entities listlengths 1 8.61k | max_stars_repo_path stringlengths 7 172 | max_stars_repo_name stringlengths 5 89 | max_stars_count int64 0 82k | content stringlengths 14 1.05M | id stringlengths 2 6 | new_content stringlengths 15 1.05M | modified bool 1 class | references stringlengths 29 1.05M |
|---|---|---|---|---|---|---|---|---|
[
{
"context": " hubot XXX [<args>] - DESCRIPTION\n#\n# Author:\n# bouzuya <m@bouzuya.net>\n#\nmodule.exports = (robot) ->\n r",
"end": 179,
"score": 0.9997251629829407,
"start": 172,
"tag": "USERNAME",
"value": "bouzuya"
},
{
"context": "X [<args>] - DESCRIPTION\n#\n# Author:\n# bouzuya <m@bouzuya.net>\n#\nmodule.exports = (robot) ->\n rot13 = (keyword",
"end": 194,
"score": 0.9999300241470337,
"start": 181,
"tag": "EMAIL",
"value": "m@bouzuya.net"
}
] | src/scripts/rot13.coffee | bouzuya/hubot-rot13 | 1 | # Description
# A Hubot script that DESCRIPTION
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# hubot XXX [<args>] - DESCRIPTION
#
# Author:
# bouzuya <m@bouzuya.net>
#
module.exports = (robot) ->
rot13 = (keyword) ->
original = 'abcdefghijklmnopqrstuvwxyz'
keyword
.split ''
.map (c) ->
index = original.indexOf(c)
if index >= 0 then original.charAt((index + 13) % 26) else c
.join ''
robot.respond /rot13\s+(.+)$/i, (res) ->
keyword = res.match[1]
converted = rot13(keyword)
res.send converted
| 73217 | # Description
# A Hubot script that DESCRIPTION
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# hubot XXX [<args>] - DESCRIPTION
#
# Author:
# bouzuya <<EMAIL>>
#
module.exports = (robot) ->
rot13 = (keyword) ->
original = 'abcdefghijklmnopqrstuvwxyz'
keyword
.split ''
.map (c) ->
index = original.indexOf(c)
if index >= 0 then original.charAt((index + 13) % 26) else c
.join ''
robot.respond /rot13\s+(.+)$/i, (res) ->
keyword = res.match[1]
converted = rot13(keyword)
res.send converted
| true | # Description
# A Hubot script that DESCRIPTION
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# hubot XXX [<args>] - DESCRIPTION
#
# Author:
# bouzuya <PI:EMAIL:<EMAIL>END_PI>
#
module.exports = (robot) ->
rot13 = (keyword) ->
original = 'abcdefghijklmnopqrstuvwxyz'
keyword
.split ''
.map (c) ->
index = original.indexOf(c)
if index >= 0 then original.charAt((index + 13) % 26) else c
.join ''
robot.respond /rot13\s+(.+)$/i, (res) ->
keyword = res.match[1]
converted = rot13(keyword)
res.send converted
|
[
{
"context": " secretLock = (\"00\": bytes);\n secretKey = (\"00\": bytes) ];\n \n const states_INVALID : nat =",
"end": 18050,
"score": 0.9604810476303101,
"start": 18049,
"tag": "KEY",
"value": "0"
},
{
"context": "ecretLock = secretLock_;\n secretKey = (\"00\": bytes) (* args: 0 *) ];\n test_self.swaps",
"end": 19464,
"score": 0.9413830637931824,
"start": 19463,
"tag": "KEY",
"value": "0"
}
] | test/translate_ligo_online_examples.coffee | madfish-solutions/sol2ligo | 66 | config = require "../src/config"
{
translate_ligo_make_test : make_test
} = require("./util")
describe "translate ligo online examples", ()->
@timeout 10000
# NOTE some duplication with other tests
# ###################################################################################################
it "int arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
int public value;
function arith() public returns (int ret_val) {
int a = 0;
int b = 0;
int c = 0;
c = -c;
c = a + b;
c = a - b;
c = a * b;
c = a / b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (int) is
block {
const ret_val : int = 0;
const a : int = 0;
const b : int = 0;
const c : int = 0;
c := -(c);
c := (a + b);
c := (a - b);
c := (a * b);
c := (a / b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (int) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(int))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "uint arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
uint public value;
function arith() public returns (uint ret_val) {
uint a = 0;
uint b = 0;
uint c = 0;
c = a + b;
c = a * b;
c = a / b;
c = a | b;
c = a & b;
c = a ^ b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const a : nat = 0n;
const b : nat = 0n;
const c : nat = 0n;
c := (a + b);
c := (a * b);
c := (a / b);
c := Bitwise.or(a, b);
c := Bitwise.and(a, b);
c := Bitwise.xor(a, b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (nat) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "if", ()->
text_i = """
pragma solidity ^0.5.11;
contract Ifer {
uint public value;
function ifer() public returns (uint) {
uint x = 6;
if (x == 5) {
x += 1;
}
else {
x += 10;
}
return x;
}
}
"""#"
text_o = """
type ifer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Ifer of ifer_args;
function ifer (const #{config.reserved}__unit : unit) : (nat) is
block {
const x : nat = 6n;
if (x = 5n) then block {
x := (x + 1n);
} else block {
x := (x + 10n);
};
} with (x);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Ifer(match_action) -> block {
const tmp : (nat) = ifer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "for", ()->
text_i = """
pragma solidity ^0.5.11;
contract Forer {
uint public value;
function forer() public returns (uint ret_val) {
uint y = 0;
for (uint i=0; i<5; i+=1) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type forer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Forer of forer_args;
function forer (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
const i : nat = 0n;
while (i < 5n) block {
y := (y + 1n);
i := (i + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Forer(match_action) -> block {
const tmp : (nat) = forer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "while", ()->
text_i = """
pragma solidity ^0.5.11;
contract Whiler {
uint public value;
function whiler() public returns (uint ret_val) {
uint y = 0;
while (y != 2) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type whiler_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Whiler of whiler_args;
function whiler (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
while (y =/= 2n) block {
y := (y + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Whiler(match_action) -> block {
const tmp : (nat) = whiler(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "fn call", ()->
text_i = """
pragma solidity ^0.5.11;
contract Fn_call {
int public value;
function fn1(int a) public returns (int ret_val) {
value += 1;
return a;
}
function fn2() public returns (int ret_val) {
fn1(1);
int res = 1;
return res;
}
}
"""#"
text_o = """
type fn1_args is record
a : int;
callbackAddress : address;
end;
type fn2_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Fn1 of fn1_args
| Fn2 of fn2_args;
function fn1 (const contract_storage : state; const a : int) : (state * int) is
block {
const ret_val : int = 0;
contract_storage.value := (contract_storage.value + 1);
} with (contract_storage, a);
function fn2 (const contract_storage : state) : (state * int) is
block {
const ret_val : int = 0;
const tmp_0 : (state * int) = fn1(contract_storage, 1);
contract_storage := tmp_0.0;
const res : int = 1;
} with (contract_storage, res);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Fn1(match_action) -> block {
const tmp : (state * int) = fn1(contract_storage, match_action.a);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
| Fn2(match_action) -> block {
const tmp : (state * int) = fn2(contract_storage);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "simplecoin", ()->
text_i = """
pragma solidity ^0.5.11;
contract Coin {
address minter;
mapping (address => uint) balances;
constructor() public {
minter = msg.sender;
}
function mint(address owner, uint amount) public {
if (msg.sender == minter) {
balances[owner] += amount;
}
}
function send(address receiver, uint amount) public {
if (balances[msg.sender] >= amount) {
balances[msg.sender] -= amount;
balances[receiver] += amount;
}
}
function queryBalance(address addr) public view returns (uint balance) {
return balances[addr];
}
}
"""#"
text_o = """
type constructor_args is unit;
type mint_args is record
owner : address;
#{config.reserved}__amount : nat;
end;
type send_args is record
receiver : address;
#{config.reserved}__amount : nat;
end;
type queryBalance_args is record
addr : address;
callbackAddress : address;
end;
type state is record
minter : address;
balances : map(address, nat);
end;
type router_enum is
| Constructor of constructor_args
| Mint of mint_args
| Send of send_args
| QueryBalance of queryBalance_args;
function constructor (const contract_storage : state) : (state) is
block {
contract_storage.minter := Tezos.sender;
} with (contract_storage);
function mint (const contract_storage : state; const owner : address; const #{config.reserved}__amount : nat) : (state) is
block {
if (Tezos.sender = contract_storage.minter) then block {
contract_storage.balances[owner] := ((case contract_storage.balances[owner] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function send (const contract_storage : state; const receiver : address; const #{config.reserved}__amount : nat) : (state) is
block {
if ((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) >= #{config.reserved}__amount) then block {
contract_storage.balances[Tezos.sender] := abs((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) - #{config.reserved}__amount);
contract_storage.balances[receiver] := ((case contract_storage.balances[receiver] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function queryBalance (const contract_storage : state; const addr : address) : (nat) is
block {
const #{config.reserved}__balance : nat = 0n;
} with ((case contract_storage.balances[addr] of | None -> 0n | Some(x) -> x end));
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(contract_storage))
| Mint(match_action) -> ((nil: list(operation)), mint(contract_storage, match_action.owner, match_action.#{config.reserved}__amount))
| Send(match_action) -> ((nil: list(operation)), send(contract_storage, match_action.receiver, match_action.#{config.reserved}__amount))
| QueryBalance(match_action) -> block {
const tmp : (nat) = queryBalance(contract_storage, match_action.addr);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "AtomicSwap", ()->
text_i = """
pragma solidity ^0.4.18;
contract AtomicSwapEther {
struct Swap {
uint256 timelock;
uint256 value;
address ethTrader;
address withdrawTrader;
bytes32 secretLock;
bytes secretKey;
}
enum States {
INVALID,
OPEN,
CLOSED,
EXPIRED
}
mapping (bytes32 => Swap) private swaps;
mapping (bytes32 => States) private swapStates;
event Open(bytes32 _swapID, address _withdrawTrader,bytes32 _secretLock);
event Expire(bytes32 _swapID);
event Close(bytes32 _swapID, bytes _secretKey);
modifier onlyInvalidSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.INVALID);
_;
}
modifier onlyOpenSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.OPEN);
_;
}
modifier onlyClosedSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.CLOSED);
_;
}
modifier onlyExpirableSwaps(bytes32 _swapID) {
require (now >= swaps[_swapID].timelock);
_;
}
modifier onlyWithSecretKey(bytes32 _swapID, bytes _secretKey) {
// TODO: Require _secretKey length to conform to the spec
require (swaps[_swapID].secretLock == sha256(_secretKey));
_;
}
function open(bytes32 _swapID, address _withdrawTrader, bytes32 _secretLock, uint256 _timelock) public onlyInvalidSwaps(_swapID) payable {
// Store the details of the swap.
Swap memory swap = Swap({
timelock: _timelock,
value: msg.value,
ethTrader: msg.sender,
withdrawTrader: _withdrawTrader,
secretLock: _secretLock,
secretKey: new bytes(0)
});
swaps[_swapID] = swap;
swapStates[_swapID] = States.OPEN;
// Trigger open event.
Open(_swapID, _withdrawTrader, _secretLock);
}
function close(bytes32 _swapID, bytes _secretKey) public onlyOpenSwaps(_swapID) onlyWithSecretKey(_swapID, _secretKey) {
// Close the swap.
Swap memory swap = swaps[_swapID];
swaps[_swapID].secretKey = _secretKey;
swapStates[_swapID] = States.CLOSED;
// Transfer the ETH funds from this contract to the withdrawing trader.
swap.withdrawTrader.transfer(swap.value);
// Trigger close event.
Close(_swapID, _secretKey);
}
function expire(bytes32 _swapID) public onlyOpenSwaps(_swapID) onlyExpirableSwaps(_swapID) {
// Expire the swap.
Swap memory swap = swaps[_swapID];
swapStates[_swapID] = States.EXPIRED;
// Transfer the ETH value from this contract back to the ETH trader.
swap.ethTrader.transfer(swap.value);
// Trigger expire event.
Expire(_swapID);
}
function check(bytes32 _swapID) public view returns (uint256 timelock, uint256 value, address withdrawTrader, bytes32 secretLock) {
Swap memory swap = swaps[_swapID];
return (swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock);
}
function checkSecretKey(bytes32 _swapID) public view onlyClosedSwaps(_swapID) returns (bytes secretKey) {
Swap memory swap = swaps[_swapID];
return swap.secretKey;
}
}
"""#"
text_o = """
type atomicSwapEther_Swap is record
timelock : nat;
value : nat;
ethTrader : address;
withdrawTrader : address;
secretLock : bytes;
secretKey : bytes;
end;
type open_args is record
swapID_ : bytes;
withdrawTrader_ : address;
secretLock_ : bytes;
timelock_ : nat;
end;
type close_args is record
swapID_ : bytes;
secretKey_ : bytes;
end;
type expire_args is record
swapID_ : bytes;
end;
type check_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type checkSecretKey_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type state is record
swaps : map(bytes, atomicSwapEther_Swap);
swapStates : map(bytes, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const atomicSwapEther_Swap_default : atomicSwapEther_Swap = record [ timelock = 0n;
value = 0n;
ethTrader = burn_address;
withdrawTrader = burn_address;
secretLock = ("00": bytes);
secretKey = ("00": bytes) ];
const states_INVALID : nat = 0n;
const states_OPEN : nat = 1n;
const states_CLOSED : nat = 2n;
const states_EXPIRED : nat = 3n;
type router_enum is
| Open of open_args
| Close of close_args
| Expire of expire_args
| Check of check_args
| CheckSecretKey of checkSecretKey_args;
(* EventDefinition Open(swapID_ : bytes; withdrawTrader_ : address; secretLock_ : bytes) *)
(* EventDefinition Expire(swapID_ : bytes) *)
(* EventDefinition Close(swapID_ : bytes; secretKey_ : bytes) *)
(* enum States converted into list of nats *)
(* modifier onlyInvalidSwaps inlined *)
(* modifier onlyOpenSwaps inlined *)
(* modifier onlyClosedSwaps inlined *)
(* modifier onlyExpirableSwaps inlined *)
(* modifier onlyWithSecretKey inlined *)
function open (const test_self : state; const swapID_ : bytes; const withdrawTrader_ : address; const secretLock_ : bytes; const timelock_ : nat) : (state) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_INVALID));
const swap : atomicSwapEther_Swap = record [ timelock = timelock_;
value = (amount / 1mutez);
ethTrader = Tezos.sender;
withdrawTrader = withdrawTrader_;
secretLock = secretLock_;
secretKey = ("00": bytes) (* args: 0 *) ];
test_self.swaps[swapID_] := swap;
test_self.swapStates[swapID_] := states_OPEN;
(* EmitStatement Open(_swapID, _withdrawTrader, _secretLock) *)
} with (test_self);
function close (const opList : list(operation); const test_self : state; const swapID_ : bytes; const secretKey_ : bytes) : (list(operation) * state) is
block {
assert(((case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).secretLock = sha_256(secretKey_)));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swaps[swapID_].secretKey := secretKey_;
test_self.swapStates[swapID_] := states_CLOSED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.withdrawTrader) : contract(unit)));
(* EmitStatement Close(_swapID, _secretKey) *)
} with (list [op0], test_self);
function expire (const opList : list(operation); const test_self : state; const swapID_ : bytes) : (list(operation) * state) is
block {
assert((abs(now - ("1970-01-01T00:00:00Z" : timestamp)) >= (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).timelock));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swapStates[swapID_] := states_EXPIRED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.ethTrader) : contract(unit)));
(* EmitStatement Expire(_swapID) *)
} with (list [op0], test_self);
function check (const test_self : state; const swapID_ : bytes) : ((nat * nat * address * bytes)) is
block {
const timelock : nat = 0n;
const value : nat = 0n;
const withdrawTrader : address = burn_address;
const secretLock : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with ((swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock));
function checkSecretKey (const test_self : state; const swapID_ : bytes) : (bytes) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_CLOSED));
const secretKey : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with (swap.secretKey);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Open(match_action) -> ((nil: list(operation)), open(test_self, match_action.swapID_, match_action.withdrawTrader_, match_action.secretLock_, match_action.timelock_))
| Close(match_action) -> close((nil: list(operation)), test_self, match_action.swapID_, match_action.secretKey_)
| Expire(match_action) -> expire((nil: list(operation)), test_self, match_action.swapID_)
| Check(match_action) -> block {
const tmp : ((nat * nat * address * bytes)) = check(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((nat * nat * address * bytes)))) end;
} with ((opList, test_self))
| CheckSecretKey(match_action) -> block {
const tmp : (bytes) = checkSecretKey(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(bytes))) end;
} with ((opList, test_self))
end);
"""#"
make_test text_i, text_o, router: true
# ###################################################################################################
it "Dice", ()->
text_i = """
pragma solidity ^0.4.24;
// * dice2.win - fair games that pay Ether. Version 5.
//
// * Ethereum smart contract, deployed at 0xD1CEeeeee83F8bCF3BEDad437202b6154E9F5405.
//
// * Uses hybrid commit-reveal + block hash random number generation that is immune
// to tampering by players, house and miners. Apart from being fully transparent,
// this also allows arbitrarily high bets.
//
// * Refer to https://dice2.win/whitepaper.pdf for detailed description and proofs.
contract Dice2Win {
/// *** Constants section
// Each bet is deducted 1% in favour of the house, but no less than some minimum.
// The lower bound is dictated by gas costs of the settleBet transaction, providing
// headroom for up to 10 Gwei prices.
uint256 constant HOUSE_EDGE_PERCENT = 1;
uint256 constant HOUSE_EDGE_MINIMUM_AMOUNT = 0.0003 ether;
// Bets lower than this amount do not participate in jackpot rolls (and are
// not deducted JACKPOT_FEE).
uint256 constant MIN_JACKPOT_BET = 0.1 ether;
// Chance to win jackpot (currently 0.1%) and fee deducted into jackpot fund.
uint256 constant JACKPOT_MODULO = 1000;
uint256 constant JACKPOT_FEE = 0.001 ether;
// There is minimum and maximum bets.
uint256 constant MIN_BET = 0.01 ether;
uint256 constant MAX_AMOUNT = 300000 ether;
// Modulo is a number of equiprobable outcomes in a game:
// - 2 for coin flip
// - 6 for dice
// - 6*6 = 36 for double dice
// - 100 for etheroll
// - 37 for roulette
// etc.
// It's called so because 256-bit entropy is treated like a huge integer and
// the remainder of its division by modulo is considered bet outcome.
uint256 constant MAX_MODULO = 100;
// For modulos below this threshold rolls are checked against a bit mask,
// thus allowing betting on any combination of outcomes. For example, given
// modulo 6 for dice, 101000 mask (base-2, big endian) means betting on
// 4 and 6; for games with modulos higher than threshold (Etheroll), a simple
// limit is used, allowing betting on any outcome in [0, N) range.
//
// The specific value is dictated by the fact that 256-bit intermediate
// multiplication result allows implementing population count efficiently
// for numbers that are up to 42 bits, and 40 is the highest multiple of
// eight below 42.
uint256 constant MAX_MASK_MODULO = 40;
// This is a check on bet mask overflow.
uint256 constant MAX_BET_MASK = 2**MAX_MASK_MODULO;
// EVM BLOCKHASH opcode can query no further than 256 blocks into the
// past. Given that settleBet uses block hash of placeBet as one of
// complementary entropy sources, we cannot process bets older than this
// threshold. On rare occasions dice2.win croupier may fail to invoke
// settleBet in this timespan due to technical issues or extreme Ethereum
// congestion; such bets can be refunded via invoking refundBet.
uint256 constant BET_EXPIRATION_BLOCKS = 250;
// Some deliberately invalid address to initialize the secret signer with.
// Forces maintainers to invoke setSecretSigner before processing any bets.
address constant DUMMY_ADDRESS = 0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE;
// Standard contract ownership transfer.
address public owner;
address private nextOwner;
// Adjustable max bet profit. Used to cap bets against dynamic odds.
uint256 public maxProfit;
// The address corresponding to a private key used to sign placeBet commits.
address public secretSigner;
// Accumulated jackpot fund.
uint128 public jackpotSize;
// Funds that are locked in potentially winning bets. Prevents contract from
// committing to bets it cannot pay out.
uint128 public lockedInBets;
// A structure representing a single bet.
struct Bet {
// Wager amount in wei.
uint256 amount;
// Modulo of a game.
uint8 modulo;
// Number of winning outcomes, used to compute winning payment (* modulo/rollUnder),
// and used instead of mask for games with modulo > MAX_MASK_MODULO.
uint8 rollUnder;
// Block number of placeBet tx.
uint40 placeBlockNumber;
// Bit mask representing winning bet outcomes (see MAX_MASK_MODULO comment).
uint40 mask;
// Address of a gambler, used to pay out winning bets.
address gambler;
}
// Mapping from commits to all currently active & processed bets.
mapping(uint256 => Bet) bets;
// Croupier account.
address public croupier;
// Events that are issued to make statistic recovery easier.
event FailedPayment(address indexed beneficiary, uint256 amount);
event Payment(address indexed beneficiary, uint256 amount);
event JackpotPayment(address indexed beneficiary, uint256 amount);
// This event is emitted in placeBet to record commit in the logs.
event Commit(uint256 commit);
// Constructor. Deliberately does not take any parameters.
constructor() public {
owner = msg.sender;
secretSigner = DUMMY_ADDRESS;
croupier = DUMMY_ADDRESS;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyOwner {
require(msg.sender == owner, "OnlyOwner methods called by non-owner.");
_;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyCroupier {
require(
msg.sender == croupier,
"OnlyCroupier methods called by non-croupier."
);
_;
}
// Standard contract ownership transfer implementation,
function approveNextOwner(address _nextOwner) external onlyOwner {
require(_nextOwner != owner, "Cannot approve current owner.");
nextOwner = _nextOwner;
}
function acceptNextOwner() external {
require(
msg.sender == nextOwner,
"Can only accept preapproved new owner."
);
owner = nextOwner;
}
// Fallback function deliberately left empty. It's primary use case
// is to top up the bank roll.
function() public payable {}
// See comment for "secretSigner" variable.
function setSecretSigner(address newSecretSigner) external onlyOwner {
secretSigner = newSecretSigner;
}
// Change the croupier address.
function setCroupier(address newCroupier) external onlyOwner {
croupier = newCroupier;
}
// Change max bet reward. Setting this to zero effectively disables betting.
function setMaxProfit(uint256 _maxProfit) public onlyOwner {
require(_maxProfit < MAX_AMOUNT, "maxProfit should be a sane number.");
maxProfit = _maxProfit;
}
// This function is used to bump up the jackpot fund. Cannot be used to lower it.
function increaseJackpot(uint256 increaseAmount) external onlyOwner {
require(
increaseAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + increaseAmount <=
address(this).balance,
"Not enough funds."
);
jackpotSize += uint128(increaseAmount);
}
// Funds withdrawal to cover costs of dice2.win operation.
function withdrawFunds(address beneficiary, uint256 withdrawAmount)
external
onlyOwner
{
require(
withdrawAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + withdrawAmount <=
address(this).balance,
"Not enough funds."
);
sendFunds(beneficiary, withdrawAmount, withdrawAmount);
}
// Contract may be destroyed only when there are no ongoing bets,
// either settled or refunded. All funds are transferred to contract owner.
function kill() external onlyOwner {
require(
lockedInBets == 0,
"All bets should be processed (settled or refunded) before test_self-destruct."
);
selfdestruct(owner);
}
/// *** Betting logic
// Bet states:
// amount == 0 && gambler == 0 - 'clean' (can place a bet)
// amount != 0 && gambler != 0 - 'active' (can be settled or refunded)
// amount == 0 && gambler != 0 - 'processed' (can clean storage)
//
// NOTE: Storage cleaning is not implemented in this contract version; it will be added
// with the next upgrade to prevent polluting Ethereum state with expired bets.
// Bet placing transaction - issued by the player.
// betMask - bet outcomes bit mask for modulo <= MAX_MASK_MODULO,
// [0, betMask) for larger modulos.
// modulo - game modulo.
// commitLastBlock - number of the maximum block where "commit" is still considered valid.
// commit - Keccak256 hash of some secret "reveal" random number, to be supplied
// by the dice2.win croupier bot in the settleBet transaction. Supplying
// "commit" ensures that "reveal" cannot be changed behind the scenes
// after placeBet have been mined.
// r, s - components of ECDSA signature of (commitLastBlock, commit). v is
// guaranteed to always equal 27.
//
// Commit, being essentially random 256-bit number, is used as a unique bet identifier in
// the 'bets' mapping.
//
// Commits are signed with a block limit to ensure that they are used at most once - otherwise
// it would be possible for a miner to place a bet with a known commit/reveal pair and tamper
// with the blockhash. Croupier guarantees that commitLastBlock will always be not greater than
// placeBet block number plus BET_EXPIRATION_BLOCKS. See whitepaper for details.
function placeBet(
uint256 betMask,
uint256 modulo,
uint256 commitLastBlock,
uint256 commit,
bytes32 r,
bytes32 s
) external payable {
// Check that the bet is in 'clean' state.
Bet storage bet = bets[commit];
require(bet.gambler == address(0), "Bet should be in a 'clean' _state.");
// Validate input data ranges.
uint256 amount = msg.value;
require(
modulo > 1 && modulo <= MAX_MODULO,
"Modulo should be within range."
);
require(
amount >= MIN_BET && amount <= MAX_AMOUNT,
"Amount should be within range."
);
require(
betMask > 0 && betMask < MAX_BET_MASK,
"Mask should be within range."
);
// Check that commit is valid - it has not expired and its signature is valid.
require(block.number <= commitLastBlock, "Commit has expired.");
bytes32 signatureHash = keccak256(
abi.encodePacked(uint40(commitLastBlock), commit)
);
require(
secretSigner == ecrecover(signatureHash, 27, r, s),
"ECDSA signature is not valid."
);
uint256 rollUnder;
uint256 mask;
if (modulo <= MAX_MASK_MODULO) {
// Small modulo games specify bet outcomes via bit mask.
// rollUnder is a number of 1 bits in this mask (population count).
// This magic looking formula is an efficient way to compute population
// count on EVM for numbers below 2**40. For detailed proof consult
// the dice2.win whitepaper.
rollUnder = ((betMask * POPCNT_MULT) & POPCNT_MASK) % POPCNT_MODULO;
mask = betMask;
} else {
// Larger modulos specify the right edge of half-open interval of
// winning bet outcomes.
require(
betMask > 0 && betMask <= modulo,
"High modulo range, betMask larger than modulo."
);
rollUnder = betMask;
}
// Winning amount and jackpot increase.
uint256 possibleWinAmount;
uint256 jackpotFee;
(possibleWinAmount, jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
// Enforce max profit limit.
require(
possibleWinAmount <= amount + maxProfit,
"maxProfit limit violation."
);
// Lock funds.
lockedInBets += uint128(possibleWinAmount);
jackpotSize += uint128(jackpotFee);
// Check whether contract has enough funds to process this bet.
require(
jackpotSize + lockedInBets <= address(this).balance,
"Cannot afford to lose this bet."
);
// Record commit in logs.
emit Commit(commit);
// Store bet parameters on blockchain.
bet.amount = amount;
bet.modulo = uint8(modulo);
bet.rollUnder = uint8(rollUnder);
bet.placeBlockNumber = uint40(block.number);
bet.mask = uint40(mask);
bet.gambler = msg.sender;
}
// This is the method used to settle 99% of bets. To process a bet with a specific
// "commit", settleBet should supply a "reveal" number that would Keccak256-hash to
// "commit". "blockHash" is the block hash of placeBet block as seen by croupier; it
// is additionally asserted to prevent changing the bet outcomes on Ethereum reorgs.
function settleBet(uint256 reveal, bytes32 blockHash)
external
onlyCroupier
{
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
uint256 placeBlockNumber = bet.placeBlockNumber;
// Check that bet has not expired yet (see comment to BET_EXPIRATION_BLOCKS).
require(
block.number > placeBlockNumber,
"settleBet in the same block as placeBet, or before."
);
require(
block.number <= placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
require(blockhash(placeBlockNumber) == blockHash);
// Settle bet using reveal and blockHash as entropy sources.
settleBetCommon(bet, reveal, blockHash);
}
// This method is used to settle a bet that was mined into an uncle block. At this
// point the player was shown some bet outcome, but the blockhash at placeBet height
// is different because of Ethereum chain reorg. We supply a full merkle proof of the
// placeBet transaction receipt to provide untamperable evidence that uncle block hash
// indeed was present on-chain at some point.
function settleBetUncleMerkleProof(
uint256 reveal,
uint40 canonicalBlockNumber
) external onlyCroupier {
// "commit" for bet settlement can only be obtained by hashing a "reveal".
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
// Check that canonical block hash can still be verified.
require(
block.number <= canonicalBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Verify placeBet receipt.
requireCorrectReceipt(4 + 32 + 32 + 4);
// Reconstruct canonical & uncle block hashes from a receipt merkle proof, verify them.
bytes32 canonicalHash;
bytes32 uncleHash;
(canonicalHash, uncleHash) = verifyMerkleProof(commit, 4 + 32 + 32);
require(blockhash(canonicalBlockNumber) == canonicalHash);
// Settle bet using reveal and uncleHash as entropy sources.
settleBetCommon(bet, reveal, uncleHash);
}
// Common settlement code for settleBet & settleBetUncleMerkleProof.
function settleBetCommon(
Bet storage bet,
uint256 reveal,
bytes32 entropyBlockHash
) private {
// Fetch bet parameters into local variables (to save gas).
uint256 amount = bet.amount;
uint256 modulo = bet.modulo;
uint256 rollUnder = bet.rollUnder;
address gambler = bet.gambler;
// Check that bet is in 'active' state.
require(amount != 0, "Bet should be in an 'active' _state");
// Move bet into 'processed' state already.
bet.amount = 0;
// The RNG - combine "reveal" and blockhash of placeBet using Keccak256. Miners
// are not aware of "reveal" and cannot deduce it from "commit" (as Keccak256
// preimage is intractable), and house is unable to alter the "reveal" after
// placeBet have been mined (as Keccak256 collision finding is also intractable).
bytes32 entropy = keccak256(abi.encodePacked(reveal, entropyBlockHash));
// Do a roll by taking a modulo of entropy. Compute winning amount.
uint256 dice = uint256(entropy) % modulo;
uint256 diceWinAmount;
uint256 _jackpotFee;
(diceWinAmount, _jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
uint256 diceWin = 0;
uint256 jackpotWin = 0;
// Determine dice outcome.
if (modulo <= MAX_MASK_MODULO) {
// For small modulo games, check the outcome against a bit mask.
if ((2**dice) & bet.mask != 0) {
diceWin = diceWinAmount;
}
} else {
// For larger modulos, check inclusion into half-open interval.
if (dice < rollUnder) {
diceWin = diceWinAmount;
}
}
// Unlock the bet amount, regardless of the outcome.
lockedInBets -= uint128(diceWinAmount);
// Roll for a jackpot (if eligible).
if (amount >= MIN_JACKPOT_BET) {
// The second modulo, statistically independent from the "main" dice roll.
// Effectively you are playing two games at once!
uint256 jackpotRng = (uint256(entropy) / modulo) % JACKPOT_MODULO;
// Bingo!
if (jackpotRng == 0) {
jackpotWin = jackpotSize;
jackpotSize = 0;
}
}
// Log jackpot win.
if (jackpotWin > 0) {
emit JackpotPayment(gambler, jackpotWin);
}
// Send the funds to gambler.
sendFunds(
gambler,
diceWin + jackpotWin == 0 ? 1 wei : diceWin + jackpotWin,
diceWin
);
}
// Refund transaction - return the bet amount of a roll that was not processed in a
// due timeframe. Processing such blocks is not possible due to EVM limitations (see
// BET_EXPIRATION_BLOCKS comment above for details). In case you ever find yourself
// in a situation like this, just contact the dice2.win support, however nothing
// precludes you from invoking this method yourself.
function refundBet(uint256 commit) external {
// Check that bet is in 'active' state.
Bet storage bet = bets[commit];
uint256 amount = bet.amount;
require(amount != 0, "Bet should be in an 'active' _state");
// Check that bet has already expired.
require(
block.number > bet.placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Move bet into 'processed' state, release funds.
bet.amount = 0;
uint256 diceWinAmount;
uint256 jackpotFee;
(diceWinAmount, jackpotFee) = getDiceWinAmount(
amount,
bet.modulo,
bet.rollUnder
);
lockedInBets -= uint128(diceWinAmount);
jackpotSize -= uint128(jackpotFee);
// Send the refund.
sendFunds(bet.gambler, amount, amount);
}
// Get the expected win amount after house edge is subtracted.
function getDiceWinAmount(uint256 amount, uint256 modulo, uint256 rollUnder)
private
pure
returns (uint256 winAmount, uint256 jackpotFee)
{
require(
0 < rollUnder && rollUnder <= modulo,
"Win probability out of range."
);
jackpotFee = amount >= MIN_JACKPOT_BET ? JACKPOT_FEE : 0;
uint256 houseEdge = (amount * HOUSE_EDGE_PERCENT) / 100;
if (houseEdge < HOUSE_EDGE_MINIMUM_AMOUNT) {
houseEdge = HOUSE_EDGE_MINIMUM_AMOUNT;
}
require(
houseEdge + jackpotFee <= amount,
"Bet doesn't even cover house edge."
);
winAmount = ((amount - houseEdge - jackpotFee) * modulo) / rollUnder;
}
// Helper routine to process the payment.
function sendFunds(
address beneficiary,
uint256 amount,
uint256 successLogAmount
) private {
if (beneficiary.send(amount)) {
emit Payment(beneficiary, successLogAmount);
} else {
emit FailedPayment(beneficiary, amount);
}
}
// This are some constants making O(1) population count in placeBet possible.
// See whitepaper for intuition and proofs behind it.
uint256 constant POPCNT_MULT = 0x0000000000002000000000100000000008000000000400000000020000000001;
uint256 constant POPCNT_MASK = 0x0001041041041041041041041041041041041041041041041041041041041041;
uint256 constant POPCNT_MODULO = 0x3F;
// *** Merkle proofs.
// This helpers are used to verify cryptographic proofs of placeBet inclusion into
// uncle blocks. They are used to prevent bet outcome changing on Ethereum reorgs without
// compromising the security of the smart contract. Proof data is appended to the input data
// in a simple prefix length format and does not adhere to the ABI.
// Invariants checked:
// - receipt trie entry contains a (1) successful transaction (2) directed at this smart
// contract (3) containing commit as a payload.
// - receipt trie entry is a part of a valid merkle proof of a block header
// - the block header is a part of uncle list of some block on canonical chain
// The implementation is optimized for gas cost and relies on the specifics of Ethereum internal data structures.
// Read the whitepaper for details.
// Helper to verify a full merkle proof starting from some seedHash (usually commit). "offset" is the location of the proof
// beginning in the calldata.
function verifyMerkleProof(uint256 seedHash, uint256 offset)
private
pure
returns (bytes32 blockHash, bytes32 uncleHash)
{
// (Safe) assumption - nobody will write into RAM during this method invocation.
uint256 scratchBuf1;
assembly {
scratchBuf1 := mload(0x40)
}
uint256 uncleHeaderLength;
uint256 blobLength;
uint256 shift;
uint256 hashSlot;
// Verify merkle proofs up to uncle block header. Calldata layout is:
// - 2 byte big-endian slice length
// - 2 byte big-endian offset to the beginning of previous slice hash within the current slice (should be zeroed)
// - followed by the current slice verbatim
for (; ; offset += blobLength) {
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
}
if (blobLength == 0) {
// Zero slice length marks the end of uncle proof.
break;
}
assembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := sha3(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
}
}
// At this moment the uncle hash is known.
uncleHash = bytes32(seedHash);
// Construct the uncle list of a canonical block.
uint256 scratchBuf2 = scratchBuf1 + uncleHeaderLength;
uint256 unclesLength;
assembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
}
uint256 unclesShift;
assembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
}
require(
unclesShift + uncleHeaderLength <= unclesLength,
"Shift bounds check."
);
offset += 6;
assembly {
calldatacopy(scratchBuf2, offset, unclesLength)
}
memcpy(scratchBuf2 + unclesShift, scratchBuf1, uncleHeaderLength);
assembly {
seedHash := sha3(scratchBuf2, unclesLength)
}
offset += unclesLength;
// Verify the canonical block header using the computed sha3Uncles.
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
// At this moment the canonical block hash is known.
blockHash := sha3(scratchBuf1, blobLength)
}
}
// Helper to check the placeBet receipt. "offset" is the location of the proof beginning in the calldata.
// RLP layout: [triePath, str([status, cumGasUsed, bloomFilter, [[address, [topics], data]])]
function requireCorrectReceipt(uint256 offset) private view {
uint256 leafHeaderByte;
assembly {
leafHeaderByte := byte(0, calldataload(offset))
}
require(leafHeaderByte >= 0xf7, "Receipt leaf longer than 55 bytes.");
offset += leafHeaderByte - 0xf6;
uint256 pathHeaderByte;
assembly {
pathHeaderByte := byte(0, calldataload(offset))
}
if (pathHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
pathHeaderByte >= 0x80 && pathHeaderByte <= 0xb7,
"Path is an RLP string."
);
offset += pathHeaderByte - 0x7f;
}
uint256 receiptStringHeaderByte;
assembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
}
require(
receiptStringHeaderByte == 0xb9,
"Receipt string is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 receiptHeaderByte;
assembly {
receiptHeaderByte := byte(0, calldataload(offset))
}
require(
receiptHeaderByte == 0xf9,
"Receipt is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 statusByte;
assembly {
statusByte := byte(0, calldataload(offset))
}
require(statusByte == 0x1, "Status should be success.");
offset += 1;
uint256 cumGasHeaderByte;
assembly {
cumGasHeaderByte := byte(0, calldataload(offset))
}
if (cumGasHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
cumGasHeaderByte >= 0x80 && cumGasHeaderByte <= 0xb7,
"Cumulative gas is an RLP string."
);
offset += cumGasHeaderByte - 0x7f;
}
uint256 bloomHeaderByte;
assembly {
bloomHeaderByte := byte(0, calldataload(offset))
}
require(
bloomHeaderByte == 0xb9,
"Bloom filter is always 256 bytes long."
);
offset += 256 + 3;
uint256 logsListHeaderByte;
assembly {
logsListHeaderByte := byte(0, calldataload(offset))
}
require(
logsListHeaderByte == 0xf8,
"Logs list is less than 256 bytes long."
);
offset += 2;
uint256 logEntryHeaderByte;
assembly {
logEntryHeaderByte := byte(0, calldataload(offset))
}
require(
logEntryHeaderByte == 0xf8,
"Log entry is less than 256 bytes long."
);
offset += 2;
uint256 addressHeaderByte;
assembly {
addressHeaderByte := byte(0, calldataload(offset))
}
require(addressHeaderByte == 0x94, "Address is 20 bytes long.");
uint256 logAddress;
assembly {
logAddress := and(
calldataload(sub(offset, 11)),
0xffffffffffffffffffffffffffffffffffffffff
)
}
require(logAddress == uint256(address(this)));
}
// Memory copy.
function memcpy(uint256 dest, uint256 src, uint256 len) private pure {
// Full 32 byte words
for (; len >= 32; len -= 32) {
assembly {
mstore(dest, mload(src))
}
dest += 32;
src += 32;
}
// Remaining bytes
uint256 mask = 256**(32 - len) - 1;
assembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
}
}
}
"""#"
text_o = """
type dice2Win_Bet is record
#{config.reserved}__amount : nat;
modulo : nat;
rollUnder : nat;
placeBlockNumber : nat;
mask : nat;
gambler : address;
end;
type constructor_args is unit;
type approveNextOwner_args is record
nextOwner_ : address;
end;
type acceptNextOwner_args is unit;
type fallback_args is unit;
type setSecretSigner_args is record
newSecretSigner : address;
end;
type setCroupier_args is record
newCroupier : address;
end;
type setMaxProfit_args is record
maxProfit_ : nat;
end;
type increaseJackpot_args is record
increaseAmount : nat;
end;
type withdrawFunds_args is record
beneficiary : address;
withdrawAmount : nat;
end;
type kill_args is unit;
type placeBet_args is record
betMask : nat;
modulo : nat;
commitLastBlock : nat;
commit : nat;
r : bytes;
s : bytes;
end;
type settleBet_args is record
reveal : nat;
blockHash : bytes;
end;
type settleBetUncleMerkleProof_args is record
reveal : nat;
canonicalBlockNumber : nat;
end;
type refundBet_args is record
commit : nat;
end;
type state is record
owner : address;
nextOwner : address;
maxProfit : nat;
secretSigner : address;
jackpotSize : nat;
lockedInBets : nat;
bets : map(nat, dice2Win_Bet);
croupier : address;
end;
function pow (const base : nat; const exp : nat) : nat is
block {
var b : nat := base;
var e : nat := exp;
var r : nat := 1n;
while e > 0n block {
if e mod 2n = 1n then {
r := r * b;
} else skip;
b := b * b;
e := e / 2n;
}
} with r;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const dice2Win_Bet_default : dice2Win_Bet = record [ #{config.reserved}__amount = 0n;
modulo = 0n;
rollUnder = 0n;
placeBlockNumber = 0n;
mask = 0n;
gambler = burn_address ];
type router_enum is
| Constructor of constructor_args
| ApproveNextOwner of approveNextOwner_args
| AcceptNextOwner of acceptNextOwner_args
| Fallback of fallback_args
| SetSecretSigner of setSecretSigner_args
| SetCroupier of setCroupier_args
| SetMaxProfit of setMaxProfit_args
| IncreaseJackpot of increaseJackpot_args
| WithdrawFunds of withdrawFunds_args
| Kill of kill_args
| PlaceBet of placeBet_args
| SettleBet of settleBet_args
| SettleBetUncleMerkleProof of settleBetUncleMerkleProof_args
| RefundBet of refundBet_args;
const hOUSE_EDGE_PERCENT : nat = 1n
const hOUSE_EDGE_MINIMUM_AMOUNT : nat = (0.0003n * 1000000n)
const mIN_JACKPOT_BET : nat = (0.1n * 1000000n)
const jACKPOT_MODULO : nat = 1000n
const jACKPOT_FEE : nat = (0.001n * 1000000n)
const mIN_BET : nat = (0.01n * 1000000n)
const mAX_AMOUNT : nat = (300000n * 1000000n)
const mAX_MODULO : nat = 100n
const mAX_MASK_MODULO : nat = 40n
const mAX_BET_MASK : nat = pow(2n, mAX_MASK_MODULO)
const bET_EXPIRATION_BLOCKS : nat = 250n
const dUMMY_ADDRESS : address = ("PLEASE_REPLACE_ETH_ADDRESS_0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE_WITH_A_TEZOS_ADDRESS" : address)
(* EventDefinition FailedPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Payment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition JackpotPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Commit(commit : nat) *)
const pOPCNT_MULT : nat = 0x0000000000002000000000100000000008000000000400000000020000000001n
const pOPCNT_MASK : nat = 0x0001041041041041041041041041041041041041041041041041041041041041n
const pOPCNT_MODULO : nat = 0x3Fn
function constructor (const test_self : state) : (state) is
block {
test_self.owner := Tezos.sender;
test_self.secretSigner := dUMMY_ADDRESS;
test_self.croupier := dUMMY_ADDRESS;
} with (test_self);
(* modifier onlyOwner inlined *)
(* modifier onlyCroupier inlined *)
function approveNextOwner (const test_self : state; const nextOwner_ : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((nextOwner_ =/= test_self.owner)) (* "Cannot approve current owner." *);
test_self.nextOwner := nextOwner_;
} with (test_self);
function acceptNextOwner (const test_self : state) : (state) is
block {
assert((Tezos.sender = test_self.nextOwner)) (* "Can only accept preapproved new owner." *);
test_self.owner := test_self.nextOwner;
} with (test_self);
function fallback (const #{config.reserved}__unit : unit) : (unit) is
block {
skip
} with (unit);
function setSecretSigner (const test_self : state; const newSecretSigner : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.secretSigner := newSecretSigner;
} with (test_self);
function setCroupier (const test_self : state; const newCroupier : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.croupier := newCroupier;
} with (test_self);
function setMaxProfit (const test_self : state; const maxProfit_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((maxProfit_ < mAX_AMOUNT)) (* "maxProfit should be a sane number." *);
test_self.maxProfit := maxProfit_;
} with (test_self);
function increaseJackpot (const test_self : state; const increaseAmount : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((increaseAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + increaseAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
test_self.jackpotSize := (test_self.jackpotSize + increaseAmount);
} with (test_self);
function sendFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const #{config.reserved}__amount : nat; const successLogAmount : nat) : (list(operation)) is
block {
if (const op0 : operation = transaction((unit), (#{config.reserved}__amount * 1mutez), (get_contract(beneficiary) : contract(unit)))) then block {
(* EmitStatement Payment(beneficiary, successLogAmount) *)
} else block {
(* EmitStatement FailedPayment(beneficiary, amount) *)
};
} with (list [op0]);
function withdrawFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const withdrawAmount : nat) : (list(operation)) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((withdrawAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + withdrawAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
opList := sendFunds((test_self : address), beneficiary, withdrawAmount, withdrawAmount);
} with (opList);
function kill (const test_self : state) : (unit) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((test_self.lockedInBets = 0n)) (* "All bets should be processed (settled or refunded) before test_self-destruct." *);
selfdestruct(test_self.owner) (* unsupported *);
} with (unit);
function getDiceWinAmount (const test_self : state; const #{config.reserved}__amount : nat; const modulo : nat; const rollUnder : nat) : ((nat * nat)) is
block {
const winAmount : nat = 0n;
const jackpotFee : nat = 0n;
assert(((0n < rollUnder) and (rollUnder <= modulo))) (* "Win probability out of range." *);
jackpotFee := (case (#{config.reserved}__amount >= mIN_JACKPOT_BET) of | True -> jACKPOT_FEE | False -> 0n end);
const houseEdge : nat = ((#{config.reserved}__amount * hOUSE_EDGE_PERCENT) / 100n);
if (houseEdge < hOUSE_EDGE_MINIMUM_AMOUNT) then block {
houseEdge := hOUSE_EDGE_MINIMUM_AMOUNT;
} else block {
skip
};
assert(((houseEdge + jackpotFee) <= #{config.reserved}__amount)) (* "Bet doesn't even cover house edge." *);
winAmount := ((abs(abs(#{config.reserved}__amount - houseEdge) - jackpotFee) * modulo) / rollUnder);
} with ((winAmount, jackpotFee));
function placeBet (const test_self : state; const betMask : nat; const modulo : nat; const commitLastBlock : nat; const commit : nat; const r : bytes; const s : bytes) : (state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((bet.gambler = burn_address)) (* "Bet should be in a 'clean' _state." *);
const #{config.reserved}__amount : nat = (amount / 1mutez);
assert(((modulo > 1n) and (modulo <= mAX_MODULO))) (* "Modulo should be within range." *);
assert(((#{config.reserved}__amount >= mIN_BET) and (#{config.reserved}__amount <= mAX_AMOUNT))) (* "Amount should be within range." *);
assert(((betMask > 0n) and (betMask < mAX_BET_MASK))) (* "Mask should be within range." *);
assert((0n <= commitLastBlock)) (* "Commit has expired." *);
const signatureHash : bytes = sha_256((commitLastBlock, commit));
assert((test_self.secretSigner = ecrecover(signatureHash, 27n, r, s))) (* "ECDSA signature is not valid." *);
const rollUnder : nat = 0n;
const mask : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
rollUnder := (Bitwise.and((betMask * pOPCNT_MULT), pOPCNT_MASK) mod pOPCNT_MODULO);
mask := betMask;
} else block {
assert(((betMask > 0n) and (betMask <= modulo))) (* "High modulo range, betMask larger than modulo." *);
rollUnder := betMask;
};
const possibleWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(possibleWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
assert((possibleWinAmount <= (#{config.reserved}__amount + test_self.maxProfit))) (* "maxProfit limit violation." *);
test_self.lockedInBets := (test_self.lockedInBets + possibleWinAmount);
test_self.jackpotSize := (test_self.jackpotSize + jackpotFee);
assert(((test_self.jackpotSize + test_self.lockedInBets) <= self_address.#{config.reserved}__balance)) (* "Cannot afford to lose this bet." *);
(* EmitStatement Commit(commit) *)
bet.#{config.reserved}__amount := #{config.reserved}__amount;
bet.modulo := modulo;
bet.rollUnder := rollUnder;
bet.placeBlockNumber := 0n;
bet.mask := mask;
bet.gambler := Tezos.sender;
} with (test_self);
function settleBetCommon (const opList : list(operation); const test_self : state; const bet : dice2Win_Bet; const reveal : nat; const entropyBlockHash : bytes) : (list(operation) * state) is
block {
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
const modulo : nat = bet.modulo;
const rollUnder : nat = bet.rollUnder;
const gambler : address = bet.gambler;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
bet.#{config.reserved}__amount := 0n;
const entropy : bytes = sha_256((reveal, entropyBlockHash));
const dice : nat = (abs(entropy) mod modulo);
const diceWinAmount : nat = 0n;
const jackpotFee_ : nat = 0n;
(diceWinAmount, jackpotFee_) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
const diceWin : nat = 0n;
const jackpotWin : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
if (Bitwise.and(pow(2n, dice), bet.mask) =/= 0n) then block {
diceWin := diceWinAmount;
} else block {
skip
};
} else block {
if (dice < rollUnder) then block {
diceWin := diceWinAmount;
} else block {
skip
};
};
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
if (#{config.reserved}__amount >= mIN_JACKPOT_BET) then block {
const jackpotRng : nat = ((abs(entropy) / modulo) mod jACKPOT_MODULO);
if (jackpotRng = 0n) then block {
jackpotWin := test_self.jackpotSize;
test_self.jackpotSize := 0n;
} else block {
skip
};
} else block {
skip
};
if (jackpotWin > 0n) then block {
(* EmitStatement JackpotPayment(gambler, jackpotWin) *)
} else block {
skip
};
opList := sendFunds((test_self : address), gambler, (case ((diceWin + jackpotWin) = 0n) of | True -> 1n | False -> (diceWin + jackpotWin) end), diceWin);
} with (opList, test_self);
function settleBet (const opList : list(operation); const test_self : state; const reveal : nat; const blockHash : bytes) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const placeBlockNumber : nat = bet.placeBlockNumber;
assert((0n > placeBlockNumber)) (* "settleBet in the same block as placeBet, or before." *);
assert((0n <= (placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
assert((("00" : bytes) (* Should be blockhash of placeBlockNumber *) = blockHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, blockHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function memcpy (const dest : nat; const src : nat; const len : nat) : (unit) is
block {
while (len >= 32n) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
mstore(dest, mload(src))
} *)
dest := (dest + 32n);
src := (src + 32n);
len := abs(len - 32n);
};
const mask : nat = abs(pow(256n, abs(32n - len)) - 1n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
} *)
} with (unit);
function verifyMerkleProof (const seedHash : nat; const offset : nat) : ((bytes * bytes)) is
block {
const blockHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
const scratchBuf1 : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
scratchBuf1 := mload(0x40)
} *)
const uncleHeaderLength : nat = 0n;
const blobLength : nat = 0n;
const shift : nat = 0n;
const hashSlot : nat = 0n;
while (True) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
} *)
if (blobLength = 0n) then block {
(* `break` statement is not supported in LIGO *);
} else block {
skip
};
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := keccak256(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
} *)
offset := (offset + blobLength);
};
uncleHash := (seedHash : bytes);
const scratchBuf2 : nat = (scratchBuf1 + uncleHeaderLength);
const unclesLength : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
} *)
const unclesShift : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
} *)
assert(((unclesShift + uncleHeaderLength) <= unclesLength)) (* "Shift bounds check." *);
offset := (offset + 6n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf2, offset, unclesLength)
} *)
memcpy((scratchBuf2 + unclesShift), scratchBuf1, uncleHeaderLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
seedHash := keccak256(scratchBuf2, unclesLength)
} *)
offset := (offset + unclesLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
blockHash := keccak256(scratchBuf1, blobLength)
} *)
} with ((blockHash, uncleHash));
function requireCorrectReceipt (const offset : nat) : (unit) is
block {
const leafHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
leafHeaderByte := byte(0, calldataload(offset))
} *)
assert((leafHeaderByte >= 0xf7n)) (* "Receipt leaf longer than 55 bytes." *);
offset := (offset + abs(leafHeaderByte - 0xf6n));
const pathHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
pathHeaderByte := byte(0, calldataload(offset))
} *)
if (pathHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((pathHeaderByte >= 0x80n) and (pathHeaderByte <= 0xb7n))) (* "Path is an RLP string." *);
offset := (offset + abs(pathHeaderByte - 0x7fn));
};
const receiptStringHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptStringHeaderByte = 0xb9n)) (* "Receipt string is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const receiptHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptHeaderByte = 0xf9n)) (* "Receipt is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const statusByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
statusByte := byte(0, calldataload(offset))
} *)
assert((statusByte = 0x1n)) (* "Status should be success." *);
offset := (offset + 1n);
const cumGasHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
cumGasHeaderByte := byte(0, calldataload(offset))
} *)
if (cumGasHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((cumGasHeaderByte >= 0x80n) and (cumGasHeaderByte <= 0xb7n))) (* "Cumulative gas is an RLP string." *);
offset := (offset + abs(cumGasHeaderByte - 0x7fn));
};
const bloomHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
bloomHeaderByte := byte(0, calldataload(offset))
} *)
assert((bloomHeaderByte = 0xb9n)) (* "Bloom filter is always 256 bytes long." *);
offset := (offset + (256 + 3));
const logsListHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logsListHeaderByte := byte(0, calldataload(offset))
} *)
assert((logsListHeaderByte = 0xf8n)) (* "Logs list is less than 256 bytes long." *);
offset := (offset + 2n);
const logEntryHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logEntryHeaderByte := byte(0, calldataload(offset))
} *)
assert((logEntryHeaderByte = 0xf8n)) (* "Log entry is less than 256 bytes long." *);
offset := (offset + 2n);
const addressHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
addressHeaderByte := byte(0, calldataload(offset))
} *)
assert((addressHeaderByte = 0x94n)) (* "Address is 20 bytes long." *);
const logAddress : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logAddress := and(calldataload(sub(offset, 11)), 0xffffffffffffffffffffffffffffffffffffffff)
} *)
assert((logAddress = abs(self_address)));
} with (unit);
function settleBetUncleMerkleProof (const opList : list(operation); const test_self : state; const reveal : nat; const canonicalBlockNumber : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((0n <= (canonicalBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
requireCorrectReceipt((((4 + 32) + 32) + 4n));
const canonicalHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
(canonicalHash, uncleHash) := verifyMerkleProof(commit, ((4 + 32) + 32n));
assert((("00" : bytes) (* Should be blockhash of canonicalBlockNumber *) = canonicalHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, uncleHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function refundBet (const opList : list(operation); const test_self : state; const commit : nat) : (list(operation) * state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
assert((0n > (bet.placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
bet.#{config.reserved}__amount := 0n;
const diceWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(diceWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, bet.modulo, bet.rollUnder);
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
test_self.jackpotSize := abs(test_self.jackpotSize - jackpotFee);
opList := sendFunds((test_self : address), bet.gambler, #{config.reserved}__amount, #{config.reserved}__amount);
} with (opList, test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
| ApproveNextOwner(match_action) -> ((nil: list(operation)), approveNextOwner(test_self, match_action.nextOwner_))
| AcceptNextOwner(match_action) -> ((nil: list(operation)), acceptNextOwner(test_self))
| Fallback(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = fallback(unit);
} with (((nil: list(operation)), test_self))
| SetSecretSigner(match_action) -> ((nil: list(operation)), setSecretSigner(test_self, match_action.newSecretSigner))
| SetCroupier(match_action) -> ((nil: list(operation)), setCroupier(test_self, match_action.newCroupier))
| SetMaxProfit(match_action) -> ((nil: list(operation)), setMaxProfit(test_self, match_action.maxProfit_))
| IncreaseJackpot(match_action) -> ((nil: list(operation)), increaseJackpot(test_self, match_action.increaseAmount))
| WithdrawFunds(match_action) -> (withdrawFunds((nil: list(operation)), test_self, match_action.beneficiary, match_action.withdrawAmount), test_self)
| Kill(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = kill(test_self);
} with (((nil: list(operation)), test_self))
| PlaceBet(match_action) -> ((nil: list(operation)), placeBet(test_self, match_action.betMask, match_action.modulo, match_action.commitLastBlock, match_action.commit, match_action.r, match_action.s))
| SettleBet(match_action) -> settleBet((nil: list(operation)), test_self, match_action.reveal, match_action.blockHash)
| SettleBetUncleMerkleProof(match_action) -> settleBetUncleMerkleProof((nil: list(operation)), test_self, match_action.reveal, match_action.canonicalBlockNumber)
| RefundBet(match_action) -> refundBet((nil: list(operation)), test_self, match_action.commit)
end);
"""#"
make_test text_i, text_o, router: true, allow_need_prevent_deploy: true
# ###################################################################################################
it "Creatures", ()->
text_i = """
pragma solidity ^0.4.16;
contract Permissions {
address ownerAddress;
address storageAddress;
address callerAddress;
function Permissions() public {
ownerAddress = msg.sender;
}
modifier onlyOwner() {
require(msg.sender == ownerAddress);
_;
}
modifier onlyCaller() {
require(msg.sender == callerAddress);
_;
}
function getOwner() external view returns (address) {
return ownerAddress;
}
function getStorageAddress() external view returns (address) {
return storageAddress;
}
function getCaller() external view returns (address) {
return callerAddress;
}
function transferOwnership(address newOwner) external onlyOwner {
if (newOwner != address(0)) {
ownerAddress = newOwner;
}
}
function newStorage(address _new) external onlyOwner {
if (_new != address(0)) {
storageAddress = _new;
}
}
function newCaller(address _new) external onlyOwner {
if (_new != address(0)) {
callerAddress = _new;
}
}
}
contract Creatures is Permissions {
struct Creature {
uint16 species;
uint8 subSpecies;
uint8 eyeColor;
uint64 timestamp;
}
Creature[] creatures;
mapping(uint256 => address) public creatureIndexToOwner;
mapping(address => uint256) ownershipTokenCount;
event CreateCreature(uint256 id, address indexed owner);
event Transfer(address _from, address _to, uint256 creatureID);
function add(
address _owner,
uint16 _species,
uint8 _subSpecies,
uint8 _eyeColor
) external onlyCaller {
// do checks in caller function
Creature memory _creature = Creature({
species: _species,
subSpecies: _subSpecies,
eyeColor: _eyeColor,
timestamp: uint64(now)
});
uint256 newCreatureID = creatures.push(_creature) - 1;
transfer(0, _owner, newCreatureID);
CreateCreature(newCreatureID, _owner);
}
function getCreature(uint256 id)
external
view
returns (address, uint16, uint8, uint8, uint64)
{
Creature storage c = creatures[id];
address owner = creatureIndexToOwner[id];
return (owner, c.species, c.subSpecies, c.eyeColor, c.timestamp);
}
function transfer(address _from, address _to, uint256 _tokenId)
public
onlyCaller
{
// do checks in caller function
creatureIndexToOwner[_tokenId] = _to;
if (_from != address(0)) {
ownershipTokenCount[_from]--;
}
ownershipTokenCount[_to]++;
Transfer(_from, _to, _tokenId);
}
}
"""#"
text_o = """
type creatures_Creature is record
species : nat;
subSpecies : nat;
eyeColor : nat;
timestamp : nat;
end;
type newCaller_args is record
new_ : address;
end;
type newStorage_args is record
new_ : address;
end;
type transferOwnership_args is record
newOwner : address;
end;
type getCaller_args is record
callbackAddress : address;
end;
type getStorageAddress_args is record
callbackAddress : address;
end;
type getOwner_args is record
callbackAddress : address;
end;
type transfer_args is record
from_ : address;
to_ : address;
tokenId_ : nat;
end;
type add_args is record
owner_ : address;
species_ : nat;
subSpecies_ : nat;
eyeColor_ : nat;
end;
type getCreature_args is record
id : nat;
callbackAddress : address;
end;
type constructor_args is unit;
type state is record
callerAddress : address;
storageAddress : address;
ownerAddress : address;
creatures : map(nat, creatures_Creature);
creatureIndexToOwner : map(nat, address);
ownershipTokenCount : map(address, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const creatures_Creature_default : creatures_Creature = record [ species = 0n;
subSpecies = 0n;
eyeColor = 0n;
timestamp = 0n ];
type router_enum is
| NewCaller of newCaller_args
| NewStorage of newStorage_args
| TransferOwnership of transferOwnership_args
| GetCaller of getCaller_args
| GetStorageAddress of getStorageAddress_args
| GetOwner of getOwner_args
| Transfer of transfer_args
| Add of add_args
| GetCreature of getCreature_args
| Constructor of constructor_args;
(* EventDefinition CreateCreature(id : nat; owner : address) *)
(* EventDefinition Transfer(from_ : address; to_ : address; creatureID : nat) *)
function newCaller (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.callerAddress := new_;
} else block {
skip
};
} with (test_self);
function newStorage (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.storageAddress := new_;
} else block {
skip
};
} with (test_self);
function transferOwnership (const test_self : state; const newOwner : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (newOwner =/= burn_address) then block {
test_self.ownerAddress := newOwner;
} else block {
skip
};
} with (test_self);
function getCaller (const test_self : state) : (address) is
block {
skip
} with (test_self.callerAddress);
function getStorageAddress (const test_self : state) : (address) is
block {
skip
} with (test_self.storageAddress);
function getOwner (const test_self : state) : (address) is
block {
skip
} with (test_self.ownerAddress);
function permissions_constructor (const test_self : state) : (state) is
block {
test_self.ownerAddress := Tezos.sender;
} with (test_self);
function transfer (const test_self : state; const from_ : address; const to_ : address; const tokenId_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.callerAddress));
test_self.creatureIndexToOwner[tokenId_] := to_;
if (from_ =/= burn_address) then block {
(case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) := abs((case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) - 1n);
} else block {
skip
};
(case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) := (case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) + 1n;
(* EmitStatement Transfer(_from, _to, _tokenId) *)
} with (test_self);
function add (const opList : list(operation); const test_self : state; const owner_ : address; const species_ : nat; const subSpecies_ : nat; const eyeColor_ : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.callerAddress));
const creature_ : creatures_Creature = record [ species = species_;
subSpecies = subSpecies_;
eyeColor = eyeColor_;
timestamp = abs(abs(now - ("1970-01-01T00:00:00Z" : timestamp))) ];
const tmp_0 : map(nat, creatures_Creature) = test_self.creatures;
const newCreatureID : nat = abs(tmp_0[size(tmp_0)] := creature_ - 1n);
transfer(burn_address, owner_, newCreatureID);
(* EmitStatement CreateCreature(newCreatureID, _owner) *)
} with (opList, test_self);
function getCreature (const test_self : state; const id : nat) : ((address * nat * nat * nat * nat)) is
block {
const c : creatures_Creature = (case test_self.creatures[id] of | None -> creatures_Creature_default | Some(x) -> x end);
const owner : address = (case test_self.creatureIndexToOwner[id] of | None -> burn_address | Some(x) -> x end);
} with ((owner, c.species, c.subSpecies, c.eyeColor, c.timestamp));
function constructor (const test_self : state) : (state) is
block {
test_self := permissions_constructor(test_self);
} with (test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| NewCaller(match_action) -> ((nil: list(operation)), newCaller(test_self, match_action.new_))
| NewStorage(match_action) -> ((nil: list(operation)), newStorage(test_self, match_action.new_))
| TransferOwnership(match_action) -> ((nil: list(operation)), transferOwnership(test_self, match_action.newOwner))
| GetCaller(match_action) -> block {
const tmp : (address) = getCaller(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetStorageAddress(match_action) -> block {
const tmp : (address) = getStorageAddress(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetOwner(match_action) -> block {
const tmp : (address) = getOwner(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| Transfer(match_action) -> ((nil: list(operation)), transfer(test_self, match_action.from_, match_action.to_, match_action.tokenId_))
| Add(match_action) -> add((nil: list(operation)), test_self, match_action.owner_, match_action.species_, match_action.subSpecies_, match_action.eyeColor_)
| GetCreature(match_action) -> block {
const tmp : ((address * nat * nat * nat * nat)) = getCreature(test_self, match_action.id);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((address * nat * nat * nat * nat)))) end;
} with ((opList, test_self))
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
end);
"""#"
make_test text_i, text_o, router: true | 150885 | config = require "../src/config"
{
translate_ligo_make_test : make_test
} = require("./util")
describe "translate ligo online examples", ()->
@timeout 10000
# NOTE some duplication with other tests
# ###################################################################################################
it "int arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
int public value;
function arith() public returns (int ret_val) {
int a = 0;
int b = 0;
int c = 0;
c = -c;
c = a + b;
c = a - b;
c = a * b;
c = a / b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (int) is
block {
const ret_val : int = 0;
const a : int = 0;
const b : int = 0;
const c : int = 0;
c := -(c);
c := (a + b);
c := (a - b);
c := (a * b);
c := (a / b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (int) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(int))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "uint arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
uint public value;
function arith() public returns (uint ret_val) {
uint a = 0;
uint b = 0;
uint c = 0;
c = a + b;
c = a * b;
c = a / b;
c = a | b;
c = a & b;
c = a ^ b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const a : nat = 0n;
const b : nat = 0n;
const c : nat = 0n;
c := (a + b);
c := (a * b);
c := (a / b);
c := Bitwise.or(a, b);
c := Bitwise.and(a, b);
c := Bitwise.xor(a, b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (nat) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "if", ()->
text_i = """
pragma solidity ^0.5.11;
contract Ifer {
uint public value;
function ifer() public returns (uint) {
uint x = 6;
if (x == 5) {
x += 1;
}
else {
x += 10;
}
return x;
}
}
"""#"
text_o = """
type ifer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Ifer of ifer_args;
function ifer (const #{config.reserved}__unit : unit) : (nat) is
block {
const x : nat = 6n;
if (x = 5n) then block {
x := (x + 1n);
} else block {
x := (x + 10n);
};
} with (x);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Ifer(match_action) -> block {
const tmp : (nat) = ifer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "for", ()->
text_i = """
pragma solidity ^0.5.11;
contract Forer {
uint public value;
function forer() public returns (uint ret_val) {
uint y = 0;
for (uint i=0; i<5; i+=1) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type forer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Forer of forer_args;
function forer (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
const i : nat = 0n;
while (i < 5n) block {
y := (y + 1n);
i := (i + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Forer(match_action) -> block {
const tmp : (nat) = forer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "while", ()->
text_i = """
pragma solidity ^0.5.11;
contract Whiler {
uint public value;
function whiler() public returns (uint ret_val) {
uint y = 0;
while (y != 2) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type whiler_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Whiler of whiler_args;
function whiler (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
while (y =/= 2n) block {
y := (y + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Whiler(match_action) -> block {
const tmp : (nat) = whiler(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "fn call", ()->
text_i = """
pragma solidity ^0.5.11;
contract Fn_call {
int public value;
function fn1(int a) public returns (int ret_val) {
value += 1;
return a;
}
function fn2() public returns (int ret_val) {
fn1(1);
int res = 1;
return res;
}
}
"""#"
text_o = """
type fn1_args is record
a : int;
callbackAddress : address;
end;
type fn2_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Fn1 of fn1_args
| Fn2 of fn2_args;
function fn1 (const contract_storage : state; const a : int) : (state * int) is
block {
const ret_val : int = 0;
contract_storage.value := (contract_storage.value + 1);
} with (contract_storage, a);
function fn2 (const contract_storage : state) : (state * int) is
block {
const ret_val : int = 0;
const tmp_0 : (state * int) = fn1(contract_storage, 1);
contract_storage := tmp_0.0;
const res : int = 1;
} with (contract_storage, res);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Fn1(match_action) -> block {
const tmp : (state * int) = fn1(contract_storage, match_action.a);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
| Fn2(match_action) -> block {
const tmp : (state * int) = fn2(contract_storage);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "simplecoin", ()->
text_i = """
pragma solidity ^0.5.11;
contract Coin {
address minter;
mapping (address => uint) balances;
constructor() public {
minter = msg.sender;
}
function mint(address owner, uint amount) public {
if (msg.sender == minter) {
balances[owner] += amount;
}
}
function send(address receiver, uint amount) public {
if (balances[msg.sender] >= amount) {
balances[msg.sender] -= amount;
balances[receiver] += amount;
}
}
function queryBalance(address addr) public view returns (uint balance) {
return balances[addr];
}
}
"""#"
text_o = """
type constructor_args is unit;
type mint_args is record
owner : address;
#{config.reserved}__amount : nat;
end;
type send_args is record
receiver : address;
#{config.reserved}__amount : nat;
end;
type queryBalance_args is record
addr : address;
callbackAddress : address;
end;
type state is record
minter : address;
balances : map(address, nat);
end;
type router_enum is
| Constructor of constructor_args
| Mint of mint_args
| Send of send_args
| QueryBalance of queryBalance_args;
function constructor (const contract_storage : state) : (state) is
block {
contract_storage.minter := Tezos.sender;
} with (contract_storage);
function mint (const contract_storage : state; const owner : address; const #{config.reserved}__amount : nat) : (state) is
block {
if (Tezos.sender = contract_storage.minter) then block {
contract_storage.balances[owner] := ((case contract_storage.balances[owner] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function send (const contract_storage : state; const receiver : address; const #{config.reserved}__amount : nat) : (state) is
block {
if ((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) >= #{config.reserved}__amount) then block {
contract_storage.balances[Tezos.sender] := abs((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) - #{config.reserved}__amount);
contract_storage.balances[receiver] := ((case contract_storage.balances[receiver] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function queryBalance (const contract_storage : state; const addr : address) : (nat) is
block {
const #{config.reserved}__balance : nat = 0n;
} with ((case contract_storage.balances[addr] of | None -> 0n | Some(x) -> x end));
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(contract_storage))
| Mint(match_action) -> ((nil: list(operation)), mint(contract_storage, match_action.owner, match_action.#{config.reserved}__amount))
| Send(match_action) -> ((nil: list(operation)), send(contract_storage, match_action.receiver, match_action.#{config.reserved}__amount))
| QueryBalance(match_action) -> block {
const tmp : (nat) = queryBalance(contract_storage, match_action.addr);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "AtomicSwap", ()->
text_i = """
pragma solidity ^0.4.18;
contract AtomicSwapEther {
struct Swap {
uint256 timelock;
uint256 value;
address ethTrader;
address withdrawTrader;
bytes32 secretLock;
bytes secretKey;
}
enum States {
INVALID,
OPEN,
CLOSED,
EXPIRED
}
mapping (bytes32 => Swap) private swaps;
mapping (bytes32 => States) private swapStates;
event Open(bytes32 _swapID, address _withdrawTrader,bytes32 _secretLock);
event Expire(bytes32 _swapID);
event Close(bytes32 _swapID, bytes _secretKey);
modifier onlyInvalidSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.INVALID);
_;
}
modifier onlyOpenSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.OPEN);
_;
}
modifier onlyClosedSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.CLOSED);
_;
}
modifier onlyExpirableSwaps(bytes32 _swapID) {
require (now >= swaps[_swapID].timelock);
_;
}
modifier onlyWithSecretKey(bytes32 _swapID, bytes _secretKey) {
// TODO: Require _secretKey length to conform to the spec
require (swaps[_swapID].secretLock == sha256(_secretKey));
_;
}
function open(bytes32 _swapID, address _withdrawTrader, bytes32 _secretLock, uint256 _timelock) public onlyInvalidSwaps(_swapID) payable {
// Store the details of the swap.
Swap memory swap = Swap({
timelock: _timelock,
value: msg.value,
ethTrader: msg.sender,
withdrawTrader: _withdrawTrader,
secretLock: _secretLock,
secretKey: new bytes(0)
});
swaps[_swapID] = swap;
swapStates[_swapID] = States.OPEN;
// Trigger open event.
Open(_swapID, _withdrawTrader, _secretLock);
}
function close(bytes32 _swapID, bytes _secretKey) public onlyOpenSwaps(_swapID) onlyWithSecretKey(_swapID, _secretKey) {
// Close the swap.
Swap memory swap = swaps[_swapID];
swaps[_swapID].secretKey = _secretKey;
swapStates[_swapID] = States.CLOSED;
// Transfer the ETH funds from this contract to the withdrawing trader.
swap.withdrawTrader.transfer(swap.value);
// Trigger close event.
Close(_swapID, _secretKey);
}
function expire(bytes32 _swapID) public onlyOpenSwaps(_swapID) onlyExpirableSwaps(_swapID) {
// Expire the swap.
Swap memory swap = swaps[_swapID];
swapStates[_swapID] = States.EXPIRED;
// Transfer the ETH value from this contract back to the ETH trader.
swap.ethTrader.transfer(swap.value);
// Trigger expire event.
Expire(_swapID);
}
function check(bytes32 _swapID) public view returns (uint256 timelock, uint256 value, address withdrawTrader, bytes32 secretLock) {
Swap memory swap = swaps[_swapID];
return (swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock);
}
function checkSecretKey(bytes32 _swapID) public view onlyClosedSwaps(_swapID) returns (bytes secretKey) {
Swap memory swap = swaps[_swapID];
return swap.secretKey;
}
}
"""#"
text_o = """
type atomicSwapEther_Swap is record
timelock : nat;
value : nat;
ethTrader : address;
withdrawTrader : address;
secretLock : bytes;
secretKey : bytes;
end;
type open_args is record
swapID_ : bytes;
withdrawTrader_ : address;
secretLock_ : bytes;
timelock_ : nat;
end;
type close_args is record
swapID_ : bytes;
secretKey_ : bytes;
end;
type expire_args is record
swapID_ : bytes;
end;
type check_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type checkSecretKey_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type state is record
swaps : map(bytes, atomicSwapEther_Swap);
swapStates : map(bytes, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const atomicSwapEther_Swap_default : atomicSwapEther_Swap = record [ timelock = 0n;
value = 0n;
ethTrader = burn_address;
withdrawTrader = burn_address;
secretLock = ("00": bytes);
secretKey = ("0<KEY>": bytes) ];
const states_INVALID : nat = 0n;
const states_OPEN : nat = 1n;
const states_CLOSED : nat = 2n;
const states_EXPIRED : nat = 3n;
type router_enum is
| Open of open_args
| Close of close_args
| Expire of expire_args
| Check of check_args
| CheckSecretKey of checkSecretKey_args;
(* EventDefinition Open(swapID_ : bytes; withdrawTrader_ : address; secretLock_ : bytes) *)
(* EventDefinition Expire(swapID_ : bytes) *)
(* EventDefinition Close(swapID_ : bytes; secretKey_ : bytes) *)
(* enum States converted into list of nats *)
(* modifier onlyInvalidSwaps inlined *)
(* modifier onlyOpenSwaps inlined *)
(* modifier onlyClosedSwaps inlined *)
(* modifier onlyExpirableSwaps inlined *)
(* modifier onlyWithSecretKey inlined *)
function open (const test_self : state; const swapID_ : bytes; const withdrawTrader_ : address; const secretLock_ : bytes; const timelock_ : nat) : (state) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_INVALID));
const swap : atomicSwapEther_Swap = record [ timelock = timelock_;
value = (amount / 1mutez);
ethTrader = Tezos.sender;
withdrawTrader = withdrawTrader_;
secretLock = secretLock_;
secretKey = ("0<KEY>": bytes) (* args: 0 *) ];
test_self.swaps[swapID_] := swap;
test_self.swapStates[swapID_] := states_OPEN;
(* EmitStatement Open(_swapID, _withdrawTrader, _secretLock) *)
} with (test_self);
function close (const opList : list(operation); const test_self : state; const swapID_ : bytes; const secretKey_ : bytes) : (list(operation) * state) is
block {
assert(((case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).secretLock = sha_256(secretKey_)));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swaps[swapID_].secretKey := secretKey_;
test_self.swapStates[swapID_] := states_CLOSED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.withdrawTrader) : contract(unit)));
(* EmitStatement Close(_swapID, _secretKey) *)
} with (list [op0], test_self);
function expire (const opList : list(operation); const test_self : state; const swapID_ : bytes) : (list(operation) * state) is
block {
assert((abs(now - ("1970-01-01T00:00:00Z" : timestamp)) >= (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).timelock));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swapStates[swapID_] := states_EXPIRED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.ethTrader) : contract(unit)));
(* EmitStatement Expire(_swapID) *)
} with (list [op0], test_self);
function check (const test_self : state; const swapID_ : bytes) : ((nat * nat * address * bytes)) is
block {
const timelock : nat = 0n;
const value : nat = 0n;
const withdrawTrader : address = burn_address;
const secretLock : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with ((swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock));
function checkSecretKey (const test_self : state; const swapID_ : bytes) : (bytes) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_CLOSED));
const secretKey : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with (swap.secretKey);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Open(match_action) -> ((nil: list(operation)), open(test_self, match_action.swapID_, match_action.withdrawTrader_, match_action.secretLock_, match_action.timelock_))
| Close(match_action) -> close((nil: list(operation)), test_self, match_action.swapID_, match_action.secretKey_)
| Expire(match_action) -> expire((nil: list(operation)), test_self, match_action.swapID_)
| Check(match_action) -> block {
const tmp : ((nat * nat * address * bytes)) = check(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((nat * nat * address * bytes)))) end;
} with ((opList, test_self))
| CheckSecretKey(match_action) -> block {
const tmp : (bytes) = checkSecretKey(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(bytes))) end;
} with ((opList, test_self))
end);
"""#"
make_test text_i, text_o, router: true
# ###################################################################################################
it "Dice", ()->
text_i = """
pragma solidity ^0.4.24;
// * dice2.win - fair games that pay Ether. Version 5.
//
// * Ethereum smart contract, deployed at 0xD1CEeeeee83F8bCF3BEDad437202b6154E9F5405.
//
// * Uses hybrid commit-reveal + block hash random number generation that is immune
// to tampering by players, house and miners. Apart from being fully transparent,
// this also allows arbitrarily high bets.
//
// * Refer to https://dice2.win/whitepaper.pdf for detailed description and proofs.
contract Dice2Win {
/// *** Constants section
// Each bet is deducted 1% in favour of the house, but no less than some minimum.
// The lower bound is dictated by gas costs of the settleBet transaction, providing
// headroom for up to 10 Gwei prices.
uint256 constant HOUSE_EDGE_PERCENT = 1;
uint256 constant HOUSE_EDGE_MINIMUM_AMOUNT = 0.0003 ether;
// Bets lower than this amount do not participate in jackpot rolls (and are
// not deducted JACKPOT_FEE).
uint256 constant MIN_JACKPOT_BET = 0.1 ether;
// Chance to win jackpot (currently 0.1%) and fee deducted into jackpot fund.
uint256 constant JACKPOT_MODULO = 1000;
uint256 constant JACKPOT_FEE = 0.001 ether;
// There is minimum and maximum bets.
uint256 constant MIN_BET = 0.01 ether;
uint256 constant MAX_AMOUNT = 300000 ether;
// Modulo is a number of equiprobable outcomes in a game:
// - 2 for coin flip
// - 6 for dice
// - 6*6 = 36 for double dice
// - 100 for etheroll
// - 37 for roulette
// etc.
// It's called so because 256-bit entropy is treated like a huge integer and
// the remainder of its division by modulo is considered bet outcome.
uint256 constant MAX_MODULO = 100;
// For modulos below this threshold rolls are checked against a bit mask,
// thus allowing betting on any combination of outcomes. For example, given
// modulo 6 for dice, 101000 mask (base-2, big endian) means betting on
// 4 and 6; for games with modulos higher than threshold (Etheroll), a simple
// limit is used, allowing betting on any outcome in [0, N) range.
//
// The specific value is dictated by the fact that 256-bit intermediate
// multiplication result allows implementing population count efficiently
// for numbers that are up to 42 bits, and 40 is the highest multiple of
// eight below 42.
uint256 constant MAX_MASK_MODULO = 40;
// This is a check on bet mask overflow.
uint256 constant MAX_BET_MASK = 2**MAX_MASK_MODULO;
// EVM BLOCKHASH opcode can query no further than 256 blocks into the
// past. Given that settleBet uses block hash of placeBet as one of
// complementary entropy sources, we cannot process bets older than this
// threshold. On rare occasions dice2.win croupier may fail to invoke
// settleBet in this timespan due to technical issues or extreme Ethereum
// congestion; such bets can be refunded via invoking refundBet.
uint256 constant BET_EXPIRATION_BLOCKS = 250;
// Some deliberately invalid address to initialize the secret signer with.
// Forces maintainers to invoke setSecretSigner before processing any bets.
address constant DUMMY_ADDRESS = 0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE;
// Standard contract ownership transfer.
address public owner;
address private nextOwner;
// Adjustable max bet profit. Used to cap bets against dynamic odds.
uint256 public maxProfit;
// The address corresponding to a private key used to sign placeBet commits.
address public secretSigner;
// Accumulated jackpot fund.
uint128 public jackpotSize;
// Funds that are locked in potentially winning bets. Prevents contract from
// committing to bets it cannot pay out.
uint128 public lockedInBets;
// A structure representing a single bet.
struct Bet {
// Wager amount in wei.
uint256 amount;
// Modulo of a game.
uint8 modulo;
// Number of winning outcomes, used to compute winning payment (* modulo/rollUnder),
// and used instead of mask for games with modulo > MAX_MASK_MODULO.
uint8 rollUnder;
// Block number of placeBet tx.
uint40 placeBlockNumber;
// Bit mask representing winning bet outcomes (see MAX_MASK_MODULO comment).
uint40 mask;
// Address of a gambler, used to pay out winning bets.
address gambler;
}
// Mapping from commits to all currently active & processed bets.
mapping(uint256 => Bet) bets;
// Croupier account.
address public croupier;
// Events that are issued to make statistic recovery easier.
event FailedPayment(address indexed beneficiary, uint256 amount);
event Payment(address indexed beneficiary, uint256 amount);
event JackpotPayment(address indexed beneficiary, uint256 amount);
// This event is emitted in placeBet to record commit in the logs.
event Commit(uint256 commit);
// Constructor. Deliberately does not take any parameters.
constructor() public {
owner = msg.sender;
secretSigner = DUMMY_ADDRESS;
croupier = DUMMY_ADDRESS;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyOwner {
require(msg.sender == owner, "OnlyOwner methods called by non-owner.");
_;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyCroupier {
require(
msg.sender == croupier,
"OnlyCroupier methods called by non-croupier."
);
_;
}
// Standard contract ownership transfer implementation,
function approveNextOwner(address _nextOwner) external onlyOwner {
require(_nextOwner != owner, "Cannot approve current owner.");
nextOwner = _nextOwner;
}
function acceptNextOwner() external {
require(
msg.sender == nextOwner,
"Can only accept preapproved new owner."
);
owner = nextOwner;
}
// Fallback function deliberately left empty. It's primary use case
// is to top up the bank roll.
function() public payable {}
// See comment for "secretSigner" variable.
function setSecretSigner(address newSecretSigner) external onlyOwner {
secretSigner = newSecretSigner;
}
// Change the croupier address.
function setCroupier(address newCroupier) external onlyOwner {
croupier = newCroupier;
}
// Change max bet reward. Setting this to zero effectively disables betting.
function setMaxProfit(uint256 _maxProfit) public onlyOwner {
require(_maxProfit < MAX_AMOUNT, "maxProfit should be a sane number.");
maxProfit = _maxProfit;
}
// This function is used to bump up the jackpot fund. Cannot be used to lower it.
function increaseJackpot(uint256 increaseAmount) external onlyOwner {
require(
increaseAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + increaseAmount <=
address(this).balance,
"Not enough funds."
);
jackpotSize += uint128(increaseAmount);
}
// Funds withdrawal to cover costs of dice2.win operation.
function withdrawFunds(address beneficiary, uint256 withdrawAmount)
external
onlyOwner
{
require(
withdrawAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + withdrawAmount <=
address(this).balance,
"Not enough funds."
);
sendFunds(beneficiary, withdrawAmount, withdrawAmount);
}
// Contract may be destroyed only when there are no ongoing bets,
// either settled or refunded. All funds are transferred to contract owner.
function kill() external onlyOwner {
require(
lockedInBets == 0,
"All bets should be processed (settled or refunded) before test_self-destruct."
);
selfdestruct(owner);
}
/// *** Betting logic
// Bet states:
// amount == 0 && gambler == 0 - 'clean' (can place a bet)
// amount != 0 && gambler != 0 - 'active' (can be settled or refunded)
// amount == 0 && gambler != 0 - 'processed' (can clean storage)
//
// NOTE: Storage cleaning is not implemented in this contract version; it will be added
// with the next upgrade to prevent polluting Ethereum state with expired bets.
// Bet placing transaction - issued by the player.
// betMask - bet outcomes bit mask for modulo <= MAX_MASK_MODULO,
// [0, betMask) for larger modulos.
// modulo - game modulo.
// commitLastBlock - number of the maximum block where "commit" is still considered valid.
// commit - Keccak256 hash of some secret "reveal" random number, to be supplied
// by the dice2.win croupier bot in the settleBet transaction. Supplying
// "commit" ensures that "reveal" cannot be changed behind the scenes
// after placeBet have been mined.
// r, s - components of ECDSA signature of (commitLastBlock, commit). v is
// guaranteed to always equal 27.
//
// Commit, being essentially random 256-bit number, is used as a unique bet identifier in
// the 'bets' mapping.
//
// Commits are signed with a block limit to ensure that they are used at most once - otherwise
// it would be possible for a miner to place a bet with a known commit/reveal pair and tamper
// with the blockhash. Croupier guarantees that commitLastBlock will always be not greater than
// placeBet block number plus BET_EXPIRATION_BLOCKS. See whitepaper for details.
function placeBet(
uint256 betMask,
uint256 modulo,
uint256 commitLastBlock,
uint256 commit,
bytes32 r,
bytes32 s
) external payable {
// Check that the bet is in 'clean' state.
Bet storage bet = bets[commit];
require(bet.gambler == address(0), "Bet should be in a 'clean' _state.");
// Validate input data ranges.
uint256 amount = msg.value;
require(
modulo > 1 && modulo <= MAX_MODULO,
"Modulo should be within range."
);
require(
amount >= MIN_BET && amount <= MAX_AMOUNT,
"Amount should be within range."
);
require(
betMask > 0 && betMask < MAX_BET_MASK,
"Mask should be within range."
);
// Check that commit is valid - it has not expired and its signature is valid.
require(block.number <= commitLastBlock, "Commit has expired.");
bytes32 signatureHash = keccak256(
abi.encodePacked(uint40(commitLastBlock), commit)
);
require(
secretSigner == ecrecover(signatureHash, 27, r, s),
"ECDSA signature is not valid."
);
uint256 rollUnder;
uint256 mask;
if (modulo <= MAX_MASK_MODULO) {
// Small modulo games specify bet outcomes via bit mask.
// rollUnder is a number of 1 bits in this mask (population count).
// This magic looking formula is an efficient way to compute population
// count on EVM for numbers below 2**40. For detailed proof consult
// the dice2.win whitepaper.
rollUnder = ((betMask * POPCNT_MULT) & POPCNT_MASK) % POPCNT_MODULO;
mask = betMask;
} else {
// Larger modulos specify the right edge of half-open interval of
// winning bet outcomes.
require(
betMask > 0 && betMask <= modulo,
"High modulo range, betMask larger than modulo."
);
rollUnder = betMask;
}
// Winning amount and jackpot increase.
uint256 possibleWinAmount;
uint256 jackpotFee;
(possibleWinAmount, jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
// Enforce max profit limit.
require(
possibleWinAmount <= amount + maxProfit,
"maxProfit limit violation."
);
// Lock funds.
lockedInBets += uint128(possibleWinAmount);
jackpotSize += uint128(jackpotFee);
// Check whether contract has enough funds to process this bet.
require(
jackpotSize + lockedInBets <= address(this).balance,
"Cannot afford to lose this bet."
);
// Record commit in logs.
emit Commit(commit);
// Store bet parameters on blockchain.
bet.amount = amount;
bet.modulo = uint8(modulo);
bet.rollUnder = uint8(rollUnder);
bet.placeBlockNumber = uint40(block.number);
bet.mask = uint40(mask);
bet.gambler = msg.sender;
}
// This is the method used to settle 99% of bets. To process a bet with a specific
// "commit", settleBet should supply a "reveal" number that would Keccak256-hash to
// "commit". "blockHash" is the block hash of placeBet block as seen by croupier; it
// is additionally asserted to prevent changing the bet outcomes on Ethereum reorgs.
function settleBet(uint256 reveal, bytes32 blockHash)
external
onlyCroupier
{
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
uint256 placeBlockNumber = bet.placeBlockNumber;
// Check that bet has not expired yet (see comment to BET_EXPIRATION_BLOCKS).
require(
block.number > placeBlockNumber,
"settleBet in the same block as placeBet, or before."
);
require(
block.number <= placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
require(blockhash(placeBlockNumber) == blockHash);
// Settle bet using reveal and blockHash as entropy sources.
settleBetCommon(bet, reveal, blockHash);
}
// This method is used to settle a bet that was mined into an uncle block. At this
// point the player was shown some bet outcome, but the blockhash at placeBet height
// is different because of Ethereum chain reorg. We supply a full merkle proof of the
// placeBet transaction receipt to provide untamperable evidence that uncle block hash
// indeed was present on-chain at some point.
function settleBetUncleMerkleProof(
uint256 reveal,
uint40 canonicalBlockNumber
) external onlyCroupier {
// "commit" for bet settlement can only be obtained by hashing a "reveal".
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
// Check that canonical block hash can still be verified.
require(
block.number <= canonicalBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Verify placeBet receipt.
requireCorrectReceipt(4 + 32 + 32 + 4);
// Reconstruct canonical & uncle block hashes from a receipt merkle proof, verify them.
bytes32 canonicalHash;
bytes32 uncleHash;
(canonicalHash, uncleHash) = verifyMerkleProof(commit, 4 + 32 + 32);
require(blockhash(canonicalBlockNumber) == canonicalHash);
// Settle bet using reveal and uncleHash as entropy sources.
settleBetCommon(bet, reveal, uncleHash);
}
// Common settlement code for settleBet & settleBetUncleMerkleProof.
function settleBetCommon(
Bet storage bet,
uint256 reveal,
bytes32 entropyBlockHash
) private {
// Fetch bet parameters into local variables (to save gas).
uint256 amount = bet.amount;
uint256 modulo = bet.modulo;
uint256 rollUnder = bet.rollUnder;
address gambler = bet.gambler;
// Check that bet is in 'active' state.
require(amount != 0, "Bet should be in an 'active' _state");
// Move bet into 'processed' state already.
bet.amount = 0;
// The RNG - combine "reveal" and blockhash of placeBet using Keccak256. Miners
// are not aware of "reveal" and cannot deduce it from "commit" (as Keccak256
// preimage is intractable), and house is unable to alter the "reveal" after
// placeBet have been mined (as Keccak256 collision finding is also intractable).
bytes32 entropy = keccak256(abi.encodePacked(reveal, entropyBlockHash));
// Do a roll by taking a modulo of entropy. Compute winning amount.
uint256 dice = uint256(entropy) % modulo;
uint256 diceWinAmount;
uint256 _jackpotFee;
(diceWinAmount, _jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
uint256 diceWin = 0;
uint256 jackpotWin = 0;
// Determine dice outcome.
if (modulo <= MAX_MASK_MODULO) {
// For small modulo games, check the outcome against a bit mask.
if ((2**dice) & bet.mask != 0) {
diceWin = diceWinAmount;
}
} else {
// For larger modulos, check inclusion into half-open interval.
if (dice < rollUnder) {
diceWin = diceWinAmount;
}
}
// Unlock the bet amount, regardless of the outcome.
lockedInBets -= uint128(diceWinAmount);
// Roll for a jackpot (if eligible).
if (amount >= MIN_JACKPOT_BET) {
// The second modulo, statistically independent from the "main" dice roll.
// Effectively you are playing two games at once!
uint256 jackpotRng = (uint256(entropy) / modulo) % JACKPOT_MODULO;
// Bingo!
if (jackpotRng == 0) {
jackpotWin = jackpotSize;
jackpotSize = 0;
}
}
// Log jackpot win.
if (jackpotWin > 0) {
emit JackpotPayment(gambler, jackpotWin);
}
// Send the funds to gambler.
sendFunds(
gambler,
diceWin + jackpotWin == 0 ? 1 wei : diceWin + jackpotWin,
diceWin
);
}
// Refund transaction - return the bet amount of a roll that was not processed in a
// due timeframe. Processing such blocks is not possible due to EVM limitations (see
// BET_EXPIRATION_BLOCKS comment above for details). In case you ever find yourself
// in a situation like this, just contact the dice2.win support, however nothing
// precludes you from invoking this method yourself.
function refundBet(uint256 commit) external {
// Check that bet is in 'active' state.
Bet storage bet = bets[commit];
uint256 amount = bet.amount;
require(amount != 0, "Bet should be in an 'active' _state");
// Check that bet has already expired.
require(
block.number > bet.placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Move bet into 'processed' state, release funds.
bet.amount = 0;
uint256 diceWinAmount;
uint256 jackpotFee;
(diceWinAmount, jackpotFee) = getDiceWinAmount(
amount,
bet.modulo,
bet.rollUnder
);
lockedInBets -= uint128(diceWinAmount);
jackpotSize -= uint128(jackpotFee);
// Send the refund.
sendFunds(bet.gambler, amount, amount);
}
// Get the expected win amount after house edge is subtracted.
function getDiceWinAmount(uint256 amount, uint256 modulo, uint256 rollUnder)
private
pure
returns (uint256 winAmount, uint256 jackpotFee)
{
require(
0 < rollUnder && rollUnder <= modulo,
"Win probability out of range."
);
jackpotFee = amount >= MIN_JACKPOT_BET ? JACKPOT_FEE : 0;
uint256 houseEdge = (amount * HOUSE_EDGE_PERCENT) / 100;
if (houseEdge < HOUSE_EDGE_MINIMUM_AMOUNT) {
houseEdge = HOUSE_EDGE_MINIMUM_AMOUNT;
}
require(
houseEdge + jackpotFee <= amount,
"Bet doesn't even cover house edge."
);
winAmount = ((amount - houseEdge - jackpotFee) * modulo) / rollUnder;
}
// Helper routine to process the payment.
function sendFunds(
address beneficiary,
uint256 amount,
uint256 successLogAmount
) private {
if (beneficiary.send(amount)) {
emit Payment(beneficiary, successLogAmount);
} else {
emit FailedPayment(beneficiary, amount);
}
}
// This are some constants making O(1) population count in placeBet possible.
// See whitepaper for intuition and proofs behind it.
uint256 constant POPCNT_MULT = 0x0000000000002000000000100000000008000000000400000000020000000001;
uint256 constant POPCNT_MASK = 0x0001041041041041041041041041041041041041041041041041041041041041;
uint256 constant POPCNT_MODULO = 0x3F;
// *** Merkle proofs.
// This helpers are used to verify cryptographic proofs of placeBet inclusion into
// uncle blocks. They are used to prevent bet outcome changing on Ethereum reorgs without
// compromising the security of the smart contract. Proof data is appended to the input data
// in a simple prefix length format and does not adhere to the ABI.
// Invariants checked:
// - receipt trie entry contains a (1) successful transaction (2) directed at this smart
// contract (3) containing commit as a payload.
// - receipt trie entry is a part of a valid merkle proof of a block header
// - the block header is a part of uncle list of some block on canonical chain
// The implementation is optimized for gas cost and relies on the specifics of Ethereum internal data structures.
// Read the whitepaper for details.
// Helper to verify a full merkle proof starting from some seedHash (usually commit). "offset" is the location of the proof
// beginning in the calldata.
function verifyMerkleProof(uint256 seedHash, uint256 offset)
private
pure
returns (bytes32 blockHash, bytes32 uncleHash)
{
// (Safe) assumption - nobody will write into RAM during this method invocation.
uint256 scratchBuf1;
assembly {
scratchBuf1 := mload(0x40)
}
uint256 uncleHeaderLength;
uint256 blobLength;
uint256 shift;
uint256 hashSlot;
// Verify merkle proofs up to uncle block header. Calldata layout is:
// - 2 byte big-endian slice length
// - 2 byte big-endian offset to the beginning of previous slice hash within the current slice (should be zeroed)
// - followed by the current slice verbatim
for (; ; offset += blobLength) {
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
}
if (blobLength == 0) {
// Zero slice length marks the end of uncle proof.
break;
}
assembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := sha3(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
}
}
// At this moment the uncle hash is known.
uncleHash = bytes32(seedHash);
// Construct the uncle list of a canonical block.
uint256 scratchBuf2 = scratchBuf1 + uncleHeaderLength;
uint256 unclesLength;
assembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
}
uint256 unclesShift;
assembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
}
require(
unclesShift + uncleHeaderLength <= unclesLength,
"Shift bounds check."
);
offset += 6;
assembly {
calldatacopy(scratchBuf2, offset, unclesLength)
}
memcpy(scratchBuf2 + unclesShift, scratchBuf1, uncleHeaderLength);
assembly {
seedHash := sha3(scratchBuf2, unclesLength)
}
offset += unclesLength;
// Verify the canonical block header using the computed sha3Uncles.
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
// At this moment the canonical block hash is known.
blockHash := sha3(scratchBuf1, blobLength)
}
}
// Helper to check the placeBet receipt. "offset" is the location of the proof beginning in the calldata.
// RLP layout: [triePath, str([status, cumGasUsed, bloomFilter, [[address, [topics], data]])]
function requireCorrectReceipt(uint256 offset) private view {
uint256 leafHeaderByte;
assembly {
leafHeaderByte := byte(0, calldataload(offset))
}
require(leafHeaderByte >= 0xf7, "Receipt leaf longer than 55 bytes.");
offset += leafHeaderByte - 0xf6;
uint256 pathHeaderByte;
assembly {
pathHeaderByte := byte(0, calldataload(offset))
}
if (pathHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
pathHeaderByte >= 0x80 && pathHeaderByte <= 0xb7,
"Path is an RLP string."
);
offset += pathHeaderByte - 0x7f;
}
uint256 receiptStringHeaderByte;
assembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
}
require(
receiptStringHeaderByte == 0xb9,
"Receipt string is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 receiptHeaderByte;
assembly {
receiptHeaderByte := byte(0, calldataload(offset))
}
require(
receiptHeaderByte == 0xf9,
"Receipt is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 statusByte;
assembly {
statusByte := byte(0, calldataload(offset))
}
require(statusByte == 0x1, "Status should be success.");
offset += 1;
uint256 cumGasHeaderByte;
assembly {
cumGasHeaderByte := byte(0, calldataload(offset))
}
if (cumGasHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
cumGasHeaderByte >= 0x80 && cumGasHeaderByte <= 0xb7,
"Cumulative gas is an RLP string."
);
offset += cumGasHeaderByte - 0x7f;
}
uint256 bloomHeaderByte;
assembly {
bloomHeaderByte := byte(0, calldataload(offset))
}
require(
bloomHeaderByte == 0xb9,
"Bloom filter is always 256 bytes long."
);
offset += 256 + 3;
uint256 logsListHeaderByte;
assembly {
logsListHeaderByte := byte(0, calldataload(offset))
}
require(
logsListHeaderByte == 0xf8,
"Logs list is less than 256 bytes long."
);
offset += 2;
uint256 logEntryHeaderByte;
assembly {
logEntryHeaderByte := byte(0, calldataload(offset))
}
require(
logEntryHeaderByte == 0xf8,
"Log entry is less than 256 bytes long."
);
offset += 2;
uint256 addressHeaderByte;
assembly {
addressHeaderByte := byte(0, calldataload(offset))
}
require(addressHeaderByte == 0x94, "Address is 20 bytes long.");
uint256 logAddress;
assembly {
logAddress := and(
calldataload(sub(offset, 11)),
0xffffffffffffffffffffffffffffffffffffffff
)
}
require(logAddress == uint256(address(this)));
}
// Memory copy.
function memcpy(uint256 dest, uint256 src, uint256 len) private pure {
// Full 32 byte words
for (; len >= 32; len -= 32) {
assembly {
mstore(dest, mload(src))
}
dest += 32;
src += 32;
}
// Remaining bytes
uint256 mask = 256**(32 - len) - 1;
assembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
}
}
}
"""#"
text_o = """
type dice2Win_Bet is record
#{config.reserved}__amount : nat;
modulo : nat;
rollUnder : nat;
placeBlockNumber : nat;
mask : nat;
gambler : address;
end;
type constructor_args is unit;
type approveNextOwner_args is record
nextOwner_ : address;
end;
type acceptNextOwner_args is unit;
type fallback_args is unit;
type setSecretSigner_args is record
newSecretSigner : address;
end;
type setCroupier_args is record
newCroupier : address;
end;
type setMaxProfit_args is record
maxProfit_ : nat;
end;
type increaseJackpot_args is record
increaseAmount : nat;
end;
type withdrawFunds_args is record
beneficiary : address;
withdrawAmount : nat;
end;
type kill_args is unit;
type placeBet_args is record
betMask : nat;
modulo : nat;
commitLastBlock : nat;
commit : nat;
r : bytes;
s : bytes;
end;
type settleBet_args is record
reveal : nat;
blockHash : bytes;
end;
type settleBetUncleMerkleProof_args is record
reveal : nat;
canonicalBlockNumber : nat;
end;
type refundBet_args is record
commit : nat;
end;
type state is record
owner : address;
nextOwner : address;
maxProfit : nat;
secretSigner : address;
jackpotSize : nat;
lockedInBets : nat;
bets : map(nat, dice2Win_Bet);
croupier : address;
end;
function pow (const base : nat; const exp : nat) : nat is
block {
var b : nat := base;
var e : nat := exp;
var r : nat := 1n;
while e > 0n block {
if e mod 2n = 1n then {
r := r * b;
} else skip;
b := b * b;
e := e / 2n;
}
} with r;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const dice2Win_Bet_default : dice2Win_Bet = record [ #{config.reserved}__amount = 0n;
modulo = 0n;
rollUnder = 0n;
placeBlockNumber = 0n;
mask = 0n;
gambler = burn_address ];
type router_enum is
| Constructor of constructor_args
| ApproveNextOwner of approveNextOwner_args
| AcceptNextOwner of acceptNextOwner_args
| Fallback of fallback_args
| SetSecretSigner of setSecretSigner_args
| SetCroupier of setCroupier_args
| SetMaxProfit of setMaxProfit_args
| IncreaseJackpot of increaseJackpot_args
| WithdrawFunds of withdrawFunds_args
| Kill of kill_args
| PlaceBet of placeBet_args
| SettleBet of settleBet_args
| SettleBetUncleMerkleProof of settleBetUncleMerkleProof_args
| RefundBet of refundBet_args;
const hOUSE_EDGE_PERCENT : nat = 1n
const hOUSE_EDGE_MINIMUM_AMOUNT : nat = (0.0003n * 1000000n)
const mIN_JACKPOT_BET : nat = (0.1n * 1000000n)
const jACKPOT_MODULO : nat = 1000n
const jACKPOT_FEE : nat = (0.001n * 1000000n)
const mIN_BET : nat = (0.01n * 1000000n)
const mAX_AMOUNT : nat = (300000n * 1000000n)
const mAX_MODULO : nat = 100n
const mAX_MASK_MODULO : nat = 40n
const mAX_BET_MASK : nat = pow(2n, mAX_MASK_MODULO)
const bET_EXPIRATION_BLOCKS : nat = 250n
const dUMMY_ADDRESS : address = ("PLEASE_REPLACE_ETH_ADDRESS_0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE_WITH_A_TEZOS_ADDRESS" : address)
(* EventDefinition FailedPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Payment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition JackpotPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Commit(commit : nat) *)
const pOPCNT_MULT : nat = 0x0000000000002000000000100000000008000000000400000000020000000001n
const pOPCNT_MASK : nat = 0x0001041041041041041041041041041041041041041041041041041041041041n
const pOPCNT_MODULO : nat = 0x3Fn
function constructor (const test_self : state) : (state) is
block {
test_self.owner := Tezos.sender;
test_self.secretSigner := dUMMY_ADDRESS;
test_self.croupier := dUMMY_ADDRESS;
} with (test_self);
(* modifier onlyOwner inlined *)
(* modifier onlyCroupier inlined *)
function approveNextOwner (const test_self : state; const nextOwner_ : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((nextOwner_ =/= test_self.owner)) (* "Cannot approve current owner." *);
test_self.nextOwner := nextOwner_;
} with (test_self);
function acceptNextOwner (const test_self : state) : (state) is
block {
assert((Tezos.sender = test_self.nextOwner)) (* "Can only accept preapproved new owner." *);
test_self.owner := test_self.nextOwner;
} with (test_self);
function fallback (const #{config.reserved}__unit : unit) : (unit) is
block {
skip
} with (unit);
function setSecretSigner (const test_self : state; const newSecretSigner : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.secretSigner := newSecretSigner;
} with (test_self);
function setCroupier (const test_self : state; const newCroupier : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.croupier := newCroupier;
} with (test_self);
function setMaxProfit (const test_self : state; const maxProfit_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((maxProfit_ < mAX_AMOUNT)) (* "maxProfit should be a sane number." *);
test_self.maxProfit := maxProfit_;
} with (test_self);
function increaseJackpot (const test_self : state; const increaseAmount : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((increaseAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + increaseAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
test_self.jackpotSize := (test_self.jackpotSize + increaseAmount);
} with (test_self);
function sendFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const #{config.reserved}__amount : nat; const successLogAmount : nat) : (list(operation)) is
block {
if (const op0 : operation = transaction((unit), (#{config.reserved}__amount * 1mutez), (get_contract(beneficiary) : contract(unit)))) then block {
(* EmitStatement Payment(beneficiary, successLogAmount) *)
} else block {
(* EmitStatement FailedPayment(beneficiary, amount) *)
};
} with (list [op0]);
function withdrawFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const withdrawAmount : nat) : (list(operation)) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((withdrawAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + withdrawAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
opList := sendFunds((test_self : address), beneficiary, withdrawAmount, withdrawAmount);
} with (opList);
function kill (const test_self : state) : (unit) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((test_self.lockedInBets = 0n)) (* "All bets should be processed (settled or refunded) before test_self-destruct." *);
selfdestruct(test_self.owner) (* unsupported *);
} with (unit);
function getDiceWinAmount (const test_self : state; const #{config.reserved}__amount : nat; const modulo : nat; const rollUnder : nat) : ((nat * nat)) is
block {
const winAmount : nat = 0n;
const jackpotFee : nat = 0n;
assert(((0n < rollUnder) and (rollUnder <= modulo))) (* "Win probability out of range." *);
jackpotFee := (case (#{config.reserved}__amount >= mIN_JACKPOT_BET) of | True -> jACKPOT_FEE | False -> 0n end);
const houseEdge : nat = ((#{config.reserved}__amount * hOUSE_EDGE_PERCENT) / 100n);
if (houseEdge < hOUSE_EDGE_MINIMUM_AMOUNT) then block {
houseEdge := hOUSE_EDGE_MINIMUM_AMOUNT;
} else block {
skip
};
assert(((houseEdge + jackpotFee) <= #{config.reserved}__amount)) (* "Bet doesn't even cover house edge." *);
winAmount := ((abs(abs(#{config.reserved}__amount - houseEdge) - jackpotFee) * modulo) / rollUnder);
} with ((winAmount, jackpotFee));
function placeBet (const test_self : state; const betMask : nat; const modulo : nat; const commitLastBlock : nat; const commit : nat; const r : bytes; const s : bytes) : (state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((bet.gambler = burn_address)) (* "Bet should be in a 'clean' _state." *);
const #{config.reserved}__amount : nat = (amount / 1mutez);
assert(((modulo > 1n) and (modulo <= mAX_MODULO))) (* "Modulo should be within range." *);
assert(((#{config.reserved}__amount >= mIN_BET) and (#{config.reserved}__amount <= mAX_AMOUNT))) (* "Amount should be within range." *);
assert(((betMask > 0n) and (betMask < mAX_BET_MASK))) (* "Mask should be within range." *);
assert((0n <= commitLastBlock)) (* "Commit has expired." *);
const signatureHash : bytes = sha_256((commitLastBlock, commit));
assert((test_self.secretSigner = ecrecover(signatureHash, 27n, r, s))) (* "ECDSA signature is not valid." *);
const rollUnder : nat = 0n;
const mask : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
rollUnder := (Bitwise.and((betMask * pOPCNT_MULT), pOPCNT_MASK) mod pOPCNT_MODULO);
mask := betMask;
} else block {
assert(((betMask > 0n) and (betMask <= modulo))) (* "High modulo range, betMask larger than modulo." *);
rollUnder := betMask;
};
const possibleWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(possibleWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
assert((possibleWinAmount <= (#{config.reserved}__amount + test_self.maxProfit))) (* "maxProfit limit violation." *);
test_self.lockedInBets := (test_self.lockedInBets + possibleWinAmount);
test_self.jackpotSize := (test_self.jackpotSize + jackpotFee);
assert(((test_self.jackpotSize + test_self.lockedInBets) <= self_address.#{config.reserved}__balance)) (* "Cannot afford to lose this bet." *);
(* EmitStatement Commit(commit) *)
bet.#{config.reserved}__amount := #{config.reserved}__amount;
bet.modulo := modulo;
bet.rollUnder := rollUnder;
bet.placeBlockNumber := 0n;
bet.mask := mask;
bet.gambler := Tezos.sender;
} with (test_self);
function settleBetCommon (const opList : list(operation); const test_self : state; const bet : dice2Win_Bet; const reveal : nat; const entropyBlockHash : bytes) : (list(operation) * state) is
block {
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
const modulo : nat = bet.modulo;
const rollUnder : nat = bet.rollUnder;
const gambler : address = bet.gambler;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
bet.#{config.reserved}__amount := 0n;
const entropy : bytes = sha_256((reveal, entropyBlockHash));
const dice : nat = (abs(entropy) mod modulo);
const diceWinAmount : nat = 0n;
const jackpotFee_ : nat = 0n;
(diceWinAmount, jackpotFee_) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
const diceWin : nat = 0n;
const jackpotWin : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
if (Bitwise.and(pow(2n, dice), bet.mask) =/= 0n) then block {
diceWin := diceWinAmount;
} else block {
skip
};
} else block {
if (dice < rollUnder) then block {
diceWin := diceWinAmount;
} else block {
skip
};
};
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
if (#{config.reserved}__amount >= mIN_JACKPOT_BET) then block {
const jackpotRng : nat = ((abs(entropy) / modulo) mod jACKPOT_MODULO);
if (jackpotRng = 0n) then block {
jackpotWin := test_self.jackpotSize;
test_self.jackpotSize := 0n;
} else block {
skip
};
} else block {
skip
};
if (jackpotWin > 0n) then block {
(* EmitStatement JackpotPayment(gambler, jackpotWin) *)
} else block {
skip
};
opList := sendFunds((test_self : address), gambler, (case ((diceWin + jackpotWin) = 0n) of | True -> 1n | False -> (diceWin + jackpotWin) end), diceWin);
} with (opList, test_self);
function settleBet (const opList : list(operation); const test_self : state; const reveal : nat; const blockHash : bytes) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const placeBlockNumber : nat = bet.placeBlockNumber;
assert((0n > placeBlockNumber)) (* "settleBet in the same block as placeBet, or before." *);
assert((0n <= (placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
assert((("00" : bytes) (* Should be blockhash of placeBlockNumber *) = blockHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, blockHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function memcpy (const dest : nat; const src : nat; const len : nat) : (unit) is
block {
while (len >= 32n) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
mstore(dest, mload(src))
} *)
dest := (dest + 32n);
src := (src + 32n);
len := abs(len - 32n);
};
const mask : nat = abs(pow(256n, abs(32n - len)) - 1n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
} *)
} with (unit);
function verifyMerkleProof (const seedHash : nat; const offset : nat) : ((bytes * bytes)) is
block {
const blockHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
const scratchBuf1 : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
scratchBuf1 := mload(0x40)
} *)
const uncleHeaderLength : nat = 0n;
const blobLength : nat = 0n;
const shift : nat = 0n;
const hashSlot : nat = 0n;
while (True) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
} *)
if (blobLength = 0n) then block {
(* `break` statement is not supported in LIGO *);
} else block {
skip
};
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := keccak256(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
} *)
offset := (offset + blobLength);
};
uncleHash := (seedHash : bytes);
const scratchBuf2 : nat = (scratchBuf1 + uncleHeaderLength);
const unclesLength : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
} *)
const unclesShift : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
} *)
assert(((unclesShift + uncleHeaderLength) <= unclesLength)) (* "Shift bounds check." *);
offset := (offset + 6n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf2, offset, unclesLength)
} *)
memcpy((scratchBuf2 + unclesShift), scratchBuf1, uncleHeaderLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
seedHash := keccak256(scratchBuf2, unclesLength)
} *)
offset := (offset + unclesLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
blockHash := keccak256(scratchBuf1, blobLength)
} *)
} with ((blockHash, uncleHash));
function requireCorrectReceipt (const offset : nat) : (unit) is
block {
const leafHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
leafHeaderByte := byte(0, calldataload(offset))
} *)
assert((leafHeaderByte >= 0xf7n)) (* "Receipt leaf longer than 55 bytes." *);
offset := (offset + abs(leafHeaderByte - 0xf6n));
const pathHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
pathHeaderByte := byte(0, calldataload(offset))
} *)
if (pathHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((pathHeaderByte >= 0x80n) and (pathHeaderByte <= 0xb7n))) (* "Path is an RLP string." *);
offset := (offset + abs(pathHeaderByte - 0x7fn));
};
const receiptStringHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptStringHeaderByte = 0xb9n)) (* "Receipt string is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const receiptHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptHeaderByte = 0xf9n)) (* "Receipt is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const statusByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
statusByte := byte(0, calldataload(offset))
} *)
assert((statusByte = 0x1n)) (* "Status should be success." *);
offset := (offset + 1n);
const cumGasHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
cumGasHeaderByte := byte(0, calldataload(offset))
} *)
if (cumGasHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((cumGasHeaderByte >= 0x80n) and (cumGasHeaderByte <= 0xb7n))) (* "Cumulative gas is an RLP string." *);
offset := (offset + abs(cumGasHeaderByte - 0x7fn));
};
const bloomHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
bloomHeaderByte := byte(0, calldataload(offset))
} *)
assert((bloomHeaderByte = 0xb9n)) (* "Bloom filter is always 256 bytes long." *);
offset := (offset + (256 + 3));
const logsListHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logsListHeaderByte := byte(0, calldataload(offset))
} *)
assert((logsListHeaderByte = 0xf8n)) (* "Logs list is less than 256 bytes long." *);
offset := (offset + 2n);
const logEntryHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logEntryHeaderByte := byte(0, calldataload(offset))
} *)
assert((logEntryHeaderByte = 0xf8n)) (* "Log entry is less than 256 bytes long." *);
offset := (offset + 2n);
const addressHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
addressHeaderByte := byte(0, calldataload(offset))
} *)
assert((addressHeaderByte = 0x94n)) (* "Address is 20 bytes long." *);
const logAddress : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logAddress := and(calldataload(sub(offset, 11)), 0xffffffffffffffffffffffffffffffffffffffff)
} *)
assert((logAddress = abs(self_address)));
} with (unit);
function settleBetUncleMerkleProof (const opList : list(operation); const test_self : state; const reveal : nat; const canonicalBlockNumber : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((0n <= (canonicalBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
requireCorrectReceipt((((4 + 32) + 32) + 4n));
const canonicalHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
(canonicalHash, uncleHash) := verifyMerkleProof(commit, ((4 + 32) + 32n));
assert((("00" : bytes) (* Should be blockhash of canonicalBlockNumber *) = canonicalHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, uncleHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function refundBet (const opList : list(operation); const test_self : state; const commit : nat) : (list(operation) * state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
assert((0n > (bet.placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
bet.#{config.reserved}__amount := 0n;
const diceWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(diceWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, bet.modulo, bet.rollUnder);
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
test_self.jackpotSize := abs(test_self.jackpotSize - jackpotFee);
opList := sendFunds((test_self : address), bet.gambler, #{config.reserved}__amount, #{config.reserved}__amount);
} with (opList, test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
| ApproveNextOwner(match_action) -> ((nil: list(operation)), approveNextOwner(test_self, match_action.nextOwner_))
| AcceptNextOwner(match_action) -> ((nil: list(operation)), acceptNextOwner(test_self))
| Fallback(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = fallback(unit);
} with (((nil: list(operation)), test_self))
| SetSecretSigner(match_action) -> ((nil: list(operation)), setSecretSigner(test_self, match_action.newSecretSigner))
| SetCroupier(match_action) -> ((nil: list(operation)), setCroupier(test_self, match_action.newCroupier))
| SetMaxProfit(match_action) -> ((nil: list(operation)), setMaxProfit(test_self, match_action.maxProfit_))
| IncreaseJackpot(match_action) -> ((nil: list(operation)), increaseJackpot(test_self, match_action.increaseAmount))
| WithdrawFunds(match_action) -> (withdrawFunds((nil: list(operation)), test_self, match_action.beneficiary, match_action.withdrawAmount), test_self)
| Kill(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = kill(test_self);
} with (((nil: list(operation)), test_self))
| PlaceBet(match_action) -> ((nil: list(operation)), placeBet(test_self, match_action.betMask, match_action.modulo, match_action.commitLastBlock, match_action.commit, match_action.r, match_action.s))
| SettleBet(match_action) -> settleBet((nil: list(operation)), test_self, match_action.reveal, match_action.blockHash)
| SettleBetUncleMerkleProof(match_action) -> settleBetUncleMerkleProof((nil: list(operation)), test_self, match_action.reveal, match_action.canonicalBlockNumber)
| RefundBet(match_action) -> refundBet((nil: list(operation)), test_self, match_action.commit)
end);
"""#"
make_test text_i, text_o, router: true, allow_need_prevent_deploy: true
# ###################################################################################################
it "Creatures", ()->
text_i = """
pragma solidity ^0.4.16;
contract Permissions {
address ownerAddress;
address storageAddress;
address callerAddress;
function Permissions() public {
ownerAddress = msg.sender;
}
modifier onlyOwner() {
require(msg.sender == ownerAddress);
_;
}
modifier onlyCaller() {
require(msg.sender == callerAddress);
_;
}
function getOwner() external view returns (address) {
return ownerAddress;
}
function getStorageAddress() external view returns (address) {
return storageAddress;
}
function getCaller() external view returns (address) {
return callerAddress;
}
function transferOwnership(address newOwner) external onlyOwner {
if (newOwner != address(0)) {
ownerAddress = newOwner;
}
}
function newStorage(address _new) external onlyOwner {
if (_new != address(0)) {
storageAddress = _new;
}
}
function newCaller(address _new) external onlyOwner {
if (_new != address(0)) {
callerAddress = _new;
}
}
}
contract Creatures is Permissions {
struct Creature {
uint16 species;
uint8 subSpecies;
uint8 eyeColor;
uint64 timestamp;
}
Creature[] creatures;
mapping(uint256 => address) public creatureIndexToOwner;
mapping(address => uint256) ownershipTokenCount;
event CreateCreature(uint256 id, address indexed owner);
event Transfer(address _from, address _to, uint256 creatureID);
function add(
address _owner,
uint16 _species,
uint8 _subSpecies,
uint8 _eyeColor
) external onlyCaller {
// do checks in caller function
Creature memory _creature = Creature({
species: _species,
subSpecies: _subSpecies,
eyeColor: _eyeColor,
timestamp: uint64(now)
});
uint256 newCreatureID = creatures.push(_creature) - 1;
transfer(0, _owner, newCreatureID);
CreateCreature(newCreatureID, _owner);
}
function getCreature(uint256 id)
external
view
returns (address, uint16, uint8, uint8, uint64)
{
Creature storage c = creatures[id];
address owner = creatureIndexToOwner[id];
return (owner, c.species, c.subSpecies, c.eyeColor, c.timestamp);
}
function transfer(address _from, address _to, uint256 _tokenId)
public
onlyCaller
{
// do checks in caller function
creatureIndexToOwner[_tokenId] = _to;
if (_from != address(0)) {
ownershipTokenCount[_from]--;
}
ownershipTokenCount[_to]++;
Transfer(_from, _to, _tokenId);
}
}
"""#"
text_o = """
type creatures_Creature is record
species : nat;
subSpecies : nat;
eyeColor : nat;
timestamp : nat;
end;
type newCaller_args is record
new_ : address;
end;
type newStorage_args is record
new_ : address;
end;
type transferOwnership_args is record
newOwner : address;
end;
type getCaller_args is record
callbackAddress : address;
end;
type getStorageAddress_args is record
callbackAddress : address;
end;
type getOwner_args is record
callbackAddress : address;
end;
type transfer_args is record
from_ : address;
to_ : address;
tokenId_ : nat;
end;
type add_args is record
owner_ : address;
species_ : nat;
subSpecies_ : nat;
eyeColor_ : nat;
end;
type getCreature_args is record
id : nat;
callbackAddress : address;
end;
type constructor_args is unit;
type state is record
callerAddress : address;
storageAddress : address;
ownerAddress : address;
creatures : map(nat, creatures_Creature);
creatureIndexToOwner : map(nat, address);
ownershipTokenCount : map(address, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const creatures_Creature_default : creatures_Creature = record [ species = 0n;
subSpecies = 0n;
eyeColor = 0n;
timestamp = 0n ];
type router_enum is
| NewCaller of newCaller_args
| NewStorage of newStorage_args
| TransferOwnership of transferOwnership_args
| GetCaller of getCaller_args
| GetStorageAddress of getStorageAddress_args
| GetOwner of getOwner_args
| Transfer of transfer_args
| Add of add_args
| GetCreature of getCreature_args
| Constructor of constructor_args;
(* EventDefinition CreateCreature(id : nat; owner : address) *)
(* EventDefinition Transfer(from_ : address; to_ : address; creatureID : nat) *)
function newCaller (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.callerAddress := new_;
} else block {
skip
};
} with (test_self);
function newStorage (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.storageAddress := new_;
} else block {
skip
};
} with (test_self);
function transferOwnership (const test_self : state; const newOwner : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (newOwner =/= burn_address) then block {
test_self.ownerAddress := newOwner;
} else block {
skip
};
} with (test_self);
function getCaller (const test_self : state) : (address) is
block {
skip
} with (test_self.callerAddress);
function getStorageAddress (const test_self : state) : (address) is
block {
skip
} with (test_self.storageAddress);
function getOwner (const test_self : state) : (address) is
block {
skip
} with (test_self.ownerAddress);
function permissions_constructor (const test_self : state) : (state) is
block {
test_self.ownerAddress := Tezos.sender;
} with (test_self);
function transfer (const test_self : state; const from_ : address; const to_ : address; const tokenId_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.callerAddress));
test_self.creatureIndexToOwner[tokenId_] := to_;
if (from_ =/= burn_address) then block {
(case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) := abs((case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) - 1n);
} else block {
skip
};
(case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) := (case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) + 1n;
(* EmitStatement Transfer(_from, _to, _tokenId) *)
} with (test_self);
function add (const opList : list(operation); const test_self : state; const owner_ : address; const species_ : nat; const subSpecies_ : nat; const eyeColor_ : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.callerAddress));
const creature_ : creatures_Creature = record [ species = species_;
subSpecies = subSpecies_;
eyeColor = eyeColor_;
timestamp = abs(abs(now - ("1970-01-01T00:00:00Z" : timestamp))) ];
const tmp_0 : map(nat, creatures_Creature) = test_self.creatures;
const newCreatureID : nat = abs(tmp_0[size(tmp_0)] := creature_ - 1n);
transfer(burn_address, owner_, newCreatureID);
(* EmitStatement CreateCreature(newCreatureID, _owner) *)
} with (opList, test_self);
function getCreature (const test_self : state; const id : nat) : ((address * nat * nat * nat * nat)) is
block {
const c : creatures_Creature = (case test_self.creatures[id] of | None -> creatures_Creature_default | Some(x) -> x end);
const owner : address = (case test_self.creatureIndexToOwner[id] of | None -> burn_address | Some(x) -> x end);
} with ((owner, c.species, c.subSpecies, c.eyeColor, c.timestamp));
function constructor (const test_self : state) : (state) is
block {
test_self := permissions_constructor(test_self);
} with (test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| NewCaller(match_action) -> ((nil: list(operation)), newCaller(test_self, match_action.new_))
| NewStorage(match_action) -> ((nil: list(operation)), newStorage(test_self, match_action.new_))
| TransferOwnership(match_action) -> ((nil: list(operation)), transferOwnership(test_self, match_action.newOwner))
| GetCaller(match_action) -> block {
const tmp : (address) = getCaller(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetStorageAddress(match_action) -> block {
const tmp : (address) = getStorageAddress(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetOwner(match_action) -> block {
const tmp : (address) = getOwner(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| Transfer(match_action) -> ((nil: list(operation)), transfer(test_self, match_action.from_, match_action.to_, match_action.tokenId_))
| Add(match_action) -> add((nil: list(operation)), test_self, match_action.owner_, match_action.species_, match_action.subSpecies_, match_action.eyeColor_)
| GetCreature(match_action) -> block {
const tmp : ((address * nat * nat * nat * nat)) = getCreature(test_self, match_action.id);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((address * nat * nat * nat * nat)))) end;
} with ((opList, test_self))
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
end);
"""#"
make_test text_i, text_o, router: true | true | config = require "../src/config"
{
translate_ligo_make_test : make_test
} = require("./util")
describe "translate ligo online examples", ()->
@timeout 10000
# NOTE some duplication with other tests
# ###################################################################################################
it "int arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
int public value;
function arith() public returns (int ret_val) {
int a = 0;
int b = 0;
int c = 0;
c = -c;
c = a + b;
c = a - b;
c = a * b;
c = a / b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (int) is
block {
const ret_val : int = 0;
const a : int = 0;
const b : int = 0;
const c : int = 0;
c := -(c);
c := (a + b);
c := (a - b);
c := (a * b);
c := (a / b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (int) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(int))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "uint arithmetic", ()->
text_i = """
pragma solidity ^0.5.11;
contract Arith {
uint public value;
function arith() public returns (uint ret_val) {
uint a = 0;
uint b = 0;
uint c = 0;
c = a + b;
c = a * b;
c = a / b;
c = a | b;
c = a & b;
c = a ^ b;
return c;
}
}
"""#"
text_o = """
type arith_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Arith of arith_args;
function arith (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const a : nat = 0n;
const b : nat = 0n;
const c : nat = 0n;
c := (a + b);
c := (a * b);
c := (a / b);
c := Bitwise.or(a, b);
c := Bitwise.and(a, b);
c := Bitwise.xor(a, b);
} with (c);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Arith(match_action) -> block {
const tmp : (nat) = arith(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "if", ()->
text_i = """
pragma solidity ^0.5.11;
contract Ifer {
uint public value;
function ifer() public returns (uint) {
uint x = 6;
if (x == 5) {
x += 1;
}
else {
x += 10;
}
return x;
}
}
"""#"
text_o = """
type ifer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Ifer of ifer_args;
function ifer (const #{config.reserved}__unit : unit) : (nat) is
block {
const x : nat = 6n;
if (x = 5n) then block {
x := (x + 1n);
} else block {
x := (x + 10n);
};
} with (x);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Ifer(match_action) -> block {
const tmp : (nat) = ifer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "for", ()->
text_i = """
pragma solidity ^0.5.11;
contract Forer {
uint public value;
function forer() public returns (uint ret_val) {
uint y = 0;
for (uint i=0; i<5; i+=1) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type forer_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Forer of forer_args;
function forer (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
const i : nat = 0n;
while (i < 5n) block {
y := (y + 1n);
i := (i + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Forer(match_action) -> block {
const tmp : (nat) = forer(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "while", ()->
text_i = """
pragma solidity ^0.5.11;
contract Whiler {
uint public value;
function whiler() public returns (uint ret_val) {
uint y = 0;
while (y != 2) {
y += 1;
}
return y;
}
}
"""#"
text_o = """
type whiler_args is record
callbackAddress : address;
end;
type state is record
value : nat;
end;
type router_enum is
| Whiler of whiler_args;
function whiler (const #{config.reserved}__unit : unit) : (nat) is
block {
const ret_val : nat = 0n;
const y : nat = 0n;
while (y =/= 2n) block {
y := (y + 1n);
};
} with (y);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Whiler(match_action) -> block {
const tmp : (nat) = whiler(unit);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "fn call", ()->
text_i = """
pragma solidity ^0.5.11;
contract Fn_call {
int public value;
function fn1(int a) public returns (int ret_val) {
value += 1;
return a;
}
function fn2() public returns (int ret_val) {
fn1(1);
int res = 1;
return res;
}
}
"""#"
text_o = """
type fn1_args is record
a : int;
callbackAddress : address;
end;
type fn2_args is record
callbackAddress : address;
end;
type state is record
value : int;
end;
type router_enum is
| Fn1 of fn1_args
| Fn2 of fn2_args;
function fn1 (const contract_storage : state; const a : int) : (state * int) is
block {
const ret_val : int = 0;
contract_storage.value := (contract_storage.value + 1);
} with (contract_storage, a);
function fn2 (const contract_storage : state) : (state * int) is
block {
const ret_val : int = 0;
const tmp_0 : (state * int) = fn1(contract_storage, 1);
contract_storage := tmp_0.0;
const res : int = 1;
} with (contract_storage, res);
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Fn1(match_action) -> block {
const tmp : (state * int) = fn1(contract_storage, match_action.a);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
| Fn2(match_action) -> block {
const tmp : (state * int) = fn2(contract_storage);
var opList : list(operation) := list transaction((tmp.0), 0mutez, (get_contract(match_action.callbackAddress) : contract(state))) end;
} with ((opList, tmp.0))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "simplecoin", ()->
text_i = """
pragma solidity ^0.5.11;
contract Coin {
address minter;
mapping (address => uint) balances;
constructor() public {
minter = msg.sender;
}
function mint(address owner, uint amount) public {
if (msg.sender == minter) {
balances[owner] += amount;
}
}
function send(address receiver, uint amount) public {
if (balances[msg.sender] >= amount) {
balances[msg.sender] -= amount;
balances[receiver] += amount;
}
}
function queryBalance(address addr) public view returns (uint balance) {
return balances[addr];
}
}
"""#"
text_o = """
type constructor_args is unit;
type mint_args is record
owner : address;
#{config.reserved}__amount : nat;
end;
type send_args is record
receiver : address;
#{config.reserved}__amount : nat;
end;
type queryBalance_args is record
addr : address;
callbackAddress : address;
end;
type state is record
minter : address;
balances : map(address, nat);
end;
type router_enum is
| Constructor of constructor_args
| Mint of mint_args
| Send of send_args
| QueryBalance of queryBalance_args;
function constructor (const contract_storage : state) : (state) is
block {
contract_storage.minter := Tezos.sender;
} with (contract_storage);
function mint (const contract_storage : state; const owner : address; const #{config.reserved}__amount : nat) : (state) is
block {
if (Tezos.sender = contract_storage.minter) then block {
contract_storage.balances[owner] := ((case contract_storage.balances[owner] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function send (const contract_storage : state; const receiver : address; const #{config.reserved}__amount : nat) : (state) is
block {
if ((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) >= #{config.reserved}__amount) then block {
contract_storage.balances[Tezos.sender] := abs((case contract_storage.balances[Tezos.sender] of | None -> 0n | Some(x) -> x end) - #{config.reserved}__amount);
contract_storage.balances[receiver] := ((case contract_storage.balances[receiver] of | None -> 0n | Some(x) -> x end) + #{config.reserved}__amount);
} else block {
skip
};
} with (contract_storage);
function queryBalance (const contract_storage : state; const addr : address) : (nat) is
block {
const #{config.reserved}__balance : nat = 0n;
} with ((case contract_storage.balances[addr] of | None -> 0n | Some(x) -> x end));
function main (const action : router_enum; const contract_storage : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(contract_storage))
| Mint(match_action) -> ((nil: list(operation)), mint(contract_storage, match_action.owner, match_action.#{config.reserved}__amount))
| Send(match_action) -> ((nil: list(operation)), send(contract_storage, match_action.receiver, match_action.#{config.reserved}__amount))
| QueryBalance(match_action) -> block {
const tmp : (nat) = queryBalance(contract_storage, match_action.addr);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(nat))) end;
} with ((opList, contract_storage))
end);
"""
make_test text_i, text_o, router: true
# ###################################################################################################
it "AtomicSwap", ()->
text_i = """
pragma solidity ^0.4.18;
contract AtomicSwapEther {
struct Swap {
uint256 timelock;
uint256 value;
address ethTrader;
address withdrawTrader;
bytes32 secretLock;
bytes secretKey;
}
enum States {
INVALID,
OPEN,
CLOSED,
EXPIRED
}
mapping (bytes32 => Swap) private swaps;
mapping (bytes32 => States) private swapStates;
event Open(bytes32 _swapID, address _withdrawTrader,bytes32 _secretLock);
event Expire(bytes32 _swapID);
event Close(bytes32 _swapID, bytes _secretKey);
modifier onlyInvalidSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.INVALID);
_;
}
modifier onlyOpenSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.OPEN);
_;
}
modifier onlyClosedSwaps(bytes32 _swapID) {
require (swapStates[_swapID] == States.CLOSED);
_;
}
modifier onlyExpirableSwaps(bytes32 _swapID) {
require (now >= swaps[_swapID].timelock);
_;
}
modifier onlyWithSecretKey(bytes32 _swapID, bytes _secretKey) {
// TODO: Require _secretKey length to conform to the spec
require (swaps[_swapID].secretLock == sha256(_secretKey));
_;
}
function open(bytes32 _swapID, address _withdrawTrader, bytes32 _secretLock, uint256 _timelock) public onlyInvalidSwaps(_swapID) payable {
// Store the details of the swap.
Swap memory swap = Swap({
timelock: _timelock,
value: msg.value,
ethTrader: msg.sender,
withdrawTrader: _withdrawTrader,
secretLock: _secretLock,
secretKey: new bytes(0)
});
swaps[_swapID] = swap;
swapStates[_swapID] = States.OPEN;
// Trigger open event.
Open(_swapID, _withdrawTrader, _secretLock);
}
function close(bytes32 _swapID, bytes _secretKey) public onlyOpenSwaps(_swapID) onlyWithSecretKey(_swapID, _secretKey) {
// Close the swap.
Swap memory swap = swaps[_swapID];
swaps[_swapID].secretKey = _secretKey;
swapStates[_swapID] = States.CLOSED;
// Transfer the ETH funds from this contract to the withdrawing trader.
swap.withdrawTrader.transfer(swap.value);
// Trigger close event.
Close(_swapID, _secretKey);
}
function expire(bytes32 _swapID) public onlyOpenSwaps(_swapID) onlyExpirableSwaps(_swapID) {
// Expire the swap.
Swap memory swap = swaps[_swapID];
swapStates[_swapID] = States.EXPIRED;
// Transfer the ETH value from this contract back to the ETH trader.
swap.ethTrader.transfer(swap.value);
// Trigger expire event.
Expire(_swapID);
}
function check(bytes32 _swapID) public view returns (uint256 timelock, uint256 value, address withdrawTrader, bytes32 secretLock) {
Swap memory swap = swaps[_swapID];
return (swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock);
}
function checkSecretKey(bytes32 _swapID) public view onlyClosedSwaps(_swapID) returns (bytes secretKey) {
Swap memory swap = swaps[_swapID];
return swap.secretKey;
}
}
"""#"
text_o = """
type atomicSwapEther_Swap is record
timelock : nat;
value : nat;
ethTrader : address;
withdrawTrader : address;
secretLock : bytes;
secretKey : bytes;
end;
type open_args is record
swapID_ : bytes;
withdrawTrader_ : address;
secretLock_ : bytes;
timelock_ : nat;
end;
type close_args is record
swapID_ : bytes;
secretKey_ : bytes;
end;
type expire_args is record
swapID_ : bytes;
end;
type check_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type checkSecretKey_args is record
swapID_ : bytes;
callbackAddress : address;
end;
type state is record
swaps : map(bytes, atomicSwapEther_Swap);
swapStates : map(bytes, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const atomicSwapEther_Swap_default : atomicSwapEther_Swap = record [ timelock = 0n;
value = 0n;
ethTrader = burn_address;
withdrawTrader = burn_address;
secretLock = ("00": bytes);
secretKey = ("0PI:KEY:<KEY>END_PI": bytes) ];
const states_INVALID : nat = 0n;
const states_OPEN : nat = 1n;
const states_CLOSED : nat = 2n;
const states_EXPIRED : nat = 3n;
type router_enum is
| Open of open_args
| Close of close_args
| Expire of expire_args
| Check of check_args
| CheckSecretKey of checkSecretKey_args;
(* EventDefinition Open(swapID_ : bytes; withdrawTrader_ : address; secretLock_ : bytes) *)
(* EventDefinition Expire(swapID_ : bytes) *)
(* EventDefinition Close(swapID_ : bytes; secretKey_ : bytes) *)
(* enum States converted into list of nats *)
(* modifier onlyInvalidSwaps inlined *)
(* modifier onlyOpenSwaps inlined *)
(* modifier onlyClosedSwaps inlined *)
(* modifier onlyExpirableSwaps inlined *)
(* modifier onlyWithSecretKey inlined *)
function open (const test_self : state; const swapID_ : bytes; const withdrawTrader_ : address; const secretLock_ : bytes; const timelock_ : nat) : (state) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_INVALID));
const swap : atomicSwapEther_Swap = record [ timelock = timelock_;
value = (amount / 1mutez);
ethTrader = Tezos.sender;
withdrawTrader = withdrawTrader_;
secretLock = secretLock_;
secretKey = ("0PI:KEY:<KEY>END_PI": bytes) (* args: 0 *) ];
test_self.swaps[swapID_] := swap;
test_self.swapStates[swapID_] := states_OPEN;
(* EmitStatement Open(_swapID, _withdrawTrader, _secretLock) *)
} with (test_self);
function close (const opList : list(operation); const test_self : state; const swapID_ : bytes; const secretKey_ : bytes) : (list(operation) * state) is
block {
assert(((case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).secretLock = sha_256(secretKey_)));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swaps[swapID_].secretKey := secretKey_;
test_self.swapStates[swapID_] := states_CLOSED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.withdrawTrader) : contract(unit)));
(* EmitStatement Close(_swapID, _secretKey) *)
} with (list [op0], test_self);
function expire (const opList : list(operation); const test_self : state; const swapID_ : bytes) : (list(operation) * state) is
block {
assert((abs(now - ("1970-01-01T00:00:00Z" : timestamp)) >= (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end).timelock));
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_OPEN));
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
test_self.swapStates[swapID_] := states_EXPIRED;
const op0 : operation = transaction((unit), (swap.value * 1mutez), (get_contract(swap.ethTrader) : contract(unit)));
(* EmitStatement Expire(_swapID) *)
} with (list [op0], test_self);
function check (const test_self : state; const swapID_ : bytes) : ((nat * nat * address * bytes)) is
block {
const timelock : nat = 0n;
const value : nat = 0n;
const withdrawTrader : address = burn_address;
const secretLock : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with ((swap.timelock, swap.value, swap.withdrawTrader, swap.secretLock));
function checkSecretKey (const test_self : state; const swapID_ : bytes) : (bytes) is
block {
assert(((case test_self.swapStates[swapID_] of | None -> 0n | Some(x) -> x end) = states_CLOSED));
const secretKey : bytes = ("00": bytes);
const swap : atomicSwapEther_Swap = (case test_self.swaps[swapID_] of | None -> atomicSwapEther_Swap_default | Some(x) -> x end);
} with (swap.secretKey);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Open(match_action) -> ((nil: list(operation)), open(test_self, match_action.swapID_, match_action.withdrawTrader_, match_action.secretLock_, match_action.timelock_))
| Close(match_action) -> close((nil: list(operation)), test_self, match_action.swapID_, match_action.secretKey_)
| Expire(match_action) -> expire((nil: list(operation)), test_self, match_action.swapID_)
| Check(match_action) -> block {
const tmp : ((nat * nat * address * bytes)) = check(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((nat * nat * address * bytes)))) end;
} with ((opList, test_self))
| CheckSecretKey(match_action) -> block {
const tmp : (bytes) = checkSecretKey(test_self, match_action.swapID_);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(bytes))) end;
} with ((opList, test_self))
end);
"""#"
make_test text_i, text_o, router: true
# ###################################################################################################
it "Dice", ()->
text_i = """
pragma solidity ^0.4.24;
// * dice2.win - fair games that pay Ether. Version 5.
//
// * Ethereum smart contract, deployed at 0xD1CEeeeee83F8bCF3BEDad437202b6154E9F5405.
//
// * Uses hybrid commit-reveal + block hash random number generation that is immune
// to tampering by players, house and miners. Apart from being fully transparent,
// this also allows arbitrarily high bets.
//
// * Refer to https://dice2.win/whitepaper.pdf for detailed description and proofs.
contract Dice2Win {
/// *** Constants section
// Each bet is deducted 1% in favour of the house, but no less than some minimum.
// The lower bound is dictated by gas costs of the settleBet transaction, providing
// headroom for up to 10 Gwei prices.
uint256 constant HOUSE_EDGE_PERCENT = 1;
uint256 constant HOUSE_EDGE_MINIMUM_AMOUNT = 0.0003 ether;
// Bets lower than this amount do not participate in jackpot rolls (and are
// not deducted JACKPOT_FEE).
uint256 constant MIN_JACKPOT_BET = 0.1 ether;
// Chance to win jackpot (currently 0.1%) and fee deducted into jackpot fund.
uint256 constant JACKPOT_MODULO = 1000;
uint256 constant JACKPOT_FEE = 0.001 ether;
// There is minimum and maximum bets.
uint256 constant MIN_BET = 0.01 ether;
uint256 constant MAX_AMOUNT = 300000 ether;
// Modulo is a number of equiprobable outcomes in a game:
// - 2 for coin flip
// - 6 for dice
// - 6*6 = 36 for double dice
// - 100 for etheroll
// - 37 for roulette
// etc.
// It's called so because 256-bit entropy is treated like a huge integer and
// the remainder of its division by modulo is considered bet outcome.
uint256 constant MAX_MODULO = 100;
// For modulos below this threshold rolls are checked against a bit mask,
// thus allowing betting on any combination of outcomes. For example, given
// modulo 6 for dice, 101000 mask (base-2, big endian) means betting on
// 4 and 6; for games with modulos higher than threshold (Etheroll), a simple
// limit is used, allowing betting on any outcome in [0, N) range.
//
// The specific value is dictated by the fact that 256-bit intermediate
// multiplication result allows implementing population count efficiently
// for numbers that are up to 42 bits, and 40 is the highest multiple of
// eight below 42.
uint256 constant MAX_MASK_MODULO = 40;
// This is a check on bet mask overflow.
uint256 constant MAX_BET_MASK = 2**MAX_MASK_MODULO;
// EVM BLOCKHASH opcode can query no further than 256 blocks into the
// past. Given that settleBet uses block hash of placeBet as one of
// complementary entropy sources, we cannot process bets older than this
// threshold. On rare occasions dice2.win croupier may fail to invoke
// settleBet in this timespan due to technical issues or extreme Ethereum
// congestion; such bets can be refunded via invoking refundBet.
uint256 constant BET_EXPIRATION_BLOCKS = 250;
// Some deliberately invalid address to initialize the secret signer with.
// Forces maintainers to invoke setSecretSigner before processing any bets.
address constant DUMMY_ADDRESS = 0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE;
// Standard contract ownership transfer.
address public owner;
address private nextOwner;
// Adjustable max bet profit. Used to cap bets against dynamic odds.
uint256 public maxProfit;
// The address corresponding to a private key used to sign placeBet commits.
address public secretSigner;
// Accumulated jackpot fund.
uint128 public jackpotSize;
// Funds that are locked in potentially winning bets. Prevents contract from
// committing to bets it cannot pay out.
uint128 public lockedInBets;
// A structure representing a single bet.
struct Bet {
// Wager amount in wei.
uint256 amount;
// Modulo of a game.
uint8 modulo;
// Number of winning outcomes, used to compute winning payment (* modulo/rollUnder),
// and used instead of mask for games with modulo > MAX_MASK_MODULO.
uint8 rollUnder;
// Block number of placeBet tx.
uint40 placeBlockNumber;
// Bit mask representing winning bet outcomes (see MAX_MASK_MODULO comment).
uint40 mask;
// Address of a gambler, used to pay out winning bets.
address gambler;
}
// Mapping from commits to all currently active & processed bets.
mapping(uint256 => Bet) bets;
// Croupier account.
address public croupier;
// Events that are issued to make statistic recovery easier.
event FailedPayment(address indexed beneficiary, uint256 amount);
event Payment(address indexed beneficiary, uint256 amount);
event JackpotPayment(address indexed beneficiary, uint256 amount);
// This event is emitted in placeBet to record commit in the logs.
event Commit(uint256 commit);
// Constructor. Deliberately does not take any parameters.
constructor() public {
owner = msg.sender;
secretSigner = DUMMY_ADDRESS;
croupier = DUMMY_ADDRESS;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyOwner {
require(msg.sender == owner, "OnlyOwner methods called by non-owner.");
_;
}
// Standard modifier on methods invokable only by contract owner.
modifier onlyCroupier {
require(
msg.sender == croupier,
"OnlyCroupier methods called by non-croupier."
);
_;
}
// Standard contract ownership transfer implementation,
function approveNextOwner(address _nextOwner) external onlyOwner {
require(_nextOwner != owner, "Cannot approve current owner.");
nextOwner = _nextOwner;
}
function acceptNextOwner() external {
require(
msg.sender == nextOwner,
"Can only accept preapproved new owner."
);
owner = nextOwner;
}
// Fallback function deliberately left empty. It's primary use case
// is to top up the bank roll.
function() public payable {}
// See comment for "secretSigner" variable.
function setSecretSigner(address newSecretSigner) external onlyOwner {
secretSigner = newSecretSigner;
}
// Change the croupier address.
function setCroupier(address newCroupier) external onlyOwner {
croupier = newCroupier;
}
// Change max bet reward. Setting this to zero effectively disables betting.
function setMaxProfit(uint256 _maxProfit) public onlyOwner {
require(_maxProfit < MAX_AMOUNT, "maxProfit should be a sane number.");
maxProfit = _maxProfit;
}
// This function is used to bump up the jackpot fund. Cannot be used to lower it.
function increaseJackpot(uint256 increaseAmount) external onlyOwner {
require(
increaseAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + increaseAmount <=
address(this).balance,
"Not enough funds."
);
jackpotSize += uint128(increaseAmount);
}
// Funds withdrawal to cover costs of dice2.win operation.
function withdrawFunds(address beneficiary, uint256 withdrawAmount)
external
onlyOwner
{
require(
withdrawAmount <= address(this).balance,
"Increase amount larger than balance."
);
require(
jackpotSize + lockedInBets + withdrawAmount <=
address(this).balance,
"Not enough funds."
);
sendFunds(beneficiary, withdrawAmount, withdrawAmount);
}
// Contract may be destroyed only when there are no ongoing bets,
// either settled or refunded. All funds are transferred to contract owner.
function kill() external onlyOwner {
require(
lockedInBets == 0,
"All bets should be processed (settled or refunded) before test_self-destruct."
);
selfdestruct(owner);
}
/// *** Betting logic
// Bet states:
// amount == 0 && gambler == 0 - 'clean' (can place a bet)
// amount != 0 && gambler != 0 - 'active' (can be settled or refunded)
// amount == 0 && gambler != 0 - 'processed' (can clean storage)
//
// NOTE: Storage cleaning is not implemented in this contract version; it will be added
// with the next upgrade to prevent polluting Ethereum state with expired bets.
// Bet placing transaction - issued by the player.
// betMask - bet outcomes bit mask for modulo <= MAX_MASK_MODULO,
// [0, betMask) for larger modulos.
// modulo - game modulo.
// commitLastBlock - number of the maximum block where "commit" is still considered valid.
// commit - Keccak256 hash of some secret "reveal" random number, to be supplied
// by the dice2.win croupier bot in the settleBet transaction. Supplying
// "commit" ensures that "reveal" cannot be changed behind the scenes
// after placeBet have been mined.
// r, s - components of ECDSA signature of (commitLastBlock, commit). v is
// guaranteed to always equal 27.
//
// Commit, being essentially random 256-bit number, is used as a unique bet identifier in
// the 'bets' mapping.
//
// Commits are signed with a block limit to ensure that they are used at most once - otherwise
// it would be possible for a miner to place a bet with a known commit/reveal pair and tamper
// with the blockhash. Croupier guarantees that commitLastBlock will always be not greater than
// placeBet block number plus BET_EXPIRATION_BLOCKS. See whitepaper for details.
function placeBet(
uint256 betMask,
uint256 modulo,
uint256 commitLastBlock,
uint256 commit,
bytes32 r,
bytes32 s
) external payable {
// Check that the bet is in 'clean' state.
Bet storage bet = bets[commit];
require(bet.gambler == address(0), "Bet should be in a 'clean' _state.");
// Validate input data ranges.
uint256 amount = msg.value;
require(
modulo > 1 && modulo <= MAX_MODULO,
"Modulo should be within range."
);
require(
amount >= MIN_BET && amount <= MAX_AMOUNT,
"Amount should be within range."
);
require(
betMask > 0 && betMask < MAX_BET_MASK,
"Mask should be within range."
);
// Check that commit is valid - it has not expired and its signature is valid.
require(block.number <= commitLastBlock, "Commit has expired.");
bytes32 signatureHash = keccak256(
abi.encodePacked(uint40(commitLastBlock), commit)
);
require(
secretSigner == ecrecover(signatureHash, 27, r, s),
"ECDSA signature is not valid."
);
uint256 rollUnder;
uint256 mask;
if (modulo <= MAX_MASK_MODULO) {
// Small modulo games specify bet outcomes via bit mask.
// rollUnder is a number of 1 bits in this mask (population count).
// This magic looking formula is an efficient way to compute population
// count on EVM for numbers below 2**40. For detailed proof consult
// the dice2.win whitepaper.
rollUnder = ((betMask * POPCNT_MULT) & POPCNT_MASK) % POPCNT_MODULO;
mask = betMask;
} else {
// Larger modulos specify the right edge of half-open interval of
// winning bet outcomes.
require(
betMask > 0 && betMask <= modulo,
"High modulo range, betMask larger than modulo."
);
rollUnder = betMask;
}
// Winning amount and jackpot increase.
uint256 possibleWinAmount;
uint256 jackpotFee;
(possibleWinAmount, jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
// Enforce max profit limit.
require(
possibleWinAmount <= amount + maxProfit,
"maxProfit limit violation."
);
// Lock funds.
lockedInBets += uint128(possibleWinAmount);
jackpotSize += uint128(jackpotFee);
// Check whether contract has enough funds to process this bet.
require(
jackpotSize + lockedInBets <= address(this).balance,
"Cannot afford to lose this bet."
);
// Record commit in logs.
emit Commit(commit);
// Store bet parameters on blockchain.
bet.amount = amount;
bet.modulo = uint8(modulo);
bet.rollUnder = uint8(rollUnder);
bet.placeBlockNumber = uint40(block.number);
bet.mask = uint40(mask);
bet.gambler = msg.sender;
}
// This is the method used to settle 99% of bets. To process a bet with a specific
// "commit", settleBet should supply a "reveal" number that would Keccak256-hash to
// "commit". "blockHash" is the block hash of placeBet block as seen by croupier; it
// is additionally asserted to prevent changing the bet outcomes on Ethereum reorgs.
function settleBet(uint256 reveal, bytes32 blockHash)
external
onlyCroupier
{
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
uint256 placeBlockNumber = bet.placeBlockNumber;
// Check that bet has not expired yet (see comment to BET_EXPIRATION_BLOCKS).
require(
block.number > placeBlockNumber,
"settleBet in the same block as placeBet, or before."
);
require(
block.number <= placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
require(blockhash(placeBlockNumber) == blockHash);
// Settle bet using reveal and blockHash as entropy sources.
settleBetCommon(bet, reveal, blockHash);
}
// This method is used to settle a bet that was mined into an uncle block. At this
// point the player was shown some bet outcome, but the blockhash at placeBet height
// is different because of Ethereum chain reorg. We supply a full merkle proof of the
// placeBet transaction receipt to provide untamperable evidence that uncle block hash
// indeed was present on-chain at some point.
function settleBetUncleMerkleProof(
uint256 reveal,
uint40 canonicalBlockNumber
) external onlyCroupier {
// "commit" for bet settlement can only be obtained by hashing a "reveal".
uint256 commit = uint256(keccak256(abi.encodePacked(reveal)));
Bet storage bet = bets[commit];
// Check that canonical block hash can still be verified.
require(
block.number <= canonicalBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Verify placeBet receipt.
requireCorrectReceipt(4 + 32 + 32 + 4);
// Reconstruct canonical & uncle block hashes from a receipt merkle proof, verify them.
bytes32 canonicalHash;
bytes32 uncleHash;
(canonicalHash, uncleHash) = verifyMerkleProof(commit, 4 + 32 + 32);
require(blockhash(canonicalBlockNumber) == canonicalHash);
// Settle bet using reveal and uncleHash as entropy sources.
settleBetCommon(bet, reveal, uncleHash);
}
// Common settlement code for settleBet & settleBetUncleMerkleProof.
function settleBetCommon(
Bet storage bet,
uint256 reveal,
bytes32 entropyBlockHash
) private {
// Fetch bet parameters into local variables (to save gas).
uint256 amount = bet.amount;
uint256 modulo = bet.modulo;
uint256 rollUnder = bet.rollUnder;
address gambler = bet.gambler;
// Check that bet is in 'active' state.
require(amount != 0, "Bet should be in an 'active' _state");
// Move bet into 'processed' state already.
bet.amount = 0;
// The RNG - combine "reveal" and blockhash of placeBet using Keccak256. Miners
// are not aware of "reveal" and cannot deduce it from "commit" (as Keccak256
// preimage is intractable), and house is unable to alter the "reveal" after
// placeBet have been mined (as Keccak256 collision finding is also intractable).
bytes32 entropy = keccak256(abi.encodePacked(reveal, entropyBlockHash));
// Do a roll by taking a modulo of entropy. Compute winning amount.
uint256 dice = uint256(entropy) % modulo;
uint256 diceWinAmount;
uint256 _jackpotFee;
(diceWinAmount, _jackpotFee) = getDiceWinAmount(
amount,
modulo,
rollUnder
);
uint256 diceWin = 0;
uint256 jackpotWin = 0;
// Determine dice outcome.
if (modulo <= MAX_MASK_MODULO) {
// For small modulo games, check the outcome against a bit mask.
if ((2**dice) & bet.mask != 0) {
diceWin = diceWinAmount;
}
} else {
// For larger modulos, check inclusion into half-open interval.
if (dice < rollUnder) {
diceWin = diceWinAmount;
}
}
// Unlock the bet amount, regardless of the outcome.
lockedInBets -= uint128(diceWinAmount);
// Roll for a jackpot (if eligible).
if (amount >= MIN_JACKPOT_BET) {
// The second modulo, statistically independent from the "main" dice roll.
// Effectively you are playing two games at once!
uint256 jackpotRng = (uint256(entropy) / modulo) % JACKPOT_MODULO;
// Bingo!
if (jackpotRng == 0) {
jackpotWin = jackpotSize;
jackpotSize = 0;
}
}
// Log jackpot win.
if (jackpotWin > 0) {
emit JackpotPayment(gambler, jackpotWin);
}
// Send the funds to gambler.
sendFunds(
gambler,
diceWin + jackpotWin == 0 ? 1 wei : diceWin + jackpotWin,
diceWin
);
}
// Refund transaction - return the bet amount of a roll that was not processed in a
// due timeframe. Processing such blocks is not possible due to EVM limitations (see
// BET_EXPIRATION_BLOCKS comment above for details). In case you ever find yourself
// in a situation like this, just contact the dice2.win support, however nothing
// precludes you from invoking this method yourself.
function refundBet(uint256 commit) external {
// Check that bet is in 'active' state.
Bet storage bet = bets[commit];
uint256 amount = bet.amount;
require(amount != 0, "Bet should be in an 'active' _state");
// Check that bet has already expired.
require(
block.number > bet.placeBlockNumber + BET_EXPIRATION_BLOCKS,
"Blockhash can't be queried by EVM."
);
// Move bet into 'processed' state, release funds.
bet.amount = 0;
uint256 diceWinAmount;
uint256 jackpotFee;
(diceWinAmount, jackpotFee) = getDiceWinAmount(
amount,
bet.modulo,
bet.rollUnder
);
lockedInBets -= uint128(diceWinAmount);
jackpotSize -= uint128(jackpotFee);
// Send the refund.
sendFunds(bet.gambler, amount, amount);
}
// Get the expected win amount after house edge is subtracted.
function getDiceWinAmount(uint256 amount, uint256 modulo, uint256 rollUnder)
private
pure
returns (uint256 winAmount, uint256 jackpotFee)
{
require(
0 < rollUnder && rollUnder <= modulo,
"Win probability out of range."
);
jackpotFee = amount >= MIN_JACKPOT_BET ? JACKPOT_FEE : 0;
uint256 houseEdge = (amount * HOUSE_EDGE_PERCENT) / 100;
if (houseEdge < HOUSE_EDGE_MINIMUM_AMOUNT) {
houseEdge = HOUSE_EDGE_MINIMUM_AMOUNT;
}
require(
houseEdge + jackpotFee <= amount,
"Bet doesn't even cover house edge."
);
winAmount = ((amount - houseEdge - jackpotFee) * modulo) / rollUnder;
}
// Helper routine to process the payment.
function sendFunds(
address beneficiary,
uint256 amount,
uint256 successLogAmount
) private {
if (beneficiary.send(amount)) {
emit Payment(beneficiary, successLogAmount);
} else {
emit FailedPayment(beneficiary, amount);
}
}
// This are some constants making O(1) population count in placeBet possible.
// See whitepaper for intuition and proofs behind it.
uint256 constant POPCNT_MULT = 0x0000000000002000000000100000000008000000000400000000020000000001;
uint256 constant POPCNT_MASK = 0x0001041041041041041041041041041041041041041041041041041041041041;
uint256 constant POPCNT_MODULO = 0x3F;
// *** Merkle proofs.
// This helpers are used to verify cryptographic proofs of placeBet inclusion into
// uncle blocks. They are used to prevent bet outcome changing on Ethereum reorgs without
// compromising the security of the smart contract. Proof data is appended to the input data
// in a simple prefix length format and does not adhere to the ABI.
// Invariants checked:
// - receipt trie entry contains a (1) successful transaction (2) directed at this smart
// contract (3) containing commit as a payload.
// - receipt trie entry is a part of a valid merkle proof of a block header
// - the block header is a part of uncle list of some block on canonical chain
// The implementation is optimized for gas cost and relies on the specifics of Ethereum internal data structures.
// Read the whitepaper for details.
// Helper to verify a full merkle proof starting from some seedHash (usually commit). "offset" is the location of the proof
// beginning in the calldata.
function verifyMerkleProof(uint256 seedHash, uint256 offset)
private
pure
returns (bytes32 blockHash, bytes32 uncleHash)
{
// (Safe) assumption - nobody will write into RAM during this method invocation.
uint256 scratchBuf1;
assembly {
scratchBuf1 := mload(0x40)
}
uint256 uncleHeaderLength;
uint256 blobLength;
uint256 shift;
uint256 hashSlot;
// Verify merkle proofs up to uncle block header. Calldata layout is:
// - 2 byte big-endian slice length
// - 2 byte big-endian offset to the beginning of previous slice hash within the current slice (should be zeroed)
// - followed by the current slice verbatim
for (; ; offset += blobLength) {
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
}
if (blobLength == 0) {
// Zero slice length marks the end of uncle proof.
break;
}
assembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := sha3(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
}
}
// At this moment the uncle hash is known.
uncleHash = bytes32(seedHash);
// Construct the uncle list of a canonical block.
uint256 scratchBuf2 = scratchBuf1 + uncleHeaderLength;
uint256 unclesLength;
assembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
}
uint256 unclesShift;
assembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
}
require(
unclesShift + uncleHeaderLength <= unclesLength,
"Shift bounds check."
);
offset += 6;
assembly {
calldatacopy(scratchBuf2, offset, unclesLength)
}
memcpy(scratchBuf2 + unclesShift, scratchBuf1, uncleHeaderLength);
assembly {
seedHash := sha3(scratchBuf2, unclesLength)
}
offset += unclesLength;
// Verify the canonical block header using the computed sha3Uncles.
assembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
}
require(shift + 32 <= blobLength, "Shift bounds check.");
offset += 4;
assembly {
hashSlot := calldataload(add(offset, shift))
}
require(hashSlot == 0, "Non-empty hash slot.");
assembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
// At this moment the canonical block hash is known.
blockHash := sha3(scratchBuf1, blobLength)
}
}
// Helper to check the placeBet receipt. "offset" is the location of the proof beginning in the calldata.
// RLP layout: [triePath, str([status, cumGasUsed, bloomFilter, [[address, [topics], data]])]
function requireCorrectReceipt(uint256 offset) private view {
uint256 leafHeaderByte;
assembly {
leafHeaderByte := byte(0, calldataload(offset))
}
require(leafHeaderByte >= 0xf7, "Receipt leaf longer than 55 bytes.");
offset += leafHeaderByte - 0xf6;
uint256 pathHeaderByte;
assembly {
pathHeaderByte := byte(0, calldataload(offset))
}
if (pathHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
pathHeaderByte >= 0x80 && pathHeaderByte <= 0xb7,
"Path is an RLP string."
);
offset += pathHeaderByte - 0x7f;
}
uint256 receiptStringHeaderByte;
assembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
}
require(
receiptStringHeaderByte == 0xb9,
"Receipt string is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 receiptHeaderByte;
assembly {
receiptHeaderByte := byte(0, calldataload(offset))
}
require(
receiptHeaderByte == 0xf9,
"Receipt is always at least 256 bytes long, but less than 64k."
);
offset += 3;
uint256 statusByte;
assembly {
statusByte := byte(0, calldataload(offset))
}
require(statusByte == 0x1, "Status should be success.");
offset += 1;
uint256 cumGasHeaderByte;
assembly {
cumGasHeaderByte := byte(0, calldataload(offset))
}
if (cumGasHeaderByte <= 0x7f) {
offset += 1;
} else {
require(
cumGasHeaderByte >= 0x80 && cumGasHeaderByte <= 0xb7,
"Cumulative gas is an RLP string."
);
offset += cumGasHeaderByte - 0x7f;
}
uint256 bloomHeaderByte;
assembly {
bloomHeaderByte := byte(0, calldataload(offset))
}
require(
bloomHeaderByte == 0xb9,
"Bloom filter is always 256 bytes long."
);
offset += 256 + 3;
uint256 logsListHeaderByte;
assembly {
logsListHeaderByte := byte(0, calldataload(offset))
}
require(
logsListHeaderByte == 0xf8,
"Logs list is less than 256 bytes long."
);
offset += 2;
uint256 logEntryHeaderByte;
assembly {
logEntryHeaderByte := byte(0, calldataload(offset))
}
require(
logEntryHeaderByte == 0xf8,
"Log entry is less than 256 bytes long."
);
offset += 2;
uint256 addressHeaderByte;
assembly {
addressHeaderByte := byte(0, calldataload(offset))
}
require(addressHeaderByte == 0x94, "Address is 20 bytes long.");
uint256 logAddress;
assembly {
logAddress := and(
calldataload(sub(offset, 11)),
0xffffffffffffffffffffffffffffffffffffffff
)
}
require(logAddress == uint256(address(this)));
}
// Memory copy.
function memcpy(uint256 dest, uint256 src, uint256 len) private pure {
// Full 32 byte words
for (; len >= 32; len -= 32) {
assembly {
mstore(dest, mload(src))
}
dest += 32;
src += 32;
}
// Remaining bytes
uint256 mask = 256**(32 - len) - 1;
assembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
}
}
}
"""#"
text_o = """
type dice2Win_Bet is record
#{config.reserved}__amount : nat;
modulo : nat;
rollUnder : nat;
placeBlockNumber : nat;
mask : nat;
gambler : address;
end;
type constructor_args is unit;
type approveNextOwner_args is record
nextOwner_ : address;
end;
type acceptNextOwner_args is unit;
type fallback_args is unit;
type setSecretSigner_args is record
newSecretSigner : address;
end;
type setCroupier_args is record
newCroupier : address;
end;
type setMaxProfit_args is record
maxProfit_ : nat;
end;
type increaseJackpot_args is record
increaseAmount : nat;
end;
type withdrawFunds_args is record
beneficiary : address;
withdrawAmount : nat;
end;
type kill_args is unit;
type placeBet_args is record
betMask : nat;
modulo : nat;
commitLastBlock : nat;
commit : nat;
r : bytes;
s : bytes;
end;
type settleBet_args is record
reveal : nat;
blockHash : bytes;
end;
type settleBetUncleMerkleProof_args is record
reveal : nat;
canonicalBlockNumber : nat;
end;
type refundBet_args is record
commit : nat;
end;
type state is record
owner : address;
nextOwner : address;
maxProfit : nat;
secretSigner : address;
jackpotSize : nat;
lockedInBets : nat;
bets : map(nat, dice2Win_Bet);
croupier : address;
end;
function pow (const base : nat; const exp : nat) : nat is
block {
var b : nat := base;
var e : nat := exp;
var r : nat := 1n;
while e > 0n block {
if e mod 2n = 1n then {
r := r * b;
} else skip;
b := b * b;
e := e / 2n;
}
} with r;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const dice2Win_Bet_default : dice2Win_Bet = record [ #{config.reserved}__amount = 0n;
modulo = 0n;
rollUnder = 0n;
placeBlockNumber = 0n;
mask = 0n;
gambler = burn_address ];
type router_enum is
| Constructor of constructor_args
| ApproveNextOwner of approveNextOwner_args
| AcceptNextOwner of acceptNextOwner_args
| Fallback of fallback_args
| SetSecretSigner of setSecretSigner_args
| SetCroupier of setCroupier_args
| SetMaxProfit of setMaxProfit_args
| IncreaseJackpot of increaseJackpot_args
| WithdrawFunds of withdrawFunds_args
| Kill of kill_args
| PlaceBet of placeBet_args
| SettleBet of settleBet_args
| SettleBetUncleMerkleProof of settleBetUncleMerkleProof_args
| RefundBet of refundBet_args;
const hOUSE_EDGE_PERCENT : nat = 1n
const hOUSE_EDGE_MINIMUM_AMOUNT : nat = (0.0003n * 1000000n)
const mIN_JACKPOT_BET : nat = (0.1n * 1000000n)
const jACKPOT_MODULO : nat = 1000n
const jACKPOT_FEE : nat = (0.001n * 1000000n)
const mIN_BET : nat = (0.01n * 1000000n)
const mAX_AMOUNT : nat = (300000n * 1000000n)
const mAX_MODULO : nat = 100n
const mAX_MASK_MODULO : nat = 40n
const mAX_BET_MASK : nat = pow(2n, mAX_MASK_MODULO)
const bET_EXPIRATION_BLOCKS : nat = 250n
const dUMMY_ADDRESS : address = ("PLEASE_REPLACE_ETH_ADDRESS_0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE_WITH_A_TEZOS_ADDRESS" : address)
(* EventDefinition FailedPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Payment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition JackpotPayment(beneficiary : address; #{config.reserved}__amount : nat) *)
(* EventDefinition Commit(commit : nat) *)
const pOPCNT_MULT : nat = 0x0000000000002000000000100000000008000000000400000000020000000001n
const pOPCNT_MASK : nat = 0x0001041041041041041041041041041041041041041041041041041041041041n
const pOPCNT_MODULO : nat = 0x3Fn
function constructor (const test_self : state) : (state) is
block {
test_self.owner := Tezos.sender;
test_self.secretSigner := dUMMY_ADDRESS;
test_self.croupier := dUMMY_ADDRESS;
} with (test_self);
(* modifier onlyOwner inlined *)
(* modifier onlyCroupier inlined *)
function approveNextOwner (const test_self : state; const nextOwner_ : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((nextOwner_ =/= test_self.owner)) (* "Cannot approve current owner." *);
test_self.nextOwner := nextOwner_;
} with (test_self);
function acceptNextOwner (const test_self : state) : (state) is
block {
assert((Tezos.sender = test_self.nextOwner)) (* "Can only accept preapproved new owner." *);
test_self.owner := test_self.nextOwner;
} with (test_self);
function fallback (const #{config.reserved}__unit : unit) : (unit) is
block {
skip
} with (unit);
function setSecretSigner (const test_self : state; const newSecretSigner : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.secretSigner := newSecretSigner;
} with (test_self);
function setCroupier (const test_self : state; const newCroupier : address) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
test_self.croupier := newCroupier;
} with (test_self);
function setMaxProfit (const test_self : state; const maxProfit_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((maxProfit_ < mAX_AMOUNT)) (* "maxProfit should be a sane number." *);
test_self.maxProfit := maxProfit_;
} with (test_self);
function increaseJackpot (const test_self : state; const increaseAmount : nat) : (state) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((increaseAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + increaseAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
test_self.jackpotSize := (test_self.jackpotSize + increaseAmount);
} with (test_self);
function sendFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const #{config.reserved}__amount : nat; const successLogAmount : nat) : (list(operation)) is
block {
if (const op0 : operation = transaction((unit), (#{config.reserved}__amount * 1mutez), (get_contract(beneficiary) : contract(unit)))) then block {
(* EmitStatement Payment(beneficiary, successLogAmount) *)
} else block {
(* EmitStatement FailedPayment(beneficiary, amount) *)
};
} with (list [op0]);
function withdrawFunds (const opList : list(operation); const test_self : state; const beneficiary : address; const withdrawAmount : nat) : (list(operation)) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((withdrawAmount <= self_address.#{config.reserved}__balance)) (* "Increase amount larger than balance." *);
assert((((test_self.jackpotSize + test_self.lockedInBets) + withdrawAmount) <= self_address.#{config.reserved}__balance)) (* "Not enough funds." *);
opList := sendFunds((test_self : address), beneficiary, withdrawAmount, withdrawAmount);
} with (opList);
function kill (const test_self : state) : (unit) is
block {
assert((Tezos.sender = test_self.owner)) (* "OnlyOwner methods called by non-owner." *);
assert((test_self.lockedInBets = 0n)) (* "All bets should be processed (settled or refunded) before test_self-destruct." *);
selfdestruct(test_self.owner) (* unsupported *);
} with (unit);
function getDiceWinAmount (const test_self : state; const #{config.reserved}__amount : nat; const modulo : nat; const rollUnder : nat) : ((nat * nat)) is
block {
const winAmount : nat = 0n;
const jackpotFee : nat = 0n;
assert(((0n < rollUnder) and (rollUnder <= modulo))) (* "Win probability out of range." *);
jackpotFee := (case (#{config.reserved}__amount >= mIN_JACKPOT_BET) of | True -> jACKPOT_FEE | False -> 0n end);
const houseEdge : nat = ((#{config.reserved}__amount * hOUSE_EDGE_PERCENT) / 100n);
if (houseEdge < hOUSE_EDGE_MINIMUM_AMOUNT) then block {
houseEdge := hOUSE_EDGE_MINIMUM_AMOUNT;
} else block {
skip
};
assert(((houseEdge + jackpotFee) <= #{config.reserved}__amount)) (* "Bet doesn't even cover house edge." *);
winAmount := ((abs(abs(#{config.reserved}__amount - houseEdge) - jackpotFee) * modulo) / rollUnder);
} with ((winAmount, jackpotFee));
function placeBet (const test_self : state; const betMask : nat; const modulo : nat; const commitLastBlock : nat; const commit : nat; const r : bytes; const s : bytes) : (state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((bet.gambler = burn_address)) (* "Bet should be in a 'clean' _state." *);
const #{config.reserved}__amount : nat = (amount / 1mutez);
assert(((modulo > 1n) and (modulo <= mAX_MODULO))) (* "Modulo should be within range." *);
assert(((#{config.reserved}__amount >= mIN_BET) and (#{config.reserved}__amount <= mAX_AMOUNT))) (* "Amount should be within range." *);
assert(((betMask > 0n) and (betMask < mAX_BET_MASK))) (* "Mask should be within range." *);
assert((0n <= commitLastBlock)) (* "Commit has expired." *);
const signatureHash : bytes = sha_256((commitLastBlock, commit));
assert((test_self.secretSigner = ecrecover(signatureHash, 27n, r, s))) (* "ECDSA signature is not valid." *);
const rollUnder : nat = 0n;
const mask : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
rollUnder := (Bitwise.and((betMask * pOPCNT_MULT), pOPCNT_MASK) mod pOPCNT_MODULO);
mask := betMask;
} else block {
assert(((betMask > 0n) and (betMask <= modulo))) (* "High modulo range, betMask larger than modulo." *);
rollUnder := betMask;
};
const possibleWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(possibleWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
assert((possibleWinAmount <= (#{config.reserved}__amount + test_self.maxProfit))) (* "maxProfit limit violation." *);
test_self.lockedInBets := (test_self.lockedInBets + possibleWinAmount);
test_self.jackpotSize := (test_self.jackpotSize + jackpotFee);
assert(((test_self.jackpotSize + test_self.lockedInBets) <= self_address.#{config.reserved}__balance)) (* "Cannot afford to lose this bet." *);
(* EmitStatement Commit(commit) *)
bet.#{config.reserved}__amount := #{config.reserved}__amount;
bet.modulo := modulo;
bet.rollUnder := rollUnder;
bet.placeBlockNumber := 0n;
bet.mask := mask;
bet.gambler := Tezos.sender;
} with (test_self);
function settleBetCommon (const opList : list(operation); const test_self : state; const bet : dice2Win_Bet; const reveal : nat; const entropyBlockHash : bytes) : (list(operation) * state) is
block {
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
const modulo : nat = bet.modulo;
const rollUnder : nat = bet.rollUnder;
const gambler : address = bet.gambler;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
bet.#{config.reserved}__amount := 0n;
const entropy : bytes = sha_256((reveal, entropyBlockHash));
const dice : nat = (abs(entropy) mod modulo);
const diceWinAmount : nat = 0n;
const jackpotFee_ : nat = 0n;
(diceWinAmount, jackpotFee_) := getDiceWinAmount(test_self, #{config.reserved}__amount, modulo, rollUnder);
const diceWin : nat = 0n;
const jackpotWin : nat = 0n;
if (modulo <= mAX_MASK_MODULO) then block {
if (Bitwise.and(pow(2n, dice), bet.mask) =/= 0n) then block {
diceWin := diceWinAmount;
} else block {
skip
};
} else block {
if (dice < rollUnder) then block {
diceWin := diceWinAmount;
} else block {
skip
};
};
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
if (#{config.reserved}__amount >= mIN_JACKPOT_BET) then block {
const jackpotRng : nat = ((abs(entropy) / modulo) mod jACKPOT_MODULO);
if (jackpotRng = 0n) then block {
jackpotWin := test_self.jackpotSize;
test_self.jackpotSize := 0n;
} else block {
skip
};
} else block {
skip
};
if (jackpotWin > 0n) then block {
(* EmitStatement JackpotPayment(gambler, jackpotWin) *)
} else block {
skip
};
opList := sendFunds((test_self : address), gambler, (case ((diceWin + jackpotWin) = 0n) of | True -> 1n | False -> (diceWin + jackpotWin) end), diceWin);
} with (opList, test_self);
function settleBet (const opList : list(operation); const test_self : state; const reveal : nat; const blockHash : bytes) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const placeBlockNumber : nat = bet.placeBlockNumber;
assert((0n > placeBlockNumber)) (* "settleBet in the same block as placeBet, or before." *);
assert((0n <= (placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
assert((("00" : bytes) (* Should be blockhash of placeBlockNumber *) = blockHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, blockHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function memcpy (const dest : nat; const src : nat; const len : nat) : (unit) is
block {
while (len >= 32n) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
mstore(dest, mload(src))
} *)
dest := (dest + 32n);
src := (src + 32n);
len := abs(len - 32n);
};
const mask : nat = abs(pow(256n, abs(32n - len)) - 1n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
let srcpart := and(mload(src), not(mask))
let destpart := and(mload(dest), mask)
mstore(dest, or(destpart, srcpart))
} *)
} with (unit);
function verifyMerkleProof (const seedHash : nat; const offset : nat) : ((bytes * bytes)) is
block {
const blockHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
const scratchBuf1 : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
scratchBuf1 := mload(0x40)
} *)
const uncleHeaderLength : nat = 0n;
const blobLength : nat = 0n;
const shift : nat = 0n;
const hashSlot : nat = 0n;
while (True) block {
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
} *)
if (blobLength = 0n) then block {
(* `break` statement is not supported in LIGO *);
} else block {
skip
};
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
seedHash := keccak256(scratchBuf1, blobLength)
uncleHeaderLength := blobLength
} *)
offset := (offset + blobLength);
};
uncleHash := (seedHash : bytes);
const scratchBuf2 : nat = (scratchBuf1 + uncleHeaderLength);
const unclesLength : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesLength := and(calldataload(sub(offset, 28)), 0xffff)
} *)
const unclesShift : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
unclesShift := and(calldataload(sub(offset, 26)), 0xffff)
} *)
assert(((unclesShift + uncleHeaderLength) <= unclesLength)) (* "Shift bounds check." *);
offset := (offset + 6n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf2, offset, unclesLength)
} *)
memcpy((scratchBuf2 + unclesShift), scratchBuf1, uncleHeaderLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
seedHash := keccak256(scratchBuf2, unclesLength)
} *)
offset := (offset + unclesLength);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
blobLength := and(calldataload(sub(offset, 30)), 0xffff)
shift := and(calldataload(sub(offset, 28)), 0xffff)
} *)
assert(((shift + 32n) <= blobLength)) (* "Shift bounds check." *);
offset := (offset + 4n);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
hashSlot := calldataload(add(offset, shift))
} *)
assert((hashSlot = 0n)) (* "Non-empty hash slot." *);
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
calldatacopy(scratchBuf1, offset, blobLength)
mstore(add(scratchBuf1, shift), seedHash)
blockHash := keccak256(scratchBuf1, blobLength)
} *)
} with ((blockHash, uncleHash));
function requireCorrectReceipt (const offset : nat) : (unit) is
block {
const leafHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
leafHeaderByte := byte(0, calldataload(offset))
} *)
assert((leafHeaderByte >= 0xf7n)) (* "Receipt leaf longer than 55 bytes." *);
offset := (offset + abs(leafHeaderByte - 0xf6n));
const pathHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
pathHeaderByte := byte(0, calldataload(offset))
} *)
if (pathHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((pathHeaderByte >= 0x80n) and (pathHeaderByte <= 0xb7n))) (* "Path is an RLP string." *);
offset := (offset + abs(pathHeaderByte - 0x7fn));
};
const receiptStringHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptStringHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptStringHeaderByte = 0xb9n)) (* "Receipt string is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const receiptHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
receiptHeaderByte := byte(0, calldataload(offset))
} *)
assert((receiptHeaderByte = 0xf9n)) (* "Receipt is always at least 256 bytes long, but less than 64k." *);
offset := (offset + 3n);
const statusByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
statusByte := byte(0, calldataload(offset))
} *)
assert((statusByte = 0x1n)) (* "Status should be success." *);
offset := (offset + 1n);
const cumGasHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
cumGasHeaderByte := byte(0, calldataload(offset))
} *)
if (cumGasHeaderByte <= 0x7fn) then block {
offset := (offset + 1n);
} else block {
assert(((cumGasHeaderByte >= 0x80n) and (cumGasHeaderByte <= 0xb7n))) (* "Cumulative gas is an RLP string." *);
offset := (offset + abs(cumGasHeaderByte - 0x7fn));
};
const bloomHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
bloomHeaderByte := byte(0, calldataload(offset))
} *)
assert((bloomHeaderByte = 0xb9n)) (* "Bloom filter is always 256 bytes long." *);
offset := (offset + (256 + 3));
const logsListHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logsListHeaderByte := byte(0, calldataload(offset))
} *)
assert((logsListHeaderByte = 0xf8n)) (* "Logs list is less than 256 bytes long." *);
offset := (offset + 2n);
const logEntryHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logEntryHeaderByte := byte(0, calldataload(offset))
} *)
assert((logEntryHeaderByte = 0xf8n)) (* "Log entry is less than 256 bytes long." *);
offset := (offset + 2n);
const addressHeaderByte : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
addressHeaderByte := byte(0, calldataload(offset))
} *)
assert((addressHeaderByte = 0x94n)) (* "Address is 20 bytes long." *);
const logAddress : nat = 0n;
failwith("Unsupported InlineAssembly");
(* InlineAssembly {
logAddress := and(calldataload(sub(offset, 11)), 0xffffffffffffffffffffffffffffffffffffffff)
} *)
assert((logAddress = abs(self_address)));
} with (unit);
function settleBetUncleMerkleProof (const opList : list(operation); const test_self : state; const reveal : nat; const canonicalBlockNumber : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.croupier)) (* "OnlyCroupier methods called by non-croupier." *);
const commit : nat = abs(sha_256((reveal)));
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
assert((0n <= (canonicalBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
requireCorrectReceipt((((4 + 32) + 32) + 4n));
const canonicalHash : bytes = ("00": bytes);
const uncleHash : bytes = ("00": bytes);
(canonicalHash, uncleHash) := verifyMerkleProof(commit, ((4 + 32) + 32n));
assert((("00" : bytes) (* Should be blockhash of canonicalBlockNumber *) = canonicalHash));
const tmp_0 : (list(operation) * state) = settleBetCommon(test_self, bet, reveal, uncleHash);
opList := tmp_0.0;
test_self := tmp_0.1;
} with (opList, test_self);
function refundBet (const opList : list(operation); const test_self : state; const commit : nat) : (list(operation) * state) is
block {
const bet : dice2Win_Bet = (case test_self.bets[commit] of | None -> dice2Win_Bet_default | Some(x) -> x end);
const #{config.reserved}__amount : nat = bet.#{config.reserved}__amount;
assert((#{config.reserved}__amount =/= 0n)) (* "Bet should be in an 'active' _state" *);
assert((0n > (bet.placeBlockNumber + bET_EXPIRATION_BLOCKS))) (* "Blockhash can't be queried by EVM." *);
bet.#{config.reserved}__amount := 0n;
const diceWinAmount : nat = 0n;
const jackpotFee : nat = 0n;
(diceWinAmount, jackpotFee) := getDiceWinAmount(test_self, #{config.reserved}__amount, bet.modulo, bet.rollUnder);
test_self.lockedInBets := abs(test_self.lockedInBets - diceWinAmount);
test_self.jackpotSize := abs(test_self.jackpotSize - jackpotFee);
opList := sendFunds((test_self : address), bet.gambler, #{config.reserved}__amount, #{config.reserved}__amount);
} with (opList, test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
| ApproveNextOwner(match_action) -> ((nil: list(operation)), approveNextOwner(test_self, match_action.nextOwner_))
| AcceptNextOwner(match_action) -> ((nil: list(operation)), acceptNextOwner(test_self))
| Fallback(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = fallback(unit);
} with (((nil: list(operation)), test_self))
| SetSecretSigner(match_action) -> ((nil: list(operation)), setSecretSigner(test_self, match_action.newSecretSigner))
| SetCroupier(match_action) -> ((nil: list(operation)), setCroupier(test_self, match_action.newCroupier))
| SetMaxProfit(match_action) -> ((nil: list(operation)), setMaxProfit(test_self, match_action.maxProfit_))
| IncreaseJackpot(match_action) -> ((nil: list(operation)), increaseJackpot(test_self, match_action.increaseAmount))
| WithdrawFunds(match_action) -> (withdrawFunds((nil: list(operation)), test_self, match_action.beneficiary, match_action.withdrawAmount), test_self)
| Kill(match_action) -> block {
(* This function does nothing, but it's present in router *)
const tmp : unit = kill(test_self);
} with (((nil: list(operation)), test_self))
| PlaceBet(match_action) -> ((nil: list(operation)), placeBet(test_self, match_action.betMask, match_action.modulo, match_action.commitLastBlock, match_action.commit, match_action.r, match_action.s))
| SettleBet(match_action) -> settleBet((nil: list(operation)), test_self, match_action.reveal, match_action.blockHash)
| SettleBetUncleMerkleProof(match_action) -> settleBetUncleMerkleProof((nil: list(operation)), test_self, match_action.reveal, match_action.canonicalBlockNumber)
| RefundBet(match_action) -> refundBet((nil: list(operation)), test_self, match_action.commit)
end);
"""#"
make_test text_i, text_o, router: true, allow_need_prevent_deploy: true
# ###################################################################################################
it "Creatures", ()->
text_i = """
pragma solidity ^0.4.16;
contract Permissions {
address ownerAddress;
address storageAddress;
address callerAddress;
function Permissions() public {
ownerAddress = msg.sender;
}
modifier onlyOwner() {
require(msg.sender == ownerAddress);
_;
}
modifier onlyCaller() {
require(msg.sender == callerAddress);
_;
}
function getOwner() external view returns (address) {
return ownerAddress;
}
function getStorageAddress() external view returns (address) {
return storageAddress;
}
function getCaller() external view returns (address) {
return callerAddress;
}
function transferOwnership(address newOwner) external onlyOwner {
if (newOwner != address(0)) {
ownerAddress = newOwner;
}
}
function newStorage(address _new) external onlyOwner {
if (_new != address(0)) {
storageAddress = _new;
}
}
function newCaller(address _new) external onlyOwner {
if (_new != address(0)) {
callerAddress = _new;
}
}
}
contract Creatures is Permissions {
struct Creature {
uint16 species;
uint8 subSpecies;
uint8 eyeColor;
uint64 timestamp;
}
Creature[] creatures;
mapping(uint256 => address) public creatureIndexToOwner;
mapping(address => uint256) ownershipTokenCount;
event CreateCreature(uint256 id, address indexed owner);
event Transfer(address _from, address _to, uint256 creatureID);
function add(
address _owner,
uint16 _species,
uint8 _subSpecies,
uint8 _eyeColor
) external onlyCaller {
// do checks in caller function
Creature memory _creature = Creature({
species: _species,
subSpecies: _subSpecies,
eyeColor: _eyeColor,
timestamp: uint64(now)
});
uint256 newCreatureID = creatures.push(_creature) - 1;
transfer(0, _owner, newCreatureID);
CreateCreature(newCreatureID, _owner);
}
function getCreature(uint256 id)
external
view
returns (address, uint16, uint8, uint8, uint64)
{
Creature storage c = creatures[id];
address owner = creatureIndexToOwner[id];
return (owner, c.species, c.subSpecies, c.eyeColor, c.timestamp);
}
function transfer(address _from, address _to, uint256 _tokenId)
public
onlyCaller
{
// do checks in caller function
creatureIndexToOwner[_tokenId] = _to;
if (_from != address(0)) {
ownershipTokenCount[_from]--;
}
ownershipTokenCount[_to]++;
Transfer(_from, _to, _tokenId);
}
}
"""#"
text_o = """
type creatures_Creature is record
species : nat;
subSpecies : nat;
eyeColor : nat;
timestamp : nat;
end;
type newCaller_args is record
new_ : address;
end;
type newStorage_args is record
new_ : address;
end;
type transferOwnership_args is record
newOwner : address;
end;
type getCaller_args is record
callbackAddress : address;
end;
type getStorageAddress_args is record
callbackAddress : address;
end;
type getOwner_args is record
callbackAddress : address;
end;
type transfer_args is record
from_ : address;
to_ : address;
tokenId_ : nat;
end;
type add_args is record
owner_ : address;
species_ : nat;
subSpecies_ : nat;
eyeColor_ : nat;
end;
type getCreature_args is record
id : nat;
callbackAddress : address;
end;
type constructor_args is unit;
type state is record
callerAddress : address;
storageAddress : address;
ownerAddress : address;
creatures : map(nat, creatures_Creature);
creatureIndexToOwner : map(nat, address);
ownershipTokenCount : map(address, nat);
end;
const burn_address : address = ("tz1ZZZZZZZZZZZZZZZZZZZZZZZZZZZZNkiRg" : address);
const creatures_Creature_default : creatures_Creature = record [ species = 0n;
subSpecies = 0n;
eyeColor = 0n;
timestamp = 0n ];
type router_enum is
| NewCaller of newCaller_args
| NewStorage of newStorage_args
| TransferOwnership of transferOwnership_args
| GetCaller of getCaller_args
| GetStorageAddress of getStorageAddress_args
| GetOwner of getOwner_args
| Transfer of transfer_args
| Add of add_args
| GetCreature of getCreature_args
| Constructor of constructor_args;
(* EventDefinition CreateCreature(id : nat; owner : address) *)
(* EventDefinition Transfer(from_ : address; to_ : address; creatureID : nat) *)
function newCaller (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.callerAddress := new_;
} else block {
skip
};
} with (test_self);
function newStorage (const test_self : state; const new_ : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (new_ =/= burn_address) then block {
test_self.storageAddress := new_;
} else block {
skip
};
} with (test_self);
function transferOwnership (const test_self : state; const newOwner : address) : (state) is
block {
assert((Tezos.sender = test_self.ownerAddress));
if (newOwner =/= burn_address) then block {
test_self.ownerAddress := newOwner;
} else block {
skip
};
} with (test_self);
function getCaller (const test_self : state) : (address) is
block {
skip
} with (test_self.callerAddress);
function getStorageAddress (const test_self : state) : (address) is
block {
skip
} with (test_self.storageAddress);
function getOwner (const test_self : state) : (address) is
block {
skip
} with (test_self.ownerAddress);
function permissions_constructor (const test_self : state) : (state) is
block {
test_self.ownerAddress := Tezos.sender;
} with (test_self);
function transfer (const test_self : state; const from_ : address; const to_ : address; const tokenId_ : nat) : (state) is
block {
assert((Tezos.sender = test_self.callerAddress));
test_self.creatureIndexToOwner[tokenId_] := to_;
if (from_ =/= burn_address) then block {
(case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) := abs((case test_self.ownershipTokenCount[from_] of | None -> 0n | Some(x) -> x end) - 1n);
} else block {
skip
};
(case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) := (case test_self.ownershipTokenCount[to_] of | None -> 0n | Some(x) -> x end) + 1n;
(* EmitStatement Transfer(_from, _to, _tokenId) *)
} with (test_self);
function add (const opList : list(operation); const test_self : state; const owner_ : address; const species_ : nat; const subSpecies_ : nat; const eyeColor_ : nat) : (list(operation) * state) is
block {
assert((Tezos.sender = test_self.callerAddress));
const creature_ : creatures_Creature = record [ species = species_;
subSpecies = subSpecies_;
eyeColor = eyeColor_;
timestamp = abs(abs(now - ("1970-01-01T00:00:00Z" : timestamp))) ];
const tmp_0 : map(nat, creatures_Creature) = test_self.creatures;
const newCreatureID : nat = abs(tmp_0[size(tmp_0)] := creature_ - 1n);
transfer(burn_address, owner_, newCreatureID);
(* EmitStatement CreateCreature(newCreatureID, _owner) *)
} with (opList, test_self);
function getCreature (const test_self : state; const id : nat) : ((address * nat * nat * nat * nat)) is
block {
const c : creatures_Creature = (case test_self.creatures[id] of | None -> creatures_Creature_default | Some(x) -> x end);
const owner : address = (case test_self.creatureIndexToOwner[id] of | None -> burn_address | Some(x) -> x end);
} with ((owner, c.species, c.subSpecies, c.eyeColor, c.timestamp));
function constructor (const test_self : state) : (state) is
block {
test_self := permissions_constructor(test_self);
} with (test_self);
function main (const action : router_enum; const test_self : state) : (list(operation) * state) is
(case action of
| NewCaller(match_action) -> ((nil: list(operation)), newCaller(test_self, match_action.new_))
| NewStorage(match_action) -> ((nil: list(operation)), newStorage(test_self, match_action.new_))
| TransferOwnership(match_action) -> ((nil: list(operation)), transferOwnership(test_self, match_action.newOwner))
| GetCaller(match_action) -> block {
const tmp : (address) = getCaller(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetStorageAddress(match_action) -> block {
const tmp : (address) = getStorageAddress(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| GetOwner(match_action) -> block {
const tmp : (address) = getOwner(test_self);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract(address))) end;
} with ((opList, test_self))
| Transfer(match_action) -> ((nil: list(operation)), transfer(test_self, match_action.from_, match_action.to_, match_action.tokenId_))
| Add(match_action) -> add((nil: list(operation)), test_self, match_action.owner_, match_action.species_, match_action.subSpecies_, match_action.eyeColor_)
| GetCreature(match_action) -> block {
const tmp : ((address * nat * nat * nat * nat)) = getCreature(test_self, match_action.id);
var opList : list(operation) := list transaction((tmp), 0mutez, (get_contract(match_action.callbackAddress) : contract((address * nat * nat * nat * nat)))) end;
} with ((opList, test_self))
| Constructor(match_action) -> ((nil: list(operation)), constructor(test_self))
end);
"""#"
make_test text_i, text_o, router: true |
[
{
"context": "e\"]?.value)\n when \"email\" then email\n when \"samaccountname\" then lowerId\n else email\n\n uaacCreateUserReq",
"end": 10626,
"score": 0.9996519088745117,
"start": 10612,
"tag": "USERNAME",
"value": "samaccountname"
},
{
"context": "\n uaacChangePasswordRequest =\n \"oldPassword\":\"#{oldpassword}\"\n \"password\":\"#{newpassword}\"\n ua",
"end": 11448,
"score": 0.8277571797370911,
"start": 11448,
"tag": "PASSWORD",
"value": ""
},
{
"context": " uaacChangePasswordRequest =\n \"oldPassword\":\"#{oldpassword}\"\n \"password\":\"#{newpassword}\"\n uaacChangePas",
"end": 11461,
"score": 0.867573082447052,
"start": 11450,
"tag": "PASSWORD",
"value": "oldpassword"
},
{
"context": " \"oldPassword\":\"#{oldpassword}\"\n \"password\":\"#{newpassword}\"\n uaacChangePasswordRequest\n\nfetchAl",
"end": 11480,
"score": 0.8451858162879944,
"start": 11480,
"tag": "PASSWORD",
"value": ""
},
{
"context": " \"oldPassword\":\"#{oldpassword}\"\n \"password\":\"#{newpassword}\"\n uaacChangePasswordRequest\n\nfetchAllUsers = (t",
"end": 11493,
"score": 0.8808057904243469,
"start": 11482,
"tag": "PASSWORD",
"value": "newpassword"
}
] | routes/cfapi.coffee | MonsantoCo/cf-users | 14 | Promise = require 'promise'
adminOauth = require "./AdminOauth"
uaaadminOauth = require "./uaaAdminOauth"
services = require "./serviceBindings"
requestjs = require 'request'
cfapi = {}
adminOauth.initOauth2()
uaaadminOauth.initOauth2()
cfapi.allOrganizations = (req,res) ->
fetchAllOrganizations(req.headers['authorization'],[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.adminOrganizations = (req,res) ->
adminOauth.refreshToken (token) ->
fetchAllOrganizations("Bearer #{token.token.access_token}",[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.listUserAssociation = (req,res)->
fetchUser(req,res).then (userInfo)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token?.token?.access_token}",[], "users",req.params.userGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to call listUserAccociation")
cfapi.listCfRequest = (req,res)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token.token.access_token}",[], req.params.level,req.params.levelGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
cfapi.userInfo = (req,res)->
fetchUser(req,res).then (userInfo)->
res.status(200).json userInfo
, (error)->
res.status(500).send(error)
fetchUser = (req,res)->
new Promise (resolve,reject)->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/userinfo"
headers: {'Authorization': req.headers['authorization']}
requestjs options, (error,response,body) ->
if(!error && response.statusCode==200)
userInfo=JSON.parse(body)
resolve(userInfo)
else
reject(error)
cfapi.allUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
adminOauth.refreshToken (token) ->
fetchAllUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.allUAAUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
uaaadminOauth.refreshToken (token) ->
fetchAllUAAUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.samlIdentityProviders = (req,res) ->
fetchUser(req,res).then (userinfo)->
if(services["cloud_foundry_api-saml-provider"]?.value)
res.status(200).send [ services["cloud_foundry_api-saml-provider"]?.value ]
else
res.status(200).send [ ]
, (error) ->
res.status(401).send("Unauthenticated user attempt to fetch saml identity providers")
console.log("Unauthenticated user attempt to fetch saml identity providers")
doRole = (method,token,level,levelGuid,associationType,associationGuid)->
new Promise (resolve,reject)->
options =
method: method
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}/#{associationGuid}"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if((!error)&&(response.statusCode == 201))
resolve
status : response.statusCode
body : JSON.parse(body)
else if((!error)&& (response.statusCode == 204))
resolve
status : response.statusCode
else if(!error)
reject
status : 500
body: response
else
reject
status : 500
body : error
cfapi.putOrgUser = (req,res)->
#first check if space manager
authHeader = req.headers['authorization']
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.params.levelGuid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
authHeader = "Bearer #{token.token.access_token}"
doRole('PUT',authHeader,"organizations",req.params.levelGuid,"users",req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
, ()->
res.status(403).send("Verboten")
cfapi.putRole = (req,res)->
doRole('PUT',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
cfapi.deleteRole = (req,res)->
doRole('DELETE',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
doPut = (url,token,form)->
doRequest("PUT",url,token,form)
doPost = (url,token,form)->
doRequest("POST",url,token,form)
doRequest = (method,url,token,form) ->
new Promise (resolve,reject) ->
options =
method : method
url: url
headers : {'Authorization': "Bearer " + token.token.access_token}
json : form
try
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 201)
resolve
status : response.statusCode
body : body
else if(!error )
reject
status : response.statusCode
body: if(body) then body else "failed"
else
reject
status : 500
body : error
catch error
console.log("error=#{error}")
reject
status: 500
body : error
cfapi.createUser = (req,res) ->
#first check if space manager
orgAuthToken = req.headers['authorization'].split(" ")[1]
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.body.org.guid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
orgAuthToken = token.token.access_token
doPost("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users",token,buildUaacCreateUserRequest(req)).then (response)->
userId = response.body.id
doPost("https://#{services["cloud_foundry_api-domain"].value}/v2/users",token, { "guid" : userId }).then (response)->
orgGuid = req.body.org.guid
doRole('PUT',"Bearer #{orgAuthToken}","organizations",orgGuid,"users",userId).then (response)->
roleFutures = []
if(req.body.org.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"managers",userId
if(req.body.org.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"auditors",userId
for space in req.body.spaces
if(space.developer)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"developers",userId
if(space.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"managers",userId
if(space.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"auditors",userId
Promise.all(roleFutures).then (responses)->
res.status(201).send("user created")
, (responses)->
failedResponses = ( response for response in responses when response.status!=201 || response.error )
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
cfapi.changePassword = (req,res) ->
uaaadminOauth.refreshToken (uaatoken) ->
doPut("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users/#{req.body.userId}/password",uaatoken,buildUaacChangePasswordRequest(req)).then (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
buildUaacCreateUserRequest = (req)->
userId =req.body.userId
identityProvider = req.body.identityProvider
password = if req.body.password then req.body.password else ""
userIdComponents = userId.split("@")
upperId = userIdComponents[0].toUpperCase()
lowerId = userIdComponents[0].toLowerCase()
givenName = userIdComponents[0]
email = if (identityProvider!="uaa") then "#{lowerId}@#{services["cloud_foundry_api-default-email-domain"].value}" else lowerId
familyName = if(identityProvider!="uaa") then services["cloud_foundry_api-default-email-domain"].value else lowerId
username = switch(services["cloud_foundry_api-user-name-type"]?.value)
when "email" then email
when "samaccountname" then lowerId
else email
uaacCreateUserRequest =
"schemas":["urn:scim:schemas:core:1.0"]
"userName": username
"name":
"familyName": "#{familyName}"
"givenName": "#{givenName}"
"emails": [
"value": email
]
"approvals": [ ]
"active": true
"verified": true
"origin": identityProvider
if (identityProvider=="uaa")
uaacCreateUserRequest["password"] = password
if (identityProvider!="uaa"&&identityProvider!="ldap")
uaacCreateUserRequest["externalId"]= email
uaacCreateUserRequest
buildUaacChangePasswordRequest = (req)->
userId =req.body.userId
oldpassword = if req.body.oldpassword then req.body.oldpassword else ""
newpassword = if req.body.newpassword then req.body.newpassword else ""
uaacChangePasswordRequest =
"oldPassword":"#{oldpassword}"
"password":"#{newpassword}"
uaacChangePasswordRequest
fetchAllUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users?order-direction=asc&results-per-page=50&page=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
pages=users.total_pages
usersToReturn.push user for user in users.resources
if(page<pages)
fetchAllUsers(token,usersToReturn,page+1).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllUAAUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/Users?filter=origin+eq+%22uaa%22&count=50&sortOrder=ascending&startIndex=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
usersToReturn.push user for user in users.resources
if((page+50)<users.totalResults)
fetchAllUAAUsers(token,usersToReturn,page+50).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllOrganizations = (token,orgsToReturn,page) ->
fetchOrganizations(token, orgsToReturn, page, "https://#{services["cloud_foundry_api-domain"].value}/v2/organizations")
fetchOrganizations = (token,orgsToReturn,page,url)->
new Promise (resolve,reject) ->
options =
url: "#{url}?order-direction=asc&page=#{page}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
quotaPromises = []
for org in orgs.resources
do (org) ->
orgsToReturn.push
entity :
name : org.entity.name
metadata :
guid : org.metadata.guid
if(page<pages)
fetchOrganizations(token,orgsToReturn,page+1,url).then ()=>
resolve(orgsToReturn)
, (error)=>
reject(error)
else
resolve(orgsToReturn)
else
reject(error)
fetchListCfRequest = (token,resourcesToReturn, level,levelGuid, associationType, filter, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}?order-direction=asc&page=#{page}#{if filter then "&q="+filter else ""}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
resourcesToReturn.push resource for resource in orgs.resources
if(page<pages)
fetchListCfRequest(token,resourcesToReturn,level,levelGuid, associationType,filter,page+1).then ()=>
resolve(resourcesToReturn)
, (error)=>
console.log("fetchListCfRequest error")
reject(error)
else
resolve(resourcesToReturn)
else
console.log("fetchListCfRequest status: #{response.statusCode}, error: #{error}")
reject(error)
module.exports = cfapi
| 97005 | Promise = require 'promise'
adminOauth = require "./AdminOauth"
uaaadminOauth = require "./uaaAdminOauth"
services = require "./serviceBindings"
requestjs = require 'request'
cfapi = {}
adminOauth.initOauth2()
uaaadminOauth.initOauth2()
cfapi.allOrganizations = (req,res) ->
fetchAllOrganizations(req.headers['authorization'],[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.adminOrganizations = (req,res) ->
adminOauth.refreshToken (token) ->
fetchAllOrganizations("Bearer #{token.token.access_token}",[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.listUserAssociation = (req,res)->
fetchUser(req,res).then (userInfo)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token?.token?.access_token}",[], "users",req.params.userGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to call listUserAccociation")
cfapi.listCfRequest = (req,res)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token.token.access_token}",[], req.params.level,req.params.levelGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
cfapi.userInfo = (req,res)->
fetchUser(req,res).then (userInfo)->
res.status(200).json userInfo
, (error)->
res.status(500).send(error)
fetchUser = (req,res)->
new Promise (resolve,reject)->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/userinfo"
headers: {'Authorization': req.headers['authorization']}
requestjs options, (error,response,body) ->
if(!error && response.statusCode==200)
userInfo=JSON.parse(body)
resolve(userInfo)
else
reject(error)
cfapi.allUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
adminOauth.refreshToken (token) ->
fetchAllUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.allUAAUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
uaaadminOauth.refreshToken (token) ->
fetchAllUAAUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.samlIdentityProviders = (req,res) ->
fetchUser(req,res).then (userinfo)->
if(services["cloud_foundry_api-saml-provider"]?.value)
res.status(200).send [ services["cloud_foundry_api-saml-provider"]?.value ]
else
res.status(200).send [ ]
, (error) ->
res.status(401).send("Unauthenticated user attempt to fetch saml identity providers")
console.log("Unauthenticated user attempt to fetch saml identity providers")
doRole = (method,token,level,levelGuid,associationType,associationGuid)->
new Promise (resolve,reject)->
options =
method: method
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}/#{associationGuid}"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if((!error)&&(response.statusCode == 201))
resolve
status : response.statusCode
body : JSON.parse(body)
else if((!error)&& (response.statusCode == 204))
resolve
status : response.statusCode
else if(!error)
reject
status : 500
body: response
else
reject
status : 500
body : error
cfapi.putOrgUser = (req,res)->
#first check if space manager
authHeader = req.headers['authorization']
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.params.levelGuid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
authHeader = "Bearer #{token.token.access_token}"
doRole('PUT',authHeader,"organizations",req.params.levelGuid,"users",req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
, ()->
res.status(403).send("Verboten")
cfapi.putRole = (req,res)->
doRole('PUT',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
cfapi.deleteRole = (req,res)->
doRole('DELETE',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
doPut = (url,token,form)->
doRequest("PUT",url,token,form)
doPost = (url,token,form)->
doRequest("POST",url,token,form)
doRequest = (method,url,token,form) ->
new Promise (resolve,reject) ->
options =
method : method
url: url
headers : {'Authorization': "Bearer " + token.token.access_token}
json : form
try
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 201)
resolve
status : response.statusCode
body : body
else if(!error )
reject
status : response.statusCode
body: if(body) then body else "failed"
else
reject
status : 500
body : error
catch error
console.log("error=#{error}")
reject
status: 500
body : error
cfapi.createUser = (req,res) ->
#first check if space manager
orgAuthToken = req.headers['authorization'].split(" ")[1]
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.body.org.guid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
orgAuthToken = token.token.access_token
doPost("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users",token,buildUaacCreateUserRequest(req)).then (response)->
userId = response.body.id
doPost("https://#{services["cloud_foundry_api-domain"].value}/v2/users",token, { "guid" : userId }).then (response)->
orgGuid = req.body.org.guid
doRole('PUT',"Bearer #{orgAuthToken}","organizations",orgGuid,"users",userId).then (response)->
roleFutures = []
if(req.body.org.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"managers",userId
if(req.body.org.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"auditors",userId
for space in req.body.spaces
if(space.developer)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"developers",userId
if(space.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"managers",userId
if(space.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"auditors",userId
Promise.all(roleFutures).then (responses)->
res.status(201).send("user created")
, (responses)->
failedResponses = ( response for response in responses when response.status!=201 || response.error )
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
cfapi.changePassword = (req,res) ->
uaaadminOauth.refreshToken (uaatoken) ->
doPut("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users/#{req.body.userId}/password",uaatoken,buildUaacChangePasswordRequest(req)).then (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
buildUaacCreateUserRequest = (req)->
userId =req.body.userId
identityProvider = req.body.identityProvider
password = if req.body.password then req.body.password else ""
userIdComponents = userId.split("@")
upperId = userIdComponents[0].toUpperCase()
lowerId = userIdComponents[0].toLowerCase()
givenName = userIdComponents[0]
email = if (identityProvider!="uaa") then "#{lowerId}@#{services["cloud_foundry_api-default-email-domain"].value}" else lowerId
familyName = if(identityProvider!="uaa") then services["cloud_foundry_api-default-email-domain"].value else lowerId
username = switch(services["cloud_foundry_api-user-name-type"]?.value)
when "email" then email
when "samaccountname" then lowerId
else email
uaacCreateUserRequest =
"schemas":["urn:scim:schemas:core:1.0"]
"userName": username
"name":
"familyName": "#{familyName}"
"givenName": "#{givenName}"
"emails": [
"value": email
]
"approvals": [ ]
"active": true
"verified": true
"origin": identityProvider
if (identityProvider=="uaa")
uaacCreateUserRequest["password"] = password
if (identityProvider!="uaa"&&identityProvider!="ldap")
uaacCreateUserRequest["externalId"]= email
uaacCreateUserRequest
buildUaacChangePasswordRequest = (req)->
userId =req.body.userId
oldpassword = if req.body.oldpassword then req.body.oldpassword else ""
newpassword = if req.body.newpassword then req.body.newpassword else ""
uaacChangePasswordRequest =
"oldPassword":"<PASSWORD>#{<PASSWORD>}"
"password":"<PASSWORD>#{<PASSWORD>}"
uaacChangePasswordRequest
fetchAllUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users?order-direction=asc&results-per-page=50&page=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
pages=users.total_pages
usersToReturn.push user for user in users.resources
if(page<pages)
fetchAllUsers(token,usersToReturn,page+1).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllUAAUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/Users?filter=origin+eq+%22uaa%22&count=50&sortOrder=ascending&startIndex=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
usersToReturn.push user for user in users.resources
if((page+50)<users.totalResults)
fetchAllUAAUsers(token,usersToReturn,page+50).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllOrganizations = (token,orgsToReturn,page) ->
fetchOrganizations(token, orgsToReturn, page, "https://#{services["cloud_foundry_api-domain"].value}/v2/organizations")
fetchOrganizations = (token,orgsToReturn,page,url)->
new Promise (resolve,reject) ->
options =
url: "#{url}?order-direction=asc&page=#{page}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
quotaPromises = []
for org in orgs.resources
do (org) ->
orgsToReturn.push
entity :
name : org.entity.name
metadata :
guid : org.metadata.guid
if(page<pages)
fetchOrganizations(token,orgsToReturn,page+1,url).then ()=>
resolve(orgsToReturn)
, (error)=>
reject(error)
else
resolve(orgsToReturn)
else
reject(error)
fetchListCfRequest = (token,resourcesToReturn, level,levelGuid, associationType, filter, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}?order-direction=asc&page=#{page}#{if filter then "&q="+filter else ""}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
resourcesToReturn.push resource for resource in orgs.resources
if(page<pages)
fetchListCfRequest(token,resourcesToReturn,level,levelGuid, associationType,filter,page+1).then ()=>
resolve(resourcesToReturn)
, (error)=>
console.log("fetchListCfRequest error")
reject(error)
else
resolve(resourcesToReturn)
else
console.log("fetchListCfRequest status: #{response.statusCode}, error: #{error}")
reject(error)
module.exports = cfapi
| true | Promise = require 'promise'
adminOauth = require "./AdminOauth"
uaaadminOauth = require "./uaaAdminOauth"
services = require "./serviceBindings"
requestjs = require 'request'
cfapi = {}
adminOauth.initOauth2()
uaaadminOauth.initOauth2()
cfapi.allOrganizations = (req,res) ->
fetchAllOrganizations(req.headers['authorization'],[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.adminOrganizations = (req,res) ->
adminOauth.refreshToken (token) ->
fetchAllOrganizations("Bearer #{token.token.access_token}",[],1).then (orgs)=>
res.json
resources: orgs
resolve(orgs)
, (error)->
res.status(500).send(error)
reject(error)
cfapi.listUserAssociation = (req,res)->
fetchUser(req,res).then (userInfo)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token?.token?.access_token}",[], "users",req.params.userGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to call listUserAccociation")
cfapi.listCfRequest = (req,res)->
adminOauth.refreshToken (token) ->
fetchListCfRequest("Bearer #{token.token.access_token}",[], req.params.level,req.params.levelGuid, req.params.associationType, req.query?.q, 1).then (values)=>
res.json
total_pages: 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
cfapi.userInfo = (req,res)->
fetchUser(req,res).then (userInfo)->
res.status(200).json userInfo
, (error)->
res.status(500).send(error)
fetchUser = (req,res)->
new Promise (resolve,reject)->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/userinfo"
headers: {'Authorization': req.headers['authorization']}
requestjs options, (error,response,body) ->
if(!error && response.statusCode==200)
userInfo=JSON.parse(body)
resolve(userInfo)
else
reject(error)
cfapi.allUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
adminOauth.refreshToken (token) ->
fetchAllUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.allUAAUsers = (req,res) ->
fetchUser(req,res).then (userinfo)->
uaaadminOauth.refreshToken (token) ->
fetchAllUAAUsers(token,[], 1).then (values)=>
res.json
total_pages : 1
resources: values
,(error)->
res.sendStatus(500).send(error)
reject(error)
, (error) ->
console.log("Unauthenticated user attempt to fetch all users")
cfapi.samlIdentityProviders = (req,res) ->
fetchUser(req,res).then (userinfo)->
if(services["cloud_foundry_api-saml-provider"]?.value)
res.status(200).send [ services["cloud_foundry_api-saml-provider"]?.value ]
else
res.status(200).send [ ]
, (error) ->
res.status(401).send("Unauthenticated user attempt to fetch saml identity providers")
console.log("Unauthenticated user attempt to fetch saml identity providers")
doRole = (method,token,level,levelGuid,associationType,associationGuid)->
new Promise (resolve,reject)->
options =
method: method
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}/#{associationGuid}"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if((!error)&&(response.statusCode == 201))
resolve
status : response.statusCode
body : JSON.parse(body)
else if((!error)&& (response.statusCode == 204))
resolve
status : response.statusCode
else if(!error)
reject
status : 500
body: response
else
reject
status : 500
body : error
cfapi.putOrgUser = (req,res)->
#first check if space manager
authHeader = req.headers['authorization']
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.params.levelGuid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
authHeader = "Bearer #{token.token.access_token}"
doRole('PUT',authHeader,"organizations",req.params.levelGuid,"users",req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
, ()->
res.status(403).send("Verboten")
cfapi.putRole = (req,res)->
doRole('PUT',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
cfapi.deleteRole = (req,res)->
doRole('DELETE',req.headers['authorization'],req.params.level,req.params.levelGuid,req.params.associationType,req.params.associationGuid).then (response)->
res.status(response.status).json(response.body)
, (response)->
res.status(response.status).send(response.body)
doPut = (url,token,form)->
doRequest("PUT",url,token,form)
doPost = (url,token,form)->
doRequest("POST",url,token,form)
doRequest = (method,url,token,form) ->
new Promise (resolve,reject) ->
options =
method : method
url: url
headers : {'Authorization': "Bearer " + token.token.access_token}
json : form
try
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 201)
resolve
status : response.statusCode
body : body
else if(!error )
reject
status : response.statusCode
body: if(body) then body else "failed"
else
reject
status : 500
body : error
catch error
console.log("error=#{error}")
reject
status: 500
body : error
cfapi.createUser = (req,res) ->
#first check if space manager
orgAuthToken = req.headers['authorization'].split(" ")[1]
fetchUser(req,res).then (userData)->
adminOauth.refreshToken (token) ->
options =
method: "GET"
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users/#{userData.user_id}/managed_spaces?q=organization_guid:#{req.body.org.guid}"
headers : {'Authorization' : "Bearer #{token.token.access_token}"}
requestjs options, (error,response,body) ->
responseBody = JSON.parse(body)
if(!error && response.statusCode == 200 && responseBody["total_results"] > 0)
orgAuthToken = token.token.access_token
doPost("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users",token,buildUaacCreateUserRequest(req)).then (response)->
userId = response.body.id
doPost("https://#{services["cloud_foundry_api-domain"].value}/v2/users",token, { "guid" : userId }).then (response)->
orgGuid = req.body.org.guid
doRole('PUT',"Bearer #{orgAuthToken}","organizations",orgGuid,"users",userId).then (response)->
roleFutures = []
if(req.body.org.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"managers",userId
if(req.body.org.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"organizations",orgGuid,"auditors",userId
for space in req.body.spaces
if(space.developer)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"developers",userId
if(space.manager)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"managers",userId
if(space.auditor)
roleFutures.push doRole 'PUT',req.headers['authorization'],"spaces",space.guid,"auditors",userId
Promise.all(roleFutures).then (responses)->
res.status(201).send("user created")
, (responses)->
failedResponses = ( response for response in responses when response.status!=201 || response.error )
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
cfapi.changePassword = (req,res) ->
uaaadminOauth.refreshToken (uaatoken) ->
doPut("https://#{services["cloud_foundry_api-uaa-domain"].value}/Users/#{req.body.userId}/password",uaatoken,buildUaacChangePasswordRequest(req)).then (response)->
res.status(response.status).send(response.body)
, (response)->
res.status(response.status).send(response.body)
, (error)->
console.log("Unauthenticated user attempted to createUser")
res.status(403).send("verboten")
buildUaacCreateUserRequest = (req)->
userId =req.body.userId
identityProvider = req.body.identityProvider
password = if req.body.password then req.body.password else ""
userIdComponents = userId.split("@")
upperId = userIdComponents[0].toUpperCase()
lowerId = userIdComponents[0].toLowerCase()
givenName = userIdComponents[0]
email = if (identityProvider!="uaa") then "#{lowerId}@#{services["cloud_foundry_api-default-email-domain"].value}" else lowerId
familyName = if(identityProvider!="uaa") then services["cloud_foundry_api-default-email-domain"].value else lowerId
username = switch(services["cloud_foundry_api-user-name-type"]?.value)
when "email" then email
when "samaccountname" then lowerId
else email
uaacCreateUserRequest =
"schemas":["urn:scim:schemas:core:1.0"]
"userName": username
"name":
"familyName": "#{familyName}"
"givenName": "#{givenName}"
"emails": [
"value": email
]
"approvals": [ ]
"active": true
"verified": true
"origin": identityProvider
if (identityProvider=="uaa")
uaacCreateUserRequest["password"] = password
if (identityProvider!="uaa"&&identityProvider!="ldap")
uaacCreateUserRequest["externalId"]= email
uaacCreateUserRequest
buildUaacChangePasswordRequest = (req)->
userId =req.body.userId
oldpassword = if req.body.oldpassword then req.body.oldpassword else ""
newpassword = if req.body.newpassword then req.body.newpassword else ""
uaacChangePasswordRequest =
"oldPassword":"PI:PASSWORD:<PASSWORD>END_PI#{PI:PASSWORD:<PASSWORD>END_PI}"
"password":"PI:PASSWORD:<PASSWORD>END_PI#{PI:PASSWORD:<PASSWORD>END_PI}"
uaacChangePasswordRequest
fetchAllUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/users?order-direction=asc&results-per-page=50&page=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
pages=users.total_pages
usersToReturn.push user for user in users.resources
if(page<pages)
fetchAllUsers(token,usersToReturn,page+1).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllUAAUsers = (token, usersToReturn, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-uaa-domain"].value}/Users?filter=origin+eq+%22uaa%22&count=50&sortOrder=ascending&startIndex=#{page}"
headers: {'Authorization': "Bearer " + token.token.access_token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
users = JSON.parse(body)
usersToReturn.push user for user in users.resources
if((page+50)<users.totalResults)
fetchAllUAAUsers(token,usersToReturn,page+50).then ()=>
resolve(usersToReturn)
, (error)=>
reject(error)
else
resolve(usersToReturn)
else
reject(error)
fetchAllOrganizations = (token,orgsToReturn,page) ->
fetchOrganizations(token, orgsToReturn, page, "https://#{services["cloud_foundry_api-domain"].value}/v2/organizations")
fetchOrganizations = (token,orgsToReturn,page,url)->
new Promise (resolve,reject) ->
options =
url: "#{url}?order-direction=asc&page=#{page}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
quotaPromises = []
for org in orgs.resources
do (org) ->
orgsToReturn.push
entity :
name : org.entity.name
metadata :
guid : org.metadata.guid
if(page<pages)
fetchOrganizations(token,orgsToReturn,page+1,url).then ()=>
resolve(orgsToReturn)
, (error)=>
reject(error)
else
resolve(orgsToReturn)
else
reject(error)
fetchListCfRequest = (token,resourcesToReturn, level,levelGuid, associationType, filter, page)->
new Promise (resolve,reject) ->
options =
url: "https://#{services["cloud_foundry_api-domain"].value}/v2/#{level}/#{levelGuid}/#{associationType}?order-direction=asc&page=#{page}#{if filter then "&q="+filter else ""}&results-per-page=50"
headers: {'Authorization': token}
requestjs options, (error,response,body) ->
if(!error && response.statusCode == 200)
orgs = JSON.parse(body)
pages=orgs.total_pages
resourcesToReturn.push resource for resource in orgs.resources
if(page<pages)
fetchListCfRequest(token,resourcesToReturn,level,levelGuid, associationType,filter,page+1).then ()=>
resolve(resourcesToReturn)
, (error)=>
console.log("fetchListCfRequest error")
reject(error)
else
resolve(resourcesToReturn)
else
console.log("fetchListCfRequest status: #{response.statusCode}, error: #{error}")
reject(error)
module.exports = cfapi
|
[
{
"context": "g-schema\")\n\n @username = @config.username # \"email@domain.com\";\n @password = @config.password #\"a1b2c3d4\";",
"end": 524,
"score": 0.9999203681945801,
"start": 508,
"tag": "EMAIL",
"value": "email@domain.com"
},
{
"context": "domain.com\";\n @password = @config.password #\"a1b2c3d4\";\n @region = @config.region ? 'EU'\n @pi",
"end": 572,
"score": 0.9994808435440063,
"start": 564,
"tag": "PASSWORD",
"value": "a1b2c3d4"
},
{
"context": " = @config.pin\n\n options = \n username: @username\n password: @password\n region: @regi",
"end": 683,
"score": 0.9992547631263733,
"start": 674,
"tag": "USERNAME",
"value": "@username"
},
{
"context": "s = \n username: @username\n password: @password\n region: @region\n pin: @pin\n @",
"end": 711,
"score": 0.999141275882721,
"start": 702,
"tag": "PASSWORD",
"value": "@password"
},
{
"context": "solve()\n )\n\n getEngine: -> Promise.resolve(@_engine)\n getAirco: -> Promise.resolve(@_airco)\n ge",
"end": 18426,
"score": 0.9729203581809998,
"start": 18418,
"tag": "USERNAME",
"value": "@_engine"
},
{
"context": "resolve(@_engine)\n getAirco: -> Promise.resolve(@_airco)\n getDoor: -> Promise.resolve(@_door)\n getD",
"end": 18468,
"score": 0.7342713475227356,
"start": 18461,
"tag": "USERNAME",
"value": "@_airco"
},
{
"context": "ntRight)\n getDoorBackLeft: -> Promise.resolve(@_doorBackLeft)\n getDoorBackRight: -> Promise.resolve",
"end": 18674,
"score": 0.5302540063858032,
"start": 18670,
"tag": "USERNAME",
"value": "door"
},
{
"context": "e.resolve(@_hood)\n getTrunk: -> Promise.resolve(@_trunk)\n getCharging: -> Promise.resolve(@_charging)\n",
"end": 18822,
"score": 0.8401128649711609,
"start": 18815,
"tag": "USERNAME",
"value": "@_trunk"
},
{
"context": "solve(@_trunk)\n getCharging: -> Promise.resolve(@_charging)\n getBattery: -> Promise.resolve(@_battery)\n ",
"end": 18870,
"score": 0.9367396235466003,
"start": 18860,
"tag": "USERNAME",
"value": "@_charging"
},
{
"context": "lve(@_charging)\n getBattery: -> Promise.resolve(@_battery)\n getTwelveVoltBattery: -> Promise.resolve(@_t",
"end": 18916,
"score": 0.8674150109291077,
"start": 18907,
"tag": "USERNAME",
"value": "@_battery"
},
{
"context": "tery)\n getTwelveVoltBattery: -> Promise.resolve(@_twelveVoltBattery)\n getPluggedIn: -> Promise.resolve(@_pluggedIn",
"end": 18982,
"score": 0.9686254262924194,
"start": 18963,
"tag": "USERNAME",
"value": "@_twelveVoltBattery"
},
{
"context": "eVoltBattery)\n getPluggedIn: -> Promise.resolve(@_pluggedIn)\n getOdo: -> Promise.resolve(@_odo)\n getSpe",
"end": 19032,
"score": 0.9617401361465454,
"start": 19021,
"tag": "USERNAME",
"value": "@_pluggedIn"
},
{
"context": "esolve(@_pluggedIn)\n getOdo: -> Promise.resolve(@_odo)\n getSpeed: -> Promise.resolve(@_speed)\n ge",
"end": 19070,
"score": 0.8521761894226074,
"start": 19065,
"tag": "USERNAME",
"value": "@_odo"
},
{
"context": ".resolve(@_odo)\n getSpeed: -> Promise.resolve(@_speed)\n getMaximum: -> Promise.resolve(@_maximum)\n ",
"end": 19112,
"score": 0.8621662855148315,
"start": 19107,
"tag": "USERNAME",
"value": "speed"
},
{
"context": "esolve(@_speed)\n getMaximum: -> Promise.resolve(@_maximum)\n getRemainingRange: -> Promise.resolve(@_rema",
"end": 19158,
"score": 0.8832777142524719,
"start": 19149,
"tag": "USERNAME",
"value": "@_maximum"
},
{
"context": "maximum)\n getRemainingRange: -> Promise.resolve(@_remainingRange)\n getLat: -> Promise.resolve(@_lat)\n getLon",
"end": 19218,
"score": 0.8224278688430786,
"start": 19202,
"tag": "USERNAME",
"value": "@_remainingRange"
},
{
"context": "e(@_remainingRange)\n getLat: -> Promise.resolve(@_lat)\n getLon: -> Promise.resolve(@_lon)\n getSta",
"end": 19256,
"score": 0.9285925030708313,
"start": 19251,
"tag": "USERNAME",
"value": "@_lat"
},
{
"context": "mise.resolve(@_lat)\n getLon: -> Promise.resolve(@_lon)\n getStatus: -> Promise.resolve(@_status)\n ",
"end": 19294,
"score": 0.8612797260284424,
"start": 19289,
"tag": "USERNAME",
"value": "@_lon"
},
{
"context": "e.resolve(@_lon)\n getStatus: -> Promise.resolve(@_status)\n getChargingTime: -> Promise.resolve(@_chargi",
"end": 19338,
"score": 0.956366777420044,
"start": 19330,
"tag": "USERNAME",
"value": "@_status"
},
{
"context": "(@_status)\n getChargingTime: -> Promise.resolve(@_chargingTime)\n\n\n setStatus: (status, command)=>\n switc",
"end": 19394,
"score": 0.8877304196357727,
"start": 19380,
"tag": "USERNAME",
"value": "@_chargingTime"
}
] | pimatic-bluelink.coffee | bertreb/pimatic-bluelink | 1 | module.exports = (env) ->
Promise = env.require 'bluebird'
assert = env.require 'cassert'
M = env.matcher
_ = require('lodash')
fs = require('fs')
path = require('path')
#Bluelinky = require('kuvork')
Bluelinky = require('bluelinky')
class BluelinkPlugin extends env.plugins.Plugin
init: (app, @framework, @config) =>
pluginConfigDef = require './pimatic-bluelink-config-schema'
@deviceConfigDef = require("./device-config-schema")
@username = @config.username # "email@domain.com";
@password = @config.password #"a1b2c3d4";
@region = @config.region ? 'EU'
@pin = @config.pin
options =
username: @username
password: @password
region: @region
pin: @pin
@brand = @config.brand ? "kia"
if @brand is "hyundai"
#Bluelinky = require('bluelinky')
@_discoveryClass = "HyundaiDevice"
options["brand"] = "hyundai"
else
#Bluelinky = require('kuvork')
@_discoveryClass = "KiaDevice"
options["brand"] = "kia"
options["vin"] = "KNA" #for detecting the Kia or Hyandai api, brand deduction: VIN numbers of KIA are KNA/KNC/KNE
@client = null
@clientReady = false
@framework.on 'after init', ()=>
mobileFrontend = @framework.pluginManager.getPlugin 'mobile-frontend'
if mobileFrontend?
mobileFrontend.registerAssetFile 'js', "pimatic-bluelink/app/bluelink.coffee"
mobileFrontend.registerAssetFile 'html', "pimatic-bluelink/app/bluelink.jade"
mobileFrontend.registerAssetFile 'css', "pimatic-bluelink/app/bluelink.css"
@client = new Bluelinky(options)
@client.on 'ready',() =>
env.logger.debug "Plugin emit clientReady"
@clientReady = true
@emit "clientReady"
@client.on 'error',(err) =>
env.logger.debug "Bluelink login error: " + JSON.stringify(err,null,2)
@clientReady = false
@framework.deviceManager.registerDeviceClass('KiaDevice', {
configDef: @deviceConfigDef.KiaDevice,
createCallback: (config, lastState) => new KiaDevice(config, lastState, @, @client, @framework)
})
@framework.deviceManager.registerDeviceClass('HyundaiDevice', {
configDef: @deviceConfigDef.HyundaiDevice,
createCallback: (config, lastState) => new HyundaiDevice(config, lastState, @, @client, @framework)
})
@framework.ruleManager.addActionProvider(new BluelinkActionProvider(@framework))
@framework.deviceManager.on('discover', (eventData) =>
@framework.deviceManager.discoverMessage 'pimatic-bluelink', 'Searching for new devices'
if @clientReady
@client.getVehicles()
.then((vehicles) =>
for vehicle in vehicles
carConfig = vehicle.vehicleConfig
env.logger.info "CarConfig: " + JSON.stringify(carConfig,null,2)
_did = (carConfig.nickname).split(' ').join("_")
if _.find(@framework.deviceManager.devicesConfig,(d) => d.id is _did)
env.logger.info "Device '" + _did + "' already in config"
else
config =
id: _did #(carConfig.nickname).split(' ').join("_").toLowerCase()
name: carConfig.nickname
class: @_discoveryClass
vin: carConfig.vin
vehicleId: carConfig.id
type: carConfig.name
@framework.deviceManager.discoveredDevice( "Bluelink", config.name, config)
).catch((e) =>
env.logger.error 'Error in getVehicles: ' + e.message
)
)
class BluelinkDevice extends env.devices.Device
template: "bluelink"
actions:
changeActionTo:
description: "Sets the action"
params:
action:
type: "string"
attributes:
engine:
description: "Status of engine"
type: "boolean"
acronym: "engine"
labels: ["on","off"]
hidden: false
airco:
description: "Status of airco"
type: "string"
acronym: "airco"
enum: ["start","startPlus","off"]
hidden: true
door:
description: "Status of doorlock"
type: "boolean"
acronym: "door"
labels: ["locked","unlocked"]
hidden: true
charging:
description: "If vehicle is charging"
type: "boolean"
acronym: "charging"
labels: ["on","off"]
hidden: true
pluggedIn:
description: "If vehicle is pluggedIn"
type: "string"
acronym: "batteryPlugin"
chargingTime:
description: "Time left for charging"
type: "string"
acronym: "charging time"
doorFrontLeft:
description: "door fl"
type: "boolean"
acronym: "door fl"
labels: ["opened","closed"]
doorFrontRight:
description: "door fr"
type: "boolean"
acronym: "door fr"
labels: ["opened","closed"]
doorBackLeft:
description: "door bl"
type: "boolean"
acronym: "door bl"
labels: ["opened","closed"]
doorBackRight:
description: "door br"
type: "boolean"
acronym: "door br"
labels: ["opened","closed"]
hood:
description: "hood"
type: "boolean"
acronym: "hood"
labels: ["opened","closed"]
trunk:
description: "trunk"
type: "boolean"
acronym: "trunk"
labels: ["opened","closed"]
battery:
description: "The battery level"
type: "number"
unit: '%'
acronym: "battery"
remainingRange:
description: "Remaining range basing on current battery resp. fuel level"
type: "number"
acronym: "remaining"
unit: "km"
twelveVoltBattery:
description: "The 12 volt battery level"
type: "number"
unit: '%'
acronym: "12V"
odo:
description: "The car odo value"
type: "number"
unit: 'km'
acronym: "odo"
speed:
description: "Speed of the car"
type: "number"
acronym: "speed"
unit: "km/h"
maximum:
description: "Maximum range basing on current battery resp. fuel level"
type: "string"
acronym: "maximum"
lat:
description: "The cars latitude"
type: "number"
acronym: "lat"
lon:
description: "The cars longitude"
type: "number"
acronym: "lon"
status:
description: "The connection status"
type: "string"
acronym: "status"
getTemplateName: -> "bluelink"
statusCodes =
init: 0
ready: 1
getStatus: 2
getStatusError: 3
commandSend: 4
commandSuccess: 5
commanderror: 6
constructor: (config, lastState, @plugin, client, @framework) ->
@config = config
@id = @config.id
@name = @config.name
@client = @plugin.client
@pollTimePassive = @config.pollTimePassive ? 3600000 # 1 hour
@pollTimeActive = @config.pollTimeActive ? 600000 # 10 minutes
@currentPollTime = @pollTimeActive
@_defrost = @config.defrost ? false
@_windscreenHeating = @config.windscreenHeating ? false
@_temperature = @config.temperature ? 20
@_optionsVariable = @config.optionsVariable ? ""
@_engine = laststate?.engine?.value ? false
@_speed = laststate?.speed?.value ? 0
@_airco = laststate?.airco?.value ? "off"
@_door = laststate?.door?.value ? false
@_charging = laststate?.charging?.value ? false
@_chargingTime = laststate?.chargingTime?.value ? 0
@_battery = laststate?.battery?.value ? 0
@_twelveVoltBattery = laststate?.twelveVoltBattery?.value ? 0
@_pluggedIn = laststate?.pluggedIn?.value ? "unplugged"
@_odo = laststate?.odo?.value ? 0
@_maximum = laststate?.maximum?.value ? 0
@_remainingRange = laststate?.remainingRange?.value ? 0
@_doorFrontLeft = laststate?.doorFrontLeft?.value ? 0
@_doorFrontRight = laststate?.doorFrontRight?.value ? 0
@_doorBackLeft = laststate?.doorBackLeft?.value ? 0
@_doorBackRight = laststate?.doorBackRight?.value ? 0
@_hood = laststate?.hood?.value ? 0
@_trunk = laststate?.trunk?.value ? 0
@_lat = laststate?.lat?.value ? 0
@_lon = laststate?.lon?.value ? 0
@_status = statusCodes.init
@setStatus(statusCodes.init)
retries = 0
maxRetries = 20
@vehicle = null
###
@config.xAttributeOptions = [] unless @config.xAttributeOptions?
for i, _attr of @attributes
do (_attr) =>
if _attr.type is 'number'
_hideSparklineNumber =
name: i
displaySparkline: false
@config.xAttributeOptions.push _hideSparklineNumber
###
@plugin.on 'clientReady', @clientListener = () =>
unless @statusTimer?
env.logger.debug "Plugin ClientReady, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From plugin start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
else
env.logger.debug "Error: plugin start but @statusTimer alredy running!"
@framework.variableManager.waitForInit()
.then ()=>
if @plugin.clientReady and not @statusTimer?
env.logger.debug "ClientReady ready, Device starting, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From device start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
@getCarStatus = (_refresh=false) =>
if @plugin.clientReady
clearTimeout(@statusTimer) if @statusTimer?
env.logger.debug "requesting status, refresh: " + _refresh
@setStatus(statusCodes.getStatus)
@vehicle.status({refresh:_refresh})
.then (status)=>
@handleStatus(status)
return @vehicle.location()
.then (location)=>
env.logger.debug "location " + JSON.stringify(location,null,2)
@handleLocation(location)
return @vehicle.odometer()
.then (odometer) =>
env.logger.debug "odo " + JSON.stringify(odometer,null,2)
@handleOdo(odometer)
@setStatus(statusCodes.ready)
.catch (e) =>
@setStatus(statusCodes.getStatusError)
env.logger.debug "getStatus error: " + JSON.stringify(e.body,null,2)
@statusTimer = setTimeout(@getCarStatus, @currentPollTime)
env.logger.debug "Next poll in " + @currentPollTime + " ms"
else
env.logger.debug "(re)requesting status in 5 seconds, client not ready"
retries += 1
if retries < maxRetries
@statusTimer = setTimeout(@getCarStatus, 5000)
else
env.logger.debug "Max number of retries(#{maxRetries}) reached, Client not ready, stop trying"
super()
handleLocation: (location) =>
@setLocation(location.latitude, location.longitude)
@setSpeed(location.speed.value)
handleOdo: (odo) =>
@setOdo(odo.value)
handleStatus: (status) =>
env.logger.debug "Status: " + JSON.stringify(status,null,2)
if status.doorLock?
@setDoor(status.doorLock)
if status.doorOpen?
@setDoors(status)
if status.engine?
@setEngine(status.engine)
if status.airCtrlOn?
if status.airCtrlOn
@setAirco("start")
else
@setAirco("off")
if status.battery?.batSoc?
@setTwelveVoltBattery(status.battery.batSoc)
if status.evStatus?
@setEvStatus(status.evStatus)
#update polltime to active if engine is on, charging or airco is on
active = (Boolean status.engine) or (Boolean status.evStatus.batteryCharge) or (Boolean status.airCtrlOn)
env.logger.debug "Car status PollTimeActive is " + active
@setPollTime(active)
parseOptions: (_options) ->
climateOptions =
defrost: @_defrost
windscreenHeating: @_windscreenHeating
temperature: @_temperature
unit: 'C'
if _options?
try
parameters = _options.split(",")
for parameter in parameters
tokens = parameter.split(":")
_key = tokens[0].trim()
_val = tokens[1].trim()
env.logger.debug "_key: " + _key + ", _val: " + _val
switch _key
when "defrost"
climateOptions.defrost = (if _val is "false" then false else true)
when "windscreenHeating"
climateOptions.windscreenHeating = (if _val is "false" then false else true)
when "temperature"
# check if number
unless Number.isNaN(Number _val)
climateOptions.temperature = Number _val
catch err
env.logger.debug "Handled error in parseOptions " + err
return climateOptions
changeActionTo: (action) =>
_action = action
options = null
if action is "startPlus"
if @_optionsVariable isnt ""
_optionsString = @framework.variableManager.getVariableValue(@_optionsVariable)
if _optionsString?
options = _optionsString
else
return Promise.reject("optionsVariable '#{@_optionsVariable}' does not exsist")
else
return Promise.reject("No optionsVariable defined")
return @execute(_action, options)
execute: (command, options) =>
return new Promise((resolve,reject) =>
unless @vehicle? then return reject("No active vehicle")
@setStatus(statusCodes.commandSend, command)
switch command
when "start"
env.logger.debug "Start with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("start")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "startPlus"
env.logger.debug "StartPlus with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("startPlus")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "stop"
@vehicle.stop()
.then (resp)=>
#@setEngine(false)
@setAirco("off")
env.logger.debug "Stopped: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stop car: " + JSON.stringify(err,null,2)
reject()
when "lock"
@vehicle.lock()
.then (resp)=>
@setDoor(true)
env.logger.debug "Locked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error lock car: " + JSON.stringify(err,null,2)
reject()
when "unlock"
@vehicle.unlock()
.then (resp)=>
@setDoor(false)
@setPollTime(true) # set to active poll
env.logger.debug "Unlocked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error unlock car: " + JSON.stringify(err,null,2)
reject()
when "startCharge"
@vehicle.startCharge()
.then (resp)=>
@setCharge(true)
@setPollTime(true) # set to active poll
env.logger.debug "startCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error startCharge car: " + JSON.stringify(err,null,2)
reject()
when "stopCharge"
@vehicle.stopCharge()
.then (resp)=>
@setCharge(false)
env.logger.debug "stopCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stopCharge car: " + JSON.stringify(err,null,2)
reject()
when "refresh"
clearTimeout(@statusTimer) if @statusTimer?
@getCarStatus(true)
env.logger.debug "refreshing status"
@setStatus(statusCodes.commandSuccess, command)
resolve()
else
@setStatus(statusCodes.commandError, command)
env.logger.debug "Unknown command " + command
reject()
resolve()
)
getEngine: -> Promise.resolve(@_engine)
getAirco: -> Promise.resolve(@_airco)
getDoor: -> Promise.resolve(@_door)
getDoorFrontLeft: -> Promise.resolve(@_doorFrontLeft)
getDoorFrontRight: -> Promise.resolve(@_doorFrontRight)
getDoorBackLeft: -> Promise.resolve(@_doorBackLeft)
getDoorBackRight: -> Promise.resolve(@_doorBackRight)
getHood: -> Promise.resolve(@_hood)
getTrunk: -> Promise.resolve(@_trunk)
getCharging: -> Promise.resolve(@_charging)
getBattery: -> Promise.resolve(@_battery)
getTwelveVoltBattery: -> Promise.resolve(@_twelveVoltBattery)
getPluggedIn: -> Promise.resolve(@_pluggedIn)
getOdo: -> Promise.resolve(@_odo)
getSpeed: -> Promise.resolve(@_speed)
getMaximum: -> Promise.resolve(@_maximum)
getRemainingRange: -> Promise.resolve(@_remainingRange)
getLat: -> Promise.resolve(@_lat)
getLon: -> Promise.resolve(@_lon)
getStatus: -> Promise.resolve(@_status)
getChargingTime: -> Promise.resolve(@_chargingTime)
setStatus: (status, command)=>
switch status
when statusCodes.init
_status = "initializing"
when statusCodes.ready
_status = "ready"
when statusCodes.getStatus
_status = "get status"
when statusCodes.getStatusError
_status = "get status error"
when statusCodes.commandSend
_status = "execute " + command
when statusCodes.commandSuccess
_status = command + " executed"
setTimeout(=>
@setStatus(statusCodes.ready)
,3000)
when statusCodes.commandError
_status = command + " error"
else
_status = "unknown status " + status
@_status = _status
@emit 'status', _status
setPollTime: (active) =>
# true is active, false is passive
if (active and @currentPollTime == @pollTimeActive) or (!active and @currentPollTime == @pollTimePassive) then return
#env.logger.debug("Test for active " + active + ", @currentPollTime:"+@currentPollTime+", @pollTimePassive:"+@pollTimePassive+", == "+ (@currentPollTimer == @pollTimePassive))
if (active) and (@currentPollTime == @pollTimePassive)
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimeActive
env.logger.debug "Switching to active poll, with polltime of " + @pollTimeActive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimeActive)
return
if not active and @currentPollTime == @pollTimeActive
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimePassive
env.logger.debug "Switching to passive poll, with polltime of " + @pollTimePassive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimePassive)
setMaximum: (_range) =>
@_maximum = _range
@emit 'maximum', _range
setRemainingRange: (_range) =>
@_remainingRange = Number _range
@emit 'remainingRange', Number _range
setEngine: (_status) =>
@_engine = Boolean _status
@emit 'engine', Boolean _status
setSpeed: (_status) =>
@_speed = Number _status
@emit 'speed', Number _status
setDoor: (_status) =>
@_door = Boolean _status
@emit 'door', Boolean _status
setTwelveVoltBattery: (_status) =>
@_twelveVoltBattery = Number _status # Math.round (_status / 2.55 )
@emit 'twelveVoltBattery', Number _status # Math.round (_status / 2.55 )
setChargingTime: (_status) =>
@_chargingTime = _status
@emit 'chargingTime', _status
setDoors: (_status) =>
if _status.doorOpen?
@_doorFrontLeft = Boolean _status.doorOpen.frontLeft
@emit 'doorFrontLeft', Boolean _status.doorOpen.frontLeft
@_doorFrontRight = Boolean _status.doorOpen.doorFrontRight
@emit 'doorFrontRight', Boolean _status.doorOpen.doorFrontRight
@_doorBackLeft = Boolean _status.doorOpen.backLeft
@emit 'doorBackLeft', Boolean _status.doorOpen.backLeft
@_doorBackRight = Boolean _status.doorOpen.backRight
@emit 'doorBackRight', Boolean _status.doorOpen.backRight
if _status.trunkOpen?
@_trunk = Boolean _status.trunkOpen
@emit 'trunk', Boolean _status.trunkOpen
if _status.hoodOpen?
@_hood = Boolean _status.hoodOpen
@emit 'hood', Boolean _status.hoodOpen
setEvStatus: (evStatus) =>
@_battery = Number evStatus.batteryStatus
@emit 'battery', Number evStatus.batteryStatus
switch evStatus.batteryPlugin
when 0
@_pluggedIn = "unplugged"
_chargingTime = "no value"
when 1
@_pluggedIn = "DC"
_chargingTime = evStatus.remainTime2.etc1.value + "min (DC)"
when 2
#@_pluggedIn = "ACportable"
#_chargingTime = evStatus.remainTime2.etc2.value + "min (ACport)"
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
when 3
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
else
@_pluggedIn = "unknown"
_chargingTime = ""
@setChargingTime(_chargingTime)
@emit 'pluggedIn', @_pluggedIn
@_charging = Boolean evStatus.batteryCharge
@emit 'charging', Boolean evStatus.batteryCharge
#if @_charging
# @_pluggedIn = true
# @emit 'pluggedIn', (evStatus.batteryPlugin > 0)
# DC maximum
if evStatus.reservChargeInfos.targetSOClist?[0]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumDC = Number evStatus.reservChargeInfos.targetSOClist[0].dte.rangeByFuel.totalAvailableRange.value
_maximumDCperc = Number evStatus.reservChargeInfos.targetSOClist[0].targetSOClevel
if evStatus.reservChargeInfos.targetSOClist?[1]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumAC = Number evStatus.reservChargeInfos.targetSOClist[1].dte.rangeByFuel.totalAvailableRange.value
_maximumACperc = Number evStatus.reservChargeInfos.targetSOClist[1].targetSOClevel
if _maximumDC? and _maximumAC?
_maximum = _maximumDC + "km (DC@" + _maximumDCperc + "%) " + _maximumAC + "km (AC@" + _maximumACperc + "%)"
@setMaximum(_maximum)
else
@setMaximum("no value")
if evStatus.drvDistance?[0]?.rangeByFuel?.totalAvailableRange?.value?
_remainingRange = Number evStatus.drvDistance[0].rangeByFuel.totalAvailableRange.value
if _remainingRange > 0
@setRemainingRange(_remainingRange)
setAirco: (_status) =>
@_airco = _status
@emit 'airco', _status
setOdo: (_status) =>
@_odo = Number _status
@emit 'odo', Number _status
setLocation: (_lat, _lon) =>
@_lat = _lat
@_lon = _lon
@emit 'lat', _lat
@emit 'lon', _lon
setCharge: (charging) =>
@_charging = Boolean charging
@emit 'charging', Boolean charging
#if charging
# @_pluggedIn = true # if charging, must be pluggedIn
# @emit 'pluggedIn', @_pluggedIn
destroy:() =>
clearTimeout(@statusTimer) if @statusTimer?
@plugin.removeListener('clientReady', @clientListener)
super()
class BluelinkActionProvider extends env.actions.ActionProvider
constructor: (@framework) ->
parseAction: (input, context) =>
bluelinkDevice = null
@options = null
supportedCarClasses = ["KiaDevice","HyundaiDevice"]
bluelinkDevices = _(@framework.deviceManager.devices).values().filter(
(device) => device.config.class in supportedCarClasses
).value()
setCommand = (command) =>
@command = command
optionsString = (m,tokens) =>
unless tokens?
context?.addError("No variable")
return
@options = tokens
setCommand("start")
m = M(input, context)
.match('bluelink ')
.matchDevice(bluelinkDevices, (m, d) ->
# Already had a match with another device?
if bluelinkDevice? and bluelinkDevices.id isnt d.id
context?.addError(""""#{input.trim()}" is ambiguous.""")
return
bluelinkDevice = d
)
.or([
((m) =>
return m.match(' startDefault', (m) =>
setCommand('start')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' start ')
.matchVariable(optionsString)
),
((m) =>
return m.match(' startPlus', (m) =>
setCommand('startPlus')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stop', (m) =>
setCommand('stop')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' lock', (m) =>
setCommand('lock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' unlock', (m) =>
setCommand('unlock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' startCharge', (m) =>
setCommand('startCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stopCharge', (m) =>
setCommand('stopCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' refresh', (m) =>
setCommand('refresh')
match = m.getFullMatch()
)
)
])
match = m.getFullMatch()
if match? #m.hadMatch()
env.logger.debug "Rule matched: '", match, "' and passed to Action handler"
return {
token: match
nextInput: input.substring(match.length)
actionHandler: new BluelinkActionHandler(@framework, bluelinkDevice, @command, @options)
}
else
return null
class BluelinkActionHandler extends env.actions.ActionHandler
constructor: (@framework, @bluelinkDevice, @command, @options) ->
executeAction: (simulate) =>
if simulate
return __("would have cleaned \"%s\"", "")
else
if @options?
_var = @options.slice(1) if @options.indexOf('$') >= 0
_options = @framework.variableManager.getVariableValue(_var)
unless _options?
return __("\"%s\" Rule not executed, #{_var} is not a valid variable", "")
else
_options = null
@bluelinkDevice.execute(@command, _options)
.then(()=>
return __("\"%s\" Rule executed", @command)
).catch((err)=>
return __("\"%s\" Rule not executed", "")
)
class KiaDevice extends BluelinkDevice
class HyundaiDevice extends BluelinkDevice
bluelinkPlugin = new BluelinkPlugin
return bluelinkPlugin
| 119974 | module.exports = (env) ->
Promise = env.require 'bluebird'
assert = env.require 'cassert'
M = env.matcher
_ = require('lodash')
fs = require('fs')
path = require('path')
#Bluelinky = require('kuvork')
Bluelinky = require('bluelinky')
class BluelinkPlugin extends env.plugins.Plugin
init: (app, @framework, @config) =>
pluginConfigDef = require './pimatic-bluelink-config-schema'
@deviceConfigDef = require("./device-config-schema")
@username = @config.username # "<EMAIL>";
@password = @config.password #"<PASSWORD>";
@region = @config.region ? 'EU'
@pin = @config.pin
options =
username: @username
password: <PASSWORD>
region: @region
pin: @pin
@brand = @config.brand ? "kia"
if @brand is "hyundai"
#Bluelinky = require('bluelinky')
@_discoveryClass = "HyundaiDevice"
options["brand"] = "hyundai"
else
#Bluelinky = require('kuvork')
@_discoveryClass = "KiaDevice"
options["brand"] = "kia"
options["vin"] = "KNA" #for detecting the Kia or Hyandai api, brand deduction: VIN numbers of KIA are KNA/KNC/KNE
@client = null
@clientReady = false
@framework.on 'after init', ()=>
mobileFrontend = @framework.pluginManager.getPlugin 'mobile-frontend'
if mobileFrontend?
mobileFrontend.registerAssetFile 'js', "pimatic-bluelink/app/bluelink.coffee"
mobileFrontend.registerAssetFile 'html', "pimatic-bluelink/app/bluelink.jade"
mobileFrontend.registerAssetFile 'css', "pimatic-bluelink/app/bluelink.css"
@client = new Bluelinky(options)
@client.on 'ready',() =>
env.logger.debug "Plugin emit clientReady"
@clientReady = true
@emit "clientReady"
@client.on 'error',(err) =>
env.logger.debug "Bluelink login error: " + JSON.stringify(err,null,2)
@clientReady = false
@framework.deviceManager.registerDeviceClass('KiaDevice', {
configDef: @deviceConfigDef.KiaDevice,
createCallback: (config, lastState) => new KiaDevice(config, lastState, @, @client, @framework)
})
@framework.deviceManager.registerDeviceClass('HyundaiDevice', {
configDef: @deviceConfigDef.HyundaiDevice,
createCallback: (config, lastState) => new HyundaiDevice(config, lastState, @, @client, @framework)
})
@framework.ruleManager.addActionProvider(new BluelinkActionProvider(@framework))
@framework.deviceManager.on('discover', (eventData) =>
@framework.deviceManager.discoverMessage 'pimatic-bluelink', 'Searching for new devices'
if @clientReady
@client.getVehicles()
.then((vehicles) =>
for vehicle in vehicles
carConfig = vehicle.vehicleConfig
env.logger.info "CarConfig: " + JSON.stringify(carConfig,null,2)
_did = (carConfig.nickname).split(' ').join("_")
if _.find(@framework.deviceManager.devicesConfig,(d) => d.id is _did)
env.logger.info "Device '" + _did + "' already in config"
else
config =
id: _did #(carConfig.nickname).split(' ').join("_").toLowerCase()
name: carConfig.nickname
class: @_discoveryClass
vin: carConfig.vin
vehicleId: carConfig.id
type: carConfig.name
@framework.deviceManager.discoveredDevice( "Bluelink", config.name, config)
).catch((e) =>
env.logger.error 'Error in getVehicles: ' + e.message
)
)
class BluelinkDevice extends env.devices.Device
template: "bluelink"
actions:
changeActionTo:
description: "Sets the action"
params:
action:
type: "string"
attributes:
engine:
description: "Status of engine"
type: "boolean"
acronym: "engine"
labels: ["on","off"]
hidden: false
airco:
description: "Status of airco"
type: "string"
acronym: "airco"
enum: ["start","startPlus","off"]
hidden: true
door:
description: "Status of doorlock"
type: "boolean"
acronym: "door"
labels: ["locked","unlocked"]
hidden: true
charging:
description: "If vehicle is charging"
type: "boolean"
acronym: "charging"
labels: ["on","off"]
hidden: true
pluggedIn:
description: "If vehicle is pluggedIn"
type: "string"
acronym: "batteryPlugin"
chargingTime:
description: "Time left for charging"
type: "string"
acronym: "charging time"
doorFrontLeft:
description: "door fl"
type: "boolean"
acronym: "door fl"
labels: ["opened","closed"]
doorFrontRight:
description: "door fr"
type: "boolean"
acronym: "door fr"
labels: ["opened","closed"]
doorBackLeft:
description: "door bl"
type: "boolean"
acronym: "door bl"
labels: ["opened","closed"]
doorBackRight:
description: "door br"
type: "boolean"
acronym: "door br"
labels: ["opened","closed"]
hood:
description: "hood"
type: "boolean"
acronym: "hood"
labels: ["opened","closed"]
trunk:
description: "trunk"
type: "boolean"
acronym: "trunk"
labels: ["opened","closed"]
battery:
description: "The battery level"
type: "number"
unit: '%'
acronym: "battery"
remainingRange:
description: "Remaining range basing on current battery resp. fuel level"
type: "number"
acronym: "remaining"
unit: "km"
twelveVoltBattery:
description: "The 12 volt battery level"
type: "number"
unit: '%'
acronym: "12V"
odo:
description: "The car odo value"
type: "number"
unit: 'km'
acronym: "odo"
speed:
description: "Speed of the car"
type: "number"
acronym: "speed"
unit: "km/h"
maximum:
description: "Maximum range basing on current battery resp. fuel level"
type: "string"
acronym: "maximum"
lat:
description: "The cars latitude"
type: "number"
acronym: "lat"
lon:
description: "The cars longitude"
type: "number"
acronym: "lon"
status:
description: "The connection status"
type: "string"
acronym: "status"
getTemplateName: -> "bluelink"
statusCodes =
init: 0
ready: 1
getStatus: 2
getStatusError: 3
commandSend: 4
commandSuccess: 5
commanderror: 6
constructor: (config, lastState, @plugin, client, @framework) ->
@config = config
@id = @config.id
@name = @config.name
@client = @plugin.client
@pollTimePassive = @config.pollTimePassive ? 3600000 # 1 hour
@pollTimeActive = @config.pollTimeActive ? 600000 # 10 minutes
@currentPollTime = @pollTimeActive
@_defrost = @config.defrost ? false
@_windscreenHeating = @config.windscreenHeating ? false
@_temperature = @config.temperature ? 20
@_optionsVariable = @config.optionsVariable ? ""
@_engine = laststate?.engine?.value ? false
@_speed = laststate?.speed?.value ? 0
@_airco = laststate?.airco?.value ? "off"
@_door = laststate?.door?.value ? false
@_charging = laststate?.charging?.value ? false
@_chargingTime = laststate?.chargingTime?.value ? 0
@_battery = laststate?.battery?.value ? 0
@_twelveVoltBattery = laststate?.twelveVoltBattery?.value ? 0
@_pluggedIn = laststate?.pluggedIn?.value ? "unplugged"
@_odo = laststate?.odo?.value ? 0
@_maximum = laststate?.maximum?.value ? 0
@_remainingRange = laststate?.remainingRange?.value ? 0
@_doorFrontLeft = laststate?.doorFrontLeft?.value ? 0
@_doorFrontRight = laststate?.doorFrontRight?.value ? 0
@_doorBackLeft = laststate?.doorBackLeft?.value ? 0
@_doorBackRight = laststate?.doorBackRight?.value ? 0
@_hood = laststate?.hood?.value ? 0
@_trunk = laststate?.trunk?.value ? 0
@_lat = laststate?.lat?.value ? 0
@_lon = laststate?.lon?.value ? 0
@_status = statusCodes.init
@setStatus(statusCodes.init)
retries = 0
maxRetries = 20
@vehicle = null
###
@config.xAttributeOptions = [] unless @config.xAttributeOptions?
for i, _attr of @attributes
do (_attr) =>
if _attr.type is 'number'
_hideSparklineNumber =
name: i
displaySparkline: false
@config.xAttributeOptions.push _hideSparklineNumber
###
@plugin.on 'clientReady', @clientListener = () =>
unless @statusTimer?
env.logger.debug "Plugin ClientReady, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From plugin start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
else
env.logger.debug "Error: plugin start but @statusTimer alredy running!"
@framework.variableManager.waitForInit()
.then ()=>
if @plugin.clientReady and not @statusTimer?
env.logger.debug "ClientReady ready, Device starting, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From device start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
@getCarStatus = (_refresh=false) =>
if @plugin.clientReady
clearTimeout(@statusTimer) if @statusTimer?
env.logger.debug "requesting status, refresh: " + _refresh
@setStatus(statusCodes.getStatus)
@vehicle.status({refresh:_refresh})
.then (status)=>
@handleStatus(status)
return @vehicle.location()
.then (location)=>
env.logger.debug "location " + JSON.stringify(location,null,2)
@handleLocation(location)
return @vehicle.odometer()
.then (odometer) =>
env.logger.debug "odo " + JSON.stringify(odometer,null,2)
@handleOdo(odometer)
@setStatus(statusCodes.ready)
.catch (e) =>
@setStatus(statusCodes.getStatusError)
env.logger.debug "getStatus error: " + JSON.stringify(e.body,null,2)
@statusTimer = setTimeout(@getCarStatus, @currentPollTime)
env.logger.debug "Next poll in " + @currentPollTime + " ms"
else
env.logger.debug "(re)requesting status in 5 seconds, client not ready"
retries += 1
if retries < maxRetries
@statusTimer = setTimeout(@getCarStatus, 5000)
else
env.logger.debug "Max number of retries(#{maxRetries}) reached, Client not ready, stop trying"
super()
handleLocation: (location) =>
@setLocation(location.latitude, location.longitude)
@setSpeed(location.speed.value)
handleOdo: (odo) =>
@setOdo(odo.value)
handleStatus: (status) =>
env.logger.debug "Status: " + JSON.stringify(status,null,2)
if status.doorLock?
@setDoor(status.doorLock)
if status.doorOpen?
@setDoors(status)
if status.engine?
@setEngine(status.engine)
if status.airCtrlOn?
if status.airCtrlOn
@setAirco("start")
else
@setAirco("off")
if status.battery?.batSoc?
@setTwelveVoltBattery(status.battery.batSoc)
if status.evStatus?
@setEvStatus(status.evStatus)
#update polltime to active if engine is on, charging or airco is on
active = (Boolean status.engine) or (Boolean status.evStatus.batteryCharge) or (Boolean status.airCtrlOn)
env.logger.debug "Car status PollTimeActive is " + active
@setPollTime(active)
parseOptions: (_options) ->
climateOptions =
defrost: @_defrost
windscreenHeating: @_windscreenHeating
temperature: @_temperature
unit: 'C'
if _options?
try
parameters = _options.split(",")
for parameter in parameters
tokens = parameter.split(":")
_key = tokens[0].trim()
_val = tokens[1].trim()
env.logger.debug "_key: " + _key + ", _val: " + _val
switch _key
when "defrost"
climateOptions.defrost = (if _val is "false" then false else true)
when "windscreenHeating"
climateOptions.windscreenHeating = (if _val is "false" then false else true)
when "temperature"
# check if number
unless Number.isNaN(Number _val)
climateOptions.temperature = Number _val
catch err
env.logger.debug "Handled error in parseOptions " + err
return climateOptions
changeActionTo: (action) =>
_action = action
options = null
if action is "startPlus"
if @_optionsVariable isnt ""
_optionsString = @framework.variableManager.getVariableValue(@_optionsVariable)
if _optionsString?
options = _optionsString
else
return Promise.reject("optionsVariable '#{@_optionsVariable}' does not exsist")
else
return Promise.reject("No optionsVariable defined")
return @execute(_action, options)
execute: (command, options) =>
return new Promise((resolve,reject) =>
unless @vehicle? then return reject("No active vehicle")
@setStatus(statusCodes.commandSend, command)
switch command
when "start"
env.logger.debug "Start with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("start")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "startPlus"
env.logger.debug "StartPlus with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("startPlus")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "stop"
@vehicle.stop()
.then (resp)=>
#@setEngine(false)
@setAirco("off")
env.logger.debug "Stopped: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stop car: " + JSON.stringify(err,null,2)
reject()
when "lock"
@vehicle.lock()
.then (resp)=>
@setDoor(true)
env.logger.debug "Locked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error lock car: " + JSON.stringify(err,null,2)
reject()
when "unlock"
@vehicle.unlock()
.then (resp)=>
@setDoor(false)
@setPollTime(true) # set to active poll
env.logger.debug "Unlocked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error unlock car: " + JSON.stringify(err,null,2)
reject()
when "startCharge"
@vehicle.startCharge()
.then (resp)=>
@setCharge(true)
@setPollTime(true) # set to active poll
env.logger.debug "startCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error startCharge car: " + JSON.stringify(err,null,2)
reject()
when "stopCharge"
@vehicle.stopCharge()
.then (resp)=>
@setCharge(false)
env.logger.debug "stopCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stopCharge car: " + JSON.stringify(err,null,2)
reject()
when "refresh"
clearTimeout(@statusTimer) if @statusTimer?
@getCarStatus(true)
env.logger.debug "refreshing status"
@setStatus(statusCodes.commandSuccess, command)
resolve()
else
@setStatus(statusCodes.commandError, command)
env.logger.debug "Unknown command " + command
reject()
resolve()
)
getEngine: -> Promise.resolve(@_engine)
getAirco: -> Promise.resolve(@_airco)
getDoor: -> Promise.resolve(@_door)
getDoorFrontLeft: -> Promise.resolve(@_doorFrontLeft)
getDoorFrontRight: -> Promise.resolve(@_doorFrontRight)
getDoorBackLeft: -> Promise.resolve(@_doorBackLeft)
getDoorBackRight: -> Promise.resolve(@_doorBackRight)
getHood: -> Promise.resolve(@_hood)
getTrunk: -> Promise.resolve(@_trunk)
getCharging: -> Promise.resolve(@_charging)
getBattery: -> Promise.resolve(@_battery)
getTwelveVoltBattery: -> Promise.resolve(@_twelveVoltBattery)
getPluggedIn: -> Promise.resolve(@_pluggedIn)
getOdo: -> Promise.resolve(@_odo)
getSpeed: -> Promise.resolve(@_speed)
getMaximum: -> Promise.resolve(@_maximum)
getRemainingRange: -> Promise.resolve(@_remainingRange)
getLat: -> Promise.resolve(@_lat)
getLon: -> Promise.resolve(@_lon)
getStatus: -> Promise.resolve(@_status)
getChargingTime: -> Promise.resolve(@_chargingTime)
setStatus: (status, command)=>
switch status
when statusCodes.init
_status = "initializing"
when statusCodes.ready
_status = "ready"
when statusCodes.getStatus
_status = "get status"
when statusCodes.getStatusError
_status = "get status error"
when statusCodes.commandSend
_status = "execute " + command
when statusCodes.commandSuccess
_status = command + " executed"
setTimeout(=>
@setStatus(statusCodes.ready)
,3000)
when statusCodes.commandError
_status = command + " error"
else
_status = "unknown status " + status
@_status = _status
@emit 'status', _status
setPollTime: (active) =>
# true is active, false is passive
if (active and @currentPollTime == @pollTimeActive) or (!active and @currentPollTime == @pollTimePassive) then return
#env.logger.debug("Test for active " + active + ", @currentPollTime:"+@currentPollTime+", @pollTimePassive:"+@pollTimePassive+", == "+ (@currentPollTimer == @pollTimePassive))
if (active) and (@currentPollTime == @pollTimePassive)
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimeActive
env.logger.debug "Switching to active poll, with polltime of " + @pollTimeActive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimeActive)
return
if not active and @currentPollTime == @pollTimeActive
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimePassive
env.logger.debug "Switching to passive poll, with polltime of " + @pollTimePassive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimePassive)
setMaximum: (_range) =>
@_maximum = _range
@emit 'maximum', _range
setRemainingRange: (_range) =>
@_remainingRange = Number _range
@emit 'remainingRange', Number _range
setEngine: (_status) =>
@_engine = Boolean _status
@emit 'engine', Boolean _status
setSpeed: (_status) =>
@_speed = Number _status
@emit 'speed', Number _status
setDoor: (_status) =>
@_door = Boolean _status
@emit 'door', Boolean _status
setTwelveVoltBattery: (_status) =>
@_twelveVoltBattery = Number _status # Math.round (_status / 2.55 )
@emit 'twelveVoltBattery', Number _status # Math.round (_status / 2.55 )
setChargingTime: (_status) =>
@_chargingTime = _status
@emit 'chargingTime', _status
setDoors: (_status) =>
if _status.doorOpen?
@_doorFrontLeft = Boolean _status.doorOpen.frontLeft
@emit 'doorFrontLeft', Boolean _status.doorOpen.frontLeft
@_doorFrontRight = Boolean _status.doorOpen.doorFrontRight
@emit 'doorFrontRight', Boolean _status.doorOpen.doorFrontRight
@_doorBackLeft = Boolean _status.doorOpen.backLeft
@emit 'doorBackLeft', Boolean _status.doorOpen.backLeft
@_doorBackRight = Boolean _status.doorOpen.backRight
@emit 'doorBackRight', Boolean _status.doorOpen.backRight
if _status.trunkOpen?
@_trunk = Boolean _status.trunkOpen
@emit 'trunk', Boolean _status.trunkOpen
if _status.hoodOpen?
@_hood = Boolean _status.hoodOpen
@emit 'hood', Boolean _status.hoodOpen
setEvStatus: (evStatus) =>
@_battery = Number evStatus.batteryStatus
@emit 'battery', Number evStatus.batteryStatus
switch evStatus.batteryPlugin
when 0
@_pluggedIn = "unplugged"
_chargingTime = "no value"
when 1
@_pluggedIn = "DC"
_chargingTime = evStatus.remainTime2.etc1.value + "min (DC)"
when 2
#@_pluggedIn = "ACportable"
#_chargingTime = evStatus.remainTime2.etc2.value + "min (ACport)"
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
when 3
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
else
@_pluggedIn = "unknown"
_chargingTime = ""
@setChargingTime(_chargingTime)
@emit 'pluggedIn', @_pluggedIn
@_charging = Boolean evStatus.batteryCharge
@emit 'charging', Boolean evStatus.batteryCharge
#if @_charging
# @_pluggedIn = true
# @emit 'pluggedIn', (evStatus.batteryPlugin > 0)
# DC maximum
if evStatus.reservChargeInfos.targetSOClist?[0]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumDC = Number evStatus.reservChargeInfos.targetSOClist[0].dte.rangeByFuel.totalAvailableRange.value
_maximumDCperc = Number evStatus.reservChargeInfos.targetSOClist[0].targetSOClevel
if evStatus.reservChargeInfos.targetSOClist?[1]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumAC = Number evStatus.reservChargeInfos.targetSOClist[1].dte.rangeByFuel.totalAvailableRange.value
_maximumACperc = Number evStatus.reservChargeInfos.targetSOClist[1].targetSOClevel
if _maximumDC? and _maximumAC?
_maximum = _maximumDC + "km (DC@" + _maximumDCperc + "%) " + _maximumAC + "km (AC@" + _maximumACperc + "%)"
@setMaximum(_maximum)
else
@setMaximum("no value")
if evStatus.drvDistance?[0]?.rangeByFuel?.totalAvailableRange?.value?
_remainingRange = Number evStatus.drvDistance[0].rangeByFuel.totalAvailableRange.value
if _remainingRange > 0
@setRemainingRange(_remainingRange)
setAirco: (_status) =>
@_airco = _status
@emit 'airco', _status
setOdo: (_status) =>
@_odo = Number _status
@emit 'odo', Number _status
setLocation: (_lat, _lon) =>
@_lat = _lat
@_lon = _lon
@emit 'lat', _lat
@emit 'lon', _lon
setCharge: (charging) =>
@_charging = Boolean charging
@emit 'charging', Boolean charging
#if charging
# @_pluggedIn = true # if charging, must be pluggedIn
# @emit 'pluggedIn', @_pluggedIn
destroy:() =>
clearTimeout(@statusTimer) if @statusTimer?
@plugin.removeListener('clientReady', @clientListener)
super()
class BluelinkActionProvider extends env.actions.ActionProvider
constructor: (@framework) ->
parseAction: (input, context) =>
bluelinkDevice = null
@options = null
supportedCarClasses = ["KiaDevice","HyundaiDevice"]
bluelinkDevices = _(@framework.deviceManager.devices).values().filter(
(device) => device.config.class in supportedCarClasses
).value()
setCommand = (command) =>
@command = command
optionsString = (m,tokens) =>
unless tokens?
context?.addError("No variable")
return
@options = tokens
setCommand("start")
m = M(input, context)
.match('bluelink ')
.matchDevice(bluelinkDevices, (m, d) ->
# Already had a match with another device?
if bluelinkDevice? and bluelinkDevices.id isnt d.id
context?.addError(""""#{input.trim()}" is ambiguous.""")
return
bluelinkDevice = d
)
.or([
((m) =>
return m.match(' startDefault', (m) =>
setCommand('start')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' start ')
.matchVariable(optionsString)
),
((m) =>
return m.match(' startPlus', (m) =>
setCommand('startPlus')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stop', (m) =>
setCommand('stop')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' lock', (m) =>
setCommand('lock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' unlock', (m) =>
setCommand('unlock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' startCharge', (m) =>
setCommand('startCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stopCharge', (m) =>
setCommand('stopCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' refresh', (m) =>
setCommand('refresh')
match = m.getFullMatch()
)
)
])
match = m.getFullMatch()
if match? #m.hadMatch()
env.logger.debug "Rule matched: '", match, "' and passed to Action handler"
return {
token: match
nextInput: input.substring(match.length)
actionHandler: new BluelinkActionHandler(@framework, bluelinkDevice, @command, @options)
}
else
return null
class BluelinkActionHandler extends env.actions.ActionHandler
constructor: (@framework, @bluelinkDevice, @command, @options) ->
executeAction: (simulate) =>
if simulate
return __("would have cleaned \"%s\"", "")
else
if @options?
_var = @options.slice(1) if @options.indexOf('$') >= 0
_options = @framework.variableManager.getVariableValue(_var)
unless _options?
return __("\"%s\" Rule not executed, #{_var} is not a valid variable", "")
else
_options = null
@bluelinkDevice.execute(@command, _options)
.then(()=>
return __("\"%s\" Rule executed", @command)
).catch((err)=>
return __("\"%s\" Rule not executed", "")
)
class KiaDevice extends BluelinkDevice
class HyundaiDevice extends BluelinkDevice
bluelinkPlugin = new BluelinkPlugin
return bluelinkPlugin
| true | module.exports = (env) ->
Promise = env.require 'bluebird'
assert = env.require 'cassert'
M = env.matcher
_ = require('lodash')
fs = require('fs')
path = require('path')
#Bluelinky = require('kuvork')
Bluelinky = require('bluelinky')
class BluelinkPlugin extends env.plugins.Plugin
init: (app, @framework, @config) =>
pluginConfigDef = require './pimatic-bluelink-config-schema'
@deviceConfigDef = require("./device-config-schema")
@username = @config.username # "PI:EMAIL:<EMAIL>END_PI";
@password = @config.password #"PI:PASSWORD:<PASSWORD>END_PI";
@region = @config.region ? 'EU'
@pin = @config.pin
options =
username: @username
password: PI:PASSWORD:<PASSWORD>END_PI
region: @region
pin: @pin
@brand = @config.brand ? "kia"
if @brand is "hyundai"
#Bluelinky = require('bluelinky')
@_discoveryClass = "HyundaiDevice"
options["brand"] = "hyundai"
else
#Bluelinky = require('kuvork')
@_discoveryClass = "KiaDevice"
options["brand"] = "kia"
options["vin"] = "KNA" #for detecting the Kia or Hyandai api, brand deduction: VIN numbers of KIA are KNA/KNC/KNE
@client = null
@clientReady = false
@framework.on 'after init', ()=>
mobileFrontend = @framework.pluginManager.getPlugin 'mobile-frontend'
if mobileFrontend?
mobileFrontend.registerAssetFile 'js', "pimatic-bluelink/app/bluelink.coffee"
mobileFrontend.registerAssetFile 'html', "pimatic-bluelink/app/bluelink.jade"
mobileFrontend.registerAssetFile 'css', "pimatic-bluelink/app/bluelink.css"
@client = new Bluelinky(options)
@client.on 'ready',() =>
env.logger.debug "Plugin emit clientReady"
@clientReady = true
@emit "clientReady"
@client.on 'error',(err) =>
env.logger.debug "Bluelink login error: " + JSON.stringify(err,null,2)
@clientReady = false
@framework.deviceManager.registerDeviceClass('KiaDevice', {
configDef: @deviceConfigDef.KiaDevice,
createCallback: (config, lastState) => new KiaDevice(config, lastState, @, @client, @framework)
})
@framework.deviceManager.registerDeviceClass('HyundaiDevice', {
configDef: @deviceConfigDef.HyundaiDevice,
createCallback: (config, lastState) => new HyundaiDevice(config, lastState, @, @client, @framework)
})
@framework.ruleManager.addActionProvider(new BluelinkActionProvider(@framework))
@framework.deviceManager.on('discover', (eventData) =>
@framework.deviceManager.discoverMessage 'pimatic-bluelink', 'Searching for new devices'
if @clientReady
@client.getVehicles()
.then((vehicles) =>
for vehicle in vehicles
carConfig = vehicle.vehicleConfig
env.logger.info "CarConfig: " + JSON.stringify(carConfig,null,2)
_did = (carConfig.nickname).split(' ').join("_")
if _.find(@framework.deviceManager.devicesConfig,(d) => d.id is _did)
env.logger.info "Device '" + _did + "' already in config"
else
config =
id: _did #(carConfig.nickname).split(' ').join("_").toLowerCase()
name: carConfig.nickname
class: @_discoveryClass
vin: carConfig.vin
vehicleId: carConfig.id
type: carConfig.name
@framework.deviceManager.discoveredDevice( "Bluelink", config.name, config)
).catch((e) =>
env.logger.error 'Error in getVehicles: ' + e.message
)
)
class BluelinkDevice extends env.devices.Device
template: "bluelink"
actions:
changeActionTo:
description: "Sets the action"
params:
action:
type: "string"
attributes:
engine:
description: "Status of engine"
type: "boolean"
acronym: "engine"
labels: ["on","off"]
hidden: false
airco:
description: "Status of airco"
type: "string"
acronym: "airco"
enum: ["start","startPlus","off"]
hidden: true
door:
description: "Status of doorlock"
type: "boolean"
acronym: "door"
labels: ["locked","unlocked"]
hidden: true
charging:
description: "If vehicle is charging"
type: "boolean"
acronym: "charging"
labels: ["on","off"]
hidden: true
pluggedIn:
description: "If vehicle is pluggedIn"
type: "string"
acronym: "batteryPlugin"
chargingTime:
description: "Time left for charging"
type: "string"
acronym: "charging time"
doorFrontLeft:
description: "door fl"
type: "boolean"
acronym: "door fl"
labels: ["opened","closed"]
doorFrontRight:
description: "door fr"
type: "boolean"
acronym: "door fr"
labels: ["opened","closed"]
doorBackLeft:
description: "door bl"
type: "boolean"
acronym: "door bl"
labels: ["opened","closed"]
doorBackRight:
description: "door br"
type: "boolean"
acronym: "door br"
labels: ["opened","closed"]
hood:
description: "hood"
type: "boolean"
acronym: "hood"
labels: ["opened","closed"]
trunk:
description: "trunk"
type: "boolean"
acronym: "trunk"
labels: ["opened","closed"]
battery:
description: "The battery level"
type: "number"
unit: '%'
acronym: "battery"
remainingRange:
description: "Remaining range basing on current battery resp. fuel level"
type: "number"
acronym: "remaining"
unit: "km"
twelveVoltBattery:
description: "The 12 volt battery level"
type: "number"
unit: '%'
acronym: "12V"
odo:
description: "The car odo value"
type: "number"
unit: 'km'
acronym: "odo"
speed:
description: "Speed of the car"
type: "number"
acronym: "speed"
unit: "km/h"
maximum:
description: "Maximum range basing on current battery resp. fuel level"
type: "string"
acronym: "maximum"
lat:
description: "The cars latitude"
type: "number"
acronym: "lat"
lon:
description: "The cars longitude"
type: "number"
acronym: "lon"
status:
description: "The connection status"
type: "string"
acronym: "status"
getTemplateName: -> "bluelink"
statusCodes =
init: 0
ready: 1
getStatus: 2
getStatusError: 3
commandSend: 4
commandSuccess: 5
commanderror: 6
constructor: (config, lastState, @plugin, client, @framework) ->
@config = config
@id = @config.id
@name = @config.name
@client = @plugin.client
@pollTimePassive = @config.pollTimePassive ? 3600000 # 1 hour
@pollTimeActive = @config.pollTimeActive ? 600000 # 10 minutes
@currentPollTime = @pollTimeActive
@_defrost = @config.defrost ? false
@_windscreenHeating = @config.windscreenHeating ? false
@_temperature = @config.temperature ? 20
@_optionsVariable = @config.optionsVariable ? ""
@_engine = laststate?.engine?.value ? false
@_speed = laststate?.speed?.value ? 0
@_airco = laststate?.airco?.value ? "off"
@_door = laststate?.door?.value ? false
@_charging = laststate?.charging?.value ? false
@_chargingTime = laststate?.chargingTime?.value ? 0
@_battery = laststate?.battery?.value ? 0
@_twelveVoltBattery = laststate?.twelveVoltBattery?.value ? 0
@_pluggedIn = laststate?.pluggedIn?.value ? "unplugged"
@_odo = laststate?.odo?.value ? 0
@_maximum = laststate?.maximum?.value ? 0
@_remainingRange = laststate?.remainingRange?.value ? 0
@_doorFrontLeft = laststate?.doorFrontLeft?.value ? 0
@_doorFrontRight = laststate?.doorFrontRight?.value ? 0
@_doorBackLeft = laststate?.doorBackLeft?.value ? 0
@_doorBackRight = laststate?.doorBackRight?.value ? 0
@_hood = laststate?.hood?.value ? 0
@_trunk = laststate?.trunk?.value ? 0
@_lat = laststate?.lat?.value ? 0
@_lon = laststate?.lon?.value ? 0
@_status = statusCodes.init
@setStatus(statusCodes.init)
retries = 0
maxRetries = 20
@vehicle = null
###
@config.xAttributeOptions = [] unless @config.xAttributeOptions?
for i, _attr of @attributes
do (_attr) =>
if _attr.type is 'number'
_hideSparklineNumber =
name: i
displaySparkline: false
@config.xAttributeOptions.push _hideSparklineNumber
###
@plugin.on 'clientReady', @clientListener = () =>
unless @statusTimer?
env.logger.debug "Plugin ClientReady, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From plugin start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
else
env.logger.debug "Error: plugin start but @statusTimer alredy running!"
@framework.variableManager.waitForInit()
.then ()=>
if @plugin.clientReady and not @statusTimer?
env.logger.debug "ClientReady ready, Device starting, requesting vehicle"
@vehicle = @plugin.client.getVehicle(@config.vin)
env.logger.debug "From device start - starting status update cyle"
@setStatus(statusCodes.ready)
@getCarStatus(true) # actual car status on start
@getCarStatus = (_refresh=false) =>
if @plugin.clientReady
clearTimeout(@statusTimer) if @statusTimer?
env.logger.debug "requesting status, refresh: " + _refresh
@setStatus(statusCodes.getStatus)
@vehicle.status({refresh:_refresh})
.then (status)=>
@handleStatus(status)
return @vehicle.location()
.then (location)=>
env.logger.debug "location " + JSON.stringify(location,null,2)
@handleLocation(location)
return @vehicle.odometer()
.then (odometer) =>
env.logger.debug "odo " + JSON.stringify(odometer,null,2)
@handleOdo(odometer)
@setStatus(statusCodes.ready)
.catch (e) =>
@setStatus(statusCodes.getStatusError)
env.logger.debug "getStatus error: " + JSON.stringify(e.body,null,2)
@statusTimer = setTimeout(@getCarStatus, @currentPollTime)
env.logger.debug "Next poll in " + @currentPollTime + " ms"
else
env.logger.debug "(re)requesting status in 5 seconds, client not ready"
retries += 1
if retries < maxRetries
@statusTimer = setTimeout(@getCarStatus, 5000)
else
env.logger.debug "Max number of retries(#{maxRetries}) reached, Client not ready, stop trying"
super()
handleLocation: (location) =>
@setLocation(location.latitude, location.longitude)
@setSpeed(location.speed.value)
handleOdo: (odo) =>
@setOdo(odo.value)
handleStatus: (status) =>
env.logger.debug "Status: " + JSON.stringify(status,null,2)
if status.doorLock?
@setDoor(status.doorLock)
if status.doorOpen?
@setDoors(status)
if status.engine?
@setEngine(status.engine)
if status.airCtrlOn?
if status.airCtrlOn
@setAirco("start")
else
@setAirco("off")
if status.battery?.batSoc?
@setTwelveVoltBattery(status.battery.batSoc)
if status.evStatus?
@setEvStatus(status.evStatus)
#update polltime to active if engine is on, charging or airco is on
active = (Boolean status.engine) or (Boolean status.evStatus.batteryCharge) or (Boolean status.airCtrlOn)
env.logger.debug "Car status PollTimeActive is " + active
@setPollTime(active)
parseOptions: (_options) ->
climateOptions =
defrost: @_defrost
windscreenHeating: @_windscreenHeating
temperature: @_temperature
unit: 'C'
if _options?
try
parameters = _options.split(",")
for parameter in parameters
tokens = parameter.split(":")
_key = tokens[0].trim()
_val = tokens[1].trim()
env.logger.debug "_key: " + _key + ", _val: " + _val
switch _key
when "defrost"
climateOptions.defrost = (if _val is "false" then false else true)
when "windscreenHeating"
climateOptions.windscreenHeating = (if _val is "false" then false else true)
when "temperature"
# check if number
unless Number.isNaN(Number _val)
climateOptions.temperature = Number _val
catch err
env.logger.debug "Handled error in parseOptions " + err
return climateOptions
changeActionTo: (action) =>
_action = action
options = null
if action is "startPlus"
if @_optionsVariable isnt ""
_optionsString = @framework.variableManager.getVariableValue(@_optionsVariable)
if _optionsString?
options = _optionsString
else
return Promise.reject("optionsVariable '#{@_optionsVariable}' does not exsist")
else
return Promise.reject("No optionsVariable defined")
return @execute(_action, options)
execute: (command, options) =>
return new Promise((resolve,reject) =>
unless @vehicle? then return reject("No active vehicle")
@setStatus(statusCodes.commandSend, command)
switch command
when "start"
env.logger.debug "Start with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("start")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "startPlus"
env.logger.debug "StartPlus with options: " + JSON.stringify(@parseOptions(options),null,2)
@vehicle.start(@parseOptions(options))
.then (resp)=>
env.logger.debug "Started: " + JSON.stringify(resp,null,2)
#@setEngine(true)
@setAirco("startPlus")
@setPollTime(true) # set to active poll
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error start car: " + JSON.stringify(err,null,2)
reject()
when "stop"
@vehicle.stop()
.then (resp)=>
#@setEngine(false)
@setAirco("off")
env.logger.debug "Stopped: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stop car: " + JSON.stringify(err,null,2)
reject()
when "lock"
@vehicle.lock()
.then (resp)=>
@setDoor(true)
env.logger.debug "Locked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error lock car: " + JSON.stringify(err,null,2)
reject()
when "unlock"
@vehicle.unlock()
.then (resp)=>
@setDoor(false)
@setPollTime(true) # set to active poll
env.logger.debug "Unlocked: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error unlock car: " + JSON.stringify(err,null,2)
reject()
when "startCharge"
@vehicle.startCharge()
.then (resp)=>
@setCharge(true)
@setPollTime(true) # set to active poll
env.logger.debug "startCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error startCharge car: " + JSON.stringify(err,null,2)
reject()
when "stopCharge"
@vehicle.stopCharge()
.then (resp)=>
@setCharge(false)
env.logger.debug "stopCharge: " + JSON.stringify(resp,null,2)
@setStatus(statusCodes.commandSuccess, command)
resolve()
.catch (err) =>
@setStatus(statusCodes.commandError, command)
env.logger.debug "Error stopCharge car: " + JSON.stringify(err,null,2)
reject()
when "refresh"
clearTimeout(@statusTimer) if @statusTimer?
@getCarStatus(true)
env.logger.debug "refreshing status"
@setStatus(statusCodes.commandSuccess, command)
resolve()
else
@setStatus(statusCodes.commandError, command)
env.logger.debug "Unknown command " + command
reject()
resolve()
)
getEngine: -> Promise.resolve(@_engine)
getAirco: -> Promise.resolve(@_airco)
getDoor: -> Promise.resolve(@_door)
getDoorFrontLeft: -> Promise.resolve(@_doorFrontLeft)
getDoorFrontRight: -> Promise.resolve(@_doorFrontRight)
getDoorBackLeft: -> Promise.resolve(@_doorBackLeft)
getDoorBackRight: -> Promise.resolve(@_doorBackRight)
getHood: -> Promise.resolve(@_hood)
getTrunk: -> Promise.resolve(@_trunk)
getCharging: -> Promise.resolve(@_charging)
getBattery: -> Promise.resolve(@_battery)
getTwelveVoltBattery: -> Promise.resolve(@_twelveVoltBattery)
getPluggedIn: -> Promise.resolve(@_pluggedIn)
getOdo: -> Promise.resolve(@_odo)
getSpeed: -> Promise.resolve(@_speed)
getMaximum: -> Promise.resolve(@_maximum)
getRemainingRange: -> Promise.resolve(@_remainingRange)
getLat: -> Promise.resolve(@_lat)
getLon: -> Promise.resolve(@_lon)
getStatus: -> Promise.resolve(@_status)
getChargingTime: -> Promise.resolve(@_chargingTime)
setStatus: (status, command)=>
switch status
when statusCodes.init
_status = "initializing"
when statusCodes.ready
_status = "ready"
when statusCodes.getStatus
_status = "get status"
when statusCodes.getStatusError
_status = "get status error"
when statusCodes.commandSend
_status = "execute " + command
when statusCodes.commandSuccess
_status = command + " executed"
setTimeout(=>
@setStatus(statusCodes.ready)
,3000)
when statusCodes.commandError
_status = command + " error"
else
_status = "unknown status " + status
@_status = _status
@emit 'status', _status
setPollTime: (active) =>
# true is active, false is passive
if (active and @currentPollTime == @pollTimeActive) or (!active and @currentPollTime == @pollTimePassive) then return
#env.logger.debug("Test for active " + active + ", @currentPollTime:"+@currentPollTime+", @pollTimePassive:"+@pollTimePassive+", == "+ (@currentPollTimer == @pollTimePassive))
if (active) and (@currentPollTime == @pollTimePassive)
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimeActive
env.logger.debug "Switching to active poll, with polltime of " + @pollTimeActive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimeActive)
return
if not active and @currentPollTime == @pollTimeActive
clearTimeout(@statusTimer) if @statusTimer?
@currentPollTime = @pollTimePassive
env.logger.debug "Switching to passive poll, with polltime of " + @pollTimePassive + " ms"
@statusTimer = setTimeout(@getCarStatus, @pollTimePassive)
setMaximum: (_range) =>
@_maximum = _range
@emit 'maximum', _range
setRemainingRange: (_range) =>
@_remainingRange = Number _range
@emit 'remainingRange', Number _range
setEngine: (_status) =>
@_engine = Boolean _status
@emit 'engine', Boolean _status
setSpeed: (_status) =>
@_speed = Number _status
@emit 'speed', Number _status
setDoor: (_status) =>
@_door = Boolean _status
@emit 'door', Boolean _status
setTwelveVoltBattery: (_status) =>
@_twelveVoltBattery = Number _status # Math.round (_status / 2.55 )
@emit 'twelveVoltBattery', Number _status # Math.round (_status / 2.55 )
setChargingTime: (_status) =>
@_chargingTime = _status
@emit 'chargingTime', _status
setDoors: (_status) =>
if _status.doorOpen?
@_doorFrontLeft = Boolean _status.doorOpen.frontLeft
@emit 'doorFrontLeft', Boolean _status.doorOpen.frontLeft
@_doorFrontRight = Boolean _status.doorOpen.doorFrontRight
@emit 'doorFrontRight', Boolean _status.doorOpen.doorFrontRight
@_doorBackLeft = Boolean _status.doorOpen.backLeft
@emit 'doorBackLeft', Boolean _status.doorOpen.backLeft
@_doorBackRight = Boolean _status.doorOpen.backRight
@emit 'doorBackRight', Boolean _status.doorOpen.backRight
if _status.trunkOpen?
@_trunk = Boolean _status.trunkOpen
@emit 'trunk', Boolean _status.trunkOpen
if _status.hoodOpen?
@_hood = Boolean _status.hoodOpen
@emit 'hood', Boolean _status.hoodOpen
setEvStatus: (evStatus) =>
@_battery = Number evStatus.batteryStatus
@emit 'battery', Number evStatus.batteryStatus
switch evStatus.batteryPlugin
when 0
@_pluggedIn = "unplugged"
_chargingTime = "no value"
when 1
@_pluggedIn = "DC"
_chargingTime = evStatus.remainTime2.etc1.value + "min (DC)"
when 2
#@_pluggedIn = "ACportable"
#_chargingTime = evStatus.remainTime2.etc2.value + "min (ACport)"
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
when 3
@_pluggedIn = "AC"
_chargingTime = evStatus.remainTime2.etc3.value + "min (AC)"
else
@_pluggedIn = "unknown"
_chargingTime = ""
@setChargingTime(_chargingTime)
@emit 'pluggedIn', @_pluggedIn
@_charging = Boolean evStatus.batteryCharge
@emit 'charging', Boolean evStatus.batteryCharge
#if @_charging
# @_pluggedIn = true
# @emit 'pluggedIn', (evStatus.batteryPlugin > 0)
# DC maximum
if evStatus.reservChargeInfos.targetSOClist?[0]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumDC = Number evStatus.reservChargeInfos.targetSOClist[0].dte.rangeByFuel.totalAvailableRange.value
_maximumDCperc = Number evStatus.reservChargeInfos.targetSOClist[0].targetSOClevel
if evStatus.reservChargeInfos.targetSOClist?[1]?.dte?.rangeByFuel?.totalAvailableRange?.value?
_maximumAC = Number evStatus.reservChargeInfos.targetSOClist[1].dte.rangeByFuel.totalAvailableRange.value
_maximumACperc = Number evStatus.reservChargeInfos.targetSOClist[1].targetSOClevel
if _maximumDC? and _maximumAC?
_maximum = _maximumDC + "km (DC@" + _maximumDCperc + "%) " + _maximumAC + "km (AC@" + _maximumACperc + "%)"
@setMaximum(_maximum)
else
@setMaximum("no value")
if evStatus.drvDistance?[0]?.rangeByFuel?.totalAvailableRange?.value?
_remainingRange = Number evStatus.drvDistance[0].rangeByFuel.totalAvailableRange.value
if _remainingRange > 0
@setRemainingRange(_remainingRange)
setAirco: (_status) =>
@_airco = _status
@emit 'airco', _status
setOdo: (_status) =>
@_odo = Number _status
@emit 'odo', Number _status
setLocation: (_lat, _lon) =>
@_lat = _lat
@_lon = _lon
@emit 'lat', _lat
@emit 'lon', _lon
setCharge: (charging) =>
@_charging = Boolean charging
@emit 'charging', Boolean charging
#if charging
# @_pluggedIn = true # if charging, must be pluggedIn
# @emit 'pluggedIn', @_pluggedIn
destroy:() =>
clearTimeout(@statusTimer) if @statusTimer?
@plugin.removeListener('clientReady', @clientListener)
super()
class BluelinkActionProvider extends env.actions.ActionProvider
constructor: (@framework) ->
parseAction: (input, context) =>
bluelinkDevice = null
@options = null
supportedCarClasses = ["KiaDevice","HyundaiDevice"]
bluelinkDevices = _(@framework.deviceManager.devices).values().filter(
(device) => device.config.class in supportedCarClasses
).value()
setCommand = (command) =>
@command = command
optionsString = (m,tokens) =>
unless tokens?
context?.addError("No variable")
return
@options = tokens
setCommand("start")
m = M(input, context)
.match('bluelink ')
.matchDevice(bluelinkDevices, (m, d) ->
# Already had a match with another device?
if bluelinkDevice? and bluelinkDevices.id isnt d.id
context?.addError(""""#{input.trim()}" is ambiguous.""")
return
bluelinkDevice = d
)
.or([
((m) =>
return m.match(' startDefault', (m) =>
setCommand('start')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' start ')
.matchVariable(optionsString)
),
((m) =>
return m.match(' startPlus', (m) =>
setCommand('startPlus')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stop', (m) =>
setCommand('stop')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' lock', (m) =>
setCommand('lock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' unlock', (m) =>
setCommand('unlock')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' startCharge', (m) =>
setCommand('startCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' stopCharge', (m) =>
setCommand('stopCharge')
match = m.getFullMatch()
)
),
((m) =>
return m.match(' refresh', (m) =>
setCommand('refresh')
match = m.getFullMatch()
)
)
])
match = m.getFullMatch()
if match? #m.hadMatch()
env.logger.debug "Rule matched: '", match, "' and passed to Action handler"
return {
token: match
nextInput: input.substring(match.length)
actionHandler: new BluelinkActionHandler(@framework, bluelinkDevice, @command, @options)
}
else
return null
class BluelinkActionHandler extends env.actions.ActionHandler
constructor: (@framework, @bluelinkDevice, @command, @options) ->
executeAction: (simulate) =>
if simulate
return __("would have cleaned \"%s\"", "")
else
if @options?
_var = @options.slice(1) if @options.indexOf('$') >= 0
_options = @framework.variableManager.getVariableValue(_var)
unless _options?
return __("\"%s\" Rule not executed, #{_var} is not a valid variable", "")
else
_options = null
@bluelinkDevice.execute(@command, _options)
.then(()=>
return __("\"%s\" Rule executed", @command)
).catch((err)=>
return __("\"%s\" Rule not executed", "")
)
class KiaDevice extends BluelinkDevice
class HyundaiDevice extends BluelinkDevice
bluelinkPlugin = new BluelinkPlugin
return bluelinkPlugin
|
[
{
"context": "lte lat, lng, und zoom von der aktuellen Karte\n #@map_handler.getMap().getCenter(); // --> .lat(), .lng()\n #@map_handl",
"end": 1972,
"score": 0.953532874584198,
"start": 1952,
"tag": "EMAIL",
"value": "#@map_handler.getMap"
},
{
"context": "er.getMap().getCenter(); // --> .lat(), .lng()\n #@map_handler.getMap().getZoom(); //--> e.g. 9\n # rufe eine URL mit la",
"end": 2034,
"score": 0.9842625856399536,
"start": 2014,
"tag": "EMAIL",
"value": "#@map_handler.getMap"
}
] | app/assets/javascripts/points.js.coffee | Bjoernsen/geopoints | 0 | # Place all the behaviors and hooks related to the matching controller here.
# All this logic will automatically be available in application.js.
# You can use CoffeeScript in this file: http://coffeescript.org/
window.markers = []
jQuery ->
map_handler = false
opt = false
points = []
init_map = (map_id, get_opt, get_points)->
opt = get_opt
points = get_points
map_handler = Gmaps.build("Google")
map_handler.buildMap
provider:
disableDefaultUI: false
internal:
id: map_id
, ->
if navigator.geolocation
navigator.geolocation.getCurrentPosition add_points
else
# position = {coords: {latitude: 52.36132, longitude: 9.628606}}
add_points(opt.default_map_position)
return
map_handler.getMap().setZoom(12)
window.map_handler = map_handler
add_points = (position)->
# a) ersten den point auf den die map zentiert wird
center_on_marker = map_handler.addMarker(
lat: position.coords.latitude
lng: position.coords.longitude
picture: {
url: "https://addons.cdn.mozilla.net/img/uploads/addon_icons/13/13028-64.png"
width: 36
height: 36
}
infowindow: if position.default then 'Default start position' else 'Your current position'
)
map_handler.map.centerOn center_on_marker
# b) dann 'alle' points, die sich im Umkreis des point aus a) befinden --> ajax
get_points_near_center()
# c) wenn @points schon points beinhaltet, dann diese auch rendern
if points.length > 0
map_handler.addMarkers(points)
window.map_handler = map_handler
update_points = ()->
get_points_near_center()
# entweder lösche alle bestehenden Marker aus der Karte und fülle diese neu auf
# oder schecke, ob new_marker schon vorhanden ist
window.map_handler = map_handler
get_points_near_center = ()->
# erhalte lat, lng, und zoom von der aktuellen Karte
#@map_handler.getMap().getCenter(); // --> .lat(), .lng()
#@map_handler.getMap().getZoom(); //--> e.g. 9
# rufe eine URL mit lat, lng und zoom auf und erhalte json
map_data = map_handler.getMap()
params = {
zoom: map_data.getZoom()
latitude: map_data.getCenter().lat()
longitude: map_data.getCenter().lng()
}
$.get('/points.json', params, (res, status, xhr)->
map_handler.addMarkers(res)
, 'json')
# wie bauen ich einen event linstener ein, wenn gezoomt, oder verschoben wird?
#init_map()
window.init_map = init_map
window.map_handler = map_handler
| 47998 | # Place all the behaviors and hooks related to the matching controller here.
# All this logic will automatically be available in application.js.
# You can use CoffeeScript in this file: http://coffeescript.org/
window.markers = []
jQuery ->
map_handler = false
opt = false
points = []
init_map = (map_id, get_opt, get_points)->
opt = get_opt
points = get_points
map_handler = Gmaps.build("Google")
map_handler.buildMap
provider:
disableDefaultUI: false
internal:
id: map_id
, ->
if navigator.geolocation
navigator.geolocation.getCurrentPosition add_points
else
# position = {coords: {latitude: 52.36132, longitude: 9.628606}}
add_points(opt.default_map_position)
return
map_handler.getMap().setZoom(12)
window.map_handler = map_handler
add_points = (position)->
# a) ersten den point auf den die map zentiert wird
center_on_marker = map_handler.addMarker(
lat: position.coords.latitude
lng: position.coords.longitude
picture: {
url: "https://addons.cdn.mozilla.net/img/uploads/addon_icons/13/13028-64.png"
width: 36
height: 36
}
infowindow: if position.default then 'Default start position' else 'Your current position'
)
map_handler.map.centerOn center_on_marker
# b) dann 'alle' points, die sich im Umkreis des point aus a) befinden --> ajax
get_points_near_center()
# c) wenn @points schon points beinhaltet, dann diese auch rendern
if points.length > 0
map_handler.addMarkers(points)
window.map_handler = map_handler
update_points = ()->
get_points_near_center()
# entweder lösche alle bestehenden Marker aus der Karte und fülle diese neu auf
# oder schecke, ob new_marker schon vorhanden ist
window.map_handler = map_handler
get_points_near_center = ()->
# erhalte lat, lng, und zoom von der aktuellen Karte
<EMAIL>().getCenter(); // --> .lat(), .lng()
<EMAIL>().getZoom(); //--> e.g. 9
# rufe eine URL mit lat, lng und zoom auf und erhalte json
map_data = map_handler.getMap()
params = {
zoom: map_data.getZoom()
latitude: map_data.getCenter().lat()
longitude: map_data.getCenter().lng()
}
$.get('/points.json', params, (res, status, xhr)->
map_handler.addMarkers(res)
, 'json')
# wie bauen ich einen event linstener ein, wenn gezoomt, oder verschoben wird?
#init_map()
window.init_map = init_map
window.map_handler = map_handler
| true | # Place all the behaviors and hooks related to the matching controller here.
# All this logic will automatically be available in application.js.
# You can use CoffeeScript in this file: http://coffeescript.org/
window.markers = []
jQuery ->
map_handler = false
opt = false
points = []
init_map = (map_id, get_opt, get_points)->
opt = get_opt
points = get_points
map_handler = Gmaps.build("Google")
map_handler.buildMap
provider:
disableDefaultUI: false
internal:
id: map_id
, ->
if navigator.geolocation
navigator.geolocation.getCurrentPosition add_points
else
# position = {coords: {latitude: 52.36132, longitude: 9.628606}}
add_points(opt.default_map_position)
return
map_handler.getMap().setZoom(12)
window.map_handler = map_handler
add_points = (position)->
# a) ersten den point auf den die map zentiert wird
center_on_marker = map_handler.addMarker(
lat: position.coords.latitude
lng: position.coords.longitude
picture: {
url: "https://addons.cdn.mozilla.net/img/uploads/addon_icons/13/13028-64.png"
width: 36
height: 36
}
infowindow: if position.default then 'Default start position' else 'Your current position'
)
map_handler.map.centerOn center_on_marker
# b) dann 'alle' points, die sich im Umkreis des point aus a) befinden --> ajax
get_points_near_center()
# c) wenn @points schon points beinhaltet, dann diese auch rendern
if points.length > 0
map_handler.addMarkers(points)
window.map_handler = map_handler
update_points = ()->
get_points_near_center()
# entweder lösche alle bestehenden Marker aus der Karte und fülle diese neu auf
# oder schecke, ob new_marker schon vorhanden ist
window.map_handler = map_handler
get_points_near_center = ()->
# erhalte lat, lng, und zoom von der aktuellen Karte
PI:EMAIL:<EMAIL>END_PI().getCenter(); // --> .lat(), .lng()
PI:EMAIL:<EMAIL>END_PI().getZoom(); //--> e.g. 9
# rufe eine URL mit lat, lng und zoom auf und erhalte json
map_data = map_handler.getMap()
params = {
zoom: map_data.getZoom()
latitude: map_data.getCenter().lat()
longitude: map_data.getCenter().lng()
}
$.get('/points.json', params, (res, status, xhr)->
map_handler.addMarkers(res)
, 'json')
# wie bauen ich einen event linstener ein, wenn gezoomt, oder verschoben wird?
#init_map()
window.init_map = init_map
window.map_handler = map_handler
|
[
{
"context": "# Hey-Coffee!\n# TJ Eastmond - tj.eastmond@gmail.com\n# Copyright 2013\n\nfs = re",
"end": 27,
"score": 0.9998341798782349,
"start": 16,
"tag": "NAME",
"value": "TJ Eastmond"
},
{
"context": "# Hey-Coffee!\n# TJ Eastmond - tj.eastmond@gmail.com\n# Copyright 2013\n\nfs = require 'fs'\npath = requir",
"end": 51,
"score": 0.9999275207519531,
"start": 30,
"tag": "EMAIL",
"value": "tj.eastmond@gmail.com"
},
{
"context": "\"siteTitle\": \"Hey-coffee Blog\",'\n\t\t\t' \"author\": \"Dunkin\",'\n\t\t\t' \"description\": \"My awesome blog, JACK!\",",
"end": 10771,
"score": 0.9916019439697266,
"start": 10765,
"tag": "NAME",
"value": "Dunkin"
},
{
"context": ",'\n\t\t\t' \"postsOnHomePage\": 20,'\n\t\t\t' \"server\": \"user@yoursite.com:/path/to/your/blog\",'\n\t\t\t' \"port\": 22,'\n\t\t\t' \"p",
"end": 10925,
"score": 0.8554518818855286,
"start": 10908,
"tag": "EMAIL",
"value": "user@yoursite.com"
}
] | hey.coffee | tjeastmond/hey-coffee | 1 | # Hey-Coffee!
# TJ Eastmond - tj.eastmond@gmail.com
# Copyright 2013
fs = require 'fs'
path = require 'path'
crypto = require 'crypto'
http = require 'http'
url = require 'url'
{spawn, exec} = require 'child_process'
async = require 'async'
_ = require 'underscore'
marked = require 'marked'
handlebars = require 'handlebars'
mkdirp = require 'mkdirp'
rss = require 'rss'
colors = require 'colors'
require 'date-utils'
Hey = module.exports = class
constructor: (dir) ->
@cwd = dir or process.cwd() + "/"
@template = null
@webServer = null
@layouts = {}
@layoutsDir = "#{@cwd}layouts/"
@pagesDir = "#{@cwd}pages/"
@siteDir = "#{@cwd}site/"
@publicDir = "#{@cwd}public/"
@versionsDir = "#{@cwd}versions/"
@cacheFile = "#{@cwd}hey-cache.json"
@configFile = "#{@cwd}hey-config.json"
@defaultTemplateFile = "template.html"
@rssFile = "#{@cwd}site/rss.xml"
init: ->
if fs.existsSync(@configFile) and fs.existsSync(@postPath())
throw new Error 'A blog is already setup here'
mkdirp @siteDir
mkdirp @pagesDir
mkdirp @publicDir
mkdirp @layoutsDir
mkdirp @postPath()
defaults = @defaults()
fs.writeFileSync @cacheFile, '', 'utf8'
fs.writeFileSync "#{@layoutsDir}#{@defaultTemplateFile}", defaults.tpl, 'utf8'
fs.writeFileSync @configFile, defaults.config, 'utf8'
fs.writeFileSync @postPath('first-post.md'), defaults.post, 'utf8'
yes
server: (silent, callback) =>
do @loadConfig
@webServer = http.createServer (req, res) =>
uri = url.parse(req.url).pathname
filename = path.join "#{@cwd}site", uri
fs.exists filename, (exists) ->
if exists is false
res.writeHead 404, 'Content-Type': 'text/plain'
res.write '404 Not Found\n'
res.end()
return false
filename += '/index.html' if fs.statSync(filename).isDirectory()
fs.readFile filename, 'binary', (error, file) ->
if error?
res.writeHead 500, 'Content-Type': 'text/plain'
res.write error + "\n"
res.end()
return false
res.writeHead 200
res.write file, 'binary'
res.end()
@webServer.listen 3000
if silent isnt true
console.log "Server running at http://localhost:3000".green
console.log "CTRL+C to stop it".white
callback?()
stopServer: (callback) ->
@webServer.close callback or ->
publish: ->
do @loadConfig
@rsync @siteDir, @config.server
rsync: (from, to, callback) ->
port = "ssh -p #{@config.port or 22}"
child = spawn "rsync", ['-vurz', '--delete', '-e', port, from, to]
child.stdout.on 'data', (out) -> console.log out.toString()
child.stderr.on 'data', (err) -> console.error err.toString()
child.on 'exit', callback if callback
loadConfig: ->
@config = readJSON @configFile
@defaultTemplateFile = @config.defaultTemplate if @config.defaultTemplate
yes
loadCache: ->
@cache = readJSON(@cacheFile) or []
yes
loadTemplate: (name) ->
return false unless name
return true if @layouts[name]
@layouts[name] = @readAndCompileTemplateFile @templatePath(name)
yes
readAndCompileTemplateFile: (filename) ->
handlebars.compile fs.readFileSync(filename).toString()
postPath: (filename) ->
"#{@cwd}posts/#{filename or ''}"
templatePath: (filename) ->
"#{@layoutsDir}#{filename}"
templateExists: (name) ->
fs.existsSync @templatePath name
postFiles: ->
readDir @postPath()
pageFiles: ->
readDir @pagesDir
layoutFiles: ->
readDir @layoutFiles
setType: (post) ->
return post unless post.type
post["is#{ucWord post.type}"] = true
post
postInfo: (filename, isPage) ->
file = if isPage is true then "#{@pagesDir}#{filename}" else @postPath filename
content = fs.readFileSync(file).toString()
hash = md5 content
content = content.split '\n\n'
top = content.shift().split '\n'
body = content.join '\n\n'
post =
name: filename
title: top[0]
slug: path.basename filename, '.md'
hash: hash
body: @markup body
summary: @summary body
tags: []
for setting in top[2..]
parts = setting.split ': '
key = parts[0].toLowerCase()
post[key] = if key is 'tags'
parts[1].split(',').map((s) -> s.trim())
else
parts[1]
if post.published
date = new Date post.published
post.prettyDate = date.toFormat @config.prettyDateFormat
post.ymd = date.toFormat @config.ymdFormat
post.permalink = @permalink post.published, post.slug
post.archiveDir = post.published[0..6]
post.canonical = @config.site + post.permalink
if isPage is true
post.slug += '/'
post.type = 'page'
@setType post
summary: (body) ->
summary = _.find(marked.lexer(body), (token) -> token.type is 'paragraph')?.text
summary = summary[0..summary.length - 2]
marked.parser marked.lexer _.template("#{summary}...")(summary)
update: (callback) ->
do @loadConfig
@cache = []
@cache.push @postInfo(post) for post in @postFiles()
@cache = _.sortBy @cache, (post) -> (if post.published then new Date(post.published) else 0) * -1
fs.writeFile @cacheFile, JSON.stringify(@cache), (error) ->
throw new Error error if error?
callback?()
yes
ymd: (pubDate) ->
date = new Date pubDate
date.toFormat 'YYYY/MM/DD'
postDir: (pubDate, slug) ->
"#{@cwd}site/#{@ymd(pubDate)}/#{slug}"
permalink: (pubDate, slug) ->
"/#{@ymd(pubDate)}/#{slug}/"
build: (callback) ->
@update =>
exec "rsync -vur --delete #{@publicDir} #{@siteDir}", (err, stdout, stderr) =>
throw err if err
writePostFile = (post, next) =>
return next null unless _.has post, 'published'
dir = @postDir post.published, post.slug
mkdirp.sync dir unless fs.existsSync dir
fs.writeFile "#{dir}/index.html", @render([post]), 'utf8'
do next
process = [
@buildArchive
@buildArchiveList
@buildTags
@buildIndex
@buildPages
]
async.each @cache, writePostFile, (error) =>
async.parallel process, (error) ->
callback?()
buildIndex: (callback) =>
index = @config.postsOnHomePage - 1
posts = @cache.filter((p) -> 'published' in _.keys p)[0..index]
blogIndex = siteIndex = "#{@cwd}site/"
staticIndex = "index.md"
if @config.homepage is 'page' and fs.existsSync "#{@pagesDir}#{staticIndex}"
data = @postInfo staticIndex, yes
blogIndex = "#{@siteDir}#{@config.blogDirectory}/"
mkdirp.sync blogIndex
fs.writeFileSync siteIndex, @render([data]), 'utf8'
fs.writeFile "#{blogIndex}index.html", @render(posts), 'utf8'
@buildRss posts
callback? null
buildRss: (posts, callback) =>
feed = new rss
title: @config.siteTitle
description: @config.description
feed_url: "#{@config.site}/rss.xml"
site_url: @config.site
author: @config.author
for post in posts
body = if _.has post, 'image' then "<p><img src='#{post.image}' /></p>#{post.body}" else post.body
feed.item
title: post.title
description: body
url: "#{@config.site}#{post.permalink}"
date: post.published
fs.writeFile @rssFile, feed.xml(), 'utf8'
callback? null
# @todo: add parallel async
buildPages: (callback) =>
for page in @pageFiles()
continue if page is 'index.md'
data = @postInfo page, yes
pageDir = "#{@siteDir}#{data.slug}"
mkdirp.sync pageDir
fs.writeFileSync "#{pageDir}index.html", @render([data]), 'utf8'
callback? null
# @todo: add parallel async
buildTags: (callback) =>
@tags = {}
for post in @cache when post.tags.length > 0
for tag in post.tags when _.has post, 'published'
@tags[tag] = [] unless _.has @tags, tag
@tags[tag].push post
for tag, posts of @tags
tagDir = "#{@siteDir}tags/#{tag}/"
mkdirp.sync tagDir unless fs.existsSync tagDir
fs.writeFile "#{tagDir}index.html", @render(posts), 'utf8'
callback? null
buildArchive: (callback) =>
@archive = {}
for post in @cache when 'published' in _.keys post
@archive[post.archiveDir] = [] unless _.has @archive, post.archiveDir
@archive[post.archiveDir].push post
for archiveDir, posts of @archive
archiveDir = "#{@siteDir}#{archiveDir.replace('-', '/')}/"
mkdirp.sync archiveDir unless fs.existsSync archiveDir
fs.writeFile "#{archiveDir}index.html", @render(posts), 'utf8'
callback?(null)
buildArchiveList: (callback) =>
@archiveIndex = []
posts = @cache.filter (post) -> _.has post, 'published'
for archive in _.uniq _.pluck posts, 'archiveDir'
@archiveIndex.push
name: new Date(archive.replace /-/g, ' ').toFormat 'MMMM YYYY'
link: "/#{archive.replace('-', '/')}/"
_.sortBy @archiveIndex, (result) -> result.link.replace '/', ''
callback?()
backup: (name, callback) ->
if typeof name is 'function'
callback = name
name = null
name = if typeof name is 'string' then " - #{name}" else ''
@build =>
fstream = require 'fstream'
tar = require 'tar'
zlib = require 'zlib'
date = new Date
w = fstream.Writer path: "#{@versionsDir}#{date.toFormat 'YYYYMMDD'}#{name}.tar.gz"
mkdirp.sync @versionsDir unless fs.existsSync @versionsDir
fstream.Reader({ path: @siteDir, type: 'Directory' })
.on('end', callback or ->)
.pipe(tar.Pack())
.pipe(zlib.Gzip())
.pipe w
watch: (callback) =>
console.log 'Watching for changes and starting the server'.yellow
do @server
rebuild = (msg) => @build -> console.log "#{new Date().toFormat('HH24:MI:SS')} #{msg}".grey
handlePostsAndPages = (ev, filename) =>
rebuild 'Recompiling posts and pages' if filename and path.extname(filename) is '.md'
# watch templates, posts and pages for changes
fs.watch @postPath(), handlePostsAndPages
fs.watch @pagesDir, handlePostsAndPages
fs.watch @layoutsDir, (ev, filename) =>
if filename and path.extname(filename) is '.html'
@layouts = {}
rebuild 'Recompiling template'
rebuild 'Built the site'
markup: (content) ->
content = marked(content).trim()
content.replace /\n/g, ""
render: (posts) ->
throw "Posts must be an array" unless _.isArray posts
options = _.omit @config, 'server'
options.pageTitle = @pageTitle if posts.length is 1 then posts[0].title else ''
options.archiveList = @archiveIndex
if posts.length is 1 and posts[0].type isnt 'page'
options.isArticle = true
options.opengraph = true
options.og_title = posts[0].title
options.og_canonical = posts[0].canonical
options.isIndex = true if posts.length > 1
template = if posts.length is 1 and posts[0]['layout'] and @templateExists(posts[0]['layout'])
posts[0]['layout']
else
@defaultTemplateFile
@loadTemplate template
html = @layouts[template] _.extend options, posts: posts
html.replace /\n|\r|\t/g, ''
pageTitle: (postTitle) ->
if postTitle then "#{postTitle} | #{@config.siteTitle}" else @config.siteTitle
defaults: ->
config = [
'{'
' "siteTitle": "Hey-coffee Blog",'
' "author": "Dunkin",'
' "description": "My awesome blog, JACK!",'
' "site": "http://yoursite.com",'
' "postsOnHomePage": 20,'
' "server": "user@yoursite.com:/path/to/your/blog",'
' "port": 22,'
' "prettyDateFormat": "DDDD, DD MMMM YYYY",'
' "ymdFormat": "YYYY-MM-DD",'
' "defaultTemplate": "template.html",'
' "homepage": "blog",'
' "blogDirectory": "blog"'
'}'
].join '\n'
post = [
'First Post'
'=========='
'Published: 2013-04-22 12:00:00'
'Type: text'
'Tags: tests'
''
'This is a test post.'
''
'This is a second paragraph.'
].join '\n'
tpl = [
'<!DOCTYPE html>'
'<html>'
' <head>'
' <title>{{siteTitle}}</title>'
' </head>'
' <body>'
' {{#each posts}}'
' <article>'
' <h2><a href="{{permalink}}">{{title}}</a></h2>'
' {{{body}}}'
' </article>'
' {{/each}}'
' </body>'
'</html>'
].join '\n'
{ config, post, tpl }
# utility functions
readJSON = (file) ->
throw new Error "JSON file doesn't exist: #{file}" unless fs.existsSync file
fileContents = fs.readFileSync(file).toString()
if fileContents then JSON.parse(fileContents) else []
readDir = (dir) ->
throw "Directory doesn't exist: #{dir}" unless fs.existsSync dir
files = fs.readdirSync(dir).filter (f) -> f.charAt(0) isnt '.'
files or []
md5 = (string) ->
crypto.createHash('md5').update(string).digest('hex')
ucWord = (string) ->
string.charAt(0).toUpperCase() + string.slice 1
| 80890 | # Hey-Coffee!
# <NAME> - <EMAIL>
# Copyright 2013
fs = require 'fs'
path = require 'path'
crypto = require 'crypto'
http = require 'http'
url = require 'url'
{spawn, exec} = require 'child_process'
async = require 'async'
_ = require 'underscore'
marked = require 'marked'
handlebars = require 'handlebars'
mkdirp = require 'mkdirp'
rss = require 'rss'
colors = require 'colors'
require 'date-utils'
Hey = module.exports = class
constructor: (dir) ->
@cwd = dir or process.cwd() + "/"
@template = null
@webServer = null
@layouts = {}
@layoutsDir = "#{@cwd}layouts/"
@pagesDir = "#{@cwd}pages/"
@siteDir = "#{@cwd}site/"
@publicDir = "#{@cwd}public/"
@versionsDir = "#{@cwd}versions/"
@cacheFile = "#{@cwd}hey-cache.json"
@configFile = "#{@cwd}hey-config.json"
@defaultTemplateFile = "template.html"
@rssFile = "#{@cwd}site/rss.xml"
init: ->
if fs.existsSync(@configFile) and fs.existsSync(@postPath())
throw new Error 'A blog is already setup here'
mkdirp @siteDir
mkdirp @pagesDir
mkdirp @publicDir
mkdirp @layoutsDir
mkdirp @postPath()
defaults = @defaults()
fs.writeFileSync @cacheFile, '', 'utf8'
fs.writeFileSync "#{@layoutsDir}#{@defaultTemplateFile}", defaults.tpl, 'utf8'
fs.writeFileSync @configFile, defaults.config, 'utf8'
fs.writeFileSync @postPath('first-post.md'), defaults.post, 'utf8'
yes
server: (silent, callback) =>
do @loadConfig
@webServer = http.createServer (req, res) =>
uri = url.parse(req.url).pathname
filename = path.join "#{@cwd}site", uri
fs.exists filename, (exists) ->
if exists is false
res.writeHead 404, 'Content-Type': 'text/plain'
res.write '404 Not Found\n'
res.end()
return false
filename += '/index.html' if fs.statSync(filename).isDirectory()
fs.readFile filename, 'binary', (error, file) ->
if error?
res.writeHead 500, 'Content-Type': 'text/plain'
res.write error + "\n"
res.end()
return false
res.writeHead 200
res.write file, 'binary'
res.end()
@webServer.listen 3000
if silent isnt true
console.log "Server running at http://localhost:3000".green
console.log "CTRL+C to stop it".white
callback?()
stopServer: (callback) ->
@webServer.close callback or ->
publish: ->
do @loadConfig
@rsync @siteDir, @config.server
rsync: (from, to, callback) ->
port = "ssh -p #{@config.port or 22}"
child = spawn "rsync", ['-vurz', '--delete', '-e', port, from, to]
child.stdout.on 'data', (out) -> console.log out.toString()
child.stderr.on 'data', (err) -> console.error err.toString()
child.on 'exit', callback if callback
loadConfig: ->
@config = readJSON @configFile
@defaultTemplateFile = @config.defaultTemplate if @config.defaultTemplate
yes
loadCache: ->
@cache = readJSON(@cacheFile) or []
yes
loadTemplate: (name) ->
return false unless name
return true if @layouts[name]
@layouts[name] = @readAndCompileTemplateFile @templatePath(name)
yes
readAndCompileTemplateFile: (filename) ->
handlebars.compile fs.readFileSync(filename).toString()
postPath: (filename) ->
"#{@cwd}posts/#{filename or ''}"
templatePath: (filename) ->
"#{@layoutsDir}#{filename}"
templateExists: (name) ->
fs.existsSync @templatePath name
postFiles: ->
readDir @postPath()
pageFiles: ->
readDir @pagesDir
layoutFiles: ->
readDir @layoutFiles
setType: (post) ->
return post unless post.type
post["is#{ucWord post.type}"] = true
post
postInfo: (filename, isPage) ->
file = if isPage is true then "#{@pagesDir}#{filename}" else @postPath filename
content = fs.readFileSync(file).toString()
hash = md5 content
content = content.split '\n\n'
top = content.shift().split '\n'
body = content.join '\n\n'
post =
name: filename
title: top[0]
slug: path.basename filename, '.md'
hash: hash
body: @markup body
summary: @summary body
tags: []
for setting in top[2..]
parts = setting.split ': '
key = parts[0].toLowerCase()
post[key] = if key is 'tags'
parts[1].split(',').map((s) -> s.trim())
else
parts[1]
if post.published
date = new Date post.published
post.prettyDate = date.toFormat @config.prettyDateFormat
post.ymd = date.toFormat @config.ymdFormat
post.permalink = @permalink post.published, post.slug
post.archiveDir = post.published[0..6]
post.canonical = @config.site + post.permalink
if isPage is true
post.slug += '/'
post.type = 'page'
@setType post
summary: (body) ->
summary = _.find(marked.lexer(body), (token) -> token.type is 'paragraph')?.text
summary = summary[0..summary.length - 2]
marked.parser marked.lexer _.template("#{summary}...")(summary)
update: (callback) ->
do @loadConfig
@cache = []
@cache.push @postInfo(post) for post in @postFiles()
@cache = _.sortBy @cache, (post) -> (if post.published then new Date(post.published) else 0) * -1
fs.writeFile @cacheFile, JSON.stringify(@cache), (error) ->
throw new Error error if error?
callback?()
yes
ymd: (pubDate) ->
date = new Date pubDate
date.toFormat 'YYYY/MM/DD'
postDir: (pubDate, slug) ->
"#{@cwd}site/#{@ymd(pubDate)}/#{slug}"
permalink: (pubDate, slug) ->
"/#{@ymd(pubDate)}/#{slug}/"
build: (callback) ->
@update =>
exec "rsync -vur --delete #{@publicDir} #{@siteDir}", (err, stdout, stderr) =>
throw err if err
writePostFile = (post, next) =>
return next null unless _.has post, 'published'
dir = @postDir post.published, post.slug
mkdirp.sync dir unless fs.existsSync dir
fs.writeFile "#{dir}/index.html", @render([post]), 'utf8'
do next
process = [
@buildArchive
@buildArchiveList
@buildTags
@buildIndex
@buildPages
]
async.each @cache, writePostFile, (error) =>
async.parallel process, (error) ->
callback?()
buildIndex: (callback) =>
index = @config.postsOnHomePage - 1
posts = @cache.filter((p) -> 'published' in _.keys p)[0..index]
blogIndex = siteIndex = "#{@cwd}site/"
staticIndex = "index.md"
if @config.homepage is 'page' and fs.existsSync "#{@pagesDir}#{staticIndex}"
data = @postInfo staticIndex, yes
blogIndex = "#{@siteDir}#{@config.blogDirectory}/"
mkdirp.sync blogIndex
fs.writeFileSync siteIndex, @render([data]), 'utf8'
fs.writeFile "#{blogIndex}index.html", @render(posts), 'utf8'
@buildRss posts
callback? null
buildRss: (posts, callback) =>
feed = new rss
title: @config.siteTitle
description: @config.description
feed_url: "#{@config.site}/rss.xml"
site_url: @config.site
author: @config.author
for post in posts
body = if _.has post, 'image' then "<p><img src='#{post.image}' /></p>#{post.body}" else post.body
feed.item
title: post.title
description: body
url: "#{@config.site}#{post.permalink}"
date: post.published
fs.writeFile @rssFile, feed.xml(), 'utf8'
callback? null
# @todo: add parallel async
buildPages: (callback) =>
for page in @pageFiles()
continue if page is 'index.md'
data = @postInfo page, yes
pageDir = "#{@siteDir}#{data.slug}"
mkdirp.sync pageDir
fs.writeFileSync "#{pageDir}index.html", @render([data]), 'utf8'
callback? null
# @todo: add parallel async
buildTags: (callback) =>
@tags = {}
for post in @cache when post.tags.length > 0
for tag in post.tags when _.has post, 'published'
@tags[tag] = [] unless _.has @tags, tag
@tags[tag].push post
for tag, posts of @tags
tagDir = "#{@siteDir}tags/#{tag}/"
mkdirp.sync tagDir unless fs.existsSync tagDir
fs.writeFile "#{tagDir}index.html", @render(posts), 'utf8'
callback? null
buildArchive: (callback) =>
@archive = {}
for post in @cache when 'published' in _.keys post
@archive[post.archiveDir] = [] unless _.has @archive, post.archiveDir
@archive[post.archiveDir].push post
for archiveDir, posts of @archive
archiveDir = "#{@siteDir}#{archiveDir.replace('-', '/')}/"
mkdirp.sync archiveDir unless fs.existsSync archiveDir
fs.writeFile "#{archiveDir}index.html", @render(posts), 'utf8'
callback?(null)
buildArchiveList: (callback) =>
@archiveIndex = []
posts = @cache.filter (post) -> _.has post, 'published'
for archive in _.uniq _.pluck posts, 'archiveDir'
@archiveIndex.push
name: new Date(archive.replace /-/g, ' ').toFormat 'MMMM YYYY'
link: "/#{archive.replace('-', '/')}/"
_.sortBy @archiveIndex, (result) -> result.link.replace '/', ''
callback?()
backup: (name, callback) ->
if typeof name is 'function'
callback = name
name = null
name = if typeof name is 'string' then " - #{name}" else ''
@build =>
fstream = require 'fstream'
tar = require 'tar'
zlib = require 'zlib'
date = new Date
w = fstream.Writer path: "#{@versionsDir}#{date.toFormat 'YYYYMMDD'}#{name}.tar.gz"
mkdirp.sync @versionsDir unless fs.existsSync @versionsDir
fstream.Reader({ path: @siteDir, type: 'Directory' })
.on('end', callback or ->)
.pipe(tar.Pack())
.pipe(zlib.Gzip())
.pipe w
watch: (callback) =>
console.log 'Watching for changes and starting the server'.yellow
do @server
rebuild = (msg) => @build -> console.log "#{new Date().toFormat('HH24:MI:SS')} #{msg}".grey
handlePostsAndPages = (ev, filename) =>
rebuild 'Recompiling posts and pages' if filename and path.extname(filename) is '.md'
# watch templates, posts and pages for changes
fs.watch @postPath(), handlePostsAndPages
fs.watch @pagesDir, handlePostsAndPages
fs.watch @layoutsDir, (ev, filename) =>
if filename and path.extname(filename) is '.html'
@layouts = {}
rebuild 'Recompiling template'
rebuild 'Built the site'
markup: (content) ->
content = marked(content).trim()
content.replace /\n/g, ""
render: (posts) ->
throw "Posts must be an array" unless _.isArray posts
options = _.omit @config, 'server'
options.pageTitle = @pageTitle if posts.length is 1 then posts[0].title else ''
options.archiveList = @archiveIndex
if posts.length is 1 and posts[0].type isnt 'page'
options.isArticle = true
options.opengraph = true
options.og_title = posts[0].title
options.og_canonical = posts[0].canonical
options.isIndex = true if posts.length > 1
template = if posts.length is 1 and posts[0]['layout'] and @templateExists(posts[0]['layout'])
posts[0]['layout']
else
@defaultTemplateFile
@loadTemplate template
html = @layouts[template] _.extend options, posts: posts
html.replace /\n|\r|\t/g, ''
pageTitle: (postTitle) ->
if postTitle then "#{postTitle} | #{@config.siteTitle}" else @config.siteTitle
defaults: ->
config = [
'{'
' "siteTitle": "Hey-coffee Blog",'
' "author": "<NAME>",'
' "description": "My awesome blog, JACK!",'
' "site": "http://yoursite.com",'
' "postsOnHomePage": 20,'
' "server": "<EMAIL>:/path/to/your/blog",'
' "port": 22,'
' "prettyDateFormat": "DDDD, DD MMMM YYYY",'
' "ymdFormat": "YYYY-MM-DD",'
' "defaultTemplate": "template.html",'
' "homepage": "blog",'
' "blogDirectory": "blog"'
'}'
].join '\n'
post = [
'First Post'
'=========='
'Published: 2013-04-22 12:00:00'
'Type: text'
'Tags: tests'
''
'This is a test post.'
''
'This is a second paragraph.'
].join '\n'
tpl = [
'<!DOCTYPE html>'
'<html>'
' <head>'
' <title>{{siteTitle}}</title>'
' </head>'
' <body>'
' {{#each posts}}'
' <article>'
' <h2><a href="{{permalink}}">{{title}}</a></h2>'
' {{{body}}}'
' </article>'
' {{/each}}'
' </body>'
'</html>'
].join '\n'
{ config, post, tpl }
# utility functions
readJSON = (file) ->
throw new Error "JSON file doesn't exist: #{file}" unless fs.existsSync file
fileContents = fs.readFileSync(file).toString()
if fileContents then JSON.parse(fileContents) else []
readDir = (dir) ->
throw "Directory doesn't exist: #{dir}" unless fs.existsSync dir
files = fs.readdirSync(dir).filter (f) -> f.charAt(0) isnt '.'
files or []
md5 = (string) ->
crypto.createHash('md5').update(string).digest('hex')
ucWord = (string) ->
string.charAt(0).toUpperCase() + string.slice 1
| true | # Hey-Coffee!
# PI:NAME:<NAME>END_PI - PI:EMAIL:<EMAIL>END_PI
# Copyright 2013
fs = require 'fs'
path = require 'path'
crypto = require 'crypto'
http = require 'http'
url = require 'url'
{spawn, exec} = require 'child_process'
async = require 'async'
_ = require 'underscore'
marked = require 'marked'
handlebars = require 'handlebars'
mkdirp = require 'mkdirp'
rss = require 'rss'
colors = require 'colors'
require 'date-utils'
Hey = module.exports = class
constructor: (dir) ->
@cwd = dir or process.cwd() + "/"
@template = null
@webServer = null
@layouts = {}
@layoutsDir = "#{@cwd}layouts/"
@pagesDir = "#{@cwd}pages/"
@siteDir = "#{@cwd}site/"
@publicDir = "#{@cwd}public/"
@versionsDir = "#{@cwd}versions/"
@cacheFile = "#{@cwd}hey-cache.json"
@configFile = "#{@cwd}hey-config.json"
@defaultTemplateFile = "template.html"
@rssFile = "#{@cwd}site/rss.xml"
init: ->
if fs.existsSync(@configFile) and fs.existsSync(@postPath())
throw new Error 'A blog is already setup here'
mkdirp @siteDir
mkdirp @pagesDir
mkdirp @publicDir
mkdirp @layoutsDir
mkdirp @postPath()
defaults = @defaults()
fs.writeFileSync @cacheFile, '', 'utf8'
fs.writeFileSync "#{@layoutsDir}#{@defaultTemplateFile}", defaults.tpl, 'utf8'
fs.writeFileSync @configFile, defaults.config, 'utf8'
fs.writeFileSync @postPath('first-post.md'), defaults.post, 'utf8'
yes
server: (silent, callback) =>
do @loadConfig
@webServer = http.createServer (req, res) =>
uri = url.parse(req.url).pathname
filename = path.join "#{@cwd}site", uri
fs.exists filename, (exists) ->
if exists is false
res.writeHead 404, 'Content-Type': 'text/plain'
res.write '404 Not Found\n'
res.end()
return false
filename += '/index.html' if fs.statSync(filename).isDirectory()
fs.readFile filename, 'binary', (error, file) ->
if error?
res.writeHead 500, 'Content-Type': 'text/plain'
res.write error + "\n"
res.end()
return false
res.writeHead 200
res.write file, 'binary'
res.end()
@webServer.listen 3000
if silent isnt true
console.log "Server running at http://localhost:3000".green
console.log "CTRL+C to stop it".white
callback?()
stopServer: (callback) ->
@webServer.close callback or ->
publish: ->
do @loadConfig
@rsync @siteDir, @config.server
rsync: (from, to, callback) ->
port = "ssh -p #{@config.port or 22}"
child = spawn "rsync", ['-vurz', '--delete', '-e', port, from, to]
child.stdout.on 'data', (out) -> console.log out.toString()
child.stderr.on 'data', (err) -> console.error err.toString()
child.on 'exit', callback if callback
loadConfig: ->
@config = readJSON @configFile
@defaultTemplateFile = @config.defaultTemplate if @config.defaultTemplate
yes
loadCache: ->
@cache = readJSON(@cacheFile) or []
yes
loadTemplate: (name) ->
return false unless name
return true if @layouts[name]
@layouts[name] = @readAndCompileTemplateFile @templatePath(name)
yes
readAndCompileTemplateFile: (filename) ->
handlebars.compile fs.readFileSync(filename).toString()
postPath: (filename) ->
"#{@cwd}posts/#{filename or ''}"
templatePath: (filename) ->
"#{@layoutsDir}#{filename}"
templateExists: (name) ->
fs.existsSync @templatePath name
postFiles: ->
readDir @postPath()
pageFiles: ->
readDir @pagesDir
layoutFiles: ->
readDir @layoutFiles
setType: (post) ->
return post unless post.type
post["is#{ucWord post.type}"] = true
post
postInfo: (filename, isPage) ->
file = if isPage is true then "#{@pagesDir}#{filename}" else @postPath filename
content = fs.readFileSync(file).toString()
hash = md5 content
content = content.split '\n\n'
top = content.shift().split '\n'
body = content.join '\n\n'
post =
name: filename
title: top[0]
slug: path.basename filename, '.md'
hash: hash
body: @markup body
summary: @summary body
tags: []
for setting in top[2..]
parts = setting.split ': '
key = parts[0].toLowerCase()
post[key] = if key is 'tags'
parts[1].split(',').map((s) -> s.trim())
else
parts[1]
if post.published
date = new Date post.published
post.prettyDate = date.toFormat @config.prettyDateFormat
post.ymd = date.toFormat @config.ymdFormat
post.permalink = @permalink post.published, post.slug
post.archiveDir = post.published[0..6]
post.canonical = @config.site + post.permalink
if isPage is true
post.slug += '/'
post.type = 'page'
@setType post
summary: (body) ->
summary = _.find(marked.lexer(body), (token) -> token.type is 'paragraph')?.text
summary = summary[0..summary.length - 2]
marked.parser marked.lexer _.template("#{summary}...")(summary)
update: (callback) ->
do @loadConfig
@cache = []
@cache.push @postInfo(post) for post in @postFiles()
@cache = _.sortBy @cache, (post) -> (if post.published then new Date(post.published) else 0) * -1
fs.writeFile @cacheFile, JSON.stringify(@cache), (error) ->
throw new Error error if error?
callback?()
yes
ymd: (pubDate) ->
date = new Date pubDate
date.toFormat 'YYYY/MM/DD'
postDir: (pubDate, slug) ->
"#{@cwd}site/#{@ymd(pubDate)}/#{slug}"
permalink: (pubDate, slug) ->
"/#{@ymd(pubDate)}/#{slug}/"
build: (callback) ->
@update =>
exec "rsync -vur --delete #{@publicDir} #{@siteDir}", (err, stdout, stderr) =>
throw err if err
writePostFile = (post, next) =>
return next null unless _.has post, 'published'
dir = @postDir post.published, post.slug
mkdirp.sync dir unless fs.existsSync dir
fs.writeFile "#{dir}/index.html", @render([post]), 'utf8'
do next
process = [
@buildArchive
@buildArchiveList
@buildTags
@buildIndex
@buildPages
]
async.each @cache, writePostFile, (error) =>
async.parallel process, (error) ->
callback?()
buildIndex: (callback) =>
index = @config.postsOnHomePage - 1
posts = @cache.filter((p) -> 'published' in _.keys p)[0..index]
blogIndex = siteIndex = "#{@cwd}site/"
staticIndex = "index.md"
if @config.homepage is 'page' and fs.existsSync "#{@pagesDir}#{staticIndex}"
data = @postInfo staticIndex, yes
blogIndex = "#{@siteDir}#{@config.blogDirectory}/"
mkdirp.sync blogIndex
fs.writeFileSync siteIndex, @render([data]), 'utf8'
fs.writeFile "#{blogIndex}index.html", @render(posts), 'utf8'
@buildRss posts
callback? null
buildRss: (posts, callback) =>
feed = new rss
title: @config.siteTitle
description: @config.description
feed_url: "#{@config.site}/rss.xml"
site_url: @config.site
author: @config.author
for post in posts
body = if _.has post, 'image' then "<p><img src='#{post.image}' /></p>#{post.body}" else post.body
feed.item
title: post.title
description: body
url: "#{@config.site}#{post.permalink}"
date: post.published
fs.writeFile @rssFile, feed.xml(), 'utf8'
callback? null
# @todo: add parallel async
buildPages: (callback) =>
for page in @pageFiles()
continue if page is 'index.md'
data = @postInfo page, yes
pageDir = "#{@siteDir}#{data.slug}"
mkdirp.sync pageDir
fs.writeFileSync "#{pageDir}index.html", @render([data]), 'utf8'
callback? null
# @todo: add parallel async
buildTags: (callback) =>
@tags = {}
for post in @cache when post.tags.length > 0
for tag in post.tags when _.has post, 'published'
@tags[tag] = [] unless _.has @tags, tag
@tags[tag].push post
for tag, posts of @tags
tagDir = "#{@siteDir}tags/#{tag}/"
mkdirp.sync tagDir unless fs.existsSync tagDir
fs.writeFile "#{tagDir}index.html", @render(posts), 'utf8'
callback? null
buildArchive: (callback) =>
@archive = {}
for post in @cache when 'published' in _.keys post
@archive[post.archiveDir] = [] unless _.has @archive, post.archiveDir
@archive[post.archiveDir].push post
for archiveDir, posts of @archive
archiveDir = "#{@siteDir}#{archiveDir.replace('-', '/')}/"
mkdirp.sync archiveDir unless fs.existsSync archiveDir
fs.writeFile "#{archiveDir}index.html", @render(posts), 'utf8'
callback?(null)
buildArchiveList: (callback) =>
@archiveIndex = []
posts = @cache.filter (post) -> _.has post, 'published'
for archive in _.uniq _.pluck posts, 'archiveDir'
@archiveIndex.push
name: new Date(archive.replace /-/g, ' ').toFormat 'MMMM YYYY'
link: "/#{archive.replace('-', '/')}/"
_.sortBy @archiveIndex, (result) -> result.link.replace '/', ''
callback?()
backup: (name, callback) ->
if typeof name is 'function'
callback = name
name = null
name = if typeof name is 'string' then " - #{name}" else ''
@build =>
fstream = require 'fstream'
tar = require 'tar'
zlib = require 'zlib'
date = new Date
w = fstream.Writer path: "#{@versionsDir}#{date.toFormat 'YYYYMMDD'}#{name}.tar.gz"
mkdirp.sync @versionsDir unless fs.existsSync @versionsDir
fstream.Reader({ path: @siteDir, type: 'Directory' })
.on('end', callback or ->)
.pipe(tar.Pack())
.pipe(zlib.Gzip())
.pipe w
watch: (callback) =>
console.log 'Watching for changes and starting the server'.yellow
do @server
rebuild = (msg) => @build -> console.log "#{new Date().toFormat('HH24:MI:SS')} #{msg}".grey
handlePostsAndPages = (ev, filename) =>
rebuild 'Recompiling posts and pages' if filename and path.extname(filename) is '.md'
# watch templates, posts and pages for changes
fs.watch @postPath(), handlePostsAndPages
fs.watch @pagesDir, handlePostsAndPages
fs.watch @layoutsDir, (ev, filename) =>
if filename and path.extname(filename) is '.html'
@layouts = {}
rebuild 'Recompiling template'
rebuild 'Built the site'
markup: (content) ->
content = marked(content).trim()
content.replace /\n/g, ""
render: (posts) ->
throw "Posts must be an array" unless _.isArray posts
options = _.omit @config, 'server'
options.pageTitle = @pageTitle if posts.length is 1 then posts[0].title else ''
options.archiveList = @archiveIndex
if posts.length is 1 and posts[0].type isnt 'page'
options.isArticle = true
options.opengraph = true
options.og_title = posts[0].title
options.og_canonical = posts[0].canonical
options.isIndex = true if posts.length > 1
template = if posts.length is 1 and posts[0]['layout'] and @templateExists(posts[0]['layout'])
posts[0]['layout']
else
@defaultTemplateFile
@loadTemplate template
html = @layouts[template] _.extend options, posts: posts
html.replace /\n|\r|\t/g, ''
pageTitle: (postTitle) ->
if postTitle then "#{postTitle} | #{@config.siteTitle}" else @config.siteTitle
defaults: ->
config = [
'{'
' "siteTitle": "Hey-coffee Blog",'
' "author": "PI:NAME:<NAME>END_PI",'
' "description": "My awesome blog, JACK!",'
' "site": "http://yoursite.com",'
' "postsOnHomePage": 20,'
' "server": "PI:EMAIL:<EMAIL>END_PI:/path/to/your/blog",'
' "port": 22,'
' "prettyDateFormat": "DDDD, DD MMMM YYYY",'
' "ymdFormat": "YYYY-MM-DD",'
' "defaultTemplate": "template.html",'
' "homepage": "blog",'
' "blogDirectory": "blog"'
'}'
].join '\n'
post = [
'First Post'
'=========='
'Published: 2013-04-22 12:00:00'
'Type: text'
'Tags: tests'
''
'This is a test post.'
''
'This is a second paragraph.'
].join '\n'
tpl = [
'<!DOCTYPE html>'
'<html>'
' <head>'
' <title>{{siteTitle}}</title>'
' </head>'
' <body>'
' {{#each posts}}'
' <article>'
' <h2><a href="{{permalink}}">{{title}}</a></h2>'
' {{{body}}}'
' </article>'
' {{/each}}'
' </body>'
'</html>'
].join '\n'
{ config, post, tpl }
# utility functions
readJSON = (file) ->
throw new Error "JSON file doesn't exist: #{file}" unless fs.existsSync file
fileContents = fs.readFileSync(file).toString()
if fileContents then JSON.parse(fileContents) else []
readDir = (dir) ->
throw "Directory doesn't exist: #{dir}" unless fs.existsSync dir
files = fs.readdirSync(dir).filter (f) -> f.charAt(0) isnt '.'
files or []
md5 = (string) ->
crypto.createHash('md5').update(string).digest('hex')
ucWord = (string) ->
string.charAt(0).toUpperCase() + string.slice 1
|
[
{
"context": "_GIT_URL}:#{gitlab_name}.git\"\n githubRemote = \"git@github.com:#{GITHUB_ORG}/#{github_name}.git\"\n\n rm \"-rf\", ",
"end": 392,
"score": 0.9909152984619141,
"start": 378,
"tag": "EMAIL",
"value": "git@github.com"
},
{
"context": "URL}:#{gitlab_name}.wiki.git\"\n githubRemote = \"git@github.com:#{GITHUB_ORG}/#{github_name}.wiki.git\"\n\n rm \"-",
"end": 982,
"score": 0.9810299873352051,
"start": 968,
"tag": "EMAIL",
"value": "git@github.com"
}
] | lib/git.coffee | leilerg/gitlab-github-migrate | 62 | require('dotenv').load()
require 'shelljs/global'
_ = require 'underscore'
GitHub = require './github'
Git = module.exports =
migrateRepo: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.git"
githubRemote = "git@github.com:#{GITHUB_ORG}/#{github_name}.git"
rm "-rf", repo
exec "git clone --mirror #{gitlabRemote}"
cd repo
exec "git remote add github #{githubRemote}"
GitHub.createRepo(github_name)
.then ->
exec "git push github --mirror"
rm "-rf", repo
.catch (err) -> console.log err.error
migrateWiki: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.wiki.git"
githubRemote = "git@github.com:#{GITHUB_ORG}/#{github_name}.wiki.git"
rm "-rf", repo
exec "git clone #{gitlabRemote} #{repo}"
cd repo
exec "git remote add github #{githubRemote}"
exec "git push github --force"
rm "-rf", repo
| 140338 | require('dotenv').load()
require 'shelljs/global'
_ = require 'underscore'
GitHub = require './github'
Git = module.exports =
migrateRepo: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.git"
githubRemote = "<EMAIL>:#{GITHUB_ORG}/#{github_name}.git"
rm "-rf", repo
exec "git clone --mirror #{gitlabRemote}"
cd repo
exec "git remote add github #{githubRemote}"
GitHub.createRepo(github_name)
.then ->
exec "git push github --mirror"
rm "-rf", repo
.catch (err) -> console.log err.error
migrateWiki: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.wiki.git"
githubRemote = "<EMAIL>:#{GITHUB_ORG}/#{github_name}.wiki.git"
rm "-rf", repo
exec "git clone #{gitlabRemote} #{repo}"
cd repo
exec "git remote add github #{githubRemote}"
exec "git push github --force"
rm "-rf", repo
| true | require('dotenv').load()
require 'shelljs/global'
_ = require 'underscore'
GitHub = require './github'
Git = module.exports =
migrateRepo: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.git"
githubRemote = "PI:EMAIL:<EMAIL>END_PI:#{GITHUB_ORG}/#{github_name}.git"
rm "-rf", repo
exec "git clone --mirror #{gitlabRemote}"
cd repo
exec "git remote add github #{githubRemote}"
GitHub.createRepo(github_name)
.then ->
exec "git push github --mirror"
rm "-rf", repo
.catch (err) -> console.log err.error
migrateWiki: (options) ->
{ gitlab_name, github_name } = options
{ GITLAB_GIT_URL, GITHUB_ORG } = process.env
repo = "#{_.last(gitlab_name.split('/'))}.git"
gitlabRemote = "#{GITLAB_GIT_URL}:#{gitlab_name}.wiki.git"
githubRemote = "PI:EMAIL:<EMAIL>END_PI:#{GITHUB_ORG}/#{github_name}.wiki.git"
rm "-rf", repo
exec "git clone #{gitlabRemote} #{repo}"
cd repo
exec "git remote add github #{githubRemote}"
exec "git push github --force"
rm "-rf", repo
|
[
{
"context": "js\n\n PXL.js\n Benjamin Blundell - ben@pxljs.com\n http://pxljs.",
"end": 215,
"score": 0.9998300671577454,
"start": 198,
"tag": "NAME",
"value": "Benjamin Blundell"
},
{
"context": " PXL.js\n Benjamin Blundell - ben@pxljs.com\n http://pxljs.com\n\n This so",
"end": 231,
"score": 0.9999305605888367,
"start": 218,
"tag": "EMAIL",
"value": "ben@pxljs.com"
}
] | src/light/light.coffee | OniDaito/pxljs | 1 | ###
.__
_________ __| |
\____ \ \/ / |
| |_> > <| |__
| __/__/\_ \____/
|__| \/ js
PXL.js
Benjamin Blundell - ben@pxljs.com
http://pxljs.com
This software is released under the MIT Licence. See LICENCE.txt for details
Basic forward rendering lights such as ambient, spotlight and such
- TODO
* Issue arises with timing of shader definitions such as num-lights. Shader will need to
be rebuilt essentially if the lights change. To do that we have a set of define lines in the
shader which we can modify easily. A user will need to set these if they wish to mess with stuff
*updating the pos and the matrix together :S tricksy
###
{Matrix4, Vec2, Vec3, Vec4, degToRad} = require '../math/math'
{RGB,RGBA} = require '../colour/colour'
{Contract} = require '../gl/contract'
{Fbo} = require '../gl/fbo'
# These are set in stone and are the actual values passed to the
# shader. Ideally we'd reference them, but the are basically a cache
LIGHTING_NUM_POINT_LIGHTS = 5
LIGHTING_NUM_SPOT_LIGHTS = 5
# ## AmbientLight
# Basic ambient lighting. Should be included with all basic lights
class AmbientLight
# **@constructor**
# - **colour** - a Colour.RGB - Default RGB(0,0,0)
constructor : (@ambientcolour) ->
if not @ambientcolour?
@ambientcolour = new RGB(0,0,0)
@contract = new Contract()
@contract.roles.uAmbientLightingColour = "ambientcolour"
_addToNode: (node) ->
# Overwrite and give no warning?
node.ambientLight = @
@
# ## PointLight
# A very basic light, a point in space. Used by the node class at present
# Doesnt create shadows at present (might use a different class for that)
# TODO - At some point this class will need to detect forward and deferred
# lighting solutions.
# The static class if you will, of PointLight (the protoype) keeps a record
# of all the lights in the system and it is this which is passed to the uber
# shader in the end. That way, they can be passed as arrays and looped over
class PointLight
@_posGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 4)
@contract = new Contract()
@contract.roles.uPointLightPos = "_posGlobal"
@contract.roles.uPointLightColour = "_colourGlobal"
@contract.roles.uPointLightAttenuation = "_attenuationGlobal"
@contract.roles.uPointLightNum = "_numGlobal"
# Called by the node traversal section when we create our node tree
# We modify the positions in place with the current matrix. This way
# the light positions are pre-computed before they hit the shader
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
# Light transforms are now done in the shader
ll = Matrix4.multVec(matrix,light.pos)
PointLight._posGlobal[idx * 3] = ll.x
PointLight._posGlobal[idx * 3 + 1] = ll.y
PointLight._posGlobal[idx * 3 + 2] = ll.z
PointLight._colourGlobal[idx * 3] = light.colour.r
PointLight._colourGlobal[idx * 3 + 1] = light.colour.g
PointLight._colourGlobal[idx * 3 + 2] = light.colour.b
PointLight._attenuationGlobal[idx * 4] = light.attenuation.x
PointLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
PointLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
PointLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
idx += 1
PointLight._numGlobal = lights.length
# **@constructor**
# - **pos** - a Vec3 - Default (1,1,1)
# - **colour** - a Colour.RGB - Default RGB.WHITE
# - **attenutation** - an Array of Number - Length 4 - Default [100, 1.0, 0.045, 0.0075] - **NOT IMPLEMENTED YET**
# TODO - need to add attenuation to our ubershader
constructor : (@pos, @colour, @attenuation) ->
# this is a bit of a hack to get things bound to shaders but it works
@contract = PointLight.contract
@_posGlobal = PointLight._posGlobal
@_colourGlobal = PointLight._colourGlobal
@_attenuationGlobal = PointLight._attenuationGlobal
@_numGlobal = PointLight._numGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
# Attention has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 100, 1.0, 0.045, 0.0075 ]
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.pointLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.pointLights.splice node.pointLights.indexOf @
@
# ## SpotLight
# A SpotLight with a direction and angle (which represents how wide the beam is)
# Just as in PointLight, the spotlight prototype records all spots
class SpotLight
@_posGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 4)
@_dirGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_angleGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_expGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_mvpMatrixGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 16)
@_samplerGlobal = new Int32Array(LIGHTING_NUM_SPOT_LIGHTS)
@contract = new Contract()
@contract.roles.uSpotLightPos = "_posGlobal"
@contract.roles.uSpotLightColour = "_colourGlobal"
@contract.roles.uSpotLightAttenuation = "_attenuationGlobal"
@contract.roles.uSpotLightDir = "_dirGlobal"
@contract.roles.uSpotLightAngle = "_angleGlobal"
@contract.roles.uSpotLightExp = "_expGlobal"
@contract.roles.uSpotLightNum = "_numGlobal"
@contract.roles.uSpotLightMatrix = "_mvpMatrixGlobal"
@contract.roles.uSamplerSpotShadow = "_samplerGlobal"
# called internally - sets up the global contract array
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
ll = Matrix4.multVec(matrix, light.pos)
SpotLight._posGlobal[idx * 3] = ll.x
SpotLight._posGlobal[idx * 3 + 1] = ll.y
SpotLight._posGlobal[idx * 3 + 2] = ll.z
SpotLight._colourGlobal[idx * 3] = light.colour.r
SpotLight._colourGlobal[idx * 3 + 1] = light.colour.g
SpotLight._colourGlobal[idx * 3 + 2] = light.colour.b
SpotLight._attenuationGlobal[idx * 4] = light.attenuation.x
SpotLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
SpotLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
SpotLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
SpotLight._dirGlobal[idx * 3] = light.dir.x
SpotLight._dirGlobal[idx * 3 + 1] = light.dir.y
SpotLight._dirGlobal[idx * 3 + 2] = light.dir.z
SpotLight._angleGlobal[idx] = light.angle
SpotLight._expGlobal[idx] = light.exponent
if light.shadowmap
for i in [0..15]
SpotLight._mvpMatrixGlobal[idx*16+i] = light.mvpMatrix.a[i]
# Bind the shadowmap texture, ready for sampling
light.shadowmap_fbo.texture.bind()
SpotLight._samplerGlobal[idx] = light.shadowmap_fbo.texture.unit
idx += 1
SpotLight.numGlobal = lights.length
# Called internally, mostly to unbind the shadowmaps
@_postDraw : (lights) ->
for light in lights
if light.shadowmap
light.shadowmap_fbo.texture.unbind()
# TODO - Add a mask here that basically says which lights are on or off
# We need this because we may call draw on a subnode of a node that has a light
# and that light should not affect the scene. this mask would be passed to the shader
# **@constructor**
# -**pos** - a Vec3
# -**colour** - an RGB
# -**dir** - a Vec3
# -**angle** - a Number - radians
# -**exponent** - a Number
# -**shadowmap** - a Boolean
# -**attentuation** - a List of Number - length 4 - optional - default [10, 1.0, 0.045, 0.0075]
constructor : (@pos, @colour, @dir, @angle, @shadowmap, @exponent, @attenuation) ->
@contract = SpotLight.contract
@_posGlobal = SpotLight._posGlobal
@_colourGlobal = SpotLight._colourGlobal
@_attenuationGlobal = SpotLight._attenuationGlobal
@_dirGlobal = SpotLight._dirGlobal
@_angleGlobal = SpotLight._angleGlobal
@_expGlobal = SpotLight._expGlobal
@_mvpMatrixGlobal = SpotLight._mvpMatrixGlobal
@_samplerGlobal = SpotLight._samplerGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
if not @shadowmap?
@shadowmap = false
if @shadowmap
@shadowmap_fbo = new Fbo(512,512)
@mvpMatrix = new Matrix4()
# Attenuation has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 10.0, 1.0, 0.045, 0.0075 ]
if not @dir?
@dir = new Vec3(0,-1,0)
@dir.normalize()
if not @angle?
@angle = degToRad 45.0
if not @exponent?
@exponent = 100.0
@idx = -1 # Used to say where in the global array this light is
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.spotLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.spotLights.splice node.spotLights.indexOf @
@
module.exports =
PointLight : PointLight
AmbientLight : AmbientLight
SpotLight : SpotLight
| 204592 | ###
.__
_________ __| |
\____ \ \/ / |
| |_> > <| |__
| __/__/\_ \____/
|__| \/ js
PXL.js
<NAME> - <EMAIL>
http://pxljs.com
This software is released under the MIT Licence. See LICENCE.txt for details
Basic forward rendering lights such as ambient, spotlight and such
- TODO
* Issue arises with timing of shader definitions such as num-lights. Shader will need to
be rebuilt essentially if the lights change. To do that we have a set of define lines in the
shader which we can modify easily. A user will need to set these if they wish to mess with stuff
*updating the pos and the matrix together :S tricksy
###
{Matrix4, Vec2, Vec3, Vec4, degToRad} = require '../math/math'
{RGB,RGBA} = require '../colour/colour'
{Contract} = require '../gl/contract'
{Fbo} = require '../gl/fbo'
# These are set in stone and are the actual values passed to the
# shader. Ideally we'd reference them, but the are basically a cache
LIGHTING_NUM_POINT_LIGHTS = 5
LIGHTING_NUM_SPOT_LIGHTS = 5
# ## AmbientLight
# Basic ambient lighting. Should be included with all basic lights
class AmbientLight
# **@constructor**
# - **colour** - a Colour.RGB - Default RGB(0,0,0)
constructor : (@ambientcolour) ->
if not @ambientcolour?
@ambientcolour = new RGB(0,0,0)
@contract = new Contract()
@contract.roles.uAmbientLightingColour = "ambientcolour"
_addToNode: (node) ->
# Overwrite and give no warning?
node.ambientLight = @
@
# ## PointLight
# A very basic light, a point in space. Used by the node class at present
# Doesnt create shadows at present (might use a different class for that)
# TODO - At some point this class will need to detect forward and deferred
# lighting solutions.
# The static class if you will, of PointLight (the protoype) keeps a record
# of all the lights in the system and it is this which is passed to the uber
# shader in the end. That way, they can be passed as arrays and looped over
class PointLight
@_posGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 4)
@contract = new Contract()
@contract.roles.uPointLightPos = "_posGlobal"
@contract.roles.uPointLightColour = "_colourGlobal"
@contract.roles.uPointLightAttenuation = "_attenuationGlobal"
@contract.roles.uPointLightNum = "_numGlobal"
# Called by the node traversal section when we create our node tree
# We modify the positions in place with the current matrix. This way
# the light positions are pre-computed before they hit the shader
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
# Light transforms are now done in the shader
ll = Matrix4.multVec(matrix,light.pos)
PointLight._posGlobal[idx * 3] = ll.x
PointLight._posGlobal[idx * 3 + 1] = ll.y
PointLight._posGlobal[idx * 3 + 2] = ll.z
PointLight._colourGlobal[idx * 3] = light.colour.r
PointLight._colourGlobal[idx * 3 + 1] = light.colour.g
PointLight._colourGlobal[idx * 3 + 2] = light.colour.b
PointLight._attenuationGlobal[idx * 4] = light.attenuation.x
PointLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
PointLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
PointLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
idx += 1
PointLight._numGlobal = lights.length
# **@constructor**
# - **pos** - a Vec3 - Default (1,1,1)
# - **colour** - a Colour.RGB - Default RGB.WHITE
# - **attenutation** - an Array of Number - Length 4 - Default [100, 1.0, 0.045, 0.0075] - **NOT IMPLEMENTED YET**
# TODO - need to add attenuation to our ubershader
constructor : (@pos, @colour, @attenuation) ->
# this is a bit of a hack to get things bound to shaders but it works
@contract = PointLight.contract
@_posGlobal = PointLight._posGlobal
@_colourGlobal = PointLight._colourGlobal
@_attenuationGlobal = PointLight._attenuationGlobal
@_numGlobal = PointLight._numGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
# Attention has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 100, 1.0, 0.045, 0.0075 ]
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.pointLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.pointLights.splice node.pointLights.indexOf @
@
# ## SpotLight
# A SpotLight with a direction and angle (which represents how wide the beam is)
# Just as in PointLight, the spotlight prototype records all spots
class SpotLight
@_posGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 4)
@_dirGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_angleGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_expGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_mvpMatrixGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 16)
@_samplerGlobal = new Int32Array(LIGHTING_NUM_SPOT_LIGHTS)
@contract = new Contract()
@contract.roles.uSpotLightPos = "_posGlobal"
@contract.roles.uSpotLightColour = "_colourGlobal"
@contract.roles.uSpotLightAttenuation = "_attenuationGlobal"
@contract.roles.uSpotLightDir = "_dirGlobal"
@contract.roles.uSpotLightAngle = "_angleGlobal"
@contract.roles.uSpotLightExp = "_expGlobal"
@contract.roles.uSpotLightNum = "_numGlobal"
@contract.roles.uSpotLightMatrix = "_mvpMatrixGlobal"
@contract.roles.uSamplerSpotShadow = "_samplerGlobal"
# called internally - sets up the global contract array
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
ll = Matrix4.multVec(matrix, light.pos)
SpotLight._posGlobal[idx * 3] = ll.x
SpotLight._posGlobal[idx * 3 + 1] = ll.y
SpotLight._posGlobal[idx * 3 + 2] = ll.z
SpotLight._colourGlobal[idx * 3] = light.colour.r
SpotLight._colourGlobal[idx * 3 + 1] = light.colour.g
SpotLight._colourGlobal[idx * 3 + 2] = light.colour.b
SpotLight._attenuationGlobal[idx * 4] = light.attenuation.x
SpotLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
SpotLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
SpotLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
SpotLight._dirGlobal[idx * 3] = light.dir.x
SpotLight._dirGlobal[idx * 3 + 1] = light.dir.y
SpotLight._dirGlobal[idx * 3 + 2] = light.dir.z
SpotLight._angleGlobal[idx] = light.angle
SpotLight._expGlobal[idx] = light.exponent
if light.shadowmap
for i in [0..15]
SpotLight._mvpMatrixGlobal[idx*16+i] = light.mvpMatrix.a[i]
# Bind the shadowmap texture, ready for sampling
light.shadowmap_fbo.texture.bind()
SpotLight._samplerGlobal[idx] = light.shadowmap_fbo.texture.unit
idx += 1
SpotLight.numGlobal = lights.length
# Called internally, mostly to unbind the shadowmaps
@_postDraw : (lights) ->
for light in lights
if light.shadowmap
light.shadowmap_fbo.texture.unbind()
# TODO - Add a mask here that basically says which lights are on or off
# We need this because we may call draw on a subnode of a node that has a light
# and that light should not affect the scene. this mask would be passed to the shader
# **@constructor**
# -**pos** - a Vec3
# -**colour** - an RGB
# -**dir** - a Vec3
# -**angle** - a Number - radians
# -**exponent** - a Number
# -**shadowmap** - a Boolean
# -**attentuation** - a List of Number - length 4 - optional - default [10, 1.0, 0.045, 0.0075]
constructor : (@pos, @colour, @dir, @angle, @shadowmap, @exponent, @attenuation) ->
@contract = SpotLight.contract
@_posGlobal = SpotLight._posGlobal
@_colourGlobal = SpotLight._colourGlobal
@_attenuationGlobal = SpotLight._attenuationGlobal
@_dirGlobal = SpotLight._dirGlobal
@_angleGlobal = SpotLight._angleGlobal
@_expGlobal = SpotLight._expGlobal
@_mvpMatrixGlobal = SpotLight._mvpMatrixGlobal
@_samplerGlobal = SpotLight._samplerGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
if not @shadowmap?
@shadowmap = false
if @shadowmap
@shadowmap_fbo = new Fbo(512,512)
@mvpMatrix = new Matrix4()
# Attenuation has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 10.0, 1.0, 0.045, 0.0075 ]
if not @dir?
@dir = new Vec3(0,-1,0)
@dir.normalize()
if not @angle?
@angle = degToRad 45.0
if not @exponent?
@exponent = 100.0
@idx = -1 # Used to say where in the global array this light is
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.spotLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.spotLights.splice node.spotLights.indexOf @
@
module.exports =
PointLight : PointLight
AmbientLight : AmbientLight
SpotLight : SpotLight
| true | ###
.__
_________ __| |
\____ \ \/ / |
| |_> > <| |__
| __/__/\_ \____/
|__| \/ js
PXL.js
PI:NAME:<NAME>END_PI - PI:EMAIL:<EMAIL>END_PI
http://pxljs.com
This software is released under the MIT Licence. See LICENCE.txt for details
Basic forward rendering lights such as ambient, spotlight and such
- TODO
* Issue arises with timing of shader definitions such as num-lights. Shader will need to
be rebuilt essentially if the lights change. To do that we have a set of define lines in the
shader which we can modify easily. A user will need to set these if they wish to mess with stuff
*updating the pos and the matrix together :S tricksy
###
{Matrix4, Vec2, Vec3, Vec4, degToRad} = require '../math/math'
{RGB,RGBA} = require '../colour/colour'
{Contract} = require '../gl/contract'
{Fbo} = require '../gl/fbo'
# These are set in stone and are the actual values passed to the
# shader. Ideally we'd reference them, but the are basically a cache
LIGHTING_NUM_POINT_LIGHTS = 5
LIGHTING_NUM_SPOT_LIGHTS = 5
# ## AmbientLight
# Basic ambient lighting. Should be included with all basic lights
class AmbientLight
# **@constructor**
# - **colour** - a Colour.RGB - Default RGB(0,0,0)
constructor : (@ambientcolour) ->
if not @ambientcolour?
@ambientcolour = new RGB(0,0,0)
@contract = new Contract()
@contract.roles.uAmbientLightingColour = "ambientcolour"
_addToNode: (node) ->
# Overwrite and give no warning?
node.ambientLight = @
@
# ## PointLight
# A very basic light, a point in space. Used by the node class at present
# Doesnt create shadows at present (might use a different class for that)
# TODO - At some point this class will need to detect forward and deferred
# lighting solutions.
# The static class if you will, of PointLight (the protoype) keeps a record
# of all the lights in the system and it is this which is passed to the uber
# shader in the end. That way, they can be passed as arrays and looped over
class PointLight
@_posGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_POINT_LIGHTS * 4)
@contract = new Contract()
@contract.roles.uPointLightPos = "_posGlobal"
@contract.roles.uPointLightColour = "_colourGlobal"
@contract.roles.uPointLightAttenuation = "_attenuationGlobal"
@contract.roles.uPointLightNum = "_numGlobal"
# Called by the node traversal section when we create our node tree
# We modify the positions in place with the current matrix. This way
# the light positions are pre-computed before they hit the shader
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
# Light transforms are now done in the shader
ll = Matrix4.multVec(matrix,light.pos)
PointLight._posGlobal[idx * 3] = ll.x
PointLight._posGlobal[idx * 3 + 1] = ll.y
PointLight._posGlobal[idx * 3 + 2] = ll.z
PointLight._colourGlobal[idx * 3] = light.colour.r
PointLight._colourGlobal[idx * 3 + 1] = light.colour.g
PointLight._colourGlobal[idx * 3 + 2] = light.colour.b
PointLight._attenuationGlobal[idx * 4] = light.attenuation.x
PointLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
PointLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
PointLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
idx += 1
PointLight._numGlobal = lights.length
# **@constructor**
# - **pos** - a Vec3 - Default (1,1,1)
# - **colour** - a Colour.RGB - Default RGB.WHITE
# - **attenutation** - an Array of Number - Length 4 - Default [100, 1.0, 0.045, 0.0075] - **NOT IMPLEMENTED YET**
# TODO - need to add attenuation to our ubershader
constructor : (@pos, @colour, @attenuation) ->
# this is a bit of a hack to get things bound to shaders but it works
@contract = PointLight.contract
@_posGlobal = PointLight._posGlobal
@_colourGlobal = PointLight._colourGlobal
@_attenuationGlobal = PointLight._attenuationGlobal
@_numGlobal = PointLight._numGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
# Attention has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 100, 1.0, 0.045, 0.0075 ]
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.pointLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.pointLights.splice node.pointLights.indexOf @
@
# ## SpotLight
# A SpotLight with a direction and angle (which represents how wide the beam is)
# Just as in PointLight, the spotlight prototype records all spots
class SpotLight
@_posGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_colourGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_attenuationGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 4)
@_dirGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 3)
@_angleGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_expGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS)
@_mvpMatrixGlobal = new Float32Array(LIGHTING_NUM_SPOT_LIGHTS * 16)
@_samplerGlobal = new Int32Array(LIGHTING_NUM_SPOT_LIGHTS)
@contract = new Contract()
@contract.roles.uSpotLightPos = "_posGlobal"
@contract.roles.uSpotLightColour = "_colourGlobal"
@contract.roles.uSpotLightAttenuation = "_attenuationGlobal"
@contract.roles.uSpotLightDir = "_dirGlobal"
@contract.roles.uSpotLightAngle = "_angleGlobal"
@contract.roles.uSpotLightExp = "_expGlobal"
@contract.roles.uSpotLightNum = "_numGlobal"
@contract.roles.uSpotLightMatrix = "_mvpMatrixGlobal"
@contract.roles.uSamplerSpotShadow = "_samplerGlobal"
# called internally - sets up the global contract array
@_preDraw : (lights, matrix) ->
idx = 0
if not lights?
return
for light in lights
ll = Matrix4.multVec(matrix, light.pos)
SpotLight._posGlobal[idx * 3] = ll.x
SpotLight._posGlobal[idx * 3 + 1] = ll.y
SpotLight._posGlobal[idx * 3 + 2] = ll.z
SpotLight._colourGlobal[idx * 3] = light.colour.r
SpotLight._colourGlobal[idx * 3 + 1] = light.colour.g
SpotLight._colourGlobal[idx * 3 + 2] = light.colour.b
SpotLight._attenuationGlobal[idx * 4] = light.attenuation.x
SpotLight._attenuationGlobal[idx * 4 + 1] = light.attenuation.y
SpotLight._attenuationGlobal[idx * 4 + 2] = light.attenuation.z
SpotLight._attenuationGlobal[idx * 4 + 3] = light.attenuation.w
SpotLight._dirGlobal[idx * 3] = light.dir.x
SpotLight._dirGlobal[idx * 3 + 1] = light.dir.y
SpotLight._dirGlobal[idx * 3 + 2] = light.dir.z
SpotLight._angleGlobal[idx] = light.angle
SpotLight._expGlobal[idx] = light.exponent
if light.shadowmap
for i in [0..15]
SpotLight._mvpMatrixGlobal[idx*16+i] = light.mvpMatrix.a[i]
# Bind the shadowmap texture, ready for sampling
light.shadowmap_fbo.texture.bind()
SpotLight._samplerGlobal[idx] = light.shadowmap_fbo.texture.unit
idx += 1
SpotLight.numGlobal = lights.length
# Called internally, mostly to unbind the shadowmaps
@_postDraw : (lights) ->
for light in lights
if light.shadowmap
light.shadowmap_fbo.texture.unbind()
# TODO - Add a mask here that basically says which lights are on or off
# We need this because we may call draw on a subnode of a node that has a light
# and that light should not affect the scene. this mask would be passed to the shader
# **@constructor**
# -**pos** - a Vec3
# -**colour** - an RGB
# -**dir** - a Vec3
# -**angle** - a Number - radians
# -**exponent** - a Number
# -**shadowmap** - a Boolean
# -**attentuation** - a List of Number - length 4 - optional - default [10, 1.0, 0.045, 0.0075]
constructor : (@pos, @colour, @dir, @angle, @shadowmap, @exponent, @attenuation) ->
@contract = SpotLight.contract
@_posGlobal = SpotLight._posGlobal
@_colourGlobal = SpotLight._colourGlobal
@_attenuationGlobal = SpotLight._attenuationGlobal
@_dirGlobal = SpotLight._dirGlobal
@_angleGlobal = SpotLight._angleGlobal
@_expGlobal = SpotLight._expGlobal
@_mvpMatrixGlobal = SpotLight._mvpMatrixGlobal
@_samplerGlobal = SpotLight._samplerGlobal
if not @pos?
@pos = new Vec3(1,1,1)
if not @colour?
@colour = RGB.WHITE()
if not @shadowmap?
@shadowmap = false
if @shadowmap
@shadowmap_fbo = new Fbo(512,512)
@mvpMatrix = new Matrix4()
# Attenuation has 4 components - range, constant, linear and quadratic
if not @attenuation?
@attenuation = [ 10.0, 1.0, 0.045, 0.0075 ]
if not @dir?
@dir = new Vec3(0,-1,0)
@dir.normalize()
if not @angle?
@angle = degToRad 45.0
if not @exponent?
@exponent = 100.0
@idx = -1 # Used to say where in the global array this light is
# _addToNode - called when this class is added to a node
_addToNode: (node) ->
node.spotLights.push @
@
# _removeFromNode - called when this class is removed from a node
_removeFromNode: (node) ->
node.spotLights.splice node.spotLights.indexOf @
@
module.exports =
PointLight : PointLight
AmbientLight : AmbientLight
SpotLight : SpotLight
|
[
{
"context": "\n ###\n uBerscore adaptation of deepExtend, by [Kurt Milam](https://gist.github.com/1868955)\n\n Its mainly ",
"end": 202,
"score": 0.999880850315094,
"start": 192,
"tag": "NAME",
"value": "Kurt Milam"
},
{
"context": "pExtend, by [Kurt Milam](https://gist.github.com/1868955)\n\n Its mainly a demonstration of uBerscore's _",
"end": 234,
"score": 0.9804784059524536,
"start": 229,
"tag": "USERNAME",
"value": "86895"
}
] | source/code/blending/blenders/DeepExtendBlender.coffee | anodynos/uBerscore | 1 | #Blender = require '../Blender'
#if true
define ['../Blender'], (Blender)->
l = new (require '../../Logger') 'uberscore/DeepExtendBlender'
###
uBerscore adaptation of deepExtend, by [Kurt Milam](https://gist.github.com/1868955)
Its mainly a demonstration of uBerscore's _B.Blender abilities.
It can be easily further extended is you desire.
It passes deepExtend's tests.
# Changes/extra features
# - extra: allow lodash'es 'shadowed' variables
# - change: ${} instead of #{} in parentRE, cause it conflicts with Coffeescript!
# - null _deletes_ object key, as well as array item
# - copying Function over Object should replace it first
@see /blending/deepExtend
#todo: not working with Blender API for read/write/createAs/properties
###
class DeepExtendBlender extends Blender
@behavior:
order: ['src', 'dst']
String: '*': 'overwriteOrReplace'
'[]':
'[]': (prop, src, dst)-> # Filter null / undefined. (note `type.areEqual('[]', 'Array') is true`)
_.reject @deepOverwrite(prop, src, dst), (v)-> v in [null, undefined]
'*': (prop, src, dst)->
throw """
deepExtend: Error: Trying to combine an array with a non-array.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
'{}':
'{}': (prop, src, dst)-> # Delete null / undefined (note `type.areEqual('{}', 'Object') is true`)
for key, val of deepBlended = @getAction('deepOverwrite')(prop, src, dst)
if (val is null) or (val is undefined)
delete deepBlended[key]
deepBlended
'*': (prop, src, dst)->
throw """
deepExtend: Error trying to combine a PlainObject with a non-PlainObject.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
# Actions - local to this blenderBehavior
###
Overwrites a source value on top of destination,
but if sourceVal is a replaceRE holder,
it _mainly_ returns `src[prop].replace @replaceRE, dst[prop]`
###
overwriteOrReplace: (prop, src, dst)->
replaceRE = /\${\s*?_\s*?}/ # it becomes a @ member of Blender instance
if _.isString(src[prop]) and replaceRE.test(src[prop])
if _.isString dst[prop]
src[prop].replace replaceRE, dst[prop]
else
# if our dest is not a 'isPlain' value (eg String, Number), eg {key: "${}"}-> {key: someNonPlainVal}
# it means it can't 'accept' a replacement, but we are just holding its value
dst[prop]
else
src[prop] # simply overwrite | 40470 | #Blender = require '../Blender'
#if true
define ['../Blender'], (Blender)->
l = new (require '../../Logger') 'uberscore/DeepExtendBlender'
###
uBerscore adaptation of deepExtend, by [<NAME>](https://gist.github.com/1868955)
Its mainly a demonstration of uBerscore's _B.Blender abilities.
It can be easily further extended is you desire.
It passes deepExtend's tests.
# Changes/extra features
# - extra: allow lodash'es 'shadowed' variables
# - change: ${} instead of #{} in parentRE, cause it conflicts with Coffeescript!
# - null _deletes_ object key, as well as array item
# - copying Function over Object should replace it first
@see /blending/deepExtend
#todo: not working with Blender API for read/write/createAs/properties
###
class DeepExtendBlender extends Blender
@behavior:
order: ['src', 'dst']
String: '*': 'overwriteOrReplace'
'[]':
'[]': (prop, src, dst)-> # Filter null / undefined. (note `type.areEqual('[]', 'Array') is true`)
_.reject @deepOverwrite(prop, src, dst), (v)-> v in [null, undefined]
'*': (prop, src, dst)->
throw """
deepExtend: Error: Trying to combine an array with a non-array.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
'{}':
'{}': (prop, src, dst)-> # Delete null / undefined (note `type.areEqual('{}', 'Object') is true`)
for key, val of deepBlended = @getAction('deepOverwrite')(prop, src, dst)
if (val is null) or (val is undefined)
delete deepBlended[key]
deepBlended
'*': (prop, src, dst)->
throw """
deepExtend: Error trying to combine a PlainObject with a non-PlainObject.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
# Actions - local to this blenderBehavior
###
Overwrites a source value on top of destination,
but if sourceVal is a replaceRE holder,
it _mainly_ returns `src[prop].replace @replaceRE, dst[prop]`
###
overwriteOrReplace: (prop, src, dst)->
replaceRE = /\${\s*?_\s*?}/ # it becomes a @ member of Blender instance
if _.isString(src[prop]) and replaceRE.test(src[prop])
if _.isString dst[prop]
src[prop].replace replaceRE, dst[prop]
else
# if our dest is not a 'isPlain' value (eg String, Number), eg {key: "${}"}-> {key: someNonPlainVal}
# it means it can't 'accept' a replacement, but we are just holding its value
dst[prop]
else
src[prop] # simply overwrite | true | #Blender = require '../Blender'
#if true
define ['../Blender'], (Blender)->
l = new (require '../../Logger') 'uberscore/DeepExtendBlender'
###
uBerscore adaptation of deepExtend, by [PI:NAME:<NAME>END_PI](https://gist.github.com/1868955)
Its mainly a demonstration of uBerscore's _B.Blender abilities.
It can be easily further extended is you desire.
It passes deepExtend's tests.
# Changes/extra features
# - extra: allow lodash'es 'shadowed' variables
# - change: ${} instead of #{} in parentRE, cause it conflicts with Coffeescript!
# - null _deletes_ object key, as well as array item
# - copying Function over Object should replace it first
@see /blending/deepExtend
#todo: not working with Blender API for read/write/createAs/properties
###
class DeepExtendBlender extends Blender
@behavior:
order: ['src', 'dst']
String: '*': 'overwriteOrReplace'
'[]':
'[]': (prop, src, dst)-> # Filter null / undefined. (note `type.areEqual('[]', 'Array') is true`)
_.reject @deepOverwrite(prop, src, dst), (v)-> v in [null, undefined]
'*': (prop, src, dst)->
throw """
deepExtend: Error: Trying to combine an array with a non-array.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
'{}':
'{}': (prop, src, dst)-> # Delete null / undefined (note `type.areEqual('{}', 'Object') is true`)
for key, val of deepBlended = @getAction('deepOverwrite')(prop, src, dst)
if (val is null) or (val is undefined)
delete deepBlended[key]
deepBlended
'*': (prop, src, dst)->
throw """
deepExtend: Error trying to combine a PlainObject with a non-PlainObject.
Property: #{prop}
destination[prop]: #{l.prettify dst[prop]}
source[prop]: #{l.prettify src[prop]}
"""
# Actions - local to this blenderBehavior
###
Overwrites a source value on top of destination,
but if sourceVal is a replaceRE holder,
it _mainly_ returns `src[prop].replace @replaceRE, dst[prop]`
###
overwriteOrReplace: (prop, src, dst)->
replaceRE = /\${\s*?_\s*?}/ # it becomes a @ member of Blender instance
if _.isString(src[prop]) and replaceRE.test(src[prop])
if _.isString dst[prop]
src[prop].replace replaceRE, dst[prop]
else
# if our dest is not a 'isPlain' value (eg String, Number), eg {key: "${}"}-> {key: someNonPlainVal}
# it means it can't 'accept' a replacement, but we are just holding its value
dst[prop]
else
src[prop] # simply overwrite |
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},
{
"context": " count: 1\n }\n {\n name: 'Black Sun Assassin'\n type: 'pilot'\n count: 2\n ",
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"score": 0.9995753169059753,
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},
{
"context": " count: 2\n }\n {\n name: 'Harpoon Missiles'\n type: 'upgrade'\n count: 2",
"end": 87196,
"score": 0.999789297580719,
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"tag": "NAME",
"value": "Harpoon Missiles"
},
{
"context": " count: 2\n }\n {\n name: 'Ion Dischargers'\n type: 'upgrade'\n count: 2",
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"tag": "NAME",
"value": "Ion Dischargers"
},
{
"context": " count: 2\n }\n {\n name: 'StarViper Mk. II'\n type: 'title'\n count: 2\n ",
"end": 87407,
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"tag": "NAME",
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},
{
"context": " count: 2\n }\n {\n name: 'Vaksai'\n type: 'title'\n count: 2\n ",
"end": 87501,
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"tag": "NAME",
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},
{
"context": " count: 2\n }\n {\n name: 'Pulsed Ray Shield'\n type: 'modification'\n cou",
"end": 87606,
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"tag": "NAME",
"value": "Pulsed Ray Shield"
},
{
"context": " count: 1\n }\n {\n name: 'Vectored Thrusters'\n type: 'modification'\n cou",
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"value": "Vectored Thrusters"
}
] | coffeescripts/manifest.coffee | cbmainz/xwing | 0 | exportObj = exports ? this
String::startsWith ?= (t) ->
@indexOf t == 0
sortWithoutQuotes = (a, b) ->
a_name = a.replace /[^a-z0-9]/ig, ''
b_name = b.replace /[^a-z0-9]/ig, ''
if a_name < b_name
-1
else if a_name > b_name
1
else
0
exportObj.manifestByExpansion =
'Core': [
{
name: 'X-Wing'
type: 'ship'
count: 1
}
{
name: 'TIE Fighter'
type: 'ship'
count: 2
}
{
name: 'Luke Skywalker'
type: 'pilot'
count: 1
}
{
name: 'Biggs Darklighter'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Rookie Pilot'
type: 'pilot'
count: 1
}
{
name: '"Mauler Mithel"'
type: 'pilot'
count: 1
}
{
name: '"Dark Curse"'
type: 'pilot'
count: 1
}
{
name: '"Night Beast"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 2
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'R2-F2'
type: 'upgrade'
count: 1
}
{
name: 'R2-D2'
type: 'upgrade'
count: 1
}
{
name: 'Determination'
type: 'upgrade'
count: 1
}
{
name: 'Marksmanship'
type: 'upgrade'
count: 1
}
]
'X-Wing Expansion Pack': [
{
name: 'X-Wing'
type: 'ship'
count: 1
}
{
name: 'Wedge Antilles'
type: 'pilot'
count: 1
}
{
name: 'Garven Dreis'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Rookie Pilot'
type: 'pilot'
count: 1
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'R5-K6'
type: 'upgrade'
count: 1
}
{
name: 'R5 Astromech'
type: 'upgrade'
count: 1
}
{
name: 'Expert Handling'
type: 'upgrade'
count: 1
}
{
name: 'Marksmanship'
type: 'upgrade'
count: 1
}
]
'Y-Wing Expansion Pack': [
{
name: 'Y-Wing'
type: 'ship'
count: 1
}
{
name: 'Horton Salm'
type: 'pilot'
count: 1
}
{
name: '"Dutch" Vander'
type: 'pilot'
count: 1
}
{
name: 'Gray Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Gold Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 2
}
{
name: 'Ion Cannon Turret'
type: 'upgrade'
count: 1
}
{
name: 'R5-D8'
type: 'upgrade'
count: 1
}
{
name: 'R2 Astromech'
type: 'upgrade'
count: 1
}
]
'TIE Fighter Expansion Pack': [
{
name: 'TIE Fighter'
type: 'ship'
count: 1
}
{
name: '"Howlrunner"'
type: 'pilot'
count: 1
}
{
name: '"Backstabber"'
type: 'pilot'
count: 1
}
{
name: '"Winged Gundark"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 1
}
{
name: 'Determination'
type: 'upgrade'
count: 1
}
{
name: 'Swarm Tactics'
type: 'upgrade'
count: 1
}
]
'TIE Advanced Expansion Pack': [
{
name: 'TIE Advanced'
type: 'ship'
count: 1
}
{
name: 'Darth Vader'
type: 'pilot'
count: 1
}
{
name: 'Maarek Stele'
type: 'pilot'
count: 1
}
{
name: 'Storm Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Tempest Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Squad Leader'
type: 'upgrade'
count: 1
}
{
name: 'Swarm Tactics'
type: 'upgrade'
count: 1
}
{
name: 'Expert Handling'
type: 'upgrade'
count: 1
}
]
'A-Wing Expansion Pack': [
{
name: 'A-Wing'
type: 'ship'
count: 1
}
{
name: 'Tycho Celchu'
type: 'pilot'
count: 1
}
{
name: 'Arvel Crynyd'
type: 'pilot'
count: 1
}
{
name: 'Green Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Prototype Pilot'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Push the Limit'
type: 'upgrade'
count: 1
}
{
name: 'Deadeye'
type: 'upgrade'
count: 1
}
]
'Millennium Falcon Expansion Pack': [
{
name: 'YT-1300'
type: 'ship'
count: 1
}
{
name: 'Han Solo'
type: 'pilot'
count: 1
}
{
name: 'Lando Calrissian'
type: 'pilot'
count: 1
}
{
name: 'Chewbacca'
type: 'pilot'
count: 1
}
{
name: 'Outer Rim Smuggler'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Assault Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Elusiveness'
type: 'upgrade'
count: 1
}
{
name: 'Draw Their Fire'
type: 'upgrade'
count: 1
}
{
name: 'Veteran Instincts'
type: 'upgrade'
count: 1
}
{
name: 'Luke Skywalker'
type: 'upgrade'
count: 1
}
{
name: 'Nien Nunb'
type: 'upgrade'
count: 1
}
{
name: 'Chewbacca'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Engineer'
type: 'upgrade'
count: 1
}
{
name: 'Shield Upgrade'
type: 'modification'
count: 2
}
{
name: 'Engine Upgrade'
type: 'modification'
count: 2
}
{
name: 'Millennium Falcon'
type: 'title'
count: 1
}
]
'TIE Interceptor Expansion Pack': [
{
name: 'TIE Interceptor'
type: 'ship'
count: 1
}
{
name: 'Soontir Fel'
type: 'pilot'
count: 1
}
{
name: 'Turr Phennir'
type: 'pilot'
count: 1
}
{
name: '''"Fel's Wrath"'''
type: 'pilot'
count: 1
}
{
name: 'Saber Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Avenger Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Alpha Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Daredevil'
type: 'upgrade'
count: 1
}
{
name: 'Elusiveness'
type: 'upgrade'
count: 1
}
]
'Slave I Expansion Pack': [
{
name: 'Firespray-31'
type: 'ship'
count: 1
}
{
name: 'Boba Fett'
type: 'pilot'
count: 1
}
{
name: 'Kath Scarlet'
type: 'pilot'
count: 1
}
{
name: 'Krassis Trelix'
type: 'pilot'
count: 1
}
{
name: 'Bounty Hunter'
type: 'pilot'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Assault Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Ion Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Heavy Laser Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Veteran Instincts'
type: 'upgrade'
count: 1
}
{
name: 'Expose'
type: 'upgrade'
count: 1
}
{
name: 'Seismic Charges'
type: 'upgrade'
count: 1
}
{
name: 'Proximity Mines'
type: 'upgrade'
count: 1
}
{
name: 'Gunner'
type: 'upgrade'
count: 1
}
{
name: 'Mercenary Copilot'
type: 'upgrade'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 2
}
{
name: 'Slave I'
type: 'title'
count: 1
}
]
'B-Wing Expansion Pack': [
{
name: 'B-Wing'
type: 'ship'
count: 1
}
{
name: 'Ten Numb'
type: 'pilot'
count: 1
}
{
name: 'Ibtisam'
type: 'pilot'
count: 1
}
{
name: 'Dagger Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Fire-Control System'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Ion Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Autoblaster'
type: 'upgrade'
count: 1
}
]
"HWK-290 Expansion Pack": [
{
name: 'HWK-290'
type: 'ship'
count: 1
}
{
name: 'Jan Ors'
type: 'pilot'
count: 1
}
{
name: 'Kyle Katarn'
type: 'pilot'
count: 1
}
{
name: 'Roark Garnet'
type: 'pilot'
count: 1
}
{
name: 'Rebel Operative'
type: 'pilot'
count: 1
}
{
name: 'Ion Cannon Turret'
type: 'upgrade'
count: 1
}
{
name: 'Recon Specialist'
type: 'upgrade'
count: 1
}
{
name: 'Moldy Crow'
type: 'title'
count: 1
}
{
name: 'Blaster Turret'
type: 'upgrade'
count: 1
}
{
name: 'Saboteur'
type: 'upgrade'
count: 1
}
{
name: 'Intelligence Agent'
type: 'upgrade'
count: 1
}
]
"TIE Bomber Expansion Pack": [
{
name: 'TIE Bomber'
type: 'ship'
count: 1
}
{
name: 'Major Rhymer'
type: 'pilot'
count: 1
}
{
name: 'Captain Jonus'
type: 'pilot'
count: 1
}
{
name: 'Gamma Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Scimitar Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Proton Bombs'
type: 'upgrade'
count: 1
}
{
name: 'Assault Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Seismic Charges'
type: 'upgrade'
count: 1
}
{
name: 'Adrenaline Rush'
type: 'upgrade'
count: 1
}
]
"Lambda-Class Shuttle Expansion Pack": [
{
name: 'Lambda-Class Shuttle'
type: 'ship'
count: 1
}
{
name: 'Captain Kagi'
type: 'pilot'
count: 1
}
{
name: 'Colonel Jendon'
type: 'pilot'
count: 1
}
{
name: 'Captain Yorr'
type: 'pilot'
count: 1
}
{
name: 'Omicron Group Pilot'
type: 'pilot'
count: 1
}
{
name: 'Sensor Jammer'
type: 'upgrade'
count: 1
}
{
name: 'Rebel Captive'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Sensors'
type: 'upgrade'
count: 1
}
{
name: 'ST-321'
type: 'title'
count: 1
}
{
name: 'Heavy Laser Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Engineer'
type: 'upgrade'
count: 1
}
{
name: 'Darth Vader'
type: 'upgrade'
count: 1
}
{
name: 'Intelligence Agent'
type: 'upgrade'
count: 1
}
{
name: 'Navigator'
type: 'upgrade'
count: 1
}
{
name: 'Flight Instructor'
type: 'upgrade'
count: 1
}
{
name: 'Anti-Pursuit Lasers'
type: 'modification'
count: 2
}
]
"Z-95 Headhunter Expansion Pack": [
{
name: 'Z-95 Headhunter'
type: 'ship'
count: 1
}
{
name: 'Airen Cracken'
type: 'pilot'
count: 1
}
{
name: 'Lieutenant Blount'
type: 'pilot'
count: 1
}
{
name: 'Tala Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Bandit Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Munitions Failsafe'
type: 'modification'
count: 1
}
{
name: 'Decoy'
type: 'upgrade'
count: 1
}
{
name: 'Wingman'
type: 'upgrade'
count: 1
}
{
name: 'Ion Pulse Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Assault Missiles'
type: 'upgrade'
count: 1
}
]
'E-Wing Expansion Pack': [
{
name: 'E-Wing'
type: 'ship'
count: 1
}
{
name: 'Corran Horn'
type: 'pilot'
count: 1
}
{
name: "Etahn A'baht"
type: 'pilot'
count: 1
}
{
name: 'Blackmoon Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Knave Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Advanced Sensors'
type: 'upgrade'
count: 1
}
{
name: 'Outmaneuver'
type: 'upgrade'
count: 1
}
{
name: 'R7-T1'
type: 'upgrade'
count: 1
}
{
name: 'R7 Astromech'
type: 'upgrade'
count: 1
}
{
name: 'Flechette Torpedoes'
type: 'upgrade'
count: 1
}
]
'TIE Defender Expansion Pack': [
{
name: 'TIE Defender'
type: 'ship'
count: 1
}
{
name: 'Rexler Brath'
type: 'pilot'
count: 1
}
{
name: 'Colonel Vessery'
type: 'pilot'
count: 1
}
{
name: 'Onyx Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Delta Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Munitions Failsafe'
type: 'modification'
count: 1
}
{
name: 'Predator'
type: 'upgrade'
count: 1
}
{
name: 'Outmaneuver'
type: 'upgrade'
count: 1
}
{
name: 'Ion Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Ion Pulse Missiles'
type: 'upgrade'
count: 1
}
]
'TIE Phantom Expansion Pack': [
{
name: 'TIE Phantom'
type: 'ship'
count: 1
}
{
name: '"Whisper"'
type: 'pilot'
count: 1
}
{
name: '"Echo"'
type: 'pilot'
count: 1
}
{
name: 'Shadow Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Sigma Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Fire-Control System'
type: 'upgrade'
count: 1
}
{
name: 'Tactician'
type: 'upgrade'
count: 1
}
{
name: 'Recon Specialist'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Cloaking Device'
type: 'modification'
count: 1
}
{
name: 'Stygium Particle Accelerator'
type: 'modification'
count: 1
}
]
'YT-2400 Freighter Expansion Pack': [
{
name: 'YT-2400'
type: 'ship'
count: 1
}
{
name: 'Dash Rendar'
type: 'pilot'
count: 1
}
{
name: 'Eaden Vrill'
type: 'pilot'
count: 1
}
{
name: '"Leebo"'
type: 'pilot'
count: 1
}
{
name: 'Wild Space Fringer'
type: 'pilot'
count: 1
}
{
name: 'Experimental Interface'
type: 'modification'
count: 1
}
{
name: 'Countermeasures'
type: 'modification'
count: 2
}
{
name: 'Outrider'
type: 'title'
count: 1
}
{
name: 'Lone Wolf'
type: 'upgrade'
count: 1
}
{
name: '"Leebo"'
type: 'upgrade'
count: 1
}
{
name: 'Lando Calrissian'
type: 'upgrade'
count: 1
}
{
name: 'Stay On Target'
type: 'upgrade'
count: 1
}
{
name: 'Dash Rendar'
type: 'upgrade'
count: 1
}
{
name: 'Gunner'
type: 'upgrade'
count: 1
}
{
name: 'Mercenary Copilot'
type: 'upgrade'
count: 1
}
{
name: 'Proton Rockets'
type: 'upgrade'
count: 1
}
{
name: 'Heavy Laser Cannon'
type: 'upgrade'
count: 1
}
]
"VT-49 Decimator Expansion Pack": [
{
name: 'VT-49 Decimator'
type: 'ship'
count: 1
}
{
name: 'Captain Oicunn'
type: 'pilot'
count: 1
}
{
name: 'Rear Admiral Chiraneau'
type: 'pilot'
count: 1
}
{
name: 'Commander Kenkirk'
type: 'pilot'
count: 1
}
{
name: 'Patrol Leader'
type: 'pilot'
count: 1
}
{
name: 'Ruthlessness'
type: 'upgrade'
count: 2
}
{
name: 'Dauntless'
type: 'title'
count: 1
}
{
name: 'Ysanne Isard'
type: 'upgrade'
count: 1
}
{
name: 'Moff Jerjerrod'
type: 'upgrade'
count: 1
}
{
name: 'Intimidation'
type: 'upgrade'
count: 1
}
{
name: 'Tactical Jammer'
type: 'modification'
count: 2
}
{
name: 'Proton Bombs'
type: 'upgrade'
count: 1
}
{
name: 'Mara Jade'
type: 'upgrade'
count: 1
}
{
name: 'Fleet Officer'
type: 'upgrade'
count: 1
}
{
name: 'Ion Torpedoes'
type: 'upgrade'
count: 2
}
]
'Imperial Aces Expansion Pack': [
{
name: 'TIE Interceptor'
type: 'ship'
count: 2
}
{
name: 'Carnor Jax'
type: 'pilot'
count: 1
}
{
name: 'Kir Kanos'
type: 'pilot'
count: 1
}
{
name: 'Royal Guard Pilot'
type: 'pilot'
count: 2
}
{
name: 'Tetran Cowall'
type: 'pilot'
count: 1
}
{
name: 'Lieutenant Lorrir'
type: 'pilot'
count: 1
}
{
name: 'Saber Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Royal Guard TIE'
type: 'title'
count: 2
}
{
name: 'Targeting Computer'
type: 'modification'
count: 2
}
{
name: 'Hull Upgrade'
type: 'modification'
count: 2
}
{
name: 'Push the Limit'
type: 'upgrade'
count: 2
}
{
name: 'Opportunist'
type: 'upgrade'
count: 2
}
{
name: 'Shield Upgrade'
type: 'modification'
count: 2
}
]
'Rebel Aces Expansion Pack': [
{
name: 'A-Wing'
type: 'ship'
count: 1
}
{
name: 'B-Wing'
type: 'ship'
count: 1
}
{
name: 'Jake Farrell'
type: 'pilot'
count: 1
}
{
name: 'Gemmer Sojan'
type: 'pilot'
count: 1
}
{
name: 'Green Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Prototype Pilot'
type: 'pilot'
count: 1
}
{
name: 'Keyan Farlander'
type: 'pilot'
count: 1
}
{
name: 'Nera Dantels'
type: 'pilot'
count: 1
}
{
name: 'Dagger Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Chardaan Refit'
type: 'upgrade'
count: 3
}
{
name: 'A-Wing Test Pilot'
type: 'title'
count: 2
}
{
name: 'Enhanced Scopes'
type: 'upgrade'
count: 2
}
{
name: 'Proton Rockets'
type: 'upgrade'
count: 2
}
{
name: 'B-Wing/E2'
type: 'modification'
count: 2
}
{
name: 'Kyle Katarn'
type: 'upgrade'
count: 1
}
{
name: 'Jan Ors'
type: 'upgrade'
count: 1
}
]
'Rebel Transport Expansion Pack': [
{
name: 'X-Wing'
type: 'ship'
count: 1
}
{
name: 'GR-75 Medium Transport'
type: 'ship'
count: 1
}
{
name: 'GR-75 Medium Transport'
type: 'pilot'
count: 1
}
{
name: 'Wes Janson'
type: 'pilot'
count: 1
}
{
name: 'Jek Porkins'
type: 'pilot'
count: 1
}
{
name: '"Hobbie" Klivian'
type: 'pilot'
count: 1
}
{
name: 'Tarn Mison'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Rookie Pilot'
type: 'pilot'
count: 1
}
{
name: 'Dutyfree'
type: 'title'
count: 1
}
{
name: 'Quantum Storm'
type: 'title'
count: 1
}
{
name: 'Bright Hope'
type: 'title'
count: 1
}
{
name: 'Expanded Cargo Hold'
type: 'upgrade'
count: 1
}
{
name: 'R2-D6'
type: 'upgrade'
count: 1
}
{
name: 'R4-D6'
type: 'upgrade'
count: 1
}
{
name: 'Flechette Torpedoes'
type: 'upgrade'
count: 3
}
{
name: 'R3-A2'
type: 'upgrade'
count: 1
}
{
name: 'WED-15 Repair Droid'
type: 'upgrade'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: 'Carlist Rieekan'
type: 'upgrade'
count: 1
}
{
name: 'EM Emitter'
type: 'upgrade'
count: 1
}
{
name: 'Engine Booster'
type: 'upgrade'
count: 1
}
{
name: 'R5-P9'
type: 'upgrade'
count: 1
}
{
name: 'Comms Booster'
type: 'upgrade'
count: 1
}
{
name: 'Frequency Jammer'
type: 'upgrade'
count: 1
}
{
name: 'Shield Projector'
type: 'upgrade'
count: 1
}
{
name: 'Tibanna Gas Supplies'
type: 'upgrade'
count: 1
}
{
name: 'Jan Dodonna'
type: 'upgrade'
count: 1
}
{
name: 'Toryn Farr'
type: 'upgrade'
count: 1
}
{
name: 'Slicer Tools'
type: 'upgrade'
count: 1
}
{
name: 'Combat Retrofit'
type: 'modification'
count: 1
}
]
'Tantive IV Expansion Pack': [
{
name: 'CR90 Corvette (Fore)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Aft)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Fore)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Fore)'
# type: 'pilot'
# count: 1
# }
{
name: 'CR90 Corvette (Aft)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Aft)'
# type: 'pilot'
# count: 1
# }
{
name: "Jaina's Light"
type: 'title'
count: 1
}
{
name: "Dodonna's Pride"
type: 'title'
count: 1
}
{
name: 'Tantive IV'
type: 'title'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: 'Han Solo'
type: 'upgrade'
count: 1
}
{
name: 'C-3PO'
type: 'upgrade'
count: 1
}
{
name: 'Engine Booster'
type: 'upgrade'
count: 1
}
{
name: 'Comms Booster'
type: 'upgrade'
count: 2
}
{
name: 'Engineering Team'
type: 'upgrade'
count: 1
}
{
name: 'Gunnery Team'
type: 'upgrade'
count: 1
}
{
name: 'Ionization Reactor'
type: 'upgrade'
count: 1
}
{
name: 'Leia Organa'
type: 'upgrade'
count: 1
}
{
name: 'R2-D2 (Crew)'
type: 'upgrade'
count: 1
}
{
name: 'Sensor Team'
type: 'upgrade'
count: 1
}
{
name: 'Targeting Coordinator'
type: 'upgrade'
count: 1
}
{
name: 'Tibanna Gas Supplies'
type: 'upgrade'
count: 1
}
{
name: 'Raymus Antilles'
type: 'upgrade'
count: 1
}
{
name: 'Quad Laser Cannons'
type: 'upgrade'
count: 3
}
{
name: 'Single Turbolasers'
type: 'upgrade'
count: 3
}
]
'StarViper Expansion Pack': [
{
name: 'StarViper'
type: 'ship'
count: 1
}
{
name: 'Prince Xizor'
type: 'pilot'
count: 1
}
{
name: 'Guri'
type: 'pilot'
count: 1
}
{
name: 'Black Sun Vigo'
type: 'pilot'
count: 1
}
{
name: 'Black Sun Enforcer'
type: 'pilot'
count: 1
}
{
name: 'Virago'
type: 'title'
count: 1
}
{
name: 'Bodyguard'
type: 'upgrade'
count: 1
}
{
name: 'Accuracy Corrector'
type: 'upgrade'
count: 1
}
{
name: 'Inertial Dampeners'
type: 'upgrade'
count: 1
}
{
name: 'Autothrusters'
type: 'modification'
count: 2
}
{
name: 'Calculation'
type: 'upgrade'
count: 1
}
{
name: 'Ion Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Hull Upgrade'
type: 'modification'
count: 1
}
]
"M3-A Interceptor Expansion Pack": [
{
name: 'M3-A Interceptor'
type: 'ship'
count: 1
}
{
name: 'Serissu'
type: 'pilot'
count: 1
}
{
name: "Laetin A'shera"
type: 'pilot'
count: 1
}
{
name: "Tansarii Point Veteran"
type: 'pilot'
count: 1
}
{
name: "Cartel Spacer"
type: 'pilot'
count: 1
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
skipForSource: true # special :(
}
{
name: '"Heavy Scyk" Interceptor (Cannon)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy Scyk" Interceptor (Missile)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy Scyk" Interceptor (Torpedo)'
type: 'title'
count: 0 # special :(
}
{
name: 'Flechette Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Ion Cannon'
type: 'upgrade'
count: 1
}
{
name: '"Mangler" Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
]
"IG-2000 Expansion Pack": [
{
name: 'Aggressor'
type: 'ship'
count: 1
}
{
name: 'IG-88A'
type: 'pilot'
count: 1
}
{
name: 'IG-88B'
type: 'pilot'
count: 1
}
{
name: 'IG-88C'
type: 'pilot'
count: 1
}
{
name: 'IG-88D'
type: 'pilot'
count: 1
}
{
name: 'IG-2000'
type: 'title'
count: 1
}
{
name: 'Accuracy Corrector'
type: 'upgrade'
count: 1
}
{
name: 'Autoblaster'
type: 'upgrade'
count: 1
}
{
name: '"Mangler" Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Proximity Mines'
type: 'upgrade'
count: 1
}
{
name: 'Seismic Charges'
type: 'upgrade'
count: 1
}
{
name: "Dead Man's Switch"
type: 'upgrade'
count: 2
}
{
name: 'Feedback Array'
type: 'upgrade'
count: 2
}
{
name: '"Hot Shot" Blaster'
type: 'upgrade'
count: 1
}
{
name: 'Inertial Dampeners'
type: 'upgrade'
count: 1
}
]
"Most Wanted Expansion Pack": [
{
name: 'Z-95 Headhunter'
type: 'ship'
count: 2
}
{
name: 'Y-Wing'
type: 'ship'
count: 1
}
{
name: "N'Dru Suhlak"
type: 'pilot'
count: 1
}
{
name: "Kaa'to Leeachos"
type: 'pilot'
count: 1
}
{
name: "Black Sun Soldier"
type: 'pilot'
count: 2
}
{
name: "Binayre Pirate"
type: 'pilot'
count: 2
}
{
name: "Kavil"
type: 'pilot'
count: 1
}
{
name: "Drea Renthal"
type: 'pilot'
count: 1
}
{
name: "Hired Gun"
type: 'pilot'
count: 2
}
{
name: "Syndicate Thug"
type: 'pilot'
count: 2
}
{
name: "Boba Fett (Scum)"
type: 'pilot'
count: 1
}
{
name: "Kath Scarlet (Scum)"
type: 'pilot'
count: 1
}
{
name: "Emon Azzameen"
type: 'pilot'
count: 1
}
{
name: "Mandalorian Mercenary"
type: 'pilot'
count: 1
}
{
name: "Dace Bonearm"
type: 'pilot'
count: 1
}
{
name: "Palob Godalhi"
type: 'pilot'
count: 1
}
{
name: "Torkil Mux"
type: 'pilot'
count: 1
}
{
name: "Spice Runner"
type: 'pilot'
count: 1
}
{
name: "Greedo"
type: 'upgrade'
count: 1
}
{
name: "K4 Security Droid"
type: 'upgrade'
count: 1
}
{
name: "Outlaw Tech"
type: 'upgrade'
count: 1
}
{
name: "Autoblaster Turret"
type: 'upgrade'
count: 2
}
{
name: "Bomb Loadout"
type: 'upgrade'
count: 2
}
{
name: "R4-B11"
type: 'upgrade'
count: 1
}
{
name: '"Genius"'
type: 'upgrade'
count: 1
}
{
name: "R4 Agromech"
type: 'upgrade'
count: 2
}
{
name: "Salvaged Astromech"
type: 'upgrade'
count: 2
}
{
name: "Unhinged Astromech"
type: 'upgrade'
count: 2
}
{
name: "BTL-A4 Y-Wing"
type: 'title'
count: 2
}
{
name: "Andrasta"
type: 'title'
count: 1
}
{
name: '"Hot Shot" Blaster'
type: 'upgrade'
count: 1
}
]
"Hound's Tooth Expansion Pack": [
{
name: 'YV-666'
type: 'ship'
count: 1
}
{
name: 'Bossk'
type: 'pilot'
count: 1
}
{
name: 'Moralo Eval'
type: 'pilot'
count: 1
}
{
name: 'Latts Razzi'
type: 'pilot'
count: 1
}
{
name: 'Trandoshan Slaver'
type: 'pilot'
count: 1
}
{
name: 'Lone Wolf'
type: 'upgrade'
count: 1
}
{
name: 'Crack Shot'
type: 'upgrade'
count: 1
}
{
name: 'Stay On Target'
type: 'upgrade'
count: 1
}
{
name: 'Heavy Laser Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Bossk'
type: 'upgrade'
count: 1
}
{
name: 'K4 Security Droid'
type: 'upgrade'
count: 1
}
{
name: 'Outlaw Tech'
type: 'upgrade'
count: 1
}
{
name: 'Glitterstim'
type: 'upgrade'
count: 1
}
{
name: 'Engine Upgrade'
type: 'modification'
count: 1
}
{
name: 'Ion Projector'
type: 'modification'
count: 2
}
{
name: 'Maneuvering Fins'
type: 'modification'
count: 1
}
{
name: "Hound's Tooth"
type: 'title'
count: 1
}
]
'Kihraxz Fighter Expansion Pack': [
{
name: 'Kihraxz Fighter'
type: 'ship'
count: 1
}
{
name: 'Talonbane Cobra'
type: 'pilot'
count: 1
}
{
name: 'Graz the Hunter'
type: 'pilot'
count: 1
}
{
name: 'Black Sun Ace'
type: 'pilot'
count: 1
}
{
name: 'Cartel Marauder'
type: 'pilot'
count: 1
}
{
name: 'Crack Shot'
type: 'upgrade'
count: 1
}
{
name: 'Lightning Reflexes'
type: 'upgrade'
count: 1
}
{
name: 'Predator'
type: 'upgrade'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Glitterstim'
type: 'upgrade'
count: 1
}
]
'K-Wing Expansion Pack': [
{
name: 'K-Wing'
type: 'ship'
count: 1
}
{
name: 'Miranda Doni'
type: 'pilot'
count: 1
}
{
name: 'Esege Tuketu'
type: 'pilot'
count: 1
}
{
name: 'Guardian Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Warden Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Twin Laser Turret'
type: 'upgrade'
count: 2
}
{
name: 'Plasma Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Bombardier'
type: 'upgrade'
count: 1
}
{
name: 'Conner Net'
type: 'upgrade'
count: 1
}
{
name: 'Extra Munitions'
type: 'upgrade'
count: 1
}
{
name: 'Ion Bombs'
type: 'upgrade'
count: 1
}
{
name: 'Advanced SLAM'
type: 'modification'
count: 1
}
]
'TIE Punisher Expansion Pack': [
{
name: 'TIE Punisher'
type: 'ship'
count: 1
}
{
name: '"Redline"'
type: 'pilot'
count: 1
}
{
name: '"Deathrain"'
type: 'pilot'
count: 1
}
{
name: 'Black Eight Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Cutlass Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Enhanced Scopes'
type: 'upgrade'
count: 1
}
{
name: 'Extra Munitions'
type: 'upgrade'
count: 1
}
{
name: 'Flechette Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Plasma Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Mines'
type: 'upgrade'
count: 1
}
{
name: 'Ion Bombs'
type: 'upgrade'
count: 1
}
{
name: 'Twin Ion Engine Mk. II'
type: 'modification'
count: 2
}
]
"Imperial Raider Expansion Pack": [
{
name: "Raider-class Corvette (Fore)"
type: 'ship'
count: 1
}
{
name: "Raider-class Corvette (Aft)"
type: 'ship'
count: 1
}
{
name: "TIE Advanced"
type: 'ship'
count: 1
}
{
name: "Raider-class Corvette (Fore)"
type: 'pilot'
count: 1
}
{
name: "Raider-class Corvette (Aft)"
type: 'pilot'
count: 1
}
{
name: "Juno Eclipse"
type: 'pilot'
count: 1
}
{
name: "Zertik Strom"
type: 'pilot'
count: 1
}
{
name: "Commander Alozen"
type: 'pilot'
count: 1
}
{
name: "Lieutenant Colzet"
type: 'pilot'
count: 1
}
{
name: "Storm Squadron Pilot"
type: 'pilot'
count: 1
}
{
name: "Tempest Squadron Pilot"
type: 'pilot'
count: 1
}
{
name: "Advanced Targeting Computer"
type: 'upgrade'
count: 4
}
{
name: "TIE/x1"
type: 'title'
count: 4
}
{
name: "Cluster Missiles"
type: 'upgrade'
count: 1
}
{
name: "Proton Rockets"
type: 'upgrade'
count: 1
}
{
name: "Captain Needa"
type: 'upgrade'
count: 1
}
{
name: "Grand Moff Tarkin"
type: 'upgrade'
count: 1
}
{
name: "Emperor Palpatine"
type: 'upgrade'
count: 1
}
{
name: "Admiral Ozzel"
type: 'upgrade'
count: 1
}
{
name: "Shield Technician"
type: 'upgrade'
count: 2
}
{
name: "Gunnery Team"
type: 'upgrade'
count: 1
}
{
name: "Engineering Team"
type: 'upgrade'
count: 1
}
{
name: "Sensor Team"
type: 'upgrade'
count: 1
}
{
name: "Single Turbolasers"
type: 'upgrade'
count: 2
}
{
name: "Ion Cannon Battery"
type: 'upgrade'
count: 4
}
{
name: "Quad Laser Cannons"
type: 'upgrade'
count: 2
}
{
name: "Tibanna Gas Supplies"
type: 'upgrade'
count: 2
}
{
name: "Engine Booster"
type: 'upgrade'
count: 1
}
{
name: "Backup Shield Generator"
type: 'upgrade'
count: 1
}
{
name: "Comms Booster"
type: 'upgrade'
count: 1
}
{
name: "Assailer"
type: 'title'
count: 1
}
{
name: "Instigator"
type: 'title'
count: 1
}
{
name: "Impetuous"
type: 'title'
count: 1
}
]
'The Force Awakens Core Set': [
{
name: 'T-70 X-Wing'
type: 'ship'
count: 1
}
{
name: 'TIE/fo Fighter'
type: 'ship'
count: 2
}
{
name: 'Poe Dameron'
type: 'pilot'
count: 1
}
{
name: '"Blue Ace"'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Veteran'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Novice'
type: 'pilot'
count: 1
}
{
name: '"Omega Ace"'
type: 'pilot'
count: 1
}
{
name: '"Epsilon Leader"'
type: 'pilot'
count: 1
}
{
name: '"Zeta Ace"'
type: 'pilot'
count: 1
}
{
name: 'Omega Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Zeta Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Epsilon Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Wired'
type: 'upgrade'
count: 1
}
{
name: 'BB-8'
type: 'upgrade'
count: 1
}
{
name: 'R5-X3'
type: 'upgrade'
count: 1
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Guidance'
type: 'upgrade'
count: 1
}
]
'Imperial Assault Carrier Expansion Pack': [
{
name: 'TIE Fighter'
type: 'ship'
count: 2
}
{
name: 'Gozanti-class Cruiser'
type: 'ship'
count: 1
}
{
name: 'Gozanti-class Cruiser'
type: 'pilot'
count: 1
}
{
name: '"Scourge"'
type: 'pilot'
count: 1
}
{
name: '"Wampa"'
type: 'pilot'
count: 1
}
{
name: '"Youngster"'
type: 'pilot'
count: 1
}
{
name: '"Chaser"'
type: 'pilot'
count: 1
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 2
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Marksmanship'
type: 'upgrade'
count: 1
}
{
name: 'Expert Handling'
type: 'upgrade'
count: 1
}
{
name: 'Expose'
type: 'upgrade'
count: 1
}
{
name: 'Ion Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Dual Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Broadcast Array'
type: 'upgrade'
count: 1
}
{
name: 'Construction Droid'
type: 'upgrade'
count: 2
}
{
name: 'Agent Kallus'
type: 'upgrade'
count: 1
}
{
name: 'Rear Admiral Chiraneau'
type: 'upgrade'
count: 1
}
{
name: 'Ordnance Experts'
type: 'upgrade'
count: 2
}
{
name: 'Docking Clamps'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Bombs'
type: 'upgrade'
count: 2
}
{
name: 'Automated Protocols'
type: 'modification'
count: 3
}
{
name: 'Optimized Generators'
type: 'modification'
count: 3
}
{
name: 'Ordnance Tubes'
type: 'modification'
count: 2
}
{
name: 'Requiem'
type: 'title'
count: 1
}
{
name: 'Vector'
type: 'title'
count: 1
}
{
name: 'Suppressor'
type: 'title'
count: 1
}
]
'T-70 X-Wing Expansion Pack': [
{
name: 'T-70 X-Wing'
type: 'ship'
count: 1
}
{
name: 'Ello Asty'
type: 'pilot'
count: 1
}
{
name: '"Red Ace"'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Veteran'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Novice'
type: 'pilot'
count: 1
}
{
name: 'Cool Hand'
type: 'upgrade'
count: 1
}
{
name: 'Targeting Astromech'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Guidance'
type: 'upgrade'
count: 1
}
{
name: 'Integrated Astromech'
type: 'modification'
count: 1
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
]
'TIE/fo Fighter Expansion Pack': [
{
name: 'TIE/fo Fighter'
type: 'ship'
count: 1
}
{
name: '"Omega Leader"'
type: 'pilot'
count: 1
}
{
name: '"Zeta Leader"'
type: 'pilot'
count: 1
}
{
name: '"Epsilon Ace"'
type: 'pilot'
count: 1
}
{
name: 'Omega Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Zeta Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Epsilon Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Juke'
type: 'upgrade'
count: 1
}
{
name: 'Comm Relay'
type: 'upgrade'
count: 1
}
]
'Ghost Expansion Pack': [
{
name: 'VCX-100'
type: 'ship'
count: 1
}
{
name: 'Attack Shuttle'
type: 'ship'
count: 1
}
{
name: 'Hera Syndulla'
type: 'pilot'
count: 1
}
{
name: 'Kanan Jarrus'
type: 'pilot'
count: 1
}
{
name: '"Chopper"'
type: 'pilot'
count: 1
}
{
name: 'Lothal Rebel'
type: 'pilot'
count: 1
}
{
name: 'Hera Syndulla (Attack Shuttle)'
type: 'pilot'
count: 1
}
{
name: 'Sabine Wren'
type: 'pilot'
count: 1
}
{
name: 'Ezra Bridger'
type: 'pilot'
count: 1
}
{
name: '"Zeb" Orrelios'
type: 'pilot'
count: 1
}
{
name: 'Predator'
type: 'upgrade'
count: 1
}
{
name: 'Reinforced Deflectors'
type: 'upgrade'
count: 1
}
{
name: 'Dorsal Turret'
type: 'upgrade'
count: 2
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Hera Syndulla'
type: 'upgrade'
count: 1
}
{
name: '"Zeb" Orrelios'
type: 'upgrade'
count: 1
}
{
name: 'Kanan Jarrus'
type: 'upgrade'
count: 1
}
{
name: 'Ezra Bridger'
type: 'upgrade'
count: 1
}
{
name: 'Sabine Wren'
type: 'upgrade'
count: 1
}
{
name: '"Chopper"'
type: 'upgrade'
count: 1
}
{
name: 'Conner Net'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Mines'
type: 'upgrade'
count: 1
}
{
name: 'Thermal Detonators'
type: 'upgrade'
count: 1
}
{
name: 'Ghost'
type: 'title'
count: 1
}
{
name: 'Phantom'
type: 'title'
count: 1
}
]
'Punishing One Expansion Pack': [
{
name: 'JumpMaster 5000'
type: 'ship'
count: 1
}
{
name: 'Dengar'
type: 'pilot'
count: 1
}
{
name: 'Tel Trevura'
type: 'pilot'
count: 1
}
{
name: 'Manaroo'
type: 'pilot'
count: 1
}
{
name: 'Contracted Scout'
type: 'pilot'
count: 1
}
{
name: 'Rage'
type: 'upgrade'
count: 1
}
{
name: 'Attanni Mindlink'
type: 'upgrade'
count: 2
}
{
name: 'Plasma Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Dengar'
type: 'upgrade'
count: 1
}
{
name: 'Boba Fett'
type: 'upgrade'
count: 1
}
{
name: '"Gonk"'
type: 'upgrade'
count: 1
}
{
name: 'R5-P8'
type: 'upgrade'
count: 1
}
{
name: 'Overclocked R4'
type: 'upgrade'
count: 2
}
{
name: 'Feedback Array'
type: 'upgrade'
count: 1
}
{
name: 'Punishing One'
type: 'title'
count: 1
}
{
name: 'Guidance Chips'
type: 'modification'
count: 2
}
]
'Mist Hunter Expansion Pack': [
{
name: 'G-1A Starfighter'
type: 'ship'
count: 1
}
{
name: 'Zuckuss'
type: 'pilot'
count: 1
}
{
name: '4-LOM'
type: 'pilot'
count: 1
}
{
name: 'Gand Findsman'
type: 'pilot'
count: 1
}
{
name: 'Ruthless Freelancer'
type: 'pilot'
count: 1
}
{
name: 'Adaptability'
type: 'upgrade'
count: 2
}
{
name: 'Tractor Beam'
type: 'upgrade'
count: 1
}
{
name: 'Electronic Baffle'
type: 'upgrade'
count: 2
}
{
name: '4-LOM'
type: 'upgrade'
count: 1
}
{
name: 'Zuckuss'
type: 'upgrade'
count: 1
}
{
name: 'Cloaking Device'
type: 'upgrade'
count: 1
}
{
name: 'Mist Hunter'
type: 'title'
count: 1
}
]
"Inquisitor's TIE Expansion Pack": [
{
name: 'TIE Advanced Prototype'
type: 'ship'
count: 1
}
{
name: 'The Inquisitor'
type: 'pilot'
count: 1
}
{
name: 'Valen Rudor'
type: 'pilot'
count: 1
}
{
name: 'Baron of the Empire'
type: 'pilot'
count: 1
}
{
name: 'Sienar Test Pilot'
type: 'pilot'
count: 1
}
{
name: 'Deadeye'
type: 'upgrade'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'XX-23 S-Thread Tracers'
type: 'upgrade'
count: 1
}
{
name: 'Guidance Chips'
type: 'modification'
count: 1
}
{
name: 'TIE/v1'
type: 'title'
count: 1
}
]
"Imperial Veterans Expansion Pack": [
{
name: 'TIE Bomber'
type: 'ship'
count: 1
}
{
name: 'TIE Defender'
type: 'ship'
count: 1
}
{
name: 'Tomax Bren'
type: 'pilot'
count: 1
}
{
name: '"Deathfire"'
type: 'pilot'
count: 1
}
{
name: 'Gamma Squadron Veteran'
type: 'pilot'
count: 2
}
{
name: 'Maarek Stele (TIE Defender)'
type: 'pilot'
count: 1
}
{
name: 'Countess Ryad'
type: 'pilot'
count: 1
}
{
name: 'Glaive Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Crack Shot'
type: 'upgrade'
count: 1
}
{
name: 'Tractor Beam'
type: 'upgrade'
count: 1
}
{
name: 'Systems Officer'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Mines'
type: 'upgrade'
count: 1
}
{
name: 'Proximity Mines'
type: 'upgrade'
count: 1
}
{
name: 'Long-Range Scanners'
type: 'modification'
count: 2
}
{
name: 'TIE/x7'
type: 'title'
count: 2
}
{
name: 'TIE/D'
type: 'title'
count: 2
}
{
name: 'TIE Shuttle'
type: 'title'
count: 2
}
]
'ARC-170 Expansion Pack': [
{
name: 'ARC-170'
type: 'ship'
count: 1
}
{
name: 'Norra Wexley'
type: 'pilot'
count: 1
}
{
name: 'Shara Bey'
type: 'pilot'
count: 1
}
{
name: 'Thane Kyrell'
type: 'pilot'
count: 1
}
{
name: 'Braylen Stramm'
type: 'pilot'
count: 1
}
{
name: 'Adrenaline Rush'
type: 'upgrade'
count: 1
}
{
name: 'Recon Specialist'
type: 'upgrade'
count: 1
}
{
name: 'Tail Gunner'
type: 'upgrade'
count: 1
}
{
name: 'R3 Astromech'
type: 'upgrade'
count: 2
}
{
name: 'Seismic Torpedo'
type: 'upgrade'
count: 1
}
{
name: 'Vectored Thrusters'
type: 'modification'
count: 2
}
{
name: 'Alliance Overhaul'
type: 'title'
count: 1
}
]
'Special Forces TIE Expansion Pack': [
{
name: 'TIE/sf Fighter'
type: 'ship'
count: 1
}
{
name: '"Quickdraw"'
type: 'pilot'
count: 1
}
{
name: '"Backdraft"'
type: 'pilot'
count: 1
}
{
name: 'Omega Specialist'
type: 'pilot'
count: 1
}
{
name: 'Zeta Specialist'
type: 'pilot'
count: 1
}
{
name: 'Wired'
type: 'upgrade'
count: 1
}
{
name: 'Collision Detector'
type: 'upgrade'
count: 1
}
{
name: 'Sensor Cluster'
type: 'upgrade'
count: 2
}
{
name: 'Special Ops Training'
type: 'title'
count: 1
}
]
'Protectorate Starfighter Expansion Pack': [
{
name: 'Protectorate Starfighter'
type: 'ship'
count: 1
}
{
name: 'Fenn Rau'
type: 'pilot'
count: 1
}
{
name: 'Old Teroch'
type: 'pilot'
count: 1
}
{
name: 'Kad Solus'
type: 'pilot'
count: 1
}
{
name: 'Concord Dawn Ace'
type: 'pilot'
count: 1
}
{
name: 'Concord Dawn Veteran'
type: 'pilot'
count: 1
}
{
name: 'Zealous Recruit'
type: 'pilot'
count: 1
}
{
name: 'Fearlessness'
type: 'upgrade'
count: 1
}
{
name: 'Concord Dawn Protector'
type: 'title'
count: 1
}
]
'Shadow Caster Expansion Pack': [
{
name: 'Lancer-class Pursuit Craft'
type: 'ship'
count: 1
}
{
name: 'Ketsu Onyo'
type: 'pilot'
count: 1
}
{
name: 'Asajj Ventress'
type: 'pilot'
count: 1
}
{
name: 'Sabine Wren (Scum)'
type: 'pilot'
count: 1
}
{
name: 'Shadowport Hunter'
type: 'pilot'
count: 1
}
{
name: 'Veteran Instincts'
type: 'upgrade'
count: 1
}
{
name: 'IG-88D'
type: 'upgrade'
count: 1
}
{
name: 'Ketsu Onyo'
type: 'upgrade'
count: 1
}
{
name: 'Latts Razzi'
type: 'upgrade'
count: 1
}
{
name: 'Black Market Slicer Tools'
type: 'upgrade'
count: 2
}
{
name: 'Rigged Cargo Chute'
type: 'upgrade'
count: 1
}
{
name: 'Countermeasures'
type: 'modification'
count: 1
}
{
name: 'Gyroscopic Targeting'
type: 'modification'
count: 1
}
{
name: 'Tactical Jammer'
type: 'modification'
count: 2
}
{
name: 'Shadow Caster'
type: 'title'
count: 1
}
]
'Heroes of the Resistance Expansion Pack': [
{
name: 'YT-1300'
type: 'ship'
count: 1
}
{
name: 'T-70 X-Wing'
type: 'ship'
count: 1
}
{
name: 'Han Solo (TFA)'
type: 'pilot'
count: 1
}
{
name: 'Rey'
type: 'pilot'
count: 1
}
{
name: 'Chewbacca (TFA)'
type: 'pilot'
count: 1
}
{
name: 'Resistance Sympathizer'
type: 'pilot'
count: 1
}
{
name: 'Poe Dameron (PS9)'
type: 'pilot'
count: 1
}
{
name: 'Nien Nunb'
type: 'pilot'
count: 1
}
{
name: '''"Snap" Wexley'''
type: 'pilot'
count: 1
}
{
name: 'Jess Pava'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Veteran'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Novice'
type: 'pilot'
count: 1
}
{
name: 'Snap Shot'
type: 'upgrade'
count: 2
}
{
name: 'Trick Shot'
type: 'upgrade'
count: 2
}
{
name: 'Finn'
type: 'upgrade'
count: 1
}
{
name: 'Hotshot Co-pilot'
type: 'upgrade'
count: 1
}
{
name: 'Rey'
type: 'upgrade'
count: 1
}
{
name: 'M9-G8'
type: 'upgrade'
count: 1
}
{
name: 'Burnout SLAM'
type: 'upgrade'
count: 2
}
{
name: 'Primed Thrusters'
type: 'upgrade'
count: 1
}
{
name: 'Pattern Analyzer'
type: 'upgrade'
count: 2
}
{
name: 'Millennium Falcon (TFA)'
type: 'title'
count: 1
}
{
name: 'Black One'
type: 'title'
count: 1
}
{
name: 'Integrated Astromech'
type: 'modification'
count: 2
}
{
name: 'Smuggling Compartment'
type: 'modification'
count: 1
}
]
"U-Wing Expansion Pack": [
{
name: 'U-Wing'
type: 'ship'
count: 1
}
{
name: 'Cassian Andor'
type: 'pilot'
count: 1
}
{
name: 'Bodhi Rook'
type: 'pilot'
count: 1
}
{
name: 'Heff Tobber'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Pathfinder'
type: 'pilot'
count: 1
}
{
name: 'Inspiring Recruit'
type: 'upgrade'
count: 2
}
{
name: 'Cassian Andor'
type: 'upgrade'
count: 1
}
{
name: 'Bistan'
type: 'upgrade'
count: 1
}
{
name: 'Jyn Erso'
type: 'upgrade'
count: 1
}
{
name: 'Baze Malbus'
type: 'upgrade'
count: 1
}
{
name: 'Bodhi Rook'
type: 'upgrade'
count: 1
}
{
name: 'Expertise'
type: 'upgrade'
count: 2
}
{
name: 'Pivot Wing'
type: 'title'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 2
}
{
name: 'Sensor Jammer'
type: 'upgrade'
count: 1
}
]
"TIE Striker Expansion Pack": [
{
name: 'TIE Striker'
type: 'ship'
count: 1
}
{
name: '"Duchess"'
type: 'pilot'
count: 1
}
{
name: '"Pure Sabacc"'
type: 'pilot'
count: 1
}
{
name: '"Countdown"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Scout'
type: 'pilot'
count: 1
}
{
name: 'Scarif Defender'
type: 'pilot'
count: 1
}
{
name: 'Imperial Trainee'
type: 'pilot'
count: 1
}
{
name: 'Swarm Leader'
type: 'upgrade'
count: 1
}
{
name: 'Lightweight Frame'
type: 'modification'
count: 1
}
{
name: 'Adaptive Ailerons'
type: 'title'
count: 1
}
]
"Sabine's TIE Fighter Expansion Pack": [
{
name: 'TIE Fighter'
type: 'ship'
count: 1
}
{
name: 'Ahsoka Tano'
type: 'pilot'
count: 1
}
{
name: 'Sabine Wren (TIE Fighter)'
type: 'pilot'
count: 1
}
{
name: 'Captain Rex'
type: 'pilot'
count: 1
}
{
name: '"Zeb" Orrelios (TIE Fighter)'
type: 'pilot'
count: 1
}
{
name: 'Veteran Instincts'
type: 'upgrade'
count: 1
}
{
name: 'Captain Rex'
type: 'upgrade'
count: 1
}
{
name: 'EMP Device'
type: 'upgrade'
count: 1
}
{
name: '''Sabine's Masterpiece'''
type: 'title'
count: 1
}
{
name: 'Captured TIE'
type: 'modification'
count: 1
}
]
"Upsilon-class Shuttle Expansion Pack": [
{
name: 'Upsilon-class Shuttle'
type: 'ship'
count: 1
}
{
name: 'Kylo Ren'
type: 'pilot'
count: 1
}
{
name: 'Major Stridan'
type: 'pilot'
count: 1
}
{
name: 'Lieutenant Dormitz'
type: 'pilot'
count: 1
}
{
name: 'Starkiller Base Pilot'
type: 'pilot'
count: 1
}
{
name: 'Snap Shot'
type: 'upgrade'
count: 2
}
{
name: 'Kylo Ren'
type: 'upgrade'
count: 1
}
{
name: 'General Hux'
type: 'upgrade'
count: 1
}
{
name: 'Operations Specialist'
type: 'upgrade'
count: 2
}
{
name: 'Targeting Synchronizer'
type: 'upgrade'
count: 2
}
{
name: 'Hyperwave Comm Scanner'
type: 'upgrade'
count: 2
}
{
name: 'Ion Projector'
type: 'modification'
count: 2
}
{
name: '''Kylo Ren's Shuttle'''
type: 'title'
count: 1
}
]
"Quadjumper Expansion Pack": [
{
name: 'Quadjumper'
type: 'ship'
count: 1
}
{
name: 'Constable Zuvio'
type: 'pilot'
count: 1
}
{
name: 'Sarco Plank'
type: 'pilot'
count: 1
}
{
name: 'Unkar Plutt'
type: 'pilot'
count: 1
}
{
name: 'Jakku Gunrunner'
type: 'pilot'
count: 1
}
{
name: 'A Score to Settle'
type: 'upgrade'
count: 1
}
{
name: 'Unkar Plutt'
type: 'upgrade'
count: 1
}
{
name: 'BoShek'
type: 'upgrade'
count: 1
}
{
name: 'Thermal Detonators'
type: 'upgrade'
count: 1
}
{
name: 'Hyperwave Comm Scanner'
type: 'upgrade'
count: 1
}
{
name: 'Scavenger Crane'
type: 'upgrade'
count: 1
}
{
name: 'Spacetug Tractor Array'
type: 'modification'
count: 1
}
]
'C-ROC Cruiser Expansion Pack': [
{
name: 'C-ROC Cruiser'
type: 'ship'
count: 1
}
{
name: 'M3-A Interceptor'
type: 'ship'
count: 1
}
{
name: 'C-ROC Cruiser'
type: 'pilot'
count: 1
}
{
name: 'Genesis Red'
type: 'pilot'
count: 1
}
{
name: 'Quinn Jast'
type: 'pilot'
count: 1
}
{
name: 'Inaldra'
type: 'pilot'
count: 1
}
{
name: 'Sunny Bounder'
type: 'pilot'
count: 1
}
{
name: 'Tansarii Point Veteran'
type: 'pilot'
count: 1
}
{
name: 'Cartel Spacer'
type: 'pilot'
count: 1
}
{
name: 'Azmorigan'
type: 'upgrade'
count: 1
}
{
name: 'Cikatro Vizago'
type: 'upgrade'
count: 1
}
{
name: 'Jabba the Hutt'
type: 'upgrade'
count: 1
}
{
name: 'IG-RM Thug Droids'
type: 'upgrade'
count: 1
}
{
name: 'ARC Caster'
type: 'upgrade'
count: 5
}
{
name: 'Heavy Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Supercharged Power Cells'
type: 'upgrade'
count: 2
}
{
name: 'Quick-release Cargo Locks'
type: 'upgrade'
count: 1
}
{
name: 'Merchant One'
type: 'title'
count: 1
}
{
name: 'Broken Horn'
type: 'title'
count: 1
}
{
name: 'Insatiable Worrt'
type: 'title'
count: 1
}
{
name: '"Light Scyk" Interceptor'
type: 'title'
count: 6
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
}
{
name: 'Automated Protocols'
type: 'modification'
count: 1
}
{
name: 'Optimized Generators'
type: 'modification'
count: 1
}
{
name: 'Pulsed Ray Shield'
type: 'modification'
count: 5
}
]
"Auzituck Gunship Expansion Pack": [
{
name: 'Auzituck Gunship'
type: 'ship'
count: 1
}
{
name: 'Wullffwarro'
type: 'pilot'
count: 1
}
{
name: 'Lowhhrick'
type: 'pilot'
count: 1
}
{
name: 'Wookiee Liberator'
type: 'pilot'
count: 1
}
{
name: 'Kashyyyk Defender'
type: 'pilot'
count: 1
}
{
name: 'Intimidation'
type: 'upgrade'
count: 1
}
{
name: 'Selflessness'
type: 'upgrade'
count: 1
}
{
name: 'Wookiee Commandos'
type: 'upgrade'
count: 1
}
{
name: 'Tactician'
type: 'upgrade'
count: 1
}
{
name: 'Breach Specialist'
type: 'upgrade'
count: 1
}
{
name: 'Hull Upgrade'
type: 'modification'
count: 1
}
]
"Scurrg H-6 Bomber Expansion Pack": [
{
name: 'Scurrg H-6 Bomber'
type: 'ship'
count: 1
}
{
name: 'Captain Nym (Rebel)'
type: 'pilot'
count: 1
}
{
name: 'Captain Nym (Scum)'
type: 'pilot'
count: 1
}
{
name: 'Sol Sixxa'
type: 'pilot'
count: 1
}
{
name: 'Lok Revenant'
type: 'pilot'
count: 1
}
{
name: 'Karthakk Pirate'
type: 'pilot'
count: 1
}
{
name: 'Lightning Reflexes'
type: 'upgrade'
count: 1
}
{
name: 'Seismic Torpedo'
type: 'upgrade'
count: 1
}
{
name: 'Cruise Missiles'
type: 'upgrade'
count: 2
}
{
name: 'Bomblet Generator'
type: 'upgrade'
count: 1
}
{
name: 'Minefield Mapper'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: 'Cad Bane'
type: 'upgrade'
count: 1
}
{
name: 'R4-E1'
type: 'upgrade'
count: 1
}
{
name: 'Havoc'
type: 'title'
count: 1
}
]
"TIE Aggressor Expansion Pack": [
{
name: 'TIE Aggressor'
type: 'ship'
count: 1
}
{
name: 'Lieutenant Kestal'
type: 'pilot'
count: 1
}
{
name: '"Double Edge"'
type: 'pilot'
count: 1
}
{
name: 'Onyx Squadron Escort'
type: 'pilot'
count: 1
}
{
name: 'Sienar Specialist'
type: 'pilot'
count: 1
}
{
name: 'Intensity'
type: 'upgrade'
count: 1
}
{
name: 'Unguided Rockets'
type: 'upgrade'
count: 1
}
{
name: 'Twin Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: 'Lightweight Frame'
type: 'modification'
count: 1
}
]
'Guns for Hire Expansion Pack': [
{
name: 'Kihraxz Fighter'
type: 'ship'
count: 1
}
{
name: 'StarViper'
type: 'ship'
count: 1
}
{
name: 'Viktor Hel'
type: 'pilot'
count: 1
}
{
name: 'Captain Jostero'
type: 'pilot'
count: 1
}
{
name: 'Black Sun Ace'
type: 'pilot'
count: 1
}
{
name: 'Cartel Marauder'
type: 'pilot'
count: 1
}
{
name: 'Dalan Oberos'
type: 'pilot'
count: 1
}
{
name: 'Thweek'
type: 'pilot'
count: 1
}
{
name: 'Black Sun Assassin'
type: 'pilot'
count: 2
}
{
name: 'Harpoon Missiles'
type: 'upgrade'
count: 2
}
{
name: 'Ion Dischargers'
type: 'upgrade'
count: 2
}
{
name: 'StarViper Mk. II'
type: 'title'
count: 2
}
{
name: 'Vaksai'
type: 'title'
count: 2
}
{
name: 'Pulsed Ray Shield'
type: 'modification'
count: 2
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
{
name: 'Vectored Thrusters'
type: 'modification'
count: 1
}
]
class exportObj.Collection
# collection = new exportObj.Collection
# expansions:
# "Core": 2
# "TIE Fighter Expansion Pack": 4
# "B-Wing Expansion Pack": 2
# singletons:
# ship:
# "T-70 X-Wing": 1
# pilot:
# "Academy Pilot": 16
# upgrade:
# "C-3PO": 4
# "Gunner": 5
# modification:
# "Engine Upgrade": 2
# title:
# "TIE/x1": 1
#
# # or
#
# collection = exportObj.Collection.load(backend)
#
# collection.use "pilot", "Red Squadron Pilot"
# collection.use "upgrade", "R2-D2"
# collection.use "upgrade", "Ion Pulse Missiles" # returns false
#
# collection.release "pilot", "Red Squadron Pilot"
# collection.release "pilot", "Sigma Squadron Pilot" # returns false
constructor: (args) ->
@expansions = args.expansions ? {}
@singletons = args.singletons ? {}
# To save collection (optional)
@backend = args.backend
@setupUI()
@setupHandlers()
@reset()
@language = 'English'
reset: ->
@shelf = {}
@table = {}
for expansion, count of @expansions
try
count = parseInt count
catch
count = 0
for _ in [0...count]
for card in (exportObj.manifestByExpansion[expansion] ? [])
for _ in [0...card.count]
((@shelf[card.type] ?= {})[card.name] ?= []).push expansion
for type, counts of @singletons
for name, count of counts
for _ in [0...count]
((@shelf[type] ?= {})[name] ?= []).push 'singleton'
@counts = {}
for own type of @shelf
for own thing of @shelf[type]
(@counts[type] ?= {})[thing] ?= 0
@counts[type][thing] += @shelf[type][thing].length
component_content = $ @modal.find('.collection-inventory-content')
component_content.text ''
for own type, things of @counts
contents = component_content.append $.trim """
<div class="row-fluid">
<div class="span12"><h5>#{type.capitalize()}</h5></div>
</div>
<div class="row-fluid">
<ul id="counts-#{type}" class="span12"></ul>
</div>
"""
ul = $ contents.find("ul#counts-#{type}")
for thing in Object.keys(things).sort(sortWithoutQuotes)
ul.append """<li>#{thing} - #{things[thing]}</li>"""
fixName: (name) ->
# Special case handling for Heavy Scyk :(
if name.indexOf('"Heavy Scyk" Interceptor') == 0
'"Heavy Scyk" Interceptor'
else
name
check: (where, type, name) ->
(((where[type] ? {})[@fixName name] ? []).length ? 0) != 0
checkShelf: (type, name) ->
@check @shelf, type, name
checkTable: (type, name) ->
@check @table, type, name
use: (type, name) ->
name = @fixName name
try
card = @shelf[type][name].pop()
catch e
return false unless card?
if card?
((@table[type] ?= {})[name] ?= []).push card
true
else
false
release: (type, name) ->
name = @fixName name
try
card = @table[type][name].pop()
catch e
return false unless card?
if card?
((@shelf[type] ?= {})[name] ?= []).push card
true
else
false
save: (cb=$.noop) ->
@backend.saveCollection(this, cb) if @backend?
@load: (backend, cb) ->
backend.loadCollection cb
setupUI: ->
# Create list of released singletons
singletonsByType = {}
for expname, items of exportObj.manifestByExpansion
for item in items
(singletonsByType[item.type] ?= {})[item.name] = true
for type, names of singletonsByType
sorted_names = (name for name of names).sort(sortWithoutQuotes)
singletonsByType[type] = sorted_names
@modal = $ document.createElement 'DIV'
@modal.addClass 'modal hide fade collection-modal hidden-print'
$('body').append @modal
@modal.append $.trim """
<div class="modal-header">
<button type="button" class="close hidden-print" data-dismiss="modal" aria-hidden="true">×</button>
<h4>Your Collection</h4>
</div>
<div class="modal-body">
<ul class="nav nav-tabs">
<li class="active"><a data-target="#collection-expansions" data-toggle="tab">Expansions</a><li>
<li><a data-target="#collection-ships" data-toggle="tab">Ships</a><li>
<li><a data-target="#collection-pilots" data-toggle="tab">Pilots</a><li>
<li><a data-target="#collection-upgrades" data-toggle="tab">Upgrades</a><li>
<li><a data-target="#collection-modifications" data-toggle="tab">Mods</a><li>
<li><a data-target="#collection-titles" data-toggle="tab">Titles</a><li>
<li><a data-target="#collection-components" data-toggle="tab">Inventory</a><li>
</ul>
<div class="tab-content">
<div id="collection-expansions" class="tab-pane active container-fluid collection-content"></div>
<div id="collection-ships" class="tab-pane active container-fluid collection-ship-content"></div>
<div id="collection-pilots" class="tab-pane active container-fluid collection-pilot-content"></div>
<div id="collection-upgrades" class="tab-pane active container-fluid collection-upgrade-content"></div>
<div id="collection-modifications" class="tab-pane active container-fluid collection-modification-content"></div>
<div id="collection-titles" class="tab-pane active container-fluid collection-title-content"></div>
<div id="collection-components" class="tab-pane container-fluid collection-inventory-content"></div>
</div>
</div>
<div class="modal-footer hidden-print">
<span class="collection-status"></span>
<button class="btn" data-dismiss="modal" aria-hidden="true">Close</button>
</div>
"""
@modal_status = $ @modal.find('.collection-status')
collection_content = $ @modal.find('.collection-content')
for expansion in exportObj.expansions
count = parseInt(@expansions[expansion] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="expansion-count" type="number" size="3" value="#{count}" />
<span class="expansion-name">#{expansion}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'expansion', expansion
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.expansion-name').data 'english_name', expansion
collection_content.append row
shipcollection_content = $ @modal.find('.collection-ship-content')
for ship in singletonsByType.ship
count = parseInt(@singletons.ship?[ship] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="ship-name">#{ship}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'ship'
input.data 'singletonName', ship
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.ship-name').data 'english_name', expansion
shipcollection_content.append row
pilotcollection_content = $ @modal.find('.collection-pilot-content')
for pilot in singletonsByType.pilot
count = parseInt(@singletons.pilot?[pilot] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="pilot-name">#{pilot}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'pilot'
input.data 'singletonName', pilot
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.pilot-name').data 'english_name', expansion
pilotcollection_content.append row
upgradecollection_content = $ @modal.find('.collection-upgrade-content')
for upgrade in singletonsByType.upgrade
count = parseInt(@singletons.upgrade?[upgrade] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="upgrade-name">#{upgrade}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'upgrade'
input.data 'singletonName', upgrade
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.upgrade-name').data 'english_name', expansion
upgradecollection_content.append row
modificationcollection_content = $ @modal.find('.collection-modification-content')
for modification in singletonsByType.modification
count = parseInt(@singletons.modification?[modification] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="modification-name">#{modification}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'modification'
input.data 'singletonName', modification
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.modification-name').data 'english_name', expansion
modificationcollection_content.append row
titlecollection_content = $ @modal.find('.collection-title-content')
for title in singletonsByType.title
count = parseInt(@singletons.title?[title] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="title-name">#{title}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'title'
input.data 'singletonName', title
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.title-name').data 'english_name', expansion
titlecollection_content.append row
destroyUI: ->
@modal.modal 'hide'
@modal.remove()
$(exportObj).trigger 'xwing-collection:destroyed', this
setupHandlers: ->
$(exportObj).trigger 'xwing-collection:created', this
$(exportObj).on 'xwing-backend:authenticationChanged', (e, authenticated, backend) =>
# console.log "deauthed, destroying collection UI"
@destroyUI() unless authenticated
.on 'xwing-collection:saved', (e, collection) =>
@modal_status.text 'Collection saved'
@modal_status.fadeIn 100, =>
@modal_status.fadeOut 5000
.on 'xwing:languageChanged', @onLanguageChange
$ @modal.find('input.expansion-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
@expansions[target.data 'expansion'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
$ @modal.find('input.singleton-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
(@singletons[target.data 'singletonType'] ?= {})[target.data 'singletonName'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
countToBackgroundColor: (count) ->
count = parseInt(count)
switch
when count == 0
''
when count < 12
i = parseInt(200 * Math.pow(0.9, count - 1))
"rgb(#{i}, 255, #{i})"
else
'red'
onLanguageChange:
(e, language) =>
if language != @language
# console.log "language changed to #{language}"
do (language) =>
@modal.find('.expansion-name').each ->
# console.log "translating #{$(this).text()} (#{$(this).data('english_name')}) to #{language}"
$(this).text exportObj.translate language, 'sources', $(this).data('english_name')
@language = language
| 202578 | exportObj = exports ? this
String::startsWith ?= (t) ->
@indexOf t == 0
sortWithoutQuotes = (a, b) ->
a_name = a.replace /[^a-z0-9]/ig, ''
b_name = b.replace /[^a-z0-9]/ig, ''
if a_name < b_name
-1
else if a_name > b_name
1
else
0
exportObj.manifestByExpansion =
'Core': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'ship'
count: 2
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>se"'
type: 'pilot'
count: 1
}
{
name: '"Night Beast"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'R2-F2'
type: 'upgrade'
count: 1
}
{
name: 'R2-D2'
type: 'upgrade'
count: 1
}
{
name: '<NAME>ation'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'X-Wing Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME> Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'R5-K6'
type: 'upgrade'
count: 1
}
{
name: 'R5 Astromech'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'Y-Wing Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Gray Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Gold Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME> Tor<NAME>'
type: 'upgrade'
count: 2
}
{
name: 'Ion Cannon Turret'
type: 'upgrade'
count: 1
}
{
name: 'R5-D8'
type: 'upgrade'
count: 1
}
{
name: 'R2 Astromech'
type: 'upgrade'
count: 1
}
]
'TIE Fighter Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Swarm Tactics'
type: 'upgrade'
count: 1
}
]
'TIE Advanced Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Storm Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Tempest Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Squad Leader'
type: 'upgrade'
count: 1
}
{
name: 'Swarm Tactics'
type: 'upgrade'
count: 1
}
{
name: 'Expert Handling'
type: 'upgrade'
count: 1
}
]
'A-Wing Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Green Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Prototype Pilot'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Push the Limit'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'Millennium Falcon Expansion Pack': [
{
name: 'YT-1300'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Concussion Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Assault Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Elusiveness'
type: 'upgrade'
count: 1
}
{
name: 'Draw Their Fire'
type: 'upgrade'
count: 1
}
{
name: 'Veteran Instincts'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Engineer'
type: 'upgrade'
count: 1
}
{
name: 'Shield Upgrade'
type: 'modification'
count: 2
}
{
name: 'Engine Upgrade'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 1
}
]
'TIE Interceptor Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '''"<NAME>"'''
type: 'pilot'
count: 1
}
{
name: 'Saber Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Avenger Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Alpha Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'Slave I Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Seismic <NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>en<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 2
}
{
name: '<NAME> I'
type: 'title'
count: 1
}
]
'B-Wing Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME> Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Fire-Control System'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Ion Cannon'
type: 'upgrade'
count: 1
}
{
name: 'Autoblaster'
type: 'upgrade'
count: 1
}
]
"HWK-290 Expansion Pack": [
{
name: 'HW<NAME>-29<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Rebel Operative'
type: 'pilot'
count: 1
}
{
name: 'Ion Cannon Turret'
type: 'upgrade'
count: 1
}
{
name: '<NAME> Specialist'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: 'Blaster Turret'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Intelligence Agent'
type: 'upgrade'
count: 1
}
]
"TIE Bomber Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME> Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>imitar Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Proton Torpedoes'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
"Lambda-Class Shuttle Expansion Pack": [
{
name: 'Lambda-Class Shuttle'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>micron Group Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Sensors'
type: 'upgrade'
count: 1
}
{
name: 'ST-321'
type: 'title'
count: 1
}
{
name: '<NAME> Laser <NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Engineer'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Intelligence Agent'
type: 'upgrade'
count: 1
}
{
name: 'Navigator'
type: 'upgrade'
count: 1
}
{
name: 'Flight Instructor'
type: 'upgrade'
count: 1
}
{
name: 'Anti-Pursuit Lasers'
type: 'modification'
count: 2
}
]
"Z-95 Headhunter Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Tala Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Bandit Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>un<NAME> Failsafe'
type: 'modification'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>iss<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'E-Wing Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: 'Blackmoon Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Knave Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Advanced Sensors'
type: 'upgrade'
count: 1
}
{
name: 'Outmaneuver'
type: 'upgrade'
count: 1
}
{
name: 'R7-T1'
type: 'upgrade'
count: 1
}
{
name: 'R7 Astromech'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'TIE Defender Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Onyx Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Delta Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'TIE Phantom Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: 'Shadow Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Sigma Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Fire-Control System'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Recon Specialist'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Cloaking Device'
type: 'modification'
count: 1
}
{
name: 'Stygium Particle Accelerator'
type: 'modification'
count: 1
}
]
'YT-2400 Freighter Expansion Pack': [
{
name: '<NAME>-240<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Experimental Interface'
type: 'modification'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '"<NAME>"'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME> On Target'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
"VT-49 Decimator Expansion Pack": [
{
name: 'VT-49 Decimator'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
]
'Imperial Aces Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 2
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Royal Guard Pilot'
type: 'pilot'
count: 2
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Saber Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Royal Guard TIE'
type: 'title'
count: 2
}
{
name: 'Targeting Computer'
type: 'modification'
count: 2
}
{
name: 'Hull Upgrade'
type: 'modification'
count: 2
}
{
name: 'Push the Limit'
type: 'upgrade'
count: 2
}
{
name: 'Opportunist'
type: 'upgrade'
count: 2
}
{
name: 'Shield Upgrade'
type: 'modification'
count: 2
}
]
'Rebel Aces Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Green Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Prototype Pilot'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Dagger Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Blue Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Ch<NAME>aan Refit'
type: 'upgrade'
count: 3
}
{
name: 'A-Wing Test Pilot'
type: 'title'
count: 2
}
{
name: 'Enhanced Scopes'
type: 'upgrade'
count: 2
}
{
name: 'Proton Rockets'
type: 'upgrade'
count: 2
}
{
name: 'B-Wing/E2'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
'Rebel Transport Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: 'GR-75 Medium Transport'
type: 'ship'
count: 1
}
{
name: 'GR-75 Medium Transport'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"<NAME>" <NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Red S<NAME>ron <NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Duty<NAME>'
type: 'title'
count: 1
}
{
name: 'Quantum Storm'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: 'Expanded Cargo Hold'
type: 'upgrade'
count: 1
}
{
name: 'R2-D6'
type: 'upgrade'
count: 1
}
{
name: 'R4-D6'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 3
}
{
name: 'R3-A2'
type: 'upgrade'
count: 1
}
{
name: 'WED-15 Repair Droid'
type: 'upgrade'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'EM Emitter'
type: 'upgrade'
count: 1
}
{
name: 'Engine Booster'
type: 'upgrade'
count: 1
}
{
name: 'R5-P9'
type: 'upgrade'
count: 1
}
{
name: 'Comms Booster'
type: 'upgrade'
count: 1
}
{
name: 'Frequency Jammer'
type: 'upgrade'
count: 1
}
{
name: 'Shield Projector'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Slicer Tools'
type: 'upgrade'
count: 1
}
{
name: 'Combat Retrofit'
type: 'modification'
count: 1
}
]
'Tantive IV Expansion Pack': [
{
name: 'CR90 Corvette (Fore)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Aft)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Fore)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Fore)'
# type: 'pilot'
# count: 1
# }
{
name: 'CR90 Corvette (Aft)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Aft)'
# type: 'pilot'
# count: 1
# }
{
name: "<NAME>"
type: 'title'
count: 1
}
{
name: "<NAME>"
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>-3<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: 'Engineering Team'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME> (<NAME>)'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 3
}
{
name: 'Single Turbolasers'
type: 'upgrade'
count: 3
}
]
'StarViper Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME> Sun <NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
]
"M3-A Interceptor Expansion Pack": [
{
name: '<NAME>3-<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
skipForSource: true # special :(
}
{
name: '"Heavy Scyk" Interceptor (Cannon)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy Scyk" Interceptor (Missile)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy S<NAME>k" Interceptor (Torpedo)'
type: 'title'
count: 0 # special :(
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '"<NAME>" <NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
]
"IG-2000 Expansion Pack": [
{
name: '<NAME>gressor'
type: 'ship'
count: 1
}
{
name: 'IG-88A'
type: 'pilot'
count: 1
}
{
name: 'IG-88B'
type: 'pilot'
count: 1
}
{
name: 'IG-88C'
type: 'pilot'
count: 1
}
{
name: 'IG-88D'
type: 'pilot'
count: 1
}
{
name: 'IG-2000'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '"<NAME>" <NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>imity M<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>ismic Charges'
type: 'upgrade'
count: 1
}
{
name: "Dead Man's Switch"
type: 'upgrade'
count: 2
}
{
name: 'Feedback Array'
type: 'upgrade'
count: 2
}
{
name: '"<NAME> Shot" Blaster'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
"Most Wanted Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 2
}
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME> Sun <NAME>"
type: 'pilot'
count: 2
}
{
name: "<NAME>"
type: 'pilot'
count: 2
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 2
}
{
name: "<NAME>"
type: 'pilot'
count: 2
}
{
name: "<NAME> (Scum)"
type: 'pilot'
count: 1
}
{
name: "<NAME> (Scum)"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'pilot'
count: 1
}
{
name: "<NAME>"
type: 'upgrade'
count: 1
}
{
name: "K4 Security Droid"
type: 'upgrade'
count: 1
}
{
name: "Outlaw Tech"
type: 'upgrade'
count: 1
}
{
name: "Autoblaster Turret"
type: 'upgrade'
count: 2
}
{
name: "Bomb Loadout"
type: 'upgrade'
count: 2
}
{
name: "R4-B11"
type: 'upgrade'
count: 1
}
{
name: '"<NAME>"'
type: 'upgrade'
count: 1
}
{
name: "R4 Agromech"
type: 'upgrade'
count: 2
}
{
name: "Salvaged Astromech"
type: 'upgrade'
count: 2
}
{
name: "Unhinged Astromech"
type: 'upgrade'
count: 2
}
{
name: "BTL-A4 Y-Wing"
type: 'title'
count: 2
}
{
name: "<NAME>"
type: 'title'
count: 1
}
{
name: '"Hot Shot" Blaster'
type: 'upgrade'
count: 1
}
]
"Hound's Tooth Expansion Pack": [
{
name: 'YV-666'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Crack Shot'
type: 'upgrade'
count: 1
}
{
name: 'Stay On Target'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'K4 Security Droid'
type: 'upgrade'
count: 1
}
{
name: 'Outlaw Tech'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
{
name: "<NAME>"
type: 'title'
count: 1
}
]
'Kihraxz Fighter Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
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{
name: '<NAME>'
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{
name: '<NAME>'
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{
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name: '<NAME>'
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{
name: '<NAME>'
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{
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{
name: 'Twin Laser Turret'
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
name: '<NAME>'
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{
name: 'Dorsal Turret'
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{
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{
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{
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{
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{
name: '<NAME>'
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{
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{
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{
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{
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{
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{
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{
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{
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name: '<NAME>'
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{
name: '<NAME>'
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{
name: '<NAME>'
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{
name: '<NAME>'
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{
name: 'Clo<NAME> Device'
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}
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name: '<NAME>'
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}
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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{
name: '<NAME>'
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}
{
name: '<NAME>'
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{
name: 'De<NAME>'
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}
{
name: '<NAME>'
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}
{
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}
{
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{
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{
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{
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{
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{
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{
name: '<NAME>'
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}
{
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{
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{
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{
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{
name: 'Long-Range Scanners'
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{
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{
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}
{
name: '<NAME>'
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{
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{
name: '<NAME>'
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{
name: '<NAME>'
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{
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}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
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}
{
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count: 1
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{
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{
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}
{
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{
name: 'Wired'
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}
{
name: 'Collision Detector'
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{
name: 'Sensor Cluster'
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{
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}
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'Protectorate Starfighter Expansion Pack': [
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}
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name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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{
name: '<NAME>'
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{
name: '<NAME> D<NAME> Protector'
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}
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count: 1
}
{
name: '<NAME>'
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{
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count: 1
}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: 'IG-88D'
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count: 1
}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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count: 1
}
{
name: 'Black Market Slicer Tools'
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count: 2
}
{
name: 'Rigged Cargo Chute'
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}
{
name: 'Countermeasures'
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{
name: 'Gyroscopic Targeting'
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}
{
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}
{
name: '<NAME>'
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}
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}
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count: 1
}
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}
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{
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}
{
name: '<NAME> (PS9)'
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count: 1
}
{
name: '<NAME>'
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}
{
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}
{
name: '<NAME>'
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}
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}
{
name: '<NAME>quadron <NAME>'
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{
name: '<NAME>'
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{
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{
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{
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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}
{
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{
name: '<NAME>'
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{
name: 'Integrated Astromech'
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}
{
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count: 1
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}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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{
name: '<NAME>'
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}
{
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}
{
name: '<NAME>'
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}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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count: 1
}
{
name: '<NAME>'
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count: 1
}
{
name: 'Expertise'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
]
"TIE Striker Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '"<NAME>"'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Lightweight Frame'
type: 'modification'
count: 1
}
{
name: '<NAME>ilerons'
type: 'title'
count: 1
}
]
"Sabine's TIE Fighter Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME> (TIE Fighter)'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"<NAME>" <NAME> (TIE Fighter)'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '''<NAME>'s Masterpiece'''
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
]
"Upsilon-class Shuttle Expansion Pack": [
{
name: 'Upsilon-class Shuttle'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'Operations Specialist'
type: 'upgrade'
count: 2
}
{
name: '<NAME>ing Synchronizer'
type: 'upgrade'
count: 2
}
{
name: 'Hyperwave Comm Scanner'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: '''<NAME>'''
type: 'title'
count: 1
}
]
"Quadjumper Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>ermal <NAME>on<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>wave Comm <NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
]
'C-ROC Cruiser Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'IG-RM <NAME>ug D<NAME>'
type: 'upgrade'
count: 1
}
{
name: 'ARC Caster'
type: 'upgrade'
count: 5
}
{
name: 'Heavy Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Supercharged Power Cells'
type: 'upgrade'
count: 2
}
{
name: 'Quick-release Cargo Locks'
type: 'upgrade'
count: 1
}
{
name: 'Merchant One'
type: 'title'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
{
name: 'Insatiable Worrt'
type: 'title'
count: 1
}
{
name: '"Light Scyk" Interceptor'
type: 'title'
count: 6
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
}
{
name: 'Automated Protocols'
type: 'modification'
count: 1
}
{
name: 'Optimized Generators'
type: 'modification'
count: 1
}
{
name: 'Pulsed Ray Shield'
type: 'modification'
count: 5
}
]
"Auzituck Gunship Expansion Pack": [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
]
"Scurrg H-6 Bomber Expansion Pack": [
{
name: '<NAME> H-6 Bom<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME> (<NAME>)'
type: 'pilot'
count: 1
}
{
name: '<NAME> (<NAME>)'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: 'Bomblet Generator'
type: 'upgrade'
count: 1
}
{
name: 'Minefield Mapper'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'upgrade'
count: 1
}
{
name: '<NAME>'
type: 'title'
count: 1
}
]
"TIE Aggressor Expansion Pack": [
{
name: '<NAME> Ag<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '"Double Edge"'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: 'Intensity'
type: 'upgrade'
count: 1
}
{
name: 'Unguided Rockets'
type: 'upgrade'
count: 1
}
{
name: 'Twin Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: 'Lightweight Frame'
type: 'modification'
count: 1
}
]
'Guns for Hire Expansion Pack': [
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'ship'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 1
}
{
name: '<NAME>'
type: 'pilot'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'upgrade'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 2
}
{
name: '<NAME>'
type: 'title'
count: 2
}
{
name: '<NAME>'
type: 'modification'
count: 2
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
{
name: '<NAME>'
type: 'modification'
count: 1
}
]
class exportObj.Collection
# collection = new exportObj.Collection
# expansions:
# "Core": 2
# "TIE Fighter Expansion Pack": 4
# "B-Wing Expansion Pack": 2
# singletons:
# ship:
# "T-70 X-Wing": 1
# pilot:
# "Academy Pilot": 16
# upgrade:
# "C-3PO": 4
# "Gunner": 5
# modification:
# "Engine Upgrade": 2
# title:
# "TIE/x1": 1
#
# # or
#
# collection = exportObj.Collection.load(backend)
#
# collection.use "pilot", "Red Squadron Pilot"
# collection.use "upgrade", "R2-D2"
# collection.use "upgrade", "Ion Pulse Missiles" # returns false
#
# collection.release "pilot", "Red Squadron Pilot"
# collection.release "pilot", "Sigma Squadron Pilot" # returns false
constructor: (args) ->
@expansions = args.expansions ? {}
@singletons = args.singletons ? {}
# To save collection (optional)
@backend = args.backend
@setupUI()
@setupHandlers()
@reset()
@language = 'English'
reset: ->
@shelf = {}
@table = {}
for expansion, count of @expansions
try
count = parseInt count
catch
count = 0
for _ in [0...count]
for card in (exportObj.manifestByExpansion[expansion] ? [])
for _ in [0...card.count]
((@shelf[card.type] ?= {})[card.name] ?= []).push expansion
for type, counts of @singletons
for name, count of counts
for _ in [0...count]
((@shelf[type] ?= {})[name] ?= []).push 'singleton'
@counts = {}
for own type of @shelf
for own thing of @shelf[type]
(@counts[type] ?= {})[thing] ?= 0
@counts[type][thing] += @shelf[type][thing].length
component_content = $ @modal.find('.collection-inventory-content')
component_content.text ''
for own type, things of @counts
contents = component_content.append $.trim """
<div class="row-fluid">
<div class="span12"><h5>#{type.capitalize()}</h5></div>
</div>
<div class="row-fluid">
<ul id="counts-#{type}" class="span12"></ul>
</div>
"""
ul = $ contents.find("ul#counts-#{type}")
for thing in Object.keys(things).sort(sortWithoutQuotes)
ul.append """<li>#{thing} - #{things[thing]}</li>"""
fixName: (name) ->
# Special case handling for Heavy Scyk :(
if name.indexOf('"Heavy Scyk" Interceptor') == 0
'"Heavy Scyk" Interceptor'
else
name
check: (where, type, name) ->
(((where[type] ? {})[@fixName name] ? []).length ? 0) != 0
checkShelf: (type, name) ->
@check @shelf, type, name
checkTable: (type, name) ->
@check @table, type, name
use: (type, name) ->
name = @fixName name
try
card = @shelf[type][name].pop()
catch e
return false unless card?
if card?
((@table[type] ?= {})[name] ?= []).push card
true
else
false
release: (type, name) ->
name = @fixName name
try
card = @table[type][name].pop()
catch e
return false unless card?
if card?
((@shelf[type] ?= {})[name] ?= []).push card
true
else
false
save: (cb=$.noop) ->
@backend.saveCollection(this, cb) if @backend?
@load: (backend, cb) ->
backend.loadCollection cb
setupUI: ->
# Create list of released singletons
singletonsByType = {}
for expname, items of exportObj.manifestByExpansion
for item in items
(singletonsByType[item.type] ?= {})[item.name] = true
for type, names of singletonsByType
sorted_names = (name for name of names).sort(sortWithoutQuotes)
singletonsByType[type] = sorted_names
@modal = $ document.createElement 'DIV'
@modal.addClass 'modal hide fade collection-modal hidden-print'
$('body').append @modal
@modal.append $.trim """
<div class="modal-header">
<button type="button" class="close hidden-print" data-dismiss="modal" aria-hidden="true">×</button>
<h4>Your Collection</h4>
</div>
<div class="modal-body">
<ul class="nav nav-tabs">
<li class="active"><a data-target="#collection-expansions" data-toggle="tab">Expansions</a><li>
<li><a data-target="#collection-ships" data-toggle="tab">Ships</a><li>
<li><a data-target="#collection-pilots" data-toggle="tab">Pilots</a><li>
<li><a data-target="#collection-upgrades" data-toggle="tab">Upgrades</a><li>
<li><a data-target="#collection-modifications" data-toggle="tab">Mods</a><li>
<li><a data-target="#collection-titles" data-toggle="tab">Titles</a><li>
<li><a data-target="#collection-components" data-toggle="tab">Inventory</a><li>
</ul>
<div class="tab-content">
<div id="collection-expansions" class="tab-pane active container-fluid collection-content"></div>
<div id="collection-ships" class="tab-pane active container-fluid collection-ship-content"></div>
<div id="collection-pilots" class="tab-pane active container-fluid collection-pilot-content"></div>
<div id="collection-upgrades" class="tab-pane active container-fluid collection-upgrade-content"></div>
<div id="collection-modifications" class="tab-pane active container-fluid collection-modification-content"></div>
<div id="collection-titles" class="tab-pane active container-fluid collection-title-content"></div>
<div id="collection-components" class="tab-pane container-fluid collection-inventory-content"></div>
</div>
</div>
<div class="modal-footer hidden-print">
<span class="collection-status"></span>
<button class="btn" data-dismiss="modal" aria-hidden="true">Close</button>
</div>
"""
@modal_status = $ @modal.find('.collection-status')
collection_content = $ @modal.find('.collection-content')
for expansion in exportObj.expansions
count = parseInt(@expansions[expansion] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="expansion-count" type="number" size="3" value="#{count}" />
<span class="expansion-name">#{expansion}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'expansion', expansion
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.expansion-name').data 'english_name', expansion
collection_content.append row
shipcollection_content = $ @modal.find('.collection-ship-content')
for ship in singletonsByType.ship
count = parseInt(@singletons.ship?[ship] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="ship-name">#{ship}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'ship'
input.data 'singletonName', ship
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.ship-name').data 'english_name', expansion
shipcollection_content.append row
pilotcollection_content = $ @modal.find('.collection-pilot-content')
for pilot in singletonsByType.pilot
count = parseInt(@singletons.pilot?[pilot] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="pilot-name">#{pilot}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'pilot'
input.data 'singletonName', pilot
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.pilot-name').data 'english_name', expansion
pilotcollection_content.append row
upgradecollection_content = $ @modal.find('.collection-upgrade-content')
for upgrade in singletonsByType.upgrade
count = parseInt(@singletons.upgrade?[upgrade] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="upgrade-name">#{upgrade}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'upgrade'
input.data 'singletonName', upgrade
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.upgrade-name').data 'english_name', expansion
upgradecollection_content.append row
modificationcollection_content = $ @modal.find('.collection-modification-content')
for modification in singletonsByType.modification
count = parseInt(@singletons.modification?[modification] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="modification-name">#{modification}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'modification'
input.data 'singletonName', modification
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.modification-name').data 'english_name', expansion
modificationcollection_content.append row
titlecollection_content = $ @modal.find('.collection-title-content')
for title in singletonsByType.title
count = parseInt(@singletons.title?[title] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="title-name">#{title}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'title'
input.data 'singletonName', title
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.title-name').data 'english_name', expansion
titlecollection_content.append row
destroyUI: ->
@modal.modal 'hide'
@modal.remove()
$(exportObj).trigger 'xwing-collection:destroyed', this
setupHandlers: ->
$(exportObj).trigger 'xwing-collection:created', this
$(exportObj).on 'xwing-backend:authenticationChanged', (e, authenticated, backend) =>
# console.log "deauthed, destroying collection UI"
@destroyUI() unless authenticated
.on 'xwing-collection:saved', (e, collection) =>
@modal_status.text 'Collection saved'
@modal_status.fadeIn 100, =>
@modal_status.fadeOut 5000
.on 'xwing:languageChanged', @onLanguageChange
$ @modal.find('input.expansion-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
@expansions[target.data 'expansion'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
$ @modal.find('input.singleton-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
(@singletons[target.data 'singletonType'] ?= {})[target.data 'singletonName'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
countToBackgroundColor: (count) ->
count = parseInt(count)
switch
when count == 0
''
when count < 12
i = parseInt(200 * Math.pow(0.9, count - 1))
"rgb(#{i}, 255, #{i})"
else
'red'
onLanguageChange:
(e, language) =>
if language != @language
# console.log "language changed to #{language}"
do (language) =>
@modal.find('.expansion-name').each ->
# console.log "translating #{$(this).text()} (#{$(this).data('english_name')}) to #{language}"
$(this).text exportObj.translate language, 'sources', $(this).data('english_name')
@language = language
| true | exportObj = exports ? this
String::startsWith ?= (t) ->
@indexOf t == 0
sortWithoutQuotes = (a, b) ->
a_name = a.replace /[^a-z0-9]/ig, ''
b_name = b.replace /[^a-z0-9]/ig, ''
if a_name < b_name
-1
else if a_name > b_name
1
else
0
exportObj.manifestByExpansion =
'Core': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PIse"'
type: 'pilot'
count: 1
}
{
name: '"Night Beast"'
type: 'pilot'
count: 1
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'R2-F2'
type: 'upgrade'
count: 1
}
{
name: 'R2-D2'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PIation'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
]
'X-Wing Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'Red Squadron Pilot'
type: 'pilot'
count: 1
}
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{
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{
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{
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{
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{
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{
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{
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{
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{
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}
{
name: '"PI:NAME:<NAME>END_PI" PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'Red SPI:NAME:<NAME>END_PIron PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'DutyPI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
{
name: 'Quantum Storm'
type: 'title'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
{
name: 'Expanded Cargo Hold'
type: 'upgrade'
count: 1
}
{
name: 'R2-D6'
type: 'upgrade'
count: 1
}
{
name: 'R4-D6'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 3
}
{
name: 'R3-A2'
type: 'upgrade'
count: 1
}
{
name: 'WED-15 Repair Droid'
type: 'upgrade'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'EM Emitter'
type: 'upgrade'
count: 1
}
{
name: 'Engine Booster'
type: 'upgrade'
count: 1
}
{
name: 'R5-P9'
type: 'upgrade'
count: 1
}
{
name: 'Comms Booster'
type: 'upgrade'
count: 1
}
{
name: 'Frequency Jammer'
type: 'upgrade'
count: 1
}
{
name: 'Shield Projector'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Slicer Tools'
type: 'upgrade'
count: 1
}
{
name: 'Combat Retrofit'
type: 'modification'
count: 1
}
]
'Tantive IV Expansion Pack': [
{
name: 'CR90 Corvette (Fore)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Aft)'
type: 'ship'
count: 1
}
{
name: 'CR90 Corvette (Fore)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Fore)'
# type: 'pilot'
# count: 1
# }
{
name: 'CR90 Corvette (Aft)'
type: 'pilot'
count: 1
}
# {
# name: 'CR90 Corvette (Crippled Aft)'
# type: 'pilot'
# count: 1
# }
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
{
name: 'Backup Shield Generator'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI-3PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 2
}
{
name: 'Engineering Team'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI (PI:NAME:<NAME>END_PI)'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 3
}
{
name: 'Single Turbolasers'
type: 'upgrade'
count: 3
}
]
'StarViper Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI Sun PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
]
"M3-A Interceptor Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI3-PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
skipForSource: true # special :(
}
{
name: '"Heavy Scyk" Interceptor (Cannon)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy Scyk" Interceptor (Missile)'
type: 'title'
count: 0 # special :(
}
{
name: '"Heavy SPI:NAME:<NAME>END_PIk" Interceptor (Torpedo)'
type: 'title'
count: 0 # special :(
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI" PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
]
"IG-2000 Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PIgressor'
type: 'ship'
count: 1
}
{
name: 'IG-88A'
type: 'pilot'
count: 1
}
{
name: 'IG-88B'
type: 'pilot'
count: 1
}
{
name: 'IG-88C'
type: 'pilot'
count: 1
}
{
name: 'IG-88D'
type: 'pilot'
count: 1
}
{
name: 'IG-2000'
type: 'title'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI" PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PIimity MPI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PIismic Charges'
type: 'upgrade'
count: 1
}
{
name: "Dead Man's Switch"
type: 'upgrade'
count: 2
}
{
name: 'Feedback Array'
type: 'upgrade'
count: 2
}
{
name: '"PI:NAME:<NAME>END_PI Shot" Blaster'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
]
"Most Wanted Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI Sun PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI (Scum)"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI (Scum)"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "K4 Security Droid"
type: 'upgrade'
count: 1
}
{
name: "Outlaw Tech"
type: 'upgrade'
count: 1
}
{
name: "Autoblaster Turret"
type: 'upgrade'
count: 2
}
{
name: "Bomb Loadout"
type: 'upgrade'
count: 2
}
{
name: "R4-B11"
type: 'upgrade'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'upgrade'
count: 1
}
{
name: "R4 Agromech"
type: 'upgrade'
count: 2
}
{
name: "Salvaged Astromech"
type: 'upgrade'
count: 2
}
{
name: "Unhinged Astromech"
type: 'upgrade'
count: 2
}
{
name: "BTL-A4 Y-Wing"
type: 'title'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
{
name: '"Hot Shot" Blaster'
type: 'upgrade'
count: 1
}
]
"Hound's Tooth Expansion Pack": [
{
name: 'YV-666'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Crack Shot'
type: 'upgrade'
count: 1
}
{
name: 'Stay On Target'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'K4 Security Droid'
type: 'upgrade'
count: 1
}
{
name: 'Outlaw Tech'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
]
'Kihraxz Fighter Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
]
'K-Wing Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'Guardian Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Warden Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Twin Laser Turret'
type: 'upgrade'
count: 2
}
{
name: 'Plasma Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Extra Munitions'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Advanced SLAM'
type: 'modification'
count: 1
}
]
'TIE Punisher Expansion Pack': [
{
name: 'TIE Punisher'
type: 'ship'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: 'Black Eight Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Cutlass Squadron Pilot'
type: 'pilot'
count: 1
}
{
name: 'Enhanced Scopes'
type: 'upgrade'
count: 1
}
{
name: 'Extra Munitions'
type: 'upgrade'
count: 1
}
{
name: 'Flechette Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Plasma Torpedoes'
type: 'upgrade'
count: 1
}
{
name: 'Advanced Homing Missiles'
type: 'upgrade'
count: 1
}
{
name: 'Cluster Mines'
type: 'upgrade'
count: 1
}
{
name: 'Ion Bombs'
type: 'upgrade'
count: 1
}
{
name: 'Twin Ion Engine Mk. II'
type: 'modification'
count: 2
}
]
"Imperial Raider Expansion Pack": [
{
name: "Raider-class Corvette (Fore)"
type: 'ship'
count: 1
}
{
name: "Raider-class Corvette (Aft)"
type: 'ship'
count: 1
}
{
name: "TIE Advanced"
type: 'ship'
count: 1
}
{
name: "Raider-class Corvette (Fore)"
type: 'pilot'
count: 1
}
{
name: "Raider-class Corvette (Aft)"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'pilot'
count: 1
}
{
name: "Storm Squadron Pilot"
type: 'pilot'
count: 1
}
{
name: "Tempest Squadron Pilot"
type: 'pilot'
count: 1
}
{
name: "Advanced Targeting Computer"
type: 'upgrade'
count: 4
}
{
name: "TIE/x1"
type: 'title'
count: 4
}
{
name: "Cluster Missiles"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "Shield PI:NAME:<NAME>END_PInician"
type: 'upgrade'
count: 2
}
{
name: "Gunnery Team"
type: 'upgrade'
count: 1
}
{
name: "Engineering Team"
type: 'upgrade'
count: 1
}
{
name: "Sensor Team"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 4
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 2
}
{
name: "PI:NAME:<NAME>END_PI BoostPI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "Backup Shield Generator"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'upgrade'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
{
name: "PI:NAME:<NAME>END_PI"
type: 'title'
count: 1
}
]
'The Force Awakens Core Set': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI/fo PI:NAME:<NAME>END_PIighter'
type: 'ship'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI SPI:NAME:<NAME>END_PIron NoPI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI PiPI:NAME:<NAME>END_PI'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'BB-8'
type: 'upgrade'
count: 1
}
{
name: 'R5-X3'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'Weapons Guidance'
type: 'upgrade'
count: 1
}
]
'Imperial Assault Carrier Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI Fighter'
type: 'ship'
count: 2
}
{
name: 'Gozanti-class Cruiser'
type: 'ship'
count: 1
}
{
name: 'Gozanti-class Cruiser'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: '"PI:NAME:<NAME>END_PI"'
type: 'pilot'
count: 1
}
{
name: 'Academy Pilot'
type: 'pilot'
count: 2
}
{
name: 'Black Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'Obsidian Squadron Pilot'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PIship'
type: 'upgrade'
count: 1
}
{
name: 'Expert Handling'
type: 'upgrade'
count: 1
}
{
name: 'Expose'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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{
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"Quadjumper Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PIermal PI:NAME:<NAME>END_PIonPI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PIwave Comm PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
]
'C-ROC Cruiser Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'IG-RM PI:NAME:<NAME>END_PIug DPI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'ARC Caster'
type: 'upgrade'
count: 5
}
{
name: 'Heavy Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Supercharged Power Cells'
type: 'upgrade'
count: 2
}
{
name: 'Quick-release Cargo Locks'
type: 'upgrade'
count: 1
}
{
name: 'Merchant One'
type: 'title'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
{
name: 'Insatiable Worrt'
type: 'title'
count: 1
}
{
name: '"Light Scyk" Interceptor'
type: 'title'
count: 6
}
{
name: '"Heavy Scyk" Interceptor'
type: 'title'
count: 1
}
{
name: 'Automated Protocols'
type: 'modification'
count: 1
}
{
name: 'Optimized Generators'
type: 'modification'
count: 1
}
{
name: 'Pulsed Ray Shield'
type: 'modification'
count: 5
}
]
"Auzituck Gunship Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
]
"Scurrg H-6 Bomber Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI H-6 BomPI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI (PI:NAME:<NAME>END_PI)'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI (PI:NAME:<NAME>END_PI)'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 2
}
{
name: 'Bomblet Generator'
type: 'upgrade'
count: 1
}
{
name: 'Minefield Mapper'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 1
}
]
"TIE Aggressor Expansion Pack": [
{
name: 'PI:NAME:<NAME>END_PI AgPI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: '"Double Edge"'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'Intensity'
type: 'upgrade'
count: 1
}
{
name: 'Unguided Rockets'
type: 'upgrade'
count: 1
}
{
name: 'Twin Laser Turret'
type: 'upgrade'
count: 1
}
{
name: 'Synced Turret'
type: 'upgrade'
count: 1
}
{
name: 'Lightweight Frame'
type: 'modification'
count: 1
}
]
'Guns for Hire Expansion Pack': [
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'ship'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'pilot'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'upgrade'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'title'
count: 2
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 2
}
{
name: 'Stealth Device'
type: 'modification'
count: 1
}
{
name: 'PI:NAME:<NAME>END_PI'
type: 'modification'
count: 1
}
]
class exportObj.Collection
# collection = new exportObj.Collection
# expansions:
# "Core": 2
# "TIE Fighter Expansion Pack": 4
# "B-Wing Expansion Pack": 2
# singletons:
# ship:
# "T-70 X-Wing": 1
# pilot:
# "Academy Pilot": 16
# upgrade:
# "C-3PO": 4
# "Gunner": 5
# modification:
# "Engine Upgrade": 2
# title:
# "TIE/x1": 1
#
# # or
#
# collection = exportObj.Collection.load(backend)
#
# collection.use "pilot", "Red Squadron Pilot"
# collection.use "upgrade", "R2-D2"
# collection.use "upgrade", "Ion Pulse Missiles" # returns false
#
# collection.release "pilot", "Red Squadron Pilot"
# collection.release "pilot", "Sigma Squadron Pilot" # returns false
constructor: (args) ->
@expansions = args.expansions ? {}
@singletons = args.singletons ? {}
# To save collection (optional)
@backend = args.backend
@setupUI()
@setupHandlers()
@reset()
@language = 'English'
reset: ->
@shelf = {}
@table = {}
for expansion, count of @expansions
try
count = parseInt count
catch
count = 0
for _ in [0...count]
for card in (exportObj.manifestByExpansion[expansion] ? [])
for _ in [0...card.count]
((@shelf[card.type] ?= {})[card.name] ?= []).push expansion
for type, counts of @singletons
for name, count of counts
for _ in [0...count]
((@shelf[type] ?= {})[name] ?= []).push 'singleton'
@counts = {}
for own type of @shelf
for own thing of @shelf[type]
(@counts[type] ?= {})[thing] ?= 0
@counts[type][thing] += @shelf[type][thing].length
component_content = $ @modal.find('.collection-inventory-content')
component_content.text ''
for own type, things of @counts
contents = component_content.append $.trim """
<div class="row-fluid">
<div class="span12"><h5>#{type.capitalize()}</h5></div>
</div>
<div class="row-fluid">
<ul id="counts-#{type}" class="span12"></ul>
</div>
"""
ul = $ contents.find("ul#counts-#{type}")
for thing in Object.keys(things).sort(sortWithoutQuotes)
ul.append """<li>#{thing} - #{things[thing]}</li>"""
fixName: (name) ->
# Special case handling for Heavy Scyk :(
if name.indexOf('"Heavy Scyk" Interceptor') == 0
'"Heavy Scyk" Interceptor'
else
name
check: (where, type, name) ->
(((where[type] ? {})[@fixName name] ? []).length ? 0) != 0
checkShelf: (type, name) ->
@check @shelf, type, name
checkTable: (type, name) ->
@check @table, type, name
use: (type, name) ->
name = @fixName name
try
card = @shelf[type][name].pop()
catch e
return false unless card?
if card?
((@table[type] ?= {})[name] ?= []).push card
true
else
false
release: (type, name) ->
name = @fixName name
try
card = @table[type][name].pop()
catch e
return false unless card?
if card?
((@shelf[type] ?= {})[name] ?= []).push card
true
else
false
save: (cb=$.noop) ->
@backend.saveCollection(this, cb) if @backend?
@load: (backend, cb) ->
backend.loadCollection cb
setupUI: ->
# Create list of released singletons
singletonsByType = {}
for expname, items of exportObj.manifestByExpansion
for item in items
(singletonsByType[item.type] ?= {})[item.name] = true
for type, names of singletonsByType
sorted_names = (name for name of names).sort(sortWithoutQuotes)
singletonsByType[type] = sorted_names
@modal = $ document.createElement 'DIV'
@modal.addClass 'modal hide fade collection-modal hidden-print'
$('body').append @modal
@modal.append $.trim """
<div class="modal-header">
<button type="button" class="close hidden-print" data-dismiss="modal" aria-hidden="true">×</button>
<h4>Your Collection</h4>
</div>
<div class="modal-body">
<ul class="nav nav-tabs">
<li class="active"><a data-target="#collection-expansions" data-toggle="tab">Expansions</a><li>
<li><a data-target="#collection-ships" data-toggle="tab">Ships</a><li>
<li><a data-target="#collection-pilots" data-toggle="tab">Pilots</a><li>
<li><a data-target="#collection-upgrades" data-toggle="tab">Upgrades</a><li>
<li><a data-target="#collection-modifications" data-toggle="tab">Mods</a><li>
<li><a data-target="#collection-titles" data-toggle="tab">Titles</a><li>
<li><a data-target="#collection-components" data-toggle="tab">Inventory</a><li>
</ul>
<div class="tab-content">
<div id="collection-expansions" class="tab-pane active container-fluid collection-content"></div>
<div id="collection-ships" class="tab-pane active container-fluid collection-ship-content"></div>
<div id="collection-pilots" class="tab-pane active container-fluid collection-pilot-content"></div>
<div id="collection-upgrades" class="tab-pane active container-fluid collection-upgrade-content"></div>
<div id="collection-modifications" class="tab-pane active container-fluid collection-modification-content"></div>
<div id="collection-titles" class="tab-pane active container-fluid collection-title-content"></div>
<div id="collection-components" class="tab-pane container-fluid collection-inventory-content"></div>
</div>
</div>
<div class="modal-footer hidden-print">
<span class="collection-status"></span>
<button class="btn" data-dismiss="modal" aria-hidden="true">Close</button>
</div>
"""
@modal_status = $ @modal.find('.collection-status')
collection_content = $ @modal.find('.collection-content')
for expansion in exportObj.expansions
count = parseInt(@expansions[expansion] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="expansion-count" type="number" size="3" value="#{count}" />
<span class="expansion-name">#{expansion}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'expansion', expansion
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.expansion-name').data 'english_name', expansion
collection_content.append row
shipcollection_content = $ @modal.find('.collection-ship-content')
for ship in singletonsByType.ship
count = parseInt(@singletons.ship?[ship] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="ship-name">#{ship}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'ship'
input.data 'singletonName', ship
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.ship-name').data 'english_name', expansion
shipcollection_content.append row
pilotcollection_content = $ @modal.find('.collection-pilot-content')
for pilot in singletonsByType.pilot
count = parseInt(@singletons.pilot?[pilot] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="pilot-name">#{pilot}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'pilot'
input.data 'singletonName', pilot
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.pilot-name').data 'english_name', expansion
pilotcollection_content.append row
upgradecollection_content = $ @modal.find('.collection-upgrade-content')
for upgrade in singletonsByType.upgrade
count = parseInt(@singletons.upgrade?[upgrade] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="upgrade-name">#{upgrade}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'upgrade'
input.data 'singletonName', upgrade
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.upgrade-name').data 'english_name', expansion
upgradecollection_content.append row
modificationcollection_content = $ @modal.find('.collection-modification-content')
for modification in singletonsByType.modification
count = parseInt(@singletons.modification?[modification] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="modification-name">#{modification}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'modification'
input.data 'singletonName', modification
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.modification-name').data 'english_name', expansion
modificationcollection_content.append row
titlecollection_content = $ @modal.find('.collection-title-content')
for title in singletonsByType.title
count = parseInt(@singletons.title?[title] ? 0)
row = $.parseHTML $.trim """
<div class="row-fluid">
<div class="span12">
<label>
<input class="singleton-count" type="number" size="3" value="#{count}" />
<span class="title-name">#{title}</span>
</label>
</div>
</div>
"""
input = $ $(row).find('input')
input.data 'singletonType', 'title'
input.data 'singletonName', title
input.closest('div').css 'background-color', @countToBackgroundColor(input.val())
$(row).find('.title-name').data 'english_name', expansion
titlecollection_content.append row
destroyUI: ->
@modal.modal 'hide'
@modal.remove()
$(exportObj).trigger 'xwing-collection:destroyed', this
setupHandlers: ->
$(exportObj).trigger 'xwing-collection:created', this
$(exportObj).on 'xwing-backend:authenticationChanged', (e, authenticated, backend) =>
# console.log "deauthed, destroying collection UI"
@destroyUI() unless authenticated
.on 'xwing-collection:saved', (e, collection) =>
@modal_status.text 'Collection saved'
@modal_status.fadeIn 100, =>
@modal_status.fadeOut 5000
.on 'xwing:languageChanged', @onLanguageChange
$ @modal.find('input.expansion-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
@expansions[target.data 'expansion'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
$ @modal.find('input.singleton-count').change (e) =>
target = $(e.target)
val = target.val()
target.val(0) if val < 0 or isNaN(parseInt(val))
(@singletons[target.data 'singletonType'] ?= {})[target.data 'singletonName'] = parseInt(target.val())
target.closest('div').css 'background-color', @countToBackgroundColor(val)
# console.log "Input changed, triggering collection change"
$(exportObj).trigger 'xwing-collection:changed', this
countToBackgroundColor: (count) ->
count = parseInt(count)
switch
when count == 0
''
when count < 12
i = parseInt(200 * Math.pow(0.9, count - 1))
"rgb(#{i}, 255, #{i})"
else
'red'
onLanguageChange:
(e, language) =>
if language != @language
# console.log "language changed to #{language}"
do (language) =>
@modal.find('.expansion-name').each ->
# console.log "translating #{$(this).text()} (#{$(this).data('english_name')}) to #{language}"
$(this).text exportObj.translate language, 'sources', $(this).data('english_name')
@language = language
|
[
{
"context": "d, 'user'\n test.equal opts.token, 'pass'\n super opts\n\n opts = {\n ",
"end": 1077,
"score": 0.9305680990219116,
"start": 1073,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": " = {\n uuid: 'user'\n token: 'pass'\n }\n\n connection = new ConnectionSt",
"end": 1173,
"score": 0.9156089425086975,
"start": 1169,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": " = {\n uuid: 'user'\n token: 'pass'\n }\n\n target = new OctobluBackend '",
"end": 4591,
"score": 0.9608159065246582,
"start": 4587,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": "d, 'user'\n test.equal data.token, 'pass'\n test.throws () ->\n ",
"end": 5498,
"score": 0.9717814922332764,
"start": 5494,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": " = {\n uuid: 'user'\n token: 'pass'\n }\n\n target = new OctobluBackend '",
"end": 5758,
"score": 0.967430591583252,
"start": 5754,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": " = {\n uuid: 'user'\n token: 'pass'\n }\n\n target = new OctobluBackend '",
"end": 6649,
"score": 0.9058960676193237,
"start": 6645,
"tag": "PASSWORD",
"value": "pass"
},
{
"context": "es = [\n new Property 'string', 'KEY', '123'\n new Property 'string', 'monkey', 'bo",
"end": 10326,
"score": 0.9471619129180908,
"start": 10323,
"tag": "KEY",
"value": "123"
},
{
"context": "es = [\n new Property 'string', 'KEY', '123'\n new Property 'string', 'monkey', 'bo",
"end": 11478,
"score": 0.990519106388092,
"start": 11475,
"tag": "KEY",
"value": "123"
},
{
"context": "es = [\n new Property 'string', 'KEY', '123'\n new Property 'string', 'monkey', 'bo",
"end": 12483,
"score": 0.987216055393219,
"start": 12480,
"tag": "KEY",
"value": "123"
},
{
"context": "es = [\n new Property 'string', 'KEY', '123'\n new Property 'string', 'monkey', 'bo",
"end": 13528,
"score": 0.9820282459259033,
"start": 13525,
"tag": "KEY",
"value": "123"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 14501,
"score": 0.9973623752593994,
"start": 14498,
"tag": "KEY",
"value": "123"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 14666,
"score": 0.9981397986412048,
"start": 14663,
"tag": "KEY",
"value": "456"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 15930,
"score": 0.9906827807426453,
"start": 15927,
"tag": "KEY",
"value": "123"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 16206,
"score": 0.9992632269859314,
"start": 16203,
"tag": "KEY",
"value": "456"
},
{
"context": "= {\n KEY: '456'\n monkey: 'island'\n ROOM: '101'\n xmpp_jid: 'j",
"end": 16235,
"score": 0.6534979939460754,
"start": 16231,
"tag": "KEY",
"value": "land"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 17611,
"score": 0.9990325570106506,
"start": 17608,
"tag": "KEY",
"value": "123"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 17743,
"score": 0.9992177486419678,
"start": 17740,
"tag": "KEY",
"value": "456"
},
{
"context": "= {\n KEY: '456'\n monkey: 'island'\n ROOM: '101'\n xmpp_jid: 'j",
"end": 17772,
"score": 0.7466270327568054,
"start": 17768,
"tag": "KEY",
"value": "land"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 18884,
"score": 0.9990315437316895,
"start": 18881,
"tag": "KEY",
"value": "123"
},
{
"context": " xmpp_jid: 'jid1'\n xmpp_owner: 'owner1'\n xmpp_public: 'true'\n }\n\n ",
"end": 18996,
"score": 0.5302731394767761,
"start": 18995,
"tag": "USERNAME",
"value": "1"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 19081,
"score": 0.999049186706543,
"start": 19078,
"tag": "KEY",
"value": "456"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 20300,
"score": 0.9978622794151306,
"start": 20297,
"tag": "KEY",
"value": "123"
},
{
"context": " xmpp_jid: 'jid1'\n xmpp_owner: 'owner1'\n xmpp_removed: 'true'\n }\n\n ",
"end": 20412,
"score": 0.7901663780212402,
"start": 20406,
"tag": "USERNAME",
"value": "owner1"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 20498,
"score": 0.9930205345153809,
"start": 20495,
"tag": "KEY",
"value": "456"
},
{
"context": " xmpp_jid: 'jid2'\n xmpp_owner: 'owner2'\n }\n\n class ConnectionStub extends ",
"end": 20613,
"score": 0.8976049423217773,
"start": 20612,
"tag": "USERNAME",
"value": "2"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 21676,
"score": 0.9971720576286316,
"start": 21673,
"tag": "KEY",
"value": "123"
},
{
"context": " xmpp_jid: 'jid1'\n xmpp_owner: 'owner1'\n }\n\n thing2 = {\n KEY: '",
"end": 21788,
"score": 0.8337076902389526,
"start": 21782,
"tag": "USERNAME",
"value": "owner1"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 21841,
"score": 0.9939450621604919,
"start": 21838,
"tag": "KEY",
"value": "456"
},
{
"context": " xmpp_jid: 'jid2'\n xmpp_owner: 'owner2'\n }\n\n thing3 = {\n KEY: '",
"end": 21956,
"score": 0.938656210899353,
"start": 21955,
"tag": "USERNAME",
"value": "2"
},
{
"context": "'\n }\n\n thing3 = {\n KEY: '789'\n monkey: 'island'\n ROOM: '",
"end": 22009,
"score": 0.9963529706001282,
"start": 22006,
"tag": "KEY",
"value": "789"
},
{
"context": " xmpp_jid: 'jid3'\n xmpp_owner: 'owner3'\n }\n\n thing4 = {\n KEY: '",
"end": 22124,
"score": 0.7617185711860657,
"start": 22123,
"tag": "KEY",
"value": "3"
},
{
"context": "'\n }\n\n thing4 = {\n KEY: '012'\n monkey: 'island'\n ROOM: '",
"end": 22177,
"score": 0.9971134066581726,
"start": 22174,
"tag": "KEY",
"value": "012"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 23520,
"score": 0.9902136921882629,
"start": 23517,
"tag": "KEY",
"value": "123"
},
{
"context": " xmpp_jid: 'jid1'\n xmpp_owner: 'owner1'\n }\n\n thing2 = {\n KEY: '",
"end": 23632,
"score": 0.842866837978363,
"start": 23631,
"tag": "USERNAME",
"value": "1"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 23685,
"score": 0.9976314902305603,
"start": 23682,
"tag": "KEY",
"value": "456"
},
{
"context": " xmpp_jid: 'jid2'\n xmpp_owner: 'owner2'\n }\n\n thing3 = {\n KEY: '",
"end": 23800,
"score": 0.8257332444190979,
"start": 23799,
"tag": "USERNAME",
"value": "2"
},
{
"context": "'\n }\n\n thing3 = {\n KEY: '789'\n monkey: 'island'\n ROOM: '",
"end": 23853,
"score": 0.9979545474052429,
"start": 23850,
"tag": "KEY",
"value": "789"
},
{
"context": " xmpp_jid: 'jid3'\n xmpp_owner: 'owner3'\n }\n\n thing4 = {\n KEY: '",
"end": 23968,
"score": 0.8467127084732056,
"start": 23967,
"tag": "USERNAME",
"value": "3"
},
{
"context": "'\n }\n\n thing4 = {\n KEY: '012'\n monkey: 'island'\n ROOM: '",
"end": 24021,
"score": 0.9934003353118896,
"start": 24018,
"tag": "KEY",
"value": "012"
},
{
"context": " : (test) ->\n thing1 = {\n KEY: '123'\n monkey: 'boy'\n ROOM: '101",
"end": 25340,
"score": 0.998420774936676,
"start": 25337,
"tag": "KEY",
"value": "123"
},
{
"context": " xmpp_jid: 'jid1'\n xmpp_owner: 'owner1'\n }\n\n thing2 = {\n KEY: '",
"end": 25452,
"score": 0.7949857711791992,
"start": 25446,
"tag": "USERNAME",
"value": "owner1"
},
{
"context": "'\n }\n\n thing2 = {\n KEY: '456'\n monkey: 'island'\n ROOM: '",
"end": 25505,
"score": 0.9943343997001648,
"start": 25502,
"tag": "KEY",
"value": "456"
},
{
"context": " xmpp_jid: 'jid2'\n xmpp_owner: 'owner2'\n }\n\n thing3 = {\n KEY: '",
"end": 25620,
"score": 0.9232341647148132,
"start": 25619,
"tag": "USERNAME",
"value": "2"
},
{
"context": "'\n }\n\n thing3 = {\n KEY: '789'\n monkey: 'island'\n ROOM: '",
"end": 25673,
"score": 0.9836054444313049,
"start": 25670,
"tag": "KEY",
"value": "789"
},
{
"context": " xmpp_jid: 'jid3'\n xmpp_owner: 'owner3'\n }\n\n thing4 = {\n KEY: '",
"end": 25788,
"score": 0.9295865297317505,
"start": 25787,
"tag": "USERNAME",
"value": "3"
},
{
"context": "'\n }\n\n thing4 = {\n KEY: '012'\n monkey: 'island'\n ROOM: '",
"end": 25841,
"score": 0.9959673881530762,
"start": 25838,
"tag": "KEY",
"value": "012"
},
{
"context": " xmpp_jid: 'jid4'\n xmpp_owner: 'owner4'\n }\n\n class ConnectionStub extends ",
"end": 25956,
"score": 0.7767924070358276,
"start": 25950,
"tag": "USERNAME",
"value": "owner4"
},
{
"context": " xmpp_owner: 'owner'\n KEY: '123'\n TEST: '456'\n ROOM: '101'\n",
"end": 28262,
"score": 0.9993743300437927,
"start": 28259,
"tag": "KEY",
"value": "123"
},
{
"context": "ties)\n\n storedDevice = {\n KEY: '123'\n TEST: '456'\n ROOM: '101'\n",
"end": 29964,
"score": 0.9992644190788269,
"start": 29961,
"tag": "KEY",
"value": "123"
}
] | test/octoblu-backend.test.coffee | TNO-IoT/ekster | 3 | # Tests if the server component complies to
# https://xmpp.org/extensions/xep-0347.html
#
# Some test cases refer to paragraphs and / or examples from the spec.
{EventEmitter} = require 'events'
OctobluBackend = require '../src/octoblu-backend.coffee'
Thing = require '../src/thing.coffee'
Property = require '../src/property.coffee'
Filter = require '../src/filter.coffee'
Q = require 'q'
_ = require 'lodash'
class OctobluStub
constructor: (@connection) ->
createConnection: (opts) ->
return @connection
exports.OctobluBackendTest =
'test register test if preconditions are not met': (test) ->
properties = [ new Property('type', 'name', 'value') ]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
class OptionTestStub extends OctobluStub
createConnection: (opts) ->
test.equal opts.server, 'test'
test.equal opts.port, 666
test.equal opts.uuid, 'user'
test.equal opts.token, 'pass'
super opts
opts = {
uuid: 'user'
token: 'pass'
}
connection = new ConnectionStub()
target = new OctobluBackend 'test', 666,
opts,
undefined,
new OptionTestStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Missing property: KEY'
test.expect 5
test.done()
promise.then onSuccess, onFail
'test register test if reserved words are used': (test) ->
properties = [
new Property 'type', 'KEY', 'value'
new Property 'type', 'xmpp_nodeId', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Illegal property: xmpp_nodeId'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register hash value': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
thing.nodeId = 'nodeId'
thing.sourceId = 'sourceId'
thing.cacheType = 'cacheType'
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal data.token, 'value'
result = {
xmpp_jid: thing.jid
xmpp_nodeId: thing.nodeId
xmpp_sourceId: thing.sourceId
xmpp_cacheType: thing.cacheType
uuid: data.uuid
token: data.token
}
cb result
devices: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
cb { devices: [] }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal thing.token, 'value'
test.expect 5
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test no backend account': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
if data.uuid is 'user'
test.equal data.token, 'pass'
else
test.equal data.token, 'value'
cb data
devices: (data, cb) ->
cb { devices: [] }
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'pass'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 4
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test registration of the backend account failed': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, 'user'
test.equal data.token, 'pass'
test.throws () ->
cb { }
test.done()
devices: (data, cb) ->
cb []
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'pass'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
'test thing already registered': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
test.equal data.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
cb data
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'pass'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 3
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test thing already registered and owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid, xmpp_owner: 'owner' } ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'claimed'
test.equal err.owner, 'owner'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test thing unregister fails': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
cb { name: 'error' }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'unregister failed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test claim ownership: success case' : (test) ->
properties = [
new Property 'string', 'KEY', '123'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
thing.needsNotification = true
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ data ]
}
cb result
update: (data, cb) ->
test.equal data.xmpp_owner, 'owner'
cb data
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal thing.owner, 'owner'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test claim ownership: device not found' : (test) ->
properties = [
new Property 'string', 'KEY', '123'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 1, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: device already owned' : (test) ->
properties = [
new Property 'string', 'KEY', '123'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
data.xmpp_owner = 'taken'
result = {
devices: [ data ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'claimed'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: multiple results' : (test) ->
properties = [
new Property 'string', 'KEY', '123'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'illegal state'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test search: multiple results' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
test.expect 6
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, undefined
test.equal things[0].sourceId, undefined
test.equal things[0].cacheType, undefined
test.done()
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test search: multiple results behing concentrator' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_nodeId: 'node1'
xmpp_sourceId: 'source1'
xmpp_cacheType: 'cacheType1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_nodeId: 'node2'
xmpp_sourceId: 'source2'
xmpp_cacheType: 'cacheType2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, 'node1'
test.equal things[0].sourceId, 'source1'
test.equal things[0].cacheType, 'cacheType1'
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter unowned from results' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter private things from results' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_public: 'true'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_public: 'false'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid1'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter removed things from results' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_removed: 'true'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid2'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '789'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: '012'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 3
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal things[2].jid, 'jid4'
test.equal more, false
test.expect 7
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing maxcount' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '789'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: '012'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, undefined, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid1'
test.equal things[1].jid, 'jid2'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: '123'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '456'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '789'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: '012'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test update thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test update thing: success case': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
storedDevice =
xmpp_owner: 'owner'
KEY: '123'
TEST: '456'
ROOM: '101'
class ConnectionStub extends EventEmitter
constructor: ->
update: (data, cb) ->
test.equal data.KEY, 'value'
test.equal data.TEST, undefined
test.equal data.ROOM, '101'
delete data.TEST
result = {
devices: [ data ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal thing.properties.length, 2
for property in thing.properties
if property.name is 'KEY'
test.equal property.value, 'value'
if property.name is 'ROOM'
test.equal property.value, '101'
if property.name is 'TEST'
test.done()
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test update thing: not owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
storedDevice = {
KEY: '123'
TEST: '456'
ROOM: '101'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'disowned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: success case': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
TEST: '456'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test remove thing: not found': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not owned': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-owned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: multiple results': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not allowed (not the owner)': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-allowed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test unregister thing: success case': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = () ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test unregister thing: not found' : (test) ->
thing = new Thing('jid')
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test get thing: success' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal things.length, 1
test.equal things[0].jid, 'jid'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: error' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
error: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 2
test.done()
promise.then onSuccess, onFail
'test get thing: multiple results found' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 2
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: no results found' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 0
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test serialization' : (test) ->
thing = new Thing 'jid'
thing.needsNotification = true
thing.removed = true
thing.properties = []
connection = new EventEmitter()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, 'true'
test.equal serialized.xmpp_removed, 'true'
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, true
test.equal thing.removed, true
test.equal thing.public, true
thing.removed = false
thing.needsNotification = false
thing.public = false
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'false'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, false
thing.needsNotification = undefined
thing.removed = undefined
thing.public = undefined
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, true
test.expect 21
test.done()
| 84539 | # Tests if the server component complies to
# https://xmpp.org/extensions/xep-0347.html
#
# Some test cases refer to paragraphs and / or examples from the spec.
{EventEmitter} = require 'events'
OctobluBackend = require '../src/octoblu-backend.coffee'
Thing = require '../src/thing.coffee'
Property = require '../src/property.coffee'
Filter = require '../src/filter.coffee'
Q = require 'q'
_ = require 'lodash'
class OctobluStub
constructor: (@connection) ->
createConnection: (opts) ->
return @connection
exports.OctobluBackendTest =
'test register test if preconditions are not met': (test) ->
properties = [ new Property('type', 'name', 'value') ]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
class OptionTestStub extends OctobluStub
createConnection: (opts) ->
test.equal opts.server, 'test'
test.equal opts.port, 666
test.equal opts.uuid, 'user'
test.equal opts.token, '<PASSWORD>'
super opts
opts = {
uuid: 'user'
token: '<PASSWORD>'
}
connection = new ConnectionStub()
target = new OctobluBackend 'test', 666,
opts,
undefined,
new OptionTestStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Missing property: KEY'
test.expect 5
test.done()
promise.then onSuccess, onFail
'test register test if reserved words are used': (test) ->
properties = [
new Property 'type', 'KEY', 'value'
new Property 'type', 'xmpp_nodeId', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Illegal property: xmpp_nodeId'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register hash value': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
thing.nodeId = 'nodeId'
thing.sourceId = 'sourceId'
thing.cacheType = 'cacheType'
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal data.token, 'value'
result = {
xmpp_jid: thing.jid
xmpp_nodeId: thing.nodeId
xmpp_sourceId: thing.sourceId
xmpp_cacheType: thing.cacheType
uuid: data.uuid
token: data.token
}
cb result
devices: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
cb { devices: [] }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal thing.token, 'value'
test.expect 5
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test no backend account': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
if data.uuid is 'user'
test.equal data.token, 'pass'
else
test.equal data.token, 'value'
cb data
devices: (data, cb) ->
cb { devices: [] }
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: '<PASSWORD>'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 4
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test registration of the backend account failed': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, 'user'
test.equal data.token, '<PASSWORD>'
test.throws () ->
cb { }
test.done()
devices: (data, cb) ->
cb []
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: '<PASSWORD>'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
'test thing already registered': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
test.equal data.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
cb data
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: '<PASSWORD>'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 3
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test thing already registered and owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid, xmpp_owner: 'owner' } ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'claimed'
test.equal err.owner, 'owner'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test thing unregister fails': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
cb { name: 'error' }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'unregister failed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test claim ownership: success case' : (test) ->
properties = [
new Property 'string', 'KEY', '<KEY>'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
thing.needsNotification = true
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ data ]
}
cb result
update: (data, cb) ->
test.equal data.xmpp_owner, 'owner'
cb data
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal thing.owner, 'owner'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test claim ownership: device not found' : (test) ->
properties = [
new Property 'string', 'KEY', '<KEY>'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 1, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: device already owned' : (test) ->
properties = [
new Property 'string', 'KEY', '<KEY>'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
data.xmpp_owner = 'taken'
result = {
devices: [ data ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'claimed'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: multiple results' : (test) ->
properties = [
new Property 'string', 'KEY', '<KEY>'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'illegal state'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test search: multiple results' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
test.expect 6
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, undefined
test.equal things[0].sourceId, undefined
test.equal things[0].cacheType, undefined
test.done()
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test search: multiple results behing concentrator' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_nodeId: 'node1'
xmpp_sourceId: 'source1'
xmpp_cacheType: 'cacheType1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'is<KEY>'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_nodeId: 'node2'
xmpp_sourceId: 'source2'
xmpp_cacheType: 'cacheType2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, 'node1'
test.equal things[0].sourceId, 'source1'
test.equal things[0].cacheType, 'cacheType1'
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter unowned from results' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'is<KEY>'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter private things from results' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_public: 'true'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_public: 'false'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid1'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter removed things from results' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_removed: 'true'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid2'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner<KEY>'
}
thing4 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 3
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal things[2].jid, 'jid4'
test.equal more, false
test.expect 7
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing maxcount' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, undefined, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid1'
test.equal things[1].jid, 'jid2'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: '<KEY>'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: '<KEY>'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test update thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test update thing: success case': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
storedDevice =
xmpp_owner: 'owner'
KEY: '<KEY>'
TEST: '456'
ROOM: '101'
class ConnectionStub extends EventEmitter
constructor: ->
update: (data, cb) ->
test.equal data.KEY, 'value'
test.equal data.TEST, undefined
test.equal data.ROOM, '101'
delete data.TEST
result = {
devices: [ data ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal thing.properties.length, 2
for property in thing.properties
if property.name is 'KEY'
test.equal property.value, 'value'
if property.name is 'ROOM'
test.equal property.value, '101'
if property.name is 'TEST'
test.done()
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test update thing: not owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
storedDevice = {
KEY: '<KEY>'
TEST: '456'
ROOM: '101'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'disowned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: success case': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
TEST: '456'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test remove thing: not found': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not owned': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-owned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: multiple results': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not allowed (not the owner)': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-allowed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test unregister thing: success case': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = () ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test unregister thing: not found' : (test) ->
thing = new Thing('jid')
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test get thing: success' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal things.length, 1
test.equal things[0].jid, 'jid'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: error' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
error: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 2
test.done()
promise.then onSuccess, onFail
'test get thing: multiple results found' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 2
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: no results found' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 0
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test serialization' : (test) ->
thing = new Thing 'jid'
thing.needsNotification = true
thing.removed = true
thing.properties = []
connection = new EventEmitter()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, 'true'
test.equal serialized.xmpp_removed, 'true'
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, true
test.equal thing.removed, true
test.equal thing.public, true
thing.removed = false
thing.needsNotification = false
thing.public = false
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'false'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, false
thing.needsNotification = undefined
thing.removed = undefined
thing.public = undefined
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, true
test.expect 21
test.done()
| true | # Tests if the server component complies to
# https://xmpp.org/extensions/xep-0347.html
#
# Some test cases refer to paragraphs and / or examples from the spec.
{EventEmitter} = require 'events'
OctobluBackend = require '../src/octoblu-backend.coffee'
Thing = require '../src/thing.coffee'
Property = require '../src/property.coffee'
Filter = require '../src/filter.coffee'
Q = require 'q'
_ = require 'lodash'
class OctobluStub
constructor: (@connection) ->
createConnection: (opts) ->
return @connection
exports.OctobluBackendTest =
'test register test if preconditions are not met': (test) ->
properties = [ new Property('type', 'name', 'value') ]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
class OptionTestStub extends OctobluStub
createConnection: (opts) ->
test.equal opts.server, 'test'
test.equal opts.port, 666
test.equal opts.uuid, 'user'
test.equal opts.token, 'PI:PASSWORD:<PASSWORD>END_PI'
super opts
opts = {
uuid: 'user'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
}
connection = new ConnectionStub()
target = new OctobluBackend 'test', 666,
opts,
undefined,
new OptionTestStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Missing property: KEY'
test.expect 5
test.done()
promise.then onSuccess, onFail
'test register test if reserved words are used': (test) ->
properties = [
new Property 'type', 'KEY', 'value'
new Property 'type', 'xmpp_nodeId', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false
onFail = (err) ->
test.equal err.message, 'Illegal property: xmpp_nodeId'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register hash value': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
thing.nodeId = 'nodeId'
thing.sourceId = 'sourceId'
thing.cacheType = 'cacheType'
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal data.token, 'value'
result = {
xmpp_jid: thing.jid
xmpp_nodeId: thing.nodeId
xmpp_sourceId: thing.sourceId
xmpp_cacheType: thing.cacheType
uuid: data.uuid
token: data.token
}
cb result
devices: (data, cb) ->
test.equal data.uuid, '582b91b44e49a038a607f09e0d12cc61'
cb { devices: [] }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.uuid, '582b91b44e49a038a607f09e0d12cc61'
test.equal thing.token, 'value'
test.expect 5
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test no backend account': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
if data.uuid is 'user'
test.equal data.token, 'pass'
else
test.equal data.token, 'value'
cb data
devices: (data, cb) ->
cb { devices: [] }
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 4
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test registration of the backend account failed': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
test.equal data.uuid, 'user'
test.equal data.token, 'PI:PASSWORD:<PASSWORD>END_PI'
test.throws () ->
cb { }
test.done()
devices: (data, cb) ->
cb []
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
'test thing already registered': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
test.equal data.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
cb data
connection = new ConnectionStub()
opts = {
uuid: 'user'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
}
target = new OctobluBackend 'test', 666, opts,
undefined,
new OctobluStub(connection)
connection.emit 'notReady'
promise = target.register thing
onSuccess = (thing) ->
test.equal thing.token, 'value'
test.equal thing.uuid, '3d4478eb8cae476e97eacd52aa1cca16'
test.expect 3
test.done()
onFail = (err) ->
test.expect false, true
promise.then onSuccess, onFail
'test thing already registered and owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid, xmpp_owner: 'owner' } ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'claimed'
test.equal err.owner, 'owner'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test thing unregister fails': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ { uuid: data.uuid } ]
}
cb result
unregister: (data, cb) ->
cb { name: 'error' }
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'unregister failed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test register thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
register: (data, cb) ->
cb data
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend undefined, undefined, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.register thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test claim ownership: success case' : (test) ->
properties = [
new Property 'string', 'KEY', 'PI:KEY:<KEY>END_PI'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
thing.needsNotification = true
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ data ]
}
cb result
update: (data, cb) ->
test.equal data.xmpp_owner, 'owner'
cb data
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal thing.owner, 'owner'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test claim ownership: device not found' : (test) ->
properties = [
new Property 'string', 'KEY', 'PI:KEY:<KEY>END_PI'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 1, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: device already owned' : (test) ->
properties = [
new Property 'string', 'KEY', 'PI:KEY:<KEY>END_PI'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
data.xmpp_owner = 'taken'
result = {
devices: [ data ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'claimed'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test claim ownership: multiple results' : (test) ->
properties = [
new Property 'string', 'KEY', 'PI:KEY:<KEY>END_PI'
new Property 'string', 'monkey', 'boy'
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'xmpp_owner'), false
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.claim thing
onSuccess = (thing) ->
test.equal true, false, 'should not get here'
onFail = (err) ->
test.equal err.message, 'illegal state'
test.expect 2
test.done()
promise.then onSuccess, onFail
'test search: multiple results' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
test.expect 6
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, undefined
test.equal things[0].sourceId, undefined
test.equal things[0].cacheType, undefined
test.done()
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test search: multiple results behing concentrator' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_nodeId: 'node1'
xmpp_sourceId: 'source1'
xmpp_cacheType: 'cacheType1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'isPI:KEY:<KEY>END_PI'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_nodeId: 'node2'
xmpp_sourceId: 'source2'
xmpp_cacheType: 'cacheType2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 2
test.equal things[0].nodeId, 'node1'
test.equal things[0].sourceId, 'source1'
test.equal things[0].cacheType, 'cacheType1'
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter unowned from results' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'isPI:KEY:<KEY>END_PI'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter private things from results' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_public: 'true'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
xmpp_public: 'false'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid1'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: filter removed things from results' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
xmpp_removed: 'true'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters
onSuccess = (result) ->
things = result.things
test.equal things.length, 1
test.equal things[0].jid, 'jid2'
test.expect 4
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'ownerPI:KEY:<KEY>END_PI'
}
thing4 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 3
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal things[2].jid, 'jid4'
test.equal more, false
test.expect 7
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing maxcount' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, undefined, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid1'
test.equal things[1].jid, 'jid2'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test search: testing offset and maxcount' : (test) ->
thing1 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'boy'
ROOM: '101'
xmpp_jid: 'jid1'
xmpp_owner: 'owner1'
}
thing2 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid2'
xmpp_owner: 'owner2'
}
thing3 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid3'
xmpp_owner: 'owner3'
}
thing4 = {
KEY: 'PI:KEY:<KEY>END_PI'
monkey: 'island'
ROOM: '101'
xmpp_jid: 'jid4'
xmpp_owner: 'owner4'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal _.has(data, 'ROOM'), true
test.equal data.ROOM, '101'
result = {
devices: [ thing1, thing2, thing3, thing4 ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
searchFilters = [
new Filter 'strEq', 'ROOM', '101'
]
promise = target.search searchFilters, 1, 2
onSuccess = (result) ->
things = result.things
more = result.more
test.equal things.length, 2
test.equal things[0].jid, 'jid2'
test.equal things[1].jid, 'jid3'
test.equal more, true
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not get here'
promise.then onSuccess, onFail
'test update thing: multiple matching things found in the registry': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
]
thing = new Thing('jid', properties)
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ {}, {} ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.done()
promise.then onSuccess, onFail
'test update thing: success case': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
thing.owner = 'owner'
storedDevice =
xmpp_owner: 'owner'
KEY: 'PI:KEY:<KEY>END_PI'
TEST: '456'
ROOM: '101'
class ConnectionStub extends EventEmitter
constructor: ->
update: (data, cb) ->
test.equal data.KEY, 'value'
test.equal data.TEST, undefined
test.equal data.ROOM, '101'
delete data.TEST
result = {
devices: [ data ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal thing.properties.length, 2
for property in thing.properties
if property.name is 'KEY'
test.equal property.value, 'value'
if property.name is 'ROOM'
test.equal property.value, '101'
if property.name is 'TEST'
test.done()
test.expect 6
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test update thing: not owned': (test) ->
properties = [
new Property 'string', 'KEY', 'value'
new Property 'string', 'TEST', '' #empty, should be removed
]
thing = new Thing('jid', properties)
storedDevice = {
KEY: 'PI:KEY:<KEY>END_PI'
TEST: '456'
ROOM: '101'
}
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {},
undefined,
new OctobluStub(connection)
connection.emit 'ready'
promise = target.update thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
onFail = (err) ->
test.equal err.message, 'disowned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: success case': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
TEST: '456'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test remove thing: not found': (test) ->
thing = new Thing('jid')
thing.owner = 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not owned': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-owned'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: multiple results': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 1
test.done()
promise.then onSuccess, onFail
'test remove thing: not allowed (not the owner)': (test) ->
thing = new Thing('jid')
thing.owner = 'not-owner'
storedDevice =
xmpp_jid: 'jid'
xmpp_owner: 'owner'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.equal true, false, 'should not get here'
result = {
devices: [ ]
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.remove thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-allowed'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test unregister thing: success case': (test) ->
thing = new Thing('jid')
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
unregister: (data, cb) ->
test.notEqual data.uuid, undefined
result = {
}
cb result
devices: (data, cb) ->
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = () ->
test.expect 1
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test unregister thing: not found' : (test) ->
thing = new Thing('jid')
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.unregister thing
onSuccess = (thing) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, 'not-found'
test.expect 1
test.done()
promise.then onSuccess, onFail
'test get thing: success' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal things.length, 1
test.equal things[0].jid, 'jid'
test.expect 3
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: error' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
error: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
proto = new Thing 'jid'
promise = target.get proto
onSuccess = (things) ->
test.equal true, false, 'should not hit this line'
test.done()
onFail = (err) ->
test.equal err.message, ''
test.expect 2
test.done()
promise.then onSuccess, onFail
'test get thing: multiple results found' : (test) ->
storedDevice =
xmpp_jid: 'jid'
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ storedDevice, storedDevice ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 2
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test get thing: no results found' : (test) ->
class ConnectionStub extends EventEmitter
constructor: ->
devices: (data, cb) ->
test.equal data.xmpp_jid, 'jid'
result = {
devices: [ ]
}
cb result
connection = new ConnectionStub()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
promise = target.get new Thing('jid')
onSuccess = (things) ->
test.equal things.length, 0
test.expect 2
test.done()
onFail = (err) ->
test.equal true, false, 'should not hit this line'
test.done()
promise.then onSuccess, onFail
'test serialization' : (test) ->
thing = new Thing 'jid'
thing.needsNotification = true
thing.removed = true
thing.properties = []
connection = new EventEmitter()
target = new OctobluBackend '', 0, {}, undefined, new OctobluStub(connection)
connection.emit 'ready'
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, 'true'
test.equal serialized.xmpp_removed, 'true'
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, true
test.equal thing.removed, true
test.equal thing.public, true
thing.removed = false
thing.needsNotification = false
thing.public = false
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'false'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, false
thing.needsNotification = undefined
thing.removed = undefined
thing.public = undefined
serialized = target.serialize thing, false
test.equal serialized.xmpp_jid, 'jid'
test.equal serialized.xmpp_needsNotification, undefined
test.equal serialized.xmpp_removed, undefined
test.equal serialized.xmpp_public, 'true'
thing = target.deserialize serialized
test.equal thing.needsNotification, undefined
test.equal thing.removed, undefined
test.equal thing.public, true
test.expect 21
test.done()
|
[
{
"context": "eydown\", charCode: 0, keyCode: 0, which: 0, key: \"👏🏻\")\n triggerEvent(element, \"keypress\", charCod",
"end": 2447,
"score": 0.7103402018547058,
"start": 2445,
"tag": "KEY",
"value": "👏🏻"
},
{
"context": "de: 128079, keyCode: 128079, which: 128079, key: \"👏🏻\")\n\n node = document.createTextNode(\"👏🏻\")\n ",
"end": 2548,
"score": 0.6521567106246948,
"start": 2546,
"tag": "KEY",
"value": "👏🏻"
}
] | test/src/system/mutation_input_test.coffee | setastart/trix | 0 | {assert, defer, testIf, testGroup, triggerEvent, typeCharacters, clickToolbarButton, isToolbarButtonActive, insertNode} = Trix.TestHelpers
test = ->
testIf(Trix.config.input.getLevel() is 0, arguments...)
testGroup "Mutation input", template: "editor_empty", ->
test "deleting a newline", (expectDocument) ->
element = getEditorElement()
element.editor.insertString("a\n\nb")
triggerEvent(element, "keydown", charCode: 0, keyCode: 229, which: 229)
br = element.querySelectorAll("br")[1]
br.parentNode.removeChild(br)
requestAnimationFrame ->
expectDocument("a\nb\n")
test "typing a space in formatted text at the end of a block", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
typeCharacters "a", ->
# Press space key
triggerEvent(element, "keydown", charCode: 0, keyCode: 32, which: 32)
triggerEvent(element, "keypress", charCode: 32, keyCode: 32, which: 32)
boldElement = element.querySelector("strong")
boldElement.appendChild(document.createTextNode(" "))
boldElement.appendChild(document.createElement("br"))
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 2], bold: true)
expectDocument("a \n")
test "typing formatted text after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
element.editor.insertHTML("<ul><li>a</li><li><br></li></ul>")
element.editor.setSelectedRange(3)
clickToolbarButton attribute: "bold", ->
# Press B key
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
node = document.createTextNode("b")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], {})
assert.textAttributes([3, 4], bold: true)
expectDocument("a\n\nb\n")
test "typing an emoji after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
typeCharacters "\n", ->
# Tap 👏🏻 on iOS
triggerEvent(element, "keydown", charCode: 0, keyCode: 0, which: 0, key: "👏🏻")
triggerEvent(element, "keypress", charCode: 128079, keyCode: 128079, which: 128079, key: "👏🏻")
node = document.createTextNode("👏🏻")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
expectDocument("\n👏🏻\n")
test "backspacing a block comment node", (expectDocument) ->
element = getEditorElement()
element.editor.loadHTML("""<blockquote>a</blockquote><div>b</div>""")
defer ->
element.editor.setSelectedRange(2)
triggerEvent(element, "keydown", charCode: 0, keyCode: 8, which: 8)
commentNode = element.lastChild.firstChild
commentNode.parentNode.removeChild(commentNode)
defer ->
assert.locationRange index: 0, offset: 1
expectDocument("ab\n")
test "typing formatted text with autocapitalization on", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
# Type "b", autocapitalize to "B"
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
triggerEvent(element, "textInput", data: "B")
insertNode document.createTextNode("B"), ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], bold: true)
expectDocument("B\n")
| 158231 | {assert, defer, testIf, testGroup, triggerEvent, typeCharacters, clickToolbarButton, isToolbarButtonActive, insertNode} = Trix.TestHelpers
test = ->
testIf(Trix.config.input.getLevel() is 0, arguments...)
testGroup "Mutation input", template: "editor_empty", ->
test "deleting a newline", (expectDocument) ->
element = getEditorElement()
element.editor.insertString("a\n\nb")
triggerEvent(element, "keydown", charCode: 0, keyCode: 229, which: 229)
br = element.querySelectorAll("br")[1]
br.parentNode.removeChild(br)
requestAnimationFrame ->
expectDocument("a\nb\n")
test "typing a space in formatted text at the end of a block", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
typeCharacters "a", ->
# Press space key
triggerEvent(element, "keydown", charCode: 0, keyCode: 32, which: 32)
triggerEvent(element, "keypress", charCode: 32, keyCode: 32, which: 32)
boldElement = element.querySelector("strong")
boldElement.appendChild(document.createTextNode(" "))
boldElement.appendChild(document.createElement("br"))
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 2], bold: true)
expectDocument("a \n")
test "typing formatted text after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
element.editor.insertHTML("<ul><li>a</li><li><br></li></ul>")
element.editor.setSelectedRange(3)
clickToolbarButton attribute: "bold", ->
# Press B key
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
node = document.createTextNode("b")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], {})
assert.textAttributes([3, 4], bold: true)
expectDocument("a\n\nb\n")
test "typing an emoji after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
typeCharacters "\n", ->
# Tap 👏🏻 on iOS
triggerEvent(element, "keydown", charCode: 0, keyCode: 0, which: 0, key: "<KEY>")
triggerEvent(element, "keypress", charCode: 128079, keyCode: 128079, which: 128079, key: "<KEY>")
node = document.createTextNode("👏🏻")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
expectDocument("\n👏🏻\n")
test "backspacing a block comment node", (expectDocument) ->
element = getEditorElement()
element.editor.loadHTML("""<blockquote>a</blockquote><div>b</div>""")
defer ->
element.editor.setSelectedRange(2)
triggerEvent(element, "keydown", charCode: 0, keyCode: 8, which: 8)
commentNode = element.lastChild.firstChild
commentNode.parentNode.removeChild(commentNode)
defer ->
assert.locationRange index: 0, offset: 1
expectDocument("ab\n")
test "typing formatted text with autocapitalization on", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
# Type "b", autocapitalize to "B"
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
triggerEvent(element, "textInput", data: "B")
insertNode document.createTextNode("B"), ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], bold: true)
expectDocument("B\n")
| true | {assert, defer, testIf, testGroup, triggerEvent, typeCharacters, clickToolbarButton, isToolbarButtonActive, insertNode} = Trix.TestHelpers
test = ->
testIf(Trix.config.input.getLevel() is 0, arguments...)
testGroup "Mutation input", template: "editor_empty", ->
test "deleting a newline", (expectDocument) ->
element = getEditorElement()
element.editor.insertString("a\n\nb")
triggerEvent(element, "keydown", charCode: 0, keyCode: 229, which: 229)
br = element.querySelectorAll("br")[1]
br.parentNode.removeChild(br)
requestAnimationFrame ->
expectDocument("a\nb\n")
test "typing a space in formatted text at the end of a block", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
typeCharacters "a", ->
# Press space key
triggerEvent(element, "keydown", charCode: 0, keyCode: 32, which: 32)
triggerEvent(element, "keypress", charCode: 32, keyCode: 32, which: 32)
boldElement = element.querySelector("strong")
boldElement.appendChild(document.createTextNode(" "))
boldElement.appendChild(document.createElement("br"))
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 2], bold: true)
expectDocument("a \n")
test "typing formatted text after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
element.editor.insertHTML("<ul><li>a</li><li><br></li></ul>")
element.editor.setSelectedRange(3)
clickToolbarButton attribute: "bold", ->
# Press B key
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
node = document.createTextNode("b")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], {})
assert.textAttributes([3, 4], bold: true)
expectDocument("a\n\nb\n")
test "typing an emoji after a newline at the end of block", (expectDocument) ->
element = getEditorElement()
typeCharacters "\n", ->
# Tap 👏🏻 on iOS
triggerEvent(element, "keydown", charCode: 0, keyCode: 0, which: 0, key: "PI:KEY:<KEY>END_PI")
triggerEvent(element, "keypress", charCode: 128079, keyCode: 128079, which: 128079, key: "PI:KEY:<KEY>END_PI")
node = document.createTextNode("👏🏻")
extraBR = element.querySelectorAll("br")[1]
extraBR.parentNode.insertBefore(node, extraBR)
extraBR.parentNode.removeChild(extraBR)
requestAnimationFrame ->
expectDocument("\n👏🏻\n")
test "backspacing a block comment node", (expectDocument) ->
element = getEditorElement()
element.editor.loadHTML("""<blockquote>a</blockquote><div>b</div>""")
defer ->
element.editor.setSelectedRange(2)
triggerEvent(element, "keydown", charCode: 0, keyCode: 8, which: 8)
commentNode = element.lastChild.firstChild
commentNode.parentNode.removeChild(commentNode)
defer ->
assert.locationRange index: 0, offset: 1
expectDocument("ab\n")
test "typing formatted text with autocapitalization on", (expectDocument) ->
element = getEditorElement()
clickToolbarButton attribute: "bold", ->
# Type "b", autocapitalize to "B"
triggerEvent(element, "keydown", charCode: 0, keyCode: 66, which: 66)
triggerEvent(element, "keypress", charCode: 98, keyCode: 98, which: 98)
triggerEvent(element, "textInput", data: "B")
insertNode document.createTextNode("B"), ->
assert.ok isToolbarButtonActive(attribute: "bold")
assert.textAttributes([0, 1], bold: true)
expectDocument("B\n")
|
[
{
"context": "Questions? Burning rage? Direct your hatemail to <ddrinkard@sunlightfoundation.com>\n###\n\n@$ = window.jQuery\n@gigya = window.gigya\n@e",
"end": 943,
"score": 0.999923825263977,
"start": 911,
"tag": "EMAIL",
"value": "ddrinkard@sunlightfoundation.com"
}
] | src/gigya.coffee | sunlightlabs/simple-gigya | 1 | ###
Gigya social sharing buttons
============================
Adds social media buttons to an element decorated with data-attrs.
Requires jQuery, but will poll for it if loaded first
Supports multiple sharing contexts on one page
Usage:
<div class="share-buttons"
data-gigya="auto"
data-services="twitter, twitter-tweet, facebook, reddit"
data-options="linkBack=http%3A%2F%2Fsunlightfoundation.com&title=The%20Sunlight%20Foundation"
data-twitter-tweet-options="defaultText=Check%20out%20Sunlight's%20new%20social%20media%20buttons!&countURL=http%3A%2F%2Fwww.sunlightfoundation.com>
</div>
...
<script src="http://path/to/scripts/gigya.min.js"></script>
You can also manually trigger (or re-trigger) button rendering by:
- Setting data-gigya to something other than 'auto'
- Sending an event with data-gigya's value to the element
Questions? Burning rage? Direct your hatemail to <ddrinkard@sunlightfoundation.com>
###
@$ = window.jQuery
@gigya = window.gigya
@els = []
@check_count = 0
@gigya_queued = false
@service_button_img = "{% settings.ICON_BASE_URL %}/{size}/{service}.png"
check = (stuff, callback) =>
if window.jQuery? and not window.gigya? and not @gigya_queued
window.jQuery.getScript "//cdn.gigya.com/js/socialize.js?apiKey={% settings.GIGYA_KEY %}", (script, status, jqxhr) ->
window.jQuery.getScript "//cdn.gigya.com/js/gigyaGAIntegration.js"
@gigya_queued = true
checks = stuff.length
passed_checks = 0
if check_count > 100000
window.console and console.log "A requirements test failed after numerous tries, aborting."
return
for thing in stuff
if window[thing]?
passed_checks++
if passed_checks == checks
@$ = window.jQuery
@gigya = window.gigya
callback()
else
check_count++
window.setTimeout (()-> check(stuff, callback)), 100
null
buttonFactory = (widget, options) =>
options ?= {}
button = @$.extend widget, options
button
parseOptions = (querystring) ->
if not querystring?
querystring = ""
options = querystring.split /[=&](?:amp;)?/
hsh = {}
for opt, i in options
if i % 2
hsh[options[i-1]] = window.decodeURIComponent options[i]
hsh
init = () =>
@$ =>
@els = @$(".share-buttons[data-gigya]")
@els.each (i, el) =>
el.id or (el.id = "share_buttons_#{i + 1}")
el = @$(el)
if el.attr("data-gigya") == "auto"
handle(el)
else
el.bind(el.attr("data-gigya"), () => handle(el))
@els
@els
handle = (el) =>
try
ua = new @gigya.socialize.UserAction()
services = el.attr("data-services").split(",")
buttons = []
params =
containerID: el.attr("id")
iconsOnly: true
layout: "horizontal"
noButtonBorder: true
shareButtons: buttons
shortURLs: "never"
showCounts: "none"
userAction: ua
options = parseOptions el.attr("data-options")
if options.title?
ua.setTitle options.title
else if (ogtitle = @$("meta[property=og\\:title]"))
ua.setTitle ogtitle.attr("content")
else
ua.setTitle @$("title").text()
if options.linkBack?
ua.setLinkBack options.linkBack
if options.description?
ua.setDescription options.description
if options.image?
ua.addMediaItem
type: image
href: options.linkBack || window.location.href
src: options.image
if options.size != "24"
options.size = "16"
for service_name in services
service_name = service_name.replace(" ", "")
opts_attr_name = "data-#{service_name}-options"
service_options = @$.extend({}, parseOptions(el.attr(opts_attr_name)))
widget =
provider: service_name
iconImgUp: @service_button_img.replace(
"{service}", service_name).replace(
"{size}", options.size)
buttons.push buttonFactory(widget, service_options)
@gigya.socialize.showShareBarUI @$.extend(
params,
options
)
catch err
window.console && console.log("Caught #{err}")
check(['jQuery', 'gigya'], init) | 206096 | ###
Gigya social sharing buttons
============================
Adds social media buttons to an element decorated with data-attrs.
Requires jQuery, but will poll for it if loaded first
Supports multiple sharing contexts on one page
Usage:
<div class="share-buttons"
data-gigya="auto"
data-services="twitter, twitter-tweet, facebook, reddit"
data-options="linkBack=http%3A%2F%2Fsunlightfoundation.com&title=The%20Sunlight%20Foundation"
data-twitter-tweet-options="defaultText=Check%20out%20Sunlight's%20new%20social%20media%20buttons!&countURL=http%3A%2F%2Fwww.sunlightfoundation.com>
</div>
...
<script src="http://path/to/scripts/gigya.min.js"></script>
You can also manually trigger (or re-trigger) button rendering by:
- Setting data-gigya to something other than 'auto'
- Sending an event with data-gigya's value to the element
Questions? Burning rage? Direct your hatemail to <<EMAIL>>
###
@$ = window.jQuery
@gigya = window.gigya
@els = []
@check_count = 0
@gigya_queued = false
@service_button_img = "{% settings.ICON_BASE_URL %}/{size}/{service}.png"
check = (stuff, callback) =>
if window.jQuery? and not window.gigya? and not @gigya_queued
window.jQuery.getScript "//cdn.gigya.com/js/socialize.js?apiKey={% settings.GIGYA_KEY %}", (script, status, jqxhr) ->
window.jQuery.getScript "//cdn.gigya.com/js/gigyaGAIntegration.js"
@gigya_queued = true
checks = stuff.length
passed_checks = 0
if check_count > 100000
window.console and console.log "A requirements test failed after numerous tries, aborting."
return
for thing in stuff
if window[thing]?
passed_checks++
if passed_checks == checks
@$ = window.jQuery
@gigya = window.gigya
callback()
else
check_count++
window.setTimeout (()-> check(stuff, callback)), 100
null
buttonFactory = (widget, options) =>
options ?= {}
button = @$.extend widget, options
button
parseOptions = (querystring) ->
if not querystring?
querystring = ""
options = querystring.split /[=&](?:amp;)?/
hsh = {}
for opt, i in options
if i % 2
hsh[options[i-1]] = window.decodeURIComponent options[i]
hsh
init = () =>
@$ =>
@els = @$(".share-buttons[data-gigya]")
@els.each (i, el) =>
el.id or (el.id = "share_buttons_#{i + 1}")
el = @$(el)
if el.attr("data-gigya") == "auto"
handle(el)
else
el.bind(el.attr("data-gigya"), () => handle(el))
@els
@els
handle = (el) =>
try
ua = new @gigya.socialize.UserAction()
services = el.attr("data-services").split(",")
buttons = []
params =
containerID: el.attr("id")
iconsOnly: true
layout: "horizontal"
noButtonBorder: true
shareButtons: buttons
shortURLs: "never"
showCounts: "none"
userAction: ua
options = parseOptions el.attr("data-options")
if options.title?
ua.setTitle options.title
else if (ogtitle = @$("meta[property=og\\:title]"))
ua.setTitle ogtitle.attr("content")
else
ua.setTitle @$("title").text()
if options.linkBack?
ua.setLinkBack options.linkBack
if options.description?
ua.setDescription options.description
if options.image?
ua.addMediaItem
type: image
href: options.linkBack || window.location.href
src: options.image
if options.size != "24"
options.size = "16"
for service_name in services
service_name = service_name.replace(" ", "")
opts_attr_name = "data-#{service_name}-options"
service_options = @$.extend({}, parseOptions(el.attr(opts_attr_name)))
widget =
provider: service_name
iconImgUp: @service_button_img.replace(
"{service}", service_name).replace(
"{size}", options.size)
buttons.push buttonFactory(widget, service_options)
@gigya.socialize.showShareBarUI @$.extend(
params,
options
)
catch err
window.console && console.log("Caught #{err}")
check(['jQuery', 'gigya'], init) | true | ###
Gigya social sharing buttons
============================
Adds social media buttons to an element decorated with data-attrs.
Requires jQuery, but will poll for it if loaded first
Supports multiple sharing contexts on one page
Usage:
<div class="share-buttons"
data-gigya="auto"
data-services="twitter, twitter-tweet, facebook, reddit"
data-options="linkBack=http%3A%2F%2Fsunlightfoundation.com&title=The%20Sunlight%20Foundation"
data-twitter-tweet-options="defaultText=Check%20out%20Sunlight's%20new%20social%20media%20buttons!&countURL=http%3A%2F%2Fwww.sunlightfoundation.com>
</div>
...
<script src="http://path/to/scripts/gigya.min.js"></script>
You can also manually trigger (or re-trigger) button rendering by:
- Setting data-gigya to something other than 'auto'
- Sending an event with data-gigya's value to the element
Questions? Burning rage? Direct your hatemail to <PI:EMAIL:<EMAIL>END_PI>
###
@$ = window.jQuery
@gigya = window.gigya
@els = []
@check_count = 0
@gigya_queued = false
@service_button_img = "{% settings.ICON_BASE_URL %}/{size}/{service}.png"
check = (stuff, callback) =>
if window.jQuery? and not window.gigya? and not @gigya_queued
window.jQuery.getScript "//cdn.gigya.com/js/socialize.js?apiKey={% settings.GIGYA_KEY %}", (script, status, jqxhr) ->
window.jQuery.getScript "//cdn.gigya.com/js/gigyaGAIntegration.js"
@gigya_queued = true
checks = stuff.length
passed_checks = 0
if check_count > 100000
window.console and console.log "A requirements test failed after numerous tries, aborting."
return
for thing in stuff
if window[thing]?
passed_checks++
if passed_checks == checks
@$ = window.jQuery
@gigya = window.gigya
callback()
else
check_count++
window.setTimeout (()-> check(stuff, callback)), 100
null
buttonFactory = (widget, options) =>
options ?= {}
button = @$.extend widget, options
button
parseOptions = (querystring) ->
if not querystring?
querystring = ""
options = querystring.split /[=&](?:amp;)?/
hsh = {}
for opt, i in options
if i % 2
hsh[options[i-1]] = window.decodeURIComponent options[i]
hsh
init = () =>
@$ =>
@els = @$(".share-buttons[data-gigya]")
@els.each (i, el) =>
el.id or (el.id = "share_buttons_#{i + 1}")
el = @$(el)
if el.attr("data-gigya") == "auto"
handle(el)
else
el.bind(el.attr("data-gigya"), () => handle(el))
@els
@els
handle = (el) =>
try
ua = new @gigya.socialize.UserAction()
services = el.attr("data-services").split(",")
buttons = []
params =
containerID: el.attr("id")
iconsOnly: true
layout: "horizontal"
noButtonBorder: true
shareButtons: buttons
shortURLs: "never"
showCounts: "none"
userAction: ua
options = parseOptions el.attr("data-options")
if options.title?
ua.setTitle options.title
else if (ogtitle = @$("meta[property=og\\:title]"))
ua.setTitle ogtitle.attr("content")
else
ua.setTitle @$("title").text()
if options.linkBack?
ua.setLinkBack options.linkBack
if options.description?
ua.setDescription options.description
if options.image?
ua.addMediaItem
type: image
href: options.linkBack || window.location.href
src: options.image
if options.size != "24"
options.size = "16"
for service_name in services
service_name = service_name.replace(" ", "")
opts_attr_name = "data-#{service_name}-options"
service_options = @$.extend({}, parseOptions(el.attr(opts_attr_name)))
widget =
provider: service_name
iconImgUp: @service_button_img.replace(
"{service}", service_name).replace(
"{size}", options.size)
buttons.push buttonFactory(widget, service_options)
@gigya.socialize.showShareBarUI @$.extend(
params,
options
)
catch err
window.console && console.log("Caught #{err}")
check(['jQuery', 'gigya'], init) |
[
{
"context": "original_id:\"656258342147502080\",\n \tcontent:\"RT @GingerLanier: Putin and the Shiite 'Axis of Resistance' http:/",
"end": 125,
"score": 0.9965165853500366,
"start": 112,
"tag": "USERNAME",
"value": "@GingerLanier"
},
{
"context": "0.jpg\",\n \tfrom_id:\"308130306\",\n \tfrom_name:\"Novorossiyan\",\n \turl:\"http://twitter.com/statuses/656258342",
"end": 394,
"score": 0.9998981356620789,
"start": 382,
"tag": "NAME",
"value": "Novorossiyan"
}
] | test/object_test.coffee | rubenv/node-xlsx-writer | 15 | test = require('./common')
test 'object-test', [
{
original_id:"656258342147502080",
content:"RT @GingerLanier: Putin and the Shiite 'Axis of Resistance' http://t.co/eumnAIIrTV",
date_created:"2015-10-19 23:59:16",
from_display_picture:"http://pbs.twimg.com/profile_images/651504414998396928/hdoQSqiv_400x400.jpg",
from_id:"308130306",
from_name:"Novorossiyan",
url:"http://twitter.com/statuses/656258342147502080",
sentiment:5,
score:0,
social_media:"Twitter",
score_breakdown:[],
extra:[]
}
]
| 154252 | test = require('./common')
test 'object-test', [
{
original_id:"656258342147502080",
content:"RT @GingerLanier: Putin and the Shiite 'Axis of Resistance' http://t.co/eumnAIIrTV",
date_created:"2015-10-19 23:59:16",
from_display_picture:"http://pbs.twimg.com/profile_images/651504414998396928/hdoQSqiv_400x400.jpg",
from_id:"308130306",
from_name:"<NAME>",
url:"http://twitter.com/statuses/656258342147502080",
sentiment:5,
score:0,
social_media:"Twitter",
score_breakdown:[],
extra:[]
}
]
| true | test = require('./common')
test 'object-test', [
{
original_id:"656258342147502080",
content:"RT @GingerLanier: Putin and the Shiite 'Axis of Resistance' http://t.co/eumnAIIrTV",
date_created:"2015-10-19 23:59:16",
from_display_picture:"http://pbs.twimg.com/profile_images/651504414998396928/hdoQSqiv_400x400.jpg",
from_id:"308130306",
from_name:"PI:NAME:<NAME>END_PI",
url:"http://twitter.com/statuses/656258342147502080",
sentiment:5,
score:0,
social_media:"Twitter",
score_breakdown:[],
extra:[]
}
]
|
[
{
"context": "-- gets tags to silence\n#\n# Notes:\n#\n# Author:\n# lukas.pustina@centerdevice.de\n#\n# Todos:\n# - Readme\n\nLog = require 'log'\nmoment",
"end": 1297,
"score": 0.9998080134391785,
"start": 1268,
"tag": "EMAIL",
"value": "lukas.pustina@centerdevice.de"
}
] | src/centerdevice.coffee | CenterDevice/hubot-centerdevice | 0 | # Description
# DevOps for CenterDevice via Hubot
#
# Configuration:
# HUBOT_CENTERDEVICE_ROLE -- Auth role required, e.g., "centerdevice"
# HUBOT_DEPLOYMENT_SILENCE_DURATION -- Duration of deployment silence, default is 15m
# HUBOT_CENTERDEVICE_LOG_LEVEL -- Log level, default is "info"
# HUBOT_CENTERDEVICE_BOSUN_TIMEOUT -- Timeout to wait for Bosun to react, default is 30000 ms
# HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL -- Interval to check, if Bosun silence is still active
#
# Commands:
# start(ing) centerdevice deployment -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION`
# start(ing) centerdevice deployment because <message> -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION` with <message>
# finish(ed) centerdevice deployment -- automatically clears previously created Bosun silence
# set centerdevice deployment alert to (.*) -- sets alert to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT`
# get centerdevice deployment alert -- gets alert to silence
# set centerdevice deployment tags to (.*) -- sets tags to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS`
# get centerdevice deployment tags -- gets tags to silence
#
# Notes:
#
# Author:
# lukas.pustina@centerdevice.de
#
# Todos:
# - Readme
Log = require 'log'
moment = require 'moment'
module_name = "hubot-centerdevice"
BRAIN_CD_ALERT_KEY = "centerdevice.config.alert"
BRAIN_CD_TAGS_KEY = "centerdevice.config.tags"
config =
deployment_bosun_alert: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT or ""
deployment_bosun_tags: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS or ""
deployment_silence_duration: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_SILENCE_DURATION or "15m"
log_level: process.env.HUBOT_CENTERDEVICE_LOG_LEVEL or "info"
role: process.env.HUBOT_CENTERDEVICE_ROLE
silence_check_interval: if process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL else 60000
silence_clear_delay: if process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY else 300000
timeout: if process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT then parseInt process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT else 30000
logger = new Log config.log_level
logger.notice "#{module_name}: Started."
Timers = {}
module.exports = (robot) ->
robot.respond /set centerdevice deployment alert to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
alert = res.match[1]
logger.info "#{module_name}: setting deployment alert to '#{alert}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_ALERT_KEY, alert
res.reply "Yay. I just set the deployment alert to silence to '#{alert}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment alert ... Sorry!?"
robot.respond /get centerdevice deployment alert/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment alert requested by #{user_name}."
alert = if a = robot.brain.get BRAIN_CD_ALERT_KEY then a else config.deployment_bosun_alert
res.reply "Ja, the current deployment alert to silence is '#{alert}'. Hope, that helps."
robot.respond /set centerdevice deployment tags to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
tags = res.match[1]
logger.info "#{module_name}: setting deployment tags to '#{tags}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_TAGS_KEY, tags
res.reply "Yay. I just set the deployment tags to silence to '#{tags}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment tags ... Sorry!?"
robot.respond /get centerdevice deployment tags/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment tags by #{user_name}."
tags = if t = robot.brain.get BRAIN_CD_TAGS_KEY then t else config.deployment_bosun_tags
res.reply "Ja, the current deployment tags to silence are '#{tags}'. Hope, that helps."
robot.respond /start.* centerdevice deployment$/i, (res) ->
start_deployment res, "deployment"
robot.respond /start.* centerdevice deployment because (.*)/i, (res) ->
message = res.match[1]
start_deployment res, message
start_deployment = (res, message) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: starting deployment requested by #{user_name}."
event_name = "bosun.set_silence"
if silence_id = robot.brain.get "centerdevice.#{event_name}.silence_id"
res.reply "Ouuch, there's already a deployment silence with id #{silence_id} pending. Finish that deployment and ask Bosun for active silences."
else
res.reply random_bullshit_msg()
res.reply "Ok, let me silence Bosun because #{message} ..."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: emitting request for Bosun silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
duration: config.deployment_silence_duration
alert: robot.brain.get(BRAIN_CD_ALERT_KEY) or config.deployment_bosun_alert
tags: robot.brain.get(BRAIN_CD_TAGS_KEY) or config.deployment_bosun_tags
message: message
set_timeout event_name, robot.brain, res
robot.respond /finish.* centerdevice deployment/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: finished deployment requested by #{user_name}."
event_name = "bosun.clear_silence"
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
unless active_silence_id?
res.reply "Hm, there's no active Bosun silence. You're sure there's a deployment going on?"
else
res.reply "Ok, I'll clear the Bosun silence for your deployment in #{config.silence_clear_delay / 60000} min so Bosun can calm down ..."
clear_silence robot.brain
setTimeout () ->
res.reply "Trying to clear Bosun silence for your deployment."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: Emitting request for Bosun to clear silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
silence_id: active_silence_id
set_timeout event_name, robot.brain, res
, config.silence_clear_delay
robot.on 'bosun.result.set_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.successful."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Set Bosun silence successful for #{event.duration} with id #{event.silence_id}."
clear_timeout event_name, robot.brain
robot.brain.set "centerdevice.#{event_name}.silence_id", event.silence_id
robot.reply {room: event.room, user: event.user}, "Set Bosun silence successfully for #{event.duration} with id #{event.silence_id}."
set_silence_checker {room: event.room, user: event.user, silence_id: event.silence_id}, robot
robot.on 'bosun.result.set_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.failed."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to set Bosun silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to set Bosun silence because #{event.message}"
robot.on 'bosun.result.clear_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.successful."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Cleared Bosun silence successfully with id #{event.silence_id}."
clear_timeout event_name, robot.brain
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Cleared Bosun silence successfully with id #{event.silence_id}."
robot.on 'bosun.result.clear_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.failed."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to clear Bosun with id #{event.silence_id} silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.brain.remove "centerdevice.bosun.set_silence.silence_id"
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to clear Bosun silence with id #{event.silence_id}, because #{event.message} Please talk directly to Bosun to clear the silence."
robot.on 'bosun.result.check_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.successful."
if event.active
logger.debug "#{module_name}: currently set silence is still active."
set_silence_checker event, robot
else
logger.debug "#{module_name}: currently set silence became inactive."
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Hey, your Bosun silence with id #{event.silence_id} expired, but it seems you're still deploying?! Are you okay?"
robot.on 'bosun.result.check_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.failed."
retries = robot.brain.get("centerdevice.set_silence.checker.failed_retries") or 0
if retries < 3
logger.info "#{module_name}: Reactivating silence checker."
retries = robot.brain.set "centerdevice.set_silence.checker.failed_retries", (retries + 1)
set_silence_checker event, robot
else
logger.info "#{module_name}: Giving up on silence checker."
clear_silence robot.brain
robot.error (err, res) ->
robot.logger.error "#{module_name}: DOES NOT COMPUTE"
if res?
res.reply "DOES NOT COMPUTE: #{err}"
prepare_timeout = (name, brain) ->
logger.debug "#{module_name}: Preparing timeout for #{name}."
brain.set "centerdevice.#{name}.pending", true
set_timeout = (name, brain, res) ->
logger.debug "#{module_name}: Setting timeout for #{name}."
if brain.get "centerdevice.#{name}.pending"
logger.debug "#{module_name}: Setting timeout for Bosun silence for #{config.timeout} ms."
Timers["#{name}_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Ouuch, request for #{name} timed out ... sorry."
brain.remove "centerdevice.#{name}.pending"
delete Timers["#{name}_timeout"]
res.reply "Ouuch, request for #{name} timed out ... sorry."
, config.timeout
clear_timeout = (name, brain) ->
logger.debug "#{module_name}: Clearing timeout for #{name}."
brain.remove "centerdevice.#{name}.pending"
clearTimeout Timers["#{name}_timeout"]
delete Timers["#{name}_timeout"]
brain.remove "centerdevice.#{name}.timeout"
set_silence_checker = (context, robot) ->
logger.debug "#{module_name}: Setting silence checker for #{context}."
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
if active_silence_id is context.silence_id
logger.debug "#{module_name}: setting timeout for Bosun silence checker #{config.silence_check_interval} ms."
Timers["set_silence_checker_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Emitting request to Bosun to check if silence with id #{context.silence_id} is still active."
robot.emit 'bosun.check_silence', context
, config.silence_check_interval
clear_silence_checker = (brain) ->
logger.debug "#{module_name}: Clearing silence checker."
clearTimeout Timers["set_silence_checker_timeout"]
delete Timers["set_silence_checker_timeout"]
clear_silence = (brain) ->
logger.debug "#{module_name}: Clearing silence."
clear_silence_checker()
brain.remove "centerdevice.bosun.set_silence.silence_id"
brain.remove "centerdevice.set_silence.checker.failed_retries"
random_bullshit_msg = () ->
msgs = [
"Pleaaase nooooo, not again!"
"Be gentle, it still hurts from last time ..."
"How many tries will you need this time?"
"Again? You can't get enough!"
"Hit me baby one more time."
"Oh yeah, I'm ready for you."
"This time I want to cuddle first."
"At this time? Don't you have friends?"
"But waaaaahy?"
"As if it would help ..."
"Feelin' lucky, punk?"
"Fine ..."
"Say 'pretty please'!"
"Probably"
]
msgs[Math.floor(Math.random() * msgs.length)]
is_authorized = (robot, res) ->
user = res.envelope.user
unless robot.auth.hasRole(user, config.role)
warn_unauthorized res
false
else
true
warn_unauthorized = (res) ->
user = res.envelope.user.name
message = res.message.text
logger.warning "#{module_name}: #{user} tried to run '#{message}' but was not authorized."
res.reply "Sorry, you're not allowed to do that. You need the '#{config.role}' role."
format_date_str = (date_str) ->
if config.relative_time
moment(date_str).fromNow()
else
date_str.replace(/T/, ' ').replace(/\..+/, ' UTC')
| 6107 | # Description
# DevOps for CenterDevice via Hubot
#
# Configuration:
# HUBOT_CENTERDEVICE_ROLE -- Auth role required, e.g., "centerdevice"
# HUBOT_DEPLOYMENT_SILENCE_DURATION -- Duration of deployment silence, default is 15m
# HUBOT_CENTERDEVICE_LOG_LEVEL -- Log level, default is "info"
# HUBOT_CENTERDEVICE_BOSUN_TIMEOUT -- Timeout to wait for Bosun to react, default is 30000 ms
# HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL -- Interval to check, if Bosun silence is still active
#
# Commands:
# start(ing) centerdevice deployment -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION`
# start(ing) centerdevice deployment because <message> -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION` with <message>
# finish(ed) centerdevice deployment -- automatically clears previously created Bosun silence
# set centerdevice deployment alert to (.*) -- sets alert to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT`
# get centerdevice deployment alert -- gets alert to silence
# set centerdevice deployment tags to (.*) -- sets tags to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS`
# get centerdevice deployment tags -- gets tags to silence
#
# Notes:
#
# Author:
# <EMAIL>
#
# Todos:
# - Readme
Log = require 'log'
moment = require 'moment'
module_name = "hubot-centerdevice"
BRAIN_CD_ALERT_KEY = "centerdevice.config.alert"
BRAIN_CD_TAGS_KEY = "centerdevice.config.tags"
config =
deployment_bosun_alert: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT or ""
deployment_bosun_tags: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS or ""
deployment_silence_duration: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_SILENCE_DURATION or "15m"
log_level: process.env.HUBOT_CENTERDEVICE_LOG_LEVEL or "info"
role: process.env.HUBOT_CENTERDEVICE_ROLE
silence_check_interval: if process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL else 60000
silence_clear_delay: if process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY else 300000
timeout: if process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT then parseInt process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT else 30000
logger = new Log config.log_level
logger.notice "#{module_name}: Started."
Timers = {}
module.exports = (robot) ->
robot.respond /set centerdevice deployment alert to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
alert = res.match[1]
logger.info "#{module_name}: setting deployment alert to '#{alert}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_ALERT_KEY, alert
res.reply "Yay. I just set the deployment alert to silence to '#{alert}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment alert ... Sorry!?"
robot.respond /get centerdevice deployment alert/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment alert requested by #{user_name}."
alert = if a = robot.brain.get BRAIN_CD_ALERT_KEY then a else config.deployment_bosun_alert
res.reply "Ja, the current deployment alert to silence is '#{alert}'. Hope, that helps."
robot.respond /set centerdevice deployment tags to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
tags = res.match[1]
logger.info "#{module_name}: setting deployment tags to '#{tags}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_TAGS_KEY, tags
res.reply "Yay. I just set the deployment tags to silence to '#{tags}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment tags ... Sorry!?"
robot.respond /get centerdevice deployment tags/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment tags by #{user_name}."
tags = if t = robot.brain.get BRAIN_CD_TAGS_KEY then t else config.deployment_bosun_tags
res.reply "Ja, the current deployment tags to silence are '#{tags}'. Hope, that helps."
robot.respond /start.* centerdevice deployment$/i, (res) ->
start_deployment res, "deployment"
robot.respond /start.* centerdevice deployment because (.*)/i, (res) ->
message = res.match[1]
start_deployment res, message
start_deployment = (res, message) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: starting deployment requested by #{user_name}."
event_name = "bosun.set_silence"
if silence_id = robot.brain.get "centerdevice.#{event_name}.silence_id"
res.reply "Ouuch, there's already a deployment silence with id #{silence_id} pending. Finish that deployment and ask Bosun for active silences."
else
res.reply random_bullshit_msg()
res.reply "Ok, let me silence Bosun because #{message} ..."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: emitting request for Bosun silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
duration: config.deployment_silence_duration
alert: robot.brain.get(BRAIN_CD_ALERT_KEY) or config.deployment_bosun_alert
tags: robot.brain.get(BRAIN_CD_TAGS_KEY) or config.deployment_bosun_tags
message: message
set_timeout event_name, robot.brain, res
robot.respond /finish.* centerdevice deployment/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: finished deployment requested by #{user_name}."
event_name = "bosun.clear_silence"
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
unless active_silence_id?
res.reply "Hm, there's no active Bosun silence. You're sure there's a deployment going on?"
else
res.reply "Ok, I'll clear the Bosun silence for your deployment in #{config.silence_clear_delay / 60000} min so Bosun can calm down ..."
clear_silence robot.brain
setTimeout () ->
res.reply "Trying to clear Bosun silence for your deployment."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: Emitting request for Bosun to clear silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
silence_id: active_silence_id
set_timeout event_name, robot.brain, res
, config.silence_clear_delay
robot.on 'bosun.result.set_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.successful."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Set Bosun silence successful for #{event.duration} with id #{event.silence_id}."
clear_timeout event_name, robot.brain
robot.brain.set "centerdevice.#{event_name}.silence_id", event.silence_id
robot.reply {room: event.room, user: event.user}, "Set Bosun silence successfully for #{event.duration} with id #{event.silence_id}."
set_silence_checker {room: event.room, user: event.user, silence_id: event.silence_id}, robot
robot.on 'bosun.result.set_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.failed."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to set Bosun silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to set Bosun silence because #{event.message}"
robot.on 'bosun.result.clear_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.successful."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Cleared Bosun silence successfully with id #{event.silence_id}."
clear_timeout event_name, robot.brain
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Cleared Bosun silence successfully with id #{event.silence_id}."
robot.on 'bosun.result.clear_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.failed."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to clear Bosun with id #{event.silence_id} silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.brain.remove "centerdevice.bosun.set_silence.silence_id"
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to clear Bosun silence with id #{event.silence_id}, because #{event.message} Please talk directly to Bosun to clear the silence."
robot.on 'bosun.result.check_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.successful."
if event.active
logger.debug "#{module_name}: currently set silence is still active."
set_silence_checker event, robot
else
logger.debug "#{module_name}: currently set silence became inactive."
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Hey, your Bosun silence with id #{event.silence_id} expired, but it seems you're still deploying?! Are you okay?"
robot.on 'bosun.result.check_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.failed."
retries = robot.brain.get("centerdevice.set_silence.checker.failed_retries") or 0
if retries < 3
logger.info "#{module_name}: Reactivating silence checker."
retries = robot.brain.set "centerdevice.set_silence.checker.failed_retries", (retries + 1)
set_silence_checker event, robot
else
logger.info "#{module_name}: Giving up on silence checker."
clear_silence robot.brain
robot.error (err, res) ->
robot.logger.error "#{module_name}: DOES NOT COMPUTE"
if res?
res.reply "DOES NOT COMPUTE: #{err}"
prepare_timeout = (name, brain) ->
logger.debug "#{module_name}: Preparing timeout for #{name}."
brain.set "centerdevice.#{name}.pending", true
set_timeout = (name, brain, res) ->
logger.debug "#{module_name}: Setting timeout for #{name}."
if brain.get "centerdevice.#{name}.pending"
logger.debug "#{module_name}: Setting timeout for Bosun silence for #{config.timeout} ms."
Timers["#{name}_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Ouuch, request for #{name} timed out ... sorry."
brain.remove "centerdevice.#{name}.pending"
delete Timers["#{name}_timeout"]
res.reply "Ouuch, request for #{name} timed out ... sorry."
, config.timeout
clear_timeout = (name, brain) ->
logger.debug "#{module_name}: Clearing timeout for #{name}."
brain.remove "centerdevice.#{name}.pending"
clearTimeout Timers["#{name}_timeout"]
delete Timers["#{name}_timeout"]
brain.remove "centerdevice.#{name}.timeout"
set_silence_checker = (context, robot) ->
logger.debug "#{module_name}: Setting silence checker for #{context}."
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
if active_silence_id is context.silence_id
logger.debug "#{module_name}: setting timeout for Bosun silence checker #{config.silence_check_interval} ms."
Timers["set_silence_checker_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Emitting request to Bosun to check if silence with id #{context.silence_id} is still active."
robot.emit 'bosun.check_silence', context
, config.silence_check_interval
clear_silence_checker = (brain) ->
logger.debug "#{module_name}: Clearing silence checker."
clearTimeout Timers["set_silence_checker_timeout"]
delete Timers["set_silence_checker_timeout"]
clear_silence = (brain) ->
logger.debug "#{module_name}: Clearing silence."
clear_silence_checker()
brain.remove "centerdevice.bosun.set_silence.silence_id"
brain.remove "centerdevice.set_silence.checker.failed_retries"
random_bullshit_msg = () ->
msgs = [
"Pleaaase nooooo, not again!"
"Be gentle, it still hurts from last time ..."
"How many tries will you need this time?"
"Again? You can't get enough!"
"Hit me baby one more time."
"Oh yeah, I'm ready for you."
"This time I want to cuddle first."
"At this time? Don't you have friends?"
"But waaaaahy?"
"As if it would help ..."
"Feelin' lucky, punk?"
"Fine ..."
"Say 'pretty please'!"
"Probably"
]
msgs[Math.floor(Math.random() * msgs.length)]
is_authorized = (robot, res) ->
user = res.envelope.user
unless robot.auth.hasRole(user, config.role)
warn_unauthorized res
false
else
true
warn_unauthorized = (res) ->
user = res.envelope.user.name
message = res.message.text
logger.warning "#{module_name}: #{user} tried to run '#{message}' but was not authorized."
res.reply "Sorry, you're not allowed to do that. You need the '#{config.role}' role."
format_date_str = (date_str) ->
if config.relative_time
moment(date_str).fromNow()
else
date_str.replace(/T/, ' ').replace(/\..+/, ' UTC')
| true | # Description
# DevOps for CenterDevice via Hubot
#
# Configuration:
# HUBOT_CENTERDEVICE_ROLE -- Auth role required, e.g., "centerdevice"
# HUBOT_DEPLOYMENT_SILENCE_DURATION -- Duration of deployment silence, default is 15m
# HUBOT_CENTERDEVICE_LOG_LEVEL -- Log level, default is "info"
# HUBOT_CENTERDEVICE_BOSUN_TIMEOUT -- Timeout to wait for Bosun to react, default is 30000 ms
# HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL -- Interval to check, if Bosun silence is still active
#
# Commands:
# start(ing) centerdevice deployment -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION`
# start(ing) centerdevice deployment because <message> -- automatically sets Bosun silence for `HUBOT_DEPLOYMENT_SILENCE_DURATION` with <message>
# finish(ed) centerdevice deployment -- automatically clears previously created Bosun silence
# set centerdevice deployment alert to (.*) -- sets alert to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT`
# get centerdevice deployment alert -- gets alert to silence
# set centerdevice deployment tags to (.*) -- sets tags to silence; default is `HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS`
# get centerdevice deployment tags -- gets tags to silence
#
# Notes:
#
# Author:
# PI:EMAIL:<EMAIL>END_PI
#
# Todos:
# - Readme
Log = require 'log'
moment = require 'moment'
module_name = "hubot-centerdevice"
BRAIN_CD_ALERT_KEY = "centerdevice.config.alert"
BRAIN_CD_TAGS_KEY = "centerdevice.config.tags"
config =
deployment_bosun_alert: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_ALERT or ""
deployment_bosun_tags: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_BOSUN_TAGS or ""
deployment_silence_duration: process.env.HUBOT_CENTERDEVICE_DEPLOYMENT_SILENCE_DURATION or "15m"
log_level: process.env.HUBOT_CENTERDEVICE_LOG_LEVEL or "info"
role: process.env.HUBOT_CENTERDEVICE_ROLE
silence_check_interval: if process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CHECK_INTERVAL else 60000
silence_clear_delay: if process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY then parseInt process.env.HUBOT_CENTERDEVICE_SILENCE_CLEAR_DELAY else 300000
timeout: if process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT then parseInt process.env.HUBOT_CENTERDEVICE_BOSUN_TIMEOUT else 30000
logger = new Log config.log_level
logger.notice "#{module_name}: Started."
Timers = {}
module.exports = (robot) ->
robot.respond /set centerdevice deployment alert to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
alert = res.match[1]
logger.info "#{module_name}: setting deployment alert to '#{alert}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_ALERT_KEY, alert
res.reply "Yay. I just set the deployment alert to silence to '#{alert}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment alert ... Sorry!?"
robot.respond /get centerdevice deployment alert/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment alert requested by #{user_name}."
alert = if a = robot.brain.get BRAIN_CD_ALERT_KEY then a else config.deployment_bosun_alert
res.reply "Ja, the current deployment alert to silence is '#{alert}'. Hope, that helps."
robot.respond /set centerdevice deployment tags to (.*)/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
tags = res.match[1]
logger.info "#{module_name}: setting deployment tags to '#{tags}' requested by #{user_name}."
if robot.brain.set BRAIN_CD_TAGS_KEY, tags
res.reply "Yay. I just set the deployment tags to silence to '#{tags}'. Happy deploying!"
else
res.reply "Mah, my brain hurts. I could not change the deployment tags ... Sorry!?"
robot.respond /get centerdevice deployment tags/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: getting deployment tags by #{user_name}."
tags = if t = robot.brain.get BRAIN_CD_TAGS_KEY then t else config.deployment_bosun_tags
res.reply "Ja, the current deployment tags to silence are '#{tags}'. Hope, that helps."
robot.respond /start.* centerdevice deployment$/i, (res) ->
start_deployment res, "deployment"
robot.respond /start.* centerdevice deployment because (.*)/i, (res) ->
message = res.match[1]
start_deployment res, message
start_deployment = (res, message) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: starting deployment requested by #{user_name}."
event_name = "bosun.set_silence"
if silence_id = robot.brain.get "centerdevice.#{event_name}.silence_id"
res.reply "Ouuch, there's already a deployment silence with id #{silence_id} pending. Finish that deployment and ask Bosun for active silences."
else
res.reply random_bullshit_msg()
res.reply "Ok, let me silence Bosun because #{message} ..."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: emitting request for Bosun silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
duration: config.deployment_silence_duration
alert: robot.brain.get(BRAIN_CD_ALERT_KEY) or config.deployment_bosun_alert
tags: robot.brain.get(BRAIN_CD_TAGS_KEY) or config.deployment_bosun_tags
message: message
set_timeout event_name, robot.brain, res
robot.respond /finish.* centerdevice deployment/i, (res) ->
if is_authorized robot, res
user_name = res.envelope.user.name
logger.info "#{module_name}: finished deployment requested by #{user_name}."
event_name = "bosun.clear_silence"
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
unless active_silence_id?
res.reply "Hm, there's no active Bosun silence. You're sure there's a deployment going on?"
else
res.reply "Ok, I'll clear the Bosun silence for your deployment in #{config.silence_clear_delay / 60000} min so Bosun can calm down ..."
clear_silence robot.brain
setTimeout () ->
res.reply "Trying to clear Bosun silence for your deployment."
prepare_timeout event_name, robot.brain
logger.debug "#{module_name}: Emitting request for Bosun to clear silence."
robot.emit event_name,
user: res.envelope.user
room: res.envelope.room
silence_id: active_silence_id
set_timeout event_name, robot.brain, res
, config.silence_clear_delay
robot.on 'bosun.result.set_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.successful."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Set Bosun silence successful for #{event.duration} with id #{event.silence_id}."
clear_timeout event_name, robot.brain
robot.brain.set "centerdevice.#{event_name}.silence_id", event.silence_id
robot.reply {room: event.room, user: event.user}, "Set Bosun silence successfully for #{event.duration} with id #{event.silence_id}."
set_silence_checker {room: event.room, user: event.user, silence_id: event.silence_id}, robot
robot.on 'bosun.result.set_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.set_silence.failed."
event_name = "bosun.set_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to set Bosun silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to set Bosun silence because #{event.message}"
robot.on 'bosun.result.clear_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.successful."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Cleared Bosun silence successfully with id #{event.silence_id}."
clear_timeout event_name, robot.brain
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Cleared Bosun silence successfully with id #{event.silence_id}."
robot.on 'bosun.result.clear_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.clear_silence.failed."
event_name = "bosun.clear_silence"
if robot.brain.get "centerdevice.#{event_name}.pending"
logger.debug "#{module_name}: Oouch: Failed to clear Bosun with id #{event.silence_id} silence because #{event.message}"
clear_timeout event_name, robot.brain
robot.brain.remove "centerdevice.bosun.set_silence.silence_id"
robot.reply {room: event.room, user: event.user}, "Oouch: Failed to clear Bosun silence with id #{event.silence_id}, because #{event.message} Please talk directly to Bosun to clear the silence."
robot.on 'bosun.result.check_silence.successful', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.successful."
if event.active
logger.debug "#{module_name}: currently set silence is still active."
set_silence_checker event, robot
else
logger.debug "#{module_name}: currently set silence became inactive."
clear_silence robot.brain
robot.reply {room: event.room, user: event.user}, "Hey, your Bosun silence with id #{event.silence_id} expired, but it seems you're still deploying?! Are you okay?"
robot.on 'bosun.result.check_silence.failed', (event) ->
logger.debug "#{module_name}: Received event bosun.result.check_silence.failed."
retries = robot.brain.get("centerdevice.set_silence.checker.failed_retries") or 0
if retries < 3
logger.info "#{module_name}: Reactivating silence checker."
retries = robot.brain.set "centerdevice.set_silence.checker.failed_retries", (retries + 1)
set_silence_checker event, robot
else
logger.info "#{module_name}: Giving up on silence checker."
clear_silence robot.brain
robot.error (err, res) ->
robot.logger.error "#{module_name}: DOES NOT COMPUTE"
if res?
res.reply "DOES NOT COMPUTE: #{err}"
prepare_timeout = (name, brain) ->
logger.debug "#{module_name}: Preparing timeout for #{name}."
brain.set "centerdevice.#{name}.pending", true
set_timeout = (name, brain, res) ->
logger.debug "#{module_name}: Setting timeout for #{name}."
if brain.get "centerdevice.#{name}.pending"
logger.debug "#{module_name}: Setting timeout for Bosun silence for #{config.timeout} ms."
Timers["#{name}_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Ouuch, request for #{name} timed out ... sorry."
brain.remove "centerdevice.#{name}.pending"
delete Timers["#{name}_timeout"]
res.reply "Ouuch, request for #{name} timed out ... sorry."
, config.timeout
clear_timeout = (name, brain) ->
logger.debug "#{module_name}: Clearing timeout for #{name}."
brain.remove "centerdevice.#{name}.pending"
clearTimeout Timers["#{name}_timeout"]
delete Timers["#{name}_timeout"]
brain.remove "centerdevice.#{name}.timeout"
set_silence_checker = (context, robot) ->
logger.debug "#{module_name}: Setting silence checker for #{context}."
active_silence_id = robot.brain.get "centerdevice.bosun.set_silence.silence_id"
if active_silence_id is context.silence_id
logger.debug "#{module_name}: setting timeout for Bosun silence checker #{config.silence_check_interval} ms."
Timers["set_silence_checker_timeout"] = setTimeout () ->
logger.debug "#{module_name}: Emitting request to Bosun to check if silence with id #{context.silence_id} is still active."
robot.emit 'bosun.check_silence', context
, config.silence_check_interval
clear_silence_checker = (brain) ->
logger.debug "#{module_name}: Clearing silence checker."
clearTimeout Timers["set_silence_checker_timeout"]
delete Timers["set_silence_checker_timeout"]
clear_silence = (brain) ->
logger.debug "#{module_name}: Clearing silence."
clear_silence_checker()
brain.remove "centerdevice.bosun.set_silence.silence_id"
brain.remove "centerdevice.set_silence.checker.failed_retries"
random_bullshit_msg = () ->
msgs = [
"Pleaaase nooooo, not again!"
"Be gentle, it still hurts from last time ..."
"How many tries will you need this time?"
"Again? You can't get enough!"
"Hit me baby one more time."
"Oh yeah, I'm ready for you."
"This time I want to cuddle first."
"At this time? Don't you have friends?"
"But waaaaahy?"
"As if it would help ..."
"Feelin' lucky, punk?"
"Fine ..."
"Say 'pretty please'!"
"Probably"
]
msgs[Math.floor(Math.random() * msgs.length)]
is_authorized = (robot, res) ->
user = res.envelope.user
unless robot.auth.hasRole(user, config.role)
warn_unauthorized res
false
else
true
warn_unauthorized = (res) ->
user = res.envelope.user.name
message = res.message.text
logger.warning "#{module_name}: #{user} tried to run '#{message}' but was not authorized."
res.reply "Sorry, you're not allowed to do that. You need the '#{config.role}' role."
format_date_str = (date_str) ->
if config.relative_time
moment(date_str).fromNow()
else
date_str.replace(/T/, ' ').replace(/\..+/, ' UTC')
|
[
{
"context": "\n]\n\nclass Repository\n\n username: null\n password: null\n\n rootPath: null\n\n isHgRepository: false\n bina",
"end": 940,
"score": 0.9938230514526367,
"start": 936,
"tag": "PASSWORD",
"value": "null"
}
] | lib/hg-utils.coffee | victor-torres/atom-hg | 33 | fs = require 'fs'
path = require 'path'
util = require 'util'
urlParser = require 'url'
{spawnSync, exec} = require 'child_process'
diffLib = require 'jsdifflib'
###
Section: Constants used for file/buffer checking against changes
###
statusIndexNew = 1 << 0
statusIndexDeleted = 1 << 2
statusWorkingDirNew = 1 << 7
statusWorkingDirModified = 1 << 8
statusWorkingDirDelete = 1 << 9
statusWorkingDirTypeChange = 1 << 10
statusIgnored = 1 << 14
modifiedStatusFlags = statusWorkingDirModified | statusWorkingDirDelete |
statusWorkingDirTypeChange | statusIndexDeleted
newStatusFlags = statusWorkingDirNew | statusIndexNew
deletedStatusFlags = statusWorkingDirDelete | statusIndexDeleted
suppressHgWarnings = [
'W200005' # hg: warning: W200005: 'file' is not under version control
'E200009' # Could not cat all targets because some targets are not versioned
]
class Repository
username: null
password: null
rootPath: null
isHgRepository: false
binaryAvailable: false
version: null
url: null
urlPath: null
revision: null
diffRevisionProvider: null
###
Section: Initialization and startup checks
###
constructor: (repoRootPath, diffRevisionProvider) ->
@rootPath = path.normalize(repoRootPath)
unless fs.existsSync(@rootPath)
return
lstat = fs.lstatSync(@rootPath)
unless lstat.isSymbolicLink()
return
@diffRevisionProvider = diffRevisionProvider
@rootPath = fs.realpathSync(@rootPath)
# Checks if there is a hg binary in the os searchpath and returns the
# binary version string.
#
# Returns a {boolean}
checkBinaryAvailable: () ->
@version = @getHgVersion()
if @version?
@binaryAvailable = true
else
@binaryAvailable = false
return @binaryAvailable
exists: () ->
return fs.existsSync(@rootPath + '/.hg')
# Parses info from `hg info` and `hgversion` command and checks if repo infos have changed
# since last check
#
# Returns a {Promise} of a {boolean} if repo infos have changed
checkRepositoryHasChangedAsync: () =>
return @getHgWorkingCopyRevisionAsync().then (revision) =>
if revision? and revision != @revision
@revision = revision
return true
return false
getShortHeadAsync: () =>
return new Promise (resolve) =>
branchFile = @rootPath + '/.hg/branch'
bookmarkFile = @rootPath + '/.hg/bookmarks.current'
prompt = 'default'
fs.readFile branchFile, 'utf8', (err, data) =>
prompt = data.trim() unless err
fs.readFile bookmarkFile, 'utf8', (err, data) =>
prompt += ':' + data.trim() unless err
@getHgTagsAsync().then (tags) ->
prompt += ':' + tags.join(',') if tags?.length
.then () -> # Finally
resolve prompt
###
Section: TreeView Path Mercurial status
###
# Parses `hg status`. Gets initially called by hg-repository.refreshStatus()
#
# Returns a {Promise} of an {Array} array keys are paths, values are change
# constants. Or null
getStatus: () ->
return @getHgStatusAsync()
# Parses `hg status`. Gets called by hg-repository.refreshStatus()
#
# Returns an {Array} Array keys are paths, values are change constants
getPathStatus: (hgPath) ->
status = @getHgPathStatus(hgPath)
return status
getPath: () ->
return @rootPath
isStatusModified: (status=0) ->
(status & modifiedStatusFlags) > 0
isPathModified: (path) ->
@isStatusModified(@getPathStatus(path))
isStatusNew: (status=0) ->
(status & newStatusFlags) > 0
isPathNew: (path) ->
@isStatusNew(@getPathStatus(path))
isStatusDeleted: (status=0) ->
(status & deletedStatusFlags) > 0
isPathDeleted: (path) ->
@isStatusDeleted(@getPathStatus(path))
isPathStaged: (path) ->
@isStatusStaged(@getPathStatus(path))
isStatusIgnored: (status=0) ->
(status & statusIgnored) > 0
isStatusStaged: (status=0) ->
(status & statusWorkingDirNew) == 0
###
Section: Editor Mercurial line diffs
###
# Public: Retrieves the number of lines added and removed to a path.
#
# This compares the working directory contents of the path to the `HEAD`
# version.
#
# * `path` The {String} path to check.
# * `lastRevFileContent` filecontent from latest hg revision.
#
# Returns an {Object} with the following keys:
# * `added` The {Number} of added lines.
# * `deleted` The {Number} of deleted lines.
getDiffStats: (path, lastRevFileContent) ->
diffStats = {
added: 0
deleted: 0
}
if (lastRevFileContent? && fs.existsSync(path))
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(fs.readFileSync(path).toString())
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
for opcode in opcodes
if opcode[0] == 'insert' || opcode[0] == 'replace'
diffStats.added += (opcode[2] - opcode[1]) + (opcode[4] - opcode[3])
if opcode[0] == 'delete'
diffStats.deleted += (opcode[2] - opcode[1]) - (opcode[4] - opcode[3])
return diffStats
# Public: Retrieves the line diffs comparing the `HEAD` version of the given
# path and the given text.
#
# * `lastRevFileContent` filecontent from latest hg revision.
# * `text` The {String} to compare against the `HEAD` contents
#
# Returns an {Array} of hunk {Object}s with the following keys:
# * `oldStart` The line {Number} of the old hunk.
# * `newStart` The line {Number} of the new hunk.
# * `oldLines` The {Number} of lines in the old hunk.
# * `newLines` The {Number} of lines in the new hunk
getLineDiffs: (lastRevFileContent, text, options) ->
hunks = []
if (lastRevFileContent?)
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(text)
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
actions = ['replace', 'insert', 'delete']
for opcode in opcodes
if actions.indexOf(opcode[0]) >= 0
hunk = {
oldStart: opcode[1] + 1
oldLines: opcode[2] - opcode[1]
newStart: opcode[3] + 1
newLines: opcode[4] - opcode[3]
}
if opcode[0] == 'delete'
hunk.newStart = hunk.newStart - 1
hunks.push(hunk)
return hunks
###
Section: Mercurial Command handling
###
# Spawns an hg command and returns stdout or throws an error if process
# exits with an exitcode unequal to zero.
#
# * `params` The {Array} for commandline arguments
#
# Returns a {String} of process stdout
hgCommand: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return ''
child = spawnSync('hg', params, { cwd: @rootPath })
if child.status != 0
if child.stderr
throw new Error(child.stderr.toString())
if child.stdout
throw new Error(child.stdout.toString())
throw new Error('Error trying to execute Mercurial binary with params \'' + params + '\'')
return child.stdout.toString()
hgCommandAsync: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return Promise.resolve('')
flatArgs = params.reduce (prev, next) ->
if next.indexOf? and next.indexOf(' ') != -1
next = "\"" + next + "\""
prev + " " + next
, ""
flatArgs = flatArgs.substring(1)
return new Promise (resolve, reject) =>
opts =
cwd: @rootPath
maxBuffer: 50 * 1024 * 1024
child = exec 'hg ' + flatArgs, opts, (err, stdout, stderr) ->
if err
reject err
if stderr?.length > 0
reject stderr
resolve stdout
handleHgError: (error) ->
logMessage = true
message = error.message
for suppressHgWarning in suppressHgWarnings
if message.indexOf(suppressHgWarning) > 0
logMessage = false
break
if logMessage
console.error('Mercurial', 'hg-utils', error)
# Returns on success the version from the hg binary. Otherwise null.
#
# Returns a {String} containing the hg-binary version
getHgVersion: () ->
try
version = @hgCommand(['--version', '--quiet'])
return version.trim()
catch error
@handleHgError(error)
return null
# Returns on success the current working copy revision. Otherwise null.
#
# Returns a {Promise} of a {String} with the current working copy revision
getHgWorkingCopyRevisionAsync: () =>
@hgCommandAsync(['id', '-i', @rootPath]).catch (error) =>
@handleHgError(error)
return null
getRecursiveIgnoreStatuses: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, "-i", "--rev", revision])
.then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
if (status is 'I') # || status is '?')
items.push(pathPart.replace('..', ''))
(path.join @rootPath, item for item in items)
.catch (error) =>
@handleHgError error
[]
getHgStatusAsync: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, '--rev', revision]).then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
items.push({
'path': path.join @rootPath, pathPart
'status': @mapHgStatus(status)
})
return items
.catch (error) =>
@handleHgError(error)
return null
# Returns on success the list of tags for this revision. Otherwise null.
#
# Returns a {Primise} of an {Array} of {String}s representing the status
getHgTagsAsync: () ->
@hgCommandAsync(['id', '-t', @rootPath]).then (tags) ->
tags = tags.trim()
return tags.split(' ').sort() if tags
.catch (error) =>
@handleHgError(error)
return null
# Returns on success a status bitmask. Otherwise null.
#
# * `hgPath` The path {String} for the status inquiry
#
# Returns a {Number} representing the status
getHgPathStatus: (hgPath) ->
return null unless hgPath
try
revision = @diffRevisionProvider()
files = @hgCommand(['status', hgPath, '--rev', revision])
catch error
@handleHgError(error)
return null
items = []
entries = files.split('\n')
if entries
path_status = 0
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if status?
path_status |= @mapHgStatus(status)
return path_status
else
return null
# Translates the status {String} from `hg status` command into a
# status {Number}.
#
# * `status` The status {String} from `hg status` command
#
# Returns a {Number} representing the status
mapHgStatus: (status) ->
return 0 unless status
statusBitmask = 0
# status workingdir
if status == 'M'
statusBitmask = statusWorkingDirModified
if status == '?'
statusBitmask = statusWorkingDirNew
if status == '!'
statusBitmask = statusWorkingDirDelete
if status == 'I'
statusBitmask = statusIgnored
if status == 'M'
statusBitmask = statusWorkingDirTypeChange
# status index
if status == 'A'
statusBitmask = statusIndexNew
if status == 'R'
statusBitmask = statusIndexDeleted
return statusBitmask
# This retrieves the contents of the hgpath from the diff revision on success.
# Otherwise null.
#
# * `hgPath` The path {String}
#
# Returns {Promise} of a {String} with the filecontent
getHgCatAsync: (hgPath) ->
revision = @diffRevisionProvider()
params = ['cat', hgPath, '--rev', revision]
return @hgCommandAsync(params).catch (error) =>
if /no such file in rev/.test(error)
return null
@handleHgError error
return null
# This checks to see if the current params indicate whether we are working
# with the current repository.
#
# * `params` The params that are going to be sent to the hg command {Array}
#
# Returns a {Boolean} indicating if the rootPath was found in the params
isCommandForRepo: (params) ->
rootPath = @rootPath
paths = params.filter (param) ->
normalizedPath = path.normalize((param || ''))
return normalizedPath.startsWith(rootPath)
return paths.length > 0
exports.isStatusModified = (status) ->
return (status & modifiedStatusFlags) > 0
exports.isStatusNew = (status) ->
return (status & newStatusFlags) > 0
exports.isStatusDeleted = (status) ->
return (status & deletedStatusFlags) > 0
exports.isStatusIgnored = (status) ->
return (status & statusIgnored) > 0
exports.isStatusStaged = (status) ->
return (status & statusWorkingDirNew) == 0
# creates and returns a new {Repository} object if hg-binary could be found
# and several infos from are successfully read. Otherwise null.
#
# * `repositoryPath` The path {String} to the repository root directory
#
# Returns a new {Repository} object
openRepository = (repositoryPath, diffRevisionProvider) ->
repository = new Repository(repositoryPath)
if repository.checkBinaryAvailable() and repository.exists()
repository.diffRevisionProvider = diffRevisionProvider
return repository
else
return null
exports.open = (repositoryPath, diffRevisionProvider) ->
return openRepository(repositoryPath, diffRevisionProvider)
# Verifies if given path is a symbolic link.
# Returns original path or null otherwise.
resolveSymlink = (repositoryPath) ->
lstat = fs.lstatSync(repositoryPath)
unless lstat.isSymbolicLink()
return null
return fs.realpathSync(repositoryPath)
exports.resolveSymlink = (repositoryPath) ->
return resolveSymlink(repositoryPath)
| 80151 | fs = require 'fs'
path = require 'path'
util = require 'util'
urlParser = require 'url'
{spawnSync, exec} = require 'child_process'
diffLib = require 'jsdifflib'
###
Section: Constants used for file/buffer checking against changes
###
statusIndexNew = 1 << 0
statusIndexDeleted = 1 << 2
statusWorkingDirNew = 1 << 7
statusWorkingDirModified = 1 << 8
statusWorkingDirDelete = 1 << 9
statusWorkingDirTypeChange = 1 << 10
statusIgnored = 1 << 14
modifiedStatusFlags = statusWorkingDirModified | statusWorkingDirDelete |
statusWorkingDirTypeChange | statusIndexDeleted
newStatusFlags = statusWorkingDirNew | statusIndexNew
deletedStatusFlags = statusWorkingDirDelete | statusIndexDeleted
suppressHgWarnings = [
'W200005' # hg: warning: W200005: 'file' is not under version control
'E200009' # Could not cat all targets because some targets are not versioned
]
class Repository
username: null
password: <PASSWORD>
rootPath: null
isHgRepository: false
binaryAvailable: false
version: null
url: null
urlPath: null
revision: null
diffRevisionProvider: null
###
Section: Initialization and startup checks
###
constructor: (repoRootPath, diffRevisionProvider) ->
@rootPath = path.normalize(repoRootPath)
unless fs.existsSync(@rootPath)
return
lstat = fs.lstatSync(@rootPath)
unless lstat.isSymbolicLink()
return
@diffRevisionProvider = diffRevisionProvider
@rootPath = fs.realpathSync(@rootPath)
# Checks if there is a hg binary in the os searchpath and returns the
# binary version string.
#
# Returns a {boolean}
checkBinaryAvailable: () ->
@version = @getHgVersion()
if @version?
@binaryAvailable = true
else
@binaryAvailable = false
return @binaryAvailable
exists: () ->
return fs.existsSync(@rootPath + '/.hg')
# Parses info from `hg info` and `hgversion` command and checks if repo infos have changed
# since last check
#
# Returns a {Promise} of a {boolean} if repo infos have changed
checkRepositoryHasChangedAsync: () =>
return @getHgWorkingCopyRevisionAsync().then (revision) =>
if revision? and revision != @revision
@revision = revision
return true
return false
getShortHeadAsync: () =>
return new Promise (resolve) =>
branchFile = @rootPath + '/.hg/branch'
bookmarkFile = @rootPath + '/.hg/bookmarks.current'
prompt = 'default'
fs.readFile branchFile, 'utf8', (err, data) =>
prompt = data.trim() unless err
fs.readFile bookmarkFile, 'utf8', (err, data) =>
prompt += ':' + data.trim() unless err
@getHgTagsAsync().then (tags) ->
prompt += ':' + tags.join(',') if tags?.length
.then () -> # Finally
resolve prompt
###
Section: TreeView Path Mercurial status
###
# Parses `hg status`. Gets initially called by hg-repository.refreshStatus()
#
# Returns a {Promise} of an {Array} array keys are paths, values are change
# constants. Or null
getStatus: () ->
return @getHgStatusAsync()
# Parses `hg status`. Gets called by hg-repository.refreshStatus()
#
# Returns an {Array} Array keys are paths, values are change constants
getPathStatus: (hgPath) ->
status = @getHgPathStatus(hgPath)
return status
getPath: () ->
return @rootPath
isStatusModified: (status=0) ->
(status & modifiedStatusFlags) > 0
isPathModified: (path) ->
@isStatusModified(@getPathStatus(path))
isStatusNew: (status=0) ->
(status & newStatusFlags) > 0
isPathNew: (path) ->
@isStatusNew(@getPathStatus(path))
isStatusDeleted: (status=0) ->
(status & deletedStatusFlags) > 0
isPathDeleted: (path) ->
@isStatusDeleted(@getPathStatus(path))
isPathStaged: (path) ->
@isStatusStaged(@getPathStatus(path))
isStatusIgnored: (status=0) ->
(status & statusIgnored) > 0
isStatusStaged: (status=0) ->
(status & statusWorkingDirNew) == 0
###
Section: Editor Mercurial line diffs
###
# Public: Retrieves the number of lines added and removed to a path.
#
# This compares the working directory contents of the path to the `HEAD`
# version.
#
# * `path` The {String} path to check.
# * `lastRevFileContent` filecontent from latest hg revision.
#
# Returns an {Object} with the following keys:
# * `added` The {Number} of added lines.
# * `deleted` The {Number} of deleted lines.
getDiffStats: (path, lastRevFileContent) ->
diffStats = {
added: 0
deleted: 0
}
if (lastRevFileContent? && fs.existsSync(path))
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(fs.readFileSync(path).toString())
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
for opcode in opcodes
if opcode[0] == 'insert' || opcode[0] == 'replace'
diffStats.added += (opcode[2] - opcode[1]) + (opcode[4] - opcode[3])
if opcode[0] == 'delete'
diffStats.deleted += (opcode[2] - opcode[1]) - (opcode[4] - opcode[3])
return diffStats
# Public: Retrieves the line diffs comparing the `HEAD` version of the given
# path and the given text.
#
# * `lastRevFileContent` filecontent from latest hg revision.
# * `text` The {String} to compare against the `HEAD` contents
#
# Returns an {Array} of hunk {Object}s with the following keys:
# * `oldStart` The line {Number} of the old hunk.
# * `newStart` The line {Number} of the new hunk.
# * `oldLines` The {Number} of lines in the old hunk.
# * `newLines` The {Number} of lines in the new hunk
getLineDiffs: (lastRevFileContent, text, options) ->
hunks = []
if (lastRevFileContent?)
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(text)
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
actions = ['replace', 'insert', 'delete']
for opcode in opcodes
if actions.indexOf(opcode[0]) >= 0
hunk = {
oldStart: opcode[1] + 1
oldLines: opcode[2] - opcode[1]
newStart: opcode[3] + 1
newLines: opcode[4] - opcode[3]
}
if opcode[0] == 'delete'
hunk.newStart = hunk.newStart - 1
hunks.push(hunk)
return hunks
###
Section: Mercurial Command handling
###
# Spawns an hg command and returns stdout or throws an error if process
# exits with an exitcode unequal to zero.
#
# * `params` The {Array} for commandline arguments
#
# Returns a {String} of process stdout
hgCommand: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return ''
child = spawnSync('hg', params, { cwd: @rootPath })
if child.status != 0
if child.stderr
throw new Error(child.stderr.toString())
if child.stdout
throw new Error(child.stdout.toString())
throw new Error('Error trying to execute Mercurial binary with params \'' + params + '\'')
return child.stdout.toString()
hgCommandAsync: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return Promise.resolve('')
flatArgs = params.reduce (prev, next) ->
if next.indexOf? and next.indexOf(' ') != -1
next = "\"" + next + "\""
prev + " " + next
, ""
flatArgs = flatArgs.substring(1)
return new Promise (resolve, reject) =>
opts =
cwd: @rootPath
maxBuffer: 50 * 1024 * 1024
child = exec 'hg ' + flatArgs, opts, (err, stdout, stderr) ->
if err
reject err
if stderr?.length > 0
reject stderr
resolve stdout
handleHgError: (error) ->
logMessage = true
message = error.message
for suppressHgWarning in suppressHgWarnings
if message.indexOf(suppressHgWarning) > 0
logMessage = false
break
if logMessage
console.error('Mercurial', 'hg-utils', error)
# Returns on success the version from the hg binary. Otherwise null.
#
# Returns a {String} containing the hg-binary version
getHgVersion: () ->
try
version = @hgCommand(['--version', '--quiet'])
return version.trim()
catch error
@handleHgError(error)
return null
# Returns on success the current working copy revision. Otherwise null.
#
# Returns a {Promise} of a {String} with the current working copy revision
getHgWorkingCopyRevisionAsync: () =>
@hgCommandAsync(['id', '-i', @rootPath]).catch (error) =>
@handleHgError(error)
return null
getRecursiveIgnoreStatuses: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, "-i", "--rev", revision])
.then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
if (status is 'I') # || status is '?')
items.push(pathPart.replace('..', ''))
(path.join @rootPath, item for item in items)
.catch (error) =>
@handleHgError error
[]
getHgStatusAsync: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, '--rev', revision]).then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
items.push({
'path': path.join @rootPath, pathPart
'status': @mapHgStatus(status)
})
return items
.catch (error) =>
@handleHgError(error)
return null
# Returns on success the list of tags for this revision. Otherwise null.
#
# Returns a {Primise} of an {Array} of {String}s representing the status
getHgTagsAsync: () ->
@hgCommandAsync(['id', '-t', @rootPath]).then (tags) ->
tags = tags.trim()
return tags.split(' ').sort() if tags
.catch (error) =>
@handleHgError(error)
return null
# Returns on success a status bitmask. Otherwise null.
#
# * `hgPath` The path {String} for the status inquiry
#
# Returns a {Number} representing the status
getHgPathStatus: (hgPath) ->
return null unless hgPath
try
revision = @diffRevisionProvider()
files = @hgCommand(['status', hgPath, '--rev', revision])
catch error
@handleHgError(error)
return null
items = []
entries = files.split('\n')
if entries
path_status = 0
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if status?
path_status |= @mapHgStatus(status)
return path_status
else
return null
# Translates the status {String} from `hg status` command into a
# status {Number}.
#
# * `status` The status {String} from `hg status` command
#
# Returns a {Number} representing the status
mapHgStatus: (status) ->
return 0 unless status
statusBitmask = 0
# status workingdir
if status == 'M'
statusBitmask = statusWorkingDirModified
if status == '?'
statusBitmask = statusWorkingDirNew
if status == '!'
statusBitmask = statusWorkingDirDelete
if status == 'I'
statusBitmask = statusIgnored
if status == 'M'
statusBitmask = statusWorkingDirTypeChange
# status index
if status == 'A'
statusBitmask = statusIndexNew
if status == 'R'
statusBitmask = statusIndexDeleted
return statusBitmask
# This retrieves the contents of the hgpath from the diff revision on success.
# Otherwise null.
#
# * `hgPath` The path {String}
#
# Returns {Promise} of a {String} with the filecontent
getHgCatAsync: (hgPath) ->
revision = @diffRevisionProvider()
params = ['cat', hgPath, '--rev', revision]
return @hgCommandAsync(params).catch (error) =>
if /no such file in rev/.test(error)
return null
@handleHgError error
return null
# This checks to see if the current params indicate whether we are working
# with the current repository.
#
# * `params` The params that are going to be sent to the hg command {Array}
#
# Returns a {Boolean} indicating if the rootPath was found in the params
isCommandForRepo: (params) ->
rootPath = @rootPath
paths = params.filter (param) ->
normalizedPath = path.normalize((param || ''))
return normalizedPath.startsWith(rootPath)
return paths.length > 0
exports.isStatusModified = (status) ->
return (status & modifiedStatusFlags) > 0
exports.isStatusNew = (status) ->
return (status & newStatusFlags) > 0
exports.isStatusDeleted = (status) ->
return (status & deletedStatusFlags) > 0
exports.isStatusIgnored = (status) ->
return (status & statusIgnored) > 0
exports.isStatusStaged = (status) ->
return (status & statusWorkingDirNew) == 0
# creates and returns a new {Repository} object if hg-binary could be found
# and several infos from are successfully read. Otherwise null.
#
# * `repositoryPath` The path {String} to the repository root directory
#
# Returns a new {Repository} object
openRepository = (repositoryPath, diffRevisionProvider) ->
repository = new Repository(repositoryPath)
if repository.checkBinaryAvailable() and repository.exists()
repository.diffRevisionProvider = diffRevisionProvider
return repository
else
return null
exports.open = (repositoryPath, diffRevisionProvider) ->
return openRepository(repositoryPath, diffRevisionProvider)
# Verifies if given path is a symbolic link.
# Returns original path or null otherwise.
resolveSymlink = (repositoryPath) ->
lstat = fs.lstatSync(repositoryPath)
unless lstat.isSymbolicLink()
return null
return fs.realpathSync(repositoryPath)
exports.resolveSymlink = (repositoryPath) ->
return resolveSymlink(repositoryPath)
| true | fs = require 'fs'
path = require 'path'
util = require 'util'
urlParser = require 'url'
{spawnSync, exec} = require 'child_process'
diffLib = require 'jsdifflib'
###
Section: Constants used for file/buffer checking against changes
###
statusIndexNew = 1 << 0
statusIndexDeleted = 1 << 2
statusWorkingDirNew = 1 << 7
statusWorkingDirModified = 1 << 8
statusWorkingDirDelete = 1 << 9
statusWorkingDirTypeChange = 1 << 10
statusIgnored = 1 << 14
modifiedStatusFlags = statusWorkingDirModified | statusWorkingDirDelete |
statusWorkingDirTypeChange | statusIndexDeleted
newStatusFlags = statusWorkingDirNew | statusIndexNew
deletedStatusFlags = statusWorkingDirDelete | statusIndexDeleted
suppressHgWarnings = [
'W200005' # hg: warning: W200005: 'file' is not under version control
'E200009' # Could not cat all targets because some targets are not versioned
]
class Repository
username: null
password: PI:PASSWORD:<PASSWORD>END_PI
rootPath: null
isHgRepository: false
binaryAvailable: false
version: null
url: null
urlPath: null
revision: null
diffRevisionProvider: null
###
Section: Initialization and startup checks
###
constructor: (repoRootPath, diffRevisionProvider) ->
@rootPath = path.normalize(repoRootPath)
unless fs.existsSync(@rootPath)
return
lstat = fs.lstatSync(@rootPath)
unless lstat.isSymbolicLink()
return
@diffRevisionProvider = diffRevisionProvider
@rootPath = fs.realpathSync(@rootPath)
# Checks if there is a hg binary in the os searchpath and returns the
# binary version string.
#
# Returns a {boolean}
checkBinaryAvailable: () ->
@version = @getHgVersion()
if @version?
@binaryAvailable = true
else
@binaryAvailable = false
return @binaryAvailable
exists: () ->
return fs.existsSync(@rootPath + '/.hg')
# Parses info from `hg info` and `hgversion` command and checks if repo infos have changed
# since last check
#
# Returns a {Promise} of a {boolean} if repo infos have changed
checkRepositoryHasChangedAsync: () =>
return @getHgWorkingCopyRevisionAsync().then (revision) =>
if revision? and revision != @revision
@revision = revision
return true
return false
getShortHeadAsync: () =>
return new Promise (resolve) =>
branchFile = @rootPath + '/.hg/branch'
bookmarkFile = @rootPath + '/.hg/bookmarks.current'
prompt = 'default'
fs.readFile branchFile, 'utf8', (err, data) =>
prompt = data.trim() unless err
fs.readFile bookmarkFile, 'utf8', (err, data) =>
prompt += ':' + data.trim() unless err
@getHgTagsAsync().then (tags) ->
prompt += ':' + tags.join(',') if tags?.length
.then () -> # Finally
resolve prompt
###
Section: TreeView Path Mercurial status
###
# Parses `hg status`. Gets initially called by hg-repository.refreshStatus()
#
# Returns a {Promise} of an {Array} array keys are paths, values are change
# constants. Or null
getStatus: () ->
return @getHgStatusAsync()
# Parses `hg status`. Gets called by hg-repository.refreshStatus()
#
# Returns an {Array} Array keys are paths, values are change constants
getPathStatus: (hgPath) ->
status = @getHgPathStatus(hgPath)
return status
getPath: () ->
return @rootPath
isStatusModified: (status=0) ->
(status & modifiedStatusFlags) > 0
isPathModified: (path) ->
@isStatusModified(@getPathStatus(path))
isStatusNew: (status=0) ->
(status & newStatusFlags) > 0
isPathNew: (path) ->
@isStatusNew(@getPathStatus(path))
isStatusDeleted: (status=0) ->
(status & deletedStatusFlags) > 0
isPathDeleted: (path) ->
@isStatusDeleted(@getPathStatus(path))
isPathStaged: (path) ->
@isStatusStaged(@getPathStatus(path))
isStatusIgnored: (status=0) ->
(status & statusIgnored) > 0
isStatusStaged: (status=0) ->
(status & statusWorkingDirNew) == 0
###
Section: Editor Mercurial line diffs
###
# Public: Retrieves the number of lines added and removed to a path.
#
# This compares the working directory contents of the path to the `HEAD`
# version.
#
# * `path` The {String} path to check.
# * `lastRevFileContent` filecontent from latest hg revision.
#
# Returns an {Object} with the following keys:
# * `added` The {Number} of added lines.
# * `deleted` The {Number} of deleted lines.
getDiffStats: (path, lastRevFileContent) ->
diffStats = {
added: 0
deleted: 0
}
if (lastRevFileContent? && fs.existsSync(path))
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(fs.readFileSync(path).toString())
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
for opcode in opcodes
if opcode[0] == 'insert' || opcode[0] == 'replace'
diffStats.added += (opcode[2] - opcode[1]) + (opcode[4] - opcode[3])
if opcode[0] == 'delete'
diffStats.deleted += (opcode[2] - opcode[1]) - (opcode[4] - opcode[3])
return diffStats
# Public: Retrieves the line diffs comparing the `HEAD` version of the given
# path and the given text.
#
# * `lastRevFileContent` filecontent from latest hg revision.
# * `text` The {String} to compare against the `HEAD` contents
#
# Returns an {Array} of hunk {Object}s with the following keys:
# * `oldStart` The line {Number} of the old hunk.
# * `newStart` The line {Number} of the new hunk.
# * `oldLines` The {Number} of lines in the old hunk.
# * `newLines` The {Number} of lines in the new hunk
getLineDiffs: (lastRevFileContent, text, options) ->
hunks = []
if (lastRevFileContent?)
base = diffLib.stringAsLines(lastRevFileContent)
newtxt = diffLib.stringAsLines(text)
# create a SequenceMatcher instance that diffs the two sets of lines
sm = new diffLib.SequenceMatcher(base, newtxt)
# get the opcodes from the SequenceMatcher instance
# opcodes is a list of 3-tuples describing what changes should be made to the base text
# in order to yield the new text
opcodes = sm.get_opcodes()
actions = ['replace', 'insert', 'delete']
for opcode in opcodes
if actions.indexOf(opcode[0]) >= 0
hunk = {
oldStart: opcode[1] + 1
oldLines: opcode[2] - opcode[1]
newStart: opcode[3] + 1
newLines: opcode[4] - opcode[3]
}
if opcode[0] == 'delete'
hunk.newStart = hunk.newStart - 1
hunks.push(hunk)
return hunks
###
Section: Mercurial Command handling
###
# Spawns an hg command and returns stdout or throws an error if process
# exits with an exitcode unequal to zero.
#
# * `params` The {Array} for commandline arguments
#
# Returns a {String} of process stdout
hgCommand: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return ''
child = spawnSync('hg', params, { cwd: @rootPath })
if child.status != 0
if child.stderr
throw new Error(child.stderr.toString())
if child.stdout
throw new Error(child.stdout.toString())
throw new Error('Error trying to execute Mercurial binary with params \'' + params + '\'')
return child.stdout.toString()
hgCommandAsync: (params) ->
if !params
params = []
if !util.isArray(params)
params = [params]
if !@isCommandForRepo(params)
return Promise.resolve('')
flatArgs = params.reduce (prev, next) ->
if next.indexOf? and next.indexOf(' ') != -1
next = "\"" + next + "\""
prev + " " + next
, ""
flatArgs = flatArgs.substring(1)
return new Promise (resolve, reject) =>
opts =
cwd: @rootPath
maxBuffer: 50 * 1024 * 1024
child = exec 'hg ' + flatArgs, opts, (err, stdout, stderr) ->
if err
reject err
if stderr?.length > 0
reject stderr
resolve stdout
handleHgError: (error) ->
logMessage = true
message = error.message
for suppressHgWarning in suppressHgWarnings
if message.indexOf(suppressHgWarning) > 0
logMessage = false
break
if logMessage
console.error('Mercurial', 'hg-utils', error)
# Returns on success the version from the hg binary. Otherwise null.
#
# Returns a {String} containing the hg-binary version
getHgVersion: () ->
try
version = @hgCommand(['--version', '--quiet'])
return version.trim()
catch error
@handleHgError(error)
return null
# Returns on success the current working copy revision. Otherwise null.
#
# Returns a {Promise} of a {String} with the current working copy revision
getHgWorkingCopyRevisionAsync: () =>
@hgCommandAsync(['id', '-i', @rootPath]).catch (error) =>
@handleHgError(error)
return null
getRecursiveIgnoreStatuses: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, "-i", "--rev", revision])
.then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
if (status is 'I') # || status is '?')
items.push(pathPart.replace('..', ''))
(path.join @rootPath, item for item in items)
.catch (error) =>
@handleHgError error
[]
getHgStatusAsync: () ->
revision = @diffRevisionProvider()
@hgCommandAsync(['status', @rootPath, '--rev', revision]).then (files) =>
items = []
entries = files.split('\n')
if entries
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if pathPart? && status?
items.push({
'path': path.join @rootPath, pathPart
'status': @mapHgStatus(status)
})
return items
.catch (error) =>
@handleHgError(error)
return null
# Returns on success the list of tags for this revision. Otherwise null.
#
# Returns a {Primise} of an {Array} of {String}s representing the status
getHgTagsAsync: () ->
@hgCommandAsync(['id', '-t', @rootPath]).then (tags) ->
tags = tags.trim()
return tags.split(' ').sort() if tags
.catch (error) =>
@handleHgError(error)
return null
# Returns on success a status bitmask. Otherwise null.
#
# * `hgPath` The path {String} for the status inquiry
#
# Returns a {Number} representing the status
getHgPathStatus: (hgPath) ->
return null unless hgPath
try
revision = @diffRevisionProvider()
files = @hgCommand(['status', hgPath, '--rev', revision])
catch error
@handleHgError(error)
return null
items = []
entries = files.split('\n')
if entries
path_status = 0
for entry in entries
parts = entry.split(' ')
status = parts[0]
pathPart = parts[1]
if status?
path_status |= @mapHgStatus(status)
return path_status
else
return null
# Translates the status {String} from `hg status` command into a
# status {Number}.
#
# * `status` The status {String} from `hg status` command
#
# Returns a {Number} representing the status
mapHgStatus: (status) ->
return 0 unless status
statusBitmask = 0
# status workingdir
if status == 'M'
statusBitmask = statusWorkingDirModified
if status == '?'
statusBitmask = statusWorkingDirNew
if status == '!'
statusBitmask = statusWorkingDirDelete
if status == 'I'
statusBitmask = statusIgnored
if status == 'M'
statusBitmask = statusWorkingDirTypeChange
# status index
if status == 'A'
statusBitmask = statusIndexNew
if status == 'R'
statusBitmask = statusIndexDeleted
return statusBitmask
# This retrieves the contents of the hgpath from the diff revision on success.
# Otherwise null.
#
# * `hgPath` The path {String}
#
# Returns {Promise} of a {String} with the filecontent
getHgCatAsync: (hgPath) ->
revision = @diffRevisionProvider()
params = ['cat', hgPath, '--rev', revision]
return @hgCommandAsync(params).catch (error) =>
if /no such file in rev/.test(error)
return null
@handleHgError error
return null
# This checks to see if the current params indicate whether we are working
# with the current repository.
#
# * `params` The params that are going to be sent to the hg command {Array}
#
# Returns a {Boolean} indicating if the rootPath was found in the params
isCommandForRepo: (params) ->
rootPath = @rootPath
paths = params.filter (param) ->
normalizedPath = path.normalize((param || ''))
return normalizedPath.startsWith(rootPath)
return paths.length > 0
exports.isStatusModified = (status) ->
return (status & modifiedStatusFlags) > 0
exports.isStatusNew = (status) ->
return (status & newStatusFlags) > 0
exports.isStatusDeleted = (status) ->
return (status & deletedStatusFlags) > 0
exports.isStatusIgnored = (status) ->
return (status & statusIgnored) > 0
exports.isStatusStaged = (status) ->
return (status & statusWorkingDirNew) == 0
# creates and returns a new {Repository} object if hg-binary could be found
# and several infos from are successfully read. Otherwise null.
#
# * `repositoryPath` The path {String} to the repository root directory
#
# Returns a new {Repository} object
openRepository = (repositoryPath, diffRevisionProvider) ->
repository = new Repository(repositoryPath)
if repository.checkBinaryAvailable() and repository.exists()
repository.diffRevisionProvider = diffRevisionProvider
return repository
else
return null
exports.open = (repositoryPath, diffRevisionProvider) ->
return openRepository(repositoryPath, diffRevisionProvider)
# Verifies if given path is a symbolic link.
# Returns original path or null otherwise.
resolveSymlink = (repositoryPath) ->
lstat = fs.lstatSync(repositoryPath)
unless lstat.isSymbolicLink()
return null
return fs.realpathSync(repositoryPath)
exports.resolveSymlink = (repositoryPath) ->
return resolveSymlink(repositoryPath)
|
[
{
"context": "ptions', 4, ->\n product1 = new @Product(name: \"testA\", cost: 20)\n product2 = new @Product(name: \"te",
"end": 605,
"score": 0.9799554347991943,
"start": 600,
"tag": "NAME",
"value": "testA"
},
{
"context": "tA\", cost: 20)\n product2 = new @Product(name: \"testB\", cost: 10)\n @adapter.perform 'create', produc",
"end": 658,
"score": 0.9840103387832642,
"start": 653,
"tag": "NAME",
"value": "testB"
},
{
"context": " deepEqual readProducts[0].get('name'), \"testB\"\n @adapter.perform 'readAll', product1.c",
"end": 1083,
"score": 0.607305109500885,
"start": 1078,
"tag": "NAME",
"value": "testB"
},
{
"context": " deepEqual readProducts[0].get('name'), \"testA\"\n QUnit.start()\n",
"end": 1315,
"score": 0.5909738540649414,
"start": 1310,
"tag": "NAME",
"value": "testA"
}
] | tests/batman/storage_adapter/local_storage_test.coffee | amco/batman | 0 | if typeof require isnt 'undefined'
{sharedStorageTestSuite} = require('./storage_adapter_helper')
else
{sharedStorageTestSuite} = window
if typeof window.localStorage isnt 'undefined'
QUnit.module "Batman.LocalStorage",
setup: ->
window.localStorage.clear()
class @Product extends Batman.Model
@encode 'name', 'cost'
@adapter = new Batman.LocalStorage(@Product)
@Product.persist @adapter
sharedStorageTestSuite({})
asyncTest 'reading many from storage: should callback with only records matching the options', 4, ->
product1 = new @Product(name: "testA", cost: 20)
product2 = new @Product(name: "testB", cost: 10)
@adapter.perform 'create', product1, {}, (err, createdRecord1) =>
throw err if err
@adapter.perform 'create', product2, {}, (err, createdRecord2) =>
throw err if err
@adapter.perform 'readAll', product1.constructor, {data: {cost: 10}}, (err, readProducts) =>
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "testB"
@adapter.perform 'readAll', product1.constructor, {data: {cost: 20}}, (err, readProducts) ->
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "testA"
QUnit.start()
| 66095 | if typeof require isnt 'undefined'
{sharedStorageTestSuite} = require('./storage_adapter_helper')
else
{sharedStorageTestSuite} = window
if typeof window.localStorage isnt 'undefined'
QUnit.module "Batman.LocalStorage",
setup: ->
window.localStorage.clear()
class @Product extends Batman.Model
@encode 'name', 'cost'
@adapter = new Batman.LocalStorage(@Product)
@Product.persist @adapter
sharedStorageTestSuite({})
asyncTest 'reading many from storage: should callback with only records matching the options', 4, ->
product1 = new @Product(name: "<NAME>", cost: 20)
product2 = new @Product(name: "<NAME>", cost: 10)
@adapter.perform 'create', product1, {}, (err, createdRecord1) =>
throw err if err
@adapter.perform 'create', product2, {}, (err, createdRecord2) =>
throw err if err
@adapter.perform 'readAll', product1.constructor, {data: {cost: 10}}, (err, readProducts) =>
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "<NAME>"
@adapter.perform 'readAll', product1.constructor, {data: {cost: 20}}, (err, readProducts) ->
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "<NAME>"
QUnit.start()
| true | if typeof require isnt 'undefined'
{sharedStorageTestSuite} = require('./storage_adapter_helper')
else
{sharedStorageTestSuite} = window
if typeof window.localStorage isnt 'undefined'
QUnit.module "Batman.LocalStorage",
setup: ->
window.localStorage.clear()
class @Product extends Batman.Model
@encode 'name', 'cost'
@adapter = new Batman.LocalStorage(@Product)
@Product.persist @adapter
sharedStorageTestSuite({})
asyncTest 'reading many from storage: should callback with only records matching the options', 4, ->
product1 = new @Product(name: "PI:NAME:<NAME>END_PI", cost: 20)
product2 = new @Product(name: "PI:NAME:<NAME>END_PI", cost: 10)
@adapter.perform 'create', product1, {}, (err, createdRecord1) =>
throw err if err
@adapter.perform 'create', product2, {}, (err, createdRecord2) =>
throw err if err
@adapter.perform 'readAll', product1.constructor, {data: {cost: 10}}, (err, readProducts) =>
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "PI:NAME:<NAME>END_PI"
@adapter.perform 'readAll', product1.constructor, {data: {cost: 20}}, (err, readProducts) ->
throw err if err
equal readProducts.length, 1
deepEqual readProducts[0].get('name'), "PI:NAME:<NAME>END_PI"
QUnit.start()
|
[
{
"context": "eys(env.languages).forEach (lang) =>\n key = \"language#{lang.toUpperCase()}\"\n val = @langIsSet(lang)\n @set(key, val)",
"end": 161,
"score": 0.990720272064209,
"start": 131,
"tag": "KEY",
"value": "language#{lang.toUpperCase()}\""
},
{
"context": "eys(env.languages).forEach (lang) =>\n key = \"language#{lang.toUpperCase()}\"\n newLangs.push(lang) if @get(key)\n\n newVa",
"end": 458,
"score": 0.98497074842453,
"start": 428,
"tag": "KEY",
"value": "language#{lang.toUpperCase()}\""
},
{
"context": "eys(env.languages).forEach (lang) =>\n key = \"language#{lang.toUpperCase()}\"\n @addObserver(key, -> Ember.run.scheduleOnce",
"end": 730,
"score": 0.993918240070343,
"start": 700,
"tag": "KEY",
"value": "language#{lang.toUpperCase()}\""
}
] | app/assets/javascripts/mixins/language_settings.js.coffee | fwoeck/voice-rails | 1 | Voice.LanguageSettings = Ember.Mixin.create({
splitLanguages: ( ->
Ember.keys(env.languages).forEach (lang) =>
key = "language#{lang.toUpperCase()}"
val = @langIsSet(lang)
@set(key, val) if @get(key) != val
).observes('languages.[]')
langIsSet: (lang) ->
@get('languages').indexOf(lang) > -1
joinLanguages: ->
newLangs = []
Ember.keys(env.languages).forEach (lang) =>
key = "language#{lang.toUpperCase()}"
newLangs.push(lang) if @get(key)
newVal = newLangs.sort()
@set('languages', newVal) if Ember.compare(newVal, @get 'languages')
observeLanguages: ->
self = @
Ember.keys(env.languages).forEach (lang) =>
key = "language#{lang.toUpperCase()}"
@addObserver(key, -> Ember.run.scheduleOnce 'actions', self, self.joinLanguages)
})
| 142024 | Voice.LanguageSettings = Ember.Mixin.create({
splitLanguages: ( ->
Ember.keys(env.languages).forEach (lang) =>
key = "<KEY>
val = @langIsSet(lang)
@set(key, val) if @get(key) != val
).observes('languages.[]')
langIsSet: (lang) ->
@get('languages').indexOf(lang) > -1
joinLanguages: ->
newLangs = []
Ember.keys(env.languages).forEach (lang) =>
key = "<KEY>
newLangs.push(lang) if @get(key)
newVal = newLangs.sort()
@set('languages', newVal) if Ember.compare(newVal, @get 'languages')
observeLanguages: ->
self = @
Ember.keys(env.languages).forEach (lang) =>
key = "<KEY>
@addObserver(key, -> Ember.run.scheduleOnce 'actions', self, self.joinLanguages)
})
| true | Voice.LanguageSettings = Ember.Mixin.create({
splitLanguages: ( ->
Ember.keys(env.languages).forEach (lang) =>
key = "PI:KEY:<KEY>END_PI
val = @langIsSet(lang)
@set(key, val) if @get(key) != val
).observes('languages.[]')
langIsSet: (lang) ->
@get('languages').indexOf(lang) > -1
joinLanguages: ->
newLangs = []
Ember.keys(env.languages).forEach (lang) =>
key = "PI:KEY:<KEY>END_PI
newLangs.push(lang) if @get(key)
newVal = newLangs.sort()
@set('languages', newVal) if Ember.compare(newVal, @get 'languages')
observeLanguages: ->
self = @
Ember.keys(env.languages).forEach (lang) =>
key = "PI:KEY:<KEY>END_PI
@addObserver(key, -> Ember.run.scheduleOnce 'actions', self, self.joinLanguages)
})
|
[
{
"context": "# WiFi SSID Widget\n#\n# Joe Kelley\n#\n# This widget displays the current connected Wi",
"end": 33,
"score": 0.9998694658279419,
"start": 23,
"tag": "NAME",
"value": "Joe Kelley"
}
] | wifi-network.coffee | Johngeorgesample/dhyanabar | 2 | # WiFi SSID Widget
#
# Joe Kelley
#
# This widget displays the current connected WiFi network name. It can be helpful if you are in an environment where multiple networks are available.
# It uses the built-in OS X airport framework to get and display the SSID name (up to 20 characters in length)
command: "/System/Library/PrivateFrameworks/Apple80211.framework/Versions/Current/Resources/airport -I | grep ' SSID' | cut -c 18-38"
refreshFrequency: 10000
# Adjust the style settings to suit. I've set the position to be just below the WiFi icon in my menu bar.
style: """
-webkit-font-smoothing: antialiased
color: #eee8d5
font: 11px Menlo
right: 410px
top: 14px
span
color: #aaa
"""
render: (output) ->
"wifi <span>#{output}</span>" | 90985 | # WiFi SSID Widget
#
# <NAME>
#
# This widget displays the current connected WiFi network name. It can be helpful if you are in an environment where multiple networks are available.
# It uses the built-in OS X airport framework to get and display the SSID name (up to 20 characters in length)
command: "/System/Library/PrivateFrameworks/Apple80211.framework/Versions/Current/Resources/airport -I | grep ' SSID' | cut -c 18-38"
refreshFrequency: 10000
# Adjust the style settings to suit. I've set the position to be just below the WiFi icon in my menu bar.
style: """
-webkit-font-smoothing: antialiased
color: #eee8d5
font: 11px Menlo
right: 410px
top: 14px
span
color: #aaa
"""
render: (output) ->
"wifi <span>#{output}</span>" | true | # WiFi SSID Widget
#
# PI:NAME:<NAME>END_PI
#
# This widget displays the current connected WiFi network name. It can be helpful if you are in an environment where multiple networks are available.
# It uses the built-in OS X airport framework to get and display the SSID name (up to 20 characters in length)
command: "/System/Library/PrivateFrameworks/Apple80211.framework/Versions/Current/Resources/airport -I | grep ' SSID' | cut -c 18-38"
refreshFrequency: 10000
# Adjust the style settings to suit. I've set the position to be just below the WiFi icon in my menu bar.
style: """
-webkit-font-smoothing: antialiased
color: #eee8d5
font: 11px Menlo
right: 410px
top: 14px
span
color: #aaa
"""
render: (output) ->
"wifi <span>#{output}</span>" |
[
{
"context": "'/shops').\n send({name: 'Shop name', email: 'myshop@email.com', password: '123456'}).\n end (err, res) ->\n ",
"end": 451,
"score": 0.9999238848686218,
"start": 435,
"tag": "EMAIL",
"value": "myshop@email.com"
},
{
"context": "Shop name', email: 'myshop@email.com', password: '123456'}).\n end (err, res) ->\n shopIdentifie",
"end": 471,
"score": 0.9993111491203308,
"start": 465,
"tag": "PASSWORD",
"value": "123456"
},
{
"context": "\n get(apiPreffix + '/shops/emailexists?email=myshop@email.com').\n end (err, res) ->\n res.should.hav",
"end": 871,
"score": 0.9999160170555115,
"start": 855,
"tag": "EMAIL",
"value": "myshop@email.com"
},
{
"context": "\n get(apiPreffix + '/shops/emailexists?email=mynonexistantshop@email.com').\n end (err, res) ->\n res.should.hav",
"end": 1116,
"score": 0.9999197721481323,
"start": 1089,
"tag": "EMAIL",
"value": "mynonexistantshop@email.com"
},
{
"context": "apiPreffix + '/shops/login').\n send({email: 'myshop@email.com', password: '123456'}).\n end (err, res) ->\n ",
"end": 1663,
"score": 0.9999237656593323,
"start": 1647,
"tag": "EMAIL",
"value": "myshop@email.com"
},
{
"context": " send({email: 'myshop@email.com', password: '123456'}).\n end (err, res) ->\n res.should.ha",
"end": 1683,
"score": 0.9993013739585876,
"start": 1677,
"tag": "PASSWORD",
"value": "123456"
},
{
"context": " = new Shop\n name: 'new shop',\n email: 'mail@gertuproject.info',\n password: '123456'\n\n newShop.save()\n\n ",
"end": 1886,
"score": 0.9999312162399292,
"start": 1864,
"tag": "EMAIL",
"value": "mail@gertuproject.info"
},
{
"context": "email: 'mail@gertuproject.info',\n password: '123456'\n\n newShop.save()\n\n server.\n get('/adm",
"end": 1912,
"score": 0.9993472099304199,
"start": 1906,
"tag": "PASSWORD",
"value": "123456"
},
{
"context": "apiPreffix + '/shops/login').\n send({email: 'mynonexistantshop@email.com', password: '123456789'}).\n end (err, res) -",
"end": 2331,
"score": 0.9999165534973145,
"start": 2304,
"tag": "EMAIL",
"value": "mynonexistantshop@email.com"
},
{
"context": "{email: 'mynonexistantshop@email.com', password: '123456789'}).\n end (err, res) ->\n res.should.ha",
"end": 2354,
"score": 0.9993073344230652,
"start": 2345,
"tag": "PASSWORD",
"value": "123456789"
},
{
"context": "'/shops').\n send({name: 'Shop name', email: 'mail@gertuproject.info', password: '123456'}).\n end (err, res) ->\n ",
"end": 3100,
"score": 0.9999315738677979,
"start": 3078,
"tag": "EMAIL",
"value": "mail@gertuproject.info"
},
{
"context": "ame', email: 'mail@gertuproject.info', password: '123456'}).\n end (err, res) ->\n res.should.ha",
"end": 3120,
"score": 0.9993741512298584,
"start": 3114,
"tag": "PASSWORD",
"value": "123456"
}
] | test/shop/api.coffee | gertu/gertu | 1 | should = require "should"
app = require "../../server"
mongoose = require "mongoose"
request = require "supertest"
Shop = mongoose.model "Shop"
server = request.agent(app)
apiPreffix = '/api/v1'
describe "General shop testing", ->
after (done) ->
Shop.remove().exec()
done()
it "should signup a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: 'myshop@email.com', password: '123456'}).
end (err, res) ->
shopIdentifier = res._id
res.should.have.status 200
done()
it "should find just one shop in database", (done) ->
Shop.find {}, (error, shops) ->
shops.should.have.length 1
done()
it "should mark an existant email for a shop as existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=myshop@email.com').
end (err, res) ->
res.should.have.status 200
done()
it "should mark a non existant email for a shop as non existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=mynonexistantshop@email.com').
end (err, res) ->
res.should.have.status 200
res.text.should.include 'False'
done()
it "should return error on verifying email existance when no email is passed", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=').
end (err, res) ->
res.should.have.status 422
done()
it "should not be able to grant access to the newly created shop because it is not confirmed", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: 'myshop@email.com', password: '123456'}).
end (err, res) ->
res.should.have.status 403
done()
it "should confirm a shop", (done) ->
newShop = new Shop
name: 'new shop',
email: 'mail@gertuproject.info',
password: '123456'
newShop.save()
server.
get('/admin/confirmaccount/' + newShop._id).
end (err, res) ->
nextUrl = res.header.location
res.should.have.status 302
nextUrl.should.include '/admin/profile?confirmed'
done()
it "should not let a non-existant shop to login", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: 'mynonexistantshop@email.com', password: '123456789'}).
end (err, res) ->
res.should.have.status 403
done()
it "should not signup a new shop if provided data is invalid", (done) ->
server.
post(apiPreffix + '/shops').
send({name: '', email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should notify incorrect data when login with incomplete data", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should send an email when signing up a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: 'mail@gertuproject.info', password: '123456'}).
end (err, res) ->
res.should.have.status 200
done()
after (done) ->
Shop.remove().exec()
done()
| 145865 | should = require "should"
app = require "../../server"
mongoose = require "mongoose"
request = require "supertest"
Shop = mongoose.model "Shop"
server = request.agent(app)
apiPreffix = '/api/v1'
describe "General shop testing", ->
after (done) ->
Shop.remove().exec()
done()
it "should signup a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: '<EMAIL>', password: '<PASSWORD>'}).
end (err, res) ->
shopIdentifier = res._id
res.should.have.status 200
done()
it "should find just one shop in database", (done) ->
Shop.find {}, (error, shops) ->
shops.should.have.length 1
done()
it "should mark an existant email for a shop as existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=<EMAIL>').
end (err, res) ->
res.should.have.status 200
done()
it "should mark a non existant email for a shop as non existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=<EMAIL>').
end (err, res) ->
res.should.have.status 200
res.text.should.include 'False'
done()
it "should return error on verifying email existance when no email is passed", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=').
end (err, res) ->
res.should.have.status 422
done()
it "should not be able to grant access to the newly created shop because it is not confirmed", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: '<EMAIL>', password: '<PASSWORD>'}).
end (err, res) ->
res.should.have.status 403
done()
it "should confirm a shop", (done) ->
newShop = new Shop
name: 'new shop',
email: '<EMAIL>',
password: '<PASSWORD>'
newShop.save()
server.
get('/admin/confirmaccount/' + newShop._id).
end (err, res) ->
nextUrl = res.header.location
res.should.have.status 302
nextUrl.should.include '/admin/profile?confirmed'
done()
it "should not let a non-existant shop to login", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: '<EMAIL>', password: '<PASSWORD>'}).
end (err, res) ->
res.should.have.status 403
done()
it "should not signup a new shop if provided data is invalid", (done) ->
server.
post(apiPreffix + '/shops').
send({name: '', email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should notify incorrect data when login with incomplete data", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should send an email when signing up a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: '<EMAIL>', password: '<PASSWORD>'}).
end (err, res) ->
res.should.have.status 200
done()
after (done) ->
Shop.remove().exec()
done()
| true | should = require "should"
app = require "../../server"
mongoose = require "mongoose"
request = require "supertest"
Shop = mongoose.model "Shop"
server = request.agent(app)
apiPreffix = '/api/v1'
describe "General shop testing", ->
after (done) ->
Shop.remove().exec()
done()
it "should signup a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: 'PI:EMAIL:<EMAIL>END_PI', password: 'PI:PASSWORD:<PASSWORD>END_PI'}).
end (err, res) ->
shopIdentifier = res._id
res.should.have.status 200
done()
it "should find just one shop in database", (done) ->
Shop.find {}, (error, shops) ->
shops.should.have.length 1
done()
it "should mark an existant email for a shop as existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=PI:EMAIL:<EMAIL>END_PI').
end (err, res) ->
res.should.have.status 200
done()
it "should mark a non existant email for a shop as non existant", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=PI:EMAIL:<EMAIL>END_PI').
end (err, res) ->
res.should.have.status 200
res.text.should.include 'False'
done()
it "should return error on verifying email existance when no email is passed", (done) ->
server.
get(apiPreffix + '/shops/emailexists?email=').
end (err, res) ->
res.should.have.status 422
done()
it "should not be able to grant access to the newly created shop because it is not confirmed", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: 'PI:EMAIL:<EMAIL>END_PI', password: 'PI:PASSWORD:<PASSWORD>END_PI'}).
end (err, res) ->
res.should.have.status 403
done()
it "should confirm a shop", (done) ->
newShop = new Shop
name: 'new shop',
email: 'PI:EMAIL:<EMAIL>END_PI',
password: 'PI:PASSWORD:<PASSWORD>END_PI'
newShop.save()
server.
get('/admin/confirmaccount/' + newShop._id).
end (err, res) ->
nextUrl = res.header.location
res.should.have.status 302
nextUrl.should.include '/admin/profile?confirmed'
done()
it "should not let a non-existant shop to login", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: 'PI:EMAIL:<EMAIL>END_PI', password: 'PI:PASSWORD:<PASSWORD>END_PI'}).
end (err, res) ->
res.should.have.status 403
done()
it "should not signup a new shop if provided data is invalid", (done) ->
server.
post(apiPreffix + '/shops').
send({name: '', email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should notify incorrect data when login with incomplete data", (done) ->
server.
post(apiPreffix + '/shops/login').
send({email: '', password: ''}).
end (err, res) ->
res.should.have.status 422
done()
it "should send an email when signing up a new shop", (done) ->
server.
post(apiPreffix + '/shops').
send({name: 'Shop name', email: 'PI:EMAIL:<EMAIL>END_PI', password: 'PI:PASSWORD:<PASSWORD>END_PI'}).
end (err, res) ->
res.should.have.status 200
done()
after (done) ->
Shop.remove().exec()
done()
|
[
{
"context": "\"|NACHOS\"+\n \"|NOM|NOMS\"+\n \"|POUNCE\" +\n \"|RICK ROLL WIT\" +\n \"|ROUND|ROYGEEBIF2|STRAIGHT\"+\n \"|SHOUT\"",
"end": 3100,
"score": 0.8411104083061218,
"start": 3087,
"tag": "NAME",
"value": "RICK ROLL WIT"
}
] | grammars/lulzcode.cson | ANDnXOR/atom-lulzcode | 1 | fileTypes: [
"lulz"
]
name: "Lolcode"
patterns: [
{
captures:
"1":
name: "storage.type.function.lol"
"2":
name: "entity.name.function.lol"
"3":
name: "punctuation.definition.parameters.begin.lol"
"4":
name: "variable.parameter.function.lol"
"6":
name: "punctuation.definition.parameters.begin.lol"
"7":
name: "variable.parameter.function.lol"
comment: "match stuff like: HOW DUZ I <function name> [YR <argument1> [AN YR <argument2> ...]]"
match: "(HOW IZ I)\\s([a-zA-Z][\\w]*)\\s(YR)\\s(\\w*)(\\s(AN YR)\\s(\\w*))*"
name: "meta.function.lol"
}
{
comment: "closing a function"
match: "(IF U SAY SO|HOW IZ I)"
name: "storage.type.function.lol"
}
{
match: "\\b(HAI|KTHXBYE|I HAS A|HAS A|ITZ A|ITZ|R|IM IN YR|IM OUTTA YR|TIL|WILE|PLZ|AWSUM THX|O RLY?|YA RLY|NO WAI|MEBBE|OIC|WTF?|OMG|OMGWTF|FOUND YR|GTFO|AN YR|BOTH SAEM|SRS|YR)\\b"
name: "keyword.control.lol"
}
{
match: "\\b(ITZ)\\b"
name: "keyword.operator.assignment.lol"
}
{
match: "\\b(BOTH SAEM|AN|DIFFRINT)\\b"
name: "keyword.operator.comparison.lol"
}
{
match: "\\b(SUM OF|DIFF OF|PRODUKT OF|QUOSHUNT OF|MOD OF|BIGGR OF|SMALLR OF|IN MAH)\\b"
name: "keyword.operator.arithmetic.lol"
}
{
match: "\\b(BOTH OF|EITHER OF|WON OF|NOT|ALL OF|ANY OF)\\b"
name: "keyword.operator.logical.lol"
}
{
match: "\\b(UPPIN|NERFIN)\\b"
name: "keyword.operator.increment-decrement.lol"
}
{
match: "\\b(WIN)\\b"
name: "constant.language.boolean.true.lol"
}
{
match: "\\b(FAIL)\\b"
name: "constant.language.boolean.false.lol"
}
{
match: "\\b(YARN|NUMBR|NUMBAR|TROOF|BUKKIT|NOOB|LETR)\\b"
name: "storage.type.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|RTFM)\\b"
name: "keyword.control.catch-exception.lol"
}
{
begin: "\""
end: "\""
name: "string.quoted.double.lol"
patterns: [
{
match: "\\\\\\\\."
name: "constant.character.escape.lol"
}
]
}
{
captures:
"1":
name: "punctuation.definition.comment.lol"
match: "(BTW).*$\\n?"
name: "comment.line.btw.lol"
}
{
begin: "\\b(OBTW)\\b"
captures:
"0":
name: "punctuation.definition.comment.lol"
end: "(TLDR)\\n?"
name: "comment.block.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|KTHX|DO NOT WANT)\\b"
name: "keyword.control.catch-exception.lol"
}
{
match: "\\b(VISIBLE|BYES|DIAF|GIMMEH|SMOOSH|MKAY|CAN HAS|I IZ"+
"|BLINK|BLINKIES|LOLOL|WINK"+
"|MAEK"+
"|FREND"+
"|ALL|BOX|CATINABOX"+
"|CATINAROUND"+
"|CRAYON"+
"|CRAZY GO NUTS"+
"|CUT|GNAW"+
"|DAB"+
"|DOT"+
"|HOLLABACK"+
"|HSSSVEE2|HSSSVEE2BLINKY"+
"|HOW BIG|HOW SPREAD|HOW WIDE|HOW TALL"+
"|HOW MANY IN"+
"|INSIDEZ"+
"|KATNIP"+
"|BAD KITTEH|KITTEH"+
"|KOUNT"+
"|L33T|CHEEZBURGER"+
"|LOLOLOL"+
"|MAH|LAZER|MEOW|PAWS"+
"|MEMBER|OHIMEMBER" +
"|MEOWMIX"+
"|NACHOS"+
"|NOM|NOMS"+
"|POUNCE" +
"|RICK ROLL WIT" +
"|ROUND|ROYGEEBIF2|STRAIGHT"+
"|SHOUT"+
"|SYSTUM"+
"|TEH" +
"|TROLL" +
"|WHATSUP|WHATSDOWN|ISLEFF|ISRIGHT|WATTA|WATTB|ISGO" +
"|WHO DIS|SAY WUT"+
"|YO"+
")\\b"
name: "support.function.lol"
}
{
match: "\\b(IT)\\b"
name: "variable.language.lol"
}
{
match: "\\b(BLUEISH"+
"|DARK"+
"|DARKISH"+
"|GREENISH"+
"|YELLOWISH"+
"|REDISH"+
"|LIGHT"+
"|HACKER_RED|HACKER_GREEN|HACKER_BLUE|HACKER_GRAY)\\b"
name: "constant.language.color"
}
{
match: "\\b(HOW WIDE"+
"|HOW TALL"+
"|BADGEZ?"+
"|OUTWAYZ|SIDEWAYZ|UPWAYZ|TILTZ"+
"|TIX"+
"|WHOAMI?"+
"|VERSHUN"+
")\\b"
name: "constant.language.value"
}
]
scopeName: "source.lol"
| 110901 | fileTypes: [
"lulz"
]
name: "Lolcode"
patterns: [
{
captures:
"1":
name: "storage.type.function.lol"
"2":
name: "entity.name.function.lol"
"3":
name: "punctuation.definition.parameters.begin.lol"
"4":
name: "variable.parameter.function.lol"
"6":
name: "punctuation.definition.parameters.begin.lol"
"7":
name: "variable.parameter.function.lol"
comment: "match stuff like: HOW DUZ I <function name> [YR <argument1> [AN YR <argument2> ...]]"
match: "(HOW IZ I)\\s([a-zA-Z][\\w]*)\\s(YR)\\s(\\w*)(\\s(AN YR)\\s(\\w*))*"
name: "meta.function.lol"
}
{
comment: "closing a function"
match: "(IF U SAY SO|HOW IZ I)"
name: "storage.type.function.lol"
}
{
match: "\\b(HAI|KTHXBYE|I HAS A|HAS A|ITZ A|ITZ|R|IM IN YR|IM OUTTA YR|TIL|WILE|PLZ|AWSUM THX|O RLY?|YA RLY|NO WAI|MEBBE|OIC|WTF?|OMG|OMGWTF|FOUND YR|GTFO|AN YR|BOTH SAEM|SRS|YR)\\b"
name: "keyword.control.lol"
}
{
match: "\\b(ITZ)\\b"
name: "keyword.operator.assignment.lol"
}
{
match: "\\b(BOTH SAEM|AN|DIFFRINT)\\b"
name: "keyword.operator.comparison.lol"
}
{
match: "\\b(SUM OF|DIFF OF|PRODUKT OF|QUOSHUNT OF|MOD OF|BIGGR OF|SMALLR OF|IN MAH)\\b"
name: "keyword.operator.arithmetic.lol"
}
{
match: "\\b(BOTH OF|EITHER OF|WON OF|NOT|ALL OF|ANY OF)\\b"
name: "keyword.operator.logical.lol"
}
{
match: "\\b(UPPIN|NERFIN)\\b"
name: "keyword.operator.increment-decrement.lol"
}
{
match: "\\b(WIN)\\b"
name: "constant.language.boolean.true.lol"
}
{
match: "\\b(FAIL)\\b"
name: "constant.language.boolean.false.lol"
}
{
match: "\\b(YARN|NUMBR|NUMBAR|TROOF|BUKKIT|NOOB|LETR)\\b"
name: "storage.type.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|RTFM)\\b"
name: "keyword.control.catch-exception.lol"
}
{
begin: "\""
end: "\""
name: "string.quoted.double.lol"
patterns: [
{
match: "\\\\\\\\."
name: "constant.character.escape.lol"
}
]
}
{
captures:
"1":
name: "punctuation.definition.comment.lol"
match: "(BTW).*$\\n?"
name: "comment.line.btw.lol"
}
{
begin: "\\b(OBTW)\\b"
captures:
"0":
name: "punctuation.definition.comment.lol"
end: "(TLDR)\\n?"
name: "comment.block.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|KTHX|DO NOT WANT)\\b"
name: "keyword.control.catch-exception.lol"
}
{
match: "\\b(VISIBLE|BYES|DIAF|GIMMEH|SMOOSH|MKAY|CAN HAS|I IZ"+
"|BLINK|BLINKIES|LOLOL|WINK"+
"|MAEK"+
"|FREND"+
"|ALL|BOX|CATINABOX"+
"|CATINAROUND"+
"|CRAYON"+
"|CRAZY GO NUTS"+
"|CUT|GNAW"+
"|DAB"+
"|DOT"+
"|HOLLABACK"+
"|HSSSVEE2|HSSSVEE2BLINKY"+
"|HOW BIG|HOW SPREAD|HOW WIDE|HOW TALL"+
"|HOW MANY IN"+
"|INSIDEZ"+
"|KATNIP"+
"|BAD KITTEH|KITTEH"+
"|KOUNT"+
"|L33T|CHEEZBURGER"+
"|LOLOLOL"+
"|MAH|LAZER|MEOW|PAWS"+
"|MEMBER|OHIMEMBER" +
"|MEOWMIX"+
"|NACHOS"+
"|NOM|NOMS"+
"|POUNCE" +
"|<NAME>" +
"|ROUND|ROYGEEBIF2|STRAIGHT"+
"|SHOUT"+
"|SYSTUM"+
"|TEH" +
"|TROLL" +
"|WHATSUP|WHATSDOWN|ISLEFF|ISRIGHT|WATTA|WATTB|ISGO" +
"|WHO DIS|SAY WUT"+
"|YO"+
")\\b"
name: "support.function.lol"
}
{
match: "\\b(IT)\\b"
name: "variable.language.lol"
}
{
match: "\\b(BLUEISH"+
"|DARK"+
"|DARKISH"+
"|GREENISH"+
"|YELLOWISH"+
"|REDISH"+
"|LIGHT"+
"|HACKER_RED|HACKER_GREEN|HACKER_BLUE|HACKER_GRAY)\\b"
name: "constant.language.color"
}
{
match: "\\b(HOW WIDE"+
"|HOW TALL"+
"|BADGEZ?"+
"|OUTWAYZ|SIDEWAYZ|UPWAYZ|TILTZ"+
"|TIX"+
"|WHOAMI?"+
"|VERSHUN"+
")\\b"
name: "constant.language.value"
}
]
scopeName: "source.lol"
| true | fileTypes: [
"lulz"
]
name: "Lolcode"
patterns: [
{
captures:
"1":
name: "storage.type.function.lol"
"2":
name: "entity.name.function.lol"
"3":
name: "punctuation.definition.parameters.begin.lol"
"4":
name: "variable.parameter.function.lol"
"6":
name: "punctuation.definition.parameters.begin.lol"
"7":
name: "variable.parameter.function.lol"
comment: "match stuff like: HOW DUZ I <function name> [YR <argument1> [AN YR <argument2> ...]]"
match: "(HOW IZ I)\\s([a-zA-Z][\\w]*)\\s(YR)\\s(\\w*)(\\s(AN YR)\\s(\\w*))*"
name: "meta.function.lol"
}
{
comment: "closing a function"
match: "(IF U SAY SO|HOW IZ I)"
name: "storage.type.function.lol"
}
{
match: "\\b(HAI|KTHXBYE|I HAS A|HAS A|ITZ A|ITZ|R|IM IN YR|IM OUTTA YR|TIL|WILE|PLZ|AWSUM THX|O RLY?|YA RLY|NO WAI|MEBBE|OIC|WTF?|OMG|OMGWTF|FOUND YR|GTFO|AN YR|BOTH SAEM|SRS|YR)\\b"
name: "keyword.control.lol"
}
{
match: "\\b(ITZ)\\b"
name: "keyword.operator.assignment.lol"
}
{
match: "\\b(BOTH SAEM|AN|DIFFRINT)\\b"
name: "keyword.operator.comparison.lol"
}
{
match: "\\b(SUM OF|DIFF OF|PRODUKT OF|QUOSHUNT OF|MOD OF|BIGGR OF|SMALLR OF|IN MAH)\\b"
name: "keyword.operator.arithmetic.lol"
}
{
match: "\\b(BOTH OF|EITHER OF|WON OF|NOT|ALL OF|ANY OF)\\b"
name: "keyword.operator.logical.lol"
}
{
match: "\\b(UPPIN|NERFIN)\\b"
name: "keyword.operator.increment-decrement.lol"
}
{
match: "\\b(WIN)\\b"
name: "constant.language.boolean.true.lol"
}
{
match: "\\b(FAIL)\\b"
name: "constant.language.boolean.false.lol"
}
{
match: "\\b(YARN|NUMBR|NUMBAR|TROOF|BUKKIT|NOOB|LETR)\\b"
name: "storage.type.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|RTFM)\\b"
name: "keyword.control.catch-exception.lol"
}
{
begin: "\""
end: "\""
name: "string.quoted.double.lol"
patterns: [
{
match: "\\\\\\\\."
name: "constant.character.escape.lol"
}
]
}
{
captures:
"1":
name: "punctuation.definition.comment.lol"
match: "(BTW).*$\\n?"
name: "comment.line.btw.lol"
}
{
begin: "\\b(OBTW)\\b"
captures:
"0":
name: "punctuation.definition.comment.lol"
end: "(TLDR)\\n?"
name: "comment.block.lol"
}
{
match: "\\b(PLZ|O NOES|O WEL|KTHX|DO NOT WANT)\\b"
name: "keyword.control.catch-exception.lol"
}
{
match: "\\b(VISIBLE|BYES|DIAF|GIMMEH|SMOOSH|MKAY|CAN HAS|I IZ"+
"|BLINK|BLINKIES|LOLOL|WINK"+
"|MAEK"+
"|FREND"+
"|ALL|BOX|CATINABOX"+
"|CATINAROUND"+
"|CRAYON"+
"|CRAZY GO NUTS"+
"|CUT|GNAW"+
"|DAB"+
"|DOT"+
"|HOLLABACK"+
"|HSSSVEE2|HSSSVEE2BLINKY"+
"|HOW BIG|HOW SPREAD|HOW WIDE|HOW TALL"+
"|HOW MANY IN"+
"|INSIDEZ"+
"|KATNIP"+
"|BAD KITTEH|KITTEH"+
"|KOUNT"+
"|L33T|CHEEZBURGER"+
"|LOLOLOL"+
"|MAH|LAZER|MEOW|PAWS"+
"|MEMBER|OHIMEMBER" +
"|MEOWMIX"+
"|NACHOS"+
"|NOM|NOMS"+
"|POUNCE" +
"|PI:NAME:<NAME>END_PI" +
"|ROUND|ROYGEEBIF2|STRAIGHT"+
"|SHOUT"+
"|SYSTUM"+
"|TEH" +
"|TROLL" +
"|WHATSUP|WHATSDOWN|ISLEFF|ISRIGHT|WATTA|WATTB|ISGO" +
"|WHO DIS|SAY WUT"+
"|YO"+
")\\b"
name: "support.function.lol"
}
{
match: "\\b(IT)\\b"
name: "variable.language.lol"
}
{
match: "\\b(BLUEISH"+
"|DARK"+
"|DARKISH"+
"|GREENISH"+
"|YELLOWISH"+
"|REDISH"+
"|LIGHT"+
"|HACKER_RED|HACKER_GREEN|HACKER_BLUE|HACKER_GRAY)\\b"
name: "constant.language.color"
}
{
match: "\\b(HOW WIDE"+
"|HOW TALL"+
"|BADGEZ?"+
"|OUTWAYZ|SIDEWAYZ|UPWAYZ|TILTZ"+
"|TIX"+
"|WHOAMI?"+
"|VERSHUN"+
")\\b"
name: "constant.language.value"
}
]
scopeName: "source.lol"
|
[
{
"context": "\n test 'urlFor(App.Post, onlyPath: false, user: \"lance\", password: \"pollard\")', ->\n path = Tower.urlF",
"end": 534,
"score": 0.9991903305053711,
"start": 529,
"tag": "USERNAME",
"value": "lance"
},
{
"context": ".Post, onlyPath: false, user: \"lance\", password: \"pollard\")', ->\n path = Tower.urlFor(App.Post, _.extend",
"end": 555,
"score": 0.9991974234580994,
"start": 548,
"tag": "PASSWORD",
"value": "pollard"
},
{
"context": "extend defaultUrlOptions, onlyPath: false, user: \"lance\", password: \"pollard\")\n\n assert.equal path, \"h",
"end": 654,
"score": 0.998682975769043,
"start": 649,
"tag": "USERNAME",
"value": "lance"
},
{
"context": "tions, onlyPath: false, user: \"lance\", password: \"pollard\")\n\n assert.equal path, \"http://lance:pollard@e",
"end": 675,
"score": 0.9991486668586731,
"start": 668,
"tag": "PASSWORD",
"value": "pollard"
}
] | test/cases/http/urlForTest.coffee | vjsingh/tower | 1 | require '../../config'
post = null
defaultUrlOptions = null
describe 'urlFor', ->
beforeEach ->
post = new App.Post(id: 10)
defaultUrlOptions =
onlyPath: true,
params: {}
trailingSlash: false,
host: "example.com"
test 'urlFor(App.Post, onlyPath: false)', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false)
assert.equal path, "http://example.com/posts"
test 'urlFor(App.Post, onlyPath: false, user: "lance", password: "pollard")', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false, user: "lance", password: "pollard")
assert.equal path, "http://lance:pollard@example.com/posts"
test 'urlFor(App.Post)', ->
path = Tower.urlFor(App.Post, defaultUrlOptions)
assert.equal path, "/posts"
test 'urlFor(post)', ->
path = Tower.urlFor(post, defaultUrlOptions)
assert.equal path, "/posts/10"
test 'urlFor("admin", post)', ->
path = Tower.urlFor("admin", post, defaultUrlOptions)
assert.equal path, "/admin/posts/10"
test 'urlFor(post, likeCount: 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: 10)
assert.equal path, "/posts/10?likeCount=10"
test 'urlFor(post, likeCount: ">=": 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10)
assert.equal path, "/posts/10?likeCount=10..n"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, title: "Hello World", likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: title: "Hello World", likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100&title=Hello+World"
test 'urlFor(post, [{title: /Rails/}, {likeCount: ">=": 10}])', ->
#assert.equal path, "/posts/10?likeCount[1]=10..n&title[0]=/Rails/" | 12428 | require '../../config'
post = null
defaultUrlOptions = null
describe 'urlFor', ->
beforeEach ->
post = new App.Post(id: 10)
defaultUrlOptions =
onlyPath: true,
params: {}
trailingSlash: false,
host: "example.com"
test 'urlFor(App.Post, onlyPath: false)', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false)
assert.equal path, "http://example.com/posts"
test 'urlFor(App.Post, onlyPath: false, user: "lance", password: "<PASSWORD>")', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false, user: "lance", password: "<PASSWORD>")
assert.equal path, "http://lance:pollard@example.com/posts"
test 'urlFor(App.Post)', ->
path = Tower.urlFor(App.Post, defaultUrlOptions)
assert.equal path, "/posts"
test 'urlFor(post)', ->
path = Tower.urlFor(post, defaultUrlOptions)
assert.equal path, "/posts/10"
test 'urlFor("admin", post)', ->
path = Tower.urlFor("admin", post, defaultUrlOptions)
assert.equal path, "/admin/posts/10"
test 'urlFor(post, likeCount: 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: 10)
assert.equal path, "/posts/10?likeCount=10"
test 'urlFor(post, likeCount: ">=": 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10)
assert.equal path, "/posts/10?likeCount=10..n"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, title: "Hello World", likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: title: "Hello World", likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100&title=Hello+World"
test 'urlFor(post, [{title: /Rails/}, {likeCount: ">=": 10}])', ->
#assert.equal path, "/posts/10?likeCount[1]=10..n&title[0]=/Rails/" | true | require '../../config'
post = null
defaultUrlOptions = null
describe 'urlFor', ->
beforeEach ->
post = new App.Post(id: 10)
defaultUrlOptions =
onlyPath: true,
params: {}
trailingSlash: false,
host: "example.com"
test 'urlFor(App.Post, onlyPath: false)', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false)
assert.equal path, "http://example.com/posts"
test 'urlFor(App.Post, onlyPath: false, user: "lance", password: "PI:PASSWORD:<PASSWORD>END_PI")', ->
path = Tower.urlFor(App.Post, _.extend defaultUrlOptions, onlyPath: false, user: "lance", password: "PI:PASSWORD:<PASSWORD>END_PI")
assert.equal path, "http://lance:pollard@example.com/posts"
test 'urlFor(App.Post)', ->
path = Tower.urlFor(App.Post, defaultUrlOptions)
assert.equal path, "/posts"
test 'urlFor(post)', ->
path = Tower.urlFor(post, defaultUrlOptions)
assert.equal path, "/posts/10"
test 'urlFor("admin", post)', ->
path = Tower.urlFor("admin", post, defaultUrlOptions)
assert.equal path, "/admin/posts/10"
test 'urlFor(post, likeCount: 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: 10)
assert.equal path, "/posts/10?likeCount=10"
test 'urlFor(post, likeCount: ">=": 10)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10)
assert.equal path, "/posts/10?likeCount=10..n"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100"
test 'urlFor(post, title: "Hello World", likeCount: ">=": 10, "<=": 100)', ->
path = Tower.urlFor(post, _.extend defaultUrlOptions, params: title: "Hello World", likeCount: ">=": 10, "<=": 100)
assert.equal path, "/posts/10?likeCount=10..100&title=Hello+World"
test 'urlFor(post, [{title: /Rails/}, {likeCount: ">=": 10}])', ->
#assert.equal path, "/posts/10?likeCount[1]=10..n&title[0]=/Rails/" |
[
{
"context": " 'prefix': 'password'\n 'body': 'password = \"$1\"'\n\n 'auth url':\n 'prefix': 'auth_url'\n 'bo",
"end": 3952,
"score": 0.8276898860931396,
"start": 3951,
"tag": "PASSWORD",
"value": "1"
}
] | snippets/snippets.cson | awilkins/language-terraform | 48 | '.source.terraform':
'variable':
'prefix': 'variable'
'body': """
variable "$1" {
default = "$2"
}$3
"""
'variable-map':
'prefix': 'variable-map'
'body': """
variable "${1:name}" {
type = "map"
default = {
${3:key1} = "${4:val1}"
${5:key2} = "${6:val2}"
}
}$7
"""
'variable-string':
'prefix': 'variable-string'
'body': """
variable "${1:name}" {
type = "string"
default = "${2:value}"
}$3
"""
'variable-list':
'prefix': 'variable-list'
'body': """
variable "${1:name}" {
type = "list"
default = ["${2:value1}", "${3:value1}"]
}$4
"""
'provisioner':
'prefix': 'provisioner'
'body': """
provisioner "${1:name}" {
${2}
}
"""
'provider':
'prefix': 'provider'
'body': """
provider "${1:name}" {
${2}
}
"""
'provider-aws':
'prefix': 'provider-aws'
'body': """
provider "aws" {
access_key = "${1}"
secret_key = "${2}"
region = "${3}"
}${4}
"""
'value':
'prefix': 'value'
'body': 'value = "$1"'
'tags':
'prefix': 'tags'
'body': """
tags {
$1 = "$2"
}$3
"""
'alias':
'prefix': 'alias'
'body': """
alias {
$1 = "$2"
}$3
"""
'ingress':
'prefix': 'ingress'
'body': """
ingress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'egress':
'prefix': 'egress'
'body': """
egress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'name':
'prefix': 'name'
'body': 'name = "$1"'
'description':
'prefix': 'description'
'body': 'description = "$1"'
'protocol':
'prefix': 'protocol'
'body': 'protocol = "$1"'
'resource':
'prefix': 'resource'
'body': """
resource "$1" "$2" {
$3
}$4
"""
'email':
'prefix': 'email'
'body': 'email = "$1"'
'token':
'prefix': 'token'
'body': 'token = "$1"'
'region':
'prefix': 'region'
'body': 'region = "$1"'
'size':
'prefix': 'size'
'body': 'size = "$1"'
'ip address':
'prefix': 'ip_address'
'body': 'ip_address = "$1"'
'domain':
'prefix': 'domain'
'body': 'domain = "$1"'
'type':
'prefix': 'type'
'body': 'type = "$1"'
'module':
'prefix': 'module'
'body': """
module "$1" {
source = "$2"
}$3
"""
'module-path':
'prefix': 'module-path'
'body': """
module "${1:name}" {
source = "${2:./modules/}"
${3}
}
"""
'module-git':
'prefix': 'module-git'
'body': """
module "${1:name}" {
source = "github.com/${2:owner}/${3:repo}?${4:ref=}"
${5}
}
"""
'module-git-priv':
'prefix': 'module-git-priv'
'body': """
module "${1:name}" {
source = "git::ssh://git@github.com/${2:owner}/${3:repo}.git${4:?ref=}"
${5}
}
"""
'secret key':
'prefix': 'secret_key'
'body': 'secret_key = "$1"'
'access key':
'prefix': 'access_key'
'body': 'access_key = "$1"'
'api url':
'prefix': 'api_url'
'body': 'api_url = "$1"'
'api key':
'prefix': 'api_key'
'body': 'api_key = "$1"'
'host':
'prefix': 'host'
'body': 'host = "$1"'
'image':
'prefix': 'image'
'body': 'image = "$1"'
'account file':
'prefix': 'account_file'
'body': 'account_file = "$1"'
'project':
'prefix': 'project'
'body': 'project = "$1"'
'user name':
'prefix': 'user_name'
'body': 'user_name = "$1"'
'tenant name':
'prefix': 'tenant_name'
'body': 'tenant_name = "$1"'
'user':
'prefix': 'user'
'body': 'user = "$1"'
'password':
'prefix': 'password'
'body': 'password = "$1"'
'auth url':
'prefix': 'auth_url'
'body': 'auth_url = "$1"'
'akey':
'prefix': 'akey'
'body': 'akey = "$1"'
'skey':
'prefix': 'skey'
'body': 'skey = "$1"'
'usesandbox':
'prefix': 'usesandbox'
'body': 'usesandbox = "$1"'
'domainid':
'prefix': 'domainid'
'body': 'domainid = "$1"'
'address':
'prefix': 'address'
'body': 'address = "$1"'
'path':
'prefix': 'path'
'body': 'path = "$1"'
'datacenter':
'prefix': 'datacenter'
'body': 'datacenter = "$1"'
'ami':
'prefix': 'ami'
'body': 'ami = "$1"'
'instance type':
'prefix': 'instance_type'
'body': 'instance_type = "$1"'
'listener':
'prefix': 'listener'
'body': """
listener {
instance_port = $1
instance_protocol = "$2"
lb_port = $3
lb_protocol = "$4"
}$5
"""
'health check':
'prefix': 'health_check'
'body': """
health_check {
healthy_threshold = $1
unhealthy_threshold = $2
timeout = $3
target = "$4"
interval = $5
}$6
"""
| 151379 | '.source.terraform':
'variable':
'prefix': 'variable'
'body': """
variable "$1" {
default = "$2"
}$3
"""
'variable-map':
'prefix': 'variable-map'
'body': """
variable "${1:name}" {
type = "map"
default = {
${3:key1} = "${4:val1}"
${5:key2} = "${6:val2}"
}
}$7
"""
'variable-string':
'prefix': 'variable-string'
'body': """
variable "${1:name}" {
type = "string"
default = "${2:value}"
}$3
"""
'variable-list':
'prefix': 'variable-list'
'body': """
variable "${1:name}" {
type = "list"
default = ["${2:value1}", "${3:value1}"]
}$4
"""
'provisioner':
'prefix': 'provisioner'
'body': """
provisioner "${1:name}" {
${2}
}
"""
'provider':
'prefix': 'provider'
'body': """
provider "${1:name}" {
${2}
}
"""
'provider-aws':
'prefix': 'provider-aws'
'body': """
provider "aws" {
access_key = "${1}"
secret_key = "${2}"
region = "${3}"
}${4}
"""
'value':
'prefix': 'value'
'body': 'value = "$1"'
'tags':
'prefix': 'tags'
'body': """
tags {
$1 = "$2"
}$3
"""
'alias':
'prefix': 'alias'
'body': """
alias {
$1 = "$2"
}$3
"""
'ingress':
'prefix': 'ingress'
'body': """
ingress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'egress':
'prefix': 'egress'
'body': """
egress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'name':
'prefix': 'name'
'body': 'name = "$1"'
'description':
'prefix': 'description'
'body': 'description = "$1"'
'protocol':
'prefix': 'protocol'
'body': 'protocol = "$1"'
'resource':
'prefix': 'resource'
'body': """
resource "$1" "$2" {
$3
}$4
"""
'email':
'prefix': 'email'
'body': 'email = "$1"'
'token':
'prefix': 'token'
'body': 'token = "$1"'
'region':
'prefix': 'region'
'body': 'region = "$1"'
'size':
'prefix': 'size'
'body': 'size = "$1"'
'ip address':
'prefix': 'ip_address'
'body': 'ip_address = "$1"'
'domain':
'prefix': 'domain'
'body': 'domain = "$1"'
'type':
'prefix': 'type'
'body': 'type = "$1"'
'module':
'prefix': 'module'
'body': """
module "$1" {
source = "$2"
}$3
"""
'module-path':
'prefix': 'module-path'
'body': """
module "${1:name}" {
source = "${2:./modules/}"
${3}
}
"""
'module-git':
'prefix': 'module-git'
'body': """
module "${1:name}" {
source = "github.com/${2:owner}/${3:repo}?${4:ref=}"
${5}
}
"""
'module-git-priv':
'prefix': 'module-git-priv'
'body': """
module "${1:name}" {
source = "git::ssh://git@github.com/${2:owner}/${3:repo}.git${4:?ref=}"
${5}
}
"""
'secret key':
'prefix': 'secret_key'
'body': 'secret_key = "$1"'
'access key':
'prefix': 'access_key'
'body': 'access_key = "$1"'
'api url':
'prefix': 'api_url'
'body': 'api_url = "$1"'
'api key':
'prefix': 'api_key'
'body': 'api_key = "$1"'
'host':
'prefix': 'host'
'body': 'host = "$1"'
'image':
'prefix': 'image'
'body': 'image = "$1"'
'account file':
'prefix': 'account_file'
'body': 'account_file = "$1"'
'project':
'prefix': 'project'
'body': 'project = "$1"'
'user name':
'prefix': 'user_name'
'body': 'user_name = "$1"'
'tenant name':
'prefix': 'tenant_name'
'body': 'tenant_name = "$1"'
'user':
'prefix': 'user'
'body': 'user = "$1"'
'password':
'prefix': 'password'
'body': 'password = "$<PASSWORD>"'
'auth url':
'prefix': 'auth_url'
'body': 'auth_url = "$1"'
'akey':
'prefix': 'akey'
'body': 'akey = "$1"'
'skey':
'prefix': 'skey'
'body': 'skey = "$1"'
'usesandbox':
'prefix': 'usesandbox'
'body': 'usesandbox = "$1"'
'domainid':
'prefix': 'domainid'
'body': 'domainid = "$1"'
'address':
'prefix': 'address'
'body': 'address = "$1"'
'path':
'prefix': 'path'
'body': 'path = "$1"'
'datacenter':
'prefix': 'datacenter'
'body': 'datacenter = "$1"'
'ami':
'prefix': 'ami'
'body': 'ami = "$1"'
'instance type':
'prefix': 'instance_type'
'body': 'instance_type = "$1"'
'listener':
'prefix': 'listener'
'body': """
listener {
instance_port = $1
instance_protocol = "$2"
lb_port = $3
lb_protocol = "$4"
}$5
"""
'health check':
'prefix': 'health_check'
'body': """
health_check {
healthy_threshold = $1
unhealthy_threshold = $2
timeout = $3
target = "$4"
interval = $5
}$6
"""
| true | '.source.terraform':
'variable':
'prefix': 'variable'
'body': """
variable "$1" {
default = "$2"
}$3
"""
'variable-map':
'prefix': 'variable-map'
'body': """
variable "${1:name}" {
type = "map"
default = {
${3:key1} = "${4:val1}"
${5:key2} = "${6:val2}"
}
}$7
"""
'variable-string':
'prefix': 'variable-string'
'body': """
variable "${1:name}" {
type = "string"
default = "${2:value}"
}$3
"""
'variable-list':
'prefix': 'variable-list'
'body': """
variable "${1:name}" {
type = "list"
default = ["${2:value1}", "${3:value1}"]
}$4
"""
'provisioner':
'prefix': 'provisioner'
'body': """
provisioner "${1:name}" {
${2}
}
"""
'provider':
'prefix': 'provider'
'body': """
provider "${1:name}" {
${2}
}
"""
'provider-aws':
'prefix': 'provider-aws'
'body': """
provider "aws" {
access_key = "${1}"
secret_key = "${2}"
region = "${3}"
}${4}
"""
'value':
'prefix': 'value'
'body': 'value = "$1"'
'tags':
'prefix': 'tags'
'body': """
tags {
$1 = "$2"
}$3
"""
'alias':
'prefix': 'alias'
'body': """
alias {
$1 = "$2"
}$3
"""
'ingress':
'prefix': 'ingress'
'body': """
ingress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'egress':
'prefix': 'egress'
'body': """
egress {
from_port = $1
to_port = $2
protocol = "$3"
cidr_blocks = ["$4"]
}$5
"""
'name':
'prefix': 'name'
'body': 'name = "$1"'
'description':
'prefix': 'description'
'body': 'description = "$1"'
'protocol':
'prefix': 'protocol'
'body': 'protocol = "$1"'
'resource':
'prefix': 'resource'
'body': """
resource "$1" "$2" {
$3
}$4
"""
'email':
'prefix': 'email'
'body': 'email = "$1"'
'token':
'prefix': 'token'
'body': 'token = "$1"'
'region':
'prefix': 'region'
'body': 'region = "$1"'
'size':
'prefix': 'size'
'body': 'size = "$1"'
'ip address':
'prefix': 'ip_address'
'body': 'ip_address = "$1"'
'domain':
'prefix': 'domain'
'body': 'domain = "$1"'
'type':
'prefix': 'type'
'body': 'type = "$1"'
'module':
'prefix': 'module'
'body': """
module "$1" {
source = "$2"
}$3
"""
'module-path':
'prefix': 'module-path'
'body': """
module "${1:name}" {
source = "${2:./modules/}"
${3}
}
"""
'module-git':
'prefix': 'module-git'
'body': """
module "${1:name}" {
source = "github.com/${2:owner}/${3:repo}?${4:ref=}"
${5}
}
"""
'module-git-priv':
'prefix': 'module-git-priv'
'body': """
module "${1:name}" {
source = "git::ssh://git@github.com/${2:owner}/${3:repo}.git${4:?ref=}"
${5}
}
"""
'secret key':
'prefix': 'secret_key'
'body': 'secret_key = "$1"'
'access key':
'prefix': 'access_key'
'body': 'access_key = "$1"'
'api url':
'prefix': 'api_url'
'body': 'api_url = "$1"'
'api key':
'prefix': 'api_key'
'body': 'api_key = "$1"'
'host':
'prefix': 'host'
'body': 'host = "$1"'
'image':
'prefix': 'image'
'body': 'image = "$1"'
'account file':
'prefix': 'account_file'
'body': 'account_file = "$1"'
'project':
'prefix': 'project'
'body': 'project = "$1"'
'user name':
'prefix': 'user_name'
'body': 'user_name = "$1"'
'tenant name':
'prefix': 'tenant_name'
'body': 'tenant_name = "$1"'
'user':
'prefix': 'user'
'body': 'user = "$1"'
'password':
'prefix': 'password'
'body': 'password = "$PI:PASSWORD:<PASSWORD>END_PI"'
'auth url':
'prefix': 'auth_url'
'body': 'auth_url = "$1"'
'akey':
'prefix': 'akey'
'body': 'akey = "$1"'
'skey':
'prefix': 'skey'
'body': 'skey = "$1"'
'usesandbox':
'prefix': 'usesandbox'
'body': 'usesandbox = "$1"'
'domainid':
'prefix': 'domainid'
'body': 'domainid = "$1"'
'address':
'prefix': 'address'
'body': 'address = "$1"'
'path':
'prefix': 'path'
'body': 'path = "$1"'
'datacenter':
'prefix': 'datacenter'
'body': 'datacenter = "$1"'
'ami':
'prefix': 'ami'
'body': 'ami = "$1"'
'instance type':
'prefix': 'instance_type'
'body': 'instance_type = "$1"'
'listener':
'prefix': 'listener'
'body': """
listener {
instance_port = $1
instance_protocol = "$2"
lb_port = $3
lb_protocol = "$4"
}$5
"""
'health check':
'prefix': 'health_check'
'body': """
health_check {
healthy_threshold = $1
unhealthy_threshold = $2
timeout = $3
target = "$4"
interval = $5
}$6
"""
|
[
{
"context": "# acorn.js 0.0.0\n# (c) 2012 Juan Batiz-Benet, Ali Yahya, Daniel Windham\n# Acorn is freely dis",
"end": 46,
"score": 0.9998525381088257,
"start": 30,
"tag": "NAME",
"value": "Juan Batiz-Benet"
},
{
"context": "# acorn.js 0.0.0\n# (c) 2012 Juan Batiz-Benet, Ali Yahya, Daniel Windham\n# Acorn is freely distributable ",
"end": 57,
"score": 0.9998564720153809,
"start": 48,
"tag": "NAME",
"value": "Ali Yahya"
},
{
"context": ".js 0.0.0\n# (c) 2012 Juan Batiz-Benet, Ali Yahya, Daniel Windham\n# Acorn is freely distributable under the MIT li",
"end": 73,
"score": 0.9998607635498047,
"start": 59,
"tag": "NAME",
"value": "Daniel Windham"
},
{
"context": "etails and documentation:\n# http://github.com/athenalabs/acorn-player\n\nacorn = (data) ->\n acorn.Model.wit",
"end": 282,
"score": 0.7938027381896973,
"start": 275,
"tag": "USERNAME",
"value": "enalabs"
}
] | coffee/src/acorn.coffee | athenalabs/acorn-player | 11 | # acorn.js 0.0.0
# (c) 2012 Juan Batiz-Benet, Ali Yahya, Daniel Windham
# Acorn is freely distributable under the MIT license.
# Inspired by github:gist.
# Portions of code from Underscore.js and Backbone.js
# For all details and documentation:
# http://github.com/athenalabs/acorn-player
acorn = (data) ->
acorn.Model.withData data
acorn.shells = {}
acorn.player = {}
acorn.player.controls = {}
| 211034 | # acorn.js 0.0.0
# (c) 2012 <NAME>, <NAME>, <NAME>
# Acorn is freely distributable under the MIT license.
# Inspired by github:gist.
# Portions of code from Underscore.js and Backbone.js
# For all details and documentation:
# http://github.com/athenalabs/acorn-player
acorn = (data) ->
acorn.Model.withData data
acorn.shells = {}
acorn.player = {}
acorn.player.controls = {}
| true | # acorn.js 0.0.0
# (c) 2012 PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI
# Acorn is freely distributable under the MIT license.
# Inspired by github:gist.
# Portions of code from Underscore.js and Backbone.js
# For all details and documentation:
# http://github.com/athenalabs/acorn-player
acorn = (data) ->
acorn.Model.withData data
acorn.shells = {}
acorn.player = {}
acorn.player.controls = {}
|
[
{
"context": "ect authors. All rights reserved.\n# Copyright 1996 John Maloney and Mario Wolczko.\n\n# This program is free softwa",
"end": 91,
"score": 0.9998623728752136,
"start": 79,
"tag": "NAME",
"value": "John Maloney"
},
{
"context": "rights reserved.\n# Copyright 1996 John Maloney and Mario Wolczko.\n\n# This program is free software; you can redist",
"end": 109,
"score": 0.9998871684074402,
"start": 96,
"tag": "NAME",
"value": "Mario Wolczko"
},
{
"context": " is derived\n# from the Smalltalk implementation by John Maloney and Mario\n# Wolczko. Some parts have been transla",
"end": 924,
"score": 0.9998722076416016,
"start": 912,
"tag": "NAME",
"value": "John Maloney"
},
{
"context": "m the Smalltalk implementation by John Maloney and Mario\n# Wolczko. Some parts have been translated direct",
"end": 934,
"score": 0.9998379945755005,
"start": 929,
"tag": "NAME",
"value": "Mario"
},
{
"context": "alltalk implementation by John Maloney and Mario\n# Wolczko. Some parts have been translated directly, wherea",
"end": 944,
"score": 0.9998531937599182,
"start": 937,
"tag": "NAME",
"value": "Wolczko"
},
{
"context": "ithm: An Incremental Constraint Hierarchy Solver\"\nBjorn N. Freeman-Benson and John Maloney\nJanuary 1990 Communications of t",
"end": 1283,
"score": 0.9998273849487305,
"start": 1260,
"tag": "NAME",
"value": "Bjorn N. Freeman-Benson"
},
{
"context": "aint Hierarchy Solver\"\nBjorn N. Freeman-Benson and John Maloney\nJanuary 1990 Communications of the ACM,\nalso avai",
"end": 1300,
"score": 0.9998392462730408,
"start": 1288,
"tag": "NAME",
"value": "John Maloney"
}
] | deps/v8/benchmarks/deltablue.coffee | lxe/io.coffee | 0 | # Copyright 2008 the V8 project authors. All rights reserved.
# Copyright 1996 John Maloney and Mario Wolczko.
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
# This implementation of the DeltaBlue benchmark is derived
# from the Smalltalk implementation by John Maloney and Mario
# Wolczko. Some parts have been translated directly, whereas
# others have been modified more aggresively to make it feel
# more like a JavaScript program.
###*
A JavaScript implementation of the DeltaBlue constraint-solving
algorithm, as described in:
"The DeltaBlue Algorithm: An Incremental Constraint Hierarchy Solver"
Bjorn N. Freeman-Benson and John Maloney
January 1990 Communications of the ACM,
also available as University of Washington TR 89-08-06.
Beware: this benchmark is written in a grotesque style where
the constraint model is built by side-effects from constructors.
I've kept it this way to avoid deviating too much from the original
implementation.
###
# --- O b j e c t M o d e l ---
OrderedCollection = ->
@elms = new Array()
return
# --- *
# * S t r e n g t h
# * ---
###*
Strengths are used to measure the relative importance of constraints.
New strengths may be inserted in the strength hierarchy without
disrupting current constraints. Strengths cannot be created outside
this class, so pointer comparison can be used for value comparison.
###
Strength = (strengthValue, name) ->
@strengthValue = strengthValue
@name = name
return
# Strength constants.
# --- *
# * C o n s t r a i n t
# * ---
###*
An abstract class representing a system-maintainable relationship
(or "constraint") between a set of variables. A constraint supplies
a strength instance variable; concrete subclasses provide a means
of storing the constrained variables and other information required
to represent a constraint.
###
Constraint = (strength) ->
@strength = strength
return
###*
Activate this constraint and attempt to satisfy it.
###
###*
Attempt to find a way to enforce this constraint. If successful,
record the solution, perhaps modifying the current dataflow
graph. Answer the constraint that this constraint overrides, if
there is one, or nil, if there isn't.
Assume: I am not already satisfied.
###
###*
Normal constraints are not input constraints. An input constraint
is one that depends on external state, such as the mouse, the
keybord, a clock, or some arbitraty piece of imperative code.
###
# --- *
# * U n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having a single possible output
variable.
###
UnaryConstraint = (v, strength) ->
UnaryConstraint.superConstructor.call this, strength
@myOutput = v
@satisfied = false
@addConstraint()
return
###*
Adds this constraint to the constraint graph
###
###*
Decides if this constraint can be satisfied and records that
decision.
###
###*
Returns true if this constraint is satisfied in the current solution.
###
# has no inputs
###*
Returns the current output variable.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# Stay optimization
###*
Records that this constraint is unsatisfied
###
# --- *
# * S t a y C o n s t r a i n t
# * ---
###*
Variables that should, with some level of preference, stay the same.
Planners may exploit the fact that instances, if satisfied, will not
change their output during plan execution. This is called "stay
optimization".
###
StayConstraint = (v, str) ->
StayConstraint.superConstructor.call this, v, str
return
# Stay constraints do nothing
# --- *
# * E d i t C o n s t r a i n t
# * ---
###*
A unary input constraint used to mark a variable that the client
wishes to change.
###
EditConstraint = (v, str) ->
EditConstraint.superConstructor.call this, v, str
return
###*
Edits indicate that a variable is to be changed by imperative code.
###
# Edit constraints do nothing
# --- *
# * B i n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having two possible output
variables.
###
BinaryConstraint = (var1, var2, strength) ->
BinaryConstraint.superConstructor.call this, strength
@v1 = var1
@v2 = var2
@direction = Direction.NONE
@addConstraint()
return
###*
Decides if this constraint can be satisfied and which way it
should flow based on the relative strength of the variables related,
and record that decision.
###
###*
Add this constraint to the constraint graph
###
###*
Answer true if this constraint is satisfied in the current solution.
###
###*
Mark the input variable with the given mark.
###
###*
Returns the current input variable
###
###*
Returns the current output variable
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this
constraint. Assume this constraint is satisfied.
###
###*
Record the fact that this constraint is unsatisfied.
###
# --- *
# * S c a l e C o n s t r a i n t
# * ---
###*
Relates two variables by the linear scaling relationship: "v2 =
(v1 * scale) + offset". Either v1 or v2 may be changed to maintain
this relationship but the scale factor and offset are considered
read-only.
###
ScaleConstraint = (src, scale, offset, dest, strength) ->
@direction = Direction.NONE
@scale = scale
@offset = offset
ScaleConstraint.superConstructor.call this, src, dest, strength
return
###*
Adds this constraint to the constraint graph.
###
###*
Enforce this constraint. Assume that it is satisfied.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# --- *
# * E q u a l i t y C o n s t r a i n t
# * ---
###*
Constrains two variables to have the same value.
###
EqualityConstraint = (var1, var2, strength) ->
EqualityConstraint.superConstructor.call this, var1, var2, strength
return
###*
Enforce this constraint. Assume that it is satisfied.
###
# --- *
# * V a r i a b l e
# * ---
###*
A constrained variable. In addition to its value, it maintain the
structure of the constraint graph, the current dataflow graph, and
various parameters of interest to the DeltaBlue incremental
constraint solver.
###
Variable = (name, initialValue) ->
@value = initialValue or 0
@constraints = new OrderedCollection()
@determinedBy = null
@mark = 0
@walkStrength = Strength.WEAKEST
@stay = true
@name = name
return
###*
Add the given constraint to the set of all constraints that refer
this variable.
###
###*
Removes all traces of c from this variable.
###
# --- *
# * P l a n n e r
# * ---
###*
The DeltaBlue planner
###
Planner = ->
@currentMark = 0
return
###*
Attempt to satisfy the given constraint and, if successful,
incrementally update the dataflow graph. Details: If satifying
the constraint is successful, it may override a weaker constraint
on its output. The algorithm attempts to resatisfy that
constraint using some other method. This process is repeated
until either a) it reaches a variable that was not previously
determined by any constraint or b) it reaches a constraint that
is too weak to be satisfied using any of its methods. The
variables of constraints that have been processed are marked with
a unique mark value so that we know where we've been. This allows
the algorithm to avoid getting into an infinite loop even if the
constraint graph has an inadvertent cycle.
###
###*
Entry point for retracting a constraint. Remove the given
constraint and incrementally update the dataflow graph.
Details: Retracting the given constraint may allow some currently
unsatisfiable downstream constraint to be satisfied. We therefore collect
a list of unsatisfied downstream constraints and attempt to
satisfy each one in turn. This list is traversed by constraint
strength, strongest first, as a heuristic for avoiding
unnecessarily adding and then overriding weak constraints.
Assume: c is satisfied.
###
###*
Select a previously unused mark value.
###
###*
Extract a plan for resatisfaction starting from the given source
constraints, usually a set of input constraints. This method
assumes that stay optimization is desired; the plan will contain
only constraints whose output variables are not stay. Constraints
that do no computation, such as stay and edit constraints, are
not included in the plan.
Details: The outputs of a constraint are marked when it is added
to the plan under construction. A constraint may be appended to
the plan when all its input variables are known. A variable is
known if either a) the variable is marked (indicating that has
been computed by a constraint appearing earlier in the plan), b)
the variable is 'stay' (i.e. it is a constant at plan execution
time), or c) the variable is not determined by any
constraint. The last provision is for past states of history
variables, which are not stay but which are also not computed by
any constraint.
Assume: sources are all satisfied.
###
###*
Extract a plan for resatisfying starting from the output of the
given constraints, usually a set of input constraints.
###
# not in plan already and eligible for inclusion
###*
Recompute the walkabout strengths and stay flags of all variables
downstream of the given constraint and recompute the actual
values of all variables whose stay flag is true. If a cycle is
detected, remove the given constraint and answer
false. Otherwise, answer true.
Details: Cycles are detected when a marked variable is
encountered downstream of the given constraint. The sender is
assumed to have marked the inputs of the given constraint with
the given mark. Thus, encountering a marked node downstream of
the output constraint means that there is a path from the
constraint's output to one of its inputs.
###
###*
Update the walkabout strengths and stay flags of all variables
downstream of the given constraint. Answer a collection of
unsatisfied constraints sorted in order of decreasing strength.
###
# --- *
# * P l a n
# * ---
###*
A Plan is an ordered list of constraints to be executed in sequence
to resatisfy all currently satisfiable constraints in the face of
one or more changing inputs.
###
Plan = ->
@v = new OrderedCollection()
return
# --- *
# * M a i n
# * ---
###*
This is the standard DeltaBlue benchmark. A long chain of equality
constraints is constructed with a stay constraint on one end. An
edit constraint is then added to the opposite end and the time is
measured for adding and removing this constraint, and extracting
and executing a constraint satisfaction plan. There are two cases.
In case 1, the added constraint is stronger than the stay
constraint and values must propagate down the entire length of the
chain. In case 2, the added constraint is weaker than the stay
constraint so it cannot be accomodated. The cost in this case is,
of course, very low. Typical situations lie somewhere between these
two extremes.
###
chainTest = (n) ->
planner = new Planner()
prev = null
first = null
last = null
# Build chain of n equality constraints
i = 0
while i <= n
name = "v" + i
v = new Variable(name)
new EqualityConstraint(prev, v, Strength.REQUIRED) if prev?
first = v if i is 0
last = v if i is n
prev = v
i++
new StayConstraint(last, Strength.STRONG_DEFAULT)
edit = new EditConstraint(first, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 100
first.value = i
plan.execute()
alert "Chain test failed." unless last.value is i
i++
return
###*
This test constructs a two sets of variables related to each
other by a simple linear transformation (scale and offset). The
time is measured to change a variable on either side of the
mapping and to change the scale and offset factors.
###
projectionTest = (n) ->
planner = new Planner()
scale = new Variable("scale", 10)
offset = new Variable("offset", 1000)
src = null
dst = null
dests = new OrderedCollection()
i = 0
while i < n
src = new Variable("src" + i, i)
dst = new Variable("dst" + i, i)
dests.add dst
new StayConstraint(src, Strength.NORMAL)
new ScaleConstraint(src, scale, offset, dst, Strength.REQUIRED)
i++
change src, 17
alert "Projection 1 failed" unless dst.value is 1170
change dst, 1050
alert "Projection 2 failed" unless src.value is 5
change scale, 5
i = 0
while i < n - 1
alert "Projection 3 failed" unless dests.at(i).value is i * 5 + 1000
i++
change offset, 2000
i = 0
while i < n - 1
alert "Projection 4 failed" unless dests.at(i).value is i * 5 + 2000
i++
return
change = (v, newValue) ->
edit = new EditConstraint(v, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 10
v.value = newValue
plan.execute()
i++
edit.destroyConstraint()
return
# Global variable holding the current planner.
deltaBlue = ->
chainTest 100
projectionTest 100
return
DeltaBlue = new BenchmarkSuite("DeltaBlue", 66118, [new Benchmark("DeltaBlue", deltaBlue)])
Object::inheritsFrom = (shuper) ->
Inheriter = ->
Inheriter:: = shuper::
@:: = new Inheriter()
@superConstructor = shuper
return
OrderedCollection::add = (elm) ->
@elms.push elm
return
OrderedCollection::at = (index) ->
@elms[index]
OrderedCollection::size = ->
@elms.length
OrderedCollection::removeFirst = ->
@elms.pop()
OrderedCollection::remove = (elm) ->
index = 0
skipped = 0
i = 0
while i < @elms.length
value = @elms[i]
unless value is elm
@elms[index] = value
index++
else
skipped++
i++
i = 0
while i < skipped
@elms.pop()
i++
return
Strength.stronger = (s1, s2) ->
s1.strengthValue < s2.strengthValue
Strength.weaker = (s1, s2) ->
s1.strengthValue > s2.strengthValue
Strength.weakestOf = (s1, s2) ->
(if @weaker(s1, s2) then s1 else s2)
Strength.strongest = (s1, s2) ->
(if @stronger(s1, s2) then s1 else s2)
Strength::nextWeaker = ->
switch @strengthValue
when 0
Strength.STRONG_PREFERRED
when 1
Strength.PREFERRED
when 2
Strength.STRONG_DEFAULT
when 3
Strength.NORMAL
when 4
Strength.WEAK_DEFAULT
when 5
Strength.WEAKEST
Strength.REQUIRED = new Strength(0, "required")
Strength.STRONG_PREFERRED = new Strength(1, "strongPreferred")
Strength.PREFERRED = new Strength(2, "preferred")
Strength.STRONG_DEFAULT = new Strength(3, "strongDefault")
Strength.NORMAL = new Strength(4, "normal")
Strength.WEAK_DEFAULT = new Strength(5, "weakDefault")
Strength.WEAKEST = new Strength(6, "weakest")
Constraint::addConstraint = ->
@addToGraph()
planner.incrementalAdd this
return
Constraint::satisfy = (mark) ->
@chooseMethod mark
unless @isSatisfied()
alert "Could not satisfy a required constraint!" if @strength is Strength.REQUIRED
return null
@markInputs mark
out = @output()
overridden = out.determinedBy
overridden.markUnsatisfied() if overridden?
out.determinedBy = this
alert "Cycle encountered" unless planner.addPropagate(this, mark)
out.mark = mark
overridden
Constraint::destroyConstraint = ->
if @isSatisfied()
planner.incrementalRemove this
else
@removeFromGraph()
return
Constraint::isInput = ->
false
UnaryConstraint.inheritsFrom Constraint
UnaryConstraint::addToGraph = ->
@myOutput.addConstraint this
@satisfied = false
return
UnaryConstraint::chooseMethod = (mark) ->
@satisfied = (@myOutput.mark isnt mark) and Strength.stronger(@strength, @myOutput.walkStrength)
return
UnaryConstraint::isSatisfied = ->
@satisfied
UnaryConstraint::markInputs = (mark) ->
UnaryConstraint::output = ->
@myOutput
UnaryConstraint::recalculate = ->
@myOutput.walkStrength = @strength
@myOutput.stay = not @isInput()
@execute() if @myOutput.stay
return
UnaryConstraint::markUnsatisfied = ->
@satisfied = false
return
UnaryConstraint::inputsKnown = ->
true
UnaryConstraint::removeFromGraph = ->
@myOutput.removeConstraint this if @myOutput?
@satisfied = false
return
StayConstraint.inheritsFrom UnaryConstraint
StayConstraint::execute = ->
EditConstraint.inheritsFrom UnaryConstraint
EditConstraint::isInput = ->
true
EditConstraint::execute = ->
Direction = new Object()
Direction.NONE = 0
Direction.FORWARD = 1
Direction.BACKWARD = -1
BinaryConstraint.inheritsFrom Constraint
BinaryConstraint::chooseMethod = (mark) ->
@direction = (if (@v2.mark isnt mark and Strength.stronger(@strength, @v2.walkStrength)) then Direction.FORWARD else Direction.NONE) if @v1.mark is mark
@direction = (if (@v1.mark isnt mark and Strength.stronger(@strength, @v1.walkStrength)) then Direction.BACKWARD else Direction.NONE) if @v2.mark is mark
if Strength.weaker(@v1.walkStrength, @v2.walkStrength)
@direction = (if Strength.stronger(@strength, @v1.walkStrength) then Direction.BACKWARD else Direction.NONE)
else
@direction = (if Strength.stronger(@strength, @v2.walkStrength) then Direction.FORWARD else Direction.BACKWARD)
return
BinaryConstraint::addToGraph = ->
@v1.addConstraint this
@v2.addConstraint this
@direction = Direction.NONE
return
BinaryConstraint::isSatisfied = ->
@direction isnt Direction.NONE
BinaryConstraint::markInputs = (mark) ->
@input().mark = mark
return
BinaryConstraint::input = ->
(if (@direction is Direction.FORWARD) then @v1 else @v2)
BinaryConstraint::output = ->
(if (@direction is Direction.FORWARD) then @v2 else @v1)
BinaryConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay
@execute() if out.stay
return
BinaryConstraint::markUnsatisfied = ->
@direction = Direction.NONE
return
BinaryConstraint::inputsKnown = (mark) ->
i = @input()
i.mark is mark or i.stay or not i.determinedBy?
BinaryConstraint::removeFromGraph = ->
@v1.removeConstraint this if @v1?
@v2.removeConstraint this if @v2?
@direction = Direction.NONE
return
ScaleConstraint.inheritsFrom BinaryConstraint
ScaleConstraint::addToGraph = ->
ScaleConstraint.superConstructor::addToGraph.call this
@scale.addConstraint this
@offset.addConstraint this
return
ScaleConstraint::removeFromGraph = ->
ScaleConstraint.superConstructor::removeFromGraph.call this
@scale.removeConstraint this if @scale?
@offset.removeConstraint this if @offset?
return
ScaleConstraint::markInputs = (mark) ->
ScaleConstraint.superConstructor::markInputs.call this, mark
@scale.mark = @offset.mark = mark
return
ScaleConstraint::execute = ->
if @direction is Direction.FORWARD
@v2.value = @v1.value * @scale.value + @offset.value
else
@v1.value = (@v2.value - @offset.value) / @scale.value
return
ScaleConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay and @scale.stay and @offset.stay
@execute() if out.stay
return
EqualityConstraint.inheritsFrom BinaryConstraint
EqualityConstraint::execute = ->
@output().value = @input().value
return
Variable::addConstraint = (c) ->
@constraints.add c
return
Variable::removeConstraint = (c) ->
@constraints.remove c
@determinedBy = null if @determinedBy is c
return
Planner::incrementalAdd = (c) ->
mark = @newMark()
overridden = c.satisfy(mark)
overridden = overridden.satisfy(mark) while overridden?
return
Planner::incrementalRemove = (c) ->
out = c.output()
c.markUnsatisfied()
c.removeFromGraph()
unsatisfied = @removePropagateFrom(out)
strength = Strength.REQUIRED
loop
i = 0
while i < unsatisfied.size()
u = unsatisfied.at(i)
@incrementalAdd u if u.strength is strength
i++
strength = strength.nextWeaker()
break unless strength isnt Strength.WEAKEST
return
Planner::newMark = ->
++@currentMark
Planner::makePlan = (sources) ->
mark = @newMark()
plan = new Plan()
todo = sources
while todo.size() > 0
c = todo.removeFirst()
if c.output().mark isnt mark and c.inputsKnown(mark)
plan.addConstraint c
c.output().mark = mark
@addConstraintsConsumingTo c.output(), todo
plan
Planner::extractPlanFromConstraints = (constraints) ->
sources = new OrderedCollection()
i = 0
while i < constraints.size()
c = constraints.at(i)
sources.add c if c.isInput() and c.isSatisfied()
i++
@makePlan sources
Planner::addPropagate = (c, mark) ->
todo = new OrderedCollection()
todo.add c
while todo.size() > 0
d = todo.removeFirst()
if d.output().mark is mark
@incrementalRemove c
return false
d.recalculate()
@addConstraintsConsumingTo d.output(), todo
true
Planner::removePropagateFrom = (out) ->
out.determinedBy = null
out.walkStrength = Strength.WEAKEST
out.stay = true
unsatisfied = new OrderedCollection()
todo = new OrderedCollection()
todo.add out
while todo.size() > 0
v = todo.removeFirst()
i = 0
while i < v.constraints.size()
c = v.constraints.at(i)
unsatisfied.add c unless c.isSatisfied()
i++
determining = v.determinedBy
i = 0
while i < v.constraints.size()
next = v.constraints.at(i)
if next isnt determining and next.isSatisfied()
next.recalculate()
todo.add next.output()
i++
unsatisfied
Planner::addConstraintsConsumingTo = (v, coll) ->
determining = v.determinedBy
cc = v.constraints
i = 0
while i < cc.size()
c = cc.at(i)
coll.add c if c isnt determining and c.isSatisfied()
i++
return
Plan::addConstraint = (c) ->
@v.add c
return
Plan::size = ->
@v.size()
Plan::constraintAt = (index) ->
@v.at index
Plan::execute = ->
i = 0
while i < @size()
c = @constraintAt(i)
c.execute()
i++
return
planner = null
| 222223 | # Copyright 2008 the V8 project authors. All rights reserved.
# Copyright 1996 <NAME> and <NAME>.
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
# This implementation of the DeltaBlue benchmark is derived
# from the Smalltalk implementation by <NAME> and <NAME>
# <NAME>. Some parts have been translated directly, whereas
# others have been modified more aggresively to make it feel
# more like a JavaScript program.
###*
A JavaScript implementation of the DeltaBlue constraint-solving
algorithm, as described in:
"The DeltaBlue Algorithm: An Incremental Constraint Hierarchy Solver"
<NAME> and <NAME>
January 1990 Communications of the ACM,
also available as University of Washington TR 89-08-06.
Beware: this benchmark is written in a grotesque style where
the constraint model is built by side-effects from constructors.
I've kept it this way to avoid deviating too much from the original
implementation.
###
# --- O b j e c t M o d e l ---
OrderedCollection = ->
@elms = new Array()
return
# --- *
# * S t r e n g t h
# * ---
###*
Strengths are used to measure the relative importance of constraints.
New strengths may be inserted in the strength hierarchy without
disrupting current constraints. Strengths cannot be created outside
this class, so pointer comparison can be used for value comparison.
###
Strength = (strengthValue, name) ->
@strengthValue = strengthValue
@name = name
return
# Strength constants.
# --- *
# * C o n s t r a i n t
# * ---
###*
An abstract class representing a system-maintainable relationship
(or "constraint") between a set of variables. A constraint supplies
a strength instance variable; concrete subclasses provide a means
of storing the constrained variables and other information required
to represent a constraint.
###
Constraint = (strength) ->
@strength = strength
return
###*
Activate this constraint and attempt to satisfy it.
###
###*
Attempt to find a way to enforce this constraint. If successful,
record the solution, perhaps modifying the current dataflow
graph. Answer the constraint that this constraint overrides, if
there is one, or nil, if there isn't.
Assume: I am not already satisfied.
###
###*
Normal constraints are not input constraints. An input constraint
is one that depends on external state, such as the mouse, the
keybord, a clock, or some arbitraty piece of imperative code.
###
# --- *
# * U n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having a single possible output
variable.
###
UnaryConstraint = (v, strength) ->
UnaryConstraint.superConstructor.call this, strength
@myOutput = v
@satisfied = false
@addConstraint()
return
###*
Adds this constraint to the constraint graph
###
###*
Decides if this constraint can be satisfied and records that
decision.
###
###*
Returns true if this constraint is satisfied in the current solution.
###
# has no inputs
###*
Returns the current output variable.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# Stay optimization
###*
Records that this constraint is unsatisfied
###
# --- *
# * S t a y C o n s t r a i n t
# * ---
###*
Variables that should, with some level of preference, stay the same.
Planners may exploit the fact that instances, if satisfied, will not
change their output during plan execution. This is called "stay
optimization".
###
StayConstraint = (v, str) ->
StayConstraint.superConstructor.call this, v, str
return
# Stay constraints do nothing
# --- *
# * E d i t C o n s t r a i n t
# * ---
###*
A unary input constraint used to mark a variable that the client
wishes to change.
###
EditConstraint = (v, str) ->
EditConstraint.superConstructor.call this, v, str
return
###*
Edits indicate that a variable is to be changed by imperative code.
###
# Edit constraints do nothing
# --- *
# * B i n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having two possible output
variables.
###
BinaryConstraint = (var1, var2, strength) ->
BinaryConstraint.superConstructor.call this, strength
@v1 = var1
@v2 = var2
@direction = Direction.NONE
@addConstraint()
return
###*
Decides if this constraint can be satisfied and which way it
should flow based on the relative strength of the variables related,
and record that decision.
###
###*
Add this constraint to the constraint graph
###
###*
Answer true if this constraint is satisfied in the current solution.
###
###*
Mark the input variable with the given mark.
###
###*
Returns the current input variable
###
###*
Returns the current output variable
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this
constraint. Assume this constraint is satisfied.
###
###*
Record the fact that this constraint is unsatisfied.
###
# --- *
# * S c a l e C o n s t r a i n t
# * ---
###*
Relates two variables by the linear scaling relationship: "v2 =
(v1 * scale) + offset". Either v1 or v2 may be changed to maintain
this relationship but the scale factor and offset are considered
read-only.
###
ScaleConstraint = (src, scale, offset, dest, strength) ->
@direction = Direction.NONE
@scale = scale
@offset = offset
ScaleConstraint.superConstructor.call this, src, dest, strength
return
###*
Adds this constraint to the constraint graph.
###
###*
Enforce this constraint. Assume that it is satisfied.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# --- *
# * E q u a l i t y C o n s t r a i n t
# * ---
###*
Constrains two variables to have the same value.
###
EqualityConstraint = (var1, var2, strength) ->
EqualityConstraint.superConstructor.call this, var1, var2, strength
return
###*
Enforce this constraint. Assume that it is satisfied.
###
# --- *
# * V a r i a b l e
# * ---
###*
A constrained variable. In addition to its value, it maintain the
structure of the constraint graph, the current dataflow graph, and
various parameters of interest to the DeltaBlue incremental
constraint solver.
###
Variable = (name, initialValue) ->
@value = initialValue or 0
@constraints = new OrderedCollection()
@determinedBy = null
@mark = 0
@walkStrength = Strength.WEAKEST
@stay = true
@name = name
return
###*
Add the given constraint to the set of all constraints that refer
this variable.
###
###*
Removes all traces of c from this variable.
###
# --- *
# * P l a n n e r
# * ---
###*
The DeltaBlue planner
###
Planner = ->
@currentMark = 0
return
###*
Attempt to satisfy the given constraint and, if successful,
incrementally update the dataflow graph. Details: If satifying
the constraint is successful, it may override a weaker constraint
on its output. The algorithm attempts to resatisfy that
constraint using some other method. This process is repeated
until either a) it reaches a variable that was not previously
determined by any constraint or b) it reaches a constraint that
is too weak to be satisfied using any of its methods. The
variables of constraints that have been processed are marked with
a unique mark value so that we know where we've been. This allows
the algorithm to avoid getting into an infinite loop even if the
constraint graph has an inadvertent cycle.
###
###*
Entry point for retracting a constraint. Remove the given
constraint and incrementally update the dataflow graph.
Details: Retracting the given constraint may allow some currently
unsatisfiable downstream constraint to be satisfied. We therefore collect
a list of unsatisfied downstream constraints and attempt to
satisfy each one in turn. This list is traversed by constraint
strength, strongest first, as a heuristic for avoiding
unnecessarily adding and then overriding weak constraints.
Assume: c is satisfied.
###
###*
Select a previously unused mark value.
###
###*
Extract a plan for resatisfaction starting from the given source
constraints, usually a set of input constraints. This method
assumes that stay optimization is desired; the plan will contain
only constraints whose output variables are not stay. Constraints
that do no computation, such as stay and edit constraints, are
not included in the plan.
Details: The outputs of a constraint are marked when it is added
to the plan under construction. A constraint may be appended to
the plan when all its input variables are known. A variable is
known if either a) the variable is marked (indicating that has
been computed by a constraint appearing earlier in the plan), b)
the variable is 'stay' (i.e. it is a constant at plan execution
time), or c) the variable is not determined by any
constraint. The last provision is for past states of history
variables, which are not stay but which are also not computed by
any constraint.
Assume: sources are all satisfied.
###
###*
Extract a plan for resatisfying starting from the output of the
given constraints, usually a set of input constraints.
###
# not in plan already and eligible for inclusion
###*
Recompute the walkabout strengths and stay flags of all variables
downstream of the given constraint and recompute the actual
values of all variables whose stay flag is true. If a cycle is
detected, remove the given constraint and answer
false. Otherwise, answer true.
Details: Cycles are detected when a marked variable is
encountered downstream of the given constraint. The sender is
assumed to have marked the inputs of the given constraint with
the given mark. Thus, encountering a marked node downstream of
the output constraint means that there is a path from the
constraint's output to one of its inputs.
###
###*
Update the walkabout strengths and stay flags of all variables
downstream of the given constraint. Answer a collection of
unsatisfied constraints sorted in order of decreasing strength.
###
# --- *
# * P l a n
# * ---
###*
A Plan is an ordered list of constraints to be executed in sequence
to resatisfy all currently satisfiable constraints in the face of
one or more changing inputs.
###
Plan = ->
@v = new OrderedCollection()
return
# --- *
# * M a i n
# * ---
###*
This is the standard DeltaBlue benchmark. A long chain of equality
constraints is constructed with a stay constraint on one end. An
edit constraint is then added to the opposite end and the time is
measured for adding and removing this constraint, and extracting
and executing a constraint satisfaction plan. There are two cases.
In case 1, the added constraint is stronger than the stay
constraint and values must propagate down the entire length of the
chain. In case 2, the added constraint is weaker than the stay
constraint so it cannot be accomodated. The cost in this case is,
of course, very low. Typical situations lie somewhere between these
two extremes.
###
chainTest = (n) ->
planner = new Planner()
prev = null
first = null
last = null
# Build chain of n equality constraints
i = 0
while i <= n
name = "v" + i
v = new Variable(name)
new EqualityConstraint(prev, v, Strength.REQUIRED) if prev?
first = v if i is 0
last = v if i is n
prev = v
i++
new StayConstraint(last, Strength.STRONG_DEFAULT)
edit = new EditConstraint(first, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 100
first.value = i
plan.execute()
alert "Chain test failed." unless last.value is i
i++
return
###*
This test constructs a two sets of variables related to each
other by a simple linear transformation (scale and offset). The
time is measured to change a variable on either side of the
mapping and to change the scale and offset factors.
###
projectionTest = (n) ->
planner = new Planner()
scale = new Variable("scale", 10)
offset = new Variable("offset", 1000)
src = null
dst = null
dests = new OrderedCollection()
i = 0
while i < n
src = new Variable("src" + i, i)
dst = new Variable("dst" + i, i)
dests.add dst
new StayConstraint(src, Strength.NORMAL)
new ScaleConstraint(src, scale, offset, dst, Strength.REQUIRED)
i++
change src, 17
alert "Projection 1 failed" unless dst.value is 1170
change dst, 1050
alert "Projection 2 failed" unless src.value is 5
change scale, 5
i = 0
while i < n - 1
alert "Projection 3 failed" unless dests.at(i).value is i * 5 + 1000
i++
change offset, 2000
i = 0
while i < n - 1
alert "Projection 4 failed" unless dests.at(i).value is i * 5 + 2000
i++
return
change = (v, newValue) ->
edit = new EditConstraint(v, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 10
v.value = newValue
plan.execute()
i++
edit.destroyConstraint()
return
# Global variable holding the current planner.
deltaBlue = ->
chainTest 100
projectionTest 100
return
DeltaBlue = new BenchmarkSuite("DeltaBlue", 66118, [new Benchmark("DeltaBlue", deltaBlue)])
Object::inheritsFrom = (shuper) ->
Inheriter = ->
Inheriter:: = shuper::
@:: = new Inheriter()
@superConstructor = shuper
return
OrderedCollection::add = (elm) ->
@elms.push elm
return
OrderedCollection::at = (index) ->
@elms[index]
OrderedCollection::size = ->
@elms.length
OrderedCollection::removeFirst = ->
@elms.pop()
OrderedCollection::remove = (elm) ->
index = 0
skipped = 0
i = 0
while i < @elms.length
value = @elms[i]
unless value is elm
@elms[index] = value
index++
else
skipped++
i++
i = 0
while i < skipped
@elms.pop()
i++
return
Strength.stronger = (s1, s2) ->
s1.strengthValue < s2.strengthValue
Strength.weaker = (s1, s2) ->
s1.strengthValue > s2.strengthValue
Strength.weakestOf = (s1, s2) ->
(if @weaker(s1, s2) then s1 else s2)
Strength.strongest = (s1, s2) ->
(if @stronger(s1, s2) then s1 else s2)
Strength::nextWeaker = ->
switch @strengthValue
when 0
Strength.STRONG_PREFERRED
when 1
Strength.PREFERRED
when 2
Strength.STRONG_DEFAULT
when 3
Strength.NORMAL
when 4
Strength.WEAK_DEFAULT
when 5
Strength.WEAKEST
Strength.REQUIRED = new Strength(0, "required")
Strength.STRONG_PREFERRED = new Strength(1, "strongPreferred")
Strength.PREFERRED = new Strength(2, "preferred")
Strength.STRONG_DEFAULT = new Strength(3, "strongDefault")
Strength.NORMAL = new Strength(4, "normal")
Strength.WEAK_DEFAULT = new Strength(5, "weakDefault")
Strength.WEAKEST = new Strength(6, "weakest")
Constraint::addConstraint = ->
@addToGraph()
planner.incrementalAdd this
return
Constraint::satisfy = (mark) ->
@chooseMethod mark
unless @isSatisfied()
alert "Could not satisfy a required constraint!" if @strength is Strength.REQUIRED
return null
@markInputs mark
out = @output()
overridden = out.determinedBy
overridden.markUnsatisfied() if overridden?
out.determinedBy = this
alert "Cycle encountered" unless planner.addPropagate(this, mark)
out.mark = mark
overridden
Constraint::destroyConstraint = ->
if @isSatisfied()
planner.incrementalRemove this
else
@removeFromGraph()
return
Constraint::isInput = ->
false
UnaryConstraint.inheritsFrom Constraint
UnaryConstraint::addToGraph = ->
@myOutput.addConstraint this
@satisfied = false
return
UnaryConstraint::chooseMethod = (mark) ->
@satisfied = (@myOutput.mark isnt mark) and Strength.stronger(@strength, @myOutput.walkStrength)
return
UnaryConstraint::isSatisfied = ->
@satisfied
UnaryConstraint::markInputs = (mark) ->
UnaryConstraint::output = ->
@myOutput
UnaryConstraint::recalculate = ->
@myOutput.walkStrength = @strength
@myOutput.stay = not @isInput()
@execute() if @myOutput.stay
return
UnaryConstraint::markUnsatisfied = ->
@satisfied = false
return
UnaryConstraint::inputsKnown = ->
true
UnaryConstraint::removeFromGraph = ->
@myOutput.removeConstraint this if @myOutput?
@satisfied = false
return
StayConstraint.inheritsFrom UnaryConstraint
StayConstraint::execute = ->
EditConstraint.inheritsFrom UnaryConstraint
EditConstraint::isInput = ->
true
EditConstraint::execute = ->
Direction = new Object()
Direction.NONE = 0
Direction.FORWARD = 1
Direction.BACKWARD = -1
BinaryConstraint.inheritsFrom Constraint
BinaryConstraint::chooseMethod = (mark) ->
@direction = (if (@v2.mark isnt mark and Strength.stronger(@strength, @v2.walkStrength)) then Direction.FORWARD else Direction.NONE) if @v1.mark is mark
@direction = (if (@v1.mark isnt mark and Strength.stronger(@strength, @v1.walkStrength)) then Direction.BACKWARD else Direction.NONE) if @v2.mark is mark
if Strength.weaker(@v1.walkStrength, @v2.walkStrength)
@direction = (if Strength.stronger(@strength, @v1.walkStrength) then Direction.BACKWARD else Direction.NONE)
else
@direction = (if Strength.stronger(@strength, @v2.walkStrength) then Direction.FORWARD else Direction.BACKWARD)
return
BinaryConstraint::addToGraph = ->
@v1.addConstraint this
@v2.addConstraint this
@direction = Direction.NONE
return
BinaryConstraint::isSatisfied = ->
@direction isnt Direction.NONE
BinaryConstraint::markInputs = (mark) ->
@input().mark = mark
return
BinaryConstraint::input = ->
(if (@direction is Direction.FORWARD) then @v1 else @v2)
BinaryConstraint::output = ->
(if (@direction is Direction.FORWARD) then @v2 else @v1)
BinaryConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay
@execute() if out.stay
return
BinaryConstraint::markUnsatisfied = ->
@direction = Direction.NONE
return
BinaryConstraint::inputsKnown = (mark) ->
i = @input()
i.mark is mark or i.stay or not i.determinedBy?
BinaryConstraint::removeFromGraph = ->
@v1.removeConstraint this if @v1?
@v2.removeConstraint this if @v2?
@direction = Direction.NONE
return
ScaleConstraint.inheritsFrom BinaryConstraint
ScaleConstraint::addToGraph = ->
ScaleConstraint.superConstructor::addToGraph.call this
@scale.addConstraint this
@offset.addConstraint this
return
ScaleConstraint::removeFromGraph = ->
ScaleConstraint.superConstructor::removeFromGraph.call this
@scale.removeConstraint this if @scale?
@offset.removeConstraint this if @offset?
return
ScaleConstraint::markInputs = (mark) ->
ScaleConstraint.superConstructor::markInputs.call this, mark
@scale.mark = @offset.mark = mark
return
ScaleConstraint::execute = ->
if @direction is Direction.FORWARD
@v2.value = @v1.value * @scale.value + @offset.value
else
@v1.value = (@v2.value - @offset.value) / @scale.value
return
ScaleConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay and @scale.stay and @offset.stay
@execute() if out.stay
return
EqualityConstraint.inheritsFrom BinaryConstraint
EqualityConstraint::execute = ->
@output().value = @input().value
return
Variable::addConstraint = (c) ->
@constraints.add c
return
Variable::removeConstraint = (c) ->
@constraints.remove c
@determinedBy = null if @determinedBy is c
return
Planner::incrementalAdd = (c) ->
mark = @newMark()
overridden = c.satisfy(mark)
overridden = overridden.satisfy(mark) while overridden?
return
Planner::incrementalRemove = (c) ->
out = c.output()
c.markUnsatisfied()
c.removeFromGraph()
unsatisfied = @removePropagateFrom(out)
strength = Strength.REQUIRED
loop
i = 0
while i < unsatisfied.size()
u = unsatisfied.at(i)
@incrementalAdd u if u.strength is strength
i++
strength = strength.nextWeaker()
break unless strength isnt Strength.WEAKEST
return
Planner::newMark = ->
++@currentMark
Planner::makePlan = (sources) ->
mark = @newMark()
plan = new Plan()
todo = sources
while todo.size() > 0
c = todo.removeFirst()
if c.output().mark isnt mark and c.inputsKnown(mark)
plan.addConstraint c
c.output().mark = mark
@addConstraintsConsumingTo c.output(), todo
plan
Planner::extractPlanFromConstraints = (constraints) ->
sources = new OrderedCollection()
i = 0
while i < constraints.size()
c = constraints.at(i)
sources.add c if c.isInput() and c.isSatisfied()
i++
@makePlan sources
Planner::addPropagate = (c, mark) ->
todo = new OrderedCollection()
todo.add c
while todo.size() > 0
d = todo.removeFirst()
if d.output().mark is mark
@incrementalRemove c
return false
d.recalculate()
@addConstraintsConsumingTo d.output(), todo
true
Planner::removePropagateFrom = (out) ->
out.determinedBy = null
out.walkStrength = Strength.WEAKEST
out.stay = true
unsatisfied = new OrderedCollection()
todo = new OrderedCollection()
todo.add out
while todo.size() > 0
v = todo.removeFirst()
i = 0
while i < v.constraints.size()
c = v.constraints.at(i)
unsatisfied.add c unless c.isSatisfied()
i++
determining = v.determinedBy
i = 0
while i < v.constraints.size()
next = v.constraints.at(i)
if next isnt determining and next.isSatisfied()
next.recalculate()
todo.add next.output()
i++
unsatisfied
Planner::addConstraintsConsumingTo = (v, coll) ->
determining = v.determinedBy
cc = v.constraints
i = 0
while i < cc.size()
c = cc.at(i)
coll.add c if c isnt determining and c.isSatisfied()
i++
return
Plan::addConstraint = (c) ->
@v.add c
return
Plan::size = ->
@v.size()
Plan::constraintAt = (index) ->
@v.at index
Plan::execute = ->
i = 0
while i < @size()
c = @constraintAt(i)
c.execute()
i++
return
planner = null
| true | # Copyright 2008 the V8 project authors. All rights reserved.
# Copyright 1996 PI:NAME:<NAME>END_PI and PI:NAME:<NAME>END_PI.
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
# This implementation of the DeltaBlue benchmark is derived
# from the Smalltalk implementation by PI:NAME:<NAME>END_PI and PI:NAME:<NAME>END_PI
# PI:NAME:<NAME>END_PI. Some parts have been translated directly, whereas
# others have been modified more aggresively to make it feel
# more like a JavaScript program.
###*
A JavaScript implementation of the DeltaBlue constraint-solving
algorithm, as described in:
"The DeltaBlue Algorithm: An Incremental Constraint Hierarchy Solver"
PI:NAME:<NAME>END_PI and PI:NAME:<NAME>END_PI
January 1990 Communications of the ACM,
also available as University of Washington TR 89-08-06.
Beware: this benchmark is written in a grotesque style where
the constraint model is built by side-effects from constructors.
I've kept it this way to avoid deviating too much from the original
implementation.
###
# --- O b j e c t M o d e l ---
OrderedCollection = ->
@elms = new Array()
return
# --- *
# * S t r e n g t h
# * ---
###*
Strengths are used to measure the relative importance of constraints.
New strengths may be inserted in the strength hierarchy without
disrupting current constraints. Strengths cannot be created outside
this class, so pointer comparison can be used for value comparison.
###
Strength = (strengthValue, name) ->
@strengthValue = strengthValue
@name = name
return
# Strength constants.
# --- *
# * C o n s t r a i n t
# * ---
###*
An abstract class representing a system-maintainable relationship
(or "constraint") between a set of variables. A constraint supplies
a strength instance variable; concrete subclasses provide a means
of storing the constrained variables and other information required
to represent a constraint.
###
Constraint = (strength) ->
@strength = strength
return
###*
Activate this constraint and attempt to satisfy it.
###
###*
Attempt to find a way to enforce this constraint. If successful,
record the solution, perhaps modifying the current dataflow
graph. Answer the constraint that this constraint overrides, if
there is one, or nil, if there isn't.
Assume: I am not already satisfied.
###
###*
Normal constraints are not input constraints. An input constraint
is one that depends on external state, such as the mouse, the
keybord, a clock, or some arbitraty piece of imperative code.
###
# --- *
# * U n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having a single possible output
variable.
###
UnaryConstraint = (v, strength) ->
UnaryConstraint.superConstructor.call this, strength
@myOutput = v
@satisfied = false
@addConstraint()
return
###*
Adds this constraint to the constraint graph
###
###*
Decides if this constraint can be satisfied and records that
decision.
###
###*
Returns true if this constraint is satisfied in the current solution.
###
# has no inputs
###*
Returns the current output variable.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# Stay optimization
###*
Records that this constraint is unsatisfied
###
# --- *
# * S t a y C o n s t r a i n t
# * ---
###*
Variables that should, with some level of preference, stay the same.
Planners may exploit the fact that instances, if satisfied, will not
change their output during plan execution. This is called "stay
optimization".
###
StayConstraint = (v, str) ->
StayConstraint.superConstructor.call this, v, str
return
# Stay constraints do nothing
# --- *
# * E d i t C o n s t r a i n t
# * ---
###*
A unary input constraint used to mark a variable that the client
wishes to change.
###
EditConstraint = (v, str) ->
EditConstraint.superConstructor.call this, v, str
return
###*
Edits indicate that a variable is to be changed by imperative code.
###
# Edit constraints do nothing
# --- *
# * B i n a r y C o n s t r a i n t
# * ---
###*
Abstract superclass for constraints having two possible output
variables.
###
BinaryConstraint = (var1, var2, strength) ->
BinaryConstraint.superConstructor.call this, strength
@v1 = var1
@v2 = var2
@direction = Direction.NONE
@addConstraint()
return
###*
Decides if this constraint can be satisfied and which way it
should flow based on the relative strength of the variables related,
and record that decision.
###
###*
Add this constraint to the constraint graph
###
###*
Answer true if this constraint is satisfied in the current solution.
###
###*
Mark the input variable with the given mark.
###
###*
Returns the current input variable
###
###*
Returns the current output variable
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this
constraint. Assume this constraint is satisfied.
###
###*
Record the fact that this constraint is unsatisfied.
###
# --- *
# * S c a l e C o n s t r a i n t
# * ---
###*
Relates two variables by the linear scaling relationship: "v2 =
(v1 * scale) + offset". Either v1 or v2 may be changed to maintain
this relationship but the scale factor and offset are considered
read-only.
###
ScaleConstraint = (src, scale, offset, dest, strength) ->
@direction = Direction.NONE
@scale = scale
@offset = offset
ScaleConstraint.superConstructor.call this, src, dest, strength
return
###*
Adds this constraint to the constraint graph.
###
###*
Enforce this constraint. Assume that it is satisfied.
###
###*
Calculate the walkabout strength, the stay flag, and, if it is
'stay', the value for the current output of this constraint. Assume
this constraint is satisfied.
###
# --- *
# * E q u a l i t y C o n s t r a i n t
# * ---
###*
Constrains two variables to have the same value.
###
EqualityConstraint = (var1, var2, strength) ->
EqualityConstraint.superConstructor.call this, var1, var2, strength
return
###*
Enforce this constraint. Assume that it is satisfied.
###
# --- *
# * V a r i a b l e
# * ---
###*
A constrained variable. In addition to its value, it maintain the
structure of the constraint graph, the current dataflow graph, and
various parameters of interest to the DeltaBlue incremental
constraint solver.
###
Variable = (name, initialValue) ->
@value = initialValue or 0
@constraints = new OrderedCollection()
@determinedBy = null
@mark = 0
@walkStrength = Strength.WEAKEST
@stay = true
@name = name
return
###*
Add the given constraint to the set of all constraints that refer
this variable.
###
###*
Removes all traces of c from this variable.
###
# --- *
# * P l a n n e r
# * ---
###*
The DeltaBlue planner
###
Planner = ->
@currentMark = 0
return
###*
Attempt to satisfy the given constraint and, if successful,
incrementally update the dataflow graph. Details: If satifying
the constraint is successful, it may override a weaker constraint
on its output. The algorithm attempts to resatisfy that
constraint using some other method. This process is repeated
until either a) it reaches a variable that was not previously
determined by any constraint or b) it reaches a constraint that
is too weak to be satisfied using any of its methods. The
variables of constraints that have been processed are marked with
a unique mark value so that we know where we've been. This allows
the algorithm to avoid getting into an infinite loop even if the
constraint graph has an inadvertent cycle.
###
###*
Entry point for retracting a constraint. Remove the given
constraint and incrementally update the dataflow graph.
Details: Retracting the given constraint may allow some currently
unsatisfiable downstream constraint to be satisfied. We therefore collect
a list of unsatisfied downstream constraints and attempt to
satisfy each one in turn. This list is traversed by constraint
strength, strongest first, as a heuristic for avoiding
unnecessarily adding and then overriding weak constraints.
Assume: c is satisfied.
###
###*
Select a previously unused mark value.
###
###*
Extract a plan for resatisfaction starting from the given source
constraints, usually a set of input constraints. This method
assumes that stay optimization is desired; the plan will contain
only constraints whose output variables are not stay. Constraints
that do no computation, such as stay and edit constraints, are
not included in the plan.
Details: The outputs of a constraint are marked when it is added
to the plan under construction. A constraint may be appended to
the plan when all its input variables are known. A variable is
known if either a) the variable is marked (indicating that has
been computed by a constraint appearing earlier in the plan), b)
the variable is 'stay' (i.e. it is a constant at plan execution
time), or c) the variable is not determined by any
constraint. The last provision is for past states of history
variables, which are not stay but which are also not computed by
any constraint.
Assume: sources are all satisfied.
###
###*
Extract a plan for resatisfying starting from the output of the
given constraints, usually a set of input constraints.
###
# not in plan already and eligible for inclusion
###*
Recompute the walkabout strengths and stay flags of all variables
downstream of the given constraint and recompute the actual
values of all variables whose stay flag is true. If a cycle is
detected, remove the given constraint and answer
false. Otherwise, answer true.
Details: Cycles are detected when a marked variable is
encountered downstream of the given constraint. The sender is
assumed to have marked the inputs of the given constraint with
the given mark. Thus, encountering a marked node downstream of
the output constraint means that there is a path from the
constraint's output to one of its inputs.
###
###*
Update the walkabout strengths and stay flags of all variables
downstream of the given constraint. Answer a collection of
unsatisfied constraints sorted in order of decreasing strength.
###
# --- *
# * P l a n
# * ---
###*
A Plan is an ordered list of constraints to be executed in sequence
to resatisfy all currently satisfiable constraints in the face of
one or more changing inputs.
###
Plan = ->
@v = new OrderedCollection()
return
# --- *
# * M a i n
# * ---
###*
This is the standard DeltaBlue benchmark. A long chain of equality
constraints is constructed with a stay constraint on one end. An
edit constraint is then added to the opposite end and the time is
measured for adding and removing this constraint, and extracting
and executing a constraint satisfaction plan. There are two cases.
In case 1, the added constraint is stronger than the stay
constraint and values must propagate down the entire length of the
chain. In case 2, the added constraint is weaker than the stay
constraint so it cannot be accomodated. The cost in this case is,
of course, very low. Typical situations lie somewhere between these
two extremes.
###
chainTest = (n) ->
planner = new Planner()
prev = null
first = null
last = null
# Build chain of n equality constraints
i = 0
while i <= n
name = "v" + i
v = new Variable(name)
new EqualityConstraint(prev, v, Strength.REQUIRED) if prev?
first = v if i is 0
last = v if i is n
prev = v
i++
new StayConstraint(last, Strength.STRONG_DEFAULT)
edit = new EditConstraint(first, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 100
first.value = i
plan.execute()
alert "Chain test failed." unless last.value is i
i++
return
###*
This test constructs a two sets of variables related to each
other by a simple linear transformation (scale and offset). The
time is measured to change a variable on either side of the
mapping and to change the scale and offset factors.
###
projectionTest = (n) ->
planner = new Planner()
scale = new Variable("scale", 10)
offset = new Variable("offset", 1000)
src = null
dst = null
dests = new OrderedCollection()
i = 0
while i < n
src = new Variable("src" + i, i)
dst = new Variable("dst" + i, i)
dests.add dst
new StayConstraint(src, Strength.NORMAL)
new ScaleConstraint(src, scale, offset, dst, Strength.REQUIRED)
i++
change src, 17
alert "Projection 1 failed" unless dst.value is 1170
change dst, 1050
alert "Projection 2 failed" unless src.value is 5
change scale, 5
i = 0
while i < n - 1
alert "Projection 3 failed" unless dests.at(i).value is i * 5 + 1000
i++
change offset, 2000
i = 0
while i < n - 1
alert "Projection 4 failed" unless dests.at(i).value is i * 5 + 2000
i++
return
change = (v, newValue) ->
edit = new EditConstraint(v, Strength.PREFERRED)
edits = new OrderedCollection()
edits.add edit
plan = planner.extractPlanFromConstraints(edits)
i = 0
while i < 10
v.value = newValue
plan.execute()
i++
edit.destroyConstraint()
return
# Global variable holding the current planner.
deltaBlue = ->
chainTest 100
projectionTest 100
return
DeltaBlue = new BenchmarkSuite("DeltaBlue", 66118, [new Benchmark("DeltaBlue", deltaBlue)])
Object::inheritsFrom = (shuper) ->
Inheriter = ->
Inheriter:: = shuper::
@:: = new Inheriter()
@superConstructor = shuper
return
OrderedCollection::add = (elm) ->
@elms.push elm
return
OrderedCollection::at = (index) ->
@elms[index]
OrderedCollection::size = ->
@elms.length
OrderedCollection::removeFirst = ->
@elms.pop()
OrderedCollection::remove = (elm) ->
index = 0
skipped = 0
i = 0
while i < @elms.length
value = @elms[i]
unless value is elm
@elms[index] = value
index++
else
skipped++
i++
i = 0
while i < skipped
@elms.pop()
i++
return
Strength.stronger = (s1, s2) ->
s1.strengthValue < s2.strengthValue
Strength.weaker = (s1, s2) ->
s1.strengthValue > s2.strengthValue
Strength.weakestOf = (s1, s2) ->
(if @weaker(s1, s2) then s1 else s2)
Strength.strongest = (s1, s2) ->
(if @stronger(s1, s2) then s1 else s2)
Strength::nextWeaker = ->
switch @strengthValue
when 0
Strength.STRONG_PREFERRED
when 1
Strength.PREFERRED
when 2
Strength.STRONG_DEFAULT
when 3
Strength.NORMAL
when 4
Strength.WEAK_DEFAULT
when 5
Strength.WEAKEST
Strength.REQUIRED = new Strength(0, "required")
Strength.STRONG_PREFERRED = new Strength(1, "strongPreferred")
Strength.PREFERRED = new Strength(2, "preferred")
Strength.STRONG_DEFAULT = new Strength(3, "strongDefault")
Strength.NORMAL = new Strength(4, "normal")
Strength.WEAK_DEFAULT = new Strength(5, "weakDefault")
Strength.WEAKEST = new Strength(6, "weakest")
Constraint::addConstraint = ->
@addToGraph()
planner.incrementalAdd this
return
Constraint::satisfy = (mark) ->
@chooseMethod mark
unless @isSatisfied()
alert "Could not satisfy a required constraint!" if @strength is Strength.REQUIRED
return null
@markInputs mark
out = @output()
overridden = out.determinedBy
overridden.markUnsatisfied() if overridden?
out.determinedBy = this
alert "Cycle encountered" unless planner.addPropagate(this, mark)
out.mark = mark
overridden
Constraint::destroyConstraint = ->
if @isSatisfied()
planner.incrementalRemove this
else
@removeFromGraph()
return
Constraint::isInput = ->
false
UnaryConstraint.inheritsFrom Constraint
UnaryConstraint::addToGraph = ->
@myOutput.addConstraint this
@satisfied = false
return
UnaryConstraint::chooseMethod = (mark) ->
@satisfied = (@myOutput.mark isnt mark) and Strength.stronger(@strength, @myOutput.walkStrength)
return
UnaryConstraint::isSatisfied = ->
@satisfied
UnaryConstraint::markInputs = (mark) ->
UnaryConstraint::output = ->
@myOutput
UnaryConstraint::recalculate = ->
@myOutput.walkStrength = @strength
@myOutput.stay = not @isInput()
@execute() if @myOutput.stay
return
UnaryConstraint::markUnsatisfied = ->
@satisfied = false
return
UnaryConstraint::inputsKnown = ->
true
UnaryConstraint::removeFromGraph = ->
@myOutput.removeConstraint this if @myOutput?
@satisfied = false
return
StayConstraint.inheritsFrom UnaryConstraint
StayConstraint::execute = ->
EditConstraint.inheritsFrom UnaryConstraint
EditConstraint::isInput = ->
true
EditConstraint::execute = ->
Direction = new Object()
Direction.NONE = 0
Direction.FORWARD = 1
Direction.BACKWARD = -1
BinaryConstraint.inheritsFrom Constraint
BinaryConstraint::chooseMethod = (mark) ->
@direction = (if (@v2.mark isnt mark and Strength.stronger(@strength, @v2.walkStrength)) then Direction.FORWARD else Direction.NONE) if @v1.mark is mark
@direction = (if (@v1.mark isnt mark and Strength.stronger(@strength, @v1.walkStrength)) then Direction.BACKWARD else Direction.NONE) if @v2.mark is mark
if Strength.weaker(@v1.walkStrength, @v2.walkStrength)
@direction = (if Strength.stronger(@strength, @v1.walkStrength) then Direction.BACKWARD else Direction.NONE)
else
@direction = (if Strength.stronger(@strength, @v2.walkStrength) then Direction.FORWARD else Direction.BACKWARD)
return
BinaryConstraint::addToGraph = ->
@v1.addConstraint this
@v2.addConstraint this
@direction = Direction.NONE
return
BinaryConstraint::isSatisfied = ->
@direction isnt Direction.NONE
BinaryConstraint::markInputs = (mark) ->
@input().mark = mark
return
BinaryConstraint::input = ->
(if (@direction is Direction.FORWARD) then @v1 else @v2)
BinaryConstraint::output = ->
(if (@direction is Direction.FORWARD) then @v2 else @v1)
BinaryConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay
@execute() if out.stay
return
BinaryConstraint::markUnsatisfied = ->
@direction = Direction.NONE
return
BinaryConstraint::inputsKnown = (mark) ->
i = @input()
i.mark is mark or i.stay or not i.determinedBy?
BinaryConstraint::removeFromGraph = ->
@v1.removeConstraint this if @v1?
@v2.removeConstraint this if @v2?
@direction = Direction.NONE
return
ScaleConstraint.inheritsFrom BinaryConstraint
ScaleConstraint::addToGraph = ->
ScaleConstraint.superConstructor::addToGraph.call this
@scale.addConstraint this
@offset.addConstraint this
return
ScaleConstraint::removeFromGraph = ->
ScaleConstraint.superConstructor::removeFromGraph.call this
@scale.removeConstraint this if @scale?
@offset.removeConstraint this if @offset?
return
ScaleConstraint::markInputs = (mark) ->
ScaleConstraint.superConstructor::markInputs.call this, mark
@scale.mark = @offset.mark = mark
return
ScaleConstraint::execute = ->
if @direction is Direction.FORWARD
@v2.value = @v1.value * @scale.value + @offset.value
else
@v1.value = (@v2.value - @offset.value) / @scale.value
return
ScaleConstraint::recalculate = ->
ihn = @input()
out = @output()
out.walkStrength = Strength.weakestOf(@strength, ihn.walkStrength)
out.stay = ihn.stay and @scale.stay and @offset.stay
@execute() if out.stay
return
EqualityConstraint.inheritsFrom BinaryConstraint
EqualityConstraint::execute = ->
@output().value = @input().value
return
Variable::addConstraint = (c) ->
@constraints.add c
return
Variable::removeConstraint = (c) ->
@constraints.remove c
@determinedBy = null if @determinedBy is c
return
Planner::incrementalAdd = (c) ->
mark = @newMark()
overridden = c.satisfy(mark)
overridden = overridden.satisfy(mark) while overridden?
return
Planner::incrementalRemove = (c) ->
out = c.output()
c.markUnsatisfied()
c.removeFromGraph()
unsatisfied = @removePropagateFrom(out)
strength = Strength.REQUIRED
loop
i = 0
while i < unsatisfied.size()
u = unsatisfied.at(i)
@incrementalAdd u if u.strength is strength
i++
strength = strength.nextWeaker()
break unless strength isnt Strength.WEAKEST
return
Planner::newMark = ->
++@currentMark
Planner::makePlan = (sources) ->
mark = @newMark()
plan = new Plan()
todo = sources
while todo.size() > 0
c = todo.removeFirst()
if c.output().mark isnt mark and c.inputsKnown(mark)
plan.addConstraint c
c.output().mark = mark
@addConstraintsConsumingTo c.output(), todo
plan
Planner::extractPlanFromConstraints = (constraints) ->
sources = new OrderedCollection()
i = 0
while i < constraints.size()
c = constraints.at(i)
sources.add c if c.isInput() and c.isSatisfied()
i++
@makePlan sources
Planner::addPropagate = (c, mark) ->
todo = new OrderedCollection()
todo.add c
while todo.size() > 0
d = todo.removeFirst()
if d.output().mark is mark
@incrementalRemove c
return false
d.recalculate()
@addConstraintsConsumingTo d.output(), todo
true
Planner::removePropagateFrom = (out) ->
out.determinedBy = null
out.walkStrength = Strength.WEAKEST
out.stay = true
unsatisfied = new OrderedCollection()
todo = new OrderedCollection()
todo.add out
while todo.size() > 0
v = todo.removeFirst()
i = 0
while i < v.constraints.size()
c = v.constraints.at(i)
unsatisfied.add c unless c.isSatisfied()
i++
determining = v.determinedBy
i = 0
while i < v.constraints.size()
next = v.constraints.at(i)
if next isnt determining and next.isSatisfied()
next.recalculate()
todo.add next.output()
i++
unsatisfied
Planner::addConstraintsConsumingTo = (v, coll) ->
determining = v.determinedBy
cc = v.constraints
i = 0
while i < cc.size()
c = cc.at(i)
coll.add c if c isnt determining and c.isSatisfied()
i++
return
Plan::addConstraint = (c) ->
@v.add c
return
Plan::size = ->
@v.size()
Plan::constraintAt = (index) ->
@v.at index
Plan::execute = ->
i = 0
while i < @size()
c = @constraintAt(i)
c.execute()
i++
return
planner = null
|
[
{
"context": "###\n# Author: iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n#",
"end": 21,
"score": 0.9986658096313477,
"start": 14,
"tag": "USERNAME",
"value": "iTonyYo"
},
{
"context": "###\n# Author: iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n# Last Update (auth",
"end": 39,
"score": 0.9999278783798218,
"start": 23,
"tag": "EMAIL",
"value": "ceo@holaever.com"
},
{
"context": "r: iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n# Last Update (author): iTonyYo <ceo@holaever.co",
"end": 68,
"score": 0.9995915293693542,
"start": 61,
"tag": "USERNAME",
"value": "iTonyYo"
},
{
"context": "ttps://github.com/iTonyYo)\n# Last Update (author): iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n#",
"end": 101,
"score": 0.998927116394043,
"start": 94,
"tag": "USERNAME",
"value": "iTonyYo"
},
{
"context": "hub.com/iTonyYo)\n# Last Update (author): iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n###\n\n'use strict'\n\n",
"end": 119,
"score": 0.9999287128448486,
"start": 103,
"tag": "EMAIL",
"value": "ceo@holaever.com"
},
{
"context": "): iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)\n###\n\n'use strict'\n\ncfg = require '../conf",
"end": 148,
"score": 0.9996522068977356,
"start": 141,
"tag": "USERNAME",
"value": "iTonyYo"
}
] | node_modules/node-find-folder/gulp/clp.coffee | long-grass/mikey | 0 | ###
# Author: iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)
# Last Update (author): iTonyYo <ceo@holaever.com> (https://github.com/iTonyYo)
###
'use strict'
cfg = require '../config.json'
gulp = require 'gulp'
$ = require('gulp-load-plugins')()
parse_args = require 'minimist'
__args = parse_args process.argv.slice(2),
'boolean': cfg.clp
module.exports = __args
| 118130 | ###
# Author: iTonyYo <<EMAIL>> (https://github.com/iTonyYo)
# Last Update (author): iTonyYo <<EMAIL>> (https://github.com/iTonyYo)
###
'use strict'
cfg = require '../config.json'
gulp = require 'gulp'
$ = require('gulp-load-plugins')()
parse_args = require 'minimist'
__args = parse_args process.argv.slice(2),
'boolean': cfg.clp
module.exports = __args
| true | ###
# Author: iTonyYo <PI:EMAIL:<EMAIL>END_PI> (https://github.com/iTonyYo)
# Last Update (author): iTonyYo <PI:EMAIL:<EMAIL>END_PI> (https://github.com/iTonyYo)
###
'use strict'
cfg = require '../config.json'
gulp = require 'gulp'
$ = require('gulp-load-plugins')()
parse_args = require 'minimist'
__args = parse_args process.argv.slice(2),
'boolean': cfg.clp
module.exports = __args
|
[
{
"context": "=================================\n# Copyright 2014 Hatio, Lab.\n# Licensed under The MIT License\n# http://o",
"end": 67,
"score": 0.9366964101791382,
"start": 62,
"tag": "NAME",
"value": "Hatio"
}
] | src/spec/SpecGroup.coffee | heartyoh/infopik | 0 | # ==========================================
# Copyright 2014 Hatio, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'KineticJS'
], (dou, kin) ->
"use strict"
drag_handler = (e) ->
e.targetNode = this if not e.targetNode or e.targetNode is this.__background__
createView = (attributes) ->
group = new kin.Group(attributes);
background = new kin.Rect(dou.util.shallow_merge({}, attributes, {draggable: false, listening: true, x: 0, y: 0, id: undefined}))
group.add background
# Hack.. dragmove event lost its targetNode for background
if(attributes.draggable)
group.on 'dragstart dragmove dragend', drag_handler
group.__background__ = background
group
createHandle = (attributes) ->
return new Kin.Group(attributes)
{
type: 'group'
name: 'group'
containable: true
container_type: 'container'
description: 'Group Specification'
defaults: {
width: 100
height: 50
# fill: 'green'
stroke: 'black'
strokeWidth: 4
draggable: true
listening: true
opacity: 1
}
view_factory_fn: createView
handle_factory_fn: createHandle
toolbox_image: 'images/toolbox_group.png'
}
| 20539 | # ==========================================
# Copyright 2014 <NAME>, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'KineticJS'
], (dou, kin) ->
"use strict"
drag_handler = (e) ->
e.targetNode = this if not e.targetNode or e.targetNode is this.__background__
createView = (attributes) ->
group = new kin.Group(attributes);
background = new kin.Rect(dou.util.shallow_merge({}, attributes, {draggable: false, listening: true, x: 0, y: 0, id: undefined}))
group.add background
# Hack.. dragmove event lost its targetNode for background
if(attributes.draggable)
group.on 'dragstart dragmove dragend', drag_handler
group.__background__ = background
group
createHandle = (attributes) ->
return new Kin.Group(attributes)
{
type: 'group'
name: 'group'
containable: true
container_type: 'container'
description: 'Group Specification'
defaults: {
width: 100
height: 50
# fill: 'green'
stroke: 'black'
strokeWidth: 4
draggable: true
listening: true
opacity: 1
}
view_factory_fn: createView
handle_factory_fn: createHandle
toolbox_image: 'images/toolbox_group.png'
}
| true | # ==========================================
# Copyright 2014 PI:NAME:<NAME>END_PI, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'KineticJS'
], (dou, kin) ->
"use strict"
drag_handler = (e) ->
e.targetNode = this if not e.targetNode or e.targetNode is this.__background__
createView = (attributes) ->
group = new kin.Group(attributes);
background = new kin.Rect(dou.util.shallow_merge({}, attributes, {draggable: false, listening: true, x: 0, y: 0, id: undefined}))
group.add background
# Hack.. dragmove event lost its targetNode for background
if(attributes.draggable)
group.on 'dragstart dragmove dragend', drag_handler
group.__background__ = background
group
createHandle = (attributes) ->
return new Kin.Group(attributes)
{
type: 'group'
name: 'group'
containable: true
container_type: 'container'
description: 'Group Specification'
defaults: {
width: 100
height: 50
# fill: 'green'
stroke: 'black'
strokeWidth: 4
draggable: true
listening: true
opacity: 1
}
view_factory_fn: createView
handle_factory_fn: createHandle
toolbox_image: 'images/toolbox_group.png'
}
|
[
{
"context": "\n\n compJID = \"comp.exmaple.tld\"\n clientJID = \"client@exmaple.tld\"\n\n createErrorIq = (type, code, msg, clazz, inst",
"end": 297,
"score": 0.9994378089904785,
"start": 279,
"tag": "EMAIL",
"value": "client@exmaple.tld"
},
{
"context": "ses\", ->\n\n class User\n constructor: (@name, @age) ->\n\n @mgr.addClass \"user\", User,\n ",
"end": 1831,
"score": 0.9291667938232422,
"start": 1827,
"tag": "USERNAME",
"value": "name"
},
{
"context": "st \"user\"\n class User\n constructor: (@name) -> @id = \"foo\"\n @mgr.addClass \"user\", User,",
"end": 2433,
"score": 0.8470010757446289,
"start": 2429,
"tag": "USERNAME",
"value": "name"
},
{
"context": " .cnode(new joap.stanza.Attribute \"name\", \"Markus\").up()\n .cnode(new joap.stanza.Attribute \"",
"end": 3846,
"score": 0.9997198581695557,
"start": 3840,
"tag": "NAME",
"value": "Markus"
},
{
"context": "al \"foo\"\n (expect instance.name).to.equal \"Markus\"\n (expect instance.age).to.equal 99\n ",
"end": 4304,
"score": 0.9997278451919556,
"start": 4298,
"tag": "NAME",
"value": "Markus"
},
{
"context": " .cnode(new joap.stanza.Attribute \"name\", \"Markus\").up()\n @result = new ltx.Element \"iq\",\n ",
"end": 4562,
"score": 0.9996645450592041,
"start": 4556,
"tag": "NAME",
"value": "Markus"
},
{
"context": "user.foo\n (expect instance.name).to.equal \"Markus\"\n (expect instance.age).to.equal 99\n ",
"end": 4919,
"score": 0.9997389912605286,
"start": 4913,
"tag": "NAME",
"value": "Markus"
},
{
"context": "ctor: ->\n @id = \"foo\"\n @name = \"Markus\"\n @mgr.addClass \"user\", User\n @mgr.save",
"end": 7075,
"score": 0.9997972846031189,
"start": 7069,
"tag": "NAME",
"value": "Markus"
},
{
"context": " .cnode(new joap.stanza.Attribute \"name\", \"Markus\")\n @run (res) => @compare res; done()\n\n ",
"end": 7493,
"score": 0.9997583627700806,
"start": 7487,
"tag": "NAME",
"value": "Markus"
},
{
"context": "ctor: ->\n @id = \"foo\"\n @name = \"Markus\"\n @mgr.addClass \"user\", User\n @mgr.save",
"end": 7686,
"score": 0.999783992767334,
"start": 7680,
"tag": "NAME",
"value": "Markus"
},
{
"context": " .cnode(new joap.stanza.Attribute \"name\", \"Markus\")\n @run (res) => @compare res; done()\n\n d",
"end": 8097,
"score": 0.9997663497924805,
"start": 8091,
"tag": "NAME",
"value": "Markus"
},
{
"context": "tected\"]\n @mgr._objects.user.foo = new User \"Markus\", 123\n @request = createRequest \"edit\", \"use",
"end": 8465,
"score": 0.9997515678405762,
"start": 8459,
"tag": "NAME",
"value": "Markus"
},
{
"context": "\"delete\", ->\n\n class User\n constructor: (@name, @age) -> @id = \"foo\"\n\n beforeEach ->\n @m",
"end": 12670,
"score": 0.9940859079360962,
"start": 12666,
"tag": "USERNAME",
"value": "name"
},
{
"context": ": [\"id\"]\n @mgr._objects.user.foo = new User \"Markus\", 123\n @request = createRequest \"delete\", \"u",
"end": 12885,
"score": 0.9946924448013306,
"start": 12879,
"tag": "NAME",
"value": "Markus"
},
{
"context": "escribe\", ->\n\n class User\n constructor: (@name, @age) ->\n @id = \"foo\"\n\n beforeEach ->\n",
"end": 14121,
"score": 0.9617994427680969,
"start": 14117,
"tag": "USERNAME",
"value": "name"
},
{
"context": ": [\"id\"]\n @mgr._objects.user.foo = new User \"Markus\", 123\n @request = createRequest \"describe\"\n\n",
"end": 14305,
"score": 0.998856782913208,
"start": 14299,
"tag": "NAME",
"value": "Markus"
},
{
"context": " * param\n @mgr._objects.user.foo = new User \"Markus\", 432\n\n it \"can handle an instance rpc request",
"end": 15505,
"score": 0.9988524913787842,
"start": 15499,
"tag": "NAME",
"value": "Markus"
}
] | spec/Manager.spec.coffee | flosse/node-xmpp-joap | 0 | chai = require 'chai'
expect = chai.expect
joap = require "../lib/node-xmpp-joap"
ltx = require "ltx"
{ JID } = require "node-xmpp-core"
JOAP_NS = "jabber:iq:joap"
RPC_NS = "jabber:iq:rpc"
describe "Manager", ->
compJID = "comp.exmaple.tld"
clientJID = "client@exmaple.tld"
createErrorIq = (type, code, msg, clazz, instance) ->
from = compJID
from = "#{clazz}@#{from}" if clazz?
from += "/#{instance}" if instance?
errMsg = new joap.stanza.ErrorIq type, code, msg,
to : clientJID
from : from
id : "#{type}_id_0"
createRequest = (type, clazz, instance) ->
to = compJID
to = "#{clazz}@#{to}" if clazz?
to += "/#{instance}" if instance?
iq = new ltx.Element "iq",
to : to
from : clientJID
id : "#{type}_id_0"
type : 'set'
if type is "query"
iq.c type, xmlns:RPC_NS
else
iq.c type, xmlns:JOAP_NS
iq
xmppComp =
channels: {}
send: (data) -> process.nextTick -> xmppClient.onData data
onData: (data) ->
on: (channel, cb) ->
@channels[channel] = cb
connection: jid: new JID compJID
xmppClient =
send: (data) -> process.nextTick -> xmppComp.channels.stanza data
onData: (data, cb) ->
beforeEach ->
@mgr = new joap.Manager xmppComp
@compare = (res) ->
(expect res.toString()).to.equal @result.toString()
@run = (cb) ->
xmppClient.onData = (data) -> cb data
xmppClient.send @request
it "creates objects for caching objetcs and classes", ->
mgr = new joap.Manager xmppComp
(expect typeof mgr.classes).to.equal "object"
(expect typeof mgr._objects).to.equal "object"
describe "registration of classes", ->
it "supports a method to register classes", ->
class User
constructor: (@name, @age) ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["name"]
userClz = @mgr.classes.user
defAttrs = userClz.definitions.attributes
(expect defAttrs.name.required).to.equal true
(expect defAttrs.name.writable).to.equal false
describe "add", ->
createAddRequest = (clazz, instance) -> createRequest("add", clazz, instance)
createAddErrorIq = (code, msg, clazz, instance) -> createErrorIq("add", code, msg, clazz, instance)
beforeEach ->
@request = createAddRequest "user"
class User
constructor: (@name) -> @id = "foo"
@mgr.addClass "user", User,
required: ["name"],
protected: ["id"]
it "returns an error if you are not authorized", (done) ->
@result = createAddErrorIq '403', "You are not authorized", "user"
@mgr.hasPermission = (a, next) -> next false, a
@run (res) => @compare res; done()
it "returns an error if address isn't a class", (done) ->
@request.attrs.to += "/instance"
@result = createAddErrorIq 405, "'user@#{compJID}/instance' isn't a class", "user", "instance"
@run (res) => @compare res; done()
it "returns an error if class doesn't exists", (done) ->
@result = createAddErrorIq 404, "Class 'sun' does not exists", "sun"
@request = createAddRequest "sun"
@run (res) => @compare; done()
it "returns an error if required attributes are not available", (done) ->
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns an error if required attributes are not correct", (done) ->
@request.getChild("add").cnode(new joap.stanza.Attribute "age", 33)
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns the address of the new instance", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "name", "Markus").up()
.cnode(new joap.stanza.Attribute "age", 99).up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.id).to.equal "foo"
(expect instance.name).to.equal "Markus"
(expect instance.age).to.equal 99
done()
it "takes care of the attribute names", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "age", 99).up()
.cnode(new joap.stanza.Attribute "name", "Markus").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "Markus"
(expect instance.age).to.equal 99
done()
it "creates a new ID", (done)->
class Sun
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).not.to.equal "foo"
(expect id).not.to.equal ""
(expect false).not.to.equal ""
done()
it "preserve an ID", (done) ->
class Sun
constructor: (@id)->
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@request.getChild("add")
.cnode(new joap.stanza.Attribute "id", 99.3)
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).to.equal '99.3'
done()
describe "read", ->
beforeEach ->
@request = createRequest "read", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "read", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the class doesn't exists", (done) ->
@result = createErrorIq "read", 404, "Class 'user' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@mgr.addClass "user", (->)
@result = createErrorIq "read", 404, "Object 'foo' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the specified attribute doesn't exists", (done) ->
class User
constructor: -> @id = "foo"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("age")
@result = createErrorIq "read", 406, "Requested attribute 'age' doesn't exists", "user", "foo"
@run (res) => @compare res; done()
it "returns all attributes if nothing was specified", (done) ->
class User
constructor: ->
@id = "foo"
@name = "Markus"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "id", "foo").up()
.cnode(new joap.stanza.Attribute "name", "Markus")
@run (res) => @compare res; done()
it "returns only the specified attributes", (done) ->
class User
constructor: ->
@id = "foo"
@name = "Markus"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("name")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "name", "Markus")
@run (res) => @compare res; done()
describe "edit", ->
class User
constructor: (@name, @age) ->
@id = "foo"
@instMethod = ->
myMethod: ->
@classMethod: ->
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["protected"]
@mgr._objects.user.foo = new User "Markus", 123
@request = createRequest "edit", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "edit", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "edit", "user", "oof"
@result = createErrorIq "edit", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if specified object attributes are not writeable", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "protected", "oof")
@result = createErrorIq "edit", 406, "Attribute 'protected' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "myMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'myMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is an instance method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "instMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'instMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a class method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "classMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'classMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "changes the specified attributes", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "name", "oof").up()
.cnode(new joap.stanza.Attribute "new", "attr")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@run (res) =>
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "oof"
(expect instance.new).to.equal "attr"
done()
it "returns a new address if the id changed", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "id", "newId")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
.c("newAddress").t("user@#{compJID}/newId")
@run (res) =>
@compare res
instance = @mgr._objects.user.newId
(expect typeof instance).to.equal "object"
(expect instance.id).to.equal "newId"
done()
it "can be modified before editing", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) ->
a.attributes.foo = "modified"
next null, a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run =>
instance = @mgr._objects.user.foo
(expect instance.foo).to.equal "modified"
done()
it "returns an error if a modifying function failed", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) -> next (new Error "an error occoured"), a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run (res) ->
(expect res.getChild "error").to.exist
done()
describe "delete", ->
class User
constructor: (@name, @age) -> @id = "foo"
beforeEach ->
@mgr = new joap.Manager xmppComp
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "Markus", 123
@request = createRequest "delete", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "delete", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "delete", "user", "oof"
@result = createErrorIq "delete", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if address is not an instance", (done) ->
@request = createRequest "delete"
@result = createErrorIq "delete", 405, "'#{compJID}' is not an instance"
@run (res) => @compare res; done()
it "deletes the specified instance", (done) ->
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'delete_id_0'
type:'result'
@result.c("delete", {xmlns: JOAP_NS})
users = @mgr._objects.user
(expect users.foo).to.exist
@run (res) =>
(expect users.foo).not.to.exist
done()
describe "describe", ->
class User
constructor: (@name, @age) ->
@id = "foo"
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "Markus", 123
@request = createRequest "describe"
it "returns the describtion of the object server", (done) ->
serverDesc = "This server manages users"
@mgr.serverDescription = { "en-US":serverDesc }
@mgr.serverAttributes =
x: {type: "int", desc: {"en-US": "a magic number"}, writable: false }
@result = new ltx.Element "iq",
to:clientJID
from:compJID
id:'describe_id_0'
type:'result'
@result.c("describe", {xmlns: JOAP_NS})
.c("desc", "xml:lang":'en-US').t(serverDesc).up()
.c("attributeDescription", writable:'false')
.c("name").t("x").up()
.c("type").t("int").up()
.c("desc","xml:lang":'en-US').t("a magic number").up().up()
.c("class").t("user").up()
@run (res) => @compare res; done()
describe "rpc", ->
class User
constructor: (@name, @age) ->
@id = "foo"
getAge: -> @age
@classMethod: (nr) -> 50 + nr
beforeEach ->
@mgr.addClass "user", User,
required: ["name", "age"]
protected: ["id"]
@mgr.addServerMethod "serverMethod", (param) -> 2 * param
@mgr._objects.user.foo = new User "Markus", 432
it "can handle an instance rpc request", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("getAge")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("432")
@run (res) => @compare res; done()
it "can handle a class rpc request", (done) ->
@request = createRequest "query", "user"
@request.children[0].c("methodCall")
.c("methodName").t("classMethod").up()
.c("params").c("param").c("value").c("int").t("5")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("55")
@run (res) => @compare res; done()
it "can handle a server rpc request", (done) ->
@request = createRequest "query"
@request.children[0].c("methodCall")
.c("methodName").t("serverMethod").up()
.c("params").c("param").c("value").c("int").t("3")
@result = new ltx.Element "iq",
to:clientJID
from: compJID
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("6")
@run (res) => @compare res; done()
it "sends an rpc error if something went wrong", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("invalidMethod")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'error'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("fault").c("value").c("struct")
.c("member")
.c("name").t("faultCode").up()
.c("value").c("int").t("0").up().up().up()
.c("member")
.c("name").t("faultString").up()
.c("value").c("string").t("Instance method 'invalidMethod' does not exist").up().up()
@run (res) => @compare res; done()
| 199495 | chai = require 'chai'
expect = chai.expect
joap = require "../lib/node-xmpp-joap"
ltx = require "ltx"
{ JID } = require "node-xmpp-core"
JOAP_NS = "jabber:iq:joap"
RPC_NS = "jabber:iq:rpc"
describe "Manager", ->
compJID = "comp.exmaple.tld"
clientJID = "<EMAIL>"
createErrorIq = (type, code, msg, clazz, instance) ->
from = compJID
from = "#{clazz}@#{from}" if clazz?
from += "/#{instance}" if instance?
errMsg = new joap.stanza.ErrorIq type, code, msg,
to : clientJID
from : from
id : "#{type}_id_0"
createRequest = (type, clazz, instance) ->
to = compJID
to = "#{clazz}@#{to}" if clazz?
to += "/#{instance}" if instance?
iq = new ltx.Element "iq",
to : to
from : clientJID
id : "#{type}_id_0"
type : 'set'
if type is "query"
iq.c type, xmlns:RPC_NS
else
iq.c type, xmlns:JOAP_NS
iq
xmppComp =
channels: {}
send: (data) -> process.nextTick -> xmppClient.onData data
onData: (data) ->
on: (channel, cb) ->
@channels[channel] = cb
connection: jid: new JID compJID
xmppClient =
send: (data) -> process.nextTick -> xmppComp.channels.stanza data
onData: (data, cb) ->
beforeEach ->
@mgr = new joap.Manager xmppComp
@compare = (res) ->
(expect res.toString()).to.equal @result.toString()
@run = (cb) ->
xmppClient.onData = (data) -> cb data
xmppClient.send @request
it "creates objects for caching objetcs and classes", ->
mgr = new joap.Manager xmppComp
(expect typeof mgr.classes).to.equal "object"
(expect typeof mgr._objects).to.equal "object"
describe "registration of classes", ->
it "supports a method to register classes", ->
class User
constructor: (@name, @age) ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["name"]
userClz = @mgr.classes.user
defAttrs = userClz.definitions.attributes
(expect defAttrs.name.required).to.equal true
(expect defAttrs.name.writable).to.equal false
describe "add", ->
createAddRequest = (clazz, instance) -> createRequest("add", clazz, instance)
createAddErrorIq = (code, msg, clazz, instance) -> createErrorIq("add", code, msg, clazz, instance)
beforeEach ->
@request = createAddRequest "user"
class User
constructor: (@name) -> @id = "foo"
@mgr.addClass "user", User,
required: ["name"],
protected: ["id"]
it "returns an error if you are not authorized", (done) ->
@result = createAddErrorIq '403', "You are not authorized", "user"
@mgr.hasPermission = (a, next) -> next false, a
@run (res) => @compare res; done()
it "returns an error if address isn't a class", (done) ->
@request.attrs.to += "/instance"
@result = createAddErrorIq 405, "'user@#{compJID}/instance' isn't a class", "user", "instance"
@run (res) => @compare res; done()
it "returns an error if class doesn't exists", (done) ->
@result = createAddErrorIq 404, "Class 'sun' does not exists", "sun"
@request = createAddRequest "sun"
@run (res) => @compare; done()
it "returns an error if required attributes are not available", (done) ->
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns an error if required attributes are not correct", (done) ->
@request.getChild("add").cnode(new joap.stanza.Attribute "age", 33)
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns the address of the new instance", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "name", "<NAME>").up()
.cnode(new joap.stanza.Attribute "age", 99).up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.id).to.equal "foo"
(expect instance.name).to.equal "<NAME>"
(expect instance.age).to.equal 99
done()
it "takes care of the attribute names", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "age", 99).up()
.cnode(new joap.stanza.Attribute "name", "<NAME>").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "<NAME>"
(expect instance.age).to.equal 99
done()
it "creates a new ID", (done)->
class Sun
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).not.to.equal "foo"
(expect id).not.to.equal ""
(expect false).not.to.equal ""
done()
it "preserve an ID", (done) ->
class Sun
constructor: (@id)->
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@request.getChild("add")
.cnode(new joap.stanza.Attribute "id", 99.3)
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).to.equal '99.3'
done()
describe "read", ->
beforeEach ->
@request = createRequest "read", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "read", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the class doesn't exists", (done) ->
@result = createErrorIq "read", 404, "Class 'user' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@mgr.addClass "user", (->)
@result = createErrorIq "read", 404, "Object 'foo' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the specified attribute doesn't exists", (done) ->
class User
constructor: -> @id = "foo"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("age")
@result = createErrorIq "read", 406, "Requested attribute 'age' doesn't exists", "user", "foo"
@run (res) => @compare res; done()
it "returns all attributes if nothing was specified", (done) ->
class User
constructor: ->
@id = "foo"
@name = "<NAME>"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "id", "foo").up()
.cnode(new joap.stanza.Attribute "name", "<NAME>")
@run (res) => @compare res; done()
it "returns only the specified attributes", (done) ->
class User
constructor: ->
@id = "foo"
@name = "<NAME>"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("name")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "name", "<NAME>")
@run (res) => @compare res; done()
describe "edit", ->
class User
constructor: (@name, @age) ->
@id = "foo"
@instMethod = ->
myMethod: ->
@classMethod: ->
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["protected"]
@mgr._objects.user.foo = new User "<NAME>", 123
@request = createRequest "edit", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "edit", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "edit", "user", "oof"
@result = createErrorIq "edit", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if specified object attributes are not writeable", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "protected", "oof")
@result = createErrorIq "edit", 406, "Attribute 'protected' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "myMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'myMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is an instance method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "instMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'instMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a class method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "classMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'classMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "changes the specified attributes", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "name", "oof").up()
.cnode(new joap.stanza.Attribute "new", "attr")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@run (res) =>
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "oof"
(expect instance.new).to.equal "attr"
done()
it "returns a new address if the id changed", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "id", "newId")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
.c("newAddress").t("user@#{compJID}/newId")
@run (res) =>
@compare res
instance = @mgr._objects.user.newId
(expect typeof instance).to.equal "object"
(expect instance.id).to.equal "newId"
done()
it "can be modified before editing", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) ->
a.attributes.foo = "modified"
next null, a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run =>
instance = @mgr._objects.user.foo
(expect instance.foo).to.equal "modified"
done()
it "returns an error if a modifying function failed", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) -> next (new Error "an error occoured"), a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run (res) ->
(expect res.getChild "error").to.exist
done()
describe "delete", ->
class User
constructor: (@name, @age) -> @id = "foo"
beforeEach ->
@mgr = new joap.Manager xmppComp
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "<NAME>", 123
@request = createRequest "delete", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "delete", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "delete", "user", "oof"
@result = createErrorIq "delete", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if address is not an instance", (done) ->
@request = createRequest "delete"
@result = createErrorIq "delete", 405, "'#{compJID}' is not an instance"
@run (res) => @compare res; done()
it "deletes the specified instance", (done) ->
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'delete_id_0'
type:'result'
@result.c("delete", {xmlns: JOAP_NS})
users = @mgr._objects.user
(expect users.foo).to.exist
@run (res) =>
(expect users.foo).not.to.exist
done()
describe "describe", ->
class User
constructor: (@name, @age) ->
@id = "foo"
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "<NAME>", 123
@request = createRequest "describe"
it "returns the describtion of the object server", (done) ->
serverDesc = "This server manages users"
@mgr.serverDescription = { "en-US":serverDesc }
@mgr.serverAttributes =
x: {type: "int", desc: {"en-US": "a magic number"}, writable: false }
@result = new ltx.Element "iq",
to:clientJID
from:compJID
id:'describe_id_0'
type:'result'
@result.c("describe", {xmlns: JOAP_NS})
.c("desc", "xml:lang":'en-US').t(serverDesc).up()
.c("attributeDescription", writable:'false')
.c("name").t("x").up()
.c("type").t("int").up()
.c("desc","xml:lang":'en-US').t("a magic number").up().up()
.c("class").t("user").up()
@run (res) => @compare res; done()
describe "rpc", ->
class User
constructor: (@name, @age) ->
@id = "foo"
getAge: -> @age
@classMethod: (nr) -> 50 + nr
beforeEach ->
@mgr.addClass "user", User,
required: ["name", "age"]
protected: ["id"]
@mgr.addServerMethod "serverMethod", (param) -> 2 * param
@mgr._objects.user.foo = new User "<NAME>", 432
it "can handle an instance rpc request", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("getAge")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("432")
@run (res) => @compare res; done()
it "can handle a class rpc request", (done) ->
@request = createRequest "query", "user"
@request.children[0].c("methodCall")
.c("methodName").t("classMethod").up()
.c("params").c("param").c("value").c("int").t("5")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("55")
@run (res) => @compare res; done()
it "can handle a server rpc request", (done) ->
@request = createRequest "query"
@request.children[0].c("methodCall")
.c("methodName").t("serverMethod").up()
.c("params").c("param").c("value").c("int").t("3")
@result = new ltx.Element "iq",
to:clientJID
from: compJID
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("6")
@run (res) => @compare res; done()
it "sends an rpc error if something went wrong", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("invalidMethod")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'error'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("fault").c("value").c("struct")
.c("member")
.c("name").t("faultCode").up()
.c("value").c("int").t("0").up().up().up()
.c("member")
.c("name").t("faultString").up()
.c("value").c("string").t("Instance method 'invalidMethod' does not exist").up().up()
@run (res) => @compare res; done()
| true | chai = require 'chai'
expect = chai.expect
joap = require "../lib/node-xmpp-joap"
ltx = require "ltx"
{ JID } = require "node-xmpp-core"
JOAP_NS = "jabber:iq:joap"
RPC_NS = "jabber:iq:rpc"
describe "Manager", ->
compJID = "comp.exmaple.tld"
clientJID = "PI:EMAIL:<EMAIL>END_PI"
createErrorIq = (type, code, msg, clazz, instance) ->
from = compJID
from = "#{clazz}@#{from}" if clazz?
from += "/#{instance}" if instance?
errMsg = new joap.stanza.ErrorIq type, code, msg,
to : clientJID
from : from
id : "#{type}_id_0"
createRequest = (type, clazz, instance) ->
to = compJID
to = "#{clazz}@#{to}" if clazz?
to += "/#{instance}" if instance?
iq = new ltx.Element "iq",
to : to
from : clientJID
id : "#{type}_id_0"
type : 'set'
if type is "query"
iq.c type, xmlns:RPC_NS
else
iq.c type, xmlns:JOAP_NS
iq
xmppComp =
channels: {}
send: (data) -> process.nextTick -> xmppClient.onData data
onData: (data) ->
on: (channel, cb) ->
@channels[channel] = cb
connection: jid: new JID compJID
xmppClient =
send: (data) -> process.nextTick -> xmppComp.channels.stanza data
onData: (data, cb) ->
beforeEach ->
@mgr = new joap.Manager xmppComp
@compare = (res) ->
(expect res.toString()).to.equal @result.toString()
@run = (cb) ->
xmppClient.onData = (data) -> cb data
xmppClient.send @request
it "creates objects for caching objetcs and classes", ->
mgr = new joap.Manager xmppComp
(expect typeof mgr.classes).to.equal "object"
(expect typeof mgr._objects).to.equal "object"
describe "registration of classes", ->
it "supports a method to register classes", ->
class User
constructor: (@name, @age) ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["name"]
userClz = @mgr.classes.user
defAttrs = userClz.definitions.attributes
(expect defAttrs.name.required).to.equal true
(expect defAttrs.name.writable).to.equal false
describe "add", ->
createAddRequest = (clazz, instance) -> createRequest("add", clazz, instance)
createAddErrorIq = (code, msg, clazz, instance) -> createErrorIq("add", code, msg, clazz, instance)
beforeEach ->
@request = createAddRequest "user"
class User
constructor: (@name) -> @id = "foo"
@mgr.addClass "user", User,
required: ["name"],
protected: ["id"]
it "returns an error if you are not authorized", (done) ->
@result = createAddErrorIq '403', "You are not authorized", "user"
@mgr.hasPermission = (a, next) -> next false, a
@run (res) => @compare res; done()
it "returns an error if address isn't a class", (done) ->
@request.attrs.to += "/instance"
@result = createAddErrorIq 405, "'user@#{compJID}/instance' isn't a class", "user", "instance"
@run (res) => @compare res; done()
it "returns an error if class doesn't exists", (done) ->
@result = createAddErrorIq 404, "Class 'sun' does not exists", "sun"
@request = createAddRequest "sun"
@run (res) => @compare; done()
it "returns an error if required attributes are not available", (done) ->
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns an error if required attributes are not correct", (done) ->
@request.getChild("add").cnode(new joap.stanza.Attribute "age", 33)
@result = createAddErrorIq 406, "Invalid constructor parameters", "user"
@run (res) => @compare res; done()
it "returns the address of the new instance", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "name", "PI:NAME:<NAME>END_PI").up()
.cnode(new joap.stanza.Attribute "age", 99).up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.id).to.equal "foo"
(expect instance.name).to.equal "PI:NAME:<NAME>END_PI"
(expect instance.age).to.equal 99
done()
it "takes care of the attribute names", (done) ->
@request.getChild("add")
.cnode(new joap.stanza.Attribute "age", 99).up()
.cnode(new joap.stanza.Attribute "name", "PI:NAME:<NAME>END_PI").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'add_id_0'
type:'result'
@result.c("add", xmlns:JOAP_NS).c("newAddress").t("user@#{compJID}/foo")
@run (result) =>
@compare result
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "PI:NAME:<NAME>END_PI"
(expect instance.age).to.equal 99
done()
it "creates a new ID", (done)->
class Sun
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).not.to.equal "foo"
(expect id).not.to.equal ""
(expect false).not.to.equal ""
done()
it "preserve an ID", (done) ->
class Sun
constructor: (@id)->
@mgr.addClass "sun", Sun
@request = createAddRequest "sun"
@request.getChild("add")
.cnode(new joap.stanza.Attribute "id", 99.3)
@run (result) ->
id = result.getChild("add").getChildText("newAddress").split('/')[1]
(expect id).to.equal '99.3'
done()
describe "read", ->
beforeEach ->
@request = createRequest "read", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "read", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the class doesn't exists", (done) ->
@result = createErrorIq "read", 404, "Class 'user' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@mgr.addClass "user", (->)
@result = createErrorIq "read", 404, "Object 'foo' does not exists", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if the specified attribute doesn't exists", (done) ->
class User
constructor: -> @id = "foo"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("age")
@result = createErrorIq "read", 406, "Requested attribute 'age' doesn't exists", "user", "foo"
@run (res) => @compare res; done()
it "returns all attributes if nothing was specified", (done) ->
class User
constructor: ->
@id = "foo"
@name = "PI:NAME:<NAME>END_PI"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "id", "foo").up()
.cnode(new joap.stanza.Attribute "name", "PI:NAME:<NAME>END_PI")
@run (res) => @compare res; done()
it "returns only the specified attributes", (done) ->
class User
constructor: ->
@id = "foo"
@name = "PI:NAME:<NAME>END_PI"
@mgr.addClass "user", User
@mgr.saveInstance {class:"user"}, (new User), (err, a, addr) =>
@request.getChild("read").c("name").t("name")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'read_id_0'
type:'result'
@result.c("read", {xmlns: JOAP_NS})
.cnode(new joap.stanza.Attribute "name", "PI:NAME:<NAME>END_PI")
@run (res) => @compare res; done()
describe "edit", ->
class User
constructor: (@name, @age) ->
@id = "foo"
@instMethod = ->
myMethod: ->
@classMethod: ->
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["protected"]
@mgr._objects.user.foo = new User "PI:NAME:<NAME>END_PI", 123
@request = createRequest "edit", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "edit", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "edit", "user", "oof"
@result = createErrorIq "edit", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if specified object attributes are not writeable", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "protected", "oof")
@result = createErrorIq "edit", 406, "Attribute 'protected' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "myMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'myMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is an instance method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "instMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'instMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "returns an error if specified object attribute is a class method", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "classMethod", "fn")
@result = createErrorIq "edit", 406, "Attribute 'classMethod' of class 'user' is not writeable", "user", "foo"
@run (res) => @compare res; done()
it "changes the specified attributes", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "name", "oof").up()
.cnode(new joap.stanza.Attribute "new", "attr")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@run (res) =>
instance = @mgr._objects.user.foo
(expect instance.name).to.equal "oof"
(expect instance.new).to.equal "attr"
done()
it "returns a new address if the id changed", (done) ->
@request.getChild("edit")
.cnode(new joap.stanza.Attribute "id", "newId")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
.c("newAddress").t("user@#{compJID}/newId")
@run (res) =>
@compare res
instance = @mgr._objects.user.newId
(expect typeof instance).to.equal "object"
(expect instance.id).to.equal "newId"
done()
it "can be modified before editing", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) ->
a.attributes.foo = "modified"
next null, a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run =>
instance = @mgr._objects.user.foo
(expect instance.foo).to.equal "modified"
done()
it "returns an error if a modifying function failed", (done) ->
@request.getChild("edit").cnode(new joap.stanza.Attribute "foo", "bar").up()
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'edit_id_0'
type:'result'
@result.c("edit", {xmlns: JOAP_NS})
@mgr.onEnter "edit", (a, next) -> next (new Error "an error occoured"), a
(expect @mgr._handlers.enter.edit.length).to.equal 1
@run (res) ->
(expect res.getChild "error").to.exist
done()
describe "delete", ->
class User
constructor: (@name, @age) -> @id = "foo"
beforeEach ->
@mgr = new joap.Manager xmppComp
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "PI:NAME:<NAME>END_PI", 123
@request = createRequest "delete", "user", "foo"
it "returns an error if you are not authorized", (done) ->
@result = createErrorIq "delete", '403', "You are not authorized", "user", "foo"
@mgr.hasPermission = (a, next) -> next false
@run (res) => @compare res; done()
it "returns an error if the instance doesn't exists", (done) ->
@request = createRequest "delete", "user", "oof"
@result = createErrorIq "delete", 404, "Object 'oof' does not exists", "user", "oof"
@run (res) => @compare res; done()
it "returns an error if address is not an instance", (done) ->
@request = createRequest "delete"
@result = createErrorIq "delete", 405, "'#{compJID}' is not an instance"
@run (res) => @compare res; done()
it "deletes the specified instance", (done) ->
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'delete_id_0'
type:'result'
@result.c("delete", {xmlns: JOAP_NS})
users = @mgr._objects.user
(expect users.foo).to.exist
@run (res) =>
(expect users.foo).not.to.exist
done()
describe "describe", ->
class User
constructor: (@name, @age) ->
@id = "foo"
beforeEach ->
@mgr.addClass "user", User,
required: ["name"]
protected: ["id"]
@mgr._objects.user.foo = new User "PI:NAME:<NAME>END_PI", 123
@request = createRequest "describe"
it "returns the describtion of the object server", (done) ->
serverDesc = "This server manages users"
@mgr.serverDescription = { "en-US":serverDesc }
@mgr.serverAttributes =
x: {type: "int", desc: {"en-US": "a magic number"}, writable: false }
@result = new ltx.Element "iq",
to:clientJID
from:compJID
id:'describe_id_0'
type:'result'
@result.c("describe", {xmlns: JOAP_NS})
.c("desc", "xml:lang":'en-US').t(serverDesc).up()
.c("attributeDescription", writable:'false')
.c("name").t("x").up()
.c("type").t("int").up()
.c("desc","xml:lang":'en-US').t("a magic number").up().up()
.c("class").t("user").up()
@run (res) => @compare res; done()
describe "rpc", ->
class User
constructor: (@name, @age) ->
@id = "foo"
getAge: -> @age
@classMethod: (nr) -> 50 + nr
beforeEach ->
@mgr.addClass "user", User,
required: ["name", "age"]
protected: ["id"]
@mgr.addServerMethod "serverMethod", (param) -> 2 * param
@mgr._objects.user.foo = new User "PI:NAME:<NAME>END_PI", 432
it "can handle an instance rpc request", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("getAge")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("432")
@run (res) => @compare res; done()
it "can handle a class rpc request", (done) ->
@request = createRequest "query", "user"
@request.children[0].c("methodCall")
.c("methodName").t("classMethod").up()
.c("params").c("param").c("value").c("int").t("5")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}"
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("55")
@run (res) => @compare res; done()
it "can handle a server rpc request", (done) ->
@request = createRequest "query"
@request.children[0].c("methodCall")
.c("methodName").t("serverMethod").up()
.c("params").c("param").c("value").c("int").t("3")
@result = new ltx.Element "iq",
to:clientJID
from: compJID
id:'query_id_0'
type:'result'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("params").c("param").c("value").c("int").t("6")
@run (res) => @compare res; done()
it "sends an rpc error if something went wrong", (done) ->
@request = createRequest "query", "user", "foo"
@request.children[0].c("methodCall").c("methodName").t("invalidMethod")
@result = new ltx.Element "iq",
to:clientJID
from:"user@#{compJID}/foo"
id:'query_id_0'
type:'error'
@result.c("query", {xmlns: RPC_NS})
.c("methodResponse").c("fault").c("value").c("struct")
.c("member")
.c("name").t("faultCode").up()
.c("value").c("int").t("0").up().up().up()
.c("member")
.c("name").t("faultString").up()
.c("value").c("string").t("Instance method 'invalidMethod' does not exist").up().up()
@run (res) => @compare res; done()
|
[
{
"context": "ht?'\n options: [\n { value: 'male', text: 'Man' }\n { value: 'female', text: 'Vrouw' }\n ",
"end": 225,
"score": 0.9197440147399902,
"start": 222,
"tag": "NAME",
"value": "Man"
},
{
"context": "e', text: 'Man' }\n { value: 'female', text: 'Vrouw' }\n { value: 'other', text: 'Anders' }\n ]",
"end": 266,
"score": 0.9113290309906006,
"start": 261,
"tag": "NAME",
"value": "Vrouw"
},
{
"context": "', text: 'Vrouw' }\n { value: 'other', text: 'Anders' }\n ]\n ), (\n id: 'age'\n text: 'Wat is u",
"end": 307,
"score": 0.9953917264938354,
"start": 301,
"tag": "NAME",
"value": "Anders"
}
] | app/assets/javascripts/components/CompletionForm.coffee | roqua/screensmart | 2 | { div, input, option, span, small, ul, li, p, label, button, form, i } = React.DOM
{ reduxForm } = ReduxForm
questions = [
(
id: 'gender'
text: 'Wat is uw geslacht?'
options: [
{ value: 'male', text: 'Man' }
{ value: 'female', text: 'Vrouw' }
{ value: 'other', text: 'Anders' }
]
), (
id: 'age'
text: 'Wat is uw leeftijd?'
), (
id: 'educationLevel'
text: 'Wat is uw opleidingsniveau (hoogst afgerond)?'
options: [
{ value: 'vmbo_or_below', text: 'VMBO of lager' }
{ value: 'mbo', text: 'MBO' }
{ value: 'havo', text: 'HAVO' }
{ value: 'vwo', text: 'VWO' }
{ value: 'hbo', text: 'HBO' }
{ value: 'wo', text: 'WO' }
]
), (
id: 'employmentStatus'
intro: 'Kies hetgeen waar u de meeste tijd aan besteedt'
text: 'Volgt u een opleiding of heeft u werk?'
options: [
{ value: 'education', text: 'Opleiding' }
{ value: 'looking_for_work', text: 'Werkzoekend' }
{ value: 'parttime', text: 'Parttime' }
{ value: 'fulltime', text: 'Fulltime' }
]
), (
id: 'relationshipStatus',
text: 'Heeft u een relatie?'
options: [
{ value: 'single', text: 'Alleenstaand' }
{ value: 'living_alone_together', text: 'Latrelatie (living apart together)' }
{ value: 'living_together', text: 'Samenwonend' }
]
)
]
questionIds = questions.map (question) -> question.id
completionForm = React.createClass
displayName: 'CompletionForm'
submit: (enteredValues) ->
{ dispatch } = Screensmart.store
dispatch Screensmart.Actions.finishResponse(@props.responseUuid, @props.values)
render: ->
{ fields, handleSubmit, valid, submitFailed, submitting } = @props
form
className: 'form completion-form'
onSubmit: handleSubmit(@submit)
questions.map (question) =>
div
key: question.id
className: 'question'
p
className: 'intro-text'
small
className: ''
question.intro
p
className: 'text'
question.text
if question.options # If not: assume integer text field
ul
className: 'options'
question.options.map (option) =>
id = "#{question.id}-#{option.value}"
li
key: option.value
className: 'option'
input \
merge fields[question.id],
type: 'radio'
name: question.id
id: id
value: option.value
label
className: 'text'
htmlFor: id
option.text
else
input \
merge fields[question.id],
type: 'text'
name: question.id
button
type: 'submit'
disabled: !valid || @finishing
'Afronden'
div
className: 'sent-form-info'
unless valid
div
className: 'warning'
i
className: 'fa fa-exclamation-circle'
'Vul a.u.b. alle bovenstaande vragen in'
if submitting
div
className: 'submitting'
i
className: 'fa fa-hourglass-half'
'Wordt verzonden'
validate = (values) ->
errors = {}
questionIds.forEach (field) ->
errors[field] = 'Beantwoord deze vraag' unless values[field] != undefined && values[field] != ''
errors
@CompletionForm = reduxForm(
form: 'demographicInfo'
fields: questionIds
validate: validate
)(completionForm)
| 52081 | { div, input, option, span, small, ul, li, p, label, button, form, i } = React.DOM
{ reduxForm } = ReduxForm
questions = [
(
id: 'gender'
text: 'Wat is uw geslacht?'
options: [
{ value: 'male', text: '<NAME>' }
{ value: 'female', text: '<NAME>' }
{ value: 'other', text: '<NAME>' }
]
), (
id: 'age'
text: 'Wat is uw leeftijd?'
), (
id: 'educationLevel'
text: 'Wat is uw opleidingsniveau (hoogst afgerond)?'
options: [
{ value: 'vmbo_or_below', text: 'VMBO of lager' }
{ value: 'mbo', text: 'MBO' }
{ value: 'havo', text: 'HAVO' }
{ value: 'vwo', text: 'VWO' }
{ value: 'hbo', text: 'HBO' }
{ value: 'wo', text: 'WO' }
]
), (
id: 'employmentStatus'
intro: 'Kies hetgeen waar u de meeste tijd aan besteedt'
text: 'Volgt u een opleiding of heeft u werk?'
options: [
{ value: 'education', text: 'Opleiding' }
{ value: 'looking_for_work', text: 'Werkzoekend' }
{ value: 'parttime', text: 'Parttime' }
{ value: 'fulltime', text: 'Fulltime' }
]
), (
id: 'relationshipStatus',
text: 'Heeft u een relatie?'
options: [
{ value: 'single', text: 'Alleenstaand' }
{ value: 'living_alone_together', text: 'Latrelatie (living apart together)' }
{ value: 'living_together', text: 'Samenwonend' }
]
)
]
questionIds = questions.map (question) -> question.id
completionForm = React.createClass
displayName: 'CompletionForm'
submit: (enteredValues) ->
{ dispatch } = Screensmart.store
dispatch Screensmart.Actions.finishResponse(@props.responseUuid, @props.values)
render: ->
{ fields, handleSubmit, valid, submitFailed, submitting } = @props
form
className: 'form completion-form'
onSubmit: handleSubmit(@submit)
questions.map (question) =>
div
key: question.id
className: 'question'
p
className: 'intro-text'
small
className: ''
question.intro
p
className: 'text'
question.text
if question.options # If not: assume integer text field
ul
className: 'options'
question.options.map (option) =>
id = "#{question.id}-#{option.value}"
li
key: option.value
className: 'option'
input \
merge fields[question.id],
type: 'radio'
name: question.id
id: id
value: option.value
label
className: 'text'
htmlFor: id
option.text
else
input \
merge fields[question.id],
type: 'text'
name: question.id
button
type: 'submit'
disabled: !valid || @finishing
'Afronden'
div
className: 'sent-form-info'
unless valid
div
className: 'warning'
i
className: 'fa fa-exclamation-circle'
'Vul a.u.b. alle bovenstaande vragen in'
if submitting
div
className: 'submitting'
i
className: 'fa fa-hourglass-half'
'Wordt verzonden'
validate = (values) ->
errors = {}
questionIds.forEach (field) ->
errors[field] = 'Beantwoord deze vraag' unless values[field] != undefined && values[field] != ''
errors
@CompletionForm = reduxForm(
form: 'demographicInfo'
fields: questionIds
validate: validate
)(completionForm)
| true | { div, input, option, span, small, ul, li, p, label, button, form, i } = React.DOM
{ reduxForm } = ReduxForm
questions = [
(
id: 'gender'
text: 'Wat is uw geslacht?'
options: [
{ value: 'male', text: 'PI:NAME:<NAME>END_PI' }
{ value: 'female', text: 'PI:NAME:<NAME>END_PI' }
{ value: 'other', text: 'PI:NAME:<NAME>END_PI' }
]
), (
id: 'age'
text: 'Wat is uw leeftijd?'
), (
id: 'educationLevel'
text: 'Wat is uw opleidingsniveau (hoogst afgerond)?'
options: [
{ value: 'vmbo_or_below', text: 'VMBO of lager' }
{ value: 'mbo', text: 'MBO' }
{ value: 'havo', text: 'HAVO' }
{ value: 'vwo', text: 'VWO' }
{ value: 'hbo', text: 'HBO' }
{ value: 'wo', text: 'WO' }
]
), (
id: 'employmentStatus'
intro: 'Kies hetgeen waar u de meeste tijd aan besteedt'
text: 'Volgt u een opleiding of heeft u werk?'
options: [
{ value: 'education', text: 'Opleiding' }
{ value: 'looking_for_work', text: 'Werkzoekend' }
{ value: 'parttime', text: 'Parttime' }
{ value: 'fulltime', text: 'Fulltime' }
]
), (
id: 'relationshipStatus',
text: 'Heeft u een relatie?'
options: [
{ value: 'single', text: 'Alleenstaand' }
{ value: 'living_alone_together', text: 'Latrelatie (living apart together)' }
{ value: 'living_together', text: 'Samenwonend' }
]
)
]
questionIds = questions.map (question) -> question.id
completionForm = React.createClass
displayName: 'CompletionForm'
submit: (enteredValues) ->
{ dispatch } = Screensmart.store
dispatch Screensmart.Actions.finishResponse(@props.responseUuid, @props.values)
render: ->
{ fields, handleSubmit, valid, submitFailed, submitting } = @props
form
className: 'form completion-form'
onSubmit: handleSubmit(@submit)
questions.map (question) =>
div
key: question.id
className: 'question'
p
className: 'intro-text'
small
className: ''
question.intro
p
className: 'text'
question.text
if question.options # If not: assume integer text field
ul
className: 'options'
question.options.map (option) =>
id = "#{question.id}-#{option.value}"
li
key: option.value
className: 'option'
input \
merge fields[question.id],
type: 'radio'
name: question.id
id: id
value: option.value
label
className: 'text'
htmlFor: id
option.text
else
input \
merge fields[question.id],
type: 'text'
name: question.id
button
type: 'submit'
disabled: !valid || @finishing
'Afronden'
div
className: 'sent-form-info'
unless valid
div
className: 'warning'
i
className: 'fa fa-exclamation-circle'
'Vul a.u.b. alle bovenstaande vragen in'
if submitting
div
className: 'submitting'
i
className: 'fa fa-hourglass-half'
'Wordt verzonden'
validate = (values) ->
errors = {}
questionIds.forEach (field) ->
errors[field] = 'Beantwoord deze vraag' unless values[field] != undefined && values[field] != ''
errors
@CompletionForm = reduxForm(
form: 'demographicInfo'
fields: questionIds
validate: validate
)(completionForm)
|
[
{
"context": "'use strict'\n#\n# Ethan Mick\n# 2015\n#\n\nrequire('./lib/models/log')\n\n# connect ",
"end": 27,
"score": 0.9996950030326843,
"start": 17,
"tag": "NAME",
"value": "Ethan Mick"
}
] | init.coffee | ethanmick/metrics | 0 | 'use strict'
#
# Ethan Mick
# 2015
#
require('./lib/models/log')
# connect to the database
# Start Hapi
Server = require './lib/server'
log = require 'winston'
config = require './config'
log.debug 'Start up', config
###
# ToDo: Move this when we have a global config object
###
s = new Server(config.http)
s.setup(config).then ->
s.start()
.catch (err)->
log.error 'Server Startup Error!', err
| 14224 | 'use strict'
#
# <NAME>
# 2015
#
require('./lib/models/log')
# connect to the database
# Start Hapi
Server = require './lib/server'
log = require 'winston'
config = require './config'
log.debug 'Start up', config
###
# ToDo: Move this when we have a global config object
###
s = new Server(config.http)
s.setup(config).then ->
s.start()
.catch (err)->
log.error 'Server Startup Error!', err
| true | 'use strict'
#
# PI:NAME:<NAME>END_PI
# 2015
#
require('./lib/models/log')
# connect to the database
# Start Hapi
Server = require './lib/server'
log = require 'winston'
config = require './config'
log.debug 'Start up', config
###
# ToDo: Move this when we have a global config object
###
s = new Server(config.http)
s.setup(config).then ->
s.start()
.catch (err)->
log.error 'Server Startup Error!', err
|
[
{
"context": "gent'\n]\n\nclass LocalStamp\n\n constructor: (@id = 'test', @config = {})->\n @logger = klogger.getLogger",
"end": 2153,
"score": 0.9755637645721436,
"start": 2149,
"tag": "USERNAME",
"value": "test"
},
{
"context": " roles: ['ADMIN']\n 'addresses': [\"127.0.0.1\"]\n 'port': @admissionPort\n domains:\n ",
"end": 4134,
"score": 0.9997692108154297,
"start": 4125,
"tag": "IP_ADDRESS",
"value": "127.0.0.1"
},
{
"context": " cb\n try\n server.listen currentPort, '0.0.0.0', ->\n server.once 'close', ->\n ",
"end": 18342,
"score": 0.9993721842765808,
"start": 18335,
"tag": "IP_ADDRESS",
"value": "0.0.0.0"
},
{
"context": "rror 'docker0 interface could not be found. Using 172.17.0.1 as fallback.'\n address = '172.17.0.1'\n addres",
"end": 23359,
"score": 0.9997457265853882,
"start": 23349,
"tag": "IP_ADDRESS",
"value": "172.17.0.1"
},
{
"context": "nd. Using 172.17.0.1 as fallback.'\n address = '172.17.0.1'\n address\n\nlaunchDockerKibana = ->\n checkDocker",
"end": 23399,
"score": 0.9997421503067017,
"start": 23389,
"tag": "IP_ADDRESS",
"value": "172.17.0.1"
},
{
"context": "Router = ->\n mockToken = {\n \"access_token\":\"a7b41398-0027-4e96-a864-9a7c28f9a0cf\",\n \"token_type\":\"Bearer\",\n \"expires_in\"",
"end": 26290,
"score": 0.8646185398101807,
"start": 26254,
"tag": "PASSWORD",
"value": "a7b41398-0027-4e96-a864-9a7c28f9a0cf"
},
{
"context": ",\n \"expires_in\":3600,\n \"refresh_token\":\"53ea0719-9758-41e4-9eca-101347f8a3cf\",\n \"user\":{\"name\":\"SAASDK Local Stamp\",\"role",
"end": 26406,
"score": 0.9354169368743896,
"start": 26370,
"tag": "PASSWORD",
"value": "53ea0719-9758-41e4-9eca-101347f8a3cf"
}
] | src/local-stamp.coffee | iti-ict/localstamp | 1 | Launcher = require './component-launcher'
MockPlanner = require './mock-planner'
MockRouterAgent = require './mock-ra'
WebsocketPublisher = require './websocket-publisher'
Resources = require './resources'
State = require './state'
q = require 'q'
net = require 'net'
child = require 'child_process'
spawn = child.spawn
exec = require('child_process').exec
execSync = require('child_process').execSync
spawnSync = require('child_process').spawnSync
fs = require 'fs'
http = require 'http'
path = require 'path'
Docker = require 'dockerode'
GW = require 'gateway-component'
AdmissionM = (require 'admission')
AdmissionRestAPI = AdmissionM.AdmissionRestAPI
supertest = require 'supertest'
ksockets = require 'k-sockets'
klogger = require 'k-logger'
kutils = require 'k-utils'
KIBANA_IMAGE='eslap.cloud/elk:1_0_0'
KIBANA_DOCKER='local-stamp-logger'
DEFAULT_CONFIG =
daemon: true
kibana: true
stopLogger: false
destroyLogger: false
autoUnregister: false
autoUndeploy: false
CONTAINER_USABLE_MEMORY_PER_UNIT = 512*1024*1024 # 512MB
CONTAINER_SWAP_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_TOTAL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT+
CONTAINER_SWAP_MEMORY_PER_UNIT
CONTAINER_RESERVED_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 #256MB
CONTAINER_KERNEL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT = CONTAINER_RESERVED_MEMORY_PER_UNIT / 2
SWAP_WARNING='WARNING: Your kernel does not support swap limit capabilities'
DealerSocket = ksockets.DealerSocket
DealerReqRep = ksockets.DealerReqRep
express = require 'express'
bodyParser = require 'body-parser'
multer = require 'multer'
cors = require 'cors'
app = null
initialMappedPort = 9000
silencedClasses = [
'Admission'
'AdmissionRestAPI'
'DealerReqRep'
'ServiceRegistry'
'ComponentRegistry'
'BundleRegistry'
'ManifestStoreRsync'
'ManifestConverter'
'ManifestValidator'
'ManifestStore'
'ManifestHelper'
'RuntimeAgent'
]
class LocalStamp
constructor: (@id = 'test', @config = {})->
@logger = klogger.getLogger 'LocalStamp'
@repos =
logFile: '/eslap/runtime-agent/slap.log'
manifests: '/eslap/manifest-storage'
images: '/eslap/image-storage'
instances: '/eslap/instances'
volumes: '/eslap/volumes'
filterLog @logger, silencedClasses, ['error']
# Hace un rsync de prueba que genera un error. Lo silencio del todo.
filterLog @logger, ['ImageFetcher', 'DealerSocket']
@dockerIP = getDocker0IfaceHostIPAddress.call this
@state = new State()
@routerAgent = new MockRouterAgent this
@launcher = new Launcher this
# Keeps track of used resources (related to services deployed or deploying)
@resourcesInUse = new Resources()
@state.addDeployment 'default'
@deploymentCounter = 1
@instanceCounter = 1
@busyPorts = {}
@links = {}
@docker = new Docker()
@graceTime = 1000
@admissionPort = @config.admissionPort ? 8090
@domain = @config.domain ? 'local-stamp.slap53.iti.es'
@configLogger = @config.logger ?
vm: 'local-stamp'
transports:
file:
level: 'debug'
filename: 'slap.log'
console:
level: 'warn'
@develBindings = @config.develBindings ? {}
@admission_conf =
imageFetcher :
type : 'blob'
config:
remoteImageStore:
path : "#{@repos.images}/remote"
imageFilename : 'image.tgz'
localImageStore :
path : "#{@repos.images}/local"
imageFilename : 'image.tgz'
manifestRepository:
type : 'rsync'
config :
remoteImageStore:
path : "#{@repos.manifests}/remote"
imageFilename : 'manifest.json'
localImageStore:
path : "#{@repos.manifests}/local"
imageFilename : 'manifest.json'
acs:
'anonymous-user':
id: 'local-stamp',
roles: ['ADMIN']
'addresses': ["127.0.0.1"]
'port': @admissionPort
domains:
refDomain: @domain
limitChecker:
limits:
max_bundle_size: 10
max_storage_space: 10
deployment_lifespan_days: 10
allow_resources: true
allow_domains: true
allow_certificates: true
allow_volumes: true
allow_iopsintensive: true
deployments:
simultaneous: -1
entrypoints:
simultaneous: -1
roles:
deployment: -1
simultaneous: -1
maxinstances:
arrangement: -1
deployment: -1
simultaneous: -1
cpu:
arrangement: -1
deployment: -1
simultaneous: -1
memory:
arrangement: -1
deployment: -1
simultaneous: -1
ioperf:
arrangement: -1
deployment: -1
simultaneous: -1
bandwidth:
arrangement: -1
deployment: -1
simultaneous: -1
# To avoid errors with instances that do not launch an admission instance
@wsp = {publishEvt: -> true}
init: ->
deferred = q.defer()
socket = process.env.DOCKER_SOCKET || '/var/run/docker.sock'
stats = fs.statSync(socket)
if !stats.isSocket()
return q.reject new Error 'Are you sure the docker is running?'
@docker.listContainers {all:true}, (err, containers)=>
return deferred.reject err if err
promises = []
for c in containers
if c.Names?[0]? and kutils.startsWith(c.Names[0], "/local-stamp_#{@id}_")
@logger.debug "Removing previous docker instance #{c.Names[0]}"
fc = @docker.getContainer(c.Id)
do (fc)->
promises.push (q.ninvoke fc, 'remove', {force: true})
q.all promises
.then ->
deferred.resolve true
deferred.promise
.then =>
# q.ninvoke child, 'exec', " \
# rm -rf #{@lsRepo}; \
# rm -rf /tmp/slap; \
# mkdir -p #{@lsRepo}/manifest-storage/local/; \
# mkdir -p #{@lsRepo}/manifest-storage/remote/; \
# cp -R /eslap/manifest-storage/* #{@lsRepo}/manifest-storage/remote/; \
# mkdir -p #{@lsRepo}/image-storage/local/; \
# mkdir -p #{@lsRepo}/image-storage/remote/; \
# cp -R /eslap/image-storage/* #{@lsRepo}/image-storage/remote/;"
q true
.then =>
if @configValue 'kibana'
launchKibana.call this
.then =>
if @configValue 'daemon'
launchAdmission.call this
launchBundle: (path)->
(if not @admAPI
launchAdmission.call this
else
q true
)
.then =>
@logger.debug "Processing bundle in #{path}"
deferred = q.defer()
@admRest.post '/bundles'
.attach 'bundlesZip', path
.end (err, res)=>
if err?
deferred.reject err
return
if res.status != 200
@logger.error JSON.stringify res, null, 2
deferred.reject new Error 'Unexpected result registering bundle'
return
# se.log JSON.stringify text, null, 2
@logger.debug 'Bundle correctly deployed'
if res.text?
res = JSON.parse res.text
res = res.data
# if res?.deployments?.errors?[0]?
# return deferred.reject \
# new Error JSON.stringify res.deployments.errors[0]
setTimeout ->
deferred.resolve res#.deployments.successful[0]
, 3500
deferred.promise
launch: (klass, config, deploymentId = 'default')->
@launcher.launch(klass, config, deploymentId)
.then (result)=>
@state.addInstance deploymentId, result, config
result
launchGW: (localConfig, config, deploymentId = 'default')->
config.parameters['__gw_local_config'] = localConfig
@launcher.launch(GW, config, deploymentId)
.then (result)=>
result.isGW = true
@state.addInstance deploymentId, result, config
result
launchDocker: (localConfig, config, deployment = 'default')->
console.log "Launching instance #{config.iid}"
iid = config.iid
ifolder = @instanceFolder iid
promiseSocket = promiseStarted = null
dealer = control = name = null
instanceFolder = socketFolder = tmpFolder = null
# First we check if runtime specified is available
checkDockerImage.call this, localConfig.runtime
.then (found)=>
if not found
console.error "Docker image for runtime #{localConfig.runtime} is \
not available. Check the platform documentation for information \
on obtaining images of runtimes"
return q.reject new Error "Runtime #{localConfig.runtime} \
is not available"
[promiseSocket, promiseStarted] = \
@routerAgent.setupInstance config, deployment
promiseSocket
.then (setupData)=>
[control, dealer, sockets] = setupData
name = "local-stamp_#{@id}_#{iid}"
result = {
dealer: dealer
control: control
isDocker: true
dockerName: name
logging: true
deployment: deployment
}
@state.addInstance deployment, result, config
# This is "simply" a touch slap.log
fs.closeSync(fs.openSync(ifolder.local.log, 'w'))
tmpPath =
commandLine="\
run \
--rm \
--name #{name} \
-v #{ifolder.host.component}:#{localConfig.sourcedir} \
-v #{ifolder.host.data}:/eslap/data \
-v #{ifolder.host.log}:#{@repos.logFile} \
-e RA_CONTROL_SOCKET_URI=#{sockets.control.uri} \
-e RA_DATA_SOCKET_URI=#{sockets.data.uri} \
-e IID=#{config.iid}"
agentFolder = null
if localConfig.agentPath
agentFolder = localConfig.agentPath.host
if agentFolder?
commandLine = commandLine + " -v #{agentFolder}:/eslap/runtime-agent"
if localConfig?.resources?.__memory?
m = localConfig.resources.__memory
memoryConstraints = [
{constraint: 'memory', factor: CONTAINER_USABLE_MEMORY_PER_UNIT}
{constraint: 'memory-swap', factor: CONTAINER_TOTAL_MEMORY_PER_UNIT}
{constraint: 'memory-reservation', \
factor: CONTAINER_RESERVED_MEMORY_PER_UNIT}
{constraint: 'kernel-memory', \
factor: CONTAINER_KERNEL_MEMORY_PER_UNIT}
{constraint: 'shm-size', \
factor: CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT}
]
memoryCmd = ""
for mc in memoryConstraints
memoryCmd = " #{memoryCmd} --#{mc.constraint} #{m * mc.factor}"
commandLine = commandLine + memoryCmd + ' '
# if localConfig.runtime is 'eslap.cloud/runtime/java:1_0_1'
# commandLine = "#{commandLine}
# -v /workspaces/slap/git/gateway-component/src:/eslap/gateway-component/src \
# -v /workspaces/slap/git/runtime-agent/src:/eslap/runtime-agent/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/runtime-agent/node_modules/slaputils/src \
# -v /workspaces/slap/git/gateway-component/node_modules:/eslap/gateway-component/node_modules \
# -v /workspaces/slap/git/slap-utils/src:/eslap/gateway-component/node_modules/slaputils/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/component/node_modules/slaputils/src "
for v in @config.develBindings?.__all ? []
commandLine = "#{commandLine} -v #{v}"
for v in @config.develBindings?[config.role] ? []
commandLine = "#{commandLine} -v #{v}"
if localConfig.volumes?
for v in localConfig.volumes
commandLine = "#{commandLine} -v #{v}"
if localConfig.ports?
for p in localConfig.ports
commandLine = "#{commandLine} -p #{p}"
if localConfig.entrypoint?
commandLine = "#{commandLine} --entrypoint #{localConfig.entrypoint}"
commandLine = "#{commandLine} #{localConfig.runtime}"
if localConfig.configdir
commandLine = "#{commandLine} #{localConfig.configdir}"
commandLine = commandLine.replace(/ +(?= )/g,'')
@logger.debug "Creating instance #{config.iid}..."
@logger.debug "Docker command line: docker #{commandLine}"
# console.log "Docker command line: docker #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
client.stdout.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
data = data + ''
data = data.replace(/[\r\r]+/g, '\r').trim()
return if data.length is 0
@logger.debug "DC #{config.iid}: #{data}"
console.log "DC #{config.iid}: #{data}"
client.stderr.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
return if data.indexOf(SWAP_WARNING) is 0
@logger.error "DC error #{config.iid}: #{data}"
#console.error "DC error #{config.iid}: #{data}"
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
promiseStarted.timeout 60 * 1000, "Instance #{config.iid} did not \
started properly, this problem is probably related with its runtime.#{ \
if not localConfig.agentPath? then \
' Maybe an agent for this runtime should be configured.' \
else \
'' \
}"
.then =>
@state.setInstanceStatus config.iid, {timestamp: (new Date()).getTime()}
q.delay 3000
.then =>
localIP = undefined
cmd = ['inspect', '-f', '\"{{ .NetworkSettings.IPAddress }}\"', name]
result = spawnSync 'docker', cmd
if result.status is 0
localIP = result.stdout.toString().trim().replace(/(^"|"$)/g, '')
else if result.stderr?.indexOf 'No such image or container'
console.log "Instance #{name} finished unexpectedly. Maybe you \
should examine its log."
@state.getInstance(iid).dockerIp = localIP
@wsp.publishEvt 'instance', 'created', {instance: iid}
shutdownInstance: (iid)->
deferred = q.defer()
ref = @state.getInstance iid
return if not ref?
ref.logging = false
(if ref.isDocker
ref.control.sendRequest {action: 'instance_stop'}
q true
else
ref.runtime.close()
).then =>
setTimeout =>
if ref.isGW
ref.instance.destroy()
else if ref.isDocker
commandLine="stop #{ref.dockerName}"
console.log "Shutting down instance #{iid}"
client = spawn 'docker',commandLine.split(' ')
ref.dealer.close()
ref.control.close()
@state.removeInstance iid
@wsp.publishEvt 'instance', 'removed', {instance: iid}
setTimeout ->
deferred.resolve true
, 1500
, @graceTime
deferred.promise
loadRuntimes: (runtimes)->
promise = q true
for r in runtimes
do (r)=>
promise = promise.then =>
@loadRuntime r
promise
loadRuntime: (runtime)->
rruntime = runtimeURNtoImageName runtime
checkDockerImage.call this, rruntime
.then (found)=>
return true if found
himgfile = "#{@imageFolder().host}/#{runtimeURNtoPath runtime}"
limgfile = "#{@imageFolder().local}/#{runtimeURNtoPath runtime}"
if not fs.existsSync limgfile
throw new Error "Runtime #{runtime} is not available. Check the \
platform documentation for information \
on obtaining images of runtimes"
commandLine="docker \
load \
-i \
#{limgfile}"
console.log "Loading runtime #{runtime}..."
@logger.debug "Loading runtime #{himgfile}..."
@logger.debug "Docker command line: #{commandLine}"
try
code = execSync commandLine
catch e
@logger.error "Error loading runtime #{runtime} #{e} #{e.stack}"
throw e
shutdown: ->
promises = []
for c of @state.getInstances()
promises.push @shutdownInstance c
q.all promises
.then =>
if @config.destroyLogger
removeDockerKibana.call this
else if @config.stopLogger
stopDockerKibana.call this
launchAdmission = ->
@planner = new MockPlanner this
# @logger.debug 'Creating Admission'
setMutedLogger [AdmissionRestAPI.prototype,
AdmissionM.Admission.prototype]
@admAPI = new AdmissionRestAPI @admission_conf, @planner
@admAPI.init()
.then =>
storage = multer.diskStorage {
destination: '/tmp/multer'
filename: (req, file, cb) ->
name = file.fieldname + '-' + \
kutils.generateId() + \
path.extname(file.originalname)
cb null, name
}
upload = multer({ storage: storage }).any()
app = express()
app.use bodyParser.json()
app.use bodyParser.urlencoded({ extended: true })
app.use upload
app.use cors()
app.use '/admission', @admAPI.getRouter()
app.use '/acs', getMockAcsRouter.call(this)
# Basic error handler
app.use (req, res, next) ->
return res.status(404).send('Not Found')
# @logger.debug "ADMISSION listening at port #{admissionPort}"
httpServer = http.createServer(app)
@wsp = new WebsocketPublisher httpServer, @admAPI.httpAuthentication
httpServer.listen @admissionPort
.then =>
@admRest = supertest "http://localhost:#{@admissionPort}/admission"
q.delay 2000
configValue: (key)->
result = @config[key] ? DEFAULT_CONFIG[key] ? null
# console.log "Config #{key}: #{result}"
result
# allocPort: ->
# result = initialMappedPort
# while true
# sport = result+''
# if not @busyPorts[sport]?
# @busyPorts[sport] = true
# return sport
# result++
# freePort: (port)->
# port = port+''
# if @busyPorts[port]?
# delete @busyPorts[port]
allocPort: ->
getNextAvailablePort = (currentPort, cb) ->
server = net.createServer()
handleError = ->
getNextAvailablePort ++currentPort, cb
try
server.listen currentPort, '0.0.0.0', ->
server.once 'close', ->
cb currentPort
server.close()
server.on 'error', handleError
catch e
handleError()
return new Promise (resolve)->
getNextAvailablePort initialMappedPort, resolve
# Now ports are handled finding real free ports because docker, many
# times, does not free bound ports as expected
freePort: ->
nowThisFunctionIsUseless = true
instanceFolder: (iid) ->
{
host:
component: "#{@config.instanceFolder}/#{iid}/component"
runtime: "#{@config.instanceFolder}/#{iid}/runtime-agent"
data: "#{@config.instanceFolder}/#{iid}/data"
log: "#{@config.instanceFolder}/#{iid}/slap.log"
local:
component: "#{@repos.instances}/#{iid}/component"
runtime: "#{@repos.instances}/#{iid}/runtime-agent"
data: "#{@repos.instances}/#{iid}/data"
log: "#{@repos.instances}/#{iid}/slap.log"
}
volumeFolder: () ->
{
host: "#{@config.volumeFolder}"
local: "#{@repos.volumes}"
}
manifestFolder: () ->
{
host: "#{@config.manifestStorage}"
local: "#{@repos.manifests}/remote"
}
imageFolder: () ->
{
host: "#{@config.imageStorage}"
local: "#{@repos.images}/remote"
}
getPort = (cb)->
port = initialMappedPort
server = net.createServer()
server.listen port, (err)->
server.once 'close', -> cb(port)
server.close()
server.on 'error', -> getPort(cb)
launchKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
.then (data)=>
if not (data?.HostConfig?.PortBindings?['28777/tcp']?)
console.log 'Restarting logger'
q.ninvoke container, 'remove', {force: true}
.then =>
q.delay 3000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
else
data
.then (data)=>
return if data?.State?.Status is 'running'
@logger.debug "Removing docker instance #{KIBANA_DOCKER}..."
q.ninvoke container, 'remove', {force: true}
.then =>
launchDockerKibana.call this
.fail (e)=>
return throw e if e.message?.indexOf('404') < 0
launchDockerKibana.call this
.then =>
retries = q.reject false
for i in [1..5]
do (i)=>
retries = retries.fail (e) =>
q.delay 5000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
retries
.then (data)=>
@loggerIP = data.NetworkSettings.Networks.bridge.IPAddress
# With iic=false we can't communicate directly to other container
# We communicate using host docker ip
@loggerIP = @dockerIP
ip = @loggerIP
deferred = q.defer()
exec = require('child_process').exec;
counter = 0
check_logstash = ()->
nc = exec "nc -z #{ip} 28777", ->
dummy = 0
nc.on 'exit', (code)->
if code is 0
deferred.resolve()
else
if counter>20
deferred.reject new Error 'Can\'t contact with logstash'
else
counter++
console.log "Local-stamp initialization - Waiting for logstash..."
setTimeout ->
check_logstash()
, 5000
do check_logstash
deferred.promise
.then =>
deferred = q.defer()
@configLogger.transports.logstash =
level: 'debug'
host: @loggerIP
port: 28777
retrier = =>
@logger.info "Local-stamp connected to logger"
@logger.configure @configLogger
consoleSilent = @logger._logger.transports.console.silent
@logger._logger.transports.console.silent = true
@logger._logger.transports.logstash.socket.once 'connect', =>
cl = @logger._logger.transports.console.log
wcl = (level, msg) =>
return if msg.startsWith 'Logstash Winston transport warning'
return if msg.startsWith 'acsStub has no info about acs Location'
cl.apply @logger._logger.transports.console, arguments
@logger._logger.transports.console.log = wcl
setTimeout =>
@logger._logger.transports.console.log = cl
, 30000
@logger._logger.transports.console.silent = consoleSilent
@logger._logger.transports.logstash.socket.removeListener 'error', retrier
console.log "Connected with logger"
console.log "Available Logger in #{@loggerIP}"
console.log 'Available Kibana on port 5601'
deferred.resolve true
@logger._logger.transports.logstash.socket.on 'error', ->
setTimeout retrier, 500
retrier()
deferred.promise
getDocker0IfaceHostIPAddress = ->
# os.networkInterfaces() doesn't report DOWN ifaces,
# so a less elegant solution is required
address = execSync(
"ip address show docker0| grep 'inet ' | awk '{print $2}' \
| sed 's/\\/.*//' | tr -d '\\n'").toString()
if (not address?) or (address.length is 0 )
@logger.error 'docker0 interface could not be found. Using 172.17.0.1 as fallback.'
address = '172.17.0.1'
address
launchDockerKibana = ->
checkDockerImage.call this, KIBANA_IMAGE
.then (found)=>
if not found
console.error "Docker image for #{KIBANA_IMAGE} is \
not available. Check the platform documentation for information \
on obtaining docker images."
return q.reject new Error "Docker image not available: #{KIBANA_IMAGE}"
commandLine="\
run \
--rm \
--name #{KIBANA_DOCKER} \
-p 5601:5601 \
-p 28777:28777 \
#{KIBANA_IMAGE}"
@logger.debug "Creating docker instance #{KIBANA_DOCKER}..."
@logger.debug "Docker command line: #{commandLine}"
# console.log "Docker command line: #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
.then ->
console.log "Local-stamp initialization - \
Waiting for logstash initialization..."
#q.delay 15000
removeDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'remove', {force: true}
.fail ->
true
stopDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'stop'
.fail ->
true
checkDockerImage = (name)->
# console.log "checkDockerImage this:#{this?} docker:#{this.docker?} #{name}"
q.ninvoke @docker, 'listImages'
.then (images)->
found = false
# console.log "Buscando a #{name}"
for i in images
# console.log JSON.stringify i, null, 2
for t in i.RepoTags ? []
# console.log "Comparando con #{t}"
if t is name
found = true
break
found
folderExists =(filePath)->
try
fs.statSync(filePath).isDirectory()
catch err
false
fileExists =(filePath)->
try
fs.statSync(filePath).isFile()
catch err
false
runtimeURNtoImageName =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index) + ':' + imageName.substr(index + 1)
imageName
runtimeURNtoPath =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index).replace(/_/g, '') + '/' +
imageName.substr(index + 1) + '/image.tgz'
imageName
fakeLogger =
debug: ->
info: ->
error: ->
warn: ->
log: ->
verbose: ->
silly: ->
setMutedLogger = (refs)->
return
for ref in refs
ref.logger = fakeLogger if ref?
filterLog = (logger, classes, levels = [])->
original = logger._logger.log.bind logger._logger
modified = (level, message, metadata)->
if metadata.clazz in classes and level not in levels
return
original level, message, metadata
logger._logger.log = modified
getMockAcsRouter = ->
mockToken = {
"access_token":"a7b41398-0027-4e96-a864-9a7c28f9a0cf",
"token_type":"Bearer",
"expires_in":3600,
"refresh_token":"53ea0719-9758-41e4-9eca-101347f8a3cf",
"user":{"name":"SAASDK Local Stamp","roles":["ADMIN"],"id":"local-stamp"}
}
@acsRouter = express.Router()
@acsRouter.get '/login', (req, res) =>
res.json mockToken
@acsRouter.get '/tokens/:token', (req, res) =>
res.json mockToken
module.exports = LocalStamp
| 88527 | Launcher = require './component-launcher'
MockPlanner = require './mock-planner'
MockRouterAgent = require './mock-ra'
WebsocketPublisher = require './websocket-publisher'
Resources = require './resources'
State = require './state'
q = require 'q'
net = require 'net'
child = require 'child_process'
spawn = child.spawn
exec = require('child_process').exec
execSync = require('child_process').execSync
spawnSync = require('child_process').spawnSync
fs = require 'fs'
http = require 'http'
path = require 'path'
Docker = require 'dockerode'
GW = require 'gateway-component'
AdmissionM = (require 'admission')
AdmissionRestAPI = AdmissionM.AdmissionRestAPI
supertest = require 'supertest'
ksockets = require 'k-sockets'
klogger = require 'k-logger'
kutils = require 'k-utils'
KIBANA_IMAGE='eslap.cloud/elk:1_0_0'
KIBANA_DOCKER='local-stamp-logger'
DEFAULT_CONFIG =
daemon: true
kibana: true
stopLogger: false
destroyLogger: false
autoUnregister: false
autoUndeploy: false
CONTAINER_USABLE_MEMORY_PER_UNIT = 512*1024*1024 # 512MB
CONTAINER_SWAP_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_TOTAL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT+
CONTAINER_SWAP_MEMORY_PER_UNIT
CONTAINER_RESERVED_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 #256MB
CONTAINER_KERNEL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT = CONTAINER_RESERVED_MEMORY_PER_UNIT / 2
SWAP_WARNING='WARNING: Your kernel does not support swap limit capabilities'
DealerSocket = ksockets.DealerSocket
DealerReqRep = ksockets.DealerReqRep
express = require 'express'
bodyParser = require 'body-parser'
multer = require 'multer'
cors = require 'cors'
app = null
initialMappedPort = 9000
silencedClasses = [
'Admission'
'AdmissionRestAPI'
'DealerReqRep'
'ServiceRegistry'
'ComponentRegistry'
'BundleRegistry'
'ManifestStoreRsync'
'ManifestConverter'
'ManifestValidator'
'ManifestStore'
'ManifestHelper'
'RuntimeAgent'
]
class LocalStamp
constructor: (@id = 'test', @config = {})->
@logger = klogger.getLogger 'LocalStamp'
@repos =
logFile: '/eslap/runtime-agent/slap.log'
manifests: '/eslap/manifest-storage'
images: '/eslap/image-storage'
instances: '/eslap/instances'
volumes: '/eslap/volumes'
filterLog @logger, silencedClasses, ['error']
# Hace un rsync de prueba que genera un error. Lo silencio del todo.
filterLog @logger, ['ImageFetcher', 'DealerSocket']
@dockerIP = getDocker0IfaceHostIPAddress.call this
@state = new State()
@routerAgent = new MockRouterAgent this
@launcher = new Launcher this
# Keeps track of used resources (related to services deployed or deploying)
@resourcesInUse = new Resources()
@state.addDeployment 'default'
@deploymentCounter = 1
@instanceCounter = 1
@busyPorts = {}
@links = {}
@docker = new Docker()
@graceTime = 1000
@admissionPort = @config.admissionPort ? 8090
@domain = @config.domain ? 'local-stamp.slap53.iti.es'
@configLogger = @config.logger ?
vm: 'local-stamp'
transports:
file:
level: 'debug'
filename: 'slap.log'
console:
level: 'warn'
@develBindings = @config.develBindings ? {}
@admission_conf =
imageFetcher :
type : 'blob'
config:
remoteImageStore:
path : "#{@repos.images}/remote"
imageFilename : 'image.tgz'
localImageStore :
path : "#{@repos.images}/local"
imageFilename : 'image.tgz'
manifestRepository:
type : 'rsync'
config :
remoteImageStore:
path : "#{@repos.manifests}/remote"
imageFilename : 'manifest.json'
localImageStore:
path : "#{@repos.manifests}/local"
imageFilename : 'manifest.json'
acs:
'anonymous-user':
id: 'local-stamp',
roles: ['ADMIN']
'addresses': ["127.0.0.1"]
'port': @admissionPort
domains:
refDomain: @domain
limitChecker:
limits:
max_bundle_size: 10
max_storage_space: 10
deployment_lifespan_days: 10
allow_resources: true
allow_domains: true
allow_certificates: true
allow_volumes: true
allow_iopsintensive: true
deployments:
simultaneous: -1
entrypoints:
simultaneous: -1
roles:
deployment: -1
simultaneous: -1
maxinstances:
arrangement: -1
deployment: -1
simultaneous: -1
cpu:
arrangement: -1
deployment: -1
simultaneous: -1
memory:
arrangement: -1
deployment: -1
simultaneous: -1
ioperf:
arrangement: -1
deployment: -1
simultaneous: -1
bandwidth:
arrangement: -1
deployment: -1
simultaneous: -1
# To avoid errors with instances that do not launch an admission instance
@wsp = {publishEvt: -> true}
init: ->
deferred = q.defer()
socket = process.env.DOCKER_SOCKET || '/var/run/docker.sock'
stats = fs.statSync(socket)
if !stats.isSocket()
return q.reject new Error 'Are you sure the docker is running?'
@docker.listContainers {all:true}, (err, containers)=>
return deferred.reject err if err
promises = []
for c in containers
if c.Names?[0]? and kutils.startsWith(c.Names[0], "/local-stamp_#{@id}_")
@logger.debug "Removing previous docker instance #{c.Names[0]}"
fc = @docker.getContainer(c.Id)
do (fc)->
promises.push (q.ninvoke fc, 'remove', {force: true})
q.all promises
.then ->
deferred.resolve true
deferred.promise
.then =>
# q.ninvoke child, 'exec', " \
# rm -rf #{@lsRepo}; \
# rm -rf /tmp/slap; \
# mkdir -p #{@lsRepo}/manifest-storage/local/; \
# mkdir -p #{@lsRepo}/manifest-storage/remote/; \
# cp -R /eslap/manifest-storage/* #{@lsRepo}/manifest-storage/remote/; \
# mkdir -p #{@lsRepo}/image-storage/local/; \
# mkdir -p #{@lsRepo}/image-storage/remote/; \
# cp -R /eslap/image-storage/* #{@lsRepo}/image-storage/remote/;"
q true
.then =>
if @configValue 'kibana'
launchKibana.call this
.then =>
if @configValue 'daemon'
launchAdmission.call this
launchBundle: (path)->
(if not @admAPI
launchAdmission.call this
else
q true
)
.then =>
@logger.debug "Processing bundle in #{path}"
deferred = q.defer()
@admRest.post '/bundles'
.attach 'bundlesZip', path
.end (err, res)=>
if err?
deferred.reject err
return
if res.status != 200
@logger.error JSON.stringify res, null, 2
deferred.reject new Error 'Unexpected result registering bundle'
return
# se.log JSON.stringify text, null, 2
@logger.debug 'Bundle correctly deployed'
if res.text?
res = JSON.parse res.text
res = res.data
# if res?.deployments?.errors?[0]?
# return deferred.reject \
# new Error JSON.stringify res.deployments.errors[0]
setTimeout ->
deferred.resolve res#.deployments.successful[0]
, 3500
deferred.promise
launch: (klass, config, deploymentId = 'default')->
@launcher.launch(klass, config, deploymentId)
.then (result)=>
@state.addInstance deploymentId, result, config
result
launchGW: (localConfig, config, deploymentId = 'default')->
config.parameters['__gw_local_config'] = localConfig
@launcher.launch(GW, config, deploymentId)
.then (result)=>
result.isGW = true
@state.addInstance deploymentId, result, config
result
launchDocker: (localConfig, config, deployment = 'default')->
console.log "Launching instance #{config.iid}"
iid = config.iid
ifolder = @instanceFolder iid
promiseSocket = promiseStarted = null
dealer = control = name = null
instanceFolder = socketFolder = tmpFolder = null
# First we check if runtime specified is available
checkDockerImage.call this, localConfig.runtime
.then (found)=>
if not found
console.error "Docker image for runtime #{localConfig.runtime} is \
not available. Check the platform documentation for information \
on obtaining images of runtimes"
return q.reject new Error "Runtime #{localConfig.runtime} \
is not available"
[promiseSocket, promiseStarted] = \
@routerAgent.setupInstance config, deployment
promiseSocket
.then (setupData)=>
[control, dealer, sockets] = setupData
name = "local-stamp_#{@id}_#{iid}"
result = {
dealer: dealer
control: control
isDocker: true
dockerName: name
logging: true
deployment: deployment
}
@state.addInstance deployment, result, config
# This is "simply" a touch slap.log
fs.closeSync(fs.openSync(ifolder.local.log, 'w'))
tmpPath =
commandLine="\
run \
--rm \
--name #{name} \
-v #{ifolder.host.component}:#{localConfig.sourcedir} \
-v #{ifolder.host.data}:/eslap/data \
-v #{ifolder.host.log}:#{@repos.logFile} \
-e RA_CONTROL_SOCKET_URI=#{sockets.control.uri} \
-e RA_DATA_SOCKET_URI=#{sockets.data.uri} \
-e IID=#{config.iid}"
agentFolder = null
if localConfig.agentPath
agentFolder = localConfig.agentPath.host
if agentFolder?
commandLine = commandLine + " -v #{agentFolder}:/eslap/runtime-agent"
if localConfig?.resources?.__memory?
m = localConfig.resources.__memory
memoryConstraints = [
{constraint: 'memory', factor: CONTAINER_USABLE_MEMORY_PER_UNIT}
{constraint: 'memory-swap', factor: CONTAINER_TOTAL_MEMORY_PER_UNIT}
{constraint: 'memory-reservation', \
factor: CONTAINER_RESERVED_MEMORY_PER_UNIT}
{constraint: 'kernel-memory', \
factor: CONTAINER_KERNEL_MEMORY_PER_UNIT}
{constraint: 'shm-size', \
factor: CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT}
]
memoryCmd = ""
for mc in memoryConstraints
memoryCmd = " #{memoryCmd} --#{mc.constraint} #{m * mc.factor}"
commandLine = commandLine + memoryCmd + ' '
# if localConfig.runtime is 'eslap.cloud/runtime/java:1_0_1'
# commandLine = "#{commandLine}
# -v /workspaces/slap/git/gateway-component/src:/eslap/gateway-component/src \
# -v /workspaces/slap/git/runtime-agent/src:/eslap/runtime-agent/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/runtime-agent/node_modules/slaputils/src \
# -v /workspaces/slap/git/gateway-component/node_modules:/eslap/gateway-component/node_modules \
# -v /workspaces/slap/git/slap-utils/src:/eslap/gateway-component/node_modules/slaputils/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/component/node_modules/slaputils/src "
for v in @config.develBindings?.__all ? []
commandLine = "#{commandLine} -v #{v}"
for v in @config.develBindings?[config.role] ? []
commandLine = "#{commandLine} -v #{v}"
if localConfig.volumes?
for v in localConfig.volumes
commandLine = "#{commandLine} -v #{v}"
if localConfig.ports?
for p in localConfig.ports
commandLine = "#{commandLine} -p #{p}"
if localConfig.entrypoint?
commandLine = "#{commandLine} --entrypoint #{localConfig.entrypoint}"
commandLine = "#{commandLine} #{localConfig.runtime}"
if localConfig.configdir
commandLine = "#{commandLine} #{localConfig.configdir}"
commandLine = commandLine.replace(/ +(?= )/g,'')
@logger.debug "Creating instance #{config.iid}..."
@logger.debug "Docker command line: docker #{commandLine}"
# console.log "Docker command line: docker #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
client.stdout.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
data = data + ''
data = data.replace(/[\r\r]+/g, '\r').trim()
return if data.length is 0
@logger.debug "DC #{config.iid}: #{data}"
console.log "DC #{config.iid}: #{data}"
client.stderr.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
return if data.indexOf(SWAP_WARNING) is 0
@logger.error "DC error #{config.iid}: #{data}"
#console.error "DC error #{config.iid}: #{data}"
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
promiseStarted.timeout 60 * 1000, "Instance #{config.iid} did not \
started properly, this problem is probably related with its runtime.#{ \
if not localConfig.agentPath? then \
' Maybe an agent for this runtime should be configured.' \
else \
'' \
}"
.then =>
@state.setInstanceStatus config.iid, {timestamp: (new Date()).getTime()}
q.delay 3000
.then =>
localIP = undefined
cmd = ['inspect', '-f', '\"{{ .NetworkSettings.IPAddress }}\"', name]
result = spawnSync 'docker', cmd
if result.status is 0
localIP = result.stdout.toString().trim().replace(/(^"|"$)/g, '')
else if result.stderr?.indexOf 'No such image or container'
console.log "Instance #{name} finished unexpectedly. Maybe you \
should examine its log."
@state.getInstance(iid).dockerIp = localIP
@wsp.publishEvt 'instance', 'created', {instance: iid}
shutdownInstance: (iid)->
deferred = q.defer()
ref = @state.getInstance iid
return if not ref?
ref.logging = false
(if ref.isDocker
ref.control.sendRequest {action: 'instance_stop'}
q true
else
ref.runtime.close()
).then =>
setTimeout =>
if ref.isGW
ref.instance.destroy()
else if ref.isDocker
commandLine="stop #{ref.dockerName}"
console.log "Shutting down instance #{iid}"
client = spawn 'docker',commandLine.split(' ')
ref.dealer.close()
ref.control.close()
@state.removeInstance iid
@wsp.publishEvt 'instance', 'removed', {instance: iid}
setTimeout ->
deferred.resolve true
, 1500
, @graceTime
deferred.promise
loadRuntimes: (runtimes)->
promise = q true
for r in runtimes
do (r)=>
promise = promise.then =>
@loadRuntime r
promise
loadRuntime: (runtime)->
rruntime = runtimeURNtoImageName runtime
checkDockerImage.call this, rruntime
.then (found)=>
return true if found
himgfile = "#{@imageFolder().host}/#{runtimeURNtoPath runtime}"
limgfile = "#{@imageFolder().local}/#{runtimeURNtoPath runtime}"
if not fs.existsSync limgfile
throw new Error "Runtime #{runtime} is not available. Check the \
platform documentation for information \
on obtaining images of runtimes"
commandLine="docker \
load \
-i \
#{limgfile}"
console.log "Loading runtime #{runtime}..."
@logger.debug "Loading runtime #{himgfile}..."
@logger.debug "Docker command line: #{commandLine}"
try
code = execSync commandLine
catch e
@logger.error "Error loading runtime #{runtime} #{e} #{e.stack}"
throw e
shutdown: ->
promises = []
for c of @state.getInstances()
promises.push @shutdownInstance c
q.all promises
.then =>
if @config.destroyLogger
removeDockerKibana.call this
else if @config.stopLogger
stopDockerKibana.call this
launchAdmission = ->
@planner = new MockPlanner this
# @logger.debug 'Creating Admission'
setMutedLogger [AdmissionRestAPI.prototype,
AdmissionM.Admission.prototype]
@admAPI = new AdmissionRestAPI @admission_conf, @planner
@admAPI.init()
.then =>
storage = multer.diskStorage {
destination: '/tmp/multer'
filename: (req, file, cb) ->
name = file.fieldname + '-' + \
kutils.generateId() + \
path.extname(file.originalname)
cb null, name
}
upload = multer({ storage: storage }).any()
app = express()
app.use bodyParser.json()
app.use bodyParser.urlencoded({ extended: true })
app.use upload
app.use cors()
app.use '/admission', @admAPI.getRouter()
app.use '/acs', getMockAcsRouter.call(this)
# Basic error handler
app.use (req, res, next) ->
return res.status(404).send('Not Found')
# @logger.debug "ADMISSION listening at port #{admissionPort}"
httpServer = http.createServer(app)
@wsp = new WebsocketPublisher httpServer, @admAPI.httpAuthentication
httpServer.listen @admissionPort
.then =>
@admRest = supertest "http://localhost:#{@admissionPort}/admission"
q.delay 2000
configValue: (key)->
result = @config[key] ? DEFAULT_CONFIG[key] ? null
# console.log "Config #{key}: #{result}"
result
# allocPort: ->
# result = initialMappedPort
# while true
# sport = result+''
# if not @busyPorts[sport]?
# @busyPorts[sport] = true
# return sport
# result++
# freePort: (port)->
# port = port+''
# if @busyPorts[port]?
# delete @busyPorts[port]
allocPort: ->
getNextAvailablePort = (currentPort, cb) ->
server = net.createServer()
handleError = ->
getNextAvailablePort ++currentPort, cb
try
server.listen currentPort, '0.0.0.0', ->
server.once 'close', ->
cb currentPort
server.close()
server.on 'error', handleError
catch e
handleError()
return new Promise (resolve)->
getNextAvailablePort initialMappedPort, resolve
# Now ports are handled finding real free ports because docker, many
# times, does not free bound ports as expected
freePort: ->
nowThisFunctionIsUseless = true
instanceFolder: (iid) ->
{
host:
component: "#{@config.instanceFolder}/#{iid}/component"
runtime: "#{@config.instanceFolder}/#{iid}/runtime-agent"
data: "#{@config.instanceFolder}/#{iid}/data"
log: "#{@config.instanceFolder}/#{iid}/slap.log"
local:
component: "#{@repos.instances}/#{iid}/component"
runtime: "#{@repos.instances}/#{iid}/runtime-agent"
data: "#{@repos.instances}/#{iid}/data"
log: "#{@repos.instances}/#{iid}/slap.log"
}
volumeFolder: () ->
{
host: "#{@config.volumeFolder}"
local: "#{@repos.volumes}"
}
manifestFolder: () ->
{
host: "#{@config.manifestStorage}"
local: "#{@repos.manifests}/remote"
}
imageFolder: () ->
{
host: "#{@config.imageStorage}"
local: "#{@repos.images}/remote"
}
getPort = (cb)->
port = initialMappedPort
server = net.createServer()
server.listen port, (err)->
server.once 'close', -> cb(port)
server.close()
server.on 'error', -> getPort(cb)
launchKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
.then (data)=>
if not (data?.HostConfig?.PortBindings?['28777/tcp']?)
console.log 'Restarting logger'
q.ninvoke container, 'remove', {force: true}
.then =>
q.delay 3000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
else
data
.then (data)=>
return if data?.State?.Status is 'running'
@logger.debug "Removing docker instance #{KIBANA_DOCKER}..."
q.ninvoke container, 'remove', {force: true}
.then =>
launchDockerKibana.call this
.fail (e)=>
return throw e if e.message?.indexOf('404') < 0
launchDockerKibana.call this
.then =>
retries = q.reject false
for i in [1..5]
do (i)=>
retries = retries.fail (e) =>
q.delay 5000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
retries
.then (data)=>
@loggerIP = data.NetworkSettings.Networks.bridge.IPAddress
# With iic=false we can't communicate directly to other container
# We communicate using host docker ip
@loggerIP = @dockerIP
ip = @loggerIP
deferred = q.defer()
exec = require('child_process').exec;
counter = 0
check_logstash = ()->
nc = exec "nc -z #{ip} 28777", ->
dummy = 0
nc.on 'exit', (code)->
if code is 0
deferred.resolve()
else
if counter>20
deferred.reject new Error 'Can\'t contact with logstash'
else
counter++
console.log "Local-stamp initialization - Waiting for logstash..."
setTimeout ->
check_logstash()
, 5000
do check_logstash
deferred.promise
.then =>
deferred = q.defer()
@configLogger.transports.logstash =
level: 'debug'
host: @loggerIP
port: 28777
retrier = =>
@logger.info "Local-stamp connected to logger"
@logger.configure @configLogger
consoleSilent = @logger._logger.transports.console.silent
@logger._logger.transports.console.silent = true
@logger._logger.transports.logstash.socket.once 'connect', =>
cl = @logger._logger.transports.console.log
wcl = (level, msg) =>
return if msg.startsWith 'Logstash Winston transport warning'
return if msg.startsWith 'acsStub has no info about acs Location'
cl.apply @logger._logger.transports.console, arguments
@logger._logger.transports.console.log = wcl
setTimeout =>
@logger._logger.transports.console.log = cl
, 30000
@logger._logger.transports.console.silent = consoleSilent
@logger._logger.transports.logstash.socket.removeListener 'error', retrier
console.log "Connected with logger"
console.log "Available Logger in #{@loggerIP}"
console.log 'Available Kibana on port 5601'
deferred.resolve true
@logger._logger.transports.logstash.socket.on 'error', ->
setTimeout retrier, 500
retrier()
deferred.promise
getDocker0IfaceHostIPAddress = ->
# os.networkInterfaces() doesn't report DOWN ifaces,
# so a less elegant solution is required
address = execSync(
"ip address show docker0| grep 'inet ' | awk '{print $2}' \
| sed 's/\\/.*//' | tr -d '\\n'").toString()
if (not address?) or (address.length is 0 )
@logger.error 'docker0 interface could not be found. Using 172.17.0.1 as fallback.'
address = '172.17.0.1'
address
launchDockerKibana = ->
checkDockerImage.call this, KIBANA_IMAGE
.then (found)=>
if not found
console.error "Docker image for #{KIBANA_IMAGE} is \
not available. Check the platform documentation for information \
on obtaining docker images."
return q.reject new Error "Docker image not available: #{KIBANA_IMAGE}"
commandLine="\
run \
--rm \
--name #{KIBANA_DOCKER} \
-p 5601:5601 \
-p 28777:28777 \
#{KIBANA_IMAGE}"
@logger.debug "Creating docker instance #{KIBANA_DOCKER}..."
@logger.debug "Docker command line: #{commandLine}"
# console.log "Docker command line: #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
.then ->
console.log "Local-stamp initialization - \
Waiting for logstash initialization..."
#q.delay 15000
removeDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'remove', {force: true}
.fail ->
true
stopDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'stop'
.fail ->
true
checkDockerImage = (name)->
# console.log "checkDockerImage this:#{this?} docker:#{this.docker?} #{name}"
q.ninvoke @docker, 'listImages'
.then (images)->
found = false
# console.log "Buscando a #{name}"
for i in images
# console.log JSON.stringify i, null, 2
for t in i.RepoTags ? []
# console.log "Comparando con #{t}"
if t is name
found = true
break
found
folderExists =(filePath)->
try
fs.statSync(filePath).isDirectory()
catch err
false
fileExists =(filePath)->
try
fs.statSync(filePath).isFile()
catch err
false
runtimeURNtoImageName =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index) + ':' + imageName.substr(index + 1)
imageName
runtimeURNtoPath =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index).replace(/_/g, '') + '/' +
imageName.substr(index + 1) + '/image.tgz'
imageName
fakeLogger =
debug: ->
info: ->
error: ->
warn: ->
log: ->
verbose: ->
silly: ->
setMutedLogger = (refs)->
return
for ref in refs
ref.logger = fakeLogger if ref?
filterLog = (logger, classes, levels = [])->
original = logger._logger.log.bind logger._logger
modified = (level, message, metadata)->
if metadata.clazz in classes and level not in levels
return
original level, message, metadata
logger._logger.log = modified
getMockAcsRouter = ->
mockToken = {
"access_token":"<PASSWORD>",
"token_type":"Bearer",
"expires_in":3600,
"refresh_token":"<PASSWORD>",
"user":{"name":"SAASDK Local Stamp","roles":["ADMIN"],"id":"local-stamp"}
}
@acsRouter = express.Router()
@acsRouter.get '/login', (req, res) =>
res.json mockToken
@acsRouter.get '/tokens/:token', (req, res) =>
res.json mockToken
module.exports = LocalStamp
| true | Launcher = require './component-launcher'
MockPlanner = require './mock-planner'
MockRouterAgent = require './mock-ra'
WebsocketPublisher = require './websocket-publisher'
Resources = require './resources'
State = require './state'
q = require 'q'
net = require 'net'
child = require 'child_process'
spawn = child.spawn
exec = require('child_process').exec
execSync = require('child_process').execSync
spawnSync = require('child_process').spawnSync
fs = require 'fs'
http = require 'http'
path = require 'path'
Docker = require 'dockerode'
GW = require 'gateway-component'
AdmissionM = (require 'admission')
AdmissionRestAPI = AdmissionM.AdmissionRestAPI
supertest = require 'supertest'
ksockets = require 'k-sockets'
klogger = require 'k-logger'
kutils = require 'k-utils'
KIBANA_IMAGE='eslap.cloud/elk:1_0_0'
KIBANA_DOCKER='local-stamp-logger'
DEFAULT_CONFIG =
daemon: true
kibana: true
stopLogger: false
destroyLogger: false
autoUnregister: false
autoUndeploy: false
CONTAINER_USABLE_MEMORY_PER_UNIT = 512*1024*1024 # 512MB
CONTAINER_SWAP_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_TOTAL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT+
CONTAINER_SWAP_MEMORY_PER_UNIT
CONTAINER_RESERVED_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 #256MB
CONTAINER_KERNEL_MEMORY_PER_UNIT = CONTAINER_USABLE_MEMORY_PER_UNIT / 2 # 256MB
CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT = CONTAINER_RESERVED_MEMORY_PER_UNIT / 2
SWAP_WARNING='WARNING: Your kernel does not support swap limit capabilities'
DealerSocket = ksockets.DealerSocket
DealerReqRep = ksockets.DealerReqRep
express = require 'express'
bodyParser = require 'body-parser'
multer = require 'multer'
cors = require 'cors'
app = null
initialMappedPort = 9000
silencedClasses = [
'Admission'
'AdmissionRestAPI'
'DealerReqRep'
'ServiceRegistry'
'ComponentRegistry'
'BundleRegistry'
'ManifestStoreRsync'
'ManifestConverter'
'ManifestValidator'
'ManifestStore'
'ManifestHelper'
'RuntimeAgent'
]
class LocalStamp
constructor: (@id = 'test', @config = {})->
@logger = klogger.getLogger 'LocalStamp'
@repos =
logFile: '/eslap/runtime-agent/slap.log'
manifests: '/eslap/manifest-storage'
images: '/eslap/image-storage'
instances: '/eslap/instances'
volumes: '/eslap/volumes'
filterLog @logger, silencedClasses, ['error']
# Hace un rsync de prueba que genera un error. Lo silencio del todo.
filterLog @logger, ['ImageFetcher', 'DealerSocket']
@dockerIP = getDocker0IfaceHostIPAddress.call this
@state = new State()
@routerAgent = new MockRouterAgent this
@launcher = new Launcher this
# Keeps track of used resources (related to services deployed or deploying)
@resourcesInUse = new Resources()
@state.addDeployment 'default'
@deploymentCounter = 1
@instanceCounter = 1
@busyPorts = {}
@links = {}
@docker = new Docker()
@graceTime = 1000
@admissionPort = @config.admissionPort ? 8090
@domain = @config.domain ? 'local-stamp.slap53.iti.es'
@configLogger = @config.logger ?
vm: 'local-stamp'
transports:
file:
level: 'debug'
filename: 'slap.log'
console:
level: 'warn'
@develBindings = @config.develBindings ? {}
@admission_conf =
imageFetcher :
type : 'blob'
config:
remoteImageStore:
path : "#{@repos.images}/remote"
imageFilename : 'image.tgz'
localImageStore :
path : "#{@repos.images}/local"
imageFilename : 'image.tgz'
manifestRepository:
type : 'rsync'
config :
remoteImageStore:
path : "#{@repos.manifests}/remote"
imageFilename : 'manifest.json'
localImageStore:
path : "#{@repos.manifests}/local"
imageFilename : 'manifest.json'
acs:
'anonymous-user':
id: 'local-stamp',
roles: ['ADMIN']
'addresses': ["127.0.0.1"]
'port': @admissionPort
domains:
refDomain: @domain
limitChecker:
limits:
max_bundle_size: 10
max_storage_space: 10
deployment_lifespan_days: 10
allow_resources: true
allow_domains: true
allow_certificates: true
allow_volumes: true
allow_iopsintensive: true
deployments:
simultaneous: -1
entrypoints:
simultaneous: -1
roles:
deployment: -1
simultaneous: -1
maxinstances:
arrangement: -1
deployment: -1
simultaneous: -1
cpu:
arrangement: -1
deployment: -1
simultaneous: -1
memory:
arrangement: -1
deployment: -1
simultaneous: -1
ioperf:
arrangement: -1
deployment: -1
simultaneous: -1
bandwidth:
arrangement: -1
deployment: -1
simultaneous: -1
# To avoid errors with instances that do not launch an admission instance
@wsp = {publishEvt: -> true}
init: ->
deferred = q.defer()
socket = process.env.DOCKER_SOCKET || '/var/run/docker.sock'
stats = fs.statSync(socket)
if !stats.isSocket()
return q.reject new Error 'Are you sure the docker is running?'
@docker.listContainers {all:true}, (err, containers)=>
return deferred.reject err if err
promises = []
for c in containers
if c.Names?[0]? and kutils.startsWith(c.Names[0], "/local-stamp_#{@id}_")
@logger.debug "Removing previous docker instance #{c.Names[0]}"
fc = @docker.getContainer(c.Id)
do (fc)->
promises.push (q.ninvoke fc, 'remove', {force: true})
q.all promises
.then ->
deferred.resolve true
deferred.promise
.then =>
# q.ninvoke child, 'exec', " \
# rm -rf #{@lsRepo}; \
# rm -rf /tmp/slap; \
# mkdir -p #{@lsRepo}/manifest-storage/local/; \
# mkdir -p #{@lsRepo}/manifest-storage/remote/; \
# cp -R /eslap/manifest-storage/* #{@lsRepo}/manifest-storage/remote/; \
# mkdir -p #{@lsRepo}/image-storage/local/; \
# mkdir -p #{@lsRepo}/image-storage/remote/; \
# cp -R /eslap/image-storage/* #{@lsRepo}/image-storage/remote/;"
q true
.then =>
if @configValue 'kibana'
launchKibana.call this
.then =>
if @configValue 'daemon'
launchAdmission.call this
launchBundle: (path)->
(if not @admAPI
launchAdmission.call this
else
q true
)
.then =>
@logger.debug "Processing bundle in #{path}"
deferred = q.defer()
@admRest.post '/bundles'
.attach 'bundlesZip', path
.end (err, res)=>
if err?
deferred.reject err
return
if res.status != 200
@logger.error JSON.stringify res, null, 2
deferred.reject new Error 'Unexpected result registering bundle'
return
# se.log JSON.stringify text, null, 2
@logger.debug 'Bundle correctly deployed'
if res.text?
res = JSON.parse res.text
res = res.data
# if res?.deployments?.errors?[0]?
# return deferred.reject \
# new Error JSON.stringify res.deployments.errors[0]
setTimeout ->
deferred.resolve res#.deployments.successful[0]
, 3500
deferred.promise
launch: (klass, config, deploymentId = 'default')->
@launcher.launch(klass, config, deploymentId)
.then (result)=>
@state.addInstance deploymentId, result, config
result
launchGW: (localConfig, config, deploymentId = 'default')->
config.parameters['__gw_local_config'] = localConfig
@launcher.launch(GW, config, deploymentId)
.then (result)=>
result.isGW = true
@state.addInstance deploymentId, result, config
result
launchDocker: (localConfig, config, deployment = 'default')->
console.log "Launching instance #{config.iid}"
iid = config.iid
ifolder = @instanceFolder iid
promiseSocket = promiseStarted = null
dealer = control = name = null
instanceFolder = socketFolder = tmpFolder = null
# First we check if runtime specified is available
checkDockerImage.call this, localConfig.runtime
.then (found)=>
if not found
console.error "Docker image for runtime #{localConfig.runtime} is \
not available. Check the platform documentation for information \
on obtaining images of runtimes"
return q.reject new Error "Runtime #{localConfig.runtime} \
is not available"
[promiseSocket, promiseStarted] = \
@routerAgent.setupInstance config, deployment
promiseSocket
.then (setupData)=>
[control, dealer, sockets] = setupData
name = "local-stamp_#{@id}_#{iid}"
result = {
dealer: dealer
control: control
isDocker: true
dockerName: name
logging: true
deployment: deployment
}
@state.addInstance deployment, result, config
# This is "simply" a touch slap.log
fs.closeSync(fs.openSync(ifolder.local.log, 'w'))
tmpPath =
commandLine="\
run \
--rm \
--name #{name} \
-v #{ifolder.host.component}:#{localConfig.sourcedir} \
-v #{ifolder.host.data}:/eslap/data \
-v #{ifolder.host.log}:#{@repos.logFile} \
-e RA_CONTROL_SOCKET_URI=#{sockets.control.uri} \
-e RA_DATA_SOCKET_URI=#{sockets.data.uri} \
-e IID=#{config.iid}"
agentFolder = null
if localConfig.agentPath
agentFolder = localConfig.agentPath.host
if agentFolder?
commandLine = commandLine + " -v #{agentFolder}:/eslap/runtime-agent"
if localConfig?.resources?.__memory?
m = localConfig.resources.__memory
memoryConstraints = [
{constraint: 'memory', factor: CONTAINER_USABLE_MEMORY_PER_UNIT}
{constraint: 'memory-swap', factor: CONTAINER_TOTAL_MEMORY_PER_UNIT}
{constraint: 'memory-reservation', \
factor: CONTAINER_RESERVED_MEMORY_PER_UNIT}
{constraint: 'kernel-memory', \
factor: CONTAINER_KERNEL_MEMORY_PER_UNIT}
{constraint: 'shm-size', \
factor: CONTAINER_DEV_SHM_SIZE_PER_MEMORY_UNIT}
]
memoryCmd = ""
for mc in memoryConstraints
memoryCmd = " #{memoryCmd} --#{mc.constraint} #{m * mc.factor}"
commandLine = commandLine + memoryCmd + ' '
# if localConfig.runtime is 'eslap.cloud/runtime/java:1_0_1'
# commandLine = "#{commandLine}
# -v /workspaces/slap/git/gateway-component/src:/eslap/gateway-component/src \
# -v /workspaces/slap/git/runtime-agent/src:/eslap/runtime-agent/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/runtime-agent/node_modules/slaputils/src \
# -v /workspaces/slap/git/gateway-component/node_modules:/eslap/gateway-component/node_modules \
# -v /workspaces/slap/git/slap-utils/src:/eslap/gateway-component/node_modules/slaputils/src \
# -v /workspaces/slap/git/slap-utils/src:/eslap/component/node_modules/slaputils/src "
for v in @config.develBindings?.__all ? []
commandLine = "#{commandLine} -v #{v}"
for v in @config.develBindings?[config.role] ? []
commandLine = "#{commandLine} -v #{v}"
if localConfig.volumes?
for v in localConfig.volumes
commandLine = "#{commandLine} -v #{v}"
if localConfig.ports?
for p in localConfig.ports
commandLine = "#{commandLine} -p #{p}"
if localConfig.entrypoint?
commandLine = "#{commandLine} --entrypoint #{localConfig.entrypoint}"
commandLine = "#{commandLine} #{localConfig.runtime}"
if localConfig.configdir
commandLine = "#{commandLine} #{localConfig.configdir}"
commandLine = commandLine.replace(/ +(?= )/g,'')
@logger.debug "Creating instance #{config.iid}..."
@logger.debug "Docker command line: docker #{commandLine}"
# console.log "Docker command line: docker #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
client.stdout.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
data = data + ''
data = data.replace(/[\r\r]+/g, '\r').trim()
return if data.length is 0
@logger.debug "DC #{config.iid}: #{data}"
console.log "DC #{config.iid}: #{data}"
client.stderr.on 'data', (data)=>
return if not data?
# return if not (@instances?[config.iid]?.logging is true)
return if data.indexOf(SWAP_WARNING) is 0
@logger.error "DC error #{config.iid}: #{data}"
#console.error "DC error #{config.iid}: #{data}"
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
promiseStarted.timeout 60 * 1000, "Instance #{config.iid} did not \
started properly, this problem is probably related with its runtime.#{ \
if not localConfig.agentPath? then \
' Maybe an agent for this runtime should be configured.' \
else \
'' \
}"
.then =>
@state.setInstanceStatus config.iid, {timestamp: (new Date()).getTime()}
q.delay 3000
.then =>
localIP = undefined
cmd = ['inspect', '-f', '\"{{ .NetworkSettings.IPAddress }}\"', name]
result = spawnSync 'docker', cmd
if result.status is 0
localIP = result.stdout.toString().trim().replace(/(^"|"$)/g, '')
else if result.stderr?.indexOf 'No such image or container'
console.log "Instance #{name} finished unexpectedly. Maybe you \
should examine its log."
@state.getInstance(iid).dockerIp = localIP
@wsp.publishEvt 'instance', 'created', {instance: iid}
shutdownInstance: (iid)->
deferred = q.defer()
ref = @state.getInstance iid
return if not ref?
ref.logging = false
(if ref.isDocker
ref.control.sendRequest {action: 'instance_stop'}
q true
else
ref.runtime.close()
).then =>
setTimeout =>
if ref.isGW
ref.instance.destroy()
else if ref.isDocker
commandLine="stop #{ref.dockerName}"
console.log "Shutting down instance #{iid}"
client = spawn 'docker',commandLine.split(' ')
ref.dealer.close()
ref.control.close()
@state.removeInstance iid
@wsp.publishEvt 'instance', 'removed', {instance: iid}
setTimeout ->
deferred.resolve true
, 1500
, @graceTime
deferred.promise
loadRuntimes: (runtimes)->
promise = q true
for r in runtimes
do (r)=>
promise = promise.then =>
@loadRuntime r
promise
loadRuntime: (runtime)->
rruntime = runtimeURNtoImageName runtime
checkDockerImage.call this, rruntime
.then (found)=>
return true if found
himgfile = "#{@imageFolder().host}/#{runtimeURNtoPath runtime}"
limgfile = "#{@imageFolder().local}/#{runtimeURNtoPath runtime}"
if not fs.existsSync limgfile
throw new Error "Runtime #{runtime} is not available. Check the \
platform documentation for information \
on obtaining images of runtimes"
commandLine="docker \
load \
-i \
#{limgfile}"
console.log "Loading runtime #{runtime}..."
@logger.debug "Loading runtime #{himgfile}..."
@logger.debug "Docker command line: #{commandLine}"
try
code = execSync commandLine
catch e
@logger.error "Error loading runtime #{runtime} #{e} #{e.stack}"
throw e
shutdown: ->
promises = []
for c of @state.getInstances()
promises.push @shutdownInstance c
q.all promises
.then =>
if @config.destroyLogger
removeDockerKibana.call this
else if @config.stopLogger
stopDockerKibana.call this
launchAdmission = ->
@planner = new MockPlanner this
# @logger.debug 'Creating Admission'
setMutedLogger [AdmissionRestAPI.prototype,
AdmissionM.Admission.prototype]
@admAPI = new AdmissionRestAPI @admission_conf, @planner
@admAPI.init()
.then =>
storage = multer.diskStorage {
destination: '/tmp/multer'
filename: (req, file, cb) ->
name = file.fieldname + '-' + \
kutils.generateId() + \
path.extname(file.originalname)
cb null, name
}
upload = multer({ storage: storage }).any()
app = express()
app.use bodyParser.json()
app.use bodyParser.urlencoded({ extended: true })
app.use upload
app.use cors()
app.use '/admission', @admAPI.getRouter()
app.use '/acs', getMockAcsRouter.call(this)
# Basic error handler
app.use (req, res, next) ->
return res.status(404).send('Not Found')
# @logger.debug "ADMISSION listening at port #{admissionPort}"
httpServer = http.createServer(app)
@wsp = new WebsocketPublisher httpServer, @admAPI.httpAuthentication
httpServer.listen @admissionPort
.then =>
@admRest = supertest "http://localhost:#{@admissionPort}/admission"
q.delay 2000
configValue: (key)->
result = @config[key] ? DEFAULT_CONFIG[key] ? null
# console.log "Config #{key}: #{result}"
result
# allocPort: ->
# result = initialMappedPort
# while true
# sport = result+''
# if not @busyPorts[sport]?
# @busyPorts[sport] = true
# return sport
# result++
# freePort: (port)->
# port = port+''
# if @busyPorts[port]?
# delete @busyPorts[port]
allocPort: ->
getNextAvailablePort = (currentPort, cb) ->
server = net.createServer()
handleError = ->
getNextAvailablePort ++currentPort, cb
try
server.listen currentPort, '0.0.0.0', ->
server.once 'close', ->
cb currentPort
server.close()
server.on 'error', handleError
catch e
handleError()
return new Promise (resolve)->
getNextAvailablePort initialMappedPort, resolve
# Now ports are handled finding real free ports because docker, many
# times, does not free bound ports as expected
freePort: ->
nowThisFunctionIsUseless = true
instanceFolder: (iid) ->
{
host:
component: "#{@config.instanceFolder}/#{iid}/component"
runtime: "#{@config.instanceFolder}/#{iid}/runtime-agent"
data: "#{@config.instanceFolder}/#{iid}/data"
log: "#{@config.instanceFolder}/#{iid}/slap.log"
local:
component: "#{@repos.instances}/#{iid}/component"
runtime: "#{@repos.instances}/#{iid}/runtime-agent"
data: "#{@repos.instances}/#{iid}/data"
log: "#{@repos.instances}/#{iid}/slap.log"
}
volumeFolder: () ->
{
host: "#{@config.volumeFolder}"
local: "#{@repos.volumes}"
}
manifestFolder: () ->
{
host: "#{@config.manifestStorage}"
local: "#{@repos.manifests}/remote"
}
imageFolder: () ->
{
host: "#{@config.imageStorage}"
local: "#{@repos.images}/remote"
}
getPort = (cb)->
port = initialMappedPort
server = net.createServer()
server.listen port, (err)->
server.once 'close', -> cb(port)
server.close()
server.on 'error', -> getPort(cb)
launchKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
.then (data)=>
if not (data?.HostConfig?.PortBindings?['28777/tcp']?)
console.log 'Restarting logger'
q.ninvoke container, 'remove', {force: true}
.then =>
q.delay 3000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
else
data
.then (data)=>
return if data?.State?.Status is 'running'
@logger.debug "Removing docker instance #{KIBANA_DOCKER}..."
q.ninvoke container, 'remove', {force: true}
.then =>
launchDockerKibana.call this
.fail (e)=>
return throw e if e.message?.indexOf('404') < 0
launchDockerKibana.call this
.then =>
retries = q.reject false
for i in [1..5]
do (i)=>
retries = retries.fail (e) =>
q.delay 5000
.then =>
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'inspect'
retries
.then (data)=>
@loggerIP = data.NetworkSettings.Networks.bridge.IPAddress
# With iic=false we can't communicate directly to other container
# We communicate using host docker ip
@loggerIP = @dockerIP
ip = @loggerIP
deferred = q.defer()
exec = require('child_process').exec;
counter = 0
check_logstash = ()->
nc = exec "nc -z #{ip} 28777", ->
dummy = 0
nc.on 'exit', (code)->
if code is 0
deferred.resolve()
else
if counter>20
deferred.reject new Error 'Can\'t contact with logstash'
else
counter++
console.log "Local-stamp initialization - Waiting for logstash..."
setTimeout ->
check_logstash()
, 5000
do check_logstash
deferred.promise
.then =>
deferred = q.defer()
@configLogger.transports.logstash =
level: 'debug'
host: @loggerIP
port: 28777
retrier = =>
@logger.info "Local-stamp connected to logger"
@logger.configure @configLogger
consoleSilent = @logger._logger.transports.console.silent
@logger._logger.transports.console.silent = true
@logger._logger.transports.logstash.socket.once 'connect', =>
cl = @logger._logger.transports.console.log
wcl = (level, msg) =>
return if msg.startsWith 'Logstash Winston transport warning'
return if msg.startsWith 'acsStub has no info about acs Location'
cl.apply @logger._logger.transports.console, arguments
@logger._logger.transports.console.log = wcl
setTimeout =>
@logger._logger.transports.console.log = cl
, 30000
@logger._logger.transports.console.silent = consoleSilent
@logger._logger.transports.logstash.socket.removeListener 'error', retrier
console.log "Connected with logger"
console.log "Available Logger in #{@loggerIP}"
console.log 'Available Kibana on port 5601'
deferred.resolve true
@logger._logger.transports.logstash.socket.on 'error', ->
setTimeout retrier, 500
retrier()
deferred.promise
getDocker0IfaceHostIPAddress = ->
# os.networkInterfaces() doesn't report DOWN ifaces,
# so a less elegant solution is required
address = execSync(
"ip address show docker0| grep 'inet ' | awk '{print $2}' \
| sed 's/\\/.*//' | tr -d '\\n'").toString()
if (not address?) or (address.length is 0 )
@logger.error 'docker0 interface could not be found. Using 172.17.0.1 as fallback.'
address = '172.17.0.1'
address
launchDockerKibana = ->
checkDockerImage.call this, KIBANA_IMAGE
.then (found)=>
if not found
console.error "Docker image for #{KIBANA_IMAGE} is \
not available. Check the platform documentation for information \
on obtaining docker images."
return q.reject new Error "Docker image not available: #{KIBANA_IMAGE}"
commandLine="\
run \
--rm \
--name #{KIBANA_DOCKER} \
-p 5601:5601 \
-p 28777:28777 \
#{KIBANA_IMAGE}"
@logger.debug "Creating docker instance #{KIBANA_DOCKER}..."
@logger.debug "Docker command line: #{commandLine}"
# console.log "Docker command line: #{commandLine}"
try
client = spawn 'docker',commandLine.split(' ')
catch e
@logger.error "Error launching Docker #{e} #{e.stack}"
.then ->
console.log "Local-stamp initialization - \
Waiting for logstash initialization..."
#q.delay 15000
removeDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'remove', {force: true}
.fail ->
true
stopDockerKibana = ->
container = @docker.getContainer KIBANA_DOCKER
q.ninvoke container, 'stop'
.fail ->
true
checkDockerImage = (name)->
# console.log "checkDockerImage this:#{this?} docker:#{this.docker?} #{name}"
q.ninvoke @docker, 'listImages'
.then (images)->
found = false
# console.log "Buscando a #{name}"
for i in images
# console.log JSON.stringify i, null, 2
for t in i.RepoTags ? []
# console.log "Comparando con #{t}"
if t is name
found = true
break
found
folderExists =(filePath)->
try
fs.statSync(filePath).isDirectory()
catch err
false
fileExists =(filePath)->
try
fs.statSync(filePath).isFile()
catch err
false
runtimeURNtoImageName =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index) + ':' + imageName.substr(index + 1)
imageName
runtimeURNtoPath =(runtimeURN) ->
imageName = runtimeURN.replace('eslap://', '').toLowerCase()
index = imageName.lastIndexOf('/')
imageName = imageName.substr(0, index).replace(/_/g, '') + '/' +
imageName.substr(index + 1) + '/image.tgz'
imageName
fakeLogger =
debug: ->
info: ->
error: ->
warn: ->
log: ->
verbose: ->
silly: ->
setMutedLogger = (refs)->
return
for ref in refs
ref.logger = fakeLogger if ref?
filterLog = (logger, classes, levels = [])->
original = logger._logger.log.bind logger._logger
modified = (level, message, metadata)->
if metadata.clazz in classes and level not in levels
return
original level, message, metadata
logger._logger.log = modified
getMockAcsRouter = ->
mockToken = {
"access_token":"PI:PASSWORD:<PASSWORD>END_PI",
"token_type":"Bearer",
"expires_in":3600,
"refresh_token":"PI:PASSWORD:<PASSWORD>END_PI",
"user":{"name":"SAASDK Local Stamp","roles":["ADMIN"],"id":"local-stamp"}
}
@acsRouter = express.Router()
@acsRouter.get '/login', (req, res) =>
res.json mockToken
@acsRouter.get '/tokens/:token', (req, res) =>
res.json mockToken
module.exports = LocalStamp
|
[
{
"context": "lse\n if indisponibil\n return null if name != \"Pret Minim\"\n return <p className={\"#{name} field #{ if in",
"end": 207,
"score": 0.9995617866516113,
"start": 197,
"tag": "NAME",
"value": "Pret Minim"
},
{
"context": "ibil\" else \"\" }\"}>Indisponibil</p>\n\n if name == \"Pret Minim\"\n <p className={\"#{name} field\"}><span>de la <",
"end": 342,
"score": 0.9997453093528748,
"start": 332,
"tag": "NAME",
"value": "Pret Minim"
}
] | custom/renderers/Pret.coffee | alin23/liftoff | 0 | import React from 'react'
Pret = ({ name, value, row = {} }) ->
indisponibil = row.fields.filter((f) -> f.name == "Indisponibil")[0]?.value ? false
if indisponibil
return null if name != "Pret Minim"
return <p className={"#{name} field #{ if indisponibil then "indisponibil" else "" }"}>Indisponibil</p>
if name == "Pret Minim"
<p className={"#{name} field"}><span>de la </span>{value} {if value == 1 then "leu" else "lei"}</p>
else
<p className={"#{name} field"}><span>la </span>{value} {if value == 1 then "leu" else "lei"}</p>
export default Pret | 157654 | import React from 'react'
Pret = ({ name, value, row = {} }) ->
indisponibil = row.fields.filter((f) -> f.name == "Indisponibil")[0]?.value ? false
if indisponibil
return null if name != "<NAME>"
return <p className={"#{name} field #{ if indisponibil then "indisponibil" else "" }"}>Indisponibil</p>
if name == "<NAME>"
<p className={"#{name} field"}><span>de la </span>{value} {if value == 1 then "leu" else "lei"}</p>
else
<p className={"#{name} field"}><span>la </span>{value} {if value == 1 then "leu" else "lei"}</p>
export default Pret | true | import React from 'react'
Pret = ({ name, value, row = {} }) ->
indisponibil = row.fields.filter((f) -> f.name == "Indisponibil")[0]?.value ? false
if indisponibil
return null if name != "PI:NAME:<NAME>END_PI"
return <p className={"#{name} field #{ if indisponibil then "indisponibil" else "" }"}>Indisponibil</p>
if name == "PI:NAME:<NAME>END_PI"
<p className={"#{name} field"}><span>de la </span>{value} {if value == 1 then "leu" else "lei"}</p>
else
<p className={"#{name} field"}><span>la </span>{value} {if value == 1 then "leu" else "lei"}</p>
export default Pret |
[
{
"context": "\t\"license\": \"MIT\",\n\t\"browsers\": true,\n\t\"author\": \"Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrym",
"end": 327,
"score": 0.9998925924301147,
"start": 308,
"tag": "NAME",
"value": "Barry Michael Doyle"
},
{
"context": "browsers\": true,\n\t\"author\": \"Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrymichaeldoyle.com)\",\n\t\"maintain",
"end": 356,
"score": 0.9999313354492188,
"start": 329,
"tag": "EMAIL",
"value": "barry@barrymichaeldoyle.com"
},
{
"context": "www.barrymichaeldoyle.com)\",\n\t\"maintainers\": [\n\t\t\"Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrym",
"end": 436,
"score": 0.9998844265937805,
"start": 417,
"tag": "NAME",
"value": "Barry Michael Doyle"
},
{
"context": ".com)\",\n\t\"maintainers\": [\n\t\t\"Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrymichaeldoyle.com)\"\n\t],\n\t\"repos",
"end": 465,
"score": 0.9999322295188904,
"start": 438,
"tag": "EMAIL",
"value": "barry@barrymichaeldoyle.com"
},
{
"context": ": {\n\t\t\"type\": \"git\",\n\t\t\"url\": \"https://github.com/BarryMichaelDoyle/simple-os-platform.git\"\n\t},\n\t\"bugs\": {\n\t\t\"url\": \"",
"end": 588,
"score": 0.8237806558609009,
"start": 571,
"tag": "USERNAME",
"value": "BarryMichaelDoyle"
},
{
"context": "bugs\": {\n\t\t\"url\": \"https://github.com/BarryMichaelDoyle/simple-os-platform/issues\"\n\t},\n\t\"badges\": {\n\t\t\"li",
"end": 674,
"score": 0.5372194051742554,
"start": 669,
"tag": "USERNAME",
"value": "Doyle"
},
{
"context": "aviddm\",\n\t\t],\n\t\t\"config\": {\n\t\t\t\"githubUsername\": \"BarryMichaelDoyle\"\n\t\t}\n\t}\n}",
"end": 920,
"score": 0.9878239631652832,
"start": 903,
"tag": "USERNAME",
"value": "BarryMichaelDoyle"
}
] | projectz.cson | barrymichaeldoyle/get-os | 3 | {
"title": "simple-os-platform",
"name": "simple-os-platform",
"homepage": "https://www.barrymichaeldoyle.com",
"description": "A helper that returns the current user's operating system. Eg. \"Windows\", \"Linux\", \"Android\", \"MacOS\", \"iOS\" etc.",
"license": "MIT",
"browsers": true,
"author": "Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrymichaeldoyle.com)",
"maintainers": [
"Barry Michael Doyle <barry@barrymichaeldoyle.com> (https://www.barrymichaeldoyle.com)"
],
"repository": {
"type": "git",
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform.git"
},
"bugs": {
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform/issues"
},
"badges": {
"list": [
"nodeico",
"---",
"travisci",
"npmversion",
"npmdownloads",
"githubfollow",
"githubstar",
"daviddm",
],
"config": {
"githubUsername": "BarryMichaelDoyle"
}
}
} | 151521 | {
"title": "simple-os-platform",
"name": "simple-os-platform",
"homepage": "https://www.barrymichaeldoyle.com",
"description": "A helper that returns the current user's operating system. Eg. \"Windows\", \"Linux\", \"Android\", \"MacOS\", \"iOS\" etc.",
"license": "MIT",
"browsers": true,
"author": "<NAME> <<EMAIL>> (https://www.barrymichaeldoyle.com)",
"maintainers": [
"<NAME> <<EMAIL>> (https://www.barrymichaeldoyle.com)"
],
"repository": {
"type": "git",
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform.git"
},
"bugs": {
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform/issues"
},
"badges": {
"list": [
"nodeico",
"---",
"travisci",
"npmversion",
"npmdownloads",
"githubfollow",
"githubstar",
"daviddm",
],
"config": {
"githubUsername": "BarryMichaelDoyle"
}
}
} | true | {
"title": "simple-os-platform",
"name": "simple-os-platform",
"homepage": "https://www.barrymichaeldoyle.com",
"description": "A helper that returns the current user's operating system. Eg. \"Windows\", \"Linux\", \"Android\", \"MacOS\", \"iOS\" etc.",
"license": "MIT",
"browsers": true,
"author": "PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI> (https://www.barrymichaeldoyle.com)",
"maintainers": [
"PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI> (https://www.barrymichaeldoyle.com)"
],
"repository": {
"type": "git",
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform.git"
},
"bugs": {
"url": "https://github.com/BarryMichaelDoyle/simple-os-platform/issues"
},
"badges": {
"list": [
"nodeico",
"---",
"travisci",
"npmversion",
"npmdownloads",
"githubfollow",
"githubstar",
"daviddm",
],
"config": {
"githubUsername": "BarryMichaelDoyle"
}
}
} |
[
{
"context": "#################\n# Copyright (C) 2014-2017 by Vaughn Iverson\n# fileCollection is free software released un",
"end": 124,
"score": 0.9997100234031677,
"start": 110,
"tag": "NAME",
"value": "Vaughn Iverson"
}
] | src/resumable_server.coffee | swiftcourt/meteor-file-collection | 0 | ############################################################################
# Copyright (C) 2014-2017 by Vaughn Iverson
# fileCollection is free software released under the MIT/X11 license.
# See included LICENSE file for details.
############################################################################
import share from './share.js'
if Meteor.isServer
express = Npm.require 'express'
mongodb = Npm.require 'mongodb'
grid = Npm.require 'gridfs-locking-stream'
gridLocks = Npm.require 'gridfs-locks'
dicer = Npm.require 'dicer'
async = Npm.require 'async'
# This function checks to see if all of the parts of a Resumable.js uploaded file are now in the gridFS
# Collection. If so, it completes the file by moving all of the chunks to the correct file and cleans up
check_order = (file, callback) ->
fileId = mongodb.ObjectID("#{file.metadata._Resumable.resumableIdentifier}")
lock = gridLocks.Lock(fileId, @locks, {}).obtainWriteLock()
lock.on 'locked', () =>
files = @db.collection "#{@root}.files"
cursor = files.find(
{
'metadata._Resumable.resumableIdentifier': file.metadata._Resumable.resumableIdentifier
length:
$ne: 0
},
{
fields:
length: 1
metadata: 1
sort:
'metadata._Resumable.resumableChunkNumber': 1
}
)
cursor.count (err, count) =>
if err
lock.releaseLock()
return callback err
unless count >= 1
cursor.close()
lock.releaseLock()
return callback()
unless count is file.metadata._Resumable.resumableTotalChunks
cursor.close()
lock.releaseLock()
return callback()
# Manipulate the chunks and files collections directly under write lock
chunks = @db.collection "#{@root}.chunks"
cursor.batchSize file.metadata._Resumable.resumableTotalChunks + 1
cursor.toArray (err, parts) =>
if err
lock.releaseLock()
return callback err
async.eachLimit parts, 5,
(part, cb) =>
if err
console.error "Error from cursor.next()", err
cb err
return cb new Meteor.Error "Received null part" unless part
partId = mongodb.ObjectID("#{part._id}")
partlock = gridLocks.Lock(partId, @locks, {}).obtainWriteLock()
partlock.on 'locked', () =>
async.series [
# Move the chunks to the correct file
(cb) -> chunks.update { files_id: partId, n: 0 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber - 1 }}
cb
# Delete the temporary chunk file documents
(cb) -> files.remove { _id: partId }, cb
],
(err, res) =>
return cb err if err
unless part.metadata._Resumable.resumableChunkNumber is part.metadata._Resumable.resumableTotalChunks
partlock.removeLock()
cb()
else
# check for a final hanging gridfs chunk
chunks.update { files_id: partId, n: 1 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber }}
(err, res) ->
partlock.removeLock()
return cb err if err
cb()
partlock.on 'timed-out', () -> cb new Meteor.Error 'Partlock timed out!'
partlock.on 'expired', () -> cb new Meteor.Error 'Partlock expired!'
partlock.on 'error', (err) ->
console.error "Error obtaining partlock #{part._id}", err
cb err
(err) =>
if err
lock.releaseLock()
return callback err
# Build up the command for the md5 hash calculation
md5Command =
filemd5: fileId
root: "#{@root}"
# Send the command to calculate the md5 hash of the file
@db.command md5Command, (err, results) ->
if err
lock.releaseLock()
return callback err
# Update the size and md5 to the file data
files.update { _id: fileId }, { $set: { length: file.metadata._Resumable.resumableTotalSize, md5: results.md5 }},
(err, res) =>
lock.releaseLock()
callback err
lock.on 'expires-soon', () ->
lock.renewLock().once 'renewed', (ld) ->
unless ld
console.warn "Resumable upload lock renewal failed!"
lock.on 'expired', () -> callback new Meteor.Error "File Lock expired"
lock.on 'timed-out', () -> callback new Meteor.Error "File Lock timed out"
lock.on 'error', (err) -> callback err
# Handle HTTP POST requests from Resumable.js
resumable_post_lookup = (params, query, multipart) ->
return { _id: share.safeObjectID(multipart?.params?.resumableIdentifier) }
resumable_post_handler = (req, res, next) ->
# This has to be a resumable POST
unless req.multipart?.params?.resumableIdentifier
console.error "Missing resumable.js multipart information"
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
resumable = req.multipart.params
resumable.resumableTotalSize = parseInt resumable.resumableTotalSize
resumable.resumableTotalChunks = parseInt resumable.resumableTotalChunks
resumable.resumableChunkNumber = parseInt resumable.resumableChunkNumber
resumable.resumableChunkSize = parseInt resumable.resumableChunkSize
resumable.resumableCurrentChunkSize = parseInt resumable.resumableCurrentChunkSize
if req.maxUploadSize > 0
unless resumable.resumableTotalSize <= req.maxUploadSize
res.writeHead(413, share.defaultResponseHeaders)
res.end()
return
# Sanity check the chunk sizes that are critical to reassembling the file from parts
unless ((req.gridFS.chunkSize is resumable.resumableChunkSize) and
(resumable.resumableChunkNumber <= resumable.resumableTotalChunks) and
(resumable.resumableTotalSize/resumable.resumableChunkSize <= resumable.resumableTotalChunks+1) and
(resumable.resumableCurrentChunkSize is resumable.resumableChunkSize) or
((resumable.resumableChunkNumber is resumable.resumableTotalChunks) and
(resumable.resumableCurrentChunkSize < 2*resumable.resumableChunkSize)))
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
chunkQuery =
length: resumable.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': resumable.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': resumable.resumableChunkNumber
# This is to handle duplicate chunk uploads in case of network weirdness
findResult = @findOne chunkQuery, { fields: { _id: 1 }}
if findResult
# Duplicate chunk... Don't rewrite it.
# console.warn "Duplicate chunk detected: #{resumable.resumableChunkNumber}, #{resumable.resumableIdentifier}"
res.writeHead(200, share.defaultResponseHeaders)
res.end()
else
# Everything looks good, so write this part
req.gridFS.metadata._Resumable = resumable
writeStream = @upsertStream
filename: "_Resumable_#{resumable.resumableIdentifier}_#{resumable.resumableChunkNumber}_#{resumable.resumableTotalChunks}"
metadata: req.gridFS.metadata
unless writeStream
res.writeHead(404, share.defaultResponseHeaders)
res.end()
return
req.multipart.fileStream.pipe(share.streamChunker(@chunkSize)).pipe(writeStream)
.on 'close', share.bind_env((retFile) =>
if retFile
# Check to see if all of the parts are now available and can be reassembled
check_order.bind(@)(req.gridFS, (err) ->
if err
console.error "Error reassembling chunks of resumable.js upload", err
res.writeHead(500, share.defaultResponseHeaders)
else
res.writeHead(200, share.defaultResponseHeaders)
res.end()
)
else
console.error "Missing retFile on pipe close"
res.writeHead(500, share.defaultResponseHeaders)
res.end()
)
.on 'error', share.bind_env((err) =>
console.error "Piping Error!", err
res.writeHead(500, share.defaultResponseHeaders)
res.end())
resumable_get_lookup = (params, query) ->
q = { _id: share.safeObjectID(query.resumableIdentifier) }
return q
# This handles Resumable.js "test GET" requests, that exist to determine
# if a part is already uploaded. It also handles HEAD requests, which
# should be a bit more efficient and resumable.js now supports
resumable_get_handler = (req, res, next) ->
query = req.query
chunkQuery =
$or: [
{
_id: share.safeObjectID(query.resumableIdentifier)
length: parseInt query.resumableTotalSize
}
{
length: parseInt query.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': query.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': parseInt query.resumableChunkNumber
}
]
result = @findOne chunkQuery, { fields: { _id: 1 }}
if result
# Chunk is present
res.writeHead(200, share.defaultResponseHeaders)
else
# Chunk is missing
res.writeHead(204, share.defaultResponseHeaders)
res.end()
# Setup the GET and POST HTTP REST paths for Resumable.js in express
share.resumablePaths = [
{
method: 'head'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
{
method: 'post'
path: share.resumableBase
lookup: resumable_post_lookup
handler: resumable_post_handler
}
{
method: 'get'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
]
| 204928 | ############################################################################
# Copyright (C) 2014-2017 by <NAME>
# fileCollection is free software released under the MIT/X11 license.
# See included LICENSE file for details.
############################################################################
import share from './share.js'
if Meteor.isServer
express = Npm.require 'express'
mongodb = Npm.require 'mongodb'
grid = Npm.require 'gridfs-locking-stream'
gridLocks = Npm.require 'gridfs-locks'
dicer = Npm.require 'dicer'
async = Npm.require 'async'
# This function checks to see if all of the parts of a Resumable.js uploaded file are now in the gridFS
# Collection. If so, it completes the file by moving all of the chunks to the correct file and cleans up
check_order = (file, callback) ->
fileId = mongodb.ObjectID("#{file.metadata._Resumable.resumableIdentifier}")
lock = gridLocks.Lock(fileId, @locks, {}).obtainWriteLock()
lock.on 'locked', () =>
files = @db.collection "#{@root}.files"
cursor = files.find(
{
'metadata._Resumable.resumableIdentifier': file.metadata._Resumable.resumableIdentifier
length:
$ne: 0
},
{
fields:
length: 1
metadata: 1
sort:
'metadata._Resumable.resumableChunkNumber': 1
}
)
cursor.count (err, count) =>
if err
lock.releaseLock()
return callback err
unless count >= 1
cursor.close()
lock.releaseLock()
return callback()
unless count is file.metadata._Resumable.resumableTotalChunks
cursor.close()
lock.releaseLock()
return callback()
# Manipulate the chunks and files collections directly under write lock
chunks = @db.collection "#{@root}.chunks"
cursor.batchSize file.metadata._Resumable.resumableTotalChunks + 1
cursor.toArray (err, parts) =>
if err
lock.releaseLock()
return callback err
async.eachLimit parts, 5,
(part, cb) =>
if err
console.error "Error from cursor.next()", err
cb err
return cb new Meteor.Error "Received null part" unless part
partId = mongodb.ObjectID("#{part._id}")
partlock = gridLocks.Lock(partId, @locks, {}).obtainWriteLock()
partlock.on 'locked', () =>
async.series [
# Move the chunks to the correct file
(cb) -> chunks.update { files_id: partId, n: 0 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber - 1 }}
cb
# Delete the temporary chunk file documents
(cb) -> files.remove { _id: partId }, cb
],
(err, res) =>
return cb err if err
unless part.metadata._Resumable.resumableChunkNumber is part.metadata._Resumable.resumableTotalChunks
partlock.removeLock()
cb()
else
# check for a final hanging gridfs chunk
chunks.update { files_id: partId, n: 1 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber }}
(err, res) ->
partlock.removeLock()
return cb err if err
cb()
partlock.on 'timed-out', () -> cb new Meteor.Error 'Partlock timed out!'
partlock.on 'expired', () -> cb new Meteor.Error 'Partlock expired!'
partlock.on 'error', (err) ->
console.error "Error obtaining partlock #{part._id}", err
cb err
(err) =>
if err
lock.releaseLock()
return callback err
# Build up the command for the md5 hash calculation
md5Command =
filemd5: fileId
root: "#{@root}"
# Send the command to calculate the md5 hash of the file
@db.command md5Command, (err, results) ->
if err
lock.releaseLock()
return callback err
# Update the size and md5 to the file data
files.update { _id: fileId }, { $set: { length: file.metadata._Resumable.resumableTotalSize, md5: results.md5 }},
(err, res) =>
lock.releaseLock()
callback err
lock.on 'expires-soon', () ->
lock.renewLock().once 'renewed', (ld) ->
unless ld
console.warn "Resumable upload lock renewal failed!"
lock.on 'expired', () -> callback new Meteor.Error "File Lock expired"
lock.on 'timed-out', () -> callback new Meteor.Error "File Lock timed out"
lock.on 'error', (err) -> callback err
# Handle HTTP POST requests from Resumable.js
resumable_post_lookup = (params, query, multipart) ->
return { _id: share.safeObjectID(multipart?.params?.resumableIdentifier) }
resumable_post_handler = (req, res, next) ->
# This has to be a resumable POST
unless req.multipart?.params?.resumableIdentifier
console.error "Missing resumable.js multipart information"
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
resumable = req.multipart.params
resumable.resumableTotalSize = parseInt resumable.resumableTotalSize
resumable.resumableTotalChunks = parseInt resumable.resumableTotalChunks
resumable.resumableChunkNumber = parseInt resumable.resumableChunkNumber
resumable.resumableChunkSize = parseInt resumable.resumableChunkSize
resumable.resumableCurrentChunkSize = parseInt resumable.resumableCurrentChunkSize
if req.maxUploadSize > 0
unless resumable.resumableTotalSize <= req.maxUploadSize
res.writeHead(413, share.defaultResponseHeaders)
res.end()
return
# Sanity check the chunk sizes that are critical to reassembling the file from parts
unless ((req.gridFS.chunkSize is resumable.resumableChunkSize) and
(resumable.resumableChunkNumber <= resumable.resumableTotalChunks) and
(resumable.resumableTotalSize/resumable.resumableChunkSize <= resumable.resumableTotalChunks+1) and
(resumable.resumableCurrentChunkSize is resumable.resumableChunkSize) or
((resumable.resumableChunkNumber is resumable.resumableTotalChunks) and
(resumable.resumableCurrentChunkSize < 2*resumable.resumableChunkSize)))
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
chunkQuery =
length: resumable.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': resumable.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': resumable.resumableChunkNumber
# This is to handle duplicate chunk uploads in case of network weirdness
findResult = @findOne chunkQuery, { fields: { _id: 1 }}
if findResult
# Duplicate chunk... Don't rewrite it.
# console.warn "Duplicate chunk detected: #{resumable.resumableChunkNumber}, #{resumable.resumableIdentifier}"
res.writeHead(200, share.defaultResponseHeaders)
res.end()
else
# Everything looks good, so write this part
req.gridFS.metadata._Resumable = resumable
writeStream = @upsertStream
filename: "_Resumable_#{resumable.resumableIdentifier}_#{resumable.resumableChunkNumber}_#{resumable.resumableTotalChunks}"
metadata: req.gridFS.metadata
unless writeStream
res.writeHead(404, share.defaultResponseHeaders)
res.end()
return
req.multipart.fileStream.pipe(share.streamChunker(@chunkSize)).pipe(writeStream)
.on 'close', share.bind_env((retFile) =>
if retFile
# Check to see if all of the parts are now available and can be reassembled
check_order.bind(@)(req.gridFS, (err) ->
if err
console.error "Error reassembling chunks of resumable.js upload", err
res.writeHead(500, share.defaultResponseHeaders)
else
res.writeHead(200, share.defaultResponseHeaders)
res.end()
)
else
console.error "Missing retFile on pipe close"
res.writeHead(500, share.defaultResponseHeaders)
res.end()
)
.on 'error', share.bind_env((err) =>
console.error "Piping Error!", err
res.writeHead(500, share.defaultResponseHeaders)
res.end())
resumable_get_lookup = (params, query) ->
q = { _id: share.safeObjectID(query.resumableIdentifier) }
return q
# This handles Resumable.js "test GET" requests, that exist to determine
# if a part is already uploaded. It also handles HEAD requests, which
# should be a bit more efficient and resumable.js now supports
resumable_get_handler = (req, res, next) ->
query = req.query
chunkQuery =
$or: [
{
_id: share.safeObjectID(query.resumableIdentifier)
length: parseInt query.resumableTotalSize
}
{
length: parseInt query.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': query.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': parseInt query.resumableChunkNumber
}
]
result = @findOne chunkQuery, { fields: { _id: 1 }}
if result
# Chunk is present
res.writeHead(200, share.defaultResponseHeaders)
else
# Chunk is missing
res.writeHead(204, share.defaultResponseHeaders)
res.end()
# Setup the GET and POST HTTP REST paths for Resumable.js in express
share.resumablePaths = [
{
method: 'head'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
{
method: 'post'
path: share.resumableBase
lookup: resumable_post_lookup
handler: resumable_post_handler
}
{
method: 'get'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
]
| true | ############################################################################
# Copyright (C) 2014-2017 by PI:NAME:<NAME>END_PI
# fileCollection is free software released under the MIT/X11 license.
# See included LICENSE file for details.
############################################################################
import share from './share.js'
if Meteor.isServer
express = Npm.require 'express'
mongodb = Npm.require 'mongodb'
grid = Npm.require 'gridfs-locking-stream'
gridLocks = Npm.require 'gridfs-locks'
dicer = Npm.require 'dicer'
async = Npm.require 'async'
# This function checks to see if all of the parts of a Resumable.js uploaded file are now in the gridFS
# Collection. If so, it completes the file by moving all of the chunks to the correct file and cleans up
check_order = (file, callback) ->
fileId = mongodb.ObjectID("#{file.metadata._Resumable.resumableIdentifier}")
lock = gridLocks.Lock(fileId, @locks, {}).obtainWriteLock()
lock.on 'locked', () =>
files = @db.collection "#{@root}.files"
cursor = files.find(
{
'metadata._Resumable.resumableIdentifier': file.metadata._Resumable.resumableIdentifier
length:
$ne: 0
},
{
fields:
length: 1
metadata: 1
sort:
'metadata._Resumable.resumableChunkNumber': 1
}
)
cursor.count (err, count) =>
if err
lock.releaseLock()
return callback err
unless count >= 1
cursor.close()
lock.releaseLock()
return callback()
unless count is file.metadata._Resumable.resumableTotalChunks
cursor.close()
lock.releaseLock()
return callback()
# Manipulate the chunks and files collections directly under write lock
chunks = @db.collection "#{@root}.chunks"
cursor.batchSize file.metadata._Resumable.resumableTotalChunks + 1
cursor.toArray (err, parts) =>
if err
lock.releaseLock()
return callback err
async.eachLimit parts, 5,
(part, cb) =>
if err
console.error "Error from cursor.next()", err
cb err
return cb new Meteor.Error "Received null part" unless part
partId = mongodb.ObjectID("#{part._id}")
partlock = gridLocks.Lock(partId, @locks, {}).obtainWriteLock()
partlock.on 'locked', () =>
async.series [
# Move the chunks to the correct file
(cb) -> chunks.update { files_id: partId, n: 0 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber - 1 }}
cb
# Delete the temporary chunk file documents
(cb) -> files.remove { _id: partId }, cb
],
(err, res) =>
return cb err if err
unless part.metadata._Resumable.resumableChunkNumber is part.metadata._Resumable.resumableTotalChunks
partlock.removeLock()
cb()
else
# check for a final hanging gridfs chunk
chunks.update { files_id: partId, n: 1 },
{ $set: { files_id: fileId, n: part.metadata._Resumable.resumableChunkNumber }}
(err, res) ->
partlock.removeLock()
return cb err if err
cb()
partlock.on 'timed-out', () -> cb new Meteor.Error 'Partlock timed out!'
partlock.on 'expired', () -> cb new Meteor.Error 'Partlock expired!'
partlock.on 'error', (err) ->
console.error "Error obtaining partlock #{part._id}", err
cb err
(err) =>
if err
lock.releaseLock()
return callback err
# Build up the command for the md5 hash calculation
md5Command =
filemd5: fileId
root: "#{@root}"
# Send the command to calculate the md5 hash of the file
@db.command md5Command, (err, results) ->
if err
lock.releaseLock()
return callback err
# Update the size and md5 to the file data
files.update { _id: fileId }, { $set: { length: file.metadata._Resumable.resumableTotalSize, md5: results.md5 }},
(err, res) =>
lock.releaseLock()
callback err
lock.on 'expires-soon', () ->
lock.renewLock().once 'renewed', (ld) ->
unless ld
console.warn "Resumable upload lock renewal failed!"
lock.on 'expired', () -> callback new Meteor.Error "File Lock expired"
lock.on 'timed-out', () -> callback new Meteor.Error "File Lock timed out"
lock.on 'error', (err) -> callback err
# Handle HTTP POST requests from Resumable.js
resumable_post_lookup = (params, query, multipart) ->
return { _id: share.safeObjectID(multipart?.params?.resumableIdentifier) }
resumable_post_handler = (req, res, next) ->
# This has to be a resumable POST
unless req.multipart?.params?.resumableIdentifier
console.error "Missing resumable.js multipart information"
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
resumable = req.multipart.params
resumable.resumableTotalSize = parseInt resumable.resumableTotalSize
resumable.resumableTotalChunks = parseInt resumable.resumableTotalChunks
resumable.resumableChunkNumber = parseInt resumable.resumableChunkNumber
resumable.resumableChunkSize = parseInt resumable.resumableChunkSize
resumable.resumableCurrentChunkSize = parseInt resumable.resumableCurrentChunkSize
if req.maxUploadSize > 0
unless resumable.resumableTotalSize <= req.maxUploadSize
res.writeHead(413, share.defaultResponseHeaders)
res.end()
return
# Sanity check the chunk sizes that are critical to reassembling the file from parts
unless ((req.gridFS.chunkSize is resumable.resumableChunkSize) and
(resumable.resumableChunkNumber <= resumable.resumableTotalChunks) and
(resumable.resumableTotalSize/resumable.resumableChunkSize <= resumable.resumableTotalChunks+1) and
(resumable.resumableCurrentChunkSize is resumable.resumableChunkSize) or
((resumable.resumableChunkNumber is resumable.resumableTotalChunks) and
(resumable.resumableCurrentChunkSize < 2*resumable.resumableChunkSize)))
res.writeHead(501, share.defaultResponseHeaders)
res.end()
return
chunkQuery =
length: resumable.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': resumable.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': resumable.resumableChunkNumber
# This is to handle duplicate chunk uploads in case of network weirdness
findResult = @findOne chunkQuery, { fields: { _id: 1 }}
if findResult
# Duplicate chunk... Don't rewrite it.
# console.warn "Duplicate chunk detected: #{resumable.resumableChunkNumber}, #{resumable.resumableIdentifier}"
res.writeHead(200, share.defaultResponseHeaders)
res.end()
else
# Everything looks good, so write this part
req.gridFS.metadata._Resumable = resumable
writeStream = @upsertStream
filename: "_Resumable_#{resumable.resumableIdentifier}_#{resumable.resumableChunkNumber}_#{resumable.resumableTotalChunks}"
metadata: req.gridFS.metadata
unless writeStream
res.writeHead(404, share.defaultResponseHeaders)
res.end()
return
req.multipart.fileStream.pipe(share.streamChunker(@chunkSize)).pipe(writeStream)
.on 'close', share.bind_env((retFile) =>
if retFile
# Check to see if all of the parts are now available and can be reassembled
check_order.bind(@)(req.gridFS, (err) ->
if err
console.error "Error reassembling chunks of resumable.js upload", err
res.writeHead(500, share.defaultResponseHeaders)
else
res.writeHead(200, share.defaultResponseHeaders)
res.end()
)
else
console.error "Missing retFile on pipe close"
res.writeHead(500, share.defaultResponseHeaders)
res.end()
)
.on 'error', share.bind_env((err) =>
console.error "Piping Error!", err
res.writeHead(500, share.defaultResponseHeaders)
res.end())
resumable_get_lookup = (params, query) ->
q = { _id: share.safeObjectID(query.resumableIdentifier) }
return q
# This handles Resumable.js "test GET" requests, that exist to determine
# if a part is already uploaded. It also handles HEAD requests, which
# should be a bit more efficient and resumable.js now supports
resumable_get_handler = (req, res, next) ->
query = req.query
chunkQuery =
$or: [
{
_id: share.safeObjectID(query.resumableIdentifier)
length: parseInt query.resumableTotalSize
}
{
length: parseInt query.resumableCurrentChunkSize
'metadata._Resumable.resumableIdentifier': query.resumableIdentifier
'metadata._Resumable.resumableChunkNumber': parseInt query.resumableChunkNumber
}
]
result = @findOne chunkQuery, { fields: { _id: 1 }}
if result
# Chunk is present
res.writeHead(200, share.defaultResponseHeaders)
else
# Chunk is missing
res.writeHead(204, share.defaultResponseHeaders)
res.end()
# Setup the GET and POST HTTP REST paths for Resumable.js in express
share.resumablePaths = [
{
method: 'head'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
{
method: 'post'
path: share.resumableBase
lookup: resumable_post_lookup
handler: resumable_post_handler
}
{
method: 'get'
path: share.resumableBase
lookup: resumable_get_lookup
handler: resumable_get_handler
}
]
|
[
{
"context": " expect(user.get('passwordHash')[..5] in ['31dc3d', '948c7e']).toBeTruthy()\n expect(user.get",
"end": 1832,
"score": 0.9031532406806946,
"start": 1826,
"tag": "PASSWORD",
"value": "31dc3d"
},
{
"context": "pect(user.get('passwordHash')[..5] in ['31dc3d', '948c7e']).toBeTruthy()\n expect(user.get('permissi",
"end": 1842,
"score": 0.9282434582710266,
"start": 1836,
"tag": "PASSWORD",
"value": "948c7e"
},
{
"context": "SON.parse(body)\n expect(user.name).toBe('Joe') # Anyone should be served the username.\n ",
"end": 2258,
"score": 0.9955286979675293,
"start": 2255,
"tag": "NAME",
"value": "Joe"
},
{
"context": "ous user name', (done) ->\n createAnonNameUser('Jim', done)\n\n it 'should allow multiple anonymous us",
"end": 3269,
"score": 0.9967830181121826,
"start": 3266,
"tag": "NAME",
"value": "Jim"
},
{
"context": "ith same name', (done) ->\n createAnonNameUser('Jim', done)\n\n it 'should allow setting existing user",
"end": 3377,
"score": 0.9991130232810974,
"start": 3374,
"tag": "NAME",
"value": "Jim"
},
{
"context": "est.post({url: getURL('/db/user'), json: {email: 'new@user.com', password: 'new'}}, (err, response, body) ->\n ",
"end": 3539,
"score": 0.9998974800109863,
"start": 3527,
"tag": "EMAIL",
"value": "new@user.com"
},
{
"context": "/user'), json: {email: 'new@user.com', password: 'new'}}, (err, response, body) ->\n expect(respons",
"end": 3556,
"score": 0.9979472756385803,
"start": 3553,
"tag": "PASSWORD",
"value": "new"
},
{
"context": "nonymous).toBeFalsy()\n createAnonNameUser 'Jim', done\n )\n\ndescribe 'PUT /db/user', ->\n\n it '",
"end": 3814,
"score": 0.9936603903770447,
"start": 3811,
"tag": "NAME",
"value": "Jim"
},
{
"context": " _id: '513108d4cb8b610000000004',\n email: 'perfectly@good.com'\n }\n request.put {url: getURL(urlUser), jso",
"end": 5412,
"score": 0.9999258518218994,
"start": 5394,
"tag": "EMAIL",
"value": "perfectly@good.com"
},
{
"context": "lJoe (joe) ->\n json = { _id: joe._id, name: 'Joe' }\n request.put { url: getURL(urlUser+'/'+jo",
"end": 6090,
"score": 0.9997833967208862,
"start": 6087,
"tag": "NAME",
"value": "Joe"
},
{
"context": " json = {\n _id: joe.id\n email: 'New@email.com'\n name: 'Wilhelm'\n }\n request.pu",
"end": 6375,
"score": 0.9998553395271301,
"start": 6362,
"tag": "EMAIL",
"value": "New@email.com"
},
{
"context": ".id\n email: 'New@email.com'\n name: 'Wilhelm'\n }\n request.put { url: getURL(urlUser)",
"end": 6399,
"score": 0.9997861981391907,
"start": 6392,
"tag": "NAME",
"value": "Wilhelm"
},
{
"context": "s.statusCode).toBe(200)\n unittest.getUser('Wilhelm', 'New@email.com', 'null', (joe) ->\n exp",
"end": 6547,
"score": 0.9895615577697754,
"start": 6540,
"tag": "USERNAME",
"value": "Wilhelm"
},
{
"context": "e).toBe(200)\n unittest.getUser('Wilhelm', 'New@email.com', 'null', (joe) ->\n expect(joe.get('name",
"end": 6564,
"score": 0.9998709559440613,
"start": 6551,
"tag": "EMAIL",
"value": "New@email.com"
},
{
"context": " (joe) ->\n expect(joe.get('name')).toBe('Wilhelm')\n expect(joe.get('emailLower')).toBe('n",
"end": 6631,
"score": 0.9997557997703552,
"start": 6624,
"tag": "NAME",
"value": "Wilhelm"
},
{
"context": "m')\n expect(joe.get('emailLower')).toBe('new@email.com')\n expect(joe.get('email')).toBe('New@em",
"end": 6693,
"score": 0.9998427629470825,
"start": 6680,
"tag": "EMAIL",
"value": "new@email.com"
},
{
"context": "il.com')\n expect(joe.get('email')).toBe('New@email.com')\n done())\n \n\n it 'should not allo",
"end": 6750,
"score": 0.9998189806938171,
"start": 6737,
"tag": "EMAIL",
"value": "New@email.com"
},
{
"context": "= yield utils.initUser()\n yield utils.loginUser(@user)\n done()\n\n describe 'when a user is in a clas",
"end": 10981,
"score": 0.7716190814971924,
"start": 10976,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classroom = new Classroom({\n members: [@user._id]\n })\n yield classroom.save()\n do",
"end": 11137,
"score": 0.9431203007698059,
"start": 11129,
"tag": "USERNAME",
"value": "[@user._"
},
{
"context": "oEqual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stude",
"end": 11479,
"score": 0.9757105112075806,
"start": 11474,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classrooms = yield Classroom.find members: @user._id\n expect(classrooms.length).toEqual(1)\n ",
"end": 11588,
"score": 0.693548858165741,
"start": 11584,
"tag": "USERNAME",
"value": "user"
},
{
"context": "al('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stu",
"end": 12098,
"score": 0.6850782036781311,
"start": 12094,
"tag": "USERNAME",
"value": "user"
},
{
"context": "qual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stu",
"end": 12725,
"score": 0.9784566164016724,
"start": 12720,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classroom = new Classroom({\n ownerID: @user._id\n })\n yield classroom.save()\n d",
"end": 13042,
"score": 0.9272751808166504,
"start": 13037,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oEqual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stude",
"end": 13373,
"score": 0.9642410278320312,
"start": 13368,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n ",
"end": 13482,
"score": 0.9217140674591064,
"start": 13477,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "qual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stu",
"end": 13980,
"score": 0.9583112001419067,
"start": 13975,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n",
"end": 14093,
"score": 0.8043616414070129,
"start": 14088,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "qual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stu",
"end": 14595,
"score": 0.9123954772949219,
"start": 14590,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n",
"end": 14708,
"score": 0.9747865200042725,
"start": 14703,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classroom = new Classroom({\n members: [@user._id]\n })\n yield classroom.save()\n clas",
"end": 14936,
"score": 0.9459768533706665,
"start": 14926,
"tag": "USERNAME",
"value": "[@user._id"
},
{
"context": " classroom = new Classroom({\n ownerID: @user._id\n })\n yield classroom.save()\n d",
"end": 15032,
"score": 0.9979230761528015,
"start": 15027,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oEqual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stude",
"end": 15388,
"score": 0.9982022047042847,
"start": 15383,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n ",
"end": 15497,
"score": 0.9962148070335388,
"start": 15492,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find members: @user._id\n expect(classrooms.length).toEqual(1)\n ",
"end": 15599,
"score": 0.9943723678588867,
"start": 15594,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oom', ->\n beforeEach utils.wrap (done) ->\n @user.set('role', 'student')\n yield @user.save",
"end": 15770,
"score": 0.5030940771102905,
"start": 15770,
"tag": "USERNAME",
"value": ""
},
{
"context": " classroom = new Classroom({\n members: [@user._id]\n })\n yield classroom.save()\n clas",
"end": 15886,
"score": 0.9854140281677246,
"start": 15876,
"tag": "USERNAME",
"value": "[@user._id"
},
{
"context": " classroom = new Classroom({\n ownerID: @user._id\n })\n yield classroom.save()\n d",
"end": 15982,
"score": 0.995712399482727,
"start": 15977,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oEqual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stude",
"end": 16338,
"score": 0.997972846031189,
"start": 16333,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n ",
"end": 16447,
"score": 0.9792380332946777,
"start": 16442,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find members: @user._id\n expect(classrooms.length).toEqual(1)\n ",
"end": 16549,
"score": 0.7008670568466187,
"start": 16544,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classroom = new Classroom({\n members: [@user._id]\n })\n yield classroom.save()\n cl",
"end": 16834,
"score": 0.9663577079772949,
"start": 16826,
"tag": "USERNAME",
"value": "[@user._"
},
{
"context": " classroom = new Classroom({\n ownerID: @user._id\n })\n yield classroom.save()\n d",
"end": 16932,
"score": 0.9795246124267578,
"start": 16927,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oEqual('student')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('stude",
"end": 17288,
"score": 0.9963079690933228,
"start": 17283,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(0)\n ",
"end": 17397,
"score": 0.9308553338050842,
"start": 17392,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find members: @user._id\n expect(classrooms.length).toEqual(1)\n ",
"end": 17499,
"score": 0.86320561170578,
"start": 17494,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "yield utils.initUser()\n yield utils.loginUser(@user)\n @user.set('role', 'teacher')\n yield @",
"end": 17828,
"score": 0.9960346221923828,
"start": 17823,
"tag": "USERNAME",
"value": "@user"
},
{
"context": " classroom = new Classroom({\n members: [@user._id]\n })\n yield classroom.save()\n cl",
"end": 17949,
"score": 0.9123845100402832,
"start": 17941,
"tag": "USERNAME",
"value": "[@user._"
},
{
"context": " classroom = new Classroom({\n ownerID: @user._id\n })\n yield classroom.save()\n d",
"end": 18047,
"score": 0.9786532521247864,
"start": 18042,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "oEqual('teacher')\n user = yield User.findById @user._id\n expect(user.get('role')).toEqual('teach",
"end": 18349,
"score": 0.9859514236450195,
"start": 18344,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ")\n classrooms = yield Classroom.find ownerID: @user._id\n expect(classrooms.length).toEqual(1)\n ",
"end": 18458,
"score": 0.6521095633506775,
"start": 18453,
"tag": "USERNAME",
"value": "@user"
},
{
"context": "s admin', (done) ->\n json = {\n username: 'admin@afc.com'\n password: '80yqxpb38j'\n }\n request.p",
"end": 18729,
"score": 0.9999189376831055,
"start": 18716,
"tag": "EMAIL",
"value": "admin@afc.com"
},
{
"context": "\n username: 'admin@afc.com'\n password: '80yqxpb38j'\n }\n request.post { url: getURL('/auth/logi",
"end": 18758,
"score": 0.9992571473121643,
"start": 18748,
"tag": "PASSWORD",
"value": "80yqxpb38j"
},
{
"context": "e) ->\n session = new LevelSession\n name: 'Beat Gandalf'\n permissions: simplePermissions\n state",
"end": 23153,
"score": 0.9907658100128174,
"start": 23141,
"tag": "NAME",
"value": "Beat Gandalf"
},
{
"context": "icle edits', (done) ->\n article =\n name: 'My very first'\n body: 'I don\\'t have much to say I\\'m afra",
"end": 24309,
"score": 0.9160470962524414,
"start": 24296,
"tag": "NAME",
"value": "My very first"
},
{
"context": "er/#{user.id}/signup-with-password\")\n email = 'some@email.com'\n name = 'someusername'\n json = { name, ema",
"end": 27544,
"score": 0.9999224543571472,
"start": 27530,
"tag": "EMAIL",
"value": "some@email.com"
},
{
"context": "ssword\")\n email = 'some@email.com'\n name = 'someusername'\n json = { name, email, password: '12345' }\n ",
"end": 27570,
"score": 0.9995657205581665,
"start": 27558,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "omeusername'\n json = { name, email, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 27614,
"score": 0.9994298815727234,
"start": 27609,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "ser/#{user.id}/signup-with-password\")\n name = 'someusername'\n json = { name, password: '12345' }\n [res,",
"end": 28130,
"score": 0.9995838403701782,
"start": 28118,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "me = 'someusername'\n json = { name, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 28167,
"score": 0.9994173049926758,
"start": 28162,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "ser/#{user.id}/signup-with-password\")\n name = 'someusername'\n email = 'user@example.com'\n json = { name",
"end": 28875,
"score": 0.9995390176773071,
"start": 28863,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "password\")\n name = 'someusername'\n email = 'user@example.com'\n json = { name, email, password: '12345' }\n ",
"end": 28906,
"score": 0.9999225735664368,
"start": 28890,
"tag": "EMAIL",
"value": "user@example.com"
},
{
"context": "example.com'\n json = { name, email, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 28950,
"score": 0.9994166493415833,
"start": 28945,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "d}/signup-with-password\")\n json = { password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 29669,
"score": 0.9994543194770813,
"start": 29664,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "e given email', utils.wrap (done) ->\n email = 'some@email.com'\n initialUser = yield utils.initUser({email})\n",
"end": 30052,
"score": 0.9999049305915833,
"start": 30038,
"tag": "EMAIL",
"value": "some@email.com"
},
{
"context": "up-with-password\")\n json = { email, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 30296,
"score": 0.9994281530380249,
"start": 30291,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "given username', utils.wrap (done) ->\n name = 'someusername'\n initialUser = yield utils.initUser({name})\n ",
"end": 30520,
"score": 0.9993273019790649,
"start": 30508,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "nup-with-password\")\n json = { name, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 30761,
"score": 0.999444842338562,
"start": 30756,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "ld utils.makeTrialRequest({ properties: { email: 'one@email.com' } })\n expect(trialRequest.get('applicant').eq",
"end": 31133,
"score": 0.9999187588691711,
"start": 31120,
"tag": "EMAIL",
"value": "one@email.com"
},
{
"context": "er/#{user.id}/signup-with-password\")\n email = 'two@email.com'\n json = { email, password: '12345' }\n [res",
"end": 31297,
"score": 0.9999187588691711,
"start": 31284,
"tag": "EMAIL",
"value": "two@email.com"
},
{
"context": " = 'two@email.com'\n json = { email, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 31335,
"score": 0.9993853569030762,
"start": 31330,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "ld utils.makeTrialRequest({ properties: { email: 'one@email.com' } })\n expect(trialRequest.get('applicant').eq",
"end": 31829,
"score": 0.9999163746833801,
"start": 31816,
"tag": "EMAIL",
"value": "one@email.com"
},
{
"context": "er/#{user.id}/signup-with-password\")\n email = 'one@email.com'\n json = { email, password: '12345' }\n [res",
"end": 31993,
"score": 0.9999164342880249,
"start": 31980,
"tag": "EMAIL",
"value": "one@email.com"
},
{
"context": " = 'one@email.com'\n json = { email, password: '12345' }\n [res, body] = yield request.postAsync({url",
"end": 32031,
"score": 0.9993664622306824,
"start": 32026,
"tag": "PASSWORD",
"value": "12345"
},
{
"context": "ok', ->\n facebookID = '12345'\n facebookEmail = 'some@email.com'\n name = 'someusername'\n \n validFacebookRespon",
"end": 32388,
"score": 0.9999233484268188,
"start": 32374,
"tag": "EMAIL",
"value": "some@email.com"
},
{
"context": "345'\n facebookEmail = 'some@email.com'\n name = 'someusername'\n \n validFacebookResponse = new Promise((resolv",
"end": 32412,
"score": 0.9989981055259705,
"start": 32400,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "ookID,\n email: facebookEmail,\n first_name: 'Some',\n gender: 'male',\n last_name: 'Person',\n ",
"end": 32545,
"score": 0.9991265535354614,
"start": 32541,
"tag": "NAME",
"value": "Some"
},
{
"context": "name: 'Some',\n gender: 'male',\n last_name: 'Person',\n link: 'https://www.facebook.com/app_scoped_",
"end": 32590,
"score": 0.9993415474891663,
"start": 32584,
"tag": "NAME",
"value": "Person"
},
{
"context": "_user_id/12345/',\n locale: 'en_US',\n name: 'Some Person',\n timezone: -7,\n updated_time: '2015-12-08",
"end": 32700,
"score": 0.9989266991615295,
"start": 32689,
"tag": "NAME",
"value": "Some Person"
},
{
"context": "nup-with-facebook\")\n \n json = { name, email: 'some-other@email.com', facebookID, facebookAccessToken: '...' }\n [r",
"end": 34599,
"score": 0.9999093413352966,
"start": 34579,
"tag": "EMAIL",
"value": "some-other@email.com"
},
{
"context": "th-gplus', ->\n gplusID = '12345'\n gplusEmail = 'some@email.com'\n name = 'someusername'\n\n validGPlusResponse = ",
"end": 35682,
"score": 0.9999143481254578,
"start": 35668,
"tag": "EMAIL",
"value": "some@email.com"
},
{
"context": "'12345'\n gplusEmail = 'some@email.com'\n name = 'someusername'\n\n validGPlusResponse = new Promise((resolve) ->",
"end": 35706,
"score": 0.9632882475852966,
"start": 35694,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": " gplusEmail,\n verified_email: true,\n name: 'Some Person',\n given_name: 'Some',\n family_name: 'Perso",
"end": 35854,
"score": 0.9839862585067749,
"start": 35843,
"tag": "NAME",
"value": "Some Person"
},
{
"context": ": true,\n name: 'Some Person',\n given_name: 'Some',\n family_name: 'Person',\n link: 'https://p",
"end": 35878,
"score": 0.9979779124259949,
"start": 35874,
"tag": "NAME",
"value": "Some"
},
{
"context": "erson',\n given_name: 'Some',\n family_name: 'Person',\n link: 'https://plus.google.com/12345',\n ",
"end": 35905,
"score": 0.9986323714256287,
"start": 35899,
"tag": "NAME",
"value": "Person"
},
{
"context": "user.id)\n expect(updatedUser.get('name')).toBe(name)\n expect(updatedUser.get('email')).toBe(gplusE",
"end": 37108,
"score": 0.582278847694397,
"start": 37104,
"tag": "NAME",
"value": "name"
},
{
"context": "gnup-with-gplus\")\n\n json = { name, email: 'some-other@email.com', gplusID, gplusAccessToken: '...' }\n [res, bo",
"end": 37992,
"score": 0.9998869895935059,
"start": 37977,
"tag": "EMAIL",
"value": "other@email.com"
},
{
"context": ".wrap (done) ->\n# yield utils.initUser({name: 'someusername', email: gplusEmail})\n# spyOn(gplus, 'fetchMe'",
"end": 38506,
"score": 0.9996435642242432,
"start": 38494,
"tag": "USERNAME",
"value": "someusername"
},
{
"context": "user.id}/signup-with-gplus\")\n# json = { name: 'differentusername', email: gplusEmail, gplusID, gplusAccessToken: '",
"end": 38733,
"score": 0.9996075630187988,
"start": 38716,
"tag": "USERNAME",
"value": "differentusername"
},
{
"context": "e().getTime())\n @url = utils.getURL(\"/db/user/#{@user.id}/verify/#{verificationCode}\")\n done()\n \n ",
"end": 47236,
"score": 0.6831475496292114,
"start": 47231,
"tag": "USERNAME",
"value": "@user"
},
{
"context": ".toHaveBeenCalled()\n user = yield User.findById(@user.id)\n expect(user.get('emailVerified')).toBe(true)",
"end": 47551,
"score": 0.9365450739860535,
"start": 47543,
"tag": "USERNAME",
"value": "@user.id"
}
] | spec/server/functional/user.spec.coffee | noscripter/codecombat | 0 | require '../common'
utils = require '../utils'
urlUser = '/db/user'
User = require '../../../server/models/User'
Classroom = require '../../../server/models/Classroom'
CourseInstance = require '../../../server/models/CourseInstance'
Course = require '../../../server/models/Course'
Campaign = require '../../../server/models/Campaign'
TrialRequest = require '../../../server/models/TrialRequest'
Prepaid = require '../../../server/models/Prepaid'
request = require '../request'
facebook = require '../../../server/lib/facebook'
gplus = require '../../../server/lib/gplus'
sendwithus = require '../../../server/sendwithus'
Promise = require 'bluebird'
Achievement = require '../../../server/models/Achievement'
EarnedAchievement = require '../../../server/models/EarnedAchievement'
LevelSession = require '../../../server/models/LevelSession'
mongoose = require 'mongoose'
describe 'POST /db/user', ->
createAnonNameUser = (name, done)->
request.post getURL('/auth/logout'), ->
request.get getURL('/auth/whoami'), ->
req = request.post({ url: getURL('/db/user'), json: {name}}, (err, response) ->
expect(response.statusCode).toBe(200)
request.get { url: getURL('/auth/whoami'), json: true }, (request, response, body) ->
expect(body.anonymous).toBeTruthy()
expect(body.name).toEqual(name)
done()
)
it 'preparing test : clears the db first', (done) ->
clearModels [User], (err) ->
throw err if err
done()
it 'converts the password into a hash', (done) ->
unittest.getNormalJoe (user) ->
expect(user).toBeTruthy()
expect(user.get('password')).toBeUndefined()
expect(user?.get('passwordHash')).not.toBeUndefined()
if user?.get('passwordHash')?
expect(user.get('passwordHash')[..5] in ['31dc3d', '948c7e']).toBeTruthy()
expect(user.get('permissions').length).toBe(0)
done()
it 'serves the user through /db/user/id', (done) ->
unittest.getNormalJoe (user) ->
utils.becomeAnonymous().then ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.name).toBe('Joe') # Anyone should be served the username.
expect(user.email).toBeUndefined() # Shouldn't be available to just anyone.
expect(user.passwordHash).toBeUndefined()
done()
it 'creates admins based on passwords', (done) ->
request.post getURL('/auth/logout'), ->
unittest.getAdmin (user) ->
expect(user).not.toBeUndefined()
if user
expect(user.get('permissions').length).toBe(1)
expect(user.get('permissions')[0]).toBe('admin')
done()
it 'does not return the full user object for regular users.', (done) ->
loginJoe ->
unittest.getAdmin (user) ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.email).toBeUndefined()
expect(user.passwordHash).toBeUndefined()
done()
it 'should allow setting anonymous user name', (done) ->
createAnonNameUser('Jim', done)
it 'should allow multiple anonymous users with same name', (done) ->
createAnonNameUser('Jim', done)
it 'should allow setting existing user name to anonymous user', (done) ->
req = request.post({url: getURL('/db/user'), json: {email: 'new@user.com', password: 'new'}}, (err, response, body) ->
expect(response.statusCode).toBe(200)
request.get getURL('/auth/whoami'), (request, response, body) ->
res = JSON.parse(response.body)
expect(res.anonymous).toBeFalsy()
createAnonNameUser 'Jim', done
)
describe 'PUT /db/user', ->
it 'logs in as normal joe', (done) ->
request.post getURL('/auth/logout'),
loginJoe -> done()
it 'denies requests without any data', (done) ->
request.put getURL(urlUser),
(err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body).toBe('No input.')
done()
it 'denies requests to edit someone who is not joe', (done) ->
unittest.getAdmin (admin) ->
request.put {url: getURL(urlUser), json: {_id: admin.id}}, (err, res) ->
expect(res.statusCode).toBe(403)
done()
it 'denies invalid data', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: 'farghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlar
ghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghl'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body[0].message.indexOf('too long')).toBeGreaterThan(-1)
done()
it 'does not allow normals to edit their permissions', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { permissions: ['admin'] }}
expect(_.contains(body.permissions, 'admin')).toBe(false)
done()
it 'logs in as admin', (done) ->
loginAdmin -> done()
it 'denies non-existent ids', (done) ->
json = {
_id: '513108d4cb8b610000000004',
email: 'perfectly@good.com'
}
request.put {url: getURL(urlUser), json}, (err, res) ->
expect(res.statusCode).toBe(404)
done()
it 'denies if the email being changed is already taken', (done) ->
unittest.getNormalJoe (joe) ->
unittest.getAdmin (admin) ->
json = { _id: admin.id, email: joe.get('email').toUpperCase() }
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(409)
expect(res.body.message.indexOf('already used')).toBeGreaterThan(-1)
done()
it 'does not care if you include your existing name', (done) ->
unittest.getNormalJoe (joe) ->
json = { _id: joe._id, name: 'Joe' }
request.put { url: getURL(urlUser+'/'+joe._id), json }, (err, res) ->
expect(res.statusCode).toBe(200)
done()
it 'accepts name and email changes', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: 'New@email.com'
name: 'Wilhelm'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(200)
unittest.getUser('Wilhelm', 'New@email.com', 'null', (joe) ->
expect(joe.get('name')).toBe('Wilhelm')
expect(joe.get('emailLower')).toBe('new@email.com')
expect(joe.get('email')).toBe('New@email.com')
done())
it 'should not allow two users with the same name slug', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', 'admin'
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 409
# Restore Sam
sam.set 'name', samsName
done()
it 'should be able to unset a slug by setting an empty name', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', ''
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 200
newSam = response.body
# Restore Sam
sam.set 'name', samsName
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
done()
describe 'when role is changed to teacher or other school administrator', ->
it 'removes the user from all classrooms they are in', utils.wrap (done) ->
user = yield utils.initUser()
classroom = new Classroom({members: [user._id]})
yield classroom.save()
expect(classroom.get('members').length).toBe(1)
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { role: 'teacher' }}
yield new Promise (resolve) -> setTimeout(resolve, 10)
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(0)
done()
it 'changes the role regardless of emailVerified', utils.wrap (done) ->
user = yield utils.initUser()
user.set('emailVerified', true)
yield user.save()
yield utils.loginUser(user)
attrs = user.toObject()
attrs.role = 'teacher'
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: attrs }
user = yield User.findById(user.id)
expect(user.get('role')).toBe('teacher')
done()
it 'ignores attempts to change away from a teacher role', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
url = getURL('/db/user/'+user.id)
[res, body] = yield request.putAsync { uri: url, json: { role: 'teacher' }}
expect(body.role).toBe('teacher')
[res, body] = yield request.putAsync { uri: url, json: { role: 'advisor' }}
expect(body.role).toBe('advisor')
[res, body] = yield request.putAsync { uri: url, json: { role: 'student' }}
expect(body.role).toBe('advisor')
done()
it 'returns 422 if both email and name would be unset for a registered user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '', name: '' }}
expect(body.code).toBe(422)
expect(body.message).toEqual('User needs a username or email address')
done()
it 'allows unsetting email, even when there\'s a user with email and emailLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {email: '', emailLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.email).toBeUndefined()
done()
it 'allows unsetting name, even when there\'s a user with name and nameLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {name: '', nameLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { name: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.name).toBeUndefined()
done()
describe 'PUT /db/user/-/become-student', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/become-student')
@user = yield utils.initUser()
yield utils.loginUser(@user)
done()
describe 'when a user is in a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a user owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a user in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'PUT /db/user/-/remain-teacher', ->
describe 'when a teacher in classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/remain-teacher')
@user = yield utils.initUser()
yield utils.loginUser(@user)
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes from classrooms', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('teacher')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('teacher')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(1)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'GET /db/user', ->
it 'logs in as admin', (done) ->
json = {
username: 'admin@afc.com'
password: '80yqxpb38j'
}
request.post { url: getURL('/auth/login'), json }, (error, response) ->
expect(response.statusCode).toBe(200)
done()
it 'get schema', (done) ->
request.get {uri: getURL(urlUser+'/schema')}, (err, res, body) ->
expect(res.statusCode).toBe(200)
body = JSON.parse(body)
expect(body.type).toBeDefined()
done()
it 'is able to do a semi-sweet query', (done) ->
options = {
url: getURL(urlUser) + "?conditions[limit]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(200)
res = JSON.parse(response.body)
expect(res.length).toBeGreaterThan(0)
done()
)
it 'rejects bad conditions', (done) ->
options = {
url: getURL(urlUser) + "?conditions[lime]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(422)
done()
)
it 'can fetch myself by id completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/' + sam.id)}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
done()
it 'can fetch myself by slug completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/sam')}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
guy = JSON.parse response.body
expect(guy._id).toBe sam.get('_id').toHexString()
expect(guy.name).toBe sam.get 'name'
done()
# TODO Ruben should be able to fetch other users but probably with restricted data access
# Add to the test case above an extra data check
# xit 'can fetch another user with restricted fields'
describe 'GET /db/user/:handle', ->
it 'populates coursePrepaid from coursePrepaidID', utils.wrap (done) ->
course = yield utils.makeCourse()
user = yield utils.initUser({coursePrepaidID: course.id})
[res, body] = yield request.getAsync({url: getURL("/db/user/#{user.id}"), json: true})
expect(res.statusCode).toBe(200)
expect(res.body.coursePrepaid._id).toBe(course.id)
expect(res.body.coursePrepaid.startDate).toBe(Prepaid.DEFAULT_START_DATE)
done()
describe 'DELETE /db/user', ->
it 'can delete a user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
beforeDeleted = new Date()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
user = yield User.findById user.id
expect(user.get('deleted')).toBe(true)
expect(user.get('dateDeleted')).toBeGreaterThan(beforeDeleted)
expect(user.get('dateDeleted')).toBeLessThan(new Date())
for key, value of user.toObject()
continue if key in ['_id', 'deleted', 'dateDeleted']
expect(_.isEmpty(value)).toEqual(true)
done()
it 'moves user to classroom.deletedMembers', utils.wrap (done) ->
user = yield utils.initUser()
user2 = yield utils.initUser()
yield utils.loginUser(user)
classroom = new Classroom({
members: [user._id, user2._id]
})
yield classroom.save()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('deletedMembers').length).toBe(1)
expect(classroom.get('members')[0].toString()).toEqual(user2.id)
expect(classroom.get('deletedMembers')[0].toString()).toEqual(user.id)
done()
it 'returns 401 if no cookie session', utils.wrap (done) ->
yield utils.logout()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/1234"}
expect(res.statusCode).toBe(401)
done()
describe 'Statistics', ->
LevelSession = require '../../../server/models/LevelSession'
Article = require '../../../server/models/Article'
Level = require '../../../server/models/Level'
LevelSystem = require '../../../server/models/LevelSystem'
LevelComponent = require '../../../server/models/LevelComponent'
ThangType = require '../../../server/models/ThangType'
User = require '../../../server/models/User'
UserHandler = require '../../../server/handlers/user_handler'
it 'keeps track of games completed', (done) ->
session = new LevelSession
name: 'Beat Gandalf'
permissions: simplePermissions
state: complete: true
unittest.getNormalJoe (joe) ->
expect(joe.get 'stats.gamesCompleted').toBeUndefined()
session.set 'creator', joe.get 'id'
session.save (err) ->
expect(err).toBeNull()
f = ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe joe.get 'id'
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
setTimeout f, 100
it 'recalculates games completed', (done) ->
unittest.getNormalJoe (joe) ->
loginAdmin ->
User.findByIdAndUpdate joe.get('id'), {$unset:'stats.gamesCompleted': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBeUndefined()
UserHandler.statRecalculators.gamesCompleted ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
it 'keeps track of article edits', (done) ->
article =
name: 'My very first'
body: 'I don\'t have much to say I\'m afraid'
url = getURL('/db/article')
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.article).toBeUndefined()
article.creator = carl.get 'id'
# Create major version 0.0
request.post {uri:url, json: article}, (err, res, body) ->
expect(err).toBeNull()
expect(res.statusCode).toBe 201
article = body
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 1
# Create minor version 0.1
newVersionURL = "#{url}/#{article._id}/new-version"
request.post {uri:newVersionURL, json: article}, (err, res, body) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'recalculates article edits', (done) ->
loginAdmin (carl) ->
User.findByIdAndUpdate carl.get('id'), {$unset:'stats.articleEdits': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBeUndefined()
UserHandler.statRecalculators.articleEdits ->
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'keeps track of level edits', (done) ->
level = new Level
name: "King's Peak 3"
description: 'Climb a mountain.'
permissions: simplePermissions
scripts: []
thangs: []
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.level).toBeUndefined()
level.creator = carl.get 'id'
level.save (err) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe carl.get 'id'
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'recalculates level edits', (done) ->
unittest.getAdmin (jose) ->
User.findByIdAndUpdate jose.get('id'), {$unset:'stats.levelEdits':''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBeUndefined()
UserHandler.statRecalculators.levelEdits ->
User.findById jose.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'cleans up', (done) ->
clearModels [LevelSession, Article, Level, LevelSystem, LevelComponent, ThangType], (err) ->
expect(err).toBeNull()
done()
describe 'POST /db/user/:handle/signup-with-password', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 10))
done()
it 'signs up the user with the password and sends welcome emails', utils.wrap (done) ->
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'some@email.com'
name = 'someusername'
json = { name, email, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'signs up the user with just a name and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
json = { name, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(updatedUser.get('email')).toBeUndefined()
expect(updatedUser.get('emailLower')).toBeUndefined()
done()
it 'signs up the user with a username, email, and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
email = 'user@example.com'
json = { name, email, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('emailLower')).toBe(email.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
done()
it 'returns 422 if neither username or email were provided', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('anonymous')).toBe(true)
expect(updatedUser.get('passwordHash')).toBeUndefined()
done()
it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
email = 'some@email.com'
initialUser = yield utils.initUser({email})
expect(initialUser.get('emailLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { email, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'returns 409 if there is already a user with the given username', utils.wrap (done) ->
name = 'someusername'
initialUser = yield utils.initUser({name})
expect(initialUser.get('nameLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { name, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'disassociates the user from their trial request if the trial request email and signup email do not match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: 'one@email.com' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'two@email.com'
json = { email, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant')).toBeUndefined()
done()
it 'does NOT disassociate the user from their trial request if the trial request email and signup email DO match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: 'one@email.com' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'one@email.com'
json = { email, password: '12345' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
done()
describe 'POST /db/user/:handle/signup-with-facebook', ->
facebookID = '12345'
facebookEmail = 'some@email.com'
name = 'someusername'
validFacebookResponse = new Promise((resolve) -> resolve({
id: facebookID,
email: facebookEmail,
first_name: 'Some',
gender: 'male',
last_name: 'Person',
link: 'https://www.facebook.com/app_scoped_user_id/12345/',
locale: 'en_US',
name: 'Some Person',
timezone: -7,
updated_time: '2015-12-08T17:10:39+0000',
verified: true
}))
invalidFacebookResponse = new Promise((resolve) -> resolve({
error: {
message: 'Invalid OAuth access token.',
type: 'OAuthException',
code: 190,
fbtrace_id: 'EC4dEdeKHBH'
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the facebookID and sends welcome emails', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(facebookEmail)
expect(updatedUser.get('facebookID')).toBe(facebookID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if facebook does not recognize the access token', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(invalidFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: 'some-other@email.com', facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: facebookEmail, facebookID: '54321', facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# initialUser = yield utils.initUser({email: facebookEmail})
# expect(initialUser.get('emailLower')).toBeDefined()
# spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-facebook")
# json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/signup-with-gplus', ->
gplusID = '12345'
gplusEmail = 'some@email.com'
name = 'someusername'
validGPlusResponse = new Promise((resolve) -> resolve({
id: gplusID
email: gplusEmail,
verified_email: true,
name: 'Some Person',
given_name: 'Some',
family_name: 'Person',
link: 'https://plus.google.com/12345',
picture: 'https://lh6.googleusercontent.com/...',
gender: 'male',
locale: 'en'
}))
invalidGPlusResponse = new Promise((resolve) -> resolve({
"error": {
"errors": [
{
"domain": "global",
"reason": "authError",
"message": "Invalid Credentials",
"locationType": "header",
"location": "Authorization"
}
],
"code": 401,
"message": "Invalid Credentials"
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the gplusID and sends welcome emails', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('email')).toBe(gplusEmail)
expect(updatedUser.get('gplusID')).toBe(gplusID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if gplus does not recognize the access token', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(invalidGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: 'some-other@email.com', gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: gplusEmail, gplusID: '54321', gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# yield utils.initUser({name: 'someusername', email: gplusEmail})
# spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-gplus")
# json = { name: 'differentusername', email: gplusEmail, gplusID, gplusAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/destudent', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, Classroom, CourseInstance, Course, Campaign])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
student1 = yield utils.initUser({role: 'student'})
student2 = yield utils.initUser({role: 'student'})
members = [student1._id, student2._id]
classroom = new Classroom({members})
yield classroom.save()
courseInstance = new CourseInstance({members})
yield courseInstance.save()
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
url = getURL("/db/user/#{student1.id}/destudent")
[res, body] = yield request.postAsync({url, json:true})
student1 = yield User.findById(student1.id)
student2 = yield User.findById(student2.id)
classroom = yield Classroom.findById(classroom.id)
courseInstance = yield CourseInstance.findById(courseInstance.id)
expect(student1.get('role')).toBeUndefined()
expect(student2.get('role')).toBe('student')
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('members')[0].toString()).toBe(student2.id)
expect(courseInstance.get('members').length).toBe(1)
expect(courseInstance.get('members')[0].toString()).toBe(student2.id)
done()
describe 'POST /db/user/:handle/deteacher', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, TrialRequest])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
teacher = yield utils.initUser({role: 'teacher'})
yield utils.loginUser(teacher)
trialRequest = yield utils.makeTrialRequest(teacher)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeDefined()
expect(teacher.get('role')).toBe('teacher')
url = getURL("/db/user/#{teacher.id}/deteacher")
[res, body] = yield request.postAsync({url, json:true})
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeNull()
teacher = yield User.findById(teacher.id)
expect(teacher.get('role')).toBeUndefined()
done()
describe 'POST /db/user/:handle/check-for-new-achievements', ->
achievementURL = getURL('/db/achievement')
achievementJSON = {
collection: 'users'
query: {'points': {$gt: 50}}
userField: '_id'
recalculable: true
worth: 75
rewards: {
gems: 50
levels: [new mongoose.Types.ObjectId().toString()]
}
name: 'Dungeon Arena Started'
description: 'Started playing Dungeon Arena.'
related: 'a'
}
beforeEach utils.wrap (done) ->
yield utils.clearModels [Achievement, EarnedAchievement, LevelSession, User]
Achievement.resetAchievements()
done()
it 'finds new achievements and awards them to the user', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
earned = yield EarnedAchievement.count()
expect(earned).toBe(0)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievementUpdated = res.body.updated
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('earned')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(175)
earned = yield EarnedAchievement.count()
expect(earned).toBe(1)
expect(body.lastAchievementChecked).toBe(achievementUpdated)
done()
it 'updates the user if they already earned the achievement but the rewards changed', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievement = yield Achievement.findById(body._id)
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('rewards')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(res.body.points).toBe(175)
expect(res.body.earned.gems).toBe(50)
achievement.set({
updated: new Date().toISOString()
rewards: { gems: 100 }
worth: 200
})
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(300)
expect(res.statusCode).toBe(200)
# special case: no worth, should default to 10
yield achievement.update({
$set: {updated: new Date().toISOString()},
$unset: {worth:''}
})
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(110)
expect(res.statusCode).toBe(200)
done()
it 'works for level sessions', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': level.get('original').toString()
'state': {complete: true}
}
worth: 100
proportionalTo: 'state.difficulty'
})
levelSession = yield utils.makeLevelSession({state: {complete: true, difficulty:2}}, { creator:admin, level })
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
# check idempotency
achievement.set('updated', new Date().toISOString())
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
admin = yield User.findById(admin.id)
done()
it 'skips achievements which have not been satisfied', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': 'does not matter'
}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
it 'skips achievements which are not either for the users collection or the level sessions collection with level.original included', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
achievement = yield utils.makeAchievement({
collection: 'not.supported'
userField: 'creator'
query: {}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
describe 'POST /db/user/:userID/request-verify-email', ->
mailChimp = require '../../../server/lib/mail-chimp'
beforeEach utils.wrap (done) ->
spyOn(mailChimp.api, 'put').and.returnValue(Promise.resolve())
@user = yield utils.initUser()
verificationCode = @user.verificationCode(new Date().getTime())
@url = utils.getURL("/db/user/#{@user.id}/verify/#{verificationCode}")
done()
it 'sets emailVerified to true and updates MailChimp', utils.wrap (done) ->
[res, body] = yield request.postAsync({ @url, json: true })
expect(res.statusCode).toBe(200)
expect(mailChimp.api.put).toHaveBeenCalled()
user = yield User.findById(@user.id)
expect(user.get('emailVerified')).toBe(true)
done()
| 141060 | require '../common'
utils = require '../utils'
urlUser = '/db/user'
User = require '../../../server/models/User'
Classroom = require '../../../server/models/Classroom'
CourseInstance = require '../../../server/models/CourseInstance'
Course = require '../../../server/models/Course'
Campaign = require '../../../server/models/Campaign'
TrialRequest = require '../../../server/models/TrialRequest'
Prepaid = require '../../../server/models/Prepaid'
request = require '../request'
facebook = require '../../../server/lib/facebook'
gplus = require '../../../server/lib/gplus'
sendwithus = require '../../../server/sendwithus'
Promise = require 'bluebird'
Achievement = require '../../../server/models/Achievement'
EarnedAchievement = require '../../../server/models/EarnedAchievement'
LevelSession = require '../../../server/models/LevelSession'
mongoose = require 'mongoose'
describe 'POST /db/user', ->
createAnonNameUser = (name, done)->
request.post getURL('/auth/logout'), ->
request.get getURL('/auth/whoami'), ->
req = request.post({ url: getURL('/db/user'), json: {name}}, (err, response) ->
expect(response.statusCode).toBe(200)
request.get { url: getURL('/auth/whoami'), json: true }, (request, response, body) ->
expect(body.anonymous).toBeTruthy()
expect(body.name).toEqual(name)
done()
)
it 'preparing test : clears the db first', (done) ->
clearModels [User], (err) ->
throw err if err
done()
it 'converts the password into a hash', (done) ->
unittest.getNormalJoe (user) ->
expect(user).toBeTruthy()
expect(user.get('password')).toBeUndefined()
expect(user?.get('passwordHash')).not.toBeUndefined()
if user?.get('passwordHash')?
expect(user.get('passwordHash')[..5] in ['<PASSWORD>', '<PASSWORD>']).toBeTruthy()
expect(user.get('permissions').length).toBe(0)
done()
it 'serves the user through /db/user/id', (done) ->
unittest.getNormalJoe (user) ->
utils.becomeAnonymous().then ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.name).toBe('<NAME>') # Anyone should be served the username.
expect(user.email).toBeUndefined() # Shouldn't be available to just anyone.
expect(user.passwordHash).toBeUndefined()
done()
it 'creates admins based on passwords', (done) ->
request.post getURL('/auth/logout'), ->
unittest.getAdmin (user) ->
expect(user).not.toBeUndefined()
if user
expect(user.get('permissions').length).toBe(1)
expect(user.get('permissions')[0]).toBe('admin')
done()
it 'does not return the full user object for regular users.', (done) ->
loginJoe ->
unittest.getAdmin (user) ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.email).toBeUndefined()
expect(user.passwordHash).toBeUndefined()
done()
it 'should allow setting anonymous user name', (done) ->
createAnonNameUser('<NAME>', done)
it 'should allow multiple anonymous users with same name', (done) ->
createAnonNameUser('<NAME>', done)
it 'should allow setting existing user name to anonymous user', (done) ->
req = request.post({url: getURL('/db/user'), json: {email: '<EMAIL>', password: '<PASSWORD>'}}, (err, response, body) ->
expect(response.statusCode).toBe(200)
request.get getURL('/auth/whoami'), (request, response, body) ->
res = JSON.parse(response.body)
expect(res.anonymous).toBeFalsy()
createAnonNameUser '<NAME>', done
)
describe 'PUT /db/user', ->
it 'logs in as normal joe', (done) ->
request.post getURL('/auth/logout'),
loginJoe -> done()
it 'denies requests without any data', (done) ->
request.put getURL(urlUser),
(err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body).toBe('No input.')
done()
it 'denies requests to edit someone who is not joe', (done) ->
unittest.getAdmin (admin) ->
request.put {url: getURL(urlUser), json: {_id: admin.id}}, (err, res) ->
expect(res.statusCode).toBe(403)
done()
it 'denies invalid data', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: 'farghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlar
ghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghl'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body[0].message.indexOf('too long')).toBeGreaterThan(-1)
done()
it 'does not allow normals to edit their permissions', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { permissions: ['admin'] }}
expect(_.contains(body.permissions, 'admin')).toBe(false)
done()
it 'logs in as admin', (done) ->
loginAdmin -> done()
it 'denies non-existent ids', (done) ->
json = {
_id: '513108d4cb8b610000000004',
email: '<EMAIL>'
}
request.put {url: getURL(urlUser), json}, (err, res) ->
expect(res.statusCode).toBe(404)
done()
it 'denies if the email being changed is already taken', (done) ->
unittest.getNormalJoe (joe) ->
unittest.getAdmin (admin) ->
json = { _id: admin.id, email: joe.get('email').toUpperCase() }
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(409)
expect(res.body.message.indexOf('already used')).toBeGreaterThan(-1)
done()
it 'does not care if you include your existing name', (done) ->
unittest.getNormalJoe (joe) ->
json = { _id: joe._id, name: '<NAME>' }
request.put { url: getURL(urlUser+'/'+joe._id), json }, (err, res) ->
expect(res.statusCode).toBe(200)
done()
it 'accepts name and email changes', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: '<EMAIL>'
name: '<NAME>'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(200)
unittest.getUser('Wilhelm', '<EMAIL>', 'null', (joe) ->
expect(joe.get('name')).toBe('<NAME>')
expect(joe.get('emailLower')).toBe('<EMAIL>')
expect(joe.get('email')).toBe('<EMAIL>')
done())
it 'should not allow two users with the same name slug', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', 'admin'
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 409
# Restore Sam
sam.set 'name', samsName
done()
it 'should be able to unset a slug by setting an empty name', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', ''
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 200
newSam = response.body
# Restore Sam
sam.set 'name', samsName
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
done()
describe 'when role is changed to teacher or other school administrator', ->
it 'removes the user from all classrooms they are in', utils.wrap (done) ->
user = yield utils.initUser()
classroom = new Classroom({members: [user._id]})
yield classroom.save()
expect(classroom.get('members').length).toBe(1)
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { role: 'teacher' }}
yield new Promise (resolve) -> setTimeout(resolve, 10)
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(0)
done()
it 'changes the role regardless of emailVerified', utils.wrap (done) ->
user = yield utils.initUser()
user.set('emailVerified', true)
yield user.save()
yield utils.loginUser(user)
attrs = user.toObject()
attrs.role = 'teacher'
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: attrs }
user = yield User.findById(user.id)
expect(user.get('role')).toBe('teacher')
done()
it 'ignores attempts to change away from a teacher role', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
url = getURL('/db/user/'+user.id)
[res, body] = yield request.putAsync { uri: url, json: { role: 'teacher' }}
expect(body.role).toBe('teacher')
[res, body] = yield request.putAsync { uri: url, json: { role: 'advisor' }}
expect(body.role).toBe('advisor')
[res, body] = yield request.putAsync { uri: url, json: { role: 'student' }}
expect(body.role).toBe('advisor')
done()
it 'returns 422 if both email and name would be unset for a registered user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '', name: '' }}
expect(body.code).toBe(422)
expect(body.message).toEqual('User needs a username or email address')
done()
it 'allows unsetting email, even when there\'s a user with email and emailLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {email: '', emailLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.email).toBeUndefined()
done()
it 'allows unsetting name, even when there\'s a user with name and nameLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {name: '', nameLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { name: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.name).toBeUndefined()
done()
describe 'PUT /db/user/-/become-student', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/become-student')
@user = yield utils.initUser()
yield utils.loginUser(@user)
done()
describe 'when a user is in a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a user owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a user in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'PUT /db/user/-/remain-teacher', ->
describe 'when a teacher in classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/remain-teacher')
@user = yield utils.initUser()
yield utils.loginUser(@user)
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes from classrooms', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('teacher')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('teacher')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(1)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'GET /db/user', ->
it 'logs in as admin', (done) ->
json = {
username: '<EMAIL>'
password: '<PASSWORD>'
}
request.post { url: getURL('/auth/login'), json }, (error, response) ->
expect(response.statusCode).toBe(200)
done()
it 'get schema', (done) ->
request.get {uri: getURL(urlUser+'/schema')}, (err, res, body) ->
expect(res.statusCode).toBe(200)
body = JSON.parse(body)
expect(body.type).toBeDefined()
done()
it 'is able to do a semi-sweet query', (done) ->
options = {
url: getURL(urlUser) + "?conditions[limit]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(200)
res = JSON.parse(response.body)
expect(res.length).toBeGreaterThan(0)
done()
)
it 'rejects bad conditions', (done) ->
options = {
url: getURL(urlUser) + "?conditions[lime]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(422)
done()
)
it 'can fetch myself by id completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/' + sam.id)}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
done()
it 'can fetch myself by slug completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/sam')}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
guy = JSON.parse response.body
expect(guy._id).toBe sam.get('_id').toHexString()
expect(guy.name).toBe sam.get 'name'
done()
# TODO Ruben should be able to fetch other users but probably with restricted data access
# Add to the test case above an extra data check
# xit 'can fetch another user with restricted fields'
describe 'GET /db/user/:handle', ->
it 'populates coursePrepaid from coursePrepaidID', utils.wrap (done) ->
course = yield utils.makeCourse()
user = yield utils.initUser({coursePrepaidID: course.id})
[res, body] = yield request.getAsync({url: getURL("/db/user/#{user.id}"), json: true})
expect(res.statusCode).toBe(200)
expect(res.body.coursePrepaid._id).toBe(course.id)
expect(res.body.coursePrepaid.startDate).toBe(Prepaid.DEFAULT_START_DATE)
done()
describe 'DELETE /db/user', ->
it 'can delete a user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
beforeDeleted = new Date()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
user = yield User.findById user.id
expect(user.get('deleted')).toBe(true)
expect(user.get('dateDeleted')).toBeGreaterThan(beforeDeleted)
expect(user.get('dateDeleted')).toBeLessThan(new Date())
for key, value of user.toObject()
continue if key in ['_id', 'deleted', 'dateDeleted']
expect(_.isEmpty(value)).toEqual(true)
done()
it 'moves user to classroom.deletedMembers', utils.wrap (done) ->
user = yield utils.initUser()
user2 = yield utils.initUser()
yield utils.loginUser(user)
classroom = new Classroom({
members: [user._id, user2._id]
})
yield classroom.save()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('deletedMembers').length).toBe(1)
expect(classroom.get('members')[0].toString()).toEqual(user2.id)
expect(classroom.get('deletedMembers')[0].toString()).toEqual(user.id)
done()
it 'returns 401 if no cookie session', utils.wrap (done) ->
yield utils.logout()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/1234"}
expect(res.statusCode).toBe(401)
done()
describe 'Statistics', ->
LevelSession = require '../../../server/models/LevelSession'
Article = require '../../../server/models/Article'
Level = require '../../../server/models/Level'
LevelSystem = require '../../../server/models/LevelSystem'
LevelComponent = require '../../../server/models/LevelComponent'
ThangType = require '../../../server/models/ThangType'
User = require '../../../server/models/User'
UserHandler = require '../../../server/handlers/user_handler'
it 'keeps track of games completed', (done) ->
session = new LevelSession
name: '<NAME>'
permissions: simplePermissions
state: complete: true
unittest.getNormalJoe (joe) ->
expect(joe.get 'stats.gamesCompleted').toBeUndefined()
session.set 'creator', joe.get 'id'
session.save (err) ->
expect(err).toBeNull()
f = ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe joe.get 'id'
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
setTimeout f, 100
it 'recalculates games completed', (done) ->
unittest.getNormalJoe (joe) ->
loginAdmin ->
User.findByIdAndUpdate joe.get('id'), {$unset:'stats.gamesCompleted': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBeUndefined()
UserHandler.statRecalculators.gamesCompleted ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
it 'keeps track of article edits', (done) ->
article =
name: '<NAME>'
body: 'I don\'t have much to say I\'m afraid'
url = getURL('/db/article')
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.article).toBeUndefined()
article.creator = carl.get 'id'
# Create major version 0.0
request.post {uri:url, json: article}, (err, res, body) ->
expect(err).toBeNull()
expect(res.statusCode).toBe 201
article = body
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 1
# Create minor version 0.1
newVersionURL = "#{url}/#{article._id}/new-version"
request.post {uri:newVersionURL, json: article}, (err, res, body) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'recalculates article edits', (done) ->
loginAdmin (carl) ->
User.findByIdAndUpdate carl.get('id'), {$unset:'stats.articleEdits': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBeUndefined()
UserHandler.statRecalculators.articleEdits ->
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'keeps track of level edits', (done) ->
level = new Level
name: "King's Peak 3"
description: 'Climb a mountain.'
permissions: simplePermissions
scripts: []
thangs: []
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.level).toBeUndefined()
level.creator = carl.get 'id'
level.save (err) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe carl.get 'id'
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'recalculates level edits', (done) ->
unittest.getAdmin (jose) ->
User.findByIdAndUpdate jose.get('id'), {$unset:'stats.levelEdits':''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBeUndefined()
UserHandler.statRecalculators.levelEdits ->
User.findById jose.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'cleans up', (done) ->
clearModels [LevelSession, Article, Level, LevelSystem, LevelComponent, ThangType], (err) ->
expect(err).toBeNull()
done()
describe 'POST /db/user/:handle/signup-with-password', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 10))
done()
it 'signs up the user with the password and sends welcome emails', utils.wrap (done) ->
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
email = '<EMAIL>'
name = 'someusername'
json = { name, email, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'signs up the user with just a name and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
json = { name, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(updatedUser.get('email')).toBeUndefined()
expect(updatedUser.get('emailLower')).toBeUndefined()
done()
it 'signs up the user with a username, email, and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
email = '<EMAIL>'
json = { name, email, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('emailLower')).toBe(email.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
done()
it 'returns 422 if neither username or email were provided', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('anonymous')).toBe(true)
expect(updatedUser.get('passwordHash')).toBeUndefined()
done()
it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
email = '<EMAIL>'
initialUser = yield utils.initUser({email})
expect(initialUser.get('emailLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { email, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'returns 409 if there is already a user with the given username', utils.wrap (done) ->
name = 'someusername'
initialUser = yield utils.initUser({name})
expect(initialUser.get('nameLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { name, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'disassociates the user from their trial request if the trial request email and signup email do not match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: '<EMAIL>' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = '<EMAIL>'
json = { email, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant')).toBeUndefined()
done()
it 'does NOT disassociate the user from their trial request if the trial request email and signup email DO match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: '<EMAIL>' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = '<EMAIL>'
json = { email, password: '<PASSWORD>' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
done()
describe 'POST /db/user/:handle/signup-with-facebook', ->
facebookID = '12345'
facebookEmail = '<EMAIL>'
name = 'someusername'
validFacebookResponse = new Promise((resolve) -> resolve({
id: facebookID,
email: facebookEmail,
first_name: '<NAME>',
gender: 'male',
last_name: '<NAME>',
link: 'https://www.facebook.com/app_scoped_user_id/12345/',
locale: 'en_US',
name: '<NAME>',
timezone: -7,
updated_time: '2015-12-08T17:10:39+0000',
verified: true
}))
invalidFacebookResponse = new Promise((resolve) -> resolve({
error: {
message: 'Invalid OAuth access token.',
type: 'OAuthException',
code: 190,
fbtrace_id: 'EC4dEdeKHBH'
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the facebookID and sends welcome emails', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(facebookEmail)
expect(updatedUser.get('facebookID')).toBe(facebookID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if facebook does not recognize the access token', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(invalidFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: '<EMAIL>', facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: facebookEmail, facebookID: '54321', facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# initialUser = yield utils.initUser({email: facebookEmail})
# expect(initialUser.get('emailLower')).toBeDefined()
# spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-facebook")
# json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/signup-with-gplus', ->
gplusID = '12345'
gplusEmail = '<EMAIL>'
name = 'someusername'
validGPlusResponse = new Promise((resolve) -> resolve({
id: gplusID
email: gplusEmail,
verified_email: true,
name: '<NAME>',
given_name: '<NAME>',
family_name: '<NAME>',
link: 'https://plus.google.com/12345',
picture: 'https://lh6.googleusercontent.com/...',
gender: 'male',
locale: 'en'
}))
invalidGPlusResponse = new Promise((resolve) -> resolve({
"error": {
"errors": [
{
"domain": "global",
"reason": "authError",
"message": "Invalid Credentials",
"locationType": "header",
"location": "Authorization"
}
],
"code": 401,
"message": "Invalid Credentials"
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the gplusID and sends welcome emails', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(<NAME>)
expect(updatedUser.get('email')).toBe(gplusEmail)
expect(updatedUser.get('gplusID')).toBe(gplusID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if gplus does not recognize the access token', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(invalidGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: 'some-<EMAIL>', gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: gplusEmail, gplusID: '54321', gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# yield utils.initUser({name: 'someusername', email: gplusEmail})
# spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-gplus")
# json = { name: 'differentusername', email: gplusEmail, gplusID, gplusAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/destudent', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, Classroom, CourseInstance, Course, Campaign])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
student1 = yield utils.initUser({role: 'student'})
student2 = yield utils.initUser({role: 'student'})
members = [student1._id, student2._id]
classroom = new Classroom({members})
yield classroom.save()
courseInstance = new CourseInstance({members})
yield courseInstance.save()
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
url = getURL("/db/user/#{student1.id}/destudent")
[res, body] = yield request.postAsync({url, json:true})
student1 = yield User.findById(student1.id)
student2 = yield User.findById(student2.id)
classroom = yield Classroom.findById(classroom.id)
courseInstance = yield CourseInstance.findById(courseInstance.id)
expect(student1.get('role')).toBeUndefined()
expect(student2.get('role')).toBe('student')
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('members')[0].toString()).toBe(student2.id)
expect(courseInstance.get('members').length).toBe(1)
expect(courseInstance.get('members')[0].toString()).toBe(student2.id)
done()
describe 'POST /db/user/:handle/deteacher', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, TrialRequest])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
teacher = yield utils.initUser({role: 'teacher'})
yield utils.loginUser(teacher)
trialRequest = yield utils.makeTrialRequest(teacher)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeDefined()
expect(teacher.get('role')).toBe('teacher')
url = getURL("/db/user/#{teacher.id}/deteacher")
[res, body] = yield request.postAsync({url, json:true})
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeNull()
teacher = yield User.findById(teacher.id)
expect(teacher.get('role')).toBeUndefined()
done()
describe 'POST /db/user/:handle/check-for-new-achievements', ->
achievementURL = getURL('/db/achievement')
achievementJSON = {
collection: 'users'
query: {'points': {$gt: 50}}
userField: '_id'
recalculable: true
worth: 75
rewards: {
gems: 50
levels: [new mongoose.Types.ObjectId().toString()]
}
name: 'Dungeon Arena Started'
description: 'Started playing Dungeon Arena.'
related: 'a'
}
beforeEach utils.wrap (done) ->
yield utils.clearModels [Achievement, EarnedAchievement, LevelSession, User]
Achievement.resetAchievements()
done()
it 'finds new achievements and awards them to the user', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
earned = yield EarnedAchievement.count()
expect(earned).toBe(0)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievementUpdated = res.body.updated
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('earned')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(175)
earned = yield EarnedAchievement.count()
expect(earned).toBe(1)
expect(body.lastAchievementChecked).toBe(achievementUpdated)
done()
it 'updates the user if they already earned the achievement but the rewards changed', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievement = yield Achievement.findById(body._id)
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('rewards')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(res.body.points).toBe(175)
expect(res.body.earned.gems).toBe(50)
achievement.set({
updated: new Date().toISOString()
rewards: { gems: 100 }
worth: 200
})
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(300)
expect(res.statusCode).toBe(200)
# special case: no worth, should default to 10
yield achievement.update({
$set: {updated: new Date().toISOString()},
$unset: {worth:''}
})
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(110)
expect(res.statusCode).toBe(200)
done()
it 'works for level sessions', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': level.get('original').toString()
'state': {complete: true}
}
worth: 100
proportionalTo: 'state.difficulty'
})
levelSession = yield utils.makeLevelSession({state: {complete: true, difficulty:2}}, { creator:admin, level })
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
# check idempotency
achievement.set('updated', new Date().toISOString())
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
admin = yield User.findById(admin.id)
done()
it 'skips achievements which have not been satisfied', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': 'does not matter'
}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
it 'skips achievements which are not either for the users collection or the level sessions collection with level.original included', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
achievement = yield utils.makeAchievement({
collection: 'not.supported'
userField: 'creator'
query: {}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
describe 'POST /db/user/:userID/request-verify-email', ->
mailChimp = require '../../../server/lib/mail-chimp'
beforeEach utils.wrap (done) ->
spyOn(mailChimp.api, 'put').and.returnValue(Promise.resolve())
@user = yield utils.initUser()
verificationCode = @user.verificationCode(new Date().getTime())
@url = utils.getURL("/db/user/#{@user.id}/verify/#{verificationCode}")
done()
it 'sets emailVerified to true and updates MailChimp', utils.wrap (done) ->
[res, body] = yield request.postAsync({ @url, json: true })
expect(res.statusCode).toBe(200)
expect(mailChimp.api.put).toHaveBeenCalled()
user = yield User.findById(@user.id)
expect(user.get('emailVerified')).toBe(true)
done()
| true | require '../common'
utils = require '../utils'
urlUser = '/db/user'
User = require '../../../server/models/User'
Classroom = require '../../../server/models/Classroom'
CourseInstance = require '../../../server/models/CourseInstance'
Course = require '../../../server/models/Course'
Campaign = require '../../../server/models/Campaign'
TrialRequest = require '../../../server/models/TrialRequest'
Prepaid = require '../../../server/models/Prepaid'
request = require '../request'
facebook = require '../../../server/lib/facebook'
gplus = require '../../../server/lib/gplus'
sendwithus = require '../../../server/sendwithus'
Promise = require 'bluebird'
Achievement = require '../../../server/models/Achievement'
EarnedAchievement = require '../../../server/models/EarnedAchievement'
LevelSession = require '../../../server/models/LevelSession'
mongoose = require 'mongoose'
describe 'POST /db/user', ->
createAnonNameUser = (name, done)->
request.post getURL('/auth/logout'), ->
request.get getURL('/auth/whoami'), ->
req = request.post({ url: getURL('/db/user'), json: {name}}, (err, response) ->
expect(response.statusCode).toBe(200)
request.get { url: getURL('/auth/whoami'), json: true }, (request, response, body) ->
expect(body.anonymous).toBeTruthy()
expect(body.name).toEqual(name)
done()
)
it 'preparing test : clears the db first', (done) ->
clearModels [User], (err) ->
throw err if err
done()
it 'converts the password into a hash', (done) ->
unittest.getNormalJoe (user) ->
expect(user).toBeTruthy()
expect(user.get('password')).toBeUndefined()
expect(user?.get('passwordHash')).not.toBeUndefined()
if user?.get('passwordHash')?
expect(user.get('passwordHash')[..5] in ['PI:PASSWORD:<PASSWORD>END_PI', 'PI:PASSWORD:<PASSWORD>END_PI']).toBeTruthy()
expect(user.get('permissions').length).toBe(0)
done()
it 'serves the user through /db/user/id', (done) ->
unittest.getNormalJoe (user) ->
utils.becomeAnonymous().then ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.name).toBe('PI:NAME:<NAME>END_PI') # Anyone should be served the username.
expect(user.email).toBeUndefined() # Shouldn't be available to just anyone.
expect(user.passwordHash).toBeUndefined()
done()
it 'creates admins based on passwords', (done) ->
request.post getURL('/auth/logout'), ->
unittest.getAdmin (user) ->
expect(user).not.toBeUndefined()
if user
expect(user.get('permissions').length).toBe(1)
expect(user.get('permissions')[0]).toBe('admin')
done()
it 'does not return the full user object for regular users.', (done) ->
loginJoe ->
unittest.getAdmin (user) ->
url = getURL(urlUser+'/'+user._id)
request.get url, (err, res, body) ->
expect(res.statusCode).toBe(200)
user = JSON.parse(body)
expect(user.email).toBeUndefined()
expect(user.passwordHash).toBeUndefined()
done()
it 'should allow setting anonymous user name', (done) ->
createAnonNameUser('PI:NAME:<NAME>END_PI', done)
it 'should allow multiple anonymous users with same name', (done) ->
createAnonNameUser('PI:NAME:<NAME>END_PI', done)
it 'should allow setting existing user name to anonymous user', (done) ->
req = request.post({url: getURL('/db/user'), json: {email: 'PI:EMAIL:<EMAIL>END_PI', password: 'PI:PASSWORD:<PASSWORD>END_PI'}}, (err, response, body) ->
expect(response.statusCode).toBe(200)
request.get getURL('/auth/whoami'), (request, response, body) ->
res = JSON.parse(response.body)
expect(res.anonymous).toBeFalsy()
createAnonNameUser 'PI:NAME:<NAME>END_PI', done
)
describe 'PUT /db/user', ->
it 'logs in as normal joe', (done) ->
request.post getURL('/auth/logout'),
loginJoe -> done()
it 'denies requests without any data', (done) ->
request.put getURL(urlUser),
(err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body).toBe('No input.')
done()
it 'denies requests to edit someone who is not joe', (done) ->
unittest.getAdmin (admin) ->
request.put {url: getURL(urlUser), json: {_id: admin.id}}, (err, res) ->
expect(res.statusCode).toBe(403)
done()
it 'denies invalid data', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: 'farghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlar
ghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghlfarghlarghl'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(422)
expect(res.body[0].message.indexOf('too long')).toBeGreaterThan(-1)
done()
it 'does not allow normals to edit their permissions', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { permissions: ['admin'] }}
expect(_.contains(body.permissions, 'admin')).toBe(false)
done()
it 'logs in as admin', (done) ->
loginAdmin -> done()
it 'denies non-existent ids', (done) ->
json = {
_id: '513108d4cb8b610000000004',
email: 'PI:EMAIL:<EMAIL>END_PI'
}
request.put {url: getURL(urlUser), json}, (err, res) ->
expect(res.statusCode).toBe(404)
done()
it 'denies if the email being changed is already taken', (done) ->
unittest.getNormalJoe (joe) ->
unittest.getAdmin (admin) ->
json = { _id: admin.id, email: joe.get('email').toUpperCase() }
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(409)
expect(res.body.message.indexOf('already used')).toBeGreaterThan(-1)
done()
it 'does not care if you include your existing name', (done) ->
unittest.getNormalJoe (joe) ->
json = { _id: joe._id, name: 'PI:NAME:<NAME>END_PI' }
request.put { url: getURL(urlUser+'/'+joe._id), json }, (err, res) ->
expect(res.statusCode).toBe(200)
done()
it 'accepts name and email changes', (done) ->
unittest.getNormalJoe (joe) ->
json = {
_id: joe.id
email: 'PI:EMAIL:<EMAIL>END_PI'
name: 'PI:NAME:<NAME>END_PI'
}
request.put { url: getURL(urlUser), json }, (err, res) ->
expect(res.statusCode).toBe(200)
unittest.getUser('Wilhelm', 'PI:EMAIL:<EMAIL>END_PI', 'null', (joe) ->
expect(joe.get('name')).toBe('PI:NAME:<NAME>END_PI')
expect(joe.get('emailLower')).toBe('PI:EMAIL:<EMAIL>END_PI')
expect(joe.get('email')).toBe('PI:EMAIL:<EMAIL>END_PI')
done())
it 'should not allow two users with the same name slug', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', 'admin'
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 409
# Restore Sam
sam.set 'name', samsName
done()
it 'should be able to unset a slug by setting an empty name', (done) ->
loginSam (sam) ->
samsName = sam.get 'name'
sam.set 'name', ''
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe 200
newSam = response.body
# Restore Sam
sam.set 'name', samsName
request.put {uri:getURL(urlUser + '/' + sam.id), json: sam.toObject()}, (err, response) ->
expect(err).toBeNull()
done()
describe 'when role is changed to teacher or other school administrator', ->
it 'removes the user from all classrooms they are in', utils.wrap (done) ->
user = yield utils.initUser()
classroom = new Classroom({members: [user._id]})
yield classroom.save()
expect(classroom.get('members').length).toBe(1)
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { role: 'teacher' }}
yield new Promise (resolve) -> setTimeout(resolve, 10)
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(0)
done()
it 'changes the role regardless of emailVerified', utils.wrap (done) ->
user = yield utils.initUser()
user.set('emailVerified', true)
yield user.save()
yield utils.loginUser(user)
attrs = user.toObject()
attrs.role = 'teacher'
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: attrs }
user = yield User.findById(user.id)
expect(user.get('role')).toBe('teacher')
done()
it 'ignores attempts to change away from a teacher role', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
url = getURL('/db/user/'+user.id)
[res, body] = yield request.putAsync { uri: url, json: { role: 'teacher' }}
expect(body.role).toBe('teacher')
[res, body] = yield request.putAsync { uri: url, json: { role: 'advisor' }}
expect(body.role).toBe('advisor')
[res, body] = yield request.putAsync { uri: url, json: { role: 'student' }}
expect(body.role).toBe('advisor')
done()
it 'returns 422 if both email and name would be unset for a registered user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '', name: '' }}
expect(body.code).toBe(422)
expect(body.message).toEqual('User needs a username or email address')
done()
it 'allows unsetting email, even when there\'s a user with email and emailLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {email: '', emailLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { email: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.email).toBeUndefined()
done()
it 'allows unsetting name, even when there\'s a user with name and nameLower set to empty string', utils.wrap (done) ->
invalidUser = yield utils.initUser()
yield invalidUser.update({$set: {name: '', nameLower: ''}})
user = yield utils.initUser()
yield utils.loginUser(user)
[res, body] = yield request.putAsync { uri: getURL('/db/user/'+user.id), json: { name: '' }}
expect(res.statusCode).toBe(200)
expect(res.body.name).toBeUndefined()
done()
describe 'PUT /db/user/-/become-student', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/become-student')
@user = yield utils.initUser()
yield utils.loginUser(@user)
done()
describe 'when a user is in a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'keeps the user in their classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a user owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a student', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a teacher', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
done()
it 'removes the classroom and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'when a user in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a student in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'student')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'when a teacher in a classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes owned classrooms, keeps in classrooms, and sets their role to student', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('student')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('student')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(0)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(1)
done()
describe 'PUT /db/user/-/remain-teacher', ->
describe 'when a teacher in classroom and owns a classroom', ->
beforeEach utils.wrap (done) ->
@url = getURL('/db/user/-/remain-teacher')
@user = yield utils.initUser()
yield utils.loginUser(@user)
@user.set('role', 'teacher')
yield @user.save()
classroom = new Classroom({
members: [@user._id]
})
yield classroom.save()
classroom = new Classroom({
ownerID: @user._id
})
yield classroom.save()
done()
it 'removes from classrooms', utils.wrap (done) ->
[res, body] = yield request.putAsync { uri: @url}
expect(res.statusCode).toEqual(200)
expect(JSON.parse(body).role).toEqual('teacher')
user = yield User.findById @user._id
expect(user.get('role')).toEqual('teacher')
classrooms = yield Classroom.find ownerID: @user._id
expect(classrooms.length).toEqual(1)
classrooms = yield Classroom.find members: @user._id
expect(classrooms.length).toEqual(0)
done()
describe 'GET /db/user', ->
it 'logs in as admin', (done) ->
json = {
username: 'PI:EMAIL:<EMAIL>END_PI'
password: 'PI:PASSWORD:<PASSWORD>END_PI'
}
request.post { url: getURL('/auth/login'), json }, (error, response) ->
expect(response.statusCode).toBe(200)
done()
it 'get schema', (done) ->
request.get {uri: getURL(urlUser+'/schema')}, (err, res, body) ->
expect(res.statusCode).toBe(200)
body = JSON.parse(body)
expect(body.type).toBeDefined()
done()
it 'is able to do a semi-sweet query', (done) ->
options = {
url: getURL(urlUser) + "?conditions[limit]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(200)
res = JSON.parse(response.body)
expect(res.length).toBeGreaterThan(0)
done()
)
it 'rejects bad conditions', (done) ->
options = {
url: getURL(urlUser) + "?conditions[lime]=20&conditions[sort]=-dateCreated"
}
req = request.get(options, (error, response) ->
expect(response.statusCode).toBe(422)
done()
)
it 'can fetch myself by id completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/' + sam.id)}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
done()
it 'can fetch myself by slug completely', (done) ->
loginSam (sam) ->
request.get {url: getURL(urlUser + '/sam')}, (err, response) ->
expect(err).toBeNull()
expect(response.statusCode).toBe(200)
guy = JSON.parse response.body
expect(guy._id).toBe sam.get('_id').toHexString()
expect(guy.name).toBe sam.get 'name'
done()
# TODO Ruben should be able to fetch other users but probably with restricted data access
# Add to the test case above an extra data check
# xit 'can fetch another user with restricted fields'
describe 'GET /db/user/:handle', ->
it 'populates coursePrepaid from coursePrepaidID', utils.wrap (done) ->
course = yield utils.makeCourse()
user = yield utils.initUser({coursePrepaidID: course.id})
[res, body] = yield request.getAsync({url: getURL("/db/user/#{user.id}"), json: true})
expect(res.statusCode).toBe(200)
expect(res.body.coursePrepaid._id).toBe(course.id)
expect(res.body.coursePrepaid.startDate).toBe(Prepaid.DEFAULT_START_DATE)
done()
describe 'DELETE /db/user', ->
it 'can delete a user', utils.wrap (done) ->
user = yield utils.initUser()
yield utils.loginUser(user)
beforeDeleted = new Date()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
user = yield User.findById user.id
expect(user.get('deleted')).toBe(true)
expect(user.get('dateDeleted')).toBeGreaterThan(beforeDeleted)
expect(user.get('dateDeleted')).toBeLessThan(new Date())
for key, value of user.toObject()
continue if key in ['_id', 'deleted', 'dateDeleted']
expect(_.isEmpty(value)).toEqual(true)
done()
it 'moves user to classroom.deletedMembers', utils.wrap (done) ->
user = yield utils.initUser()
user2 = yield utils.initUser()
yield utils.loginUser(user)
classroom = new Classroom({
members: [user._id, user2._id]
})
yield classroom.save()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/#{user.id}"}
classroom = yield Classroom.findById(classroom.id)
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('deletedMembers').length).toBe(1)
expect(classroom.get('members')[0].toString()).toEqual(user2.id)
expect(classroom.get('deletedMembers')[0].toString()).toEqual(user.id)
done()
it 'returns 401 if no cookie session', utils.wrap (done) ->
yield utils.logout()
[res, body] = yield request.delAsync {uri: "#{getURL(urlUser)}/1234"}
expect(res.statusCode).toBe(401)
done()
describe 'Statistics', ->
LevelSession = require '../../../server/models/LevelSession'
Article = require '../../../server/models/Article'
Level = require '../../../server/models/Level'
LevelSystem = require '../../../server/models/LevelSystem'
LevelComponent = require '../../../server/models/LevelComponent'
ThangType = require '../../../server/models/ThangType'
User = require '../../../server/models/User'
UserHandler = require '../../../server/handlers/user_handler'
it 'keeps track of games completed', (done) ->
session = new LevelSession
name: 'PI:NAME:<NAME>END_PI'
permissions: simplePermissions
state: complete: true
unittest.getNormalJoe (joe) ->
expect(joe.get 'stats.gamesCompleted').toBeUndefined()
session.set 'creator', joe.get 'id'
session.save (err) ->
expect(err).toBeNull()
f = ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe joe.get 'id'
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
setTimeout f, 100
it 'recalculates games completed', (done) ->
unittest.getNormalJoe (joe) ->
loginAdmin ->
User.findByIdAndUpdate joe.get('id'), {$unset:'stats.gamesCompleted': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBeUndefined()
UserHandler.statRecalculators.gamesCompleted ->
User.findById joe.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'stats.gamesCompleted').toBe 1
done()
it 'keeps track of article edits', (done) ->
article =
name: 'PI:NAME:<NAME>END_PI'
body: 'I don\'t have much to say I\'m afraid'
url = getURL('/db/article')
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.article).toBeUndefined()
article.creator = carl.get 'id'
# Create major version 0.0
request.post {uri:url, json: article}, (err, res, body) ->
expect(err).toBeNull()
expect(res.statusCode).toBe 201
article = body
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 1
# Create minor version 0.1
newVersionURL = "#{url}/#{article._id}/new-version"
request.post {uri:newVersionURL, json: article}, (err, res, body) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'recalculates article edits', (done) ->
loginAdmin (carl) ->
User.findByIdAndUpdate carl.get('id'), {$unset:'stats.articleEdits': ''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBeUndefined()
UserHandler.statRecalculators.articleEdits ->
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.article).toBe 2
done()
it 'keeps track of level edits', (done) ->
level = new Level
name: "King's Peak 3"
description: 'Climb a mountain.'
permissions: simplePermissions
scripts: []
thangs: []
loginAdmin (carl) ->
expect(carl.get User.statsMapping.edits.level).toBeUndefined()
level.creator = carl.get 'id'
level.save (err) ->
expect(err).toBeNull()
User.findById carl.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get 'id').toBe carl.get 'id'
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'recalculates level edits', (done) ->
unittest.getAdmin (jose) ->
User.findByIdAndUpdate jose.get('id'), {$unset:'stats.levelEdits':''}, {new: true}, (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBeUndefined()
UserHandler.statRecalculators.levelEdits ->
User.findById jose.get('id'), (err, guy) ->
expect(err).toBeNull()
expect(guy.get User.statsMapping.edits.level).toBe 1
done()
it 'cleans up', (done) ->
clearModels [LevelSession, Article, Level, LevelSystem, LevelComponent, ThangType], (err) ->
expect(err).toBeNull()
done()
describe 'POST /db/user/:handle/signup-with-password', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 10))
done()
it 'signs up the user with the password and sends welcome emails', utils.wrap (done) ->
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'PI:EMAIL:<EMAIL>END_PI'
name = 'someusername'
json = { name, email, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'signs up the user with just a name and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
json = { name, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
expect(updatedUser.get('email')).toBeUndefined()
expect(updatedUser.get('emailLower')).toBeUndefined()
done()
it 'signs up the user with a username, email, and password', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
name = 'someusername'
email = 'PI:EMAIL:<EMAIL>END_PI'
json = { name, email, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(name)
expect(updatedUser.get('nameLower')).toBe(name.toLowerCase())
expect(updatedUser.get('slug')).toBe(name.toLowerCase())
expect(updatedUser.get('email')).toBe(email)
expect(updatedUser.get('emailLower')).toBe(email.toLowerCase())
expect(updatedUser.get('passwordHash')).toBeDefined()
done()
it 'returns 422 if neither username or email were provided', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('anonymous')).toBe(true)
expect(updatedUser.get('passwordHash')).toBeUndefined()
done()
it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
email = 'PI:EMAIL:<EMAIL>END_PI'
initialUser = yield utils.initUser({email})
expect(initialUser.get('emailLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { email, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'returns 409 if there is already a user with the given username', utils.wrap (done) ->
name = 'someusername'
initialUser = yield utils.initUser({name})
expect(initialUser.get('nameLower')).toBeDefined()
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-password")
json = { name, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(409)
done()
it 'disassociates the user from their trial request if the trial request email and signup email do not match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: 'PI:EMAIL:<EMAIL>END_PI' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'PI:EMAIL:<EMAIL>END_PI'
json = { email, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant')).toBeUndefined()
done()
it 'does NOT disassociate the user from their trial request if the trial request email and signup email DO match', utils.wrap (done) ->
user = yield utils.becomeAnonymous()
trialRequest = yield utils.makeTrialRequest({ properties: { email: 'PI:EMAIL:<EMAIL>END_PI' } })
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
url = getURL("/db/user/#{user.id}/signup-with-password")
email = 'PI:EMAIL:<EMAIL>END_PI'
json = { email, password: 'PI:PASSWORD:<PASSWORD>END_PI' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest.get('applicant').equals(user._id)).toBe(true)
done()
describe 'POST /db/user/:handle/signup-with-facebook', ->
facebookID = '12345'
facebookEmail = 'PI:EMAIL:<EMAIL>END_PI'
name = 'someusername'
validFacebookResponse = new Promise((resolve) -> resolve({
id: facebookID,
email: facebookEmail,
first_name: 'PI:NAME:<NAME>END_PI',
gender: 'male',
last_name: 'PI:NAME:<NAME>END_PI',
link: 'https://www.facebook.com/app_scoped_user_id/12345/',
locale: 'en_US',
name: 'PI:NAME:<NAME>END_PI',
timezone: -7,
updated_time: '2015-12-08T17:10:39+0000',
verified: true
}))
invalidFacebookResponse = new Promise((resolve) -> resolve({
error: {
message: 'Invalid OAuth access token.',
type: 'OAuthException',
code: 190,
fbtrace_id: 'EC4dEdeKHBH'
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the facebookID and sends welcome emails', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('email')).toBe(facebookEmail)
expect(updatedUser.get('facebookID')).toBe(facebookID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if facebook does not recognize the access token', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(invalidFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { email: facebookEmail, facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-facebook")
json = { name, email: 'PI:EMAIL:<EMAIL>END_PI', facebookID, facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: facebookEmail, facebookID: '54321', facebookAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# initialUser = yield utils.initUser({email: facebookEmail})
# expect(initialUser.get('emailLower')).toBeDefined()
# spyOn(facebook, 'fetchMe').and.returnValue(validFacebookResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-facebook")
# json = { name, email: facebookEmail, facebookID, facebookAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/signup-with-gplus', ->
gplusID = '12345'
gplusEmail = 'PI:EMAIL:<EMAIL>END_PI'
name = 'someusername'
validGPlusResponse = new Promise((resolve) -> resolve({
id: gplusID
email: gplusEmail,
verified_email: true,
name: 'PI:NAME:<NAME>END_PI',
given_name: 'PI:NAME:<NAME>END_PI',
family_name: 'PI:NAME:<NAME>END_PI',
link: 'https://plus.google.com/12345',
picture: 'https://lh6.googleusercontent.com/...',
gender: 'male',
locale: 'en'
}))
invalidGPlusResponse = new Promise((resolve) -> resolve({
"error": {
"errors": [
{
"domain": "global",
"reason": "authError",
"message": "Invalid Credentials",
"locationType": "header",
"location": "Authorization"
}
],
"code": 401,
"message": "Invalid Credentials"
}
}))
beforeEach utils.wrap (done) ->
yield utils.clearModels([User])
yield new Promise((resolve) -> setTimeout(resolve, 50))
done()
it 'signs up the user with the gplusID and sends welcome emails', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
spyOn(sendwithus.api, 'send')
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(200)
updatedUser = yield User.findById(user.id)
expect(updatedUser.get('name')).toBe(PI:NAME:<NAME>END_PI)
expect(updatedUser.get('email')).toBe(gplusEmail)
expect(updatedUser.get('gplusID')).toBe(gplusID)
expect(sendwithus.api.send).toHaveBeenCalled()
done()
it 'returns 422 if gplus does not recognize the access token', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(invalidGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: gplusEmail, gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
it 'returns 422 if the email or id do not match', utils.wrap (done) ->
spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
user = yield utils.becomeAnonymous()
url = getURL("/db/user/#{user.id}/signup-with-gplus")
json = { name, email: 'some-PI:EMAIL:<EMAIL>END_PI', gplusID, gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
json = { name, email: gplusEmail, gplusID: '54321', gplusAccessToken: '...' }
[res, body] = yield request.postAsync({url, json})
expect(res.statusCode).toBe(422)
done()
# TODO: Fix this test, res.statusCode is occasionally 200
# it 'returns 409 if there is already a user with the given email', utils.wrap (done) ->
# yield utils.initUser({name: 'someusername', email: gplusEmail})
# spyOn(gplus, 'fetchMe').and.returnValue(validGPlusResponse)
# user = yield utils.becomeAnonymous()
# url = getURL("/db/user/#{user.id}/signup-with-gplus")
# json = { name: 'differentusername', email: gplusEmail, gplusID, gplusAccessToken: '...' }
# [res, body] = yield request.postAsync({url, json})
# expect(res.statusCode).toBe(409)
# done()
describe 'POST /db/user/:handle/destudent', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, Classroom, CourseInstance, Course, Campaign])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
student1 = yield utils.initUser({role: 'student'})
student2 = yield utils.initUser({role: 'student'})
members = [student1._id, student2._id]
classroom = new Classroom({members})
yield classroom.save()
courseInstance = new CourseInstance({members})
yield courseInstance.save()
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
url = getURL("/db/user/#{student1.id}/destudent")
[res, body] = yield request.postAsync({url, json:true})
student1 = yield User.findById(student1.id)
student2 = yield User.findById(student2.id)
classroom = yield Classroom.findById(classroom.id)
courseInstance = yield CourseInstance.findById(courseInstance.id)
expect(student1.get('role')).toBeUndefined()
expect(student2.get('role')).toBe('student')
expect(classroom.get('members').length).toBe(1)
expect(classroom.get('members')[0].toString()).toBe(student2.id)
expect(courseInstance.get('members').length).toBe(1)
expect(courseInstance.get('members')[0].toString()).toBe(student2.id)
done()
describe 'POST /db/user/:handle/deteacher', ->
beforeEach utils.wrap (done) ->
yield utils.clearModels([User, TrialRequest])
done()
it 'removes a student user from all classrooms and unsets their role property', utils.wrap (done) ->
teacher = yield utils.initUser({role: 'teacher'})
yield utils.loginUser(teacher)
trialRequest = yield utils.makeTrialRequest(teacher)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeDefined()
expect(teacher.get('role')).toBe('teacher')
url = getURL("/db/user/#{teacher.id}/deteacher")
[res, body] = yield request.postAsync({url, json:true})
trialRequest = yield TrialRequest.findById(trialRequest.id)
expect(trialRequest).toBeNull()
teacher = yield User.findById(teacher.id)
expect(teacher.get('role')).toBeUndefined()
done()
describe 'POST /db/user/:handle/check-for-new-achievements', ->
achievementURL = getURL('/db/achievement')
achievementJSON = {
collection: 'users'
query: {'points': {$gt: 50}}
userField: '_id'
recalculable: true
worth: 75
rewards: {
gems: 50
levels: [new mongoose.Types.ObjectId().toString()]
}
name: 'Dungeon Arena Started'
description: 'Started playing Dungeon Arena.'
related: 'a'
}
beforeEach utils.wrap (done) ->
yield utils.clearModels [Achievement, EarnedAchievement, LevelSession, User]
Achievement.resetAchievements()
done()
it 'finds new achievements and awards them to the user', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
earned = yield EarnedAchievement.count()
expect(earned).toBe(0)
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievementUpdated = res.body.updated
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('earned')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(175)
earned = yield EarnedAchievement.count()
expect(earned).toBe(1)
expect(body.lastAchievementChecked).toBe(achievementUpdated)
done()
it 'updates the user if they already earned the achievement but the rewards changed', utils.wrap (done) ->
user = yield utils.initUser({points: 100})
yield utils.loginUser(user)
url = utils.getURL("/db/user/#{user.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
[res, body] = yield request.postAsync { uri: achievementURL, json: achievementJSON }
achievement = yield Achievement.findById(body._id)
expect(res.statusCode).toBe(201)
user = yield User.findById(user.id)
expect(user.get('rewards')).toBeUndefined()
yield utils.loginUser(user)
[res, body] = yield request.postAsync({ url, json })
expect(res.body.points).toBe(175)
expect(res.body.earned.gems).toBe(50)
achievement.set({
updated: new Date().toISOString()
rewards: { gems: 100 }
worth: 200
})
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(300)
expect(res.statusCode).toBe(200)
# special case: no worth, should default to 10
yield achievement.update({
$set: {updated: new Date().toISOString()},
$unset: {worth:''}
})
[res, body] = yield request.postAsync({ url, json })
expect(res.body.earned.gems).toBe(100)
expect(res.body.points).toBe(110)
expect(res.statusCode).toBe(200)
done()
it 'works for level sessions', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': level.get('original').toString()
'state': {complete: true}
}
worth: 100
proportionalTo: 'state.difficulty'
})
levelSession = yield utils.makeLevelSession({state: {complete: true, difficulty:2}}, { creator:admin, level })
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
# check idempotency
achievement.set('updated', new Date().toISOString())
yield achievement.save()
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBe(200)
admin = yield User.findById(admin.id)
done()
it 'skips achievements which have not been satisfied', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
level = yield utils.makeLevel()
achievement = yield utils.makeAchievement({
collection: 'level.sessions'
userField: 'creator'
query: {
'level.original': 'does not matter'
}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
it 'skips achievements which are not either for the users collection or the level sessions collection with level.original included', utils.wrap (done) ->
admin = yield utils.initAdmin()
yield utils.loginUser(admin)
achievement = yield utils.makeAchievement({
collection: 'not.supported'
userField: 'creator'
query: {}
worth: 100
})
expect(admin.get('lastAchievementChecked')).toBeUndefined()
url = utils.getURL("/db/user/#{admin.id}/check-for-new-achievement")
json = true
[res, body] = yield request.postAsync({ url, json })
expect(body.points).toBeUndefined()
admin = yield User.findById(admin.id)
expect(admin.get('lastAchievementChecked')).toBe(achievement.get('updated'))
done()
describe 'POST /db/user/:userID/request-verify-email', ->
mailChimp = require '../../../server/lib/mail-chimp'
beforeEach utils.wrap (done) ->
spyOn(mailChimp.api, 'put').and.returnValue(Promise.resolve())
@user = yield utils.initUser()
verificationCode = @user.verificationCode(new Date().getTime())
@url = utils.getURL("/db/user/#{@user.id}/verify/#{verificationCode}")
done()
it 'sets emailVerified to true and updates MailChimp', utils.wrap (done) ->
[res, body] = yield request.postAsync({ @url, json: true })
expect(res.statusCode).toBe(200)
expect(mailChimp.api.put).toHaveBeenCalled()
user = yield User.findById(@user.id)
expect(user.get('emailVerified')).toBe(true)
done()
|
[
{
"context": "nd details are available at:\n# https://github.com/rcbops/opencenter or upon written request.\n#\n# You may o",
"end": 656,
"score": 0.9096388816833496,
"start": 650,
"tag": "USERNAME",
"value": "rcbops"
},
{
"context": "r/facts/\",\n JSON.stringify\n key: \"parent_id\"\n value: parent\n node_id: optio",
"end": 10256,
"score": 0.8734920620918274,
"start": 10247,
"tag": "KEY",
"value": "parent_id"
}
] | source/coffee/index.coffee | rcbops/opencenter-dashboard | 0 | # OpenCenter™ is Copyright 2013 by Rackspace US, Inc.
# ###############################################################################
#
# OpenCenter is licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License. This version
# of OpenCenter includes Rackspace trademarks and logos, and in accordance with
# Section 6 of the License, the provision of commercial support services in
# conjunction with a version of OpenCenter which includes Rackspace trademarks
# and logos is prohibited. OpenCenter source code and details are available at:
# https://github.com/rcbops/opencenter or upon written request.
#
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0 and a copy, including this notice,
# is available in the LICENSE file accompanying this software.
#
# Unless required by applicable law or agreed to in writing, software distributed
# under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR
# CONDITIONS OF ANY KIND, either express or implied. See the License for the
# specific language governing permissions and limitations under the License.
#
# ###############################################################################
# Grab namespace
dashboard = exports?.dashboard ? @dashboard
$ ->
IndexModel = ->
# TODO: Map from data source
@siteNav = ko.observableArray [
name: "OpenCenter"
template: "indexTemplate"
]
# Track this for UI caching
@siteLocked = ko.observable false
# Temp storage for node mapping
@tmpItems = ko.observableArray()
@tmpCache = ko.observableArray()
# Computed wrapper for coalescing changes
@wsItems = ko.computed =>
if @siteLocked()
@tmpCache()
else # Otherwise fill cache and return
@tmpCache @tmpItems()
@tmpItems()
# Execution plans
@wsPlans = ko.observableArray()
# Flat node list, keyed by id
@keyItems = {}
# Current task list
@wsTasks = ko.observableArray()
# Flat task list, keyed by id
@keyTasks = {}
@getTaskCounts = ko.computed =>
counts = {}
for task in @wsTasks()
status = task.dash.statusClass()
counts[status] ?= 0
counts[status] += 1
for k,v of counts
statusClass: k
count: v
@wsTaskTitle = ko.observable("Select a task to view its log")
@getTaskTitle = ko.computed =>
@wsTaskTitle()
@wsTaskLog = ko.observable("...")
@getTaskLog = ko.computed =>
@wsTaskLog()
@selectTask = (data, event) =>
$node = $(event.target).closest(".task")
$node.siblings().removeClass("active")
$node.addClass("active")
for k,v of @keyTasks
@keyTasks[k].dash["active"] = false
id = $node.attr("data-id")
dash = @keyTasks[id].dash
dash["active"] = true
@wsTaskTitle dash.label
@wsTaskLog "Retrieving log..."
# Kill any pending watch requests
dashboard.killRequests /logs\?watch/i
# Log streaming
dashboard.getData "/octr/tasks/#{id}/logs?watch", (data) =>
if data?.request?
dashboard.killRequests /logs\//i # Kill any existing log streams
url = "/octr/tasks/#{id}/logs/#{data.request}"
xhr = new XMLHttpRequest()
xhr.open "GET", url
xhr.setRequestHeader('Authorization', dashboard.authHeader.Authorization)
xhr.onloadstart = ->
dashboard.pendingRequests[url] = xhr # Store
xhr.onprogress = =>
@wsTaskLog xhr.responseText # Update log observable
$contents = $("#logPane .pane-contents")
$contents.scrollTop $contents.prop("scrollHeight") # Scroll to bottom
xhr.onloadend = ->
delete dashboard.pendingRequests[url] # Clean up
xhr.send() # Do it!
, -> true # Retry if fails
# Update on request success/failure
@siteEnabled = ko.computed ->
unless dashboard.siteEnabled()
dashboard.showModal "#indexNoConnectionModal"
else
dashboard.hideModal "#indexNoConnectionModal"
# Get config and grab initial set of nodes
dashboard.getData "/api/config", (data) =>
# Store config
@config = data
# Debounce node changes (x msec settling period)
@wsItems.extend throttle: @config?.throttle?.nodes ? 500
# Debounce site disabled overlay
@siteEnabled.extend throttle: @config?.throttle?.site ? 2000
# Start long-poller
dashboard.pollNodes (nodes, cb) => # Recursive node grabber
pnodes = []
resolver = (stack) =>
id = stack.pop()
unless id? # End of ID list
dashboard.updateNodes nodes: pnodes, @tmpItems, @keyItems
cb() if cb?
else
dashboard.getData "/octr/nodes/#{id}"
, (node) ->
pnodes.push node.node # Got a node, so push it
resolver stack # Continue
, (jqXHR) =>
switch jqXHR.status
when 404
node = @keyItems[id]
unless node? # Already deleted?
resolver stack # Continue
break # Bail this thread
pid = node?.facts?.parent_id
if pid? # Have parent?
delete @keyItems[pid].dash.children[id] # Delete from parent's children
delete @keyItems[id] # Remove node
resolver stack # Continue
else true # Retry GET
false # Don't retry GET
resolver nodes
, @config?.timeout?.long ? 30000
# Start dumb poller
dashboard.pollTasks (tasks) =>
dashboard.updateTasks tasks, @wsTasks, @keyTasks
, @config?.throttle?.tasks ? 2000
# Load initial data
dashboard.getNodes "/octr/nodes/", @tmpItems, @keyItems
dashboard.getTasks "/octr/tasks/", @wsTasks, @keyTasks
@siteActive = dashboard.selector (data) =>
null # TODO: Do something useful with multiple tabs
, @siteNav()[0] # Set to first by default
# Template accessor that avoids data-loading race
@getTemplate = ko.computed =>
@siteActive()?.template ? {} # TODO: Needs .template?() if @siteNav is mapped
# Index template sub-accessor. TODO: unstub for zero-state template progression
@getIndexTemplate = ko.computed =>
name: "indexItemTemplate"
foreach: @wsItems
# Plan flattener
@getPlans = ko.computed =>
if not @wsPlans()?.plan?.length
return null
ret = []
#ret.push (dashboard.toArray n?.args)... for n in @wsPlans()?.plan
for plan in @wsPlans()?.plan
step = {}
step.name = '' #TODO: Possibly create a name for each step.
step.args = dashboard.toArray plan?.args
# Fixup missing/empty friendly names
for arg,index in step.args
unless arg.value?.friendly? and !!arg.value.friendly
step.args[index].value.friendly = step.args[index].key
if step.args.length
ret.push (step)
ret
# Document clicks hide menus and bubble up here
$(document).click => @siteLocked false
@getActions = (node) =>
$el = $("[data-id=#{node.id()}]")
$place = $el.siblings(".dropdown-menu").find("#placeHolder")
open = $el.parent().hasClass("open")
if open # Closing menu
@siteLocked false
else # Opening menu
@siteLocked true
$place.empty() # Clear children
$place.append("<div class='form-throb' />") # Show throbber
dashboard.getData "/octr/nodes/#{node.id()}/adventures", (data) ->
if data?.adventures?.length # Have adventures?
node.dash.actions (n for n in data?.adventures)
else # No adventures
$place.text "No actions available" # Show sad message
@doAction = (object, action) =>
dashboard.post "/octr/adventures/#{action.id}/execute",
JSON.stringify node: object.id()
, (data) -> # success handler
null #TODO: Use success for something
, (jqXHR, textStatus, errorThrown) => # error handler
switch jqXHR.status
when 409 # Need more data
@wsPlans JSON.parse jqXHR.responseText
@wsPlans().node = object.id()
dashboard.showModal "#indexInputModal"
else
console.log "Error (#{jqXHR.status}): #{errorThrown}"
@toggleTaskLogPane = ->
unless ko.utils.unwrapObservable(dashboard.displayTaskLogPane())
dashboard.displayTaskLogPane true
else
dashboard.displayTaskLogPane false
# Input form validator; here for scoping plan args
$('#inputForm').validate
focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) =>
$(form).find('.control-group').each (index, element) =>
key = $(element).find('label').first().attr('for')
val = $(element).find('input').val()
for plan in @wsPlans().plan
if plan?.args?[key]?
plan.args[key].value = val
dashboard.post "/octr/plan/",
JSON.stringify
node: @wsPlans().node
plan: @wsPlans().plan
, (data) ->
dashboard.hideModal "#indexInputModal"
, (jqXHR, textStatus, errorThrown) ->
dashboard.hideModal "#indexInputModal"
console.log "Error (#{jqXHR.status}): #{errorThrown}"
# Multi-step form controls; here for manipulating form controls based on form's page
#$("#indexInputModal").on "show", (e) ->
# dashboard.drawStepProgress()
# Sortable afterMove hook; here for scoping updateNodes args
ko.bindingHandlers.sortable.afterMove = (options) =>
dashboard.setBusy options.item # Set busy immediately on drop
parent = options.sourceParentNode.attributes["data-id"].value
dashboard.post "/octr/facts/",
JSON.stringify
key: "parent_id"
value: parent
node_id: options.item.id()
, (data) ->
null # TODO: Do something with success?
, (jqXHR, textStatus, errorThrown) =>
console.log "Error: (#{jqXHR.status}): #{errorThrown}"
dashboard.updateNodes null, @tmpItems, @keyItems # Remap from keys on fails
# In case we don't get an update for a while, make sure we at least periodically update node statuses
setInterval(dashboard.updateNodes, 90000, null, @tmpItems, @keyItems)
@ # Return ourself
ko.bindingHandlers.popper =
init: (el, data) ->
$(el).hover (event) ->
id = data().id()
obj = dashboard.indexModel.keyItems[id]
dashboard.killPopovers()
if dashboard.indexModel.siteLocked()
return # Don't pop when locked
if event.type is "mouseenter"
obj.hovered = true
dashboard.updatePopover this, obj, true
else
obj.hovered = false
dashboard.killPopovers()
ko.bindingHandlers.sortable.options =
handle: ".draggable"
cancel: ".dragDisable"
opacity: 0.35
placeholder: "place-holder"
start: (event, ui) ->
$("[data-bind~='popper']").popover "disable"
dashboard.killPopovers()
dashboard.indexModel.siteLocked true
stop: (event, ui) ->
dashboard.indexModel.siteLocked false
$.validator.addMethod "cidrType", (value, element) ->
dot2num = (dot) ->
d = dot.split('.')
((((((+d[0])*0x100)+(+d[1]))*0x100)+(+d[2]))*0x100)+(+d[3])
num2dot = (num) ->
((num >> 24) & 0xff) + "." +
((num >> 16) & 0xff) + "." +
((num >> 8) & 0xff) + "." +
(num & 0xff)
regex = /^((?:(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5])\.){3}(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]))(?:\/(\d|[1-2]\d|3[0-2]))$/
match = regex.exec value
if match?
mask = +match[2]
num = dot2num match[1]
masked = num2dot(num & (0xffffffff << (32-mask)))
if masked is match[1] then true else false
else false
, "Validate CIDR"
# Login form validator
$('#loginForm').validate
#focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) ->
form = $(form)
group = form.find('.control-group')
user = group.first().find('input')
pass = group.next().find('input')
throb = form.find('.form-throb')
resetForm = ->
throb.hide()
group.find('input').val ""
group.removeClass ['error', 'success']
group.find('.controls label').remove()
dashboard.makeBasicAuth user.val(), pass.val()
throb.show()
$.ajax # Test the auth
url: "/octr/"
headers: dashboard.authHeader
success: ->
dashboard.loggingIn = false # Done logging in
resetForm()
form.find('.alert').hide()
dashboard.hideModal "#indexLoginModal"
error: ->
resetForm()
form.find('.alert').show()
user.focus()
ko.bindingHandlers.showPane =
init: (el, data) ->
update: (el, data) ->
paneHeight = $(el).height()
footerHeight = $("#footer").height()
#footerNotifications = $('#tasklog-toggle .pane-notifications')
unless ko.utils.unwrapObservable(data())
bottom = -1 * paneHeight
fadeOpacity = 1
else
bottom = footerHeight
fadeOpacity = 0
#footerNotifications.fadeTo 300, fadeOpacity
$(el).animate
bottom: bottom
, 300, ->
ko.bindingHandlers.tipper =
init: (el, data) ->
opts =
title: data().description
trigger: "hover"
container: "#indexInputModal"
animation: false
$(el).tooltip opts
ko.bindingHandlers.dropper =
update: (el, data) ->
if ko.utils.unwrapObservable data()
$(el).removeClass("ko_container").removeClass("ui-sortable")
else
$(el).addClass("ko_container").addClass("ui-sortable")
# Custom binding provider with error handling
ErrorHandlingBindingProvider = ->
original = new ko.bindingProvider()
# Determine if an element has any bindings
@nodeHasBindings = original.nodeHasBindings
# Return the bindings given a node and the bindingContext
@getBindings = (node, bindingContext) ->
try
original.getBindings node, bindingContext
catch e
console.log "Error in binding: " + e.message, node
@
ko.bindingProvider.instance = new ErrorHandlingBindingProvider()
dashboard.indexModel = new IndexModel()
ko.applyBindings dashboard.indexModel
| 146595 | # OpenCenter™ is Copyright 2013 by Rackspace US, Inc.
# ###############################################################################
#
# OpenCenter is licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License. This version
# of OpenCenter includes Rackspace trademarks and logos, and in accordance with
# Section 6 of the License, the provision of commercial support services in
# conjunction with a version of OpenCenter which includes Rackspace trademarks
# and logos is prohibited. OpenCenter source code and details are available at:
# https://github.com/rcbops/opencenter or upon written request.
#
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0 and a copy, including this notice,
# is available in the LICENSE file accompanying this software.
#
# Unless required by applicable law or agreed to in writing, software distributed
# under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR
# CONDITIONS OF ANY KIND, either express or implied. See the License for the
# specific language governing permissions and limitations under the License.
#
# ###############################################################################
# Grab namespace
dashboard = exports?.dashboard ? @dashboard
$ ->
IndexModel = ->
# TODO: Map from data source
@siteNav = ko.observableArray [
name: "OpenCenter"
template: "indexTemplate"
]
# Track this for UI caching
@siteLocked = ko.observable false
# Temp storage for node mapping
@tmpItems = ko.observableArray()
@tmpCache = ko.observableArray()
# Computed wrapper for coalescing changes
@wsItems = ko.computed =>
if @siteLocked()
@tmpCache()
else # Otherwise fill cache and return
@tmpCache @tmpItems()
@tmpItems()
# Execution plans
@wsPlans = ko.observableArray()
# Flat node list, keyed by id
@keyItems = {}
# Current task list
@wsTasks = ko.observableArray()
# Flat task list, keyed by id
@keyTasks = {}
@getTaskCounts = ko.computed =>
counts = {}
for task in @wsTasks()
status = task.dash.statusClass()
counts[status] ?= 0
counts[status] += 1
for k,v of counts
statusClass: k
count: v
@wsTaskTitle = ko.observable("Select a task to view its log")
@getTaskTitle = ko.computed =>
@wsTaskTitle()
@wsTaskLog = ko.observable("...")
@getTaskLog = ko.computed =>
@wsTaskLog()
@selectTask = (data, event) =>
$node = $(event.target).closest(".task")
$node.siblings().removeClass("active")
$node.addClass("active")
for k,v of @keyTasks
@keyTasks[k].dash["active"] = false
id = $node.attr("data-id")
dash = @keyTasks[id].dash
dash["active"] = true
@wsTaskTitle dash.label
@wsTaskLog "Retrieving log..."
# Kill any pending watch requests
dashboard.killRequests /logs\?watch/i
# Log streaming
dashboard.getData "/octr/tasks/#{id}/logs?watch", (data) =>
if data?.request?
dashboard.killRequests /logs\//i # Kill any existing log streams
url = "/octr/tasks/#{id}/logs/#{data.request}"
xhr = new XMLHttpRequest()
xhr.open "GET", url
xhr.setRequestHeader('Authorization', dashboard.authHeader.Authorization)
xhr.onloadstart = ->
dashboard.pendingRequests[url] = xhr # Store
xhr.onprogress = =>
@wsTaskLog xhr.responseText # Update log observable
$contents = $("#logPane .pane-contents")
$contents.scrollTop $contents.prop("scrollHeight") # Scroll to bottom
xhr.onloadend = ->
delete dashboard.pendingRequests[url] # Clean up
xhr.send() # Do it!
, -> true # Retry if fails
# Update on request success/failure
@siteEnabled = ko.computed ->
unless dashboard.siteEnabled()
dashboard.showModal "#indexNoConnectionModal"
else
dashboard.hideModal "#indexNoConnectionModal"
# Get config and grab initial set of nodes
dashboard.getData "/api/config", (data) =>
# Store config
@config = data
# Debounce node changes (x msec settling period)
@wsItems.extend throttle: @config?.throttle?.nodes ? 500
# Debounce site disabled overlay
@siteEnabled.extend throttle: @config?.throttle?.site ? 2000
# Start long-poller
dashboard.pollNodes (nodes, cb) => # Recursive node grabber
pnodes = []
resolver = (stack) =>
id = stack.pop()
unless id? # End of ID list
dashboard.updateNodes nodes: pnodes, @tmpItems, @keyItems
cb() if cb?
else
dashboard.getData "/octr/nodes/#{id}"
, (node) ->
pnodes.push node.node # Got a node, so push it
resolver stack # Continue
, (jqXHR) =>
switch jqXHR.status
when 404
node = @keyItems[id]
unless node? # Already deleted?
resolver stack # Continue
break # Bail this thread
pid = node?.facts?.parent_id
if pid? # Have parent?
delete @keyItems[pid].dash.children[id] # Delete from parent's children
delete @keyItems[id] # Remove node
resolver stack # Continue
else true # Retry GET
false # Don't retry GET
resolver nodes
, @config?.timeout?.long ? 30000
# Start dumb poller
dashboard.pollTasks (tasks) =>
dashboard.updateTasks tasks, @wsTasks, @keyTasks
, @config?.throttle?.tasks ? 2000
# Load initial data
dashboard.getNodes "/octr/nodes/", @tmpItems, @keyItems
dashboard.getTasks "/octr/tasks/", @wsTasks, @keyTasks
@siteActive = dashboard.selector (data) =>
null # TODO: Do something useful with multiple tabs
, @siteNav()[0] # Set to first by default
# Template accessor that avoids data-loading race
@getTemplate = ko.computed =>
@siteActive()?.template ? {} # TODO: Needs .template?() if @siteNav is mapped
# Index template sub-accessor. TODO: unstub for zero-state template progression
@getIndexTemplate = ko.computed =>
name: "indexItemTemplate"
foreach: @wsItems
# Plan flattener
@getPlans = ko.computed =>
if not @wsPlans()?.plan?.length
return null
ret = []
#ret.push (dashboard.toArray n?.args)... for n in @wsPlans()?.plan
for plan in @wsPlans()?.plan
step = {}
step.name = '' #TODO: Possibly create a name for each step.
step.args = dashboard.toArray plan?.args
# Fixup missing/empty friendly names
for arg,index in step.args
unless arg.value?.friendly? and !!arg.value.friendly
step.args[index].value.friendly = step.args[index].key
if step.args.length
ret.push (step)
ret
# Document clicks hide menus and bubble up here
$(document).click => @siteLocked false
@getActions = (node) =>
$el = $("[data-id=#{node.id()}]")
$place = $el.siblings(".dropdown-menu").find("#placeHolder")
open = $el.parent().hasClass("open")
if open # Closing menu
@siteLocked false
else # Opening menu
@siteLocked true
$place.empty() # Clear children
$place.append("<div class='form-throb' />") # Show throbber
dashboard.getData "/octr/nodes/#{node.id()}/adventures", (data) ->
if data?.adventures?.length # Have adventures?
node.dash.actions (n for n in data?.adventures)
else # No adventures
$place.text "No actions available" # Show sad message
@doAction = (object, action) =>
dashboard.post "/octr/adventures/#{action.id}/execute",
JSON.stringify node: object.id()
, (data) -> # success handler
null #TODO: Use success for something
, (jqXHR, textStatus, errorThrown) => # error handler
switch jqXHR.status
when 409 # Need more data
@wsPlans JSON.parse jqXHR.responseText
@wsPlans().node = object.id()
dashboard.showModal "#indexInputModal"
else
console.log "Error (#{jqXHR.status}): #{errorThrown}"
@toggleTaskLogPane = ->
unless ko.utils.unwrapObservable(dashboard.displayTaskLogPane())
dashboard.displayTaskLogPane true
else
dashboard.displayTaskLogPane false
# Input form validator; here for scoping plan args
$('#inputForm').validate
focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) =>
$(form).find('.control-group').each (index, element) =>
key = $(element).find('label').first().attr('for')
val = $(element).find('input').val()
for plan in @wsPlans().plan
if plan?.args?[key]?
plan.args[key].value = val
dashboard.post "/octr/plan/",
JSON.stringify
node: @wsPlans().node
plan: @wsPlans().plan
, (data) ->
dashboard.hideModal "#indexInputModal"
, (jqXHR, textStatus, errorThrown) ->
dashboard.hideModal "#indexInputModal"
console.log "Error (#{jqXHR.status}): #{errorThrown}"
# Multi-step form controls; here for manipulating form controls based on form's page
#$("#indexInputModal").on "show", (e) ->
# dashboard.drawStepProgress()
# Sortable afterMove hook; here for scoping updateNodes args
ko.bindingHandlers.sortable.afterMove = (options) =>
dashboard.setBusy options.item # Set busy immediately on drop
parent = options.sourceParentNode.attributes["data-id"].value
dashboard.post "/octr/facts/",
JSON.stringify
key: "<KEY>"
value: parent
node_id: options.item.id()
, (data) ->
null # TODO: Do something with success?
, (jqXHR, textStatus, errorThrown) =>
console.log "Error: (#{jqXHR.status}): #{errorThrown}"
dashboard.updateNodes null, @tmpItems, @keyItems # Remap from keys on fails
# In case we don't get an update for a while, make sure we at least periodically update node statuses
setInterval(dashboard.updateNodes, 90000, null, @tmpItems, @keyItems)
@ # Return ourself
ko.bindingHandlers.popper =
init: (el, data) ->
$(el).hover (event) ->
id = data().id()
obj = dashboard.indexModel.keyItems[id]
dashboard.killPopovers()
if dashboard.indexModel.siteLocked()
return # Don't pop when locked
if event.type is "mouseenter"
obj.hovered = true
dashboard.updatePopover this, obj, true
else
obj.hovered = false
dashboard.killPopovers()
ko.bindingHandlers.sortable.options =
handle: ".draggable"
cancel: ".dragDisable"
opacity: 0.35
placeholder: "place-holder"
start: (event, ui) ->
$("[data-bind~='popper']").popover "disable"
dashboard.killPopovers()
dashboard.indexModel.siteLocked true
stop: (event, ui) ->
dashboard.indexModel.siteLocked false
$.validator.addMethod "cidrType", (value, element) ->
dot2num = (dot) ->
d = dot.split('.')
((((((+d[0])*0x100)+(+d[1]))*0x100)+(+d[2]))*0x100)+(+d[3])
num2dot = (num) ->
((num >> 24) & 0xff) + "." +
((num >> 16) & 0xff) + "." +
((num >> 8) & 0xff) + "." +
(num & 0xff)
regex = /^((?:(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5])\.){3}(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]))(?:\/(\d|[1-2]\d|3[0-2]))$/
match = regex.exec value
if match?
mask = +match[2]
num = dot2num match[1]
masked = num2dot(num & (0xffffffff << (32-mask)))
if masked is match[1] then true else false
else false
, "Validate CIDR"
# Login form validator
$('#loginForm').validate
#focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) ->
form = $(form)
group = form.find('.control-group')
user = group.first().find('input')
pass = group.next().find('input')
throb = form.find('.form-throb')
resetForm = ->
throb.hide()
group.find('input').val ""
group.removeClass ['error', 'success']
group.find('.controls label').remove()
dashboard.makeBasicAuth user.val(), pass.val()
throb.show()
$.ajax # Test the auth
url: "/octr/"
headers: dashboard.authHeader
success: ->
dashboard.loggingIn = false # Done logging in
resetForm()
form.find('.alert').hide()
dashboard.hideModal "#indexLoginModal"
error: ->
resetForm()
form.find('.alert').show()
user.focus()
ko.bindingHandlers.showPane =
init: (el, data) ->
update: (el, data) ->
paneHeight = $(el).height()
footerHeight = $("#footer").height()
#footerNotifications = $('#tasklog-toggle .pane-notifications')
unless ko.utils.unwrapObservable(data())
bottom = -1 * paneHeight
fadeOpacity = 1
else
bottom = footerHeight
fadeOpacity = 0
#footerNotifications.fadeTo 300, fadeOpacity
$(el).animate
bottom: bottom
, 300, ->
ko.bindingHandlers.tipper =
init: (el, data) ->
opts =
title: data().description
trigger: "hover"
container: "#indexInputModal"
animation: false
$(el).tooltip opts
ko.bindingHandlers.dropper =
update: (el, data) ->
if ko.utils.unwrapObservable data()
$(el).removeClass("ko_container").removeClass("ui-sortable")
else
$(el).addClass("ko_container").addClass("ui-sortable")
# Custom binding provider with error handling
ErrorHandlingBindingProvider = ->
original = new ko.bindingProvider()
# Determine if an element has any bindings
@nodeHasBindings = original.nodeHasBindings
# Return the bindings given a node and the bindingContext
@getBindings = (node, bindingContext) ->
try
original.getBindings node, bindingContext
catch e
console.log "Error in binding: " + e.message, node
@
ko.bindingProvider.instance = new ErrorHandlingBindingProvider()
dashboard.indexModel = new IndexModel()
ko.applyBindings dashboard.indexModel
| true | # OpenCenter™ is Copyright 2013 by Rackspace US, Inc.
# ###############################################################################
#
# OpenCenter is licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License. This version
# of OpenCenter includes Rackspace trademarks and logos, and in accordance with
# Section 6 of the License, the provision of commercial support services in
# conjunction with a version of OpenCenter which includes Rackspace trademarks
# and logos is prohibited. OpenCenter source code and details are available at:
# https://github.com/rcbops/opencenter or upon written request.
#
# You may obtain a copy of the License at
# http://www.apache.org/licenses/LICENSE-2.0 and a copy, including this notice,
# is available in the LICENSE file accompanying this software.
#
# Unless required by applicable law or agreed to in writing, software distributed
# under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR
# CONDITIONS OF ANY KIND, either express or implied. See the License for the
# specific language governing permissions and limitations under the License.
#
# ###############################################################################
# Grab namespace
dashboard = exports?.dashboard ? @dashboard
$ ->
IndexModel = ->
# TODO: Map from data source
@siteNav = ko.observableArray [
name: "OpenCenter"
template: "indexTemplate"
]
# Track this for UI caching
@siteLocked = ko.observable false
# Temp storage for node mapping
@tmpItems = ko.observableArray()
@tmpCache = ko.observableArray()
# Computed wrapper for coalescing changes
@wsItems = ko.computed =>
if @siteLocked()
@tmpCache()
else # Otherwise fill cache and return
@tmpCache @tmpItems()
@tmpItems()
# Execution plans
@wsPlans = ko.observableArray()
# Flat node list, keyed by id
@keyItems = {}
# Current task list
@wsTasks = ko.observableArray()
# Flat task list, keyed by id
@keyTasks = {}
@getTaskCounts = ko.computed =>
counts = {}
for task in @wsTasks()
status = task.dash.statusClass()
counts[status] ?= 0
counts[status] += 1
for k,v of counts
statusClass: k
count: v
@wsTaskTitle = ko.observable("Select a task to view its log")
@getTaskTitle = ko.computed =>
@wsTaskTitle()
@wsTaskLog = ko.observable("...")
@getTaskLog = ko.computed =>
@wsTaskLog()
@selectTask = (data, event) =>
$node = $(event.target).closest(".task")
$node.siblings().removeClass("active")
$node.addClass("active")
for k,v of @keyTasks
@keyTasks[k].dash["active"] = false
id = $node.attr("data-id")
dash = @keyTasks[id].dash
dash["active"] = true
@wsTaskTitle dash.label
@wsTaskLog "Retrieving log..."
# Kill any pending watch requests
dashboard.killRequests /logs\?watch/i
# Log streaming
dashboard.getData "/octr/tasks/#{id}/logs?watch", (data) =>
if data?.request?
dashboard.killRequests /logs\//i # Kill any existing log streams
url = "/octr/tasks/#{id}/logs/#{data.request}"
xhr = new XMLHttpRequest()
xhr.open "GET", url
xhr.setRequestHeader('Authorization', dashboard.authHeader.Authorization)
xhr.onloadstart = ->
dashboard.pendingRequests[url] = xhr # Store
xhr.onprogress = =>
@wsTaskLog xhr.responseText # Update log observable
$contents = $("#logPane .pane-contents")
$contents.scrollTop $contents.prop("scrollHeight") # Scroll to bottom
xhr.onloadend = ->
delete dashboard.pendingRequests[url] # Clean up
xhr.send() # Do it!
, -> true # Retry if fails
# Update on request success/failure
@siteEnabled = ko.computed ->
unless dashboard.siteEnabled()
dashboard.showModal "#indexNoConnectionModal"
else
dashboard.hideModal "#indexNoConnectionModal"
# Get config and grab initial set of nodes
dashboard.getData "/api/config", (data) =>
# Store config
@config = data
# Debounce node changes (x msec settling period)
@wsItems.extend throttle: @config?.throttle?.nodes ? 500
# Debounce site disabled overlay
@siteEnabled.extend throttle: @config?.throttle?.site ? 2000
# Start long-poller
dashboard.pollNodes (nodes, cb) => # Recursive node grabber
pnodes = []
resolver = (stack) =>
id = stack.pop()
unless id? # End of ID list
dashboard.updateNodes nodes: pnodes, @tmpItems, @keyItems
cb() if cb?
else
dashboard.getData "/octr/nodes/#{id}"
, (node) ->
pnodes.push node.node # Got a node, so push it
resolver stack # Continue
, (jqXHR) =>
switch jqXHR.status
when 404
node = @keyItems[id]
unless node? # Already deleted?
resolver stack # Continue
break # Bail this thread
pid = node?.facts?.parent_id
if pid? # Have parent?
delete @keyItems[pid].dash.children[id] # Delete from parent's children
delete @keyItems[id] # Remove node
resolver stack # Continue
else true # Retry GET
false # Don't retry GET
resolver nodes
, @config?.timeout?.long ? 30000
# Start dumb poller
dashboard.pollTasks (tasks) =>
dashboard.updateTasks tasks, @wsTasks, @keyTasks
, @config?.throttle?.tasks ? 2000
# Load initial data
dashboard.getNodes "/octr/nodes/", @tmpItems, @keyItems
dashboard.getTasks "/octr/tasks/", @wsTasks, @keyTasks
@siteActive = dashboard.selector (data) =>
null # TODO: Do something useful with multiple tabs
, @siteNav()[0] # Set to first by default
# Template accessor that avoids data-loading race
@getTemplate = ko.computed =>
@siteActive()?.template ? {} # TODO: Needs .template?() if @siteNav is mapped
# Index template sub-accessor. TODO: unstub for zero-state template progression
@getIndexTemplate = ko.computed =>
name: "indexItemTemplate"
foreach: @wsItems
# Plan flattener
@getPlans = ko.computed =>
if not @wsPlans()?.plan?.length
return null
ret = []
#ret.push (dashboard.toArray n?.args)... for n in @wsPlans()?.plan
for plan in @wsPlans()?.plan
step = {}
step.name = '' #TODO: Possibly create a name for each step.
step.args = dashboard.toArray plan?.args
# Fixup missing/empty friendly names
for arg,index in step.args
unless arg.value?.friendly? and !!arg.value.friendly
step.args[index].value.friendly = step.args[index].key
if step.args.length
ret.push (step)
ret
# Document clicks hide menus and bubble up here
$(document).click => @siteLocked false
@getActions = (node) =>
$el = $("[data-id=#{node.id()}]")
$place = $el.siblings(".dropdown-menu").find("#placeHolder")
open = $el.parent().hasClass("open")
if open # Closing menu
@siteLocked false
else # Opening menu
@siteLocked true
$place.empty() # Clear children
$place.append("<div class='form-throb' />") # Show throbber
dashboard.getData "/octr/nodes/#{node.id()}/adventures", (data) ->
if data?.adventures?.length # Have adventures?
node.dash.actions (n for n in data?.adventures)
else # No adventures
$place.text "No actions available" # Show sad message
@doAction = (object, action) =>
dashboard.post "/octr/adventures/#{action.id}/execute",
JSON.stringify node: object.id()
, (data) -> # success handler
null #TODO: Use success for something
, (jqXHR, textStatus, errorThrown) => # error handler
switch jqXHR.status
when 409 # Need more data
@wsPlans JSON.parse jqXHR.responseText
@wsPlans().node = object.id()
dashboard.showModal "#indexInputModal"
else
console.log "Error (#{jqXHR.status}): #{errorThrown}"
@toggleTaskLogPane = ->
unless ko.utils.unwrapObservable(dashboard.displayTaskLogPane())
dashboard.displayTaskLogPane true
else
dashboard.displayTaskLogPane false
# Input form validator; here for scoping plan args
$('#inputForm').validate
focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) =>
$(form).find('.control-group').each (index, element) =>
key = $(element).find('label').first().attr('for')
val = $(element).find('input').val()
for plan in @wsPlans().plan
if plan?.args?[key]?
plan.args[key].value = val
dashboard.post "/octr/plan/",
JSON.stringify
node: @wsPlans().node
plan: @wsPlans().plan
, (data) ->
dashboard.hideModal "#indexInputModal"
, (jqXHR, textStatus, errorThrown) ->
dashboard.hideModal "#indexInputModal"
console.log "Error (#{jqXHR.status}): #{errorThrown}"
# Multi-step form controls; here for manipulating form controls based on form's page
#$("#indexInputModal").on "show", (e) ->
# dashboard.drawStepProgress()
# Sortable afterMove hook; here for scoping updateNodes args
ko.bindingHandlers.sortable.afterMove = (options) =>
dashboard.setBusy options.item # Set busy immediately on drop
parent = options.sourceParentNode.attributes["data-id"].value
dashboard.post "/octr/facts/",
JSON.stringify
key: "PI:KEY:<KEY>END_PI"
value: parent
node_id: options.item.id()
, (data) ->
null # TODO: Do something with success?
, (jqXHR, textStatus, errorThrown) =>
console.log "Error: (#{jqXHR.status}): #{errorThrown}"
dashboard.updateNodes null, @tmpItems, @keyItems # Remap from keys on fails
# In case we don't get an update for a while, make sure we at least periodically update node statuses
setInterval(dashboard.updateNodes, 90000, null, @tmpItems, @keyItems)
@ # Return ourself
ko.bindingHandlers.popper =
init: (el, data) ->
$(el).hover (event) ->
id = data().id()
obj = dashboard.indexModel.keyItems[id]
dashboard.killPopovers()
if dashboard.indexModel.siteLocked()
return # Don't pop when locked
if event.type is "mouseenter"
obj.hovered = true
dashboard.updatePopover this, obj, true
else
obj.hovered = false
dashboard.killPopovers()
ko.bindingHandlers.sortable.options =
handle: ".draggable"
cancel: ".dragDisable"
opacity: 0.35
placeholder: "place-holder"
start: (event, ui) ->
$("[data-bind~='popper']").popover "disable"
dashboard.killPopovers()
dashboard.indexModel.siteLocked true
stop: (event, ui) ->
dashboard.indexModel.siteLocked false
$.validator.addMethod "cidrType", (value, element) ->
dot2num = (dot) ->
d = dot.split('.')
((((((+d[0])*0x100)+(+d[1]))*0x100)+(+d[2]))*0x100)+(+d[3])
num2dot = (num) ->
((num >> 24) & 0xff) + "." +
((num >> 16) & 0xff) + "." +
((num >> 8) & 0xff) + "." +
(num & 0xff)
regex = /^((?:(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5])\.){3}(?:\d|[1-9]\d|1\d{2}|2[0-4]\d|25[0-5]))(?:\/(\d|[1-2]\d|3[0-2]))$/
match = regex.exec value
if match?
mask = +match[2]
num = dot2num match[1]
masked = num2dot(num & (0xffffffff << (32-mask)))
if masked is match[1] then true else false
else false
, "Validate CIDR"
# Login form validator
$('#loginForm').validate
#focusCleanup: true
highlight: (element) ->
$(element).closest('.control-group').removeClass('success').addClass('error')
success: (element) ->
$(element).closest('.control-group').removeClass('error').addClass('success')
submitHandler: (form) ->
form = $(form)
group = form.find('.control-group')
user = group.first().find('input')
pass = group.next().find('input')
throb = form.find('.form-throb')
resetForm = ->
throb.hide()
group.find('input').val ""
group.removeClass ['error', 'success']
group.find('.controls label').remove()
dashboard.makeBasicAuth user.val(), pass.val()
throb.show()
$.ajax # Test the auth
url: "/octr/"
headers: dashboard.authHeader
success: ->
dashboard.loggingIn = false # Done logging in
resetForm()
form.find('.alert').hide()
dashboard.hideModal "#indexLoginModal"
error: ->
resetForm()
form.find('.alert').show()
user.focus()
ko.bindingHandlers.showPane =
init: (el, data) ->
update: (el, data) ->
paneHeight = $(el).height()
footerHeight = $("#footer").height()
#footerNotifications = $('#tasklog-toggle .pane-notifications')
unless ko.utils.unwrapObservable(data())
bottom = -1 * paneHeight
fadeOpacity = 1
else
bottom = footerHeight
fadeOpacity = 0
#footerNotifications.fadeTo 300, fadeOpacity
$(el).animate
bottom: bottom
, 300, ->
ko.bindingHandlers.tipper =
init: (el, data) ->
opts =
title: data().description
trigger: "hover"
container: "#indexInputModal"
animation: false
$(el).tooltip opts
ko.bindingHandlers.dropper =
update: (el, data) ->
if ko.utils.unwrapObservable data()
$(el).removeClass("ko_container").removeClass("ui-sortable")
else
$(el).addClass("ko_container").addClass("ui-sortable")
# Custom binding provider with error handling
ErrorHandlingBindingProvider = ->
original = new ko.bindingProvider()
# Determine if an element has any bindings
@nodeHasBindings = original.nodeHasBindings
# Return the bindings given a node and the bindingContext
@getBindings = (node, bindingContext) ->
try
original.getBindings node, bindingContext
catch e
console.log "Error in binding: " + e.message, node
@
ko.bindingProvider.instance = new ErrorHandlingBindingProvider()
dashboard.indexModel = new IndexModel()
ko.applyBindings dashboard.indexModel
|
[
{
"context": "****\n# JSFileManager - File manage clss\n# Coded by Hajime Oh-yake 2013.03.31\n#*************************************",
"end": 103,
"score": 0.9998951554298401,
"start": 89,
"tag": "NAME",
"value": "Hajime Oh-yake"
}
] | JSKit/01_JSFileManager.coffee | digitarhythm/codeJS | 0 | #*****************************************
# JSFileManager - File manage clss
# Coded by Hajime Oh-yake 2013.03.31
#*****************************************
class JSFileManager extends JSObject
constructor:->
super()
escapeHTML:(s) ->
s.replace /[&"<>]/g, (c) ->
escapeRules[c]
escapeRules =
"&": "&"
"\"": """
"<": "<"
">": ">"
stringWithContentsOfFile:(fname, @readaction)->
if (!fname?)
return
$.post "syslibs/library.php",
mode: "stringWithContentsOfFile"
fname: fname
,(data) =>
if (@readaction?)
@readaction(data)
writeToFile:(path, string, @saveaction)->
$.post "syslibs/library.php",
mode: "writeToFile"
fname: path
data: string
, (ret) =>
if (@saveaction?)
@saveaction(parseInt(ret))
fileList:(path, type, @listaction)->
$.post "syslibs/library.php",
mode: "filelist"
path: path
filter: type
,(filelist) =>
if (@listaction?)
@listaction(filelist)
thumbnailList:(path, @imagelistaction)->
$.post "syslibs/library.php",
mode: "thumbnailList"
path: path
,(filelist) =>
if (@imagelistaction?)
@imagelistaction(filelist)
createDirectoryAtPath:(path, @creatediraction)->
$.post "syslibs/library.php",
mode: "createDirectoryAtPath"
path: path
, (ret) =>
if (@creatediraction?)
@creatediraction(parseInt(ret))
removeItemAtPath:(path, @removeaction)->
$.post "syslibs/library.php",
mode: "removeFile"
path: path
, (ret) =>
if (@removeaction?)
@removeaction(parseInt(ret))
moveItemAtPath:(file, path, @moveaction)->
$.post "syslibs/library.php",
mode: "moveFile"
file: file
toPath: path
, (ret) =>
if (@moveaction?)
@moveaction(parseInt(ret))
| 115411 | #*****************************************
# JSFileManager - File manage clss
# Coded by <NAME> 2013.03.31
#*****************************************
class JSFileManager extends JSObject
constructor:->
super()
escapeHTML:(s) ->
s.replace /[&"<>]/g, (c) ->
escapeRules[c]
escapeRules =
"&": "&"
"\"": """
"<": "<"
">": ">"
stringWithContentsOfFile:(fname, @readaction)->
if (!fname?)
return
$.post "syslibs/library.php",
mode: "stringWithContentsOfFile"
fname: fname
,(data) =>
if (@readaction?)
@readaction(data)
writeToFile:(path, string, @saveaction)->
$.post "syslibs/library.php",
mode: "writeToFile"
fname: path
data: string
, (ret) =>
if (@saveaction?)
@saveaction(parseInt(ret))
fileList:(path, type, @listaction)->
$.post "syslibs/library.php",
mode: "filelist"
path: path
filter: type
,(filelist) =>
if (@listaction?)
@listaction(filelist)
thumbnailList:(path, @imagelistaction)->
$.post "syslibs/library.php",
mode: "thumbnailList"
path: path
,(filelist) =>
if (@imagelistaction?)
@imagelistaction(filelist)
createDirectoryAtPath:(path, @creatediraction)->
$.post "syslibs/library.php",
mode: "createDirectoryAtPath"
path: path
, (ret) =>
if (@creatediraction?)
@creatediraction(parseInt(ret))
removeItemAtPath:(path, @removeaction)->
$.post "syslibs/library.php",
mode: "removeFile"
path: path
, (ret) =>
if (@removeaction?)
@removeaction(parseInt(ret))
moveItemAtPath:(file, path, @moveaction)->
$.post "syslibs/library.php",
mode: "moveFile"
file: file
toPath: path
, (ret) =>
if (@moveaction?)
@moveaction(parseInt(ret))
| true | #*****************************************
# JSFileManager - File manage clss
# Coded by PI:NAME:<NAME>END_PI 2013.03.31
#*****************************************
class JSFileManager extends JSObject
constructor:->
super()
escapeHTML:(s) ->
s.replace /[&"<>]/g, (c) ->
escapeRules[c]
escapeRules =
"&": "&"
"\"": """
"<": "<"
">": ">"
stringWithContentsOfFile:(fname, @readaction)->
if (!fname?)
return
$.post "syslibs/library.php",
mode: "stringWithContentsOfFile"
fname: fname
,(data) =>
if (@readaction?)
@readaction(data)
writeToFile:(path, string, @saveaction)->
$.post "syslibs/library.php",
mode: "writeToFile"
fname: path
data: string
, (ret) =>
if (@saveaction?)
@saveaction(parseInt(ret))
fileList:(path, type, @listaction)->
$.post "syslibs/library.php",
mode: "filelist"
path: path
filter: type
,(filelist) =>
if (@listaction?)
@listaction(filelist)
thumbnailList:(path, @imagelistaction)->
$.post "syslibs/library.php",
mode: "thumbnailList"
path: path
,(filelist) =>
if (@imagelistaction?)
@imagelistaction(filelist)
createDirectoryAtPath:(path, @creatediraction)->
$.post "syslibs/library.php",
mode: "createDirectoryAtPath"
path: path
, (ret) =>
if (@creatediraction?)
@creatediraction(parseInt(ret))
removeItemAtPath:(path, @removeaction)->
$.post "syslibs/library.php",
mode: "removeFile"
path: path
, (ret) =>
if (@removeaction?)
@removeaction(parseInt(ret))
moveItemAtPath:(file, path, @moveaction)->
$.post "syslibs/library.php",
mode: "moveFile"
file: file
toPath: path
, (ret) =>
if (@moveaction?)
@moveaction(parseInt(ret))
|
[
{
"context": "st is run for the second group.\n # file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTe",
"end": 16676,
"score": 0.9986366033554077,
"start": 16662,
"tag": "USERNAME",
"value": "daviddellacasa"
},
{
"context": " simple quick test about shadows\n #file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTe",
"end": 17270,
"score": 0.9976040720939636,
"start": 17256,
"tag": "USERNAME",
"value": "daviddellacasa"
},
{
"context": "eful tween functions here:\n # https://github.com/ashblue/simple-tween-js/blob/master/tween.js\n expoOut: (",
"end": 42112,
"score": 0.9995959997177124,
"start": 42105,
"tag": "USERNAME",
"value": "ashblue"
},
{
"context": "s not sent.\n # See:\n # https://github.com/cdr/code-server/issues/1455\n # https://bugs.webk",
"end": 82667,
"score": 0.9992181062698364,
"start": 82664,
"tag": "USERNAME",
"value": "cdr"
},
{
"context": "hn, und das hat mit ihrem \" +\n \"Singen, die Loreley getan.\")\n newWdgt.isEditable = true\n new",
"end": 98908,
"score": 0.5213779211044312,
"start": 98905,
"tag": "NAME",
"value": "ore"
}
] | src/WorldMorph.coffee | intensifier/Fizzygum | 110 | # The WorldMorph takes over the canvas on the page
class WorldMorph extends PanelWdgt
@augmentWith GridPositioningOfAddedShortcutsMixin, @name
@augmentWith KeepIconicDesktopSystemLinksBackMixin, @name
# We need to add and remove
# the event listeners so we are
# going to put them all in properties
# here.
# dblclickEventListener: nil
mousedownBrowserEventListener: nil
mouseupBrowserEventListener: nil
mousemoveBrowserEventListener: nil
contextmenuEventListener: nil
touchstartBrowserEventListener: nil
touchendBrowserEventListener: nil
touchmoveBrowserEventListener: nil
gesturestartBrowserEventListener: nil
gesturechangeBrowserEventListener: nil
# Note how there can be two handlers for
# keyboard events.
# This one is attached
# to the canvas and reaches the currently
# blinking caret if there is one.
# See below for the other potential
# handler. See "initVirtualKeyboard"
# method to see where and when this input and
# these handlers are set up.
keydownBrowserEventListener: nil
keyupBrowserEventListener: nil
keypressBrowserEventListener: nil
wheelBrowserEventListener: nil
cutBrowserEventListener: nil
copyBrowserEventListener: nil
pasteBrowserEventListener: nil
errorConsole: nil
# the string for the last serialised morph
# is kept in here, to make serialization
# and deserialization tests easier.
# The alternative would be to refresh and
# re-start the tests from where they left...
lastSerializationString: ""
# Note how there can be two handlers
# for keyboard events. This one is
# attached to a hidden
# "input" div which keeps track of the
# text that is being input.
inputDOMElementForVirtualKeyboardKeydownBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeyupBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeypressBrowserEventListener: nil
# »>> this part is excluded from the fizzygum homepage build
keyComboResetWorldEventListener: nil
keyComboTurnOnAnimationsPacingControl: nil
keyComboTurnOffAnimationsPacingControl: nil
keyComboTakeScreenshotEventListener: nil
keyComboStopTestRecordingEventListener: nil
keyComboTakeScreenshotEventListener: nil
keyComboCheckStringsOfItemsInMenuOrderImportant: nil
keyComboCheckStringsOfItemsInMenuOrderUnimportant: nil
keyComboAddTestCommentEventListener: nil
keyComboCheckNumberOfMenuItemsEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
dragoverEventListener: nil
resizeBrowserEventListener: nil
otherTasksToBeRunOnStep: []
# »>> this part is excluded from the fizzygum homepage build
dropBrowserEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
# these variables shouldn't be static to the WorldMorph, because
# in pure theory you could have multiple worlds in the same
# page with different settings
# (but anyways, it was global before, so it's not any worse than before)
@preferencesAndSettings: nil
@dateOfPreviousCycleStart: nil
@dateOfCurrentCycleStart: nil
showRedraws: false
doubleCheckCachedMethodsResults: false
automator: nil
# this is the actual reference to the canvas
# on the html page, where the world is
# finally painted to.
worldCanvas: nil
worldCanvasContext: nil
canvasForTextMeasurements: nil
canvasContextForTextMeasurements: nil
cacheForTextMeasurements: nil
cacheForTextParagraphSplits: nil
cacheForParagraphsWordsSplits: nil
cacheForParagraphsWrappingData: nil
cacheForTextWrappingData: nil
cacheForTextBreakingIntoLinesTopLevel: nil
# By default the world will always fill
# the entire page, also when browser window
# is resized.
# When this flag is set, the onResize callback
# automatically adjusts the world size.
automaticallyAdjustToFillEntireBrowserAlsoOnResize: true
# »>> this part is excluded from the fizzygum homepage build
# keypad keys map to special characters
# so we can trigger test actions
# see more comments below
@KEYPAD_TAB_mappedToThaiKeyboard_A: "ฟ"
@KEYPAD_SLASH_mappedToThaiKeyboard_B: "ิ"
@KEYPAD_MULTIPLY_mappedToThaiKeyboard_C: "แ"
@KEYPAD_DELETE_mappedToThaiKeyboard_D: "ก"
@KEYPAD_7_mappedToThaiKeyboard_E: "ำ"
@KEYPAD_8_mappedToThaiKeyboard_F: "ด"
@KEYPAD_9_mappedToThaiKeyboard_G: "เ"
@KEYPAD_MINUS_mappedToThaiKeyboard_H: "้"
@KEYPAD_4_mappedToThaiKeyboard_I: "ร"
@KEYPAD_5_mappedToThaiKeyboard_J: "่" # looks like empty string but isn't :-)
@KEYPAD_6_mappedToThaiKeyboard_K: "า"
@KEYPAD_PLUS_mappedToThaiKeyboard_L: "ส"
@KEYPAD_1_mappedToThaiKeyboard_M: "ท"
@KEYPAD_2_mappedToThaiKeyboard_N: "ท"
@KEYPAD_3_mappedToThaiKeyboard_O: "ื"
@KEYPAD_ENTER_mappedToThaiKeyboard_P: "น"
@KEYPAD_0_mappedToThaiKeyboard_Q: "ย"
@KEYPAD_DOT_mappedToThaiKeyboard_R: "พ"
# this part is excluded from the fizzygum homepage build <<«
wdgtsDetectingClickOutsideMeOrAnyOfMeChildren: new Set
hierarchyOfClickedWdgts: new Set
hierarchyOfClickedMenus: new Set
popUpsMarkedForClosure: new Set
freshlyCreatedPopUps: new Set
openPopUps: new Set
toolTipsList: new Set
# »>> this part is excluded from the fizzygum homepage build
@ongoingUrlActionNumber: 0
# this part is excluded from the fizzygum homepage build <<«
@frameCount: 0
@numberOfAddsAndRemoves: 0
@numberOfVisibilityFlagsChanges: 0
@numberOfCollapseFlagsChanges: 0
@numberOfRawMovesAndResizes: 0
broken: nil
duplicatedBrokenRectsTracker: nil
numberOfDuplicatedBrokenRects: 0
numberOfMergedSourceAndDestination: 0
morphsToBeHighlighted: new Set
currentHighlightingMorphs: new Set
morphsBeingHighlighted: new Set
# »>> this part is excluded from the fizzygum homepage build
morphsToBePinouted: new Set
currentPinoutingMorphs: new Set
morphsBeingPinouted: new Set
# this part is excluded from the fizzygum homepage build <<«
steppingWdgts: new Set
basementWdgt: nil
# since the shadow is just a "rendering" effect
# there is no morph for it, we need to just clean up
# the shadow area ad-hoc. We do that by just growing any
# broken rectangle by the maximum shadow offset.
# We could be more surgical and remember the offset of the
# shadow (if any) in the start and end location of the
# morph, just like we do with the position, but it
# would complicate things and probably be overkill.
# The downside of this is that if we change the
# shadow sizes, we have to check that this max size
# still captures the biggest.
maxShadowSize: 6
eventsQueue: []
widgetsReferencingOtherWidgets: new Set
incrementalGcSessionId: 0
desktopSidesPadding: 10
# the desktop lays down icons vertically
laysIconsHorizontallyInGrid: false
iconsLayingInGridWrapCount: 5
errorsWhileRepainting: []
paintingWidget: nil
widgetsGivingErrorWhileRepainting: []
# this one is so we can left/center/right align in
# a document editor the last widget that the user "touched"
# TODO this could be extended so we keep a "list" of
# "selected" widgets (e.g. if the user ctrl-clicks on a widget
# then it highlights in some manner and ends up in this list)
# and then operations can be performed on the whole list
# of widgets.
lastNonTextPropertyChangerButtonClickedOrDropped: nil
patternName: nil
pattern1: "plain"
pattern2: "circles"
pattern3: "vert. stripes"
pattern4: "oblique stripes"
pattern5: "dots"
pattern6: "zigzag"
pattern7: "bricks"
howManyUntitledShortcuts: 0
howManyUntitledFoldersShortcuts: 0
lastUsedConnectionsCalculationToken: 0
isIndexPage: nil
# »>> this part is excluded from the fizzygum homepage build
# This method also handles keypresses from a special
# external keypad which is used to
# record tests commands (such as capture screen, etc.).
# These external keypads are inexpensive
# so they are a good device for this kind
# of stuff.
# http://www.amazon.co.uk/Perixx-PERIPAD-201PLUS-Numeric-Keypad-Laptop/dp/B001R6FZLU/
# They keypad is mapped
# to Thai keyboard characters via an OSX app
# called keyremap4macbook (also one needs to add the
# Thai keyboard, which is just a click from System Preferences)
# Those Thai characters are used to trigger test
# commands. The only added complexity is about
# the "00" key of such keypads - see
# note below.
doublePressOfZeroKeypadKey: nil
# this part is excluded from the fizzygum homepage build <<«
healingRectanglesPhase: false
# we use the trackChanges array as a stack to
# keep track whether a whole segment of code
# (including all function calls in it) will
# record the broken rectangles.
# Using a stack we can correctly track nested "disabling of track
# changes" correctly.
trackChanges: [true]
morphsThatMaybeChangedGeometryOrPosition: []
morphsThatMaybeChangedFullGeometryOrPosition: []
morphsThatMaybeChangedLayout: []
# »>> this part is only needed for Macros
macroStepsWaitingTimer: nil
nextBlockToBeRun: nil
macroVars: nil
macroIsRunning: nil
# this part is only needed for Macros <<«
constructor: (
@worldCanvas,
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
) ->
# The WorldMorph is the very first morph to
# be created.
# world at the moment is a global variable, there is only one
# world and this variable needs to be initialised as soon as possible, which
# is right here. This is because there is code in this constructor that
# will reference that global world variable, so it needs to be set
# very early
window.world = @
if window.location.href.includes "worldWithSystemTestHarness"
@isIndexPage = false
else
@isIndexPage = true
WorldMorph.preferencesAndSettings = new PreferencesAndSettings
super()
@patternName = @pattern1
@appearance = new DesktopAppearance @
#console.log WorldMorph.preferencesAndSettings.menuFontName
@color = Color.create 205, 205, 205 # (130, 130, 130)
@strokeColor = nil
@alpha = 1
# additional properties:
@isDevMode = false
@hand = new ActivePointerWdgt
@keyboardEventsReceiver = nil
@lastEditedText = nil
@caret = nil
@temporaryHandlesAndLayoutAdjusters = new Set
@inputDOMElementForVirtualKeyboard = nil
if @automaticallyAdjustToFillEntireBrowserAlsoOnResize and @isIndexPage
@stretchWorldToFillEntirePage()
else
@sizeCanvasToTestScreenResolution()
# @worldCanvas.width and height here are in physical pixels
# so we want to bring them back to logical pixels
@setBounds new Rectangle 0, 0, @worldCanvas.width / ceilPixelRatio, @worldCanvas.height / ceilPixelRatio
@initEventListeners()
if Automator?
@automator = new Automator
@worldCanvasContext = @worldCanvas.getContext "2d"
@canvasForTextMeasurements = HTMLCanvasElement.createOfPhysicalDimensions()
@canvasContextForTextMeasurements = @canvasForTextMeasurements.getContext "2d"
@canvasContextForTextMeasurements.useLogicalPixelsUntilRestore()
@canvasContextForTextMeasurements.textAlign = "left"
@canvasContextForTextMeasurements.textBaseline = "bottom"
# when using an inspector it's not uncommon to render
# 400 labels just for the properties, so trying to size
# the cache accordingly...
@cacheForTextMeasurements = new LRUCache 1000, 1000*60*60*24
@cacheForTextParagraphSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWordsSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForTextWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForImmutableBackBuffers = new LRUCache 1000, 1000*60*60*24
@cacheForTextBreakingIntoLinesTopLevel = new LRUCache 10, 1000*60*60*24
@changed()
# answer the absolute coordinates of the world canvas within the document
getCanvasPosition: ->
if !@worldCanvas?
return {x: 0, y: 0}
pos =
x: @worldCanvas.offsetLeft
y: @worldCanvas.offsetTop
offsetParent = @worldCanvas.offsetParent
while offsetParent?
pos.x += offsetParent.offsetLeft
pos.y += offsetParent.offsetTop
if offsetParent isnt document.body and offsetParent isnt document.documentElement
pos.x -= offsetParent.scrollLeft
pos.y -= offsetParent.scrollTop
offsetParent = offsetParent.offsetParent
pos
colloquialName: ->
"Desktop"
makePrettier: ->
WorldMorph.preferencesAndSettings.menuFontSize = 14
WorldMorph.preferencesAndSettings.menuHeaderFontSize = 13
WorldMorph.preferencesAndSettings.menuHeaderColor = Color.create 125, 125, 125
WorldMorph.preferencesAndSettings.menuHeaderBold = false
WorldMorph.preferencesAndSettings.menuStrokeColor = Color.create 186, 186, 186
WorldMorph.preferencesAndSettings.menuBackgroundColor = Color.create 250, 250, 250
WorldMorph.preferencesAndSettings.menuButtonsLabelColor = Color.create 50, 50, 50
WorldMorph.preferencesAndSettings.normalTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextHeight = 16
WorldMorph.preferencesAndSettings.titleBarBoldText = false
WorldMorph.preferencesAndSettings.bubbleHelpFontSize = 12
WorldMorph.preferencesAndSettings.iconDarkLineColor = Color.create 37, 37, 37
WorldMorph.preferencesAndSettings.defaultPanelsBackgroundColor = Color.create 249, 249, 249
WorldMorph.preferencesAndSettings.defaultPanelsStrokeColor = Color.create 198, 198, 198
@setPattern nil, nil, "dots"
@changed()
getNextUntitledShortcutName: ->
name = "Untitled"
if @howManyUntitledShortcuts > 0
name += " " + (@howManyUntitledShortcuts + 1)
@howManyUntitledShortcuts++
return name
getNextUntitledFolderShortcutName: ->
name = "new folder"
if @howManyUntitledFoldersShortcuts > 0
name += " " + (@howManyUntitledFoldersShortcuts + 1)
@howManyUntitledFoldersShortcuts++
return name
wantsDropOf: (aWdgt) ->
return @_acceptsDrops
makeNewConnectionsCalculationToken: ->
# not nice to read but this means:
# first increment and then return the value
# this is so the first token we use is 1
# and we can initialise all input/node tokens to 0
# so to make them receptive to the first token generated
++@lastUsedConnectionsCalculationToken
createErrorConsole: ->
errorsLogViewerMorph = new ErrorsLogViewerMorph "Errors", @, "modifyCodeToBeInjected", ""
wm = new WindowWdgt nil, nil, errorsLogViewerMorph
wm.setExtent new Point 460, 400
@add wm
@errorConsole = wm
@errorConsole.fullMoveTo new Point 190,10
@errorConsole.setExtent new Point 550,415
@errorConsole.hide()
removeSpinnerAndFakeDesktop: ->
# remove the fake desktop for quick launch and the spinner
spinner = document.getElementById 'spinner'
spinner.parentNode.removeChild spinner
splashScreenFakeDesktop = document.getElementById 'splashScreenFakeDesktop'
splashScreenFakeDesktop.parentNode.removeChild splashScreenFakeDesktop
createDesktop: ->
@setColor Color.create 244,243,244
@makePrettier()
acm = new AnalogClockWdgt
acm.rawSetExtent new Point 80, 80
acm.fullRawMoveTo new Point @right()-80-@desktopSidesPadding, @top() + @desktopSidesPadding
@add acm
menusHelper.createWelcomeMessageWindowAndShortcut()
menusHelper.createHowToSaveMessageOpener()
menusHelper.basementIconAndText()
menusHelper.createSimpleDocumentLauncher()
menusHelper.createFizzyPaintLauncher()
menusHelper.createSimpleSlideLauncher()
menusHelper.createDashboardsLauncher()
menusHelper.createPatchProgrammingLauncher()
menusHelper.createGenericPanelLauncher()
menusHelper.createToolbarsOpener()
exampleDocsFolder = @makeFolder nil, nil, "examples"
menusHelper.createDegreesConverterOpener exampleDocsFolder
menusHelper.createSampleSlideOpener exampleDocsFolder
menusHelper.createSampleDashboardOpener exampleDocsFolder
menusHelper.createSampleDocOpener exampleDocsFolder
# »>> this part is excluded from the fizzygum homepage build
getParameterPassedInURL: (name) ->
name = name.replace(/[\[]/, '\\[').replace(/[\]]/, '\\]')
regex = new RegExp '[\\?&]' + name + '=([^&#]*)'
results = regex.exec location.search
if results?
return decodeURIComponent results[1].replace(/\+/g, ' ')
else
return nil
# some test urls:
# this one contains two actions, two tests each, but only
# the second test is run for the second group.
# file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0D%0A++%22paramsVersion%22%3A+0.1%2C%0D%0A++%22actions%22%3A+%5B%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22bubble%22%5D%0D%0A++++%7D%2C%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22shadow%22%2C+%22SystemTest_basicResize%22%5D%2C%0D%0A++++++%22numberOfGroups%22%3A+2%2C%0D%0A++++++%22groupToBeRun%22%3A+1%0D%0A++++%7D++%5D%0D%0A%7D
#
# just one simple quick test about shadows
#file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0A%20%20%22paramsVersion%22%3A%200.1%2C%0A%20%20%22actions%22%3A%20%5B%0A%20%20%20%20%7B%0A%20%20%20%20%20%20%22name%22%3A%20%22runTests%22%2C%0A%20%20%20%20%20%20%22testsToRun%22%3A%20%5B%22shadow%22%5D%0A%20%20%20%20%7D%0A%20%20%5D%0A%7D
nextStartupAction: ->
if (@getParameterPassedInURL "startupActions")?
startupActions = JSON.parse @getParameterPassedInURL "startupActions"
if (!startupActions?) or (WorldMorph.ongoingUrlActionNumber == startupActions.actions.length)
WorldMorph.ongoingUrlActionNumber = 0
if Automator?
if window.location.href.includes("worldWithSystemTestHarness")
if @automator.atLeastOneTestHasBeenRun
if @automator.allTestsPassedSoFar
document.getElementById("background").style.background = Color.GREEN.toString()
return
if !@isIndexPage then console.log "nextStartupAction " + (WorldMorph.ongoingUrlActionNumber+1) + " / " + startupActions.actions.length
currentAction = startupActions.actions[WorldMorph.ongoingUrlActionNumber]
if Automator? and currentAction.name == "runTests"
@automator.loader.selectTestsFromTagsOrTestNames(currentAction.testsToRun)
if currentAction.numberOfGroups?
@automator.numberOfGroups = currentAction.numberOfGroups
else
@automator.numberOfGroups = 1
if currentAction.groupToBeRun?
@automator.groupToBeRun = currentAction.groupToBeRun
else
@automator.groupToBeRun = 0
if currentAction.forceSlowTestPlaying?
@automator.forceSlowTestPlaying = true
if currentAction.forceTurbo?
@automator.forceTurbo = true
if currentAction.forceSkippingInBetweenMouseMoves?
@automator.forceSkippingInBetweenMouseMoves = true
if currentAction.forceRunningInBetweenMouseMoves?
@automator.forceRunningInBetweenMouseMoves = true
@automator.player.runAllSystemTests()
WorldMorph.ongoingUrlActionNumber++
getMorphViaTextLabel: ([textDescription, occurrenceNumber, numberOfOccurrences]) ->
allCandidateMorphsWithSameTextDescription =
@allChildrenTopToBottomSuchThat (m) ->
m.getTextDescription() == textDescription
return allCandidateMorphsWithSameTextDescription[occurrenceNumber]
# this part is excluded from the fizzygum homepage build <<«
mostRecentlyCreatedPopUp: ->
mostRecentPopUp = nil
mostRecentPopUpID = -1
# we have to check which menus
# are actually open, because
# the destroy() function used
# everywhere is not recursive and
# that's where we update the @openPopUps
# set so we have to doublecheck here
@openPopUps.forEach (eachPopUp) =>
if eachPopUp.isOrphan()
@openPopUps.delete eachPopUp
else if eachPopUp.instanceNumericID >= mostRecentPopUpID
mostRecentPopUp = eachPopUp
return mostRecentPopUp
# »>> this part is excluded from the fizzygum homepage build
# see roundNumericIDsToNextThousand method in
# Widget for an explanation of why we need this
# method.
alignIDsOfNextMorphsInSystemTests: ->
if Automator? and Automator.state != Automator.IDLE
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
listOfMorphsClasses = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in listOfMorphsClasses
#console.log "bumping up ID of class: " + eachMorphClass
window[eachMorphClass].roundNumericIDsToNextThousand?()
# this part is excluded from the fizzygum homepage build <<«
# used to close temporary menus
closePopUpsMarkedForClosure: ->
@popUpsMarkedForClosure.forEach (eachMorph) =>
eachMorph.close()
@popUpsMarkedForClosure.clear()
# »>> this part is excluded from the fizzygum homepage build
# World Widget broken rects debugging
# currently unused
brokenFor: (aWdgt) ->
# private
fb = aWdgt.fullBounds()
@broken.filter (rect) ->
rect.isIntersecting fb
# this part is excluded from the fizzygum homepage build <<«
# fullPaintIntoAreaOrBlitFromBackBuffer results into actual painting of pieces of
# morphs done
# by the paintIntoAreaOrBlitFromBackBuffer function.
# The paintIntoAreaOrBlitFromBackBuffer function is defined in Widget.
fullPaintIntoAreaOrBlitFromBackBuffer: (aContext, aRect) ->
# invokes the Widget's fullPaintIntoAreaOrBlitFromBackBuffer, which has only three implementations:
# * the default one by Widget which just invokes the paintIntoAreaOrBlitFromBackBuffer of all children
# * the interesting one in PanelWdgt which a) narrows the dirty
# rectangle (intersecting it with its border
# since the PanelWdgt clips at its border) and b) stops recursion on all
# the children that are outside such intersection.
# * this implementation which just takes into account that the hand
# (which could contain a Widget being floatDragged)
# is painted on top of everything.
super aContext, aRect
# the mouse cursor is always drawn on top of everything
# and it's not attached to the WorldMorph.
@hand.fullPaintIntoAreaOrBlitFromBackBuffer aContext, aRect
clippedThroughBounds: ->
@checkClippedThroughBoundsCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clippedThroughBoundsCache = @boundingBox()
return @clippedThroughBoundsCache
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
clipThrough: ->
@checkClipThroughCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clipThroughCache = @boundingBox()
return @clipThroughCache
pushBrokenRect: (brokenMorph, theRect, isSrc) ->
if @duplicatedBrokenRectsTracker[theRect.toString()]?
@numberOfDuplicatedBrokenRects++
else
if isSrc
brokenMorph.srcBrokenRect = @broken.length
else
brokenMorph.dstBrokenRect = @broken.length
if !theRect?
debugger
# if @broken.length == 0
# debugger
@broken.push theRect
@duplicatedBrokenRectsTracker[theRect.toString()] = true
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
mergeBrokenRectsIfCloseOrPushBoth: (brokenMorph, sourceBroken, destinationBroken) ->
mergedBrokenRect = sourceBroken.merge destinationBroken
mergedBrokenRectArea = mergedBrokenRect.area()
sumArea = sourceBroken.area() + destinationBroken.area()
#console.log "mergedBrokenRectArea: " + mergedBrokenRectArea + " (sumArea + sumArea/10): " + (sumArea + sumArea/10)
if mergedBrokenRectArea < sumArea + sumArea/10
@pushBrokenRect brokenMorph, mergedBrokenRect, true
@numberOfMergedSourceAndDestination++
else
@pushBrokenRect brokenMorph, sourceBroken, true
@pushBrokenRect brokenMorph, destinationBroken, false
checkARectWithHierarchy: (aRect, brokenMorph, isSrc) ->
brokenMorphAncestor = brokenMorph
#if brokenMorph instanceof SliderMorph
# debugger
while brokenMorphAncestor.parent?
brokenMorphAncestor = brokenMorphAncestor.parent
if brokenMorphAncestor.srcBrokenRect?
if !@broken[brokenMorphAncestor.srcBrokenRect]?
debugger
if @broken[brokenMorphAncestor.srcBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.srcBrokenRect]
@broken[brokenMorphAncestor.srcBrokenRect] = nil
brokenMorphAncestor.srcBrokenRect = nil
if brokenMorphAncestor.dstBrokenRect?
if !@broken[brokenMorphAncestor.dstBrokenRect]?
debugger
if @broken[brokenMorphAncestor.dstBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.dstBrokenRect]
@broken[brokenMorphAncestor.dstBrokenRect] = nil
brokenMorphAncestor.dstBrokenRect = nil
rectAlreadyIncludedInParentBrokenMorph: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, true
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, false
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
cleanupSrcAndDestRectsOfMorphs: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
fleshOutBroken: ->
#if @morphsThatMaybeChangedGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
# let's see if this Widget that marked itself as broken
# was actually painted in the past frame.
# If it was then we have to clean up the "before" area
# even if the Widget is not visible anymore
if brokenMorph.clippedBoundsWhenLastPainted?
if brokenMorph.clippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.clippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (brokenMorph.clippedBoundsWhenLastPainted.containsPoint (new Point(10,10)))
# debugger
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
# @clippedThroughBounds() should be smaller area
# than bounds because it clips
# the bounds based on the clipping morphs up the
# hierarchy
boundsToBeChanged = brokenMorph.clippedThroughBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint new Point 10, 10)
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.geometryOrPositionPossiblyChanged = false
brokenMorph.clippedBoundsWhenLastPainted = nil
fleshOutFullBroken: ->
#if @morphsThatMaybeChangedFullGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
#console.log "fleshOutFullBroken: " + brokenMorph
if brokenMorph.fullClippedBoundsWhenLastPainted?
if brokenMorph.fullClippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.fullClippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
boundsToBeChanged = brokenMorph.fullClippedBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint (new Point(10,10)))
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.fullGeometryOrPositionPossiblyChanged = false
brokenMorph.fullClippedBoundsWhenLastPainted = nil
# »>> this part is excluded from the fizzygum homepage build
showBrokenRects: (aContext) ->
aContext.save()
aContext.globalAlpha = 0.5
aContext.useLogicalPixelsUntilRestore()
for eachBrokenRect in @broken
if eachBrokenRect?
randomR = Math.round Math.random() * 255
randomG = Math.round Math.random() * 255
randomB = Math.round Math.random() * 255
aContext.fillStyle = "rgb("+randomR+","+randomG+","+randomB+")"
aContext.fillRect Math.round(eachBrokenRect.origin.x),
Math.round(eachBrokenRect.origin.y),
Math.round(eachBrokenRect.width()),
Math.round(eachBrokenRect.height())
aContext.restore()
# this part is excluded from the fizzygum homepage build <<«
# layouts are recalculated like so:
# there will be several subtrees
# that will need relayout.
# So take the head of any subtree and re-layout it
# The relayout might or might not visit all the subnodes
# of the subtree, because you might have a subtree
# that lives inside a floating morph, in which
# case it's not re-layout.
# So, a subtree might not be healed in one go,
# rather we keep track of what's left to heal and
# we apply the same process: we heal from the head node
# and take out of the list what's healed in that step,
# and we continue doing so until there is nothing else
# to heal.
recalculateLayouts: ->
until @morphsThatMaybeChangedLayout.length == 0
# find the first Widget which has a broken layout,
# take out of queue all the others
loop
tryThisMorph = @morphsThatMaybeChangedLayout[@morphsThatMaybeChangedLayout.length - 1]
if tryThisMorph.layoutIsValid
@morphsThatMaybeChangedLayout.pop()
if @morphsThatMaybeChangedLayout.length == 0
return
else
break
# now that you have a Widget with a broken layout
# go up the chain of broken layouts as much as
# possible
# QUESTION: would it be safer instead to start from the
# very top invalid morph, i.e. on the way to the top,
# stop at the last morph with an invalid layout
# instead of stopping at the first morph with a
# valid layout...
while tryThisMorph.parent?
if tryThisMorph.layoutSpec == LayoutSpec.ATTACHEDAS_FREEFLOATING or tryThisMorph.parent.layoutIsValid
break
tryThisMorph = tryThisMorph.parent
try
# so now you have a "top" element up a chain
# of morphs with broken layout. Go do a
# doLayout on it, so it might fix a bunch of those
# on the chain (but not all)
tryThisMorph.doLayout()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
clearGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedGeometryOrPosition
m.geometryOrPositionPossiblyChanged = false
clearFullGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedFullGeometryOrPosition
m.fullGeometryOrPositionPossiblyChanged = false
disableTrackChanges: ->
@trackChanges.push false
maybeEnableTrackChanges: ->
@trackChanges.pop()
updateBroken: ->
#console.log "number of broken rectangles: " + @broken.length
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
@fleshOutFullBroken()
@fleshOutBroken()
@rectAlreadyIncludedInParentBrokenMorph()
@cleanupSrcAndDestRectsOfMorphs()
@clearGeometryOrPositionPossiblyChangedFlags()
@clearFullGeometryOrPositionPossiblyChangedFlags()
@morphsThatMaybeChangedGeometryOrPosition = []
@morphsThatMaybeChangedFullGeometryOrPosition = []
# »>> this part is excluded from the fizzygum homepage build
#ProfilingDataCollector.profileBrokenRects @broken, @numberOfDuplicatedBrokenRects, @numberOfMergedSourceAndDestination
# this part is excluded from the fizzygum homepage build <<«
# each broken rectangle requires traversing the scenegraph to
# redraw what's overlapping it. Not all Widgets are traversed
# in particular the following can stop the recursion:
# - invisible Widgets
# - PanelWdgts that don't overlap the broken rectangle
# Since potentially there is a lot of traversal ongoing for
# each broken rectangle, one might want to consolidate overlapping
# and nearby rectangles.
@healingRectanglesPhase = true
@errorsWhileRepainting = []
@broken.forEach (rect) =>
if !rect?
return
if rect.isNotEmpty()
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, rect
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
# IF we got errors while repainting, the
# screen might be in a bad state (because everything in front of the
# "bad" widget is not repainted since the offending widget has
# thrown, so nothing in front of it could be painted properly)
# SO do COMPLETE repaints of the screen and hide
# further offending widgets until there are no more errors
# (i.e. the offending widgets are progressively hidden so eventually
# we should repaint the whole screen without errors, hopefully)
if @errorsWhileRepainting.length != 0
@findOutAllOtherOffendingWidgetsAndPaintWholeScreen()
if @showRedraws
@showBrokenRects @worldCanvasContext
@resetDataStructuresForBrokenRects()
@healingRectanglesPhase = false
if @trackChanges.length != 1 and @trackChanges[0] != true
alert "trackChanges array should have only one element (true)"
findOutAllOtherOffendingWidgetsAndPaintWholeScreen: ->
# we keep repainting the whole screen until there are no
# errors.
# Why do we need multiple repaints and not just one?
# Because remember that when a widget throws an error while
# repainting, it bubble all the way up and stops any
# further repainting of the other widgets, potentially
# preventing the finding of errors in the other
# widgets. Hence, we need to keep repainting until
# there are no errors.
currentErrorsCount = @errorsWhileRepainting.length
previousErrorsCount = nil
numberOfTotalRepaints = 0
until previousErrorsCount == currentErrorsCount
numberOfTotalRepaints++
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, @bounds
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
previousErrorsCount = currentErrorsCount
currentErrorsCount = @errorsWhileRepainting.length
#console.log "total repaints: " + numberOfTotalRepaints
resetWorldCanvasContext: ->
# when an error is thrown while painting, it's
# possible that we are left with a context in a strange
# mixed state, so try to bring it back to
# normality as much as possible
# We are doing this for "cleanliness" of the context
# state, not because we care of the drawing being
# perfect (we are eventually going to repaint the
# whole screen without the offending widgets)
@worldCanvasContext.closePath()
@worldCanvasContext.resetTransform?()
for j in [1...2000]
@worldCanvasContext.restore()
queueErrorForLaterReporting: (err) ->
# now record the error so we can report it in the
# next cycle, and add the offending widget to a
# "banned" list
@errorsWhileRepainting.push err
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
hideOffendingWidget: ->
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
resetDataStructuresForBrokenRects: ->
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
# »>> this part is excluded from the fizzygum homepage build
addPinoutingMorphs: ->
@currentPinoutingMorphs.forEach (eachPinoutingMorph) =>
if @morphsToBePinouted.has eachPinoutingMorph.wdgtThisWdgtIsPinouting
if eachPinoutingMorph.wdgtThisWdgtIsPinouting.hasMaybeChangedGeometryOrPosition()
# reposition the pinout morph if needed
peekThroughBox = eachPinoutingMorph.wdgtThisWdgtIsPinouting.clippedThroughBounds()
eachPinoutingMorph.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
else
@currentPinoutingMorphs.delete eachPinoutingMorph
@morphsBeingPinouted.delete eachPinoutingMorph.wdgtThisWdgtIsPinouting
eachPinoutingMorph.wdgtThisWdgtIsPinouting = nil
eachPinoutingMorph.fullDestroy()
@morphsToBePinouted.forEach (eachMorphNeedingPinout) =>
unless @morphsBeingPinouted.has eachMorphNeedingPinout
hM = new StringMorph2 eachMorphNeedingPinout.toString()
@add hM
hM.wdgtThisWdgtIsPinouting = eachMorphNeedingPinout
peekThroughBox = eachMorphNeedingPinout.clippedThroughBounds()
hM.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
hM.setColor Color.BLUE
hM.setWidth 400
@currentPinoutingMorphs.add hM
@morphsBeingPinouted.add eachMorphNeedingPinout
# this part is excluded from the fizzygum homepage build <<«
addHighlightingMorphs: ->
@currentHighlightingMorphs.forEach (eachHighlightingMorph) =>
if @morphsToBeHighlighted.has eachHighlightingMorph.wdgtThisWdgtIsHighlighting
if eachHighlightingMorph.wdgtThisWdgtIsHighlighting.hasMaybeChangedGeometryOrPosition()
eachHighlightingMorph.rawSetBounds eachHighlightingMorph.wdgtThisWdgtIsHighlighting.clippedThroughBounds()
else
@currentHighlightingMorphs.delete eachHighlightingMorph
@morphsBeingHighlighted.delete eachHighlightingMorph.wdgtThisWdgtIsHighlighting
eachHighlightingMorph.wdgtThisWdgtIsHighlighting = nil
eachHighlightingMorph.fullDestroy()
@morphsToBeHighlighted.forEach (eachMorphNeedingHighlight) =>
unless @morphsBeingHighlighted.has eachMorphNeedingHighlight
hM = new HighlighterMorph
@add hM
hM.wdgtThisWdgtIsHighlighting = eachMorphNeedingHighlight
hM.rawSetBounds eachMorphNeedingHighlight.clippedThroughBounds()
hM.setColor Color.BLUE
hM.setAlphaScaled 50
@currentHighlightingMorphs.add hM
@morphsBeingHighlighted.add eachMorphNeedingHighlight
# »>> this part is only needed for Macros
progressOnMacroSteps: ->
noCodeLoading: ->
true
noInputsOngoing: ->
@eventsQueue.length == 0
# other useful tween functions here:
# https://github.com/ashblue/simple-tween-js/blob/master/tween.js
expoOut: (i, origin, distance, numberOfEvents) ->
distance * (-Math.pow(2, -10 * i/numberOfEvents) + 1) + origin
bringUpTestMenu: (millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsShortcutsAndSpecialKeys "F2", millisecondsBetweenKeys, startTime
syntheticEventsShortcutsAndSpecialKeys: (whichShortcutOrSpecialKey, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
switch whichShortcutOrSpecialKey
when "F2"
@eventsQueue.push new KeydownInputEvent "F2", "F2", false, false, false, false, true, startTime
@eventsQueue.push new KeyupInputEvent "F2", "F2", false, false, false, false, true, startTime + millisecondsBetweenKeys
syntheticEventsStringKeys: (theString, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
scheduledTimeOfEvent = startTime
for i in [0...theString.length]
isUpperCase = theString.charAt(i) == theString.charAt(i).toUpperCase()
if isUpperCase
@eventsQueue.push new KeydownInputEvent "Shift", "ShiftLeft", true, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeydownInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeyupInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
if isUpperCase
@eventsQueue.push new KeyupInputEvent "Shift", "ShiftLeft", false, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
syntheticEventsMouseMovePressDragRelease: (orig, dest, millisecondsForDrag = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove orig, "left button", 100, nil, startTime, numberOfEventsPerMillisecond
@syntheticEventsMouseDown "left button", startTime + 100
@syntheticEventsMouseMove dest, "left button", millisecondsForDrag, orig, startTime + 100 + 100, numberOfEventsPerMillisecond
@syntheticEventsMouseUp "left button", startTime + 100 + 100 + millisecondsForDrag + 100
# This should be used if you want to drag from point A to B to C ...
# If rather you want to just drag from point A to point B,
# then just use syntheticEventsMouseMovePressDragRelease
syntheticEventsMouseMoveWhileDragging: (dest, milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove dest, "left button", milliseconds, orig, startTime, numberOfEventsPerMillisecond
# mouse moves need an origin and a destination, so we
# need to place the mouse in _some_ place to begin with
# in order to do that.
syntheticEventsMousePlace: (place = new Point(0,0), scheduledTimeOfEvent = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@eventsQueue.push new MousemoveInputEvent place.x, place.y, 0, 0, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseMove: (dest, whichButton = "no button", milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "no button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 0
buttons = 2
else
debugger
throw "syntheticEventsMouseMove: whichButton is unknown"
if dest instanceof Widget
dest = dest.center()
if orig instanceof Widget
orig = orig.center()
numberOfEvents = milliseconds * numberOfEventsPerMillisecond
for i in [0...numberOfEvents]
scheduledTimeOfEvent = startTime + i/numberOfEventsPerMillisecond
nextX = Math.round @expoOut i, orig.x, (dest.x-orig.x), numberOfEvents
nextY = Math.round @expoOut i, orig.y, (dest.y-orig.y), numberOfEvents
if nextX != prevX or nextY != prevY
prevX = nextX
prevY = nextY
#console.log nextX + " " + nextY + " scheduled at: " + scheduledTimeOfEvent
@eventsQueue.push new MousemoveInputEvent nextX, nextY, button, buttons, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseClick: (whichButton = "left button", milliseconds = 100, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseDown whichButton, startTime
@syntheticEventsMouseUp whichButton, startTime + milliseconds
syntheticEventsMouseDown: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "right button"
button = 2
buttons = 2
else
debugger
throw "syntheticEventsMouseDown: whichButton is unknown"
@eventsQueue.push new MousedownInputEvent button, buttons, false, false, false, false, true, startTime
syntheticEventsMouseUp: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 2
buttons = 0
else
debugger
throw "syntheticEventsMouseUp: whichButton is unknown"
@eventsQueue.push new MouseupInputEvent button, buttons, false, false, false, false, true, startTime
moveToAndClick: (positionOrWidget, whichButton = "left button", milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseMove positionOrWidget, "no button", milliseconds, nil, startTime, nil
@syntheticEventsMouseClick whichButton, 100, startTime + milliseconds + 100
openMenuOf: (widget, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@moveToAndClick widget, "right button", milliseconds, startTime
getMostRecentlyOpenedMenu: ->
# gets the last element added to the "freshlyCreatedPopUps" set
# (Sets keep order of insertion)
Array.from(@freshlyCreatedPopUps).pop()
getTextMenuItemFromMenu: (theMenu, theLabel) ->
theMenu.topWdgtSuchThat (item) ->
if item.labelString?
item.labelString == theLabel
else
false
moveToItemOfTopMenuAndClick: (theLabel) ->
theMenu = @getMostRecentlyOpenedMenu()
theItem = @getTextMenuItemFromMenu theMenu, theLabel
@moveToAndClick theItem
findTopWidgetByClassNameOrClass: (widgetNameOrClass) ->
if typeof widgetNameOrClass == "string"
@topWdgtSuchThat (item) -> item.morphClassString() == "AnalogClockWdgt"
else
@topWdgtSuchThat (item) -> item instanceof widgetNameOrClass
calculateVertBarMovement: (vBar, index, total) ->
vBarHandle = vBar.children[0]
vBarHandleCenter = vBarHandle.center()
highestHandlePosition = vBar.top()
lowestHandlePosition = vBar.bottom() - vBarHandle.height()
highestHandleCenterPosition = highestHandlePosition + vBarHandle.height()/2
lowestHandleCenterPosition = lowestHandlePosition + vBarHandle.height()/2
handleCenterRange = lowestHandleCenterPosition - highestHandleCenterPosition
handleCenterOffset = Math.round index * handleCenterRange / (total-1)
[vBarHandleCenter, vBarHandleCenter.translateBy new Point(0,handleCenterOffset)]
bringListItemFromTopInspectorInView: (listItemString) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
elements = list.elements
vBar = list.vBar
index = elements.indexOf listItemString
total = elements.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
clickOnListItemFromTopInspector: (listItemString, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
entry = list.topWdgtSuchThat (item) ->
if item.text?
item.text == listItemString
else
false
entryTopLeft = entry.topLeft()
@moveToAndClick entryTopLeft.translateBy(new Point 10, 2), "left button", milliseconds, startTime
clickOnCodeBoxFromTopInspectorAtCodeString: (codeString, occurrenceNumber = 1, after = true, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
clickPosition = inspectorNaked.textMorph.slotCoordinates(slotCoords).translateBy new Point 3,3
@moveToAndClick clickPosition, "left button", milliseconds, startTime
clickOnSaveButtonFromTopInspector: (milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
saveButton = inspectorNaked.saveButton
@moveToAndClick saveButton, "left button", milliseconds, startTime
bringcodeStringFromTopInspectorInView: (codeString, occurrenceNumber = 1, after = true) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
textScrollPane = inspectorNaked.topWdgtSuchThat (item) -> item.morphClassString() == "SimplePlainTextScrollPanelWdgt"
textMorph = inspectorNaked.textMorph
vBar = textScrollPane.vBar
index = textMorph.slotRowAndColumn(slotCoords)[0]
total = textMorph.wrappedLines.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
draftRunMacro: ->
# When does it make sense to generate events "just via functions" vs.
# needing a macro?
#
# **Important Note:** a macro can call functions, while functions
# can never include macros!!!
#
# A macro is needed:
# 1. for generating (potentially via functions!) events spanning
# multiple cycles. E.g. "opening the inspector for a widget",
# which involves moving the mouse there, right-clicking on
# the widget, wait a cycle for the menu to come up, then
# navigating other menus, until finally finding and
# clicking on a "inspect" entry,
# and finally waiting a cycle for the inspector to come up.
# Those things *together* can't be done using functions alone
# (i.e. with no macros), because functions can only push
# synthetic events (now or in the future) all at once.
# 2. so to have a convenient way to specify pauses between
# events. This could also be done with functions, however
# it's more convoluted.
#
# For all other cases, macros are not needed, i.e. functions alone
# can suffice. Note that
# functions *can* specify events that
# happen over time e.g. multiple key strokes and events
# happening over a few seconds, as there are parameters that help
# to specify dates of events in the future. As mentioned though,
# functions alone cannot "see past the effects" of any event happening
# in the future.
#
# Examples of macros (potentially using functions):
# - opening a menu of a widget AND clicking on one of its items
# - opening inspector for a widget
# - opening inspector for a widget, changing a method, then
# clicking "save"
#
# Examples that don't need macros (functions alone are OK):
# - moving an icon to the bin
# - closing the top window
# - opening the menu of a widget
# - moving pointer to entry of top menu and clicking it
macroSubroutines = new Set
macroSubroutines.add Macro.fromString """
Macro bringUpInspector whichWidget
⤷clickMenuItemOfWidget whichWidget | "dev ➜"
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick "inspect"
"""
macroSubroutines.add Macro.fromString """
Macro bringUpInspectorAndSelectListItem whichWidget | whichItem
⤷bringUpInspector whichWidget
▶ when no inputs ongoing
⤷bringInViewAndClickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro bringInViewAndClickOnListItemFromTopInspector whichItem
@bringListItemFromTopInspectorInView whichItem
▶ when no inputs ongoing
@clickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro clickMenuItemOfWidget whichWidget | whichItem
@openMenuOf whichWidget
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick whichItem
"""
macroSubroutines.add Macro.fromString """
Macro printoutsMacro string1 | string2 | string3
▶ ⌛ 1s
🖨️ string1
▶ ⌛ 1s
🖨️ string2
💼aLocalVariableInACall = ""
▶ ⌛ 1s
🖨️ string3
"""
macroSubroutines.add Macro.fromString """
Macro macroWithNoParams
🖨️ "macro with no params"
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParam theParameter
🖨️ "macro with one param: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParamButPassingNone theParameter
🖨️ "macro with one param but passing none, this should be undefined: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithTwoParamsButPassingOnlyOne param1 | param2
🖨️ "macro with two params but passing only one: param 1: " + param1 + " param 2 should be undefined: " + param2
"""
# TODO check that these are handled too
# ▶ ⌛ 500 ms, when condition1()
# ▶ # ⌛ 500 ms, when conditionCommented()
mainMacro = Macro.fromString """
Macro theTestMacro
@syntheticEventsStringKeys "SoMeThInG"
▶ ⌛ 1s
▶ ⤷printoutsMacro "first console out" | "second console out" | "third console out"
▶ ⌛ 1s
💼clock = @findTopWidgetByClassNameOrClass AnalogClockWdgt
@syntheticEventsMouseMove 💼clock
▶ when no inputs ongoing
@syntheticEventsMouseDown()
▶ when no inputs ongoing
💼clockCenter = 💼clock.center()
@syntheticEventsMouseMoveWhileDragging ⦿(💼clockCenter.x - 4, 💼clockCenter.y + 4)
▶ ⌛ 1s
@syntheticEventsMouseMoveWhileDragging ⦿(250,250)
▶ when no inputs ongoing
@syntheticEventsMouseUp()
▶ when no inputs ongoing
@syntheticEventsMouseMovePressDragRelease ⦿(5, 5), ⦿(200,200)
▶ when no inputs ongoing
🖨️ "finished the drag events"
⤷printoutsMacro "fourth console out" | "fifth console out" | "sixth console out"
▶ when no inputs ongoing
⤷bringUpInspectorAndSelectListItem 💼clock | "drawSecondsHand"
▶ when no inputs ongoing
@bringcodeStringFromTopInspectorInView "context.restore()"
▶ when no inputs ongoing
@clickOnCodeBoxFromTopInspectorAtCodeString "@secondsHandAngle", 1, false
▶ when no inputs ongoing
@syntheticEventsStringKeys "-"
@clickOnSaveButtonFromTopInspector() # some comments here
▶ when no inputs ongoing # also some comments here
⤷macroWithNoParams
⤷macroWithOneParam "here is the one param"
⤷macroWithOneParamButPassingNone
⤷macroWithTwoParamsButPassingOnlyOne "first parameter"
⤷macroWithNoParams # comment1
⤷macroWithOneParam "here is the one param" # comment2
⤷macroWithOneParamButPassingNone # comment3
⤷macroWithTwoParamsButPassingOnlyOne "first parameter" # comment4
@bringUpTestMenu()
"""
mainMacro.linkTo macroSubroutines
mainMacro.start()
# this part is only needed for Macros <<«
playQueuedEvents: ->
try
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
for event in @eventsQueue
if !event.time? then debugger
# this happens when you consume synthetic events: you can inject
# MANY of them across frames (say, a slow drag across the screen),
# so you want to consume only the ones that pertain to the current
# frame and return
if event.time > timeOfCurrentCycleStart
@eventsQueue.splice 0, @eventsQueue.indexOf(event)
return
# currently not handled: DOM virtual keyboard events
event.processEvent()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
@eventsQueue = []
# we keep the "pacing" promises in this
# framePacedPromises array, (or, more precisely,
# we keep their resolving functions) and each frame
# we resolve one, so we don't cause gitter.
progressFramePacedActions: ->
if window.framePacedPromises.length > 0
resolvingFunction = window.framePacedPromises.shift()
resolvingFunction.call()
showErrorsHappenedInRepaintingStepInPreviousCycle: ->
for eachErr in @errorsWhileRepainting
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError eachErr
updateTimeReferences: ->
WorldMorph.dateOfCurrentCycleStart = new Date
if !WorldMorph.dateOfPreviousCycleStart?
WorldMorph.dateOfPreviousCycleStart = new Date WorldMorph.dateOfCurrentCycleStart.getTime() - 30
# »>> this part is only needed for Macros
if !@macroStepsWaitingTimer?
@macroStepsWaitingTimer = 0
else
@macroStepsWaitingTimer += WorldMorph.dateOfCurrentCycleStart.getTime() - WorldMorph.dateOfPreviousCycleStart.getTime()
# this part is only needed for Macros <<«
doOneCycle: ->
@updateTimeReferences()
#console.log TextMorph.instancesCounter + " " + StringMorph.instancesCounter
@showErrorsHappenedInRepaintingStepInPreviousCycle()
# »>> this part is only needed for Macros
@progressOnMacroSteps()
# this part is only needed for Macros <<«
@playQueuedEvents()
# replays test actions at the right time
if AutomatorPlayer? and Automator.state == Automator.PLAYING
@automator.player.replayTestCommands()
# currently unused
@runOtherTasksStepFunction()
# used to load fizzygum sources progressively
@progressFramePacedActions()
@runChildrensStepFunction()
@hand.reCheckMouseEntersAndMouseLeavesAfterPotentialGeometryChanges()
window.recalculatingLayouts = true
@recalculateLayouts()
window.recalculatingLayouts = false
# »>> this part is excluded from the fizzygum homepage build
@addPinoutingMorphs()
# this part is excluded from the fizzygum homepage build <<«
@addHighlightingMorphs()
# here is where the repainting on screen happens
@updateBroken()
WorldMorph.frameCount++
WorldMorph.dateOfPreviousCycleStart = WorldMorph.dateOfCurrentCycleStart
WorldMorph.dateOfCurrentCycleStart = nil
# Widget stepping:
runChildrensStepFunction: ->
# TODO all these set modifications should be immutable...
@steppingWdgts.forEach (eachSteppingMorph) =>
#if eachSteppingMorph.isBeingFloatDragged()
# continue
# for objects where @fps is defined, check which ones are due to be stepped
# and which ones want to wait.
millisBetweenSteps = Math.round(1000 / eachSteppingMorph.fps)
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
if eachSteppingMorph.fps <= 0
# if fps 0 or negative, then just run as fast as possible,
# so 0 milliseconds remaining to the next invocation
millisecondsRemainingToWaitedFrame = 0
else
if eachSteppingMorph.synchronisedStepping
millisecondsRemainingToWaitedFrame = millisBetweenSteps - (timeOfCurrentCycleStart % millisBetweenSteps)
if eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame != 0 and millisecondsRemainingToWaitedFrame > eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame
millisecondsRemainingToWaitedFrame = 0
eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame = millisecondsRemainingToWaitedFrame
#console.log millisBetweenSteps + " " + millisecondsRemainingToWaitedFrame
else
elapsedMilliseconds = timeOfCurrentCycleStart - eachSteppingMorph.lastTime
millisecondsRemainingToWaitedFrame = millisBetweenSteps - elapsedMilliseconds
# when the firing time comes (or as soon as it's past):
if millisecondsRemainingToWaitedFrame <= 0
@stepWidget eachSteppingMorph
# Increment "lastTime" by millisBetweenSteps. Two notes:
# 1) We don't just set it to timeOfCurrentCycleStart so that there is no drifting
# in running it the next time: we run it the next time as if this time it
# ran exactly on time.
# 2) We are going to update "last time" with the loop
# below. This is because in case the window is not in foreground,
# requestAnimationFrame doesn't run, so we might skip a number of steps.
# In such cases, just bring "lastTime" up to speed here.
# If we don't do that, "skipped" steps would catch up on us and run all
# in contiguous frames when the window comes to foreground, so the
# widgets would animate frantically (every frame) catching up on
# all the steps they missed. We don't want that.
#
# while eachSteppingMorph.lastTime + millisBetweenSteps < timeOfCurrentCycleStart
# eachSteppingMorph.lastTime += millisBetweenSteps
#
# 3) and finally, here is the equivalent of the loop above, but done
# in one shot using remainders.
# Again: we are looking for the last "multiple" k such that
# lastTime + k * millisBetweenSteps
# is less than timeOfCurrentCycleStart.
eachSteppingMorph.lastTime = timeOfCurrentCycleStart - ((timeOfCurrentCycleStart - eachSteppingMorph.lastTime) % millisBetweenSteps)
stepWidget: (whichWidget) ->
if whichWidget.onNextStep
nxt = whichWidget.onNextStep
whichWidget.onNextStep = nil
nxt.call whichWidget
if !whichWidget.step?
debugger
try
whichWidget.step()
#console.log "stepping " + whichWidget
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
runOtherTasksStepFunction : ->
for task in @otherTasksToBeRunOnStep
#console.log "running a task: " + task
task()
# »>> this part is excluded from the fizzygum homepage build
sizeCanvasToTestScreenResolution: ->
@worldCanvas.width = Math.round(960 * ceilPixelRatio)
@worldCanvas.height = Math.round(440 * ceilPixelRatio)
@worldCanvas.style.width = "960px"
@worldCanvas.style.height = "440px"
bkground = document.getElementById("background")
bkground.style.width = "960px"
bkground.style.height = "720px"
bkground.style.backgroundColor = Color.WHITESMOKE.toString()
# this part is excluded from the fizzygum homepage build <<«
stretchWorldToFillEntirePage: ->
# once you call this, the world will forever take the whole page
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
pos = @getCanvasPosition()
clientHeight = window.innerHeight
clientWidth = window.innerWidth
if pos.x > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.left = "0px"
pos.x = 0
if pos.y > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.top = "0px"
pos.y = 0
# scrolled down b/c of viewport scaling
clientHeight = document.documentElement.clientHeight if document.body.scrollTop
# scrolled left b/c of viewport scaling
clientWidth = document.documentElement.clientWidth if document.body.scrollLeft
if (@worldCanvas.width isnt clientWidth) or (@worldCanvas.height isnt clientHeight)
@fullChanged()
@worldCanvas.width = (clientWidth * ceilPixelRatio)
@worldCanvas.style.width = clientWidth + "px"
@worldCanvas.height = (clientHeight * ceilPixelRatio)
@worldCanvas.style.height = clientHeight + "px"
@rawSetExtent new Point clientWidth, clientHeight
@desktopReLayout()
desktopReLayout: ->
basementOpenerWdgt = @firstChildSuchThat (w) ->
w instanceof BasementOpenerWdgt
if basementOpenerWdgt?
if basementOpenerWdgt.userMovedThisFromComputedPosition
basementOpenerWdgt.fullRawMoveInDesktopToFractionalPosition()
if !basementOpenerWdgt.wasPositionedSlightlyOutsidePanel
basementOpenerWdgt.fullRawMoveWithin @
else
basementOpenerWdgt.fullMoveTo @bottomRight().subtract (new Point 75, 75).add @desktopSidesPadding
analogClockWdgt = @firstChildSuchThat (w) ->
w instanceof AnalogClockWdgt
if analogClockWdgt?
if analogClockWdgt.userMovedThisFromComputedPosition
analogClockWdgt.fullRawMoveInDesktopToFractionalPosition()
if !analogClockWdgt.wasPositionedSlightlyOutsidePanel
analogClockWdgt.fullRawMoveWithin @
else
analogClockWdgt.fullMoveTo new Point @right() - 80 - @desktopSidesPadding, @top() + @desktopSidesPadding
@children.forEach (child) =>
if child != basementOpenerWdgt and child != analogClockWdgt and !(child instanceof WidgetHolderWithCaptionWdgt)
if child.positionFractionalInHoldingPanel?
child.fullRawMoveInDesktopToFractionalPosition()
if !child.wasPositionedSlightlyOutsidePanel
child.fullRawMoveWithin @
# WorldMorph events:
# »>> this part is excluded from the fizzygum homepage build
initVirtualKeyboard: ->
if @inputDOMElementForVirtualKeyboard
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
unless (WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard)
return
@inputDOMElementForVirtualKeyboard = document.createElement "input"
@inputDOMElementForVirtualKeyboard.type = "text"
@inputDOMElementForVirtualKeyboard.style.color = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.backgroundColor = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.border = "none"
@inputDOMElementForVirtualKeyboard.style.outline = "none"
@inputDOMElementForVirtualKeyboard.style.position = "absolute"
@inputDOMElementForVirtualKeyboard.style.top = "0px"
@inputDOMElementForVirtualKeyboard.style.left = "0px"
@inputDOMElementForVirtualKeyboard.style.width = "0px"
@inputDOMElementForVirtualKeyboard.style.height = "0px"
@inputDOMElementForVirtualKeyboard.autocapitalize = "none" # iOS specific
document.body.appendChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeydownInputEvent.fromBrowserEvent event
# Default in several browsers
# is for the backspace button to trigger
# the "back button", so we prevent that
# default here.
if event.keyIdentifier is "U+0008" or event.keyIdentifier is "Backspace"
event.preventDefault()
# suppress tab override and make sure tab gets
# received by all browsers
if event.keyIdentifier is "U+0009" or event.keyIdentifier is "Tab"
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keydown",
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener, false
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeyupInputEvent.fromBrowserEvent event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keyup",
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener, false
# Keypress events are deprecated in the JS specs and are not needed
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener = (event) =>
#@eventsQueue.push event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keypress",
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener, false
# this part is excluded from the fizzygum homepage build <<«
getPointerAndWdgtInfo: (topWdgtUnderPointer = @hand.topWdgtUnderPointer()) ->
# we might eliminate this command afterwards if
# we find out user is clicking on a menu item
# or right-clicking on a morph
absoluteBoundsOfMorphRelativeToWorld = topWdgtUnderPointer.boundingBox().asArray_xywh()
morphIdentifierViaTextLabel = topWdgtUnderPointer.identifyViaTextLabel()
morphPathRelativeToWorld = topWdgtUnderPointer.pathOfChildrenPositionsRelativeToWorld()
pointerPositionFractionalInMorph = @hand.positionFractionalInMorph topWdgtUnderPointer
pointerPositionPixelsInMorph = @hand.positionPixelsInMorph topWdgtUnderPointer
# note that this pointer position is in world
# coordinates not in page coordinates
pointerPositionPixelsInWorld = @hand.position()
isPartOfListMorph = (topWdgtUnderPointer.parentThatIsA ListMorph)?
return [ topWdgtUnderPointer.uniqueIDString(), morphPathRelativeToWorld, morphIdentifierViaTextLabel, absoluteBoundsOfMorphRelativeToWorld, pointerPositionFractionalInMorph, pointerPositionPixelsInMorph, pointerPositionPixelsInWorld, isPartOfListMorph]
# -----------------------------------------------------
# clipboard events processing
# -----------------------------------------------------
initMouseEventListeners: ->
canvas = @worldCanvas
# there is indeed a "dblclick" JS event
# but we reproduce it internally.
# The reason is that we do so for "click"
# because we want to check that the mouse
# button was released in the same morph
# where it was pressed (cause in the DOM you'd
# be pressing and releasing on the same
# element i.e. the canvas anyways
# so we receive clicks even though they aren't
# so we have to take care of the processing
# ourselves).
# So we also do the same internal
# processing for dblclick.
# Hence, don't register this event listener
# below...
#@dblclickEventListener = (event) =>
# event.preventDefault()
# @hand.processDoubleClick event
#canvas.addEventListener "dblclick", @dblclickEventListener, false
@mousedownBrowserEventListener = (event) =>
@eventsQueue.push MousedownInputEvent.fromBrowserEvent event
canvas.addEventListener "mousedown", @mousedownBrowserEventListener, false
@mouseupBrowserEventListener = (event) =>
@eventsQueue.push MouseupInputEvent.fromBrowserEvent event
canvas.addEventListener "mouseup", @mouseupBrowserEventListener, false
@mousemoveBrowserEventListener = (event) =>
@eventsQueue.push MousemoveInputEvent.fromBrowserEvent event
canvas.addEventListener "mousemove", @mousemoveBrowserEventListener, false
initTouchEventListeners: ->
canvas = @worldCanvas
@touchstartBrowserEventListener = (event) =>
@eventsQueue.push TouchstartInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchstart", @touchstartBrowserEventListener, false
@touchendBrowserEventListener = (event) =>
@eventsQueue.push TouchendInputEvent.fromBrowserEvent event
event.preventDefault() # prevent mouse events emulation
canvas.addEventListener "touchend", @touchendBrowserEventListener, false
@touchmoveBrowserEventListener = (event) =>
@eventsQueue.push TouchmoveInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchmove", @touchmoveBrowserEventListener, false
@gesturestartBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturestart", @gesturestartBrowserEventListener, false
@gesturechangeBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturechange", @gesturechangeBrowserEventListener, false
initKeyboardEventListeners: ->
canvas = @worldCanvas
@keydownBrowserEventListener = (event) =>
@eventsQueue.push KeydownInputEvent.fromBrowserEvent event
# this paragraph is to prevent the browser going
# "back button" when the user presses delete backspace.
# taken from http://stackoverflow.com/a/2768256
doPrevent = false
if event.key == "Backspace"
d = event.srcElement or event.target
if d.tagName.toUpperCase() == 'INPUT' and
(d.type.toUpperCase() == 'TEXT' or
d.type.toUpperCase() == 'PASSWORD' or
d.type.toUpperCase() == 'FILE' or
d.type.toUpperCase() == 'SEARCH' or
d.type.toUpperCase() == 'EMAIL' or
d.type.toUpperCase() == 'NUMBER' or
d.type.toUpperCase() == 'DATE') or
d.tagName.toUpperCase() == 'TEXTAREA'
doPrevent = d.readOnly or d.disabled
else
doPrevent = true
# this paragraph is to prevent the browser scrolling when
# user presses spacebar, see
# https://stackoverflow.com/a/22559917
if event.key == " " and event.target == @worldCanvas
# Note that doing a preventDefault on the spacebar
# causes it not to generate the keypress event
# (just the keydown), so we had to modify the keydown
# to also process the space.
# (I tried to use stopPropagation instead/inaddition but
# it didn't work).
doPrevent = true
# also browsers tend to do special things when "tab"
# is pressed, so let's avoid that
if event.key == "Tab" and event.target == @worldCanvas
doPrevent = true
if doPrevent
event.preventDefault()
canvas.addEventListener "keydown", @keydownBrowserEventListener, false
@keyupBrowserEventListener = (event) =>
@eventsQueue.push KeyupInputEvent.fromBrowserEvent event
canvas.addEventListener "keyup", @keyupBrowserEventListener, false
# keypress is deprecated in the latest specs, and it's really not needed/used,
# since all keys really have an effect when they are pushed down
@keypressBrowserEventListener = (event) =>
canvas.addEventListener "keypress", @keypressBrowserEventListener, false
initClipboardEventListeners: ->
# snippets of clipboard-handling code taken from
# http://codebits.glennjones.net/editing/setclipboarddata.htm
# Note that this works only in Chrome. Firefox and Safari need a piece of
# text to be selected in order to even trigger the copy event. Chrome does
# enable clipboard access instead even if nothing is selected.
# There are a couple of solutions to this - one is to keep a hidden textfield that
# handles all copy/paste operations.
# Another one is to not use a clipboard, but rather an internal string as
# local memory. So the OS clipboard wouldn't be used, but at least there would
# be some copy/paste working. Also one would need to intercept the copy/paste
# key combinations manually instead of from the copy/paste events.
# -----------------------------------------------------
# clipboard events listeners
# -----------------------------------------------------
# we deal with the clipboard here in the event listeners
# because for security reasons the runtime is not allowed
# access to the clipboards outside of here. So we do all
# we have to do with the clipboard here, and in every
# other place we work with text.
@cutBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CutInputEvent.fromBrowserEvent event
document.body.addEventListener "cut", @cutBrowserEventListener, false
@copyBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CopyInputEvent.fromBrowserEvent event
document.body.addEventListener "copy", @copyBrowserEventListener, false
@pasteBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push PasteInputEvent.fromBrowserEvent event
document.body.addEventListener "paste", @pasteBrowserEventListener, false
initKeyCombosEventListeners: ->
# »>> this part is excluded from the fizzygum homepage build
#console.log "binding via mousetrap"
@keyComboResetWorldEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.resetWorld()
false
Mousetrap.bind ["alt+d"], @keyComboResetWorldEventListener
@keyComboTurnOnAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOnAnimationsPacingControl()
false
Mousetrap.bind ["alt+e"], @keyComboTurnOnAnimationsPacingControl
@keyComboTurnOffAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
false
Mousetrap.bind ["alt+u"], @keyComboTurnOffAnimationsPacingControl
@keyComboTakeScreenshotEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addTakeScreenshotCommand()
false
Mousetrap.bind ["alt+c"], @keyComboTakeScreenshotEventListener
@keyComboStopTestRecordingEventListener = (event) =>
if Automator?
@automator.recorder.stopTestRecording()
false
Mousetrap.bind ["alt+t"], @keyComboStopTestRecordingEventListener
@keyComboAddTestCommentEventListener = (event) =>
if Automator?
@automator.recorder.addTestComment()
false
Mousetrap.bind ["alt+m"], @keyComboAddTestCommentEventListener
@keyComboCheckNumberOfMenuItemsEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckNumberOfItemsInMenuCommand()
false
Mousetrap.bind ["alt+k"], @keyComboCheckNumberOfMenuItemsEventListener
@keyComboCheckStringsOfItemsInMenuOrderImportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderImportantCommand()
false
Mousetrap.bind ["alt+a"], @keyComboCheckStringsOfItemsInMenuOrderImportant
@keyComboCheckStringsOfItemsInMenuOrderUnimportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderUnimportantCommand()
false
Mousetrap.bind ["alt+z"], @keyComboCheckStringsOfItemsInMenuOrderUnimportant
# this part is excluded from the fizzygum homepage build <<«
initOtherMiscEventListeners: ->
canvas = @worldCanvas
@contextmenuEventListener = (event) ->
# suppress context menu for Mac-Firefox
event.preventDefault()
canvas.addEventListener "contextmenu", @contextmenuEventListener, false
# Safari, Chrome
@wheelBrowserEventListener = (event) =>
@eventsQueue.push WheelInputEvent.fromBrowserEvent event
event.preventDefault()
canvas.addEventListener "wheel", @wheelBrowserEventListener, false
# CHECK AFTER 15 Jan 2021 00:00:00 GMT
# As of Oct 2020, using mouse/trackpad in
# Mobile Safari, the wheel event is not sent.
# See:
# https://github.com/cdr/code-server/issues/1455
# https://bugs.webkit.org/show_bug.cgi?id=210071
# However, the scroll event is sent, and when that is sent,
# we can use the window.pageYOffset
# to re-create a passable, fake wheel event.
if Utils.runningInMobileSafari()
window.addEventListener "scroll", @wheelBrowserEventListener, false
@dragoverEventListener = (event) ->
event.preventDefault()
window.addEventListener "dragover", @dragoverEventListener, false
@dropBrowserEventListener = (event) =>
# nothing here, although code for handling a "drop" is in the
# comments
event.preventDefault()
window.addEventListener "drop", @dropBrowserEventListener, false
@resizeBrowserEventListener = =>
@eventsQueue.push ResizeInputEvent.fromBrowserEvent event
# this is a DOM thing, little to do with other r e s i z e methods
window.addEventListener "resize", @resizeBrowserEventListener, false
# note that we don't register the normal click,
# we figure that out independently.
initEventListeners: ->
@initMouseEventListeners()
@initTouchEventListeners()
@initKeyboardEventListeners()
@initClipboardEventListeners()
@initKeyCombosEventListeners()
@initOtherMiscEventListeners()
# »>> this part is excluded from the fizzygum homepage build
removeEventListeners: ->
canvas = @worldCanvas
# canvas.removeEventListener 'dblclick', @dblclickEventListener
canvas.removeEventListener 'mousedown', @mousedownBrowserEventListener
canvas.removeEventListener 'mouseup', @mouseupBrowserEventListener
canvas.removeEventListener 'mousemove', @mousemoveBrowserEventListener
canvas.removeEventListener 'contextmenu', @contextmenuEventListener
canvas.removeEventListener "touchstart", @touchstartBrowserEventListener
canvas.removeEventListener "touchend", @touchendBrowserEventListener
canvas.removeEventListener "touchmove", @touchmoveBrowserEventListener
canvas.removeEventListener "gesturestart", @gesturestartBrowserEventListener
canvas.removeEventListener "gesturechange", @gesturechangeBrowserEventListener
canvas.removeEventListener 'keydown', @keydownBrowserEventListener
canvas.removeEventListener 'keyup', @keyupBrowserEventListener
canvas.removeEventListener 'keypress', @keypressBrowserEventListener
canvas.removeEventListener 'wheel', @wheelBrowserEventListener
if Utils.runningInMobileSafari()
canvas.removeEventListener 'scroll', @wheelBrowserEventListener
canvas.removeEventListener 'cut', @cutBrowserEventListener
canvas.removeEventListener 'copy', @copyBrowserEventListener
canvas.removeEventListener 'paste', @pasteBrowserEventListener
Mousetrap.reset()
canvas.removeEventListener 'dragover', @dragoverEventListener
canvas.removeEventListener 'resize', @resizeBrowserEventListener
canvas.removeEventListener 'drop', @dropBrowserEventListener
# this part is excluded from the fizzygum homepage build <<«
mouseDownLeft: ->
noOperation
mouseClickLeft: ->
noOperation
mouseDownRight: ->
noOperation
# »>> this part is excluded from the fizzygum homepage build
droppedImage: ->
nil
droppedSVG: ->
nil
# this part is excluded from the fizzygum homepage build <<«
# WorldMorph text field tabbing:
nextTab: (editField) ->
next = @nextEntryField editField
if next
@switchTextFieldFocus editField, next
previousTab: (editField) ->
prev = @previousEntryField editField
if prev
@switchTextFieldFocus editField, prev
switchTextFieldFocus: (current, next) ->
current.clearSelection()
next.bringToForeground()
next.selectAll()
next.edit()
# if an error is thrown, the state of the world might
# be messy, for example the pointer might be
# dragging an invisible morph, etc.
# So, try to clean-up things as much as possible.
softResetWorld: ->
@hand.drop()
@hand.mouseOverList.clear()
@hand.nonFloatDraggedWdgt = nil
@wdgtsDetectingClickOutsideMeOrAnyOfMeChildren.clear()
@lastNonTextPropertyChangerButtonClickedOrDropped = nil
# »>> this part is excluded from the fizzygum homepage build
resetWorld: ->
@softResetWorld()
@changed() # redraw the whole screen
@fullDestroyChildren()
# the "basementWdgt" is not attached to the
# world tree so it's not in the children,
# so we need to clean up separately
@basementWdgt?.empty()
# some tests might change the background
# color of the world so let's reset it.
@setColor Color.create 205, 205, 205
SystemTestsControlPanelUpdater.blinkLink SystemTestsControlPanelUpdater.resetWorldLink
# make sure thw window is scrolled to top
# so we can see the test results while tests
# are running.
document.body.scrollTop = document.documentElement.scrollTop = 0
# this part is excluded from the fizzygum homepage build <<«
# There is something special about the
# "world" version of fullDestroyChildren:
# it resets the counter used to count
# how many morphs exist of each Widget class.
# That counter is also used to determine the
# unique ID of a Widget. So, destroying
# all morphs from the world causes the
# counts and IDs of all the subsequent
# morphs to start from scratch again.
fullDestroyChildren: ->
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
ListOfMorphs = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in ListOfMorphs
if eachMorphClass != "WorldMorph"
#console.log "resetting " + eachMorphClass + " from " + window[eachMorphClass].instancesCounter
# the actual count is in another variable "instancesCounter"
# but all labels are built using instanceNumericID
# which is set based on lastBuiltInstanceNumericID
window[eachMorphClass].lastBuiltInstanceNumericID = 0
# »>> this part is excluded from the fizzygum homepage build
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
@automator.recorder.turnOffAlignmentOfMorphIDsMechanism()
@automator.recorder.turnOffHidingOfMorphsContentExtractInLabels()
@automator.recorder.turnOffHidingOfMorphsNumberIDInLabels()
# this part is excluded from the fizzygum homepage build <<«
super()
destroyToolTips: ->
# "toolTipsList" keeps the widgets to be deleted upon
# the next mouse click, or whenever another temporary Widget decides
# that it needs to remove them.
# Note that we actually destroy toolTipsList because we are not expecting
# anybody to revive them once they are gone (as opposed to menus)
@toolTipsList.forEach (tooltip) =>
unless tooltip.boundsContainPoint @position()
tooltip.fullDestroy()
@toolTipsList.delete tooltip
buildContextMenu: ->
if @isIndexPage
menu = new MenuMorph @, false, @, true, true, "Desktop"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
menu.addMenuItem "new folder", true, @, "makeFolder"
return menu
if @isDevMode
menu = new MenuMorph(@, false,
@, true, true, @constructor.name or @constructor.toString().split(" ")[1].split("(")[0])
else
menu = new MenuMorph @, false, @, true, true, "Widgetic"
# »>> this part is excluded from the fizzygum homepage build
if @isDevMode
menu.addMenuItem "demo ➜", false, @, "popUpDemoMenu", "sample morphs"
menu.addLine()
# TODO remove these two, they do nothing now
menu.addMenuItem "show all", true, @, "noOperation"
menu.addMenuItem "hide all", true, @, "noOperation"
menu.addMenuItem "delete all", true, @, "closeChildren"
menu.addMenuItem "move all inside", true, @, "keepAllSubmorphsWithin", "keep all submorphs\nwithin and visible"
menu.addMenuItem "inspect", true, @, "inspect", "open a window on\nall properties"
menu.addMenuItem "test menu ➜", false, @, "testMenu", "debugging and testing operations"
menu.addLine()
menu.addMenuItem "restore display", true, @, "changed", "redraw the\nscreen once"
menu.addMenuItem "fit whole page", true, @, "stretchWorldToFillEntirePage", "let the World automatically\nadjust to browser resizings"
menu.addMenuItem "color...", true, @, "popUpColorSetter", "choose the World's\nbackground color"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
if WorldMorph.preferencesAndSettings.inputMode is PreferencesAndSettings.INPUT_MODE_MOUSE
menu.addMenuItem "touch screen settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "bigger menu fonts\nand sliders"
else
menu.addMenuItem "standard settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "smaller menu fonts\nand sliders"
menu.addLine()
# this part is excluded from the fizzygum homepage build <<«
if Automator?
menu.addMenuItem "system tests ➜", false, @, "popUpSystemTestsMenu", ""
if @isDevMode
menu.addMenuItem "switch to user mode", true, @, "toggleDevMode", "disable developers'\ncontext menus"
else
menu.addMenuItem "switch to dev mode", true, @, "toggleDevMode"
menu.addMenuItem "new folder", true, @, "makeFolder"
menu.addMenuItem "about Fizzygum...", true, @, "about"
menu
wallpapersMenu: (a,targetMorph)->
menu = new MenuMorph @, false, targetMorph, true, true, "Wallpapers"
# we add the "untick" prefix to all entries
# so we allocate the right amount of space for
# the labels, we are going to put the
# right ticks soon after
menu.addMenuItem untick + @pattern1, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern1
menu.addMenuItem untick + @pattern2, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern2
menu.addMenuItem untick + @pattern3, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern3
menu.addMenuItem untick + @pattern4, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern4
menu.addMenuItem untick + @pattern5, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern5
menu.addMenuItem untick + @pattern6, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern6
menu.addMenuItem untick + @pattern7, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern7
@updatePatternsMenuEntriesTicks menu
menu.popUpAtHand()
setPattern: (menuItem, ignored2, thePatternName) ->
if @patternName == thePatternName
return
@patternName = thePatternName
@changed()
if menuItem?.parent? and (menuItem.parent instanceof MenuMorph)
@updatePatternsMenuEntriesTicks menuItem.parent
# cheap way to keep menu consistency when pinned
# note that there is no consistency in case
# there are multiple copies of this menu changing
# the wallpaper, since there is no real subscription
# of a menu to react to wallpaper change coming
# from other menus or other means (e.g. API)...
updatePatternsMenuEntriesTicks: (menu) ->
pattern1Tick = pattern2Tick = pattern3Tick =
pattern4Tick = pattern5Tick = pattern6Tick =
pattern7Tick = untick
switch @patternName
when @pattern1
pattern1Tick = tick
when @pattern2
pattern2Tick = tick
when @pattern3
pattern3Tick = tick
when @pattern4
pattern4Tick = tick
when @pattern5
pattern5Tick = tick
when @pattern6
pattern6Tick = tick
when @pattern7
pattern7Tick = tick
menu.children[1].label.setText pattern1Tick + @pattern1
menu.children[2].label.setText pattern2Tick + @pattern2
menu.children[3].label.setText pattern3Tick + @pattern3
menu.children[4].label.setText pattern4Tick + @pattern4
menu.children[5].label.setText pattern5Tick + @pattern5
menu.children[6].label.setText pattern6Tick + @pattern6
menu.children[7].label.setText pattern7Tick + @pattern7
# »>> this part is excluded from the fizzygum homepage build
popUpSystemTestsMenu: ->
menu = new MenuMorph @, false, @, true, true, "system tests"
menu.addMenuItem "run system tests", true, @automator.player, "runAllSystemTests", "runs all the system tests"
menu.addMenuItem "run system tests force slow", true, @automator.player, "runAllSystemTestsForceSlow", "runs all the system tests"
menu.addMenuItem "run system tests force fast skip in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastSkipInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "run system tests force fast run in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastRunInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "start test recording", true, @automator.recorder, "startTestRecording", "start recording a test"
menu.addMenuItem "stop test recording", true, @automator.recorder, "stopTestRecording", "stop recording the test"
menu.addMenuItem "(re)play recorded test slow", true, @automator.player, "startTestPlayingSlow", "start playing the test"
menu.addMenuItem "(re)play recorded test fast skip in-between mouse moves", true, @automator.player, "startTestPlayingFastSkipInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "(re)play recorded test fast run in-between mouse moves", true, @automator.player, "startTestPlayingFastRunInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "show test source", true, @automator, "showTestSource", "opens a window with the source of the latest test"
menu.addMenuItem "save recorded test", true, @automator.recorder, "saveTest", "save the recorded test"
menu.addMenuItem "save failed screenshots", true, @automator.player, "saveFailedScreenshots", "save failed screenshots"
menu.popUpAtHand()
# this part is excluded from the fizzygum homepage build <<«
create: (aWdgt) ->
aWdgt.pickUp()
# »>> this part is excluded from the fizzygum homepage build
createNewStackElementsSizeAdjustingMorph: ->
@create new StackElementsSizeAdjustingMorph
createNewLayoutElementAdderOrDropletMorph: ->
@create new LayoutElementAdderOrDropletMorph
createNewRectangleMorph: ->
@create new RectangleMorph
createNewBoxMorph: ->
@create new BoxMorph
createNewCircleBoxMorph: ->
@create new CircleBoxMorph
createNewSliderMorph: ->
@create new SliderMorph
createNewPanelWdgt: ->
newWdgt = new PanelWdgt
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewScrollPanelWdgt: ->
newWdgt = new ScrollPanelWdgt
newWdgt.adjustContentsBounds()
newWdgt.adjustScrollBars()
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewCanvas: ->
newWdgt = new CanvasMorph
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewHandle: ->
@create new HandleMorph
createNewString: ->
newWdgt = new StringMorph "Hello, World!"
newWdgt.isEditable = true
@create newWdgt
createNewText: ->
newWdgt = new TextMorph("Ich weiß nicht, was soll es bedeuten, dass ich so " +
"traurig bin, ein Märchen aus uralten Zeiten, das " +
"kommt mir nicht aus dem Sinn. Die Luft ist kühl " +
"und es dunkelt, und ruhig fließt der Rhein; der " +
"Gipfel des Berges funkelt im Abendsonnenschein. " +
"Die schönste Jungfrau sitzet dort oben wunderbar, " +
"ihr gold'nes Geschmeide blitzet, sie kämmt ihr " +
"goldenes Haar, sie kämmt es mit goldenem Kamme, " +
"und singt ein Lied dabei; das hat eine wundersame, " +
"gewalt'ge Melodei. Den Schiffer im kleinen " +
"Schiffe, ergreift es mit wildem Weh; er schaut " +
"nicht die Felsenriffe, er schaut nur hinauf in " +
"die Höh'. Ich glaube, die Wellen verschlingen " +
"am Ende Schiffer und Kahn, und das hat mit ihrem " +
"Singen, die Loreley getan.")
newWdgt.isEditable = true
newWdgt.maxTextWidth = 300
@create newWdgt
createNewSpeechBubbleWdgt: ->
newWdgt = new SpeechBubbleWdgt
@create newWdgt
createNewToolTipWdgt: ->
newWdgt = new ToolTipWdgt
@create newWdgt
createNewGrayPaletteMorph: ->
@create new GrayPaletteMorph
createNewColorPaletteMorph: ->
@create new ColorPaletteMorph
createNewGrayPaletteMorphInWindow: ->
gP = new GrayPaletteMorph
wm = new WindowWdgt nil, nil, gP
@add wm
wm.rawSetExtent new Point 130, 70
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPaletteMorphInWindow: ->
cP = new ColorPaletteMorph
wm = new WindowWdgt nil, nil, cP
@add wm
wm.rawSetExtent new Point 130, 100
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPickerMorph: ->
@create new ColorPickerMorph
createNewSensorDemo: ->
newWdgt = new MouseSensorMorph
newWdgt.setColor Color.create 230, 200, 100
newWdgt.cornerRadius = 35
newWdgt.alpha = 0.2
newWdgt.rawSetExtent new Point 100, 100
@create newWdgt
createNewAnimationDemo: ->
foo = new BouncerMorph
foo.fullRawMoveTo new Point 50, 20
foo.rawSetExtent new Point 300, 200
foo.alpha = 0.9
foo.speed = 3
bar = new BouncerMorph
bar.setColor Color.create 50, 50, 50
bar.fullRawMoveTo new Point 80, 80
bar.rawSetExtent new Point 80, 250
bar.type = "horizontal"
bar.direction = "right"
bar.alpha = 0.9
bar.speed = 5
baz = new BouncerMorph
baz.setColor Color.create 20, 20, 20
baz.fullRawMoveTo new Point 90, 140
baz.rawSetExtent new Point 40, 30
baz.type = "horizontal"
baz.direction = "right"
baz.speed = 3
garply = new BouncerMorph
garply.setColor Color.create 200, 20, 20
garply.fullRawMoveTo new Point 90, 140
garply.rawSetExtent new Point 20, 20
garply.type = "vertical"
garply.direction = "up"
garply.speed = 8
fred = new BouncerMorph
fred.setColor Color.create 20, 200, 20
fred.fullRawMoveTo new Point 120, 140
fred.rawSetExtent new Point 20, 20
fred.type = "vertical"
fred.direction = "down"
fred.speed = 4
bar.add garply
bar.add baz
foo.add fred
foo.add bar
@create foo
createNewPenMorph: ->
@create new PenMorph
underTheCarpet: ->
newWdgt = new BasementWdgt
@create newWdgt
popUpDemoMenu: (morphOpeningThePopUp,b,c,d) ->
if @isIndexPage
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "parts bin"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorphInWindow"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorphInWindow"
menu.addLine()
menu.addMenuItem "analog clock", true, @, "analogClock"
else
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "make a morph"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addLine()
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "panel", true, @, "createNewPanelWdgt"
menu.addMenuItem "scrollable panel", true, @, "createNewScrollPanelWdgt"
menu.addMenuItem "canvas", true, @, "createNewCanvas"
menu.addMenuItem "handle", true, @, "createNewHandle"
menu.addLine()
menu.addMenuItem "string", true, @, "createNewString"
menu.addMenuItem "text", true, @, "createNewText"
menu.addMenuItem "tool tip", true, @, "createNewToolTipWdgt"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorph"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorph"
menu.addMenuItem "color picker", true, @, "createNewColorPickerMorph"
menu.addLine()
menu.addMenuItem "sensor demo", true, @, "createNewSensorDemo"
menu.addMenuItem "animation demo", true, @, "createNewAnimationDemo"
menu.addMenuItem "pen", true, @, "createNewPenMorph"
menu.addLine()
menu.addMenuItem "layout tests ➜", false, @, "layoutTestsMenu", "sample morphs"
menu.addLine()
menu.addMenuItem "under the carpet", true, @, "underTheCarpet"
menu.popUpAtHand()
layoutTestsMenu: (morphOpeningThePopUp) ->
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "Layout tests"
menu.addMenuItem "adjuster morph", true, @, "createNewStackElementsSizeAdjustingMorph"
menu.addMenuItem "adder/droplet", true, @, "createNewLayoutElementAdderOrDropletMorph"
menu.addMenuItem "test screen 1", true, Widget, "setupTestScreen1"
menu.popUpAtHand()
toggleDevMode: ->
@isDevMode = not @isDevMode
# this part is excluded from the fizzygum homepage build <<«
edit: (aStringMorphOrTextMorph) ->
# first off, if the Widget is not editable
# then there is nothing to do
# return nil unless aStringMorphOrTextMorph.isEditable
# there is only one caret in the World, so destroy
# the previous one if there was one.
if @caret
# empty the previously ongoing selection
# if there was one.
previouslyEditedText = @lastEditedText
@lastEditedText = @caret.target
if @lastEditedText != previouslyEditedText
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# create the new Caret
@caret = new CaretMorph aStringMorphOrTextMorph
aStringMorphOrTextMorph.parent.add @caret
# this is the only place where the @keyboardEventsReceiver is set
@keyboardEventsReceiver = @caret
if WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard
@initVirtualKeyboard()
# For touch devices, giving focus on the textbox causes
# the keyboard to slide up, and since the page viewport
# shrinks, the page is scrolled to where the texbox is.
# So, it is important to position the textbox around
# where the caret is, so that the changed text is going to
# be visible rather than out of the viewport.
pos = @getCanvasPosition()
@inputDOMElementForVirtualKeyboard.style.top = @caret.top() + pos.y + "px"
@inputDOMElementForVirtualKeyboard.style.left = @caret.left() + pos.x + "px"
@inputDOMElementForVirtualKeyboard.focus()
# Widgetic.js provides the "slide" method but I must have lost it
# in the way, so commenting this out for the time being
#
#if WorldMorph.preferencesAndSettings.useSliderForInput
# if !aStringMorphOrTextMorph.parentThatIsA MenuMorph
# @slide aStringMorphOrTextMorph
# Editing can stop because of three reasons:
# cancel (user hits ESC)
# accept (on stringmorph, user hits enter)
# user clicks/floatDrags another morph
stopEditing: ->
if @caret
@lastEditedText = @caret.target
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# the only place where the @keyboardEventsReceiver is unset
# (and the hidden input is removed)
@keyboardEventsReceiver = nil
if @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard.blur()
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
@worldCanvas.focus()
anyReferenceToWdgt: (whichWdgt) ->
# go through all the references and check whether they reference
# the wanted widget. Note that the reference could be unreachable
# in the basement, or even in the trash
for eachReferencingWdgt from @widgetsReferencingOtherWidgets
if eachReferencingWdgt.target == whichWdgt
return true
return false
| 222707 | # The WorldMorph takes over the canvas on the page
class WorldMorph extends PanelWdgt
@augmentWith GridPositioningOfAddedShortcutsMixin, @name
@augmentWith KeepIconicDesktopSystemLinksBackMixin, @name
# We need to add and remove
# the event listeners so we are
# going to put them all in properties
# here.
# dblclickEventListener: nil
mousedownBrowserEventListener: nil
mouseupBrowserEventListener: nil
mousemoveBrowserEventListener: nil
contextmenuEventListener: nil
touchstartBrowserEventListener: nil
touchendBrowserEventListener: nil
touchmoveBrowserEventListener: nil
gesturestartBrowserEventListener: nil
gesturechangeBrowserEventListener: nil
# Note how there can be two handlers for
# keyboard events.
# This one is attached
# to the canvas and reaches the currently
# blinking caret if there is one.
# See below for the other potential
# handler. See "initVirtualKeyboard"
# method to see where and when this input and
# these handlers are set up.
keydownBrowserEventListener: nil
keyupBrowserEventListener: nil
keypressBrowserEventListener: nil
wheelBrowserEventListener: nil
cutBrowserEventListener: nil
copyBrowserEventListener: nil
pasteBrowserEventListener: nil
errorConsole: nil
# the string for the last serialised morph
# is kept in here, to make serialization
# and deserialization tests easier.
# The alternative would be to refresh and
# re-start the tests from where they left...
lastSerializationString: ""
# Note how there can be two handlers
# for keyboard events. This one is
# attached to a hidden
# "input" div which keeps track of the
# text that is being input.
inputDOMElementForVirtualKeyboardKeydownBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeyupBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeypressBrowserEventListener: nil
# »>> this part is excluded from the fizzygum homepage build
keyComboResetWorldEventListener: nil
keyComboTurnOnAnimationsPacingControl: nil
keyComboTurnOffAnimationsPacingControl: nil
keyComboTakeScreenshotEventListener: nil
keyComboStopTestRecordingEventListener: nil
keyComboTakeScreenshotEventListener: nil
keyComboCheckStringsOfItemsInMenuOrderImportant: nil
keyComboCheckStringsOfItemsInMenuOrderUnimportant: nil
keyComboAddTestCommentEventListener: nil
keyComboCheckNumberOfMenuItemsEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
dragoverEventListener: nil
resizeBrowserEventListener: nil
otherTasksToBeRunOnStep: []
# »>> this part is excluded from the fizzygum homepage build
dropBrowserEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
# these variables shouldn't be static to the WorldMorph, because
# in pure theory you could have multiple worlds in the same
# page with different settings
# (but anyways, it was global before, so it's not any worse than before)
@preferencesAndSettings: nil
@dateOfPreviousCycleStart: nil
@dateOfCurrentCycleStart: nil
showRedraws: false
doubleCheckCachedMethodsResults: false
automator: nil
# this is the actual reference to the canvas
# on the html page, where the world is
# finally painted to.
worldCanvas: nil
worldCanvasContext: nil
canvasForTextMeasurements: nil
canvasContextForTextMeasurements: nil
cacheForTextMeasurements: nil
cacheForTextParagraphSplits: nil
cacheForParagraphsWordsSplits: nil
cacheForParagraphsWrappingData: nil
cacheForTextWrappingData: nil
cacheForTextBreakingIntoLinesTopLevel: nil
# By default the world will always fill
# the entire page, also when browser window
# is resized.
# When this flag is set, the onResize callback
# automatically adjusts the world size.
automaticallyAdjustToFillEntireBrowserAlsoOnResize: true
# »>> this part is excluded from the fizzygum homepage build
# keypad keys map to special characters
# so we can trigger test actions
# see more comments below
@KEYPAD_TAB_mappedToThaiKeyboard_A: "ฟ"
@KEYPAD_SLASH_mappedToThaiKeyboard_B: "ิ"
@KEYPAD_MULTIPLY_mappedToThaiKeyboard_C: "แ"
@KEYPAD_DELETE_mappedToThaiKeyboard_D: "ก"
@KEYPAD_7_mappedToThaiKeyboard_E: "ำ"
@KEYPAD_8_mappedToThaiKeyboard_F: "ด"
@KEYPAD_9_mappedToThaiKeyboard_G: "เ"
@KEYPAD_MINUS_mappedToThaiKeyboard_H: "้"
@KEYPAD_4_mappedToThaiKeyboard_I: "ร"
@KEYPAD_5_mappedToThaiKeyboard_J: "่" # looks like empty string but isn't :-)
@KEYPAD_6_mappedToThaiKeyboard_K: "า"
@KEYPAD_PLUS_mappedToThaiKeyboard_L: "ส"
@KEYPAD_1_mappedToThaiKeyboard_M: "ท"
@KEYPAD_2_mappedToThaiKeyboard_N: "ท"
@KEYPAD_3_mappedToThaiKeyboard_O: "ื"
@KEYPAD_ENTER_mappedToThaiKeyboard_P: "น"
@KEYPAD_0_mappedToThaiKeyboard_Q: "ย"
@KEYPAD_DOT_mappedToThaiKeyboard_R: "พ"
# this part is excluded from the fizzygum homepage build <<«
wdgtsDetectingClickOutsideMeOrAnyOfMeChildren: new Set
hierarchyOfClickedWdgts: new Set
hierarchyOfClickedMenus: new Set
popUpsMarkedForClosure: new Set
freshlyCreatedPopUps: new Set
openPopUps: new Set
toolTipsList: new Set
# »>> this part is excluded from the fizzygum homepage build
@ongoingUrlActionNumber: 0
# this part is excluded from the fizzygum homepage build <<«
@frameCount: 0
@numberOfAddsAndRemoves: 0
@numberOfVisibilityFlagsChanges: 0
@numberOfCollapseFlagsChanges: 0
@numberOfRawMovesAndResizes: 0
broken: nil
duplicatedBrokenRectsTracker: nil
numberOfDuplicatedBrokenRects: 0
numberOfMergedSourceAndDestination: 0
morphsToBeHighlighted: new Set
currentHighlightingMorphs: new Set
morphsBeingHighlighted: new Set
# »>> this part is excluded from the fizzygum homepage build
morphsToBePinouted: new Set
currentPinoutingMorphs: new Set
morphsBeingPinouted: new Set
# this part is excluded from the fizzygum homepage build <<«
steppingWdgts: new Set
basementWdgt: nil
# since the shadow is just a "rendering" effect
# there is no morph for it, we need to just clean up
# the shadow area ad-hoc. We do that by just growing any
# broken rectangle by the maximum shadow offset.
# We could be more surgical and remember the offset of the
# shadow (if any) in the start and end location of the
# morph, just like we do with the position, but it
# would complicate things and probably be overkill.
# The downside of this is that if we change the
# shadow sizes, we have to check that this max size
# still captures the biggest.
maxShadowSize: 6
eventsQueue: []
widgetsReferencingOtherWidgets: new Set
incrementalGcSessionId: 0
desktopSidesPadding: 10
# the desktop lays down icons vertically
laysIconsHorizontallyInGrid: false
iconsLayingInGridWrapCount: 5
errorsWhileRepainting: []
paintingWidget: nil
widgetsGivingErrorWhileRepainting: []
# this one is so we can left/center/right align in
# a document editor the last widget that the user "touched"
# TODO this could be extended so we keep a "list" of
# "selected" widgets (e.g. if the user ctrl-clicks on a widget
# then it highlights in some manner and ends up in this list)
# and then operations can be performed on the whole list
# of widgets.
lastNonTextPropertyChangerButtonClickedOrDropped: nil
patternName: nil
pattern1: "plain"
pattern2: "circles"
pattern3: "vert. stripes"
pattern4: "oblique stripes"
pattern5: "dots"
pattern6: "zigzag"
pattern7: "bricks"
howManyUntitledShortcuts: 0
howManyUntitledFoldersShortcuts: 0
lastUsedConnectionsCalculationToken: 0
isIndexPage: nil
# »>> this part is excluded from the fizzygum homepage build
# This method also handles keypresses from a special
# external keypad which is used to
# record tests commands (such as capture screen, etc.).
# These external keypads are inexpensive
# so they are a good device for this kind
# of stuff.
# http://www.amazon.co.uk/Perixx-PERIPAD-201PLUS-Numeric-Keypad-Laptop/dp/B001R6FZLU/
# They keypad is mapped
# to Thai keyboard characters via an OSX app
# called keyremap4macbook (also one needs to add the
# Thai keyboard, which is just a click from System Preferences)
# Those Thai characters are used to trigger test
# commands. The only added complexity is about
# the "00" key of such keypads - see
# note below.
doublePressOfZeroKeypadKey: nil
# this part is excluded from the fizzygum homepage build <<«
healingRectanglesPhase: false
# we use the trackChanges array as a stack to
# keep track whether a whole segment of code
# (including all function calls in it) will
# record the broken rectangles.
# Using a stack we can correctly track nested "disabling of track
# changes" correctly.
trackChanges: [true]
morphsThatMaybeChangedGeometryOrPosition: []
morphsThatMaybeChangedFullGeometryOrPosition: []
morphsThatMaybeChangedLayout: []
# »>> this part is only needed for Macros
macroStepsWaitingTimer: nil
nextBlockToBeRun: nil
macroVars: nil
macroIsRunning: nil
# this part is only needed for Macros <<«
constructor: (
@worldCanvas,
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
) ->
# The WorldMorph is the very first morph to
# be created.
# world at the moment is a global variable, there is only one
# world and this variable needs to be initialised as soon as possible, which
# is right here. This is because there is code in this constructor that
# will reference that global world variable, so it needs to be set
# very early
window.world = @
if window.location.href.includes "worldWithSystemTestHarness"
@isIndexPage = false
else
@isIndexPage = true
WorldMorph.preferencesAndSettings = new PreferencesAndSettings
super()
@patternName = @pattern1
@appearance = new DesktopAppearance @
#console.log WorldMorph.preferencesAndSettings.menuFontName
@color = Color.create 205, 205, 205 # (130, 130, 130)
@strokeColor = nil
@alpha = 1
# additional properties:
@isDevMode = false
@hand = new ActivePointerWdgt
@keyboardEventsReceiver = nil
@lastEditedText = nil
@caret = nil
@temporaryHandlesAndLayoutAdjusters = new Set
@inputDOMElementForVirtualKeyboard = nil
if @automaticallyAdjustToFillEntireBrowserAlsoOnResize and @isIndexPage
@stretchWorldToFillEntirePage()
else
@sizeCanvasToTestScreenResolution()
# @worldCanvas.width and height here are in physical pixels
# so we want to bring them back to logical pixels
@setBounds new Rectangle 0, 0, @worldCanvas.width / ceilPixelRatio, @worldCanvas.height / ceilPixelRatio
@initEventListeners()
if Automator?
@automator = new Automator
@worldCanvasContext = @worldCanvas.getContext "2d"
@canvasForTextMeasurements = HTMLCanvasElement.createOfPhysicalDimensions()
@canvasContextForTextMeasurements = @canvasForTextMeasurements.getContext "2d"
@canvasContextForTextMeasurements.useLogicalPixelsUntilRestore()
@canvasContextForTextMeasurements.textAlign = "left"
@canvasContextForTextMeasurements.textBaseline = "bottom"
# when using an inspector it's not uncommon to render
# 400 labels just for the properties, so trying to size
# the cache accordingly...
@cacheForTextMeasurements = new LRUCache 1000, 1000*60*60*24
@cacheForTextParagraphSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWordsSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForTextWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForImmutableBackBuffers = new LRUCache 1000, 1000*60*60*24
@cacheForTextBreakingIntoLinesTopLevel = new LRUCache 10, 1000*60*60*24
@changed()
# answer the absolute coordinates of the world canvas within the document
getCanvasPosition: ->
if !@worldCanvas?
return {x: 0, y: 0}
pos =
x: @worldCanvas.offsetLeft
y: @worldCanvas.offsetTop
offsetParent = @worldCanvas.offsetParent
while offsetParent?
pos.x += offsetParent.offsetLeft
pos.y += offsetParent.offsetTop
if offsetParent isnt document.body and offsetParent isnt document.documentElement
pos.x -= offsetParent.scrollLeft
pos.y -= offsetParent.scrollTop
offsetParent = offsetParent.offsetParent
pos
colloquialName: ->
"Desktop"
makePrettier: ->
WorldMorph.preferencesAndSettings.menuFontSize = 14
WorldMorph.preferencesAndSettings.menuHeaderFontSize = 13
WorldMorph.preferencesAndSettings.menuHeaderColor = Color.create 125, 125, 125
WorldMorph.preferencesAndSettings.menuHeaderBold = false
WorldMorph.preferencesAndSettings.menuStrokeColor = Color.create 186, 186, 186
WorldMorph.preferencesAndSettings.menuBackgroundColor = Color.create 250, 250, 250
WorldMorph.preferencesAndSettings.menuButtonsLabelColor = Color.create 50, 50, 50
WorldMorph.preferencesAndSettings.normalTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextHeight = 16
WorldMorph.preferencesAndSettings.titleBarBoldText = false
WorldMorph.preferencesAndSettings.bubbleHelpFontSize = 12
WorldMorph.preferencesAndSettings.iconDarkLineColor = Color.create 37, 37, 37
WorldMorph.preferencesAndSettings.defaultPanelsBackgroundColor = Color.create 249, 249, 249
WorldMorph.preferencesAndSettings.defaultPanelsStrokeColor = Color.create 198, 198, 198
@setPattern nil, nil, "dots"
@changed()
getNextUntitledShortcutName: ->
name = "Untitled"
if @howManyUntitledShortcuts > 0
name += " " + (@howManyUntitledShortcuts + 1)
@howManyUntitledShortcuts++
return name
getNextUntitledFolderShortcutName: ->
name = "new folder"
if @howManyUntitledFoldersShortcuts > 0
name += " " + (@howManyUntitledFoldersShortcuts + 1)
@howManyUntitledFoldersShortcuts++
return name
wantsDropOf: (aWdgt) ->
return @_acceptsDrops
makeNewConnectionsCalculationToken: ->
# not nice to read but this means:
# first increment and then return the value
# this is so the first token we use is 1
# and we can initialise all input/node tokens to 0
# so to make them receptive to the first token generated
++@lastUsedConnectionsCalculationToken
createErrorConsole: ->
errorsLogViewerMorph = new ErrorsLogViewerMorph "Errors", @, "modifyCodeToBeInjected", ""
wm = new WindowWdgt nil, nil, errorsLogViewerMorph
wm.setExtent new Point 460, 400
@add wm
@errorConsole = wm
@errorConsole.fullMoveTo new Point 190,10
@errorConsole.setExtent new Point 550,415
@errorConsole.hide()
removeSpinnerAndFakeDesktop: ->
# remove the fake desktop for quick launch and the spinner
spinner = document.getElementById 'spinner'
spinner.parentNode.removeChild spinner
splashScreenFakeDesktop = document.getElementById 'splashScreenFakeDesktop'
splashScreenFakeDesktop.parentNode.removeChild splashScreenFakeDesktop
createDesktop: ->
@setColor Color.create 244,243,244
@makePrettier()
acm = new AnalogClockWdgt
acm.rawSetExtent new Point 80, 80
acm.fullRawMoveTo new Point @right()-80-@desktopSidesPadding, @top() + @desktopSidesPadding
@add acm
menusHelper.createWelcomeMessageWindowAndShortcut()
menusHelper.createHowToSaveMessageOpener()
menusHelper.basementIconAndText()
menusHelper.createSimpleDocumentLauncher()
menusHelper.createFizzyPaintLauncher()
menusHelper.createSimpleSlideLauncher()
menusHelper.createDashboardsLauncher()
menusHelper.createPatchProgrammingLauncher()
menusHelper.createGenericPanelLauncher()
menusHelper.createToolbarsOpener()
exampleDocsFolder = @makeFolder nil, nil, "examples"
menusHelper.createDegreesConverterOpener exampleDocsFolder
menusHelper.createSampleSlideOpener exampleDocsFolder
menusHelper.createSampleDashboardOpener exampleDocsFolder
menusHelper.createSampleDocOpener exampleDocsFolder
# »>> this part is excluded from the fizzygum homepage build
getParameterPassedInURL: (name) ->
name = name.replace(/[\[]/, '\\[').replace(/[\]]/, '\\]')
regex = new RegExp '[\\?&]' + name + '=([^&#]*)'
results = regex.exec location.search
if results?
return decodeURIComponent results[1].replace(/\+/g, ' ')
else
return nil
# some test urls:
# this one contains two actions, two tests each, but only
# the second test is run for the second group.
# file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0D%0A++%22paramsVersion%22%3A+0.1%2C%0D%0A++%22actions%22%3A+%5B%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22bubble%22%5D%0D%0A++++%7D%2C%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22shadow%22%2C+%22SystemTest_basicResize%22%5D%2C%0D%0A++++++%22numberOfGroups%22%3A+2%2C%0D%0A++++++%22groupToBeRun%22%3A+1%0D%0A++++%7D++%5D%0D%0A%7D
#
# just one simple quick test about shadows
#file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0A%20%20%22paramsVersion%22%3A%200.1%2C%0A%20%20%22actions%22%3A%20%5B%0A%20%20%20%20%7B%0A%20%20%20%20%20%20%22name%22%3A%20%22runTests%22%2C%0A%20%20%20%20%20%20%22testsToRun%22%3A%20%5B%22shadow%22%5D%0A%20%20%20%20%7D%0A%20%20%5D%0A%7D
nextStartupAction: ->
if (@getParameterPassedInURL "startupActions")?
startupActions = JSON.parse @getParameterPassedInURL "startupActions"
if (!startupActions?) or (WorldMorph.ongoingUrlActionNumber == startupActions.actions.length)
WorldMorph.ongoingUrlActionNumber = 0
if Automator?
if window.location.href.includes("worldWithSystemTestHarness")
if @automator.atLeastOneTestHasBeenRun
if @automator.allTestsPassedSoFar
document.getElementById("background").style.background = Color.GREEN.toString()
return
if !@isIndexPage then console.log "nextStartupAction " + (WorldMorph.ongoingUrlActionNumber+1) + " / " + startupActions.actions.length
currentAction = startupActions.actions[WorldMorph.ongoingUrlActionNumber]
if Automator? and currentAction.name == "runTests"
@automator.loader.selectTestsFromTagsOrTestNames(currentAction.testsToRun)
if currentAction.numberOfGroups?
@automator.numberOfGroups = currentAction.numberOfGroups
else
@automator.numberOfGroups = 1
if currentAction.groupToBeRun?
@automator.groupToBeRun = currentAction.groupToBeRun
else
@automator.groupToBeRun = 0
if currentAction.forceSlowTestPlaying?
@automator.forceSlowTestPlaying = true
if currentAction.forceTurbo?
@automator.forceTurbo = true
if currentAction.forceSkippingInBetweenMouseMoves?
@automator.forceSkippingInBetweenMouseMoves = true
if currentAction.forceRunningInBetweenMouseMoves?
@automator.forceRunningInBetweenMouseMoves = true
@automator.player.runAllSystemTests()
WorldMorph.ongoingUrlActionNumber++
getMorphViaTextLabel: ([textDescription, occurrenceNumber, numberOfOccurrences]) ->
allCandidateMorphsWithSameTextDescription =
@allChildrenTopToBottomSuchThat (m) ->
m.getTextDescription() == textDescription
return allCandidateMorphsWithSameTextDescription[occurrenceNumber]
# this part is excluded from the fizzygum homepage build <<«
mostRecentlyCreatedPopUp: ->
mostRecentPopUp = nil
mostRecentPopUpID = -1
# we have to check which menus
# are actually open, because
# the destroy() function used
# everywhere is not recursive and
# that's where we update the @openPopUps
# set so we have to doublecheck here
@openPopUps.forEach (eachPopUp) =>
if eachPopUp.isOrphan()
@openPopUps.delete eachPopUp
else if eachPopUp.instanceNumericID >= mostRecentPopUpID
mostRecentPopUp = eachPopUp
return mostRecentPopUp
# »>> this part is excluded from the fizzygum homepage build
# see roundNumericIDsToNextThousand method in
# Widget for an explanation of why we need this
# method.
alignIDsOfNextMorphsInSystemTests: ->
if Automator? and Automator.state != Automator.IDLE
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
listOfMorphsClasses = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in listOfMorphsClasses
#console.log "bumping up ID of class: " + eachMorphClass
window[eachMorphClass].roundNumericIDsToNextThousand?()
# this part is excluded from the fizzygum homepage build <<«
# used to close temporary menus
closePopUpsMarkedForClosure: ->
@popUpsMarkedForClosure.forEach (eachMorph) =>
eachMorph.close()
@popUpsMarkedForClosure.clear()
# »>> this part is excluded from the fizzygum homepage build
# World Widget broken rects debugging
# currently unused
brokenFor: (aWdgt) ->
# private
fb = aWdgt.fullBounds()
@broken.filter (rect) ->
rect.isIntersecting fb
# this part is excluded from the fizzygum homepage build <<«
# fullPaintIntoAreaOrBlitFromBackBuffer results into actual painting of pieces of
# morphs done
# by the paintIntoAreaOrBlitFromBackBuffer function.
# The paintIntoAreaOrBlitFromBackBuffer function is defined in Widget.
fullPaintIntoAreaOrBlitFromBackBuffer: (aContext, aRect) ->
# invokes the Widget's fullPaintIntoAreaOrBlitFromBackBuffer, which has only three implementations:
# * the default one by Widget which just invokes the paintIntoAreaOrBlitFromBackBuffer of all children
# * the interesting one in PanelWdgt which a) narrows the dirty
# rectangle (intersecting it with its border
# since the PanelWdgt clips at its border) and b) stops recursion on all
# the children that are outside such intersection.
# * this implementation which just takes into account that the hand
# (which could contain a Widget being floatDragged)
# is painted on top of everything.
super aContext, aRect
# the mouse cursor is always drawn on top of everything
# and it's not attached to the WorldMorph.
@hand.fullPaintIntoAreaOrBlitFromBackBuffer aContext, aRect
clippedThroughBounds: ->
@checkClippedThroughBoundsCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clippedThroughBoundsCache = @boundingBox()
return @clippedThroughBoundsCache
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
clipThrough: ->
@checkClipThroughCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clipThroughCache = @boundingBox()
return @clipThroughCache
pushBrokenRect: (brokenMorph, theRect, isSrc) ->
if @duplicatedBrokenRectsTracker[theRect.toString()]?
@numberOfDuplicatedBrokenRects++
else
if isSrc
brokenMorph.srcBrokenRect = @broken.length
else
brokenMorph.dstBrokenRect = @broken.length
if !theRect?
debugger
# if @broken.length == 0
# debugger
@broken.push theRect
@duplicatedBrokenRectsTracker[theRect.toString()] = true
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
mergeBrokenRectsIfCloseOrPushBoth: (brokenMorph, sourceBroken, destinationBroken) ->
mergedBrokenRect = sourceBroken.merge destinationBroken
mergedBrokenRectArea = mergedBrokenRect.area()
sumArea = sourceBroken.area() + destinationBroken.area()
#console.log "mergedBrokenRectArea: " + mergedBrokenRectArea + " (sumArea + sumArea/10): " + (sumArea + sumArea/10)
if mergedBrokenRectArea < sumArea + sumArea/10
@pushBrokenRect brokenMorph, mergedBrokenRect, true
@numberOfMergedSourceAndDestination++
else
@pushBrokenRect brokenMorph, sourceBroken, true
@pushBrokenRect brokenMorph, destinationBroken, false
checkARectWithHierarchy: (aRect, brokenMorph, isSrc) ->
brokenMorphAncestor = brokenMorph
#if brokenMorph instanceof SliderMorph
# debugger
while brokenMorphAncestor.parent?
brokenMorphAncestor = brokenMorphAncestor.parent
if brokenMorphAncestor.srcBrokenRect?
if !@broken[brokenMorphAncestor.srcBrokenRect]?
debugger
if @broken[brokenMorphAncestor.srcBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.srcBrokenRect]
@broken[brokenMorphAncestor.srcBrokenRect] = nil
brokenMorphAncestor.srcBrokenRect = nil
if brokenMorphAncestor.dstBrokenRect?
if !@broken[brokenMorphAncestor.dstBrokenRect]?
debugger
if @broken[brokenMorphAncestor.dstBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.dstBrokenRect]
@broken[brokenMorphAncestor.dstBrokenRect] = nil
brokenMorphAncestor.dstBrokenRect = nil
rectAlreadyIncludedInParentBrokenMorph: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, true
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, false
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
cleanupSrcAndDestRectsOfMorphs: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
fleshOutBroken: ->
#if @morphsThatMaybeChangedGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
# let's see if this Widget that marked itself as broken
# was actually painted in the past frame.
# If it was then we have to clean up the "before" area
# even if the Widget is not visible anymore
if brokenMorph.clippedBoundsWhenLastPainted?
if brokenMorph.clippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.clippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (brokenMorph.clippedBoundsWhenLastPainted.containsPoint (new Point(10,10)))
# debugger
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
# @clippedThroughBounds() should be smaller area
# than bounds because it clips
# the bounds based on the clipping morphs up the
# hierarchy
boundsToBeChanged = brokenMorph.clippedThroughBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint new Point 10, 10)
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.geometryOrPositionPossiblyChanged = false
brokenMorph.clippedBoundsWhenLastPainted = nil
fleshOutFullBroken: ->
#if @morphsThatMaybeChangedFullGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
#console.log "fleshOutFullBroken: " + brokenMorph
if brokenMorph.fullClippedBoundsWhenLastPainted?
if brokenMorph.fullClippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.fullClippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
boundsToBeChanged = brokenMorph.fullClippedBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint (new Point(10,10)))
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.fullGeometryOrPositionPossiblyChanged = false
brokenMorph.fullClippedBoundsWhenLastPainted = nil
# »>> this part is excluded from the fizzygum homepage build
showBrokenRects: (aContext) ->
aContext.save()
aContext.globalAlpha = 0.5
aContext.useLogicalPixelsUntilRestore()
for eachBrokenRect in @broken
if eachBrokenRect?
randomR = Math.round Math.random() * 255
randomG = Math.round Math.random() * 255
randomB = Math.round Math.random() * 255
aContext.fillStyle = "rgb("+randomR+","+randomG+","+randomB+")"
aContext.fillRect Math.round(eachBrokenRect.origin.x),
Math.round(eachBrokenRect.origin.y),
Math.round(eachBrokenRect.width()),
Math.round(eachBrokenRect.height())
aContext.restore()
# this part is excluded from the fizzygum homepage build <<«
# layouts are recalculated like so:
# there will be several subtrees
# that will need relayout.
# So take the head of any subtree and re-layout it
# The relayout might or might not visit all the subnodes
# of the subtree, because you might have a subtree
# that lives inside a floating morph, in which
# case it's not re-layout.
# So, a subtree might not be healed in one go,
# rather we keep track of what's left to heal and
# we apply the same process: we heal from the head node
# and take out of the list what's healed in that step,
# and we continue doing so until there is nothing else
# to heal.
recalculateLayouts: ->
until @morphsThatMaybeChangedLayout.length == 0
# find the first Widget which has a broken layout,
# take out of queue all the others
loop
tryThisMorph = @morphsThatMaybeChangedLayout[@morphsThatMaybeChangedLayout.length - 1]
if tryThisMorph.layoutIsValid
@morphsThatMaybeChangedLayout.pop()
if @morphsThatMaybeChangedLayout.length == 0
return
else
break
# now that you have a Widget with a broken layout
# go up the chain of broken layouts as much as
# possible
# QUESTION: would it be safer instead to start from the
# very top invalid morph, i.e. on the way to the top,
# stop at the last morph with an invalid layout
# instead of stopping at the first morph with a
# valid layout...
while tryThisMorph.parent?
if tryThisMorph.layoutSpec == LayoutSpec.ATTACHEDAS_FREEFLOATING or tryThisMorph.parent.layoutIsValid
break
tryThisMorph = tryThisMorph.parent
try
# so now you have a "top" element up a chain
# of morphs with broken layout. Go do a
# doLayout on it, so it might fix a bunch of those
# on the chain (but not all)
tryThisMorph.doLayout()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
clearGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedGeometryOrPosition
m.geometryOrPositionPossiblyChanged = false
clearFullGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedFullGeometryOrPosition
m.fullGeometryOrPositionPossiblyChanged = false
disableTrackChanges: ->
@trackChanges.push false
maybeEnableTrackChanges: ->
@trackChanges.pop()
updateBroken: ->
#console.log "number of broken rectangles: " + @broken.length
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
@fleshOutFullBroken()
@fleshOutBroken()
@rectAlreadyIncludedInParentBrokenMorph()
@cleanupSrcAndDestRectsOfMorphs()
@clearGeometryOrPositionPossiblyChangedFlags()
@clearFullGeometryOrPositionPossiblyChangedFlags()
@morphsThatMaybeChangedGeometryOrPosition = []
@morphsThatMaybeChangedFullGeometryOrPosition = []
# »>> this part is excluded from the fizzygum homepage build
#ProfilingDataCollector.profileBrokenRects @broken, @numberOfDuplicatedBrokenRects, @numberOfMergedSourceAndDestination
# this part is excluded from the fizzygum homepage build <<«
# each broken rectangle requires traversing the scenegraph to
# redraw what's overlapping it. Not all Widgets are traversed
# in particular the following can stop the recursion:
# - invisible Widgets
# - PanelWdgts that don't overlap the broken rectangle
# Since potentially there is a lot of traversal ongoing for
# each broken rectangle, one might want to consolidate overlapping
# and nearby rectangles.
@healingRectanglesPhase = true
@errorsWhileRepainting = []
@broken.forEach (rect) =>
if !rect?
return
if rect.isNotEmpty()
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, rect
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
# IF we got errors while repainting, the
# screen might be in a bad state (because everything in front of the
# "bad" widget is not repainted since the offending widget has
# thrown, so nothing in front of it could be painted properly)
# SO do COMPLETE repaints of the screen and hide
# further offending widgets until there are no more errors
# (i.e. the offending widgets are progressively hidden so eventually
# we should repaint the whole screen without errors, hopefully)
if @errorsWhileRepainting.length != 0
@findOutAllOtherOffendingWidgetsAndPaintWholeScreen()
if @showRedraws
@showBrokenRects @worldCanvasContext
@resetDataStructuresForBrokenRects()
@healingRectanglesPhase = false
if @trackChanges.length != 1 and @trackChanges[0] != true
alert "trackChanges array should have only one element (true)"
findOutAllOtherOffendingWidgetsAndPaintWholeScreen: ->
# we keep repainting the whole screen until there are no
# errors.
# Why do we need multiple repaints and not just one?
# Because remember that when a widget throws an error while
# repainting, it bubble all the way up and stops any
# further repainting of the other widgets, potentially
# preventing the finding of errors in the other
# widgets. Hence, we need to keep repainting until
# there are no errors.
currentErrorsCount = @errorsWhileRepainting.length
previousErrorsCount = nil
numberOfTotalRepaints = 0
until previousErrorsCount == currentErrorsCount
numberOfTotalRepaints++
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, @bounds
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
previousErrorsCount = currentErrorsCount
currentErrorsCount = @errorsWhileRepainting.length
#console.log "total repaints: " + numberOfTotalRepaints
resetWorldCanvasContext: ->
# when an error is thrown while painting, it's
# possible that we are left with a context in a strange
# mixed state, so try to bring it back to
# normality as much as possible
# We are doing this for "cleanliness" of the context
# state, not because we care of the drawing being
# perfect (we are eventually going to repaint the
# whole screen without the offending widgets)
@worldCanvasContext.closePath()
@worldCanvasContext.resetTransform?()
for j in [1...2000]
@worldCanvasContext.restore()
queueErrorForLaterReporting: (err) ->
# now record the error so we can report it in the
# next cycle, and add the offending widget to a
# "banned" list
@errorsWhileRepainting.push err
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
hideOffendingWidget: ->
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
resetDataStructuresForBrokenRects: ->
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
# »>> this part is excluded from the fizzygum homepage build
addPinoutingMorphs: ->
@currentPinoutingMorphs.forEach (eachPinoutingMorph) =>
if @morphsToBePinouted.has eachPinoutingMorph.wdgtThisWdgtIsPinouting
if eachPinoutingMorph.wdgtThisWdgtIsPinouting.hasMaybeChangedGeometryOrPosition()
# reposition the pinout morph if needed
peekThroughBox = eachPinoutingMorph.wdgtThisWdgtIsPinouting.clippedThroughBounds()
eachPinoutingMorph.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
else
@currentPinoutingMorphs.delete eachPinoutingMorph
@morphsBeingPinouted.delete eachPinoutingMorph.wdgtThisWdgtIsPinouting
eachPinoutingMorph.wdgtThisWdgtIsPinouting = nil
eachPinoutingMorph.fullDestroy()
@morphsToBePinouted.forEach (eachMorphNeedingPinout) =>
unless @morphsBeingPinouted.has eachMorphNeedingPinout
hM = new StringMorph2 eachMorphNeedingPinout.toString()
@add hM
hM.wdgtThisWdgtIsPinouting = eachMorphNeedingPinout
peekThroughBox = eachMorphNeedingPinout.clippedThroughBounds()
hM.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
hM.setColor Color.BLUE
hM.setWidth 400
@currentPinoutingMorphs.add hM
@morphsBeingPinouted.add eachMorphNeedingPinout
# this part is excluded from the fizzygum homepage build <<«
addHighlightingMorphs: ->
@currentHighlightingMorphs.forEach (eachHighlightingMorph) =>
if @morphsToBeHighlighted.has eachHighlightingMorph.wdgtThisWdgtIsHighlighting
if eachHighlightingMorph.wdgtThisWdgtIsHighlighting.hasMaybeChangedGeometryOrPosition()
eachHighlightingMorph.rawSetBounds eachHighlightingMorph.wdgtThisWdgtIsHighlighting.clippedThroughBounds()
else
@currentHighlightingMorphs.delete eachHighlightingMorph
@morphsBeingHighlighted.delete eachHighlightingMorph.wdgtThisWdgtIsHighlighting
eachHighlightingMorph.wdgtThisWdgtIsHighlighting = nil
eachHighlightingMorph.fullDestroy()
@morphsToBeHighlighted.forEach (eachMorphNeedingHighlight) =>
unless @morphsBeingHighlighted.has eachMorphNeedingHighlight
hM = new HighlighterMorph
@add hM
hM.wdgtThisWdgtIsHighlighting = eachMorphNeedingHighlight
hM.rawSetBounds eachMorphNeedingHighlight.clippedThroughBounds()
hM.setColor Color.BLUE
hM.setAlphaScaled 50
@currentHighlightingMorphs.add hM
@morphsBeingHighlighted.add eachMorphNeedingHighlight
# »>> this part is only needed for Macros
progressOnMacroSteps: ->
noCodeLoading: ->
true
noInputsOngoing: ->
@eventsQueue.length == 0
# other useful tween functions here:
# https://github.com/ashblue/simple-tween-js/blob/master/tween.js
expoOut: (i, origin, distance, numberOfEvents) ->
distance * (-Math.pow(2, -10 * i/numberOfEvents) + 1) + origin
bringUpTestMenu: (millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsShortcutsAndSpecialKeys "F2", millisecondsBetweenKeys, startTime
syntheticEventsShortcutsAndSpecialKeys: (whichShortcutOrSpecialKey, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
switch whichShortcutOrSpecialKey
when "F2"
@eventsQueue.push new KeydownInputEvent "F2", "F2", false, false, false, false, true, startTime
@eventsQueue.push new KeyupInputEvent "F2", "F2", false, false, false, false, true, startTime + millisecondsBetweenKeys
syntheticEventsStringKeys: (theString, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
scheduledTimeOfEvent = startTime
for i in [0...theString.length]
isUpperCase = theString.charAt(i) == theString.charAt(i).toUpperCase()
if isUpperCase
@eventsQueue.push new KeydownInputEvent "Shift", "ShiftLeft", true, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeydownInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeyupInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
if isUpperCase
@eventsQueue.push new KeyupInputEvent "Shift", "ShiftLeft", false, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
syntheticEventsMouseMovePressDragRelease: (orig, dest, millisecondsForDrag = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove orig, "left button", 100, nil, startTime, numberOfEventsPerMillisecond
@syntheticEventsMouseDown "left button", startTime + 100
@syntheticEventsMouseMove dest, "left button", millisecondsForDrag, orig, startTime + 100 + 100, numberOfEventsPerMillisecond
@syntheticEventsMouseUp "left button", startTime + 100 + 100 + millisecondsForDrag + 100
# This should be used if you want to drag from point A to B to C ...
# If rather you want to just drag from point A to point B,
# then just use syntheticEventsMouseMovePressDragRelease
syntheticEventsMouseMoveWhileDragging: (dest, milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove dest, "left button", milliseconds, orig, startTime, numberOfEventsPerMillisecond
# mouse moves need an origin and a destination, so we
# need to place the mouse in _some_ place to begin with
# in order to do that.
syntheticEventsMousePlace: (place = new Point(0,0), scheduledTimeOfEvent = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@eventsQueue.push new MousemoveInputEvent place.x, place.y, 0, 0, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseMove: (dest, whichButton = "no button", milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "no button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 0
buttons = 2
else
debugger
throw "syntheticEventsMouseMove: whichButton is unknown"
if dest instanceof Widget
dest = dest.center()
if orig instanceof Widget
orig = orig.center()
numberOfEvents = milliseconds * numberOfEventsPerMillisecond
for i in [0...numberOfEvents]
scheduledTimeOfEvent = startTime + i/numberOfEventsPerMillisecond
nextX = Math.round @expoOut i, orig.x, (dest.x-orig.x), numberOfEvents
nextY = Math.round @expoOut i, orig.y, (dest.y-orig.y), numberOfEvents
if nextX != prevX or nextY != prevY
prevX = nextX
prevY = nextY
#console.log nextX + " " + nextY + " scheduled at: " + scheduledTimeOfEvent
@eventsQueue.push new MousemoveInputEvent nextX, nextY, button, buttons, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseClick: (whichButton = "left button", milliseconds = 100, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseDown whichButton, startTime
@syntheticEventsMouseUp whichButton, startTime + milliseconds
syntheticEventsMouseDown: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "right button"
button = 2
buttons = 2
else
debugger
throw "syntheticEventsMouseDown: whichButton is unknown"
@eventsQueue.push new MousedownInputEvent button, buttons, false, false, false, false, true, startTime
syntheticEventsMouseUp: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 2
buttons = 0
else
debugger
throw "syntheticEventsMouseUp: whichButton is unknown"
@eventsQueue.push new MouseupInputEvent button, buttons, false, false, false, false, true, startTime
moveToAndClick: (positionOrWidget, whichButton = "left button", milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseMove positionOrWidget, "no button", milliseconds, nil, startTime, nil
@syntheticEventsMouseClick whichButton, 100, startTime + milliseconds + 100
openMenuOf: (widget, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@moveToAndClick widget, "right button", milliseconds, startTime
getMostRecentlyOpenedMenu: ->
# gets the last element added to the "freshlyCreatedPopUps" set
# (Sets keep order of insertion)
Array.from(@freshlyCreatedPopUps).pop()
getTextMenuItemFromMenu: (theMenu, theLabel) ->
theMenu.topWdgtSuchThat (item) ->
if item.labelString?
item.labelString == theLabel
else
false
moveToItemOfTopMenuAndClick: (theLabel) ->
theMenu = @getMostRecentlyOpenedMenu()
theItem = @getTextMenuItemFromMenu theMenu, theLabel
@moveToAndClick theItem
findTopWidgetByClassNameOrClass: (widgetNameOrClass) ->
if typeof widgetNameOrClass == "string"
@topWdgtSuchThat (item) -> item.morphClassString() == "AnalogClockWdgt"
else
@topWdgtSuchThat (item) -> item instanceof widgetNameOrClass
calculateVertBarMovement: (vBar, index, total) ->
vBarHandle = vBar.children[0]
vBarHandleCenter = vBarHandle.center()
highestHandlePosition = vBar.top()
lowestHandlePosition = vBar.bottom() - vBarHandle.height()
highestHandleCenterPosition = highestHandlePosition + vBarHandle.height()/2
lowestHandleCenterPosition = lowestHandlePosition + vBarHandle.height()/2
handleCenterRange = lowestHandleCenterPosition - highestHandleCenterPosition
handleCenterOffset = Math.round index * handleCenterRange / (total-1)
[vBarHandleCenter, vBarHandleCenter.translateBy new Point(0,handleCenterOffset)]
bringListItemFromTopInspectorInView: (listItemString) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
elements = list.elements
vBar = list.vBar
index = elements.indexOf listItemString
total = elements.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
clickOnListItemFromTopInspector: (listItemString, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
entry = list.topWdgtSuchThat (item) ->
if item.text?
item.text == listItemString
else
false
entryTopLeft = entry.topLeft()
@moveToAndClick entryTopLeft.translateBy(new Point 10, 2), "left button", milliseconds, startTime
clickOnCodeBoxFromTopInspectorAtCodeString: (codeString, occurrenceNumber = 1, after = true, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
clickPosition = inspectorNaked.textMorph.slotCoordinates(slotCoords).translateBy new Point 3,3
@moveToAndClick clickPosition, "left button", milliseconds, startTime
clickOnSaveButtonFromTopInspector: (milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
saveButton = inspectorNaked.saveButton
@moveToAndClick saveButton, "left button", milliseconds, startTime
bringcodeStringFromTopInspectorInView: (codeString, occurrenceNumber = 1, after = true) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
textScrollPane = inspectorNaked.topWdgtSuchThat (item) -> item.morphClassString() == "SimplePlainTextScrollPanelWdgt"
textMorph = inspectorNaked.textMorph
vBar = textScrollPane.vBar
index = textMorph.slotRowAndColumn(slotCoords)[0]
total = textMorph.wrappedLines.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
draftRunMacro: ->
# When does it make sense to generate events "just via functions" vs.
# needing a macro?
#
# **Important Note:** a macro can call functions, while functions
# can never include macros!!!
#
# A macro is needed:
# 1. for generating (potentially via functions!) events spanning
# multiple cycles. E.g. "opening the inspector for a widget",
# which involves moving the mouse there, right-clicking on
# the widget, wait a cycle for the menu to come up, then
# navigating other menus, until finally finding and
# clicking on a "inspect" entry,
# and finally waiting a cycle for the inspector to come up.
# Those things *together* can't be done using functions alone
# (i.e. with no macros), because functions can only push
# synthetic events (now or in the future) all at once.
# 2. so to have a convenient way to specify pauses between
# events. This could also be done with functions, however
# it's more convoluted.
#
# For all other cases, macros are not needed, i.e. functions alone
# can suffice. Note that
# functions *can* specify events that
# happen over time e.g. multiple key strokes and events
# happening over a few seconds, as there are parameters that help
# to specify dates of events in the future. As mentioned though,
# functions alone cannot "see past the effects" of any event happening
# in the future.
#
# Examples of macros (potentially using functions):
# - opening a menu of a widget AND clicking on one of its items
# - opening inspector for a widget
# - opening inspector for a widget, changing a method, then
# clicking "save"
#
# Examples that don't need macros (functions alone are OK):
# - moving an icon to the bin
# - closing the top window
# - opening the menu of a widget
# - moving pointer to entry of top menu and clicking it
macroSubroutines = new Set
macroSubroutines.add Macro.fromString """
Macro bringUpInspector whichWidget
⤷clickMenuItemOfWidget whichWidget | "dev ➜"
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick "inspect"
"""
macroSubroutines.add Macro.fromString """
Macro bringUpInspectorAndSelectListItem whichWidget | whichItem
⤷bringUpInspector whichWidget
▶ when no inputs ongoing
⤷bringInViewAndClickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro bringInViewAndClickOnListItemFromTopInspector whichItem
@bringListItemFromTopInspectorInView whichItem
▶ when no inputs ongoing
@clickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro clickMenuItemOfWidget whichWidget | whichItem
@openMenuOf whichWidget
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick whichItem
"""
macroSubroutines.add Macro.fromString """
Macro printoutsMacro string1 | string2 | string3
▶ ⌛ 1s
🖨️ string1
▶ ⌛ 1s
🖨️ string2
💼aLocalVariableInACall = ""
▶ ⌛ 1s
🖨️ string3
"""
macroSubroutines.add Macro.fromString """
Macro macroWithNoParams
🖨️ "macro with no params"
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParam theParameter
🖨️ "macro with one param: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParamButPassingNone theParameter
🖨️ "macro with one param but passing none, this should be undefined: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithTwoParamsButPassingOnlyOne param1 | param2
🖨️ "macro with two params but passing only one: param 1: " + param1 + " param 2 should be undefined: " + param2
"""
# TODO check that these are handled too
# ▶ ⌛ 500 ms, when condition1()
# ▶ # ⌛ 500 ms, when conditionCommented()
mainMacro = Macro.fromString """
Macro theTestMacro
@syntheticEventsStringKeys "SoMeThInG"
▶ ⌛ 1s
▶ ⤷printoutsMacro "first console out" | "second console out" | "third console out"
▶ ⌛ 1s
💼clock = @findTopWidgetByClassNameOrClass AnalogClockWdgt
@syntheticEventsMouseMove 💼clock
▶ when no inputs ongoing
@syntheticEventsMouseDown()
▶ when no inputs ongoing
💼clockCenter = 💼clock.center()
@syntheticEventsMouseMoveWhileDragging ⦿(💼clockCenter.x - 4, 💼clockCenter.y + 4)
▶ ⌛ 1s
@syntheticEventsMouseMoveWhileDragging ⦿(250,250)
▶ when no inputs ongoing
@syntheticEventsMouseUp()
▶ when no inputs ongoing
@syntheticEventsMouseMovePressDragRelease ⦿(5, 5), ⦿(200,200)
▶ when no inputs ongoing
🖨️ "finished the drag events"
⤷printoutsMacro "fourth console out" | "fifth console out" | "sixth console out"
▶ when no inputs ongoing
⤷bringUpInspectorAndSelectListItem 💼clock | "drawSecondsHand"
▶ when no inputs ongoing
@bringcodeStringFromTopInspectorInView "context.restore()"
▶ when no inputs ongoing
@clickOnCodeBoxFromTopInspectorAtCodeString "@secondsHandAngle", 1, false
▶ when no inputs ongoing
@syntheticEventsStringKeys "-"
@clickOnSaveButtonFromTopInspector() # some comments here
▶ when no inputs ongoing # also some comments here
⤷macroWithNoParams
⤷macroWithOneParam "here is the one param"
⤷macroWithOneParamButPassingNone
⤷macroWithTwoParamsButPassingOnlyOne "first parameter"
⤷macroWithNoParams # comment1
⤷macroWithOneParam "here is the one param" # comment2
⤷macroWithOneParamButPassingNone # comment3
⤷macroWithTwoParamsButPassingOnlyOne "first parameter" # comment4
@bringUpTestMenu()
"""
mainMacro.linkTo macroSubroutines
mainMacro.start()
# this part is only needed for Macros <<«
playQueuedEvents: ->
try
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
for event in @eventsQueue
if !event.time? then debugger
# this happens when you consume synthetic events: you can inject
# MANY of them across frames (say, a slow drag across the screen),
# so you want to consume only the ones that pertain to the current
# frame and return
if event.time > timeOfCurrentCycleStart
@eventsQueue.splice 0, @eventsQueue.indexOf(event)
return
# currently not handled: DOM virtual keyboard events
event.processEvent()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
@eventsQueue = []
# we keep the "pacing" promises in this
# framePacedPromises array, (or, more precisely,
# we keep their resolving functions) and each frame
# we resolve one, so we don't cause gitter.
progressFramePacedActions: ->
if window.framePacedPromises.length > 0
resolvingFunction = window.framePacedPromises.shift()
resolvingFunction.call()
showErrorsHappenedInRepaintingStepInPreviousCycle: ->
for eachErr in @errorsWhileRepainting
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError eachErr
updateTimeReferences: ->
WorldMorph.dateOfCurrentCycleStart = new Date
if !WorldMorph.dateOfPreviousCycleStart?
WorldMorph.dateOfPreviousCycleStart = new Date WorldMorph.dateOfCurrentCycleStart.getTime() - 30
# »>> this part is only needed for Macros
if !@macroStepsWaitingTimer?
@macroStepsWaitingTimer = 0
else
@macroStepsWaitingTimer += WorldMorph.dateOfCurrentCycleStart.getTime() - WorldMorph.dateOfPreviousCycleStart.getTime()
# this part is only needed for Macros <<«
doOneCycle: ->
@updateTimeReferences()
#console.log TextMorph.instancesCounter + " " + StringMorph.instancesCounter
@showErrorsHappenedInRepaintingStepInPreviousCycle()
# »>> this part is only needed for Macros
@progressOnMacroSteps()
# this part is only needed for Macros <<«
@playQueuedEvents()
# replays test actions at the right time
if AutomatorPlayer? and Automator.state == Automator.PLAYING
@automator.player.replayTestCommands()
# currently unused
@runOtherTasksStepFunction()
# used to load fizzygum sources progressively
@progressFramePacedActions()
@runChildrensStepFunction()
@hand.reCheckMouseEntersAndMouseLeavesAfterPotentialGeometryChanges()
window.recalculatingLayouts = true
@recalculateLayouts()
window.recalculatingLayouts = false
# »>> this part is excluded from the fizzygum homepage build
@addPinoutingMorphs()
# this part is excluded from the fizzygum homepage build <<«
@addHighlightingMorphs()
# here is where the repainting on screen happens
@updateBroken()
WorldMorph.frameCount++
WorldMorph.dateOfPreviousCycleStart = WorldMorph.dateOfCurrentCycleStart
WorldMorph.dateOfCurrentCycleStart = nil
# Widget stepping:
runChildrensStepFunction: ->
# TODO all these set modifications should be immutable...
@steppingWdgts.forEach (eachSteppingMorph) =>
#if eachSteppingMorph.isBeingFloatDragged()
# continue
# for objects where @fps is defined, check which ones are due to be stepped
# and which ones want to wait.
millisBetweenSteps = Math.round(1000 / eachSteppingMorph.fps)
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
if eachSteppingMorph.fps <= 0
# if fps 0 or negative, then just run as fast as possible,
# so 0 milliseconds remaining to the next invocation
millisecondsRemainingToWaitedFrame = 0
else
if eachSteppingMorph.synchronisedStepping
millisecondsRemainingToWaitedFrame = millisBetweenSteps - (timeOfCurrentCycleStart % millisBetweenSteps)
if eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame != 0 and millisecondsRemainingToWaitedFrame > eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame
millisecondsRemainingToWaitedFrame = 0
eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame = millisecondsRemainingToWaitedFrame
#console.log millisBetweenSteps + " " + millisecondsRemainingToWaitedFrame
else
elapsedMilliseconds = timeOfCurrentCycleStart - eachSteppingMorph.lastTime
millisecondsRemainingToWaitedFrame = millisBetweenSteps - elapsedMilliseconds
# when the firing time comes (or as soon as it's past):
if millisecondsRemainingToWaitedFrame <= 0
@stepWidget eachSteppingMorph
# Increment "lastTime" by millisBetweenSteps. Two notes:
# 1) We don't just set it to timeOfCurrentCycleStart so that there is no drifting
# in running it the next time: we run it the next time as if this time it
# ran exactly on time.
# 2) We are going to update "last time" with the loop
# below. This is because in case the window is not in foreground,
# requestAnimationFrame doesn't run, so we might skip a number of steps.
# In such cases, just bring "lastTime" up to speed here.
# If we don't do that, "skipped" steps would catch up on us and run all
# in contiguous frames when the window comes to foreground, so the
# widgets would animate frantically (every frame) catching up on
# all the steps they missed. We don't want that.
#
# while eachSteppingMorph.lastTime + millisBetweenSteps < timeOfCurrentCycleStart
# eachSteppingMorph.lastTime += millisBetweenSteps
#
# 3) and finally, here is the equivalent of the loop above, but done
# in one shot using remainders.
# Again: we are looking for the last "multiple" k such that
# lastTime + k * millisBetweenSteps
# is less than timeOfCurrentCycleStart.
eachSteppingMorph.lastTime = timeOfCurrentCycleStart - ((timeOfCurrentCycleStart - eachSteppingMorph.lastTime) % millisBetweenSteps)
stepWidget: (whichWidget) ->
if whichWidget.onNextStep
nxt = whichWidget.onNextStep
whichWidget.onNextStep = nil
nxt.call whichWidget
if !whichWidget.step?
debugger
try
whichWidget.step()
#console.log "stepping " + whichWidget
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
runOtherTasksStepFunction : ->
for task in @otherTasksToBeRunOnStep
#console.log "running a task: " + task
task()
# »>> this part is excluded from the fizzygum homepage build
sizeCanvasToTestScreenResolution: ->
@worldCanvas.width = Math.round(960 * ceilPixelRatio)
@worldCanvas.height = Math.round(440 * ceilPixelRatio)
@worldCanvas.style.width = "960px"
@worldCanvas.style.height = "440px"
bkground = document.getElementById("background")
bkground.style.width = "960px"
bkground.style.height = "720px"
bkground.style.backgroundColor = Color.WHITESMOKE.toString()
# this part is excluded from the fizzygum homepage build <<«
stretchWorldToFillEntirePage: ->
# once you call this, the world will forever take the whole page
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
pos = @getCanvasPosition()
clientHeight = window.innerHeight
clientWidth = window.innerWidth
if pos.x > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.left = "0px"
pos.x = 0
if pos.y > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.top = "0px"
pos.y = 0
# scrolled down b/c of viewport scaling
clientHeight = document.documentElement.clientHeight if document.body.scrollTop
# scrolled left b/c of viewport scaling
clientWidth = document.documentElement.clientWidth if document.body.scrollLeft
if (@worldCanvas.width isnt clientWidth) or (@worldCanvas.height isnt clientHeight)
@fullChanged()
@worldCanvas.width = (clientWidth * ceilPixelRatio)
@worldCanvas.style.width = clientWidth + "px"
@worldCanvas.height = (clientHeight * ceilPixelRatio)
@worldCanvas.style.height = clientHeight + "px"
@rawSetExtent new Point clientWidth, clientHeight
@desktopReLayout()
desktopReLayout: ->
basementOpenerWdgt = @firstChildSuchThat (w) ->
w instanceof BasementOpenerWdgt
if basementOpenerWdgt?
if basementOpenerWdgt.userMovedThisFromComputedPosition
basementOpenerWdgt.fullRawMoveInDesktopToFractionalPosition()
if !basementOpenerWdgt.wasPositionedSlightlyOutsidePanel
basementOpenerWdgt.fullRawMoveWithin @
else
basementOpenerWdgt.fullMoveTo @bottomRight().subtract (new Point 75, 75).add @desktopSidesPadding
analogClockWdgt = @firstChildSuchThat (w) ->
w instanceof AnalogClockWdgt
if analogClockWdgt?
if analogClockWdgt.userMovedThisFromComputedPosition
analogClockWdgt.fullRawMoveInDesktopToFractionalPosition()
if !analogClockWdgt.wasPositionedSlightlyOutsidePanel
analogClockWdgt.fullRawMoveWithin @
else
analogClockWdgt.fullMoveTo new Point @right() - 80 - @desktopSidesPadding, @top() + @desktopSidesPadding
@children.forEach (child) =>
if child != basementOpenerWdgt and child != analogClockWdgt and !(child instanceof WidgetHolderWithCaptionWdgt)
if child.positionFractionalInHoldingPanel?
child.fullRawMoveInDesktopToFractionalPosition()
if !child.wasPositionedSlightlyOutsidePanel
child.fullRawMoveWithin @
# WorldMorph events:
# »>> this part is excluded from the fizzygum homepage build
initVirtualKeyboard: ->
if @inputDOMElementForVirtualKeyboard
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
unless (WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard)
return
@inputDOMElementForVirtualKeyboard = document.createElement "input"
@inputDOMElementForVirtualKeyboard.type = "text"
@inputDOMElementForVirtualKeyboard.style.color = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.backgroundColor = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.border = "none"
@inputDOMElementForVirtualKeyboard.style.outline = "none"
@inputDOMElementForVirtualKeyboard.style.position = "absolute"
@inputDOMElementForVirtualKeyboard.style.top = "0px"
@inputDOMElementForVirtualKeyboard.style.left = "0px"
@inputDOMElementForVirtualKeyboard.style.width = "0px"
@inputDOMElementForVirtualKeyboard.style.height = "0px"
@inputDOMElementForVirtualKeyboard.autocapitalize = "none" # iOS specific
document.body.appendChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeydownInputEvent.fromBrowserEvent event
# Default in several browsers
# is for the backspace button to trigger
# the "back button", so we prevent that
# default here.
if event.keyIdentifier is "U+0008" or event.keyIdentifier is "Backspace"
event.preventDefault()
# suppress tab override and make sure tab gets
# received by all browsers
if event.keyIdentifier is "U+0009" or event.keyIdentifier is "Tab"
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keydown",
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener, false
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeyupInputEvent.fromBrowserEvent event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keyup",
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener, false
# Keypress events are deprecated in the JS specs and are not needed
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener = (event) =>
#@eventsQueue.push event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keypress",
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener, false
# this part is excluded from the fizzygum homepage build <<«
getPointerAndWdgtInfo: (topWdgtUnderPointer = @hand.topWdgtUnderPointer()) ->
# we might eliminate this command afterwards if
# we find out user is clicking on a menu item
# or right-clicking on a morph
absoluteBoundsOfMorphRelativeToWorld = topWdgtUnderPointer.boundingBox().asArray_xywh()
morphIdentifierViaTextLabel = topWdgtUnderPointer.identifyViaTextLabel()
morphPathRelativeToWorld = topWdgtUnderPointer.pathOfChildrenPositionsRelativeToWorld()
pointerPositionFractionalInMorph = @hand.positionFractionalInMorph topWdgtUnderPointer
pointerPositionPixelsInMorph = @hand.positionPixelsInMorph topWdgtUnderPointer
# note that this pointer position is in world
# coordinates not in page coordinates
pointerPositionPixelsInWorld = @hand.position()
isPartOfListMorph = (topWdgtUnderPointer.parentThatIsA ListMorph)?
return [ topWdgtUnderPointer.uniqueIDString(), morphPathRelativeToWorld, morphIdentifierViaTextLabel, absoluteBoundsOfMorphRelativeToWorld, pointerPositionFractionalInMorph, pointerPositionPixelsInMorph, pointerPositionPixelsInWorld, isPartOfListMorph]
# -----------------------------------------------------
# clipboard events processing
# -----------------------------------------------------
initMouseEventListeners: ->
canvas = @worldCanvas
# there is indeed a "dblclick" JS event
# but we reproduce it internally.
# The reason is that we do so for "click"
# because we want to check that the mouse
# button was released in the same morph
# where it was pressed (cause in the DOM you'd
# be pressing and releasing on the same
# element i.e. the canvas anyways
# so we receive clicks even though they aren't
# so we have to take care of the processing
# ourselves).
# So we also do the same internal
# processing for dblclick.
# Hence, don't register this event listener
# below...
#@dblclickEventListener = (event) =>
# event.preventDefault()
# @hand.processDoubleClick event
#canvas.addEventListener "dblclick", @dblclickEventListener, false
@mousedownBrowserEventListener = (event) =>
@eventsQueue.push MousedownInputEvent.fromBrowserEvent event
canvas.addEventListener "mousedown", @mousedownBrowserEventListener, false
@mouseupBrowserEventListener = (event) =>
@eventsQueue.push MouseupInputEvent.fromBrowserEvent event
canvas.addEventListener "mouseup", @mouseupBrowserEventListener, false
@mousemoveBrowserEventListener = (event) =>
@eventsQueue.push MousemoveInputEvent.fromBrowserEvent event
canvas.addEventListener "mousemove", @mousemoveBrowserEventListener, false
initTouchEventListeners: ->
canvas = @worldCanvas
@touchstartBrowserEventListener = (event) =>
@eventsQueue.push TouchstartInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchstart", @touchstartBrowserEventListener, false
@touchendBrowserEventListener = (event) =>
@eventsQueue.push TouchendInputEvent.fromBrowserEvent event
event.preventDefault() # prevent mouse events emulation
canvas.addEventListener "touchend", @touchendBrowserEventListener, false
@touchmoveBrowserEventListener = (event) =>
@eventsQueue.push TouchmoveInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchmove", @touchmoveBrowserEventListener, false
@gesturestartBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturestart", @gesturestartBrowserEventListener, false
@gesturechangeBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturechange", @gesturechangeBrowserEventListener, false
initKeyboardEventListeners: ->
canvas = @worldCanvas
@keydownBrowserEventListener = (event) =>
@eventsQueue.push KeydownInputEvent.fromBrowserEvent event
# this paragraph is to prevent the browser going
# "back button" when the user presses delete backspace.
# taken from http://stackoverflow.com/a/2768256
doPrevent = false
if event.key == "Backspace"
d = event.srcElement or event.target
if d.tagName.toUpperCase() == 'INPUT' and
(d.type.toUpperCase() == 'TEXT' or
d.type.toUpperCase() == 'PASSWORD' or
d.type.toUpperCase() == 'FILE' or
d.type.toUpperCase() == 'SEARCH' or
d.type.toUpperCase() == 'EMAIL' or
d.type.toUpperCase() == 'NUMBER' or
d.type.toUpperCase() == 'DATE') or
d.tagName.toUpperCase() == 'TEXTAREA'
doPrevent = d.readOnly or d.disabled
else
doPrevent = true
# this paragraph is to prevent the browser scrolling when
# user presses spacebar, see
# https://stackoverflow.com/a/22559917
if event.key == " " and event.target == @worldCanvas
# Note that doing a preventDefault on the spacebar
# causes it not to generate the keypress event
# (just the keydown), so we had to modify the keydown
# to also process the space.
# (I tried to use stopPropagation instead/inaddition but
# it didn't work).
doPrevent = true
# also browsers tend to do special things when "tab"
# is pressed, so let's avoid that
if event.key == "Tab" and event.target == @worldCanvas
doPrevent = true
if doPrevent
event.preventDefault()
canvas.addEventListener "keydown", @keydownBrowserEventListener, false
@keyupBrowserEventListener = (event) =>
@eventsQueue.push KeyupInputEvent.fromBrowserEvent event
canvas.addEventListener "keyup", @keyupBrowserEventListener, false
# keypress is deprecated in the latest specs, and it's really not needed/used,
# since all keys really have an effect when they are pushed down
@keypressBrowserEventListener = (event) =>
canvas.addEventListener "keypress", @keypressBrowserEventListener, false
initClipboardEventListeners: ->
# snippets of clipboard-handling code taken from
# http://codebits.glennjones.net/editing/setclipboarddata.htm
# Note that this works only in Chrome. Firefox and Safari need a piece of
# text to be selected in order to even trigger the copy event. Chrome does
# enable clipboard access instead even if nothing is selected.
# There are a couple of solutions to this - one is to keep a hidden textfield that
# handles all copy/paste operations.
# Another one is to not use a clipboard, but rather an internal string as
# local memory. So the OS clipboard wouldn't be used, but at least there would
# be some copy/paste working. Also one would need to intercept the copy/paste
# key combinations manually instead of from the copy/paste events.
# -----------------------------------------------------
# clipboard events listeners
# -----------------------------------------------------
# we deal with the clipboard here in the event listeners
# because for security reasons the runtime is not allowed
# access to the clipboards outside of here. So we do all
# we have to do with the clipboard here, and in every
# other place we work with text.
@cutBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CutInputEvent.fromBrowserEvent event
document.body.addEventListener "cut", @cutBrowserEventListener, false
@copyBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CopyInputEvent.fromBrowserEvent event
document.body.addEventListener "copy", @copyBrowserEventListener, false
@pasteBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push PasteInputEvent.fromBrowserEvent event
document.body.addEventListener "paste", @pasteBrowserEventListener, false
initKeyCombosEventListeners: ->
# »>> this part is excluded from the fizzygum homepage build
#console.log "binding via mousetrap"
@keyComboResetWorldEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.resetWorld()
false
Mousetrap.bind ["alt+d"], @keyComboResetWorldEventListener
@keyComboTurnOnAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOnAnimationsPacingControl()
false
Mousetrap.bind ["alt+e"], @keyComboTurnOnAnimationsPacingControl
@keyComboTurnOffAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
false
Mousetrap.bind ["alt+u"], @keyComboTurnOffAnimationsPacingControl
@keyComboTakeScreenshotEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addTakeScreenshotCommand()
false
Mousetrap.bind ["alt+c"], @keyComboTakeScreenshotEventListener
@keyComboStopTestRecordingEventListener = (event) =>
if Automator?
@automator.recorder.stopTestRecording()
false
Mousetrap.bind ["alt+t"], @keyComboStopTestRecordingEventListener
@keyComboAddTestCommentEventListener = (event) =>
if Automator?
@automator.recorder.addTestComment()
false
Mousetrap.bind ["alt+m"], @keyComboAddTestCommentEventListener
@keyComboCheckNumberOfMenuItemsEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckNumberOfItemsInMenuCommand()
false
Mousetrap.bind ["alt+k"], @keyComboCheckNumberOfMenuItemsEventListener
@keyComboCheckStringsOfItemsInMenuOrderImportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderImportantCommand()
false
Mousetrap.bind ["alt+a"], @keyComboCheckStringsOfItemsInMenuOrderImportant
@keyComboCheckStringsOfItemsInMenuOrderUnimportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderUnimportantCommand()
false
Mousetrap.bind ["alt+z"], @keyComboCheckStringsOfItemsInMenuOrderUnimportant
# this part is excluded from the fizzygum homepage build <<«
initOtherMiscEventListeners: ->
canvas = @worldCanvas
@contextmenuEventListener = (event) ->
# suppress context menu for Mac-Firefox
event.preventDefault()
canvas.addEventListener "contextmenu", @contextmenuEventListener, false
# Safari, Chrome
@wheelBrowserEventListener = (event) =>
@eventsQueue.push WheelInputEvent.fromBrowserEvent event
event.preventDefault()
canvas.addEventListener "wheel", @wheelBrowserEventListener, false
# CHECK AFTER 15 Jan 2021 00:00:00 GMT
# As of Oct 2020, using mouse/trackpad in
# Mobile Safari, the wheel event is not sent.
# See:
# https://github.com/cdr/code-server/issues/1455
# https://bugs.webkit.org/show_bug.cgi?id=210071
# However, the scroll event is sent, and when that is sent,
# we can use the window.pageYOffset
# to re-create a passable, fake wheel event.
if Utils.runningInMobileSafari()
window.addEventListener "scroll", @wheelBrowserEventListener, false
@dragoverEventListener = (event) ->
event.preventDefault()
window.addEventListener "dragover", @dragoverEventListener, false
@dropBrowserEventListener = (event) =>
# nothing here, although code for handling a "drop" is in the
# comments
event.preventDefault()
window.addEventListener "drop", @dropBrowserEventListener, false
@resizeBrowserEventListener = =>
@eventsQueue.push ResizeInputEvent.fromBrowserEvent event
# this is a DOM thing, little to do with other r e s i z e methods
window.addEventListener "resize", @resizeBrowserEventListener, false
# note that we don't register the normal click,
# we figure that out independently.
initEventListeners: ->
@initMouseEventListeners()
@initTouchEventListeners()
@initKeyboardEventListeners()
@initClipboardEventListeners()
@initKeyCombosEventListeners()
@initOtherMiscEventListeners()
# »>> this part is excluded from the fizzygum homepage build
removeEventListeners: ->
canvas = @worldCanvas
# canvas.removeEventListener 'dblclick', @dblclickEventListener
canvas.removeEventListener 'mousedown', @mousedownBrowserEventListener
canvas.removeEventListener 'mouseup', @mouseupBrowserEventListener
canvas.removeEventListener 'mousemove', @mousemoveBrowserEventListener
canvas.removeEventListener 'contextmenu', @contextmenuEventListener
canvas.removeEventListener "touchstart", @touchstartBrowserEventListener
canvas.removeEventListener "touchend", @touchendBrowserEventListener
canvas.removeEventListener "touchmove", @touchmoveBrowserEventListener
canvas.removeEventListener "gesturestart", @gesturestartBrowserEventListener
canvas.removeEventListener "gesturechange", @gesturechangeBrowserEventListener
canvas.removeEventListener 'keydown', @keydownBrowserEventListener
canvas.removeEventListener 'keyup', @keyupBrowserEventListener
canvas.removeEventListener 'keypress', @keypressBrowserEventListener
canvas.removeEventListener 'wheel', @wheelBrowserEventListener
if Utils.runningInMobileSafari()
canvas.removeEventListener 'scroll', @wheelBrowserEventListener
canvas.removeEventListener 'cut', @cutBrowserEventListener
canvas.removeEventListener 'copy', @copyBrowserEventListener
canvas.removeEventListener 'paste', @pasteBrowserEventListener
Mousetrap.reset()
canvas.removeEventListener 'dragover', @dragoverEventListener
canvas.removeEventListener 'resize', @resizeBrowserEventListener
canvas.removeEventListener 'drop', @dropBrowserEventListener
# this part is excluded from the fizzygum homepage build <<«
mouseDownLeft: ->
noOperation
mouseClickLeft: ->
noOperation
mouseDownRight: ->
noOperation
# »>> this part is excluded from the fizzygum homepage build
droppedImage: ->
nil
droppedSVG: ->
nil
# this part is excluded from the fizzygum homepage build <<«
# WorldMorph text field tabbing:
nextTab: (editField) ->
next = @nextEntryField editField
if next
@switchTextFieldFocus editField, next
previousTab: (editField) ->
prev = @previousEntryField editField
if prev
@switchTextFieldFocus editField, prev
switchTextFieldFocus: (current, next) ->
current.clearSelection()
next.bringToForeground()
next.selectAll()
next.edit()
# if an error is thrown, the state of the world might
# be messy, for example the pointer might be
# dragging an invisible morph, etc.
# So, try to clean-up things as much as possible.
softResetWorld: ->
@hand.drop()
@hand.mouseOverList.clear()
@hand.nonFloatDraggedWdgt = nil
@wdgtsDetectingClickOutsideMeOrAnyOfMeChildren.clear()
@lastNonTextPropertyChangerButtonClickedOrDropped = nil
# »>> this part is excluded from the fizzygum homepage build
resetWorld: ->
@softResetWorld()
@changed() # redraw the whole screen
@fullDestroyChildren()
# the "basementWdgt" is not attached to the
# world tree so it's not in the children,
# so we need to clean up separately
@basementWdgt?.empty()
# some tests might change the background
# color of the world so let's reset it.
@setColor Color.create 205, 205, 205
SystemTestsControlPanelUpdater.blinkLink SystemTestsControlPanelUpdater.resetWorldLink
# make sure thw window is scrolled to top
# so we can see the test results while tests
# are running.
document.body.scrollTop = document.documentElement.scrollTop = 0
# this part is excluded from the fizzygum homepage build <<«
# There is something special about the
# "world" version of fullDestroyChildren:
# it resets the counter used to count
# how many morphs exist of each Widget class.
# That counter is also used to determine the
# unique ID of a Widget. So, destroying
# all morphs from the world causes the
# counts and IDs of all the subsequent
# morphs to start from scratch again.
fullDestroyChildren: ->
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
ListOfMorphs = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in ListOfMorphs
if eachMorphClass != "WorldMorph"
#console.log "resetting " + eachMorphClass + " from " + window[eachMorphClass].instancesCounter
# the actual count is in another variable "instancesCounter"
# but all labels are built using instanceNumericID
# which is set based on lastBuiltInstanceNumericID
window[eachMorphClass].lastBuiltInstanceNumericID = 0
# »>> this part is excluded from the fizzygum homepage build
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
@automator.recorder.turnOffAlignmentOfMorphIDsMechanism()
@automator.recorder.turnOffHidingOfMorphsContentExtractInLabels()
@automator.recorder.turnOffHidingOfMorphsNumberIDInLabels()
# this part is excluded from the fizzygum homepage build <<«
super()
destroyToolTips: ->
# "toolTipsList" keeps the widgets to be deleted upon
# the next mouse click, or whenever another temporary Widget decides
# that it needs to remove them.
# Note that we actually destroy toolTipsList because we are not expecting
# anybody to revive them once they are gone (as opposed to menus)
@toolTipsList.forEach (tooltip) =>
unless tooltip.boundsContainPoint @position()
tooltip.fullDestroy()
@toolTipsList.delete tooltip
buildContextMenu: ->
if @isIndexPage
menu = new MenuMorph @, false, @, true, true, "Desktop"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
menu.addMenuItem "new folder", true, @, "makeFolder"
return menu
if @isDevMode
menu = new MenuMorph(@, false,
@, true, true, @constructor.name or @constructor.toString().split(" ")[1].split("(")[0])
else
menu = new MenuMorph @, false, @, true, true, "Widgetic"
# »>> this part is excluded from the fizzygum homepage build
if @isDevMode
menu.addMenuItem "demo ➜", false, @, "popUpDemoMenu", "sample morphs"
menu.addLine()
# TODO remove these two, they do nothing now
menu.addMenuItem "show all", true, @, "noOperation"
menu.addMenuItem "hide all", true, @, "noOperation"
menu.addMenuItem "delete all", true, @, "closeChildren"
menu.addMenuItem "move all inside", true, @, "keepAllSubmorphsWithin", "keep all submorphs\nwithin and visible"
menu.addMenuItem "inspect", true, @, "inspect", "open a window on\nall properties"
menu.addMenuItem "test menu ➜", false, @, "testMenu", "debugging and testing operations"
menu.addLine()
menu.addMenuItem "restore display", true, @, "changed", "redraw the\nscreen once"
menu.addMenuItem "fit whole page", true, @, "stretchWorldToFillEntirePage", "let the World automatically\nadjust to browser resizings"
menu.addMenuItem "color...", true, @, "popUpColorSetter", "choose the World's\nbackground color"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
if WorldMorph.preferencesAndSettings.inputMode is PreferencesAndSettings.INPUT_MODE_MOUSE
menu.addMenuItem "touch screen settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "bigger menu fonts\nand sliders"
else
menu.addMenuItem "standard settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "smaller menu fonts\nand sliders"
menu.addLine()
# this part is excluded from the fizzygum homepage build <<«
if Automator?
menu.addMenuItem "system tests ➜", false, @, "popUpSystemTestsMenu", ""
if @isDevMode
menu.addMenuItem "switch to user mode", true, @, "toggleDevMode", "disable developers'\ncontext menus"
else
menu.addMenuItem "switch to dev mode", true, @, "toggleDevMode"
menu.addMenuItem "new folder", true, @, "makeFolder"
menu.addMenuItem "about Fizzygum...", true, @, "about"
menu
wallpapersMenu: (a,targetMorph)->
menu = new MenuMorph @, false, targetMorph, true, true, "Wallpapers"
# we add the "untick" prefix to all entries
# so we allocate the right amount of space for
# the labels, we are going to put the
# right ticks soon after
menu.addMenuItem untick + @pattern1, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern1
menu.addMenuItem untick + @pattern2, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern2
menu.addMenuItem untick + @pattern3, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern3
menu.addMenuItem untick + @pattern4, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern4
menu.addMenuItem untick + @pattern5, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern5
menu.addMenuItem untick + @pattern6, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern6
menu.addMenuItem untick + @pattern7, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern7
@updatePatternsMenuEntriesTicks menu
menu.popUpAtHand()
setPattern: (menuItem, ignored2, thePatternName) ->
if @patternName == thePatternName
return
@patternName = thePatternName
@changed()
if menuItem?.parent? and (menuItem.parent instanceof MenuMorph)
@updatePatternsMenuEntriesTicks menuItem.parent
# cheap way to keep menu consistency when pinned
# note that there is no consistency in case
# there are multiple copies of this menu changing
# the wallpaper, since there is no real subscription
# of a menu to react to wallpaper change coming
# from other menus or other means (e.g. API)...
updatePatternsMenuEntriesTicks: (menu) ->
pattern1Tick = pattern2Tick = pattern3Tick =
pattern4Tick = pattern5Tick = pattern6Tick =
pattern7Tick = untick
switch @patternName
when @pattern1
pattern1Tick = tick
when @pattern2
pattern2Tick = tick
when @pattern3
pattern3Tick = tick
when @pattern4
pattern4Tick = tick
when @pattern5
pattern5Tick = tick
when @pattern6
pattern6Tick = tick
when @pattern7
pattern7Tick = tick
menu.children[1].label.setText pattern1Tick + @pattern1
menu.children[2].label.setText pattern2Tick + @pattern2
menu.children[3].label.setText pattern3Tick + @pattern3
menu.children[4].label.setText pattern4Tick + @pattern4
menu.children[5].label.setText pattern5Tick + @pattern5
menu.children[6].label.setText pattern6Tick + @pattern6
menu.children[7].label.setText pattern7Tick + @pattern7
# »>> this part is excluded from the fizzygum homepage build
popUpSystemTestsMenu: ->
menu = new MenuMorph @, false, @, true, true, "system tests"
menu.addMenuItem "run system tests", true, @automator.player, "runAllSystemTests", "runs all the system tests"
menu.addMenuItem "run system tests force slow", true, @automator.player, "runAllSystemTestsForceSlow", "runs all the system tests"
menu.addMenuItem "run system tests force fast skip in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastSkipInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "run system tests force fast run in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastRunInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "start test recording", true, @automator.recorder, "startTestRecording", "start recording a test"
menu.addMenuItem "stop test recording", true, @automator.recorder, "stopTestRecording", "stop recording the test"
menu.addMenuItem "(re)play recorded test slow", true, @automator.player, "startTestPlayingSlow", "start playing the test"
menu.addMenuItem "(re)play recorded test fast skip in-between mouse moves", true, @automator.player, "startTestPlayingFastSkipInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "(re)play recorded test fast run in-between mouse moves", true, @automator.player, "startTestPlayingFastRunInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "show test source", true, @automator, "showTestSource", "opens a window with the source of the latest test"
menu.addMenuItem "save recorded test", true, @automator.recorder, "saveTest", "save the recorded test"
menu.addMenuItem "save failed screenshots", true, @automator.player, "saveFailedScreenshots", "save failed screenshots"
menu.popUpAtHand()
# this part is excluded from the fizzygum homepage build <<«
create: (aWdgt) ->
aWdgt.pickUp()
# »>> this part is excluded from the fizzygum homepage build
createNewStackElementsSizeAdjustingMorph: ->
@create new StackElementsSizeAdjustingMorph
createNewLayoutElementAdderOrDropletMorph: ->
@create new LayoutElementAdderOrDropletMorph
createNewRectangleMorph: ->
@create new RectangleMorph
createNewBoxMorph: ->
@create new BoxMorph
createNewCircleBoxMorph: ->
@create new CircleBoxMorph
createNewSliderMorph: ->
@create new SliderMorph
createNewPanelWdgt: ->
newWdgt = new PanelWdgt
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewScrollPanelWdgt: ->
newWdgt = new ScrollPanelWdgt
newWdgt.adjustContentsBounds()
newWdgt.adjustScrollBars()
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewCanvas: ->
newWdgt = new CanvasMorph
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewHandle: ->
@create new HandleMorph
createNewString: ->
newWdgt = new StringMorph "Hello, World!"
newWdgt.isEditable = true
@create newWdgt
createNewText: ->
newWdgt = new TextMorph("Ich weiß nicht, was soll es bedeuten, dass ich so " +
"traurig bin, ein Märchen aus uralten Zeiten, das " +
"kommt mir nicht aus dem Sinn. Die Luft ist kühl " +
"und es dunkelt, und ruhig fließt der Rhein; der " +
"Gipfel des Berges funkelt im Abendsonnenschein. " +
"Die schönste Jungfrau sitzet dort oben wunderbar, " +
"ihr gold'nes Geschmeide blitzet, sie kämmt ihr " +
"goldenes Haar, sie kämmt es mit goldenem Kamme, " +
"und singt ein Lied dabei; das hat eine wundersame, " +
"gewalt'ge Melodei. Den Schiffer im kleinen " +
"Schiffe, ergreift es mit wildem Weh; er schaut " +
"nicht die Felsenriffe, er schaut nur hinauf in " +
"die Höh'. Ich glaube, die Wellen verschlingen " +
"am Ende Schiffer und Kahn, und das hat mit ihrem " +
"Singen, die L<NAME>ley getan.")
newWdgt.isEditable = true
newWdgt.maxTextWidth = 300
@create newWdgt
createNewSpeechBubbleWdgt: ->
newWdgt = new SpeechBubbleWdgt
@create newWdgt
createNewToolTipWdgt: ->
newWdgt = new ToolTipWdgt
@create newWdgt
createNewGrayPaletteMorph: ->
@create new GrayPaletteMorph
createNewColorPaletteMorph: ->
@create new ColorPaletteMorph
createNewGrayPaletteMorphInWindow: ->
gP = new GrayPaletteMorph
wm = new WindowWdgt nil, nil, gP
@add wm
wm.rawSetExtent new Point 130, 70
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPaletteMorphInWindow: ->
cP = new ColorPaletteMorph
wm = new WindowWdgt nil, nil, cP
@add wm
wm.rawSetExtent new Point 130, 100
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPickerMorph: ->
@create new ColorPickerMorph
createNewSensorDemo: ->
newWdgt = new MouseSensorMorph
newWdgt.setColor Color.create 230, 200, 100
newWdgt.cornerRadius = 35
newWdgt.alpha = 0.2
newWdgt.rawSetExtent new Point 100, 100
@create newWdgt
createNewAnimationDemo: ->
foo = new BouncerMorph
foo.fullRawMoveTo new Point 50, 20
foo.rawSetExtent new Point 300, 200
foo.alpha = 0.9
foo.speed = 3
bar = new BouncerMorph
bar.setColor Color.create 50, 50, 50
bar.fullRawMoveTo new Point 80, 80
bar.rawSetExtent new Point 80, 250
bar.type = "horizontal"
bar.direction = "right"
bar.alpha = 0.9
bar.speed = 5
baz = new BouncerMorph
baz.setColor Color.create 20, 20, 20
baz.fullRawMoveTo new Point 90, 140
baz.rawSetExtent new Point 40, 30
baz.type = "horizontal"
baz.direction = "right"
baz.speed = 3
garply = new BouncerMorph
garply.setColor Color.create 200, 20, 20
garply.fullRawMoveTo new Point 90, 140
garply.rawSetExtent new Point 20, 20
garply.type = "vertical"
garply.direction = "up"
garply.speed = 8
fred = new BouncerMorph
fred.setColor Color.create 20, 200, 20
fred.fullRawMoveTo new Point 120, 140
fred.rawSetExtent new Point 20, 20
fred.type = "vertical"
fred.direction = "down"
fred.speed = 4
bar.add garply
bar.add baz
foo.add fred
foo.add bar
@create foo
createNewPenMorph: ->
@create new PenMorph
underTheCarpet: ->
newWdgt = new BasementWdgt
@create newWdgt
popUpDemoMenu: (morphOpeningThePopUp,b,c,d) ->
if @isIndexPage
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "parts bin"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorphInWindow"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorphInWindow"
menu.addLine()
menu.addMenuItem "analog clock", true, @, "analogClock"
else
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "make a morph"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addLine()
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "panel", true, @, "createNewPanelWdgt"
menu.addMenuItem "scrollable panel", true, @, "createNewScrollPanelWdgt"
menu.addMenuItem "canvas", true, @, "createNewCanvas"
menu.addMenuItem "handle", true, @, "createNewHandle"
menu.addLine()
menu.addMenuItem "string", true, @, "createNewString"
menu.addMenuItem "text", true, @, "createNewText"
menu.addMenuItem "tool tip", true, @, "createNewToolTipWdgt"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorph"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorph"
menu.addMenuItem "color picker", true, @, "createNewColorPickerMorph"
menu.addLine()
menu.addMenuItem "sensor demo", true, @, "createNewSensorDemo"
menu.addMenuItem "animation demo", true, @, "createNewAnimationDemo"
menu.addMenuItem "pen", true, @, "createNewPenMorph"
menu.addLine()
menu.addMenuItem "layout tests ➜", false, @, "layoutTestsMenu", "sample morphs"
menu.addLine()
menu.addMenuItem "under the carpet", true, @, "underTheCarpet"
menu.popUpAtHand()
layoutTestsMenu: (morphOpeningThePopUp) ->
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "Layout tests"
menu.addMenuItem "adjuster morph", true, @, "createNewStackElementsSizeAdjustingMorph"
menu.addMenuItem "adder/droplet", true, @, "createNewLayoutElementAdderOrDropletMorph"
menu.addMenuItem "test screen 1", true, Widget, "setupTestScreen1"
menu.popUpAtHand()
toggleDevMode: ->
@isDevMode = not @isDevMode
# this part is excluded from the fizzygum homepage build <<«
edit: (aStringMorphOrTextMorph) ->
# first off, if the Widget is not editable
# then there is nothing to do
# return nil unless aStringMorphOrTextMorph.isEditable
# there is only one caret in the World, so destroy
# the previous one if there was one.
if @caret
# empty the previously ongoing selection
# if there was one.
previouslyEditedText = @lastEditedText
@lastEditedText = @caret.target
if @lastEditedText != previouslyEditedText
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# create the new Caret
@caret = new CaretMorph aStringMorphOrTextMorph
aStringMorphOrTextMorph.parent.add @caret
# this is the only place where the @keyboardEventsReceiver is set
@keyboardEventsReceiver = @caret
if WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard
@initVirtualKeyboard()
# For touch devices, giving focus on the textbox causes
# the keyboard to slide up, and since the page viewport
# shrinks, the page is scrolled to where the texbox is.
# So, it is important to position the textbox around
# where the caret is, so that the changed text is going to
# be visible rather than out of the viewport.
pos = @getCanvasPosition()
@inputDOMElementForVirtualKeyboard.style.top = @caret.top() + pos.y + "px"
@inputDOMElementForVirtualKeyboard.style.left = @caret.left() + pos.x + "px"
@inputDOMElementForVirtualKeyboard.focus()
# Widgetic.js provides the "slide" method but I must have lost it
# in the way, so commenting this out for the time being
#
#if WorldMorph.preferencesAndSettings.useSliderForInput
# if !aStringMorphOrTextMorph.parentThatIsA MenuMorph
# @slide aStringMorphOrTextMorph
# Editing can stop because of three reasons:
# cancel (user hits ESC)
# accept (on stringmorph, user hits enter)
# user clicks/floatDrags another morph
stopEditing: ->
if @caret
@lastEditedText = @caret.target
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# the only place where the @keyboardEventsReceiver is unset
# (and the hidden input is removed)
@keyboardEventsReceiver = nil
if @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard.blur()
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
@worldCanvas.focus()
anyReferenceToWdgt: (whichWdgt) ->
# go through all the references and check whether they reference
# the wanted widget. Note that the reference could be unreachable
# in the basement, or even in the trash
for eachReferencingWdgt from @widgetsReferencingOtherWidgets
if eachReferencingWdgt.target == whichWdgt
return true
return false
| true | # The WorldMorph takes over the canvas on the page
class WorldMorph extends PanelWdgt
@augmentWith GridPositioningOfAddedShortcutsMixin, @name
@augmentWith KeepIconicDesktopSystemLinksBackMixin, @name
# We need to add and remove
# the event listeners so we are
# going to put them all in properties
# here.
# dblclickEventListener: nil
mousedownBrowserEventListener: nil
mouseupBrowserEventListener: nil
mousemoveBrowserEventListener: nil
contextmenuEventListener: nil
touchstartBrowserEventListener: nil
touchendBrowserEventListener: nil
touchmoveBrowserEventListener: nil
gesturestartBrowserEventListener: nil
gesturechangeBrowserEventListener: nil
# Note how there can be two handlers for
# keyboard events.
# This one is attached
# to the canvas and reaches the currently
# blinking caret if there is one.
# See below for the other potential
# handler. See "initVirtualKeyboard"
# method to see where and when this input and
# these handlers are set up.
keydownBrowserEventListener: nil
keyupBrowserEventListener: nil
keypressBrowserEventListener: nil
wheelBrowserEventListener: nil
cutBrowserEventListener: nil
copyBrowserEventListener: nil
pasteBrowserEventListener: nil
errorConsole: nil
# the string for the last serialised morph
# is kept in here, to make serialization
# and deserialization tests easier.
# The alternative would be to refresh and
# re-start the tests from where they left...
lastSerializationString: ""
# Note how there can be two handlers
# for keyboard events. This one is
# attached to a hidden
# "input" div which keeps track of the
# text that is being input.
inputDOMElementForVirtualKeyboardKeydownBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeyupBrowserEventListener: nil
inputDOMElementForVirtualKeyboardKeypressBrowserEventListener: nil
# »>> this part is excluded from the fizzygum homepage build
keyComboResetWorldEventListener: nil
keyComboTurnOnAnimationsPacingControl: nil
keyComboTurnOffAnimationsPacingControl: nil
keyComboTakeScreenshotEventListener: nil
keyComboStopTestRecordingEventListener: nil
keyComboTakeScreenshotEventListener: nil
keyComboCheckStringsOfItemsInMenuOrderImportant: nil
keyComboCheckStringsOfItemsInMenuOrderUnimportant: nil
keyComboAddTestCommentEventListener: nil
keyComboCheckNumberOfMenuItemsEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
dragoverEventListener: nil
resizeBrowserEventListener: nil
otherTasksToBeRunOnStep: []
# »>> this part is excluded from the fizzygum homepage build
dropBrowserEventListener: nil
# this part is excluded from the fizzygum homepage build <<«
# these variables shouldn't be static to the WorldMorph, because
# in pure theory you could have multiple worlds in the same
# page with different settings
# (but anyways, it was global before, so it's not any worse than before)
@preferencesAndSettings: nil
@dateOfPreviousCycleStart: nil
@dateOfCurrentCycleStart: nil
showRedraws: false
doubleCheckCachedMethodsResults: false
automator: nil
# this is the actual reference to the canvas
# on the html page, where the world is
# finally painted to.
worldCanvas: nil
worldCanvasContext: nil
canvasForTextMeasurements: nil
canvasContextForTextMeasurements: nil
cacheForTextMeasurements: nil
cacheForTextParagraphSplits: nil
cacheForParagraphsWordsSplits: nil
cacheForParagraphsWrappingData: nil
cacheForTextWrappingData: nil
cacheForTextBreakingIntoLinesTopLevel: nil
# By default the world will always fill
# the entire page, also when browser window
# is resized.
# When this flag is set, the onResize callback
# automatically adjusts the world size.
automaticallyAdjustToFillEntireBrowserAlsoOnResize: true
# »>> this part is excluded from the fizzygum homepage build
# keypad keys map to special characters
# so we can trigger test actions
# see more comments below
@KEYPAD_TAB_mappedToThaiKeyboard_A: "ฟ"
@KEYPAD_SLASH_mappedToThaiKeyboard_B: "ิ"
@KEYPAD_MULTIPLY_mappedToThaiKeyboard_C: "แ"
@KEYPAD_DELETE_mappedToThaiKeyboard_D: "ก"
@KEYPAD_7_mappedToThaiKeyboard_E: "ำ"
@KEYPAD_8_mappedToThaiKeyboard_F: "ด"
@KEYPAD_9_mappedToThaiKeyboard_G: "เ"
@KEYPAD_MINUS_mappedToThaiKeyboard_H: "้"
@KEYPAD_4_mappedToThaiKeyboard_I: "ร"
@KEYPAD_5_mappedToThaiKeyboard_J: "่" # looks like empty string but isn't :-)
@KEYPAD_6_mappedToThaiKeyboard_K: "า"
@KEYPAD_PLUS_mappedToThaiKeyboard_L: "ส"
@KEYPAD_1_mappedToThaiKeyboard_M: "ท"
@KEYPAD_2_mappedToThaiKeyboard_N: "ท"
@KEYPAD_3_mappedToThaiKeyboard_O: "ื"
@KEYPAD_ENTER_mappedToThaiKeyboard_P: "น"
@KEYPAD_0_mappedToThaiKeyboard_Q: "ย"
@KEYPAD_DOT_mappedToThaiKeyboard_R: "พ"
# this part is excluded from the fizzygum homepage build <<«
wdgtsDetectingClickOutsideMeOrAnyOfMeChildren: new Set
hierarchyOfClickedWdgts: new Set
hierarchyOfClickedMenus: new Set
popUpsMarkedForClosure: new Set
freshlyCreatedPopUps: new Set
openPopUps: new Set
toolTipsList: new Set
# »>> this part is excluded from the fizzygum homepage build
@ongoingUrlActionNumber: 0
# this part is excluded from the fizzygum homepage build <<«
@frameCount: 0
@numberOfAddsAndRemoves: 0
@numberOfVisibilityFlagsChanges: 0
@numberOfCollapseFlagsChanges: 0
@numberOfRawMovesAndResizes: 0
broken: nil
duplicatedBrokenRectsTracker: nil
numberOfDuplicatedBrokenRects: 0
numberOfMergedSourceAndDestination: 0
morphsToBeHighlighted: new Set
currentHighlightingMorphs: new Set
morphsBeingHighlighted: new Set
# »>> this part is excluded from the fizzygum homepage build
morphsToBePinouted: new Set
currentPinoutingMorphs: new Set
morphsBeingPinouted: new Set
# this part is excluded from the fizzygum homepage build <<«
steppingWdgts: new Set
basementWdgt: nil
# since the shadow is just a "rendering" effect
# there is no morph for it, we need to just clean up
# the shadow area ad-hoc. We do that by just growing any
# broken rectangle by the maximum shadow offset.
# We could be more surgical and remember the offset of the
# shadow (if any) in the start and end location of the
# morph, just like we do with the position, but it
# would complicate things and probably be overkill.
# The downside of this is that if we change the
# shadow sizes, we have to check that this max size
# still captures the biggest.
maxShadowSize: 6
eventsQueue: []
widgetsReferencingOtherWidgets: new Set
incrementalGcSessionId: 0
desktopSidesPadding: 10
# the desktop lays down icons vertically
laysIconsHorizontallyInGrid: false
iconsLayingInGridWrapCount: 5
errorsWhileRepainting: []
paintingWidget: nil
widgetsGivingErrorWhileRepainting: []
# this one is so we can left/center/right align in
# a document editor the last widget that the user "touched"
# TODO this could be extended so we keep a "list" of
# "selected" widgets (e.g. if the user ctrl-clicks on a widget
# then it highlights in some manner and ends up in this list)
# and then operations can be performed on the whole list
# of widgets.
lastNonTextPropertyChangerButtonClickedOrDropped: nil
patternName: nil
pattern1: "plain"
pattern2: "circles"
pattern3: "vert. stripes"
pattern4: "oblique stripes"
pattern5: "dots"
pattern6: "zigzag"
pattern7: "bricks"
howManyUntitledShortcuts: 0
howManyUntitledFoldersShortcuts: 0
lastUsedConnectionsCalculationToken: 0
isIndexPage: nil
# »>> this part is excluded from the fizzygum homepage build
# This method also handles keypresses from a special
# external keypad which is used to
# record tests commands (such as capture screen, etc.).
# These external keypads are inexpensive
# so they are a good device for this kind
# of stuff.
# http://www.amazon.co.uk/Perixx-PERIPAD-201PLUS-Numeric-Keypad-Laptop/dp/B001R6FZLU/
# They keypad is mapped
# to Thai keyboard characters via an OSX app
# called keyremap4macbook (also one needs to add the
# Thai keyboard, which is just a click from System Preferences)
# Those Thai characters are used to trigger test
# commands. The only added complexity is about
# the "00" key of such keypads - see
# note below.
doublePressOfZeroKeypadKey: nil
# this part is excluded from the fizzygum homepage build <<«
healingRectanglesPhase: false
# we use the trackChanges array as a stack to
# keep track whether a whole segment of code
# (including all function calls in it) will
# record the broken rectangles.
# Using a stack we can correctly track nested "disabling of track
# changes" correctly.
trackChanges: [true]
morphsThatMaybeChangedGeometryOrPosition: []
morphsThatMaybeChangedFullGeometryOrPosition: []
morphsThatMaybeChangedLayout: []
# »>> this part is only needed for Macros
macroStepsWaitingTimer: nil
nextBlockToBeRun: nil
macroVars: nil
macroIsRunning: nil
# this part is only needed for Macros <<«
constructor: (
@worldCanvas,
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
) ->
# The WorldMorph is the very first morph to
# be created.
# world at the moment is a global variable, there is only one
# world and this variable needs to be initialised as soon as possible, which
# is right here. This is because there is code in this constructor that
# will reference that global world variable, so it needs to be set
# very early
window.world = @
if window.location.href.includes "worldWithSystemTestHarness"
@isIndexPage = false
else
@isIndexPage = true
WorldMorph.preferencesAndSettings = new PreferencesAndSettings
super()
@patternName = @pattern1
@appearance = new DesktopAppearance @
#console.log WorldMorph.preferencesAndSettings.menuFontName
@color = Color.create 205, 205, 205 # (130, 130, 130)
@strokeColor = nil
@alpha = 1
# additional properties:
@isDevMode = false
@hand = new ActivePointerWdgt
@keyboardEventsReceiver = nil
@lastEditedText = nil
@caret = nil
@temporaryHandlesAndLayoutAdjusters = new Set
@inputDOMElementForVirtualKeyboard = nil
if @automaticallyAdjustToFillEntireBrowserAlsoOnResize and @isIndexPage
@stretchWorldToFillEntirePage()
else
@sizeCanvasToTestScreenResolution()
# @worldCanvas.width and height here are in physical pixels
# so we want to bring them back to logical pixels
@setBounds new Rectangle 0, 0, @worldCanvas.width / ceilPixelRatio, @worldCanvas.height / ceilPixelRatio
@initEventListeners()
if Automator?
@automator = new Automator
@worldCanvasContext = @worldCanvas.getContext "2d"
@canvasForTextMeasurements = HTMLCanvasElement.createOfPhysicalDimensions()
@canvasContextForTextMeasurements = @canvasForTextMeasurements.getContext "2d"
@canvasContextForTextMeasurements.useLogicalPixelsUntilRestore()
@canvasContextForTextMeasurements.textAlign = "left"
@canvasContextForTextMeasurements.textBaseline = "bottom"
# when using an inspector it's not uncommon to render
# 400 labels just for the properties, so trying to size
# the cache accordingly...
@cacheForTextMeasurements = new LRUCache 1000, 1000*60*60*24
@cacheForTextParagraphSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWordsSplits = new LRUCache 300, 1000*60*60*24
@cacheForParagraphsWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForTextWrappingData = new LRUCache 300, 1000*60*60*24
@cacheForImmutableBackBuffers = new LRUCache 1000, 1000*60*60*24
@cacheForTextBreakingIntoLinesTopLevel = new LRUCache 10, 1000*60*60*24
@changed()
# answer the absolute coordinates of the world canvas within the document
getCanvasPosition: ->
if !@worldCanvas?
return {x: 0, y: 0}
pos =
x: @worldCanvas.offsetLeft
y: @worldCanvas.offsetTop
offsetParent = @worldCanvas.offsetParent
while offsetParent?
pos.x += offsetParent.offsetLeft
pos.y += offsetParent.offsetTop
if offsetParent isnt document.body and offsetParent isnt document.documentElement
pos.x -= offsetParent.scrollLeft
pos.y -= offsetParent.scrollTop
offsetParent = offsetParent.offsetParent
pos
colloquialName: ->
"Desktop"
makePrettier: ->
WorldMorph.preferencesAndSettings.menuFontSize = 14
WorldMorph.preferencesAndSettings.menuHeaderFontSize = 13
WorldMorph.preferencesAndSettings.menuHeaderColor = Color.create 125, 125, 125
WorldMorph.preferencesAndSettings.menuHeaderBold = false
WorldMorph.preferencesAndSettings.menuStrokeColor = Color.create 186, 186, 186
WorldMorph.preferencesAndSettings.menuBackgroundColor = Color.create 250, 250, 250
WorldMorph.preferencesAndSettings.menuButtonsLabelColor = Color.create 50, 50, 50
WorldMorph.preferencesAndSettings.normalTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextFontSize = 13
WorldMorph.preferencesAndSettings.titleBarTextHeight = 16
WorldMorph.preferencesAndSettings.titleBarBoldText = false
WorldMorph.preferencesAndSettings.bubbleHelpFontSize = 12
WorldMorph.preferencesAndSettings.iconDarkLineColor = Color.create 37, 37, 37
WorldMorph.preferencesAndSettings.defaultPanelsBackgroundColor = Color.create 249, 249, 249
WorldMorph.preferencesAndSettings.defaultPanelsStrokeColor = Color.create 198, 198, 198
@setPattern nil, nil, "dots"
@changed()
getNextUntitledShortcutName: ->
name = "Untitled"
if @howManyUntitledShortcuts > 0
name += " " + (@howManyUntitledShortcuts + 1)
@howManyUntitledShortcuts++
return name
getNextUntitledFolderShortcutName: ->
name = "new folder"
if @howManyUntitledFoldersShortcuts > 0
name += " " + (@howManyUntitledFoldersShortcuts + 1)
@howManyUntitledFoldersShortcuts++
return name
wantsDropOf: (aWdgt) ->
return @_acceptsDrops
makeNewConnectionsCalculationToken: ->
# not nice to read but this means:
# first increment and then return the value
# this is so the first token we use is 1
# and we can initialise all input/node tokens to 0
# so to make them receptive to the first token generated
++@lastUsedConnectionsCalculationToken
createErrorConsole: ->
errorsLogViewerMorph = new ErrorsLogViewerMorph "Errors", @, "modifyCodeToBeInjected", ""
wm = new WindowWdgt nil, nil, errorsLogViewerMorph
wm.setExtent new Point 460, 400
@add wm
@errorConsole = wm
@errorConsole.fullMoveTo new Point 190,10
@errorConsole.setExtent new Point 550,415
@errorConsole.hide()
removeSpinnerAndFakeDesktop: ->
# remove the fake desktop for quick launch and the spinner
spinner = document.getElementById 'spinner'
spinner.parentNode.removeChild spinner
splashScreenFakeDesktop = document.getElementById 'splashScreenFakeDesktop'
splashScreenFakeDesktop.parentNode.removeChild splashScreenFakeDesktop
createDesktop: ->
@setColor Color.create 244,243,244
@makePrettier()
acm = new AnalogClockWdgt
acm.rawSetExtent new Point 80, 80
acm.fullRawMoveTo new Point @right()-80-@desktopSidesPadding, @top() + @desktopSidesPadding
@add acm
menusHelper.createWelcomeMessageWindowAndShortcut()
menusHelper.createHowToSaveMessageOpener()
menusHelper.basementIconAndText()
menusHelper.createSimpleDocumentLauncher()
menusHelper.createFizzyPaintLauncher()
menusHelper.createSimpleSlideLauncher()
menusHelper.createDashboardsLauncher()
menusHelper.createPatchProgrammingLauncher()
menusHelper.createGenericPanelLauncher()
menusHelper.createToolbarsOpener()
exampleDocsFolder = @makeFolder nil, nil, "examples"
menusHelper.createDegreesConverterOpener exampleDocsFolder
menusHelper.createSampleSlideOpener exampleDocsFolder
menusHelper.createSampleDashboardOpener exampleDocsFolder
menusHelper.createSampleDocOpener exampleDocsFolder
# »>> this part is excluded from the fizzygum homepage build
getParameterPassedInURL: (name) ->
name = name.replace(/[\[]/, '\\[').replace(/[\]]/, '\\]')
regex = new RegExp '[\\?&]' + name + '=([^&#]*)'
results = regex.exec location.search
if results?
return decodeURIComponent results[1].replace(/\+/g, ' ')
else
return nil
# some test urls:
# this one contains two actions, two tests each, but only
# the second test is run for the second group.
# file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0D%0A++%22paramsVersion%22%3A+0.1%2C%0D%0A++%22actions%22%3A+%5B%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22bubble%22%5D%0D%0A++++%7D%2C%0D%0A++++%7B%0D%0A++++++%22name%22%3A+%22runTests%22%2C%0D%0A++++++%22testsToRun%22%3A+%5B%22shadow%22%2C+%22SystemTest_basicResize%22%5D%2C%0D%0A++++++%22numberOfGroups%22%3A+2%2C%0D%0A++++++%22groupToBeRun%22%3A+1%0D%0A++++%7D++%5D%0D%0A%7D
#
# just one simple quick test about shadows
#file:///Users/daviddellacasa/Fizzygum/Fizzygum-builds/latest/worldWithSystemTestHarness.html?startupActions=%7B%0A%20%20%22paramsVersion%22%3A%200.1%2C%0A%20%20%22actions%22%3A%20%5B%0A%20%20%20%20%7B%0A%20%20%20%20%20%20%22name%22%3A%20%22runTests%22%2C%0A%20%20%20%20%20%20%22testsToRun%22%3A%20%5B%22shadow%22%5D%0A%20%20%20%20%7D%0A%20%20%5D%0A%7D
nextStartupAction: ->
if (@getParameterPassedInURL "startupActions")?
startupActions = JSON.parse @getParameterPassedInURL "startupActions"
if (!startupActions?) or (WorldMorph.ongoingUrlActionNumber == startupActions.actions.length)
WorldMorph.ongoingUrlActionNumber = 0
if Automator?
if window.location.href.includes("worldWithSystemTestHarness")
if @automator.atLeastOneTestHasBeenRun
if @automator.allTestsPassedSoFar
document.getElementById("background").style.background = Color.GREEN.toString()
return
if !@isIndexPage then console.log "nextStartupAction " + (WorldMorph.ongoingUrlActionNumber+1) + " / " + startupActions.actions.length
currentAction = startupActions.actions[WorldMorph.ongoingUrlActionNumber]
if Automator? and currentAction.name == "runTests"
@automator.loader.selectTestsFromTagsOrTestNames(currentAction.testsToRun)
if currentAction.numberOfGroups?
@automator.numberOfGroups = currentAction.numberOfGroups
else
@automator.numberOfGroups = 1
if currentAction.groupToBeRun?
@automator.groupToBeRun = currentAction.groupToBeRun
else
@automator.groupToBeRun = 0
if currentAction.forceSlowTestPlaying?
@automator.forceSlowTestPlaying = true
if currentAction.forceTurbo?
@automator.forceTurbo = true
if currentAction.forceSkippingInBetweenMouseMoves?
@automator.forceSkippingInBetweenMouseMoves = true
if currentAction.forceRunningInBetweenMouseMoves?
@automator.forceRunningInBetweenMouseMoves = true
@automator.player.runAllSystemTests()
WorldMorph.ongoingUrlActionNumber++
getMorphViaTextLabel: ([textDescription, occurrenceNumber, numberOfOccurrences]) ->
allCandidateMorphsWithSameTextDescription =
@allChildrenTopToBottomSuchThat (m) ->
m.getTextDescription() == textDescription
return allCandidateMorphsWithSameTextDescription[occurrenceNumber]
# this part is excluded from the fizzygum homepage build <<«
mostRecentlyCreatedPopUp: ->
mostRecentPopUp = nil
mostRecentPopUpID = -1
# we have to check which menus
# are actually open, because
# the destroy() function used
# everywhere is not recursive and
# that's where we update the @openPopUps
# set so we have to doublecheck here
@openPopUps.forEach (eachPopUp) =>
if eachPopUp.isOrphan()
@openPopUps.delete eachPopUp
else if eachPopUp.instanceNumericID >= mostRecentPopUpID
mostRecentPopUp = eachPopUp
return mostRecentPopUp
# »>> this part is excluded from the fizzygum homepage build
# see roundNumericIDsToNextThousand method in
# Widget for an explanation of why we need this
# method.
alignIDsOfNextMorphsInSystemTests: ->
if Automator? and Automator.state != Automator.IDLE
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
listOfMorphsClasses = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in listOfMorphsClasses
#console.log "bumping up ID of class: " + eachMorphClass
window[eachMorphClass].roundNumericIDsToNextThousand?()
# this part is excluded from the fizzygum homepage build <<«
# used to close temporary menus
closePopUpsMarkedForClosure: ->
@popUpsMarkedForClosure.forEach (eachMorph) =>
eachMorph.close()
@popUpsMarkedForClosure.clear()
# »>> this part is excluded from the fizzygum homepage build
# World Widget broken rects debugging
# currently unused
brokenFor: (aWdgt) ->
# private
fb = aWdgt.fullBounds()
@broken.filter (rect) ->
rect.isIntersecting fb
# this part is excluded from the fizzygum homepage build <<«
# fullPaintIntoAreaOrBlitFromBackBuffer results into actual painting of pieces of
# morphs done
# by the paintIntoAreaOrBlitFromBackBuffer function.
# The paintIntoAreaOrBlitFromBackBuffer function is defined in Widget.
fullPaintIntoAreaOrBlitFromBackBuffer: (aContext, aRect) ->
# invokes the Widget's fullPaintIntoAreaOrBlitFromBackBuffer, which has only three implementations:
# * the default one by Widget which just invokes the paintIntoAreaOrBlitFromBackBuffer of all children
# * the interesting one in PanelWdgt which a) narrows the dirty
# rectangle (intersecting it with its border
# since the PanelWdgt clips at its border) and b) stops recursion on all
# the children that are outside such intersection.
# * this implementation which just takes into account that the hand
# (which could contain a Widget being floatDragged)
# is painted on top of everything.
super aContext, aRect
# the mouse cursor is always drawn on top of everything
# and it's not attached to the WorldMorph.
@hand.fullPaintIntoAreaOrBlitFromBackBuffer aContext, aRect
clippedThroughBounds: ->
@checkClippedThroughBoundsCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clippedThroughBoundsCache = @boundingBox()
return @clippedThroughBoundsCache
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
clipThrough: ->
@checkClipThroughCache = WorldMorph.numberOfAddsAndRemoves + "-" + WorldMorph.numberOfVisibilityFlagsChanges + "-" + WorldMorph.numberOfCollapseFlagsChanges + "-" + WorldMorph.numberOfRawMovesAndResizes
@clipThroughCache = @boundingBox()
return @clipThroughCache
pushBrokenRect: (brokenMorph, theRect, isSrc) ->
if @duplicatedBrokenRectsTracker[theRect.toString()]?
@numberOfDuplicatedBrokenRects++
else
if isSrc
brokenMorph.srcBrokenRect = @broken.length
else
brokenMorph.dstBrokenRect = @broken.length
if !theRect?
debugger
# if @broken.length == 0
# debugger
@broken.push theRect
@duplicatedBrokenRectsTracker[theRect.toString()] = true
# using the code coverage tool from Chrome, it
# doesn't seem that this is ever used
# TODO investigate and see whether this is needed
mergeBrokenRectsIfCloseOrPushBoth: (brokenMorph, sourceBroken, destinationBroken) ->
mergedBrokenRect = sourceBroken.merge destinationBroken
mergedBrokenRectArea = mergedBrokenRect.area()
sumArea = sourceBroken.area() + destinationBroken.area()
#console.log "mergedBrokenRectArea: " + mergedBrokenRectArea + " (sumArea + sumArea/10): " + (sumArea + sumArea/10)
if mergedBrokenRectArea < sumArea + sumArea/10
@pushBrokenRect brokenMorph, mergedBrokenRect, true
@numberOfMergedSourceAndDestination++
else
@pushBrokenRect brokenMorph, sourceBroken, true
@pushBrokenRect brokenMorph, destinationBroken, false
checkARectWithHierarchy: (aRect, brokenMorph, isSrc) ->
brokenMorphAncestor = brokenMorph
#if brokenMorph instanceof SliderMorph
# debugger
while brokenMorphAncestor.parent?
brokenMorphAncestor = brokenMorphAncestor.parent
if brokenMorphAncestor.srcBrokenRect?
if !@broken[brokenMorphAncestor.srcBrokenRect]?
debugger
if @broken[brokenMorphAncestor.srcBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.srcBrokenRect]
@broken[brokenMorphAncestor.srcBrokenRect] = nil
brokenMorphAncestor.srcBrokenRect = nil
if brokenMorphAncestor.dstBrokenRect?
if !@broken[brokenMorphAncestor.dstBrokenRect]?
debugger
if @broken[brokenMorphAncestor.dstBrokenRect].containsRectangle aRect
if isSrc
@broken[brokenMorph.srcBrokenRect] = nil
brokenMorph.srcBrokenRect = nil
else
@broken[brokenMorph.dstBrokenRect] = nil
brokenMorph.dstBrokenRect = nil
else if aRect.containsRectangle @broken[brokenMorphAncestor.dstBrokenRect]
@broken[brokenMorphAncestor.dstBrokenRect] = nil
brokenMorphAncestor.dstBrokenRect = nil
rectAlreadyIncludedInParentBrokenMorph: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, true
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph, false
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
if brokenMorph.srcBrokenRect?
aRect = @broken[brokenMorph.srcBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
if brokenMorph.dstBrokenRect?
aRect = @broken[brokenMorph.dstBrokenRect]
@checkARectWithHierarchy aRect, brokenMorph
cleanupSrcAndDestRectsOfMorphs: ->
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
brokenMorph.srcBrokenRect = nil
brokenMorph.dstBrokenRect = nil
fleshOutBroken: ->
#if @morphsThatMaybeChangedGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedGeometryOrPosition
# let's see if this Widget that marked itself as broken
# was actually painted in the past frame.
# If it was then we have to clean up the "before" area
# even if the Widget is not visible anymore
if brokenMorph.clippedBoundsWhenLastPainted?
if brokenMorph.clippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.clippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (brokenMorph.clippedBoundsWhenLastPainted.containsPoint (new Point(10,10)))
# debugger
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
# @clippedThroughBounds() should be smaller area
# than bounds because it clips
# the bounds based on the clipping morphs up the
# hierarchy
boundsToBeChanged = brokenMorph.clippedThroughBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint new Point 10, 10)
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.geometryOrPositionPossiblyChanged = false
brokenMorph.clippedBoundsWhenLastPainted = nil
fleshOutFullBroken: ->
#if @morphsThatMaybeChangedFullGeometryOrPosition.length > 0
# debugger
sourceBroken = nil
destinationBroken = nil
for brokenMorph in @morphsThatMaybeChangedFullGeometryOrPosition
#console.log "fleshOutFullBroken: " + brokenMorph
if brokenMorph.fullClippedBoundsWhenLastPainted?
if brokenMorph.fullClippedBoundsWhenLastPainted.isNotEmpty()
sourceBroken = brokenMorph.fullClippedBoundsWhenLastPainted.expandBy(1).growBy @maxShadowSize
# for the "destination" broken rectangle we can actually
# check whether the Widget is still visible because we
# can skip the destination rectangle in that case
# (not the source one!)
unless brokenMorph.surelyNotShowingUpOnScreenBasedOnVisibilityCollapseAndOrphanage()
boundsToBeChanged = brokenMorph.fullClippedBounds()
if boundsToBeChanged.isNotEmpty()
destinationBroken = boundsToBeChanged.spread().expandBy(1).growBy @maxShadowSize
#if brokenMorph!= world and (boundsToBeChanged.spread().containsPoint (new Point(10,10)))
# debugger
if sourceBroken? and destinationBroken?
@mergeBrokenRectsIfCloseOrPushBoth brokenMorph, sourceBroken, destinationBroken
else if sourceBroken? or destinationBroken?
if sourceBroken?
@pushBrokenRect brokenMorph, sourceBroken, true
else
@pushBrokenRect brokenMorph, destinationBroken, true
brokenMorph.fullGeometryOrPositionPossiblyChanged = false
brokenMorph.fullClippedBoundsWhenLastPainted = nil
# »>> this part is excluded from the fizzygum homepage build
showBrokenRects: (aContext) ->
aContext.save()
aContext.globalAlpha = 0.5
aContext.useLogicalPixelsUntilRestore()
for eachBrokenRect in @broken
if eachBrokenRect?
randomR = Math.round Math.random() * 255
randomG = Math.round Math.random() * 255
randomB = Math.round Math.random() * 255
aContext.fillStyle = "rgb("+randomR+","+randomG+","+randomB+")"
aContext.fillRect Math.round(eachBrokenRect.origin.x),
Math.round(eachBrokenRect.origin.y),
Math.round(eachBrokenRect.width()),
Math.round(eachBrokenRect.height())
aContext.restore()
# this part is excluded from the fizzygum homepage build <<«
# layouts are recalculated like so:
# there will be several subtrees
# that will need relayout.
# So take the head of any subtree and re-layout it
# The relayout might or might not visit all the subnodes
# of the subtree, because you might have a subtree
# that lives inside a floating morph, in which
# case it's not re-layout.
# So, a subtree might not be healed in one go,
# rather we keep track of what's left to heal and
# we apply the same process: we heal from the head node
# and take out of the list what's healed in that step,
# and we continue doing so until there is nothing else
# to heal.
recalculateLayouts: ->
until @morphsThatMaybeChangedLayout.length == 0
# find the first Widget which has a broken layout,
# take out of queue all the others
loop
tryThisMorph = @morphsThatMaybeChangedLayout[@morphsThatMaybeChangedLayout.length - 1]
if tryThisMorph.layoutIsValid
@morphsThatMaybeChangedLayout.pop()
if @morphsThatMaybeChangedLayout.length == 0
return
else
break
# now that you have a Widget with a broken layout
# go up the chain of broken layouts as much as
# possible
# QUESTION: would it be safer instead to start from the
# very top invalid morph, i.e. on the way to the top,
# stop at the last morph with an invalid layout
# instead of stopping at the first morph with a
# valid layout...
while tryThisMorph.parent?
if tryThisMorph.layoutSpec == LayoutSpec.ATTACHEDAS_FREEFLOATING or tryThisMorph.parent.layoutIsValid
break
tryThisMorph = tryThisMorph.parent
try
# so now you have a "top" element up a chain
# of morphs with broken layout. Go do a
# doLayout on it, so it might fix a bunch of those
# on the chain (but not all)
tryThisMorph.doLayout()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
clearGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedGeometryOrPosition
m.geometryOrPositionPossiblyChanged = false
clearFullGeometryOrPositionPossiblyChangedFlags: ->
for m in @morphsThatMaybeChangedFullGeometryOrPosition
m.fullGeometryOrPositionPossiblyChanged = false
disableTrackChanges: ->
@trackChanges.push false
maybeEnableTrackChanges: ->
@trackChanges.pop()
updateBroken: ->
#console.log "number of broken rectangles: " + @broken.length
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
@fleshOutFullBroken()
@fleshOutBroken()
@rectAlreadyIncludedInParentBrokenMorph()
@cleanupSrcAndDestRectsOfMorphs()
@clearGeometryOrPositionPossiblyChangedFlags()
@clearFullGeometryOrPositionPossiblyChangedFlags()
@morphsThatMaybeChangedGeometryOrPosition = []
@morphsThatMaybeChangedFullGeometryOrPosition = []
# »>> this part is excluded from the fizzygum homepage build
#ProfilingDataCollector.profileBrokenRects @broken, @numberOfDuplicatedBrokenRects, @numberOfMergedSourceAndDestination
# this part is excluded from the fizzygum homepage build <<«
# each broken rectangle requires traversing the scenegraph to
# redraw what's overlapping it. Not all Widgets are traversed
# in particular the following can stop the recursion:
# - invisible Widgets
# - PanelWdgts that don't overlap the broken rectangle
# Since potentially there is a lot of traversal ongoing for
# each broken rectangle, one might want to consolidate overlapping
# and nearby rectangles.
@healingRectanglesPhase = true
@errorsWhileRepainting = []
@broken.forEach (rect) =>
if !rect?
return
if rect.isNotEmpty()
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, rect
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
# IF we got errors while repainting, the
# screen might be in a bad state (because everything in front of the
# "bad" widget is not repainted since the offending widget has
# thrown, so nothing in front of it could be painted properly)
# SO do COMPLETE repaints of the screen and hide
# further offending widgets until there are no more errors
# (i.e. the offending widgets are progressively hidden so eventually
# we should repaint the whole screen without errors, hopefully)
if @errorsWhileRepainting.length != 0
@findOutAllOtherOffendingWidgetsAndPaintWholeScreen()
if @showRedraws
@showBrokenRects @worldCanvasContext
@resetDataStructuresForBrokenRects()
@healingRectanglesPhase = false
if @trackChanges.length != 1 and @trackChanges[0] != true
alert "trackChanges array should have only one element (true)"
findOutAllOtherOffendingWidgetsAndPaintWholeScreen: ->
# we keep repainting the whole screen until there are no
# errors.
# Why do we need multiple repaints and not just one?
# Because remember that when a widget throws an error while
# repainting, it bubble all the way up and stops any
# further repainting of the other widgets, potentially
# preventing the finding of errors in the other
# widgets. Hence, we need to keep repainting until
# there are no errors.
currentErrorsCount = @errorsWhileRepainting.length
previousErrorsCount = nil
numberOfTotalRepaints = 0
until previousErrorsCount == currentErrorsCount
numberOfTotalRepaints++
try
@fullPaintIntoAreaOrBlitFromBackBuffer @worldCanvasContext, @bounds
catch err
@resetWorldCanvasContext()
@queueErrorForLaterReporting err
@hideOffendingWidget()
@softResetWorld()
previousErrorsCount = currentErrorsCount
currentErrorsCount = @errorsWhileRepainting.length
#console.log "total repaints: " + numberOfTotalRepaints
resetWorldCanvasContext: ->
# when an error is thrown while painting, it's
# possible that we are left with a context in a strange
# mixed state, so try to bring it back to
# normality as much as possible
# We are doing this for "cleanliness" of the context
# state, not because we care of the drawing being
# perfect (we are eventually going to repaint the
# whole screen without the offending widgets)
@worldCanvasContext.closePath()
@worldCanvasContext.resetTransform?()
for j in [1...2000]
@worldCanvasContext.restore()
queueErrorForLaterReporting: (err) ->
# now record the error so we can report it in the
# next cycle, and add the offending widget to a
# "banned" list
@errorsWhileRepainting.push err
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
hideOffendingWidget: ->
if !@widgetsGivingErrorWhileRepainting.includes @paintingWidget
@widgetsGivingErrorWhileRepainting.push @paintingWidget
@paintingWidget.silentHide()
resetDataStructuresForBrokenRects: ->
@broken = []
@duplicatedBrokenRectsTracker = {}
@numberOfDuplicatedBrokenRects = 0
@numberOfMergedSourceAndDestination = 0
# »>> this part is excluded from the fizzygum homepage build
addPinoutingMorphs: ->
@currentPinoutingMorphs.forEach (eachPinoutingMorph) =>
if @morphsToBePinouted.has eachPinoutingMorph.wdgtThisWdgtIsPinouting
if eachPinoutingMorph.wdgtThisWdgtIsPinouting.hasMaybeChangedGeometryOrPosition()
# reposition the pinout morph if needed
peekThroughBox = eachPinoutingMorph.wdgtThisWdgtIsPinouting.clippedThroughBounds()
eachPinoutingMorph.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
else
@currentPinoutingMorphs.delete eachPinoutingMorph
@morphsBeingPinouted.delete eachPinoutingMorph.wdgtThisWdgtIsPinouting
eachPinoutingMorph.wdgtThisWdgtIsPinouting = nil
eachPinoutingMorph.fullDestroy()
@morphsToBePinouted.forEach (eachMorphNeedingPinout) =>
unless @morphsBeingPinouted.has eachMorphNeedingPinout
hM = new StringMorph2 eachMorphNeedingPinout.toString()
@add hM
hM.wdgtThisWdgtIsPinouting = eachMorphNeedingPinout
peekThroughBox = eachMorphNeedingPinout.clippedThroughBounds()
hM.fullRawMoveTo new Point(peekThroughBox.right() + 10,peekThroughBox.top())
hM.setColor Color.BLUE
hM.setWidth 400
@currentPinoutingMorphs.add hM
@morphsBeingPinouted.add eachMorphNeedingPinout
# this part is excluded from the fizzygum homepage build <<«
addHighlightingMorphs: ->
@currentHighlightingMorphs.forEach (eachHighlightingMorph) =>
if @morphsToBeHighlighted.has eachHighlightingMorph.wdgtThisWdgtIsHighlighting
if eachHighlightingMorph.wdgtThisWdgtIsHighlighting.hasMaybeChangedGeometryOrPosition()
eachHighlightingMorph.rawSetBounds eachHighlightingMorph.wdgtThisWdgtIsHighlighting.clippedThroughBounds()
else
@currentHighlightingMorphs.delete eachHighlightingMorph
@morphsBeingHighlighted.delete eachHighlightingMorph.wdgtThisWdgtIsHighlighting
eachHighlightingMorph.wdgtThisWdgtIsHighlighting = nil
eachHighlightingMorph.fullDestroy()
@morphsToBeHighlighted.forEach (eachMorphNeedingHighlight) =>
unless @morphsBeingHighlighted.has eachMorphNeedingHighlight
hM = new HighlighterMorph
@add hM
hM.wdgtThisWdgtIsHighlighting = eachMorphNeedingHighlight
hM.rawSetBounds eachMorphNeedingHighlight.clippedThroughBounds()
hM.setColor Color.BLUE
hM.setAlphaScaled 50
@currentHighlightingMorphs.add hM
@morphsBeingHighlighted.add eachMorphNeedingHighlight
# »>> this part is only needed for Macros
progressOnMacroSteps: ->
noCodeLoading: ->
true
noInputsOngoing: ->
@eventsQueue.length == 0
# other useful tween functions here:
# https://github.com/ashblue/simple-tween-js/blob/master/tween.js
expoOut: (i, origin, distance, numberOfEvents) ->
distance * (-Math.pow(2, -10 * i/numberOfEvents) + 1) + origin
bringUpTestMenu: (millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsShortcutsAndSpecialKeys "F2", millisecondsBetweenKeys, startTime
syntheticEventsShortcutsAndSpecialKeys: (whichShortcutOrSpecialKey, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
switch whichShortcutOrSpecialKey
when "F2"
@eventsQueue.push new KeydownInputEvent "F2", "F2", false, false, false, false, true, startTime
@eventsQueue.push new KeyupInputEvent "F2", "F2", false, false, false, false, true, startTime + millisecondsBetweenKeys
syntheticEventsStringKeys: (theString, millisecondsBetweenKeys = 35, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
scheduledTimeOfEvent = startTime
for i in [0...theString.length]
isUpperCase = theString.charAt(i) == theString.charAt(i).toUpperCase()
if isUpperCase
@eventsQueue.push new KeydownInputEvent "Shift", "ShiftLeft", true, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeydownInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
# note that the second parameter (code) we are making up, assuming a hypothetical "1:1" key->code layout
@eventsQueue.push new KeyupInputEvent theString.charAt(i), theString.charAt(i), isUpperCase, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
if isUpperCase
@eventsQueue.push new KeyupInputEvent "Shift", "ShiftLeft", false, false, false, false, true, scheduledTimeOfEvent
scheduledTimeOfEvent += millisecondsBetweenKeys
syntheticEventsMouseMovePressDragRelease: (orig, dest, millisecondsForDrag = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove orig, "left button", 100, nil, startTime, numberOfEventsPerMillisecond
@syntheticEventsMouseDown "left button", startTime + 100
@syntheticEventsMouseMove dest, "left button", millisecondsForDrag, orig, startTime + 100 + 100, numberOfEventsPerMillisecond
@syntheticEventsMouseUp "left button", startTime + 100 + 100 + millisecondsForDrag + 100
# This should be used if you want to drag from point A to B to C ...
# If rather you want to just drag from point A to point B,
# then just use syntheticEventsMouseMovePressDragRelease
syntheticEventsMouseMoveWhileDragging: (dest, milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
@syntheticEventsMouseMove dest, "left button", milliseconds, orig, startTime, numberOfEventsPerMillisecond
# mouse moves need an origin and a destination, so we
# need to place the mouse in _some_ place to begin with
# in order to do that.
syntheticEventsMousePlace: (place = new Point(0,0), scheduledTimeOfEvent = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@eventsQueue.push new MousemoveInputEvent place.x, place.y, 0, 0, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseMove: (dest, whichButton = "no button", milliseconds = 1000, orig = @hand.position(), startTime = WorldMorph.dateOfCurrentCycleStart.getTime(), numberOfEventsPerMillisecond = 1) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "no button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 0
buttons = 2
else
debugger
throw "syntheticEventsMouseMove: whichButton is unknown"
if dest instanceof Widget
dest = dest.center()
if orig instanceof Widget
orig = orig.center()
numberOfEvents = milliseconds * numberOfEventsPerMillisecond
for i in [0...numberOfEvents]
scheduledTimeOfEvent = startTime + i/numberOfEventsPerMillisecond
nextX = Math.round @expoOut i, orig.x, (dest.x-orig.x), numberOfEvents
nextY = Math.round @expoOut i, orig.y, (dest.y-orig.y), numberOfEvents
if nextX != prevX or nextY != prevY
prevX = nextX
prevY = nextY
#console.log nextX + " " + nextY + " scheduled at: " + scheduledTimeOfEvent
@eventsQueue.push new MousemoveInputEvent nextX, nextY, button, buttons, false, false, false, false, true, scheduledTimeOfEvent
syntheticEventsMouseClick: (whichButton = "left button", milliseconds = 100, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseDown whichButton, startTime
@syntheticEventsMouseUp whichButton, startTime + milliseconds
syntheticEventsMouseDown: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 1
else if whichButton == "right button"
button = 2
buttons = 2
else
debugger
throw "syntheticEventsMouseDown: whichButton is unknown"
@eventsQueue.push new MousedownInputEvent button, buttons, false, false, false, false, true, startTime
syntheticEventsMouseUp: (whichButton = "left button", startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
if whichButton == "left button"
button = 0
buttons = 0
else if whichButton == "right button"
button = 2
buttons = 0
else
debugger
throw "syntheticEventsMouseUp: whichButton is unknown"
@eventsQueue.push new MouseupInputEvent button, buttons, false, false, false, false, true, startTime
moveToAndClick: (positionOrWidget, whichButton = "left button", milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@syntheticEventsMouseMove positionOrWidget, "no button", milliseconds, nil, startTime, nil
@syntheticEventsMouseClick whichButton, 100, startTime + milliseconds + 100
openMenuOf: (widget, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
@moveToAndClick widget, "right button", milliseconds, startTime
getMostRecentlyOpenedMenu: ->
# gets the last element added to the "freshlyCreatedPopUps" set
# (Sets keep order of insertion)
Array.from(@freshlyCreatedPopUps).pop()
getTextMenuItemFromMenu: (theMenu, theLabel) ->
theMenu.topWdgtSuchThat (item) ->
if item.labelString?
item.labelString == theLabel
else
false
moveToItemOfTopMenuAndClick: (theLabel) ->
theMenu = @getMostRecentlyOpenedMenu()
theItem = @getTextMenuItemFromMenu theMenu, theLabel
@moveToAndClick theItem
findTopWidgetByClassNameOrClass: (widgetNameOrClass) ->
if typeof widgetNameOrClass == "string"
@topWdgtSuchThat (item) -> item.morphClassString() == "AnalogClockWdgt"
else
@topWdgtSuchThat (item) -> item instanceof widgetNameOrClass
calculateVertBarMovement: (vBar, index, total) ->
vBarHandle = vBar.children[0]
vBarHandleCenter = vBarHandle.center()
highestHandlePosition = vBar.top()
lowestHandlePosition = vBar.bottom() - vBarHandle.height()
highestHandleCenterPosition = highestHandlePosition + vBarHandle.height()/2
lowestHandleCenterPosition = lowestHandlePosition + vBarHandle.height()/2
handleCenterRange = lowestHandleCenterPosition - highestHandleCenterPosition
handleCenterOffset = Math.round index * handleCenterRange / (total-1)
[vBarHandleCenter, vBarHandleCenter.translateBy new Point(0,handleCenterOffset)]
bringListItemFromTopInspectorInView: (listItemString) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
elements = list.elements
vBar = list.vBar
index = elements.indexOf listItemString
total = elements.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
clickOnListItemFromTopInspector: (listItemString, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
list = inspectorNaked.list
entry = list.topWdgtSuchThat (item) ->
if item.text?
item.text == listItemString
else
false
entryTopLeft = entry.topLeft()
@moveToAndClick entryTopLeft.translateBy(new Point 10, 2), "left button", milliseconds, startTime
clickOnCodeBoxFromTopInspectorAtCodeString: (codeString, occurrenceNumber = 1, after = true, milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
clickPosition = inspectorNaked.textMorph.slotCoordinates(slotCoords).translateBy new Point 3,3
@moveToAndClick clickPosition, "left button", milliseconds, startTime
clickOnSaveButtonFromTopInspector: (milliseconds = 1000, startTime = WorldMorph.dateOfCurrentCycleStart.getTime()) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
saveButton = inspectorNaked.saveButton
@moveToAndClick saveButton, "left button", milliseconds, startTime
bringcodeStringFromTopInspectorInView: (codeString, occurrenceNumber = 1, after = true) ->
inspectorNaked = @findTopWidgetByClassNameOrClass InspectorMorph2
slotCoords = inspectorNaked.textMorph.text.getNthPositionInStringBeforeOrAfter codeString, occurrenceNumber, after
textScrollPane = inspectorNaked.topWdgtSuchThat (item) -> item.morphClassString() == "SimplePlainTextScrollPanelWdgt"
textMorph = inspectorNaked.textMorph
vBar = textScrollPane.vBar
index = textMorph.slotRowAndColumn(slotCoords)[0]
total = textMorph.wrappedLines.length
[vBarCenterFromHere, vBarCenterToHere] = @calculateVertBarMovement vBar, index, total
@syntheticEventsMouseMovePressDragRelease vBarCenterFromHere, vBarCenterToHere
draftRunMacro: ->
# When does it make sense to generate events "just via functions" vs.
# needing a macro?
#
# **Important Note:** a macro can call functions, while functions
# can never include macros!!!
#
# A macro is needed:
# 1. for generating (potentially via functions!) events spanning
# multiple cycles. E.g. "opening the inspector for a widget",
# which involves moving the mouse there, right-clicking on
# the widget, wait a cycle for the menu to come up, then
# navigating other menus, until finally finding and
# clicking on a "inspect" entry,
# and finally waiting a cycle for the inspector to come up.
# Those things *together* can't be done using functions alone
# (i.e. with no macros), because functions can only push
# synthetic events (now or in the future) all at once.
# 2. so to have a convenient way to specify pauses between
# events. This could also be done with functions, however
# it's more convoluted.
#
# For all other cases, macros are not needed, i.e. functions alone
# can suffice. Note that
# functions *can* specify events that
# happen over time e.g. multiple key strokes and events
# happening over a few seconds, as there are parameters that help
# to specify dates of events in the future. As mentioned though,
# functions alone cannot "see past the effects" of any event happening
# in the future.
#
# Examples of macros (potentially using functions):
# - opening a menu of a widget AND clicking on one of its items
# - opening inspector for a widget
# - opening inspector for a widget, changing a method, then
# clicking "save"
#
# Examples that don't need macros (functions alone are OK):
# - moving an icon to the bin
# - closing the top window
# - opening the menu of a widget
# - moving pointer to entry of top menu and clicking it
macroSubroutines = new Set
macroSubroutines.add Macro.fromString """
Macro bringUpInspector whichWidget
⤷clickMenuItemOfWidget whichWidget | "dev ➜"
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick "inspect"
"""
macroSubroutines.add Macro.fromString """
Macro bringUpInspectorAndSelectListItem whichWidget | whichItem
⤷bringUpInspector whichWidget
▶ when no inputs ongoing
⤷bringInViewAndClickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro bringInViewAndClickOnListItemFromTopInspector whichItem
@bringListItemFromTopInspectorInView whichItem
▶ when no inputs ongoing
@clickOnListItemFromTopInspector whichItem
"""
macroSubroutines.add Macro.fromString """
Macro clickMenuItemOfWidget whichWidget | whichItem
@openMenuOf whichWidget
▶ when no inputs ongoing
@moveToItemOfTopMenuAndClick whichItem
"""
macroSubroutines.add Macro.fromString """
Macro printoutsMacro string1 | string2 | string3
▶ ⌛ 1s
🖨️ string1
▶ ⌛ 1s
🖨️ string2
💼aLocalVariableInACall = ""
▶ ⌛ 1s
🖨️ string3
"""
macroSubroutines.add Macro.fromString """
Macro macroWithNoParams
🖨️ "macro with no params"
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParam theParameter
🖨️ "macro with one param: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithOneParamButPassingNone theParameter
🖨️ "macro with one param but passing none, this should be undefined: " + theParameter
"""
macroSubroutines.add Macro.fromString """
Macro macroWithTwoParamsButPassingOnlyOne param1 | param2
🖨️ "macro with two params but passing only one: param 1: " + param1 + " param 2 should be undefined: " + param2
"""
# TODO check that these are handled too
# ▶ ⌛ 500 ms, when condition1()
# ▶ # ⌛ 500 ms, when conditionCommented()
mainMacro = Macro.fromString """
Macro theTestMacro
@syntheticEventsStringKeys "SoMeThInG"
▶ ⌛ 1s
▶ ⤷printoutsMacro "first console out" | "second console out" | "third console out"
▶ ⌛ 1s
💼clock = @findTopWidgetByClassNameOrClass AnalogClockWdgt
@syntheticEventsMouseMove 💼clock
▶ when no inputs ongoing
@syntheticEventsMouseDown()
▶ when no inputs ongoing
💼clockCenter = 💼clock.center()
@syntheticEventsMouseMoveWhileDragging ⦿(💼clockCenter.x - 4, 💼clockCenter.y + 4)
▶ ⌛ 1s
@syntheticEventsMouseMoveWhileDragging ⦿(250,250)
▶ when no inputs ongoing
@syntheticEventsMouseUp()
▶ when no inputs ongoing
@syntheticEventsMouseMovePressDragRelease ⦿(5, 5), ⦿(200,200)
▶ when no inputs ongoing
🖨️ "finished the drag events"
⤷printoutsMacro "fourth console out" | "fifth console out" | "sixth console out"
▶ when no inputs ongoing
⤷bringUpInspectorAndSelectListItem 💼clock | "drawSecondsHand"
▶ when no inputs ongoing
@bringcodeStringFromTopInspectorInView "context.restore()"
▶ when no inputs ongoing
@clickOnCodeBoxFromTopInspectorAtCodeString "@secondsHandAngle", 1, false
▶ when no inputs ongoing
@syntheticEventsStringKeys "-"
@clickOnSaveButtonFromTopInspector() # some comments here
▶ when no inputs ongoing # also some comments here
⤷macroWithNoParams
⤷macroWithOneParam "here is the one param"
⤷macroWithOneParamButPassingNone
⤷macroWithTwoParamsButPassingOnlyOne "first parameter"
⤷macroWithNoParams # comment1
⤷macroWithOneParam "here is the one param" # comment2
⤷macroWithOneParamButPassingNone # comment3
⤷macroWithTwoParamsButPassingOnlyOne "first parameter" # comment4
@bringUpTestMenu()
"""
mainMacro.linkTo macroSubroutines
mainMacro.start()
# this part is only needed for Macros <<«
playQueuedEvents: ->
try
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
for event in @eventsQueue
if !event.time? then debugger
# this happens when you consume synthetic events: you can inject
# MANY of them across frames (say, a slow drag across the screen),
# so you want to consume only the ones that pertain to the current
# frame and return
if event.time > timeOfCurrentCycleStart
@eventsQueue.splice 0, @eventsQueue.indexOf(event)
return
# currently not handled: DOM virtual keyboard events
event.processEvent()
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
@eventsQueue = []
# we keep the "pacing" promises in this
# framePacedPromises array, (or, more precisely,
# we keep their resolving functions) and each frame
# we resolve one, so we don't cause gitter.
progressFramePacedActions: ->
if window.framePacedPromises.length > 0
resolvingFunction = window.framePacedPromises.shift()
resolvingFunction.call()
showErrorsHappenedInRepaintingStepInPreviousCycle: ->
for eachErr in @errorsWhileRepainting
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError eachErr
updateTimeReferences: ->
WorldMorph.dateOfCurrentCycleStart = new Date
if !WorldMorph.dateOfPreviousCycleStart?
WorldMorph.dateOfPreviousCycleStart = new Date WorldMorph.dateOfCurrentCycleStart.getTime() - 30
# »>> this part is only needed for Macros
if !@macroStepsWaitingTimer?
@macroStepsWaitingTimer = 0
else
@macroStepsWaitingTimer += WorldMorph.dateOfCurrentCycleStart.getTime() - WorldMorph.dateOfPreviousCycleStart.getTime()
# this part is only needed for Macros <<«
doOneCycle: ->
@updateTimeReferences()
#console.log TextMorph.instancesCounter + " " + StringMorph.instancesCounter
@showErrorsHappenedInRepaintingStepInPreviousCycle()
# »>> this part is only needed for Macros
@progressOnMacroSteps()
# this part is only needed for Macros <<«
@playQueuedEvents()
# replays test actions at the right time
if AutomatorPlayer? and Automator.state == Automator.PLAYING
@automator.player.replayTestCommands()
# currently unused
@runOtherTasksStepFunction()
# used to load fizzygum sources progressively
@progressFramePacedActions()
@runChildrensStepFunction()
@hand.reCheckMouseEntersAndMouseLeavesAfterPotentialGeometryChanges()
window.recalculatingLayouts = true
@recalculateLayouts()
window.recalculatingLayouts = false
# »>> this part is excluded from the fizzygum homepage build
@addPinoutingMorphs()
# this part is excluded from the fizzygum homepage build <<«
@addHighlightingMorphs()
# here is where the repainting on screen happens
@updateBroken()
WorldMorph.frameCount++
WorldMorph.dateOfPreviousCycleStart = WorldMorph.dateOfCurrentCycleStart
WorldMorph.dateOfCurrentCycleStart = nil
# Widget stepping:
runChildrensStepFunction: ->
# TODO all these set modifications should be immutable...
@steppingWdgts.forEach (eachSteppingMorph) =>
#if eachSteppingMorph.isBeingFloatDragged()
# continue
# for objects where @fps is defined, check which ones are due to be stepped
# and which ones want to wait.
millisBetweenSteps = Math.round(1000 / eachSteppingMorph.fps)
timeOfCurrentCycleStart = WorldMorph.dateOfCurrentCycleStart.getTime()
if eachSteppingMorph.fps <= 0
# if fps 0 or negative, then just run as fast as possible,
# so 0 milliseconds remaining to the next invocation
millisecondsRemainingToWaitedFrame = 0
else
if eachSteppingMorph.synchronisedStepping
millisecondsRemainingToWaitedFrame = millisBetweenSteps - (timeOfCurrentCycleStart % millisBetweenSteps)
if eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame != 0 and millisecondsRemainingToWaitedFrame > eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame
millisecondsRemainingToWaitedFrame = 0
eachSteppingMorph.previousMillisecondsRemainingToWaitedFrame = millisecondsRemainingToWaitedFrame
#console.log millisBetweenSteps + " " + millisecondsRemainingToWaitedFrame
else
elapsedMilliseconds = timeOfCurrentCycleStart - eachSteppingMorph.lastTime
millisecondsRemainingToWaitedFrame = millisBetweenSteps - elapsedMilliseconds
# when the firing time comes (or as soon as it's past):
if millisecondsRemainingToWaitedFrame <= 0
@stepWidget eachSteppingMorph
# Increment "lastTime" by millisBetweenSteps. Two notes:
# 1) We don't just set it to timeOfCurrentCycleStart so that there is no drifting
# in running it the next time: we run it the next time as if this time it
# ran exactly on time.
# 2) We are going to update "last time" with the loop
# below. This is because in case the window is not in foreground,
# requestAnimationFrame doesn't run, so we might skip a number of steps.
# In such cases, just bring "lastTime" up to speed here.
# If we don't do that, "skipped" steps would catch up on us and run all
# in contiguous frames when the window comes to foreground, so the
# widgets would animate frantically (every frame) catching up on
# all the steps they missed. We don't want that.
#
# while eachSteppingMorph.lastTime + millisBetweenSteps < timeOfCurrentCycleStart
# eachSteppingMorph.lastTime += millisBetweenSteps
#
# 3) and finally, here is the equivalent of the loop above, but done
# in one shot using remainders.
# Again: we are looking for the last "multiple" k such that
# lastTime + k * millisBetweenSteps
# is less than timeOfCurrentCycleStart.
eachSteppingMorph.lastTime = timeOfCurrentCycleStart - ((timeOfCurrentCycleStart - eachSteppingMorph.lastTime) % millisBetweenSteps)
stepWidget: (whichWidget) ->
if whichWidget.onNextStep
nxt = whichWidget.onNextStep
whichWidget.onNextStep = nil
nxt.call whichWidget
if !whichWidget.step?
debugger
try
whichWidget.step()
#console.log "stepping " + whichWidget
catch err
@softResetWorld()
if !@errorConsole? then @createErrorConsole()
@errorConsole.contents.showUpWithError err
runOtherTasksStepFunction : ->
for task in @otherTasksToBeRunOnStep
#console.log "running a task: " + task
task()
# »>> this part is excluded from the fizzygum homepage build
sizeCanvasToTestScreenResolution: ->
@worldCanvas.width = Math.round(960 * ceilPixelRatio)
@worldCanvas.height = Math.round(440 * ceilPixelRatio)
@worldCanvas.style.width = "960px"
@worldCanvas.style.height = "440px"
bkground = document.getElementById("background")
bkground.style.width = "960px"
bkground.style.height = "720px"
bkground.style.backgroundColor = Color.WHITESMOKE.toString()
# this part is excluded from the fizzygum homepage build <<«
stretchWorldToFillEntirePage: ->
# once you call this, the world will forever take the whole page
@automaticallyAdjustToFillEntireBrowserAlsoOnResize = true
pos = @getCanvasPosition()
clientHeight = window.innerHeight
clientWidth = window.innerWidth
if pos.x > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.left = "0px"
pos.x = 0
if pos.y > 0
@worldCanvas.style.position = "absolute"
@worldCanvas.style.top = "0px"
pos.y = 0
# scrolled down b/c of viewport scaling
clientHeight = document.documentElement.clientHeight if document.body.scrollTop
# scrolled left b/c of viewport scaling
clientWidth = document.documentElement.clientWidth if document.body.scrollLeft
if (@worldCanvas.width isnt clientWidth) or (@worldCanvas.height isnt clientHeight)
@fullChanged()
@worldCanvas.width = (clientWidth * ceilPixelRatio)
@worldCanvas.style.width = clientWidth + "px"
@worldCanvas.height = (clientHeight * ceilPixelRatio)
@worldCanvas.style.height = clientHeight + "px"
@rawSetExtent new Point clientWidth, clientHeight
@desktopReLayout()
desktopReLayout: ->
basementOpenerWdgt = @firstChildSuchThat (w) ->
w instanceof BasementOpenerWdgt
if basementOpenerWdgt?
if basementOpenerWdgt.userMovedThisFromComputedPosition
basementOpenerWdgt.fullRawMoveInDesktopToFractionalPosition()
if !basementOpenerWdgt.wasPositionedSlightlyOutsidePanel
basementOpenerWdgt.fullRawMoveWithin @
else
basementOpenerWdgt.fullMoveTo @bottomRight().subtract (new Point 75, 75).add @desktopSidesPadding
analogClockWdgt = @firstChildSuchThat (w) ->
w instanceof AnalogClockWdgt
if analogClockWdgt?
if analogClockWdgt.userMovedThisFromComputedPosition
analogClockWdgt.fullRawMoveInDesktopToFractionalPosition()
if !analogClockWdgt.wasPositionedSlightlyOutsidePanel
analogClockWdgt.fullRawMoveWithin @
else
analogClockWdgt.fullMoveTo new Point @right() - 80 - @desktopSidesPadding, @top() + @desktopSidesPadding
@children.forEach (child) =>
if child != basementOpenerWdgt and child != analogClockWdgt and !(child instanceof WidgetHolderWithCaptionWdgt)
if child.positionFractionalInHoldingPanel?
child.fullRawMoveInDesktopToFractionalPosition()
if !child.wasPositionedSlightlyOutsidePanel
child.fullRawMoveWithin @
# WorldMorph events:
# »>> this part is excluded from the fizzygum homepage build
initVirtualKeyboard: ->
if @inputDOMElementForVirtualKeyboard
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
unless (WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard)
return
@inputDOMElementForVirtualKeyboard = document.createElement "input"
@inputDOMElementForVirtualKeyboard.type = "text"
@inputDOMElementForVirtualKeyboard.style.color = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.backgroundColor = Color.TRANSPARENT.toString()
@inputDOMElementForVirtualKeyboard.style.border = "none"
@inputDOMElementForVirtualKeyboard.style.outline = "none"
@inputDOMElementForVirtualKeyboard.style.position = "absolute"
@inputDOMElementForVirtualKeyboard.style.top = "0px"
@inputDOMElementForVirtualKeyboard.style.left = "0px"
@inputDOMElementForVirtualKeyboard.style.width = "0px"
@inputDOMElementForVirtualKeyboard.style.height = "0px"
@inputDOMElementForVirtualKeyboard.autocapitalize = "none" # iOS specific
document.body.appendChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeydownInputEvent.fromBrowserEvent event
# Default in several browsers
# is for the backspace button to trigger
# the "back button", so we prevent that
# default here.
if event.keyIdentifier is "U+0008" or event.keyIdentifier is "Backspace"
event.preventDefault()
# suppress tab override and make sure tab gets
# received by all browsers
if event.keyIdentifier is "U+0009" or event.keyIdentifier is "Tab"
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keydown",
@inputDOMElementForVirtualKeyboardKeydownBrowserEventListener, false
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener = (event) =>
@eventsQueue.push InputDOMElementForVirtualKeyboardKeyupInputEvent.fromBrowserEvent event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keyup",
@inputDOMElementForVirtualKeyboardKeyupBrowserEventListener, false
# Keypress events are deprecated in the JS specs and are not needed
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener = (event) =>
#@eventsQueue.push event
event.preventDefault()
@inputDOMElementForVirtualKeyboard.addEventListener "keypress",
@inputDOMElementForVirtualKeyboardKeypressBrowserEventListener, false
# this part is excluded from the fizzygum homepage build <<«
getPointerAndWdgtInfo: (topWdgtUnderPointer = @hand.topWdgtUnderPointer()) ->
# we might eliminate this command afterwards if
# we find out user is clicking on a menu item
# or right-clicking on a morph
absoluteBoundsOfMorphRelativeToWorld = topWdgtUnderPointer.boundingBox().asArray_xywh()
morphIdentifierViaTextLabel = topWdgtUnderPointer.identifyViaTextLabel()
morphPathRelativeToWorld = topWdgtUnderPointer.pathOfChildrenPositionsRelativeToWorld()
pointerPositionFractionalInMorph = @hand.positionFractionalInMorph topWdgtUnderPointer
pointerPositionPixelsInMorph = @hand.positionPixelsInMorph topWdgtUnderPointer
# note that this pointer position is in world
# coordinates not in page coordinates
pointerPositionPixelsInWorld = @hand.position()
isPartOfListMorph = (topWdgtUnderPointer.parentThatIsA ListMorph)?
return [ topWdgtUnderPointer.uniqueIDString(), morphPathRelativeToWorld, morphIdentifierViaTextLabel, absoluteBoundsOfMorphRelativeToWorld, pointerPositionFractionalInMorph, pointerPositionPixelsInMorph, pointerPositionPixelsInWorld, isPartOfListMorph]
# -----------------------------------------------------
# clipboard events processing
# -----------------------------------------------------
initMouseEventListeners: ->
canvas = @worldCanvas
# there is indeed a "dblclick" JS event
# but we reproduce it internally.
# The reason is that we do so for "click"
# because we want to check that the mouse
# button was released in the same morph
# where it was pressed (cause in the DOM you'd
# be pressing and releasing on the same
# element i.e. the canvas anyways
# so we receive clicks even though they aren't
# so we have to take care of the processing
# ourselves).
# So we also do the same internal
# processing for dblclick.
# Hence, don't register this event listener
# below...
#@dblclickEventListener = (event) =>
# event.preventDefault()
# @hand.processDoubleClick event
#canvas.addEventListener "dblclick", @dblclickEventListener, false
@mousedownBrowserEventListener = (event) =>
@eventsQueue.push MousedownInputEvent.fromBrowserEvent event
canvas.addEventListener "mousedown", @mousedownBrowserEventListener, false
@mouseupBrowserEventListener = (event) =>
@eventsQueue.push MouseupInputEvent.fromBrowserEvent event
canvas.addEventListener "mouseup", @mouseupBrowserEventListener, false
@mousemoveBrowserEventListener = (event) =>
@eventsQueue.push MousemoveInputEvent.fromBrowserEvent event
canvas.addEventListener "mousemove", @mousemoveBrowserEventListener, false
initTouchEventListeners: ->
canvas = @worldCanvas
@touchstartBrowserEventListener = (event) =>
@eventsQueue.push TouchstartInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchstart", @touchstartBrowserEventListener, false
@touchendBrowserEventListener = (event) =>
@eventsQueue.push TouchendInputEvent.fromBrowserEvent event
event.preventDefault() # prevent mouse events emulation
canvas.addEventListener "touchend", @touchendBrowserEventListener, false
@touchmoveBrowserEventListener = (event) =>
@eventsQueue.push TouchmoveInputEvent.fromBrowserEvent event
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "touchmove", @touchmoveBrowserEventListener, false
@gesturestartBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturestart", @gesturestartBrowserEventListener, false
@gesturechangeBrowserEventListener = (event) =>
# we don't do anything with gestures for the time being
event.preventDefault() # (unsure that this one is needed)
canvas.addEventListener "gesturechange", @gesturechangeBrowserEventListener, false
initKeyboardEventListeners: ->
canvas = @worldCanvas
@keydownBrowserEventListener = (event) =>
@eventsQueue.push KeydownInputEvent.fromBrowserEvent event
# this paragraph is to prevent the browser going
# "back button" when the user presses delete backspace.
# taken from http://stackoverflow.com/a/2768256
doPrevent = false
if event.key == "Backspace"
d = event.srcElement or event.target
if d.tagName.toUpperCase() == 'INPUT' and
(d.type.toUpperCase() == 'TEXT' or
d.type.toUpperCase() == 'PASSWORD' or
d.type.toUpperCase() == 'FILE' or
d.type.toUpperCase() == 'SEARCH' or
d.type.toUpperCase() == 'EMAIL' or
d.type.toUpperCase() == 'NUMBER' or
d.type.toUpperCase() == 'DATE') or
d.tagName.toUpperCase() == 'TEXTAREA'
doPrevent = d.readOnly or d.disabled
else
doPrevent = true
# this paragraph is to prevent the browser scrolling when
# user presses spacebar, see
# https://stackoverflow.com/a/22559917
if event.key == " " and event.target == @worldCanvas
# Note that doing a preventDefault on the spacebar
# causes it not to generate the keypress event
# (just the keydown), so we had to modify the keydown
# to also process the space.
# (I tried to use stopPropagation instead/inaddition but
# it didn't work).
doPrevent = true
# also browsers tend to do special things when "tab"
# is pressed, so let's avoid that
if event.key == "Tab" and event.target == @worldCanvas
doPrevent = true
if doPrevent
event.preventDefault()
canvas.addEventListener "keydown", @keydownBrowserEventListener, false
@keyupBrowserEventListener = (event) =>
@eventsQueue.push KeyupInputEvent.fromBrowserEvent event
canvas.addEventListener "keyup", @keyupBrowserEventListener, false
# keypress is deprecated in the latest specs, and it's really not needed/used,
# since all keys really have an effect when they are pushed down
@keypressBrowserEventListener = (event) =>
canvas.addEventListener "keypress", @keypressBrowserEventListener, false
initClipboardEventListeners: ->
# snippets of clipboard-handling code taken from
# http://codebits.glennjones.net/editing/setclipboarddata.htm
# Note that this works only in Chrome. Firefox and Safari need a piece of
# text to be selected in order to even trigger the copy event. Chrome does
# enable clipboard access instead even if nothing is selected.
# There are a couple of solutions to this - one is to keep a hidden textfield that
# handles all copy/paste operations.
# Another one is to not use a clipboard, but rather an internal string as
# local memory. So the OS clipboard wouldn't be used, but at least there would
# be some copy/paste working. Also one would need to intercept the copy/paste
# key combinations manually instead of from the copy/paste events.
# -----------------------------------------------------
# clipboard events listeners
# -----------------------------------------------------
# we deal with the clipboard here in the event listeners
# because for security reasons the runtime is not allowed
# access to the clipboards outside of here. So we do all
# we have to do with the clipboard here, and in every
# other place we work with text.
@cutBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CutInputEvent.fromBrowserEvent event
document.body.addEventListener "cut", @cutBrowserEventListener, false
@copyBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push CopyInputEvent.fromBrowserEvent event
document.body.addEventListener "copy", @copyBrowserEventListener, false
@pasteBrowserEventListener = (event) =>
# TODO this should follow the fromBrowserEvent pattern
@eventsQueue.push PasteInputEvent.fromBrowserEvent event
document.body.addEventListener "paste", @pasteBrowserEventListener, false
initKeyCombosEventListeners: ->
# »>> this part is excluded from the fizzygum homepage build
#console.log "binding via mousetrap"
@keyComboResetWorldEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.resetWorld()
false
Mousetrap.bind ["alt+d"], @keyComboResetWorldEventListener
@keyComboTurnOnAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOnAnimationsPacingControl()
false
Mousetrap.bind ["alt+e"], @keyComboTurnOnAnimationsPacingControl
@keyComboTurnOffAnimationsPacingControl = (event) =>
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
false
Mousetrap.bind ["alt+u"], @keyComboTurnOffAnimationsPacingControl
@keyComboTakeScreenshotEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addTakeScreenshotCommand()
false
Mousetrap.bind ["alt+c"], @keyComboTakeScreenshotEventListener
@keyComboStopTestRecordingEventListener = (event) =>
if Automator?
@automator.recorder.stopTestRecording()
false
Mousetrap.bind ["alt+t"], @keyComboStopTestRecordingEventListener
@keyComboAddTestCommentEventListener = (event) =>
if Automator?
@automator.recorder.addTestComment()
false
Mousetrap.bind ["alt+m"], @keyComboAddTestCommentEventListener
@keyComboCheckNumberOfMenuItemsEventListener = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckNumberOfItemsInMenuCommand()
false
Mousetrap.bind ["alt+k"], @keyComboCheckNumberOfMenuItemsEventListener
@keyComboCheckStringsOfItemsInMenuOrderImportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderImportantCommand()
false
Mousetrap.bind ["alt+a"], @keyComboCheckStringsOfItemsInMenuOrderImportant
@keyComboCheckStringsOfItemsInMenuOrderUnimportant = (event) =>
if AutomatorRecorder?
@automator.recorder.addCheckStringsOfItemsInMenuOrderUnimportantCommand()
false
Mousetrap.bind ["alt+z"], @keyComboCheckStringsOfItemsInMenuOrderUnimportant
# this part is excluded from the fizzygum homepage build <<«
initOtherMiscEventListeners: ->
canvas = @worldCanvas
@contextmenuEventListener = (event) ->
# suppress context menu for Mac-Firefox
event.preventDefault()
canvas.addEventListener "contextmenu", @contextmenuEventListener, false
# Safari, Chrome
@wheelBrowserEventListener = (event) =>
@eventsQueue.push WheelInputEvent.fromBrowserEvent event
event.preventDefault()
canvas.addEventListener "wheel", @wheelBrowserEventListener, false
# CHECK AFTER 15 Jan 2021 00:00:00 GMT
# As of Oct 2020, using mouse/trackpad in
# Mobile Safari, the wheel event is not sent.
# See:
# https://github.com/cdr/code-server/issues/1455
# https://bugs.webkit.org/show_bug.cgi?id=210071
# However, the scroll event is sent, and when that is sent,
# we can use the window.pageYOffset
# to re-create a passable, fake wheel event.
if Utils.runningInMobileSafari()
window.addEventListener "scroll", @wheelBrowserEventListener, false
@dragoverEventListener = (event) ->
event.preventDefault()
window.addEventListener "dragover", @dragoverEventListener, false
@dropBrowserEventListener = (event) =>
# nothing here, although code for handling a "drop" is in the
# comments
event.preventDefault()
window.addEventListener "drop", @dropBrowserEventListener, false
@resizeBrowserEventListener = =>
@eventsQueue.push ResizeInputEvent.fromBrowserEvent event
# this is a DOM thing, little to do with other r e s i z e methods
window.addEventListener "resize", @resizeBrowserEventListener, false
# note that we don't register the normal click,
# we figure that out independently.
initEventListeners: ->
@initMouseEventListeners()
@initTouchEventListeners()
@initKeyboardEventListeners()
@initClipboardEventListeners()
@initKeyCombosEventListeners()
@initOtherMiscEventListeners()
# »>> this part is excluded from the fizzygum homepage build
removeEventListeners: ->
canvas = @worldCanvas
# canvas.removeEventListener 'dblclick', @dblclickEventListener
canvas.removeEventListener 'mousedown', @mousedownBrowserEventListener
canvas.removeEventListener 'mouseup', @mouseupBrowserEventListener
canvas.removeEventListener 'mousemove', @mousemoveBrowserEventListener
canvas.removeEventListener 'contextmenu', @contextmenuEventListener
canvas.removeEventListener "touchstart", @touchstartBrowserEventListener
canvas.removeEventListener "touchend", @touchendBrowserEventListener
canvas.removeEventListener "touchmove", @touchmoveBrowserEventListener
canvas.removeEventListener "gesturestart", @gesturestartBrowserEventListener
canvas.removeEventListener "gesturechange", @gesturechangeBrowserEventListener
canvas.removeEventListener 'keydown', @keydownBrowserEventListener
canvas.removeEventListener 'keyup', @keyupBrowserEventListener
canvas.removeEventListener 'keypress', @keypressBrowserEventListener
canvas.removeEventListener 'wheel', @wheelBrowserEventListener
if Utils.runningInMobileSafari()
canvas.removeEventListener 'scroll', @wheelBrowserEventListener
canvas.removeEventListener 'cut', @cutBrowserEventListener
canvas.removeEventListener 'copy', @copyBrowserEventListener
canvas.removeEventListener 'paste', @pasteBrowserEventListener
Mousetrap.reset()
canvas.removeEventListener 'dragover', @dragoverEventListener
canvas.removeEventListener 'resize', @resizeBrowserEventListener
canvas.removeEventListener 'drop', @dropBrowserEventListener
# this part is excluded from the fizzygum homepage build <<«
mouseDownLeft: ->
noOperation
mouseClickLeft: ->
noOperation
mouseDownRight: ->
noOperation
# »>> this part is excluded from the fizzygum homepage build
droppedImage: ->
nil
droppedSVG: ->
nil
# this part is excluded from the fizzygum homepage build <<«
# WorldMorph text field tabbing:
nextTab: (editField) ->
next = @nextEntryField editField
if next
@switchTextFieldFocus editField, next
previousTab: (editField) ->
prev = @previousEntryField editField
if prev
@switchTextFieldFocus editField, prev
switchTextFieldFocus: (current, next) ->
current.clearSelection()
next.bringToForeground()
next.selectAll()
next.edit()
# if an error is thrown, the state of the world might
# be messy, for example the pointer might be
# dragging an invisible morph, etc.
# So, try to clean-up things as much as possible.
softResetWorld: ->
@hand.drop()
@hand.mouseOverList.clear()
@hand.nonFloatDraggedWdgt = nil
@wdgtsDetectingClickOutsideMeOrAnyOfMeChildren.clear()
@lastNonTextPropertyChangerButtonClickedOrDropped = nil
# »>> this part is excluded from the fizzygum homepage build
resetWorld: ->
@softResetWorld()
@changed() # redraw the whole screen
@fullDestroyChildren()
# the "basementWdgt" is not attached to the
# world tree so it's not in the children,
# so we need to clean up separately
@basementWdgt?.empty()
# some tests might change the background
# color of the world so let's reset it.
@setColor Color.create 205, 205, 205
SystemTestsControlPanelUpdater.blinkLink SystemTestsControlPanelUpdater.resetWorldLink
# make sure thw window is scrolled to top
# so we can see the test results while tests
# are running.
document.body.scrollTop = document.documentElement.scrollTop = 0
# this part is excluded from the fizzygum homepage build <<«
# There is something special about the
# "world" version of fullDestroyChildren:
# it resets the counter used to count
# how many morphs exist of each Widget class.
# That counter is also used to determine the
# unique ID of a Widget. So, destroying
# all morphs from the world causes the
# counts and IDs of all the subsequent
# morphs to start from scratch again.
fullDestroyChildren: ->
# Check which objects end with the word Widget
theWordMorph = "Morph"
theWordWdgt = "Wdgt"
theWordWidget = "Widget"
ListOfMorphs = (Object.keys(window)).filter (i) ->
i.includes(theWordMorph, i.length - theWordMorph.length) or
i.includes(theWordWdgt, i.length - theWordWdgt.length) or
i.includes(theWordWidget, i.length - theWordWidget.length)
for eachMorphClass in ListOfMorphs
if eachMorphClass != "WorldMorph"
#console.log "resetting " + eachMorphClass + " from " + window[eachMorphClass].instancesCounter
# the actual count is in another variable "instancesCounter"
# but all labels are built using instanceNumericID
# which is set based on lastBuiltInstanceNumericID
window[eachMorphClass].lastBuiltInstanceNumericID = 0
# »>> this part is excluded from the fizzygum homepage build
if Automator?
@automator.recorder.turnOffAnimationsPacingControl()
@automator.recorder.turnOffAlignmentOfMorphIDsMechanism()
@automator.recorder.turnOffHidingOfMorphsContentExtractInLabels()
@automator.recorder.turnOffHidingOfMorphsNumberIDInLabels()
# this part is excluded from the fizzygum homepage build <<«
super()
destroyToolTips: ->
# "toolTipsList" keeps the widgets to be deleted upon
# the next mouse click, or whenever another temporary Widget decides
# that it needs to remove them.
# Note that we actually destroy toolTipsList because we are not expecting
# anybody to revive them once they are gone (as opposed to menus)
@toolTipsList.forEach (tooltip) =>
unless tooltip.boundsContainPoint @position()
tooltip.fullDestroy()
@toolTipsList.delete tooltip
buildContextMenu: ->
if @isIndexPage
menu = new MenuMorph @, false, @, true, true, "Desktop"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
menu.addMenuItem "new folder", true, @, "makeFolder"
return menu
if @isDevMode
menu = new MenuMorph(@, false,
@, true, true, @constructor.name or @constructor.toString().split(" ")[1].split("(")[0])
else
menu = new MenuMorph @, false, @, true, true, "Widgetic"
# »>> this part is excluded from the fizzygum homepage build
if @isDevMode
menu.addMenuItem "demo ➜", false, @, "popUpDemoMenu", "sample morphs"
menu.addLine()
# TODO remove these two, they do nothing now
menu.addMenuItem "show all", true, @, "noOperation"
menu.addMenuItem "hide all", true, @, "noOperation"
menu.addMenuItem "delete all", true, @, "closeChildren"
menu.addMenuItem "move all inside", true, @, "keepAllSubmorphsWithin", "keep all submorphs\nwithin and visible"
menu.addMenuItem "inspect", true, @, "inspect", "open a window on\nall properties"
menu.addMenuItem "test menu ➜", false, @, "testMenu", "debugging and testing operations"
menu.addLine()
menu.addMenuItem "restore display", true, @, "changed", "redraw the\nscreen once"
menu.addMenuItem "fit whole page", true, @, "stretchWorldToFillEntirePage", "let the World automatically\nadjust to browser resizings"
menu.addMenuItem "color...", true, @, "popUpColorSetter", "choose the World's\nbackground color"
menu.addMenuItem "wallpapers ➜", false, @, "wallpapersMenu", "choose a wallpaper for the Desktop"
if WorldMorph.preferencesAndSettings.inputMode is PreferencesAndSettings.INPUT_MODE_MOUSE
menu.addMenuItem "touch screen settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "bigger menu fonts\nand sliders"
else
menu.addMenuItem "standard settings", true, WorldMorph.preferencesAndSettings, "toggleInputMode", "smaller menu fonts\nand sliders"
menu.addLine()
# this part is excluded from the fizzygum homepage build <<«
if Automator?
menu.addMenuItem "system tests ➜", false, @, "popUpSystemTestsMenu", ""
if @isDevMode
menu.addMenuItem "switch to user mode", true, @, "toggleDevMode", "disable developers'\ncontext menus"
else
menu.addMenuItem "switch to dev mode", true, @, "toggleDevMode"
menu.addMenuItem "new folder", true, @, "makeFolder"
menu.addMenuItem "about Fizzygum...", true, @, "about"
menu
wallpapersMenu: (a,targetMorph)->
menu = new MenuMorph @, false, targetMorph, true, true, "Wallpapers"
# we add the "untick" prefix to all entries
# so we allocate the right amount of space for
# the labels, we are going to put the
# right ticks soon after
menu.addMenuItem untick + @pattern1, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern1
menu.addMenuItem untick + @pattern2, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern2
menu.addMenuItem untick + @pattern3, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern3
menu.addMenuItem untick + @pattern4, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern4
menu.addMenuItem untick + @pattern5, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern5
menu.addMenuItem untick + @pattern6, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern6
menu.addMenuItem untick + @pattern7, true, @, "setPattern", nil, nil, nil, nil, nil, @pattern7
@updatePatternsMenuEntriesTicks menu
menu.popUpAtHand()
setPattern: (menuItem, ignored2, thePatternName) ->
if @patternName == thePatternName
return
@patternName = thePatternName
@changed()
if menuItem?.parent? and (menuItem.parent instanceof MenuMorph)
@updatePatternsMenuEntriesTicks menuItem.parent
# cheap way to keep menu consistency when pinned
# note that there is no consistency in case
# there are multiple copies of this menu changing
# the wallpaper, since there is no real subscription
# of a menu to react to wallpaper change coming
# from other menus or other means (e.g. API)...
updatePatternsMenuEntriesTicks: (menu) ->
pattern1Tick = pattern2Tick = pattern3Tick =
pattern4Tick = pattern5Tick = pattern6Tick =
pattern7Tick = untick
switch @patternName
when @pattern1
pattern1Tick = tick
when @pattern2
pattern2Tick = tick
when @pattern3
pattern3Tick = tick
when @pattern4
pattern4Tick = tick
when @pattern5
pattern5Tick = tick
when @pattern6
pattern6Tick = tick
when @pattern7
pattern7Tick = tick
menu.children[1].label.setText pattern1Tick + @pattern1
menu.children[2].label.setText pattern2Tick + @pattern2
menu.children[3].label.setText pattern3Tick + @pattern3
menu.children[4].label.setText pattern4Tick + @pattern4
menu.children[5].label.setText pattern5Tick + @pattern5
menu.children[6].label.setText pattern6Tick + @pattern6
menu.children[7].label.setText pattern7Tick + @pattern7
# »>> this part is excluded from the fizzygum homepage build
popUpSystemTestsMenu: ->
menu = new MenuMorph @, false, @, true, true, "system tests"
menu.addMenuItem "run system tests", true, @automator.player, "runAllSystemTests", "runs all the system tests"
menu.addMenuItem "run system tests force slow", true, @automator.player, "runAllSystemTestsForceSlow", "runs all the system tests"
menu.addMenuItem "run system tests force fast skip in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastSkipInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "run system tests force fast run in-between mouse moves", true, @automator.player, "runAllSystemTestsForceFastRunInbetweenMouseMoves", "runs all the system tests"
menu.addMenuItem "start test recording", true, @automator.recorder, "startTestRecording", "start recording a test"
menu.addMenuItem "stop test recording", true, @automator.recorder, "stopTestRecording", "stop recording the test"
menu.addMenuItem "(re)play recorded test slow", true, @automator.player, "startTestPlayingSlow", "start playing the test"
menu.addMenuItem "(re)play recorded test fast skip in-between mouse moves", true, @automator.player, "startTestPlayingFastSkipInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "(re)play recorded test fast run in-between mouse moves", true, @automator.player, "startTestPlayingFastRunInbetweenMouseMoves", "start playing the test"
menu.addMenuItem "show test source", true, @automator, "showTestSource", "opens a window with the source of the latest test"
menu.addMenuItem "save recorded test", true, @automator.recorder, "saveTest", "save the recorded test"
menu.addMenuItem "save failed screenshots", true, @automator.player, "saveFailedScreenshots", "save failed screenshots"
menu.popUpAtHand()
# this part is excluded from the fizzygum homepage build <<«
create: (aWdgt) ->
aWdgt.pickUp()
# »>> this part is excluded from the fizzygum homepage build
createNewStackElementsSizeAdjustingMorph: ->
@create new StackElementsSizeAdjustingMorph
createNewLayoutElementAdderOrDropletMorph: ->
@create new LayoutElementAdderOrDropletMorph
createNewRectangleMorph: ->
@create new RectangleMorph
createNewBoxMorph: ->
@create new BoxMorph
createNewCircleBoxMorph: ->
@create new CircleBoxMorph
createNewSliderMorph: ->
@create new SliderMorph
createNewPanelWdgt: ->
newWdgt = new PanelWdgt
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewScrollPanelWdgt: ->
newWdgt = new ScrollPanelWdgt
newWdgt.adjustContentsBounds()
newWdgt.adjustScrollBars()
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewCanvas: ->
newWdgt = new CanvasMorph
newWdgt.rawSetExtent new Point 350, 250
@create newWdgt
createNewHandle: ->
@create new HandleMorph
createNewString: ->
newWdgt = new StringMorph "Hello, World!"
newWdgt.isEditable = true
@create newWdgt
createNewText: ->
newWdgt = new TextMorph("Ich weiß nicht, was soll es bedeuten, dass ich so " +
"traurig bin, ein Märchen aus uralten Zeiten, das " +
"kommt mir nicht aus dem Sinn. Die Luft ist kühl " +
"und es dunkelt, und ruhig fließt der Rhein; der " +
"Gipfel des Berges funkelt im Abendsonnenschein. " +
"Die schönste Jungfrau sitzet dort oben wunderbar, " +
"ihr gold'nes Geschmeide blitzet, sie kämmt ihr " +
"goldenes Haar, sie kämmt es mit goldenem Kamme, " +
"und singt ein Lied dabei; das hat eine wundersame, " +
"gewalt'ge Melodei. Den Schiffer im kleinen " +
"Schiffe, ergreift es mit wildem Weh; er schaut " +
"nicht die Felsenriffe, er schaut nur hinauf in " +
"die Höh'. Ich glaube, die Wellen verschlingen " +
"am Ende Schiffer und Kahn, und das hat mit ihrem " +
"Singen, die LPI:NAME:<NAME>END_PIley getan.")
newWdgt.isEditable = true
newWdgt.maxTextWidth = 300
@create newWdgt
createNewSpeechBubbleWdgt: ->
newWdgt = new SpeechBubbleWdgt
@create newWdgt
createNewToolTipWdgt: ->
newWdgt = new ToolTipWdgt
@create newWdgt
createNewGrayPaletteMorph: ->
@create new GrayPaletteMorph
createNewColorPaletteMorph: ->
@create new ColorPaletteMorph
createNewGrayPaletteMorphInWindow: ->
gP = new GrayPaletteMorph
wm = new WindowWdgt nil, nil, gP
@add wm
wm.rawSetExtent new Point 130, 70
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPaletteMorphInWindow: ->
cP = new ColorPaletteMorph
wm = new WindowWdgt nil, nil, cP
@add wm
wm.rawSetExtent new Point 130, 100
wm.fullRawMoveTo @hand.position().subtract new Point 50, 100
createNewColorPickerMorph: ->
@create new ColorPickerMorph
createNewSensorDemo: ->
newWdgt = new MouseSensorMorph
newWdgt.setColor Color.create 230, 200, 100
newWdgt.cornerRadius = 35
newWdgt.alpha = 0.2
newWdgt.rawSetExtent new Point 100, 100
@create newWdgt
createNewAnimationDemo: ->
foo = new BouncerMorph
foo.fullRawMoveTo new Point 50, 20
foo.rawSetExtent new Point 300, 200
foo.alpha = 0.9
foo.speed = 3
bar = new BouncerMorph
bar.setColor Color.create 50, 50, 50
bar.fullRawMoveTo new Point 80, 80
bar.rawSetExtent new Point 80, 250
bar.type = "horizontal"
bar.direction = "right"
bar.alpha = 0.9
bar.speed = 5
baz = new BouncerMorph
baz.setColor Color.create 20, 20, 20
baz.fullRawMoveTo new Point 90, 140
baz.rawSetExtent new Point 40, 30
baz.type = "horizontal"
baz.direction = "right"
baz.speed = 3
garply = new BouncerMorph
garply.setColor Color.create 200, 20, 20
garply.fullRawMoveTo new Point 90, 140
garply.rawSetExtent new Point 20, 20
garply.type = "vertical"
garply.direction = "up"
garply.speed = 8
fred = new BouncerMorph
fred.setColor Color.create 20, 200, 20
fred.fullRawMoveTo new Point 120, 140
fred.rawSetExtent new Point 20, 20
fred.type = "vertical"
fred.direction = "down"
fred.speed = 4
bar.add garply
bar.add baz
foo.add fred
foo.add bar
@create foo
createNewPenMorph: ->
@create new PenMorph
underTheCarpet: ->
newWdgt = new BasementWdgt
@create newWdgt
popUpDemoMenu: (morphOpeningThePopUp,b,c,d) ->
if @isIndexPage
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "parts bin"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorphInWindow"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorphInWindow"
menu.addLine()
menu.addMenuItem "analog clock", true, @, "analogClock"
else
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "make a morph"
menu.addMenuItem "rectangle", true, @, "createNewRectangleMorph"
menu.addMenuItem "box", true, @, "createNewBoxMorph"
menu.addMenuItem "circle box", true, @, "createNewCircleBoxMorph"
menu.addLine()
menu.addMenuItem "slider", true, @, "createNewSliderMorph"
menu.addMenuItem "panel", true, @, "createNewPanelWdgt"
menu.addMenuItem "scrollable panel", true, @, "createNewScrollPanelWdgt"
menu.addMenuItem "canvas", true, @, "createNewCanvas"
menu.addMenuItem "handle", true, @, "createNewHandle"
menu.addLine()
menu.addMenuItem "string", true, @, "createNewString"
menu.addMenuItem "text", true, @, "createNewText"
menu.addMenuItem "tool tip", true, @, "createNewToolTipWdgt"
menu.addMenuItem "speech bubble", true, @, "createNewSpeechBubbleWdgt"
menu.addLine()
menu.addMenuItem "gray scale palette", true, @, "createNewGrayPaletteMorph"
menu.addMenuItem "color palette", true, @, "createNewColorPaletteMorph"
menu.addMenuItem "color picker", true, @, "createNewColorPickerMorph"
menu.addLine()
menu.addMenuItem "sensor demo", true, @, "createNewSensorDemo"
menu.addMenuItem "animation demo", true, @, "createNewAnimationDemo"
menu.addMenuItem "pen", true, @, "createNewPenMorph"
menu.addLine()
menu.addMenuItem "layout tests ➜", false, @, "layoutTestsMenu", "sample morphs"
menu.addLine()
menu.addMenuItem "under the carpet", true, @, "underTheCarpet"
menu.popUpAtHand()
layoutTestsMenu: (morphOpeningThePopUp) ->
menu = new MenuMorph morphOpeningThePopUp, false, @, true, true, "Layout tests"
menu.addMenuItem "adjuster morph", true, @, "createNewStackElementsSizeAdjustingMorph"
menu.addMenuItem "adder/droplet", true, @, "createNewLayoutElementAdderOrDropletMorph"
menu.addMenuItem "test screen 1", true, Widget, "setupTestScreen1"
menu.popUpAtHand()
toggleDevMode: ->
@isDevMode = not @isDevMode
# this part is excluded from the fizzygum homepage build <<«
edit: (aStringMorphOrTextMorph) ->
# first off, if the Widget is not editable
# then there is nothing to do
# return nil unless aStringMorphOrTextMorph.isEditable
# there is only one caret in the World, so destroy
# the previous one if there was one.
if @caret
# empty the previously ongoing selection
# if there was one.
previouslyEditedText = @lastEditedText
@lastEditedText = @caret.target
if @lastEditedText != previouslyEditedText
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# create the new Caret
@caret = new CaretMorph aStringMorphOrTextMorph
aStringMorphOrTextMorph.parent.add @caret
# this is the only place where the @keyboardEventsReceiver is set
@keyboardEventsReceiver = @caret
if WorldMorph.preferencesAndSettings.isTouchDevice and WorldMorph.preferencesAndSettings.useVirtualKeyboard
@initVirtualKeyboard()
# For touch devices, giving focus on the textbox causes
# the keyboard to slide up, and since the page viewport
# shrinks, the page is scrolled to where the texbox is.
# So, it is important to position the textbox around
# where the caret is, so that the changed text is going to
# be visible rather than out of the viewport.
pos = @getCanvasPosition()
@inputDOMElementForVirtualKeyboard.style.top = @caret.top() + pos.y + "px"
@inputDOMElementForVirtualKeyboard.style.left = @caret.left() + pos.x + "px"
@inputDOMElementForVirtualKeyboard.focus()
# Widgetic.js provides the "slide" method but I must have lost it
# in the way, so commenting this out for the time being
#
#if WorldMorph.preferencesAndSettings.useSliderForInput
# if !aStringMorphOrTextMorph.parentThatIsA MenuMorph
# @slide aStringMorphOrTextMorph
# Editing can stop because of three reasons:
# cancel (user hits ESC)
# accept (on stringmorph, user hits enter)
# user clicks/floatDrags another morph
stopEditing: ->
if @caret
@lastEditedText = @caret.target
@lastEditedText.clearSelection()
@caret = @caret.fullDestroy()
# the only place where the @keyboardEventsReceiver is unset
# (and the hidden input is removed)
@keyboardEventsReceiver = nil
if @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard.blur()
document.body.removeChild @inputDOMElementForVirtualKeyboard
@inputDOMElementForVirtualKeyboard = nil
@worldCanvas.focus()
anyReferenceToWdgt: (whichWdgt) ->
# go through all the references and check whether they reference
# the wanted widget. Note that the reference could be unreachable
# in the basement, or even in the trash
for eachReferencingWdgt from @widgetsReferencingOtherWidgets
if eachReferencingWdgt.target == whichWdgt
return true
return false
|
[
{
"context": "= 'WrappedUserInput'\n\nlabelKey = (user) ->\n key = \"@#{user.username}\"\n if user.profile?.fullname\n #k",
"end": 1376,
"score": 0.963540256023407,
"start": 1372,
"tag": "KEY",
"value": "\"@#{"
},
{
"context": "dUserInput'\n\nlabelKey = (user) ->\n key = \"@#{user.username}\"\n if user.profile?.fullname\n #key += \" #{user.",
"end": 1391,
"score": 0.7908930778503418,
"start": 1381,
"tag": "KEY",
"value": "username}\""
},
{
"context": "ername}\"\n if user.profile?.fullname\n #key += \" #{user.profile.fullname}\"\n key = \"#{user.profile.",
"end": 1436,
"score": 0.5641003251075745,
"start": 1434,
"tag": "KEY",
"value": "#{"
},
{
"context": "er.profile?.fullname\n #key += \" #{user.profile.fullname}\"\n key = \"#{user.profile.fullname} #{key}\"\n key",
"end": 1459,
"score": 0.7112201452255249,
"start": 1449,
"tag": "KEY",
"value": "fullname}\""
},
{
"context": "user.profile.fullname}\"\n key = \"#{user.profile.fullname} #{key}\"\n key\n",
"end": 1498,
"score": 0.8490195274353027,
"start": 1486,
"tag": "KEY",
"value": "fullname} #{"
},
{
"context": "llname}\"\n key = \"#{user.profile.fullname} #{key}\"\n key\n",
"end": 1501,
"score": 0.8166791200637817,
"start": 1501,
"tag": "KEY",
"value": ""
}
] | client/UserInput.coffee | mehtank/coauthor | 204 | import React, {Suspense, useMemo, useRef} from 'react'
import {useTracker} from 'meteor/react-meteor-data'
Typeahead = React.lazy -> import('react-bootstrap-typeahead/es/components/Typeahead')
import {ErrorBoundary} from './ErrorBoundary'
import 'react-bootstrap-typeahead/css/Typeahead.css'
userInputCount = 0
export UserInput = React.memo (props) ->
<ErrorBoundary>
<WrappedUserInput {...props}/>
</ErrorBoundary>
UserInput.displayName = 'UserInput'
export WrappedUserInput = React.memo ({group, omit, placeholder, onSelect}) ->
count = useMemo ->
userInputCount++
, []
users = useTracker ->
Meteor.users.find
username: $in: groupMembers group
.fetch()
, []
sorted = useMemo ->
if omit?
omitted = (user for user in users when not omit user)
else
omitted = users
_.sortBy omitted, userSortKey
, [users, omit]
ref = useRef()
onChange = (selected) ->
if selected.length
onSelect selected[0]
ref.current.clear()
<Suspense fallback={
<input type="text" className="form-control disabled"
placeholder={placeholder}/>
}>
<Typeahead ref={ref} placeholder={placeholder} id="userInput#{count}"
options={sorted} labelKey={labelKey} align="left" flip
onChange={onChange}/>
</Suspense>
WrappedUserInput.displayName = 'WrappedUserInput'
labelKey = (user) ->
key = "@#{user.username}"
if user.profile?.fullname
#key += " #{user.profile.fullname}"
key = "#{user.profile.fullname} #{key}"
key
| 156027 | import React, {Suspense, useMemo, useRef} from 'react'
import {useTracker} from 'meteor/react-meteor-data'
Typeahead = React.lazy -> import('react-bootstrap-typeahead/es/components/Typeahead')
import {ErrorBoundary} from './ErrorBoundary'
import 'react-bootstrap-typeahead/css/Typeahead.css'
userInputCount = 0
export UserInput = React.memo (props) ->
<ErrorBoundary>
<WrappedUserInput {...props}/>
</ErrorBoundary>
UserInput.displayName = 'UserInput'
export WrappedUserInput = React.memo ({group, omit, placeholder, onSelect}) ->
count = useMemo ->
userInputCount++
, []
users = useTracker ->
Meteor.users.find
username: $in: groupMembers group
.fetch()
, []
sorted = useMemo ->
if omit?
omitted = (user for user in users when not omit user)
else
omitted = users
_.sortBy omitted, userSortKey
, [users, omit]
ref = useRef()
onChange = (selected) ->
if selected.length
onSelect selected[0]
ref.current.clear()
<Suspense fallback={
<input type="text" className="form-control disabled"
placeholder={placeholder}/>
}>
<Typeahead ref={ref} placeholder={placeholder} id="userInput#{count}"
options={sorted} labelKey={labelKey} align="left" flip
onChange={onChange}/>
</Suspense>
WrappedUserInput.displayName = 'WrappedUserInput'
labelKey = (user) ->
key = <KEY>user.<KEY>
if user.profile?.fullname
#key += " <KEY>user.profile.<KEY>
key = "#{user.profile.<KEY>key<KEY>}"
key
| true | import React, {Suspense, useMemo, useRef} from 'react'
import {useTracker} from 'meteor/react-meteor-data'
Typeahead = React.lazy -> import('react-bootstrap-typeahead/es/components/Typeahead')
import {ErrorBoundary} from './ErrorBoundary'
import 'react-bootstrap-typeahead/css/Typeahead.css'
userInputCount = 0
export UserInput = React.memo (props) ->
<ErrorBoundary>
<WrappedUserInput {...props}/>
</ErrorBoundary>
UserInput.displayName = 'UserInput'
export WrappedUserInput = React.memo ({group, omit, placeholder, onSelect}) ->
count = useMemo ->
userInputCount++
, []
users = useTracker ->
Meteor.users.find
username: $in: groupMembers group
.fetch()
, []
sorted = useMemo ->
if omit?
omitted = (user for user in users when not omit user)
else
omitted = users
_.sortBy omitted, userSortKey
, [users, omit]
ref = useRef()
onChange = (selected) ->
if selected.length
onSelect selected[0]
ref.current.clear()
<Suspense fallback={
<input type="text" className="form-control disabled"
placeholder={placeholder}/>
}>
<Typeahead ref={ref} placeholder={placeholder} id="userInput#{count}"
options={sorted} labelKey={labelKey} align="left" flip
onChange={onChange}/>
</Suspense>
WrappedUserInput.displayName = 'WrappedUserInput'
labelKey = (user) ->
key = PI:KEY:<KEY>END_PIuser.PI:KEY:<KEY>END_PI
if user.profile?.fullname
#key += " PI:KEY:<KEY>END_PIuser.profile.PI:KEY:<KEY>END_PI
key = "#{user.profile.PI:KEY:<KEY>END_PIkeyPI:KEY:<KEY>END_PI}"
key
|
[
{
"context": "setCardSetId(CardSet.Coreshatter)\n\t\t\tcard.name = \"Hatefurnace\"\n\t\t\tcard.setDescription(\"Trial: Cast 7 spells tha",
"end": 3668,
"score": 0.9937617182731628,
"start": 3657,
"tag": "NAME",
"value": "Hatefurnace"
},
{
"context": "ard.factionId = Factions.Faction5\n\t\t\tcard.name = \"Angered Okkadok\"\n\t\t\tcard.setDescription(\"Intensify: This minion g",
"end": 5701,
"score": 0.9998001456260681,
"start": 5686,
"tag": "NAME",
"value": "Angered Okkadok"
},
{
"context": "d.id = Cards.Spell.IncreasingHeal\n\t\t\tcard.name = \"Invigoration\"\n\t\t\tcard.setDescription(\"Intensify: Restore 3 Hea",
"end": 6969,
"score": 0.9389826059341431,
"start": 6957,
"tag": "NAME",
"value": "Invigoration"
},
{
"context": "ard.factionId = Factions.Faction5\n\t\t\tcard.name = \"Mortar-maw\"\n\t\t\tcard.setDescription(\"Ranged\\nWhenever this mi",
"end": 7768,
"score": 0.9998342990875244,
"start": 7758,
"tag": "NAME",
"value": "Mortar-maw"
},
{
"context": "ard.factionId = Factions.Faction5\n\t\t\tcard.name = \"Beastclad Hunter\"\n\t\t\tcard.setDescription(\"Takes no damage from min",
"end": 9040,
"score": 0.9993003010749817,
"start": 9024,
"tag": "NAME",
"value": "Beastclad Hunter"
},
{
"context": "ard.factionId = Factions.Faction5\n\t\t\tcard.name = \"Oropsisaur\"\n\t\t\tcard.setDescription(\"Grow: +1/+1.\\nWhene",
"end": 10308,
"score": 0.6658300161361694,
"start": 10303,
"tag": "NAME",
"value": "Orops"
},
{
"context": "setCardSetId(CardSet.Coreshatter)\n\t\t\tcard.name = \"Krater\"\n\t\t\tcard.setDescription(\"Opening Gambit: Deal 1 d",
"end": 11600,
"score": 0.9990516901016235,
"start": 11594,
"tag": "NAME",
"value": "Krater"
},
{
"context": "\n\t\t\tcard.id = Cards.Spell.BigTime\n\t\t\tcard.name = \"Gargantuan Growth\"\n\t\t\tcard.setDescription(\"Give a m",
"end": 13564,
"score": 0.6128020286560059,
"start": 13563,
"tag": "NAME",
"value": "G"
},
{
"context": "card.id = Cards.Artifact.EggArmor\n\t\t\tcard.name = \"Zoetic Charm\"\n\t\t\tcard.setDescription(\"Your General has +1 Atta",
"end": 14343,
"score": 0.5657773017883301,
"start": 14331,
"tag": "NAME",
"value": "Zoetic Charm"
},
{
"context": "card.id = Cards.Spell.Reggplicate\n\t\t\tcard.name = \"Mitotic Induction\"\n\t\t\tcard.setDescription(\"Summon an ",
"end": 15289,
"score": 0.5299355983734131,
"start": 15286,
"tag": "NAME",
"value": "Mit"
},
{
"context": "ard.setIsHiddenInCollection(true)\n\t\t\tcard.name = \"Katastrophosaurus\"\n\t\t\tcard.atk = 6\n\t\t\tcard.maxHP = ",
"end": 16042,
"score": 0.7917589545249939,
"start": 16041,
"tag": "NAME",
"value": "K"
},
{
"context": "ard.id = Cards.Spell.YellRealLoud\n\t\t\tcard.name = \"Bellow\"\n\t\t\tcard.setDescription(\"Give a friendly minion +",
"end": 18082,
"score": 0.9989533424377441,
"start": 18076,
"tag": "NAME",
"value": "Bellow"
},
{
"context": "setCardSetId(CardSet.Coreshatter)\n\t\t\tcard.name = \"Haruspex\"\n\t\t\tcard.setDescription(\"Whenever this minion tak",
"end": 18970,
"score": 0.9989340305328369,
"start": 18962,
"tag": "NAME",
"value": "Haruspex"
}
] | app/sdk/cards/factory/coreshatter/faction5.coffee | willroberts/duelyst | 5 | # do not add this file to a package
# it is specifically parsed by the package generation script
_ = require 'underscore'
moment = require 'moment'
Logger = require 'app/common/logger'
CONFIG = require('app/common/config')
RSX = require('app/data/resources')
Card = require 'app/sdk/cards/card'
Cards = require 'app/sdk/cards/cardsLookupComplete'
CardType = require 'app/sdk/cards/cardType'
Factions = require 'app/sdk/cards/factionsLookup'
FactionFactory = require 'app/sdk/cards/factionFactory'
Races = require 'app/sdk/cards/racesLookup'
Rarity = require 'app/sdk/cards/rarityLookup'
Unit = require 'app/sdk/entities/unit'
CardSet = require 'app/sdk/cards/cardSetLookup'
Artifact = require 'app/sdk/artifacts/artifact'
Modifier = require 'app/sdk/modifiers/modifier'
ModifierIntensifyBuffSelf = require 'app/sdk/modifiers/modifierIntensifyBuffSelf'
ModifierRanged = require 'app/sdk/modifiers/modifierRanged'
ModifierMyAttackWatchAreaAttack = require 'app/sdk/modifiers/modifierMyAttackWatchAreaAttack'
ModifierImmuneToDamageByWeakerEnemies = require 'app/sdk/modifiers/modifierImmuneToDamageByWeakerEnemies'
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows = require 'app/sdk/modifiers/modifierMyOtherMinionsDamagedWatchDamagedMinionGrows'
ModifierGrow = require 'app/sdk/modifiers/modifierGrow'
ModifierOpeningGambitDamageEverything = require 'app/sdk/modifiers/modifierOpeningGambitDamageEverything'
ModifierStartsInHand = require 'app/sdk/modifiers/modifierStartsInHand'
ModifierForcefield = require 'app/sdk/modifiers/modifierForcefield'
ModifierFirstBlood = require 'app/sdk/modifiers/modifierFirstBlood'
ModifierTakeDamageWatchOpponentDrawCard = require 'app/sdk/modifiers/modifierTakeDamageWatchOpponentDrawCard'
ModifierOnSummonFromHandApplyEmblems = require 'app/sdk/modifiers/modifierOnSummonFromHandApplyEmblems'
ModifierStun = require 'app/sdk/modifiers/modifierStun'
ModifierToken = require 'app/sdk/modifiers/modifierToken'
ModifierTokenCreator = require 'app/sdk/modifiers/modifierTokenCreator'
ModifierFrenzy = require 'app/sdk/modifiers/modifierFrenzy'
ModifierFateMagmarBuffQuest = require 'app/sdk/modifiers/modifierFateMagmarBuffQuest'
ModifierCannotBeReplaced = require 'app/sdk/modifiers/modifierCannotBeReplaced'
ModifierIntensify = require 'app/sdk/modifiers/modifierIntensify'
ModifierCounterIntensify = require 'app/sdk/modifiers/modifierCounterIntensify'
ModifierCannotBeRemovedFromHand = require 'app/sdk/modifiers/modifierCannotBeRemovedFromHand'
PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest = require 'app/sdk/playerModifiers/playerModifierEmblemSummonWatchFromHandMagmarBuffQuest'
SpellFilterType = require 'app/sdk/spells/spellFilterType'
SpellDamageNotKillMinion = require 'app/sdk/spells/spellDamageNotKillMinion'
SpellApplyModifiers = require 'app/sdk/spells/spellApplyModifiers'
SpellReggplicate = require 'app/sdk/spells/spellReggplicate'
SpellMarchOfTheBrontos = require 'app/sdk/spells/spellMarchOfTheBrontos'
SpellYellRealLoud = require 'app/sdk/spells/spellYellRealLoud'
SpellIntensifyHealMyGeneral = require 'app/sdk/spells/spellIntensifyHealMyGeneral'
i18next = require 'i18next'
if i18next.t() is undefined
i18next.t = (text) ->
return text
class CardFactory_CoreshatterSet_Faction5
###*
* Returns a card that matches the identifier.
* @param {Number|String} identifier
* @param {GameSession} gameSession
* @returns {Card}
###
@cardForIdentifier: (identifier,gameSession) ->
card = null
if (identifier == Cards.Faction5.Dinomancer)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "Hatefurnace"
card.setDescription("Trial: Cast 7 spells that cause a minion to gain +Attack.\nDestiny: Minions summoned from your action bar gain Rush and Frenzy.")
card.atk = 5
card.maxHP = 4
card.manaCost = 4
card.rarityId = Rarity.Mythron
emblemModifier = PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest.createContextObject([ModifierFirstBlood.createContextObject(), ModifierFrenzy.createContextObject()])
emblemModifier.appliedName = "Spark of Hatred"
emblemModifier.appliedDescription = "Minions summoned from your action bar have Rush and Frenzy."
card.setInherentModifiersContextObjects([
ModifierStartsInHand.createContextObject(),
ModifierCannotBeReplaced.createContextObject(),
ModifierOnSummonFromHandApplyEmblems.createContextObject([emblemModifier], true, false),
ModifierFateMagmarBuffQuest.createContextObject(7),
ModifierCannotBeRemovedFromHand.createContextObject()
])
card.addKeywordClassToInclude(ModifierFirstBlood)
card.addKeywordClassToInclude(ModifierFrenzy)
card.setFXResource(["FX.Cards.Neutral.Ironclad"])
card.setBoundingBoxWidth(130)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_spell_immolation_b.audio
walk : RSX.sfx_unit_run_charge_4.audio
attack : RSX.sfx_f1ironcliffeguardian_attack_swing.audio
receiveDamage : RSX.sfx_f1ironcliffeguardian_hit.audio
attackDamage : RSX.sfx_f1ironcliffeguardian_attack_impact.audio
death : RSX.sfx_f1ironcliffeguardian_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5DinomancerBreathing.name
idle : RSX.f5DinomancerIdle.name
walk : RSX.f5DinomancerRun.name
attack : RSX.f5DinomancerAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.7
damage : RSX.f5DinomancerHit.name
death : RSX.f5DinomancerDeath.name
)
if (identifier == Cards.Faction5.IncreasingDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "Angered Okkadok"
card.setDescription("Intensify: This minion gains +1/+1.")
card.atk = 1
card.maxHP = 2
card.manaCost = 2
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([
ModifierIntensifyBuffSelf.createContextObject(1,1,"Even More Angered")
ModifierCounterIntensify.createContextObject()
])
card.setFXResource(["FX.Cards.Neutral.VineEntangler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_komodocharger_attack_swing.audio
receiveDamage : RSX.sfx_f6_ancientgrove_hit.audio
attackDamage : RSX.sfx_f6_ancientgrove_attack_impact.audio
death : RSX.sfx_f6_ancientgrove_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5PteryxBreathing.name
idle : RSX.f5PteryxIdle.name
walk : RSX.f5PteryxRun.name
attack : RSX.f5PteryxAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5PteryxHit.name
death : RSX.f5PteryxDeath.name
)
if (identifier == Cards.Spell.IncreasingHeal)
card = new SpellIntensifyHealMyGeneral(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.IncreasingHeal
card.name = "Invigoration"
card.setDescription("Intensify: Restore 3 Health to your General.")
card.manaCost = 2
card.healAmount = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.None
card.addKeywordClassToInclude(ModifierIntensify)
card.setInherentModifiersContextObjects([ModifierCounterIntensify.createContextObject()])
card.setFXResource(["FX.Cards.Spell.Invigoration"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_lionheartblessing.audio
)
card.setBaseAnimResource(
idle : RSX.iconIncreasingHealthIdle.name
active : RSX.iconIncreasingHealthActive.name
)
if (identifier == Cards.Faction5.Firebreather)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "Mortar-maw"
card.setDescription("Ranged\nWhenever this minion attacks, it also damages enemies around its target.")
card.atk = 4
card.maxHP = 4
card.manaCost = 5
card.rarityId = Rarity.Epic
card.setInherentModifiersContextObjects([
ModifierMyAttackWatchAreaAttack.createContextObject(),
ModifierRanged.createContextObject()
])
card.setFXResource(["FX.Cards.Faction5.Firebreather"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_1.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_firespitter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firespitter_hit.audio
attackDamage : RSX.sfx_neutral_firespitter_attack_impact.audio
death : RSX.sfx_neutral_firespitter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5FireBreatherBreathing.name
idle : RSX.f5FireBreatherIdle.name
walk : RSX.f5FireBreatherRun.name
attack : RSX.f5FireBreatherAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5FireBreatherHit.name
death : RSX.f5FireBreatherDeath.name
)
if (identifier == Cards.Faction5.ToughDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "Beastclad Hunter"
card.setDescription("Takes no damage from minions with less Attack.")
card.atk = 3
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Rare
card.setInherentModifiersContextObjects([ModifierImmuneToDamageByWeakerEnemies.createContextObject(false)])
card.setFXResource(["FX.Cards.Neutral.RazorcragGolem"])
card.setBoundingBoxWidth(80)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_stormmetalgolem_attack_swing.audio
receiveDamage : RSX.sfx_neutral_stormmetalgolem_hit.audio
attackDamage : RSX.sfx_neutral_stormmetalgolem_attack_impact.audio
death : RSX.sfx_neutral_stormmetalgolem_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5OrphanAspectBreathing.name
idle : RSX.f5OrphanAspectIdle.name
walk : RSX.f5OrphanAspectRun.name
attack : RSX.f5OrphanAspectAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5OrphanAspectHit.name
death : RSX.f5OrphanAspectDeath.name
)
if (identifier == Cards.Faction5.Armadops)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "Oropsisaur"
card.setDescription("Grow: +1/+1.\nWhenever another friendly minion with Grow survives damage, that minion grows.")
card.atk = 2
card.maxHP = 5
card.manaCost = 3
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows.createContextObject(),
ModifierGrow.createContextObject(1)
])
card.setFXResource(["FX.Cards.Neutral.ThornNeedler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_bluetipscorpion_attack_swing.audio
receiveDamage : RSX.sfx_neutral_bluetipscorpion_hit.audio
attackDamage : RSX.sfx_neutral_bluetipscorpion_attack_impact.audio
death : RSX.sfx_neutral_bluetipscorpion_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5AnkylosBreathing.name
idle : RSX.f5AnkylosIdle.name
walk : RSX.f5AnkylosRun.name
attack : RSX.f5AnkylosAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5AnkylosHit.name
death : RSX.f5AnkylosDeath.name
)
if (identifier == Cards.Faction5.BurstLizard)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "Krater"
card.setDescription("Opening Gambit: Deal 1 damage to everything (including itself).")
card.atk = 2
card.maxHP = 4
card.manaCost = 3
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([ModifierOpeningGambitDamageEverything.createContextObject(1, true)])
card.setFXResource(["FX.Cards.Neutral.BlisteringSkorn"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_blindscorch.audio
walk : RSX.sfx_neutral_firestarter_impact.audio
attack : RSX.sfx_neutral_firestarter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firestarter_hit.audio
attackDamage : RSX.sfx_neutral_firestarter_impact.audio
death : RSX.sfx_neutral_firestarter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BurstLizardBreathing.name
idle : RSX.f5BurstLizardIdle.name
walk : RSX.f5BurstLizardRun.name
attack : RSX.f5BurstLizardAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5BurstLizardHit.name
death : RSX.f5BurstLizardDeath.name
)
if (identifier == Cards.Spell.Spaghettify)
card = new SpellDamageNotKillMinion(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Spaghettify
card.name = "Deep Impact"
card.setDescription("Deal damage to a minion to reduce its Health to 1.")
card.manaCost = 2
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setFXResource(["FX.Cards.Spell.DeepImpact"])
card.setBaseAnimResource(
idle : RSX.iconMeteorIdle.name
active : RSX.iconMeteorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
if (identifier == Cards.Spell.BigTime)
card = new SpellApplyModifiers(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.BigTime
card.name = "Gargantuan Growth"
card.setDescription("Give a minion, \"Grow: +8/+8.\"")
card.manaCost = 4
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setTargetModifiersContextObjects([ModifierGrow.createContextObject(8)])
card.setFXResource(["FX.Cards.Spell.GargantuanGrowth"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_fractalreplication.audio
)
card.setBaseAnimResource(
idle : RSX.iconBigTimeIdle.name
active : RSX.iconBigTimeActive.name
)
if (identifier == Cards.Artifact.EggArmor)
card = new Artifact(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.id = Cards.Artifact.EggArmor
card.name = "Zoetic Charm"
card.setDescription("Your General has +1 Attack.\nYour Eggs have Forcefield.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.durability = 3
eggs = [
Cards.Faction5.Egg
]
card.setTargetModifiersContextObjects([
Modifier.createContextObjectWithAttributeBuffs(1,undefined),
Modifier.createContextObjectWithAuraForAllAllies([ModifierForcefield.createContextObject()], null, eggs)
])
card.addKeywordClassToInclude(ModifierForcefield)
card.setFXResource(["FX.Cards.Artifact.OblivionSickle"])
card.setBaseAnimResource(
idle: RSX.iconEggArmorIdle.name
active: RSX.iconEggArmorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_victory_crest.audio
)
if (identifier == Cards.Spell.Reggplicate)
card = new SpellReggplicate(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Reggplicate
card.name = "Mitotic Induction"
card.setDescription("Summon an Egg of the minion most recently summoned from your action bar.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.spellFilterType = SpellFilterType.SpawnSource
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.MitoticInduction"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
card.setBaseAnimResource(
idle : RSX.iconReggsplicateIdle.name
active : RSX.iconReggsplicateActive.name
)
if (identifier == Cards.Faction5.Megabrontodon)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.setIsHiddenInCollection(true)
card.name = "Katastrophosaurus"
card.atk = 6
card.maxHP = 26
card.manaCost = 5
card.rarityId = Rarity.TokenUnit
card.addKeywordClassToInclude(ModifierToken)
card.setFXResource(["FX.Cards.Neutral.Khymera"])
card.setBoundingBoxWidth(145)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_summonlegendary.audio
walk : RSX.sfx_neutral_rook_hit.audio
attack : RSX.sfx_neutral_khymera_attack_swing.audio
receiveDamage : RSX.sfx_neutral_khymera_hit.audio
attackDamage : RSX.sfx_neutral_khymera_impact.audio
death : RSX.sfx_neutral_khymera_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5MegaBrontodonBreathing.name
idle : RSX.f5MegaBrontodonIdle.name
walk : RSX.f5MegaBrontodonRun.name
attack : RSX.f5MegaBrontodonAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.7
damage : RSX.f5MegaBrontodonHit.name
death : RSX.f5MegaBrontodonDeath.name
)
if (identifier == Cards.Spell.MarchOfTheBrontos)
card = new SpellMarchOfTheBrontos(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.MarchOfTheBrontos
card.name = "Extinction Event"
card.setDescription("Each of your Eggs hatches into a Katastrophosaurus.")
card.manaCost = 8
card.rarityId = Rarity.Legendary
card.spellFilterType = SpellFilterType.NeutralIndirect
card.radius = CONFIG.WHOLE_BOARD_RADIUS
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.ExtinctionEvent"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_darktransformation.audio
)
card.setBaseAnimResource(
idle : RSX.iconMarchBrontodonIdle.name
active : RSX.iconMarchBrontodonActive.name
)
if (identifier == Cards.Spell.YellRealLoud)
card = new SpellYellRealLoud(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.YellRealLoud
card.name = "Bellow"
card.setDescription("Give a friendly minion +3 Attack.\nStun enemy minions around it.")
card.manaCost = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.AllyDirect
statContextObject = Modifier.createContextObjectWithAttributeBuffs(3,0)
statContextObject.appliedName = "Yelled Real Loud"
card.setTargetModifiersContextObjects([
statContextObject
])
card.addKeywordClassToInclude(ModifierStun)
card.setFXResource(["FX.Cards.Spell.Bellow"])
card.setBaseSoundResource(
apply : RSX.sfx_neutral_windstopper_attack_impact.audio
)
card.setBaseAnimResource(
idle : RSX.iconYellLoudIdle.name
active : RSX.iconYellLoudActive.name
)
if (identifier == Cards.Faction5.BrundlBeast)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "Haruspex"
card.setDescription("Whenever this minion takes damage, your opponent draws a card.")
card.atk = 7
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([ModifierTakeDamageWatchOpponentDrawCard.createContextObject()])
card.setBoundingBoxWidth(60)
card.setBoundingBoxHeight(90)
card.setFXResource(["FX.Cards.Faction2.CelestialPhantom"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_deathstrikeseal.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_f2_celestialphantom_attack_swing.audio
receiveDamage : RSX.sfx_f2_celestialphantom_hit.audio
attackDamage : RSX.sfx_f2_celestialphantom_attack_impact.audio
death : RSX.sfx_f2_celestialphantom_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BrundlebeastBreathing.name
idle : RSX.f5BrundlebeastIdle.name
walk : RSX.f5BrundlebeastRun.name
attack : RSX.f5BrundlebeastAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5BrundlebeastHit.name
death : RSX.f5BrundlebeastDeath.name
)
return card
module.exports = CardFactory_CoreshatterSet_Faction5
| 75812 | # do not add this file to a package
# it is specifically parsed by the package generation script
_ = require 'underscore'
moment = require 'moment'
Logger = require 'app/common/logger'
CONFIG = require('app/common/config')
RSX = require('app/data/resources')
Card = require 'app/sdk/cards/card'
Cards = require 'app/sdk/cards/cardsLookupComplete'
CardType = require 'app/sdk/cards/cardType'
Factions = require 'app/sdk/cards/factionsLookup'
FactionFactory = require 'app/sdk/cards/factionFactory'
Races = require 'app/sdk/cards/racesLookup'
Rarity = require 'app/sdk/cards/rarityLookup'
Unit = require 'app/sdk/entities/unit'
CardSet = require 'app/sdk/cards/cardSetLookup'
Artifact = require 'app/sdk/artifacts/artifact'
Modifier = require 'app/sdk/modifiers/modifier'
ModifierIntensifyBuffSelf = require 'app/sdk/modifiers/modifierIntensifyBuffSelf'
ModifierRanged = require 'app/sdk/modifiers/modifierRanged'
ModifierMyAttackWatchAreaAttack = require 'app/sdk/modifiers/modifierMyAttackWatchAreaAttack'
ModifierImmuneToDamageByWeakerEnemies = require 'app/sdk/modifiers/modifierImmuneToDamageByWeakerEnemies'
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows = require 'app/sdk/modifiers/modifierMyOtherMinionsDamagedWatchDamagedMinionGrows'
ModifierGrow = require 'app/sdk/modifiers/modifierGrow'
ModifierOpeningGambitDamageEverything = require 'app/sdk/modifiers/modifierOpeningGambitDamageEverything'
ModifierStartsInHand = require 'app/sdk/modifiers/modifierStartsInHand'
ModifierForcefield = require 'app/sdk/modifiers/modifierForcefield'
ModifierFirstBlood = require 'app/sdk/modifiers/modifierFirstBlood'
ModifierTakeDamageWatchOpponentDrawCard = require 'app/sdk/modifiers/modifierTakeDamageWatchOpponentDrawCard'
ModifierOnSummonFromHandApplyEmblems = require 'app/sdk/modifiers/modifierOnSummonFromHandApplyEmblems'
ModifierStun = require 'app/sdk/modifiers/modifierStun'
ModifierToken = require 'app/sdk/modifiers/modifierToken'
ModifierTokenCreator = require 'app/sdk/modifiers/modifierTokenCreator'
ModifierFrenzy = require 'app/sdk/modifiers/modifierFrenzy'
ModifierFateMagmarBuffQuest = require 'app/sdk/modifiers/modifierFateMagmarBuffQuest'
ModifierCannotBeReplaced = require 'app/sdk/modifiers/modifierCannotBeReplaced'
ModifierIntensify = require 'app/sdk/modifiers/modifierIntensify'
ModifierCounterIntensify = require 'app/sdk/modifiers/modifierCounterIntensify'
ModifierCannotBeRemovedFromHand = require 'app/sdk/modifiers/modifierCannotBeRemovedFromHand'
PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest = require 'app/sdk/playerModifiers/playerModifierEmblemSummonWatchFromHandMagmarBuffQuest'
SpellFilterType = require 'app/sdk/spells/spellFilterType'
SpellDamageNotKillMinion = require 'app/sdk/spells/spellDamageNotKillMinion'
SpellApplyModifiers = require 'app/sdk/spells/spellApplyModifiers'
SpellReggplicate = require 'app/sdk/spells/spellReggplicate'
SpellMarchOfTheBrontos = require 'app/sdk/spells/spellMarchOfTheBrontos'
SpellYellRealLoud = require 'app/sdk/spells/spellYellRealLoud'
SpellIntensifyHealMyGeneral = require 'app/sdk/spells/spellIntensifyHealMyGeneral'
i18next = require 'i18next'
if i18next.t() is undefined
i18next.t = (text) ->
return text
class CardFactory_CoreshatterSet_Faction5
###*
* Returns a card that matches the identifier.
* @param {Number|String} identifier
* @param {GameSession} gameSession
* @returns {Card}
###
@cardForIdentifier: (identifier,gameSession) ->
card = null
if (identifier == Cards.Faction5.Dinomancer)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "<NAME>"
card.setDescription("Trial: Cast 7 spells that cause a minion to gain +Attack.\nDestiny: Minions summoned from your action bar gain Rush and Frenzy.")
card.atk = 5
card.maxHP = 4
card.manaCost = 4
card.rarityId = Rarity.Mythron
emblemModifier = PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest.createContextObject([ModifierFirstBlood.createContextObject(), ModifierFrenzy.createContextObject()])
emblemModifier.appliedName = "Spark of Hatred"
emblemModifier.appliedDescription = "Minions summoned from your action bar have Rush and Frenzy."
card.setInherentModifiersContextObjects([
ModifierStartsInHand.createContextObject(),
ModifierCannotBeReplaced.createContextObject(),
ModifierOnSummonFromHandApplyEmblems.createContextObject([emblemModifier], true, false),
ModifierFateMagmarBuffQuest.createContextObject(7),
ModifierCannotBeRemovedFromHand.createContextObject()
])
card.addKeywordClassToInclude(ModifierFirstBlood)
card.addKeywordClassToInclude(ModifierFrenzy)
card.setFXResource(["FX.Cards.Neutral.Ironclad"])
card.setBoundingBoxWidth(130)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_spell_immolation_b.audio
walk : RSX.sfx_unit_run_charge_4.audio
attack : RSX.sfx_f1ironcliffeguardian_attack_swing.audio
receiveDamage : RSX.sfx_f1ironcliffeguardian_hit.audio
attackDamage : RSX.sfx_f1ironcliffeguardian_attack_impact.audio
death : RSX.sfx_f1ironcliffeguardian_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5DinomancerBreathing.name
idle : RSX.f5DinomancerIdle.name
walk : RSX.f5DinomancerRun.name
attack : RSX.f5DinomancerAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.7
damage : RSX.f5DinomancerHit.name
death : RSX.f5DinomancerDeath.name
)
if (identifier == Cards.Faction5.IncreasingDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "<NAME>"
card.setDescription("Intensify: This minion gains +1/+1.")
card.atk = 1
card.maxHP = 2
card.manaCost = 2
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([
ModifierIntensifyBuffSelf.createContextObject(1,1,"Even More Angered")
ModifierCounterIntensify.createContextObject()
])
card.setFXResource(["FX.Cards.Neutral.VineEntangler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_komodocharger_attack_swing.audio
receiveDamage : RSX.sfx_f6_ancientgrove_hit.audio
attackDamage : RSX.sfx_f6_ancientgrove_attack_impact.audio
death : RSX.sfx_f6_ancientgrove_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5PteryxBreathing.name
idle : RSX.f5PteryxIdle.name
walk : RSX.f5PteryxRun.name
attack : RSX.f5PteryxAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5PteryxHit.name
death : RSX.f5PteryxDeath.name
)
if (identifier == Cards.Spell.IncreasingHeal)
card = new SpellIntensifyHealMyGeneral(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.IncreasingHeal
card.name = "<NAME>"
card.setDescription("Intensify: Restore 3 Health to your General.")
card.manaCost = 2
card.healAmount = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.None
card.addKeywordClassToInclude(ModifierIntensify)
card.setInherentModifiersContextObjects([ModifierCounterIntensify.createContextObject()])
card.setFXResource(["FX.Cards.Spell.Invigoration"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_lionheartblessing.audio
)
card.setBaseAnimResource(
idle : RSX.iconIncreasingHealthIdle.name
active : RSX.iconIncreasingHealthActive.name
)
if (identifier == Cards.Faction5.Firebreather)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "<NAME>"
card.setDescription("Ranged\nWhenever this minion attacks, it also damages enemies around its target.")
card.atk = 4
card.maxHP = 4
card.manaCost = 5
card.rarityId = Rarity.Epic
card.setInherentModifiersContextObjects([
ModifierMyAttackWatchAreaAttack.createContextObject(),
ModifierRanged.createContextObject()
])
card.setFXResource(["FX.Cards.Faction5.Firebreather"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_1.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_firespitter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firespitter_hit.audio
attackDamage : RSX.sfx_neutral_firespitter_attack_impact.audio
death : RSX.sfx_neutral_firespitter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5FireBreatherBreathing.name
idle : RSX.f5FireBreatherIdle.name
walk : RSX.f5FireBreatherRun.name
attack : RSX.f5FireBreatherAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5FireBreatherHit.name
death : RSX.f5FireBreatherDeath.name
)
if (identifier == Cards.Faction5.ToughDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "<NAME>"
card.setDescription("Takes no damage from minions with less Attack.")
card.atk = 3
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Rare
card.setInherentModifiersContextObjects([ModifierImmuneToDamageByWeakerEnemies.createContextObject(false)])
card.setFXResource(["FX.Cards.Neutral.RazorcragGolem"])
card.setBoundingBoxWidth(80)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_stormmetalgolem_attack_swing.audio
receiveDamage : RSX.sfx_neutral_stormmetalgolem_hit.audio
attackDamage : RSX.sfx_neutral_stormmetalgolem_attack_impact.audio
death : RSX.sfx_neutral_stormmetalgolem_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5OrphanAspectBreathing.name
idle : RSX.f5OrphanAspectIdle.name
walk : RSX.f5OrphanAspectRun.name
attack : RSX.f5OrphanAspectAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5OrphanAspectHit.name
death : RSX.f5OrphanAspectDeath.name
)
if (identifier == Cards.Faction5.Armadops)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "<NAME>isaur"
card.setDescription("Grow: +1/+1.\nWhenever another friendly minion with Grow survives damage, that minion grows.")
card.atk = 2
card.maxHP = 5
card.manaCost = 3
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows.createContextObject(),
ModifierGrow.createContextObject(1)
])
card.setFXResource(["FX.Cards.Neutral.ThornNeedler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_bluetipscorpion_attack_swing.audio
receiveDamage : RSX.sfx_neutral_bluetipscorpion_hit.audio
attackDamage : RSX.sfx_neutral_bluetipscorpion_attack_impact.audio
death : RSX.sfx_neutral_bluetipscorpion_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5AnkylosBreathing.name
idle : RSX.f5AnkylosIdle.name
walk : RSX.f5AnkylosRun.name
attack : RSX.f5AnkylosAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5AnkylosHit.name
death : RSX.f5AnkylosDeath.name
)
if (identifier == Cards.Faction5.BurstLizard)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "<NAME>"
card.setDescription("Opening Gambit: Deal 1 damage to everything (including itself).")
card.atk = 2
card.maxHP = 4
card.manaCost = 3
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([ModifierOpeningGambitDamageEverything.createContextObject(1, true)])
card.setFXResource(["FX.Cards.Neutral.BlisteringSkorn"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_blindscorch.audio
walk : RSX.sfx_neutral_firestarter_impact.audio
attack : RSX.sfx_neutral_firestarter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firestarter_hit.audio
attackDamage : RSX.sfx_neutral_firestarter_impact.audio
death : RSX.sfx_neutral_firestarter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BurstLizardBreathing.name
idle : RSX.f5BurstLizardIdle.name
walk : RSX.f5BurstLizardRun.name
attack : RSX.f5BurstLizardAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5BurstLizardHit.name
death : RSX.f5BurstLizardDeath.name
)
if (identifier == Cards.Spell.Spaghettify)
card = new SpellDamageNotKillMinion(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Spaghettify
card.name = "Deep Impact"
card.setDescription("Deal damage to a minion to reduce its Health to 1.")
card.manaCost = 2
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setFXResource(["FX.Cards.Spell.DeepImpact"])
card.setBaseAnimResource(
idle : RSX.iconMeteorIdle.name
active : RSX.iconMeteorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
if (identifier == Cards.Spell.BigTime)
card = new SpellApplyModifiers(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.BigTime
card.name = "<NAME>argantuan Growth"
card.setDescription("Give a minion, \"Grow: +8/+8.\"")
card.manaCost = 4
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setTargetModifiersContextObjects([ModifierGrow.createContextObject(8)])
card.setFXResource(["FX.Cards.Spell.GargantuanGrowth"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_fractalreplication.audio
)
card.setBaseAnimResource(
idle : RSX.iconBigTimeIdle.name
active : RSX.iconBigTimeActive.name
)
if (identifier == Cards.Artifact.EggArmor)
card = new Artifact(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.id = Cards.Artifact.EggArmor
card.name = "<NAME>"
card.setDescription("Your General has +1 Attack.\nYour Eggs have Forcefield.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.durability = 3
eggs = [
Cards.Faction5.Egg
]
card.setTargetModifiersContextObjects([
Modifier.createContextObjectWithAttributeBuffs(1,undefined),
Modifier.createContextObjectWithAuraForAllAllies([ModifierForcefield.createContextObject()], null, eggs)
])
card.addKeywordClassToInclude(ModifierForcefield)
card.setFXResource(["FX.Cards.Artifact.OblivionSickle"])
card.setBaseAnimResource(
idle: RSX.iconEggArmorIdle.name
active: RSX.iconEggArmorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_victory_crest.audio
)
if (identifier == Cards.Spell.Reggplicate)
card = new SpellReggplicate(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Reggplicate
card.name = "<NAME>otic Induction"
card.setDescription("Summon an Egg of the minion most recently summoned from your action bar.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.spellFilterType = SpellFilterType.SpawnSource
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.MitoticInduction"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
card.setBaseAnimResource(
idle : RSX.iconReggsplicateIdle.name
active : RSX.iconReggsplicateActive.name
)
if (identifier == Cards.Faction5.Megabrontodon)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.setIsHiddenInCollection(true)
card.name = "<NAME>atastrophosaurus"
card.atk = 6
card.maxHP = 26
card.manaCost = 5
card.rarityId = Rarity.TokenUnit
card.addKeywordClassToInclude(ModifierToken)
card.setFXResource(["FX.Cards.Neutral.Khymera"])
card.setBoundingBoxWidth(145)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_summonlegendary.audio
walk : RSX.sfx_neutral_rook_hit.audio
attack : RSX.sfx_neutral_khymera_attack_swing.audio
receiveDamage : RSX.sfx_neutral_khymera_hit.audio
attackDamage : RSX.sfx_neutral_khymera_impact.audio
death : RSX.sfx_neutral_khymera_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5MegaBrontodonBreathing.name
idle : RSX.f5MegaBrontodonIdle.name
walk : RSX.f5MegaBrontodonRun.name
attack : RSX.f5MegaBrontodonAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.7
damage : RSX.f5MegaBrontodonHit.name
death : RSX.f5MegaBrontodonDeath.name
)
if (identifier == Cards.Spell.MarchOfTheBrontos)
card = new SpellMarchOfTheBrontos(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.MarchOfTheBrontos
card.name = "Extinction Event"
card.setDescription("Each of your Eggs hatches into a Katastrophosaurus.")
card.manaCost = 8
card.rarityId = Rarity.Legendary
card.spellFilterType = SpellFilterType.NeutralIndirect
card.radius = CONFIG.WHOLE_BOARD_RADIUS
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.ExtinctionEvent"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_darktransformation.audio
)
card.setBaseAnimResource(
idle : RSX.iconMarchBrontodonIdle.name
active : RSX.iconMarchBrontodonActive.name
)
if (identifier == Cards.Spell.YellRealLoud)
card = new SpellYellRealLoud(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.YellRealLoud
card.name = "<NAME>"
card.setDescription("Give a friendly minion +3 Attack.\nStun enemy minions around it.")
card.manaCost = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.AllyDirect
statContextObject = Modifier.createContextObjectWithAttributeBuffs(3,0)
statContextObject.appliedName = "Yelled Real Loud"
card.setTargetModifiersContextObjects([
statContextObject
])
card.addKeywordClassToInclude(ModifierStun)
card.setFXResource(["FX.Cards.Spell.Bellow"])
card.setBaseSoundResource(
apply : RSX.sfx_neutral_windstopper_attack_impact.audio
)
card.setBaseAnimResource(
idle : RSX.iconYellLoudIdle.name
active : RSX.iconYellLoudActive.name
)
if (identifier == Cards.Faction5.BrundlBeast)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "<NAME>"
card.setDescription("Whenever this minion takes damage, your opponent draws a card.")
card.atk = 7
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([ModifierTakeDamageWatchOpponentDrawCard.createContextObject()])
card.setBoundingBoxWidth(60)
card.setBoundingBoxHeight(90)
card.setFXResource(["FX.Cards.Faction2.CelestialPhantom"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_deathstrikeseal.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_f2_celestialphantom_attack_swing.audio
receiveDamage : RSX.sfx_f2_celestialphantom_hit.audio
attackDamage : RSX.sfx_f2_celestialphantom_attack_impact.audio
death : RSX.sfx_f2_celestialphantom_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BrundlebeastBreathing.name
idle : RSX.f5BrundlebeastIdle.name
walk : RSX.f5BrundlebeastRun.name
attack : RSX.f5BrundlebeastAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5BrundlebeastHit.name
death : RSX.f5BrundlebeastDeath.name
)
return card
module.exports = CardFactory_CoreshatterSet_Faction5
| true | # do not add this file to a package
# it is specifically parsed by the package generation script
_ = require 'underscore'
moment = require 'moment'
Logger = require 'app/common/logger'
CONFIG = require('app/common/config')
RSX = require('app/data/resources')
Card = require 'app/sdk/cards/card'
Cards = require 'app/sdk/cards/cardsLookupComplete'
CardType = require 'app/sdk/cards/cardType'
Factions = require 'app/sdk/cards/factionsLookup'
FactionFactory = require 'app/sdk/cards/factionFactory'
Races = require 'app/sdk/cards/racesLookup'
Rarity = require 'app/sdk/cards/rarityLookup'
Unit = require 'app/sdk/entities/unit'
CardSet = require 'app/sdk/cards/cardSetLookup'
Artifact = require 'app/sdk/artifacts/artifact'
Modifier = require 'app/sdk/modifiers/modifier'
ModifierIntensifyBuffSelf = require 'app/sdk/modifiers/modifierIntensifyBuffSelf'
ModifierRanged = require 'app/sdk/modifiers/modifierRanged'
ModifierMyAttackWatchAreaAttack = require 'app/sdk/modifiers/modifierMyAttackWatchAreaAttack'
ModifierImmuneToDamageByWeakerEnemies = require 'app/sdk/modifiers/modifierImmuneToDamageByWeakerEnemies'
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows = require 'app/sdk/modifiers/modifierMyOtherMinionsDamagedWatchDamagedMinionGrows'
ModifierGrow = require 'app/sdk/modifiers/modifierGrow'
ModifierOpeningGambitDamageEverything = require 'app/sdk/modifiers/modifierOpeningGambitDamageEverything'
ModifierStartsInHand = require 'app/sdk/modifiers/modifierStartsInHand'
ModifierForcefield = require 'app/sdk/modifiers/modifierForcefield'
ModifierFirstBlood = require 'app/sdk/modifiers/modifierFirstBlood'
ModifierTakeDamageWatchOpponentDrawCard = require 'app/sdk/modifiers/modifierTakeDamageWatchOpponentDrawCard'
ModifierOnSummonFromHandApplyEmblems = require 'app/sdk/modifiers/modifierOnSummonFromHandApplyEmblems'
ModifierStun = require 'app/sdk/modifiers/modifierStun'
ModifierToken = require 'app/sdk/modifiers/modifierToken'
ModifierTokenCreator = require 'app/sdk/modifiers/modifierTokenCreator'
ModifierFrenzy = require 'app/sdk/modifiers/modifierFrenzy'
ModifierFateMagmarBuffQuest = require 'app/sdk/modifiers/modifierFateMagmarBuffQuest'
ModifierCannotBeReplaced = require 'app/sdk/modifiers/modifierCannotBeReplaced'
ModifierIntensify = require 'app/sdk/modifiers/modifierIntensify'
ModifierCounterIntensify = require 'app/sdk/modifiers/modifierCounterIntensify'
ModifierCannotBeRemovedFromHand = require 'app/sdk/modifiers/modifierCannotBeRemovedFromHand'
PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest = require 'app/sdk/playerModifiers/playerModifierEmblemSummonWatchFromHandMagmarBuffQuest'
SpellFilterType = require 'app/sdk/spells/spellFilterType'
SpellDamageNotKillMinion = require 'app/sdk/spells/spellDamageNotKillMinion'
SpellApplyModifiers = require 'app/sdk/spells/spellApplyModifiers'
SpellReggplicate = require 'app/sdk/spells/spellReggplicate'
SpellMarchOfTheBrontos = require 'app/sdk/spells/spellMarchOfTheBrontos'
SpellYellRealLoud = require 'app/sdk/spells/spellYellRealLoud'
SpellIntensifyHealMyGeneral = require 'app/sdk/spells/spellIntensifyHealMyGeneral'
i18next = require 'i18next'
if i18next.t() is undefined
i18next.t = (text) ->
return text
class CardFactory_CoreshatterSet_Faction5
###*
* Returns a card that matches the identifier.
* @param {Number|String} identifier
* @param {GameSession} gameSession
* @returns {Card}
###
@cardForIdentifier: (identifier,gameSession) ->
card = null
if (identifier == Cards.Faction5.Dinomancer)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Trial: Cast 7 spells that cause a minion to gain +Attack.\nDestiny: Minions summoned from your action bar gain Rush and Frenzy.")
card.atk = 5
card.maxHP = 4
card.manaCost = 4
card.rarityId = Rarity.Mythron
emblemModifier = PlayerModifierEmblemSummonWatchFromHandMagmarBuffQuest.createContextObject([ModifierFirstBlood.createContextObject(), ModifierFrenzy.createContextObject()])
emblemModifier.appliedName = "Spark of Hatred"
emblemModifier.appliedDescription = "Minions summoned from your action bar have Rush and Frenzy."
card.setInherentModifiersContextObjects([
ModifierStartsInHand.createContextObject(),
ModifierCannotBeReplaced.createContextObject(),
ModifierOnSummonFromHandApplyEmblems.createContextObject([emblemModifier], true, false),
ModifierFateMagmarBuffQuest.createContextObject(7),
ModifierCannotBeRemovedFromHand.createContextObject()
])
card.addKeywordClassToInclude(ModifierFirstBlood)
card.addKeywordClassToInclude(ModifierFrenzy)
card.setFXResource(["FX.Cards.Neutral.Ironclad"])
card.setBoundingBoxWidth(130)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_spell_immolation_b.audio
walk : RSX.sfx_unit_run_charge_4.audio
attack : RSX.sfx_f1ironcliffeguardian_attack_swing.audio
receiveDamage : RSX.sfx_f1ironcliffeguardian_hit.audio
attackDamage : RSX.sfx_f1ironcliffeguardian_attack_impact.audio
death : RSX.sfx_f1ironcliffeguardian_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5DinomancerBreathing.name
idle : RSX.f5DinomancerIdle.name
walk : RSX.f5DinomancerRun.name
attack : RSX.f5DinomancerAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.7
damage : RSX.f5DinomancerHit.name
death : RSX.f5DinomancerDeath.name
)
if (identifier == Cards.Faction5.IncreasingDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Intensify: This minion gains +1/+1.")
card.atk = 1
card.maxHP = 2
card.manaCost = 2
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([
ModifierIntensifyBuffSelf.createContextObject(1,1,"Even More Angered")
ModifierCounterIntensify.createContextObject()
])
card.setFXResource(["FX.Cards.Neutral.VineEntangler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_komodocharger_attack_swing.audio
receiveDamage : RSX.sfx_f6_ancientgrove_hit.audio
attackDamage : RSX.sfx_f6_ancientgrove_attack_impact.audio
death : RSX.sfx_f6_ancientgrove_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5PteryxBreathing.name
idle : RSX.f5PteryxIdle.name
walk : RSX.f5PteryxRun.name
attack : RSX.f5PteryxAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5PteryxHit.name
death : RSX.f5PteryxDeath.name
)
if (identifier == Cards.Spell.IncreasingHeal)
card = new SpellIntensifyHealMyGeneral(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.IncreasingHeal
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Intensify: Restore 3 Health to your General.")
card.manaCost = 2
card.healAmount = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.None
card.addKeywordClassToInclude(ModifierIntensify)
card.setInherentModifiersContextObjects([ModifierCounterIntensify.createContextObject()])
card.setFXResource(["FX.Cards.Spell.Invigoration"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_lionheartblessing.audio
)
card.setBaseAnimResource(
idle : RSX.iconIncreasingHealthIdle.name
active : RSX.iconIncreasingHealthActive.name
)
if (identifier == Cards.Faction5.Firebreather)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Ranged\nWhenever this minion attacks, it also damages enemies around its target.")
card.atk = 4
card.maxHP = 4
card.manaCost = 5
card.rarityId = Rarity.Epic
card.setInherentModifiersContextObjects([
ModifierMyAttackWatchAreaAttack.createContextObject(),
ModifierRanged.createContextObject()
])
card.setFXResource(["FX.Cards.Faction5.Firebreather"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_1.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_firespitter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firespitter_hit.audio
attackDamage : RSX.sfx_neutral_firespitter_attack_impact.audio
death : RSX.sfx_neutral_firespitter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5FireBreatherBreathing.name
idle : RSX.f5FireBreatherIdle.name
walk : RSX.f5FireBreatherRun.name
attack : RSX.f5FireBreatherAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5FireBreatherHit.name
death : RSX.f5FireBreatherDeath.name
)
if (identifier == Cards.Faction5.ToughDino)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Takes no damage from minions with less Attack.")
card.atk = 3
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Rare
card.setInherentModifiersContextObjects([ModifierImmuneToDamageByWeakerEnemies.createContextObject(false)])
card.setFXResource(["FX.Cards.Neutral.RazorcragGolem"])
card.setBoundingBoxWidth(80)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_stormmetalgolem_attack_swing.audio
receiveDamage : RSX.sfx_neutral_stormmetalgolem_hit.audio
attackDamage : RSX.sfx_neutral_stormmetalgolem_attack_impact.audio
death : RSX.sfx_neutral_stormmetalgolem_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5OrphanAspectBreathing.name
idle : RSX.f5OrphanAspectIdle.name
walk : RSX.f5OrphanAspectRun.name
attack : RSX.f5OrphanAspectAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5OrphanAspectHit.name
death : RSX.f5OrphanAspectDeath.name
)
if (identifier == Cards.Faction5.Armadops)
card = new Unit(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.name = "PI:NAME:<NAME>END_PIisaur"
card.setDescription("Grow: +1/+1.\nWhenever another friendly minion with Grow survives damage, that minion grows.")
card.atk = 2
card.maxHP = 5
card.manaCost = 3
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([
ModifierMyOtherMinionsDamagedWatchDamagedMinionGrows.createContextObject(),
ModifierGrow.createContextObject(1)
])
card.setFXResource(["FX.Cards.Neutral.ThornNeedler"])
card.setBaseSoundResource(
apply : RSX.sfx_unit_deploy_3.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_neutral_bluetipscorpion_attack_swing.audio
receiveDamage : RSX.sfx_neutral_bluetipscorpion_hit.audio
attackDamage : RSX.sfx_neutral_bluetipscorpion_attack_impact.audio
death : RSX.sfx_neutral_bluetipscorpion_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5AnkylosBreathing.name
idle : RSX.f5AnkylosIdle.name
walk : RSX.f5AnkylosRun.name
attack : RSX.f5AnkylosAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.4
damage : RSX.f5AnkylosHit.name
death : RSX.f5AnkylosDeath.name
)
if (identifier == Cards.Faction5.BurstLizard)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Opening Gambit: Deal 1 damage to everything (including itself).")
card.atk = 2
card.maxHP = 4
card.manaCost = 3
card.rarityId = Rarity.Common
card.setInherentModifiersContextObjects([ModifierOpeningGambitDamageEverything.createContextObject(1, true)])
card.setFXResource(["FX.Cards.Neutral.BlisteringSkorn"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_blindscorch.audio
walk : RSX.sfx_neutral_firestarter_impact.audio
attack : RSX.sfx_neutral_firestarter_attack_swing.audio
receiveDamage : RSX.sfx_neutral_firestarter_hit.audio
attackDamage : RSX.sfx_neutral_firestarter_impact.audio
death : RSX.sfx_neutral_firestarter_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BurstLizardBreathing.name
idle : RSX.f5BurstLizardIdle.name
walk : RSX.f5BurstLizardRun.name
attack : RSX.f5BurstLizardAttack.name
attackReleaseDelay: 0.0
attackDelay: 1.2
damage : RSX.f5BurstLizardHit.name
death : RSX.f5BurstLizardDeath.name
)
if (identifier == Cards.Spell.Spaghettify)
card = new SpellDamageNotKillMinion(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Spaghettify
card.name = "Deep Impact"
card.setDescription("Deal damage to a minion to reduce its Health to 1.")
card.manaCost = 2
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setFXResource(["FX.Cards.Spell.DeepImpact"])
card.setBaseAnimResource(
idle : RSX.iconMeteorIdle.name
active : RSX.iconMeteorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
if (identifier == Cards.Spell.BigTime)
card = new SpellApplyModifiers(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.BigTime
card.name = "PI:NAME:<NAME>END_PIargantuan Growth"
card.setDescription("Give a minion, \"Grow: +8/+8.\"")
card.manaCost = 4
card.rarityId = Rarity.Rare
card.spellFilterType = SpellFilterType.NeutralDirect
card.canTargetGeneral = false
card.setTargetModifiersContextObjects([ModifierGrow.createContextObject(8)])
card.setFXResource(["FX.Cards.Spell.GargantuanGrowth"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_fractalreplication.audio
)
card.setBaseAnimResource(
idle : RSX.iconBigTimeIdle.name
active : RSX.iconBigTimeActive.name
)
if (identifier == Cards.Artifact.EggArmor)
card = new Artifact(gameSession)
card.setCardSetId(CardSet.Coreshatter)
card.factionId = Factions.Faction5
card.id = Cards.Artifact.EggArmor
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Your General has +1 Attack.\nYour Eggs have Forcefield.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.durability = 3
eggs = [
Cards.Faction5.Egg
]
card.setTargetModifiersContextObjects([
Modifier.createContextObjectWithAttributeBuffs(1,undefined),
Modifier.createContextObjectWithAuraForAllAllies([ModifierForcefield.createContextObject()], null, eggs)
])
card.addKeywordClassToInclude(ModifierForcefield)
card.setFXResource(["FX.Cards.Artifact.OblivionSickle"])
card.setBaseAnimResource(
idle: RSX.iconEggArmorIdle.name
active: RSX.iconEggArmorActive.name
)
card.setBaseSoundResource(
apply : RSX.sfx_victory_crest.audio
)
if (identifier == Cards.Spell.Reggplicate)
card = new SpellReggplicate(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.Reggplicate
card.name = "PI:NAME:<NAME>END_PIotic Induction"
card.setDescription("Summon an Egg of the minion most recently summoned from your action bar.")
card.manaCost = 2
card.rarityId = Rarity.Epic
card.spellFilterType = SpellFilterType.SpawnSource
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.MitoticInduction"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_disintegrate.audio
)
card.setBaseAnimResource(
idle : RSX.iconReggsplicateIdle.name
active : RSX.iconReggsplicateActive.name
)
if (identifier == Cards.Faction5.Megabrontodon)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.setIsHiddenInCollection(true)
card.name = "PI:NAME:<NAME>END_PIatastrophosaurus"
card.atk = 6
card.maxHP = 26
card.manaCost = 5
card.rarityId = Rarity.TokenUnit
card.addKeywordClassToInclude(ModifierToken)
card.setFXResource(["FX.Cards.Neutral.Khymera"])
card.setBoundingBoxWidth(145)
card.setBoundingBoxHeight(95)
card.setBaseSoundResource(
apply : RSX.sfx_summonlegendary.audio
walk : RSX.sfx_neutral_rook_hit.audio
attack : RSX.sfx_neutral_khymera_attack_swing.audio
receiveDamage : RSX.sfx_neutral_khymera_hit.audio
attackDamage : RSX.sfx_neutral_khymera_impact.audio
death : RSX.sfx_neutral_khymera_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5MegaBrontodonBreathing.name
idle : RSX.f5MegaBrontodonIdle.name
walk : RSX.f5MegaBrontodonRun.name
attack : RSX.f5MegaBrontodonAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.7
damage : RSX.f5MegaBrontodonHit.name
death : RSX.f5MegaBrontodonDeath.name
)
if (identifier == Cards.Spell.MarchOfTheBrontos)
card = new SpellMarchOfTheBrontos(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.MarchOfTheBrontos
card.name = "Extinction Event"
card.setDescription("Each of your Eggs hatches into a Katastrophosaurus.")
card.manaCost = 8
card.rarityId = Rarity.Legendary
card.spellFilterType = SpellFilterType.NeutralIndirect
card.radius = CONFIG.WHOLE_BOARD_RADIUS
card.addKeywordClassToInclude(ModifierTokenCreator)
card.setFXResource(["FX.Cards.Spell.ExtinctionEvent"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_darktransformation.audio
)
card.setBaseAnimResource(
idle : RSX.iconMarchBrontodonIdle.name
active : RSX.iconMarchBrontodonActive.name
)
if (identifier == Cards.Spell.YellRealLoud)
card = new SpellYellRealLoud(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.id = Cards.Spell.YellRealLoud
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Give a friendly minion +3 Attack.\nStun enemy minions around it.")
card.manaCost = 3
card.rarityId = Rarity.Common
card.spellFilterType = SpellFilterType.AllyDirect
statContextObject = Modifier.createContextObjectWithAttributeBuffs(3,0)
statContextObject.appliedName = "Yelled Real Loud"
card.setTargetModifiersContextObjects([
statContextObject
])
card.addKeywordClassToInclude(ModifierStun)
card.setFXResource(["FX.Cards.Spell.Bellow"])
card.setBaseSoundResource(
apply : RSX.sfx_neutral_windstopper_attack_impact.audio
)
card.setBaseAnimResource(
idle : RSX.iconYellLoudIdle.name
active : RSX.iconYellLoudActive.name
)
if (identifier == Cards.Faction5.BrundlBeast)
card = new Unit(gameSession)
card.factionId = Factions.Faction5
card.setCardSetId(CardSet.Coreshatter)
card.name = "PI:NAME:<NAME>END_PI"
card.setDescription("Whenever this minion takes damage, your opponent draws a card.")
card.atk = 7
card.maxHP = 6
card.manaCost = 4
card.rarityId = Rarity.Legendary
card.setInherentModifiersContextObjects([ModifierTakeDamageWatchOpponentDrawCard.createContextObject()])
card.setBoundingBoxWidth(60)
card.setBoundingBoxHeight(90)
card.setFXResource(["FX.Cards.Faction2.CelestialPhantom"])
card.setBaseSoundResource(
apply : RSX.sfx_spell_deathstrikeseal.audio
walk : RSX.sfx_singe2.audio
attack : RSX.sfx_f2_celestialphantom_attack_swing.audio
receiveDamage : RSX.sfx_f2_celestialphantom_hit.audio
attackDamage : RSX.sfx_f2_celestialphantom_attack_impact.audio
death : RSX.sfx_f2_celestialphantom_death.audio
)
card.setBaseAnimResource(
breathing : RSX.f5BrundlebeastBreathing.name
idle : RSX.f5BrundlebeastIdle.name
walk : RSX.f5BrundlebeastRun.name
attack : RSX.f5BrundlebeastAttack.name
attackReleaseDelay: 0.0
attackDelay: 0.6
damage : RSX.f5BrundlebeastHit.name
death : RSX.f5BrundlebeastDeath.name
)
return card
module.exports = CardFactory_CoreshatterSet_Faction5
|
[
{
"context": "SONBlob').andCallFake (key) =>\n if key is \"NylasSyncWorker:#{TEST_ACCOUNT_ID}\"\n return Promise.resolve ",
"end": 1073,
"score": 0.9041265249252319,
"start": 1058,
"tag": "KEY",
"value": "lasSyncWorker:#"
},
{
"context": "e (key) =>\n return 'old-school' if key is \"nylas.#{@account.id}.cursor\"\n return undefined\n\n ",
"end": 6612,
"score": 0.9909737706184387,
"start": 6604,
"tag": "KEY",
"value": "nylas.#{"
},
{
"context": " return 'old-school' if key is \"nylas.#{@account.id}.cursor\"\n return undefined\n\n worker = new Nyl",
"end": 6631,
"score": 0.9699544310569763,
"start": 6621,
"tag": "KEY",
"value": "id}.cursor"
}
] | app/internal_packages/worker-sync/spec/nylas-sync-worker-spec.coffee | immershy/nodemail | 0 | _ = require 'underscore'
{Actions, DatabaseStore, DatabaseTransaction, Account, Thread} = require 'nylas-exports'
NylasLongConnection = require '../lib/nylas-long-connection'
NylasSyncWorker = require '../lib/nylas-sync-worker'
describe "NylasSyncWorker", ->
beforeEach ->
@apiRequests = []
@api =
APIRoot: 'https://api.nylas.com'
pluginsSupported: true
accessTokenForAccountId: =>
'123'
makeRequest: (requestOptions) =>
@apiRequests.push({requestOptions})
getCollection: (account, model, params, requestOptions) =>
@apiRequests.push({account, model, params, requestOptions})
getThreads: (account, params, requestOptions) =>
@apiRequests.push({account, model:'threads', params, requestOptions})
@apiCursorStub = undefined
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) -> cb()
spyOn(DatabaseTransaction.prototype, 'persistJSONBlob').andReturn(Promise.resolve())
spyOn(DatabaseStore, 'findJSONBlob').andCallFake (key) =>
if key is "NylasSyncWorker:#{TEST_ACCOUNT_ID}"
return Promise.resolve _.extend {}, {
"cursor": @apiCursorStub
"contacts":
busy: true
complete: false
"calendars":
busy:false
complete: true
}
else if key.indexOf('ContactRankings') is 0
return Promise.resolve([])
else
return throw new Error("Not stubbed! #{key}")
@account = new Account(clientId: TEST_ACCOUNT_CLIENT_ID, serverId: TEST_ACCOUNT_ID, organizationUnit: 'label')
@worker = new NylasSyncWorker(@api, @account)
@worker._metadata = {"a": [{"id":"b"}]}
@connection = @worker.connection()
spyOn(@connection, 'start')
advanceClock()
it "should reset `busy` to false when reading state from disk", ->
@worker = new NylasSyncWorker(@api, @account)
spyOn(@worker, 'resume')
advanceClock()
expect(@worker.state().contacts.busy).toEqual(false)
describe "start", ->
it "should open the delta connection", ->
@worker.start()
advanceClock()
expect(@connection.start).toHaveBeenCalled()
it "should start querying for model collections and counts that haven't been fully cached", ->
@worker.start()
advanceClock()
expect(@apiRequests.length).toBe(12)
modelsRequested = _.compact _.map @apiRequests, ({model}) -> model
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
countsRequested = _.compact _.map @apiRequests, ({requestOptions}) ->
if requestOptions.qs?.view is 'count'
return requestOptions.path
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
expect(countsRequested).toEqual(['/threads', '/messages', '/labels', '/drafts', '/contacts', '/events'])
it "should fetch 1000 labels and folders, to prevent issues where Inbox is not in the first page", ->
labelsRequest = _.find @apiRequests, (r) -> r.model is 'labels'
expect(labelsRequest.params.limit).toBe(1000)
it "should mark incomplete collections as `busy`", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].busy).toEqual(true)
it "should initialize count and fetched to 0", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].fetched).toEqual(0)
expect(nextState[collection].count).toEqual(0)
it "after failures, it should attempt to resume periodically but back off as failures continue", ->
simulateNetworkFailure = =>
@apiRequests[1].requestOptions.error({statusCode: 400})
@apiRequests = []
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(1)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(5)
it "handles the request as a failure if we try and grab labels or folders without an 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(2)
it "handles the request as a success if we try and grab labels or folders and it includes the 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([{name: "inbox"}, {name: "archive"}])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(1)
describe "delta streaming cursor", ->
it "should read the cursor from the database, and the old config format", ->
spyOn(NylasLongConnection.prototype, 'withCursor').andCallFake =>
@apiCursorStub = undefined
# no cursor present
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(false)
# cursor present in config
spyOn(NylasEnv.config, 'get').andCallFake (key) =>
return 'old-school' if key is "nylas.#{@account.id}.cursor"
return undefined
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('old-school')
# cursor present in database, overrides cursor in config
@apiCursorStub = "new-school"
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('new-school')
describe "when a count request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[0]
@apiRequests = []
it "should update the count on the collection", ->
@request.requestOptions.success({count: 1001})
nextState = @worker.state()
expect(nextState.threads.count).toEqual(1001)
describe "resume", ->
it "should fetch metadata first and fetch other collections when metadata is ready", ->
fetchAllMetadataCallback = null
jasmine.unspy(NylasSyncWorker.prototype, 'fetchAllMetadata')
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) =>
fetchAllMetadataCallback = cb
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker.fetchAllMetadata).toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).toBe(0)
fetchAllMetadataCallback()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should not fetch metadata pages if pluginsSupported is false", ->
@api.pluginsSupported = false
spyOn(NylasSyncWorker.prototype, '_fetchWithErrorHandling')
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker._fetchWithErrorHandling).not.toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should fetch collections for which `shouldFetchCollection` returns true", ->
spyOn(@worker, 'fetchCollection')
spyOn(@worker, 'shouldFetchCollection').andCallFake (collection) =>
return collection in ['threads', 'labels', 'drafts']
@worker.resume()
expect(@worker.fetchCollection.calls.map (call) -> call.args[0]).toEqual(['threads', 'labels', 'drafts'])
it "should be called when Actions.retrySync is received", ->
spyOn(@worker, 'resume').andCallThrough()
Actions.retrySync()
expect(@worker.resume).toHaveBeenCalled()
describe "shouldFetchCollection", ->
it "should return false if the collection sync is already in progress", ->
@worker._state.threads = {
'busy': true
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return false if the collection sync is already complete", ->
@worker._state.threads = {
'busy': false
'complete': true
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return true otherwise", ->
@worker._state.threads = {
'busy': false
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(true)
@worker._state.threads = undefined
expect(@worker.shouldFetchCollection('threads')).toBe(true)
describe "fetchCollection", ->
beforeEach ->
@apiRequests = []
it "should start the request for the model count", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[0].requestOptions.path).toBe('/threads')
expect(@apiRequests[0].requestOptions.qs.view).toBe('count')
it "should pass any metadata it preloaded", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].requestOptions.metadataToAttach).toBe(@worker._metadata)
describe "when there is not a previous page failure (`errorRequestRange`)", ->
it "should start the first request for models", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].params.offset).toBe(0)
describe "when there is a previous page failure (`errorRequestRange`)", ->
beforeEach ->
@worker._state.threads =
'count': 1200
'fetched': 100
'busy': false
'complete': false
'error': new Error("Something bad")
'errorRequestRange':
offset: 100
limit: 50
it "should start paginating from the request that failed", ->
@worker.fetchCollection('threads')
expect(@apiRequests[0].model).toBe('threads')
expect(@apiRequests[0].params.offset).toBe(100)
expect(@apiRequests[0].params.limit).toBe(50)
it "should not reset the `count`, `fetched` or start fetching the count", ->
@worker.fetchCollection('threads')
expect(@worker._state.threads.fetched).toBe(100)
expect(@worker._state.threads.count).toBe(1200)
expect(@apiRequests.length).toBe(1)
describe 'when maxFetchCount option is specified', ->
it "should only fetch maxFetch count on the first request if it is less than initialPageSize", ->
@worker._state.messages =
count: 1000
fetched: 0
@worker.fetchCollection('messages', {initialPageSize: 30, maxFetchCount: 25})
expect(@apiRequests[0].params.offset).toBe 0
expect(@apiRequests[0].params.limit).toBe 25
it "sould only fetch the maxFetchCount when restoring from saved state", ->
@worker._state.messages =
count: 1000
fetched: 470
errorRequestRange: {
limit: 50,
offset: 470,
}
@worker.fetchCollection('messages', {maxFetchCount: 500})
expect(@apiRequests[0].params.offset).toBe 470
expect(@apiRequests[0].params.limit).toBe 30
describe "fetchCollectionPage", ->
beforeEach ->
@apiRequests = []
describe 'when maxFetchCount option is specified', ->
it 'should not fetch next page if maxFetchCount has been reached', ->
@worker._state.messages =
count: 1000
fetched: 470
@worker.fetchCollectionPage('messages', {limit: 30, offset: 470}, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 500
advanceClock(2000)
expect(@apiRequests.length).toBe 1
it 'should limit by maxFetchCount when requesting the next page', ->
@worker._state.messages =
count: 1000
fetched: 450
@worker.fetchCollectionPage('messages', {limit: 30, offset: 450 }, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 480
advanceClock(2000)
expect(@apiRequests[1].params.offset).toBe 480
expect(@apiRequests[1].params.limit).toBe 20
describe "when an API request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[1]
@apiRequests = []
describe "successfully, with models", ->
it "should start out by requesting a small number of items", ->
expect(@request.params.limit).toBe NylasSyncWorker.INITIAL_PAGE_SIZE
it "should request the next page", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.offset).toEqual @request.params.offset + pageSize
it "increase the limit on the next page load by 50%", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual pageSize * 1.5,
it "never requests more then MAX_PAGE_SIZE", ->
pageSize = @request.params.limit = NylasSyncWorker.MAX_PAGE_SIZE
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual NylasSyncWorker.MAX_PAGE_SIZE
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(0)
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
expect(@worker.state().threads.fetched).toEqual(pageSize)
describe "successfully, with fewer models than requested", ->
beforeEach ->
models = []
models.push(new Thread) for i in [0..100]
@request.requestOptions.success(models)
it "should not request another page", ->
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(101)
describe "successfully, with no models", ->
it "should not request another page", ->
@request.requestOptions.success([])
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
@request.requestOptions.success([])
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
describe "with an error", ->
it "should log the error to the state, along with the range that failed", ->
err = new Error("Oh no a network error")
@request.requestOptions.error(err)
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(false)
expect(@worker.state().threads.error).toEqual(err.toString())
expect(@worker.state().threads.errorRequestRange).toEqual({offset: 0, limit: 30})
it "should not request another page", ->
@request.requestOptions.error(new Error("Oh no a network error"))
expect(@apiRequests.length).toBe(0)
describe "succeeds after a previous error", ->
beforeEach ->
@worker._state.threads.error = new Error("Something bad happened")
@worker._state.threads.errorRequestRange = {limit: 10, offset: 10}
@request.requestOptions.success([])
advanceClock(1)
it "should clear any previous error", ->
expect(@worker.state().threads.error).toEqual(null)
expect(@worker.state().threads.errorRequestRange).toEqual(null)
describe "cleanup", ->
it "should termiate the delta connection", ->
spyOn(@connection, 'end')
@worker.cleanup()
expect(@connection.end).toHaveBeenCalled()
it "should stop trying to restart failed collection syncs", ->
spyOn(console, 'log')
spyOn(@worker, 'resume').andCallThrough()
@worker.cleanup()
advanceClock(50000)
expect(@worker.resume.callCount).toBe(0)
| 143468 | _ = require 'underscore'
{Actions, DatabaseStore, DatabaseTransaction, Account, Thread} = require 'nylas-exports'
NylasLongConnection = require '../lib/nylas-long-connection'
NylasSyncWorker = require '../lib/nylas-sync-worker'
describe "NylasSyncWorker", ->
beforeEach ->
@apiRequests = []
@api =
APIRoot: 'https://api.nylas.com'
pluginsSupported: true
accessTokenForAccountId: =>
'123'
makeRequest: (requestOptions) =>
@apiRequests.push({requestOptions})
getCollection: (account, model, params, requestOptions) =>
@apiRequests.push({account, model, params, requestOptions})
getThreads: (account, params, requestOptions) =>
@apiRequests.push({account, model:'threads', params, requestOptions})
@apiCursorStub = undefined
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) -> cb()
spyOn(DatabaseTransaction.prototype, 'persistJSONBlob').andReturn(Promise.resolve())
spyOn(DatabaseStore, 'findJSONBlob').andCallFake (key) =>
if key is "Ny<KEY>{TEST_ACCOUNT_ID}"
return Promise.resolve _.extend {}, {
"cursor": @apiCursorStub
"contacts":
busy: true
complete: false
"calendars":
busy:false
complete: true
}
else if key.indexOf('ContactRankings') is 0
return Promise.resolve([])
else
return throw new Error("Not stubbed! #{key}")
@account = new Account(clientId: TEST_ACCOUNT_CLIENT_ID, serverId: TEST_ACCOUNT_ID, organizationUnit: 'label')
@worker = new NylasSyncWorker(@api, @account)
@worker._metadata = {"a": [{"id":"b"}]}
@connection = @worker.connection()
spyOn(@connection, 'start')
advanceClock()
it "should reset `busy` to false when reading state from disk", ->
@worker = new NylasSyncWorker(@api, @account)
spyOn(@worker, 'resume')
advanceClock()
expect(@worker.state().contacts.busy).toEqual(false)
describe "start", ->
it "should open the delta connection", ->
@worker.start()
advanceClock()
expect(@connection.start).toHaveBeenCalled()
it "should start querying for model collections and counts that haven't been fully cached", ->
@worker.start()
advanceClock()
expect(@apiRequests.length).toBe(12)
modelsRequested = _.compact _.map @apiRequests, ({model}) -> model
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
countsRequested = _.compact _.map @apiRequests, ({requestOptions}) ->
if requestOptions.qs?.view is 'count'
return requestOptions.path
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
expect(countsRequested).toEqual(['/threads', '/messages', '/labels', '/drafts', '/contacts', '/events'])
it "should fetch 1000 labels and folders, to prevent issues where Inbox is not in the first page", ->
labelsRequest = _.find @apiRequests, (r) -> r.model is 'labels'
expect(labelsRequest.params.limit).toBe(1000)
it "should mark incomplete collections as `busy`", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].busy).toEqual(true)
it "should initialize count and fetched to 0", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].fetched).toEqual(0)
expect(nextState[collection].count).toEqual(0)
it "after failures, it should attempt to resume periodically but back off as failures continue", ->
simulateNetworkFailure = =>
@apiRequests[1].requestOptions.error({statusCode: 400})
@apiRequests = []
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(1)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(5)
it "handles the request as a failure if we try and grab labels or folders without an 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(2)
it "handles the request as a success if we try and grab labels or folders and it includes the 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([{name: "inbox"}, {name: "archive"}])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(1)
describe "delta streaming cursor", ->
it "should read the cursor from the database, and the old config format", ->
spyOn(NylasLongConnection.prototype, 'withCursor').andCallFake =>
@apiCursorStub = undefined
# no cursor present
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(false)
# cursor present in config
spyOn(NylasEnv.config, 'get').andCallFake (key) =>
return 'old-school' if key is "<KEY>@account.<KEY>"
return undefined
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('old-school')
# cursor present in database, overrides cursor in config
@apiCursorStub = "new-school"
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('new-school')
describe "when a count request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[0]
@apiRequests = []
it "should update the count on the collection", ->
@request.requestOptions.success({count: 1001})
nextState = @worker.state()
expect(nextState.threads.count).toEqual(1001)
describe "resume", ->
it "should fetch metadata first and fetch other collections when metadata is ready", ->
fetchAllMetadataCallback = null
jasmine.unspy(NylasSyncWorker.prototype, 'fetchAllMetadata')
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) =>
fetchAllMetadataCallback = cb
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker.fetchAllMetadata).toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).toBe(0)
fetchAllMetadataCallback()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should not fetch metadata pages if pluginsSupported is false", ->
@api.pluginsSupported = false
spyOn(NylasSyncWorker.prototype, '_fetchWithErrorHandling')
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker._fetchWithErrorHandling).not.toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should fetch collections for which `shouldFetchCollection` returns true", ->
spyOn(@worker, 'fetchCollection')
spyOn(@worker, 'shouldFetchCollection').andCallFake (collection) =>
return collection in ['threads', 'labels', 'drafts']
@worker.resume()
expect(@worker.fetchCollection.calls.map (call) -> call.args[0]).toEqual(['threads', 'labels', 'drafts'])
it "should be called when Actions.retrySync is received", ->
spyOn(@worker, 'resume').andCallThrough()
Actions.retrySync()
expect(@worker.resume).toHaveBeenCalled()
describe "shouldFetchCollection", ->
it "should return false if the collection sync is already in progress", ->
@worker._state.threads = {
'busy': true
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return false if the collection sync is already complete", ->
@worker._state.threads = {
'busy': false
'complete': true
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return true otherwise", ->
@worker._state.threads = {
'busy': false
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(true)
@worker._state.threads = undefined
expect(@worker.shouldFetchCollection('threads')).toBe(true)
describe "fetchCollection", ->
beforeEach ->
@apiRequests = []
it "should start the request for the model count", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[0].requestOptions.path).toBe('/threads')
expect(@apiRequests[0].requestOptions.qs.view).toBe('count')
it "should pass any metadata it preloaded", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].requestOptions.metadataToAttach).toBe(@worker._metadata)
describe "when there is not a previous page failure (`errorRequestRange`)", ->
it "should start the first request for models", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].params.offset).toBe(0)
describe "when there is a previous page failure (`errorRequestRange`)", ->
beforeEach ->
@worker._state.threads =
'count': 1200
'fetched': 100
'busy': false
'complete': false
'error': new Error("Something bad")
'errorRequestRange':
offset: 100
limit: 50
it "should start paginating from the request that failed", ->
@worker.fetchCollection('threads')
expect(@apiRequests[0].model).toBe('threads')
expect(@apiRequests[0].params.offset).toBe(100)
expect(@apiRequests[0].params.limit).toBe(50)
it "should not reset the `count`, `fetched` or start fetching the count", ->
@worker.fetchCollection('threads')
expect(@worker._state.threads.fetched).toBe(100)
expect(@worker._state.threads.count).toBe(1200)
expect(@apiRequests.length).toBe(1)
describe 'when maxFetchCount option is specified', ->
it "should only fetch maxFetch count on the first request if it is less than initialPageSize", ->
@worker._state.messages =
count: 1000
fetched: 0
@worker.fetchCollection('messages', {initialPageSize: 30, maxFetchCount: 25})
expect(@apiRequests[0].params.offset).toBe 0
expect(@apiRequests[0].params.limit).toBe 25
it "sould only fetch the maxFetchCount when restoring from saved state", ->
@worker._state.messages =
count: 1000
fetched: 470
errorRequestRange: {
limit: 50,
offset: 470,
}
@worker.fetchCollection('messages', {maxFetchCount: 500})
expect(@apiRequests[0].params.offset).toBe 470
expect(@apiRequests[0].params.limit).toBe 30
describe "fetchCollectionPage", ->
beforeEach ->
@apiRequests = []
describe 'when maxFetchCount option is specified', ->
it 'should not fetch next page if maxFetchCount has been reached', ->
@worker._state.messages =
count: 1000
fetched: 470
@worker.fetchCollectionPage('messages', {limit: 30, offset: 470}, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 500
advanceClock(2000)
expect(@apiRequests.length).toBe 1
it 'should limit by maxFetchCount when requesting the next page', ->
@worker._state.messages =
count: 1000
fetched: 450
@worker.fetchCollectionPage('messages', {limit: 30, offset: 450 }, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 480
advanceClock(2000)
expect(@apiRequests[1].params.offset).toBe 480
expect(@apiRequests[1].params.limit).toBe 20
describe "when an API request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[1]
@apiRequests = []
describe "successfully, with models", ->
it "should start out by requesting a small number of items", ->
expect(@request.params.limit).toBe NylasSyncWorker.INITIAL_PAGE_SIZE
it "should request the next page", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.offset).toEqual @request.params.offset + pageSize
it "increase the limit on the next page load by 50%", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual pageSize * 1.5,
it "never requests more then MAX_PAGE_SIZE", ->
pageSize = @request.params.limit = NylasSyncWorker.MAX_PAGE_SIZE
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual NylasSyncWorker.MAX_PAGE_SIZE
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(0)
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
expect(@worker.state().threads.fetched).toEqual(pageSize)
describe "successfully, with fewer models than requested", ->
beforeEach ->
models = []
models.push(new Thread) for i in [0..100]
@request.requestOptions.success(models)
it "should not request another page", ->
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(101)
describe "successfully, with no models", ->
it "should not request another page", ->
@request.requestOptions.success([])
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
@request.requestOptions.success([])
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
describe "with an error", ->
it "should log the error to the state, along with the range that failed", ->
err = new Error("Oh no a network error")
@request.requestOptions.error(err)
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(false)
expect(@worker.state().threads.error).toEqual(err.toString())
expect(@worker.state().threads.errorRequestRange).toEqual({offset: 0, limit: 30})
it "should not request another page", ->
@request.requestOptions.error(new Error("Oh no a network error"))
expect(@apiRequests.length).toBe(0)
describe "succeeds after a previous error", ->
beforeEach ->
@worker._state.threads.error = new Error("Something bad happened")
@worker._state.threads.errorRequestRange = {limit: 10, offset: 10}
@request.requestOptions.success([])
advanceClock(1)
it "should clear any previous error", ->
expect(@worker.state().threads.error).toEqual(null)
expect(@worker.state().threads.errorRequestRange).toEqual(null)
describe "cleanup", ->
it "should termiate the delta connection", ->
spyOn(@connection, 'end')
@worker.cleanup()
expect(@connection.end).toHaveBeenCalled()
it "should stop trying to restart failed collection syncs", ->
spyOn(console, 'log')
spyOn(@worker, 'resume').andCallThrough()
@worker.cleanup()
advanceClock(50000)
expect(@worker.resume.callCount).toBe(0)
| true | _ = require 'underscore'
{Actions, DatabaseStore, DatabaseTransaction, Account, Thread} = require 'nylas-exports'
NylasLongConnection = require '../lib/nylas-long-connection'
NylasSyncWorker = require '../lib/nylas-sync-worker'
describe "NylasSyncWorker", ->
beforeEach ->
@apiRequests = []
@api =
APIRoot: 'https://api.nylas.com'
pluginsSupported: true
accessTokenForAccountId: =>
'123'
makeRequest: (requestOptions) =>
@apiRequests.push({requestOptions})
getCollection: (account, model, params, requestOptions) =>
@apiRequests.push({account, model, params, requestOptions})
getThreads: (account, params, requestOptions) =>
@apiRequests.push({account, model:'threads', params, requestOptions})
@apiCursorStub = undefined
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) -> cb()
spyOn(DatabaseTransaction.prototype, 'persistJSONBlob').andReturn(Promise.resolve())
spyOn(DatabaseStore, 'findJSONBlob').andCallFake (key) =>
if key is "NyPI:KEY:<KEY>END_PI{TEST_ACCOUNT_ID}"
return Promise.resolve _.extend {}, {
"cursor": @apiCursorStub
"contacts":
busy: true
complete: false
"calendars":
busy:false
complete: true
}
else if key.indexOf('ContactRankings') is 0
return Promise.resolve([])
else
return throw new Error("Not stubbed! #{key}")
@account = new Account(clientId: TEST_ACCOUNT_CLIENT_ID, serverId: TEST_ACCOUNT_ID, organizationUnit: 'label')
@worker = new NylasSyncWorker(@api, @account)
@worker._metadata = {"a": [{"id":"b"}]}
@connection = @worker.connection()
spyOn(@connection, 'start')
advanceClock()
it "should reset `busy` to false when reading state from disk", ->
@worker = new NylasSyncWorker(@api, @account)
spyOn(@worker, 'resume')
advanceClock()
expect(@worker.state().contacts.busy).toEqual(false)
describe "start", ->
it "should open the delta connection", ->
@worker.start()
advanceClock()
expect(@connection.start).toHaveBeenCalled()
it "should start querying for model collections and counts that haven't been fully cached", ->
@worker.start()
advanceClock()
expect(@apiRequests.length).toBe(12)
modelsRequested = _.compact _.map @apiRequests, ({model}) -> model
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
countsRequested = _.compact _.map @apiRequests, ({requestOptions}) ->
if requestOptions.qs?.view is 'count'
return requestOptions.path
expect(modelsRequested).toEqual(['threads', 'messages', 'labels', 'drafts', 'contacts', 'events'])
expect(countsRequested).toEqual(['/threads', '/messages', '/labels', '/drafts', '/contacts', '/events'])
it "should fetch 1000 labels and folders, to prevent issues where Inbox is not in the first page", ->
labelsRequest = _.find @apiRequests, (r) -> r.model is 'labels'
expect(labelsRequest.params.limit).toBe(1000)
it "should mark incomplete collections as `busy`", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].busy).toEqual(true)
it "should initialize count and fetched to 0", ->
@worker.start()
advanceClock()
nextState = @worker.state()
for collection in ['contacts','threads','drafts', 'labels']
expect(nextState[collection].fetched).toEqual(0)
expect(nextState[collection].count).toEqual(0)
it "after failures, it should attempt to resume periodically but back off as failures continue", ->
simulateNetworkFailure = =>
@apiRequests[1].requestOptions.error({statusCode: 400})
@apiRequests = []
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(1)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(2)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(3)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
simulateNetworkFailure(); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(4)
advanceClock(4000); expect(@worker.resume.callCount).toBe(5)
it "handles the request as a failure if we try and grab labels or folders without an 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(2)
it "handles the request as a success if we try and grab labels or folders and it includes the 'inbox'", ->
spyOn(@worker, 'resume').andCallThrough()
@worker.start()
expect(@worker.resume.callCount).toBe(1)
request = _.findWhere(@apiRequests, model: 'labels')
request.requestOptions.success([{name: "inbox"}, {name: "archive"}])
expect(@worker.resume.callCount).toBe(1)
advanceClock(30000)
expect(@worker.resume.callCount).toBe(1)
describe "delta streaming cursor", ->
it "should read the cursor from the database, and the old config format", ->
spyOn(NylasLongConnection.prototype, 'withCursor').andCallFake =>
@apiCursorStub = undefined
# no cursor present
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(false)
# cursor present in config
spyOn(NylasEnv.config, 'get').andCallFake (key) =>
return 'old-school' if key is "PI:KEY:<KEY>END_PI@account.PI:KEY:<KEY>END_PI"
return undefined
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('old-school')
# cursor present in database, overrides cursor in config
@apiCursorStub = "new-school"
worker = new NylasSyncWorker(@api, @account)
connection = worker.connection()
expect(connection.hasCursor()).toBe(false)
advanceClock()
expect(connection.hasCursor()).toBe(true)
expect(connection._config.getCursor()).toEqual('new-school')
describe "when a count request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[0]
@apiRequests = []
it "should update the count on the collection", ->
@request.requestOptions.success({count: 1001})
nextState = @worker.state()
expect(nextState.threads.count).toEqual(1001)
describe "resume", ->
it "should fetch metadata first and fetch other collections when metadata is ready", ->
fetchAllMetadataCallback = null
jasmine.unspy(NylasSyncWorker.prototype, 'fetchAllMetadata')
spyOn(NylasSyncWorker.prototype, 'fetchAllMetadata').andCallFake (cb) =>
fetchAllMetadataCallback = cb
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker.fetchAllMetadata).toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).toBe(0)
fetchAllMetadataCallback()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should not fetch metadata pages if pluginsSupported is false", ->
@api.pluginsSupported = false
spyOn(NylasSyncWorker.prototype, '_fetchWithErrorHandling')
spyOn(@worker, 'fetchCollection')
@worker._state = {}
@worker.resume()
expect(@worker._fetchWithErrorHandling).not.toHaveBeenCalled()
expect(@worker.fetchCollection.calls.length).not.toBe(0)
it "should fetch collections for which `shouldFetchCollection` returns true", ->
spyOn(@worker, 'fetchCollection')
spyOn(@worker, 'shouldFetchCollection').andCallFake (collection) =>
return collection in ['threads', 'labels', 'drafts']
@worker.resume()
expect(@worker.fetchCollection.calls.map (call) -> call.args[0]).toEqual(['threads', 'labels', 'drafts'])
it "should be called when Actions.retrySync is received", ->
spyOn(@worker, 'resume').andCallThrough()
Actions.retrySync()
expect(@worker.resume).toHaveBeenCalled()
describe "shouldFetchCollection", ->
it "should return false if the collection sync is already in progress", ->
@worker._state.threads = {
'busy': true
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return false if the collection sync is already complete", ->
@worker._state.threads = {
'busy': false
'complete': true
}
expect(@worker.shouldFetchCollection('threads')).toBe(false)
it "should return true otherwise", ->
@worker._state.threads = {
'busy': false
'complete': false
}
expect(@worker.shouldFetchCollection('threads')).toBe(true)
@worker._state.threads = undefined
expect(@worker.shouldFetchCollection('threads')).toBe(true)
describe "fetchCollection", ->
beforeEach ->
@apiRequests = []
it "should start the request for the model count", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[0].requestOptions.path).toBe('/threads')
expect(@apiRequests[0].requestOptions.qs.view).toBe('count')
it "should pass any metadata it preloaded", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].requestOptions.metadataToAttach).toBe(@worker._metadata)
describe "when there is not a previous page failure (`errorRequestRange`)", ->
it "should start the first request for models", ->
@worker._state.threads = {
'busy': false
'complete': false
}
@worker.fetchCollection('threads')
expect(@apiRequests[1].model).toBe('threads')
expect(@apiRequests[1].params.offset).toBe(0)
describe "when there is a previous page failure (`errorRequestRange`)", ->
beforeEach ->
@worker._state.threads =
'count': 1200
'fetched': 100
'busy': false
'complete': false
'error': new Error("Something bad")
'errorRequestRange':
offset: 100
limit: 50
it "should start paginating from the request that failed", ->
@worker.fetchCollection('threads')
expect(@apiRequests[0].model).toBe('threads')
expect(@apiRequests[0].params.offset).toBe(100)
expect(@apiRequests[0].params.limit).toBe(50)
it "should not reset the `count`, `fetched` or start fetching the count", ->
@worker.fetchCollection('threads')
expect(@worker._state.threads.fetched).toBe(100)
expect(@worker._state.threads.count).toBe(1200)
expect(@apiRequests.length).toBe(1)
describe 'when maxFetchCount option is specified', ->
it "should only fetch maxFetch count on the first request if it is less than initialPageSize", ->
@worker._state.messages =
count: 1000
fetched: 0
@worker.fetchCollection('messages', {initialPageSize: 30, maxFetchCount: 25})
expect(@apiRequests[0].params.offset).toBe 0
expect(@apiRequests[0].params.limit).toBe 25
it "sould only fetch the maxFetchCount when restoring from saved state", ->
@worker._state.messages =
count: 1000
fetched: 470
errorRequestRange: {
limit: 50,
offset: 470,
}
@worker.fetchCollection('messages', {maxFetchCount: 500})
expect(@apiRequests[0].params.offset).toBe 470
expect(@apiRequests[0].params.limit).toBe 30
describe "fetchCollectionPage", ->
beforeEach ->
@apiRequests = []
describe 'when maxFetchCount option is specified', ->
it 'should not fetch next page if maxFetchCount has been reached', ->
@worker._state.messages =
count: 1000
fetched: 470
@worker.fetchCollectionPage('messages', {limit: 30, offset: 470}, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 500
advanceClock(2000)
expect(@apiRequests.length).toBe 1
it 'should limit by maxFetchCount when requesting the next page', ->
@worker._state.messages =
count: 1000
fetched: 450
@worker.fetchCollectionPage('messages', {limit: 30, offset: 450 }, {maxFetchCount: 500})
{success} = @apiRequests[0].requestOptions
success({length: 30})
expect(@worker._state.messages.fetched).toBe 480
advanceClock(2000)
expect(@apiRequests[1].params.offset).toBe 480
expect(@apiRequests[1].params.limit).toBe 20
describe "when an API request completes", ->
beforeEach ->
@worker.start()
advanceClock()
@request = @apiRequests[1]
@apiRequests = []
describe "successfully, with models", ->
it "should start out by requesting a small number of items", ->
expect(@request.params.limit).toBe NylasSyncWorker.INITIAL_PAGE_SIZE
it "should request the next page", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.offset).toEqual @request.params.offset + pageSize
it "increase the limit on the next page load by 50%", ->
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual pageSize * 1.5,
it "never requests more then MAX_PAGE_SIZE", ->
pageSize = @request.params.limit = NylasSyncWorker.MAX_PAGE_SIZE
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
advanceClock(2000)
expect(@apiRequests.length).toBe(1)
expect(@apiRequests[0].params.limit).toEqual NylasSyncWorker.MAX_PAGE_SIZE
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(0)
pageSize = @request.params.limit
models = []
models.push(new Thread) for i in [0..(pageSize-1)]
@request.requestOptions.success(models)
expect(@worker.state().threads.fetched).toEqual(pageSize)
describe "successfully, with fewer models than requested", ->
beforeEach ->
models = []
models.push(new Thread) for i in [0..100]
@request.requestOptions.success(models)
it "should not request another page", ->
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
it "should update the fetched count on the collection", ->
expect(@worker.state().threads.fetched).toEqual(101)
describe "successfully, with no models", ->
it "should not request another page", ->
@request.requestOptions.success([])
expect(@apiRequests.length).toBe(0)
it "should update the state to complete", ->
@request.requestOptions.success([])
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(true)
describe "with an error", ->
it "should log the error to the state, along with the range that failed", ->
err = new Error("Oh no a network error")
@request.requestOptions.error(err)
expect(@worker.state().threads.busy).toEqual(false)
expect(@worker.state().threads.complete).toEqual(false)
expect(@worker.state().threads.error).toEqual(err.toString())
expect(@worker.state().threads.errorRequestRange).toEqual({offset: 0, limit: 30})
it "should not request another page", ->
@request.requestOptions.error(new Error("Oh no a network error"))
expect(@apiRequests.length).toBe(0)
describe "succeeds after a previous error", ->
beforeEach ->
@worker._state.threads.error = new Error("Something bad happened")
@worker._state.threads.errorRequestRange = {limit: 10, offset: 10}
@request.requestOptions.success([])
advanceClock(1)
it "should clear any previous error", ->
expect(@worker.state().threads.error).toEqual(null)
expect(@worker.state().threads.errorRequestRange).toEqual(null)
describe "cleanup", ->
it "should termiate the delta connection", ->
spyOn(@connection, 'end')
@worker.cleanup()
expect(@connection.end).toHaveBeenCalled()
it "should stop trying to restart failed collection syncs", ->
spyOn(console, 'log')
spyOn(@worker, 'resume').andCallThrough()
@worker.cleanup()
advanceClock(50000)
expect(@worker.resume.callCount).toBe(0)
|
[
{
"context": " of heartbeats\n authDigest = new Buffer([@get('username'), @get('password')].join(':'))\n .toString('",
"end": 2991,
"score": 0.9217311143875122,
"start": 2983,
"tag": "USERNAME",
"value": "username"
},
{
"context": "rest/#{resource}\"\n auth:\n user: @get('username')\n pass: @get('password')\n @log 'verbos",
"end": 3976,
"score": 0.9782193899154663,
"start": 3968,
"tag": "USERNAME",
"value": "username"
},
{
"context": " user: @get('username')\n pass: @get('password')\n @log 'verbose', \"Making request: #{JSON.str",
"end": 4007,
"score": 0.8233286142349243,
"start": 3999,
"tag": "PASSWORD",
"value": "password"
}
] | lib/adapters/isy/IsyAPI.coffee | monitron/jarvis-ha | 1 | _ = require('underscore')
Q = require('q')
Backbone = require('backbone')
xml2js = require('xml2js')
request = require('request')
winston = require('winston')
WebSocketClient = require('websocket').client
module.exports = class IsyAPI extends Backbone.Model
defaults:
commandTimeout: 10000
initialize: ->
@_pendingCommands = {}
connect: ->
@_subscribe()
getNodes: ->
deferred = Q.defer()
@_request('nodes')
.then (data) =>
nodes = for node in data.nodes.node
address: node.address[0]
name: node.name[0]
type: node.type[0].split('.').map((x) -> parseInt(x))
properties: _.object(for prop in node.property
[prop['$'].id, prop['$'].value])
deferred.resolve nodes
.fail (err) => deferred.reject err
.done()
deferred.promise
executeCommand: (node, command, args = [], expectResponse = true) ->
@log 'verbose', "Command for #{node}: #{command} [#{args.join(', ')}] - " +
(if expectResponse then "will await response" else "set and forget")
deferred = Q.defer()
req = @_request(['nodes', node, 'cmd', command].concat(args).join('/'))
.fail (err) => deferred.reject err
if expectResponse
# If there already was a command pending for this node, mark it failed
# (is this wise?)
if @_pendingCommands[node]?
@log 'debug', "Command superceded for #{node}"
@_pendingCommands[node].reject 'superceded'
# Add command as pending so it gets resolved when an update arrives
@_pendingCommands[node] = deferred
# Set a timeout so we notice if the update never happens
cleanUpFailure = =>
@log 'debug', "Command timed out for #{node}"
delete @_pendingCommands[node]
deferred.reject 'timeout'
timeout = setTimeout cleanUpFailure, @get('commandTimeout')
# The timeout must go away when the update arrives
deferred.promise.then => clearTimeout(timeout)
else # No response expected
req.done -> deferred.resolve() # Resolve when command sending succeeds
deferred.promise
log: (level, message) ->
winston.log level, "[IsyAPI] #{message}"
_processSubscriptionMessage: (msg) ->
xml2js.Parser().parseString msg.utf8Data, (err, data) =>
if err?
@log 'debug', "Unable to XML parse subscription message: #{msg}"
else
if data.Event? and data.Event.control[0][0] != '_' # Not an internal message
node = data.Event.node[0]
update =
node: node
property: data.Event.control[0]
value: data.Event.action[0]
@log 'verbose', "Dispatching property update #{JSON.stringify(update)}"
@trigger 'property-update', update
if @_pendingCommands[node]?
@_pendingCommands[node].resolve()
delete @_pendingCommands[node]
_subscribe: ->
# XXX Notice lack of heartbeats
authDigest = new Buffer([@get('username'), @get('password')].join(':'))
.toString('base64')
socket = new WebSocketClient()
socket.on 'connect', (connection) =>
@log 'debug', 'Subscription successful'
@trigger 'connected'
@_connection = connection
connection.on 'message', (msg) => @_processSubscriptionMessage(msg)
connection.on 'close', (reason, desc) =>
@log 'warn', "Subscription disconnected (#{reason}; #{desc})"
@trigger 'disconnected'
# XXX Reconnect?
socket.on 'connectFailed', (error) =>
@log 'warn', "Susbscription failed (#{error})" # XXX Try again?
@trigger 'error'
@trigger 'disconnected'
socket.connect(
"ws://#{@get('host')}/rest/subscribe",
'ISYSUB',
'com.universal-devices.websockets.isy',
{Authorization: 'Basic ' + authDigest})
_request: (resource) ->
deferred = Q.defer()
options =
url: "http://#{@get('host')}/rest/#{resource}"
auth:
user: @get('username')
pass: @get('password')
@log 'verbose', "Making request: #{JSON.stringify(options)}"
callback = (err, res, body) =>
if err
@log 'error', "Request of #{resource} failed: #{err}"
deferred.reject err
else
xml2js.Parser().parseString body, (err, data) =>
if err?
@log 'warn', "Failed to parse XML: #{body}"
deferred.reject err
else
deferred.resolve data
request options, callback
deferred.promise
| 32558 | _ = require('underscore')
Q = require('q')
Backbone = require('backbone')
xml2js = require('xml2js')
request = require('request')
winston = require('winston')
WebSocketClient = require('websocket').client
module.exports = class IsyAPI extends Backbone.Model
defaults:
commandTimeout: 10000
initialize: ->
@_pendingCommands = {}
connect: ->
@_subscribe()
getNodes: ->
deferred = Q.defer()
@_request('nodes')
.then (data) =>
nodes = for node in data.nodes.node
address: node.address[0]
name: node.name[0]
type: node.type[0].split('.').map((x) -> parseInt(x))
properties: _.object(for prop in node.property
[prop['$'].id, prop['$'].value])
deferred.resolve nodes
.fail (err) => deferred.reject err
.done()
deferred.promise
executeCommand: (node, command, args = [], expectResponse = true) ->
@log 'verbose', "Command for #{node}: #{command} [#{args.join(', ')}] - " +
(if expectResponse then "will await response" else "set and forget")
deferred = Q.defer()
req = @_request(['nodes', node, 'cmd', command].concat(args).join('/'))
.fail (err) => deferred.reject err
if expectResponse
# If there already was a command pending for this node, mark it failed
# (is this wise?)
if @_pendingCommands[node]?
@log 'debug', "Command superceded for #{node}"
@_pendingCommands[node].reject 'superceded'
# Add command as pending so it gets resolved when an update arrives
@_pendingCommands[node] = deferred
# Set a timeout so we notice if the update never happens
cleanUpFailure = =>
@log 'debug', "Command timed out for #{node}"
delete @_pendingCommands[node]
deferred.reject 'timeout'
timeout = setTimeout cleanUpFailure, @get('commandTimeout')
# The timeout must go away when the update arrives
deferred.promise.then => clearTimeout(timeout)
else # No response expected
req.done -> deferred.resolve() # Resolve when command sending succeeds
deferred.promise
log: (level, message) ->
winston.log level, "[IsyAPI] #{message}"
_processSubscriptionMessage: (msg) ->
xml2js.Parser().parseString msg.utf8Data, (err, data) =>
if err?
@log 'debug', "Unable to XML parse subscription message: #{msg}"
else
if data.Event? and data.Event.control[0][0] != '_' # Not an internal message
node = data.Event.node[0]
update =
node: node
property: data.Event.control[0]
value: data.Event.action[0]
@log 'verbose', "Dispatching property update #{JSON.stringify(update)}"
@trigger 'property-update', update
if @_pendingCommands[node]?
@_pendingCommands[node].resolve()
delete @_pendingCommands[node]
_subscribe: ->
# XXX Notice lack of heartbeats
authDigest = new Buffer([@get('username'), @get('password')].join(':'))
.toString('base64')
socket = new WebSocketClient()
socket.on 'connect', (connection) =>
@log 'debug', 'Subscription successful'
@trigger 'connected'
@_connection = connection
connection.on 'message', (msg) => @_processSubscriptionMessage(msg)
connection.on 'close', (reason, desc) =>
@log 'warn', "Subscription disconnected (#{reason}; #{desc})"
@trigger 'disconnected'
# XXX Reconnect?
socket.on 'connectFailed', (error) =>
@log 'warn', "Susbscription failed (#{error})" # XXX Try again?
@trigger 'error'
@trigger 'disconnected'
socket.connect(
"ws://#{@get('host')}/rest/subscribe",
'ISYSUB',
'com.universal-devices.websockets.isy',
{Authorization: 'Basic ' + authDigest})
_request: (resource) ->
deferred = Q.defer()
options =
url: "http://#{@get('host')}/rest/#{resource}"
auth:
user: @get('username')
pass: @get('<PASSWORD>')
@log 'verbose', "Making request: #{JSON.stringify(options)}"
callback = (err, res, body) =>
if err
@log 'error', "Request of #{resource} failed: #{err}"
deferred.reject err
else
xml2js.Parser().parseString body, (err, data) =>
if err?
@log 'warn', "Failed to parse XML: #{body}"
deferred.reject err
else
deferred.resolve data
request options, callback
deferred.promise
| true | _ = require('underscore')
Q = require('q')
Backbone = require('backbone')
xml2js = require('xml2js')
request = require('request')
winston = require('winston')
WebSocketClient = require('websocket').client
module.exports = class IsyAPI extends Backbone.Model
defaults:
commandTimeout: 10000
initialize: ->
@_pendingCommands = {}
connect: ->
@_subscribe()
getNodes: ->
deferred = Q.defer()
@_request('nodes')
.then (data) =>
nodes = for node in data.nodes.node
address: node.address[0]
name: node.name[0]
type: node.type[0].split('.').map((x) -> parseInt(x))
properties: _.object(for prop in node.property
[prop['$'].id, prop['$'].value])
deferred.resolve nodes
.fail (err) => deferred.reject err
.done()
deferred.promise
executeCommand: (node, command, args = [], expectResponse = true) ->
@log 'verbose', "Command for #{node}: #{command} [#{args.join(', ')}] - " +
(if expectResponse then "will await response" else "set and forget")
deferred = Q.defer()
req = @_request(['nodes', node, 'cmd', command].concat(args).join('/'))
.fail (err) => deferred.reject err
if expectResponse
# If there already was a command pending for this node, mark it failed
# (is this wise?)
if @_pendingCommands[node]?
@log 'debug', "Command superceded for #{node}"
@_pendingCommands[node].reject 'superceded'
# Add command as pending so it gets resolved when an update arrives
@_pendingCommands[node] = deferred
# Set a timeout so we notice if the update never happens
cleanUpFailure = =>
@log 'debug', "Command timed out for #{node}"
delete @_pendingCommands[node]
deferred.reject 'timeout'
timeout = setTimeout cleanUpFailure, @get('commandTimeout')
# The timeout must go away when the update arrives
deferred.promise.then => clearTimeout(timeout)
else # No response expected
req.done -> deferred.resolve() # Resolve when command sending succeeds
deferred.promise
log: (level, message) ->
winston.log level, "[IsyAPI] #{message}"
_processSubscriptionMessage: (msg) ->
xml2js.Parser().parseString msg.utf8Data, (err, data) =>
if err?
@log 'debug', "Unable to XML parse subscription message: #{msg}"
else
if data.Event? and data.Event.control[0][0] != '_' # Not an internal message
node = data.Event.node[0]
update =
node: node
property: data.Event.control[0]
value: data.Event.action[0]
@log 'verbose', "Dispatching property update #{JSON.stringify(update)}"
@trigger 'property-update', update
if @_pendingCommands[node]?
@_pendingCommands[node].resolve()
delete @_pendingCommands[node]
_subscribe: ->
# XXX Notice lack of heartbeats
authDigest = new Buffer([@get('username'), @get('password')].join(':'))
.toString('base64')
socket = new WebSocketClient()
socket.on 'connect', (connection) =>
@log 'debug', 'Subscription successful'
@trigger 'connected'
@_connection = connection
connection.on 'message', (msg) => @_processSubscriptionMessage(msg)
connection.on 'close', (reason, desc) =>
@log 'warn', "Subscription disconnected (#{reason}; #{desc})"
@trigger 'disconnected'
# XXX Reconnect?
socket.on 'connectFailed', (error) =>
@log 'warn', "Susbscription failed (#{error})" # XXX Try again?
@trigger 'error'
@trigger 'disconnected'
socket.connect(
"ws://#{@get('host')}/rest/subscribe",
'ISYSUB',
'com.universal-devices.websockets.isy',
{Authorization: 'Basic ' + authDigest})
_request: (resource) ->
deferred = Q.defer()
options =
url: "http://#{@get('host')}/rest/#{resource}"
auth:
user: @get('username')
pass: @get('PI:PASSWORD:<PASSWORD>END_PI')
@log 'verbose', "Making request: #{JSON.stringify(options)}"
callback = (err, res, body) =>
if err
@log 'error', "Request of #{resource} failed: #{err}"
deferred.reject err
else
xml2js.Parser().parseString body, (err, data) =>
if err?
@log 'warn', "Failed to parse XML: #{body}"
deferred.reject err
else
deferred.resolve data
request options, callback
deferred.promise
|
[
{
"context": "ach ->\n @view.$('.submit-inquiry-name').val 'Foo Bar'\n @view.$('.submit-inquiry-email').val 'foo@",
"end": 1431,
"score": 0.9938153028488159,
"start": 1424,
"tag": "NAME",
"value": "Foo Bar"
},
{
"context": " Bar'\n @view.$('.submit-inquiry-email').val 'foo@bar.com'\n @view.$('.submit-inquiry-message').val 'I ",
"end": 1488,
"score": 0.9998865127563477,
"start": 1477,
"tag": "EMAIL",
"value": "foo@bar.com"
},
{
"context": "alize the form input', ->\n output = { name: 'Foo Bar', email: 'foo@bar.com', message: 'I like this foo",
"end": 1647,
"score": 0.9773794412612915,
"start": 1640,
"tag": "NAME",
"value": "Foo Bar"
},
{
"context": "ut', ->\n output = { name: 'Foo Bar', email: 'foo@bar.com', message: 'I like this foo for its barring.' }\n ",
"end": 1669,
"score": 0.9998964071273804,
"start": 1658,
"tag": "EMAIL",
"value": "foo@bar.com"
},
{
"context": " 'set'\n @view.$('.submit-inquiry-name').val 'Foo Bar'\n @view.$('.submit-inquiry-email').val 'foo@",
"end": 1951,
"score": 0.9972038865089417,
"start": 1944,
"tag": "NAME",
"value": "Foo Bar"
},
{
"context": " Bar'\n @view.$('.submit-inquiry-email').val 'foo@bar.com'\n @view.$('.submit-inquiry-message').val 'I ",
"end": 2008,
"score": 0.9999223947525024,
"start": 1997,
"tag": "EMAIL",
"value": "foo@bar.com"
},
{
"context": " @view.inquiry.set.args[0][0].name.should.equal 'Foo Bar'\n @view.inquiry.set.args[0][0].email.should.",
"end": 2198,
"score": 0.9982507228851318,
"start": 2191,
"tag": "NAME",
"value": "Foo Bar"
},
{
"context": " @view.inquiry.set.args[0][0].email.should.equal 'foo@bar.com'\n @view.inquiry.set.args[0][0].message.shoul",
"end": 2266,
"score": 0.9999231100082397,
"start": 2255,
"tag": "EMAIL",
"value": "foo@bar.com"
},
{
"context": "e on success', ->\n @view.inquiry.set email: 'foo@bar.com', name: 'foo'\n sinon.stub(@view.inquiry, 'sa",
"end": 2459,
"score": 0.9999215006828308,
"start": 2448,
"tag": "EMAIL",
"value": "foo@bar.com"
},
{
"context": " @view.inquiry.set email: 'foo@bar.com', name: 'foo'\n sinon.stub(@view.inquiry, 'save').yieldsTo",
"end": 2472,
"score": 0.9913119673728943,
"start": 2469,
"tag": "NAME",
"value": "foo"
}
] | src/mobile/apps/artwork/components/bid/test/client/ask_specialist.coffee | kanaabe/force | 1 | _ = require 'underscore'
sinon = require 'sinon'
Backbone = require 'backbone'
Artwork = require '../../../../../../models/artwork'
Profile = require '../../../../../../models/profile'
CurrentUser = require '../../../../../../models/current_user'
benv = require 'benv'
{ fabricate } = require 'antigravity'
{ resolve } = require 'path'
SubmitInquiryView = null
describe 'SubmitInquiryView', ->
beforeEach (done) ->
artists = [ fabricate 'artist' ]
@artwork = fabricate('artwork', image: { url: 'artwork.png' }, artists: artists)
benv.setup =>
benv.expose { $: benv.require 'jquery' }
Backbone.$ = $
benv.render resolve(__dirname, '../../../../templates/ask_specialist_page.jade'), {
artwork: @artwork
profile: new Profile(fabricate 'profile')
sd: {}
asset: (->)
}, =>
SubmitInquiryView = benv.requireWithJadeify(
resolve(__dirname, '../../client/ask_specialist'),
['formTemplate', 'confirmationTemplate']
)
SubmitInquiryView.__set__ 'Cookies', { set: (->), get: (->) }
sinon.stub Backbone, 'sync'
@view = new SubmitInquiryView
el: $ 'body'
model: new Artwork @artwork
sessionID: 'foobar'
done()
afterEach ->
benv.teardown()
Backbone.sync.restore()
describe '#serializeForm', ->
beforeEach ->
@view.$('.submit-inquiry-name').val 'Foo Bar'
@view.$('.submit-inquiry-email').val 'foo@bar.com'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
it 'should serialize the form input', ->
output = { name: 'Foo Bar', email: 'foo@bar.com', message: 'I like this foo for its barring.' }
_.isEqual(@view.serializeForm(), output).should.be.ok()
describe '#submitInquiry', ->
it 'submits a new inquiry from the view', ->
sinon.stub @view.inquiry, 'set'
@view.$('.submit-inquiry-name').val 'Foo Bar'
@view.$('.submit-inquiry-email').val 'foo@bar.com'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
@view.$('.submit-inquiry-form').submit()
@view.inquiry.set.args[0][0].name.should.equal 'Foo Bar'
@view.inquiry.set.args[0][0].email.should.equal 'foo@bar.com'
@view.inquiry.set.args[0][0].message.should.equal 'I like this foo for its barring.'
it 'should render a success message on success', ->
@view.inquiry.set email: 'foo@bar.com', name: 'foo'
sinon.stub(@view.inquiry, 'save').yieldsTo('success')
sinon.stub @view.$el, 'html'
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'message has been sent'
it 'should render an error message on error', ->
sinon.stub(@view.inquiry, 'save').yieldsTo('error')
sinon.stub @view.$el, 'html'
@view.inquiry.validate = sinon.stub()
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'Sorry, there was an error'
it 'sets the referring url, landing_url, and inquiry_url', ->
sinon.stub @view.inquiry, 'set'
SubmitInquiryView.__get__('Cookies').get = (key) ->
switch key
when 'inquiry-referrer' then 'foo/bar'
when 'inquiry-session-start' then 'baz/bam'
global.location.pathname = 'foo/bar'
@view.submitInquiry { preventDefault: sinon.stub() }
@view.inquiry.set.args[0][0].referring_url.should.containEql 'foo/bar'
@view.inquiry.set.args[0][0].landing_url.should.containEql 'baz/bam'
| 19282 | _ = require 'underscore'
sinon = require 'sinon'
Backbone = require 'backbone'
Artwork = require '../../../../../../models/artwork'
Profile = require '../../../../../../models/profile'
CurrentUser = require '../../../../../../models/current_user'
benv = require 'benv'
{ fabricate } = require 'antigravity'
{ resolve } = require 'path'
SubmitInquiryView = null
describe 'SubmitInquiryView', ->
beforeEach (done) ->
artists = [ fabricate 'artist' ]
@artwork = fabricate('artwork', image: { url: 'artwork.png' }, artists: artists)
benv.setup =>
benv.expose { $: benv.require 'jquery' }
Backbone.$ = $
benv.render resolve(__dirname, '../../../../templates/ask_specialist_page.jade'), {
artwork: @artwork
profile: new Profile(fabricate 'profile')
sd: {}
asset: (->)
}, =>
SubmitInquiryView = benv.requireWithJadeify(
resolve(__dirname, '../../client/ask_specialist'),
['formTemplate', 'confirmationTemplate']
)
SubmitInquiryView.__set__ 'Cookies', { set: (->), get: (->) }
sinon.stub Backbone, 'sync'
@view = new SubmitInquiryView
el: $ 'body'
model: new Artwork @artwork
sessionID: 'foobar'
done()
afterEach ->
benv.teardown()
Backbone.sync.restore()
describe '#serializeForm', ->
beforeEach ->
@view.$('.submit-inquiry-name').val '<NAME>'
@view.$('.submit-inquiry-email').val '<EMAIL>'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
it 'should serialize the form input', ->
output = { name: '<NAME>', email: '<EMAIL>', message: 'I like this foo for its barring.' }
_.isEqual(@view.serializeForm(), output).should.be.ok()
describe '#submitInquiry', ->
it 'submits a new inquiry from the view', ->
sinon.stub @view.inquiry, 'set'
@view.$('.submit-inquiry-name').val '<NAME>'
@view.$('.submit-inquiry-email').val '<EMAIL>'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
@view.$('.submit-inquiry-form').submit()
@view.inquiry.set.args[0][0].name.should.equal '<NAME>'
@view.inquiry.set.args[0][0].email.should.equal '<EMAIL>'
@view.inquiry.set.args[0][0].message.should.equal 'I like this foo for its barring.'
it 'should render a success message on success', ->
@view.inquiry.set email: '<EMAIL>', name: '<NAME>'
sinon.stub(@view.inquiry, 'save').yieldsTo('success')
sinon.stub @view.$el, 'html'
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'message has been sent'
it 'should render an error message on error', ->
sinon.stub(@view.inquiry, 'save').yieldsTo('error')
sinon.stub @view.$el, 'html'
@view.inquiry.validate = sinon.stub()
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'Sorry, there was an error'
it 'sets the referring url, landing_url, and inquiry_url', ->
sinon.stub @view.inquiry, 'set'
SubmitInquiryView.__get__('Cookies').get = (key) ->
switch key
when 'inquiry-referrer' then 'foo/bar'
when 'inquiry-session-start' then 'baz/bam'
global.location.pathname = 'foo/bar'
@view.submitInquiry { preventDefault: sinon.stub() }
@view.inquiry.set.args[0][0].referring_url.should.containEql 'foo/bar'
@view.inquiry.set.args[0][0].landing_url.should.containEql 'baz/bam'
| true | _ = require 'underscore'
sinon = require 'sinon'
Backbone = require 'backbone'
Artwork = require '../../../../../../models/artwork'
Profile = require '../../../../../../models/profile'
CurrentUser = require '../../../../../../models/current_user'
benv = require 'benv'
{ fabricate } = require 'antigravity'
{ resolve } = require 'path'
SubmitInquiryView = null
describe 'SubmitInquiryView', ->
beforeEach (done) ->
artists = [ fabricate 'artist' ]
@artwork = fabricate('artwork', image: { url: 'artwork.png' }, artists: artists)
benv.setup =>
benv.expose { $: benv.require 'jquery' }
Backbone.$ = $
benv.render resolve(__dirname, '../../../../templates/ask_specialist_page.jade'), {
artwork: @artwork
profile: new Profile(fabricate 'profile')
sd: {}
asset: (->)
}, =>
SubmitInquiryView = benv.requireWithJadeify(
resolve(__dirname, '../../client/ask_specialist'),
['formTemplate', 'confirmationTemplate']
)
SubmitInquiryView.__set__ 'Cookies', { set: (->), get: (->) }
sinon.stub Backbone, 'sync'
@view = new SubmitInquiryView
el: $ 'body'
model: new Artwork @artwork
sessionID: 'foobar'
done()
afterEach ->
benv.teardown()
Backbone.sync.restore()
describe '#serializeForm', ->
beforeEach ->
@view.$('.submit-inquiry-name').val 'PI:NAME:<NAME>END_PI'
@view.$('.submit-inquiry-email').val 'PI:EMAIL:<EMAIL>END_PI'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
it 'should serialize the form input', ->
output = { name: 'PI:NAME:<NAME>END_PI', email: 'PI:EMAIL:<EMAIL>END_PI', message: 'I like this foo for its barring.' }
_.isEqual(@view.serializeForm(), output).should.be.ok()
describe '#submitInquiry', ->
it 'submits a new inquiry from the view', ->
sinon.stub @view.inquiry, 'set'
@view.$('.submit-inquiry-name').val 'PI:NAME:<NAME>END_PI'
@view.$('.submit-inquiry-email').val 'PI:EMAIL:<EMAIL>END_PI'
@view.$('.submit-inquiry-message').val 'I like this foo for its barring.'
@view.$('.submit-inquiry-form').submit()
@view.inquiry.set.args[0][0].name.should.equal 'PI:NAME:<NAME>END_PI'
@view.inquiry.set.args[0][0].email.should.equal 'PI:EMAIL:<EMAIL>END_PI'
@view.inquiry.set.args[0][0].message.should.equal 'I like this foo for its barring.'
it 'should render a success message on success', ->
@view.inquiry.set email: 'PI:EMAIL:<EMAIL>END_PI', name: 'PI:NAME:<NAME>END_PI'
sinon.stub(@view.inquiry, 'save').yieldsTo('success')
sinon.stub @view.$el, 'html'
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'message has been sent'
it 'should render an error message on error', ->
sinon.stub(@view.inquiry, 'save').yieldsTo('error')
sinon.stub @view.$el, 'html'
@view.inquiry.validate = sinon.stub()
@view.$('.submit-inquiry-form').submit()
@view.$el.html.args[0][0].should.containEql 'Sorry, there was an error'
it 'sets the referring url, landing_url, and inquiry_url', ->
sinon.stub @view.inquiry, 'set'
SubmitInquiryView.__get__('Cookies').get = (key) ->
switch key
when 'inquiry-referrer' then 'foo/bar'
when 'inquiry-session-start' then 'baz/bam'
global.location.pathname = 'foo/bar'
@view.submitInquiry { preventDefault: sinon.stub() }
@view.inquiry.set.args[0][0].referring_url.should.containEql 'foo/bar'
@view.inquiry.set.args[0][0].landing_url.should.containEql 'baz/bam'
|
[
{
"context": ".User\n\ndescribe \"new User\", ->\n user = new User(\"anton\", \"anton@circuithub.com\")\n it \"should have corre",
"end": 118,
"score": 0.9996451139450073,
"start": 113,
"tag": "USERNAME",
"value": "anton"
},
{
"context": "scribe \"new User\", ->\n user = new User(\"anton\", \"anton@circuithub.com\")\n it \"should have correct proeprties\", ->\n u",
"end": 142,
"score": 0.9999311566352844,
"start": 122,
"tag": "EMAIL",
"value": "anton@circuithub.com"
},
{
"context": "rrect proeprties\", ->\n user.id().should.equal \"anton\"\n user.should.have.property \"email\", \"anton@ci",
"end": 220,
"score": 0.9996172785758972,
"start": 215,
"tag": "USERNAME",
"value": "anton"
},
{
"context": "l \"anton\"\n user.should.have.property \"email\", \"anton@circuithub.com\"\n user.attributes().should.have.property \"emai",
"end": 282,
"score": 0.9999302625656128,
"start": 262,
"tag": "EMAIL",
"value": "anton@circuithub.com"
},
{
"context": " user.attributes().should.have.property \"email\", \"anton@circuithub.com\"\n\n\n",
"end": 357,
"score": 0.9999301433563232,
"start": 337,
"tag": "EMAIL",
"value": "anton@circuithub.com"
}
] | test/user.coffee | circuithub/massive-git | 6 | should = require "should"
User = require("../lib/objects/user").User
describe "new User", ->
user = new User("anton", "anton@circuithub.com")
it "should have correct proeprties", ->
user.id().should.equal "anton"
user.should.have.property "email", "anton@circuithub.com"
user.attributes().should.have.property "email", "anton@circuithub.com"
| 40737 | should = require "should"
User = require("../lib/objects/user").User
describe "new User", ->
user = new User("anton", "<EMAIL>")
it "should have correct proeprties", ->
user.id().should.equal "anton"
user.should.have.property "email", "<EMAIL>"
user.attributes().should.have.property "email", "<EMAIL>"
| true | should = require "should"
User = require("../lib/objects/user").User
describe "new User", ->
user = new User("anton", "PI:EMAIL:<EMAIL>END_PI")
it "should have correct proeprties", ->
user.id().should.equal "anton"
user.should.have.property "email", "PI:EMAIL:<EMAIL>END_PI"
user.attributes().should.have.property "email", "PI:EMAIL:<EMAIL>END_PI"
|
[
{
"context": "3Adapter.s3.upload.calledWith\n Key: \"retain_30_180/zipped-ff/20164bb1b885c2ff4de9b4c73c557e6c.ff\"\n Body: sinon.match dataZipper.ZIP_P",
"end": 2270,
"score": 0.9990334510803223,
"start": 2211,
"tag": "KEY",
"value": "retain_30_180/zipped-ff/20164bb1b885c2ff4de9b4c73c557e6c.ff"
}
] | test/dataZipper.unit.coffee | balihoo/node-fulfillment-worker | 0 | assert = require 'assert'
sinon = require 'sinon'
aws = require 'aws-sdk'
S3Adapter = require '../lib/s3Adapter'
mockS3 = require './mocks/mockS3'
dataZipper = require '../lib/dataZipper'
bigTestData = require './bigTestData.json'
biggerTestData = require './biggerTestData.json'
smallResult = {
stuff: 'things'
}
describe 'dataZipper unit tests', ->
describe 'deliver() / receive()', ->
context "when the supplied data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a JSON stringified copy of the supplied data', ->
zipper = new dataZipper.DataZipper null
zipper.deliver smallResult
.then (result) ->
assert.deepEqual result, JSON.stringify smallResult
context "when the supplied data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
context "and the compressed data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a compressed and base64-encoded string', ->
zipper = new dataZipper.DataZipper null
expectedStart = dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
zipper.deliver bigTestData
.then (encodedResult) ->
assert typeof encodedResult is 'string'
assert encodedResult.slice(0, expectedStart.length) is expectedStart
zipper.receive encodedResult
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, bigTestData
context "and the compressed data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns an S3 URL', ->
uploadedData = null
fakeBucket = 'some.bucket'
sinon.stub aws, 'S3', mockS3
s3Adapter = new S3Adapter
bucket: fakeBucket
region: 'some region'
zipper = new dataZipper.DataZipper s3Adapter
expectedStart = dataZipper.URL_PREFIX + dataZipper.SEPARATOR
zipper.deliver biggerTestData
.then (s3Result) ->
assert.strictEqual s3Adapter.s3.config.params.Bucket, fakeBucket
assert s3Adapter.s3.upload.calledOnce
assert s3Adapter.s3.upload.calledWith
Key: "retain_30_180/zipped-ff/20164bb1b885c2ff4de9b4c73c557e6c.ff"
Body: sinon.match dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
call = s3Adapter.s3.upload.getCall 0
key = call.args[0].Key
uploadedData = call.args[0].Body
assert typeof s3Result is 'string'
assert s3Result.slice(0, expectedStart.length) is expectedStart
s3Adapter.s3.getObject = sinon.spy (params, callback) ->
if params.Key is key
callback null, Body: uploadedData
else
callback new Error "Unknown key #{params.Key} isnt #{key}"
zipper.receive s3Result
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, biggerTestData
| 31638 | assert = require 'assert'
sinon = require 'sinon'
aws = require 'aws-sdk'
S3Adapter = require '../lib/s3Adapter'
mockS3 = require './mocks/mockS3'
dataZipper = require '../lib/dataZipper'
bigTestData = require './bigTestData.json'
biggerTestData = require './biggerTestData.json'
smallResult = {
stuff: 'things'
}
describe 'dataZipper unit tests', ->
describe 'deliver() / receive()', ->
context "when the supplied data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a JSON stringified copy of the supplied data', ->
zipper = new dataZipper.DataZipper null
zipper.deliver smallResult
.then (result) ->
assert.deepEqual result, JSON.stringify smallResult
context "when the supplied data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
context "and the compressed data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a compressed and base64-encoded string', ->
zipper = new dataZipper.DataZipper null
expectedStart = dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
zipper.deliver bigTestData
.then (encodedResult) ->
assert typeof encodedResult is 'string'
assert encodedResult.slice(0, expectedStart.length) is expectedStart
zipper.receive encodedResult
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, bigTestData
context "and the compressed data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns an S3 URL', ->
uploadedData = null
fakeBucket = 'some.bucket'
sinon.stub aws, 'S3', mockS3
s3Adapter = new S3Adapter
bucket: fakeBucket
region: 'some region'
zipper = new dataZipper.DataZipper s3Adapter
expectedStart = dataZipper.URL_PREFIX + dataZipper.SEPARATOR
zipper.deliver biggerTestData
.then (s3Result) ->
assert.strictEqual s3Adapter.s3.config.params.Bucket, fakeBucket
assert s3Adapter.s3.upload.calledOnce
assert s3Adapter.s3.upload.calledWith
Key: "<KEY>"
Body: sinon.match dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
call = s3Adapter.s3.upload.getCall 0
key = call.args[0].Key
uploadedData = call.args[0].Body
assert typeof s3Result is 'string'
assert s3Result.slice(0, expectedStart.length) is expectedStart
s3Adapter.s3.getObject = sinon.spy (params, callback) ->
if params.Key is key
callback null, Body: uploadedData
else
callback new Error "Unknown key #{params.Key} isnt #{key}"
zipper.receive s3Result
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, biggerTestData
| true | assert = require 'assert'
sinon = require 'sinon'
aws = require 'aws-sdk'
S3Adapter = require '../lib/s3Adapter'
mockS3 = require './mocks/mockS3'
dataZipper = require '../lib/dataZipper'
bigTestData = require './bigTestData.json'
biggerTestData = require './biggerTestData.json'
smallResult = {
stuff: 'things'
}
describe 'dataZipper unit tests', ->
describe 'deliver() / receive()', ->
context "when the supplied data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a JSON stringified copy of the supplied data', ->
zipper = new dataZipper.DataZipper null
zipper.deliver smallResult
.then (result) ->
assert.deepEqual result, JSON.stringify smallResult
context "when the supplied data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
context "and the compressed data is less than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns a compressed and base64-encoded string', ->
zipper = new dataZipper.DataZipper null
expectedStart = dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
zipper.deliver bigTestData
.then (encodedResult) ->
assert typeof encodedResult is 'string'
assert encodedResult.slice(0, expectedStart.length) is expectedStart
zipper.receive encodedResult
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, bigTestData
context "and the compressed data is greater than #{dataZipper.MAX_RESULT_SIZE} bytes", ->
it 'returns an S3 URL', ->
uploadedData = null
fakeBucket = 'some.bucket'
sinon.stub aws, 'S3', mockS3
s3Adapter = new S3Adapter
bucket: fakeBucket
region: 'some region'
zipper = new dataZipper.DataZipper s3Adapter
expectedStart = dataZipper.URL_PREFIX + dataZipper.SEPARATOR
zipper.deliver biggerTestData
.then (s3Result) ->
assert.strictEqual s3Adapter.s3.config.params.Bucket, fakeBucket
assert s3Adapter.s3.upload.calledOnce
assert s3Adapter.s3.upload.calledWith
Key: "PI:KEY:<KEY>END_PI"
Body: sinon.match dataZipper.ZIP_PREFIX + dataZipper.SEPARATOR
call = s3Adapter.s3.upload.getCall 0
key = call.args[0].Key
uploadedData = call.args[0].Body
assert typeof s3Result is 'string'
assert s3Result.slice(0, expectedStart.length) is expectedStart
s3Adapter.s3.getObject = sinon.spy (params, callback) ->
if params.Key is key
callback null, Body: uploadedData
else
callback new Error "Unknown key #{params.Key} isnt #{key}"
zipper.receive s3Result
.then (decodedResult) ->
result = JSON.parse decodedResult
assert.deepEqual result, biggerTestData
|
[
{
"context": "cope.cities = [{\n id: 0\n name: \"Helsinki\"\n country: \"Finland\"\n }, {\n ",
"end": 443,
"score": 0.6724346876144409,
"start": 436,
"tag": "NAME",
"value": "Helsink"
},
{
"context": " cities.pop()\n cities.push({id: 3, name: \"Berlin\", country: \"Germany\"})\n )\n expect(@g",
"end": 1501,
"score": 0.7954109907150269,
"start": 1498,
"tag": "NAME",
"value": "Ber"
}
] | test/standard_setup.coffee | TejasMadappa/angular-table | 302 | describe "angular-table", () ->
describe "standard setup", () ->
expectedRows = [
["0", "Helsinki", "Finland"],
["1", "Zurich", "Switzerland"],
["2", "Amsterdam", "Netherlands"],
["3", "Berlin", "Germany"]
]
beforeEach(() ->
comp = new TemplateCompiler("standard_setup.html")
@element = comp.prepareElement((scope) ->
scope.cities = [{
id: 0
name: "Helsinki"
country: "Finland"
}, {
id: 1
name: "Zurich"
country: "Switzerland"
}, {
id: 2
name: "Amsterdam"
country: "Netherlands"
}]
)
@gui = new GUI(new TableGUI(@element), null, comp.scope, null)
)
it "allows to set an initial sorting direction", () ->
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "makes columns sortable which are declared at-sortable", () ->
@gui.table.sort(1)
expect(@gui.table.rows).toEqual [expectedRows[2], expectedRows[0], expectedRows[1]]
it "leaves columns unsortable if at-sortable is not declared", () ->
@gui.table.sort(2)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "reloads the table if the entries change but the length doesn't", () ->
@gui.alterScope((scopeWrapper, vars) ->
cities = scopeWrapper.get("cities")
cities.pop()
cities.push({id: 3, name: "Berlin", country: "Germany"})
)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[3]]
| 75453 | describe "angular-table", () ->
describe "standard setup", () ->
expectedRows = [
["0", "Helsinki", "Finland"],
["1", "Zurich", "Switzerland"],
["2", "Amsterdam", "Netherlands"],
["3", "Berlin", "Germany"]
]
beforeEach(() ->
comp = new TemplateCompiler("standard_setup.html")
@element = comp.prepareElement((scope) ->
scope.cities = [{
id: 0
name: "<NAME>i"
country: "Finland"
}, {
id: 1
name: "Zurich"
country: "Switzerland"
}, {
id: 2
name: "Amsterdam"
country: "Netherlands"
}]
)
@gui = new GUI(new TableGUI(@element), null, comp.scope, null)
)
it "allows to set an initial sorting direction", () ->
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "makes columns sortable which are declared at-sortable", () ->
@gui.table.sort(1)
expect(@gui.table.rows).toEqual [expectedRows[2], expectedRows[0], expectedRows[1]]
it "leaves columns unsortable if at-sortable is not declared", () ->
@gui.table.sort(2)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "reloads the table if the entries change but the length doesn't", () ->
@gui.alterScope((scopeWrapper, vars) ->
cities = scopeWrapper.get("cities")
cities.pop()
cities.push({id: 3, name: "<NAME>lin", country: "Germany"})
)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[3]]
| true | describe "angular-table", () ->
describe "standard setup", () ->
expectedRows = [
["0", "Helsinki", "Finland"],
["1", "Zurich", "Switzerland"],
["2", "Amsterdam", "Netherlands"],
["3", "Berlin", "Germany"]
]
beforeEach(() ->
comp = new TemplateCompiler("standard_setup.html")
@element = comp.prepareElement((scope) ->
scope.cities = [{
id: 0
name: "PI:NAME:<NAME>END_PIi"
country: "Finland"
}, {
id: 1
name: "Zurich"
country: "Switzerland"
}, {
id: 2
name: "Amsterdam"
country: "Netherlands"
}]
)
@gui = new GUI(new TableGUI(@element), null, comp.scope, null)
)
it "allows to set an initial sorting direction", () ->
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "makes columns sortable which are declared at-sortable", () ->
@gui.table.sort(1)
expect(@gui.table.rows).toEqual [expectedRows[2], expectedRows[0], expectedRows[1]]
it "leaves columns unsortable if at-sortable is not declared", () ->
@gui.table.sort(2)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[2]]
it "reloads the table if the entries change but the length doesn't", () ->
@gui.alterScope((scopeWrapper, vars) ->
cities = scopeWrapper.get("cities")
cities.pop()
cities.push({id: 3, name: "PI:NAME:<NAME>END_PIlin", country: "Germany"})
)
expect(@gui.table.rows).toEqual [expectedRows[1], expectedRows[0], expectedRows[3]]
|
[
{
"context": "###################\n# Title: ViewHelper\n# Author: kevin@wintr.us @ WINTR\n#########################################",
"end": 104,
"score": 0.9999107718467712,
"start": 90,
"tag": "EMAIL",
"value": "kevin@wintr.us"
},
{
"context": "##\n# Title: ViewHelper\n# Author: kevin@wintr.us @ WINTR\n#################################################",
"end": 112,
"score": 0.985119104385376,
"start": 107,
"tag": "USERNAME",
"value": "WINTR"
}
] | source/javascripts/helpers/ViewHelper.coffee | WikiEducationFoundation/WikiEduWizard | 1 |
#########################################################
# Title: ViewHelper
# Author: kevin@wintr.us @ WINTR
#########################################################
Handlebars.registerHelper( 'link', ( text, url ) ->
text = Handlebars.Utils.escapeExpression( text )
url = Handlebars.Utils.escapeExpression( url )
result = '<a href="' + url + '">' + text + '</a>'
return new Handlebars.SafeString( result )
)
Handlebars.registerPartial('courseDetails', 'sup2') | 17604 |
#########################################################
# Title: ViewHelper
# Author: <EMAIL> @ WINTR
#########################################################
Handlebars.registerHelper( 'link', ( text, url ) ->
text = Handlebars.Utils.escapeExpression( text )
url = Handlebars.Utils.escapeExpression( url )
result = '<a href="' + url + '">' + text + '</a>'
return new Handlebars.SafeString( result )
)
Handlebars.registerPartial('courseDetails', 'sup2') | true |
#########################################################
# Title: ViewHelper
# Author: PI:EMAIL:<EMAIL>END_PI @ WINTR
#########################################################
Handlebars.registerHelper( 'link', ( text, url ) ->
text = Handlebars.Utils.escapeExpression( text )
url = Handlebars.Utils.escapeExpression( url )
result = '<a href="' + url + '">' + text + '</a>'
return new Handlebars.SafeString( result )
)
Handlebars.registerPartial('courseDetails', 'sup2') |
[
{
"context": "rts of comments would come to an end.\"\n name: \"Joe Bloggs\"\n date: \"14:23pm, 4th Dec 2010\"\n ,\n commen",
"end": 352,
"score": 0.999870777130127,
"start": 342,
"tag": "NAME",
"value": "Joe Bloggs"
},
{
"context": "rts of comments would come to an end.\"\n name: \"Joe Bloggs\"\n date: \"14:23pm, 4th Dec 2010\"\n ,\n commen",
"end": 589,
"score": 0.9998644590377808,
"start": 579,
"tag": "NAME",
"value": "Joe Bloggs"
},
{
"context": "RTS OF COMMENTS WOULD COME TO AN END.\"\n name: \"Joe Bloggs\"\n date: \"14:23pm, 4th Dec 2010\"\n ,\n commen",
"end": 870,
"score": 0.9998490810394287,
"start": 860,
"tag": "NAME",
"value": "Joe Bloggs"
},
{
"context": "rts of comments would come to an end.\"\n name: \"Joe Bloggs\"\n date: \"14:23pm, 4th Dec 2010\"\n ,\n commen",
"end": 1128,
"score": 0.9998572468757629,
"start": 1118,
"tag": "NAME",
"value": "Joe Bloggs"
},
{
"context": "rts of comments would come to an end.\"\n name: \"Joe Bloggs\"\n date: \"14:23pm, 4th Dec 2010\"\n ,\n commen",
"end": 1410,
"score": 0.9998537302017212,
"start": 1400,
"tag": "NAME",
"value": "Joe Bloggs"
},
{
"context": "r one that will go on for a one line.\"\n name: \"Jane Doe\"\n date: \"14:43pm, 12th Dec 2014\"\n ]\n @commen",
"end": 1542,
"score": 0.9998546242713928,
"start": 1534,
"tag": "NAME",
"value": "Jane Doe"
},
{
"context": "bj.comment\n @date = obj.date\n @fancyName = \"Mr Bigglesworth \" + @name + \" IV\"\n\n toString: ->\n @comments[0",
"end": 1769,
"score": 0.9929499626159668,
"start": 1754,
"tag": "NAME",
"value": "Mr Bigglesworth"
}
] | app/models/comments/comment.coffee | Kenspeckled/react_comments | 0 | Base = require '../baseClass.coffee'
_ = require 'lodash'
class Comment extends Base
#Temporary
data = [
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "Joe Bloggs"
date: "14:23pm, 4th Dec 2010"
,
comment: "tHIS IS A MUCH LONGER ONE THAT WILL GO ON FOR A FEW LINES of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "Joe Bloggs"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<BR/>iT HAS MULTIPLE PARAGRAPHS AND IS FULL OF WAFFLE TO PAD OUT THE COMMENT. uSUALLY, YOU JUST WISH THESE SORTS OF COMMENTS WOULD COME TO AN END."
name: "Joe Bloggs"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few linesaragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "Joe Bloggs"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs anja is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "Joe Bloggs"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a one line."
name: "Jane Doe"
date: "14:43pm, 12th Dec 2014"
]
@comments = _.map data, (c) ->
return new Comment(c)
constructor: (obj) ->
@name = obj.name
@comment = obj.comment
@date = obj.date
@fancyName = "Mr Bigglesworth " + @name + " IV"
toString: ->
@comments[0].comment
toJSON: ->
{ name: @name }
@create = (props) ->
newObject = new Comment(props)
@comments.push newObject
@broadcast('change')
@all = ->
return @comments
module.exports = Comment
| 155793 | Base = require '../baseClass.coffee'
_ = require 'lodash'
class Comment extends Base
#Temporary
data = [
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "<NAME>"
date: "14:23pm, 4th Dec 2010"
,
comment: "tHIS IS A MUCH LONGER ONE THAT WILL GO ON FOR A FEW LINES of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "<NAME>"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<BR/>iT HAS MULTIPLE PARAGRAPHS AND IS FULL OF WAFFLE TO PAD OUT THE COMMENT. uSUALLY, YOU JUST WISH THESE SORTS OF COMMENTS WOULD COME TO AN END."
name: "<NAME>"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few linesaragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "<NAME>"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs anja is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "<NAME>"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a one line."
name: "<NAME>"
date: "14:43pm, 12th Dec 2014"
]
@comments = _.map data, (c) ->
return new Comment(c)
constructor: (obj) ->
@name = obj.name
@comment = obj.comment
@date = obj.date
@fancyName = "<NAME> " + @name + " IV"
toString: ->
@comments[0].comment
toJSON: ->
{ name: @name }
@create = (props) ->
newObject = new Comment(props)
@comments.push newObject
@broadcast('change')
@all = ->
return @comments
module.exports = Comment
| true | Base = require '../baseClass.coffee'
_ = require 'lodash'
class Comment extends Base
#Temporary
data = [
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "PI:NAME:<NAME>END_PI"
date: "14:23pm, 4th Dec 2010"
,
comment: "tHIS IS A MUCH LONGER ONE THAT WILL GO ON FOR A FEW LINES of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "PI:NAME:<NAME>END_PI"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<BR/>iT HAS MULTIPLE PARAGRAPHS AND IS FULL OF WAFFLE TO PAD OUT THE COMMENT. uSUALLY, YOU JUST WISH THESE SORTS OF COMMENTS WOULD COME TO AN END."
name: "PI:NAME:<NAME>END_PI"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few linesaragraphs and is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "PI:NAME:<NAME>END_PI"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a few lines.<br/>It has multiple paragraphs anja is full of waffle to pad out the comment. Usually, you just wish these sorts of comments would come to an end."
name: "PI:NAME:<NAME>END_PI"
date: "14:23pm, 4th Dec 2010"
,
comment: "This is a much longer one that will go on for a one line."
name: "PI:NAME:<NAME>END_PI"
date: "14:43pm, 12th Dec 2014"
]
@comments = _.map data, (c) ->
return new Comment(c)
constructor: (obj) ->
@name = obj.name
@comment = obj.comment
@date = obj.date
@fancyName = "PI:NAME:<NAME>END_PI " + @name + " IV"
toString: ->
@comments[0].comment
toJSON: ->
{ name: @name }
@create = (props) ->
newObject = new Comment(props)
@comments.push newObject
@broadcast('change')
@all = ->
return @comments
module.exports = Comment
|
[
{
"context": "eStyle = \"#3f3f3f\"\nc.strokeRect 10, 10, 300, 80\n\n# Professor Digman-Rünner text\nc.fillStyle = \"#202020\"\nc.font",
"end": 734,
"score": 0.7431874871253967,
"start": 725,
"tag": "NAME",
"value": "Professor"
},
{
"context": "#3f3f3f\"\nc.strokeRect 10, 10, 300, 80\n\n# Professor Digman-Rünner text\nc.fillStyle = \"#202020\"\nc.font = \"14pt monos",
"end": 748,
"score": 0.9875780940055847,
"start": 735,
"tag": "NAME",
"value": "Digman-Rünner"
},
{
"context": "= \"#202020\"\nc.font = \"14pt monospace\"\nc.fillText \"Professor Digman-Rünner\", 30, 55\n###\n",
"end": 825,
"score": 0.967871367931366,
"start": 816,
"tag": "NAME",
"value": "Professor"
},
{
"context": "0\"\nc.font = \"14pt monospace\"\nc.fillText \"Professor Digman-Rünner\", 30, 55\n###\n",
"end": 839,
"score": 0.969048261642456,
"start": 826,
"tag": "NAME",
"value": "Digman-Rünner"
}
] | src/game.coffee | lazlojuly/jscs-canvas-game | 0 | # alert "Game loaded!
game =
init: ->
if not gfx.init()
alert "Could not set up game canvas!"
return # abort
# Ready to play
gfx.clear()
gfx.load ->
c = gfx.ctx
# c.drawImage gfx.sprites, 10, 20
# Prof solo
gfx.drawSprite 0,0,100,50
# Random Map
rand = (max) -> Math.floor Math.random() * max
for y in [0..19]
for x in [0..23]
col = rand 7
row = rand 2
gfx.drawSprite col, row, x * 24, y * 24
# Start the game
game.init()
###
# Title screen
c = gfx.ctx
# Orange rectangle with a dark-gray border
c.fillStyle = "orange"
c.fillRect 10, 10, 300, 80
c.strokeStyle = "#3f3f3f"
c.strokeRect 10, 10, 300, 80
# Professor Digman-Rünner text
c.fillStyle = "#202020"
c.font = "14pt monospace"
c.fillText "Professor Digman-Rünner", 30, 55
###
| 178785 | # alert "Game loaded!
game =
init: ->
if not gfx.init()
alert "Could not set up game canvas!"
return # abort
# Ready to play
gfx.clear()
gfx.load ->
c = gfx.ctx
# c.drawImage gfx.sprites, 10, 20
# Prof solo
gfx.drawSprite 0,0,100,50
# Random Map
rand = (max) -> Math.floor Math.random() * max
for y in [0..19]
for x in [0..23]
col = rand 7
row = rand 2
gfx.drawSprite col, row, x * 24, y * 24
# Start the game
game.init()
###
# Title screen
c = gfx.ctx
# Orange rectangle with a dark-gray border
c.fillStyle = "orange"
c.fillRect 10, 10, 300, 80
c.strokeStyle = "#3f3f3f"
c.strokeRect 10, 10, 300, 80
# <NAME> <NAME> text
c.fillStyle = "#202020"
c.font = "14pt monospace"
c.fillText "<NAME> <NAME>", 30, 55
###
| true | # alert "Game loaded!
game =
init: ->
if not gfx.init()
alert "Could not set up game canvas!"
return # abort
# Ready to play
gfx.clear()
gfx.load ->
c = gfx.ctx
# c.drawImage gfx.sprites, 10, 20
# Prof solo
gfx.drawSprite 0,0,100,50
# Random Map
rand = (max) -> Math.floor Math.random() * max
for y in [0..19]
for x in [0..23]
col = rand 7
row = rand 2
gfx.drawSprite col, row, x * 24, y * 24
# Start the game
game.init()
###
# Title screen
c = gfx.ctx
# Orange rectangle with a dark-gray border
c.fillStyle = "orange"
c.fillRect 10, 10, 300, 80
c.strokeStyle = "#3f3f3f"
c.strokeRect 10, 10, 300, 80
# PI:NAME:<NAME>END_PI PI:NAME:<NAME>END_PI text
c.fillStyle = "#202020"
c.font = "14pt monospace"
c.fillText "PI:NAME:<NAME>END_PI PI:NAME:<NAME>END_PI", 30, 55
###
|
[
{
"context": "ctual sliding effect engine\n#\n# Copyright (C) 2012 Nikolay Nemshilov\n#\nclass Engine\n\n #\n # Constructor. Hooks up the",
"end": 96,
"score": 0.9998888969421387,
"start": 79,
"tag": "NAME",
"value": "Nikolay Nemshilov"
}
] | ui/slideshow/src/engine.coffee | lovely-io/lovely.io-stl | 2 | #
# This file contains the actual sliding effect engine
#
# Copyright (C) 2012 Nikolay Nemshilov
#
class Engine
#
# Constructor. Hooks up the events and stuff
#
# @param {Slideshow} reference
# @return {Engine} this
#
constructor: (slideshow)->
@slideshow = slideshow
slideshow.on
touchstart: (event)=>
@__sliding = false
@__touchstart = event.position().x
event.preventDefault()
touchmove: (event)=>
return if @__sliding
x_position = event.position().x
threshold = 20
if (x_position - @__touchstart) > threshold
@__sliding = true
slideshow.previous()
@__touchstart = x_position
else if (@__touchstart - x_position) > threshold
@__sliding = true
slideshow.next()
@__touchstart = x_position
return @
# protected
# makes the actual sliding effect
_slide: (index, item, cur_item)->
item.radioClass('lui-slideshow-current')
return
box_size = @_end_size(item)
old_size = cur_item.size()
end_size = box_size.item_size
box_size = box_size.list_size
# calculating the left-position for the slide
end_left = if old_size.x > end_size.x then old_size.x else end_size.x
end_left *= -1 if @currentIndex > index
# presetting initial styles
@addClass('lui-slideshow-resizing').size(@size())
cur_item.size(old_size).style(position: 'absolute', left: '0px')
item.style(display: 'block', position: 'absolute', left: end_left + 'px')
# visualizing the slide
item.size(end_size).animate {left: '0px'},
duration: @options.fxDuration,
finish: -> item.style(position: 'relative', width: '', height: '')
cur_item.animate {left: (- end_left) + 'px'},
duration: @options.fxDuration,
finish: -> cur_item.style(display: 'none', width: '', height: '')
# animating the size change
@animate box_size, duration: @options.fxDuration, finish: =>
@removeClass('lui-slideshow-resizing')
global.setTimeout((=>@__sliding = false), 50)
# calculates the end size of the whole block
_end_size: (item)->
@__clone or= @clone().style(visibility: 'hidden').insertTo(@, 'after')
@__clone.style(display: '')
item = item.clone().style(display: 'block', position: 'relative')
result =
list_size: @__clone.update(item).style('width,height')
item_size: item.size()
@__clone.style(display: 'none')
return result
| 81826 | #
# This file contains the actual sliding effect engine
#
# Copyright (C) 2012 <NAME>
#
class Engine
#
# Constructor. Hooks up the events and stuff
#
# @param {Slideshow} reference
# @return {Engine} this
#
constructor: (slideshow)->
@slideshow = slideshow
slideshow.on
touchstart: (event)=>
@__sliding = false
@__touchstart = event.position().x
event.preventDefault()
touchmove: (event)=>
return if @__sliding
x_position = event.position().x
threshold = 20
if (x_position - @__touchstart) > threshold
@__sliding = true
slideshow.previous()
@__touchstart = x_position
else if (@__touchstart - x_position) > threshold
@__sliding = true
slideshow.next()
@__touchstart = x_position
return @
# protected
# makes the actual sliding effect
_slide: (index, item, cur_item)->
item.radioClass('lui-slideshow-current')
return
box_size = @_end_size(item)
old_size = cur_item.size()
end_size = box_size.item_size
box_size = box_size.list_size
# calculating the left-position for the slide
end_left = if old_size.x > end_size.x then old_size.x else end_size.x
end_left *= -1 if @currentIndex > index
# presetting initial styles
@addClass('lui-slideshow-resizing').size(@size())
cur_item.size(old_size).style(position: 'absolute', left: '0px')
item.style(display: 'block', position: 'absolute', left: end_left + 'px')
# visualizing the slide
item.size(end_size).animate {left: '0px'},
duration: @options.fxDuration,
finish: -> item.style(position: 'relative', width: '', height: '')
cur_item.animate {left: (- end_left) + 'px'},
duration: @options.fxDuration,
finish: -> cur_item.style(display: 'none', width: '', height: '')
# animating the size change
@animate box_size, duration: @options.fxDuration, finish: =>
@removeClass('lui-slideshow-resizing')
global.setTimeout((=>@__sliding = false), 50)
# calculates the end size of the whole block
_end_size: (item)->
@__clone or= @clone().style(visibility: 'hidden').insertTo(@, 'after')
@__clone.style(display: '')
item = item.clone().style(display: 'block', position: 'relative')
result =
list_size: @__clone.update(item).style('width,height')
item_size: item.size()
@__clone.style(display: 'none')
return result
| true | #
# This file contains the actual sliding effect engine
#
# Copyright (C) 2012 PI:NAME:<NAME>END_PI
#
class Engine
#
# Constructor. Hooks up the events and stuff
#
# @param {Slideshow} reference
# @return {Engine} this
#
constructor: (slideshow)->
@slideshow = slideshow
slideshow.on
touchstart: (event)=>
@__sliding = false
@__touchstart = event.position().x
event.preventDefault()
touchmove: (event)=>
return if @__sliding
x_position = event.position().x
threshold = 20
if (x_position - @__touchstart) > threshold
@__sliding = true
slideshow.previous()
@__touchstart = x_position
else if (@__touchstart - x_position) > threshold
@__sliding = true
slideshow.next()
@__touchstart = x_position
return @
# protected
# makes the actual sliding effect
_slide: (index, item, cur_item)->
item.radioClass('lui-slideshow-current')
return
box_size = @_end_size(item)
old_size = cur_item.size()
end_size = box_size.item_size
box_size = box_size.list_size
# calculating the left-position for the slide
end_left = if old_size.x > end_size.x then old_size.x else end_size.x
end_left *= -1 if @currentIndex > index
# presetting initial styles
@addClass('lui-slideshow-resizing').size(@size())
cur_item.size(old_size).style(position: 'absolute', left: '0px')
item.style(display: 'block', position: 'absolute', left: end_left + 'px')
# visualizing the slide
item.size(end_size).animate {left: '0px'},
duration: @options.fxDuration,
finish: -> item.style(position: 'relative', width: '', height: '')
cur_item.animate {left: (- end_left) + 'px'},
duration: @options.fxDuration,
finish: -> cur_item.style(display: 'none', width: '', height: '')
# animating the size change
@animate box_size, duration: @options.fxDuration, finish: =>
@removeClass('lui-slideshow-resizing')
global.setTimeout((=>@__sliding = false), 50)
# calculates the end size of the whole block
_end_size: (item)->
@__clone or= @clone().style(visibility: 'hidden').insertTo(@, 'after')
@__clone.style(display: '')
item = item.clone().style(display: 'block', position: 'relative')
result =
list_size: @__clone.update(item).style('width,height')
item_size: item.size()
@__clone.style(display: 'none')
return result
|
[
{
"context": "esses = 1\n\n # final result object\n password: password\n guesses: guesses\n guesses_log10: @log10 gu",
"end": 4869,
"score": 0.9993947744369507,
"start": 4861,
"tag": "PASSWORD",
"value": "password"
}
] | src/scoring.coffee | glensc/zxcvbn | 1 | adjacency_graphs = require('./adjacency_graphs')
# on qwerty, 'g' has degree 6, being adjacent to 'ftyhbv'. '\' has degree 1.
# this calculates the average over all keys.
calc_average_degree = (graph) ->
average = 0
for key, neighbors of graph
average += (n for n in neighbors when n).length
average /= (k for k,v of graph).length
average
scoring =
nCk: (n, k) ->
# http://blog.plover.com/math/choose.html
return 0 if k > n
return 1 if k == 0
r = 1
for d in [1..k]
r *= n
r /= d
n -= 1
r
log10: (n) -> Math.log(n) / Math.log(10) # IE doesn't support Math.log10 :(
log2: (n) -> Math.log(n) / Math.log(2)
factorial: (n) ->
# unoptimized, called only on small n
return 1 if n < 2
f = 1
f *= i for i in [2..n]
f
# ------------------------------------------------------------------------------
# search --- most guessable match sequence -------------------------------------
# ------------------------------------------------------------------------------
#
# takes a list of overlapping matches, returns the non-overlapping sublist with
# minimum guesses. O(nm) dp alg for length-n password with m candidate matches.
#
# the optimal "minimum guesses" sublist is here defined to be the sublist that
# minimizes:
#
# product(m.guesses for m in sequence) * factorial(sequence.length)
#
# the factorial term is the number of ways to order n patterns. it serves as a
# light penalty for longer sequences.
#
# for example, consider a sequence that is date-repeat-dictionary.
# - an attacker would need to try other date-repeat-dictionary combinations,
# hence the product term.
# - an attacker would need to try repeat-date-dictionary, dictionary-repeat-date,
# ..., hence the factorial term.
# - an attacker would also likely try length-1 and length-2 sequences before
# length-3. those terms tend to be small in comparison and are excluded
# for simplicity.
#
# ------------------------------------------------------------------------------
most_guessable_match_sequence: (password, matches) ->
# at index k, the product of guesses of the optimal sequence covering password[0..k]
optimal_product = []
# at index k, the number of matches in the optimal sequence covering password[0..k].
# used to calculate the factorial term.
optimal_sequence_length = []
# if the optimal sequence ends in a bruteforce match, this records those bruteforce
# characters, otherwise ''
ending_bruteforce_chars = ''
# at index k, the final match (match.j == k) in said optimal sequence.
backpointers = []
make_bruteforce_match = (i, j) =>
cardinality = @cardinality password[i..j]
guesses = Math.pow cardinality, j - i + 1
# return object:
pattern: 'bruteforce'
i: i
j: j
token: password[i..j]
guesses: guesses
guesses_log10: @log10(guesses)
cardinality: cardinality
length: j - i + 1
for k in [0...password.length]
# starting scenario to beat:
# adding a brute-force character to the sequence with min guesses at k-1.
ending_bruteforce_chars += password.charAt(k)
l = ending_bruteforce_chars.length
optimal_product[k] = Math.pow @cardinality(ending_bruteforce_chars), l
optimal_sequence_length[k] = 1
if k - l >= 0
optimal_product[k] *= optimal_product[k - l]
optimal_sequence_length[k] += optimal_sequence_length[k - l]
backpointers[k] = make_bruteforce_match(k - l + 1, k)
minimum_guesses = optimal_product[k] * @factorial optimal_sequence_length[k]
for match in matches when match.j == k
[i, j] = [match.i, match.j]
candidate_product = @estimate_guesses match
candidate_length = 1
if i - 1 >= 0
candidate_product *= optimal_product[i - 1]
candidate_length += optimal_sequence_length[i - 1]
candidate_guesses = candidate_product * @factorial candidate_length
if candidate_guesses < minimum_guesses
minimum_guesses = candidate_guesses
ending_bruteforce_chars = ''
optimal_product[k] = candidate_product
optimal_sequence_length[k] = candidate_length
backpointers[k] = match
# walk backwards and decode the best sequence
match_sequence = []
k = password.length - 1
while k >= 0
match = backpointers[k]
match_sequence.push match
k = match.i - 1
match_sequence.reverse()
if password.length > 0
sequence_length_multiplier = @factorial optimal_sequence_length[password.length - 1]
guesses = optimal_product[password.length - 1] * sequence_length_multiplier
else
sequence_length_multiplier = 1
guesses = 1
# final result object
password: password
guesses: guesses
guesses_log10: @log10 guesses
sequence_product_log10: @log10(optimal_product[password.length - 1])
sequence_length_multiplier_log10: @log10 sequence_length_multiplier
sequence: match_sequence
# ------------------------------------------------------------------------------
# guess estimation -- one function per match pattern ---------------------------
# ------------------------------------------------------------------------------
estimate_guesses: (match) ->
return match.guesses if match.guesses? # a match's guess estimate doesn't change. cache it.
estimation_functions =
dictionary: @dictionary_guesses
spatial: @spatial_guesses
repeat: @repeat_guesses
sequence: @sequence_guesses
regex: @regex_guesses
date: @date_guesses
match.guesses = estimation_functions[match.pattern].call this, match
match.guesses_log10 = @log10 match.guesses
match.guesses
repeat_guesses: (match) ->
match.base_guesses * match.repeat_count
sequence_guesses: (match) ->
first_chr = match.token.charAt(0)
# lower guesses for obvious starting points
if first_chr in ['a', 'A', 'z', 'Z', '0', '1', '9']
base_guesses = 4
else
if first_chr.match /\d/
base_guesses = 10 # digits
else
# could give a higher base for uppercase,
# assigning 26 to both upper and lower sequences is more conservative.
base_guesses = 26
if not match.ascending
# need to try a descending sequence in addition to every ascending sequence ->
# 2x guesses
base_guesses *= 2
base_guesses * match.token.length
MIN_YEAR_SPACE: 20
REFERENCE_YEAR: 2000
regex_guesses: (match) ->
char_class_bases =
alpha_lower: 26
alpha_upper: 26
alpha: 52
alphanumeric: 62
digits: 10
symbols: 33
if match.regex_name of char_class_bases
Math.pow(char_class_bases[match.regex_name], match.token.length)
else switch match.regex_name
when 'recent_year'
# conservative estimate of year space: num years from REFERENCE_YEAR.
# if year is close to REFERENCE_YEAR, estimate a year space of MIN_YEAR_SPACE.
year_space = Math.abs parseInt(match.regex_match[0]) - @REFERENCE_YEAR
year_space = Math.max year_space, @MIN_YEAR_SPACE
year_space
date_guesses: (match) ->
# base guesses: (year distance from REFERENCE_YEAR) * num_days * num_years
year_space = Math.max(Math.abs(match.year - @REFERENCE_YEAR), @MIN_YEAR_SPACE)
guesses = year_space * 31 * 12
# double for four-digit years
guesses *= 2 if match.has_full_year
# add factor of 4 for separator selection (one of ~4 choices)
guesses *= 4 if match.separator
guesses
KEYBOARD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.qwerty)
# slightly different for keypad/mac keypad, but close enough
KEYPAD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.keypad)
KEYBOARD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.qwerty).length
KEYPAD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.keypad).length
spatial_guesses: (match) ->
if match.graph in ['qwerty', 'dvorak']
s = @KEYBOARD_STARTING_POSITIONS
d = @KEYBOARD_AVERAGE_DEGREE
else
s = @KEYPAD_STARTING_POSITIONS
d = @KEYPAD_AVERAGE_DEGREE
guesses = 0
L = match.token.length
t = match.turns
# estimate the number of possible patterns w/ length L or less with t turns or less.
for i in [2..L]
possible_turns = Math.min(t, i - 1)
for j in [1..possible_turns]
guesses += @nCk(i - 1, j - 1) * s * Math.pow(d, j)
# add extra guesses for shifted keys. (% instead of 5, A instead of a.)
# math is similar to extra guesses of l33t substitutions in dictionary matches.
if match.shifted_count
S = match.shifted_count
U = match.token.length - match.shifted_count # unshifted count
if S == 0 or U == 0
guesses *= 2
else
shifted_variations = 0
shifted_variations += @nCk(S + U, i) for i in [1..Math.min(S, U)]
guesses *= shifted_variations
guesses
dictionary_guesses: (match) ->
match.base_guesses = match.rank # keep these as properties for display purposes
match.uppercase_variations = @uppercase_variations match
match.l33t_variations = @l33t_variations match
reversed_variations = match.reversed and 2 or 1
match.base_guesses * match.uppercase_variations * match.l33t_variations * reversed_variations
START_UPPER: /^[A-Z][^A-Z]+$/
END_UPPER: /^[^A-Z]+[A-Z]$/
ALL_UPPER: /^[^a-z]+$/
ALL_LOWER: /^[^A-Z]+$/
uppercase_variations: (match) ->
word = match.token
return 1 if word.match @ALL_LOWER
# a capitalized word is the most common capitalization scheme,
# so it only doubles the search space (uncapitalized + capitalized).
# allcaps and end-capitalized are common enough too, underestimate as 2x factor to be safe.
for regex in [@START_UPPER, @END_UPPER, @ALL_UPPER]
return 2 if word.match regex
# otherwise calculate the number of ways to capitalize U+L uppercase+lowercase letters
# with U uppercase letters or less. or, if there's more uppercase than lower (for eg. PASSwORD),
# the number of ways to lowercase U+L letters with L lowercase letters or less.
U = (chr for chr in word.split('') when chr.match /[A-Z]/).length
L = (chr for chr in word.split('') when chr.match /[a-z]/).length
variations = 0
variations += @nCk(U + L, i) for i in [1..Math.min(U, L)]
variations
l33t_variations: (match) ->
return 1 if not match.l33t
variations = 1
for subbed, unsubbed of match.sub
# lower-case match.token before calculating: capitalization shouldn't affect l33t calc.
chrs = match.token.toLowerCase().split('')
S = (chr for chr in chrs when chr == subbed).length # num of subbed chars
U = (chr for chr in chrs when chr == unsubbed).length # num of unsubbed chars
if S == 0 or U == 0
# for this sub, password is either fully subbed (444) or fully unsubbed (aaa)
# treat that as doubling the space (attacker needs to try fully subbed chars in addition to
# unsubbed.)
variations *= 2
else
# this case is similar to capitalization:
# with aa44a, U = 3, S = 2, attacker needs to try unsubbed + one sub + two subs
p = Math.min(U, S)
possibilities = 0
possibilities += @nCk(U + S, i) for i in [1..p]
variations *= possibilities
variations
# utilities --------------------------------------------------------------------
cardinality: (password) ->
[lower, upper, digits, symbols, latin1_symbols, latin1_letters] = (
false for i in [0...6]
)
unicode_codepoints = []
for chr in password.split('')
ord = chr.charCodeAt(0)
if 0x30 <= ord <= 0x39
digits = true
else if 0x41 <= ord <= 0x5a
upper = true
else if 0x61 <= ord <= 0x7a
lower = true
else if ord <= 0x7f
symbols = true
else if 0x80 <= ord <= 0xBF
latin1_symbols = true
else if 0xC0 <= ord <= 0xFF
latin1_letters = true
else if ord > 0xFF
unicode_codepoints.push ord
c = 0
c += 10 if digits
c += 26 if upper
c += 26 if lower
c += 33 if symbols
c += 64 if latin1_symbols
c += 64 if latin1_letters
if unicode_codepoints.length
min_cp = max_cp = unicode_codepoints[0]
for cp in unicode_codepoints[1..]
min_cp = cp if cp < min_cp
max_cp = cp if cp > max_cp
# if the range between unicode codepoints is small,
# assume one extra alphabet is in use (eg cyrillic, korean) and add a ballpark +40
#
# if the range is large, be very conservative and add +100 instead of the range.
# (codepoint distance between chinese chars can be many thousand, for example,
# but that cardinality boost won't be justified if the characters are common.)
range = max_cp - min_cp + 1
range = 40 if range < 40
range = 100 if range > 100
c += range
c
module.exports = scoring
| 42016 | adjacency_graphs = require('./adjacency_graphs')
# on qwerty, 'g' has degree 6, being adjacent to 'ftyhbv'. '\' has degree 1.
# this calculates the average over all keys.
calc_average_degree = (graph) ->
average = 0
for key, neighbors of graph
average += (n for n in neighbors when n).length
average /= (k for k,v of graph).length
average
scoring =
nCk: (n, k) ->
# http://blog.plover.com/math/choose.html
return 0 if k > n
return 1 if k == 0
r = 1
for d in [1..k]
r *= n
r /= d
n -= 1
r
log10: (n) -> Math.log(n) / Math.log(10) # IE doesn't support Math.log10 :(
log2: (n) -> Math.log(n) / Math.log(2)
factorial: (n) ->
# unoptimized, called only on small n
return 1 if n < 2
f = 1
f *= i for i in [2..n]
f
# ------------------------------------------------------------------------------
# search --- most guessable match sequence -------------------------------------
# ------------------------------------------------------------------------------
#
# takes a list of overlapping matches, returns the non-overlapping sublist with
# minimum guesses. O(nm) dp alg for length-n password with m candidate matches.
#
# the optimal "minimum guesses" sublist is here defined to be the sublist that
# minimizes:
#
# product(m.guesses for m in sequence) * factorial(sequence.length)
#
# the factorial term is the number of ways to order n patterns. it serves as a
# light penalty for longer sequences.
#
# for example, consider a sequence that is date-repeat-dictionary.
# - an attacker would need to try other date-repeat-dictionary combinations,
# hence the product term.
# - an attacker would need to try repeat-date-dictionary, dictionary-repeat-date,
# ..., hence the factorial term.
# - an attacker would also likely try length-1 and length-2 sequences before
# length-3. those terms tend to be small in comparison and are excluded
# for simplicity.
#
# ------------------------------------------------------------------------------
most_guessable_match_sequence: (password, matches) ->
# at index k, the product of guesses of the optimal sequence covering password[0..k]
optimal_product = []
# at index k, the number of matches in the optimal sequence covering password[0..k].
# used to calculate the factorial term.
optimal_sequence_length = []
# if the optimal sequence ends in a bruteforce match, this records those bruteforce
# characters, otherwise ''
ending_bruteforce_chars = ''
# at index k, the final match (match.j == k) in said optimal sequence.
backpointers = []
make_bruteforce_match = (i, j) =>
cardinality = @cardinality password[i..j]
guesses = Math.pow cardinality, j - i + 1
# return object:
pattern: 'bruteforce'
i: i
j: j
token: password[i..j]
guesses: guesses
guesses_log10: @log10(guesses)
cardinality: cardinality
length: j - i + 1
for k in [0...password.length]
# starting scenario to beat:
# adding a brute-force character to the sequence with min guesses at k-1.
ending_bruteforce_chars += password.charAt(k)
l = ending_bruteforce_chars.length
optimal_product[k] = Math.pow @cardinality(ending_bruteforce_chars), l
optimal_sequence_length[k] = 1
if k - l >= 0
optimal_product[k] *= optimal_product[k - l]
optimal_sequence_length[k] += optimal_sequence_length[k - l]
backpointers[k] = make_bruteforce_match(k - l + 1, k)
minimum_guesses = optimal_product[k] * @factorial optimal_sequence_length[k]
for match in matches when match.j == k
[i, j] = [match.i, match.j]
candidate_product = @estimate_guesses match
candidate_length = 1
if i - 1 >= 0
candidate_product *= optimal_product[i - 1]
candidate_length += optimal_sequence_length[i - 1]
candidate_guesses = candidate_product * @factorial candidate_length
if candidate_guesses < minimum_guesses
minimum_guesses = candidate_guesses
ending_bruteforce_chars = ''
optimal_product[k] = candidate_product
optimal_sequence_length[k] = candidate_length
backpointers[k] = match
# walk backwards and decode the best sequence
match_sequence = []
k = password.length - 1
while k >= 0
match = backpointers[k]
match_sequence.push match
k = match.i - 1
match_sequence.reverse()
if password.length > 0
sequence_length_multiplier = @factorial optimal_sequence_length[password.length - 1]
guesses = optimal_product[password.length - 1] * sequence_length_multiplier
else
sequence_length_multiplier = 1
guesses = 1
# final result object
password: <PASSWORD>
guesses: guesses
guesses_log10: @log10 guesses
sequence_product_log10: @log10(optimal_product[password.length - 1])
sequence_length_multiplier_log10: @log10 sequence_length_multiplier
sequence: match_sequence
# ------------------------------------------------------------------------------
# guess estimation -- one function per match pattern ---------------------------
# ------------------------------------------------------------------------------
estimate_guesses: (match) ->
return match.guesses if match.guesses? # a match's guess estimate doesn't change. cache it.
estimation_functions =
dictionary: @dictionary_guesses
spatial: @spatial_guesses
repeat: @repeat_guesses
sequence: @sequence_guesses
regex: @regex_guesses
date: @date_guesses
match.guesses = estimation_functions[match.pattern].call this, match
match.guesses_log10 = @log10 match.guesses
match.guesses
repeat_guesses: (match) ->
match.base_guesses * match.repeat_count
sequence_guesses: (match) ->
first_chr = match.token.charAt(0)
# lower guesses for obvious starting points
if first_chr in ['a', 'A', 'z', 'Z', '0', '1', '9']
base_guesses = 4
else
if first_chr.match /\d/
base_guesses = 10 # digits
else
# could give a higher base for uppercase,
# assigning 26 to both upper and lower sequences is more conservative.
base_guesses = 26
if not match.ascending
# need to try a descending sequence in addition to every ascending sequence ->
# 2x guesses
base_guesses *= 2
base_guesses * match.token.length
MIN_YEAR_SPACE: 20
REFERENCE_YEAR: 2000
regex_guesses: (match) ->
char_class_bases =
alpha_lower: 26
alpha_upper: 26
alpha: 52
alphanumeric: 62
digits: 10
symbols: 33
if match.regex_name of char_class_bases
Math.pow(char_class_bases[match.regex_name], match.token.length)
else switch match.regex_name
when 'recent_year'
# conservative estimate of year space: num years from REFERENCE_YEAR.
# if year is close to REFERENCE_YEAR, estimate a year space of MIN_YEAR_SPACE.
year_space = Math.abs parseInt(match.regex_match[0]) - @REFERENCE_YEAR
year_space = Math.max year_space, @MIN_YEAR_SPACE
year_space
date_guesses: (match) ->
# base guesses: (year distance from REFERENCE_YEAR) * num_days * num_years
year_space = Math.max(Math.abs(match.year - @REFERENCE_YEAR), @MIN_YEAR_SPACE)
guesses = year_space * 31 * 12
# double for four-digit years
guesses *= 2 if match.has_full_year
# add factor of 4 for separator selection (one of ~4 choices)
guesses *= 4 if match.separator
guesses
KEYBOARD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.qwerty)
# slightly different for keypad/mac keypad, but close enough
KEYPAD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.keypad)
KEYBOARD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.qwerty).length
KEYPAD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.keypad).length
spatial_guesses: (match) ->
if match.graph in ['qwerty', 'dvorak']
s = @KEYBOARD_STARTING_POSITIONS
d = @KEYBOARD_AVERAGE_DEGREE
else
s = @KEYPAD_STARTING_POSITIONS
d = @KEYPAD_AVERAGE_DEGREE
guesses = 0
L = match.token.length
t = match.turns
# estimate the number of possible patterns w/ length L or less with t turns or less.
for i in [2..L]
possible_turns = Math.min(t, i - 1)
for j in [1..possible_turns]
guesses += @nCk(i - 1, j - 1) * s * Math.pow(d, j)
# add extra guesses for shifted keys. (% instead of 5, A instead of a.)
# math is similar to extra guesses of l33t substitutions in dictionary matches.
if match.shifted_count
S = match.shifted_count
U = match.token.length - match.shifted_count # unshifted count
if S == 0 or U == 0
guesses *= 2
else
shifted_variations = 0
shifted_variations += @nCk(S + U, i) for i in [1..Math.min(S, U)]
guesses *= shifted_variations
guesses
dictionary_guesses: (match) ->
match.base_guesses = match.rank # keep these as properties for display purposes
match.uppercase_variations = @uppercase_variations match
match.l33t_variations = @l33t_variations match
reversed_variations = match.reversed and 2 or 1
match.base_guesses * match.uppercase_variations * match.l33t_variations * reversed_variations
START_UPPER: /^[A-Z][^A-Z]+$/
END_UPPER: /^[^A-Z]+[A-Z]$/
ALL_UPPER: /^[^a-z]+$/
ALL_LOWER: /^[^A-Z]+$/
uppercase_variations: (match) ->
word = match.token
return 1 if word.match @ALL_LOWER
# a capitalized word is the most common capitalization scheme,
# so it only doubles the search space (uncapitalized + capitalized).
# allcaps and end-capitalized are common enough too, underestimate as 2x factor to be safe.
for regex in [@START_UPPER, @END_UPPER, @ALL_UPPER]
return 2 if word.match regex
# otherwise calculate the number of ways to capitalize U+L uppercase+lowercase letters
# with U uppercase letters or less. or, if there's more uppercase than lower (for eg. PASSwORD),
# the number of ways to lowercase U+L letters with L lowercase letters or less.
U = (chr for chr in word.split('') when chr.match /[A-Z]/).length
L = (chr for chr in word.split('') when chr.match /[a-z]/).length
variations = 0
variations += @nCk(U + L, i) for i in [1..Math.min(U, L)]
variations
l33t_variations: (match) ->
return 1 if not match.l33t
variations = 1
for subbed, unsubbed of match.sub
# lower-case match.token before calculating: capitalization shouldn't affect l33t calc.
chrs = match.token.toLowerCase().split('')
S = (chr for chr in chrs when chr == subbed).length # num of subbed chars
U = (chr for chr in chrs when chr == unsubbed).length # num of unsubbed chars
if S == 0 or U == 0
# for this sub, password is either fully subbed (444) or fully unsubbed (aaa)
# treat that as doubling the space (attacker needs to try fully subbed chars in addition to
# unsubbed.)
variations *= 2
else
# this case is similar to capitalization:
# with aa44a, U = 3, S = 2, attacker needs to try unsubbed + one sub + two subs
p = Math.min(U, S)
possibilities = 0
possibilities += @nCk(U + S, i) for i in [1..p]
variations *= possibilities
variations
# utilities --------------------------------------------------------------------
cardinality: (password) ->
[lower, upper, digits, symbols, latin1_symbols, latin1_letters] = (
false for i in [0...6]
)
unicode_codepoints = []
for chr in password.split('')
ord = chr.charCodeAt(0)
if 0x30 <= ord <= 0x39
digits = true
else if 0x41 <= ord <= 0x5a
upper = true
else if 0x61 <= ord <= 0x7a
lower = true
else if ord <= 0x7f
symbols = true
else if 0x80 <= ord <= 0xBF
latin1_symbols = true
else if 0xC0 <= ord <= 0xFF
latin1_letters = true
else if ord > 0xFF
unicode_codepoints.push ord
c = 0
c += 10 if digits
c += 26 if upper
c += 26 if lower
c += 33 if symbols
c += 64 if latin1_symbols
c += 64 if latin1_letters
if unicode_codepoints.length
min_cp = max_cp = unicode_codepoints[0]
for cp in unicode_codepoints[1..]
min_cp = cp if cp < min_cp
max_cp = cp if cp > max_cp
# if the range between unicode codepoints is small,
# assume one extra alphabet is in use (eg cyrillic, korean) and add a ballpark +40
#
# if the range is large, be very conservative and add +100 instead of the range.
# (codepoint distance between chinese chars can be many thousand, for example,
# but that cardinality boost won't be justified if the characters are common.)
range = max_cp - min_cp + 1
range = 40 if range < 40
range = 100 if range > 100
c += range
c
module.exports = scoring
| true | adjacency_graphs = require('./adjacency_graphs')
# on qwerty, 'g' has degree 6, being adjacent to 'ftyhbv'. '\' has degree 1.
# this calculates the average over all keys.
calc_average_degree = (graph) ->
average = 0
for key, neighbors of graph
average += (n for n in neighbors when n).length
average /= (k for k,v of graph).length
average
scoring =
nCk: (n, k) ->
# http://blog.plover.com/math/choose.html
return 0 if k > n
return 1 if k == 0
r = 1
for d in [1..k]
r *= n
r /= d
n -= 1
r
log10: (n) -> Math.log(n) / Math.log(10) # IE doesn't support Math.log10 :(
log2: (n) -> Math.log(n) / Math.log(2)
factorial: (n) ->
# unoptimized, called only on small n
return 1 if n < 2
f = 1
f *= i for i in [2..n]
f
# ------------------------------------------------------------------------------
# search --- most guessable match sequence -------------------------------------
# ------------------------------------------------------------------------------
#
# takes a list of overlapping matches, returns the non-overlapping sublist with
# minimum guesses. O(nm) dp alg for length-n password with m candidate matches.
#
# the optimal "minimum guesses" sublist is here defined to be the sublist that
# minimizes:
#
# product(m.guesses for m in sequence) * factorial(sequence.length)
#
# the factorial term is the number of ways to order n patterns. it serves as a
# light penalty for longer sequences.
#
# for example, consider a sequence that is date-repeat-dictionary.
# - an attacker would need to try other date-repeat-dictionary combinations,
# hence the product term.
# - an attacker would need to try repeat-date-dictionary, dictionary-repeat-date,
# ..., hence the factorial term.
# - an attacker would also likely try length-1 and length-2 sequences before
# length-3. those terms tend to be small in comparison and are excluded
# for simplicity.
#
# ------------------------------------------------------------------------------
most_guessable_match_sequence: (password, matches) ->
# at index k, the product of guesses of the optimal sequence covering password[0..k]
optimal_product = []
# at index k, the number of matches in the optimal sequence covering password[0..k].
# used to calculate the factorial term.
optimal_sequence_length = []
# if the optimal sequence ends in a bruteforce match, this records those bruteforce
# characters, otherwise ''
ending_bruteforce_chars = ''
# at index k, the final match (match.j == k) in said optimal sequence.
backpointers = []
make_bruteforce_match = (i, j) =>
cardinality = @cardinality password[i..j]
guesses = Math.pow cardinality, j - i + 1
# return object:
pattern: 'bruteforce'
i: i
j: j
token: password[i..j]
guesses: guesses
guesses_log10: @log10(guesses)
cardinality: cardinality
length: j - i + 1
for k in [0...password.length]
# starting scenario to beat:
# adding a brute-force character to the sequence with min guesses at k-1.
ending_bruteforce_chars += password.charAt(k)
l = ending_bruteforce_chars.length
optimal_product[k] = Math.pow @cardinality(ending_bruteforce_chars), l
optimal_sequence_length[k] = 1
if k - l >= 0
optimal_product[k] *= optimal_product[k - l]
optimal_sequence_length[k] += optimal_sequence_length[k - l]
backpointers[k] = make_bruteforce_match(k - l + 1, k)
minimum_guesses = optimal_product[k] * @factorial optimal_sequence_length[k]
for match in matches when match.j == k
[i, j] = [match.i, match.j]
candidate_product = @estimate_guesses match
candidate_length = 1
if i - 1 >= 0
candidate_product *= optimal_product[i - 1]
candidate_length += optimal_sequence_length[i - 1]
candidate_guesses = candidate_product * @factorial candidate_length
if candidate_guesses < minimum_guesses
minimum_guesses = candidate_guesses
ending_bruteforce_chars = ''
optimal_product[k] = candidate_product
optimal_sequence_length[k] = candidate_length
backpointers[k] = match
# walk backwards and decode the best sequence
match_sequence = []
k = password.length - 1
while k >= 0
match = backpointers[k]
match_sequence.push match
k = match.i - 1
match_sequence.reverse()
if password.length > 0
sequence_length_multiplier = @factorial optimal_sequence_length[password.length - 1]
guesses = optimal_product[password.length - 1] * sequence_length_multiplier
else
sequence_length_multiplier = 1
guesses = 1
# final result object
password: PI:PASSWORD:<PASSWORD>END_PI
guesses: guesses
guesses_log10: @log10 guesses
sequence_product_log10: @log10(optimal_product[password.length - 1])
sequence_length_multiplier_log10: @log10 sequence_length_multiplier
sequence: match_sequence
# ------------------------------------------------------------------------------
# guess estimation -- one function per match pattern ---------------------------
# ------------------------------------------------------------------------------
estimate_guesses: (match) ->
return match.guesses if match.guesses? # a match's guess estimate doesn't change. cache it.
estimation_functions =
dictionary: @dictionary_guesses
spatial: @spatial_guesses
repeat: @repeat_guesses
sequence: @sequence_guesses
regex: @regex_guesses
date: @date_guesses
match.guesses = estimation_functions[match.pattern].call this, match
match.guesses_log10 = @log10 match.guesses
match.guesses
repeat_guesses: (match) ->
match.base_guesses * match.repeat_count
sequence_guesses: (match) ->
first_chr = match.token.charAt(0)
# lower guesses for obvious starting points
if first_chr in ['a', 'A', 'z', 'Z', '0', '1', '9']
base_guesses = 4
else
if first_chr.match /\d/
base_guesses = 10 # digits
else
# could give a higher base for uppercase,
# assigning 26 to both upper and lower sequences is more conservative.
base_guesses = 26
if not match.ascending
# need to try a descending sequence in addition to every ascending sequence ->
# 2x guesses
base_guesses *= 2
base_guesses * match.token.length
MIN_YEAR_SPACE: 20
REFERENCE_YEAR: 2000
regex_guesses: (match) ->
char_class_bases =
alpha_lower: 26
alpha_upper: 26
alpha: 52
alphanumeric: 62
digits: 10
symbols: 33
if match.regex_name of char_class_bases
Math.pow(char_class_bases[match.regex_name], match.token.length)
else switch match.regex_name
when 'recent_year'
# conservative estimate of year space: num years from REFERENCE_YEAR.
# if year is close to REFERENCE_YEAR, estimate a year space of MIN_YEAR_SPACE.
year_space = Math.abs parseInt(match.regex_match[0]) - @REFERENCE_YEAR
year_space = Math.max year_space, @MIN_YEAR_SPACE
year_space
date_guesses: (match) ->
# base guesses: (year distance from REFERENCE_YEAR) * num_days * num_years
year_space = Math.max(Math.abs(match.year - @REFERENCE_YEAR), @MIN_YEAR_SPACE)
guesses = year_space * 31 * 12
# double for four-digit years
guesses *= 2 if match.has_full_year
# add factor of 4 for separator selection (one of ~4 choices)
guesses *= 4 if match.separator
guesses
KEYBOARD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.qwerty)
# slightly different for keypad/mac keypad, but close enough
KEYPAD_AVERAGE_DEGREE: calc_average_degree(adjacency_graphs.keypad)
KEYBOARD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.qwerty).length
KEYPAD_STARTING_POSITIONS: (k for k,v of adjacency_graphs.keypad).length
spatial_guesses: (match) ->
if match.graph in ['qwerty', 'dvorak']
s = @KEYBOARD_STARTING_POSITIONS
d = @KEYBOARD_AVERAGE_DEGREE
else
s = @KEYPAD_STARTING_POSITIONS
d = @KEYPAD_AVERAGE_DEGREE
guesses = 0
L = match.token.length
t = match.turns
# estimate the number of possible patterns w/ length L or less with t turns or less.
for i in [2..L]
possible_turns = Math.min(t, i - 1)
for j in [1..possible_turns]
guesses += @nCk(i - 1, j - 1) * s * Math.pow(d, j)
# add extra guesses for shifted keys. (% instead of 5, A instead of a.)
# math is similar to extra guesses of l33t substitutions in dictionary matches.
if match.shifted_count
S = match.shifted_count
U = match.token.length - match.shifted_count # unshifted count
if S == 0 or U == 0
guesses *= 2
else
shifted_variations = 0
shifted_variations += @nCk(S + U, i) for i in [1..Math.min(S, U)]
guesses *= shifted_variations
guesses
dictionary_guesses: (match) ->
match.base_guesses = match.rank # keep these as properties for display purposes
match.uppercase_variations = @uppercase_variations match
match.l33t_variations = @l33t_variations match
reversed_variations = match.reversed and 2 or 1
match.base_guesses * match.uppercase_variations * match.l33t_variations * reversed_variations
START_UPPER: /^[A-Z][^A-Z]+$/
END_UPPER: /^[^A-Z]+[A-Z]$/
ALL_UPPER: /^[^a-z]+$/
ALL_LOWER: /^[^A-Z]+$/
uppercase_variations: (match) ->
word = match.token
return 1 if word.match @ALL_LOWER
# a capitalized word is the most common capitalization scheme,
# so it only doubles the search space (uncapitalized + capitalized).
# allcaps and end-capitalized are common enough too, underestimate as 2x factor to be safe.
for regex in [@START_UPPER, @END_UPPER, @ALL_UPPER]
return 2 if word.match regex
# otherwise calculate the number of ways to capitalize U+L uppercase+lowercase letters
# with U uppercase letters or less. or, if there's more uppercase than lower (for eg. PASSwORD),
# the number of ways to lowercase U+L letters with L lowercase letters or less.
U = (chr for chr in word.split('') when chr.match /[A-Z]/).length
L = (chr for chr in word.split('') when chr.match /[a-z]/).length
variations = 0
variations += @nCk(U + L, i) for i in [1..Math.min(U, L)]
variations
l33t_variations: (match) ->
return 1 if not match.l33t
variations = 1
for subbed, unsubbed of match.sub
# lower-case match.token before calculating: capitalization shouldn't affect l33t calc.
chrs = match.token.toLowerCase().split('')
S = (chr for chr in chrs when chr == subbed).length # num of subbed chars
U = (chr for chr in chrs when chr == unsubbed).length # num of unsubbed chars
if S == 0 or U == 0
# for this sub, password is either fully subbed (444) or fully unsubbed (aaa)
# treat that as doubling the space (attacker needs to try fully subbed chars in addition to
# unsubbed.)
variations *= 2
else
# this case is similar to capitalization:
# with aa44a, U = 3, S = 2, attacker needs to try unsubbed + one sub + two subs
p = Math.min(U, S)
possibilities = 0
possibilities += @nCk(U + S, i) for i in [1..p]
variations *= possibilities
variations
# utilities --------------------------------------------------------------------
cardinality: (password) ->
[lower, upper, digits, symbols, latin1_symbols, latin1_letters] = (
false for i in [0...6]
)
unicode_codepoints = []
for chr in password.split('')
ord = chr.charCodeAt(0)
if 0x30 <= ord <= 0x39
digits = true
else if 0x41 <= ord <= 0x5a
upper = true
else if 0x61 <= ord <= 0x7a
lower = true
else if ord <= 0x7f
symbols = true
else if 0x80 <= ord <= 0xBF
latin1_symbols = true
else if 0xC0 <= ord <= 0xFF
latin1_letters = true
else if ord > 0xFF
unicode_codepoints.push ord
c = 0
c += 10 if digits
c += 26 if upper
c += 26 if lower
c += 33 if symbols
c += 64 if latin1_symbols
c += 64 if latin1_letters
if unicode_codepoints.length
min_cp = max_cp = unicode_codepoints[0]
for cp in unicode_codepoints[1..]
min_cp = cp if cp < min_cp
max_cp = cp if cp > max_cp
# if the range between unicode codepoints is small,
# assume one extra alphabet is in use (eg cyrillic, korean) and add a ballpark +40
#
# if the range is large, be very conservative and add +100 instead of the range.
# (codepoint distance between chinese chars can be many thousand, for example,
# but that cardinality boost won't be justified if the characters are common.)
range = max_cp - min_cp + 1
range = 40 if range < 40
range = 100 if range > 100
c += range
c
module.exports = scoring
|
[
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistri",
"end": 42,
"score": 0.9998431205749512,
"start": 24,
"tag": "NAME",
"value": "Alexander Cherniuk"
},
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistribution and use in ",
"end": 60,
"score": 0.9999298453330994,
"start": 44,
"tag": "EMAIL",
"value": "ts33kr@gmail.com"
}
] | library/membrane/api.coffee | ts33kr/granite | 6 | ###
Copyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
logger = require "winston"
crossroads = require "crossroads"
uuid = require "node-uuid"
assert = require "assert"
colors = require "colors"
crypto = require "crypto"
nconf = require "nconf"
async = require "async"
https = require "https"
weak = require "weak"
http = require "http"
util = require "util"
url = require "url"
{EOL} = require "os"
{format} = require "util"
{STATUS_CODES} = require "http"
{Barebones} = require "./skeleton"
{EndpointToolkit} = require "./endpoint"
{remote, external} = require "./remote"
# This is an abstract base class for creating services that expose
# their functionality as API. The general structure of API is a REST.
# Although it is not strictly limited by this ABC, and anything within
# the HTTP architecture is basically allowed and can be implemented.
# The ABC provides not only the tool set for API definition, but also
# an additional tool set for supplementing the APIs with documentation.
module.exports.ApiService = class ApiService extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# These declarations below are implantations of the abstracted
# components by the means of the dynamic recomposition system.
# Please take a look at the `Composition` class implementation
# for all sorts of information on the composition system itself.
# Each of these will be dynamicall integrated in class hierarchy.
@implanting EndpointToolkit
# Symbol declaration table, that states what keys, if those are
# vectors (arrays) should be exported and then merged with their
# counterparts in the destination, once the composition process
# takes place. See the `Archetype::composition` hook definition
# for more information. Keys are names, values can be anything.
@COMPOSITION_EXPORTS: definitions: yes
# Walk over list of supported HTTP methods/verbs, defined in
# the `RestfulService` abstract base class member `SUPPORTED`
# and create a shorthand route definition for an every method.
# These shorthand definitions will greatly simplify making new
# routes, since they are much shorter than using a full blown
# signature of the `define` method in this abstract base class.
(do (m) => @[m] = -> @api m, arguments...) for m in @SUPPORTED
(assert (this[m.toLowerCase()] = this[m])) for m in @SUPPORTED
# The decorator that can be applied to the immediate function
# that implements an API declaration. When applied to such fun,
# when an API is executed, in case if there is any error in an
# implementation, instead of running the exception & rescuing
# mechanism, it will automatically respond with the requester
# with the specially formed JSON object, describing an error.
# This is useful for creating the resistent to failures APIs.
this.guard = this.fail = this.g = (implement) -> ->
misused = "no implementation func supplied"
unisolated = "no isolation engine detected"
message = "Invoking a protected API in an %s"
invaRequest = "fail to find isolated request"
identify = @constructor.identify().underline
assert _.isArguments try captured = arguments
assert _.isFunction(implement or 0), misused
assert @__origin and @__isolated, unisolated
assert _.isObject(this.request), invaRequest
assert _.isObject ndomain = require "domain"
assert _.isObject domain = ndomain.create()
assert _.isObject r = this.response or null
try logger.debug message.yellow, identify
incStack = try nconf.get "api:includeStack"
ev = (e, r) => this.emit "guad-error", e, r
st = (e) => (incStack and e.stack) or null
js = (e) => message: e.message, stack: st(e)
kills = (e) => r.send 500, js(e); ev(e, r)
@response.on "finish", -> domain.dispose()
domain.on "error", (error) -> kills error
domain.run => implement.apply @, captured
# Process the already macted HTTP request according to the REST
# specification. That is, see if the request method conforms to
# to the RFC, and if so, dispatch it onto corresponding method
# defined in the subclass of this abstract base class. Default
# implementation of each method will throw a not implemented.
# This implementation executes the processing sequence of the
# HTTP request with regards to the Crossroads of the service.
process: @spinoff (request, response, next) ->
assert identify = try @constructor.identify()
assert this.__isolated, "spin-off engine fail"
variables = [undefined, undefined] # no token
headers = @downstream headers: -> return null
partial = _.partial headers, request, response
response.on "header", -> partial variables...
assert _.isObject request.service = weak this
assert mw = @constructor.middleware().bind this
signature = [request, response, variables...]
message = "Executing Crossroads routing in %s"
intake = (func) => @downstream processing: func
go = (fn) => usp = intake fn; usp signature...
go => mw(signature) (error, results, misc) =>
assert expanded = _.clone variables or []
expanded.push request.session or undefined
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
logger.debug message.green, identify or 0
return this.crossroads.parse copy, [this]
# This method determines whether the supplied HTTP request
# matches this service. This is determined by examining the
# domain/host and the path, in accordance with the patterns
# that were used for configuring the class of this service.
# It is async, so be sure to call the `decide` with boolean!
# This implementation checks whether an HTTP request matches
# at least one router in the Crossroads instance of service.
matches: (request, response, decide) ->
assert _.isObject(request), "got invalid request"
assert _.isFunction(decide), "incorrect callback"
conditions = try @constructor.condition() or null
conditions = Array() unless _.isArray conditions
identify = try @constructor?.identify().underline
return decide no if @constructor.DISABLE_SERVICE
p = (i, cn) -> i.limitation request, response, cn
fails = "Service #{identify} fails some conditions"
notify = "Running %s service conditional sequences"
message = "Polling %s service for Crossroads match"
logger.debug notify.toString(), identify.toString()
logger.debug message.toString().cyan, identify
return async.every conditions, p, (confirms) =>
logger.debug fails.yellow unless confirms
return decide false unless confirms is yes
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
match = (route) -> return route.match copy
decide _.any(@crossroads._routes, match)
# A hook that will be called prior to registering the service
# implementation. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
# This implementation sets up the internals of the API service
# that will allow to properly expose and execute the methods.
register: (kernel, router, next) ->
noted = "Setting up %s Crossroads routes in %s"
invalidDefs = "invalid type of the definitions"
emptyDoc = "the document sequence is not emptied"
noCrossr = "unable to load a Crossroads library"
noInh = "cannot be inherited from both toolkits"
createRouteWrapper = @createRouteWrapper.bind this
try identify = @constructor.identify().underline
assert not (try this.objectOf Screenplay), noInh
assert crs = @crossroads = crossroads.create()
defines = @constructor.define() or new Array()
assert _.isArray(defines or null), invalidDefs
assert _.isEmpty(@constructor.docs()), emptyDoc
assert _.isObject(@crossroads or 0), noCrossr
assert amount = defines.length.toString().bold
try logger.debug noted.yellow, amount, identify
async.each defines, createRouteWrapper, next
# Part of the internal implementation of the API engine. It
# is used to create the wrapping around the Crossroads route
# handler. This wrapping is very tightly inegrated with this
# abstract base class internals, as well as with the internal
# design of some of the parent classes, namely `RestfulService`.
# The wrapping provides important boilerplate to set up scope.
createRouteWrapper: (definition, next) ->
register = "Adding Crossroads route %s to %s"
noCross = "no Crossroads router in the service"
assert _.isObject(crs = @crossroads), noCross
identify = @constructor.identify().underline
assert method = try definition.method or null
assert implement = definition.implement or 0
assert rules = rls = definition.rules or {}
assert not _.isEmpty mask = definition.mask
assert p = (mask.source or mask).underline
logger.debug register.magenta, p, identify
fr = (q) => q.method.toUpperCase() is method
rx = (r) => r.rules = rls; rls.request_ = fr
fx = (f) => rx crs.addRoute mask, f; next()
fx (shadow, parameters...) -> # the wrapper
assert (shadow.__isolated or 0) is yes
assert _.isObject shadow.__origin or 0
implement.apply shadow, parameters
# Define a new API and all of its attributes. Among those
# arguments there is an API implementation function and an
# URL mask for routing that API and an HTTP version to use
# for matching this API. Please consult with a `Crossroads`
# package for information on the mask, which can be string
# or a regular expression. Also, please see implementation.
this.define = this.api = (method, mask, implement) ->
wrongMask = "a mask has to be string or regex"
noImplement = "no implementation fn supplied"
invalidMeth = "an HTTP method is not a string"
maskStr = _.isString(mask or null) or false
maskReg = _.isRegExp(mask or null) or false
assert previous = @definitions or new Array()
return previous unless arguments.length > 0
assert _.isFunction(implement), noImplement
assert _.isString(method or 0), invalidMeth
assert (maskStr or maskReg or 0), wrongMask
documents = _.clone this.documents or Array()
crossRules = _.reduce @crossRules, _.merge
paramStore = _.reduce @paramStore, _.merge
delete @documents if @documents # clear doc
delete @crossRules if @crossRules # rm rule
delete @paramStore if @paramStore # rm argv
documents.push method: method.toUpperCase()
documents.push mask: (mask?.source or mask)
documents.push uid: uid = uuid.v1() or null
fn = (arbitraryVector) -> return implement
return fn @definitions = previous.concat
documents: documents # documentation
implement: implement # implements fn
params: paramStore # parameters/argv
rules: crossRules # Crossroads rules
method: method.toUpperCase() # HTTP
mask: mask # URL mask for routing
uid: uid # unique ID (UUID) tag
| 128109 | ###
Copyright (c) 2013, <NAME> <<EMAIL>>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
logger = require "winston"
crossroads = require "crossroads"
uuid = require "node-uuid"
assert = require "assert"
colors = require "colors"
crypto = require "crypto"
nconf = require "nconf"
async = require "async"
https = require "https"
weak = require "weak"
http = require "http"
util = require "util"
url = require "url"
{EOL} = require "os"
{format} = require "util"
{STATUS_CODES} = require "http"
{Barebones} = require "./skeleton"
{EndpointToolkit} = require "./endpoint"
{remote, external} = require "./remote"
# This is an abstract base class for creating services that expose
# their functionality as API. The general structure of API is a REST.
# Although it is not strictly limited by this ABC, and anything within
# the HTTP architecture is basically allowed and can be implemented.
# The ABC provides not only the tool set for API definition, but also
# an additional tool set for supplementing the APIs with documentation.
module.exports.ApiService = class ApiService extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# These declarations below are implantations of the abstracted
# components by the means of the dynamic recomposition system.
# Please take a look at the `Composition` class implementation
# for all sorts of information on the composition system itself.
# Each of these will be dynamicall integrated in class hierarchy.
@implanting EndpointToolkit
# Symbol declaration table, that states what keys, if those are
# vectors (arrays) should be exported and then merged with their
# counterparts in the destination, once the composition process
# takes place. See the `Archetype::composition` hook definition
# for more information. Keys are names, values can be anything.
@COMPOSITION_EXPORTS: definitions: yes
# Walk over list of supported HTTP methods/verbs, defined in
# the `RestfulService` abstract base class member `SUPPORTED`
# and create a shorthand route definition for an every method.
# These shorthand definitions will greatly simplify making new
# routes, since they are much shorter than using a full blown
# signature of the `define` method in this abstract base class.
(do (m) => @[m] = -> @api m, arguments...) for m in @SUPPORTED
(assert (this[m.toLowerCase()] = this[m])) for m in @SUPPORTED
# The decorator that can be applied to the immediate function
# that implements an API declaration. When applied to such fun,
# when an API is executed, in case if there is any error in an
# implementation, instead of running the exception & rescuing
# mechanism, it will automatically respond with the requester
# with the specially formed JSON object, describing an error.
# This is useful for creating the resistent to failures APIs.
this.guard = this.fail = this.g = (implement) -> ->
misused = "no implementation func supplied"
unisolated = "no isolation engine detected"
message = "Invoking a protected API in an %s"
invaRequest = "fail to find isolated request"
identify = @constructor.identify().underline
assert _.isArguments try captured = arguments
assert _.isFunction(implement or 0), misused
assert @__origin and @__isolated, unisolated
assert _.isObject(this.request), invaRequest
assert _.isObject ndomain = require "domain"
assert _.isObject domain = ndomain.create()
assert _.isObject r = this.response or null
try logger.debug message.yellow, identify
incStack = try nconf.get "api:includeStack"
ev = (e, r) => this.emit "guad-error", e, r
st = (e) => (incStack and e.stack) or null
js = (e) => message: e.message, stack: st(e)
kills = (e) => r.send 500, js(e); ev(e, r)
@response.on "finish", -> domain.dispose()
domain.on "error", (error) -> kills error
domain.run => implement.apply @, captured
# Process the already macted HTTP request according to the REST
# specification. That is, see if the request method conforms to
# to the RFC, and if so, dispatch it onto corresponding method
# defined in the subclass of this abstract base class. Default
# implementation of each method will throw a not implemented.
# This implementation executes the processing sequence of the
# HTTP request with regards to the Crossroads of the service.
process: @spinoff (request, response, next) ->
assert identify = try @constructor.identify()
assert this.__isolated, "spin-off engine fail"
variables = [undefined, undefined] # no token
headers = @downstream headers: -> return null
partial = _.partial headers, request, response
response.on "header", -> partial variables...
assert _.isObject request.service = weak this
assert mw = @constructor.middleware().bind this
signature = [request, response, variables...]
message = "Executing Crossroads routing in %s"
intake = (func) => @downstream processing: func
go = (fn) => usp = intake fn; usp signature...
go => mw(signature) (error, results, misc) =>
assert expanded = _.clone variables or []
expanded.push request.session or undefined
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
logger.debug message.green, identify or 0
return this.crossroads.parse copy, [this]
# This method determines whether the supplied HTTP request
# matches this service. This is determined by examining the
# domain/host and the path, in accordance with the patterns
# that were used for configuring the class of this service.
# It is async, so be sure to call the `decide` with boolean!
# This implementation checks whether an HTTP request matches
# at least one router in the Crossroads instance of service.
matches: (request, response, decide) ->
assert _.isObject(request), "got invalid request"
assert _.isFunction(decide), "incorrect callback"
conditions = try @constructor.condition() or null
conditions = Array() unless _.isArray conditions
identify = try @constructor?.identify().underline
return decide no if @constructor.DISABLE_SERVICE
p = (i, cn) -> i.limitation request, response, cn
fails = "Service #{identify} fails some conditions"
notify = "Running %s service conditional sequences"
message = "Polling %s service for Crossroads match"
logger.debug notify.toString(), identify.toString()
logger.debug message.toString().cyan, identify
return async.every conditions, p, (confirms) =>
logger.debug fails.yellow unless confirms
return decide false unless confirms is yes
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
match = (route) -> return route.match copy
decide _.any(@crossroads._routes, match)
# A hook that will be called prior to registering the service
# implementation. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
# This implementation sets up the internals of the API service
# that will allow to properly expose and execute the methods.
register: (kernel, router, next) ->
noted = "Setting up %s Crossroads routes in %s"
invalidDefs = "invalid type of the definitions"
emptyDoc = "the document sequence is not emptied"
noCrossr = "unable to load a Crossroads library"
noInh = "cannot be inherited from both toolkits"
createRouteWrapper = @createRouteWrapper.bind this
try identify = @constructor.identify().underline
assert not (try this.objectOf Screenplay), noInh
assert crs = @crossroads = crossroads.create()
defines = @constructor.define() or new Array()
assert _.isArray(defines or null), invalidDefs
assert _.isEmpty(@constructor.docs()), emptyDoc
assert _.isObject(@crossroads or 0), noCrossr
assert amount = defines.length.toString().bold
try logger.debug noted.yellow, amount, identify
async.each defines, createRouteWrapper, next
# Part of the internal implementation of the API engine. It
# is used to create the wrapping around the Crossroads route
# handler. This wrapping is very tightly inegrated with this
# abstract base class internals, as well as with the internal
# design of some of the parent classes, namely `RestfulService`.
# The wrapping provides important boilerplate to set up scope.
createRouteWrapper: (definition, next) ->
register = "Adding Crossroads route %s to %s"
noCross = "no Crossroads router in the service"
assert _.isObject(crs = @crossroads), noCross
identify = @constructor.identify().underline
assert method = try definition.method or null
assert implement = definition.implement or 0
assert rules = rls = definition.rules or {}
assert not _.isEmpty mask = definition.mask
assert p = (mask.source or mask).underline
logger.debug register.magenta, p, identify
fr = (q) => q.method.toUpperCase() is method
rx = (r) => r.rules = rls; rls.request_ = fr
fx = (f) => rx crs.addRoute mask, f; next()
fx (shadow, parameters...) -> # the wrapper
assert (shadow.__isolated or 0) is yes
assert _.isObject shadow.__origin or 0
implement.apply shadow, parameters
# Define a new API and all of its attributes. Among those
# arguments there is an API implementation function and an
# URL mask for routing that API and an HTTP version to use
# for matching this API. Please consult with a `Crossroads`
# package for information on the mask, which can be string
# or a regular expression. Also, please see implementation.
this.define = this.api = (method, mask, implement) ->
wrongMask = "a mask has to be string or regex"
noImplement = "no implementation fn supplied"
invalidMeth = "an HTTP method is not a string"
maskStr = _.isString(mask or null) or false
maskReg = _.isRegExp(mask or null) or false
assert previous = @definitions or new Array()
return previous unless arguments.length > 0
assert _.isFunction(implement), noImplement
assert _.isString(method or 0), invalidMeth
assert (maskStr or maskReg or 0), wrongMask
documents = _.clone this.documents or Array()
crossRules = _.reduce @crossRules, _.merge
paramStore = _.reduce @paramStore, _.merge
delete @documents if @documents # clear doc
delete @crossRules if @crossRules # rm rule
delete @paramStore if @paramStore # rm argv
documents.push method: method.toUpperCase()
documents.push mask: (mask?.source or mask)
documents.push uid: uid = uuid.v1() or null
fn = (arbitraryVector) -> return implement
return fn @definitions = previous.concat
documents: documents # documentation
implement: implement # implements fn
params: paramStore # parameters/argv
rules: crossRules # Crossroads rules
method: method.toUpperCase() # HTTP
mask: mask # URL mask for routing
uid: uid # unique ID (UUID) tag
| true | ###
Copyright (c) 2013, PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
logger = require "winston"
crossroads = require "crossroads"
uuid = require "node-uuid"
assert = require "assert"
colors = require "colors"
crypto = require "crypto"
nconf = require "nconf"
async = require "async"
https = require "https"
weak = require "weak"
http = require "http"
util = require "util"
url = require "url"
{EOL} = require "os"
{format} = require "util"
{STATUS_CODES} = require "http"
{Barebones} = require "./skeleton"
{EndpointToolkit} = require "./endpoint"
{remote, external} = require "./remote"
# This is an abstract base class for creating services that expose
# their functionality as API. The general structure of API is a REST.
# Although it is not strictly limited by this ABC, and anything within
# the HTTP architecture is basically allowed and can be implemented.
# The ABC provides not only the tool set for API definition, but also
# an additional tool set for supplementing the APIs with documentation.
module.exports.ApiService = class ApiService extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# These declarations below are implantations of the abstracted
# components by the means of the dynamic recomposition system.
# Please take a look at the `Composition` class implementation
# for all sorts of information on the composition system itself.
# Each of these will be dynamicall integrated in class hierarchy.
@implanting EndpointToolkit
# Symbol declaration table, that states what keys, if those are
# vectors (arrays) should be exported and then merged with their
# counterparts in the destination, once the composition process
# takes place. See the `Archetype::composition` hook definition
# for more information. Keys are names, values can be anything.
@COMPOSITION_EXPORTS: definitions: yes
# Walk over list of supported HTTP methods/verbs, defined in
# the `RestfulService` abstract base class member `SUPPORTED`
# and create a shorthand route definition for an every method.
# These shorthand definitions will greatly simplify making new
# routes, since they are much shorter than using a full blown
# signature of the `define` method in this abstract base class.
(do (m) => @[m] = -> @api m, arguments...) for m in @SUPPORTED
(assert (this[m.toLowerCase()] = this[m])) for m in @SUPPORTED
# The decorator that can be applied to the immediate function
# that implements an API declaration. When applied to such fun,
# when an API is executed, in case if there is any error in an
# implementation, instead of running the exception & rescuing
# mechanism, it will automatically respond with the requester
# with the specially formed JSON object, describing an error.
# This is useful for creating the resistent to failures APIs.
this.guard = this.fail = this.g = (implement) -> ->
misused = "no implementation func supplied"
unisolated = "no isolation engine detected"
message = "Invoking a protected API in an %s"
invaRequest = "fail to find isolated request"
identify = @constructor.identify().underline
assert _.isArguments try captured = arguments
assert _.isFunction(implement or 0), misused
assert @__origin and @__isolated, unisolated
assert _.isObject(this.request), invaRequest
assert _.isObject ndomain = require "domain"
assert _.isObject domain = ndomain.create()
assert _.isObject r = this.response or null
try logger.debug message.yellow, identify
incStack = try nconf.get "api:includeStack"
ev = (e, r) => this.emit "guad-error", e, r
st = (e) => (incStack and e.stack) or null
js = (e) => message: e.message, stack: st(e)
kills = (e) => r.send 500, js(e); ev(e, r)
@response.on "finish", -> domain.dispose()
domain.on "error", (error) -> kills error
domain.run => implement.apply @, captured
# Process the already macted HTTP request according to the REST
# specification. That is, see if the request method conforms to
# to the RFC, and if so, dispatch it onto corresponding method
# defined in the subclass of this abstract base class. Default
# implementation of each method will throw a not implemented.
# This implementation executes the processing sequence of the
# HTTP request with regards to the Crossroads of the service.
process: @spinoff (request, response, next) ->
assert identify = try @constructor.identify()
assert this.__isolated, "spin-off engine fail"
variables = [undefined, undefined] # no token
headers = @downstream headers: -> return null
partial = _.partial headers, request, response
response.on "header", -> partial variables...
assert _.isObject request.service = weak this
assert mw = @constructor.middleware().bind this
signature = [request, response, variables...]
message = "Executing Crossroads routing in %s"
intake = (func) => @downstream processing: func
go = (fn) => usp = intake fn; usp signature...
go => mw(signature) (error, results, misc) =>
assert expanded = _.clone variables or []
expanded.push request.session or undefined
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
logger.debug message.green, identify or 0
return this.crossroads.parse copy, [this]
# This method determines whether the supplied HTTP request
# matches this service. This is determined by examining the
# domain/host and the path, in accordance with the patterns
# that were used for configuring the class of this service.
# It is async, so be sure to call the `decide` with boolean!
# This implementation checks whether an HTTP request matches
# at least one router in the Crossroads instance of service.
matches: (request, response, decide) ->
assert _.isObject(request), "got invalid request"
assert _.isFunction(decide), "incorrect callback"
conditions = try @constructor.condition() or null
conditions = Array() unless _.isArray conditions
identify = try @constructor?.identify().underline
return decide no if @constructor.DISABLE_SERVICE
p = (i, cn) -> i.limitation request, response, cn
fails = "Service #{identify} fails some conditions"
notify = "Running %s service conditional sequences"
message = "Polling %s service for Crossroads match"
logger.debug notify.toString(), identify.toString()
logger.debug message.toString().cyan, identify
return async.every conditions, p, (confirms) =>
logger.debug fails.yellow unless confirms
return decide false unless confirms is yes
malfunction = "no crossroads in an instance"
path = url.parse(request.url).pathname or 0
assert _.isObject(@crossroads), malfunction
assert _.isString(path), "no request paths"
assert copy = Object.create String.prototype
assert _.isFunction(copy.toString = -> path)
assert copy.method = request.method or null
match = (route) -> return route.match copy
decide _.any(@crossroads._routes, match)
# A hook that will be called prior to registering the service
# implementation. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
# This implementation sets up the internals of the API service
# that will allow to properly expose and execute the methods.
register: (kernel, router, next) ->
noted = "Setting up %s Crossroads routes in %s"
invalidDefs = "invalid type of the definitions"
emptyDoc = "the document sequence is not emptied"
noCrossr = "unable to load a Crossroads library"
noInh = "cannot be inherited from both toolkits"
createRouteWrapper = @createRouteWrapper.bind this
try identify = @constructor.identify().underline
assert not (try this.objectOf Screenplay), noInh
assert crs = @crossroads = crossroads.create()
defines = @constructor.define() or new Array()
assert _.isArray(defines or null), invalidDefs
assert _.isEmpty(@constructor.docs()), emptyDoc
assert _.isObject(@crossroads or 0), noCrossr
assert amount = defines.length.toString().bold
try logger.debug noted.yellow, amount, identify
async.each defines, createRouteWrapper, next
# Part of the internal implementation of the API engine. It
# is used to create the wrapping around the Crossroads route
# handler. This wrapping is very tightly inegrated with this
# abstract base class internals, as well as with the internal
# design of some of the parent classes, namely `RestfulService`.
# The wrapping provides important boilerplate to set up scope.
createRouteWrapper: (definition, next) ->
register = "Adding Crossroads route %s to %s"
noCross = "no Crossroads router in the service"
assert _.isObject(crs = @crossroads), noCross
identify = @constructor.identify().underline
assert method = try definition.method or null
assert implement = definition.implement or 0
assert rules = rls = definition.rules or {}
assert not _.isEmpty mask = definition.mask
assert p = (mask.source or mask).underline
logger.debug register.magenta, p, identify
fr = (q) => q.method.toUpperCase() is method
rx = (r) => r.rules = rls; rls.request_ = fr
fx = (f) => rx crs.addRoute mask, f; next()
fx (shadow, parameters...) -> # the wrapper
assert (shadow.__isolated or 0) is yes
assert _.isObject shadow.__origin or 0
implement.apply shadow, parameters
# Define a new API and all of its attributes. Among those
# arguments there is an API implementation function and an
# URL mask for routing that API and an HTTP version to use
# for matching this API. Please consult with a `Crossroads`
# package for information on the mask, which can be string
# or a regular expression. Also, please see implementation.
this.define = this.api = (method, mask, implement) ->
wrongMask = "a mask has to be string or regex"
noImplement = "no implementation fn supplied"
invalidMeth = "an HTTP method is not a string"
maskStr = _.isString(mask or null) or false
maskReg = _.isRegExp(mask or null) or false
assert previous = @definitions or new Array()
return previous unless arguments.length > 0
assert _.isFunction(implement), noImplement
assert _.isString(method or 0), invalidMeth
assert (maskStr or maskReg or 0), wrongMask
documents = _.clone this.documents or Array()
crossRules = _.reduce @crossRules, _.merge
paramStore = _.reduce @paramStore, _.merge
delete @documents if @documents # clear doc
delete @crossRules if @crossRules # rm rule
delete @paramStore if @paramStore # rm argv
documents.push method: method.toUpperCase()
documents.push mask: (mask?.source or mask)
documents.push uid: uid = uuid.v1() or null
fn = (arbitraryVector) -> return implement
return fn @definitions = previous.concat
documents: documents # documentation
implement: implement # implements fn
params: paramStore # parameters/argv
rules: crossRules # Crossroads rules
method: method.toUpperCase() # HTTP
mask: mask # URL mask for routing
uid: uid # unique ID (UUID) tag
|
[
{
"context": "192, 168, 1, 1])\n test.equal(addr.toString(), '192.168.1.1')\n test.done()\n\n 'returns correct kind for IP",
"end": 647,
"score": 0.9986698031425476,
"start": 636,
"tag": "IP_ADDRESS",
"value": "192.168.1.1"
},
{
"context": "at': (test) ->\n test.equal(ipaddr.IPv4.isIPv4('192.168.007.0xa'), true)\n test.equal(ipaddr.IPv4.isIPv4('1024.",
"end": 1036,
"score": 0.9242700338363647,
"start": 1021,
"tag": "IP_ADDRESS",
"value": "192.168.007.0xa"
},
{
"context": "7.0xa'), true)\n test.equal(ipaddr.IPv4.isIPv4('1024.0.0.1'), true)\n test.equal(ipaddr.IPv4.isIPv4('",
"end": 1091,
"score": 0.9950284957885742,
"start": 1081,
"tag": "IP_ADDRESS",
"value": "1024.0.0.1"
},
{
"context": "s': (test) ->\n test.equal(ipaddr.IPv4.isValid('192.168.007.0xa'), true)\n test.equal(ipaddr.IPv4.isVali",
"end": 1267,
"score": 0.9496976733207703,
"start": 1260,
"tag": "IP_ADDRESS",
"value": "192.168"
},
{
"context": " ->\n test.equal(ipaddr.IPv4.isValid('192.168.007.0xa'), true)\n test.equal(ipaddr.IPv4.isValid('1",
"end": 1271,
"score": 0.8022855520248413,
"start": 1270,
"tag": "IP_ADDRESS",
"value": "7"
},
{
"context": "0xa'), true)\n test.equal(ipaddr.IPv4.isValid('1024.0.0.1'), false)\n test.equal(ipaddr.IPv4.isValid",
"end": 1331,
"score": 0.9658691883087158,
"start": 1322,
"tag": "IP_ADDRESS",
"value": "024.0.0.1"
},
{
"context": ": (test) ->\n test.deepEqual(ipaddr.IPv4.parse('192.168.1.1').octets, [192, 168, 1, 1])\n test.deepEqual(i",
"end": 1527,
"score": 0.9967659115791321,
"start": 1516,
"tag": "IP_ADDRESS",
"value": "192.168.1.1"
},
{
"context": "68, 1, 1])\n test.deepEqual(ipaddr.IPv4.parse('0xc0.168.1.1').octets, [192, 168, 1, 1])\n test.deepEqual(ip",
"end": 1607,
"score": 0.9631794095039368,
"start": 1596,
"tag": "IP_ADDRESS",
"value": "xc0.168.1.1"
},
{
"context": "168, 1, 1])\n test.deepEqual(ipaddr.IPv4.parse('192.0250.1.1').octets, [192, 168, 1, 1])\n test.deepEqual(ip",
"end": 1686,
"score": 0.9255116581916809,
"start": 1674,
"tag": "IP_ADDRESS",
"value": "192.0250.1.1"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('11.0.0.0'), 8), false)\n test.equal(addr.match(ipaddr.I",
"end": 2286,
"score": 0.9996439814567566,
"start": 2278,
"tag": "IP_ADDRESS",
"value": "11.0.0.0"
},
{
"context": "lse)\n test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.0'), 8), true)\n test.equal(addr.match(ipaddr.IP",
"end": 2355,
"score": 0.9995759725570679,
"start": 2347,
"tag": "IP_ADDRESS",
"value": "10.0.0.0"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.1'), 8), true)\n test.equal(addr.match(ipaddr.IP",
"end": 2423,
"score": 0.9996541142463684,
"start": 2415,
"tag": "IP_ADDRESS",
"value": "10.0.0.1"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.10'), 8), true)\n test.equal(addr.match(ipaddr.IPv",
"end": 2492,
"score": 0.9996533989906311,
"start": 2483,
"tag": "IP_ADDRESS",
"value": "10.0.0.10"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('10.5.5.0'), 16), true)\n test.equal(addr.match(ipaddr.IP",
"end": 2559,
"score": 0.999657928943634,
"start": 2551,
"tag": "IP_ADDRESS",
"value": "10.5.5.0"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 16), false)\n test.equal(addr.match(ipaddr.I",
"end": 2627,
"score": 0.9996507167816162,
"start": 2619,
"tag": "IP_ADDRESS",
"value": "10.4.5.0"
},
{
"context": "lse)\n test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 15), true)\n test.equal(addr.match(ipaddr.IP",
"end": 2696,
"score": 0.9996562004089355,
"start": 2688,
"tag": "IP_ADDRESS",
"value": "10.4.5.0"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv4.parse('10.5.0.2'), 32), false)\n test.equal(addr.match(addr, 32",
"end": 2764,
"score": 0.9996577501296997,
"start": 2756,
"tag": "IP_ADDRESS",
"value": "10.5.0.2"
},
{
"context": "ks': (test) ->\n test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')\n test.e",
"end": 2921,
"score": 0.5383054614067078,
"start": 2921,
"tag": "IP_ADDRESS",
"value": ""
},
{
"context": "': (test) ->\n test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')\n test.equ",
"end": 2923,
"score": 0.8510504961013794,
"start": 2923,
"tag": "IP_ADDRESS",
"value": ""
},
{
"context": " (test) ->\n test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')\n test.equal",
"end": 2925,
"score": 0.9805582165718079,
"start": 2925,
"tag": "IP_ADDRESS",
"value": ""
},
{
"context": "nspecified')\n test.equal(ipaddr.IPv4.parse('0.1.0.0').range(), 'unspecified')\n test.equ",
"end": 2999,
"score": 0.9734438061714172,
"start": 2999,
"tag": "IP_ADDRESS",
"value": ""
},
{
"context": "pecified')\n test.equal(ipaddr.IPv4.parse('0.1.0.0').range(), 'unspecified')\n test.equal(",
"end": 3003,
"score": 0.7572803497314453,
"start": 3002,
"tag": "IP_ADDRESS",
"value": "0"
},
{
"context": " 'unspecified')\n test.equal(ipaddr.IPv4.parse('10.1.0.1').range(), 'private')\n test.equal(ipadd",
"end": 3080,
"score": 0.999707043170929,
"start": 3072,
"tag": "IP_ADDRESS",
"value": "10.1.0.1"
},
{
"context": " 'private')\n test.equal(ipaddr.IPv4.parse('192.168.2.1').range(), 'private')\n test.equal(ipaddr.I",
"end": 3155,
"score": 0.9997333884239197,
"start": 3144,
"tag": "IP_ADDRESS",
"value": "192.168.2.1"
},
{
"context": " 'private')\n test.equal(ipaddr.IPv4.parse('224.100.0.1').range(), 'multicast')\n test.equal(ipaddr",
"end": 3227,
"score": 0.9997193813323975,
"start": 3216,
"tag": "IP_ADDRESS",
"value": "224.100.0.1"
},
{
"context": " 'multicast')\n test.equal(ipaddr.IPv4.parse('169.254.15.0').range(), 'linkLocal')\n test.equal(ipaddr.",
"end": 3302,
"score": 0.9997491836547852,
"start": 3290,
"tag": "IP_ADDRESS",
"value": "169.254.15.0"
},
{
"context": " 'linkLocal')\n test.equal(ipaddr.IPv4.parse('127.1.1.1').range(), 'loopback')\n test.equal(ipadd",
"end": 3373,
"score": 0.9996951222419739,
"start": 3364,
"tag": "IP_ADDRESS",
"value": "127.1.1.1"
},
{
"context": " 'loopback')\n test.equal(ipaddr.IPv4.parse('255.255.255.255').range(), 'broadcast')\n test.equal(ipaddr.IPv",
"end": 3452,
"score": 0.9996834397315979,
"start": 3437,
"tag": "IP_ADDRESS",
"value": "255.255.255.255"
},
{
"context": "), 'broadcast')\n test.equal(ipaddr.IPv4.parse('240.1.2.3').range(), 'reserved')\n test.equal(ipadd",
"end": 3520,
"score": 0.9997032880783081,
"start": 3511,
"tag": "IP_ADDRESS",
"value": "240.1.2.3"
},
{
"context": " 'reserved')\n test.equal(ipaddr.IPv4.parse('8.8.8.8').range(), 'unicast')\n test.done()\n\n ",
"end": 3591,
"score": 0.990892767906189,
"start": 3584,
"tag": "IP_ADDRESS",
"value": "8.8.8.8"
},
{
"context": "0, 1])\n test.equal(addr.toNormalizedString(), '2001:db8:f53a:0:0:0:0:1')\n test.equal(addr.toString(), '2001:db8:f53a:",
"end": 4179,
"score": 0.9994293451309204,
"start": 4156,
"tag": "IP_ADDRESS",
"value": "2001:db8:f53a:0:0:0:0:1"
},
{
"context": "f53a:0:0:0:0:1')\n test.equal(addr.toString(), '2001:db8:f53a::1')\n test.equal(new ipaddr.IPv6([0, 0, 0, 0, 0, ",
"end": 4231,
"score": 0.9996403455734253,
"start": 4215,
"tag": "IP_ADDRESS",
"value": "2001:db8:f53a::1"
},
{
"context": " ipaddr.IPv6([0, 0, 0, 0, 0, 0, 0, 1]).toString(), '::1')\n test.equal(new ipaddr.IPv6([0x2001, 0xdb8, ",
"end": 4307,
"score": 0.8813645839691162,
"start": 4303,
"tag": "IP_ADDRESS",
"value": "'::1"
},
{
"context": "6([0x2001, 0xdb8, 0, 0, 0, 0, 0, 0]).toString(), '2001:db8::')\n test.done()\n\n 'returns correct kind for IP",
"end": 4397,
"score": 0.999522864818573,
"start": 4389,
"tag": "IP_ADDRESS",
"value": "2001:db8"
},
{
"context": "at': (test) ->\n test.equal(ipaddr.IPv6.isIPv6('2001:db8:F53A::1'), true)\n test.equal(ipaddr.IPv6.isIPv6('2",
"end": 4847,
"score": 0.9991142153739929,
"start": 4831,
"tag": "IP_ADDRESS",
"value": "2001:db8:F53A::1"
},
{
"context": "1'), true)\n test.equal(ipaddr.IPv6.isIPv6('200001::1'), true)\n test.equal(ipaddr.IPv6.is",
"end": 4905,
"score": 0.9978137016296387,
"start": 4896,
"tag": "IP_ADDRESS",
"value": "200001::1"
},
{
"context": " true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:192.168.1.1'), true)\n test.equal(ipaddr.IPv6",
"end": 4967,
"score": 0.9778022766113281,
"start": 4963,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": " true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:192.168.1.1'), true)\n test.equal(ipaddr.IPv6.isIPv6('::f",
"end": 4979,
"score": 0.9801793694496155,
"start": 4968,
"tag": "IP_ADDRESS",
"value": "192.168.1.1"
},
{
"context": "1.1'), true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)\n test.equal(ipaddr.IPv6",
"end": 5032,
"score": 0.9881202578544617,
"start": 5028,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": " true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)\n test.equal(ipaddr.IPv6.isI",
"end": 5036,
"score": 0.8481116890907288,
"start": 5033,
"tag": "IP_ADDRESS",
"value": "300"
},
{
"context": "ue)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)\n test.equal(ipaddr.IPv6.isIPv6('::f",
"end": 5044,
"score": 0.9740052819252014,
"start": 5037,
"tag": "IP_ADDRESS",
"value": "168.1.1"
},
{
"context": "1.1'), true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1:0'), false)\n test.equal(ipaddr.IPv",
"end": 5097,
"score": 0.9789690971374512,
"start": 5093,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": " true)\n test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1:0'), false)\n test.equal(ipaddr.IPv6.isIPv6('fe",
"end": 5109,
"score": 0.909221887588501,
"start": 5098,
"tag": "IP_ADDRESS",
"value": "300.168.1.1"
},
{
"context": ":0'), false)\n test.equal(ipaddr.IPv6.isIPv6('fe80::wtf'), false)\n test.done()\n\n 'val",
"end": 5161,
"score": 0.5462228059768677,
"start": 5159,
"tag": "IP_ADDRESS",
"value": "80"
},
{
"context": "s': (test) ->\n test.equal(ipaddr.IPv6.isValid('2001:db8:F53A::1'), true)\n test.equal(ipaddr.IPv6.isValid('2",
"end": 5297,
"score": 0.9989997744560242,
"start": 5281,
"tag": "IP_ADDRESS",
"value": "2001:db8:F53A::1"
},
{
"context": "1'), true)\n test.equal(ipaddr.IPv6.isValid('200001::1'), false)\n test.equal(ipaddr.IPv6.is",
"end": 5355,
"score": 0.9944689273834229,
"start": 5346,
"tag": "IP_ADDRESS",
"value": "200001::1"
},
{
"context": " false)\n test.equal(ipaddr.IPv6.isValid('::ffff:192.168.1.1'), true)\n test.equal(ipaddr.IPv6",
"end": 5418,
"score": 0.9863431453704834,
"start": 5414,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "false)\n test.equal(ipaddr.IPv6.isValid('::ffff:192.168.1.1'), true)\n test.equal(ipaddr.IPv6.isValid('::",
"end": 5430,
"score": 0.9779462218284607,
"start": 5419,
"tag": "IP_ADDRESS",
"value": "192.168.1.1"
},
{
"context": ".1'), true)\n test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1'), false)\n test.equal(ipaddr.IPv",
"end": 5484,
"score": 0.9919317960739136,
"start": 5480,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "true)\n test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1'), false)\n test.equal(ipaddr.IPv6.isValid(':",
"end": 5496,
"score": 0.9335142374038696,
"start": 5486,
"tag": "IP_ADDRESS",
"value": "00.168.1.1"
},
{
"context": "1'), false)\n test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)\n test.equal(ipaddr.IPv",
"end": 5551,
"score": 0.9894978404045105,
"start": 5547,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "false)\n test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)\n test.equal(ipaddr.IPv6.is",
"end": 5555,
"score": 0.8941170573234558,
"start": 5552,
"tag": "IP_ADDRESS",
"value": "300"
},
{
"context": "e)\n test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)\n test.equal(ipaddr.IPv6.isValid('2",
"end": 5563,
"score": 0.9637230634689331,
"start": 5556,
"tag": "IP_ADDRESS",
"value": "168.1.1"
},
{
"context": "1:0'), false)\n test.equal(ipaddr.IPv6.isValid('2001:db8::F53A::1'), false)\n test.equal(ipaddr.IPv6.isValid('f",
"end": 5629,
"score": 0.9936069846153259,
"start": 5612,
"tag": "IP_ADDRESS",
"value": "2001:db8::F53A::1"
},
{
"context": "), false)\n test.equal(ipaddr.IPv6.isValid('fe80::wtf'), false)\n test.done()\n\n 'pars",
"end": 5682,
"score": 0.7082020044326782,
"start": 5680,
"tag": "IP_ADDRESS",
"value": "80"
},
{
"context": ": (test) ->\n test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A:0:0:0:0:1').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])\n",
"end": 5834,
"score": 0.9987611174583435,
"start": 5811,
"tag": "IP_ADDRESS",
"value": "2001:db8:F53A:0:0:0:0:1"
},
{
"context": ", 0, 0, 1])\n test.deepEqual(ipaddr.IPv6.parse('fe80::10').parts, [0xfe80, 0, 0, 0, 0, 0, 0, 0x10])\n te",
"end": 5930,
"score": 0.9997289776802063,
"start": 5922,
"tag": "IP_ADDRESS",
"value": "fe80::10"
},
{
"context": ", 0, 0x10])\n test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A::').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 0])\n",
"end": 6025,
"score": 0.9997485876083374,
"start": 6012,
"tag": "IP_ADDRESS",
"value": "2001:db8:F53A"
},
{
"context": ", 0, 0, 0])\n test.deepEqual(ipaddr.IPv6.parse('::1').parts, [0, 0, 0, 0, 0, 0, 0, 1])\n test.deepE",
"end": 6118,
"score": 0.9978572130203247,
"start": 6117,
"tag": "IP_ADDRESS",
"value": "1"
},
{
"context": "t) ->\n test.throws ->\n ipaddr.IPv6.parse('fe80::0::1')\n test.done()\n\n 'matches IPv6 CIDR correctly",
"end": 6338,
"score": 0.9983211159706116,
"start": 6328,
"tag": "IP_ADDRESS",
"value": "fe80::0::1"
},
{
"context": "rrectly': (test) ->\n addr = ipaddr.IPv6.parse('2001:db8:f53a::1')\n test.equal(addr.match(ipaddr.IPv6.parse('::",
"end": 6447,
"score": 0.9997478127479553,
"start": 6431,
"tag": "IP_ADDRESS",
"value": "2001:db8:f53a::1"
},
{
"context": ":1')\n test.equal(addr.match(ipaddr.IPv6.parse('::'), 0), true)\n test.equal(addr",
"end": 6495,
"score": 0.6544749736785889,
"start": 6495,
"tag": "IP_ADDRESS",
"value": ""
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53a::1:1'), 64), true)\n test.equal(addr.match(ipaddr.IP",
"end": 6591,
"score": 0.9994449615478516,
"start": 6573,
"tag": "IP_ADDRESS",
"value": "2001:db8:f53a::1:1"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53b::1:1'), 48), false)\n test.equal(addr.match(ipaddr.I",
"end": 6669,
"score": 0.9995968341827393,
"start": 6651,
"tag": "IP_ADDRESS",
"value": "2001:db8:f53b::1:1"
},
{
"context": "lse)\n test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f531::1:1'), 44), true)\n test.equal(addr.match(ipaddr.IP",
"end": 6748,
"score": 0.9996412396430969,
"start": 6730,
"tag": "IP_ADDRESS",
"value": "2001:db8:f531::1:1"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f500::1'), 40), true)\n test.equal(addr.match(ipaddr.",
"end": 6824,
"score": 0.999734103679657,
"start": 6808,
"tag": "IP_ADDRESS",
"value": "2001:db8:f500::1"
},
{
"context": "rue)\n test.equal(addr.match(ipaddr.IPv6.parse('2001:db9:f500::1'), 40), false)\n test.equal(addr.match(addr, ",
"end": 6902,
"score": 0.9997368454933167,
"start": 6886,
"tag": "IP_ADDRESS",
"value": "2001:db9:f500::1"
},
{
"context": "dresses': (test) ->\n addr = ipaddr.IPv4.parse('77.88.21.11')\n mapped = addr.toIPv4MappedAddress()\n tes",
"end": 7100,
"score": 0.9976121783256531,
"start": 7089,
"tag": "IP_ADDRESS",
"value": "77.88.21.11"
},
{
"context": "t) ->\n test.throws ->\n ipaddr.IPv6.parse('2001:db8::1').toIPv4Address()\n test.done()\n\n 'detects res",
"end": 7431,
"score": 0.9997199177742004,
"start": 7420,
"tag": "IP_ADDRESS",
"value": "2001:db8::1"
},
{
"context": " 'unspecified')\n test.equal(ipaddr.IPv6.parse('fe80::1234:5678:abcd:0123').range(), 'linkLocal')\n test.e",
"end": 7643,
"score": 0.9996321797370911,
"start": 7633,
"tag": "IP_ADDRESS",
"value": "fe80::1234"
},
{
"context": "), 'linkLocal')\n test.equal(ipaddr.IPv6.parse('ff00::1234').range(), 'multicast')\n test.e",
"end": 7727,
"score": 0.9996176958084106,
"start": 7717,
"tag": "IP_ADDRESS",
"value": "ff00::1234"
},
{
"context": " 'multicast')\n test.equal(ipaddr.IPv6.parse('::1').range(), 'loopback')\n ",
"end": 7804,
"score": 0.9961767792701721,
"start": 7803,
"tag": "IP_ADDRESS",
"value": "1"
},
{
"context": " 'loopback')\n test.equal(ipaddr.IPv6.parse('fc00::').range(), 'uniqueLocal')\n ",
"end": 7888,
"score": 0.9345203638076782,
"start": 7884,
"tag": "IP_ADDRESS",
"value": "fc00"
},
{
"context": " 'uniqueLocal')\n test.equal(ipaddr.IPv6.parse('::ffff:192.168.1.10').range(), 'ipv4Mapped')\n t",
"end": 7976,
"score": 0.983144998550415,
"start": 7972,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "eLocal')\n test.equal(ipaddr.IPv6.parse('::ffff:192.168.1.10').range(), 'ipv4Mapped')\n test.equal(ipa",
"end": 7989,
"score": 0.9884322285652161,
"start": 7977,
"tag": "IP_ADDRESS",
"value": "192.168.1.10"
},
{
"context": " 'ipv4Mapped')\n test.equal(ipaddr.IPv6.parse('::ffff:0:192.168.1.10').range(), 'rfc6145')\n test",
"end": 8061,
"score": 0.969052255153656,
"start": 8057,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "pped')\n test.equal(ipaddr.IPv6.parse('::ffff:0:192.168.1.10').range(), 'rfc6145')\n test.equal(ipaddr.I",
"end": 8076,
"score": 0.9867146611213684,
"start": 8064,
"tag": "IP_ADDRESS",
"value": "192.168.1.10"
},
{
"context": " 'rfc6145')\n test.equal(ipaddr.IPv6.parse('64:ff9b::1234').range(), 'rfc6052')\n test.equal(",
"end": 8150,
"score": 0.9997192025184631,
"start": 8137,
"tag": "IP_ADDRESS",
"value": "64:ff9b::1234"
},
{
"context": " 'rfc6052')\n test.equal(ipaddr.IPv6.parse('2002:1f63:45e8::1').range(), '6to4')\n test.equal(ipaddr.",
"end": 8236,
"score": 0.9996851086616516,
"start": 8219,
"tag": "IP_ADDRESS",
"value": "2002:1f63:45e8::1"
},
{
"context": " '6to4')\n test.equal(ipaddr.IPv6.parse('2001::4242').range(), 'teredo')\n test.equa",
"end": 8308,
"score": 0.9996745586395264,
"start": 8298,
"tag": "IP_ADDRESS",
"value": "2001::4242"
},
{
"context": " 'teredo')\n test.equal(ipaddr.IPv6.parse('2001:db8::3210').range(), 'reserved')\n test.equal(",
"end": 8393,
"score": 0.9995978474617004,
"start": 8379,
"tag": "IP_ADDRESS",
"value": "2001:db8::3210"
},
{
"context": " 'reserved')\n test.equal(ipaddr.IPv6.parse('2001:470:8:66::1').range(), 'unicast')\n test.done()\n\n ",
"end": 8478,
"score": 0.9997088313102722,
"start": 8462,
"tag": "IP_ADDRESS",
"value": "2001:470:8:66::1"
},
{
"context": ".8').kind(), 'ipv4')\n test.equal(ipaddr.parse('2001:db8:3312::1').kind(), 'ipv6')\n test.done()\n\n 'throws an e",
"end": 8679,
"score": 0.9996890425682068,
"start": 8663,
"tag": "IP_ADDRESS",
"value": "2001:db8:3312::1"
},
{
"context": "').kind(), 'ipv4')\n test.equal(ipaddr.process('2001:db8:3312::1').kind(), 'ipv6')\n test.equal(ipaddr.process('",
"end": 9018,
"score": 0.999687135219574,
"start": 9002,
"tag": "IP_ADDRESS",
"value": "2001:db8:3312::1"
},
{
"context": "').kind(), 'ipv6')\n test.equal(ipaddr.process('::ffff:192.168.1.1').kind(), 'ipv4')\n test.done()\n\n ",
"end": 9074,
"score": 0.998612642288208,
"start": 9070,
"tag": "IP_ADDRESS",
"value": "ffff"
},
{
"context": "(), 'ipv6')\n test.equal(ipaddr.process('::ffff:192.168.1.1').kind(), 'ipv4')\n test.done()\n\n 'correctly c",
"end": 9086,
"score": 0.9534032344818115,
"start": 9075,
"tag": "IP_ADDRESS",
"value": "192.168.1.1"
},
{
"context": "dress is 42. 42!\n test.deepEqual(ipaddr.parse('2a00:1450:8007::68').toByteArray(),\n [42, 0x00, 0x14, 0x50,",
"end": 9405,
"score": 0.9997067451477051,
"start": 9387,
"tag": "IP_ADDRESS",
"value": "2a00:1450:8007::68"
},
{
"context": "'-1'), false)\n test.done()\n\n 'does not hang on ::8:8:8:8:8:8:8:8:8': (test) ->\n test.equal(ipaddr.I",
"end": 10005,
"score": 0.9133846759796143,
"start": 10000,
"tag": "IP_ADDRESS",
"value": "::8:8"
},
{
"context": "false)\n test.done()\n\n 'does not hang on ::8:8:8:8:8:8:8:8:8': (test) ->\n test.equal(ipaddr.IPv",
"end": 10007,
"score": 0.5182341933250427,
"start": 10006,
"tag": "IP_ADDRESS",
"value": "8"
},
{
"context": "8': (test) ->\n test.equal(ipaddr.IPv6.isValid('::8:8:8:8:8:8:8:8:8'), false)\n test.done()\n",
"end": 10075,
"score": 0.7747673392295837,
"start": 10070,
"tag": "IP_ADDRESS",
"value": "8:8:8"
}
] | node_modules/express/node_modules/proxy-addr/node_modules/ipaddr.js/test/ipaddr.test.coffee | tuanpembual/anjungan | 64 | ipaddr = require '../lib/ipaddr'
module.exports =
'should define main classes': (test) ->
test.ok(ipaddr.IPv4?, 'defines IPv4 class')
test.ok(ipaddr.IPv6?, 'defines IPv6 class')
test.done()
'can construct IPv4 from octets': (test) ->
test.doesNotThrow ->
new ipaddr.IPv4([192, 168, 1, 2])
test.done()
'refuses to construct invalid IPv4': (test) ->
test.throws ->
new ipaddr.IPv4([300, 1, 2, 3])
test.throws ->
new ipaddr.IPv4([8, 8, 8])
test.done()
'converts IPv4 to string correctly': (test) ->
addr = new ipaddr.IPv4([192, 168, 1, 1])
test.equal(addr.toString(), '192.168.1.1')
test.done()
'returns correct kind for IPv4': (test) ->
addr = new ipaddr.IPv4([1, 2, 3, 4])
test.equal(addr.kind(), 'ipv4')
test.done()
'allows to access IPv4 octets': (test) ->
addr = new ipaddr.IPv4([42, 0, 0, 0])
test.equal(addr.octets[0], 42)
test.done()
'checks IPv4 address format': (test) ->
test.equal(ipaddr.IPv4.isIPv4('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isIPv4('1024.0.0.1'), true)
test.equal(ipaddr.IPv4.isIPv4('8.0xa.wtf.6'), false)
test.done()
'validates IPv4 addresses': (test) ->
test.equal(ipaddr.IPv4.isValid('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isValid('1024.0.0.1'), false)
test.equal(ipaddr.IPv4.isValid('8.0xa.wtf.6'), false)
test.done()
'parses IPv4 in several weird formats': (test) ->
test.deepEqual(ipaddr.IPv4.parse('192.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('192.0250.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0a80101').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('030052000401').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('3232235777').octets, [192, 168, 1, 1])
test.done()
'barfs at invalid IPv4': (test) ->
test.throws ->
ipaddr.IPv4.parse('10.0.0.wtf')
test.done()
'matches IPv4 CIDR correctly': (test) ->
addr = new ipaddr.IPv4([10, 5, 0, 1])
test.equal(addr.match(ipaddr.IPv4.parse('0.0.0.0'), 0), true)
test.equal(addr.match(ipaddr.IPv4.parse('11.0.0.0'), 8), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.0'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.1'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.10'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.5.0'), 16), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 16), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 15), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.0.2'), 32), false)
test.equal(addr.match(addr, 32), true)
test.done()
'detects reserved IPv4 networks': (test) ->
test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('0.1.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('10.1.0.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('192.168.2.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('224.100.0.1').range(), 'multicast')
test.equal(ipaddr.IPv4.parse('169.254.15.0').range(), 'linkLocal')
test.equal(ipaddr.IPv4.parse('127.1.1.1').range(), 'loopback')
test.equal(ipaddr.IPv4.parse('255.255.255.255').range(), 'broadcast')
test.equal(ipaddr.IPv4.parse('240.1.2.3').range(), 'reserved')
test.equal(ipaddr.IPv4.parse('8.8.8.8').range(), 'unicast')
test.done()
'can construct IPv6 from parts': (test) ->
test.doesNotThrow ->
new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.done()
'refuses to construct invalid IPv6': (test) ->
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 0, 1])
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 1])
test.done()
'converts IPv6 to string correctly': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.toNormalizedString(), '2001:db8:f53a:0:0:0:0:1')
test.equal(addr.toString(), '2001:db8:f53a::1')
test.equal(new ipaddr.IPv6([0, 0, 0, 0, 0, 0, 0, 1]).toString(), '::1')
test.equal(new ipaddr.IPv6([0x2001, 0xdb8, 0, 0, 0, 0, 0, 0]).toString(), '2001:db8::')
test.done()
'returns correct kind for IPv6': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.kind(), 'ipv6')
test.done()
'allows to access IPv6 address parts': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 42, 0, 1])
test.equal(addr.parts[5], 42)
test.done()
'checks IPv6 address format': (test) ->
test.equal(ipaddr.IPv6.isIPv6('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isIPv6('200001::1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isIPv6('fe80::wtf'), false)
test.done()
'validates IPv6 addresses': (test) ->
test.equal(ipaddr.IPv6.isValid('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isValid('200001::1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isValid('2001:db8::F53A::1'), false)
test.equal(ipaddr.IPv6.isValid('fe80::wtf'), false)
test.done()
'parses IPv6 in different formats': (test) ->
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A:0:0:0:0:1').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('fe80::10').parts, [0xfe80, 0, 0, 0, 0, 0, 0, 0x10])
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A::').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 0])
test.deepEqual(ipaddr.IPv6.parse('::1').parts, [0, 0, 0, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('::').parts, [0, 0, 0, 0, 0, 0, 0, 0])
test.done()
'barfs at invalid IPv6': (test) ->
test.throws ->
ipaddr.IPv6.parse('fe80::0::1')
test.done()
'matches IPv6 CIDR correctly': (test) ->
addr = ipaddr.IPv6.parse('2001:db8:f53a::1')
test.equal(addr.match(ipaddr.IPv6.parse('::'), 0), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53a::1:1'), 64), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53b::1:1'), 48), false)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f531::1:1'), 44), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f500::1'), 40), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db9:f500::1'), 40), false)
test.equal(addr.match(addr, 128), true)
test.done()
'converts between IPv4-mapped IPv6 addresses and IPv4 addresses': (test) ->
addr = ipaddr.IPv4.parse('77.88.21.11')
mapped = addr.toIPv4MappedAddress()
test.deepEqual(mapped.parts, [0, 0, 0, 0, 0, 0xffff, 0x4d58, 0x150b])
test.deepEqual(mapped.toIPv4Address().octets, addr.octets)
test.done()
'refuses to convert non-IPv4-mapped IPv6 address to IPv4 address': (test) ->
test.throws ->
ipaddr.IPv6.parse('2001:db8::1').toIPv4Address()
test.done()
'detects reserved IPv6 networks': (test) ->
test.equal(ipaddr.IPv6.parse('::').range(), 'unspecified')
test.equal(ipaddr.IPv6.parse('fe80::1234:5678:abcd:0123').range(), 'linkLocal')
test.equal(ipaddr.IPv6.parse('ff00::1234').range(), 'multicast')
test.equal(ipaddr.IPv6.parse('::1').range(), 'loopback')
test.equal(ipaddr.IPv6.parse('fc00::').range(), 'uniqueLocal')
test.equal(ipaddr.IPv6.parse('::ffff:192.168.1.10').range(), 'ipv4Mapped')
test.equal(ipaddr.IPv6.parse('::ffff:0:192.168.1.10').range(), 'rfc6145')
test.equal(ipaddr.IPv6.parse('64:ff9b::1234').range(), 'rfc6052')
test.equal(ipaddr.IPv6.parse('2002:1f63:45e8::1').range(), '6to4')
test.equal(ipaddr.IPv6.parse('2001::4242').range(), 'teredo')
test.equal(ipaddr.IPv6.parse('2001:db8::3210').range(), 'reserved')
test.equal(ipaddr.IPv6.parse('2001:470:8:66::1').range(), 'unicast')
test.done()
'is able to determine IP address type': (test) ->
test.equal(ipaddr.parse('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.parse('2001:db8:3312::1').kind(), 'ipv6')
test.done()
'throws an error if tried to parse an invalid address': (test) ->
test.throws ->
ipaddr.parse('::some.nonsense')
test.done()
'correctly processes IPv4-mapped addresses': (test) ->
test.equal(ipaddr.process('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.process('2001:db8:3312::1').kind(), 'ipv6')
test.equal(ipaddr.process('::ffff:192.168.1.1').kind(), 'ipv4')
test.done()
'correctly converts IPv6 and IPv4 addresses to byte arrays': (test) ->
test.deepEqual(ipaddr.parse('1.2.3.4').toByteArray(),
[0x1, 0x2, 0x3, 0x4]);
# Fuck yeah. The first byte of Google's IPv6 address is 42. 42!
test.deepEqual(ipaddr.parse('2a00:1450:8007::68').toByteArray(),
[42, 0x00, 0x14, 0x50, 0x80, 0x07, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x68 ])
test.done()
'correctly parses 1 as an IPv4 address': (test) ->
test.equal(ipaddr.IPv6.isValid('1'), false)
test.equal(ipaddr.IPv4.isValid('1'), true)
test.deepEqual(new ipaddr.IPv4([0, 0, 0, 1]), ipaddr.parse('1'))
test.done()
'does not consider a very large or very small number a valid IP address': (test) ->
test.equal(ipaddr.isValid('4999999999'), false)
test.equal(ipaddr.isValid('-1'), false)
test.done()
'does not hang on ::8:8:8:8:8:8:8:8:8': (test) ->
test.equal(ipaddr.IPv6.isValid('::8:8:8:8:8:8:8:8:8'), false)
test.done()
| 195678 | ipaddr = require '../lib/ipaddr'
module.exports =
'should define main classes': (test) ->
test.ok(ipaddr.IPv4?, 'defines IPv4 class')
test.ok(ipaddr.IPv6?, 'defines IPv6 class')
test.done()
'can construct IPv4 from octets': (test) ->
test.doesNotThrow ->
new ipaddr.IPv4([192, 168, 1, 2])
test.done()
'refuses to construct invalid IPv4': (test) ->
test.throws ->
new ipaddr.IPv4([300, 1, 2, 3])
test.throws ->
new ipaddr.IPv4([8, 8, 8])
test.done()
'converts IPv4 to string correctly': (test) ->
addr = new ipaddr.IPv4([192, 168, 1, 1])
test.equal(addr.toString(), '192.168.1.1')
test.done()
'returns correct kind for IPv4': (test) ->
addr = new ipaddr.IPv4([1, 2, 3, 4])
test.equal(addr.kind(), 'ipv4')
test.done()
'allows to access IPv4 octets': (test) ->
addr = new ipaddr.IPv4([42, 0, 0, 0])
test.equal(addr.octets[0], 42)
test.done()
'checks IPv4 address format': (test) ->
test.equal(ipaddr.IPv4.isIPv4('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isIPv4('1024.0.0.1'), true)
test.equal(ipaddr.IPv4.isIPv4('8.0xa.wtf.6'), false)
test.done()
'validates IPv4 addresses': (test) ->
test.equal(ipaddr.IPv4.isValid('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isValid('1024.0.0.1'), false)
test.equal(ipaddr.IPv4.isValid('8.0xa.wtf.6'), false)
test.done()
'parses IPv4 in several weird formats': (test) ->
test.deepEqual(ipaddr.IPv4.parse('192.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('192.0250.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0a80101').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('030052000401').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('3232235777').octets, [192, 168, 1, 1])
test.done()
'barfs at invalid IPv4': (test) ->
test.throws ->
ipaddr.IPv4.parse('10.0.0.wtf')
test.done()
'matches IPv4 CIDR correctly': (test) ->
addr = new ipaddr.IPv4([10, 5, 0, 1])
test.equal(addr.match(ipaddr.IPv4.parse('0.0.0.0'), 0), true)
test.equal(addr.match(ipaddr.IPv4.parse('172.16.31.10'), 8), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.0'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.1'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.10'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.5.0'), 16), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 16), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 15), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.0.2'), 32), false)
test.equal(addr.match(addr, 32), true)
test.done()
'detects reserved IPv4 networks': (test) ->
test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('0.1.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('10.1.0.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('192.168.2.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('192.168.3.11').range(), 'multicast')
test.equal(ipaddr.IPv4.parse('169.254.15.0').range(), 'linkLocal')
test.equal(ipaddr.IPv4.parse('127.1.1.1').range(), 'loopback')
test.equal(ipaddr.IPv4.parse('255.255.255.255').range(), 'broadcast')
test.equal(ipaddr.IPv4.parse('240.1.2.3').range(), 'reserved')
test.equal(ipaddr.IPv4.parse('8.8.8.8').range(), 'unicast')
test.done()
'can construct IPv6 from parts': (test) ->
test.doesNotThrow ->
new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.done()
'refuses to construct invalid IPv6': (test) ->
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 0, 1])
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 1])
test.done()
'converts IPv6 to string correctly': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.toNormalizedString(), '2001:db8:f53a:0:0:0:0:1')
test.equal(addr.toString(), '2001:db8:f53a::1')
test.equal(new ipaddr.IPv6([0, 0, 0, 0, 0, 0, 0, 1]).toString(), '::1')
test.equal(new ipaddr.IPv6([0x2001, 0xdb8, 0, 0, 0, 0, 0, 0]).toString(), '2001:db8::')
test.done()
'returns correct kind for IPv6': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.kind(), 'ipv6')
test.done()
'allows to access IPv6 address parts': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 42, 0, 1])
test.equal(addr.parts[5], 42)
test.done()
'checks IPv6 address format': (test) ->
test.equal(ipaddr.IPv6.isIPv6('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isIPv6('200001::1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isIPv6('fe80::wtf'), false)
test.done()
'validates IPv6 addresses': (test) ->
test.equal(ipaddr.IPv6.isValid('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isValid('200001::1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isValid('2001:db8::F53A::1'), false)
test.equal(ipaddr.IPv6.isValid('fe80::wtf'), false)
test.done()
'parses IPv6 in different formats': (test) ->
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A:0:0:0:0:1').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('fe80::10').parts, [0xfe80, 0, 0, 0, 0, 0, 0, 0x10])
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A::').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 0])
test.deepEqual(ipaddr.IPv6.parse('::1').parts, [0, 0, 0, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('::').parts, [0, 0, 0, 0, 0, 0, 0, 0])
test.done()
'barfs at invalid IPv6': (test) ->
test.throws ->
ipaddr.IPv6.parse('fe80::0::1')
test.done()
'matches IPv6 CIDR correctly': (test) ->
addr = ipaddr.IPv6.parse('2001:db8:f53a::1')
test.equal(addr.match(ipaddr.IPv6.parse('::'), 0), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53a::1:1'), 64), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53b::1:1'), 48), false)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f531::1:1'), 44), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f500::1'), 40), true)
test.equal(addr.match(ipaddr.IPv6.parse('fc00:e968:6179::de52:7100'), 40), false)
test.equal(addr.match(addr, 128), true)
test.done()
'converts between IPv4-mapped IPv6 addresses and IPv4 addresses': (test) ->
addr = ipaddr.IPv4.parse('172.16.31.10')
mapped = addr.toIPv4MappedAddress()
test.deepEqual(mapped.parts, [0, 0, 0, 0, 0, 0xffff, 0x4d58, 0x150b])
test.deepEqual(mapped.toIPv4Address().octets, addr.octets)
test.done()
'refuses to convert non-IPv4-mapped IPv6 address to IPv4 address': (test) ->
test.throws ->
ipaddr.IPv6.parse('2001:db8::1').toIPv4Address()
test.done()
'detects reserved IPv6 networks': (test) ->
test.equal(ipaddr.IPv6.parse('::').range(), 'unspecified')
test.equal(ipaddr.IPv6.parse('fe80::1234:5678:abcd:0123').range(), 'linkLocal')
test.equal(ipaddr.IPv6.parse('fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5b').range(), 'multicast')
test.equal(ipaddr.IPv6.parse('::1').range(), 'loopback')
test.equal(ipaddr.IPv6.parse('fc00::').range(), 'uniqueLocal')
test.equal(ipaddr.IPv6.parse('::ffff:192.168.1.10').range(), 'ipv4Mapped')
test.equal(ipaddr.IPv6.parse('::ffff:0:192.168.1.10').range(), 'rfc6145')
test.equal(ipaddr.IPv6.parse('fc00:e968:6179::de52:7100').range(), 'rfc6052')
test.equal(ipaddr.IPv6.parse('fc00:e968:6179::de52:7100').range(), '6to4')
test.equal(ipaddr.IPv6.parse('2001::4242').range(), 'teredo')
test.equal(ipaddr.IPv6.parse('2001:db8::3210').range(), 'reserved')
test.equal(ipaddr.IPv6.parse('fd00:c2b6:b24b:be67:2827:688d:e6a1:6a3b').range(), 'unicast')
test.done()
'is able to determine IP address type': (test) ->
test.equal(ipaddr.parse('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.parse('2001:db8:3312::1').kind(), 'ipv6')
test.done()
'throws an error if tried to parse an invalid address': (test) ->
test.throws ->
ipaddr.parse('::some.nonsense')
test.done()
'correctly processes IPv4-mapped addresses': (test) ->
test.equal(ipaddr.process('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.process('2001:db8:3312::1').kind(), 'ipv6')
test.equal(ipaddr.process('::ffff:192.168.1.1').kind(), 'ipv4')
test.done()
'correctly converts IPv6 and IPv4 addresses to byte arrays': (test) ->
test.deepEqual(ipaddr.parse('1.2.3.4').toByteArray(),
[0x1, 0x2, 0x3, 0x4]);
# Fuck yeah. The first byte of Google's IPv6 address is 42. 42!
test.deepEqual(ipaddr.parse('fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5b').toByteArray(),
[42, 0x00, 0x14, 0x50, 0x80, 0x07, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x68 ])
test.done()
'correctly parses 1 as an IPv4 address': (test) ->
test.equal(ipaddr.IPv6.isValid('1'), false)
test.equal(ipaddr.IPv4.isValid('1'), true)
test.deepEqual(new ipaddr.IPv4([0, 0, 0, 1]), ipaddr.parse('1'))
test.done()
'does not consider a very large or very small number a valid IP address': (test) ->
test.equal(ipaddr.isValid('4999999999'), false)
test.equal(ipaddr.isValid('-1'), false)
test.done()
'does not hang on fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5b:8:8:8:8:8:8:8': (test) ->
test.equal(ipaddr.IPv6.isValid('::8:8:8:8:8:8:8:8:8'), false)
test.done()
| true | ipaddr = require '../lib/ipaddr'
module.exports =
'should define main classes': (test) ->
test.ok(ipaddr.IPv4?, 'defines IPv4 class')
test.ok(ipaddr.IPv6?, 'defines IPv6 class')
test.done()
'can construct IPv4 from octets': (test) ->
test.doesNotThrow ->
new ipaddr.IPv4([192, 168, 1, 2])
test.done()
'refuses to construct invalid IPv4': (test) ->
test.throws ->
new ipaddr.IPv4([300, 1, 2, 3])
test.throws ->
new ipaddr.IPv4([8, 8, 8])
test.done()
'converts IPv4 to string correctly': (test) ->
addr = new ipaddr.IPv4([192, 168, 1, 1])
test.equal(addr.toString(), '192.168.1.1')
test.done()
'returns correct kind for IPv4': (test) ->
addr = new ipaddr.IPv4([1, 2, 3, 4])
test.equal(addr.kind(), 'ipv4')
test.done()
'allows to access IPv4 octets': (test) ->
addr = new ipaddr.IPv4([42, 0, 0, 0])
test.equal(addr.octets[0], 42)
test.done()
'checks IPv4 address format': (test) ->
test.equal(ipaddr.IPv4.isIPv4('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isIPv4('1024.0.0.1'), true)
test.equal(ipaddr.IPv4.isIPv4('8.0xa.wtf.6'), false)
test.done()
'validates IPv4 addresses': (test) ->
test.equal(ipaddr.IPv4.isValid('192.168.007.0xa'), true)
test.equal(ipaddr.IPv4.isValid('1024.0.0.1'), false)
test.equal(ipaddr.IPv4.isValid('8.0xa.wtf.6'), false)
test.done()
'parses IPv4 in several weird formats': (test) ->
test.deepEqual(ipaddr.IPv4.parse('192.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0.168.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('192.0250.1.1').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('0xc0a80101').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('030052000401').octets, [192, 168, 1, 1])
test.deepEqual(ipaddr.IPv4.parse('3232235777').octets, [192, 168, 1, 1])
test.done()
'barfs at invalid IPv4': (test) ->
test.throws ->
ipaddr.IPv4.parse('10.0.0.wtf')
test.done()
'matches IPv4 CIDR correctly': (test) ->
addr = new ipaddr.IPv4([10, 5, 0, 1])
test.equal(addr.match(ipaddr.IPv4.parse('0.0.0.0'), 0), true)
test.equal(addr.match(ipaddr.IPv4.parse('PI:IP_ADDRESS:172.16.31.10END_PI'), 8), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.0'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.1'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.0.0.10'), 8), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.5.0'), 16), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 16), false)
test.equal(addr.match(ipaddr.IPv4.parse('10.4.5.0'), 15), true)
test.equal(addr.match(ipaddr.IPv4.parse('10.5.0.2'), 32), false)
test.equal(addr.match(addr, 32), true)
test.done()
'detects reserved IPv4 networks': (test) ->
test.equal(ipaddr.IPv4.parse('0.0.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('0.1.0.0').range(), 'unspecified')
test.equal(ipaddr.IPv4.parse('10.1.0.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('192.168.2.1').range(), 'private')
test.equal(ipaddr.IPv4.parse('PI:IP_ADDRESS:192.168.3.11END_PI').range(), 'multicast')
test.equal(ipaddr.IPv4.parse('169.254.15.0').range(), 'linkLocal')
test.equal(ipaddr.IPv4.parse('127.1.1.1').range(), 'loopback')
test.equal(ipaddr.IPv4.parse('255.255.255.255').range(), 'broadcast')
test.equal(ipaddr.IPv4.parse('240.1.2.3').range(), 'reserved')
test.equal(ipaddr.IPv4.parse('8.8.8.8').range(), 'unicast')
test.done()
'can construct IPv6 from parts': (test) ->
test.doesNotThrow ->
new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.done()
'refuses to construct invalid IPv6': (test) ->
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 0, 1])
test.throws ->
new ipaddr.IPv6([0xfffff, 0, 0, 0, 0, 0, 1])
test.done()
'converts IPv6 to string correctly': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.toNormalizedString(), '2001:db8:f53a:0:0:0:0:1')
test.equal(addr.toString(), '2001:db8:f53a::1')
test.equal(new ipaddr.IPv6([0, 0, 0, 0, 0, 0, 0, 1]).toString(), '::1')
test.equal(new ipaddr.IPv6([0x2001, 0xdb8, 0, 0, 0, 0, 0, 0]).toString(), '2001:db8::')
test.done()
'returns correct kind for IPv6': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.equal(addr.kind(), 'ipv6')
test.done()
'allows to access IPv6 address parts': (test) ->
addr = new ipaddr.IPv6([0x2001, 0xdb8, 0xf53a, 0, 0, 42, 0, 1])
test.equal(addr.parts[5], 42)
test.done()
'checks IPv6 address format': (test) ->
test.equal(ipaddr.IPv6.isIPv6('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isIPv6('200001::1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1'), true)
test.equal(ipaddr.IPv6.isIPv6('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isIPv6('fe80::wtf'), false)
test.done()
'validates IPv6 addresses': (test) ->
test.equal(ipaddr.IPv6.isValid('2001:db8:F53A::1'), true)
test.equal(ipaddr.IPv6.isValid('200001::1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:192.168.1.1'), true)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1'), false)
test.equal(ipaddr.IPv6.isValid('::ffff:300.168.1.1:0'), false)
test.equal(ipaddr.IPv6.isValid('2001:db8::F53A::1'), false)
test.equal(ipaddr.IPv6.isValid('fe80::wtf'), false)
test.done()
'parses IPv6 in different formats': (test) ->
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A:0:0:0:0:1').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('fe80::10').parts, [0xfe80, 0, 0, 0, 0, 0, 0, 0x10])
test.deepEqual(ipaddr.IPv6.parse('2001:db8:F53A::').parts, [0x2001, 0xdb8, 0xf53a, 0, 0, 0, 0, 0])
test.deepEqual(ipaddr.IPv6.parse('::1').parts, [0, 0, 0, 0, 0, 0, 0, 1])
test.deepEqual(ipaddr.IPv6.parse('::').parts, [0, 0, 0, 0, 0, 0, 0, 0])
test.done()
'barfs at invalid IPv6': (test) ->
test.throws ->
ipaddr.IPv6.parse('fe80::0::1')
test.done()
'matches IPv6 CIDR correctly': (test) ->
addr = ipaddr.IPv6.parse('2001:db8:f53a::1')
test.equal(addr.match(ipaddr.IPv6.parse('::'), 0), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53a::1:1'), 64), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f53b::1:1'), 48), false)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f531::1:1'), 44), true)
test.equal(addr.match(ipaddr.IPv6.parse('2001:db8:f500::1'), 40), true)
test.equal(addr.match(ipaddr.IPv6.parse('PI:IP_ADDRESS:fc00:e968:6179::de52:7100END_PI'), 40), false)
test.equal(addr.match(addr, 128), true)
test.done()
'converts between IPv4-mapped IPv6 addresses and IPv4 addresses': (test) ->
addr = ipaddr.IPv4.parse('PI:IP_ADDRESS:172.16.31.10END_PI')
mapped = addr.toIPv4MappedAddress()
test.deepEqual(mapped.parts, [0, 0, 0, 0, 0, 0xffff, 0x4d58, 0x150b])
test.deepEqual(mapped.toIPv4Address().octets, addr.octets)
test.done()
'refuses to convert non-IPv4-mapped IPv6 address to IPv4 address': (test) ->
test.throws ->
ipaddr.IPv6.parse('2001:db8::1').toIPv4Address()
test.done()
'detects reserved IPv6 networks': (test) ->
test.equal(ipaddr.IPv6.parse('::').range(), 'unspecified')
test.equal(ipaddr.IPv6.parse('fe80::1234:5678:abcd:0123').range(), 'linkLocal')
test.equal(ipaddr.IPv6.parse('PI:IP_ADDRESS:fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5bEND_PI').range(), 'multicast')
test.equal(ipaddr.IPv6.parse('::1').range(), 'loopback')
test.equal(ipaddr.IPv6.parse('fc00::').range(), 'uniqueLocal')
test.equal(ipaddr.IPv6.parse('::ffff:192.168.1.10').range(), 'ipv4Mapped')
test.equal(ipaddr.IPv6.parse('::ffff:0:192.168.1.10').range(), 'rfc6145')
test.equal(ipaddr.IPv6.parse('PI:IP_ADDRESS:fc00:e968:6179::de52:7100END_PI').range(), 'rfc6052')
test.equal(ipaddr.IPv6.parse('PI:IP_ADDRESS:fc00:e968:6179::de52:7100END_PI').range(), '6to4')
test.equal(ipaddr.IPv6.parse('2001::4242').range(), 'teredo')
test.equal(ipaddr.IPv6.parse('2001:db8::3210').range(), 'reserved')
test.equal(ipaddr.IPv6.parse('PI:IP_ADDRESS:fd00:c2b6:b24b:be67:2827:688d:e6a1:6a3bEND_PI').range(), 'unicast')
test.done()
'is able to determine IP address type': (test) ->
test.equal(ipaddr.parse('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.parse('2001:db8:3312::1').kind(), 'ipv6')
test.done()
'throws an error if tried to parse an invalid address': (test) ->
test.throws ->
ipaddr.parse('::some.nonsense')
test.done()
'correctly processes IPv4-mapped addresses': (test) ->
test.equal(ipaddr.process('8.8.8.8').kind(), 'ipv4')
test.equal(ipaddr.process('2001:db8:3312::1').kind(), 'ipv6')
test.equal(ipaddr.process('::ffff:192.168.1.1').kind(), 'ipv4')
test.done()
'correctly converts IPv6 and IPv4 addresses to byte arrays': (test) ->
test.deepEqual(ipaddr.parse('1.2.3.4').toByteArray(),
[0x1, 0x2, 0x3, 0x4]);
# Fuck yeah. The first byte of Google's IPv6 address is 42. 42!
test.deepEqual(ipaddr.parse('PI:IP_ADDRESS:fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5bEND_PI').toByteArray(),
[42, 0x00, 0x14, 0x50, 0x80, 0x07, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x68 ])
test.done()
'correctly parses 1 as an IPv4 address': (test) ->
test.equal(ipaddr.IPv6.isValid('1'), false)
test.equal(ipaddr.IPv4.isValid('1'), true)
test.deepEqual(new ipaddr.IPv4([0, 0, 0, 1]), ipaddr.parse('1'))
test.done()
'does not consider a very large or very small number a valid IP address': (test) ->
test.equal(ipaddr.isValid('4999999999'), false)
test.equal(ipaddr.isValid('-1'), false)
test.done()
'does not hang on PI:IP_ADDRESS:fd00:a516:7c1b:17cd:6d81:2137:bd2a:2c5bEND_PI:8:8:8:8:8:8:8': (test) ->
test.equal(ipaddr.IPv6.isValid('::8:8:8:8:8:8:8:8:8'), false)
test.done()
|
[
{
"context": "xtFactory.CreateFromKey @network, ECKey.fromWIF \"L36oQYkkqDrE7wzyHGBAoUVHug2daua3sSmuSFkWFTT76hTJgetV\"\n client = new ChannelClient context\n @chan",
"end": 2374,
"score": 0.9712203145027161,
"start": 2323,
"tag": "KEY",
"value": "36oQYkkqDrE7wzyHGBAoUVHug2daua3sSmuSFkWFTT76hTJgetV"
}
] | demo/client_controller.coffee | devktor/micropayments.js | 0 | {ChannelClientContextFactory, ChannelClientContext} = require "../channel_client_context"
ChannelClient = require "../channel_client"
{Transaction, Address, ECPubKey, ECKey} = require "bitcoinjs-lib"
class Controller
constructor:(@network, @node, @db, @channelServer, @notifier)->
@node.subscribe (err, data)=>
if err? or not data? or not data.hex?
console.log "notification error: ",err
else
@processDeposit data.hex
processDeposit:(hex)->
transaction = Transaction.fromHex hex
outputs = []
for output in transaction.outs
outputs.push Address.fromOutputScript(output.script, @network).toString()
@db.collection("channel").findOne {depositAddress:{$in:outputs}}, (err, contextData)=>
if err? or not contextData? or not contextData.active
if err? then console.log "error : ",err
else
console.log "transaction ins: ",transaction.ins
context = new ChannelClientContext @network
context.fromJSON contextData
client = new ChannelClient context
contract = client.createContract hex
refund = client.createRefund()
if client and refund
@channelServer.post "/refund", {channel: contextData.id, tx: refund.toHex()}, (err, result)=>
if err?
console.log "failed to create refund tx: ",err
else
updates = context.toJSON()
updates.refundTx = result.tx
updates.id = contextData.id
updates.active = contextData.active
@node.send contract.toHex(), (err)=>
if err?
console.log "failed to send transaction : ",err
else
console.log "contract sent"
@db.collection("channel").update {id:updates.id}, {$set:updates}, (err)=>
if err?
console.log "failed to save context : ",err
else
console.log "channel #{updates.id} started"
@notifier.emit 'update', updates
else
console.log "failed to create contract"
undefined
open:(req, res)->
context = ChannelClientContextFactory.Create @network
# context = ChannelClientContextFactory.CreateFromKey @network, ECKey.fromWIF "L36oQYkkqDrE7wzyHGBAoUVHug2daua3sSmuSFkWFTT76hTJgetV"
client = new ChannelClient context
@channelServer.post "/request", {pubkey: context.clientKey.pub.toHex()}, (err, response)=>
if err?
res.sendStatus 500
else
client.setServerKey response.pubkey
data = context.toJSON()
data.id = context.getContractAddress().toString()
data.depositAddress = context.getClientAddress().toString()
@node.registerAddresses data.depositAddress, false, (err)=>
if err?
res.sendStatus 500
else
data.active = true
@db.collection("channel").insert data, (err)=>
if err?
res.sendStatus 500
else
res.send data
status:(req, res)->
@execute req, res, (client)->
context = client.context
res.send status:if !context.active then "closed" else if context.refundTx? then "open" else "pending"
pay:(req, res)->
if !req.body.amount?
res.send 400
else
@execute req, res, (client)=>
payAmount = parseInt req.body.amount
tx = client.createPayment payAmount
if !tx
console.log "failed to create payment"
res.sendStatus 400
else
console.log "tx=",tx
console.log "context=",client.context.toJSON()
hex = tx.toHex()
@channelServer.post "/pay", {channel:req.body.channel, tx:hex}, (err, data)=>
if err?
console.log "payment failed error :", err
res.sendStatus 500
else
@db.collection("channel").update {id:req.body.channel}, {$set:client.context.toJSON()}, (err)->
if err?
console.log "failed to save context: ",err
else
res.send paymentID:tx.getId(), contractAmount:client.context.contractAmount, paid:data.paidAmount
close:(req, res)->
@execute req, res, ()=>
@db.collection("channel").update {id:req.body.channel}, {$set:{active:false}}, (err)=>
if err?
res.sendStatus 500
else
@channelServer.post "/close", {channel:req.body.channel}, (err, data)=>
if err?
res.sendStatus 500
else
res.sendStatus 200, data
refund:(req, res)->
@execute req, res, (client)=>
if !client.context.refundTx?
res.send 400
else
@node.send client.context.refundTx.toHex(), (err)=>
if err?
console.log "channel #{client.context.getContractAddress()} failed to send refund tx: ",err
res.sendStatus 500
else
console.log "channel #{client.context.getContractAddress()} refund transaction sent "
res.sendStatus 200
list:(req, res)->
@db.collection("channel").find().toArray (err, channels)->
if err?
res.send 500
else
res.send channels
execute:(req, res, next)->
if !req.body.channel?
res.send 400
else
@db.collection("channel").findOne {id:req.body.channel}, (err, data)=>
if err? or not data?
res.sendStatus 500
else
context = new ChannelClientContext @network
context.fromJSON data
context.active = data.active
client = new ChannelClient context
next client
module.exports = Controller | 179191 | {ChannelClientContextFactory, ChannelClientContext} = require "../channel_client_context"
ChannelClient = require "../channel_client"
{Transaction, Address, ECPubKey, ECKey} = require "bitcoinjs-lib"
class Controller
constructor:(@network, @node, @db, @channelServer, @notifier)->
@node.subscribe (err, data)=>
if err? or not data? or not data.hex?
console.log "notification error: ",err
else
@processDeposit data.hex
processDeposit:(hex)->
transaction = Transaction.fromHex hex
outputs = []
for output in transaction.outs
outputs.push Address.fromOutputScript(output.script, @network).toString()
@db.collection("channel").findOne {depositAddress:{$in:outputs}}, (err, contextData)=>
if err? or not contextData? or not contextData.active
if err? then console.log "error : ",err
else
console.log "transaction ins: ",transaction.ins
context = new ChannelClientContext @network
context.fromJSON contextData
client = new ChannelClient context
contract = client.createContract hex
refund = client.createRefund()
if client and refund
@channelServer.post "/refund", {channel: contextData.id, tx: refund.toHex()}, (err, result)=>
if err?
console.log "failed to create refund tx: ",err
else
updates = context.toJSON()
updates.refundTx = result.tx
updates.id = contextData.id
updates.active = contextData.active
@node.send contract.toHex(), (err)=>
if err?
console.log "failed to send transaction : ",err
else
console.log "contract sent"
@db.collection("channel").update {id:updates.id}, {$set:updates}, (err)=>
if err?
console.log "failed to save context : ",err
else
console.log "channel #{updates.id} started"
@notifier.emit 'update', updates
else
console.log "failed to create contract"
undefined
open:(req, res)->
context = ChannelClientContextFactory.Create @network
# context = ChannelClientContextFactory.CreateFromKey @network, ECKey.fromWIF "L<KEY>"
client = new ChannelClient context
@channelServer.post "/request", {pubkey: context.clientKey.pub.toHex()}, (err, response)=>
if err?
res.sendStatus 500
else
client.setServerKey response.pubkey
data = context.toJSON()
data.id = context.getContractAddress().toString()
data.depositAddress = context.getClientAddress().toString()
@node.registerAddresses data.depositAddress, false, (err)=>
if err?
res.sendStatus 500
else
data.active = true
@db.collection("channel").insert data, (err)=>
if err?
res.sendStatus 500
else
res.send data
status:(req, res)->
@execute req, res, (client)->
context = client.context
res.send status:if !context.active then "closed" else if context.refundTx? then "open" else "pending"
pay:(req, res)->
if !req.body.amount?
res.send 400
else
@execute req, res, (client)=>
payAmount = parseInt req.body.amount
tx = client.createPayment payAmount
if !tx
console.log "failed to create payment"
res.sendStatus 400
else
console.log "tx=",tx
console.log "context=",client.context.toJSON()
hex = tx.toHex()
@channelServer.post "/pay", {channel:req.body.channel, tx:hex}, (err, data)=>
if err?
console.log "payment failed error :", err
res.sendStatus 500
else
@db.collection("channel").update {id:req.body.channel}, {$set:client.context.toJSON()}, (err)->
if err?
console.log "failed to save context: ",err
else
res.send paymentID:tx.getId(), contractAmount:client.context.contractAmount, paid:data.paidAmount
close:(req, res)->
@execute req, res, ()=>
@db.collection("channel").update {id:req.body.channel}, {$set:{active:false}}, (err)=>
if err?
res.sendStatus 500
else
@channelServer.post "/close", {channel:req.body.channel}, (err, data)=>
if err?
res.sendStatus 500
else
res.sendStatus 200, data
refund:(req, res)->
@execute req, res, (client)=>
if !client.context.refundTx?
res.send 400
else
@node.send client.context.refundTx.toHex(), (err)=>
if err?
console.log "channel #{client.context.getContractAddress()} failed to send refund tx: ",err
res.sendStatus 500
else
console.log "channel #{client.context.getContractAddress()} refund transaction sent "
res.sendStatus 200
list:(req, res)->
@db.collection("channel").find().toArray (err, channels)->
if err?
res.send 500
else
res.send channels
execute:(req, res, next)->
if !req.body.channel?
res.send 400
else
@db.collection("channel").findOne {id:req.body.channel}, (err, data)=>
if err? or not data?
res.sendStatus 500
else
context = new ChannelClientContext @network
context.fromJSON data
context.active = data.active
client = new ChannelClient context
next client
module.exports = Controller | true | {ChannelClientContextFactory, ChannelClientContext} = require "../channel_client_context"
ChannelClient = require "../channel_client"
{Transaction, Address, ECPubKey, ECKey} = require "bitcoinjs-lib"
class Controller
constructor:(@network, @node, @db, @channelServer, @notifier)->
@node.subscribe (err, data)=>
if err? or not data? or not data.hex?
console.log "notification error: ",err
else
@processDeposit data.hex
processDeposit:(hex)->
transaction = Transaction.fromHex hex
outputs = []
for output in transaction.outs
outputs.push Address.fromOutputScript(output.script, @network).toString()
@db.collection("channel").findOne {depositAddress:{$in:outputs}}, (err, contextData)=>
if err? or not contextData? or not contextData.active
if err? then console.log "error : ",err
else
console.log "transaction ins: ",transaction.ins
context = new ChannelClientContext @network
context.fromJSON contextData
client = new ChannelClient context
contract = client.createContract hex
refund = client.createRefund()
if client and refund
@channelServer.post "/refund", {channel: contextData.id, tx: refund.toHex()}, (err, result)=>
if err?
console.log "failed to create refund tx: ",err
else
updates = context.toJSON()
updates.refundTx = result.tx
updates.id = contextData.id
updates.active = contextData.active
@node.send contract.toHex(), (err)=>
if err?
console.log "failed to send transaction : ",err
else
console.log "contract sent"
@db.collection("channel").update {id:updates.id}, {$set:updates}, (err)=>
if err?
console.log "failed to save context : ",err
else
console.log "channel #{updates.id} started"
@notifier.emit 'update', updates
else
console.log "failed to create contract"
undefined
open:(req, res)->
context = ChannelClientContextFactory.Create @network
# context = ChannelClientContextFactory.CreateFromKey @network, ECKey.fromWIF "LPI:KEY:<KEY>END_PI"
client = new ChannelClient context
@channelServer.post "/request", {pubkey: context.clientKey.pub.toHex()}, (err, response)=>
if err?
res.sendStatus 500
else
client.setServerKey response.pubkey
data = context.toJSON()
data.id = context.getContractAddress().toString()
data.depositAddress = context.getClientAddress().toString()
@node.registerAddresses data.depositAddress, false, (err)=>
if err?
res.sendStatus 500
else
data.active = true
@db.collection("channel").insert data, (err)=>
if err?
res.sendStatus 500
else
res.send data
status:(req, res)->
@execute req, res, (client)->
context = client.context
res.send status:if !context.active then "closed" else if context.refundTx? then "open" else "pending"
pay:(req, res)->
if !req.body.amount?
res.send 400
else
@execute req, res, (client)=>
payAmount = parseInt req.body.amount
tx = client.createPayment payAmount
if !tx
console.log "failed to create payment"
res.sendStatus 400
else
console.log "tx=",tx
console.log "context=",client.context.toJSON()
hex = tx.toHex()
@channelServer.post "/pay", {channel:req.body.channel, tx:hex}, (err, data)=>
if err?
console.log "payment failed error :", err
res.sendStatus 500
else
@db.collection("channel").update {id:req.body.channel}, {$set:client.context.toJSON()}, (err)->
if err?
console.log "failed to save context: ",err
else
res.send paymentID:tx.getId(), contractAmount:client.context.contractAmount, paid:data.paidAmount
close:(req, res)->
@execute req, res, ()=>
@db.collection("channel").update {id:req.body.channel}, {$set:{active:false}}, (err)=>
if err?
res.sendStatus 500
else
@channelServer.post "/close", {channel:req.body.channel}, (err, data)=>
if err?
res.sendStatus 500
else
res.sendStatus 200, data
refund:(req, res)->
@execute req, res, (client)=>
if !client.context.refundTx?
res.send 400
else
@node.send client.context.refundTx.toHex(), (err)=>
if err?
console.log "channel #{client.context.getContractAddress()} failed to send refund tx: ",err
res.sendStatus 500
else
console.log "channel #{client.context.getContractAddress()} refund transaction sent "
res.sendStatus 200
list:(req, res)->
@db.collection("channel").find().toArray (err, channels)->
if err?
res.send 500
else
res.send channels
execute:(req, res, next)->
if !req.body.channel?
res.send 400
else
@db.collection("channel").findOne {id:req.body.channel}, (err, data)=>
if err? or not data?
res.sendStatus 500
else
context = new ChannelClientContext @network
context.fromJSON data
context.active = data.active
client = new ChannelClient context
next client
module.exports = Controller |
[
{
"context": "uire('dox-parser')\n *\n * Dox\n * Copyright (c) 2010 TJ Holowaychuk <tj@vision-media.ca>\n * MIT Licensed\n ###\n\n###!\n ",
"end": 149,
"score": 0.9998568296432495,
"start": 135,
"tag": "NAME",
"value": "TJ Holowaychuk"
},
{
"context": ")\n *\n * Dox\n * Copyright (c) 2010 TJ Holowaychuk <tj@vision-media.ca>\n * MIT Licensed\n ###\n\n###!\n * Module dependencie",
"end": 169,
"score": 0.9999315142631531,
"start": 151,
"tag": "EMAIL",
"value": "tj@vision-media.ca"
}
] | examples/fixtures/dox-parser.coffee | cbou/markdox | 90 |
###*
* # The parser
*
* This is a incredible parser.
*
* var parser = require('dox-parser')
*
* Dox
* Copyright (c) 2010 TJ Holowaychuk <tj@vision-media.ca>
* MIT Licensed
###
###!
* Module dependencies.
###
markdown = require("github-flavored-markdown").parse
###!
* Library version.
###
exports.version = "0.0.5"
###*
* Parse comments in the given string of `js`.
*
* @param {String} js
* @return {Array}
* @see exports.parseComment
* @api public
###
exports.parseComments = (js) ->
comments = []
comment = undefined
buf = ""
ignore = undefined
within = undefined
code = undefined
i = 0
len = js.length
while i < len
if "/" is js[i] and "*" is js[i + 1]
if buf.trim().length
comment = comments[comments.length - 1]
comment.code = code = buf.trim()
comment.ctx = exports.parseCodeContext(code)
buf = ""
i += 2
within = true
ignore = "!" is js[i]
else if "*" is js[i] and "/" is js[i + 1]
i += 2
buf = buf.replace(/^ *\* ?/g, "")
comment = exports.parseComment(buf)
comment.ignore = ignore
comments.push comment
within = ignore = false
buf = ""
else
buf += js[i]
++i
if buf.trim().length
comment = comments[comments.length - 1]
code = buf.trim()
comment.code = code
comments
###*
* Parse the given comment `str`.
*
* The comment object returned contains the following:
*
* - `tags` array of tag objects
* - `description` the first line of the comment
* - `body` lines following the description
* - `content` both the description and the body
* - `isPrivate` true when "@api private" is used
*
* @param {String} str
* @return {Object}
* @see exports.parseTag
* @api public
###
exports.parseComment = (str) ->
str = str.trim()
comment = tags: []
description = {}
description.full = str.split("@")[0].replace(/^([\w ]+):/g, "## $1")
description.summary = description.full.split("\n\n")[0]
description.body = description.full.split("\n\n").slice(1).join("\n\n")
comment.description = description
if ~str.indexOf("@")
tags = "@" + str.split("@").slice(1).join("@")
comment.tags = tags.split("\n").map(exports.parseTag)
comment.isPrivate = comment.tags.some((tag) ->
"api" is tag.type and "private" is tag.visibility
)
description.full = markdown(escape(description.full))
description.summary = markdown(escape(description.summary))
description.body = markdown(escape(description.body))
comment
###*
* Parse tag string "@param {Array} name description" etc.
*
* @param {String}
* @return {Object}
* @api public
###
exports.parseTag = (str) ->
tag = {}
parts = str.split(RegExp(" +"))
type = tag.type = parts.shift().replace("@", "")
switch type
when "param"
tag.types = exports.parseTagTypes(parts.shift())
tag.name = parts.shift() or ""
tag.description = parts.join(" ")
when "return"
tag.types = exports.parseTagTypes(parts.shift())
tag.description = parts.join(" ")
when "see"
if ~str.indexOf("http")
tag.title = (if parts.length > 1 then parts.shift() else "")
tag.url = parts.join(" ")
else
tag.local = parts.join(" ")
when "api"
tag.visibility = parts.shift()
when "type"
tag.types = exports.parseTagTypes(parts.shift())
tag
###*
* Parse tag type string "{Array|Object}" etc.
*
* @param {String} str
* @return {Array}
* @api public
###
exports.parseTagTypes = (str) ->
str.replace(/[{}]/g, "").split RegExp(" *[|,\\/] *")
###*
* Parse the context from the given `str` of js.
*
* This method attempts to discover the context
* for the comment based on it's code. Currently
* supports:
*
* - function statements
* - function expressions
* - prototype methods
* - prototype properties
* - methods
* - properties
* - declarations
*
* @param {String} str
* @return {Object}
* @api public
###
exports.parseCodeContext = (str) ->
str = str.split("\n")[0]
if /^function (\w+)\(/.exec(str)
type: "function"
name: RegExp.$1
else if /^var *(\w+) *= *function/.exec(str)
type: "function"
name: RegExp.$1
else if /^(\w+)\.prototype\.(\w+) *= *function/.exec(str)
type: "method"
constructor: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.prototype\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
constructor: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^(\w+)\.(\w+) *= *function/.exec(str)
type: "method"
receiver: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
receiver: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^var +(\w+) *= *([^\n;]+)/.exec(str)
type: "declaration"
name: RegExp.$1
value: RegExp.$2
###*
* Escape the given `html`.
*
* @param {String} html
* @return {String}
* @api private
###
escape = (html) ->
String(html)
.replace(/&(?!\w+;)/g, "&")
.replace(/</g, "<")
.replace />/g, ">" | 201475 |
###*
* # The parser
*
* This is a incredible parser.
*
* var parser = require('dox-parser')
*
* Dox
* Copyright (c) 2010 <NAME> <<EMAIL>>
* MIT Licensed
###
###!
* Module dependencies.
###
markdown = require("github-flavored-markdown").parse
###!
* Library version.
###
exports.version = "0.0.5"
###*
* Parse comments in the given string of `js`.
*
* @param {String} js
* @return {Array}
* @see exports.parseComment
* @api public
###
exports.parseComments = (js) ->
comments = []
comment = undefined
buf = ""
ignore = undefined
within = undefined
code = undefined
i = 0
len = js.length
while i < len
if "/" is js[i] and "*" is js[i + 1]
if buf.trim().length
comment = comments[comments.length - 1]
comment.code = code = buf.trim()
comment.ctx = exports.parseCodeContext(code)
buf = ""
i += 2
within = true
ignore = "!" is js[i]
else if "*" is js[i] and "/" is js[i + 1]
i += 2
buf = buf.replace(/^ *\* ?/g, "")
comment = exports.parseComment(buf)
comment.ignore = ignore
comments.push comment
within = ignore = false
buf = ""
else
buf += js[i]
++i
if buf.trim().length
comment = comments[comments.length - 1]
code = buf.trim()
comment.code = code
comments
###*
* Parse the given comment `str`.
*
* The comment object returned contains the following:
*
* - `tags` array of tag objects
* - `description` the first line of the comment
* - `body` lines following the description
* - `content` both the description and the body
* - `isPrivate` true when "@api private" is used
*
* @param {String} str
* @return {Object}
* @see exports.parseTag
* @api public
###
exports.parseComment = (str) ->
str = str.trim()
comment = tags: []
description = {}
description.full = str.split("@")[0].replace(/^([\w ]+):/g, "## $1")
description.summary = description.full.split("\n\n")[0]
description.body = description.full.split("\n\n").slice(1).join("\n\n")
comment.description = description
if ~str.indexOf("@")
tags = "@" + str.split("@").slice(1).join("@")
comment.tags = tags.split("\n").map(exports.parseTag)
comment.isPrivate = comment.tags.some((tag) ->
"api" is tag.type and "private" is tag.visibility
)
description.full = markdown(escape(description.full))
description.summary = markdown(escape(description.summary))
description.body = markdown(escape(description.body))
comment
###*
* Parse tag string "@param {Array} name description" etc.
*
* @param {String}
* @return {Object}
* @api public
###
exports.parseTag = (str) ->
tag = {}
parts = str.split(RegExp(" +"))
type = tag.type = parts.shift().replace("@", "")
switch type
when "param"
tag.types = exports.parseTagTypes(parts.shift())
tag.name = parts.shift() or ""
tag.description = parts.join(" ")
when "return"
tag.types = exports.parseTagTypes(parts.shift())
tag.description = parts.join(" ")
when "see"
if ~str.indexOf("http")
tag.title = (if parts.length > 1 then parts.shift() else "")
tag.url = parts.join(" ")
else
tag.local = parts.join(" ")
when "api"
tag.visibility = parts.shift()
when "type"
tag.types = exports.parseTagTypes(parts.shift())
tag
###*
* Parse tag type string "{Array|Object}" etc.
*
* @param {String} str
* @return {Array}
* @api public
###
exports.parseTagTypes = (str) ->
str.replace(/[{}]/g, "").split RegExp(" *[|,\\/] *")
###*
* Parse the context from the given `str` of js.
*
* This method attempts to discover the context
* for the comment based on it's code. Currently
* supports:
*
* - function statements
* - function expressions
* - prototype methods
* - prototype properties
* - methods
* - properties
* - declarations
*
* @param {String} str
* @return {Object}
* @api public
###
exports.parseCodeContext = (str) ->
str = str.split("\n")[0]
if /^function (\w+)\(/.exec(str)
type: "function"
name: RegExp.$1
else if /^var *(\w+) *= *function/.exec(str)
type: "function"
name: RegExp.$1
else if /^(\w+)\.prototype\.(\w+) *= *function/.exec(str)
type: "method"
constructor: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.prototype\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
constructor: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^(\w+)\.(\w+) *= *function/.exec(str)
type: "method"
receiver: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
receiver: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^var +(\w+) *= *([^\n;]+)/.exec(str)
type: "declaration"
name: RegExp.$1
value: RegExp.$2
###*
* Escape the given `html`.
*
* @param {String} html
* @return {String}
* @api private
###
escape = (html) ->
String(html)
.replace(/&(?!\w+;)/g, "&")
.replace(/</g, "<")
.replace />/g, ">" | true |
###*
* # The parser
*
* This is a incredible parser.
*
* var parser = require('dox-parser')
*
* Dox
* Copyright (c) 2010 PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
* MIT Licensed
###
###!
* Module dependencies.
###
markdown = require("github-flavored-markdown").parse
###!
* Library version.
###
exports.version = "0.0.5"
###*
* Parse comments in the given string of `js`.
*
* @param {String} js
* @return {Array}
* @see exports.parseComment
* @api public
###
exports.parseComments = (js) ->
comments = []
comment = undefined
buf = ""
ignore = undefined
within = undefined
code = undefined
i = 0
len = js.length
while i < len
if "/" is js[i] and "*" is js[i + 1]
if buf.trim().length
comment = comments[comments.length - 1]
comment.code = code = buf.trim()
comment.ctx = exports.parseCodeContext(code)
buf = ""
i += 2
within = true
ignore = "!" is js[i]
else if "*" is js[i] and "/" is js[i + 1]
i += 2
buf = buf.replace(/^ *\* ?/g, "")
comment = exports.parseComment(buf)
comment.ignore = ignore
comments.push comment
within = ignore = false
buf = ""
else
buf += js[i]
++i
if buf.trim().length
comment = comments[comments.length - 1]
code = buf.trim()
comment.code = code
comments
###*
* Parse the given comment `str`.
*
* The comment object returned contains the following:
*
* - `tags` array of tag objects
* - `description` the first line of the comment
* - `body` lines following the description
* - `content` both the description and the body
* - `isPrivate` true when "@api private" is used
*
* @param {String} str
* @return {Object}
* @see exports.parseTag
* @api public
###
exports.parseComment = (str) ->
str = str.trim()
comment = tags: []
description = {}
description.full = str.split("@")[0].replace(/^([\w ]+):/g, "## $1")
description.summary = description.full.split("\n\n")[0]
description.body = description.full.split("\n\n").slice(1).join("\n\n")
comment.description = description
if ~str.indexOf("@")
tags = "@" + str.split("@").slice(1).join("@")
comment.tags = tags.split("\n").map(exports.parseTag)
comment.isPrivate = comment.tags.some((tag) ->
"api" is tag.type and "private" is tag.visibility
)
description.full = markdown(escape(description.full))
description.summary = markdown(escape(description.summary))
description.body = markdown(escape(description.body))
comment
###*
* Parse tag string "@param {Array} name description" etc.
*
* @param {String}
* @return {Object}
* @api public
###
exports.parseTag = (str) ->
tag = {}
parts = str.split(RegExp(" +"))
type = tag.type = parts.shift().replace("@", "")
switch type
when "param"
tag.types = exports.parseTagTypes(parts.shift())
tag.name = parts.shift() or ""
tag.description = parts.join(" ")
when "return"
tag.types = exports.parseTagTypes(parts.shift())
tag.description = parts.join(" ")
when "see"
if ~str.indexOf("http")
tag.title = (if parts.length > 1 then parts.shift() else "")
tag.url = parts.join(" ")
else
tag.local = parts.join(" ")
when "api"
tag.visibility = parts.shift()
when "type"
tag.types = exports.parseTagTypes(parts.shift())
tag
###*
* Parse tag type string "{Array|Object}" etc.
*
* @param {String} str
* @return {Array}
* @api public
###
exports.parseTagTypes = (str) ->
str.replace(/[{}]/g, "").split RegExp(" *[|,\\/] *")
###*
* Parse the context from the given `str` of js.
*
* This method attempts to discover the context
* for the comment based on it's code. Currently
* supports:
*
* - function statements
* - function expressions
* - prototype methods
* - prototype properties
* - methods
* - properties
* - declarations
*
* @param {String} str
* @return {Object}
* @api public
###
exports.parseCodeContext = (str) ->
str = str.split("\n")[0]
if /^function (\w+)\(/.exec(str)
type: "function"
name: RegExp.$1
else if /^var *(\w+) *= *function/.exec(str)
type: "function"
name: RegExp.$1
else if /^(\w+)\.prototype\.(\w+) *= *function/.exec(str)
type: "method"
constructor: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.prototype\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
constructor: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^(\w+)\.(\w+) *= *function/.exec(str)
type: "method"
receiver: RegExp.$1
name: RegExp.$2
else if /^(\w+)\.(\w+) *= *([^\n;]+)/.exec(str)
type: "property"
receiver: RegExp.$1
name: RegExp.$2
value: RegExp.$3
else if /^var +(\w+) *= *([^\n;]+)/.exec(str)
type: "declaration"
name: RegExp.$1
value: RegExp.$2
###*
* Escape the given `html`.
*
* @param {String} html
* @return {String}
* @api private
###
escape = (html) ->
String(html)
.replace(/&(?!\w+;)/g, "&")
.replace(/</g, "<")
.replace />/g, ">" |
[
{
"context": "\n @parse: (value) ->\n safe_key_match = /ground\\.(\\S+)\\.(\\S+)\\.(\\S+)\\.(\\S+)\\.bmp/.exec(value)\n\n attributes = {}\n if safe_key_match",
"end": 2395,
"score": 0.9651799201965332,
"start": 2360,
"tag": "KEY",
"value": "S+)\\.(\\S+)\\.(\\S+)\\.(\\S+)\\.bmp/.exec"
}
] | src/land/land-attributes.coffee | starpeace-project/starpeace-website-client-assets | 0 |
class LandAttributes
@PLANET_TYPES: { other:'other', earth:'earth' } # FIXME: TODO: add alien swamp
@SEASONS: { other:'other', winter:'winter', spring:'spring', summer:'summer', fall:'fall' }
@ZONES: { other:'other', border:'border', midgrass:'midgrass', grass:'grass', dryground:'dryground', water:'water' }
@TYPES: {
other:'other', special:'special', center:'center',
neo:'neo', seo:'seo', swo:'swo', nwo:'nwo', nei:'nei', sei:'sei', swi:'swi', nwi:'nwi',
n:'n', e:'e', s:'s', w:'w'
}
@VALID_SEASONS: [ LandAttributes.SEASONS.winter, LandAttributes.SEASONS.spring, LandAttributes.SEASONS.summer, LandAttributes.SEASONS.fall ]
@ORIENTATION_ROTATIONS = { '0deg':0, '90deg':1, '180deg':2, '270deg':3 }
@TYPE_SINGLE_ROTATION = {
other:'other', special:'special', center:'center',
n:'w', e:'n', s:'e', w:'s',
neo:'nwo', seo:'neo', swo:'seo', nwo:'swo', nei:'nwi', sei:'nei', swi:'sei', nwi:'swi'
}
@rotate_type: (type, orientation) ->
for count in [0...(LandAttributes.ORIENTATION_ROTATIONS[orientation] || 0)]
type = @TYPE_SINGLE_ROTATION[type] || 'other'
type
@planet_type_from_value: (value) ->
return LandAttributes.PLANET_TYPES[value] if LandAttributes.PLANET_TYPES[value]?
for key of LandAttributes.PLANET_TYPES
return LandAttributes.PLANET_TYPES[key] if value.indexOf(key) >= 0
LandAttributes.PLANET_TYPES.other
@season_from_value: (value) ->
safe_value = value.toLowerCase()
return LandAttributes.SEASONS[safe_value] if LandAttributes.SEASONS[safe_value]?
for key of LandAttributes.SEASONS
return LandAttributes.SEASONS[key] if safe_value.indexOf(key) >= 0
LandAttributes.SEASONS.other
@zone_from_value: (value) ->
return LandAttributes.ZONES[value] if LandAttributes.ZONES[value]?
for key of LandAttributes.ZONES
return LandAttributes.ZONES[key] if value.indexOf(key) >= 0
LandAttributes.ZONES.other
@type_from_value: (value) ->
return LandAttributes.TYPES[value] if LandAttributes.TYPES[value]?
for key of LandAttributes.TYPES
return LandAttributes.TYPES[key] if value.indexOf(key) >= 0
LandAttributes.TYPES.other
@variant_from_value: (value) ->
match = /[a-zA-Z]*(\d+)/g.exec(value)
if match then new Number(match[1]) else Number.NaN
@parse: (value) ->
safe_key_match = /ground\.(\S+)\.(\S+)\.(\S+)\.(\S+)\.bmp/.exec(value)
attributes = {}
if safe_key_match
attributes.id = safe_key_match[1]
attributes.zone = safe_key_match[2]
attributes.type = safe_key_match[3]
attributes.variant = safe_key_match[4]
else
parts = value.toLowerCase().split('.')
attributes.id = new Number(parts[1]) if parts.length > 2
main_content = if parts.length > 2 then parts[2] else parts[0]
attributes.zone = LandAttributes.zone_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.zone, 'gi'), '')
attributes.type = LandAttributes.type_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.type, 'gi'), '')
attributes.variant = LandAttributes.variant_from_value(main_content)
attributes
module.exports = LandAttributes
| 191076 |
class LandAttributes
@PLANET_TYPES: { other:'other', earth:'earth' } # FIXME: TODO: add alien swamp
@SEASONS: { other:'other', winter:'winter', spring:'spring', summer:'summer', fall:'fall' }
@ZONES: { other:'other', border:'border', midgrass:'midgrass', grass:'grass', dryground:'dryground', water:'water' }
@TYPES: {
other:'other', special:'special', center:'center',
neo:'neo', seo:'seo', swo:'swo', nwo:'nwo', nei:'nei', sei:'sei', swi:'swi', nwi:'nwi',
n:'n', e:'e', s:'s', w:'w'
}
@VALID_SEASONS: [ LandAttributes.SEASONS.winter, LandAttributes.SEASONS.spring, LandAttributes.SEASONS.summer, LandAttributes.SEASONS.fall ]
@ORIENTATION_ROTATIONS = { '0deg':0, '90deg':1, '180deg':2, '270deg':3 }
@TYPE_SINGLE_ROTATION = {
other:'other', special:'special', center:'center',
n:'w', e:'n', s:'e', w:'s',
neo:'nwo', seo:'neo', swo:'seo', nwo:'swo', nei:'nwi', sei:'nei', swi:'sei', nwi:'swi'
}
@rotate_type: (type, orientation) ->
for count in [0...(LandAttributes.ORIENTATION_ROTATIONS[orientation] || 0)]
type = @TYPE_SINGLE_ROTATION[type] || 'other'
type
@planet_type_from_value: (value) ->
return LandAttributes.PLANET_TYPES[value] if LandAttributes.PLANET_TYPES[value]?
for key of LandAttributes.PLANET_TYPES
return LandAttributes.PLANET_TYPES[key] if value.indexOf(key) >= 0
LandAttributes.PLANET_TYPES.other
@season_from_value: (value) ->
safe_value = value.toLowerCase()
return LandAttributes.SEASONS[safe_value] if LandAttributes.SEASONS[safe_value]?
for key of LandAttributes.SEASONS
return LandAttributes.SEASONS[key] if safe_value.indexOf(key) >= 0
LandAttributes.SEASONS.other
@zone_from_value: (value) ->
return LandAttributes.ZONES[value] if LandAttributes.ZONES[value]?
for key of LandAttributes.ZONES
return LandAttributes.ZONES[key] if value.indexOf(key) >= 0
LandAttributes.ZONES.other
@type_from_value: (value) ->
return LandAttributes.TYPES[value] if LandAttributes.TYPES[value]?
for key of LandAttributes.TYPES
return LandAttributes.TYPES[key] if value.indexOf(key) >= 0
LandAttributes.TYPES.other
@variant_from_value: (value) ->
match = /[a-zA-Z]*(\d+)/g.exec(value)
if match then new Number(match[1]) else Number.NaN
@parse: (value) ->
safe_key_match = /ground\.(\<KEY>(value)
attributes = {}
if safe_key_match
attributes.id = safe_key_match[1]
attributes.zone = safe_key_match[2]
attributes.type = safe_key_match[3]
attributes.variant = safe_key_match[4]
else
parts = value.toLowerCase().split('.')
attributes.id = new Number(parts[1]) if parts.length > 2
main_content = if parts.length > 2 then parts[2] else parts[0]
attributes.zone = LandAttributes.zone_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.zone, 'gi'), '')
attributes.type = LandAttributes.type_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.type, 'gi'), '')
attributes.variant = LandAttributes.variant_from_value(main_content)
attributes
module.exports = LandAttributes
| true |
class LandAttributes
@PLANET_TYPES: { other:'other', earth:'earth' } # FIXME: TODO: add alien swamp
@SEASONS: { other:'other', winter:'winter', spring:'spring', summer:'summer', fall:'fall' }
@ZONES: { other:'other', border:'border', midgrass:'midgrass', grass:'grass', dryground:'dryground', water:'water' }
@TYPES: {
other:'other', special:'special', center:'center',
neo:'neo', seo:'seo', swo:'swo', nwo:'nwo', nei:'nei', sei:'sei', swi:'swi', nwi:'nwi',
n:'n', e:'e', s:'s', w:'w'
}
@VALID_SEASONS: [ LandAttributes.SEASONS.winter, LandAttributes.SEASONS.spring, LandAttributes.SEASONS.summer, LandAttributes.SEASONS.fall ]
@ORIENTATION_ROTATIONS = { '0deg':0, '90deg':1, '180deg':2, '270deg':3 }
@TYPE_SINGLE_ROTATION = {
other:'other', special:'special', center:'center',
n:'w', e:'n', s:'e', w:'s',
neo:'nwo', seo:'neo', swo:'seo', nwo:'swo', nei:'nwi', sei:'nei', swi:'sei', nwi:'swi'
}
@rotate_type: (type, orientation) ->
for count in [0...(LandAttributes.ORIENTATION_ROTATIONS[orientation] || 0)]
type = @TYPE_SINGLE_ROTATION[type] || 'other'
type
@planet_type_from_value: (value) ->
return LandAttributes.PLANET_TYPES[value] if LandAttributes.PLANET_TYPES[value]?
for key of LandAttributes.PLANET_TYPES
return LandAttributes.PLANET_TYPES[key] if value.indexOf(key) >= 0
LandAttributes.PLANET_TYPES.other
@season_from_value: (value) ->
safe_value = value.toLowerCase()
return LandAttributes.SEASONS[safe_value] if LandAttributes.SEASONS[safe_value]?
for key of LandAttributes.SEASONS
return LandAttributes.SEASONS[key] if safe_value.indexOf(key) >= 0
LandAttributes.SEASONS.other
@zone_from_value: (value) ->
return LandAttributes.ZONES[value] if LandAttributes.ZONES[value]?
for key of LandAttributes.ZONES
return LandAttributes.ZONES[key] if value.indexOf(key) >= 0
LandAttributes.ZONES.other
@type_from_value: (value) ->
return LandAttributes.TYPES[value] if LandAttributes.TYPES[value]?
for key of LandAttributes.TYPES
return LandAttributes.TYPES[key] if value.indexOf(key) >= 0
LandAttributes.TYPES.other
@variant_from_value: (value) ->
match = /[a-zA-Z]*(\d+)/g.exec(value)
if match then new Number(match[1]) else Number.NaN
@parse: (value) ->
safe_key_match = /ground\.(\PI:KEY:<KEY>END_PI(value)
attributes = {}
if safe_key_match
attributes.id = safe_key_match[1]
attributes.zone = safe_key_match[2]
attributes.type = safe_key_match[3]
attributes.variant = safe_key_match[4]
else
parts = value.toLowerCase().split('.')
attributes.id = new Number(parts[1]) if parts.length > 2
main_content = if parts.length > 2 then parts[2] else parts[0]
attributes.zone = LandAttributes.zone_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.zone, 'gi'), '')
attributes.type = LandAttributes.type_from_value(main_content)
main_content = main_content.replace(new RegExp(attributes.type, 'gi'), '')
attributes.variant = LandAttributes.variant_from_value(main_content)
attributes
module.exports = LandAttributes
|
[
{
"context": " for key of clonedProps\n if key.indexOf('$') is 0 and key isnt '$$hashKey'\n obj[k",
"end": 3824,
"score": 0.7646017670631409,
"start": 3823,
"tag": "KEY",
"value": "$"
},
{
"context": "\n if key.indexOf('$') is 0 and key isnt '$$hashKey'\n obj[key] = clonedProps[key]\n ",
"end": 3855,
"score": 0.9503100514411926,
"start": 3846,
"tag": "KEY",
"value": "$$hashKey"
}
] | src/index.coffee | ndxbxrme/ndx-rest-client | 0 | 'use strict'
module = null
try
module = angular.module 'ndx'
catch e
module =angular.module 'ndx', []
module.provider 'rest', ->
waitForAuth = false
bustCache = false
lockAll = false
disableCache = false
cacheBuster = ->
if bustCache then "?#{Math.floor(Math.random() * 9999999999999)}" else ''
callbacks =
endpoints: []
syncCallback = (name, obj, cb) ->
if callbacks[name] and callbacks[name].length
for callback in callbacks[name]
callback obj
cb?()
hash = (str) ->
h = 5381
i = str.length
while i
h = (h * 33) ^ str.charCodeAt --i
h
bustCache: (val) ->
bustCache = val
waitForAuth: (val) ->
waitForAuth = val
disableCache: (val) ->
disableCache = val
$get: ($http, $injector, $timeout) ->
okToLoad = true
endpoints = {}
autoId = '_id'
refreshFns = []
waiting = false
ndxCheck = null
needsRefresh = false
maintenanceMode = false
loading = 0
startLoading = ->
loading++
stopLoading = ->
loading--
if loading < 0
loading = 0
listTransform =
items: true
total: true
page: true
pageSize: true
error: true
cache = {}
addToCache = (endpoint, args, obj) ->
if not disableCache
h = hash JSON.stringify args
if not cache[endpoint]
cache[endpoint] = {}
cache[endpoint][h] = JSON.stringify data: obj.data
fetchFromCache = (endpoint, args) ->
if not disableCache
h = hash JSON.stringify args
if cache[endpoint]
if cache[endpoint][h]
str = cache[endpoint][h]
newvar = JSON.parse str
return newvar
return null
clearCache = (endpoint) ->
if endpoint
delete cache[endpoint]
else
cache = {}
callRefreshFns = (isSocket) ->
if okToLoad and endpoints
for key of endpoints
if endpoints[key].needsRefresh
for fn in refreshFns
fn key, endpoints[key].ids, isSocket
endpoints[key].ids = []
endpoints[key].needsRefresh = false
destroy = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.destroy
obj.destroy()
for key in obj
destroy obj[key]
else if type is '[object Array]'
for item in obj
destroy item
return
restore = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.refreshFn
refreshFns.push obj.refreshFn
for key in obj
restore obj[key]
else if type is '[object Array]'
for item in obj
restore item
return
cloneSpecialProps = (obj) ->
output = null
type = Object.prototype.toString.call obj
if type is '[object Array]'
output = output or []
for item in obj
if item[autoId]
clonedItem = cloneSpecialProps item
clonedItem[autoId] = item[autoId]
output.push clonedItem
else if type is '[object Object]'
output = output or {}
for key of obj
if key.indexOf('$') is 0
output[key] = obj[key]
else if Object.prototype.toString.call(obj[key]) is '[object Array]'
output[key] = cloneSpecialProps obj[key]
output
restoreSpecialProps = (obj, clonedProps) ->
type = Object.prototype.toString.call obj
if type is '[object Array]'
for item in obj
for clonedItem in clonedProps
if item[autoId] is clonedItem[autoId]
restoreSpecialProps item, clonedItem
break
else if type is '[object Object]'
for key of clonedProps
if key.indexOf('$') is 0 and key isnt '$$hashKey'
obj[key] = clonedProps[key]
restore obj[key]
else
restoreSpecialProps obj[key], clonedProps[key]
return
if $injector.has 'ndxCheck'
ndxCheck = $injector.get 'ndxCheck'
if $injector.has('Auth')
okToLoad = false
auth = $injector.get 'Auth'
auth.onUser ->
$timeout ->
okToLoad = true
for endpoint of endpoints
endpoints[endpoint].needsRefresh = true
callRefreshFns()
callSocketRefresh = ->
hasFuture = false
for key, endpoint of endpoints
if endpoint.needsRefresh and endpoint.refreshAt > new Date().valueOf()
hasFuture = true
if hasFuture
return $timeout callSocketRefresh, 20
else
callRefreshFns true
socketRefresh = (data) ->
if not lockAll
if data
clearCache data.table
endpoints[data.table].needsRefresh = true
endpoints[data.table].refreshAt = new Date().valueOf() + 400
type = Object.prototype.toString.call data.id
if type is '[object Array]'
for id of data.id
endpoints[data.table].ids.push id
else if type is '[object String]'
endpoints[data.table].ids.push data.id
else
clearCache()
for key of endpoints
endpoints[key].needsRefresh = true
callSocketRefresh()
if $injector.has 'socket'
socket = $injector.get 'socket'
socket.on 'connect', ->
socket.emit 'rest', {}
if not $injector.has 'Server'
socket.on 'update', socketRefresh
socket.on 'insert', socketRefresh
socket.on 'delete', socketRefresh
$timeout ->
$http.get '/rest/endpoints'
.then (response) ->
if response.data and response.data.endpoints and response.data.endpoints.length
for endpoint in response.data.endpoints
endpoints[endpoint] =
needsRefresh: true
lastRefresh: 0
nextRefresh: 0
ids: []
if response.data.autoId
autoId = response.data.autoId
if response.data.server
maintenanceMode = response.data.server is 'maintenance'
if needsRefresh
callRefreshFns()
syncCallback 'endpoints', response.data
, (err) ->
false
lockAll: ->
lockAll = true
unlockAll: ->
lockAll = false
on: (name, callback) ->
callbacks[name].push callback
off: (name, callback) ->
callbacks[name].splice callbacks[name].indexOf(callback), 1
endpoints: endpoints
autoId: autoId
maintenanceMode: ->
maintenanceMode
socketRefresh: socketRefresh
needsRefresh: (val) ->
needsRefresh = val
callRefreshFns: callRefreshFns
startLoading: startLoading
stopLoading: stopLoading
okToLoad: ->
okToLoad
save: (endpoint, obj, cb) ->
startLoading()
$http.post (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}"), obj
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
'delete': (endpoint, obj, cb) ->
startLoading()
$http.delete (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}")
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
search: (endpoint, args, obj, cb, isSocket) ->
isSocket or startLoading()
args = args or {}
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache endpoint, args
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}/search#{cacheBuster()}"), if endpoint.route and args and args.where then args.where else args
.then (response) ->
addToCache endpoint, args, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
list: (endpoint, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache(endpoint, {})
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}#{cacheBuster()}")
.then (response) ->
addToCache endpoint, {}, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
single: (endpoint, id, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.item
clonedProps = cloneSpecialProps obj.item
obj.item = response.data
if obj.item and clonedProps
restoreSpecialProps obj.item, clonedProps
obj.isSocket = isSocket
cb? obj
if Object.prototype.toString.call(id) is '[object Object]'
id = escape JSON.stringify id
if response = fetchFromCache(endpoint, id:id)
$timeout ->
handleResponse response
else
$http.get (endpoint.route or "/api/#{endpoint}") + "/#{id}#{if obj.all then '/all' else ''}#{cacheBuster()}"
.then (response) ->
addToCache endpoint, id:id, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.item = {}
obj.isSocket = isSocket
cb? obj
register: (fn) ->
refreshFns.push fn
dereg: (fn) ->
refreshFns.splice refreshFns.indexOf(fn), 1
destroy: destroy
loading: ->
loading
clearCache: clearCache
checkCache: ->
cache
.run ($rootScope, $http, $timeout, rest) ->
#borrowed from underscore.js
throttle = (func, wait, options) ->
context = undefined
args = undefined
result = undefined
timeout = null
previous = 0
if !options
options = {}
later = ->
previous = if options.leading == false then 0 else Date.now()
timeout = null
result = func.apply(context, args)
if !timeout
context = args = null
return
->
now = Date.now()
if !previous and options.leading == false
previous = now
remaining = wait - (now - previous)
context = this
args = arguments
if remaining <= 0 or remaining > wait
if timeout
$timeout.cancel timeout
timeout = null
previous = now
result = func.apply(context, args)
if !timeout
context = args = null
else if !timeout and options.trailing != false
timeout = $timeout(later, remaining)
result
root = Object.getPrototypeOf $rootScope
root.restLoading = rest.loading
root.list = (endpoint, args, cb, saveCb, locked) ->
ignoreNextWatch = false
if args
cb = args.onData or cb
saveCb = args.onSave or saveCb
obj =
items: null
args: args
refreshFn: null
endpoint: endpoint
locked: locked
save: (item, checkFn) ->
if checkFn
checkFn 'save', endpoint, item, ->
rest.save endpoint, item, saveCb
else
rest.save endpoint, item, saveCb
delete: (item, checkFn) ->
if checkFn
checkFn 'delete', endpoint, item, ->
rest.delete endpoint, item
else
rest.delete endpoint, item
destroy: ->
dereg?()
rest.dereg obj.refreshFn
throttledSearch = throttle rest.search, 1000
RefreshFn = (endpoint, args) ->
(table, blank, isSocket) ->
if args?.preRefresh
args.preRefresh args
ignoreNextWatch = true
if not obj.locked
if obj.items
rest.destroy obj.items
if endpoint.route
if endpoint.endpoints and table
for ep in endpoint.endpoints
if table is ep
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
break
else
if table is endpoint or not table
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
obj.refreshFn = RefreshFn endpoint, args
rest.register obj.refreshFn
if endpoint.route and not endpoint.endpoints
rest.search endpoint, args, obj, cb
dereg = @.$watch ->
JSON.stringify args
, (n, o) ->
if not ignoreNextWatch
if rest.okToLoad()
###
if endpoint.route
if endpoint.endpoints and endpoint.endpoints.length
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = true
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
else
ignoreNextWatch = false
, true
@.$on '$destroy', ->
obj.destroy()
if not args and rest.endpoints.endpoints
obj.refreshFn obj.endpoint
if rest.okToLoad()
rest.callRefreshFns()
obj
root.single = (endpoint, id, cb, saveCb, locked, all) ->
obj =
all: all
item: null
refreshFn: null
endpoint: endpoint
locked: locked
save: (checkFn) ->
if checkFn
checkFn 'save', endpoint, @.item, =>
rest.save endpoint, @.item, saveCb
else
rest.save endpoint, @.item, saveCb
delete: (checkFn) ->
if checkFn
checkFn 'delete', endpoint, @.item, =>
rest.delete endpoint, @.item
else
rest.delete endpoint, @.item
destroy: ->
rest.dereg obj.refreshFn
throttledSingle = throttle rest.single, 1000
RefreshFn = (endpoint, id) ->
(table, ids, isSocket) ->
if ids and obj.item and ids.indexOf(obj.item[rest.autoId]) is -1
return
if not obj.locked
if endpoint.route
if endpoint.endpoints
if endpoint.endpoints.length and table
for ep in endpoint.endpoints
if table is ep
throttledSingle endpoint, id, obj, cb, isSocket
break
else
if table is endpoint or not table
throttledSingle endpoint, id, obj, cb, isSocket
obj.refreshFn = RefreshFn endpoint, id
rest.register obj.refreshFn
if rest.okToLoad() and rest.endpoints.endpoints
###
if endpoint.route
if endpoint.endpoints
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = false
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
#if endpoint.route and not endpoint.endpoints
rest.single endpoint, id, obj, cb
@.$on '$destroy', obj.destroy
obj | 146504 | 'use strict'
module = null
try
module = angular.module 'ndx'
catch e
module =angular.module 'ndx', []
module.provider 'rest', ->
waitForAuth = false
bustCache = false
lockAll = false
disableCache = false
cacheBuster = ->
if bustCache then "?#{Math.floor(Math.random() * 9999999999999)}" else ''
callbacks =
endpoints: []
syncCallback = (name, obj, cb) ->
if callbacks[name] and callbacks[name].length
for callback in callbacks[name]
callback obj
cb?()
hash = (str) ->
h = 5381
i = str.length
while i
h = (h * 33) ^ str.charCodeAt --i
h
bustCache: (val) ->
bustCache = val
waitForAuth: (val) ->
waitForAuth = val
disableCache: (val) ->
disableCache = val
$get: ($http, $injector, $timeout) ->
okToLoad = true
endpoints = {}
autoId = '_id'
refreshFns = []
waiting = false
ndxCheck = null
needsRefresh = false
maintenanceMode = false
loading = 0
startLoading = ->
loading++
stopLoading = ->
loading--
if loading < 0
loading = 0
listTransform =
items: true
total: true
page: true
pageSize: true
error: true
cache = {}
addToCache = (endpoint, args, obj) ->
if not disableCache
h = hash JSON.stringify args
if not cache[endpoint]
cache[endpoint] = {}
cache[endpoint][h] = JSON.stringify data: obj.data
fetchFromCache = (endpoint, args) ->
if not disableCache
h = hash JSON.stringify args
if cache[endpoint]
if cache[endpoint][h]
str = cache[endpoint][h]
newvar = JSON.parse str
return newvar
return null
clearCache = (endpoint) ->
if endpoint
delete cache[endpoint]
else
cache = {}
callRefreshFns = (isSocket) ->
if okToLoad and endpoints
for key of endpoints
if endpoints[key].needsRefresh
for fn in refreshFns
fn key, endpoints[key].ids, isSocket
endpoints[key].ids = []
endpoints[key].needsRefresh = false
destroy = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.destroy
obj.destroy()
for key in obj
destroy obj[key]
else if type is '[object Array]'
for item in obj
destroy item
return
restore = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.refreshFn
refreshFns.push obj.refreshFn
for key in obj
restore obj[key]
else if type is '[object Array]'
for item in obj
restore item
return
cloneSpecialProps = (obj) ->
output = null
type = Object.prototype.toString.call obj
if type is '[object Array]'
output = output or []
for item in obj
if item[autoId]
clonedItem = cloneSpecialProps item
clonedItem[autoId] = item[autoId]
output.push clonedItem
else if type is '[object Object]'
output = output or {}
for key of obj
if key.indexOf('$') is 0
output[key] = obj[key]
else if Object.prototype.toString.call(obj[key]) is '[object Array]'
output[key] = cloneSpecialProps obj[key]
output
restoreSpecialProps = (obj, clonedProps) ->
type = Object.prototype.toString.call obj
if type is '[object Array]'
for item in obj
for clonedItem in clonedProps
if item[autoId] is clonedItem[autoId]
restoreSpecialProps item, clonedItem
break
else if type is '[object Object]'
for key of clonedProps
if key.indexOf('<KEY>') is 0 and key isnt '<KEY>'
obj[key] = clonedProps[key]
restore obj[key]
else
restoreSpecialProps obj[key], clonedProps[key]
return
if $injector.has 'ndxCheck'
ndxCheck = $injector.get 'ndxCheck'
if $injector.has('Auth')
okToLoad = false
auth = $injector.get 'Auth'
auth.onUser ->
$timeout ->
okToLoad = true
for endpoint of endpoints
endpoints[endpoint].needsRefresh = true
callRefreshFns()
callSocketRefresh = ->
hasFuture = false
for key, endpoint of endpoints
if endpoint.needsRefresh and endpoint.refreshAt > new Date().valueOf()
hasFuture = true
if hasFuture
return $timeout callSocketRefresh, 20
else
callRefreshFns true
socketRefresh = (data) ->
if not lockAll
if data
clearCache data.table
endpoints[data.table].needsRefresh = true
endpoints[data.table].refreshAt = new Date().valueOf() + 400
type = Object.prototype.toString.call data.id
if type is '[object Array]'
for id of data.id
endpoints[data.table].ids.push id
else if type is '[object String]'
endpoints[data.table].ids.push data.id
else
clearCache()
for key of endpoints
endpoints[key].needsRefresh = true
callSocketRefresh()
if $injector.has 'socket'
socket = $injector.get 'socket'
socket.on 'connect', ->
socket.emit 'rest', {}
if not $injector.has 'Server'
socket.on 'update', socketRefresh
socket.on 'insert', socketRefresh
socket.on 'delete', socketRefresh
$timeout ->
$http.get '/rest/endpoints'
.then (response) ->
if response.data and response.data.endpoints and response.data.endpoints.length
for endpoint in response.data.endpoints
endpoints[endpoint] =
needsRefresh: true
lastRefresh: 0
nextRefresh: 0
ids: []
if response.data.autoId
autoId = response.data.autoId
if response.data.server
maintenanceMode = response.data.server is 'maintenance'
if needsRefresh
callRefreshFns()
syncCallback 'endpoints', response.data
, (err) ->
false
lockAll: ->
lockAll = true
unlockAll: ->
lockAll = false
on: (name, callback) ->
callbacks[name].push callback
off: (name, callback) ->
callbacks[name].splice callbacks[name].indexOf(callback), 1
endpoints: endpoints
autoId: autoId
maintenanceMode: ->
maintenanceMode
socketRefresh: socketRefresh
needsRefresh: (val) ->
needsRefresh = val
callRefreshFns: callRefreshFns
startLoading: startLoading
stopLoading: stopLoading
okToLoad: ->
okToLoad
save: (endpoint, obj, cb) ->
startLoading()
$http.post (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}"), obj
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
'delete': (endpoint, obj, cb) ->
startLoading()
$http.delete (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}")
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
search: (endpoint, args, obj, cb, isSocket) ->
isSocket or startLoading()
args = args or {}
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache endpoint, args
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}/search#{cacheBuster()}"), if endpoint.route and args and args.where then args.where else args
.then (response) ->
addToCache endpoint, args, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
list: (endpoint, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache(endpoint, {})
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}#{cacheBuster()}")
.then (response) ->
addToCache endpoint, {}, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
single: (endpoint, id, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.item
clonedProps = cloneSpecialProps obj.item
obj.item = response.data
if obj.item and clonedProps
restoreSpecialProps obj.item, clonedProps
obj.isSocket = isSocket
cb? obj
if Object.prototype.toString.call(id) is '[object Object]'
id = escape JSON.stringify id
if response = fetchFromCache(endpoint, id:id)
$timeout ->
handleResponse response
else
$http.get (endpoint.route or "/api/#{endpoint}") + "/#{id}#{if obj.all then '/all' else ''}#{cacheBuster()}"
.then (response) ->
addToCache endpoint, id:id, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.item = {}
obj.isSocket = isSocket
cb? obj
register: (fn) ->
refreshFns.push fn
dereg: (fn) ->
refreshFns.splice refreshFns.indexOf(fn), 1
destroy: destroy
loading: ->
loading
clearCache: clearCache
checkCache: ->
cache
.run ($rootScope, $http, $timeout, rest) ->
#borrowed from underscore.js
throttle = (func, wait, options) ->
context = undefined
args = undefined
result = undefined
timeout = null
previous = 0
if !options
options = {}
later = ->
previous = if options.leading == false then 0 else Date.now()
timeout = null
result = func.apply(context, args)
if !timeout
context = args = null
return
->
now = Date.now()
if !previous and options.leading == false
previous = now
remaining = wait - (now - previous)
context = this
args = arguments
if remaining <= 0 or remaining > wait
if timeout
$timeout.cancel timeout
timeout = null
previous = now
result = func.apply(context, args)
if !timeout
context = args = null
else if !timeout and options.trailing != false
timeout = $timeout(later, remaining)
result
root = Object.getPrototypeOf $rootScope
root.restLoading = rest.loading
root.list = (endpoint, args, cb, saveCb, locked) ->
ignoreNextWatch = false
if args
cb = args.onData or cb
saveCb = args.onSave or saveCb
obj =
items: null
args: args
refreshFn: null
endpoint: endpoint
locked: locked
save: (item, checkFn) ->
if checkFn
checkFn 'save', endpoint, item, ->
rest.save endpoint, item, saveCb
else
rest.save endpoint, item, saveCb
delete: (item, checkFn) ->
if checkFn
checkFn 'delete', endpoint, item, ->
rest.delete endpoint, item
else
rest.delete endpoint, item
destroy: ->
dereg?()
rest.dereg obj.refreshFn
throttledSearch = throttle rest.search, 1000
RefreshFn = (endpoint, args) ->
(table, blank, isSocket) ->
if args?.preRefresh
args.preRefresh args
ignoreNextWatch = true
if not obj.locked
if obj.items
rest.destroy obj.items
if endpoint.route
if endpoint.endpoints and table
for ep in endpoint.endpoints
if table is ep
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
break
else
if table is endpoint or not table
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
obj.refreshFn = RefreshFn endpoint, args
rest.register obj.refreshFn
if endpoint.route and not endpoint.endpoints
rest.search endpoint, args, obj, cb
dereg = @.$watch ->
JSON.stringify args
, (n, o) ->
if not ignoreNextWatch
if rest.okToLoad()
###
if endpoint.route
if endpoint.endpoints and endpoint.endpoints.length
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = true
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
else
ignoreNextWatch = false
, true
@.$on '$destroy', ->
obj.destroy()
if not args and rest.endpoints.endpoints
obj.refreshFn obj.endpoint
if rest.okToLoad()
rest.callRefreshFns()
obj
root.single = (endpoint, id, cb, saveCb, locked, all) ->
obj =
all: all
item: null
refreshFn: null
endpoint: endpoint
locked: locked
save: (checkFn) ->
if checkFn
checkFn 'save', endpoint, @.item, =>
rest.save endpoint, @.item, saveCb
else
rest.save endpoint, @.item, saveCb
delete: (checkFn) ->
if checkFn
checkFn 'delete', endpoint, @.item, =>
rest.delete endpoint, @.item
else
rest.delete endpoint, @.item
destroy: ->
rest.dereg obj.refreshFn
throttledSingle = throttle rest.single, 1000
RefreshFn = (endpoint, id) ->
(table, ids, isSocket) ->
if ids and obj.item and ids.indexOf(obj.item[rest.autoId]) is -1
return
if not obj.locked
if endpoint.route
if endpoint.endpoints
if endpoint.endpoints.length and table
for ep in endpoint.endpoints
if table is ep
throttledSingle endpoint, id, obj, cb, isSocket
break
else
if table is endpoint or not table
throttledSingle endpoint, id, obj, cb, isSocket
obj.refreshFn = RefreshFn endpoint, id
rest.register obj.refreshFn
if rest.okToLoad() and rest.endpoints.endpoints
###
if endpoint.route
if endpoint.endpoints
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = false
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
#if endpoint.route and not endpoint.endpoints
rest.single endpoint, id, obj, cb
@.$on '$destroy', obj.destroy
obj | true | 'use strict'
module = null
try
module = angular.module 'ndx'
catch e
module =angular.module 'ndx', []
module.provider 'rest', ->
waitForAuth = false
bustCache = false
lockAll = false
disableCache = false
cacheBuster = ->
if bustCache then "?#{Math.floor(Math.random() * 9999999999999)}" else ''
callbacks =
endpoints: []
syncCallback = (name, obj, cb) ->
if callbacks[name] and callbacks[name].length
for callback in callbacks[name]
callback obj
cb?()
hash = (str) ->
h = 5381
i = str.length
while i
h = (h * 33) ^ str.charCodeAt --i
h
bustCache: (val) ->
bustCache = val
waitForAuth: (val) ->
waitForAuth = val
disableCache: (val) ->
disableCache = val
$get: ($http, $injector, $timeout) ->
okToLoad = true
endpoints = {}
autoId = '_id'
refreshFns = []
waiting = false
ndxCheck = null
needsRefresh = false
maintenanceMode = false
loading = 0
startLoading = ->
loading++
stopLoading = ->
loading--
if loading < 0
loading = 0
listTransform =
items: true
total: true
page: true
pageSize: true
error: true
cache = {}
addToCache = (endpoint, args, obj) ->
if not disableCache
h = hash JSON.stringify args
if not cache[endpoint]
cache[endpoint] = {}
cache[endpoint][h] = JSON.stringify data: obj.data
fetchFromCache = (endpoint, args) ->
if not disableCache
h = hash JSON.stringify args
if cache[endpoint]
if cache[endpoint][h]
str = cache[endpoint][h]
newvar = JSON.parse str
return newvar
return null
clearCache = (endpoint) ->
if endpoint
delete cache[endpoint]
else
cache = {}
callRefreshFns = (isSocket) ->
if okToLoad and endpoints
for key of endpoints
if endpoints[key].needsRefresh
for fn in refreshFns
fn key, endpoints[key].ids, isSocket
endpoints[key].ids = []
endpoints[key].needsRefresh = false
destroy = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.destroy
obj.destroy()
for key in obj
destroy obj[key]
else if type is '[object Array]'
for item in obj
destroy item
return
restore = (obj) ->
type = Object.prototype.toString.call obj
if type is '[object Object]'
if obj.refreshFn
refreshFns.push obj.refreshFn
for key in obj
restore obj[key]
else if type is '[object Array]'
for item in obj
restore item
return
cloneSpecialProps = (obj) ->
output = null
type = Object.prototype.toString.call obj
if type is '[object Array]'
output = output or []
for item in obj
if item[autoId]
clonedItem = cloneSpecialProps item
clonedItem[autoId] = item[autoId]
output.push clonedItem
else if type is '[object Object]'
output = output or {}
for key of obj
if key.indexOf('$') is 0
output[key] = obj[key]
else if Object.prototype.toString.call(obj[key]) is '[object Array]'
output[key] = cloneSpecialProps obj[key]
output
restoreSpecialProps = (obj, clonedProps) ->
type = Object.prototype.toString.call obj
if type is '[object Array]'
for item in obj
for clonedItem in clonedProps
if item[autoId] is clonedItem[autoId]
restoreSpecialProps item, clonedItem
break
else if type is '[object Object]'
for key of clonedProps
if key.indexOf('PI:KEY:<KEY>END_PI') is 0 and key isnt 'PI:KEY:<KEY>END_PI'
obj[key] = clonedProps[key]
restore obj[key]
else
restoreSpecialProps obj[key], clonedProps[key]
return
if $injector.has 'ndxCheck'
ndxCheck = $injector.get 'ndxCheck'
if $injector.has('Auth')
okToLoad = false
auth = $injector.get 'Auth'
auth.onUser ->
$timeout ->
okToLoad = true
for endpoint of endpoints
endpoints[endpoint].needsRefresh = true
callRefreshFns()
callSocketRefresh = ->
hasFuture = false
for key, endpoint of endpoints
if endpoint.needsRefresh and endpoint.refreshAt > new Date().valueOf()
hasFuture = true
if hasFuture
return $timeout callSocketRefresh, 20
else
callRefreshFns true
socketRefresh = (data) ->
if not lockAll
if data
clearCache data.table
endpoints[data.table].needsRefresh = true
endpoints[data.table].refreshAt = new Date().valueOf() + 400
type = Object.prototype.toString.call data.id
if type is '[object Array]'
for id of data.id
endpoints[data.table].ids.push id
else if type is '[object String]'
endpoints[data.table].ids.push data.id
else
clearCache()
for key of endpoints
endpoints[key].needsRefresh = true
callSocketRefresh()
if $injector.has 'socket'
socket = $injector.get 'socket'
socket.on 'connect', ->
socket.emit 'rest', {}
if not $injector.has 'Server'
socket.on 'update', socketRefresh
socket.on 'insert', socketRefresh
socket.on 'delete', socketRefresh
$timeout ->
$http.get '/rest/endpoints'
.then (response) ->
if response.data and response.data.endpoints and response.data.endpoints.length
for endpoint in response.data.endpoints
endpoints[endpoint] =
needsRefresh: true
lastRefresh: 0
nextRefresh: 0
ids: []
if response.data.autoId
autoId = response.data.autoId
if response.data.server
maintenanceMode = response.data.server is 'maintenance'
if needsRefresh
callRefreshFns()
syncCallback 'endpoints', response.data
, (err) ->
false
lockAll: ->
lockAll = true
unlockAll: ->
lockAll = false
on: (name, callback) ->
callbacks[name].push callback
off: (name, callback) ->
callbacks[name].splice callbacks[name].indexOf(callback), 1
endpoints: endpoints
autoId: autoId
maintenanceMode: ->
maintenanceMode
socketRefresh: socketRefresh
needsRefresh: (val) ->
needsRefresh = val
callRefreshFns: callRefreshFns
startLoading: startLoading
stopLoading: stopLoading
okToLoad: ->
okToLoad
save: (endpoint, obj, cb) ->
startLoading()
$http.post (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}"), obj
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
'delete': (endpoint, obj, cb) ->
startLoading()
$http.delete (endpoint.route or "/api/#{endpoint}") + ("/#{obj[autoId] or ''}")
.then (response) =>
stopLoading()
endpoints[endpoint].needsRefresh = true
ndxCheck and ndxCheck.setPristine()
callRefreshFns endpoint
response and response.data and cb?(response.data)
, (err) ->
stopLoading()
false
search: (endpoint, args, obj, cb, isSocket) ->
isSocket or startLoading()
args = args or {}
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache endpoint, args
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}/search#{cacheBuster()}"), if endpoint.route and args and args.where then args.where else args
.then (response) ->
addToCache endpoint, args, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
list: (endpoint, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.items and obj.items.length
clonedProps = cloneSpecialProps obj.items
objtrans response.data, (args.transform or listTransform), obj
if obj.items and obj.items.length and clonedProps
restoreSpecialProps obj.items, clonedProps
obj.isSocket = isSocket
cb? obj
if response = fetchFromCache(endpoint, {})
$timeout ->
handleResponse response
else
$http.post (endpoint.route or "/api/#{endpoint}#{cacheBuster()}")
.then (response) ->
addToCache endpoint, {}, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.items = []
obj.total = 0
obj.page = 1
obj.error = err
obj.isSocket = isSocket
cb? obj
single: (endpoint, id, obj, cb, isSocket) ->
isSocket or startLoading()
handleResponse = (response) ->
isSocket or stopLoading()
clonedProps = null
if obj.item
clonedProps = cloneSpecialProps obj.item
obj.item = response.data
if obj.item and clonedProps
restoreSpecialProps obj.item, clonedProps
obj.isSocket = isSocket
cb? obj
if Object.prototype.toString.call(id) is '[object Object]'
id = escape JSON.stringify id
if response = fetchFromCache(endpoint, id:id)
$timeout ->
handleResponse response
else
$http.get (endpoint.route or "/api/#{endpoint}") + "/#{id}#{if obj.all then '/all' else ''}#{cacheBuster()}"
.then (response) ->
addToCache endpoint, id:id, response
return handleResponse response
, (err) ->
isSocket or stopLoading()
obj.item = {}
obj.isSocket = isSocket
cb? obj
register: (fn) ->
refreshFns.push fn
dereg: (fn) ->
refreshFns.splice refreshFns.indexOf(fn), 1
destroy: destroy
loading: ->
loading
clearCache: clearCache
checkCache: ->
cache
.run ($rootScope, $http, $timeout, rest) ->
#borrowed from underscore.js
throttle = (func, wait, options) ->
context = undefined
args = undefined
result = undefined
timeout = null
previous = 0
if !options
options = {}
later = ->
previous = if options.leading == false then 0 else Date.now()
timeout = null
result = func.apply(context, args)
if !timeout
context = args = null
return
->
now = Date.now()
if !previous and options.leading == false
previous = now
remaining = wait - (now - previous)
context = this
args = arguments
if remaining <= 0 or remaining > wait
if timeout
$timeout.cancel timeout
timeout = null
previous = now
result = func.apply(context, args)
if !timeout
context = args = null
else if !timeout and options.trailing != false
timeout = $timeout(later, remaining)
result
root = Object.getPrototypeOf $rootScope
root.restLoading = rest.loading
root.list = (endpoint, args, cb, saveCb, locked) ->
ignoreNextWatch = false
if args
cb = args.onData or cb
saveCb = args.onSave or saveCb
obj =
items: null
args: args
refreshFn: null
endpoint: endpoint
locked: locked
save: (item, checkFn) ->
if checkFn
checkFn 'save', endpoint, item, ->
rest.save endpoint, item, saveCb
else
rest.save endpoint, item, saveCb
delete: (item, checkFn) ->
if checkFn
checkFn 'delete', endpoint, item, ->
rest.delete endpoint, item
else
rest.delete endpoint, item
destroy: ->
dereg?()
rest.dereg obj.refreshFn
throttledSearch = throttle rest.search, 1000
RefreshFn = (endpoint, args) ->
(table, blank, isSocket) ->
if args?.preRefresh
args.preRefresh args
ignoreNextWatch = true
if not obj.locked
if obj.items
rest.destroy obj.items
if endpoint.route
if endpoint.endpoints and table
for ep in endpoint.endpoints
if table is ep
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
break
else
if table is endpoint or not table
throttledSearch endpoint, args, obj, cb, (isSocket or obj.args?.isSocket)
obj.refreshFn = RefreshFn endpoint, args
rest.register obj.refreshFn
if endpoint.route and not endpoint.endpoints
rest.search endpoint, args, obj, cb
dereg = @.$watch ->
JSON.stringify args
, (n, o) ->
if not ignoreNextWatch
if rest.okToLoad()
###
if endpoint.route
if endpoint.endpoints and endpoint.endpoints.length
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = true
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
else
ignoreNextWatch = false
, true
@.$on '$destroy', ->
obj.destroy()
if not args and rest.endpoints.endpoints
obj.refreshFn obj.endpoint
if rest.okToLoad()
rest.callRefreshFns()
obj
root.single = (endpoint, id, cb, saveCb, locked, all) ->
obj =
all: all
item: null
refreshFn: null
endpoint: endpoint
locked: locked
save: (checkFn) ->
if checkFn
checkFn 'save', endpoint, @.item, =>
rest.save endpoint, @.item, saveCb
else
rest.save endpoint, @.item, saveCb
delete: (checkFn) ->
if checkFn
checkFn 'delete', endpoint, @.item, =>
rest.delete endpoint, @.item
else
rest.delete endpoint, @.item
destroy: ->
rest.dereg obj.refreshFn
throttledSingle = throttle rest.single, 1000
RefreshFn = (endpoint, id) ->
(table, ids, isSocket) ->
if ids and obj.item and ids.indexOf(obj.item[rest.autoId]) is -1
return
if not obj.locked
if endpoint.route
if endpoint.endpoints
if endpoint.endpoints.length and table
for ep in endpoint.endpoints
if table is ep
throttledSingle endpoint, id, obj, cb, isSocket
break
else
if table is endpoint or not table
throttledSingle endpoint, id, obj, cb, isSocket
obj.refreshFn = RefreshFn endpoint, id
rest.register obj.refreshFn
if rest.okToLoad() and rest.endpoints.endpoints
###
if endpoint.route
if endpoint.endpoints
for ep in endpoint.endpoints
rest.endpoints[ep].needsRefresh = true
else
rest.endpoints[endpoint].needsRefresh = false
###
obj.refreshFn obj.endpoint
else
rest.needsRefresh true
#if endpoint.route and not endpoint.endpoints
rest.single endpoint, id, obj, cb
@.$on '$destroy', obj.destroy
obj |
[
{
"context": "48e72ecb51'\n record =\n name: 'Forwarder'\n uuid: @forwarderUuid\n ",
"end": 987,
"score": 0.5223410129547119,
"start": 984,
"tag": "NAME",
"value": "For"
},
{
"context": "9c65c98df2'\n record =\n name: 'Forwarder'\n uuid: @forwarderUuid\n mes",
"end": 2031,
"score": 0.9869455099105835,
"start": 2022,
"tag": "NAME",
"value": "Forwarder"
},
{
"context": " devices: ['*']\n forwardedFor: [@forwarderUuid]\n\n expect(@MessageWebhook).to.have.been.",
"end": 2535,
"score": 0.9123618006706238,
"start": 2522,
"tag": "USERNAME",
"value": "forwarderUuid"
},
{
"context": "847d190ff8'\n record =\n name: 'Forwarder'\n uuid: @forwarderUuid\n con",
"end": 2938,
"score": 0.9762811064720154,
"start": 2929,
"tag": "NAME",
"value": "Forwarder"
},
{
"context": " devices: ['*']\n forwardedFor: [@forwarderUuid]\n\n expect(@publisher.publish).to.have.be",
"end": 3618,
"score": 0.8153085708618164,
"start": 3605,
"tag": "USERNAME",
"value": "forwarderUuid"
}
] | test/publish-forwarder-spec.coffee | CESARBR/knot-cloud-source | 4 | PublishForwarder = require '../src/publish-forwarder'
TestDatabase = require './test-database'
describe 'PublishForwarder', ->
beforeEach (done) ->
TestDatabase.open (error, database) =>
{@devices,@subscriptions} = database
@devices.find {}, (error, devices) =>
done error
beforeEach ->
@publisher = publish: sinon.stub().yields null
@messageWebhook = send: sinon.stub().yields null
@MessageWebhook = sinon.spy =>
@messageWebhook
@sut = new PublishForwarder {@publisher}, {@devices, @MessageWebhook, @subscriptions}
describe '-> forward', ->
beforeEach (done) ->
@receiverUuid = 'dc8331b5-33b6-47b0-85db-2106930d0601'
record =
name: 'Receiver'
uuid: @receiverUuid
@devices.insert record, done
context 'sent', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = '9749b660-b6dc-4189-b248-1248e72ecb51'
record =
name: 'Forwarder'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'sent'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'sent', @receiverUuid, newMessage
context 'type: webhook', ->
beforeEach (done) ->
@hookOptions =
type: 'webhook'
url: 'http://example.com'
@forwarderUuid = '27aa53ae-a5c0-4b1b-8051-389c65c98df2'
record =
name: 'Forwarder'
uuid: @forwarderUuid
meshblu:
forwarders:
sent: [ @hookOptions ]
@devices.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should send a webhook', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@MessageWebhook).to.have.been.calledWith uuid: @forwarderUuid, type: 'sent', options: @hookOptions
expect(@messageWebhook.send).to.have.been.calledWith newMessage
context 'received', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = 'eb76dac1-83d6-415b-a4e5-d4847d190ff8'
record =
name: 'Forwarder'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'received'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'received'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'received', @receiverUuid, newMessage
| 163173 | PublishForwarder = require '../src/publish-forwarder'
TestDatabase = require './test-database'
describe 'PublishForwarder', ->
beforeEach (done) ->
TestDatabase.open (error, database) =>
{@devices,@subscriptions} = database
@devices.find {}, (error, devices) =>
done error
beforeEach ->
@publisher = publish: sinon.stub().yields null
@messageWebhook = send: sinon.stub().yields null
@MessageWebhook = sinon.spy =>
@messageWebhook
@sut = new PublishForwarder {@publisher}, {@devices, @MessageWebhook, @subscriptions}
describe '-> forward', ->
beforeEach (done) ->
@receiverUuid = 'dc8331b5-33b6-47b0-85db-2106930d0601'
record =
name: 'Receiver'
uuid: @receiverUuid
@devices.insert record, done
context 'sent', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = '9749b660-b6dc-4189-b248-1248e72ecb51'
record =
name: '<NAME>warder'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'sent'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'sent', @receiverUuid, newMessage
context 'type: webhook', ->
beforeEach (done) ->
@hookOptions =
type: 'webhook'
url: 'http://example.com'
@forwarderUuid = '27aa53ae-a5c0-4b1b-8051-389c65c98df2'
record =
name: '<NAME>'
uuid: @forwarderUuid
meshblu:
forwarders:
sent: [ @hookOptions ]
@devices.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should send a webhook', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@MessageWebhook).to.have.been.calledWith uuid: @forwarderUuid, type: 'sent', options: @hookOptions
expect(@messageWebhook.send).to.have.been.calledWith newMessage
context 'received', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = 'eb76dac1-83d6-415b-a4e5-d4847d190ff8'
record =
name: '<NAME>'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'received'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'received'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'received', @receiverUuid, newMessage
| true | PublishForwarder = require '../src/publish-forwarder'
TestDatabase = require './test-database'
describe 'PublishForwarder', ->
beforeEach (done) ->
TestDatabase.open (error, database) =>
{@devices,@subscriptions} = database
@devices.find {}, (error, devices) =>
done error
beforeEach ->
@publisher = publish: sinon.stub().yields null
@messageWebhook = send: sinon.stub().yields null
@MessageWebhook = sinon.spy =>
@messageWebhook
@sut = new PublishForwarder {@publisher}, {@devices, @MessageWebhook, @subscriptions}
describe '-> forward', ->
beforeEach (done) ->
@receiverUuid = 'dc8331b5-33b6-47b0-85db-2106930d0601'
record =
name: 'Receiver'
uuid: @receiverUuid
@devices.insert record, done
context 'sent', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = '9749b660-b6dc-4189-b248-1248e72ecb51'
record =
name: 'PI:NAME:<NAME>END_PIwarder'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'sent'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'sent', @receiverUuid, newMessage
context 'type: webhook', ->
beforeEach (done) ->
@hookOptions =
type: 'webhook'
url: 'http://example.com'
@forwarderUuid = '27aa53ae-a5c0-4b1b-8051-389c65c98df2'
record =
name: 'PI:NAME:<NAME>END_PI'
uuid: @forwarderUuid
meshblu:
forwarders:
sent: [ @hookOptions ]
@devices.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'sent'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should send a webhook', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@MessageWebhook).to.have.been.calledWith uuid: @forwarderUuid, type: 'sent', options: @hookOptions
expect(@messageWebhook.send).to.have.been.calledWith newMessage
context 'received', ->
context 'with a subscription', ->
beforeEach (done) ->
@forwarderUuid = 'eb76dac1-83d6-415b-a4e5-d4847d190ff8'
record =
name: 'PI:NAME:<NAME>END_PI'
uuid: @forwarderUuid
configureWhitelist: [ @receiverUuid ]
@devices.insert record, done
beforeEach (done) ->
record =
emitterUuid: @forwarderUuid
subscriberUuid: @receiverUuid
type: 'received'
@subscriptions.insert record, done
beforeEach (done) ->
uuid = @forwarderUuid
type = 'received'
message =
devices: ['*']
@sut.forward {uuid, type, message}, (error) =>
done error
it 'should forward a message', ->
newMessage =
devices: ['*']
forwardedFor: [@forwarderUuid]
expect(@publisher.publish).to.have.been.calledWith 'received', @receiverUuid, newMessage
|
[
{
"context": "fail - Display an image of failure\n#\n# Author:\n# Jenn Basalone - jbasalone@gmail.com\n\nfail = [\n \"http://img4.w",
"end": 185,
"score": 0.9998584985733032,
"start": 172,
"tag": "NAME",
"value": "Jenn Basalone"
},
{
"context": "n image of failure\n#\n# Author:\n# Jenn Basalone - jbasalone@gmail.com\n\nfail = [\n \"http://img4.wikia.nocookie.net/__cb",
"end": 207,
"score": 0.9999308586120605,
"start": 188,
"tag": "EMAIL",
"value": "jbasalone@gmail.com"
}
] | scr/fail.coffee | jbasalone/hubot-fail | 0 | # Description:
# Display a fail image
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# robot fail - Display an image of failure
#
# Author:
# Jenn Basalone - jbasalone@gmail.com
fail = [
"http://img4.wikia.nocookie.net/__cb20130914074755/powerlisting/images/1/12/FAIL-Word-art-300x187.png",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2014/03/Funny-Fail-09-024.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2013/07/Funny-Fails-01.jpg",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://fc07.deviantart.net/fs34/f/2008/299/1/a/There__s_no_word_but_FAIL_by_daveshan.jpg",
"http://lh3.ggpht.com/_LEDL5eT3epM/Su8AR_JwDBI/AAAAAAAAAPU/BbLaL5GxiQM/img_3.jpg",
"http://sr.photos2.fotosearch.com/bthumb/CSP/CSP992/k14392274.jpg",
"http://media.giphy.com/media/Pvd8Gq2sFQ4kE/giphy.gif",
"http://www.gifbin.com/bin/052011/1304356562_discus-throwing-fail.gif",
"http://www.gifbin.com/bin/102009/1255084444_ramp-fail.gif",
"http://fumaga.com/i/trampoline-jumping-fail-animated.gif",
"http://www.gifbin.com/bin/062011/1309197288_mortar_fail.gif",
"http://cdn1.smosh.com/sites/default/files/legacy.images/smosh-pit/092010/dancefail-5.gif",
"http://theunshaven.rooms.cwal.net/Animated%20Gifs/Epic%20Fail.gif",
"http://www.colectiva.tv/wordpress/wp-content/uploads/2010/01/Girl_owned_treadmillFAIL.gif",
"http://38.media.tumblr.com/tumblr_lh2hb2oGfM1qe8a0fo1_500.gif",
"http://www.theditherer.com/pictures/13.01.2014/1389624931.jpg",
"http://wackymania.com/image/2010/12/funny-fail-photos/funny-fail-photos-07.jpg",
"http://www.funpedia.net/imgs/aug11/funny-fail-photos-01.jpg",
"http://mburufleitas.files.wordpress.com/2010/09/fail_08.jpg",
"http://cdn2.holytaco.com/wp-content/uploads/images/2009/12/fail-cat.jpg",
"http://www.revenue-engineer.com/wp-content/uploads/2011/08/fail.png",
"http://www.reactiongifs.us/wp-content/uploads/2014/09/differently_in_my_mind_will_smith.gif",
"http://www.reactiongifs.us/wp-content/uploads/2014/04/zoidberg_slinky_fail_futurama.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/09/fail_three_amigos.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/08/i_fucked_up_will_ferrell.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/05/at-at_faceplant.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/06/now_what_finding_nemo.gif",
"http://media.tumblr.com/1029626e6c8f487a0d18521eeb043d2d/tumblr_inline_nj4i6cxH1m1raprkq.gif",
"http://www.readthesmiths.com/articles/Images/Humor/Fail/epic-fail.jpg",
"https://i.imgflip.com/jbjt9.jpg",
"http://media.giphy.com/media/12Pq6yTCPMjajS/giphy.gif",
"http://www.gurl.com/wp-content/uploads/2012/12/ron-burgundy.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/568848/DwXH520ZVxLFizA/11172441_10205873757298302_607477308_n.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/1026538/JZGXeOndZbC8hrt/upload.png",
"http://images.cryhavok.org/d/1291-1/Computer+Rage.gif",
"http://mrwgifs.com/wp-content/uploads/2013/03/Kronk-And-Ymzas-Bad-Luck-In-Emperors-New-Groove.gif",
"http://3.bp.blogspot.com/_Nc998m5Qo6c/SoYi7Nxa3OI/AAAAAAAAEUI/L_psdvrPNf4/s400/Welcome_To_Fail.jpg"
]
module.exports = (robot) ->
robot.hear /\b(fail)\b/i, (msg) ->
msg.send msg.random fail
| 83831 | # Description:
# Display a fail image
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# robot fail - Display an image of failure
#
# Author:
# <NAME> - <EMAIL>
fail = [
"http://img4.wikia.nocookie.net/__cb20130914074755/powerlisting/images/1/12/FAIL-Word-art-300x187.png",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2014/03/Funny-Fail-09-024.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2013/07/Funny-Fails-01.jpg",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://fc07.deviantart.net/fs34/f/2008/299/1/a/There__s_no_word_but_FAIL_by_daveshan.jpg",
"http://lh3.ggpht.com/_LEDL5eT3epM/Su8AR_JwDBI/AAAAAAAAAPU/BbLaL5GxiQM/img_3.jpg",
"http://sr.photos2.fotosearch.com/bthumb/CSP/CSP992/k14392274.jpg",
"http://media.giphy.com/media/Pvd8Gq2sFQ4kE/giphy.gif",
"http://www.gifbin.com/bin/052011/1304356562_discus-throwing-fail.gif",
"http://www.gifbin.com/bin/102009/1255084444_ramp-fail.gif",
"http://fumaga.com/i/trampoline-jumping-fail-animated.gif",
"http://www.gifbin.com/bin/062011/1309197288_mortar_fail.gif",
"http://cdn1.smosh.com/sites/default/files/legacy.images/smosh-pit/092010/dancefail-5.gif",
"http://theunshaven.rooms.cwal.net/Animated%20Gifs/Epic%20Fail.gif",
"http://www.colectiva.tv/wordpress/wp-content/uploads/2010/01/Girl_owned_treadmillFAIL.gif",
"http://38.media.tumblr.com/tumblr_lh2hb2oGfM1qe8a0fo1_500.gif",
"http://www.theditherer.com/pictures/13.01.2014/1389624931.jpg",
"http://wackymania.com/image/2010/12/funny-fail-photos/funny-fail-photos-07.jpg",
"http://www.funpedia.net/imgs/aug11/funny-fail-photos-01.jpg",
"http://mburufleitas.files.wordpress.com/2010/09/fail_08.jpg",
"http://cdn2.holytaco.com/wp-content/uploads/images/2009/12/fail-cat.jpg",
"http://www.revenue-engineer.com/wp-content/uploads/2011/08/fail.png",
"http://www.reactiongifs.us/wp-content/uploads/2014/09/differently_in_my_mind_will_smith.gif",
"http://www.reactiongifs.us/wp-content/uploads/2014/04/zoidberg_slinky_fail_futurama.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/09/fail_three_amigos.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/08/i_fucked_up_will_ferrell.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/05/at-at_faceplant.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/06/now_what_finding_nemo.gif",
"http://media.tumblr.com/1029626e6c8f487a0d18521eeb043d2d/tumblr_inline_nj4i6cxH1m1raprkq.gif",
"http://www.readthesmiths.com/articles/Images/Humor/Fail/epic-fail.jpg",
"https://i.imgflip.com/jbjt9.jpg",
"http://media.giphy.com/media/12Pq6yTCPMjajS/giphy.gif",
"http://www.gurl.com/wp-content/uploads/2012/12/ron-burgundy.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/568848/DwXH520ZVxLFizA/11172441_10205873757298302_607477308_n.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/1026538/JZGXeOndZbC8hrt/upload.png",
"http://images.cryhavok.org/d/1291-1/Computer+Rage.gif",
"http://mrwgifs.com/wp-content/uploads/2013/03/Kronk-And-Ymzas-Bad-Luck-In-Emperors-New-Groove.gif",
"http://3.bp.blogspot.com/_Nc998m5Qo6c/SoYi7Nxa3OI/AAAAAAAAEUI/L_psdvrPNf4/s400/Welcome_To_Fail.jpg"
]
module.exports = (robot) ->
robot.hear /\b(fail)\b/i, (msg) ->
msg.send msg.random fail
| true | # Description:
# Display a fail image
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# robot fail - Display an image of failure
#
# Author:
# PI:NAME:<NAME>END_PI - PI:EMAIL:<EMAIL>END_PI
fail = [
"http://img4.wikia.nocookie.net/__cb20130914074755/powerlisting/images/1/12/FAIL-Word-art-300x187.png",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2014/03/Funny-Fail-09-024.jpg",
"http://www.vitamin-ha.com/wp-content/uploads/2013/07/Funny-Fails-01.jpg",
"http://www.dumpaday.com/wp-content/uploads/2012/11/funny-fails-12.jpg",
"http://fc07.deviantart.net/fs34/f/2008/299/1/a/There__s_no_word_but_FAIL_by_daveshan.jpg",
"http://lh3.ggpht.com/_LEDL5eT3epM/Su8AR_JwDBI/AAAAAAAAAPU/BbLaL5GxiQM/img_3.jpg",
"http://sr.photos2.fotosearch.com/bthumb/CSP/CSP992/k14392274.jpg",
"http://media.giphy.com/media/Pvd8Gq2sFQ4kE/giphy.gif",
"http://www.gifbin.com/bin/052011/1304356562_discus-throwing-fail.gif",
"http://www.gifbin.com/bin/102009/1255084444_ramp-fail.gif",
"http://fumaga.com/i/trampoline-jumping-fail-animated.gif",
"http://www.gifbin.com/bin/062011/1309197288_mortar_fail.gif",
"http://cdn1.smosh.com/sites/default/files/legacy.images/smosh-pit/092010/dancefail-5.gif",
"http://theunshaven.rooms.cwal.net/Animated%20Gifs/Epic%20Fail.gif",
"http://www.colectiva.tv/wordpress/wp-content/uploads/2010/01/Girl_owned_treadmillFAIL.gif",
"http://38.media.tumblr.com/tumblr_lh2hb2oGfM1qe8a0fo1_500.gif",
"http://www.theditherer.com/pictures/13.01.2014/1389624931.jpg",
"http://wackymania.com/image/2010/12/funny-fail-photos/funny-fail-photos-07.jpg",
"http://www.funpedia.net/imgs/aug11/funny-fail-photos-01.jpg",
"http://mburufleitas.files.wordpress.com/2010/09/fail_08.jpg",
"http://cdn2.holytaco.com/wp-content/uploads/images/2009/12/fail-cat.jpg",
"http://www.revenue-engineer.com/wp-content/uploads/2011/08/fail.png",
"http://www.reactiongifs.us/wp-content/uploads/2014/09/differently_in_my_mind_will_smith.gif",
"http://www.reactiongifs.us/wp-content/uploads/2014/04/zoidberg_slinky_fail_futurama.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/09/fail_three_amigos.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/08/i_fucked_up_will_ferrell.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/05/at-at_faceplant.gif",
"http://www.reactiongifs.us/wp-content/uploads/2013/06/now_what_finding_nemo.gif",
"http://media.tumblr.com/1029626e6c8f487a0d18521eeb043d2d/tumblr_inline_nj4i6cxH1m1raprkq.gif",
"http://www.readthesmiths.com/articles/Images/Humor/Fail/epic-fail.jpg",
"https://i.imgflip.com/jbjt9.jpg",
"http://media.giphy.com/media/12Pq6yTCPMjajS/giphy.gif",
"http://www.gurl.com/wp-content/uploads/2012/12/ron-burgundy.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/568848/DwXH520ZVxLFizA/11172441_10205873757298302_607477308_n.gif",
"https://s3.amazonaws.com/uploads.hipchat.com/56752/1026538/JZGXeOndZbC8hrt/upload.png",
"http://images.cryhavok.org/d/1291-1/Computer+Rage.gif",
"http://mrwgifs.com/wp-content/uploads/2013/03/Kronk-And-Ymzas-Bad-Luck-In-Emperors-New-Groove.gif",
"http://3.bp.blogspot.com/_Nc998m5Qo6c/SoYi7Nxa3OI/AAAAAAAAEUI/L_psdvrPNf4/s400/Welcome_To_Fail.jpg"
]
module.exports = (robot) ->
robot.hear /\b(fail)\b/i, (msg) ->
msg.send msg.random fail
|
[
{
"context": "project generator tool\n#\n# Copyright (C) 2011-2012 Nikolay Nemshilov\n#\nfs = require('fs')\nlovelyrc = require('..",
"end": 80,
"score": 0.999897837638855,
"start": 63,
"tag": "NAME",
"value": "Nikolay Nemshilov"
},
{
"context": "getFullYear(),\n username: lovelyrc.name || \"Vasily Pupkin\"\n\n\n print \"Creating directory: #{projectname}\"\n ",
"end": 1180,
"score": 0.9983136057853699,
"start": 1167,
"tag": "NAME",
"value": "Vasily Pupkin"
},
{
"context": "oject's main unit\n #\n # Copyright (C) %{year} %{username}\n #\n \"\"\" else \"\"\"\n /**\n * Project's main uni",
"end": 2239,
"score": 0.8891063332557678,
"start": 2231,
"tag": "USERNAME",
"value": "username"
},
{
"context": "ect's main unit\n *\n * Copyright (C) %{year} %{username}\n */\n \"\"\"\n\n print \" - src/#{filename}\"\n fs.w",
"end": 2333,
"score": 0.6581404209136963,
"start": 2325,
"tag": "USERNAME",
"value": "username"
},
{
"context": "'s main unit test\n #\n # Copyright (C) %{year} %{username}\n #\n {Test, assert} = require('lovely')\n\n desc",
"end": 2720,
"score": 0.9318463802337646,
"start": 2712,
"tag": "USERNAME",
"value": "username"
},
{
"context": " main unit test\n *\n * Copyright (C) %{year} %{username}\n */\n var Lovely = require('lovely');\n var Te",
"end": 3175,
"score": 0.9164706468582153,
"start": 3167,
"tag": "USERNAME",
"value": "username"
}
] | cli/commands/new.coffee | lovely-io/lovely.io-stl | 2 | #
# The new project generator tool
#
# Copyright (C) 2011-2012 Nikolay Nemshilov
#
fs = require('fs')
lovelyrc = require('../lovelyrc')
placeholders = {}
#
# Starts the new project generation
#
# @param {String} projectname
# @param {Array} the rest of the arguments
# @return void
#
generate = (projectname, args) ->
directory = "#{process.cwd()}/#{projectname}"
project_tpl = "#{__dirname}/../project_tpl"
use_coffee = args.indexOf('--js') is -1 && lovelyrc.lang.indexOf('js') is -1
use_sass = args.indexOf('--css') is -1 && lovelyrc.lang.indexOf('css') is -1
use_scss = args.indexOf('--scss') isnt -1 || lovelyrc.lang.indexOf('scss') isnt -1
use_stylus = args.indexOf('--stylus') isnt -1 || lovelyrc.lang.indexOf('stylus') isnt -1
use_sass = !use_scss && !use_stylus && use_sass
use_css = !use_sass && !use_scss && !use_stylus
placeholders =
projectname: projectname,
projectunit: projectname.replace(/(^|-)([a-z])/g, (m,m1,m2)-> m2.toUpperCase())
projectfile: projectname.replace(/\-/g, '_')
year: new Date().getFullYear(),
username: lovelyrc.name || "Vasily Pupkin"
print "Creating directory: #{projectname}"
fs.mkdirSync(directory, 0o0755)
# just checking if the file should be copied over
suitable = (filename) ->
switch filename.split('.').pop()
when 'js' then return !use_coffee
when 'coffee' then return use_coffee
when 'sass' then return use_sass
when 'scss' then return use_scss
when 'styl' then return use_stylus
when 'css' then return use_css
else return true
for filename in fs.readdirSync(project_tpl)
if suitable(filename)
source = fs.readFileSync("#{project_tpl}/#{filename}").toString()
filename = '.gitignore' if filename is 'gitignore'
print " - #{filename}"
fs.writeFileSync("#{directory}/#{filename}", patch_source(source))
print " - src/"
fs.mkdirSync("#{directory}/src", 0o0755)
filename = "#{placeholders.projectfile}.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit
#
# Copyright (C) %{year} %{username}
#
""" else """
/**
* Project's main unit
*
* Copyright (C) %{year} %{username}
*/
"""
print " - src/#{filename}"
fs.writeFileSync("#{directory}/src/#{filename}", patch_source(source))
print " - test/"
fs.mkdirSync("#{directory}/test", 0o0755)
filename = "#{placeholders.projectfile}_test.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit test
#
# Copyright (C) %{year} %{username}
#
{Test, assert} = require('lovely')
describe "%{projectunit}", ->
%{projectunit} = window = document = $ = null
before Test.load (build, win)->
%{projectunit} = build
window = win
document = win.document
$ = win.Lovely.module('dom')
it "should have a version", ->
assert.ok %{projectunit}.version
""" else """
/**
* Project's main unit test
*
* Copyright (C) %{year} %{username}
*/
var Lovely = require('lovely');
var Test = Lovely.Test;
var assert = Lovely.assert;
describe("%{projectunit}", function() {
var %{projectunit}, window, document, $;
before(Test.load(function(build, win) {
%{projectunit} = build;
window = win;
document = win.document;
$ = win.Lovely.module('dom');
}));
it("should have a version number", function() {
assert.ok(%{projectunit}.version);
});
});
"""
print " - test/#{filename}"
fs.writeFileSync("#{directory}/test/#{filename}", patch_source(source))
print " - build/"
fs.mkdirSync("#{directory}/build", 0o0755)
# fills in all the placeholders
patch_source = (source)->
for key of placeholders
source = source.replace(
new RegExp('%\\{'+ key + '\\}', 'g'), placeholders[key])
source
exports.init = (args) ->
name_re = ///
^[a-z0-9] # it should start with a letter or a number
[a-z0-9\-]+ # should hase only alpha-numberic symbols
[a-z0-9]$ # end with a letter or a number
///
project_name = args.shift()
if !project_name
print_error "You have to specify the project name"
if !name_re.test(project_name)
print_error "Project name should match: " + name_re.toString().yellow
if fs.existsSync("#{process.cwd()}/#{project_name}")
print_error "Directory already exists"
generate(project_name, args)
exports.help = (args) ->
"""
Generates a standard LovelyIO module project
Usage:
lovely new <project-name>
Options:
--js use JavaScript for scripting
--css use CSS for styles
--scss use SCSS for styles
--stylus use Stylus for styles
"""
| 82301 | #
# The new project generator tool
#
# Copyright (C) 2011-2012 <NAME>
#
fs = require('fs')
lovelyrc = require('../lovelyrc')
placeholders = {}
#
# Starts the new project generation
#
# @param {String} projectname
# @param {Array} the rest of the arguments
# @return void
#
generate = (projectname, args) ->
directory = "#{process.cwd()}/#{projectname}"
project_tpl = "#{__dirname}/../project_tpl"
use_coffee = args.indexOf('--js') is -1 && lovelyrc.lang.indexOf('js') is -1
use_sass = args.indexOf('--css') is -1 && lovelyrc.lang.indexOf('css') is -1
use_scss = args.indexOf('--scss') isnt -1 || lovelyrc.lang.indexOf('scss') isnt -1
use_stylus = args.indexOf('--stylus') isnt -1 || lovelyrc.lang.indexOf('stylus') isnt -1
use_sass = !use_scss && !use_stylus && use_sass
use_css = !use_sass && !use_scss && !use_stylus
placeholders =
projectname: projectname,
projectunit: projectname.replace(/(^|-)([a-z])/g, (m,m1,m2)-> m2.toUpperCase())
projectfile: projectname.replace(/\-/g, '_')
year: new Date().getFullYear(),
username: lovelyrc.name || "<NAME>"
print "Creating directory: #{projectname}"
fs.mkdirSync(directory, 0o0755)
# just checking if the file should be copied over
suitable = (filename) ->
switch filename.split('.').pop()
when 'js' then return !use_coffee
when 'coffee' then return use_coffee
when 'sass' then return use_sass
when 'scss' then return use_scss
when 'styl' then return use_stylus
when 'css' then return use_css
else return true
for filename in fs.readdirSync(project_tpl)
if suitable(filename)
source = fs.readFileSync("#{project_tpl}/#{filename}").toString()
filename = '.gitignore' if filename is 'gitignore'
print " - #{filename}"
fs.writeFileSync("#{directory}/#{filename}", patch_source(source))
print " - src/"
fs.mkdirSync("#{directory}/src", 0o0755)
filename = "#{placeholders.projectfile}.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit
#
# Copyright (C) %{year} %{username}
#
""" else """
/**
* Project's main unit
*
* Copyright (C) %{year} %{username}
*/
"""
print " - src/#{filename}"
fs.writeFileSync("#{directory}/src/#{filename}", patch_source(source))
print " - test/"
fs.mkdirSync("#{directory}/test", 0o0755)
filename = "#{placeholders.projectfile}_test.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit test
#
# Copyright (C) %{year} %{username}
#
{Test, assert} = require('lovely')
describe "%{projectunit}", ->
%{projectunit} = window = document = $ = null
before Test.load (build, win)->
%{projectunit} = build
window = win
document = win.document
$ = win.Lovely.module('dom')
it "should have a version", ->
assert.ok %{projectunit}.version
""" else """
/**
* Project's main unit test
*
* Copyright (C) %{year} %{username}
*/
var Lovely = require('lovely');
var Test = Lovely.Test;
var assert = Lovely.assert;
describe("%{projectunit}", function() {
var %{projectunit}, window, document, $;
before(Test.load(function(build, win) {
%{projectunit} = build;
window = win;
document = win.document;
$ = win.Lovely.module('dom');
}));
it("should have a version number", function() {
assert.ok(%{projectunit}.version);
});
});
"""
print " - test/#{filename}"
fs.writeFileSync("#{directory}/test/#{filename}", patch_source(source))
print " - build/"
fs.mkdirSync("#{directory}/build", 0o0755)
# fills in all the placeholders
patch_source = (source)->
for key of placeholders
source = source.replace(
new RegExp('%\\{'+ key + '\\}', 'g'), placeholders[key])
source
exports.init = (args) ->
name_re = ///
^[a-z0-9] # it should start with a letter or a number
[a-z0-9\-]+ # should hase only alpha-numberic symbols
[a-z0-9]$ # end with a letter or a number
///
project_name = args.shift()
if !project_name
print_error "You have to specify the project name"
if !name_re.test(project_name)
print_error "Project name should match: " + name_re.toString().yellow
if fs.existsSync("#{process.cwd()}/#{project_name}")
print_error "Directory already exists"
generate(project_name, args)
exports.help = (args) ->
"""
Generates a standard LovelyIO module project
Usage:
lovely new <project-name>
Options:
--js use JavaScript for scripting
--css use CSS for styles
--scss use SCSS for styles
--stylus use Stylus for styles
"""
| true | #
# The new project generator tool
#
# Copyright (C) 2011-2012 PI:NAME:<NAME>END_PI
#
fs = require('fs')
lovelyrc = require('../lovelyrc')
placeholders = {}
#
# Starts the new project generation
#
# @param {String} projectname
# @param {Array} the rest of the arguments
# @return void
#
generate = (projectname, args) ->
directory = "#{process.cwd()}/#{projectname}"
project_tpl = "#{__dirname}/../project_tpl"
use_coffee = args.indexOf('--js') is -1 && lovelyrc.lang.indexOf('js') is -1
use_sass = args.indexOf('--css') is -1 && lovelyrc.lang.indexOf('css') is -1
use_scss = args.indexOf('--scss') isnt -1 || lovelyrc.lang.indexOf('scss') isnt -1
use_stylus = args.indexOf('--stylus') isnt -1 || lovelyrc.lang.indexOf('stylus') isnt -1
use_sass = !use_scss && !use_stylus && use_sass
use_css = !use_sass && !use_scss && !use_stylus
placeholders =
projectname: projectname,
projectunit: projectname.replace(/(^|-)([a-z])/g, (m,m1,m2)-> m2.toUpperCase())
projectfile: projectname.replace(/\-/g, '_')
year: new Date().getFullYear(),
username: lovelyrc.name || "PI:NAME:<NAME>END_PI"
print "Creating directory: #{projectname}"
fs.mkdirSync(directory, 0o0755)
# just checking if the file should be copied over
suitable = (filename) ->
switch filename.split('.').pop()
when 'js' then return !use_coffee
when 'coffee' then return use_coffee
when 'sass' then return use_sass
when 'scss' then return use_scss
when 'styl' then return use_stylus
when 'css' then return use_css
else return true
for filename in fs.readdirSync(project_tpl)
if suitable(filename)
source = fs.readFileSync("#{project_tpl}/#{filename}").toString()
filename = '.gitignore' if filename is 'gitignore'
print " - #{filename}"
fs.writeFileSync("#{directory}/#{filename}", patch_source(source))
print " - src/"
fs.mkdirSync("#{directory}/src", 0o0755)
filename = "#{placeholders.projectfile}.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit
#
# Copyright (C) %{year} %{username}
#
""" else """
/**
* Project's main unit
*
* Copyright (C) %{year} %{username}
*/
"""
print " - src/#{filename}"
fs.writeFileSync("#{directory}/src/#{filename}", patch_source(source))
print " - test/"
fs.mkdirSync("#{directory}/test", 0o0755)
filename = "#{placeholders.projectfile}_test.#{
if use_coffee then 'coffee' else 'js'
}"
source = if use_coffee then """
#
# Project's main unit test
#
# Copyright (C) %{year} %{username}
#
{Test, assert} = require('lovely')
describe "%{projectunit}", ->
%{projectunit} = window = document = $ = null
before Test.load (build, win)->
%{projectunit} = build
window = win
document = win.document
$ = win.Lovely.module('dom')
it "should have a version", ->
assert.ok %{projectunit}.version
""" else """
/**
* Project's main unit test
*
* Copyright (C) %{year} %{username}
*/
var Lovely = require('lovely');
var Test = Lovely.Test;
var assert = Lovely.assert;
describe("%{projectunit}", function() {
var %{projectunit}, window, document, $;
before(Test.load(function(build, win) {
%{projectunit} = build;
window = win;
document = win.document;
$ = win.Lovely.module('dom');
}));
it("should have a version number", function() {
assert.ok(%{projectunit}.version);
});
});
"""
print " - test/#{filename}"
fs.writeFileSync("#{directory}/test/#{filename}", patch_source(source))
print " - build/"
fs.mkdirSync("#{directory}/build", 0o0755)
# fills in all the placeholders
patch_source = (source)->
for key of placeholders
source = source.replace(
new RegExp('%\\{'+ key + '\\}', 'g'), placeholders[key])
source
exports.init = (args) ->
name_re = ///
^[a-z0-9] # it should start with a letter or a number
[a-z0-9\-]+ # should hase only alpha-numberic symbols
[a-z0-9]$ # end with a letter or a number
///
project_name = args.shift()
if !project_name
print_error "You have to specify the project name"
if !name_re.test(project_name)
print_error "Project name should match: " + name_re.toString().yellow
if fs.existsSync("#{process.cwd()}/#{project_name}")
print_error "Directory already exists"
generate(project_name, args)
exports.help = (args) ->
"""
Generates a standard LovelyIO module project
Usage:
lovely new <project-name>
Options:
--js use JavaScript for scripting
--css use CSS for styles
--scss use SCSS for styles
--stylus use Stylus for styles
"""
|
[
{
"context": "ing fields\n sendLogin username: $scope.username, password: $scope.password\n .success (",
"end": 526,
"score": 0.8789559006690979,
"start": 518,
"tag": "USERNAME",
"value": "username"
},
{
"context": " sendLogin username: $scope.username, password: $scope.password\n .success (data) ->\n $s",
"end": 553,
"score": 0.9181007742881775,
"start": 539,
"tag": "PASSWORD",
"value": "scope.password"
}
] | public/coffee/controllers/login.coffee | maxaille/PartyFinance | 1 | App.controller 'loginCtrl', [
'$rootScope'
'$scope'
'$http'
'$state'
'$stateParams'
'$timeout'
'API'
($rootScope, $scope, $http, $state, $stateParams, $timeout, API) ->
sendLogin = (user) ->
$http.post API + '/login', user
.success (data) ->
$rootScope.$broadcast 'user:loggedin', user: data.user, exp: data.exp*1000
$scope.validate = (form) ->
# Use 'form' for checking fields
sendLogin username: $scope.username, password: $scope.password
.success (data) ->
$state.go if $stateParams.oldState then $stateParams.oldState.name else 'start'
.error (data) ->
console.log data
if $stateParams.user
sendLogin $stateParams.user
.success ->
$state.go 'start'
.error ->
console.log 'nok'
] | 50813 | App.controller 'loginCtrl', [
'$rootScope'
'$scope'
'$http'
'$state'
'$stateParams'
'$timeout'
'API'
($rootScope, $scope, $http, $state, $stateParams, $timeout, API) ->
sendLogin = (user) ->
$http.post API + '/login', user
.success (data) ->
$rootScope.$broadcast 'user:loggedin', user: data.user, exp: data.exp*1000
$scope.validate = (form) ->
# Use 'form' for checking fields
sendLogin username: $scope.username, password: $<PASSWORD>
.success (data) ->
$state.go if $stateParams.oldState then $stateParams.oldState.name else 'start'
.error (data) ->
console.log data
if $stateParams.user
sendLogin $stateParams.user
.success ->
$state.go 'start'
.error ->
console.log 'nok'
] | true | App.controller 'loginCtrl', [
'$rootScope'
'$scope'
'$http'
'$state'
'$stateParams'
'$timeout'
'API'
($rootScope, $scope, $http, $state, $stateParams, $timeout, API) ->
sendLogin = (user) ->
$http.post API + '/login', user
.success (data) ->
$rootScope.$broadcast 'user:loggedin', user: data.user, exp: data.exp*1000
$scope.validate = (form) ->
# Use 'form' for checking fields
sendLogin username: $scope.username, password: $PI:PASSWORD:<PASSWORD>END_PI
.success (data) ->
$state.go if $stateParams.oldState then $stateParams.oldState.name else 'start'
.error (data) ->
console.log data
if $stateParams.user
sendLogin $stateParams.user
.success ->
$state.go 'start'
.error ->
console.log 'nok'
] |
[
{
"context": "}))\n\n$ ->\n\titems = new itemCollection([\n\t\t{name: 'Wordsworth', id: _.uniqueId() },\n\t\t{name: 'Shelley', id: _.u",
"end": 1252,
"score": 0.9996829032897949,
"start": 1242,
"tag": "NAME",
"value": "Wordsworth"
},
{
"context": "name: 'Wordsworth', id: _.uniqueId() },\n\t\t{name: 'Shelley', id: _.uniqueId()},\n\t])\n\tlistView = new listView",
"end": 1292,
"score": 0.9995687007904053,
"start": 1285,
"tag": "NAME",
"value": "Shelley"
}
] | js/site.coffee | zdavis/t3con-na-13 | 1 | class itemModel extends Backbone.Model
class itemCollection extends Backbone.Collection
model: itemModel
class debugView extends Backbone.View
initialize: ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
@render()
render: ->
json = @collection.toJSON()
@$el.html(JSON.stringify(json))
class listView extends Backbone.View
events:
'click li': 'removeItem'
template: $('#listViewTemplate').html()
removeItem: (e) ->
id = $(e.currentTarget).data().item
@collection.remove(@collection.get(id))
console.log @collection.length
initialize: (options) ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
class addView extends Backbone.View
events:
'submit #new-model-form': 'addItem'
template: $('#addViewTemplate').html()
addItem: (e) ->
e.preventDefault()
input = @$el.find('#new-model')
name = input.val()
if name?
input.val('')
item = new itemModel({name: name, id: _.uniqueId()})
@collection.add(item)
initialize: (options) ->
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
$ ->
items = new itemCollection([
{name: 'Wordsworth', id: _.uniqueId() },
{name: 'Shelley', id: _.uniqueId()},
])
listView = new listView({collection: items, el: $('[data-view="list"]')}).render()
addView = new addView({collection: items, el: $('[data-view="add"]')}).render()
debugView = new debugView({collection: items, el: $('[data-view="debug"]')}).render()
| 109314 | class itemModel extends Backbone.Model
class itemCollection extends Backbone.Collection
model: itemModel
class debugView extends Backbone.View
initialize: ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
@render()
render: ->
json = @collection.toJSON()
@$el.html(JSON.stringify(json))
class listView extends Backbone.View
events:
'click li': 'removeItem'
template: $('#listViewTemplate').html()
removeItem: (e) ->
id = $(e.currentTarget).data().item
@collection.remove(@collection.get(id))
console.log @collection.length
initialize: (options) ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
class addView extends Backbone.View
events:
'submit #new-model-form': 'addItem'
template: $('#addViewTemplate').html()
addItem: (e) ->
e.preventDefault()
input = @$el.find('#new-model')
name = input.val()
if name?
input.val('')
item = new itemModel({name: name, id: _.uniqueId()})
@collection.add(item)
initialize: (options) ->
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
$ ->
items = new itemCollection([
{name: '<NAME>', id: _.uniqueId() },
{name: '<NAME>', id: _.uniqueId()},
])
listView = new listView({collection: items, el: $('[data-view="list"]')}).render()
addView = new addView({collection: items, el: $('[data-view="add"]')}).render()
debugView = new debugView({collection: items, el: $('[data-view="debug"]')}).render()
| true | class itemModel extends Backbone.Model
class itemCollection extends Backbone.Collection
model: itemModel
class debugView extends Backbone.View
initialize: ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
@render()
render: ->
json = @collection.toJSON()
@$el.html(JSON.stringify(json))
class listView extends Backbone.View
events:
'click li': 'removeItem'
template: $('#listViewTemplate').html()
removeItem: (e) ->
id = $(e.currentTarget).data().item
@collection.remove(@collection.get(id))
console.log @collection.length
initialize: (options) ->
@collection.bind('add', @render, @)
@collection.bind('remove', @render, @)
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
class addView extends Backbone.View
events:
'submit #new-model-form': 'addItem'
template: $('#addViewTemplate').html()
addItem: (e) ->
e.preventDefault()
input = @$el.find('#new-model')
name = input.val()
if name?
input.val('')
item = new itemModel({name: name, id: _.uniqueId()})
@collection.add(item)
initialize: (options) ->
render: () ->
@.$el.html(_.template(@template, {items: @collection}))
$ ->
items = new itemCollection([
{name: 'PI:NAME:<NAME>END_PI', id: _.uniqueId() },
{name: 'PI:NAME:<NAME>END_PI', id: _.uniqueId()},
])
listView = new listView({collection: items, el: $('[data-view="list"]')}).render()
addView = new addView({collection: items, el: $('[data-view="add"]')}).render()
debugView = new debugView({collection: items, el: $('[data-view="debug"]')}).render()
|
[
{
"context": "@user =\n\t\t\t\t\t_id: \"user-id\"\n\t\t\t\t\temail: @email = \"USER@sharelatex.com\"\n\t\t\t\t@unencryptedPassword = \"banana\"\n\t\t\t\t@User.fi",
"end": 828,
"score": 0.9999144077301025,
"start": 809,
"tag": "EMAIL",
"value": "USER@sharelatex.com"
},
{
"context": "\"USER@sharelatex.com\"\n\t\t\t\t@unencryptedPassword = \"banana\"\n\t\t\t\t@User.findOne = sinon.stub().callsArgWith(1,",
"end": 864,
"score": 0.9994673728942871,
"start": 858,
"tag": "PASSWORD",
"value": "banana"
},
{
"context": "->\n\t\t\t\t\t@user.hashedPassword = @hashedPassword = \"asdfjadflasdf\"\n\t\t\t\t\t@bcrypt.compare = sinon.stub().callsArgWith",
"end": 1067,
"score": 0.999491274356842,
"start": 1054,
"tag": "PASSWORD",
"value": "asdfjadflasdf"
},
{
"context": "->\n\t\t\t\t\t@user.hashedPassword = @hashedPassword = \"asdfjadflasdf\"\n\t\t\t\t\t@bcrypt.compare = sinon.stub().callsArgWith",
"end": 2229,
"score": 0.9994721412658691,
"start": 2216,
"tag": "PASSWORD",
"value": "asdfjadflasdf"
},
{
"context": "eEach ->\n\t\t\t@user_id = ObjectId()\n\t\t\t@password = \"banana\"\n\t\t\t@hashedPassword = \"asdkjfa;osiuvandf\"\n\t\t\t@sal",
"end": 3646,
"score": 0.9994675517082214,
"start": 3640,
"tag": "PASSWORD",
"value": "banana"
},
{
"context": "d()\n\t\t\t@password = \"banana\"\n\t\t\t@hashedPassword = \"asdkjfa;osiuvandf\"\n\t\t\t@salt = \"saltaasdfasdfasdf\"\n\t\t\t@bcrypt.genSal",
"end": 3687,
"score": 0.9975631237030029,
"start": 3670,
"tag": "PASSWORD",
"value": "asdkjfa;osiuvandf"
},
{
"context": "@hashedPassword = \"asdkjfa;osiuvandf\"\n\t\t\t@salt = \"saltaasdfasdfasdf\"\n\t\t\t@bcrypt.genSalt = sinon.stub().callsArgWith(1",
"end": 3718,
"score": 0.9988123178482056,
"start": 3701,
"tag": "PASSWORD",
"value": "saltaasdfasdfasdf"
},
{
"context": "lsArg(2)\n\t\t\t@AuthenticationManager.setUserPassword(@user_id, @password, @callback)\n\n\t\tit \"should update the u",
"end": 3950,
"score": 0.9977010488510132,
"start": 3942,
"tag": "USERNAME",
"value": "@user_id"
},
{
"context": "\t}, {\n\t\t\t\t\t$set: {\n\t\t\t\t\t\t\"hashedPassword\": @hashedPassword\n\t\t\t\t\t}\n\t\t\t\t\t$unset: password: true\n\t\t\t\t})\n\t\t\t\t.sh",
"end": 4175,
"score": 0.7275636196136475,
"start": 4167,
"tag": "PASSWORD",
"value": "Password"
}
] | test/UnitTests/coffee/Authentication/AuthenticationManagerTests.coffee | bowlofstew/web-sharelatex | 0 | sinon = require('sinon')
chai = require('chai')
should = chai.should()
expect = chai.expect
modulePath = "../../../../app/js/Features/Authentication/AuthenticationManager.js"
SandboxedModule = require('sandboxed-module')
events = require "events"
ObjectId = require("mongojs").ObjectId
describe "AuthenticationManager", ->
beforeEach ->
@AuthenticationManager = SandboxedModule.require modulePath, requires:
"../../models/User": User: @User = {}
"../../infrastructure/mongojs":
db: @db =
users: {}
ObjectId: ObjectId
"bcrypt": @bcrypt = {}
"settings-sharelatex": { security: { bcryptRounds: 12 } }
@callback = sinon.stub()
describe "authenticate", ->
describe "when the user exists in the database", ->
beforeEach ->
@user =
_id: "user-id"
email: @email = "USER@sharelatex.com"
@unencryptedPassword = "banana"
@User.findOne = sinon.stub().callsArgWith(1, null, @user)
describe "when the hashed password matches", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "asdfjadflasdf"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 12
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the encrypted passwords do not match", ->
beforeEach ->
@AuthenticationManager._encryptPassword = sinon.stub().returns("Not the encrypted password")
@AuthenticationManager.authenticate(email: @email, @unencryptedPassword, @callback)
it "should not return the user", ->
@callback.calledWith(null, null).should.equal true
describe "when the hashed password matches but the number of rounds is too low", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "asdfjadflasdf"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 7
@AuthenticationManager.setUserPassword = sinon.stub().callsArgWith(2, null)
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should check the number of rounds", ->
@bcrypt.getRounds.called.should.equal true
it "should set the users password (with a higher number of rounds)", ->
@AuthenticationManager.setUserPassword
.calledWith("user-id", @unencryptedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the user does not exist in the database", ->
beforeEach ->
@User.findOne = sinon.stub().callsArgWith(1, null, null)
@AuthenticationManager.authenticate(email: @email, @unencrpytedPassword, @callback)
it "should not return a user", ->
@callback.calledWith(null, null).should.equal true
describe "setUserPassword", ->
beforeEach ->
@user_id = ObjectId()
@password = "banana"
@hashedPassword = "asdkjfa;osiuvandf"
@salt = "saltaasdfasdfasdf"
@bcrypt.genSalt = sinon.stub().callsArgWith(1, null, @salt)
@bcrypt.hash = sinon.stub().callsArgWith(2, null, @hashedPassword)
@db.users.update = sinon.stub().callsArg(2)
@AuthenticationManager.setUserPassword(@user_id, @password, @callback)
it "should update the user's password in the database", ->
@db.users.update
.calledWith({
_id: ObjectId(@user_id.toString())
}, {
$set: {
"hashedPassword": @hashedPassword
}
$unset: password: true
})
.should.equal true
it "should hash the password", ->
@bcrypt.genSalt
.calledWith(12)
.should.equal true
@bcrypt.hash
.calledWith(@password, @salt)
.should.equal true
it "should call the callback", ->
@callback.called.should.equal true
| 8233 | sinon = require('sinon')
chai = require('chai')
should = chai.should()
expect = chai.expect
modulePath = "../../../../app/js/Features/Authentication/AuthenticationManager.js"
SandboxedModule = require('sandboxed-module')
events = require "events"
ObjectId = require("mongojs").ObjectId
describe "AuthenticationManager", ->
beforeEach ->
@AuthenticationManager = SandboxedModule.require modulePath, requires:
"../../models/User": User: @User = {}
"../../infrastructure/mongojs":
db: @db =
users: {}
ObjectId: ObjectId
"bcrypt": @bcrypt = {}
"settings-sharelatex": { security: { bcryptRounds: 12 } }
@callback = sinon.stub()
describe "authenticate", ->
describe "when the user exists in the database", ->
beforeEach ->
@user =
_id: "user-id"
email: @email = "<EMAIL>"
@unencryptedPassword = "<PASSWORD>"
@User.findOne = sinon.stub().callsArgWith(1, null, @user)
describe "when the hashed password matches", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "<PASSWORD>"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 12
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the encrypted passwords do not match", ->
beforeEach ->
@AuthenticationManager._encryptPassword = sinon.stub().returns("Not the encrypted password")
@AuthenticationManager.authenticate(email: @email, @unencryptedPassword, @callback)
it "should not return the user", ->
@callback.calledWith(null, null).should.equal true
describe "when the hashed password matches but the number of rounds is too low", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "<PASSWORD>"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 7
@AuthenticationManager.setUserPassword = sinon.stub().callsArgWith(2, null)
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should check the number of rounds", ->
@bcrypt.getRounds.called.should.equal true
it "should set the users password (with a higher number of rounds)", ->
@AuthenticationManager.setUserPassword
.calledWith("user-id", @unencryptedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the user does not exist in the database", ->
beforeEach ->
@User.findOne = sinon.stub().callsArgWith(1, null, null)
@AuthenticationManager.authenticate(email: @email, @unencrpytedPassword, @callback)
it "should not return a user", ->
@callback.calledWith(null, null).should.equal true
describe "setUserPassword", ->
beforeEach ->
@user_id = ObjectId()
@password = "<PASSWORD>"
@hashedPassword = "<PASSWORD>"
@salt = "<PASSWORD>"
@bcrypt.genSalt = sinon.stub().callsArgWith(1, null, @salt)
@bcrypt.hash = sinon.stub().callsArgWith(2, null, @hashedPassword)
@db.users.update = sinon.stub().callsArg(2)
@AuthenticationManager.setUserPassword(@user_id, @password, @callback)
it "should update the user's password in the database", ->
@db.users.update
.calledWith({
_id: ObjectId(@user_id.toString())
}, {
$set: {
"hashedPassword": @hashed<PASSWORD>
}
$unset: password: true
})
.should.equal true
it "should hash the password", ->
@bcrypt.genSalt
.calledWith(12)
.should.equal true
@bcrypt.hash
.calledWith(@password, @salt)
.should.equal true
it "should call the callback", ->
@callback.called.should.equal true
| true | sinon = require('sinon')
chai = require('chai')
should = chai.should()
expect = chai.expect
modulePath = "../../../../app/js/Features/Authentication/AuthenticationManager.js"
SandboxedModule = require('sandboxed-module')
events = require "events"
ObjectId = require("mongojs").ObjectId
describe "AuthenticationManager", ->
beforeEach ->
@AuthenticationManager = SandboxedModule.require modulePath, requires:
"../../models/User": User: @User = {}
"../../infrastructure/mongojs":
db: @db =
users: {}
ObjectId: ObjectId
"bcrypt": @bcrypt = {}
"settings-sharelatex": { security: { bcryptRounds: 12 } }
@callback = sinon.stub()
describe "authenticate", ->
describe "when the user exists in the database", ->
beforeEach ->
@user =
_id: "user-id"
email: @email = "PI:EMAIL:<EMAIL>END_PI"
@unencryptedPassword = "PI:PASSWORD:<PASSWORD>END_PI"
@User.findOne = sinon.stub().callsArgWith(1, null, @user)
describe "when the hashed password matches", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "PI:PASSWORD:<PASSWORD>END_PI"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 12
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the encrypted passwords do not match", ->
beforeEach ->
@AuthenticationManager._encryptPassword = sinon.stub().returns("Not the encrypted password")
@AuthenticationManager.authenticate(email: @email, @unencryptedPassword, @callback)
it "should not return the user", ->
@callback.calledWith(null, null).should.equal true
describe "when the hashed password matches but the number of rounds is too low", ->
beforeEach (done) ->
@user.hashedPassword = @hashedPassword = "PI:PASSWORD:<PASSWORD>END_PI"
@bcrypt.compare = sinon.stub().callsArgWith(2, null, true)
@bcrypt.getRounds = sinon.stub().returns 7
@AuthenticationManager.setUserPassword = sinon.stub().callsArgWith(2, null)
@AuthenticationManager.authenticate email: @email, @unencryptedPassword, (error, user) =>
@callback(error, user)
done()
it "should look up the correct user in the database", ->
@User.findOne.calledWith(email: @email).should.equal true
it "should check that the passwords match", ->
@bcrypt.compare
.calledWith(@unencryptedPassword, @hashedPassword)
.should.equal true
it "should check the number of rounds", ->
@bcrypt.getRounds.called.should.equal true
it "should set the users password (with a higher number of rounds)", ->
@AuthenticationManager.setUserPassword
.calledWith("user-id", @unencryptedPassword)
.should.equal true
it "should return the user", ->
@callback.calledWith(null, @user).should.equal true
describe "when the user does not exist in the database", ->
beforeEach ->
@User.findOne = sinon.stub().callsArgWith(1, null, null)
@AuthenticationManager.authenticate(email: @email, @unencrpytedPassword, @callback)
it "should not return a user", ->
@callback.calledWith(null, null).should.equal true
describe "setUserPassword", ->
beforeEach ->
@user_id = ObjectId()
@password = "PI:PASSWORD:<PASSWORD>END_PI"
@hashedPassword = "PI:PASSWORD:<PASSWORD>END_PI"
@salt = "PI:PASSWORD:<PASSWORD>END_PI"
@bcrypt.genSalt = sinon.stub().callsArgWith(1, null, @salt)
@bcrypt.hash = sinon.stub().callsArgWith(2, null, @hashedPassword)
@db.users.update = sinon.stub().callsArg(2)
@AuthenticationManager.setUserPassword(@user_id, @password, @callback)
it "should update the user's password in the database", ->
@db.users.update
.calledWith({
_id: ObjectId(@user_id.toString())
}, {
$set: {
"hashedPassword": @hashedPI:PASSWORD:<PASSWORD>END_PI
}
$unset: password: true
})
.should.equal true
it "should hash the password", ->
@bcrypt.genSalt
.calledWith(12)
.should.equal true
@bcrypt.hash
.calledWith(@password, @salt)
.should.equal true
it "should call the callback", ->
@callback.called.should.equal true
|
[
{
"context": "export default\n name: 'Eris'\n type: 'dwarfPlanet'\n radius: 1163\n elements:",
"end": 28,
"score": 0.9997266530990601,
"start": 24,
"tag": "NAME",
"value": "Eris"
}
] | src/data/bodies/eris.coffee | skepticalimagination/solaris-model | 5 | export default
name: 'Eris'
type: 'dwarfPlanet'
radius: 1163
elements:
format: 'jpl-sbdb'
base: {a: 67.64830340711272, e: 0.442178729942388, i: 44.19798212835923, L: 392.0654311366, lp: 187.3023562449, node: 35.88062556130805}
day: {M: 0.001771408442534513}
| 131304 | export default
name: '<NAME>'
type: 'dwarfPlanet'
radius: 1163
elements:
format: 'jpl-sbdb'
base: {a: 67.64830340711272, e: 0.442178729942388, i: 44.19798212835923, L: 392.0654311366, lp: 187.3023562449, node: 35.88062556130805}
day: {M: 0.001771408442534513}
| true | export default
name: 'PI:NAME:<NAME>END_PI'
type: 'dwarfPlanet'
radius: 1163
elements:
format: 'jpl-sbdb'
base: {a: 67.64830340711272, e: 0.442178729942388, i: 44.19798212835923, L: 392.0654311366, lp: 187.3023562449, node: 35.88062556130805}
day: {M: 0.001771408442534513}
|
[
{
"context": "ptional) Defaults to 'us-east-1'\n#\n#\n# Author:\n# Tatsuhiko Miyagawa\n# @chosak\n# @contolini\n\nAWS = require 'aws-sd",
"end": 428,
"score": 0.9998760223388672,
"start": 410,
"tag": "NAME",
"value": "Tatsuhiko Miyagawa"
},
{
"context": "s-east-1'\n#\n#\n# Author:\n# Tatsuhiko Miyagawa\n# @chosak\n# @contolini\n\nAWS = require 'aws-sdk'\n\nmodule.e",
"end": 440,
"score": 0.9983777403831482,
"start": 433,
"tag": "USERNAME",
"value": "@chosak"
},
{
"context": "#\n# Author:\n# Tatsuhiko Miyagawa\n# @chosak\n# @contolini\n\nAWS = require 'aws-sdk'\n\nmodule.exports = (robot",
"end": 455,
"score": 0.9982725381851196,
"start": 445,
"tag": "USERNAME",
"value": "@contolini"
}
] | src/sqs.coffee | catops/hubot-sqs | 0 | # Description
# Send AWS SQS messages to Hubot
#
# Configuration:
# HUBOT_AWS_SQS_QUEUE_URL - SQS queue to listen to, e.g. https://sqs.us-east-1.amazonaws.com/XXXXXXXXXXXXX/hubot
# HUBOT_AWS_SQS_ACCESS_KEY_ID - AWS access key id with SQS permissions
# HUBOT_AWS_SQS_SECRET_ACCESS_KEY - AWS secret key with SQS permissions
# HUBOT_AWS_SQS_REGION - (optional) Defaults to 'us-east-1'
#
#
# Author:
# Tatsuhiko Miyagawa
# @chosak
# @contolini
AWS = require 'aws-sdk'
module.exports = (robot) ->
unless process.env.HUBOT_AWS_SQS_QUEUE_URL
robot.logger.error "Disabling incoming-sqs plugin because HUBOT_AWS_SQS_QUEUE_URL is not set."
return
sqs = new AWS.SQS {
region: process.env.HUBOT_AWS_SQS_REGION or process.env.AWS_REGION or "us-east-1"
accessKeyId: process.env.HUBOT_AWS_SQS_ACCESS_KEY_ID
secretAccessKey: process.env.HUBOT_AWS_SQS_SECRET_ACCESS_KEY
}
receiver = (sqs, queue) ->
robot.logger.debug "Fetching from #{queue}"
sqs.receiveMessage {
QueueUrl: queue
MaxNumberOfMessages: 10
VisibilityTimeout: 30
WaitTimeSeconds: 20
MessageAttributeNames: [
"room"
"user"
]
}, (err, data) ->
if err?
robot.logger.error "Unable to connect to AWS SQS!"
return robot.logger.error err
else if data.Messages
data.Messages.forEach (message) ->
if not message.MessageAttributes
return robot.logger.error "SQS message is missing user and room attributes."
if not message.MessageAttributes.user
return robot.logger.error "Username is missing from SQS message."
if not message.MessageAttributes.room
return robot.logger.error "Room is missing from SQS message."
new Command({
user: message.MessageAttributes.user.StringValue
room: message.MessageAttributes.room.StringValue
}
message.Body
robot
).run()
sqs.deleteMessage {
QueueUrl: queue
ReceiptHandle: message.ReceiptHandle
}, (err, data) ->
robot.logger.error err if err?
setTimeout receiver, 50, sqs, queue
setTimeout receiver, 0, sqs, process.env.HUBOT_AWS_SQS_QUEUE_URL
class Command
constructor: (@envelope, @message, @robot) ->
run: ->
try
@robot.send @envelope, @message
catch err
@robot.logger.error err
| 71031 | # Description
# Send AWS SQS messages to Hubot
#
# Configuration:
# HUBOT_AWS_SQS_QUEUE_URL - SQS queue to listen to, e.g. https://sqs.us-east-1.amazonaws.com/XXXXXXXXXXXXX/hubot
# HUBOT_AWS_SQS_ACCESS_KEY_ID - AWS access key id with SQS permissions
# HUBOT_AWS_SQS_SECRET_ACCESS_KEY - AWS secret key with SQS permissions
# HUBOT_AWS_SQS_REGION - (optional) Defaults to 'us-east-1'
#
#
# Author:
# <NAME>
# @chosak
# @contolini
AWS = require 'aws-sdk'
module.exports = (robot) ->
unless process.env.HUBOT_AWS_SQS_QUEUE_URL
robot.logger.error "Disabling incoming-sqs plugin because HUBOT_AWS_SQS_QUEUE_URL is not set."
return
sqs = new AWS.SQS {
region: process.env.HUBOT_AWS_SQS_REGION or process.env.AWS_REGION or "us-east-1"
accessKeyId: process.env.HUBOT_AWS_SQS_ACCESS_KEY_ID
secretAccessKey: process.env.HUBOT_AWS_SQS_SECRET_ACCESS_KEY
}
receiver = (sqs, queue) ->
robot.logger.debug "Fetching from #{queue}"
sqs.receiveMessage {
QueueUrl: queue
MaxNumberOfMessages: 10
VisibilityTimeout: 30
WaitTimeSeconds: 20
MessageAttributeNames: [
"room"
"user"
]
}, (err, data) ->
if err?
robot.logger.error "Unable to connect to AWS SQS!"
return robot.logger.error err
else if data.Messages
data.Messages.forEach (message) ->
if not message.MessageAttributes
return robot.logger.error "SQS message is missing user and room attributes."
if not message.MessageAttributes.user
return robot.logger.error "Username is missing from SQS message."
if not message.MessageAttributes.room
return robot.logger.error "Room is missing from SQS message."
new Command({
user: message.MessageAttributes.user.StringValue
room: message.MessageAttributes.room.StringValue
}
message.Body
robot
).run()
sqs.deleteMessage {
QueueUrl: queue
ReceiptHandle: message.ReceiptHandle
}, (err, data) ->
robot.logger.error err if err?
setTimeout receiver, 50, sqs, queue
setTimeout receiver, 0, sqs, process.env.HUBOT_AWS_SQS_QUEUE_URL
class Command
constructor: (@envelope, @message, @robot) ->
run: ->
try
@robot.send @envelope, @message
catch err
@robot.logger.error err
| true | # Description
# Send AWS SQS messages to Hubot
#
# Configuration:
# HUBOT_AWS_SQS_QUEUE_URL - SQS queue to listen to, e.g. https://sqs.us-east-1.amazonaws.com/XXXXXXXXXXXXX/hubot
# HUBOT_AWS_SQS_ACCESS_KEY_ID - AWS access key id with SQS permissions
# HUBOT_AWS_SQS_SECRET_ACCESS_KEY - AWS secret key with SQS permissions
# HUBOT_AWS_SQS_REGION - (optional) Defaults to 'us-east-1'
#
#
# Author:
# PI:NAME:<NAME>END_PI
# @chosak
# @contolini
AWS = require 'aws-sdk'
module.exports = (robot) ->
unless process.env.HUBOT_AWS_SQS_QUEUE_URL
robot.logger.error "Disabling incoming-sqs plugin because HUBOT_AWS_SQS_QUEUE_URL is not set."
return
sqs = new AWS.SQS {
region: process.env.HUBOT_AWS_SQS_REGION or process.env.AWS_REGION or "us-east-1"
accessKeyId: process.env.HUBOT_AWS_SQS_ACCESS_KEY_ID
secretAccessKey: process.env.HUBOT_AWS_SQS_SECRET_ACCESS_KEY
}
receiver = (sqs, queue) ->
robot.logger.debug "Fetching from #{queue}"
sqs.receiveMessage {
QueueUrl: queue
MaxNumberOfMessages: 10
VisibilityTimeout: 30
WaitTimeSeconds: 20
MessageAttributeNames: [
"room"
"user"
]
}, (err, data) ->
if err?
robot.logger.error "Unable to connect to AWS SQS!"
return robot.logger.error err
else if data.Messages
data.Messages.forEach (message) ->
if not message.MessageAttributes
return robot.logger.error "SQS message is missing user and room attributes."
if not message.MessageAttributes.user
return robot.logger.error "Username is missing from SQS message."
if not message.MessageAttributes.room
return robot.logger.error "Room is missing from SQS message."
new Command({
user: message.MessageAttributes.user.StringValue
room: message.MessageAttributes.room.StringValue
}
message.Body
robot
).run()
sqs.deleteMessage {
QueueUrl: queue
ReceiptHandle: message.ReceiptHandle
}, (err, data) ->
robot.logger.error err if err?
setTimeout receiver, 50, sqs, queue
setTimeout receiver, 0, sqs, process.env.HUBOT_AWS_SQS_QUEUE_URL
class Command
constructor: (@envelope, @message, @robot) ->
run: ->
try
@robot.send @envelope, @message
catch err
@robot.logger.error err
|
[
{
"context": "tails: 'Browsing Collection'\n\t\t\t\t\tlargeImageKey: 'idle'\n\t\t\t\t}\n\t\t\t\tDiscord.updatePresence(presence)\n\n\t\t\t#",
"end": 35389,
"score": 0.8805878758430481,
"start": 35385,
"tag": "KEY",
"value": "idle"
},
{
"context": "PlayerUsername: ProfileManager.getInstance().get(\"username\")\n\t\tmyPlayerFactionId: gameListingData.faction_id",
"end": 53976,
"score": 0.8844693303108215,
"start": 53968,
"tag": "USERNAME",
"value": "username"
},
{
"context": "yerId\"),\n\t\t\tplayer1Username: playerDataModel.get(\"myPlayerUsername\"),\n\t\t\tplayer1FactionId: playerDataModel.get(\"myPl",
"end": 54465,
"score": 0.9996611475944519,
"start": 54449,
"tag": "USERNAME",
"value": "myPlayerUsername"
},
{
"context": "yerId\"),\n\t\t\tplayer2Username: playerDataModel.get(\"opponentPlayerUsername\"),\n\t\t\tplayer2FactionId: playerDataModel.get(\"oppo",
"end": 54713,
"score": 0.9995661377906799,
"start": 54691,
"tag": "USERNAME",
"value": "opponentPlayerUsername"
},
{
"context": "yerId\"),\n\t\t\tplayer1Username: playerDataModel.get(\"opponentPlayerUsername\"),\n\t\t\tplayer1FactionId: playerDataModel.get(\"oppo",
"end": 55007,
"score": 0.9995540380477905,
"start": 54985,
"tag": "USERNAME",
"value": "opponentPlayerUsername"
},
{
"context": "yerId\"),\n\t\t\tplayer2Username: playerDataModel.get(\"myPlayerUsername\"),\n\t\t\tplayer2FactionId: playerDataModel.get(\"myPl",
"end": 55255,
"score": 0.9995535016059875,
"start": 55239,
"tag": "USERNAME",
"value": "myPlayerUsername"
},
{
"context": "m_random_cards: aiNumRandomCards,\n\t\t\t\tai_username: aiGeneralName\n\t\t\t}),\n\t\t\ttype: 'POST',\n\t\t\tcontentType: 'applicat",
"end": 64610,
"score": 0.9718660712242126,
"start": 64597,
"tag": "USERNAME",
"value": "aiGeneralName"
},
{
"context": ",\n\t\t\t\tai_general_id: aiGeneralId,\n\t\t\t\tai_username: aiGeneralName\n\t\t\t}),\n\t\t\ttype: 'POST',\n\t\t\tcontentType: 'applicat",
"end": 68213,
"score": 0.9591917991638184,
"start": 68200,
"tag": "USERNAME",
"value": "aiGeneralName"
},
{
"context": "\tproduct_id: cosmeticKeys[0]\n\t\t}, {\n\t\t\tlabelKey: \"product_id\"\n\t\t})\n\t\tNavigationManager.getInstance().destroyCo",
"end": 118432,
"score": 0.9915847778320312,
"start": 118422,
"tag": "KEY",
"value": "product_id"
}
] | app/application.coffee | open-duelyst/duelyst | 5 | # User Agent Parsing
UAParser = require 'ua-parser-js'
uaparser = new UAParser()
uaparser.setUA(window.navigator.userAgent)
userAgent = uaparser.getResult()
# userAgent now contains : browser, os, device, engine objects
# ---- Marionette Application ---- #
#
App = new Backbone.Marionette.Application()
# require Firebase via browserify but temporarily alias it global scope
Firebase = window.Firebase = require 'firebase'
Promise = require 'bluebird'
moment = require 'moment'
semver = require 'semver'
querystring = require 'query-string'
# core
Storage = require 'app/common/storage'
Logger = window.Logger = require 'app/common/logger'
Logger.enabled = (process.env.NODE_ENV != 'production' && process.env.NODE_ENV != 'staging')
Landing = require 'app/common/landing'
Session = window.Session = require 'app/common/session2'
CONFIG = window.CONFIG = require 'app/common/config'
RSX = window.RSX = require 'app/data/resources'
PKGS = window.PKGS = require 'app/data/packages'
EventBus = window.EventBus = require 'app/common/eventbus'
EVENTS = require 'app/common/event_types'
SDK = window.SDK = require 'app/sdk'
Analytics = window.Analytics = require 'app/common/analytics'
AnalyticsUtil = require 'app/common/analyticsUtil'
UtilsJavascript = require 'app/common/utils/utils_javascript'
UtilsEnv = require 'app/common/utils/utils_env'
UtilsPointer = require 'app/common/utils/utils_pointer'
audio_engine = window.audio_engine = require 'app/audio/audio_engine'
openUrl = require('app/common/openUrl')
i18next = require('i18next')
# models and collections
CardModel = require 'app/ui/models/card'
DuelystFirebase = require 'app/ui/extensions/duelyst_firebase'
DuelystBackbone = require 'app/ui/extensions/duelyst_backbone'
# Managers / Controllers
PackageManager = window.PackageManager = require 'app/ui/managers/package_manager'
ProfileManager = window.ProfileManager = require 'app/ui/managers/profile_manager'
GameDataManager = window.GameDataManager = require 'app/ui/managers/game_data_manager'
GamesManager = window.GamesManager = require 'app/ui/managers/games_manager'
CrateManager = window.CrateManager = require 'app/ui/managers/crate_manager'
NotificationsManager = window.NotificationsManager = require 'app/ui/managers/notifications_manager'
NavigationManager = window.NavigationManager = require 'app/ui/managers/navigation_manager'
ChatManager = window.ChatManager = require 'app/ui/managers/chat_manager'
InventoryManager = window.InventoryManager = require 'app/ui/managers/inventory_manager'
QuestsManager = window.QuestsManager = require 'app/ui/managers/quests_manager'
TelemetryManager = window.TelemetryManager = require 'app/ui/managers/telemetry_manager'
ProgressionManager = window.ProgressionManager = require 'app/ui/managers/progression_manager'
ServerStatusManager = window.ServerStatusManager = require 'app/ui/managers/server_status_manager'
NewsManager = window.NewsManager = require 'app/ui/managers/news_manager'
NewPlayerManager = window.NewPlayerManager = require 'app/ui/managers/new_player_manager'
AchievementsManager = window.AchievementsManager = require 'app/ui/managers/achievements_manager'
TwitchManager = window.TwitchManager = require 'app/ui/managers/twitch_manager'
ShopManager = window.ShopManager = require 'app/ui/managers/shop_manager'
StreamManager = window.StreamManager = require 'app/ui/managers/stream_manager'
# Views
Helpers = require 'app/ui/views/helpers'
LoaderItemView = require 'app/ui/views/item/loader'
UtilityLoadingLoginMenuItemView = require 'app/ui/views/item/utility_loading_login_menu'
UtilityMainMenuItemView = require 'app/ui/views/item/utility_main_menu'
UtilityMatchmakingMenuItemView = require 'app/ui/views/item/utility_matchmaking_menu'
UtilityGameMenuItemView = require 'app/ui/views/item/utility_game_menu'
EscGameMenuItemView = require 'app/ui/views/item/esc_game_menu'
EscMainMenuItemView = require 'app/ui/views/item/esc_main_menu'
LoginMenuItemView = require 'app/ui/views/item/login_menu'
Discord = if window.isDesktop then require('app/common/discord') else null
SelectUsernameItemView = require 'app/ui/views/item/select_username'
Scene = require 'app/view/Scene'
GameLayer = require 'app/view/layers/game/GameLayer'
MainMenuItemView = require 'app/ui/views/item/main_menu'
CollectionLayout = require 'app/ui/views2/collection/collection'
PlayLayout = require 'app/ui/views/layouts/play'
PlayLayer = require 'app/view/layers/pregame/PlayLayer'
WatchLayout = require 'app/ui/views2/watch/watch_layout'
ShopLayout = require 'app/ui/views2/shop/shop_layout'
CodexLayout = require 'app/ui/views2/codex/codex_layout'
CodexLayer = require 'app/view/layers/codex/CodexLayer'
TutorialLessonsLayout = require 'app/ui/views2/tutorial/tutorial_lessons_layout'
QuestLogLayout = require 'app/ui/views2/quests/quest_log_layout'
BoosterPackUnlockLayout = require 'app/ui/views/layouts/booster_pack_collection'
BoosterPackOpeningLayer = require 'app/view/layers/booster/BoosterPackOpeningLayer'
VictoryLayer = require 'app/view/layers/postgame/VictoryLayer'
UnlockFactionLayer = require 'app/view/layers/reward/UnlockFactionLayer.js'
ProgressionRewardLayer = require 'app/view/layers/reward/ProgressionRewardLayer.js'
CosmeticKeyRewardLayer = require 'app/view/layers/reward/CosmeticKeyRewardLayer.js'
LadderProgressLayer = require 'app/view/layers/postgame/LadderProgressLayer'
RiftProgressLayer = require 'app/view/layers/postgame/RiftProgressLayer'
CurrencyRewardLayer = require 'app/view/layers/reward/CurrencyRewardLayer.js'
GauntletTicketRewardLayer = require 'app/view/layers/reward/GauntletTicketRewardLayer.js'
BoosterRewardLayer = require 'app/view/layers/reward/BoosterRewardLayer.js'
LootCrateRewardLayer = require 'app/view/layers/reward/LootCrateRewardLayer.js'
FreeCardOfTheDayLayer = require 'app/view/layers/reward/FreeCardOfTheDayLayer.js'
CrateOpeningLayer = require 'app/view/layers/crate/CrateOpeningLayer'
EndOfSeasonLayer = require 'app/view/layers/season/EndOfSeasonLayer'
ResumeGameItemView = require 'app/ui/views/item/resume_game'
FindingGameItemView = require 'app/ui/views/item/finding_game'
ReconnectToGameItemView = require 'app/ui/views/item/reconnect_to_game'
GameLayout = require 'app/ui/views/layouts/game'
TutorialLayout = require 'app/ui/views/layouts/tutorial'
VictoryItemView = require 'app/ui/views/item/victory'
MessagesCompositeView = require 'app/ui/views/composite/messages'
ConfirmDialogItemView = require 'app/ui/views/item/confirm_dialog'
PromptDialogItemView = require 'app/ui/views/item/prompt_dialog'
ActivityDialogItemView = require 'app/ui/views/item/activity_dialog'
ErrorDialogItemView = require 'app/ui/views/item/error_dialog'
AnnouncementModalView = require 'app/ui/views/item/announcement_modal'
ShopSpecialProductAvailableDialogItemView = require 'app/ui/views2/shop/shop_special_product_available_dialog'
ReplayEngine = require 'app/replay/replayEngine'
AnalyticsTracker = require 'app/common/analyticsTracker'
# require the Handlebars Template Helpers extension here since it modifies core Marionette code
require 'app/ui/extensions/handlebars_template_helpers'
localStorage.debug = 'session:*'
#
# --- Utility ---- #
#
App._screenBlurId = "AppScreenBlurId"
App._userNavLockId = "AppUserNavLockId"
App._queryStringParams = querystring.parse(location.search) # query string params
App.getIsLoggedIn = ->
return Storage.get('token')
# region AI DEV ROUTES #
if process.env.AI_TOOLS_ENABLED
###
Before using AI DEV ROUTES, make sure you have a terminal open and run `node server/ai/phase_ii_ai.js`.
###
window.ai_v1_findNextActions = (playerId, difficulty) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v1_find_next_actions",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
difficulty: difficulty
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
actionsData = JSON.parse(res.actions)
actions = []
for actionData in actionsData
action = SDK.GameSession.getInstance().deserializeActionFromFirebase(actionData)
actions.push(action)
console.log("v1_find_next_actions -> ", actions)
resolve(actions)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_v2_findActionSequence = (playerId, depthLimit, msTimeLimit) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v2_find_action_sequence",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
sequenceActionsData = JSON.parse(res.sequence_actions)
console.log("ai_v2_findActionSequence -> ", sequenceActionsData)
resolve(sequenceActionsData)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
window.ai_gamePromise = null
window.ai_gameNeedsMulligan = false
window.ai_stopAIvAIGame = () ->
if window.ai_gameStarted
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameNeedsMulligan = false
if window.ai_gameStepsDataPromise?
window.ai_gameStepsDataPromise.cancel()
window.ai_gameStepsDataPromise = null
if window.ai_gamePromise?
window.ai_gamePromise.cancel()
window.ai_gamePromise = null
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/stop_game",
data: JSON.stringify({}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_pauseAIvAIGame = () ->
if window.ai_gameRunning
window.ai_gameRunning = false
window.ai_resumeAIvAIGame = () ->
if !window.ai_gameRunning
window.ai_gameRunning = true
window.ai_stepAIvAIGame()
window.ai_runAIvAIGame = (ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
# pick random general if none provided
if !ai1GeneralId? then ai1GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
if !ai2GeneralId? then ai2GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
ai1FactionId = SDK.FactionFactory.factionIdForGeneralId(ai1GeneralId)
ai2FactionId = SDK.FactionFactory.factionIdForGeneralId(ai2GeneralId)
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > requesting for v#{ai1Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai1GeneralId, SDK.GameSession.getInstance()).getName()} vs v#{ai2Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai2GeneralId, SDK.GameSession.getInstance()).getName()}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# request run simulation
startSimulationPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(JSON.parse(res.game_session_data))
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# start loading
loadingPromise = NavigationManager.getInstance().showDialogForLoad().then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([ai1FactionId, ai2FactionId])
return Promise.all([
startSimulationPromise,
loadingPromise
])
.spread (sessionData) ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > starting #{sessionData.gameId} with data:", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
# switch session game type to sandbox
SDK.GameSession.getInstance().setGameType(SDK.GameType.Sandbox)
# set game user id to match player 1
SDK.GameSession.getInstance().setUserId(SDK.GameSession.getInstance().getPlayer1Id())
return App._startGame()
.then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > #{SDK.GameSession.getInstance().getGameId()} running")
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
# wait for active (ai will already have mulliganed)
return Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGame -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_runAIvAIGameFromCurrentSession = (ai1Version, ai2Version, depthLimit, msTimeLimit) ->
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession - > requesting for v#{ai1Version} vs v#{ai2Version}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# set as non authoritative
# all steps will be coming from ai simulation server
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false);
# request run simulation
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game_from_data",
data: JSON.stringify({
ai_1_version: ai1Version
ai_2_version: ai2Version
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then () ->
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
if window.ai_gameNeedsMulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> mulligan complete")
window.ai_gameNeedsMulligan = false
window.ai_stepAIvAIGame()
# check if needs mulligan
window.ai_gameNeedsMulligan = SDK.GameSession.getInstance().isNew()
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_stepAIvAIGame = (event) ->
if event?.step?.action instanceof SDK.EndTurnAction then return # ignore auto stepping due to end turn action as start turn will cause auto step
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> #{SDK.GameSession.getInstance().getGameId()} step queue length #{Scene.getInstance().getGameLayer()._stepQueue.length}")
if !window.ai_gameStepsDataPromise? and Scene.getInstance().getGameLayer()._stepQueue.length == 0
# request step game
window.ai_gameStepsDataPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/step_game",
data: JSON.stringify({
game_id: SDK.GameSession.getInstance().getGameId()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
if res.steps?
resolve(JSON.parse(res.steps))
else
resolve([])
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then (stepsData) ->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> steps:", stepsData.slice(0))
window.ai_gameStepsData = stepsData
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> promise chain cancelled")
return window.ai_gameStepsDataPromise.then () ->
if window.ai_gameRunning and !SDK.GameSession.getInstance().isOver() and window.ai_gameStepsData? and window.ai_gameStepsData.length > 0
# remove and deserialize next step in sequence
stepData = window.ai_gameStepsData.shift()
step = SDK.GameSession.getInstance().deserializeStepFromFirebase(stepData)
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> step:", step)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(step)
# check game status and steps data
if SDK.GameSession.getInstance().isOver() or window.ai_gameStepsData.length == 0
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> done")
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
else if step.action instanceof SDK.EndTurnAction
# auto step to start turn
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing end turn")
window.ai_stepAIvAIGame()
else if window.ai_gameNeedsMulligan
# auto step to next mulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing mulligan")
window.ai_stepAIvAIGame()
window.ai_runHeadlessAIvAIGames = (numGames, ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
Logger.module("APPLICATION").log("ai_runHeadlessAIvAIGames - > requesting #{numGames} games with v#{ai1Version} vs v#{ai2Version}")
# request run games
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/run_headless_games",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
num_games: numGames,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# endregion AI DEV ROUTES #
#
# --- Main ---- #
#
App.getIsShowingMain = () ->
# temporary method to check if the user can navigate to main (i.e. not already there)
# this does NOT work for switching between main sub-screens
return NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(ResumeGameItemView)
App.main = ->
if !App._mainPromise?
App._mainPromise = App._startPromise.then(() ->
Logger.module("APPLICATION").log("App:main")
# get and reset last game data
lastGameType = CONFIG.lastGameType
wasSpectate = CONFIG.lastGameWasSpectate
wasTutorial = CONFIG.lastGameWasTutorial
wasDeveloper = CONFIG.lastGameWasDeveloper
wasDailyChallenge = CONFIG.lastGameWasDailyChallenge
CONFIG.resetLastGameData()
# destroy game and clear game data
App.cleanupGame()
# always make sure we're disconnected from the last game
SDK.NetworkManager.getInstance().disconnect()
# reset routes to main
NavigationManager.getInstance().resetRoutes()
NavigationManager.getInstance().addMajorRoute("main", App.main, App)
# always restore user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if App._queryStringParams["replayId"]?
Logger.module("APPLICATION").log("jumping straight into replay...")
App.setCallbackWhenCancel(()-> alert('all done!'))
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
EventBus.getInstance().trigger(EVENTS.start_replay, {
replayId: App._queryStringParams["replayId"]
})
return Promise.resolve()
)
else
if !App.getIsLoggedIn()
return App._showLoginMenu()
else
# all good, show main menu
return App.managersReadyDeferred.promise.then(() ->
# set user as loading
ChatManager.getInstance().setStatus(ChatManager.STATUS_LOADING)
# # EULA ACCEPTANCE CHECK HERE SO IT FIRES FOR ALREADY LOGGED IN PLAYERS
# # strings used for session storage and profile storage
# sessionAcceptedEula = Storage.namespace() + '.hasAcceptedEula'
# storageAcceptedEula = 'hasAcceptedEula'
# storageSentAcceptedEulaNotify = 'hasSentAcceptedEulaNotify'
# # the user has accepted terms in the local session, ensure we are set in profile storage
# if window.sessionStorage.getItem(sessionAcceptedEula)
# ProfileManager.getInstance().set(storageAcceptedEula, true)
# # check in profile storage if the user has accepted terms
# if !ProfileManager.getInstance().get(storageAcceptedEula)
# # TODO - This is not actually good, but we need to make a new terms and conditions page to replace BNEA one
# return App._showTerms()
# # user has accepted, check if they have sent notification
# else
# if !ProfileManager.getInstance().get(storageSentAcceptedEulaNotify)
# ProfileManager.getInstance().set(storageSentAcceptedEulaNotify, true)
# check for an active game
lastGameModel = null
if GamesManager.getInstance().playerGames.length > 0
lastGameModel = GamesManager.getInstance().playerGames.first()
# calculate minutes since last game
msSinceLastGame = moment().utc().valueOf() - (lastGameModel?.get("created_at") || 0)
minutesSinceLastGame = moment.duration(msSinceLastGame).asMinutes()
# if the last game is an active multiplayer game within last 45 minutes, show the continue game screen
if lastGameModel? and lastGameModel.get("cancel_reconnect") != true and (lastGameModel.get("status") == "active" || lastGameModel.get("status") == "new") and lastGameModel.get("created_at") and minutesSinceLastGame < CONFIG.MINUTES_ALLOWED_TO_CONTINUE_GAME and SDK.GameType.isMultiplayerGameType(lastGameModel.get("game_type"))
# has active game, prompt user to resume
Logger.module("UI").log("Last active game was on ", new Date(lastGameModel.get("created_at")), "with data", lastGameModel)
return App._resumeGame(lastGameModel)
else if not NewPlayerManager.getInstance().isDoneWithTutorial()
# show tutorial layout
return App._showTutorialLessons()
else if QuestsManager.getInstance().hasUnreadQuests()
# show main menu
return App._showMainMenu()
else
# try to return to selection for previous game type
if wasSpectate
return App._showMainMenu()
else if wasDailyChallenge
QuestsManager.getInstance().markDailyChallengeCompletionAsUnread()
return App._showMainMenu()
else if lastGameType == SDK.GameType.Ranked and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Ranked, true)
else if lastGameType == SDK.GameType.Casual and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Casual, true)
else if lastGameType == SDK.GameType.Gauntlet
return App.showPlay(SDK.PlayModes.Gauntlet, true)
else if lastGameType == SDK.GameType.Challenge and !wasTutorial
return App.showPlay(SDK.PlayModes.Challenges, true)
else if lastGameType == SDK.GameType.SinglePlayer
return App.showPlay(SDK.PlayModes.Practice, true)
else if lastGameType == SDK.GameType.BossBattle
return App.showPlay(SDK.PlayModes.BossBattle, true)
else if lastGameType == SDK.GameType.Sandbox and !wasDeveloper
return App.showPlay(SDK.PlayModes.Sandbox, true)
else if lastGameType == SDK.GameType.Rift
return App.showPlay(SDK.PlayModes.Rift, true)
else
return App._showMainMenu()
)
).finally () ->
App._mainPromise = null
return Promise.resolve()
return App._mainPromise
App._showLoginMenu = (options) ->
Logger.module("APPLICATION").log("App:_showLoginMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# analytics call
Analytics.page("Login",{ path: "/#login" })
# show main scene
viewPromise = Scene.getInstance().showMain()
# show login menu
contentPromise = NavigationManager.getInstance().showContentView(new LoginMenuItemView(options))
# show utility menu for desktop only
if window.isDesktop
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
utilityPromise = Promise.resolve()
return Promise.all([
viewPromise,
contentPromise,
utilityPromise
])
)
)
App._showSelectUsername = (data) ->
Logger.module("APPLICATION").log("App:_showSelectUsername")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
# show selection dialog
selectUsernameModel = new Backbone.Model({})
selectUsernameItemView = new SelectUsernameItemView({model: selectUsernameModel})
selectUsernameItemView.listenToOnce(selectUsernameItemView, "success", () =>
# TODO: move this into SelectUsernameItemView
# We refresh token so the username property is now included
Session.refreshToken()
.then (refreshed) ->
return
)
contentPromise = NavigationManager.getInstance().showDialogView(selectUsernameItemView)
return Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
viewPromise,
contentPromise
])
)
)
App._showTerms = (options = {}) ->
Logger.module("APPLICATION").log("App:_showTerms")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
if App.getIsLoggedIn()
if window.isSteam
ProfileManager.getInstance().set('hasAcceptedSteamEula', true)
else
ProfileManager.getInstance().set('hasAcceptedEula', true)
mainPromise = App.main()
else
if window.isSteam
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedSteamEula', true)
else
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedEula', true)
mainPromise = App._showLoginMenu({type: 'register'})
return Promise.all([
viewPromise,
# contentPromise
mainPromise
])
)
)
App._showTutorialLessons = (lastCompletedChallenge) ->
Logger.module("APPLICATION").log("App:_showTutorialChallenges")
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
# analytics call
Analytics.page("Tutorial Lessons",{ path: "/#tutorial_lessons" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
# show main menu
tutorialLessonsLayoutView = new TutorialLessonsLayout({
lastCompletedChallenge:lastCompletedChallenge,
})
contentPromise = NavigationManager.getInstance().showContentView(tutorialLessonsLayoutView)
return Promise.all([
viewPromise,
contentPromise
])
App._showMainMenu = () ->
Logger.module("APPLICATION").log("App:_showMainMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# analytics call
Analytics.page("Main Menu",{ path: "/#main_menu" })
# notify Discord status
if Discord
presence = {
instance: 0
details: 'In Main Menu'
largeImageKey: 'idle'
}
Discord.updatePresence(presence)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
endOfSeasonRewardsPromise = App.showEndOfSeasonRewards()
return endOfSeasonRewardsPromise.then( () ->
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
return achievementsPromise
.then(()->
# show twitch rewards
twitchRewardPromise = App.showTwitchRewards()
return twitchRewardPromise
).then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main menu
contentPromise = NavigationManager.getInstance().showContentView(new MainMenuItemView({model: ProfileManager.getInstance().profile}))
# show utility menu
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityMainMenuItemView({model: ProfileManager.getInstance().profile}))
if NewsManager.getInstance().getFirstUnreadAnnouncement()
# show announcment UI if we have an unread announcement
modalPromise = NewsManager.getInstance().getFirstUnreadAnnouncementContentAsync().then((announcementContentModel)->
return NavigationManager.getInstance().showModalView(new AnnouncementModalView({model:announcementContentModel}));
)
else
# show quests if any quests
modalPromise = Promise.resolve()
if QuestsManager.getInstance().hasUnreadQuests() or QuestsManager.getInstance().hasUnreadDailyChallenges()
modalPromise = NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection: QuestsManager.getInstance().getQuestCollection(),
model: ProgressionManager.getInstance().gameCounterModel
showConfirm:true
})
return Promise.all([
viewPromise,
contentPromise,
modalPromise,
utilityPromise
])
)
)
)
#
# --- Major Layouts ---- #
#
App.showPlay = (playModeIdentifier, showingDirectlyFromGame) ->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# force play mode to string
if !_.isString(playModeIdentifier) then playModeIdentifier = ""
# add mode to route
NavigationManager.getInstance().addMajorRoute("play_" + playModeIdentifier, App.showPlay, App, [playModeIdentifier])
# if currently in play modes, show new play mode direct
currentContentView = NavigationManager.getInstance().getContentView()
if currentContentView instanceof PlayLayout
return currentContentView.showPlayMode(playModeIdentifier)
else
if showingDirectlyFromGame
# show play layer
viewPromise = Scene.getInstance().showContentByClass(PlayLayer, true)
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
else
achievementsPromise = viewPromise = Promise.resolve()
return achievementsPromise.then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show UI
return Promise.all([
viewPromise,
NavigationManager.getInstance().showContentView(new PlayLayout({model: new Backbone.Model({playModeIdentifier: playModeIdentifier})}))
]).then ()->
# update available shop specials with current top rank and win count model and notify user if a new one has become available
if ShopManager.getInstance().isNewSpecialAvailable
ShopManager.getInstance().markNewAvailableSpecialAsRead()
NavigationManager.getInstance().showDialogView(new ShopSpecialProductAvailableDialogItemView({
model: ShopManager.getInstance().availableSpecials.at(ShopManager.getInstance().availableSpecials.length-1)
}))
)
)
App.showWatch = ()->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof WatchLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Watch",{ path: "/#watch" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("watch", App.showWatch, App)
# show layout
return NavigationManager.getInstance().showContentView(new WatchLayout())
App.showShop = ()->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Shop",{ path: "/#shop" })
# add mode to route
NavigationManager.getInstance().addMajorRoute("shop", App.showShop, App)
# show layout
NavigationManager.getInstance().showContentView(new ShopLayout())
App.showCollection = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CollectionLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("collection", App.showCollection, App)
# notify Discord status
if Discord
presence = {
instance: 0
details: 'Browsing Collection'
largeImageKey: 'idle'
}
Discord.updatePresence(presence)
# show UI
return Promise.all([
Scene.getInstance().showMain()
NavigationManager.getInstance().showContentView(new CollectionLayout({model: new Backbone.Model()}))
])
)
App.showCodex = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CodexLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("codex", App.showCodex, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new CodexLayer(), true),
NavigationManager.getInstance().showContentView(new CodexLayout({model: new Backbone.Model()}))
])
)
App.showBoosterPackUnlock = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof BoosterPackUnlockLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("booster_pack_unlock", App.showBoosterPackUnlock, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new BoosterPackOpeningLayer(), true),
NavigationManager.getInstance().showContentView(new BoosterPackUnlockLayout())
])
)
App.showCrateInventory = () ->
if !App.getIsLoggedIn() or Scene.getInstance().getOverlay() instanceof CrateOpeningLayer
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("crate_inventory", App.showCrateInventory, App)
# show UI
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
Scene.getInstance().showOverlay(new CrateOpeningLayer())
])
)
#
# --- Session Events ---- #
#
App.onLogin = (data) ->
Logger.module("APPLICATION").log "User logged in: #{data.userId}"
# save token to localStorage
Storage.set('token', data.token)
# setup ajax headers for jquery/backbone requests
$.ajaxSetup
headers: {
Authorization: "Bearer #{data.token}"
"Client-Version": window.BUILD_VERSION
}
# check is new signup flag is passed
# can't use analytics data since the first login may have
# already happened on /register page
if Landing.isNewSignup()
Landing.addPixelsToHead()
Landing.firePixels()
# check for null username here
# dialog should be uncancelleable
# dialog success should re-trigger session login so new token contains all required params
if !Session.username
return App._showSelectUsername(data)
# Trigger the eventbus login event for the utilty menus
EventBus.getInstance().trigger EVENTS.session_logged_in
# connect all managers
ProfileManager.getInstance().connect({userId: data.userId})
GameDataManager.getInstance().connect()
GamesManager.getInstance().connect()
ChatManager.getInstance().connect()
QuestsManager.getInstance().connect()
InventoryManager.getInstance().connect()
NavigationManager.getInstance().connect()
NotificationsManager.getInstance().connect()
ProgressionManager.getInstance().connect()
ServerStatusManager.getInstance().connect()
TelemetryManager.getInstance().connect()
NewsManager.getInstance().connect()
NewPlayerManager.getInstance().connect()
AchievementsManager.getInstance().connect()
TwitchManager.getInstance().connect()
CrateManager.getInstance().connect()
ShopManager.getInstance().connect()
StreamManager.getInstance().connect()
TelemetryManager.getInstance().clearSignal("session","not-logged-in")
TelemetryManager.getInstance().setSignal("session","logged-in")
Promise.all([
ProfileManager.getInstance().onReady(),
InventoryManager.getInstance().onReady(),
QuestsManager.getInstance().onReady(),
GamesManager.getInstance().onReady(),
GameDataManager.getInstance().onReady(),
ChatManager.getInstance().onReady(),
ProgressionManager.getInstance().onReady(),
ServerStatusManager.getInstance().onReady(),
NewPlayerManager.getInstance().onReady(),
AchievementsManager.getInstance().onReady(),
TwitchManager.getInstance().onReady(),
CrateManager.getInstance().onReady()
]).then () ->
# update resolution values as of login
App._updateLastResolutionValues()
# we're all done loading managers
App.managersReadyDeferred.resolve()
# setup analytics
App.onLoginAnalyticsSetup(data)
# show the main screen
return App.main()
.catch (err) ->
App.managersReadyDeferred.reject()
Logger.module("APPLICATION").log("ERROR initializing managers")
if err == null then err = new Error("ERROR initializing managers")
App._error(err.message)
throw err
.finally () ->
# NavigationManager.getInstance().destroyDialogView()
App.onLoginAnalyticsSetup = (loginData) ->
# region analytics data
# Include users analytics data retrieved with session
identifyParams = {}
utmParams = {}
hadPreviousSession = false
if loginData.analyticsData?
utmParams = _.extend(utmParams, loginData.analyticsData)
if (utmParams.first_purchased_at?)
# Shouldn't be necessary but just in case
utmParams.first_purchased_at = moment.utc(utmParams.first_purchased_at).toISOString()
if loginData.analyticsData.last_session_at
delete utmParams.last_session_at
hadPreviousSession = true
# identify the user with the partial data until we connect managers
Analytics.identify(loginData.userId, identifyParams, utmParams)
if not hadPreviousSession
Analytics.track("first login",{
category:Analytics.EventCategory.FTUE,
},{
nonInteraction:1
sendUTMData:true
})
Analytics.track("registered", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
# region analytics data
# identify the user with their current rank
gamesManager = GamesManager.getInstance()
rank = gamesManager.rankingModel.get("rank")
# default rank to 30 if it's null
rank = 30 if (!rank?)
# top rank
topRank = gamesManager.topRankingModel.get("top_rank")
topRank = gamesManager.topRankingModel.get("rank") if(!topRank?)
topRank = 30 if(!topRank?)
# game count
gameCount = ProgressionManager.getInstance().getGameCount()
# set up the params to pass for the identify call
identifyParams.rank = rank
identifyParams.top_ever_rank = topRank
identifyParams.game_count = gameCount
# if we know the registration date
if ProfileManager.getInstance().get("created_at")
# turn it to a sortable
registered_at = moment.utc(ProfileManager.getInstance().get("created_at")).toISOString()
# set it on the identifyParams
identifyParams.registration_date = registered_at
# if this user has an LTV parameter
if ProfileManager.getInstance().get("ltv")
# set it on the identifyParams
identifyParams.ltv = ProfileManager.getInstance().get("ltv")
# Check if today is a recorded seen on day and add it to identifyParams
todaysSeenOnIndex = AnalyticsUtil.recordedDayIndexForRegistrationAndSeenOn(moment.utc(ProfileManager.getInstance().get("created_at")),moment.utc())
if todaysSeenOnIndex?
identifyParams[AnalyticsUtil.nameForSeenOnDay(todaysSeenOnIndex)] = 1
# re-identify the user with better data now that we have managers connected and pass in the custom dimensions
Analytics.identify(ProfileManager.getInstance().get('id'), identifyParams, utmParams)
Analytics.track("login", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
App.onLogout = () ->
Logger.module("APPLICATION").log "User logged out."
TelemetryManager.getInstance().clearSignal("session","logged-in")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# create a new deferred object for managers loading process
App.managersReadyDeferred = new Promise.defer()
# destroy out any login specific menus
NavigationManager.getInstance().destroyNonContentViews()
# stop playing any music
audio_engine.current().stop_music()
Analytics.reset()
# reset config
CONFIG.reset()
# remove token
Storage.remove('token')
# remove ajax headers with new call to ajaxSetup
$.ajaxSetup
headers: {
Authorization: ""
}
# Trigger the eventbus logout event for the ui/managers
EventBus.getInstance().trigger EVENTS.session_logged_out
# go back to main to show login menu
App.main()
# just logs the error for debugging
App.onSessionError = (error) ->
Logger.module("APPLICATION").log "Session Error: #{error.message}"
#
# ---- Pointer ---- #
#
App._$canvasMouseClassEl = null
App._currentMouseClass = null
App.onCanvasMouseState = (e) ->
if e?.state? then mouseClass = "mouse-" + e.state.toLowerCase() else mouseClass = "mouse-auto"
if App._currentMouseClass != mouseClass
App._$canvasMouseClassEl ?= $(CONFIG.GAMECANVAS_SELECTOR)
if App._currentMouseClass == "mouse-auto"
App._$canvasMouseClassEl.addClass(mouseClass)
else if mouseClass == "mouse-auto"
App._$canvasMouseClassEl.removeClass(App._currentMouseClass)
else
App._$canvasMouseClassEl.removeClass(App._currentMouseClass).addClass(mouseClass)
App._currentMouseClass = mouseClass
App.onPointerDown = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromDownEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_down
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerUp = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromUpEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_up
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerMove = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromMoveEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_move
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerWheel = (event) ->
# update pointer
if event?
target = event.target
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromWheelEvent(event.originalEvent, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_wheel
pointerEvent.target = target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
#
# --- Game Invites ---- #
#
App._inviteAccepted = ()->
Logger.module("APPLICATION").log("App._inviteAccepted")
App.showPlay(SDK.PlayModes.Friend)
App._inviteRejected = () ->
Logger.module("APPLICATION").log("App._inviteRejected")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_rejected_game_invite")}))
)
App._inviteCancelled = () ->
App._cleanupMatchmakingListeners()
Logger.module("APPLICATION").log("App._inviteCancelled")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_cancelled_game_invite")}))
)
#
# --- Game Spectate ---- #
#
App._spectateGame = (e) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._spectateGame -> cannot start game when already in a game!")
return
gameListingData = e.gameData
playerId = e.playerId
spectateToken = e.token
Logger.module("APPLICATION").log("App._spectateGame", gameListingData)
NavigationManager.getInstance().showDialogForLoad()
.then ()->
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameListingData["faction_id"],
gameListingData["opponent_faction_id"]
])
.then () ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], playerId, gameListingData["game_server"], ProfileManager.getInstance().get('id'), spectateToken)
return joinGamePromise.then((gameSessionData) ->
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(gameSessionData)
SDK.GameSession.getInstance().setUserId(playerId)
SDK.GameSession.getInstance().setIsSpectateMode(true)
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
).catch((errorMessage) ->
return App._error(errorMessage)
)
# See games_manager spectateBuddyGame method, works same way
App.spectateBuddyGame = (buddyId) ->
return new Promise (resolve, reject) ->
request = $.ajax({
url: process.env.API_URL + '/api/me/spectate/' + buddyId,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response) ->
App._spectateGame({
gameData: response.gameData,
token: response.token,
playerId: buddyId
})
resolve(response)
request.fail (response) ->
error = response && response.responseJSON && response.responseJSON.error || 'SPECTATE request failed'
EventBus.getInstance().trigger(EVENTS.ajax_error, error)
reject(new Error(error))
# Event handler fired when spectate is pressed in Discord with spectateSecret passed in
# We use the buddyId as the spectateSecret
App.onDiscordSpectate = (args...) ->
buddyId = args[0]
Logger.module("DISCORD").log("attempting to spectate #{buddyId}")
# we wait until managers are loaded as we need to be logged in
return App.managersReadyDeferred.promise.then () ->
# do nothing if they are already in game or in queue
if ChatManager.getInstance().getStatusIsInBattle() || ChatManager.getInstance().getStatusQueue()
Logger.module("DISCORD").log("cannot spectate game when already in a game!")
return
# do nothing if they are attempting to spectate theirselves
if ProfileManager.getInstance().get('id') == buddyId
Logger.module("DISCORD").log("cannot spectate yourself!")
return
# fire spectate request
return App.main().then () ->
App.spectateBuddyGame(buddyId)
#
# --- Game Matchmaking ---- #
#
App._error = (errorMessage) ->
Logger.module("APPLICATION").log("App._error", errorMessage)
# always unlock user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if errorMessage?
# if we're in the process of loading the main menu
# show the error dialog and don't go to main menu
# to avoid infinite loop of loading main menu
if App._mainPromise or process.env.NODE_ENV == "local"
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
# otherwise load the main menu and show the error dialog
return App.main().then () ->
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
return App.main()
App._cleanupMatchmakingListeners = ()->
# remove all found game listeners as new ones will be registered when we re-enter matchmaking
GamesManager.getInstance().off("found_game")
# force reject the existing found game promise when we cancel
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel here, we will have a promise that never resolves and thus leaks memory
if App._foundGamePromise?
App._foundGamePromise.cancel()
App._matchmakingStart = () ->
Logger.module("APPLICATION").log("App._matchmakingStart")
App._matchmakingCancel = () ->
Logger.module("APPLICATION").log("App._matchmakingCancel")
App._cleanupMatchmakingListeners()
App._matchmakingError = (errorMessage) ->
Logger.module("APPLICATION").log("App._matchmakingError", errorMessage)
App._cleanupMatchmakingListeners()
return App._error(errorMessage)
App._playerDataFromGameListingData = (gameListingData) ->
myPlayerIsPlayer1 = gameListingData.is_player_1
playerDataModel= new Backbone.Model({
myPlayerIsPlayer1: myPlayerIsPlayer1
myPlayerId: ProfileManager.getInstance().get('id')
myPlayerUsername: ProfileManager.getInstance().get("username")
myPlayerFactionId: gameListingData.faction_id
myPlayerGeneralId: gameListingData.general_id
opponentPlayerId: gameListingData.opponent_id
opponentPlayerUsername: gameListingData.opponent_username
opponentPlayerFactionId: gameListingData.opponent_faction_id
opponentPlayerGeneralId: gameListingData.opponent_general_id
})
if myPlayerIsPlayer1
playerDataModel.set({
player1Id: playerDataModel.get("myPlayerId"),
player1Username: playerDataModel.get("myPlayerUsername"),
player1FactionId: playerDataModel.get("myPlayerFactionId"),
player1GeneralId: playerDataModel.get("myPlayerGeneralId"),
player2Id: playerDataModel.get("opponentPlayerId"),
player2Username: playerDataModel.get("opponentPlayerUsername"),
player2FactionId: playerDataModel.get("opponentPlayerFactionId"),
player2GeneralId: playerDataModel.get("opponentPlayerGeneralId")
})
else
playerDataModel.set({
player1Id: playerDataModel.get("opponentPlayerId"),
player1Username: playerDataModel.get("opponentPlayerUsername"),
player1FactionId: playerDataModel.get("opponentPlayerFactionId"),
player1GeneralId: playerDataModel.get("opponentPlayerGeneralId"),
player2Id: playerDataModel.get("myPlayerId"),
player2Username: playerDataModel.get("myPlayerUsername"),
player2FactionId: playerDataModel.get("myPlayerFactionId"),
player2GeneralId: playerDataModel.get("myPlayerGeneralId")
})
return playerDataModel
App._findingGame = (gameMatchRequestData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._findingGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._findingGame", gameMatchRequestData)
# analytics call
Analytics.page("Finding Game",{ path: "/#finding_game" })
# notify Discord status
if Discord
presence = {
instance: 0
largeImageKey: 'idle'
}
if gameMatchRequestData.gameType == 'ranked'
presence.details = 'In Ranked Queue'
else if gameMatchRequestData.gameType == 'gauntlet'
presence.details = 'In Gauntlet Queue'
else if gameMatchRequestData.gameType == 'rift'
presence.details = 'In Rift Queue'
else
presence.details = 'In Queue'
Discord.updatePresence(presence)
# set the chat presence status to in-queue so your buddies see that you're unreachable
ChatManager.getInstance().setStatus(ChatManager.STATUS_QUEUE)
# add route
NavigationManager.getInstance().addMajorRoute("finding_game", App._findingGame, App, [gameMatchRequestData])
# initialize finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: gameMatchRequestData.gameType, factionId: gameMatchRequestData.factionId, generalId: gameMatchRequestData.generalId})})
# initialize found game promise
gameListingData = null
# load find game assets and show finding game
showFindingGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(gameMatchRequestData.factionId, gameMatchRequestData.generalId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# load my game assets as soon as possible
loadGamePromise = showFindingGamePromise.then () ->
Logger.module("APPLICATION").log("App._findingGame -> showFindingGamePromise DONE")
return PackageManager.getInstance().loadGamePackageWithoutActivation([gameMatchRequestData.factionId])
# save this promise to app object so it can be cancelled in the event of "cancelMatchmaking"
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel this later, we will have a promise that never resolves and thus leaks memory
App._foundGamePromise = new Promise((resolve, reject) ->
# listen for next found game
onFoundGame = (foundGameListingData) ->
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame()", foundGameListingData)
# stop listening
GamesManager.getInstance().off("found_game", onFoundGame)
# store found data
gameListingData = foundGameListingData
showFindingGamePromise.then () ->
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame() App._foundGamePromise RESOLVED")
resolve(foundGameListingData)
GamesManager.getInstance().once("found_game", onFoundGame)
).cancellable()
# wait show finding game and found game, then join found game
return Promise.all([
showFindingGamePromise,
App._foundGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._findingGame -> show found game", gameListingData)
# analytics call
Analytics.page("Found Game",{ path: "/#found_game" })
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData, loadGamePromise)
)
).catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App._findingGame -> promise chain cancelled")
App._resumeGame = (lastGameModel) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._resumeGame -> cannot start game when already in a game!")
return
gameListingData = lastGameModel?.attributes
Logger.module("APPLICATION").log("App._resumeGame", gameListingData)
# analytics call
Analytics.page("Resume Game",{ path: "/#resume_game" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
# get resume game data from game listing data
playerDataModel= App._playerDataFromGameListingData(gameListingData)
# playerDataModel.set("gameModel", lastGameModel)
# initialize resume ui
gameResumeItemView = new ResumeGameItemView({model: playerDataModel})
# initialize continue promise
continueGamePromise = new Promise((resolve, reject) ->
onContinueGame = () ->
stopListeningForContinueGame()
# don't allow user triggered navigation now that user has decided to continue
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
resolve()
onCancelContinueGame = (errorMessage) ->
stopListeningForContinueGame()
# don't try to reconnect to this game again
lastGameModel.set("cancel_reconnect",true)
reject(errorMessage)
stopListeningForContinueGame = () ->
gameResumeItemView.stopListening(gameResumeItemView, "continue", onContinueGame)
gameResumeItemView.stopListening(lastGameModel, "change")
gameResumeItemView.stopListening(NavigationManager.getInstance(), "user_triggered_cancel", onContinueGame)
# listen for continue
gameResumeItemView.listenToOnce(gameResumeItemView, "continue", onContinueGame)
# listen for game over
gameResumeItemView.listenTo(lastGameModel, "change", () ->
if lastGameModel.get("status") == "over" then onCancelContinueGame("Oops... looks like that game is over!")
)
# listen for cancel
gameResumeItemView.listenTo(NavigationManager.getInstance(), EVENTS.user_triggered_cancel, () ->
if !NavigationManager.getInstance().getIsShowingModalView() then onCancelContinueGame()
)
)
# load assets
loadAndShowResumeGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# show UI
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
NavigationManager.getInstance().showContentView(gameResumeItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# wait for load, show resume game, and click continue, then join in progress game
Promise.all([
loadAndShowResumeGamePromise,
continueGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._resumeGame -> joining game")
# join found game
return App._joinGame(gameListingData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
# only return show promise
return loadAndShowResumeGamePromise
#
# --- Single Player ---- #
#
App._startSinglePlayerGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId, aiDifficulty, aiNumRandomCards) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startSinglePlayerGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startSinglePlayerGame")
# analytics call
Analytics.page("Single Player Game",{ path: "/#single_player" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request single player game
App._singlePlayerGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/single_player',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
hasPremiumBattleMaps: InventoryManager.getInstance().hasAnyBattleMapCosmetics(),
ai_general_id: aiGeneralId,
ai_difficulty: aiDifficulty,
ai_num_random_cards: aiNumRandomCards,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
).cancellable()
# init finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: SDK.GameType.SinglePlayer})})
findingGameItemView.listenTo(findingGameItemView, "destroy", App._cancelSinglePlayer)
# show ui
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(myPlayerFactionId, myPlayerGeneralId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
# when we have single player game data
return App._singlePlayerGamePromise?.then((gameListingData) ->
App._singlePlayerGamePromise = null
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
NavigationManager.getInstance().destroyNonContentViews(),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData)
)
)
).catch(Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App:_startSinglePlayerGame -> promise chain cancelled")
).catch((errorMessage) ->
return App._error(if errorMessage? then "Failed to start single player game: " + errorMessage)
)
App._cancelSinglePlayer = () ->
if App._singlePlayerGamePromise?
App._singlePlayerGamePromise.cancel()
App._singlePlayerGamePromise = null
App._startBossBattleGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startBossBattleGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startBossBattleGame")
# analytics call
Analytics.page("Boss Battle Game",{ path: "/#boss_battle" })
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request boss battle game
bossBattleGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/boss_battle',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
ai_general_id: aiGeneralId,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
)
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return Promise.all([
bossBattleGamePromise,
ui_promise
]).spread (gameListingData) ->
return App._joinGame(gameListingData)
.catch (errorMessage) ->
return App._error(if errorMessage? then "Failed to start boss battle: " + errorMessage)
#
# --- Replays ---- #
#
App._startGameForReplay = (replayData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameForReplay -> cannot start game when already in a game!")
return
userId = replayData.userId
gameId = replayData.gameId
replayId = replayData.replayId
promotedDivisionName = replayData.promotedDivisionName
# check for invalid replay data
if !replayId?
if !gameId?
throw new Error("Cannot replay game without game id!")
if !userId? and !promotedDivisionName?
throw new Error("Cannot replay game without user id or division name!")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# show loading
return NavigationManager.getInstance().showDialogForLoad()
.bind {}
.then () ->
# load replay data
if replayId?
url = "#{process.env.API_URL}/replays/#{replayId}"
else if promotedDivisionName?
url = "#{process.env.API_URL}/api/me/games/watchable/#{promotedDivisionName}/#{gameId}/replay_data?playerId=#{userId}"
else
url = "#{process.env.API_URL}/api/users/#{userId}/games/#{gameId}/replay_data"
return new Promise (resolve, reject) ->
request = $.ajax({
url: url ,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response)->
resolve(response)
.fail (response)->
reject(new Error("Error downloading replay data: #{response?.responseJSON?.message}"))
.then (replayResponseData) ->
@.replayResponseData = replayResponseData
gameSessionData = replayResponseData.gameSessionData
gameUIData = replayResponseData.mouseUIData
replayData = replayResponseData.replayData
# validate data
gameSetupData = gameSessionData?.gameSetupData
if !gameSetupData?
throw new Error("ReplayEngine -> loaded game does not have valid replay data!")
# store data
@_loadedGameSessionData = gameSessionData
@_loadedGameUIEventData = gameUIData
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameSetupData.players[0].factionId
gameSetupData.players[1].factionId
])
.then () ->
# create new game instance but don't deserialize from existing data
SDK.GameSession.reset()
if userId? # if we explicity requested to spectate a user perspective
SDK.GameSession.getInstance().setUserId(userId)
else if @.replayResponseData?.replayData # check if the server response includes a shared replay record so we can use that to determine who to spectate
SDK.GameSession.getInstance().setUserId(@.replayResponseData?.replayData.user_id)
else # ultimately spectate player 1 if nothing provided
SDK.GameSession.getInstance().setUserId(@_loadedGameSessionData.players[0].playerId)
SDK.GameSession.getInstance().setGameType(@_loadedGameSessionData.gameType)
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false)
SDK.GameSession.getInstance().setIsSpectateMode(true)
SDK.GameSession.getInstance().setIsReplay(true)
# setup GameSession from replay data
SDK.GameSetup.setupNewSessionFromExistingSessionData(SDK.GameSession.getInstance(), @_loadedGameSessionData)
return App._startGame()
.then () ->
# start watching replay
ReplayEngine.getInstance().watchReplay(@_loadedGameSessionData, @_loadedGameUIEventData)
.catch (errorMessage) ->
ReplayEngine.getInstance().stopCurrentReplay()
return App._error(errorMessage)
#
# --- Game Connecting ---- #
#
App._unsubscribeFromJoinGameEvents = () ->
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.join_game)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_failed)
App._subscribeToJoinGameEventsPromise = () ->
App._unsubscribeFromJoinGameEvents()
return new Promise((resolve, reject) ->
# wait for join_game event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.join_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.spectate_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
# wait for reconnect_failed event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.reconnect_failed, () ->
# reject and cancel reconnect
reject("Reconnect failed!")
)
).finally(() ->
# reset join game listeners
App._unsubscribeFromJoinGameEvents()
)
App._joinGame = (gameListingData, loadMyGameResourcesPromise, loadOpponentGameResourcesPromise) ->
Logger.module("APPLICATION").log("App._joinGame", gameListingData)
# load my resources for game
loadMyGameResourcesPromise ?= PackageManager.getInstance().loadGamePackageWithoutActivation([gameListingData["faction_id"]])
# load opponent resources for game
loadOpponentGameResourcesPromise ?= PackageManager.getInstance().loadMinorPackage(PKGS.getFactionGamePkgIdentifier(gameListingData["opponent_faction_id"]), null, "game")
return Promise.all([
loadMyGameResourcesPromise,
loadOpponentGameResourcesPromise
]).then(() ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], ProfileManager.getInstance().get('id'), gameListingData["game_server"])
return joinGamePromise.then((gameSessionData) ->
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
)
App._onReconnectToGame = (gameId) ->
Logger.module("APPLICATION").log("App._onReconnectToGame", gameId)
# destroy the current game
App.cleanupGame()
# start listening to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# blur the view in engine
Scene.getInstance().getFX().requestBlurScreen(App._screenBlurId)
return Promise.all([
# show user we're reconnecting
NavigationManager.getInstance().showContentView(new ReconnectToGameItemView()),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
return joinGamePromise.then((gameSessionData) ->
# start game
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
).finally(() ->
App.cleanupReconnectToGame()
)
)
App.cleanupReconnectToGame = () ->
# unsubscribe from events
App._unsubscribeFromJoinGameEvents()
# unblur screen
Scene.getInstance().getFX().requestUnblurScreen(App._screenBlurId)
#
# --- Game Events ---- #
#
App._onNetworkGameEvent = (eventData) ->
if (eventData.type == EVENTS.step)
Logger.module("APPLICATION").log("App._onNetworkGameEvent -> step", eventData)
# step event
if eventData.step?
# deserialize step
sdkStep = SDK.GameSession.getInstance().deserializeStepFromFirebase(eventData.step)
# if we are spectating, and connected in the middle of a followup (so we don't have a snapshot), error out to main menu in the event of a rollback since we have nothing to roll back to
if (SDK.GameSession.getInstance().getIsSpectateMode() and sdkStep.getAction() instanceof SDK.RollbackToSnapshotAction and !SDK.GameSession.getInstance().getRollbackSnapshotData())
return App._error("You fell out of sync. Please try to spectate again to sync up.")
# mark step as transmitted
sdkStep.setTransmitted(true)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(sdkStep)
if sdkStep.getAction()
AnalyticsTracker.sendAnalyticsForExplicitAction(sdkStep.getAction())
else if (eventData.type == EVENTS.invalid_action)
if eventData.playerId == SDK.GameSession.getInstance().getMyPlayerId()
if eventData.desync
# player is out of sync with server
# force them to reconnect to game
Analytics.track("player desync", {category:Analytics.EventCategory.Debug}, {nonInteraction:1})
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
else
# player isn't out of sync but may need to know their action was invalid
# this may happen if a player attempts to submit actions after their turn is over
SDK.GameSession.getInstance().onAuthoritativeInvalidAction(eventData)
else if (eventData.type == EVENTS.network_game_hover)
Scene.getInstance().getGameLayer()?.onNetworkHover(eventData)
else if (eventData.type == EVENTS.network_game_select)
Scene.getInstance().getGameLayer()?.onNetworkSelect(eventData)
else if (eventData.type == EVENTS.network_game_mouse_clear)
Scene.getInstance().getGameLayer()?.onNetworkMouseClear(eventData)
else if (eventData.type == EVENTS.turn_time)
# if we are behind in step count for some reason from the server step counter
if (!SDK.GameSession.getInstance().getIsSpectateMode() and eventData.stepCount > SDK.GameSession.getInstance().getStepCount())
# we're going to start a pseudo-timeout to reload the game
Logger.module("APPLICATION").warn("App._onNetworkGameEvent -> seems like game session is behind server step count")
# if we haven't already detected a potential desync state and recorded the moment it started
if not App._gameDesyncStartedAt
# record the moment the suspected desync started
App._gameDesyncStartedAt = moment.utc()
# otherwise if we suspect a desync state is already in progress and we have the time it started, see if it's been more than 10s
else if moment.duration(moment.utc() - App._gameDesyncStartedAt).asSeconds() > 10.0
# if it's been more than 10s in a desync state, fire off the error state
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
App._gameDesyncStartedAt = null
return
else
# if we're up to date with our step count, just clear out any suspected desync starting point
App._gameDesyncStartedAt = null
# the game session emits events from here that inform UI etc.
SDK.GameSession.getInstance().setTurnTimeRemaining(eventData.time)
else if (eventData.type == EVENTS.show_emote)
EventBus.getInstance().trigger(EVENTS.show_emote, eventData)
App._onOpponentConnectionStatusChanged = (eventData) ->
# when opponent disconnects, force mouse clear
if !SDK.NetworkManager.getInstance().isOpponentConnected
Scene.getInstance().getGameLayer()?.onNetworkMouseClear({type:EVENTS.network_game_mouse_clear, timestamp: Date.now()})
App._onNetworkGameError = (errorData) ->
return App._error(JSON.stringify(errorData))
App._onGameServerShutdown = (errorData) ->
if errorData.ip
ip = errorData.ip
lastGameModel = GamesManager.getInstance().playerGames.first()
lastGameModel.set('gameServer',ip)
# reconnect
SDK.NetworkManager.getInstance().reconnect(ip)
# show reconnecting
return App._onReconnectToGame()
else
return App._error("Game server error, no ip!")
#
# --- Game Setup ---- #
#
App._startGameWithChallenge = (challenge) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameWithChallenge -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App:_startGameWithChallenge")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
if not challenge instanceof SDK.ChallengeRemote
# mark challenge as attempted
ProgressionManager.getInstance().markChallengeAsAttemptedWithType(challenge.type);
# challenge handles setting up game session
SDK.GameSession.reset()
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
challenge.setupSession(SDK.GameSession.getInstance())
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return ui_promise.then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([
SDK.GameSession.getInstance().getGeneralForPlayer1().getFactionId(),
SDK.GameSession.getInstance().getGeneralForPlayer2().getFactionId()
], [
"tutorial",
PKGS.getChallengePkgIdentifier(SDK.GameSession.getInstance().getChallenge().getType())
])
.then () ->
return App._startGame()
.catch (errorMessage) ->
return App._error(errorMessage)
App._startGameWithData = (sessionData) ->
Logger.module("APPLICATION").log("App._startGameWithData", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
App._startGame = () ->
gameSession = SDK.GameSession.getInstance()
Logger.module("APPLICATION").log("App:_startGame", gameSession.getStatus())
if gameSession.getIsSpectateMode()
ChatManager.getInstance().setStatus(ChatManager.STATUS_WATCHING)
else if gameSession.isChallenge()
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
else
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
NotificationsManager.getInstance().dismissNotificationsThatCantBeShown()
if Discord
getFactionImage = (factionId, opponent = false) ->
s = {key: '', text: ''}
switch factionId
when 1 then s = {key: 'f1', text: 'Lyonar'}
when 2 then s = {key: 'f2', text: 'Songhai'}
when 3 then s = {key: 'f3', text: 'Vetruvian'}
when 4 then s = {key: 'f4', text: 'Abyssian'}
when 5 then s = {key: 'f5', text: 'Magmar'}
when 6 then s = {key: 'f6', text: 'Vanar'}
else s = {key: 'neutral', text: 'Neutral'}
if opponent
s.key += '_small'
return s
opponentName = SDK.GameSession.getInstance().getOpponentPlayer().getUsername()
opponentFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getOpponentPlayer()).factionId
opponentFactionImage = getFactionImage(opponentFaction, true)
playerName = SDK.GameSession.getInstance().getMyPlayer().getUsername()
playerId = SDK.GameSession.getInstance().getMyPlayerId()
playerRank = GamesManager.getInstance().getCurrentRank()
playerFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getMyPlayer()).factionId
playerFactionImage = getFactionImage(playerFaction, false)
presence = {
startTimestamp: Math.floor((new Date).getTime()/1000),
instance: 1
largeImageKey: playerFactionImage.key
largeImageText: playerFactionImage.text
smallImageKey: opponentFactionImage.key
smallImageText: opponentFactionImage.text
}
if gameSession.getIsSpectateMode()
if gameSession.getIsReplay()
presence.details = "Watching: #{playerName} vs. #{opponentName} replay"
presence.state = "Spectating"
else
presence.details = "Watching: #{playerName} vs. #{opponentName} live"
presence.state = "Spectating"
else if gameSession.isRanked()
presence.details = "Ranked: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isGauntlet()
presence.details = "Gauntlet: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isRift()
presence.details = "Rift: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isFriendly()
presence.details = "Friendly: vs. #{opponentName}"
presence.state = "In Game"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isBossBattle()
presence.details = "Boss Battle: vs. #{opponentName}"
presence.state = "Playing Solo"
else if gameSession.isSinglePlayer() || gameSession.isSandbox() || gameSession.isChallenge()
presence.state = "Playing Solo"
Discord.updatePresence(presence)
# analytics call
Analytics.page("Game",{ path: "/#game" })
# reset routes as soon as we lock into a game
NavigationManager.getInstance().resetRoutes()
# record last game data
CONFIG.resetLastGameData()
CONFIG.lastGameType = gameSession.getGameType()
CONFIG.lastGameWasSpectate = gameSession.getIsSpectateMode()
CONFIG.lastGameWasTutorial = gameSession.isTutorial()
CONFIG.lastGameWasDeveloper = UtilsEnv.getIsInDevelopment() && gameSession.getIsDeveloperMode()
CONFIG.lastGameWasDailyChallenge = gameSession.isDailyChallenge()
# listen to game network events
App._subscribeToGameNetworkEvents()
# get game UI view class
challenge = gameSession.getChallenge()
if challenge? and !(challenge instanceof SDK.Sandbox)
gameUIViewClass = TutorialLayout
else
gameUIViewClass = GameLayout
# load resources for game session
load_promises = [
# load battlemap assets required for game
PackageManager.getInstance().loadMinorPackage(PKGS.getBattleMapPkgIdentifier(gameSession.getBattleMapTemplate().getMap()), null, "game")
]
# load all cards in my player's hand
preloaded_package_ids = []
for cardIndex in gameSession.getMyPlayer().getDeck().getHand()
card = gameSession.getCardByIndex(cardIndex)
if card?
# get unique id for card preload
card_id = card.id
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, PKGS.getPkgForIdentifier(card_pkg_id), "game"))
# load all cards and modifiers on board
for card in gameSession.getBoard().getCards(null, allowUntargetable=true)
# get unique id for card preload
card_id = card.getId()
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_resources_pkg = PKGS.getPkgForIdentifier(card_pkg_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
# include signature card resources
if card instanceof SDK.Entity and card.getWasGeneral()
referenceSignatureCard = card.getReferenceSignatureCard()
if referenceSignatureCard?
signature_card_id = referenceSignatureCard.getId()
signature_card_pkg_id = PKGS.getCardGamePkgIdentifier(signature_card_id)
signature_card_resources_pkg = PKGS.getPkgForIdentifier(signature_card_pkg_id)
card_resources_pkg = [].concat(card_resources_pkg, signature_card_resources_pkg)
# load card resources
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, card_resources_pkg, "game"))
# modifiers
for modifier in card.getModifiers()
if modifier?
# get unique id for modifier preload
modifier_type = modifier.getType()
modifier_preload_package_id = modifier_type + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(modifier_preload_package_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(modifier_preload_package_id, PKGS.getPkgForIdentifier(modifier_type), "game"))
# load artifact card if modifier is applied by an artifact
if modifier.getIsFromArtifact()
artifact_card = modifier.getSourceCard()
if artifact_card?
# get unique id for artifact card preload
artifact_card_id = artifact_card.getId()
artifact_card_pkg_id = PKGS.getCardInspectPkgIdentifier(artifact_card_id)
artifact_card_preload_pkg_id = artifact_card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(artifact_card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(artifact_card_preload_pkg_id, PKGS.getPkgForIdentifier(artifact_card_pkg_id), "game"))
return Promise.all(load_promises).then(() ->
# destroy all views/layers
return NavigationManager.getInstance().destroyAllViewsAndLayers()
).then(() ->
return PackageManager.getInstance().activateGamePackage()
).then(() ->
# show game and ui
overlay_promise = Scene.getInstance().destroyOverlay()
game_promise = Scene.getInstance().showGame()
content_promise = NavigationManager.getInstance().showContentView(new gameUIViewClass({challenge: challenge}))
utility_promise = NavigationManager.getInstance().showUtilityView(new UtilityGameMenuItemView({model: ProfileManager.getInstance().profile}))
# listen to game local events
App._subscribeToGameLocalEvents()
# wait for game to show as active (not status active) then unload all preloaded packages
scene = Scene.getInstance()
gameLayer = scene? && scene.getGameLayer()
if !gameLayer? or gameLayer.getStatus() == GameLayer.STATUS.ACTIVE
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
else
onActiveGame = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
onTerminate = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
gameLayer.getEventBus().on(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().on(EVENTS.terminate, onTerminate)
return Promise.all([
overlay_promise,
game_promise,
content_promise,
utility_promise
])
).then(() ->
# enable user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
)
########
App.onAfterShowEndTurn = () ->
Logger.module("APPLICATION").log "App:onAfterShowEndTurn"
# if we're playing in sandbox mode, we need to let the player play both sides so we swap players here
if SDK.GameSession.getInstance().isSandbox()
# swap test user id
player1 = SDK.GameSession.getInstance().getPlayer1()
player2 = SDK.GameSession.getInstance().getPlayer2()
if player1.getIsCurrentPlayer() then SDK.GameSession.getInstance().setUserId(player1.getPlayerId()) else SDK.GameSession.getInstance().setUserId(player2.getPlayerId())
#
# --- Game Cleanup ---- #
#
App.cleanupGame = () ->
Logger.module("APPLICATION").log "App.cleanupGame"
# cleanup reconnect
App.cleanupReconnectToGame()
# cleanup events
App.cleanupGameEvents()
# terminate the game layer
Scene.getInstance().getGameLayer()?.terminate()
# reset the current instance of the game session
SDK.GameSession.reset()
App.cleanupGameEvents = () ->
Logger.module("APPLICATION").log "App.cleanupGameEvents"
# cleanup events
App._unsubscribeFromGameLocalEvents()
App._unsubscribeFromGameNetworkEvents()
#
# --- Game Over Views ---- #
#
App._onGameOver = () ->
Logger.module("APPLICATION").log "App:_onGameOver"
# start loading data as soon as game is over, don't wait for animations
App._startLoadingGameOverData()
# disconnect from game room on network side
# defer it until the call stack clears so any actions that caused the game to be over get broadcast during the current JS tick
_.defer () ->
SDK.NetworkManager.getInstance().disconnect()
#
# --- Game Turn Over---- #
#
App._onEndTurn = (e) ->
AnalyticsTracker.sendAnalyticsForCompletedTurn(e.turn)
###*
# This method de-registers all game listeners and initiates the game over screen flow. For visual sequencing purposes, it fires when it recieves an event that all game actions are done showing in the game layer.
# @public
###
App.onShowGameOver = () ->
Logger.module("APPLICATION").log "App:onShowGameOver"
# analytics call
Analytics.page("Game Over",{ path: "/#game_over" })
App.cleanupGameEvents()
App.showVictoryWhenGameDataReady()
###*
# Load progression, rank, etc... data after a game is over.
# @private
###
App._startLoadingGameOverData = ()->
# for specated games, don't load any data
if SDK.GameSession.current().getIsSpectateMode()
App._gameOverDataThenable = Promise.resolve([null,[]])
return
# resolve when the last game is confirmed as "over"
whenGameJobsProcessedAsync = new Promise (resolve,reject)->
isGameReady = (gameAttrs,jobAttrs)->
# if game is not over yet, the rest of the data is not valid
if gameAttrs.status != SDK.GameStatus.over
return false
switch gameAttrs.game_type
when SDK.GameType.Friendly
return isFriendlyGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Ranked
return isRankedGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Casual
return isCasualGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Gauntlet
return isGauntletGameReady(gameAttrs,jobAttrs)
when SDK.GameType.SinglePlayer
return isSinglePlayerGameReady(gameAttrs,jobAttrs)
when SDK.GameType.BossBattle
return isBossBattleGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Rift
return isRiftGameReady(gameAttrs,jobAttrs)
else
return Promise.resolve()
isFriendlyGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.quests and jobAttrs.faction_progression
else
return true
isRankedGameReady = (gameAttrs,jobAttrs)->
doneProcessing = false
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rank and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
doneProcessing = (jobAttrs.rank)
# if we're in diamond or above, wait for ladder, othwerwise don't since it's not guaranteed to process
if GamesManager.getInstance().getCurrentRank() <= SDK.RankDivisionLookup.Diamond
doneProcessing = doneProcessing and jobAttrs.ladder
return doneProcessing
isCasualGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return true
isGauntletGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.gauntlet and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return jobAttrs.gauntlet
isSinglePlayerGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isBossBattleGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_winner
return (jobAttrs.progression and jobAttrs.cosmetic_chests and jobAttrs.faction_progression)
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isRiftGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rift and jobAttrs.quests)
else
doneProcessing = (jobAttrs.rift)
gameSession = SDK.GameSession.getInstance()
lastGameModel = GamesManager.getInstance().playerGames.first()
if lastGameModel? and SDK.GameType.isNetworkGameType(gameSession.getGameType())
# lastGameModel.onSyncOrReady().then ()->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
resolve([lastGameModel,null])
else
lastGameModel.on "change", () ->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
lastGameModel.off "change"
resolve([lastGameModel,null])
else if gameSession.isChallenge()
challengeId = gameSession.getChallenge().type
if gameSession.getChallenge() instanceof SDK.ChallengeRemote and gameSession.getChallenge().isDaily
# Don't process daily challenges run by qa tool
if gameSession.getChallenge()._generatedForQA
resolve([null,null])
else
ProgressionManager.getInstance().completeDailyChallenge(challengeId).then (challengeData)->
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
ProgressionManager.getInstance().completeChallengeWithType(challengeId).then (challengeData)->
NewPlayerManager.getInstance().setHasSeenBloodbornSpellInfo()
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
resolve([null, null])
App._gameOverDataThenable = whenGameJobsProcessedAsync
.bind {}
.spread (userGameModel,challengeModel)->
@.userGameModel = userGameModel
@.challengeModel = challengeModel
rewardIds = []
gameSession = SDK.GameSession.getInstance()
# Send game based analytics
AnalyticsTracker.submitGameOverAnalytics(gameSession,userGameModel)
# Mark first game of type completions
if gameSession.isRanked()
NewPlayerManager.getInstance().setHasPlayedRanked(userGameModel)
if gameSession.isSinglePlayer()
NewPlayerManager.getInstance().setHasPlayedSinglePlayer(userGameModel)
if @.userGameModel?.get('rewards')
for rewardId,val of @.userGameModel.get('rewards')
rewardIds.push rewardId
if @.challengeModel?.get('reward_ids')
for rewardId in @.challengeModel.get('reward_ids')
rewardIds.push rewardId
return rewardIds
.then (rewardIds)->
allPromises = []
if rewardIds?
for rewardId in rewardIds
rewardModel = new DuelystBackbone.Model()
rewardModel.url = process.env.API_URL + "/api/me/rewards/#{rewardId}"
rewardModel.fetch()
allPromises.push rewardModel.onSyncOrReady()
return Promise.all(allPromises)
.then (allRewardModels)->
@.rewardModels = allRewardModels
# if we're not done with core progression
if not NewPlayerManager.getInstance().isCoreProgressionDone()
return NewPlayerManager.getInstance().updateCoreState()
else
return Promise.resolve()
.then (newPlayerProgressionData)->
if newPlayerProgressionData?.quests
@.newBeginnerQuestsCollection = new Backbone.Collection(newPlayerProgressionData?.quests)
else
@.newBeginnerQuestsCollection = new Backbone.Collection()
.then ()->
# if we're at a stage where we should start generating daily quests, request them in case any of the quest slots opened up
if NewPlayerManager.getInstance().shouldStartGeneratingDailyQuests()
return QuestsManager.getInstance().requestNewDailyQuests()
else
return Promise.resolve()
.then ()->
return Promise.all([@.userGameModel,@.rewardModels,@.newBeginnerQuestsCollection])
# don't wait more than ~10 seconds
.timeout(10000)
###*
# Shows the victory screen after a game is over, all data is loaded, and assets for victory screen are allocated.
# @public
###
App.showVictoryWhenGameDataReady = () ->
# show activity dialog
NavigationManager.getInstance().showDialogView(new ActivityDialogItemView());
# resolve when post game assets are done loading
return PackageManager.getInstance().loadMinorPackage("postgame")
.then ()->
return App._gameOverDataThenable
.spread (userGameModel,rewardModels,newBeginnerQuestsCollection)->
if not rewardModels
throw new Error()
# destroy dialog
NavigationManager.getInstance().destroyDialogView()
# terminate game layer as we no longer need it to be active
Scene.getInstance().getGameLayer()?.terminate()
# show victory
App.showVictory(userGameModel,rewardModels,newBeginnerQuestsCollection)
.catch Promise.TimeoutError, (e) ->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error("We're experiencing some delays in processing your game. Don't worry, you can keep playing and you'll receive credit shortly.")
.catch (e)->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error(e.message)
###*
# Shows the victory screen after a game is over.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
# @param {Backbone.Collection} newBeginnerQuestsCollection Collection of new beginner quests as of game completion
###
App.showVictory = (userGameModel,rewardModels,newBeginnerQuestsCollection) ->
Logger.module("APPLICATION").log "App:showVictory"
if not SDK.GameSession.getInstance().getIsSpectateMode() and SDK.GameType.isNetworkGameType(SDK.GameSession.getInstance().getGameType())
faction_id = userGameModel.get('faction_id')
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
faction_level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned)
faction_prog_reward = SDK.FactionProgression.rewardDataForLevel(faction_id,faction_level)
if SDK.FactionProgression.hasLeveledUp(faction_xp + faction_xp_earned, faction_xp_earned) and faction_prog_reward
App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
else
# local games
if SDK.GameSession.getInstance().isChallenge()
# for challenges
App.addNextScreenCallbackToVictoryFlow(rewardModels);
userGameModel ?= new Backbone.Model({})
return Promise.all([
Scene.getInstance().showOverlay(new VictoryLayer())
NavigationManager.getInstance().showContentView(new VictoryItemView({model:userGameModel || new Backbone.Model({})}))
])
###*
# Shows the next screen in the victory order: rank, quests, rewards etc.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
###
App.addNextScreenCallbackToVictoryFlow = (rewardModels) ->
Logger.module("APPLICATION").log "App:addNextScreenCallbackToVictoryFlow"
# # if we have any faction progression rewards, show those first
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,rewardModels))
# if we have any quest rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showQuestsCompleted.bind(App,rewardModels))
# if we have any progression rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showWinCounterReward.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# if we have any ribbon rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showNextRibbonReward.bind(App,rewardModels))
# # if we have any gift crate rewards, show those next
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showGiftCrateReward.bind(App,rewardModels))
# if we have any cosmetic loot crate rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showLootCrateReward.bind(App,rewardModels))
# if we have any faction unlocks, show those next
factionUnlockedReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction unlock" and rewardModel.get('is_unread'))
if factionUnlockedReward
return App.setCallbackWhenCancel(App.showUnlockedFaction.bind(App,factionUnlockedReward.get('unlocked_faction_id')))
# if we are doing a tutorial, kick us back to the tutorial screen, unless it's the last lesson: LessonFour, in which case, move along with normal flow (kicks to main menu)
if SDK.GameSession.getInstance().getChallenge()?.categoryType == SDK.ChallengeCategory.tutorial.type
# for tutorial go show tutorial layout
if SDK.GameSession.getInstance().getChallenge().type != "LessonFour"
return App.setCallbackWhenCancel(App._showTutorialLessons.bind(App,SDK.GameSession.getInstance().getChallenge()))
###*
# Show unlocked faction screen.
# @public
# @param {String|Number} factionId
# @returns {Promise}
###
App.showUnlockedFaction = (factionId) ->
Logger.module("APPLICATION").log("App:showUnlockedFaction", factionId)
unlockFactionLayer = new UnlockFactionLayer(factionId)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(unlockFactionLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == unlockFactionLayer
unlockFactionLayer.animateReward()
.catch (error) ->
App._error(error)
###*
# Show ribbon reward screen if there are any unread ribbon reward models.
# @public
# @param {Array} rewardModels the reward models array.
###
App.showNextRibbonReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showNextRibbonReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
nextReward.set('is_unread',false)
ribbonId = nextReward.get("ribbons")?[0]
if ribbonId?
ribbonObject = SDK.RibbonFactory.ribbonForIdentifier(ribbonId)
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons([ribbonId], "You've earned the #{ribbonObject.title} ribbon.", "Ribbons show on your profile for performing in battle with distinction.")
else
Logger.module("APPLICATION").log "ERROR: ribbonId is undefined for reward #{nextReward.get("id")}"
###*
# Show progression reward screen.
# @public
# @param {Backbone.Model} rewardModel progression reward model.
###
App.showProgressReward = (rewardModel) ->
Logger.module("APPLICATION").log "App:showProgressReward"
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
if rewardModel.get("cards")
# cards
cardIds = rewardModel.get("cards")
if rewardModel.get("_showStack")
cardIds = [cardIds[0]]
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardCards(cardIds, rewardModel.get("_showStack"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetics")
# NOTE: only emotes and battle maps will work for this case
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
if SDK.CosmeticsFactory.cosmeticForIdentifier(rewardModel.get("cosmetics")[0]).typeId == SDK.CosmeticsTypeLookup.BattleMap
progressionRewardLayer.showRewardBattleMaps(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
progressionRewardLayer.showRewardEmotes(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gift_chests")
CrateManager.getInstance().refreshGiftCrates()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(rewardModel.get("gift_chests"),rewardModel.get("_title"),rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetic_keys")
# cosmetic keys
cosmeticKeyRewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(cosmeticKeyRewardLayer)
cosmeticKeyRewardLayer.animateReward(rewardModel.get("cosmetic_keys"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("ribbons")
# ribbons
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons(rewardModel.get("ribbons"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit")
# spirit
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("spirit", rewardModel.get("spirit"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gold")
# gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("gold", rewardModel.get("gold"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit_orbs")
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"), rewardModel.get("spirit_orbs"))
else if rewardModel.get("gauntlet_tickets")
# gauntlet ticket
gauntletTicketRewardLayer = new GauntletTicketRewardLayer()
Scene.getInstance().showOverlay(gauntletTicketRewardLayer)
gauntletTicketRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
Logger.module("APPLICATION").log("Application->showProgressReward: Attempt to show reward model without valid reward")
###*
# Show achievement reward screen if there are any unread ones.
# @public
###
App.showAchievementCompletions = () ->
if !AchievementsManager.getInstance().hasUnreadCompletedAchievements()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showAchievementCompletions"
completedAchievementModel = AchievementsManager.getInstance().popNextUnreadAchievementModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(completedAchievementModel)
).then () ->
return App.showAchievementCompletions()
###*
# Show twitch reward screen if there are any unread ones.
# @public
###
App.showTwitchRewards = () ->
if !TwitchManager.getInstance().hasUnclaimedTwitchRewards()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showTwitchRewards"
twitchRewardModel = TwitchManager.getInstance().popNextUnclaimedTwitchRewardModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(twitchRewardModel)
).then () ->
return App.showTwitchRewards()
###*
# Show season rewards screen if the player has an unread season rewards set.
# @public
###
App.showEndOfSeasonRewards = () ->
gamesManager = GamesManager.getInstance()
if gamesManager.hasUnreadSeasonReward()
return new Promise( (resolve, reject) ->
locResolve = resolve
# get data
seasonModel = gamesManager.getSeasonsWithUnclaimedRewards()[0]
bonusChevrons = SDK.RankFactory.chevronsRewardedForReachingRank(seasonModel.get("top_rank")? || 30)
seasonRewardIds = seasonModel.get("reward_ids")
if bonusChevrons == 0
# If there is no rewards we exit here
locResolve()
else
Logger.module("APPLICATION").log "App:showEndOfSeasonRewards"
endOfSeasonLayer = new EndOfSeasonLayer(seasonModel)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(endOfSeasonLayer)
])
.then () ->
App.setCallbackWhenCancel(() ->
Scene.getInstance().destroyOverlay()
locResolve()
)
if Scene.getInstance().getOverlay() == endOfSeasonLayer
return endOfSeasonLayer.animateReward()
.catch (error) ->
Logger.module("APPLICATION").log("App.showEndOfSeasonRewards error: ", error)
locResolve()
)
else
return Promise.resolve()
App.showTutorialRewards = (rewardModels) ->
Logger.module("APPLICATION").log "App:showTutorialRewards"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
nextReward = nextReward || _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
if (nextReward.get("unlocked_faction_id"))
App.showUnlockedFaction(nextReward.get("unlocked_faction_id"))
else
App.showProgressReward(nextReward)
App.showLadderProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showLadderProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
ladderProgressLayer = new LadderProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(ladderProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == ladderProgressLayer
return ladderProgressLayer.showLadderProgress(userGameModel)
.catch (error) ->
App._error("App.showLadderProgress error: ", error)
App.showRiftProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showRiftProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
riftProgressLayer = new RiftProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(riftProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == riftProgressLayer
return riftProgressLayer.showRiftProgress(userGameModel)
.catch (error) ->
App._error("App.showRiftProgress error: ", error)
App.showQuestsCompleted = (rewardModels) ->
Logger.module("APPLICATION").log "App:showQuestsCompleted"
nextQuestReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
nextQuestReward.set('is_unread',false)
sdkQuest = SDK.QuestFactory.questForIdentifier(nextQuestReward.get('quest_type_id'))
questName = sdkQuest.getName()
gold = nextQuestReward.get("gold")
spiritOrbs = nextQuestReward.get("spirit_orbs")
giftChests = null
cosmeticKeys = null
if sdkQuest.giftChests?.length > 0
giftChests = sdkQuest.giftChests
if sdkQuest.cosmeticKeys?.length > 0
cosmeticKeys = sdkQuest.cosmeticKeys
# track an event in analytics
Analytics.track("quest complete", {
category: Analytics.EventCategory.Quest,
quest_type_id: nextQuestReward.get('quest_type_id'),
gold_amount:nextQuestReward.get("gold") || 0
},{
labelKey:"quest_type_id"
valueKey:"gold_amount"
nonInteraction:1
})
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show quest reward
NavigationManager.getInstance().destroyContentView()
if gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward(
"gold",
gold,
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{gold} GOLD for completing #{questName}",
"Quest Complete"
)
else if spiritOrbs
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{spiritOrbs} SPIRIT ORBS for completing #{questName}"
)
else if giftChests
Analytics.track("earned gift crate", {
category: Analytics.EventCategory.Crate,
product_id: giftChests[0]
}, {
labelKey: "product_id"
})
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(giftChests, null, i18next.t("rewards.quest_reward_gift_crate_title",{quest_name:questName}))
CrateManager.getInstance().refreshGiftCrates()
else if cosmeticKeys
Analytics.track("earned cosmetic key", {
category: Analytics.EventCategory.Crate,
product_id: cosmeticKeys[0]
}, {
labelKey: "product_id"
})
NavigationManager.getInstance().destroyContentView()
rewardLayer = new CosmeticKeyRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showRewardKeys(cosmeticKeys, null, "FREE Cosmetic Crate Key for completing the #{questName} quest")
CrateManager.getInstance().refreshGiftCrates()
# Outdated name, really shows all progression rewards
App.showWinCounterReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showWinCounterReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
# Scene.getInstance().showOverlay(currencyRewardLayer) # TODO: merge How does this even work?
rewardView = null
switch nextReward.get("reward_type")
when "win count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
message = i18next.t("rewards.3_win_gold_reward_message",{gold_amount:goldAmount})
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.3_win_gold_reward_title"),
message
)
when "play count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.4_play_gold_reward_title"),
i18next.t("rewards.4_play_gold_reward_message",{gold_amount:goldAmount})
)
when "daily win"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_win_of_the_day_reward_title"),
i18next.t("rewards.first_win_of_the_day_reward_message",{gold_amount:goldAmount})
)
when "first 3 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_3_games_reward_title"),
i18next.t("rewards.first_3_games_reward_message",{gold_amount:goldAmount})
)
when "first 10 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_10_games_reward_title"),
i18next.t("rewards.first_10_games_reward_message",{gold_amount:goldAmount})
)
when "boss battle"
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
cardSetId = nextReward.get("spirit_orbs")
boosterRewardLayer.animateReward(
i18next.t("rewards.boss_defeated_reward_title"),
i18next.t("rewards.boss_defeated_reward_message"),
SDK.CardSet.Core
)
App.showLootCrateReward = (rewardModels)->
Logger.module("APPLICATION").log "App:showLootCrateReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
Analytics.track("earned cosmetic crate", {
category: Analytics.EventCategory.Crate,
product_id: nextReward.get("cosmetic_chests")?[0]
}, {
labelKey: "product_id"
})
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(nextReward.get("cosmetic_chests"))
# App.showGiftCrateReward = (rewardModels)->
# Logger.module("APPLICATION").log "App:showGiftCrateReward"
#
# nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# nextReward.set("is_unread",false)
#
# Analytics.track("earned gift crate", {
# category: Analytics.EventCategory.Crate,
# product_id: nextReward.get("gift_crates")?[0]
# }, {
# labelKey: "product_id"
# })
#
# App.addNextScreenCallbackToVictoryFlow(rewardModels)
#
# # show reward setup on the engine side
# NavigationManager.getInstance().destroyContentView()
# rewardLayer = new LootCrateRewardLayer()
# Scene.getInstance().showOverlay(rewardLayer)
# rewardLayer.animateReward(nextReward.get("gift_crates"))
App.showFactionXpReward = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showFactionXpReward"
nextUnreadReward = _.find rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread')
nextUnreadReward.set("is_unread",false)
factionId = userGameModel.get("faction_id")
factionName = SDK.FactionFactory.factionForIdentifier(factionId).name
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned) + 1
# set title
nextUnreadReward.set("_title", i18next.t("rewards.level_up_reward_title",{ level:level }))
# set reward model properties by reward
if nextUnreadReward.get("cards")
# cards
factionCards = GameDataManager.getInstance().visibleCardsCollection.filter (c)-> c.get("factionId") == factionId and c.get("rarityId") == SDK.Rarity.Fixed
availableFactionCards = _.filter(factionCards, (c)->
return c.get("inventoryCount") > 0
)
subtitle = i18next.t("rewards.card_reward_subtitle",{
card_count: availableFactionCards.length,
total: factionCards.length,
factionName: factionName
})
nextUnreadReward.set("_subTitle", subtitle)
nextUnreadReward.set("_showStack",true)
else if nextUnreadReward.get("spirit")
# sprit
nextUnreadReward.set("_subTitle", i18next.t("rewards.spirit_for_faction_lvl_reward_message",{spirit:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("gold")
# gold
nextUnreadReward.set("_subTitle", i18next.t("rewards.gold_for_faction_lvl_reward_message",{gold:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("spirit_orbs")
# booster
nextUnreadReward.set("_subTitle", i18next.t("rewards.orb_for_faction_lvl_reward_message",{faction_name:factionName,level:level}))
# setup next screen
if SDK.GameSession.current().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.current().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
App.showProgressReward(nextUnreadReward)
App.showNewBeginnerQuests = (beginnerQuestsCollection) ->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:beginnerQuestsCollection,
showConfirm:true
})
App.showFreeCardOfTheDayReward = (opts)->
Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyUtilityView()
]).then ()=>
rewardLayer = new FreeCardOfTheDayLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showCoreGem(opts.cardId)
App.setCallbackWhenCancel ()->
Scene.getInstance().destroyOverlay()
App._showMainMenu().then ()->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:QuestsManager.getInstance().getQuestCollection(),
model:ProgressionManager.getInstance().gameCounterModel
})
return Promise.resolve()
#
# ---- User Triggered Navigation ---- #
#
App.onUserTriggeredExit = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredExit"
return App.main()
App.onUserTriggeredSkip = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredSkip"
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and gameLayer.getIsGameActive()
# when in an active game
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.getMyPlayer().actionEndFollowup())
else if gameLayer.getIsShowingActionCardSequence()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# stop showing played card
gameLayer.skipShowActionCardSequence()
return Promise.resolve()
App.onUserTriggeredCancel = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredCancel"
cancelPromises = []
if NavigationManager.getInstance().getIsShowingModalView()
# close modal screens
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
cancelPromises.push(NavigationManager.getInstance().destroyModalView())
else if NavigationManager.getInstance().getHasLastRoute()
# go to last route (handles own sfx)
NavigationManager.getInstance().showLastRoute()
else
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and !gameLayer.getIsDisabled() and NavigationManager.getInstance().getIsShowingContentViewClass(GameLayout)
# when in game that is not over
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.actionRollbackSnapshot())
else
if !gameLayer.getMyPlayer().getIsTakingSelectionAction() and !gameLayer.getIsShowingActionCardSequence()
# show esc game menu if we are not selecting something in game and not showing an action sequence
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscGameMenuItemView()))
# always reset game active state
gameLayer.resetActiveState()
else
callback = App.getCallbackWhenCancel()
if callback?
App.setCallbackWhenCancel(null)
callbackResult = callback()
if callbackResult instanceof Promise
cancelPromises.push(callbackResult)
else if (App.getIsLoggedIn() or window.isDesktop) and (NavigationManager.getInstance().getIsShowingContentViewClass(LoaderItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(TutorialLessonsLayout))
# show esc main menu when on loading or login or main
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscMainMenuItemView()))
else if (!gameLayer? or gameLayer.getIsDisabled()) and !App.getIsShowingMain()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# for now just go back to main until we implement routing
cancelPromises.push(App.main())
return Promise.all(cancelPromises)
App.setCallbackWhenCancel = (callback) ->
# this is a less than ideal method of setting the next step in cancel sequence
App._callbackWhenCancel = callback
App.getCallbackWhenCancel = () ->
return App._callbackWhenCancel
App.onUserTriggeredConfirm = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredConfirm"
#
# ---- Events: Client ---- #
#
App.beforeunload = (e) ->
# return an empty string to trigger alert
if App._reloadRequestIds.length == 0 and !window.isDesktop and !UtilsEnv.getIsInLocal()
confirmMessage = ""
(e || window.event).returnValue = confirmMessage
return confirmMessage
App.unload = () ->
# reset the global event bus so no more events will be handled
EventBus.reset()
# cancel any ongoing matchmaking
GamesManager.getInstance().cancelMatchmaking()
App.bindEvents = () ->
# attach event listeners to document/window
$(window).on('unload', App.unload.bind(App))
$(window).on('mousemove',App.onPointerMove.bind(App))
$(window).on('mousedown',App.onPointerDown.bind(App))
$(window).on('mouseup',App.onPointerUp.bind(App))
$(window).on('wheel',App.onPointerWheel.bind(App))
$(window).on("resize", _.debounce(App.onResize.bind(App), 250))
EventBus.getInstance().on(EVENTS.request_resize, _.debounce(App.onResize.bind(App), 250))
$(document).on("visibilitychange",App.onVisibilityChange.bind(App))
EventBus.getInstance().on(EVENTS.request_reload, App.onRequestReload)
EventBus.getInstance().on(EVENTS.cancel_reload_request, App.onCancelReloadRequest)
$(CONFIG.GAMECANVAS_SELECTOR).on("webglcontextlost", () ->
App.onRequestReload({
id: "webgl_context_lost",
message: "Your graphics hit a snag and requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
)
# session is a plain event emitter
Session.on('login', App.onLogin)
Session.on('logout', App.onLogout)
Session.on('error', App.onSessionError)
EventBus.getInstance().on(EVENTS.show_login, App._showLoginMenu, App)
EventBus.getInstance().on(EVENTS.show_terms, App._showTerms, App)
EventBus.getInstance().on(EVENTS.show_play, App.showPlay, App)
EventBus.getInstance().on(EVENTS.show_watch, App.showWatch, App)
EventBus.getInstance().on(EVENTS.show_shop, App.showShop, App)
EventBus.getInstance().on(EVENTS.show_collection, App.showCollection, App)
EventBus.getInstance().on(EVENTS.show_codex, App.showCodex, App)
EventBus.getInstance().on(EVENTS.show_booster_pack_unlock, App.showBoosterPackUnlock, App)
EventBus.getInstance().on(EVENTS.show_crate_inventory, App.showCrateInventory, App)
EventBus.getInstance().on(EVENTS.start_challenge, App._startGameWithChallenge, App)
EventBus.getInstance().on(EVENTS.start_single_player, App._startSinglePlayerGame, App)
EventBus.getInstance().on(EVENTS.start_boss_battle, App._startBossBattleGame, App)
EventBus.getInstance().on(EVENTS.start_replay, App._startGameForReplay, App)
EventBus.getInstance().on(EVENTS.show_free_card_of_the_day, App.showFreeCardOfTheDayReward, App)
EventBus.getInstance().on(EVENTS.discord_spectate, App.onDiscordSpectate, App)
GamesManager.getInstance().on(EVENTS.matchmaking_start, App._matchmakingStart, App)
GamesManager.getInstance().on(EVENTS.matchmaking_cancel, App._matchmakingCancel, App)
GamesManager.getInstance().on(EVENTS.matchmaking_error, App._matchmakingError, App)
GamesManager.getInstance().on(EVENTS.finding_game, App._findingGame, App)
GamesManager.getInstance().on(EVENTS.invite_accepted, App._inviteAccepted, App)
GamesManager.getInstance().on(EVENTS.invite_rejected, App._inviteRejected, App)
GamesManager.getInstance().on(EVENTS.invite_cancelled, App._inviteCancelled, App)
GamesManager.getInstance().on(EVENTS.start_spectate, App._spectateGame, App)
EventBus.getInstance().on EVENTS.canvas_mouse_state, App.onCanvasMouseState, App
NavigationManager.getInstance().on(EVENTS.user_triggered_exit, App.onUserTriggeredExit, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_skip, App.onUserTriggeredSkip, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_cancel, App.onUserTriggeredCancel, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_confirm, App.onUserTriggeredConfirm, App)
EventBus.getInstance().on EVENTS.error, App._error, App
EventBus.getInstance().on EVENTS.ajax_error, App._error, App
App._subscribeToGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().on(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().on(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().on(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.end_turn, App._onEndTurn, App)
App._unsubscribeFromGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().off(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().off(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().off(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.end_turn, App._onEndTurn, App)
App._subscribeToGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App._unsubscribeFromGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App.onVisibilityChange = () ->
# TODO: look into why this causes errors
# Prevent sound effects that have been queued up from blasting all at once when app regains visibility
if document.hidden
# Would rather do a resume and start of effects, it doesn't stop them from piling up though
audio_engine.current().stop_all_effects()
else
audio_engine.current().stop_all_effects()
#
# ---- RESIZE ---- #
#
App.onResize = (e) ->
Logger.module("APPLICATION").log("App.onResize")
# store current resolution data
ignoreNextResolutionChange = App._ignoreNextResolutionChange
App._ignoreNextResolutionChange = false
if !ignoreNextResolutionChange
currentResolution = CONFIG.resolution
confirmResolutionChange = App._lastResolution? and App._lastResolution != currentResolution
# before resize
EventBus.getInstance().trigger(EVENTS.before_resize)
# resize and update scale
App._resizeAndScale()
# resize the scene to match app
Scene.getInstance().resize()
# resize the UI
EventBus.getInstance().trigger(EVENTS.resize)
# after resize
EventBus.getInstance().trigger(EVENTS.after_resize)
# force user to restart if resource scale for engine has changed
# CSS automatically handles resource scale changes
# TODO: instead of restarting, destroy all current views, show loading screen, reload images at new scale, and return to current route
App._needsRestart = App._lastResourceScaleEngine? and CONFIG.resourceScaleEngine != App._lastResourceScaleEngine
if !App._needsRestart
# cancel forced reload in case user has restored original window size
App._cancelReloadRequestForResolutionChange()
if confirmResolutionChange
# confirm resolution with user after resizing
App._confirmResolutionChange()
else if App._needsRestart
# force reload as user has changed window size
App._requestReloadForResolutionChange()
else
# update resolution values as no confirm or restart needed
App._updateLastResolutionValues()
return true
App._resizeAndScale = () ->
Logger.module("APPLICATION").log("App._resizeAndScale")
# resize canvas to match app size
# engine bases its window size on the canvas size
$html = $("html")
$canvas = $(CONFIG.GAMECANVAS_SELECTOR)
width = Math.max(CONFIG.REF_WINDOW_SIZE.width, $html.width())
height = Math.max(CONFIG.REF_WINDOW_SIZE.height, $html.height())
$canvas.width(width)
$canvas.height(height)
# set global scale
CONFIG.globalScale = CONFIG.getGlobalScaleForResolution(CONFIG.resolution, width, height)
# set css scales
CONFIG.pixelScaleCSS = CONFIG.globalScale * window.devicePixelRatio
$html.removeClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
CONFIG.resourceScaleCSS = 1
for resourceScale in CONFIG.RESOURCE_SCALES
scaleDiff = Math.abs(CONFIG.pixelScaleCSS - resourceScale)
currentScaleDiff = Math.abs(CONFIG.pixelScaleCSS - CONFIG.resourceScaleCSS)
if scaleDiff < currentScaleDiff or (scaleDiff == currentScaleDiff and resourceScale > CONFIG.resourceScaleCSS)
CONFIG.resourceScaleCSS = resourceScale
$html.addClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
# html font size by global scale
# css layout uses rems, which is based on html font size
$html.css("font-size", CONFIG.globalScale * 10.0 + "px")
App._lastResolution = null
App._lastResourceScaleEngine = null
App._ignoreNextResolutionChange = false
App._needsRestart = false
App._updateLastResolutionValues = () ->
App._lastResolution = CONFIG.resolution
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
App._confirmResolutionChange = () ->
Logger.module("APPLICATION").log "App._confirmResolutionChange"
confirmData = {title: 'Do you wish to keep this viewport setting?'}
if App._needsRestart
if window.isDesktop
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a restart!'
else
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a reload!'
if ChatManager.getInstance().getStatusIsInBattle()
confirmData.message += " You will be able to continue your game, but you may miss your turn!"
confirmDialogItemView = new ConfirmDialogItemView(confirmData)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'confirm', ()->
# update resolution after confirm
App._lastResolution = CONFIG.resolution
if App._needsRestart
# defer to ensure this occurs after event resolves
_.defer(App._requestReloadForResolutionChange)
else
# update resource scale if no restart needed
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'cancel', ()->
# defer to ensure this occurs after event resolves
_.defer(() ->
# reset resolution and don't prompt about changes
App._ignoreNextResolutionChange = true
res = App._lastResolution || CONFIG.RESOLUTION_DEFAULT
CONFIG.resolution = res
Storage.set("resolution", res)
App.onResize()
)
)
# show confirm/cancel
NavigationManager.getInstance().showDialogView(confirmDialogItemView)
App._requestReloadForResolutionChangeId = "resolution_change"
App._requestReloadForResolutionChange = () ->
App.onRequestReload({
id: App._requestReloadForResolutionChangeId
message: "Your viewport change requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
App._cancelReloadRequestForResolutionChange = () ->
App.onCancelReloadRequest({
id: App._requestReloadForResolutionChangeId
})
#
# ---- RELOAD ---- #
#
App._reloadRequestIds = []
###
* Request a reload, optionally passing in a message and id (to avoid conflicts).
*###
App.onRequestReload = (event) ->
requestId = event?.id or 0
if !_.contains(App._reloadRequestIds, requestId)
App._reloadRequestIds.push(requestId)
if App._reloadRequestIds.length == 1
App._reload(event?.message)
###
* Cancel a reload request, optionally passing in an id (to avoid conflicts).
*###
App.onCancelReloadRequest = (event) ->
requestId = event?.id or 0
index = _.indexOf(App._reloadRequestIds, requestId)
if index != -1
App._reloadRequestIds.splice(index, 1)
if App._reloadRequestIds.length == 0
App._cancelReload()
App._reload = (message) ->
Logger.module("APPLICATION").log "App._reload"
promptDialogItemView = new PromptDialogItemView({title: "Please #{if window.isDesktop then "restart" else "reload"}!", message: message})
promptDialogItemView.listenTo(promptDialogItemView, 'cancel', () ->
if window.isDesktop then window.quitDesktop() else location.reload()
)
NavigationManager.getInstance().showDialogView(promptDialogItemView)
App._cancelReload = () ->
Logger.module("APPLICATION").log "App._cancelReload"
NavigationManager.getInstance().destroyDialogView()
#
# ---- Initialization Events ---- #
# Sequence of events started with App.start. Can pass options object.
#
# Pre-Start Event
App.on "before:start", (options) ->
Logger.module("APPLICATION").log "----BEFORE START----"
App.$el = $("#app")
# Start Event
App.on "start", (options) ->
Logger.module("APPLICATION").log "----START----"
# set unload alert
$(window).on('beforeunload', App.beforeunload.bind(App))
# set initial selected scene
selectedScene = parseInt(Storage.get("selectedScene"))
if moment.utc().isAfter("2016-11-29") and moment.utc().isBefore("2017-01-01")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if moment.utc().isAfter("2017-03-14") and moment.utc().isBefore("2017-05-01")
selectedScene = SDK.CosmeticsLookup.Scene.Vetruvian
if moment.utc().isAfter("2017-07-01") and moment.utc().isBefore("2017-08-01")
selectedScene = SDK.CosmeticsLookup.Scene.Shimzar
if moment.utc().isAfter("2017-12-01") and moment.utc().isBefore("2018-01-18")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if selectedScene? and !isNaN(selectedScene) and _.isNumber(selectedScene) then CONFIG.selectedScene = selectedScene
# set initial resolution
userResolution = parseInt(Storage.get("resolution"))
if userResolution? and !isNaN(userResolution) and _.isNumber(userResolution) then CONFIG.resolution = userResolution
userHiDPIEnabled = Storage.get("hiDPIEnabled")
if userHiDPIEnabled?
if userHiDPIEnabled == "true" then CONFIG.hiDPIEnabled = true
else if userHiDPIEnabled == "false" then CONFIG.hiDPIEnabled = false
# update last resolution values to initial
App._updateLastResolutionValues()
# resize once for initial values
App._resizeAndScale()
# create a defered promise object for the loading and login process... sort of an anti-pattern but best for this use case
App.managersReadyDeferred = new Promise.defer()
# immediately connect the server status manager so we can get notified of any changes during the load process / on the login screen
ServerStatusManager.getInstance().connect()
# push a telemetry signal that a client is loading
TelemetryManager.getInstance().setSignal("lifecycle","loading")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# authenticate defered, the isAuthed check must stay here so we can
# clear the token in the event it is stale / isAuthed fails
# the App._authenticationPromise below does not fire if there's no loading
App._authenticationPromise = () ->
return Session.isAuthenticated(Storage.get('token'))
.then (isAuthed) ->
if !isAuthed
Storage.remove('token')
return isAuthed
# VIEW/engine needs to be setup and cocos manages its own setup so we need to wait async
Logger.module("APPLICATION").group("LOADING")
App._loadingPromise = Scene.setup().then(() ->
# update last resolution values to initial
App._updateLastResolutionValues()
# setup all events
App.bindEvents()
# load the package of resources that should always loaded
return PackageManager.getInstance().loadPackage("alwaysloaded")
).then(() ->
# temporary bypass all loader
return Promise.resolve()
# check if all assets should be loaded now or as needed
# we want to know if the client has cached all resources for this version
# we only care when not using the desktop client, on the production environment, and not loading all at start
# if we need to cache all resources for this version, do a non allocating cache load first
version_preloaded = Storage.get("version_preloaded")
needs_non_allocating_cache_load = version_preloaded != process.env.VERSION && !window.isDesktop && !CONFIG.LOAD_ALL_AT_START && UtilsEnv.getIsInProduction()
needs_non_allocating_cache_load = needs_non_allocating_cache_load && !App._queryStringParams['replayId']?
if needs_non_allocating_cache_load || CONFIG.LOAD_ALL_AT_START
# temporarily force disable the load all at start flag
# this allows the preloader to setup as a major package
# so that it gets loaded correctly before we load all
load_all_at_start = CONFIG.LOAD_ALL_AT_START
CONFIG.LOAD_ALL_AT_START = false
# load preloader scene to show load of all resources
return PackageManager.getInstance().loadAndActivateMajorPackage("preloader", null, null, () ->
# reset load all at start flag
CONFIG.LOAD_ALL_AT_START = load_all_at_start
# hide loading dialog
NavigationManager.getInstance().destroyDialogForLoad()
# show load ui
viewPromise = Scene.getInstance().showLoad()
contentPromise = NavigationManager.getInstance().showContentView(new LoaderItemView())
# once we've authenticated, show utility for loading/login
# this way users can quit anytime on desktop, and logout or adjust settings while waiting for load
App._authenticationPromise().then (isAuthed) ->
if App.getIsLoggedIn() or window.isDesktop
return NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
return Promise.resolve()
return Promise.all([
viewPromise,
contentPromise
])
).then(() ->
# load all resources
return PackageManager.getInstance().loadPackage("all", null, ((progress) -> Scene.getInstance().getLoadLayer()?.showLoadProgress(progress)), needs_non_allocating_cache_load)
).then(() ->
# set version assets were preloaded for
if !window.isDesktop
Storage.set("version_preloaded", process.env.VERSION)
)
else
# no loading needed now
return Promise.resolve()
).then(() ->
# clear telemetry signal that a client is loading
TelemetryManager.getInstance().clearSignal("lifecycle","loading")
# end loading log group
Logger.module("APPLICATION").groupEnd()
)
# setup start promise
App._startPromise = Promise.all([
App._loadingPromise,
App._authenticationPromise()
])
# goto main screen
App.main()
# get minimum browsers from Firebase
App.getMinBrowserVersions = () ->
if Storage.get("skipBrowserCheck") then return Promise.resolve()
return new Promise (resolve, reject) ->
minBrowserVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('browsers')
defaults = {
"Chrome": 50,
"Safari": 10,
"Firefox": 57,
"Edge": 15
}
# create a timeout to skip check in case Firebase lags (so atleast user does not get stuck on black screen)
minBrowserVersionTimeout = setTimeout(() ->
minBrowserVersionRef.off()
resolve(defaults)
, 5000)
minBrowserVersionRef.once 'value', (snapshot) ->
clearTimeout(minBrowserVersionTimeout)
if !snapshot.val()
resolve(defaults)
else
resolve(snapshot.val())
# check if given browser is valid when compared against list of allowed browsers
App.isBrowserValid = (browserName, browserMajor, browserlist) ->
if Storage.get("skipBrowserCheck") then return true
if Object.keys(browserlist).includes(browserName)
return parseInt(browserMajor, 10) >= browserlist[browserName]
else
return false
App.generateBrowserHtml = (browser, version) ->
if browser == 'Chrome'
return """
<p><a href='http://google.com/chrome'><strong>Google Chrome</strong> #{version} or newer.</a></p>
"""
else if browser == 'Safari'
return """
<p><a href='https://www.apple.com/safari/'><strong>Apple Safari</strong> #{version} or newer.</a></p>
"""
else if browser == 'Firefox'
return """
<p><a href='https://www.mozilla.org/firefox/'><strong>Mozilla Firefox</strong> #{version} or newer.</a></p>
"""
else if browser == 'Edge'
return """
<p><a href='https://www.microsoft.com/en-us/windows/microsoft-edge'><strong>Microsoft Edge</strong> #{version} or newer.</a></p>
"""
# show some HTML saying the current browser is not supported if browser detection fails
App.browserTestFailed = (browserlist) ->
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your current browser is not supported.</p>
<p>Visit <a href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
<br>
"""
# dynamically create html containing list of support browsers
Object.keys(browserlist).forEach (browser) ->
version = browserlist[browser]
html += App.generateBrowserHtml(browser, version)
html += "</div>"
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
# ensure webgl is correctly running
App.glTest = () ->
try
canvas = document.createElement('canvas')
return !! (window.WebGLRenderingContext && (canvas.getContext('webgl') || canvas.getContext('experimental-webgl')))
catch e
return false
App.glTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your video card is not supported.</p>
<p>Ensure your video card drivers are up to date.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like WebGL is not enabled in your browser./p>
<p>Visit the <a id='webgl-link' href='https://get.webgl.org/' style="color: gray;">WebGL test page</a> for more information.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#webgl-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
$("#support-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
# show some HTML saying they are on an old client version
App.versionTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Exit and restart DUELYST to update to the latest version.</p>
<p>If you are using Steam, you may need to restart Steam before the update appears.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to exit.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to refresh your browser to the latest version.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#reload-link").click (e) ->
if window.isDesktop then window.quitDesktop() else location.reload()
# compare if process.env.VERSION is gte >= than provided minimum version
# if minimumVersion is undefined or null, we set to '0.0.0'
App.isVersionValid = (minimumVersion) ->
Logger.module("APPLICATION").log "#{process.env.VERSION} >= #{minimumVersion || '0.0.0'}"
if App._queryStringParams["replayId"]
return true
else
try
return semver.gte(process.env.VERSION, minimumVersion || '0.0.0')
catch e
return true
# App.setup is the main entry function into Marionette app
# grabs configuration from server we're running on and call App.start()
App.setup = () ->
# mark all requests with buld version
$.ajaxSetup
headers:
"Client-Version": process.env.VERSION
# check if it is a new user and we should redirect otherwise start as normal
if Landing.isNewUser() && Landing.shouldRedirect()
Landing.redirect()
else
App.start()
#
# ---- Application Start Sequence ---- #
#
App.getMinBrowserVersions()
.then (browserlist) ->
if !App.isBrowserValid(userAgent.browser.name, userAgent.browser.major, browserlist)
return App.browserTestFailed(browserlist)
if !App.glTest()
return App.glTestFailed()
if window.isSteam
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('steam_minimum_version')
else
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('minimum_version')
# wrap App.setup() in _.once() just to be safe from double calling
App.setupOnce = _.once(App.setup)
# create a timeout to skip version check in case Firebase lags (so atleast user does not get stuck on black screen)
App.versionCheckTimeout = setTimeout(() ->
App.minVersionRef.off()
App.setupOnce()
, 5000)
# read minimum version from Firebase and perform check, if fails, show error html
# otherwise start application as normal
App.minVersionRef.once('value', (snapshot) ->
clearTimeout(App.versionCheckTimeout)
if !App.isVersionValid(snapshot.val())
App.versionTestFailed()
else
App.setupOnce()
)
| 217195 | # User Agent Parsing
UAParser = require 'ua-parser-js'
uaparser = new UAParser()
uaparser.setUA(window.navigator.userAgent)
userAgent = uaparser.getResult()
# userAgent now contains : browser, os, device, engine objects
# ---- Marionette Application ---- #
#
App = new Backbone.Marionette.Application()
# require Firebase via browserify but temporarily alias it global scope
Firebase = window.Firebase = require 'firebase'
Promise = require 'bluebird'
moment = require 'moment'
semver = require 'semver'
querystring = require 'query-string'
# core
Storage = require 'app/common/storage'
Logger = window.Logger = require 'app/common/logger'
Logger.enabled = (process.env.NODE_ENV != 'production' && process.env.NODE_ENV != 'staging')
Landing = require 'app/common/landing'
Session = window.Session = require 'app/common/session2'
CONFIG = window.CONFIG = require 'app/common/config'
RSX = window.RSX = require 'app/data/resources'
PKGS = window.PKGS = require 'app/data/packages'
EventBus = window.EventBus = require 'app/common/eventbus'
EVENTS = require 'app/common/event_types'
SDK = window.SDK = require 'app/sdk'
Analytics = window.Analytics = require 'app/common/analytics'
AnalyticsUtil = require 'app/common/analyticsUtil'
UtilsJavascript = require 'app/common/utils/utils_javascript'
UtilsEnv = require 'app/common/utils/utils_env'
UtilsPointer = require 'app/common/utils/utils_pointer'
audio_engine = window.audio_engine = require 'app/audio/audio_engine'
openUrl = require('app/common/openUrl')
i18next = require('i18next')
# models and collections
CardModel = require 'app/ui/models/card'
DuelystFirebase = require 'app/ui/extensions/duelyst_firebase'
DuelystBackbone = require 'app/ui/extensions/duelyst_backbone'
# Managers / Controllers
PackageManager = window.PackageManager = require 'app/ui/managers/package_manager'
ProfileManager = window.ProfileManager = require 'app/ui/managers/profile_manager'
GameDataManager = window.GameDataManager = require 'app/ui/managers/game_data_manager'
GamesManager = window.GamesManager = require 'app/ui/managers/games_manager'
CrateManager = window.CrateManager = require 'app/ui/managers/crate_manager'
NotificationsManager = window.NotificationsManager = require 'app/ui/managers/notifications_manager'
NavigationManager = window.NavigationManager = require 'app/ui/managers/navigation_manager'
ChatManager = window.ChatManager = require 'app/ui/managers/chat_manager'
InventoryManager = window.InventoryManager = require 'app/ui/managers/inventory_manager'
QuestsManager = window.QuestsManager = require 'app/ui/managers/quests_manager'
TelemetryManager = window.TelemetryManager = require 'app/ui/managers/telemetry_manager'
ProgressionManager = window.ProgressionManager = require 'app/ui/managers/progression_manager'
ServerStatusManager = window.ServerStatusManager = require 'app/ui/managers/server_status_manager'
NewsManager = window.NewsManager = require 'app/ui/managers/news_manager'
NewPlayerManager = window.NewPlayerManager = require 'app/ui/managers/new_player_manager'
AchievementsManager = window.AchievementsManager = require 'app/ui/managers/achievements_manager'
TwitchManager = window.TwitchManager = require 'app/ui/managers/twitch_manager'
ShopManager = window.ShopManager = require 'app/ui/managers/shop_manager'
StreamManager = window.StreamManager = require 'app/ui/managers/stream_manager'
# Views
Helpers = require 'app/ui/views/helpers'
LoaderItemView = require 'app/ui/views/item/loader'
UtilityLoadingLoginMenuItemView = require 'app/ui/views/item/utility_loading_login_menu'
UtilityMainMenuItemView = require 'app/ui/views/item/utility_main_menu'
UtilityMatchmakingMenuItemView = require 'app/ui/views/item/utility_matchmaking_menu'
UtilityGameMenuItemView = require 'app/ui/views/item/utility_game_menu'
EscGameMenuItemView = require 'app/ui/views/item/esc_game_menu'
EscMainMenuItemView = require 'app/ui/views/item/esc_main_menu'
LoginMenuItemView = require 'app/ui/views/item/login_menu'
Discord = if window.isDesktop then require('app/common/discord') else null
SelectUsernameItemView = require 'app/ui/views/item/select_username'
Scene = require 'app/view/Scene'
GameLayer = require 'app/view/layers/game/GameLayer'
MainMenuItemView = require 'app/ui/views/item/main_menu'
CollectionLayout = require 'app/ui/views2/collection/collection'
PlayLayout = require 'app/ui/views/layouts/play'
PlayLayer = require 'app/view/layers/pregame/PlayLayer'
WatchLayout = require 'app/ui/views2/watch/watch_layout'
ShopLayout = require 'app/ui/views2/shop/shop_layout'
CodexLayout = require 'app/ui/views2/codex/codex_layout'
CodexLayer = require 'app/view/layers/codex/CodexLayer'
TutorialLessonsLayout = require 'app/ui/views2/tutorial/tutorial_lessons_layout'
QuestLogLayout = require 'app/ui/views2/quests/quest_log_layout'
BoosterPackUnlockLayout = require 'app/ui/views/layouts/booster_pack_collection'
BoosterPackOpeningLayer = require 'app/view/layers/booster/BoosterPackOpeningLayer'
VictoryLayer = require 'app/view/layers/postgame/VictoryLayer'
UnlockFactionLayer = require 'app/view/layers/reward/UnlockFactionLayer.js'
ProgressionRewardLayer = require 'app/view/layers/reward/ProgressionRewardLayer.js'
CosmeticKeyRewardLayer = require 'app/view/layers/reward/CosmeticKeyRewardLayer.js'
LadderProgressLayer = require 'app/view/layers/postgame/LadderProgressLayer'
RiftProgressLayer = require 'app/view/layers/postgame/RiftProgressLayer'
CurrencyRewardLayer = require 'app/view/layers/reward/CurrencyRewardLayer.js'
GauntletTicketRewardLayer = require 'app/view/layers/reward/GauntletTicketRewardLayer.js'
BoosterRewardLayer = require 'app/view/layers/reward/BoosterRewardLayer.js'
LootCrateRewardLayer = require 'app/view/layers/reward/LootCrateRewardLayer.js'
FreeCardOfTheDayLayer = require 'app/view/layers/reward/FreeCardOfTheDayLayer.js'
CrateOpeningLayer = require 'app/view/layers/crate/CrateOpeningLayer'
EndOfSeasonLayer = require 'app/view/layers/season/EndOfSeasonLayer'
ResumeGameItemView = require 'app/ui/views/item/resume_game'
FindingGameItemView = require 'app/ui/views/item/finding_game'
ReconnectToGameItemView = require 'app/ui/views/item/reconnect_to_game'
GameLayout = require 'app/ui/views/layouts/game'
TutorialLayout = require 'app/ui/views/layouts/tutorial'
VictoryItemView = require 'app/ui/views/item/victory'
MessagesCompositeView = require 'app/ui/views/composite/messages'
ConfirmDialogItemView = require 'app/ui/views/item/confirm_dialog'
PromptDialogItemView = require 'app/ui/views/item/prompt_dialog'
ActivityDialogItemView = require 'app/ui/views/item/activity_dialog'
ErrorDialogItemView = require 'app/ui/views/item/error_dialog'
AnnouncementModalView = require 'app/ui/views/item/announcement_modal'
ShopSpecialProductAvailableDialogItemView = require 'app/ui/views2/shop/shop_special_product_available_dialog'
ReplayEngine = require 'app/replay/replayEngine'
AnalyticsTracker = require 'app/common/analyticsTracker'
# require the Handlebars Template Helpers extension here since it modifies core Marionette code
require 'app/ui/extensions/handlebars_template_helpers'
localStorage.debug = 'session:*'
#
# --- Utility ---- #
#
App._screenBlurId = "AppScreenBlurId"
App._userNavLockId = "AppUserNavLockId"
App._queryStringParams = querystring.parse(location.search) # query string params
App.getIsLoggedIn = ->
return Storage.get('token')
# region AI DEV ROUTES #
if process.env.AI_TOOLS_ENABLED
###
Before using AI DEV ROUTES, make sure you have a terminal open and run `node server/ai/phase_ii_ai.js`.
###
window.ai_v1_findNextActions = (playerId, difficulty) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v1_find_next_actions",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
difficulty: difficulty
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
actionsData = JSON.parse(res.actions)
actions = []
for actionData in actionsData
action = SDK.GameSession.getInstance().deserializeActionFromFirebase(actionData)
actions.push(action)
console.log("v1_find_next_actions -> ", actions)
resolve(actions)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_v2_findActionSequence = (playerId, depthLimit, msTimeLimit) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v2_find_action_sequence",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
sequenceActionsData = JSON.parse(res.sequence_actions)
console.log("ai_v2_findActionSequence -> ", sequenceActionsData)
resolve(sequenceActionsData)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
window.ai_gamePromise = null
window.ai_gameNeedsMulligan = false
window.ai_stopAIvAIGame = () ->
if window.ai_gameStarted
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameNeedsMulligan = false
if window.ai_gameStepsDataPromise?
window.ai_gameStepsDataPromise.cancel()
window.ai_gameStepsDataPromise = null
if window.ai_gamePromise?
window.ai_gamePromise.cancel()
window.ai_gamePromise = null
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/stop_game",
data: JSON.stringify({}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_pauseAIvAIGame = () ->
if window.ai_gameRunning
window.ai_gameRunning = false
window.ai_resumeAIvAIGame = () ->
if !window.ai_gameRunning
window.ai_gameRunning = true
window.ai_stepAIvAIGame()
window.ai_runAIvAIGame = (ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
# pick random general if none provided
if !ai1GeneralId? then ai1GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
if !ai2GeneralId? then ai2GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
ai1FactionId = SDK.FactionFactory.factionIdForGeneralId(ai1GeneralId)
ai2FactionId = SDK.FactionFactory.factionIdForGeneralId(ai2GeneralId)
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > requesting for v#{ai1Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai1GeneralId, SDK.GameSession.getInstance()).getName()} vs v#{ai2Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai2GeneralId, SDK.GameSession.getInstance()).getName()}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# request run simulation
startSimulationPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(JSON.parse(res.game_session_data))
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# start loading
loadingPromise = NavigationManager.getInstance().showDialogForLoad().then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([ai1FactionId, ai2FactionId])
return Promise.all([
startSimulationPromise,
loadingPromise
])
.spread (sessionData) ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > starting #{sessionData.gameId} with data:", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
# switch session game type to sandbox
SDK.GameSession.getInstance().setGameType(SDK.GameType.Sandbox)
# set game user id to match player 1
SDK.GameSession.getInstance().setUserId(SDK.GameSession.getInstance().getPlayer1Id())
return App._startGame()
.then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > #{SDK.GameSession.getInstance().getGameId()} running")
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
# wait for active (ai will already have mulliganed)
return Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGame -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_runAIvAIGameFromCurrentSession = (ai1Version, ai2Version, depthLimit, msTimeLimit) ->
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession - > requesting for v#{ai1Version} vs v#{ai2Version}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# set as non authoritative
# all steps will be coming from ai simulation server
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false);
# request run simulation
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game_from_data",
data: JSON.stringify({
ai_1_version: ai1Version
ai_2_version: ai2Version
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then () ->
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
if window.ai_gameNeedsMulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> mulligan complete")
window.ai_gameNeedsMulligan = false
window.ai_stepAIvAIGame()
# check if needs mulligan
window.ai_gameNeedsMulligan = SDK.GameSession.getInstance().isNew()
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_stepAIvAIGame = (event) ->
if event?.step?.action instanceof SDK.EndTurnAction then return # ignore auto stepping due to end turn action as start turn will cause auto step
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> #{SDK.GameSession.getInstance().getGameId()} step queue length #{Scene.getInstance().getGameLayer()._stepQueue.length}")
if !window.ai_gameStepsDataPromise? and Scene.getInstance().getGameLayer()._stepQueue.length == 0
# request step game
window.ai_gameStepsDataPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/step_game",
data: JSON.stringify({
game_id: SDK.GameSession.getInstance().getGameId()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
if res.steps?
resolve(JSON.parse(res.steps))
else
resolve([])
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then (stepsData) ->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> steps:", stepsData.slice(0))
window.ai_gameStepsData = stepsData
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> promise chain cancelled")
return window.ai_gameStepsDataPromise.then () ->
if window.ai_gameRunning and !SDK.GameSession.getInstance().isOver() and window.ai_gameStepsData? and window.ai_gameStepsData.length > 0
# remove and deserialize next step in sequence
stepData = window.ai_gameStepsData.shift()
step = SDK.GameSession.getInstance().deserializeStepFromFirebase(stepData)
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> step:", step)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(step)
# check game status and steps data
if SDK.GameSession.getInstance().isOver() or window.ai_gameStepsData.length == 0
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> done")
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
else if step.action instanceof SDK.EndTurnAction
# auto step to start turn
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing end turn")
window.ai_stepAIvAIGame()
else if window.ai_gameNeedsMulligan
# auto step to next mulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing mulligan")
window.ai_stepAIvAIGame()
window.ai_runHeadlessAIvAIGames = (numGames, ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
Logger.module("APPLICATION").log("ai_runHeadlessAIvAIGames - > requesting #{numGames} games with v#{ai1Version} vs v#{ai2Version}")
# request run games
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/run_headless_games",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
num_games: numGames,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# endregion AI DEV ROUTES #
#
# --- Main ---- #
#
App.getIsShowingMain = () ->
# temporary method to check if the user can navigate to main (i.e. not already there)
# this does NOT work for switching between main sub-screens
return NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(ResumeGameItemView)
App.main = ->
if !App._mainPromise?
App._mainPromise = App._startPromise.then(() ->
Logger.module("APPLICATION").log("App:main")
# get and reset last game data
lastGameType = CONFIG.lastGameType
wasSpectate = CONFIG.lastGameWasSpectate
wasTutorial = CONFIG.lastGameWasTutorial
wasDeveloper = CONFIG.lastGameWasDeveloper
wasDailyChallenge = CONFIG.lastGameWasDailyChallenge
CONFIG.resetLastGameData()
# destroy game and clear game data
App.cleanupGame()
# always make sure we're disconnected from the last game
SDK.NetworkManager.getInstance().disconnect()
# reset routes to main
NavigationManager.getInstance().resetRoutes()
NavigationManager.getInstance().addMajorRoute("main", App.main, App)
# always restore user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if App._queryStringParams["replayId"]?
Logger.module("APPLICATION").log("jumping straight into replay...")
App.setCallbackWhenCancel(()-> alert('all done!'))
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
EventBus.getInstance().trigger(EVENTS.start_replay, {
replayId: App._queryStringParams["replayId"]
})
return Promise.resolve()
)
else
if !App.getIsLoggedIn()
return App._showLoginMenu()
else
# all good, show main menu
return App.managersReadyDeferred.promise.then(() ->
# set user as loading
ChatManager.getInstance().setStatus(ChatManager.STATUS_LOADING)
# # EULA ACCEPTANCE CHECK HERE SO IT FIRES FOR ALREADY LOGGED IN PLAYERS
# # strings used for session storage and profile storage
# sessionAcceptedEula = Storage.namespace() + '.hasAcceptedEula'
# storageAcceptedEula = 'hasAcceptedEula'
# storageSentAcceptedEulaNotify = 'hasSentAcceptedEulaNotify'
# # the user has accepted terms in the local session, ensure we are set in profile storage
# if window.sessionStorage.getItem(sessionAcceptedEula)
# ProfileManager.getInstance().set(storageAcceptedEula, true)
# # check in profile storage if the user has accepted terms
# if !ProfileManager.getInstance().get(storageAcceptedEula)
# # TODO - This is not actually good, but we need to make a new terms and conditions page to replace BNEA one
# return App._showTerms()
# # user has accepted, check if they have sent notification
# else
# if !ProfileManager.getInstance().get(storageSentAcceptedEulaNotify)
# ProfileManager.getInstance().set(storageSentAcceptedEulaNotify, true)
# check for an active game
lastGameModel = null
if GamesManager.getInstance().playerGames.length > 0
lastGameModel = GamesManager.getInstance().playerGames.first()
# calculate minutes since last game
msSinceLastGame = moment().utc().valueOf() - (lastGameModel?.get("created_at") || 0)
minutesSinceLastGame = moment.duration(msSinceLastGame).asMinutes()
# if the last game is an active multiplayer game within last 45 minutes, show the continue game screen
if lastGameModel? and lastGameModel.get("cancel_reconnect") != true and (lastGameModel.get("status") == "active" || lastGameModel.get("status") == "new") and lastGameModel.get("created_at") and minutesSinceLastGame < CONFIG.MINUTES_ALLOWED_TO_CONTINUE_GAME and SDK.GameType.isMultiplayerGameType(lastGameModel.get("game_type"))
# has active game, prompt user to resume
Logger.module("UI").log("Last active game was on ", new Date(lastGameModel.get("created_at")), "with data", lastGameModel)
return App._resumeGame(lastGameModel)
else if not NewPlayerManager.getInstance().isDoneWithTutorial()
# show tutorial layout
return App._showTutorialLessons()
else if QuestsManager.getInstance().hasUnreadQuests()
# show main menu
return App._showMainMenu()
else
# try to return to selection for previous game type
if wasSpectate
return App._showMainMenu()
else if wasDailyChallenge
QuestsManager.getInstance().markDailyChallengeCompletionAsUnread()
return App._showMainMenu()
else if lastGameType == SDK.GameType.Ranked and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Ranked, true)
else if lastGameType == SDK.GameType.Casual and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Casual, true)
else if lastGameType == SDK.GameType.Gauntlet
return App.showPlay(SDK.PlayModes.Gauntlet, true)
else if lastGameType == SDK.GameType.Challenge and !wasTutorial
return App.showPlay(SDK.PlayModes.Challenges, true)
else if lastGameType == SDK.GameType.SinglePlayer
return App.showPlay(SDK.PlayModes.Practice, true)
else if lastGameType == SDK.GameType.BossBattle
return App.showPlay(SDK.PlayModes.BossBattle, true)
else if lastGameType == SDK.GameType.Sandbox and !wasDeveloper
return App.showPlay(SDK.PlayModes.Sandbox, true)
else if lastGameType == SDK.GameType.Rift
return App.showPlay(SDK.PlayModes.Rift, true)
else
return App._showMainMenu()
)
).finally () ->
App._mainPromise = null
return Promise.resolve()
return App._mainPromise
App._showLoginMenu = (options) ->
Logger.module("APPLICATION").log("App:_showLoginMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# analytics call
Analytics.page("Login",{ path: "/#login" })
# show main scene
viewPromise = Scene.getInstance().showMain()
# show login menu
contentPromise = NavigationManager.getInstance().showContentView(new LoginMenuItemView(options))
# show utility menu for desktop only
if window.isDesktop
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
utilityPromise = Promise.resolve()
return Promise.all([
viewPromise,
contentPromise,
utilityPromise
])
)
)
App._showSelectUsername = (data) ->
Logger.module("APPLICATION").log("App:_showSelectUsername")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
# show selection dialog
selectUsernameModel = new Backbone.Model({})
selectUsernameItemView = new SelectUsernameItemView({model: selectUsernameModel})
selectUsernameItemView.listenToOnce(selectUsernameItemView, "success", () =>
# TODO: move this into SelectUsernameItemView
# We refresh token so the username property is now included
Session.refreshToken()
.then (refreshed) ->
return
)
contentPromise = NavigationManager.getInstance().showDialogView(selectUsernameItemView)
return Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
viewPromise,
contentPromise
])
)
)
App._showTerms = (options = {}) ->
Logger.module("APPLICATION").log("App:_showTerms")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
if App.getIsLoggedIn()
if window.isSteam
ProfileManager.getInstance().set('hasAcceptedSteamEula', true)
else
ProfileManager.getInstance().set('hasAcceptedEula', true)
mainPromise = App.main()
else
if window.isSteam
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedSteamEula', true)
else
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedEula', true)
mainPromise = App._showLoginMenu({type: 'register'})
return Promise.all([
viewPromise,
# contentPromise
mainPromise
])
)
)
App._showTutorialLessons = (lastCompletedChallenge) ->
Logger.module("APPLICATION").log("App:_showTutorialChallenges")
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
# analytics call
Analytics.page("Tutorial Lessons",{ path: "/#tutorial_lessons" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
# show main menu
tutorialLessonsLayoutView = new TutorialLessonsLayout({
lastCompletedChallenge:lastCompletedChallenge,
})
contentPromise = NavigationManager.getInstance().showContentView(tutorialLessonsLayoutView)
return Promise.all([
viewPromise,
contentPromise
])
App._showMainMenu = () ->
Logger.module("APPLICATION").log("App:_showMainMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# analytics call
Analytics.page("Main Menu",{ path: "/#main_menu" })
# notify Discord status
if Discord
presence = {
instance: 0
details: 'In Main Menu'
largeImageKey: 'idle'
}
Discord.updatePresence(presence)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
endOfSeasonRewardsPromise = App.showEndOfSeasonRewards()
return endOfSeasonRewardsPromise.then( () ->
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
return achievementsPromise
.then(()->
# show twitch rewards
twitchRewardPromise = App.showTwitchRewards()
return twitchRewardPromise
).then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main menu
contentPromise = NavigationManager.getInstance().showContentView(new MainMenuItemView({model: ProfileManager.getInstance().profile}))
# show utility menu
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityMainMenuItemView({model: ProfileManager.getInstance().profile}))
if NewsManager.getInstance().getFirstUnreadAnnouncement()
# show announcment UI if we have an unread announcement
modalPromise = NewsManager.getInstance().getFirstUnreadAnnouncementContentAsync().then((announcementContentModel)->
return NavigationManager.getInstance().showModalView(new AnnouncementModalView({model:announcementContentModel}));
)
else
# show quests if any quests
modalPromise = Promise.resolve()
if QuestsManager.getInstance().hasUnreadQuests() or QuestsManager.getInstance().hasUnreadDailyChallenges()
modalPromise = NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection: QuestsManager.getInstance().getQuestCollection(),
model: ProgressionManager.getInstance().gameCounterModel
showConfirm:true
})
return Promise.all([
viewPromise,
contentPromise,
modalPromise,
utilityPromise
])
)
)
)
#
# --- Major Layouts ---- #
#
App.showPlay = (playModeIdentifier, showingDirectlyFromGame) ->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# force play mode to string
if !_.isString(playModeIdentifier) then playModeIdentifier = ""
# add mode to route
NavigationManager.getInstance().addMajorRoute("play_" + playModeIdentifier, App.showPlay, App, [playModeIdentifier])
# if currently in play modes, show new play mode direct
currentContentView = NavigationManager.getInstance().getContentView()
if currentContentView instanceof PlayLayout
return currentContentView.showPlayMode(playModeIdentifier)
else
if showingDirectlyFromGame
# show play layer
viewPromise = Scene.getInstance().showContentByClass(PlayLayer, true)
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
else
achievementsPromise = viewPromise = Promise.resolve()
return achievementsPromise.then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show UI
return Promise.all([
viewPromise,
NavigationManager.getInstance().showContentView(new PlayLayout({model: new Backbone.Model({playModeIdentifier: playModeIdentifier})}))
]).then ()->
# update available shop specials with current top rank and win count model and notify user if a new one has become available
if ShopManager.getInstance().isNewSpecialAvailable
ShopManager.getInstance().markNewAvailableSpecialAsRead()
NavigationManager.getInstance().showDialogView(new ShopSpecialProductAvailableDialogItemView({
model: ShopManager.getInstance().availableSpecials.at(ShopManager.getInstance().availableSpecials.length-1)
}))
)
)
App.showWatch = ()->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof WatchLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Watch",{ path: "/#watch" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("watch", App.showWatch, App)
# show layout
return NavigationManager.getInstance().showContentView(new WatchLayout())
App.showShop = ()->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Shop",{ path: "/#shop" })
# add mode to route
NavigationManager.getInstance().addMajorRoute("shop", App.showShop, App)
# show layout
NavigationManager.getInstance().showContentView(new ShopLayout())
App.showCollection = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CollectionLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("collection", App.showCollection, App)
# notify Discord status
if Discord
presence = {
instance: 0
details: 'Browsing Collection'
largeImageKey: '<KEY>'
}
Discord.updatePresence(presence)
# show UI
return Promise.all([
Scene.getInstance().showMain()
NavigationManager.getInstance().showContentView(new CollectionLayout({model: new Backbone.Model()}))
])
)
App.showCodex = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CodexLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("codex", App.showCodex, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new CodexLayer(), true),
NavigationManager.getInstance().showContentView(new CodexLayout({model: new Backbone.Model()}))
])
)
App.showBoosterPackUnlock = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof BoosterPackUnlockLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("booster_pack_unlock", App.showBoosterPackUnlock, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new BoosterPackOpeningLayer(), true),
NavigationManager.getInstance().showContentView(new BoosterPackUnlockLayout())
])
)
App.showCrateInventory = () ->
if !App.getIsLoggedIn() or Scene.getInstance().getOverlay() instanceof CrateOpeningLayer
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("crate_inventory", App.showCrateInventory, App)
# show UI
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
Scene.getInstance().showOverlay(new CrateOpeningLayer())
])
)
#
# --- Session Events ---- #
#
App.onLogin = (data) ->
Logger.module("APPLICATION").log "User logged in: #{data.userId}"
# save token to localStorage
Storage.set('token', data.token)
# setup ajax headers for jquery/backbone requests
$.ajaxSetup
headers: {
Authorization: "Bearer #{data.token}"
"Client-Version": window.BUILD_VERSION
}
# check is new signup flag is passed
# can't use analytics data since the first login may have
# already happened on /register page
if Landing.isNewSignup()
Landing.addPixelsToHead()
Landing.firePixels()
# check for null username here
# dialog should be uncancelleable
# dialog success should re-trigger session login so new token contains all required params
if !Session.username
return App._showSelectUsername(data)
# Trigger the eventbus login event for the utilty menus
EventBus.getInstance().trigger EVENTS.session_logged_in
# connect all managers
ProfileManager.getInstance().connect({userId: data.userId})
GameDataManager.getInstance().connect()
GamesManager.getInstance().connect()
ChatManager.getInstance().connect()
QuestsManager.getInstance().connect()
InventoryManager.getInstance().connect()
NavigationManager.getInstance().connect()
NotificationsManager.getInstance().connect()
ProgressionManager.getInstance().connect()
ServerStatusManager.getInstance().connect()
TelemetryManager.getInstance().connect()
NewsManager.getInstance().connect()
NewPlayerManager.getInstance().connect()
AchievementsManager.getInstance().connect()
TwitchManager.getInstance().connect()
CrateManager.getInstance().connect()
ShopManager.getInstance().connect()
StreamManager.getInstance().connect()
TelemetryManager.getInstance().clearSignal("session","not-logged-in")
TelemetryManager.getInstance().setSignal("session","logged-in")
Promise.all([
ProfileManager.getInstance().onReady(),
InventoryManager.getInstance().onReady(),
QuestsManager.getInstance().onReady(),
GamesManager.getInstance().onReady(),
GameDataManager.getInstance().onReady(),
ChatManager.getInstance().onReady(),
ProgressionManager.getInstance().onReady(),
ServerStatusManager.getInstance().onReady(),
NewPlayerManager.getInstance().onReady(),
AchievementsManager.getInstance().onReady(),
TwitchManager.getInstance().onReady(),
CrateManager.getInstance().onReady()
]).then () ->
# update resolution values as of login
App._updateLastResolutionValues()
# we're all done loading managers
App.managersReadyDeferred.resolve()
# setup analytics
App.onLoginAnalyticsSetup(data)
# show the main screen
return App.main()
.catch (err) ->
App.managersReadyDeferred.reject()
Logger.module("APPLICATION").log("ERROR initializing managers")
if err == null then err = new Error("ERROR initializing managers")
App._error(err.message)
throw err
.finally () ->
# NavigationManager.getInstance().destroyDialogView()
App.onLoginAnalyticsSetup = (loginData) ->
# region analytics data
# Include users analytics data retrieved with session
identifyParams = {}
utmParams = {}
hadPreviousSession = false
if loginData.analyticsData?
utmParams = _.extend(utmParams, loginData.analyticsData)
if (utmParams.first_purchased_at?)
# Shouldn't be necessary but just in case
utmParams.first_purchased_at = moment.utc(utmParams.first_purchased_at).toISOString()
if loginData.analyticsData.last_session_at
delete utmParams.last_session_at
hadPreviousSession = true
# identify the user with the partial data until we connect managers
Analytics.identify(loginData.userId, identifyParams, utmParams)
if not hadPreviousSession
Analytics.track("first login",{
category:Analytics.EventCategory.FTUE,
},{
nonInteraction:1
sendUTMData:true
})
Analytics.track("registered", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
# region analytics data
# identify the user with their current rank
gamesManager = GamesManager.getInstance()
rank = gamesManager.rankingModel.get("rank")
# default rank to 30 if it's null
rank = 30 if (!rank?)
# top rank
topRank = gamesManager.topRankingModel.get("top_rank")
topRank = gamesManager.topRankingModel.get("rank") if(!topRank?)
topRank = 30 if(!topRank?)
# game count
gameCount = ProgressionManager.getInstance().getGameCount()
# set up the params to pass for the identify call
identifyParams.rank = rank
identifyParams.top_ever_rank = topRank
identifyParams.game_count = gameCount
# if we know the registration date
if ProfileManager.getInstance().get("created_at")
# turn it to a sortable
registered_at = moment.utc(ProfileManager.getInstance().get("created_at")).toISOString()
# set it on the identifyParams
identifyParams.registration_date = registered_at
# if this user has an LTV parameter
if ProfileManager.getInstance().get("ltv")
# set it on the identifyParams
identifyParams.ltv = ProfileManager.getInstance().get("ltv")
# Check if today is a recorded seen on day and add it to identifyParams
todaysSeenOnIndex = AnalyticsUtil.recordedDayIndexForRegistrationAndSeenOn(moment.utc(ProfileManager.getInstance().get("created_at")),moment.utc())
if todaysSeenOnIndex?
identifyParams[AnalyticsUtil.nameForSeenOnDay(todaysSeenOnIndex)] = 1
# re-identify the user with better data now that we have managers connected and pass in the custom dimensions
Analytics.identify(ProfileManager.getInstance().get('id'), identifyParams, utmParams)
Analytics.track("login", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
App.onLogout = () ->
Logger.module("APPLICATION").log "User logged out."
TelemetryManager.getInstance().clearSignal("session","logged-in")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# create a new deferred object for managers loading process
App.managersReadyDeferred = new Promise.defer()
# destroy out any login specific menus
NavigationManager.getInstance().destroyNonContentViews()
# stop playing any music
audio_engine.current().stop_music()
Analytics.reset()
# reset config
CONFIG.reset()
# remove token
Storage.remove('token')
# remove ajax headers with new call to ajaxSetup
$.ajaxSetup
headers: {
Authorization: ""
}
# Trigger the eventbus logout event for the ui/managers
EventBus.getInstance().trigger EVENTS.session_logged_out
# go back to main to show login menu
App.main()
# just logs the error for debugging
App.onSessionError = (error) ->
Logger.module("APPLICATION").log "Session Error: #{error.message}"
#
# ---- Pointer ---- #
#
App._$canvasMouseClassEl = null
App._currentMouseClass = null
App.onCanvasMouseState = (e) ->
if e?.state? then mouseClass = "mouse-" + e.state.toLowerCase() else mouseClass = "mouse-auto"
if App._currentMouseClass != mouseClass
App._$canvasMouseClassEl ?= $(CONFIG.GAMECANVAS_SELECTOR)
if App._currentMouseClass == "mouse-auto"
App._$canvasMouseClassEl.addClass(mouseClass)
else if mouseClass == "mouse-auto"
App._$canvasMouseClassEl.removeClass(App._currentMouseClass)
else
App._$canvasMouseClassEl.removeClass(App._currentMouseClass).addClass(mouseClass)
App._currentMouseClass = mouseClass
App.onPointerDown = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromDownEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_down
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerUp = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromUpEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_up
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerMove = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromMoveEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_move
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerWheel = (event) ->
# update pointer
if event?
target = event.target
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromWheelEvent(event.originalEvent, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_wheel
pointerEvent.target = target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
#
# --- Game Invites ---- #
#
App._inviteAccepted = ()->
Logger.module("APPLICATION").log("App._inviteAccepted")
App.showPlay(SDK.PlayModes.Friend)
App._inviteRejected = () ->
Logger.module("APPLICATION").log("App._inviteRejected")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_rejected_game_invite")}))
)
App._inviteCancelled = () ->
App._cleanupMatchmakingListeners()
Logger.module("APPLICATION").log("App._inviteCancelled")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_cancelled_game_invite")}))
)
#
# --- Game Spectate ---- #
#
App._spectateGame = (e) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._spectateGame -> cannot start game when already in a game!")
return
gameListingData = e.gameData
playerId = e.playerId
spectateToken = e.token
Logger.module("APPLICATION").log("App._spectateGame", gameListingData)
NavigationManager.getInstance().showDialogForLoad()
.then ()->
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameListingData["faction_id"],
gameListingData["opponent_faction_id"]
])
.then () ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], playerId, gameListingData["game_server"], ProfileManager.getInstance().get('id'), spectateToken)
return joinGamePromise.then((gameSessionData) ->
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(gameSessionData)
SDK.GameSession.getInstance().setUserId(playerId)
SDK.GameSession.getInstance().setIsSpectateMode(true)
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
).catch((errorMessage) ->
return App._error(errorMessage)
)
# See games_manager spectateBuddyGame method, works same way
App.spectateBuddyGame = (buddyId) ->
return new Promise (resolve, reject) ->
request = $.ajax({
url: process.env.API_URL + '/api/me/spectate/' + buddyId,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response) ->
App._spectateGame({
gameData: response.gameData,
token: response.token,
playerId: buddyId
})
resolve(response)
request.fail (response) ->
error = response && response.responseJSON && response.responseJSON.error || 'SPECTATE request failed'
EventBus.getInstance().trigger(EVENTS.ajax_error, error)
reject(new Error(error))
# Event handler fired when spectate is pressed in Discord with spectateSecret passed in
# We use the buddyId as the spectateSecret
App.onDiscordSpectate = (args...) ->
buddyId = args[0]
Logger.module("DISCORD").log("attempting to spectate #{buddyId}")
# we wait until managers are loaded as we need to be logged in
return App.managersReadyDeferred.promise.then () ->
# do nothing if they are already in game or in queue
if ChatManager.getInstance().getStatusIsInBattle() || ChatManager.getInstance().getStatusQueue()
Logger.module("DISCORD").log("cannot spectate game when already in a game!")
return
# do nothing if they are attempting to spectate theirselves
if ProfileManager.getInstance().get('id') == buddyId
Logger.module("DISCORD").log("cannot spectate yourself!")
return
# fire spectate request
return App.main().then () ->
App.spectateBuddyGame(buddyId)
#
# --- Game Matchmaking ---- #
#
App._error = (errorMessage) ->
Logger.module("APPLICATION").log("App._error", errorMessage)
# always unlock user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if errorMessage?
# if we're in the process of loading the main menu
# show the error dialog and don't go to main menu
# to avoid infinite loop of loading main menu
if App._mainPromise or process.env.NODE_ENV == "local"
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
# otherwise load the main menu and show the error dialog
return App.main().then () ->
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
return App.main()
App._cleanupMatchmakingListeners = ()->
# remove all found game listeners as new ones will be registered when we re-enter matchmaking
GamesManager.getInstance().off("found_game")
# force reject the existing found game promise when we cancel
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel here, we will have a promise that never resolves and thus leaks memory
if App._foundGamePromise?
App._foundGamePromise.cancel()
App._matchmakingStart = () ->
Logger.module("APPLICATION").log("App._matchmakingStart")
App._matchmakingCancel = () ->
Logger.module("APPLICATION").log("App._matchmakingCancel")
App._cleanupMatchmakingListeners()
App._matchmakingError = (errorMessage) ->
Logger.module("APPLICATION").log("App._matchmakingError", errorMessage)
App._cleanupMatchmakingListeners()
return App._error(errorMessage)
App._playerDataFromGameListingData = (gameListingData) ->
myPlayerIsPlayer1 = gameListingData.is_player_1
playerDataModel= new Backbone.Model({
myPlayerIsPlayer1: myPlayerIsPlayer1
myPlayerId: ProfileManager.getInstance().get('id')
myPlayerUsername: ProfileManager.getInstance().get("username")
myPlayerFactionId: gameListingData.faction_id
myPlayerGeneralId: gameListingData.general_id
opponentPlayerId: gameListingData.opponent_id
opponentPlayerUsername: gameListingData.opponent_username
opponentPlayerFactionId: gameListingData.opponent_faction_id
opponentPlayerGeneralId: gameListingData.opponent_general_id
})
if myPlayerIsPlayer1
playerDataModel.set({
player1Id: playerDataModel.get("myPlayerId"),
player1Username: playerDataModel.get("myPlayerUsername"),
player1FactionId: playerDataModel.get("myPlayerFactionId"),
player1GeneralId: playerDataModel.get("myPlayerGeneralId"),
player2Id: playerDataModel.get("opponentPlayerId"),
player2Username: playerDataModel.get("opponentPlayerUsername"),
player2FactionId: playerDataModel.get("opponentPlayerFactionId"),
player2GeneralId: playerDataModel.get("opponentPlayerGeneralId")
})
else
playerDataModel.set({
player1Id: playerDataModel.get("opponentPlayerId"),
player1Username: playerDataModel.get("opponentPlayerUsername"),
player1FactionId: playerDataModel.get("opponentPlayerFactionId"),
player1GeneralId: playerDataModel.get("opponentPlayerGeneralId"),
player2Id: playerDataModel.get("myPlayerId"),
player2Username: playerDataModel.get("myPlayerUsername"),
player2FactionId: playerDataModel.get("myPlayerFactionId"),
player2GeneralId: playerDataModel.get("myPlayerGeneralId")
})
return playerDataModel
App._findingGame = (gameMatchRequestData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._findingGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._findingGame", gameMatchRequestData)
# analytics call
Analytics.page("Finding Game",{ path: "/#finding_game" })
# notify Discord status
if Discord
presence = {
instance: 0
largeImageKey: 'idle'
}
if gameMatchRequestData.gameType == 'ranked'
presence.details = 'In Ranked Queue'
else if gameMatchRequestData.gameType == 'gauntlet'
presence.details = 'In Gauntlet Queue'
else if gameMatchRequestData.gameType == 'rift'
presence.details = 'In Rift Queue'
else
presence.details = 'In Queue'
Discord.updatePresence(presence)
# set the chat presence status to in-queue so your buddies see that you're unreachable
ChatManager.getInstance().setStatus(ChatManager.STATUS_QUEUE)
# add route
NavigationManager.getInstance().addMajorRoute("finding_game", App._findingGame, App, [gameMatchRequestData])
# initialize finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: gameMatchRequestData.gameType, factionId: gameMatchRequestData.factionId, generalId: gameMatchRequestData.generalId})})
# initialize found game promise
gameListingData = null
# load find game assets and show finding game
showFindingGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(gameMatchRequestData.factionId, gameMatchRequestData.generalId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# load my game assets as soon as possible
loadGamePromise = showFindingGamePromise.then () ->
Logger.module("APPLICATION").log("App._findingGame -> showFindingGamePromise DONE")
return PackageManager.getInstance().loadGamePackageWithoutActivation([gameMatchRequestData.factionId])
# save this promise to app object so it can be cancelled in the event of "cancelMatchmaking"
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel this later, we will have a promise that never resolves and thus leaks memory
App._foundGamePromise = new Promise((resolve, reject) ->
# listen for next found game
onFoundGame = (foundGameListingData) ->
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame()", foundGameListingData)
# stop listening
GamesManager.getInstance().off("found_game", onFoundGame)
# store found data
gameListingData = foundGameListingData
showFindingGamePromise.then () ->
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame() App._foundGamePromise RESOLVED")
resolve(foundGameListingData)
GamesManager.getInstance().once("found_game", onFoundGame)
).cancellable()
# wait show finding game and found game, then join found game
return Promise.all([
showFindingGamePromise,
App._foundGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._findingGame -> show found game", gameListingData)
# analytics call
Analytics.page("Found Game",{ path: "/#found_game" })
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData, loadGamePromise)
)
).catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App._findingGame -> promise chain cancelled")
App._resumeGame = (lastGameModel) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._resumeGame -> cannot start game when already in a game!")
return
gameListingData = lastGameModel?.attributes
Logger.module("APPLICATION").log("App._resumeGame", gameListingData)
# analytics call
Analytics.page("Resume Game",{ path: "/#resume_game" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
# get resume game data from game listing data
playerDataModel= App._playerDataFromGameListingData(gameListingData)
# playerDataModel.set("gameModel", lastGameModel)
# initialize resume ui
gameResumeItemView = new ResumeGameItemView({model: playerDataModel})
# initialize continue promise
continueGamePromise = new Promise((resolve, reject) ->
onContinueGame = () ->
stopListeningForContinueGame()
# don't allow user triggered navigation now that user has decided to continue
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
resolve()
onCancelContinueGame = (errorMessage) ->
stopListeningForContinueGame()
# don't try to reconnect to this game again
lastGameModel.set("cancel_reconnect",true)
reject(errorMessage)
stopListeningForContinueGame = () ->
gameResumeItemView.stopListening(gameResumeItemView, "continue", onContinueGame)
gameResumeItemView.stopListening(lastGameModel, "change")
gameResumeItemView.stopListening(NavigationManager.getInstance(), "user_triggered_cancel", onContinueGame)
# listen for continue
gameResumeItemView.listenToOnce(gameResumeItemView, "continue", onContinueGame)
# listen for game over
gameResumeItemView.listenTo(lastGameModel, "change", () ->
if lastGameModel.get("status") == "over" then onCancelContinueGame("Oops... looks like that game is over!")
)
# listen for cancel
gameResumeItemView.listenTo(NavigationManager.getInstance(), EVENTS.user_triggered_cancel, () ->
if !NavigationManager.getInstance().getIsShowingModalView() then onCancelContinueGame()
)
)
# load assets
loadAndShowResumeGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# show UI
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
NavigationManager.getInstance().showContentView(gameResumeItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# wait for load, show resume game, and click continue, then join in progress game
Promise.all([
loadAndShowResumeGamePromise,
continueGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._resumeGame -> joining game")
# join found game
return App._joinGame(gameListingData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
# only return show promise
return loadAndShowResumeGamePromise
#
# --- Single Player ---- #
#
App._startSinglePlayerGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId, aiDifficulty, aiNumRandomCards) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startSinglePlayerGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startSinglePlayerGame")
# analytics call
Analytics.page("Single Player Game",{ path: "/#single_player" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request single player game
App._singlePlayerGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/single_player',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
hasPremiumBattleMaps: InventoryManager.getInstance().hasAnyBattleMapCosmetics(),
ai_general_id: aiGeneralId,
ai_difficulty: aiDifficulty,
ai_num_random_cards: aiNumRandomCards,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
).cancellable()
# init finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: SDK.GameType.SinglePlayer})})
findingGameItemView.listenTo(findingGameItemView, "destroy", App._cancelSinglePlayer)
# show ui
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(myPlayerFactionId, myPlayerGeneralId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
# when we have single player game data
return App._singlePlayerGamePromise?.then((gameListingData) ->
App._singlePlayerGamePromise = null
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
NavigationManager.getInstance().destroyNonContentViews(),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData)
)
)
).catch(Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App:_startSinglePlayerGame -> promise chain cancelled")
).catch((errorMessage) ->
return App._error(if errorMessage? then "Failed to start single player game: " + errorMessage)
)
App._cancelSinglePlayer = () ->
if App._singlePlayerGamePromise?
App._singlePlayerGamePromise.cancel()
App._singlePlayerGamePromise = null
App._startBossBattleGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startBossBattleGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startBossBattleGame")
# analytics call
Analytics.page("Boss Battle Game",{ path: "/#boss_battle" })
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request boss battle game
bossBattleGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/boss_battle',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
ai_general_id: aiGeneralId,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
)
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return Promise.all([
bossBattleGamePromise,
ui_promise
]).spread (gameListingData) ->
return App._joinGame(gameListingData)
.catch (errorMessage) ->
return App._error(if errorMessage? then "Failed to start boss battle: " + errorMessage)
#
# --- Replays ---- #
#
App._startGameForReplay = (replayData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameForReplay -> cannot start game when already in a game!")
return
userId = replayData.userId
gameId = replayData.gameId
replayId = replayData.replayId
promotedDivisionName = replayData.promotedDivisionName
# check for invalid replay data
if !replayId?
if !gameId?
throw new Error("Cannot replay game without game id!")
if !userId? and !promotedDivisionName?
throw new Error("Cannot replay game without user id or division name!")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# show loading
return NavigationManager.getInstance().showDialogForLoad()
.bind {}
.then () ->
# load replay data
if replayId?
url = "#{process.env.API_URL}/replays/#{replayId}"
else if promotedDivisionName?
url = "#{process.env.API_URL}/api/me/games/watchable/#{promotedDivisionName}/#{gameId}/replay_data?playerId=#{userId}"
else
url = "#{process.env.API_URL}/api/users/#{userId}/games/#{gameId}/replay_data"
return new Promise (resolve, reject) ->
request = $.ajax({
url: url ,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response)->
resolve(response)
.fail (response)->
reject(new Error("Error downloading replay data: #{response?.responseJSON?.message}"))
.then (replayResponseData) ->
@.replayResponseData = replayResponseData
gameSessionData = replayResponseData.gameSessionData
gameUIData = replayResponseData.mouseUIData
replayData = replayResponseData.replayData
# validate data
gameSetupData = gameSessionData?.gameSetupData
if !gameSetupData?
throw new Error("ReplayEngine -> loaded game does not have valid replay data!")
# store data
@_loadedGameSessionData = gameSessionData
@_loadedGameUIEventData = gameUIData
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameSetupData.players[0].factionId
gameSetupData.players[1].factionId
])
.then () ->
# create new game instance but don't deserialize from existing data
SDK.GameSession.reset()
if userId? # if we explicity requested to spectate a user perspective
SDK.GameSession.getInstance().setUserId(userId)
else if @.replayResponseData?.replayData # check if the server response includes a shared replay record so we can use that to determine who to spectate
SDK.GameSession.getInstance().setUserId(@.replayResponseData?.replayData.user_id)
else # ultimately spectate player 1 if nothing provided
SDK.GameSession.getInstance().setUserId(@_loadedGameSessionData.players[0].playerId)
SDK.GameSession.getInstance().setGameType(@_loadedGameSessionData.gameType)
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false)
SDK.GameSession.getInstance().setIsSpectateMode(true)
SDK.GameSession.getInstance().setIsReplay(true)
# setup GameSession from replay data
SDK.GameSetup.setupNewSessionFromExistingSessionData(SDK.GameSession.getInstance(), @_loadedGameSessionData)
return App._startGame()
.then () ->
# start watching replay
ReplayEngine.getInstance().watchReplay(@_loadedGameSessionData, @_loadedGameUIEventData)
.catch (errorMessage) ->
ReplayEngine.getInstance().stopCurrentReplay()
return App._error(errorMessage)
#
# --- Game Connecting ---- #
#
App._unsubscribeFromJoinGameEvents = () ->
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.join_game)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_failed)
App._subscribeToJoinGameEventsPromise = () ->
App._unsubscribeFromJoinGameEvents()
return new Promise((resolve, reject) ->
# wait for join_game event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.join_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.spectate_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
# wait for reconnect_failed event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.reconnect_failed, () ->
# reject and cancel reconnect
reject("Reconnect failed!")
)
).finally(() ->
# reset join game listeners
App._unsubscribeFromJoinGameEvents()
)
App._joinGame = (gameListingData, loadMyGameResourcesPromise, loadOpponentGameResourcesPromise) ->
Logger.module("APPLICATION").log("App._joinGame", gameListingData)
# load my resources for game
loadMyGameResourcesPromise ?= PackageManager.getInstance().loadGamePackageWithoutActivation([gameListingData["faction_id"]])
# load opponent resources for game
loadOpponentGameResourcesPromise ?= PackageManager.getInstance().loadMinorPackage(PKGS.getFactionGamePkgIdentifier(gameListingData["opponent_faction_id"]), null, "game")
return Promise.all([
loadMyGameResourcesPromise,
loadOpponentGameResourcesPromise
]).then(() ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], ProfileManager.getInstance().get('id'), gameListingData["game_server"])
return joinGamePromise.then((gameSessionData) ->
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
)
App._onReconnectToGame = (gameId) ->
Logger.module("APPLICATION").log("App._onReconnectToGame", gameId)
# destroy the current game
App.cleanupGame()
# start listening to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# blur the view in engine
Scene.getInstance().getFX().requestBlurScreen(App._screenBlurId)
return Promise.all([
# show user we're reconnecting
NavigationManager.getInstance().showContentView(new ReconnectToGameItemView()),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
return joinGamePromise.then((gameSessionData) ->
# start game
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
).finally(() ->
App.cleanupReconnectToGame()
)
)
App.cleanupReconnectToGame = () ->
# unsubscribe from events
App._unsubscribeFromJoinGameEvents()
# unblur screen
Scene.getInstance().getFX().requestUnblurScreen(App._screenBlurId)
#
# --- Game Events ---- #
#
App._onNetworkGameEvent = (eventData) ->
if (eventData.type == EVENTS.step)
Logger.module("APPLICATION").log("App._onNetworkGameEvent -> step", eventData)
# step event
if eventData.step?
# deserialize step
sdkStep = SDK.GameSession.getInstance().deserializeStepFromFirebase(eventData.step)
# if we are spectating, and connected in the middle of a followup (so we don't have a snapshot), error out to main menu in the event of a rollback since we have nothing to roll back to
if (SDK.GameSession.getInstance().getIsSpectateMode() and sdkStep.getAction() instanceof SDK.RollbackToSnapshotAction and !SDK.GameSession.getInstance().getRollbackSnapshotData())
return App._error("You fell out of sync. Please try to spectate again to sync up.")
# mark step as transmitted
sdkStep.setTransmitted(true)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(sdkStep)
if sdkStep.getAction()
AnalyticsTracker.sendAnalyticsForExplicitAction(sdkStep.getAction())
else if (eventData.type == EVENTS.invalid_action)
if eventData.playerId == SDK.GameSession.getInstance().getMyPlayerId()
if eventData.desync
# player is out of sync with server
# force them to reconnect to game
Analytics.track("player desync", {category:Analytics.EventCategory.Debug}, {nonInteraction:1})
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
else
# player isn't out of sync but may need to know their action was invalid
# this may happen if a player attempts to submit actions after their turn is over
SDK.GameSession.getInstance().onAuthoritativeInvalidAction(eventData)
else if (eventData.type == EVENTS.network_game_hover)
Scene.getInstance().getGameLayer()?.onNetworkHover(eventData)
else if (eventData.type == EVENTS.network_game_select)
Scene.getInstance().getGameLayer()?.onNetworkSelect(eventData)
else if (eventData.type == EVENTS.network_game_mouse_clear)
Scene.getInstance().getGameLayer()?.onNetworkMouseClear(eventData)
else if (eventData.type == EVENTS.turn_time)
# if we are behind in step count for some reason from the server step counter
if (!SDK.GameSession.getInstance().getIsSpectateMode() and eventData.stepCount > SDK.GameSession.getInstance().getStepCount())
# we're going to start a pseudo-timeout to reload the game
Logger.module("APPLICATION").warn("App._onNetworkGameEvent -> seems like game session is behind server step count")
# if we haven't already detected a potential desync state and recorded the moment it started
if not App._gameDesyncStartedAt
# record the moment the suspected desync started
App._gameDesyncStartedAt = moment.utc()
# otherwise if we suspect a desync state is already in progress and we have the time it started, see if it's been more than 10s
else if moment.duration(moment.utc() - App._gameDesyncStartedAt).asSeconds() > 10.0
# if it's been more than 10s in a desync state, fire off the error state
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
App._gameDesyncStartedAt = null
return
else
# if we're up to date with our step count, just clear out any suspected desync starting point
App._gameDesyncStartedAt = null
# the game session emits events from here that inform UI etc.
SDK.GameSession.getInstance().setTurnTimeRemaining(eventData.time)
else if (eventData.type == EVENTS.show_emote)
EventBus.getInstance().trigger(EVENTS.show_emote, eventData)
App._onOpponentConnectionStatusChanged = (eventData) ->
# when opponent disconnects, force mouse clear
if !SDK.NetworkManager.getInstance().isOpponentConnected
Scene.getInstance().getGameLayer()?.onNetworkMouseClear({type:EVENTS.network_game_mouse_clear, timestamp: Date.now()})
App._onNetworkGameError = (errorData) ->
return App._error(JSON.stringify(errorData))
App._onGameServerShutdown = (errorData) ->
if errorData.ip
ip = errorData.ip
lastGameModel = GamesManager.getInstance().playerGames.first()
lastGameModel.set('gameServer',ip)
# reconnect
SDK.NetworkManager.getInstance().reconnect(ip)
# show reconnecting
return App._onReconnectToGame()
else
return App._error("Game server error, no ip!")
#
# --- Game Setup ---- #
#
App._startGameWithChallenge = (challenge) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameWithChallenge -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App:_startGameWithChallenge")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
if not challenge instanceof SDK.ChallengeRemote
# mark challenge as attempted
ProgressionManager.getInstance().markChallengeAsAttemptedWithType(challenge.type);
# challenge handles setting up game session
SDK.GameSession.reset()
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
challenge.setupSession(SDK.GameSession.getInstance())
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return ui_promise.then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([
SDK.GameSession.getInstance().getGeneralForPlayer1().getFactionId(),
SDK.GameSession.getInstance().getGeneralForPlayer2().getFactionId()
], [
"tutorial",
PKGS.getChallengePkgIdentifier(SDK.GameSession.getInstance().getChallenge().getType())
])
.then () ->
return App._startGame()
.catch (errorMessage) ->
return App._error(errorMessage)
App._startGameWithData = (sessionData) ->
Logger.module("APPLICATION").log("App._startGameWithData", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
App._startGame = () ->
gameSession = SDK.GameSession.getInstance()
Logger.module("APPLICATION").log("App:_startGame", gameSession.getStatus())
if gameSession.getIsSpectateMode()
ChatManager.getInstance().setStatus(ChatManager.STATUS_WATCHING)
else if gameSession.isChallenge()
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
else
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
NotificationsManager.getInstance().dismissNotificationsThatCantBeShown()
if Discord
getFactionImage = (factionId, opponent = false) ->
s = {key: '', text: ''}
switch factionId
when 1 then s = {key: 'f1', text: 'Lyonar'}
when 2 then s = {key: 'f2', text: 'Songhai'}
when 3 then s = {key: 'f3', text: 'Vetruvian'}
when 4 then s = {key: 'f4', text: 'Abyssian'}
when 5 then s = {key: 'f5', text: 'Magmar'}
when 6 then s = {key: 'f6', text: 'Vanar'}
else s = {key: 'neutral', text: 'Neutral'}
if opponent
s.key += '_small'
return s
opponentName = SDK.GameSession.getInstance().getOpponentPlayer().getUsername()
opponentFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getOpponentPlayer()).factionId
opponentFactionImage = getFactionImage(opponentFaction, true)
playerName = SDK.GameSession.getInstance().getMyPlayer().getUsername()
playerId = SDK.GameSession.getInstance().getMyPlayerId()
playerRank = GamesManager.getInstance().getCurrentRank()
playerFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getMyPlayer()).factionId
playerFactionImage = getFactionImage(playerFaction, false)
presence = {
startTimestamp: Math.floor((new Date).getTime()/1000),
instance: 1
largeImageKey: playerFactionImage.key
largeImageText: playerFactionImage.text
smallImageKey: opponentFactionImage.key
smallImageText: opponentFactionImage.text
}
if gameSession.getIsSpectateMode()
if gameSession.getIsReplay()
presence.details = "Watching: #{playerName} vs. #{opponentName} replay"
presence.state = "Spectating"
else
presence.details = "Watching: #{playerName} vs. #{opponentName} live"
presence.state = "Spectating"
else if gameSession.isRanked()
presence.details = "Ranked: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isGauntlet()
presence.details = "Gauntlet: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isRift()
presence.details = "Rift: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isFriendly()
presence.details = "Friendly: vs. #{opponentName}"
presence.state = "In Game"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isBossBattle()
presence.details = "Boss Battle: vs. #{opponentName}"
presence.state = "Playing Solo"
else if gameSession.isSinglePlayer() || gameSession.isSandbox() || gameSession.isChallenge()
presence.state = "Playing Solo"
Discord.updatePresence(presence)
# analytics call
Analytics.page("Game",{ path: "/#game" })
# reset routes as soon as we lock into a game
NavigationManager.getInstance().resetRoutes()
# record last game data
CONFIG.resetLastGameData()
CONFIG.lastGameType = gameSession.getGameType()
CONFIG.lastGameWasSpectate = gameSession.getIsSpectateMode()
CONFIG.lastGameWasTutorial = gameSession.isTutorial()
CONFIG.lastGameWasDeveloper = UtilsEnv.getIsInDevelopment() && gameSession.getIsDeveloperMode()
CONFIG.lastGameWasDailyChallenge = gameSession.isDailyChallenge()
# listen to game network events
App._subscribeToGameNetworkEvents()
# get game UI view class
challenge = gameSession.getChallenge()
if challenge? and !(challenge instanceof SDK.Sandbox)
gameUIViewClass = TutorialLayout
else
gameUIViewClass = GameLayout
# load resources for game session
load_promises = [
# load battlemap assets required for game
PackageManager.getInstance().loadMinorPackage(PKGS.getBattleMapPkgIdentifier(gameSession.getBattleMapTemplate().getMap()), null, "game")
]
# load all cards in my player's hand
preloaded_package_ids = []
for cardIndex in gameSession.getMyPlayer().getDeck().getHand()
card = gameSession.getCardByIndex(cardIndex)
if card?
# get unique id for card preload
card_id = card.id
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, PKGS.getPkgForIdentifier(card_pkg_id), "game"))
# load all cards and modifiers on board
for card in gameSession.getBoard().getCards(null, allowUntargetable=true)
# get unique id for card preload
card_id = card.getId()
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_resources_pkg = PKGS.getPkgForIdentifier(card_pkg_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
# include signature card resources
if card instanceof SDK.Entity and card.getWasGeneral()
referenceSignatureCard = card.getReferenceSignatureCard()
if referenceSignatureCard?
signature_card_id = referenceSignatureCard.getId()
signature_card_pkg_id = PKGS.getCardGamePkgIdentifier(signature_card_id)
signature_card_resources_pkg = PKGS.getPkgForIdentifier(signature_card_pkg_id)
card_resources_pkg = [].concat(card_resources_pkg, signature_card_resources_pkg)
# load card resources
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, card_resources_pkg, "game"))
# modifiers
for modifier in card.getModifiers()
if modifier?
# get unique id for modifier preload
modifier_type = modifier.getType()
modifier_preload_package_id = modifier_type + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(modifier_preload_package_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(modifier_preload_package_id, PKGS.getPkgForIdentifier(modifier_type), "game"))
# load artifact card if modifier is applied by an artifact
if modifier.getIsFromArtifact()
artifact_card = modifier.getSourceCard()
if artifact_card?
# get unique id for artifact card preload
artifact_card_id = artifact_card.getId()
artifact_card_pkg_id = PKGS.getCardInspectPkgIdentifier(artifact_card_id)
artifact_card_preload_pkg_id = artifact_card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(artifact_card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(artifact_card_preload_pkg_id, PKGS.getPkgForIdentifier(artifact_card_pkg_id), "game"))
return Promise.all(load_promises).then(() ->
# destroy all views/layers
return NavigationManager.getInstance().destroyAllViewsAndLayers()
).then(() ->
return PackageManager.getInstance().activateGamePackage()
).then(() ->
# show game and ui
overlay_promise = Scene.getInstance().destroyOverlay()
game_promise = Scene.getInstance().showGame()
content_promise = NavigationManager.getInstance().showContentView(new gameUIViewClass({challenge: challenge}))
utility_promise = NavigationManager.getInstance().showUtilityView(new UtilityGameMenuItemView({model: ProfileManager.getInstance().profile}))
# listen to game local events
App._subscribeToGameLocalEvents()
# wait for game to show as active (not status active) then unload all preloaded packages
scene = Scene.getInstance()
gameLayer = scene? && scene.getGameLayer()
if !gameLayer? or gameLayer.getStatus() == GameLayer.STATUS.ACTIVE
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
else
onActiveGame = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
onTerminate = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
gameLayer.getEventBus().on(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().on(EVENTS.terminate, onTerminate)
return Promise.all([
overlay_promise,
game_promise,
content_promise,
utility_promise
])
).then(() ->
# enable user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
)
########
App.onAfterShowEndTurn = () ->
Logger.module("APPLICATION").log "App:onAfterShowEndTurn"
# if we're playing in sandbox mode, we need to let the player play both sides so we swap players here
if SDK.GameSession.getInstance().isSandbox()
# swap test user id
player1 = SDK.GameSession.getInstance().getPlayer1()
player2 = SDK.GameSession.getInstance().getPlayer2()
if player1.getIsCurrentPlayer() then SDK.GameSession.getInstance().setUserId(player1.getPlayerId()) else SDK.GameSession.getInstance().setUserId(player2.getPlayerId())
#
# --- Game Cleanup ---- #
#
App.cleanupGame = () ->
Logger.module("APPLICATION").log "App.cleanupGame"
# cleanup reconnect
App.cleanupReconnectToGame()
# cleanup events
App.cleanupGameEvents()
# terminate the game layer
Scene.getInstance().getGameLayer()?.terminate()
# reset the current instance of the game session
SDK.GameSession.reset()
App.cleanupGameEvents = () ->
Logger.module("APPLICATION").log "App.cleanupGameEvents"
# cleanup events
App._unsubscribeFromGameLocalEvents()
App._unsubscribeFromGameNetworkEvents()
#
# --- Game Over Views ---- #
#
App._onGameOver = () ->
Logger.module("APPLICATION").log "App:_onGameOver"
# start loading data as soon as game is over, don't wait for animations
App._startLoadingGameOverData()
# disconnect from game room on network side
# defer it until the call stack clears so any actions that caused the game to be over get broadcast during the current JS tick
_.defer () ->
SDK.NetworkManager.getInstance().disconnect()
#
# --- Game Turn Over---- #
#
App._onEndTurn = (e) ->
AnalyticsTracker.sendAnalyticsForCompletedTurn(e.turn)
###*
# This method de-registers all game listeners and initiates the game over screen flow. For visual sequencing purposes, it fires when it recieves an event that all game actions are done showing in the game layer.
# @public
###
App.onShowGameOver = () ->
Logger.module("APPLICATION").log "App:onShowGameOver"
# analytics call
Analytics.page("Game Over",{ path: "/#game_over" })
App.cleanupGameEvents()
App.showVictoryWhenGameDataReady()
###*
# Load progression, rank, etc... data after a game is over.
# @private
###
App._startLoadingGameOverData = ()->
# for specated games, don't load any data
if SDK.GameSession.current().getIsSpectateMode()
App._gameOverDataThenable = Promise.resolve([null,[]])
return
# resolve when the last game is confirmed as "over"
whenGameJobsProcessedAsync = new Promise (resolve,reject)->
isGameReady = (gameAttrs,jobAttrs)->
# if game is not over yet, the rest of the data is not valid
if gameAttrs.status != SDK.GameStatus.over
return false
switch gameAttrs.game_type
when SDK.GameType.Friendly
return isFriendlyGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Ranked
return isRankedGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Casual
return isCasualGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Gauntlet
return isGauntletGameReady(gameAttrs,jobAttrs)
when SDK.GameType.SinglePlayer
return isSinglePlayerGameReady(gameAttrs,jobAttrs)
when SDK.GameType.BossBattle
return isBossBattleGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Rift
return isRiftGameReady(gameAttrs,jobAttrs)
else
return Promise.resolve()
isFriendlyGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.quests and jobAttrs.faction_progression
else
return true
isRankedGameReady = (gameAttrs,jobAttrs)->
doneProcessing = false
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rank and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
doneProcessing = (jobAttrs.rank)
# if we're in diamond or above, wait for ladder, othwerwise don't since it's not guaranteed to process
if GamesManager.getInstance().getCurrentRank() <= SDK.RankDivisionLookup.Diamond
doneProcessing = doneProcessing and jobAttrs.ladder
return doneProcessing
isCasualGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return true
isGauntletGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.gauntlet and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return jobAttrs.gauntlet
isSinglePlayerGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isBossBattleGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_winner
return (jobAttrs.progression and jobAttrs.cosmetic_chests and jobAttrs.faction_progression)
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isRiftGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rift and jobAttrs.quests)
else
doneProcessing = (jobAttrs.rift)
gameSession = SDK.GameSession.getInstance()
lastGameModel = GamesManager.getInstance().playerGames.first()
if lastGameModel? and SDK.GameType.isNetworkGameType(gameSession.getGameType())
# lastGameModel.onSyncOrReady().then ()->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
resolve([lastGameModel,null])
else
lastGameModel.on "change", () ->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
lastGameModel.off "change"
resolve([lastGameModel,null])
else if gameSession.isChallenge()
challengeId = gameSession.getChallenge().type
if gameSession.getChallenge() instanceof SDK.ChallengeRemote and gameSession.getChallenge().isDaily
# Don't process daily challenges run by qa tool
if gameSession.getChallenge()._generatedForQA
resolve([null,null])
else
ProgressionManager.getInstance().completeDailyChallenge(challengeId).then (challengeData)->
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
ProgressionManager.getInstance().completeChallengeWithType(challengeId).then (challengeData)->
NewPlayerManager.getInstance().setHasSeenBloodbornSpellInfo()
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
resolve([null, null])
App._gameOverDataThenable = whenGameJobsProcessedAsync
.bind {}
.spread (userGameModel,challengeModel)->
@.userGameModel = userGameModel
@.challengeModel = challengeModel
rewardIds = []
gameSession = SDK.GameSession.getInstance()
# Send game based analytics
AnalyticsTracker.submitGameOverAnalytics(gameSession,userGameModel)
# Mark first game of type completions
if gameSession.isRanked()
NewPlayerManager.getInstance().setHasPlayedRanked(userGameModel)
if gameSession.isSinglePlayer()
NewPlayerManager.getInstance().setHasPlayedSinglePlayer(userGameModel)
if @.userGameModel?.get('rewards')
for rewardId,val of @.userGameModel.get('rewards')
rewardIds.push rewardId
if @.challengeModel?.get('reward_ids')
for rewardId in @.challengeModel.get('reward_ids')
rewardIds.push rewardId
return rewardIds
.then (rewardIds)->
allPromises = []
if rewardIds?
for rewardId in rewardIds
rewardModel = new DuelystBackbone.Model()
rewardModel.url = process.env.API_URL + "/api/me/rewards/#{rewardId}"
rewardModel.fetch()
allPromises.push rewardModel.onSyncOrReady()
return Promise.all(allPromises)
.then (allRewardModels)->
@.rewardModels = allRewardModels
# if we're not done with core progression
if not NewPlayerManager.getInstance().isCoreProgressionDone()
return NewPlayerManager.getInstance().updateCoreState()
else
return Promise.resolve()
.then (newPlayerProgressionData)->
if newPlayerProgressionData?.quests
@.newBeginnerQuestsCollection = new Backbone.Collection(newPlayerProgressionData?.quests)
else
@.newBeginnerQuestsCollection = new Backbone.Collection()
.then ()->
# if we're at a stage where we should start generating daily quests, request them in case any of the quest slots opened up
if NewPlayerManager.getInstance().shouldStartGeneratingDailyQuests()
return QuestsManager.getInstance().requestNewDailyQuests()
else
return Promise.resolve()
.then ()->
return Promise.all([@.userGameModel,@.rewardModels,@.newBeginnerQuestsCollection])
# don't wait more than ~10 seconds
.timeout(10000)
###*
# Shows the victory screen after a game is over, all data is loaded, and assets for victory screen are allocated.
# @public
###
App.showVictoryWhenGameDataReady = () ->
# show activity dialog
NavigationManager.getInstance().showDialogView(new ActivityDialogItemView());
# resolve when post game assets are done loading
return PackageManager.getInstance().loadMinorPackage("postgame")
.then ()->
return App._gameOverDataThenable
.spread (userGameModel,rewardModels,newBeginnerQuestsCollection)->
if not rewardModels
throw new Error()
# destroy dialog
NavigationManager.getInstance().destroyDialogView()
# terminate game layer as we no longer need it to be active
Scene.getInstance().getGameLayer()?.terminate()
# show victory
App.showVictory(userGameModel,rewardModels,newBeginnerQuestsCollection)
.catch Promise.TimeoutError, (e) ->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error("We're experiencing some delays in processing your game. Don't worry, you can keep playing and you'll receive credit shortly.")
.catch (e)->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error(e.message)
###*
# Shows the victory screen after a game is over.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
# @param {Backbone.Collection} newBeginnerQuestsCollection Collection of new beginner quests as of game completion
###
App.showVictory = (userGameModel,rewardModels,newBeginnerQuestsCollection) ->
Logger.module("APPLICATION").log "App:showVictory"
if not SDK.GameSession.getInstance().getIsSpectateMode() and SDK.GameType.isNetworkGameType(SDK.GameSession.getInstance().getGameType())
faction_id = userGameModel.get('faction_id')
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
faction_level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned)
faction_prog_reward = SDK.FactionProgression.rewardDataForLevel(faction_id,faction_level)
if SDK.FactionProgression.hasLeveledUp(faction_xp + faction_xp_earned, faction_xp_earned) and faction_prog_reward
App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
else
# local games
if SDK.GameSession.getInstance().isChallenge()
# for challenges
App.addNextScreenCallbackToVictoryFlow(rewardModels);
userGameModel ?= new Backbone.Model({})
return Promise.all([
Scene.getInstance().showOverlay(new VictoryLayer())
NavigationManager.getInstance().showContentView(new VictoryItemView({model:userGameModel || new Backbone.Model({})}))
])
###*
# Shows the next screen in the victory order: rank, quests, rewards etc.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
###
App.addNextScreenCallbackToVictoryFlow = (rewardModels) ->
Logger.module("APPLICATION").log "App:addNextScreenCallbackToVictoryFlow"
# # if we have any faction progression rewards, show those first
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,rewardModels))
# if we have any quest rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showQuestsCompleted.bind(App,rewardModels))
# if we have any progression rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showWinCounterReward.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# if we have any ribbon rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showNextRibbonReward.bind(App,rewardModels))
# # if we have any gift crate rewards, show those next
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showGiftCrateReward.bind(App,rewardModels))
# if we have any cosmetic loot crate rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showLootCrateReward.bind(App,rewardModels))
# if we have any faction unlocks, show those next
factionUnlockedReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction unlock" and rewardModel.get('is_unread'))
if factionUnlockedReward
return App.setCallbackWhenCancel(App.showUnlockedFaction.bind(App,factionUnlockedReward.get('unlocked_faction_id')))
# if we are doing a tutorial, kick us back to the tutorial screen, unless it's the last lesson: LessonFour, in which case, move along with normal flow (kicks to main menu)
if SDK.GameSession.getInstance().getChallenge()?.categoryType == SDK.ChallengeCategory.tutorial.type
# for tutorial go show tutorial layout
if SDK.GameSession.getInstance().getChallenge().type != "LessonFour"
return App.setCallbackWhenCancel(App._showTutorialLessons.bind(App,SDK.GameSession.getInstance().getChallenge()))
###*
# Show unlocked faction screen.
# @public
# @param {String|Number} factionId
# @returns {Promise}
###
App.showUnlockedFaction = (factionId) ->
Logger.module("APPLICATION").log("App:showUnlockedFaction", factionId)
unlockFactionLayer = new UnlockFactionLayer(factionId)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(unlockFactionLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == unlockFactionLayer
unlockFactionLayer.animateReward()
.catch (error) ->
App._error(error)
###*
# Show ribbon reward screen if there are any unread ribbon reward models.
# @public
# @param {Array} rewardModels the reward models array.
###
App.showNextRibbonReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showNextRibbonReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
nextReward.set('is_unread',false)
ribbonId = nextReward.get("ribbons")?[0]
if ribbonId?
ribbonObject = SDK.RibbonFactory.ribbonForIdentifier(ribbonId)
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons([ribbonId], "You've earned the #{ribbonObject.title} ribbon.", "Ribbons show on your profile for performing in battle with distinction.")
else
Logger.module("APPLICATION").log "ERROR: ribbonId is undefined for reward #{nextReward.get("id")}"
###*
# Show progression reward screen.
# @public
# @param {Backbone.Model} rewardModel progression reward model.
###
App.showProgressReward = (rewardModel) ->
Logger.module("APPLICATION").log "App:showProgressReward"
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
if rewardModel.get("cards")
# cards
cardIds = rewardModel.get("cards")
if rewardModel.get("_showStack")
cardIds = [cardIds[0]]
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardCards(cardIds, rewardModel.get("_showStack"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetics")
# NOTE: only emotes and battle maps will work for this case
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
if SDK.CosmeticsFactory.cosmeticForIdentifier(rewardModel.get("cosmetics")[0]).typeId == SDK.CosmeticsTypeLookup.BattleMap
progressionRewardLayer.showRewardBattleMaps(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
progressionRewardLayer.showRewardEmotes(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gift_chests")
CrateManager.getInstance().refreshGiftCrates()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(rewardModel.get("gift_chests"),rewardModel.get("_title"),rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetic_keys")
# cosmetic keys
cosmeticKeyRewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(cosmeticKeyRewardLayer)
cosmeticKeyRewardLayer.animateReward(rewardModel.get("cosmetic_keys"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("ribbons")
# ribbons
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons(rewardModel.get("ribbons"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit")
# spirit
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("spirit", rewardModel.get("spirit"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gold")
# gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("gold", rewardModel.get("gold"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit_orbs")
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"), rewardModel.get("spirit_orbs"))
else if rewardModel.get("gauntlet_tickets")
# gauntlet ticket
gauntletTicketRewardLayer = new GauntletTicketRewardLayer()
Scene.getInstance().showOverlay(gauntletTicketRewardLayer)
gauntletTicketRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
Logger.module("APPLICATION").log("Application->showProgressReward: Attempt to show reward model without valid reward")
###*
# Show achievement reward screen if there are any unread ones.
# @public
###
App.showAchievementCompletions = () ->
if !AchievementsManager.getInstance().hasUnreadCompletedAchievements()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showAchievementCompletions"
completedAchievementModel = AchievementsManager.getInstance().popNextUnreadAchievementModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(completedAchievementModel)
).then () ->
return App.showAchievementCompletions()
###*
# Show twitch reward screen if there are any unread ones.
# @public
###
App.showTwitchRewards = () ->
if !TwitchManager.getInstance().hasUnclaimedTwitchRewards()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showTwitchRewards"
twitchRewardModel = TwitchManager.getInstance().popNextUnclaimedTwitchRewardModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(twitchRewardModel)
).then () ->
return App.showTwitchRewards()
###*
# Show season rewards screen if the player has an unread season rewards set.
# @public
###
App.showEndOfSeasonRewards = () ->
gamesManager = GamesManager.getInstance()
if gamesManager.hasUnreadSeasonReward()
return new Promise( (resolve, reject) ->
locResolve = resolve
# get data
seasonModel = gamesManager.getSeasonsWithUnclaimedRewards()[0]
bonusChevrons = SDK.RankFactory.chevronsRewardedForReachingRank(seasonModel.get("top_rank")? || 30)
seasonRewardIds = seasonModel.get("reward_ids")
if bonusChevrons == 0
# If there is no rewards we exit here
locResolve()
else
Logger.module("APPLICATION").log "App:showEndOfSeasonRewards"
endOfSeasonLayer = new EndOfSeasonLayer(seasonModel)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(endOfSeasonLayer)
])
.then () ->
App.setCallbackWhenCancel(() ->
Scene.getInstance().destroyOverlay()
locResolve()
)
if Scene.getInstance().getOverlay() == endOfSeasonLayer
return endOfSeasonLayer.animateReward()
.catch (error) ->
Logger.module("APPLICATION").log("App.showEndOfSeasonRewards error: ", error)
locResolve()
)
else
return Promise.resolve()
App.showTutorialRewards = (rewardModels) ->
Logger.module("APPLICATION").log "App:showTutorialRewards"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
nextReward = nextReward || _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
if (nextReward.get("unlocked_faction_id"))
App.showUnlockedFaction(nextReward.get("unlocked_faction_id"))
else
App.showProgressReward(nextReward)
App.showLadderProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showLadderProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
ladderProgressLayer = new LadderProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(ladderProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == ladderProgressLayer
return ladderProgressLayer.showLadderProgress(userGameModel)
.catch (error) ->
App._error("App.showLadderProgress error: ", error)
App.showRiftProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showRiftProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
riftProgressLayer = new RiftProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(riftProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == riftProgressLayer
return riftProgressLayer.showRiftProgress(userGameModel)
.catch (error) ->
App._error("App.showRiftProgress error: ", error)
App.showQuestsCompleted = (rewardModels) ->
Logger.module("APPLICATION").log "App:showQuestsCompleted"
nextQuestReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
nextQuestReward.set('is_unread',false)
sdkQuest = SDK.QuestFactory.questForIdentifier(nextQuestReward.get('quest_type_id'))
questName = sdkQuest.getName()
gold = nextQuestReward.get("gold")
spiritOrbs = nextQuestReward.get("spirit_orbs")
giftChests = null
cosmeticKeys = null
if sdkQuest.giftChests?.length > 0
giftChests = sdkQuest.giftChests
if sdkQuest.cosmeticKeys?.length > 0
cosmeticKeys = sdkQuest.cosmeticKeys
# track an event in analytics
Analytics.track("quest complete", {
category: Analytics.EventCategory.Quest,
quest_type_id: nextQuestReward.get('quest_type_id'),
gold_amount:nextQuestReward.get("gold") || 0
},{
labelKey:"quest_type_id"
valueKey:"gold_amount"
nonInteraction:1
})
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show quest reward
NavigationManager.getInstance().destroyContentView()
if gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward(
"gold",
gold,
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{gold} GOLD for completing #{questName}",
"Quest Complete"
)
else if spiritOrbs
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{spiritOrbs} SPIRIT ORBS for completing #{questName}"
)
else if giftChests
Analytics.track("earned gift crate", {
category: Analytics.EventCategory.Crate,
product_id: giftChests[0]
}, {
labelKey: "product_id"
})
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(giftChests, null, i18next.t("rewards.quest_reward_gift_crate_title",{quest_name:questName}))
CrateManager.getInstance().refreshGiftCrates()
else if cosmeticKeys
Analytics.track("earned cosmetic key", {
category: Analytics.EventCategory.Crate,
product_id: cosmeticKeys[0]
}, {
labelKey: "<KEY>"
})
NavigationManager.getInstance().destroyContentView()
rewardLayer = new CosmeticKeyRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showRewardKeys(cosmeticKeys, null, "FREE Cosmetic Crate Key for completing the #{questName} quest")
CrateManager.getInstance().refreshGiftCrates()
# Outdated name, really shows all progression rewards
App.showWinCounterReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showWinCounterReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
# Scene.getInstance().showOverlay(currencyRewardLayer) # TODO: merge How does this even work?
rewardView = null
switch nextReward.get("reward_type")
when "win count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
message = i18next.t("rewards.3_win_gold_reward_message",{gold_amount:goldAmount})
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.3_win_gold_reward_title"),
message
)
when "play count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.4_play_gold_reward_title"),
i18next.t("rewards.4_play_gold_reward_message",{gold_amount:goldAmount})
)
when "daily win"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_win_of_the_day_reward_title"),
i18next.t("rewards.first_win_of_the_day_reward_message",{gold_amount:goldAmount})
)
when "first 3 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_3_games_reward_title"),
i18next.t("rewards.first_3_games_reward_message",{gold_amount:goldAmount})
)
when "first 10 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_10_games_reward_title"),
i18next.t("rewards.first_10_games_reward_message",{gold_amount:goldAmount})
)
when "boss battle"
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
cardSetId = nextReward.get("spirit_orbs")
boosterRewardLayer.animateReward(
i18next.t("rewards.boss_defeated_reward_title"),
i18next.t("rewards.boss_defeated_reward_message"),
SDK.CardSet.Core
)
App.showLootCrateReward = (rewardModels)->
Logger.module("APPLICATION").log "App:showLootCrateReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
Analytics.track("earned cosmetic crate", {
category: Analytics.EventCategory.Crate,
product_id: nextReward.get("cosmetic_chests")?[0]
}, {
labelKey: "product_id"
})
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(nextReward.get("cosmetic_chests"))
# App.showGiftCrateReward = (rewardModels)->
# Logger.module("APPLICATION").log "App:showGiftCrateReward"
#
# nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# nextReward.set("is_unread",false)
#
# Analytics.track("earned gift crate", {
# category: Analytics.EventCategory.Crate,
# product_id: nextReward.get("gift_crates")?[0]
# }, {
# labelKey: "product_id"
# })
#
# App.addNextScreenCallbackToVictoryFlow(rewardModels)
#
# # show reward setup on the engine side
# NavigationManager.getInstance().destroyContentView()
# rewardLayer = new LootCrateRewardLayer()
# Scene.getInstance().showOverlay(rewardLayer)
# rewardLayer.animateReward(nextReward.get("gift_crates"))
App.showFactionXpReward = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showFactionXpReward"
nextUnreadReward = _.find rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread')
nextUnreadReward.set("is_unread",false)
factionId = userGameModel.get("faction_id")
factionName = SDK.FactionFactory.factionForIdentifier(factionId).name
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned) + 1
# set title
nextUnreadReward.set("_title", i18next.t("rewards.level_up_reward_title",{ level:level }))
# set reward model properties by reward
if nextUnreadReward.get("cards")
# cards
factionCards = GameDataManager.getInstance().visibleCardsCollection.filter (c)-> c.get("factionId") == factionId and c.get("rarityId") == SDK.Rarity.Fixed
availableFactionCards = _.filter(factionCards, (c)->
return c.get("inventoryCount") > 0
)
subtitle = i18next.t("rewards.card_reward_subtitle",{
card_count: availableFactionCards.length,
total: factionCards.length,
factionName: factionName
})
nextUnreadReward.set("_subTitle", subtitle)
nextUnreadReward.set("_showStack",true)
else if nextUnreadReward.get("spirit")
# sprit
nextUnreadReward.set("_subTitle", i18next.t("rewards.spirit_for_faction_lvl_reward_message",{spirit:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("gold")
# gold
nextUnreadReward.set("_subTitle", i18next.t("rewards.gold_for_faction_lvl_reward_message",{gold:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("spirit_orbs")
# booster
nextUnreadReward.set("_subTitle", i18next.t("rewards.orb_for_faction_lvl_reward_message",{faction_name:factionName,level:level}))
# setup next screen
if SDK.GameSession.current().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.current().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
App.showProgressReward(nextUnreadReward)
App.showNewBeginnerQuests = (beginnerQuestsCollection) ->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:beginnerQuestsCollection,
showConfirm:true
})
App.showFreeCardOfTheDayReward = (opts)->
Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyUtilityView()
]).then ()=>
rewardLayer = new FreeCardOfTheDayLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showCoreGem(opts.cardId)
App.setCallbackWhenCancel ()->
Scene.getInstance().destroyOverlay()
App._showMainMenu().then ()->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:QuestsManager.getInstance().getQuestCollection(),
model:ProgressionManager.getInstance().gameCounterModel
})
return Promise.resolve()
#
# ---- User Triggered Navigation ---- #
#
App.onUserTriggeredExit = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredExit"
return App.main()
App.onUserTriggeredSkip = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredSkip"
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and gameLayer.getIsGameActive()
# when in an active game
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.getMyPlayer().actionEndFollowup())
else if gameLayer.getIsShowingActionCardSequence()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# stop showing played card
gameLayer.skipShowActionCardSequence()
return Promise.resolve()
App.onUserTriggeredCancel = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredCancel"
cancelPromises = []
if NavigationManager.getInstance().getIsShowingModalView()
# close modal screens
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
cancelPromises.push(NavigationManager.getInstance().destroyModalView())
else if NavigationManager.getInstance().getHasLastRoute()
# go to last route (handles own sfx)
NavigationManager.getInstance().showLastRoute()
else
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and !gameLayer.getIsDisabled() and NavigationManager.getInstance().getIsShowingContentViewClass(GameLayout)
# when in game that is not over
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.actionRollbackSnapshot())
else
if !gameLayer.getMyPlayer().getIsTakingSelectionAction() and !gameLayer.getIsShowingActionCardSequence()
# show esc game menu if we are not selecting something in game and not showing an action sequence
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscGameMenuItemView()))
# always reset game active state
gameLayer.resetActiveState()
else
callback = App.getCallbackWhenCancel()
if callback?
App.setCallbackWhenCancel(null)
callbackResult = callback()
if callbackResult instanceof Promise
cancelPromises.push(callbackResult)
else if (App.getIsLoggedIn() or window.isDesktop) and (NavigationManager.getInstance().getIsShowingContentViewClass(LoaderItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(TutorialLessonsLayout))
# show esc main menu when on loading or login or main
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscMainMenuItemView()))
else if (!gameLayer? or gameLayer.getIsDisabled()) and !App.getIsShowingMain()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# for now just go back to main until we implement routing
cancelPromises.push(App.main())
return Promise.all(cancelPromises)
App.setCallbackWhenCancel = (callback) ->
# this is a less than ideal method of setting the next step in cancel sequence
App._callbackWhenCancel = callback
App.getCallbackWhenCancel = () ->
return App._callbackWhenCancel
App.onUserTriggeredConfirm = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredConfirm"
#
# ---- Events: Client ---- #
#
App.beforeunload = (e) ->
# return an empty string to trigger alert
if App._reloadRequestIds.length == 0 and !window.isDesktop and !UtilsEnv.getIsInLocal()
confirmMessage = ""
(e || window.event).returnValue = confirmMessage
return confirmMessage
App.unload = () ->
# reset the global event bus so no more events will be handled
EventBus.reset()
# cancel any ongoing matchmaking
GamesManager.getInstance().cancelMatchmaking()
App.bindEvents = () ->
# attach event listeners to document/window
$(window).on('unload', App.unload.bind(App))
$(window).on('mousemove',App.onPointerMove.bind(App))
$(window).on('mousedown',App.onPointerDown.bind(App))
$(window).on('mouseup',App.onPointerUp.bind(App))
$(window).on('wheel',App.onPointerWheel.bind(App))
$(window).on("resize", _.debounce(App.onResize.bind(App), 250))
EventBus.getInstance().on(EVENTS.request_resize, _.debounce(App.onResize.bind(App), 250))
$(document).on("visibilitychange",App.onVisibilityChange.bind(App))
EventBus.getInstance().on(EVENTS.request_reload, App.onRequestReload)
EventBus.getInstance().on(EVENTS.cancel_reload_request, App.onCancelReloadRequest)
$(CONFIG.GAMECANVAS_SELECTOR).on("webglcontextlost", () ->
App.onRequestReload({
id: "webgl_context_lost",
message: "Your graphics hit a snag and requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
)
# session is a plain event emitter
Session.on('login', App.onLogin)
Session.on('logout', App.onLogout)
Session.on('error', App.onSessionError)
EventBus.getInstance().on(EVENTS.show_login, App._showLoginMenu, App)
EventBus.getInstance().on(EVENTS.show_terms, App._showTerms, App)
EventBus.getInstance().on(EVENTS.show_play, App.showPlay, App)
EventBus.getInstance().on(EVENTS.show_watch, App.showWatch, App)
EventBus.getInstance().on(EVENTS.show_shop, App.showShop, App)
EventBus.getInstance().on(EVENTS.show_collection, App.showCollection, App)
EventBus.getInstance().on(EVENTS.show_codex, App.showCodex, App)
EventBus.getInstance().on(EVENTS.show_booster_pack_unlock, App.showBoosterPackUnlock, App)
EventBus.getInstance().on(EVENTS.show_crate_inventory, App.showCrateInventory, App)
EventBus.getInstance().on(EVENTS.start_challenge, App._startGameWithChallenge, App)
EventBus.getInstance().on(EVENTS.start_single_player, App._startSinglePlayerGame, App)
EventBus.getInstance().on(EVENTS.start_boss_battle, App._startBossBattleGame, App)
EventBus.getInstance().on(EVENTS.start_replay, App._startGameForReplay, App)
EventBus.getInstance().on(EVENTS.show_free_card_of_the_day, App.showFreeCardOfTheDayReward, App)
EventBus.getInstance().on(EVENTS.discord_spectate, App.onDiscordSpectate, App)
GamesManager.getInstance().on(EVENTS.matchmaking_start, App._matchmakingStart, App)
GamesManager.getInstance().on(EVENTS.matchmaking_cancel, App._matchmakingCancel, App)
GamesManager.getInstance().on(EVENTS.matchmaking_error, App._matchmakingError, App)
GamesManager.getInstance().on(EVENTS.finding_game, App._findingGame, App)
GamesManager.getInstance().on(EVENTS.invite_accepted, App._inviteAccepted, App)
GamesManager.getInstance().on(EVENTS.invite_rejected, App._inviteRejected, App)
GamesManager.getInstance().on(EVENTS.invite_cancelled, App._inviteCancelled, App)
GamesManager.getInstance().on(EVENTS.start_spectate, App._spectateGame, App)
EventBus.getInstance().on EVENTS.canvas_mouse_state, App.onCanvasMouseState, App
NavigationManager.getInstance().on(EVENTS.user_triggered_exit, App.onUserTriggeredExit, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_skip, App.onUserTriggeredSkip, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_cancel, App.onUserTriggeredCancel, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_confirm, App.onUserTriggeredConfirm, App)
EventBus.getInstance().on EVENTS.error, App._error, App
EventBus.getInstance().on EVENTS.ajax_error, App._error, App
App._subscribeToGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().on(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().on(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().on(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.end_turn, App._onEndTurn, App)
App._unsubscribeFromGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().off(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().off(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().off(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.end_turn, App._onEndTurn, App)
App._subscribeToGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App._unsubscribeFromGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App.onVisibilityChange = () ->
# TODO: look into why this causes errors
# Prevent sound effects that have been queued up from blasting all at once when app regains visibility
if document.hidden
# Would rather do a resume and start of effects, it doesn't stop them from piling up though
audio_engine.current().stop_all_effects()
else
audio_engine.current().stop_all_effects()
#
# ---- RESIZE ---- #
#
App.onResize = (e) ->
Logger.module("APPLICATION").log("App.onResize")
# store current resolution data
ignoreNextResolutionChange = App._ignoreNextResolutionChange
App._ignoreNextResolutionChange = false
if !ignoreNextResolutionChange
currentResolution = CONFIG.resolution
confirmResolutionChange = App._lastResolution? and App._lastResolution != currentResolution
# before resize
EventBus.getInstance().trigger(EVENTS.before_resize)
# resize and update scale
App._resizeAndScale()
# resize the scene to match app
Scene.getInstance().resize()
# resize the UI
EventBus.getInstance().trigger(EVENTS.resize)
# after resize
EventBus.getInstance().trigger(EVENTS.after_resize)
# force user to restart if resource scale for engine has changed
# CSS automatically handles resource scale changes
# TODO: instead of restarting, destroy all current views, show loading screen, reload images at new scale, and return to current route
App._needsRestart = App._lastResourceScaleEngine? and CONFIG.resourceScaleEngine != App._lastResourceScaleEngine
if !App._needsRestart
# cancel forced reload in case user has restored original window size
App._cancelReloadRequestForResolutionChange()
if confirmResolutionChange
# confirm resolution with user after resizing
App._confirmResolutionChange()
else if App._needsRestart
# force reload as user has changed window size
App._requestReloadForResolutionChange()
else
# update resolution values as no confirm or restart needed
App._updateLastResolutionValues()
return true
App._resizeAndScale = () ->
Logger.module("APPLICATION").log("App._resizeAndScale")
# resize canvas to match app size
# engine bases its window size on the canvas size
$html = $("html")
$canvas = $(CONFIG.GAMECANVAS_SELECTOR)
width = Math.max(CONFIG.REF_WINDOW_SIZE.width, $html.width())
height = Math.max(CONFIG.REF_WINDOW_SIZE.height, $html.height())
$canvas.width(width)
$canvas.height(height)
# set global scale
CONFIG.globalScale = CONFIG.getGlobalScaleForResolution(CONFIG.resolution, width, height)
# set css scales
CONFIG.pixelScaleCSS = CONFIG.globalScale * window.devicePixelRatio
$html.removeClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
CONFIG.resourceScaleCSS = 1
for resourceScale in CONFIG.RESOURCE_SCALES
scaleDiff = Math.abs(CONFIG.pixelScaleCSS - resourceScale)
currentScaleDiff = Math.abs(CONFIG.pixelScaleCSS - CONFIG.resourceScaleCSS)
if scaleDiff < currentScaleDiff or (scaleDiff == currentScaleDiff and resourceScale > CONFIG.resourceScaleCSS)
CONFIG.resourceScaleCSS = resourceScale
$html.addClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
# html font size by global scale
# css layout uses rems, which is based on html font size
$html.css("font-size", CONFIG.globalScale * 10.0 + "px")
App._lastResolution = null
App._lastResourceScaleEngine = null
App._ignoreNextResolutionChange = false
App._needsRestart = false
App._updateLastResolutionValues = () ->
App._lastResolution = CONFIG.resolution
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
App._confirmResolutionChange = () ->
Logger.module("APPLICATION").log "App._confirmResolutionChange"
confirmData = {title: 'Do you wish to keep this viewport setting?'}
if App._needsRestart
if window.isDesktop
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a restart!'
else
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a reload!'
if ChatManager.getInstance().getStatusIsInBattle()
confirmData.message += " You will be able to continue your game, but you may miss your turn!"
confirmDialogItemView = new ConfirmDialogItemView(confirmData)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'confirm', ()->
# update resolution after confirm
App._lastResolution = CONFIG.resolution
if App._needsRestart
# defer to ensure this occurs after event resolves
_.defer(App._requestReloadForResolutionChange)
else
# update resource scale if no restart needed
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'cancel', ()->
# defer to ensure this occurs after event resolves
_.defer(() ->
# reset resolution and don't prompt about changes
App._ignoreNextResolutionChange = true
res = App._lastResolution || CONFIG.RESOLUTION_DEFAULT
CONFIG.resolution = res
Storage.set("resolution", res)
App.onResize()
)
)
# show confirm/cancel
NavigationManager.getInstance().showDialogView(confirmDialogItemView)
App._requestReloadForResolutionChangeId = "resolution_change"
App._requestReloadForResolutionChange = () ->
App.onRequestReload({
id: App._requestReloadForResolutionChangeId
message: "Your viewport change requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
App._cancelReloadRequestForResolutionChange = () ->
App.onCancelReloadRequest({
id: App._requestReloadForResolutionChangeId
})
#
# ---- RELOAD ---- #
#
App._reloadRequestIds = []
###
* Request a reload, optionally passing in a message and id (to avoid conflicts).
*###
App.onRequestReload = (event) ->
requestId = event?.id or 0
if !_.contains(App._reloadRequestIds, requestId)
App._reloadRequestIds.push(requestId)
if App._reloadRequestIds.length == 1
App._reload(event?.message)
###
* Cancel a reload request, optionally passing in an id (to avoid conflicts).
*###
App.onCancelReloadRequest = (event) ->
requestId = event?.id or 0
index = _.indexOf(App._reloadRequestIds, requestId)
if index != -1
App._reloadRequestIds.splice(index, 1)
if App._reloadRequestIds.length == 0
App._cancelReload()
App._reload = (message) ->
Logger.module("APPLICATION").log "App._reload"
promptDialogItemView = new PromptDialogItemView({title: "Please #{if window.isDesktop then "restart" else "reload"}!", message: message})
promptDialogItemView.listenTo(promptDialogItemView, 'cancel', () ->
if window.isDesktop then window.quitDesktop() else location.reload()
)
NavigationManager.getInstance().showDialogView(promptDialogItemView)
App._cancelReload = () ->
Logger.module("APPLICATION").log "App._cancelReload"
NavigationManager.getInstance().destroyDialogView()
#
# ---- Initialization Events ---- #
# Sequence of events started with App.start. Can pass options object.
#
# Pre-Start Event
App.on "before:start", (options) ->
Logger.module("APPLICATION").log "----BEFORE START----"
App.$el = $("#app")
# Start Event
App.on "start", (options) ->
Logger.module("APPLICATION").log "----START----"
# set unload alert
$(window).on('beforeunload', App.beforeunload.bind(App))
# set initial selected scene
selectedScene = parseInt(Storage.get("selectedScene"))
if moment.utc().isAfter("2016-11-29") and moment.utc().isBefore("2017-01-01")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if moment.utc().isAfter("2017-03-14") and moment.utc().isBefore("2017-05-01")
selectedScene = SDK.CosmeticsLookup.Scene.Vetruvian
if moment.utc().isAfter("2017-07-01") and moment.utc().isBefore("2017-08-01")
selectedScene = SDK.CosmeticsLookup.Scene.Shimzar
if moment.utc().isAfter("2017-12-01") and moment.utc().isBefore("2018-01-18")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if selectedScene? and !isNaN(selectedScene) and _.isNumber(selectedScene) then CONFIG.selectedScene = selectedScene
# set initial resolution
userResolution = parseInt(Storage.get("resolution"))
if userResolution? and !isNaN(userResolution) and _.isNumber(userResolution) then CONFIG.resolution = userResolution
userHiDPIEnabled = Storage.get("hiDPIEnabled")
if userHiDPIEnabled?
if userHiDPIEnabled == "true" then CONFIG.hiDPIEnabled = true
else if userHiDPIEnabled == "false" then CONFIG.hiDPIEnabled = false
# update last resolution values to initial
App._updateLastResolutionValues()
# resize once for initial values
App._resizeAndScale()
# create a defered promise object for the loading and login process... sort of an anti-pattern but best for this use case
App.managersReadyDeferred = new Promise.defer()
# immediately connect the server status manager so we can get notified of any changes during the load process / on the login screen
ServerStatusManager.getInstance().connect()
# push a telemetry signal that a client is loading
TelemetryManager.getInstance().setSignal("lifecycle","loading")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# authenticate defered, the isAuthed check must stay here so we can
# clear the token in the event it is stale / isAuthed fails
# the App._authenticationPromise below does not fire if there's no loading
App._authenticationPromise = () ->
return Session.isAuthenticated(Storage.get('token'))
.then (isAuthed) ->
if !isAuthed
Storage.remove('token')
return isAuthed
# VIEW/engine needs to be setup and cocos manages its own setup so we need to wait async
Logger.module("APPLICATION").group("LOADING")
App._loadingPromise = Scene.setup().then(() ->
# update last resolution values to initial
App._updateLastResolutionValues()
# setup all events
App.bindEvents()
# load the package of resources that should always loaded
return PackageManager.getInstance().loadPackage("alwaysloaded")
).then(() ->
# temporary bypass all loader
return Promise.resolve()
# check if all assets should be loaded now or as needed
# we want to know if the client has cached all resources for this version
# we only care when not using the desktop client, on the production environment, and not loading all at start
# if we need to cache all resources for this version, do a non allocating cache load first
version_preloaded = Storage.get("version_preloaded")
needs_non_allocating_cache_load = version_preloaded != process.env.VERSION && !window.isDesktop && !CONFIG.LOAD_ALL_AT_START && UtilsEnv.getIsInProduction()
needs_non_allocating_cache_load = needs_non_allocating_cache_load && !App._queryStringParams['replayId']?
if needs_non_allocating_cache_load || CONFIG.LOAD_ALL_AT_START
# temporarily force disable the load all at start flag
# this allows the preloader to setup as a major package
# so that it gets loaded correctly before we load all
load_all_at_start = CONFIG.LOAD_ALL_AT_START
CONFIG.LOAD_ALL_AT_START = false
# load preloader scene to show load of all resources
return PackageManager.getInstance().loadAndActivateMajorPackage("preloader", null, null, () ->
# reset load all at start flag
CONFIG.LOAD_ALL_AT_START = load_all_at_start
# hide loading dialog
NavigationManager.getInstance().destroyDialogForLoad()
# show load ui
viewPromise = Scene.getInstance().showLoad()
contentPromise = NavigationManager.getInstance().showContentView(new LoaderItemView())
# once we've authenticated, show utility for loading/login
# this way users can quit anytime on desktop, and logout or adjust settings while waiting for load
App._authenticationPromise().then (isAuthed) ->
if App.getIsLoggedIn() or window.isDesktop
return NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
return Promise.resolve()
return Promise.all([
viewPromise,
contentPromise
])
).then(() ->
# load all resources
return PackageManager.getInstance().loadPackage("all", null, ((progress) -> Scene.getInstance().getLoadLayer()?.showLoadProgress(progress)), needs_non_allocating_cache_load)
).then(() ->
# set version assets were preloaded for
if !window.isDesktop
Storage.set("version_preloaded", process.env.VERSION)
)
else
# no loading needed now
return Promise.resolve()
).then(() ->
# clear telemetry signal that a client is loading
TelemetryManager.getInstance().clearSignal("lifecycle","loading")
# end loading log group
Logger.module("APPLICATION").groupEnd()
)
# setup start promise
App._startPromise = Promise.all([
App._loadingPromise,
App._authenticationPromise()
])
# goto main screen
App.main()
# get minimum browsers from Firebase
App.getMinBrowserVersions = () ->
if Storage.get("skipBrowserCheck") then return Promise.resolve()
return new Promise (resolve, reject) ->
minBrowserVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('browsers')
defaults = {
"Chrome": 50,
"Safari": 10,
"Firefox": 57,
"Edge": 15
}
# create a timeout to skip check in case Firebase lags (so atleast user does not get stuck on black screen)
minBrowserVersionTimeout = setTimeout(() ->
minBrowserVersionRef.off()
resolve(defaults)
, 5000)
minBrowserVersionRef.once 'value', (snapshot) ->
clearTimeout(minBrowserVersionTimeout)
if !snapshot.val()
resolve(defaults)
else
resolve(snapshot.val())
# check if given browser is valid when compared against list of allowed browsers
App.isBrowserValid = (browserName, browserMajor, browserlist) ->
if Storage.get("skipBrowserCheck") then return true
if Object.keys(browserlist).includes(browserName)
return parseInt(browserMajor, 10) >= browserlist[browserName]
else
return false
App.generateBrowserHtml = (browser, version) ->
if browser == 'Chrome'
return """
<p><a href='http://google.com/chrome'><strong>Google Chrome</strong> #{version} or newer.</a></p>
"""
else if browser == 'Safari'
return """
<p><a href='https://www.apple.com/safari/'><strong>Apple Safari</strong> #{version} or newer.</a></p>
"""
else if browser == 'Firefox'
return """
<p><a href='https://www.mozilla.org/firefox/'><strong>Mozilla Firefox</strong> #{version} or newer.</a></p>
"""
else if browser == 'Edge'
return """
<p><a href='https://www.microsoft.com/en-us/windows/microsoft-edge'><strong>Microsoft Edge</strong> #{version} or newer.</a></p>
"""
# show some HTML saying the current browser is not supported if browser detection fails
App.browserTestFailed = (browserlist) ->
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your current browser is not supported.</p>
<p>Visit <a href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
<br>
"""
# dynamically create html containing list of support browsers
Object.keys(browserlist).forEach (browser) ->
version = browserlist[browser]
html += App.generateBrowserHtml(browser, version)
html += "</div>"
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
# ensure webgl is correctly running
App.glTest = () ->
try
canvas = document.createElement('canvas')
return !! (window.WebGLRenderingContext && (canvas.getContext('webgl') || canvas.getContext('experimental-webgl')))
catch e
return false
App.glTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your video card is not supported.</p>
<p>Ensure your video card drivers are up to date.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like WebGL is not enabled in your browser./p>
<p>Visit the <a id='webgl-link' href='https://get.webgl.org/' style="color: gray;">WebGL test page</a> for more information.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#webgl-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
$("#support-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
# show some HTML saying they are on an old client version
App.versionTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Exit and restart DUELYST to update to the latest version.</p>
<p>If you are using Steam, you may need to restart Steam before the update appears.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to exit.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to refresh your browser to the latest version.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#reload-link").click (e) ->
if window.isDesktop then window.quitDesktop() else location.reload()
# compare if process.env.VERSION is gte >= than provided minimum version
# if minimumVersion is undefined or null, we set to '0.0.0'
App.isVersionValid = (minimumVersion) ->
Logger.module("APPLICATION").log "#{process.env.VERSION} >= #{minimumVersion || '0.0.0'}"
if App._queryStringParams["replayId"]
return true
else
try
return semver.gte(process.env.VERSION, minimumVersion || '0.0.0')
catch e
return true
# App.setup is the main entry function into Marionette app
# grabs configuration from server we're running on and call App.start()
App.setup = () ->
# mark all requests with buld version
$.ajaxSetup
headers:
"Client-Version": process.env.VERSION
# check if it is a new user and we should redirect otherwise start as normal
if Landing.isNewUser() && Landing.shouldRedirect()
Landing.redirect()
else
App.start()
#
# ---- Application Start Sequence ---- #
#
App.getMinBrowserVersions()
.then (browserlist) ->
if !App.isBrowserValid(userAgent.browser.name, userAgent.browser.major, browserlist)
return App.browserTestFailed(browserlist)
if !App.glTest()
return App.glTestFailed()
if window.isSteam
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('steam_minimum_version')
else
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('minimum_version')
# wrap App.setup() in _.once() just to be safe from double calling
App.setupOnce = _.once(App.setup)
# create a timeout to skip version check in case Firebase lags (so atleast user does not get stuck on black screen)
App.versionCheckTimeout = setTimeout(() ->
App.minVersionRef.off()
App.setupOnce()
, 5000)
# read minimum version from Firebase and perform check, if fails, show error html
# otherwise start application as normal
App.minVersionRef.once('value', (snapshot) ->
clearTimeout(App.versionCheckTimeout)
if !App.isVersionValid(snapshot.val())
App.versionTestFailed()
else
App.setupOnce()
)
| true | # User Agent Parsing
UAParser = require 'ua-parser-js'
uaparser = new UAParser()
uaparser.setUA(window.navigator.userAgent)
userAgent = uaparser.getResult()
# userAgent now contains : browser, os, device, engine objects
# ---- Marionette Application ---- #
#
App = new Backbone.Marionette.Application()
# require Firebase via browserify but temporarily alias it global scope
Firebase = window.Firebase = require 'firebase'
Promise = require 'bluebird'
moment = require 'moment'
semver = require 'semver'
querystring = require 'query-string'
# core
Storage = require 'app/common/storage'
Logger = window.Logger = require 'app/common/logger'
Logger.enabled = (process.env.NODE_ENV != 'production' && process.env.NODE_ENV != 'staging')
Landing = require 'app/common/landing'
Session = window.Session = require 'app/common/session2'
CONFIG = window.CONFIG = require 'app/common/config'
RSX = window.RSX = require 'app/data/resources'
PKGS = window.PKGS = require 'app/data/packages'
EventBus = window.EventBus = require 'app/common/eventbus'
EVENTS = require 'app/common/event_types'
SDK = window.SDK = require 'app/sdk'
Analytics = window.Analytics = require 'app/common/analytics'
AnalyticsUtil = require 'app/common/analyticsUtil'
UtilsJavascript = require 'app/common/utils/utils_javascript'
UtilsEnv = require 'app/common/utils/utils_env'
UtilsPointer = require 'app/common/utils/utils_pointer'
audio_engine = window.audio_engine = require 'app/audio/audio_engine'
openUrl = require('app/common/openUrl')
i18next = require('i18next')
# models and collections
CardModel = require 'app/ui/models/card'
DuelystFirebase = require 'app/ui/extensions/duelyst_firebase'
DuelystBackbone = require 'app/ui/extensions/duelyst_backbone'
# Managers / Controllers
PackageManager = window.PackageManager = require 'app/ui/managers/package_manager'
ProfileManager = window.ProfileManager = require 'app/ui/managers/profile_manager'
GameDataManager = window.GameDataManager = require 'app/ui/managers/game_data_manager'
GamesManager = window.GamesManager = require 'app/ui/managers/games_manager'
CrateManager = window.CrateManager = require 'app/ui/managers/crate_manager'
NotificationsManager = window.NotificationsManager = require 'app/ui/managers/notifications_manager'
NavigationManager = window.NavigationManager = require 'app/ui/managers/navigation_manager'
ChatManager = window.ChatManager = require 'app/ui/managers/chat_manager'
InventoryManager = window.InventoryManager = require 'app/ui/managers/inventory_manager'
QuestsManager = window.QuestsManager = require 'app/ui/managers/quests_manager'
TelemetryManager = window.TelemetryManager = require 'app/ui/managers/telemetry_manager'
ProgressionManager = window.ProgressionManager = require 'app/ui/managers/progression_manager'
ServerStatusManager = window.ServerStatusManager = require 'app/ui/managers/server_status_manager'
NewsManager = window.NewsManager = require 'app/ui/managers/news_manager'
NewPlayerManager = window.NewPlayerManager = require 'app/ui/managers/new_player_manager'
AchievementsManager = window.AchievementsManager = require 'app/ui/managers/achievements_manager'
TwitchManager = window.TwitchManager = require 'app/ui/managers/twitch_manager'
ShopManager = window.ShopManager = require 'app/ui/managers/shop_manager'
StreamManager = window.StreamManager = require 'app/ui/managers/stream_manager'
# Views
Helpers = require 'app/ui/views/helpers'
LoaderItemView = require 'app/ui/views/item/loader'
UtilityLoadingLoginMenuItemView = require 'app/ui/views/item/utility_loading_login_menu'
UtilityMainMenuItemView = require 'app/ui/views/item/utility_main_menu'
UtilityMatchmakingMenuItemView = require 'app/ui/views/item/utility_matchmaking_menu'
UtilityGameMenuItemView = require 'app/ui/views/item/utility_game_menu'
EscGameMenuItemView = require 'app/ui/views/item/esc_game_menu'
EscMainMenuItemView = require 'app/ui/views/item/esc_main_menu'
LoginMenuItemView = require 'app/ui/views/item/login_menu'
Discord = if window.isDesktop then require('app/common/discord') else null
SelectUsernameItemView = require 'app/ui/views/item/select_username'
Scene = require 'app/view/Scene'
GameLayer = require 'app/view/layers/game/GameLayer'
MainMenuItemView = require 'app/ui/views/item/main_menu'
CollectionLayout = require 'app/ui/views2/collection/collection'
PlayLayout = require 'app/ui/views/layouts/play'
PlayLayer = require 'app/view/layers/pregame/PlayLayer'
WatchLayout = require 'app/ui/views2/watch/watch_layout'
ShopLayout = require 'app/ui/views2/shop/shop_layout'
CodexLayout = require 'app/ui/views2/codex/codex_layout'
CodexLayer = require 'app/view/layers/codex/CodexLayer'
TutorialLessonsLayout = require 'app/ui/views2/tutorial/tutorial_lessons_layout'
QuestLogLayout = require 'app/ui/views2/quests/quest_log_layout'
BoosterPackUnlockLayout = require 'app/ui/views/layouts/booster_pack_collection'
BoosterPackOpeningLayer = require 'app/view/layers/booster/BoosterPackOpeningLayer'
VictoryLayer = require 'app/view/layers/postgame/VictoryLayer'
UnlockFactionLayer = require 'app/view/layers/reward/UnlockFactionLayer.js'
ProgressionRewardLayer = require 'app/view/layers/reward/ProgressionRewardLayer.js'
CosmeticKeyRewardLayer = require 'app/view/layers/reward/CosmeticKeyRewardLayer.js'
LadderProgressLayer = require 'app/view/layers/postgame/LadderProgressLayer'
RiftProgressLayer = require 'app/view/layers/postgame/RiftProgressLayer'
CurrencyRewardLayer = require 'app/view/layers/reward/CurrencyRewardLayer.js'
GauntletTicketRewardLayer = require 'app/view/layers/reward/GauntletTicketRewardLayer.js'
BoosterRewardLayer = require 'app/view/layers/reward/BoosterRewardLayer.js'
LootCrateRewardLayer = require 'app/view/layers/reward/LootCrateRewardLayer.js'
FreeCardOfTheDayLayer = require 'app/view/layers/reward/FreeCardOfTheDayLayer.js'
CrateOpeningLayer = require 'app/view/layers/crate/CrateOpeningLayer'
EndOfSeasonLayer = require 'app/view/layers/season/EndOfSeasonLayer'
ResumeGameItemView = require 'app/ui/views/item/resume_game'
FindingGameItemView = require 'app/ui/views/item/finding_game'
ReconnectToGameItemView = require 'app/ui/views/item/reconnect_to_game'
GameLayout = require 'app/ui/views/layouts/game'
TutorialLayout = require 'app/ui/views/layouts/tutorial'
VictoryItemView = require 'app/ui/views/item/victory'
MessagesCompositeView = require 'app/ui/views/composite/messages'
ConfirmDialogItemView = require 'app/ui/views/item/confirm_dialog'
PromptDialogItemView = require 'app/ui/views/item/prompt_dialog'
ActivityDialogItemView = require 'app/ui/views/item/activity_dialog'
ErrorDialogItemView = require 'app/ui/views/item/error_dialog'
AnnouncementModalView = require 'app/ui/views/item/announcement_modal'
ShopSpecialProductAvailableDialogItemView = require 'app/ui/views2/shop/shop_special_product_available_dialog'
ReplayEngine = require 'app/replay/replayEngine'
AnalyticsTracker = require 'app/common/analyticsTracker'
# require the Handlebars Template Helpers extension here since it modifies core Marionette code
require 'app/ui/extensions/handlebars_template_helpers'
localStorage.debug = 'session:*'
#
# --- Utility ---- #
#
App._screenBlurId = "AppScreenBlurId"
App._userNavLockId = "AppUserNavLockId"
App._queryStringParams = querystring.parse(location.search) # query string params
App.getIsLoggedIn = ->
return Storage.get('token')
# region AI DEV ROUTES #
if process.env.AI_TOOLS_ENABLED
###
Before using AI DEV ROUTES, make sure you have a terminal open and run `node server/ai/phase_ii_ai.js`.
###
window.ai_v1_findNextActions = (playerId, difficulty) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v1_find_next_actions",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
difficulty: difficulty
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
actionsData = JSON.parse(res.actions)
actions = []
for actionData in actionsData
action = SDK.GameSession.getInstance().deserializeActionFromFirebase(actionData)
actions.push(action)
console.log("v1_find_next_actions -> ", actions)
resolve(actions)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_v2_findActionSequence = (playerId, depthLimit, msTimeLimit) ->
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/v2_find_action_sequence",
data: JSON.stringify({
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot(),
player_id: playerId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
sequenceActionsData = JSON.parse(res.sequence_actions)
console.log("ai_v2_findActionSequence -> ", sequenceActionsData)
resolve(sequenceActionsData)
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
window.ai_gamePromise = null
window.ai_gameNeedsMulligan = false
window.ai_stopAIvAIGame = () ->
if window.ai_gameStarted
window.ai_gameStarted = false
window.ai_gameRunning = false
window.ai_gameStepsData = null
window.ai_gameNeedsMulligan = false
if window.ai_gameStepsDataPromise?
window.ai_gameStepsDataPromise.cancel()
window.ai_gameStepsDataPromise = null
if window.ai_gamePromise?
window.ai_gamePromise.cancel()
window.ai_gamePromise = null
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/stop_game",
data: JSON.stringify({}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.catch App._error
window.ai_pauseAIvAIGame = () ->
if window.ai_gameRunning
window.ai_gameRunning = false
window.ai_resumeAIvAIGame = () ->
if !window.ai_gameRunning
window.ai_gameRunning = true
window.ai_stepAIvAIGame()
window.ai_runAIvAIGame = (ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
# pick random general if none provided
if !ai1GeneralId? then ai1GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
if !ai2GeneralId? then ai2GeneralId = _.sample(_.sample(SDK.FactionFactory.getAllPlayableFactions()).generalIds)
ai1FactionId = SDK.FactionFactory.factionIdForGeneralId(ai1GeneralId)
ai2FactionId = SDK.FactionFactory.factionIdForGeneralId(ai2GeneralId)
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > requesting for v#{ai1Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai1GeneralId, SDK.GameSession.getInstance()).getName()} vs v#{ai2Version} w/ general #{SDK.CardFactory.cardForIdentifier(ai2GeneralId, SDK.GameSession.getInstance()).getName()}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# request run simulation
startSimulationPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(JSON.parse(res.game_session_data))
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# start loading
loadingPromise = NavigationManager.getInstance().showDialogForLoad().then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([ai1FactionId, ai2FactionId])
return Promise.all([
startSimulationPromise,
loadingPromise
])
.spread (sessionData) ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > starting #{sessionData.gameId} with data:", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
# switch session game type to sandbox
SDK.GameSession.getInstance().setGameType(SDK.GameType.Sandbox)
# set game user id to match player 1
SDK.GameSession.getInstance().setUserId(SDK.GameSession.getInstance().getPlayer1Id())
return App._startGame()
.then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGame - > #{SDK.GameSession.getInstance().getGameId()} running")
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
# wait for active (ai will already have mulliganed)
return Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGame -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_runAIvAIGameFromCurrentSession = (ai1Version, ai2Version, depthLimit, msTimeLimit) ->
# stop running game
window.ai_gamePromise = ai_stopAIvAIGame().then () ->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession - > requesting for v#{ai1Version} vs v#{ai2Version}")
window.ai_gameStarted = true
window.ai_gameRunning = true
# set as non authoritative
# all steps will be coming from ai simulation server
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false);
# request run simulation
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/start_game_from_data",
data: JSON.stringify({
ai_1_version: ai1Version
ai_2_version: ai2Version
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
game_session_data: SDK.GameSession.getInstance().generateGameSessionSnapshot()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then () ->
# stop running game when game is terminated
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.terminate, window.ai_stopAIvAIGame)
# listen for finished showing step
Scene.getInstance().getGameLayer().whenStatus(GameLayer.STATUS.ACTIVE).then () ->
Scene.getInstance().getGameLayer().getEventBus().on(EVENTS.after_show_step, window.ai_stepAIvAIGame)
if window.ai_gameNeedsMulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> mulligan complete")
window.ai_gameNeedsMulligan = false
window.ai_stepAIvAIGame()
# check if needs mulligan
window.ai_gameNeedsMulligan = SDK.GameSession.getInstance().isNew()
# execute first step in sequence
window.ai_stepAIvAIGame()
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_runAIvAIGameFromCurrentSession -> promise chain cancelled")
.catch App._error
return ai_gamePromise
window.ai_stepAIvAIGame = (event) ->
if event?.step?.action instanceof SDK.EndTurnAction then return # ignore auto stepping due to end turn action as start turn will cause auto step
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> #{SDK.GameSession.getInstance().getGameId()} step queue length #{Scene.getInstance().getGameLayer()._stepQueue.length}")
if !window.ai_gameStepsDataPromise? and Scene.getInstance().getGameLayer()._stepQueue.length == 0
# request step game
window.ai_gameStepsDataPromise = new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/step_game",
data: JSON.stringify({
game_id: SDK.GameSession.getInstance().getGameId()
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
if res.steps?
resolve(JSON.parse(res.steps))
else
resolve([])
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
.then (stepsData) ->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> steps:", stepsData.slice(0))
window.ai_gameStepsData = stepsData
.cancellable()
.catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> promise chain cancelled")
return window.ai_gameStepsDataPromise.then () ->
if window.ai_gameRunning and !SDK.GameSession.getInstance().isOver() and window.ai_gameStepsData? and window.ai_gameStepsData.length > 0
# remove and deserialize next step in sequence
stepData = window.ai_gameStepsData.shift()
step = SDK.GameSession.getInstance().deserializeStepFromFirebase(stepData)
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> step:", step)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(step)
# check game status and steps data
if SDK.GameSession.getInstance().isOver() or window.ai_gameStepsData.length == 0
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> done")
window.ai_gameStepsData = null
window.ai_gameStepsDataPromise = null
else if step.action instanceof SDK.EndTurnAction
# auto step to start turn
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing end turn")
window.ai_stepAIvAIGame()
else if window.ai_gameNeedsMulligan
# auto step to next mulligan
Logger.module("APPLICATION").log("ai_stepAIvAIGame -> continuing mulligan")
window.ai_stepAIvAIGame()
window.ai_runHeadlessAIvAIGames = (numGames, ai1Version, ai2Version, ai1GeneralId, ai2GeneralId, depthLimit, msTimeLimit, ai1NumRandomCards, ai2NumRandomCards) ->
Logger.module("APPLICATION").log("ai_runHeadlessAIvAIGames - > requesting #{numGames} games with v#{ai1Version} vs v#{ai2Version}")
# request run games
return new Promise (resolve, reject) ->
request = $.ajax
url: "http://localhost:5001/run_headless_games",
data: JSON.stringify({
ai_1_version: ai1Version
ai_1_general_id: ai1GeneralId
ai_2_version: ai2Version
ai_2_general_id: ai2GeneralId,
num_games: numGames,
depth_limit: depthLimit,
ms_time_limit: msTimeLimit,
ai_1_num_random_cards: ai1NumRandomCards,
ai_2_num_random_cards: ai2NumRandomCards
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve()
request.fail (jqXHR)->
if (jqXHR.responseJSON && jqXHR.responseJSON.message)
errorMessage = jqXHR.responseJSON.message
else
errorMessage = "Something went wrong."
reject(errorMessage)
# endregion AI DEV ROUTES #
#
# --- Main ---- #
#
App.getIsShowingMain = () ->
# temporary method to check if the user can navigate to main (i.e. not already there)
# this does NOT work for switching between main sub-screens
return NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(ResumeGameItemView)
App.main = ->
if !App._mainPromise?
App._mainPromise = App._startPromise.then(() ->
Logger.module("APPLICATION").log("App:main")
# get and reset last game data
lastGameType = CONFIG.lastGameType
wasSpectate = CONFIG.lastGameWasSpectate
wasTutorial = CONFIG.lastGameWasTutorial
wasDeveloper = CONFIG.lastGameWasDeveloper
wasDailyChallenge = CONFIG.lastGameWasDailyChallenge
CONFIG.resetLastGameData()
# destroy game and clear game data
App.cleanupGame()
# always make sure we're disconnected from the last game
SDK.NetworkManager.getInstance().disconnect()
# reset routes to main
NavigationManager.getInstance().resetRoutes()
NavigationManager.getInstance().addMajorRoute("main", App.main, App)
# always restore user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if App._queryStringParams["replayId"]?
Logger.module("APPLICATION").log("jumping straight into replay...")
App.setCallbackWhenCancel(()-> alert('all done!'))
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
EventBus.getInstance().trigger(EVENTS.start_replay, {
replayId: App._queryStringParams["replayId"]
})
return Promise.resolve()
)
else
if !App.getIsLoggedIn()
return App._showLoginMenu()
else
# all good, show main menu
return App.managersReadyDeferred.promise.then(() ->
# set user as loading
ChatManager.getInstance().setStatus(ChatManager.STATUS_LOADING)
# # EULA ACCEPTANCE CHECK HERE SO IT FIRES FOR ALREADY LOGGED IN PLAYERS
# # strings used for session storage and profile storage
# sessionAcceptedEula = Storage.namespace() + '.hasAcceptedEula'
# storageAcceptedEula = 'hasAcceptedEula'
# storageSentAcceptedEulaNotify = 'hasSentAcceptedEulaNotify'
# # the user has accepted terms in the local session, ensure we are set in profile storage
# if window.sessionStorage.getItem(sessionAcceptedEula)
# ProfileManager.getInstance().set(storageAcceptedEula, true)
# # check in profile storage if the user has accepted terms
# if !ProfileManager.getInstance().get(storageAcceptedEula)
# # TODO - This is not actually good, but we need to make a new terms and conditions page to replace BNEA one
# return App._showTerms()
# # user has accepted, check if they have sent notification
# else
# if !ProfileManager.getInstance().get(storageSentAcceptedEulaNotify)
# ProfileManager.getInstance().set(storageSentAcceptedEulaNotify, true)
# check for an active game
lastGameModel = null
if GamesManager.getInstance().playerGames.length > 0
lastGameModel = GamesManager.getInstance().playerGames.first()
# calculate minutes since last game
msSinceLastGame = moment().utc().valueOf() - (lastGameModel?.get("created_at") || 0)
minutesSinceLastGame = moment.duration(msSinceLastGame).asMinutes()
# if the last game is an active multiplayer game within last 45 minutes, show the continue game screen
if lastGameModel? and lastGameModel.get("cancel_reconnect") != true and (lastGameModel.get("status") == "active" || lastGameModel.get("status") == "new") and lastGameModel.get("created_at") and minutesSinceLastGame < CONFIG.MINUTES_ALLOWED_TO_CONTINUE_GAME and SDK.GameType.isMultiplayerGameType(lastGameModel.get("game_type"))
# has active game, prompt user to resume
Logger.module("UI").log("Last active game was on ", new Date(lastGameModel.get("created_at")), "with data", lastGameModel)
return App._resumeGame(lastGameModel)
else if not NewPlayerManager.getInstance().isDoneWithTutorial()
# show tutorial layout
return App._showTutorialLessons()
else if QuestsManager.getInstance().hasUnreadQuests()
# show main menu
return App._showMainMenu()
else
# try to return to selection for previous game type
if wasSpectate
return App._showMainMenu()
else if wasDailyChallenge
QuestsManager.getInstance().markDailyChallengeCompletionAsUnread()
return App._showMainMenu()
else if lastGameType == SDK.GameType.Ranked and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Ranked, true)
else if lastGameType == SDK.GameType.Casual and !NewPlayerManager.getInstance().getEmphasizeBoosterUnlock()
return App.showPlay(SDK.PlayModes.Casual, true)
else if lastGameType == SDK.GameType.Gauntlet
return App.showPlay(SDK.PlayModes.Gauntlet, true)
else if lastGameType == SDK.GameType.Challenge and !wasTutorial
return App.showPlay(SDK.PlayModes.Challenges, true)
else if lastGameType == SDK.GameType.SinglePlayer
return App.showPlay(SDK.PlayModes.Practice, true)
else if lastGameType == SDK.GameType.BossBattle
return App.showPlay(SDK.PlayModes.BossBattle, true)
else if lastGameType == SDK.GameType.Sandbox and !wasDeveloper
return App.showPlay(SDK.PlayModes.Sandbox, true)
else if lastGameType == SDK.GameType.Rift
return App.showPlay(SDK.PlayModes.Rift, true)
else
return App._showMainMenu()
)
).finally () ->
App._mainPromise = null
return Promise.resolve()
return App._mainPromise
App._showLoginMenu = (options) ->
Logger.module("APPLICATION").log("App:_showLoginMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# analytics call
Analytics.page("Login",{ path: "/#login" })
# show main scene
viewPromise = Scene.getInstance().showMain()
# show login menu
contentPromise = NavigationManager.getInstance().showContentView(new LoginMenuItemView(options))
# show utility menu for desktop only
if window.isDesktop
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
utilityPromise = Promise.resolve()
return Promise.all([
viewPromise,
contentPromise,
utilityPromise
])
)
)
App._showSelectUsername = (data) ->
Logger.module("APPLICATION").log("App:_showSelectUsername")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
# show selection dialog
selectUsernameModel = new Backbone.Model({})
selectUsernameItemView = new SelectUsernameItemView({model: selectUsernameModel})
selectUsernameItemView.listenToOnce(selectUsernameItemView, "success", () =>
# TODO: move this into SelectUsernameItemView
# We refresh token so the username property is now included
Session.refreshToken()
.then (refreshed) ->
return
)
contentPromise = NavigationManager.getInstance().showDialogView(selectUsernameItemView)
return Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
viewPromise,
contentPromise
])
)
)
App._showTerms = (options = {}) ->
Logger.module("APPLICATION").log("App:_showTerms")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null,
(() ->
# show main scene
viewPromise = Scene.getInstance().showMain()
if App.getIsLoggedIn()
if window.isSteam
ProfileManager.getInstance().set('hasAcceptedSteamEula', true)
else
ProfileManager.getInstance().set('hasAcceptedEula', true)
mainPromise = App.main()
else
if window.isSteam
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedSteamEula', true)
else
window.sessionStorage.setItem(Storage.namespace() + '.hasAcceptedEula', true)
mainPromise = App._showLoginMenu({type: 'register'})
return Promise.all([
viewPromise,
# contentPromise
mainPromise
])
)
)
App._showTutorialLessons = (lastCompletedChallenge) ->
Logger.module("APPLICATION").log("App:_showTutorialChallenges")
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
# analytics call
Analytics.page("Tutorial Lessons",{ path: "/#tutorial_lessons" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
# show main menu
tutorialLessonsLayoutView = new TutorialLessonsLayout({
lastCompletedChallenge:lastCompletedChallenge,
})
contentPromise = NavigationManager.getInstance().showContentView(tutorialLessonsLayoutView)
return Promise.all([
viewPromise,
contentPromise
])
App._showMainMenu = () ->
Logger.module("APPLICATION").log("App:_showMainMenu")
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# analytics call
Analytics.page("Main Menu",{ path: "/#main_menu" })
# notify Discord status
if Discord
presence = {
instance: 0
details: 'In Main Menu'
largeImageKey: 'idle'
}
Discord.updatePresence(presence)
# show main scene
viewPromise = Scene.getInstance().showMain().then(() ->
# play main layer music
mainLayer = Scene.getInstance().getMainLayer()
if mainLayer? then mainLayer.playMusic()
)
endOfSeasonRewardsPromise = App.showEndOfSeasonRewards()
return endOfSeasonRewardsPromise.then( () ->
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
return achievementsPromise
.then(()->
# show twitch rewards
twitchRewardPromise = App.showTwitchRewards()
return twitchRewardPromise
).then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show main menu
contentPromise = NavigationManager.getInstance().showContentView(new MainMenuItemView({model: ProfileManager.getInstance().profile}))
# show utility menu
utilityPromise = NavigationManager.getInstance().showUtilityView(new UtilityMainMenuItemView({model: ProfileManager.getInstance().profile}))
if NewsManager.getInstance().getFirstUnreadAnnouncement()
# show announcment UI if we have an unread announcement
modalPromise = NewsManager.getInstance().getFirstUnreadAnnouncementContentAsync().then((announcementContentModel)->
return NavigationManager.getInstance().showModalView(new AnnouncementModalView({model:announcementContentModel}));
)
else
# show quests if any quests
modalPromise = Promise.resolve()
if QuestsManager.getInstance().hasUnreadQuests() or QuestsManager.getInstance().hasUnreadDailyChallenges()
modalPromise = NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection: QuestsManager.getInstance().getQuestCollection(),
model: ProgressionManager.getInstance().gameCounterModel
showConfirm:true
})
return Promise.all([
viewPromise,
contentPromise,
modalPromise,
utilityPromise
])
)
)
)
#
# --- Major Layouts ---- #
#
App.showPlay = (playModeIdentifier, showingDirectlyFromGame) ->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# force play mode to string
if !_.isString(playModeIdentifier) then playModeIdentifier = ""
# add mode to route
NavigationManager.getInstance().addMajorRoute("play_" + playModeIdentifier, App.showPlay, App, [playModeIdentifier])
# if currently in play modes, show new play mode direct
currentContentView = NavigationManager.getInstance().getContentView()
if currentContentView instanceof PlayLayout
return currentContentView.showPlayMode(playModeIdentifier)
else
if showingDirectlyFromGame
# show play layer
viewPromise = Scene.getInstance().showContentByClass(PlayLayer, true)
# show achievement rewards
achievementsPromise = App.showAchievementCompletions()
else
achievementsPromise = viewPromise = Promise.resolve()
return achievementsPromise.then(() ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# show UI
return Promise.all([
viewPromise,
NavigationManager.getInstance().showContentView(new PlayLayout({model: new Backbone.Model({playModeIdentifier: playModeIdentifier})}))
]).then ()->
# update available shop specials with current top rank and win count model and notify user if a new one has become available
if ShopManager.getInstance().isNewSpecialAvailable
ShopManager.getInstance().markNewAvailableSpecialAsRead()
NavigationManager.getInstance().showDialogView(new ShopSpecialProductAvailableDialogItemView({
model: ShopManager.getInstance().availableSpecials.at(ShopManager.getInstance().availableSpecials.length-1)
}))
)
)
App.showWatch = ()->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof WatchLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Watch",{ path: "/#watch" })
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("watch", App.showWatch, App)
# show layout
return NavigationManager.getInstance().showContentView(new WatchLayout())
App.showShop = ()->
if !App.getIsLoggedIn()
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage "nongame", null, null, () ->
Analytics.page("Shop",{ path: "/#shop" })
# add mode to route
NavigationManager.getInstance().addMajorRoute("shop", App.showShop, App)
# show layout
NavigationManager.getInstance().showContentView(new ShopLayout())
App.showCollection = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CollectionLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("collection", App.showCollection, App)
# notify Discord status
if Discord
presence = {
instance: 0
details: 'Browsing Collection'
largeImageKey: 'PI:KEY:<KEY>END_PI'
}
Discord.updatePresence(presence)
# show UI
return Promise.all([
Scene.getInstance().showMain()
NavigationManager.getInstance().showContentView(new CollectionLayout({model: new Backbone.Model()}))
])
)
App.showCodex = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof CodexLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add mode to route
NavigationManager.getInstance().addMajorRoute("codex", App.showCodex, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new CodexLayer(), true),
NavigationManager.getInstance().showContentView(new CodexLayout({model: new Backbone.Model()}))
])
)
App.showBoosterPackUnlock = () ->
if !App.getIsLoggedIn() or NavigationManager.getInstance().getContentView() instanceof BoosterPackUnlockLayout
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("booster_pack_unlock", App.showBoosterPackUnlock, App)
# show UI
return Promise.all([
Scene.getInstance().showContent(new BoosterPackOpeningLayer(), true),
NavigationManager.getInstance().showContentView(new BoosterPackUnlockLayout())
])
)
App.showCrateInventory = () ->
if !App.getIsLoggedIn() or Scene.getInstance().getOverlay() instanceof CrateOpeningLayer
return Promise.reject()
else
return PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# set status as online
ChatManager.getInstance().setStatus(ChatManager.STATUS_ONLINE)
# add route
NavigationManager.getInstance().addMajorRoute("crate_inventory", App.showCrateInventory, App)
# show UI
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
Scene.getInstance().showOverlay(new CrateOpeningLayer())
])
)
#
# --- Session Events ---- #
#
App.onLogin = (data) ->
Logger.module("APPLICATION").log "User logged in: #{data.userId}"
# save token to localStorage
Storage.set('token', data.token)
# setup ajax headers for jquery/backbone requests
$.ajaxSetup
headers: {
Authorization: "Bearer #{data.token}"
"Client-Version": window.BUILD_VERSION
}
# check is new signup flag is passed
# can't use analytics data since the first login may have
# already happened on /register page
if Landing.isNewSignup()
Landing.addPixelsToHead()
Landing.firePixels()
# check for null username here
# dialog should be uncancelleable
# dialog success should re-trigger session login so new token contains all required params
if !Session.username
return App._showSelectUsername(data)
# Trigger the eventbus login event for the utilty menus
EventBus.getInstance().trigger EVENTS.session_logged_in
# connect all managers
ProfileManager.getInstance().connect({userId: data.userId})
GameDataManager.getInstance().connect()
GamesManager.getInstance().connect()
ChatManager.getInstance().connect()
QuestsManager.getInstance().connect()
InventoryManager.getInstance().connect()
NavigationManager.getInstance().connect()
NotificationsManager.getInstance().connect()
ProgressionManager.getInstance().connect()
ServerStatusManager.getInstance().connect()
TelemetryManager.getInstance().connect()
NewsManager.getInstance().connect()
NewPlayerManager.getInstance().connect()
AchievementsManager.getInstance().connect()
TwitchManager.getInstance().connect()
CrateManager.getInstance().connect()
ShopManager.getInstance().connect()
StreamManager.getInstance().connect()
TelemetryManager.getInstance().clearSignal("session","not-logged-in")
TelemetryManager.getInstance().setSignal("session","logged-in")
Promise.all([
ProfileManager.getInstance().onReady(),
InventoryManager.getInstance().onReady(),
QuestsManager.getInstance().onReady(),
GamesManager.getInstance().onReady(),
GameDataManager.getInstance().onReady(),
ChatManager.getInstance().onReady(),
ProgressionManager.getInstance().onReady(),
ServerStatusManager.getInstance().onReady(),
NewPlayerManager.getInstance().onReady(),
AchievementsManager.getInstance().onReady(),
TwitchManager.getInstance().onReady(),
CrateManager.getInstance().onReady()
]).then () ->
# update resolution values as of login
App._updateLastResolutionValues()
# we're all done loading managers
App.managersReadyDeferred.resolve()
# setup analytics
App.onLoginAnalyticsSetup(data)
# show the main screen
return App.main()
.catch (err) ->
App.managersReadyDeferred.reject()
Logger.module("APPLICATION").log("ERROR initializing managers")
if err == null then err = new Error("ERROR initializing managers")
App._error(err.message)
throw err
.finally () ->
# NavigationManager.getInstance().destroyDialogView()
App.onLoginAnalyticsSetup = (loginData) ->
# region analytics data
# Include users analytics data retrieved with session
identifyParams = {}
utmParams = {}
hadPreviousSession = false
if loginData.analyticsData?
utmParams = _.extend(utmParams, loginData.analyticsData)
if (utmParams.first_purchased_at?)
# Shouldn't be necessary but just in case
utmParams.first_purchased_at = moment.utc(utmParams.first_purchased_at).toISOString()
if loginData.analyticsData.last_session_at
delete utmParams.last_session_at
hadPreviousSession = true
# identify the user with the partial data until we connect managers
Analytics.identify(loginData.userId, identifyParams, utmParams)
if not hadPreviousSession
Analytics.track("first login",{
category:Analytics.EventCategory.FTUE,
},{
nonInteraction:1
sendUTMData:true
})
Analytics.track("registered", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
# region analytics data
# identify the user with their current rank
gamesManager = GamesManager.getInstance()
rank = gamesManager.rankingModel.get("rank")
# default rank to 30 if it's null
rank = 30 if (!rank?)
# top rank
topRank = gamesManager.topRankingModel.get("top_rank")
topRank = gamesManager.topRankingModel.get("rank") if(!topRank?)
topRank = 30 if(!topRank?)
# game count
gameCount = ProgressionManager.getInstance().getGameCount()
# set up the params to pass for the identify call
identifyParams.rank = rank
identifyParams.top_ever_rank = topRank
identifyParams.game_count = gameCount
# if we know the registration date
if ProfileManager.getInstance().get("created_at")
# turn it to a sortable
registered_at = moment.utc(ProfileManager.getInstance().get("created_at")).toISOString()
# set it on the identifyParams
identifyParams.registration_date = registered_at
# if this user has an LTV parameter
if ProfileManager.getInstance().get("ltv")
# set it on the identifyParams
identifyParams.ltv = ProfileManager.getInstance().get("ltv")
# Check if today is a recorded seen on day and add it to identifyParams
todaysSeenOnIndex = AnalyticsUtil.recordedDayIndexForRegistrationAndSeenOn(moment.utc(ProfileManager.getInstance().get("created_at")),moment.utc())
if todaysSeenOnIndex?
identifyParams[AnalyticsUtil.nameForSeenOnDay(todaysSeenOnIndex)] = 1
# re-identify the user with better data now that we have managers connected and pass in the custom dimensions
Analytics.identify(ProfileManager.getInstance().get('id'), identifyParams, utmParams)
Analytics.track("login", {
category:Analytics.EventCategory.Marketing
},{
sendUTMData:true
nonInteraction:1
})
# endregion analytics data
App.onLogout = () ->
Logger.module("APPLICATION").log "User logged out."
TelemetryManager.getInstance().clearSignal("session","logged-in")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# create a new deferred object for managers loading process
App.managersReadyDeferred = new Promise.defer()
# destroy out any login specific menus
NavigationManager.getInstance().destroyNonContentViews()
# stop playing any music
audio_engine.current().stop_music()
Analytics.reset()
# reset config
CONFIG.reset()
# remove token
Storage.remove('token')
# remove ajax headers with new call to ajaxSetup
$.ajaxSetup
headers: {
Authorization: ""
}
# Trigger the eventbus logout event for the ui/managers
EventBus.getInstance().trigger EVENTS.session_logged_out
# go back to main to show login menu
App.main()
# just logs the error for debugging
App.onSessionError = (error) ->
Logger.module("APPLICATION").log "Session Error: #{error.message}"
#
# ---- Pointer ---- #
#
App._$canvasMouseClassEl = null
App._currentMouseClass = null
App.onCanvasMouseState = (e) ->
if e?.state? then mouseClass = "mouse-" + e.state.toLowerCase() else mouseClass = "mouse-auto"
if App._currentMouseClass != mouseClass
App._$canvasMouseClassEl ?= $(CONFIG.GAMECANVAS_SELECTOR)
if App._currentMouseClass == "mouse-auto"
App._$canvasMouseClassEl.addClass(mouseClass)
else if mouseClass == "mouse-auto"
App._$canvasMouseClassEl.removeClass(App._currentMouseClass)
else
App._$canvasMouseClassEl.removeClass(App._currentMouseClass).addClass(mouseClass)
App._currentMouseClass = mouseClass
App.onPointerDown = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromDownEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_down
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerUp = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromUpEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer event
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_up
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerMove = (event) ->
# update pointer
if event?
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromMoveEvent(event, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_move
pointerEvent.target = event.target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(event.target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
App.onPointerWheel = (event) ->
# update pointer
if event?
target = event.target
$app = $(CONFIG.APP_SELECTOR)
offset = $app.offset()
UtilsPointer.setPointerFromWheelEvent(event.originalEvent, $app.height(), offset.left, offset.top)
# trigger pointer events
pointerEvent = UtilsPointer.getPointerEvent()
pointerEvent.type = EVENTS.pointer_wheel
pointerEvent.target = target
EventBus.getInstance().trigger(pointerEvent.type, pointerEvent)
# before passing event to view, stop propagation when the target of the pointer event is not the game canvas
# however, continue pass the event down to the view and let listeners decide whether to use it
if !$(CONFIG.GAMECANVAS_SELECTOR).is(target)
pointerEvent.stopPropagation()
Scene.getInstance().getEventBus().trigger(pointerEvent.type, pointerEvent)
return true
#
# --- Game Invites ---- #
#
App._inviteAccepted = ()->
Logger.module("APPLICATION").log("App._inviteAccepted")
App.showPlay(SDK.PlayModes.Friend)
App._inviteRejected = () ->
Logger.module("APPLICATION").log("App._inviteRejected")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_rejected_game_invite")}))
)
App._inviteCancelled = () ->
App._cleanupMatchmakingListeners()
Logger.module("APPLICATION").log("App._inviteCancelled")
return App.main().then(() ->
return NavigationManager.getInstance().showDialogView(new PromptDialogItemView({title: i18next.t("buddy_list.message_cancelled_game_invite")}))
)
#
# --- Game Spectate ---- #
#
App._spectateGame = (e) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._spectateGame -> cannot start game when already in a game!")
return
gameListingData = e.gameData
playerId = e.playerId
spectateToken = e.token
Logger.module("APPLICATION").log("App._spectateGame", gameListingData)
NavigationManager.getInstance().showDialogForLoad()
.then ()->
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameListingData["faction_id"],
gameListingData["opponent_faction_id"]
])
.then () ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], playerId, gameListingData["game_server"], ProfileManager.getInstance().get('id'), spectateToken)
return joinGamePromise.then((gameSessionData) ->
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(gameSessionData)
SDK.GameSession.getInstance().setUserId(playerId)
SDK.GameSession.getInstance().setIsSpectateMode(true)
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
).catch((errorMessage) ->
return App._error(errorMessage)
)
# See games_manager spectateBuddyGame method, works same way
App.spectateBuddyGame = (buddyId) ->
return new Promise (resolve, reject) ->
request = $.ajax({
url: process.env.API_URL + '/api/me/spectate/' + buddyId,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response) ->
App._spectateGame({
gameData: response.gameData,
token: response.token,
playerId: buddyId
})
resolve(response)
request.fail (response) ->
error = response && response.responseJSON && response.responseJSON.error || 'SPECTATE request failed'
EventBus.getInstance().trigger(EVENTS.ajax_error, error)
reject(new Error(error))
# Event handler fired when spectate is pressed in Discord with spectateSecret passed in
# We use the buddyId as the spectateSecret
App.onDiscordSpectate = (args...) ->
buddyId = args[0]
Logger.module("DISCORD").log("attempting to spectate #{buddyId}")
# we wait until managers are loaded as we need to be logged in
return App.managersReadyDeferred.promise.then () ->
# do nothing if they are already in game or in queue
if ChatManager.getInstance().getStatusIsInBattle() || ChatManager.getInstance().getStatusQueue()
Logger.module("DISCORD").log("cannot spectate game when already in a game!")
return
# do nothing if they are attempting to spectate theirselves
if ProfileManager.getInstance().get('id') == buddyId
Logger.module("DISCORD").log("cannot spectate yourself!")
return
# fire spectate request
return App.main().then () ->
App.spectateBuddyGame(buddyId)
#
# --- Game Matchmaking ---- #
#
App._error = (errorMessage) ->
Logger.module("APPLICATION").log("App._error", errorMessage)
# always unlock user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
if errorMessage?
# if we're in the process of loading the main menu
# show the error dialog and don't go to main menu
# to avoid infinite loop of loading main menu
if App._mainPromise or process.env.NODE_ENV == "local"
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
# otherwise load the main menu and show the error dialog
return App.main().then () ->
return NavigationManager.getInstance().showDialogView(new ErrorDialogItemView({message:errorMessage}))
else
return App.main()
App._cleanupMatchmakingListeners = ()->
# remove all found game listeners as new ones will be registered when we re-enter matchmaking
GamesManager.getInstance().off("found_game")
# force reject the existing found game promise when we cancel
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel here, we will have a promise that never resolves and thus leaks memory
if App._foundGamePromise?
App._foundGamePromise.cancel()
App._matchmakingStart = () ->
Logger.module("APPLICATION").log("App._matchmakingStart")
App._matchmakingCancel = () ->
Logger.module("APPLICATION").log("App._matchmakingCancel")
App._cleanupMatchmakingListeners()
App._matchmakingError = (errorMessage) ->
Logger.module("APPLICATION").log("App._matchmakingError", errorMessage)
App._cleanupMatchmakingListeners()
return App._error(errorMessage)
App._playerDataFromGameListingData = (gameListingData) ->
myPlayerIsPlayer1 = gameListingData.is_player_1
playerDataModel= new Backbone.Model({
myPlayerIsPlayer1: myPlayerIsPlayer1
myPlayerId: ProfileManager.getInstance().get('id')
myPlayerUsername: ProfileManager.getInstance().get("username")
myPlayerFactionId: gameListingData.faction_id
myPlayerGeneralId: gameListingData.general_id
opponentPlayerId: gameListingData.opponent_id
opponentPlayerUsername: gameListingData.opponent_username
opponentPlayerFactionId: gameListingData.opponent_faction_id
opponentPlayerGeneralId: gameListingData.opponent_general_id
})
if myPlayerIsPlayer1
playerDataModel.set({
player1Id: playerDataModel.get("myPlayerId"),
player1Username: playerDataModel.get("myPlayerUsername"),
player1FactionId: playerDataModel.get("myPlayerFactionId"),
player1GeneralId: playerDataModel.get("myPlayerGeneralId"),
player2Id: playerDataModel.get("opponentPlayerId"),
player2Username: playerDataModel.get("opponentPlayerUsername"),
player2FactionId: playerDataModel.get("opponentPlayerFactionId"),
player2GeneralId: playerDataModel.get("opponentPlayerGeneralId")
})
else
playerDataModel.set({
player1Id: playerDataModel.get("opponentPlayerId"),
player1Username: playerDataModel.get("opponentPlayerUsername"),
player1FactionId: playerDataModel.get("opponentPlayerFactionId"),
player1GeneralId: playerDataModel.get("opponentPlayerGeneralId"),
player2Id: playerDataModel.get("myPlayerId"),
player2Username: playerDataModel.get("myPlayerUsername"),
player2FactionId: playerDataModel.get("myPlayerFactionId"),
player2GeneralId: playerDataModel.get("myPlayerGeneralId")
})
return playerDataModel
App._findingGame = (gameMatchRequestData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._findingGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._findingGame", gameMatchRequestData)
# analytics call
Analytics.page("Finding Game",{ path: "/#finding_game" })
# notify Discord status
if Discord
presence = {
instance: 0
largeImageKey: 'idle'
}
if gameMatchRequestData.gameType == 'ranked'
presence.details = 'In Ranked Queue'
else if gameMatchRequestData.gameType == 'gauntlet'
presence.details = 'In Gauntlet Queue'
else if gameMatchRequestData.gameType == 'rift'
presence.details = 'In Rift Queue'
else
presence.details = 'In Queue'
Discord.updatePresence(presence)
# set the chat presence status to in-queue so your buddies see that you're unreachable
ChatManager.getInstance().setStatus(ChatManager.STATUS_QUEUE)
# add route
NavigationManager.getInstance().addMajorRoute("finding_game", App._findingGame, App, [gameMatchRequestData])
# initialize finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: gameMatchRequestData.gameType, factionId: gameMatchRequestData.factionId, generalId: gameMatchRequestData.generalId})})
# initialize found game promise
gameListingData = null
# load find game assets and show finding game
showFindingGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(gameMatchRequestData.factionId, gameMatchRequestData.generalId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# load my game assets as soon as possible
loadGamePromise = showFindingGamePromise.then () ->
Logger.module("APPLICATION").log("App._findingGame -> showFindingGamePromise DONE")
return PackageManager.getInstance().loadGamePackageWithoutActivation([gameMatchRequestData.factionId])
# save this promise to app object so it can be cancelled in the event of "cancelMatchmaking"
# this is important because this promise is wrapped around the "found_game" event and a chain of stuff is waiting for it to resolve!
# if we don't cancel this later, we will have a promise that never resolves and thus leaks memory
App._foundGamePromise = new Promise((resolve, reject) ->
# listen for next found game
onFoundGame = (foundGameListingData) ->
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame()", foundGameListingData)
# stop listening
GamesManager.getInstance().off("found_game", onFoundGame)
# store found data
gameListingData = foundGameListingData
showFindingGamePromise.then () ->
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
Logger.module("APPLICATION").log("App._findingGame -> onFoundGame() App._foundGamePromise RESOLVED")
resolve(foundGameListingData)
GamesManager.getInstance().once("found_game", onFoundGame)
).cancellable()
# wait show finding game and found game, then join found game
return Promise.all([
showFindingGamePromise,
App._foundGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._findingGame -> show found game", gameListingData)
# analytics call
Analytics.page("Found Game",{ path: "/#found_game" })
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData, loadGamePromise)
)
).catch Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App._findingGame -> promise chain cancelled")
App._resumeGame = (lastGameModel) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._resumeGame -> cannot start game when already in a game!")
return
gameListingData = lastGameModel?.attributes
Logger.module("APPLICATION").log("App._resumeGame", gameListingData)
# analytics call
Analytics.page("Resume Game",{ path: "/#resume_game" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
# get resume game data from game listing data
playerDataModel= App._playerDataFromGameListingData(gameListingData)
# playerDataModel.set("gameModel", lastGameModel)
# initialize resume ui
gameResumeItemView = new ResumeGameItemView({model: playerDataModel})
# initialize continue promise
continueGamePromise = new Promise((resolve, reject) ->
onContinueGame = () ->
stopListeningForContinueGame()
# don't allow user triggered navigation now that user has decided to continue
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
NavigationManager.getInstance().destroyNonContentViews()
resolve()
onCancelContinueGame = (errorMessage) ->
stopListeningForContinueGame()
# don't try to reconnect to this game again
lastGameModel.set("cancel_reconnect",true)
reject(errorMessage)
stopListeningForContinueGame = () ->
gameResumeItemView.stopListening(gameResumeItemView, "continue", onContinueGame)
gameResumeItemView.stopListening(lastGameModel, "change")
gameResumeItemView.stopListening(NavigationManager.getInstance(), "user_triggered_cancel", onContinueGame)
# listen for continue
gameResumeItemView.listenToOnce(gameResumeItemView, "continue", onContinueGame)
# listen for game over
gameResumeItemView.listenTo(lastGameModel, "change", () ->
if lastGameModel.get("status") == "over" then onCancelContinueGame("Oops... looks like that game is over!")
)
# listen for cancel
gameResumeItemView.listenTo(NavigationManager.getInstance(), EVENTS.user_triggered_cancel, () ->
if !NavigationManager.getInstance().getIsShowingModalView() then onCancelContinueGame()
)
)
# load assets
loadAndShowResumeGamePromise = PackageManager.getInstance().loadAndActivateMajorPackage("nongame", null, null, () ->
# show UI
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
NavigationManager.getInstance().showContentView(gameResumeItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
])
)
# wait for load, show resume game, and click continue, then join in progress game
Promise.all([
loadAndShowResumeGamePromise,
continueGamePromise
]).then(() ->
Logger.module("APPLICATION").log("App._resumeGame -> joining game")
# join found game
return App._joinGame(gameListingData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
# only return show promise
return loadAndShowResumeGamePromise
#
# --- Single Player ---- #
#
App._startSinglePlayerGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId, aiDifficulty, aiNumRandomCards) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startSinglePlayerGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startSinglePlayerGame")
# analytics call
Analytics.page("Single Player Game",{ path: "/#single_player" })
# set status to in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request single player game
App._singlePlayerGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/single_player',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
hasPremiumBattleMaps: InventoryManager.getInstance().hasAnyBattleMapCosmetics(),
ai_general_id: aiGeneralId,
ai_difficulty: aiDifficulty,
ai_num_random_cards: aiNumRandomCards,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
).cancellable()
# init finding game view
findingGameItemView = new FindingGameItemView({model: new Backbone.Model({gameType: SDK.GameType.SinglePlayer})})
findingGameItemView.listenTo(findingGameItemView, "destroy", App._cancelSinglePlayer)
# show ui
return Promise.all([
Scene.getInstance().showContentByClass(PlayLayer, true),
Scene.getInstance().showFindingGame(myPlayerFactionId, myPlayerGeneralId),
NavigationManager.getInstance().showContentView(findingGameItemView),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
# when we have single player game data
return App._singlePlayerGamePromise?.then((gameListingData) ->
App._singlePlayerGamePromise = null
# don't allow user triggered navigation now that we've found a game
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# get found game data from game listing data
playerDataModel = App._playerDataFromGameListingData(gameListingData)
# show found game
return Promise.all([
Scene.getInstance().showVsForGame(playerDataModel.get("myPlayerFactionId"), playerDataModel.get("opponentPlayerFactionId"), playerDataModel.get("myPlayerIsPlayer1"), CONFIG.ANIMATE_MEDIUM_DURATION, playerDataModel.get("myPlayerGeneralId"), playerDataModel.get("opponentPlayerGeneralId")),
Scene.getInstance().showNewGame(playerDataModel.get("player1GeneralId"), playerDataModel.get("player2GeneralId")),
NavigationManager.getInstance().destroyNonContentViews(),
findingGameItemView.showFoundGame(playerDataModel)
]).then(() ->
# join found game
return App._joinGame(gameListingData)
)
)
).catch(Promise.CancellationError, (e)->
Logger.module("APPLICATION").log("App:_startSinglePlayerGame -> promise chain cancelled")
).catch((errorMessage) ->
return App._error(if errorMessage? then "Failed to start single player game: " + errorMessage)
)
App._cancelSinglePlayer = () ->
if App._singlePlayerGamePromise?
App._singlePlayerGamePromise.cancel()
App._singlePlayerGamePromise = null
App._startBossBattleGame = (myPlayerDeck, myPlayerFactionId, myPlayerGeneralId, myPlayerCardBackId, myPlayerBattleMapId, aiGeneralId) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startBossBattleGame -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App._startBossBattleGame")
# analytics call
Analytics.page("Boss Battle Game",{ path: "/#boss_battle" })
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
aiGeneralName = null
aiGeneralCard = SDK.GameSession.getCardCaches().getCardById(aiGeneralId)
if (aiGeneralCard?)
aiGeneralName = aiGeneralCard.getName()
# request boss battle game
bossBattleGamePromise = new Promise((resolve, reject) ->
request = $.ajax
url: process.env.API_URL + '/api/me/games/boss_battle',
data: JSON.stringify({
deck: myPlayerDeck,
cardBackId: myPlayerCardBackId,
battleMapId: myPlayerBattleMapId,
ai_general_id: aiGeneralId,
ai_username: aiGeneralName
}),
type: 'POST',
contentType: 'application/json',
dataType: 'json'
request.done (res)->
resolve(res)
request.fail (jqXHR)->
reject(jqXHR and jqXHR.responseJSON and (jqXHR.responseJSON.error or jqXHR.responseJSON.message) or "Connection error. Please retry.")
)
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return Promise.all([
bossBattleGamePromise,
ui_promise
]).spread (gameListingData) ->
return App._joinGame(gameListingData)
.catch (errorMessage) ->
return App._error(if errorMessage? then "Failed to start boss battle: " + errorMessage)
#
# --- Replays ---- #
#
App._startGameForReplay = (replayData) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameForReplay -> cannot start game when already in a game!")
return
userId = replayData.userId
gameId = replayData.gameId
replayId = replayData.replayId
promotedDivisionName = replayData.promotedDivisionName
# check for invalid replay data
if !replayId?
if !gameId?
throw new Error("Cannot replay game without game id!")
if !userId? and !promotedDivisionName?
throw new Error("Cannot replay game without user id or division name!")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# show loading
return NavigationManager.getInstance().showDialogForLoad()
.bind {}
.then () ->
# load replay data
if replayId?
url = "#{process.env.API_URL}/replays/#{replayId}"
else if promotedDivisionName?
url = "#{process.env.API_URL}/api/me/games/watchable/#{promotedDivisionName}/#{gameId}/replay_data?playerId=#{userId}"
else
url = "#{process.env.API_URL}/api/users/#{userId}/games/#{gameId}/replay_data"
return new Promise (resolve, reject) ->
request = $.ajax({
url: url ,
type: 'GET',
contentType: 'application/json',
dataType: 'json'
})
request.done (response)->
resolve(response)
.fail (response)->
reject(new Error("Error downloading replay data: #{response?.responseJSON?.message}"))
.then (replayResponseData) ->
@.replayResponseData = replayResponseData
gameSessionData = replayResponseData.gameSessionData
gameUIData = replayResponseData.mouseUIData
replayData = replayResponseData.replayData
# validate data
gameSetupData = gameSessionData?.gameSetupData
if !gameSetupData?
throw new Error("ReplayEngine -> loaded game does not have valid replay data!")
# store data
@_loadedGameSessionData = gameSessionData
@_loadedGameUIEventData = gameUIData
# load resources for game
return PackageManager.getInstance().loadGamePackageWithoutActivation([
gameSetupData.players[0].factionId
gameSetupData.players[1].factionId
])
.then () ->
# create new game instance but don't deserialize from existing data
SDK.GameSession.reset()
if userId? # if we explicity requested to spectate a user perspective
SDK.GameSession.getInstance().setUserId(userId)
else if @.replayResponseData?.replayData # check if the server response includes a shared replay record so we can use that to determine who to spectate
SDK.GameSession.getInstance().setUserId(@.replayResponseData?.replayData.user_id)
else # ultimately spectate player 1 if nothing provided
SDK.GameSession.getInstance().setUserId(@_loadedGameSessionData.players[0].playerId)
SDK.GameSession.getInstance().setGameType(@_loadedGameSessionData.gameType)
SDK.GameSession.getInstance().setIsRunningAsAuthoritative(false)
SDK.GameSession.getInstance().setIsSpectateMode(true)
SDK.GameSession.getInstance().setIsReplay(true)
# setup GameSession from replay data
SDK.GameSetup.setupNewSessionFromExistingSessionData(SDK.GameSession.getInstance(), @_loadedGameSessionData)
return App._startGame()
.then () ->
# start watching replay
ReplayEngine.getInstance().watchReplay(@_loadedGameSessionData, @_loadedGameUIEventData)
.catch (errorMessage) ->
ReplayEngine.getInstance().stopCurrentReplay()
return App._error(errorMessage)
#
# --- Game Connecting ---- #
#
App._unsubscribeFromJoinGameEvents = () ->
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.join_game)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_failed)
App._subscribeToJoinGameEventsPromise = () ->
App._unsubscribeFromJoinGameEvents()
return new Promise((resolve, reject) ->
# wait for join_game event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.join_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.spectate_game, (response) ->
# handle response
if response.error
reject(response.error)
else
resolve(response.gameSessionData)
)
# wait for reconnect_failed event
SDK.NetworkManager.getInstance().getEventBus().once(EVENTS.reconnect_failed, () ->
# reject and cancel reconnect
reject("Reconnect failed!")
)
).finally(() ->
# reset join game listeners
App._unsubscribeFromJoinGameEvents()
)
App._joinGame = (gameListingData, loadMyGameResourcesPromise, loadOpponentGameResourcesPromise) ->
Logger.module("APPLICATION").log("App._joinGame", gameListingData)
# load my resources for game
loadMyGameResourcesPromise ?= PackageManager.getInstance().loadGamePackageWithoutActivation([gameListingData["faction_id"]])
# load opponent resources for game
loadOpponentGameResourcesPromise ?= PackageManager.getInstance().loadMinorPackage(PKGS.getFactionGamePkgIdentifier(gameListingData["opponent_faction_id"]), null, "game")
return Promise.all([
loadMyGameResourcesPromise,
loadOpponentGameResourcesPromise
]).then(() ->
# listen to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# join game and if a game server is assigned to this listing, connect there
SDK.NetworkManager.getInstance().connect(gameListingData["game_id"], ProfileManager.getInstance().get('id'), gameListingData["game_server"])
return joinGamePromise.then((gameSessionData) ->
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
)
)
App._onReconnectToGame = (gameId) ->
Logger.module("APPLICATION").log("App._onReconnectToGame", gameId)
# destroy the current game
App.cleanupGame()
# start listening to join game events
joinGamePromise = App._subscribeToJoinGameEventsPromise()
# blur the view in engine
Scene.getInstance().getFX().requestBlurScreen(App._screenBlurId)
return Promise.all([
# show user we're reconnecting
NavigationManager.getInstance().showContentView(new ReconnectToGameItemView()),
NavigationManager.getInstance().showUtilityView(new UtilityMatchmakingMenuItemView({model: ProfileManager.getInstance().profile}))
]).then(() ->
return joinGamePromise.then((gameSessionData) ->
# start game
return App._startGameWithData(gameSessionData)
).catch((errorMessage) ->
return App._error(errorMessage)
).finally(() ->
App.cleanupReconnectToGame()
)
)
App.cleanupReconnectToGame = () ->
# unsubscribe from events
App._unsubscribeFromJoinGameEvents()
# unblur screen
Scene.getInstance().getFX().requestUnblurScreen(App._screenBlurId)
#
# --- Game Events ---- #
#
App._onNetworkGameEvent = (eventData) ->
if (eventData.type == EVENTS.step)
Logger.module("APPLICATION").log("App._onNetworkGameEvent -> step", eventData)
# step event
if eventData.step?
# deserialize step
sdkStep = SDK.GameSession.getInstance().deserializeStepFromFirebase(eventData.step)
# if we are spectating, and connected in the middle of a followup (so we don't have a snapshot), error out to main menu in the event of a rollback since we have nothing to roll back to
if (SDK.GameSession.getInstance().getIsSpectateMode() and sdkStep.getAction() instanceof SDK.RollbackToSnapshotAction and !SDK.GameSession.getInstance().getRollbackSnapshotData())
return App._error("You fell out of sync. Please try to spectate again to sync up.")
# mark step as transmitted
sdkStep.setTransmitted(true)
# execute step
SDK.GameSession.getInstance().executeAuthoritativeStep(sdkStep)
if sdkStep.getAction()
AnalyticsTracker.sendAnalyticsForExplicitAction(sdkStep.getAction())
else if (eventData.type == EVENTS.invalid_action)
if eventData.playerId == SDK.GameSession.getInstance().getMyPlayerId()
if eventData.desync
# player is out of sync with server
# force them to reconnect to game
Analytics.track("player desync", {category:Analytics.EventCategory.Debug}, {nonInteraction:1})
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
else
# player isn't out of sync but may need to know their action was invalid
# this may happen if a player attempts to submit actions after their turn is over
SDK.GameSession.getInstance().onAuthoritativeInvalidAction(eventData)
else if (eventData.type == EVENTS.network_game_hover)
Scene.getInstance().getGameLayer()?.onNetworkHover(eventData)
else if (eventData.type == EVENTS.network_game_select)
Scene.getInstance().getGameLayer()?.onNetworkSelect(eventData)
else if (eventData.type == EVENTS.network_game_mouse_clear)
Scene.getInstance().getGameLayer()?.onNetworkMouseClear(eventData)
else if (eventData.type == EVENTS.turn_time)
# if we are behind in step count for some reason from the server step counter
if (!SDK.GameSession.getInstance().getIsSpectateMode() and eventData.stepCount > SDK.GameSession.getInstance().getStepCount())
# we're going to start a pseudo-timeout to reload the game
Logger.module("APPLICATION").warn("App._onNetworkGameEvent -> seems like game session is behind server step count")
# if we haven't already detected a potential desync state and recorded the moment it started
if not App._gameDesyncStartedAt
# record the moment the suspected desync started
App._gameDesyncStartedAt = moment.utc()
# otherwise if we suspect a desync state is already in progress and we have the time it started, see if it's been more than 10s
else if moment.duration(moment.utc() - App._gameDesyncStartedAt).asSeconds() > 10.0
# if it's been more than 10s in a desync state, fire off the error state
App._error("Your current match appears to be out of sync. To avoid any issues, please select CONTINUE and reconnect to your match.")
App._gameDesyncStartedAt = null
return
else
# if we're up to date with our step count, just clear out any suspected desync starting point
App._gameDesyncStartedAt = null
# the game session emits events from here that inform UI etc.
SDK.GameSession.getInstance().setTurnTimeRemaining(eventData.time)
else if (eventData.type == EVENTS.show_emote)
EventBus.getInstance().trigger(EVENTS.show_emote, eventData)
App._onOpponentConnectionStatusChanged = (eventData) ->
# when opponent disconnects, force mouse clear
if !SDK.NetworkManager.getInstance().isOpponentConnected
Scene.getInstance().getGameLayer()?.onNetworkMouseClear({type:EVENTS.network_game_mouse_clear, timestamp: Date.now()})
App._onNetworkGameError = (errorData) ->
return App._error(JSON.stringify(errorData))
App._onGameServerShutdown = (errorData) ->
if errorData.ip
ip = errorData.ip
lastGameModel = GamesManager.getInstance().playerGames.first()
lastGameModel.set('gameServer',ip)
# reconnect
SDK.NetworkManager.getInstance().reconnect(ip)
# show reconnecting
return App._onReconnectToGame()
else
return App._error("Game server error, no ip!")
#
# --- Game Setup ---- #
#
App._startGameWithChallenge = (challenge) ->
if ChatManager.getInstance().getStatusIsInBattle()
Logger.module("APPLICATION").log("App._startGameWithChallenge -> cannot start game when already in a game!")
return
Logger.module("APPLICATION").log("App:_startGameWithChallenge")
# don't allow user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationLocked(App._userNavLockId)
# set user as in game
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
if not challenge instanceof SDK.ChallengeRemote
# mark challenge as attempted
ProgressionManager.getInstance().markChallengeAsAttemptedWithType(challenge.type);
# challenge handles setting up game session
SDK.GameSession.reset()
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
challenge.setupSession(SDK.GameSession.getInstance())
# get ui promise
if CONFIG.LOAD_ALL_AT_START
ui_promise = Promise.resolve()
else
ui_promise = NavigationManager.getInstance().showDialogForLoad()
return ui_promise.then () ->
return PackageManager.getInstance().loadGamePackageWithoutActivation([
SDK.GameSession.getInstance().getGeneralForPlayer1().getFactionId(),
SDK.GameSession.getInstance().getGeneralForPlayer2().getFactionId()
], [
"tutorial",
PKGS.getChallengePkgIdentifier(SDK.GameSession.getInstance().getChallenge().getType())
])
.then () ->
return App._startGame()
.catch (errorMessage) ->
return App._error(errorMessage)
App._startGameWithData = (sessionData) ->
Logger.module("APPLICATION").log("App._startGameWithData", sessionData)
# reset and deserialize
SDK.GameSession.reset()
SDK.GameSession.getInstance().deserializeSessionFromFirebase(sessionData)
SDK.GameSession.getInstance().setUserId(ProfileManager.getInstance().get('id'))
# do not start games that are already over
if !SDK.GameSession.getInstance().isOver()
return App._startGame()
else
return Promise.reject()
App._startGame = () ->
gameSession = SDK.GameSession.getInstance()
Logger.module("APPLICATION").log("App:_startGame", gameSession.getStatus())
if gameSession.getIsSpectateMode()
ChatManager.getInstance().setStatus(ChatManager.STATUS_WATCHING)
else if gameSession.isChallenge()
ChatManager.getInstance().setStatus(ChatManager.STATUS_CHALLENGE)
else
ChatManager.getInstance().setStatus(ChatManager.STATUS_GAME)
NotificationsManager.getInstance().dismissNotificationsThatCantBeShown()
if Discord
getFactionImage = (factionId, opponent = false) ->
s = {key: '', text: ''}
switch factionId
when 1 then s = {key: 'f1', text: 'Lyonar'}
when 2 then s = {key: 'f2', text: 'Songhai'}
when 3 then s = {key: 'f3', text: 'Vetruvian'}
when 4 then s = {key: 'f4', text: 'Abyssian'}
when 5 then s = {key: 'f5', text: 'Magmar'}
when 6 then s = {key: 'f6', text: 'Vanar'}
else s = {key: 'neutral', text: 'Neutral'}
if opponent
s.key += '_small'
return s
opponentName = SDK.GameSession.getInstance().getOpponentPlayer().getUsername()
opponentFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getOpponentPlayer()).factionId
opponentFactionImage = getFactionImage(opponentFaction, true)
playerName = SDK.GameSession.getInstance().getMyPlayer().getUsername()
playerId = SDK.GameSession.getInstance().getMyPlayerId()
playerRank = GamesManager.getInstance().getCurrentRank()
playerFaction = SDK.GameSession.getInstance().getGeneralForPlayer(SDK.GameSession.getInstance().getMyPlayer()).factionId
playerFactionImage = getFactionImage(playerFaction, false)
presence = {
startTimestamp: Math.floor((new Date).getTime()/1000),
instance: 1
largeImageKey: playerFactionImage.key
largeImageText: playerFactionImage.text
smallImageKey: opponentFactionImage.key
smallImageText: opponentFactionImage.text
}
if gameSession.getIsSpectateMode()
if gameSession.getIsReplay()
presence.details = "Watching: #{playerName} vs. #{opponentName} replay"
presence.state = "Spectating"
else
presence.details = "Watching: #{playerName} vs. #{opponentName} live"
presence.state = "Spectating"
else if gameSession.isRanked()
presence.details = "Ranked: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isGauntlet()
presence.details = "Gauntlet: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isRift()
presence.details = "Rift: vs. #{opponentName}"
presence.state = "In Match"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isFriendly()
presence.details = "Friendly: vs. #{opponentName}"
presence.state = "In Game"
# check if block is enabled before allowing spectate
if !ProfileManager.getInstance().profile.get("blockSpectators")
presence.spectateSecret = playerId
else if gameSession.isBossBattle()
presence.details = "Boss Battle: vs. #{opponentName}"
presence.state = "Playing Solo"
else if gameSession.isSinglePlayer() || gameSession.isSandbox() || gameSession.isChallenge()
presence.state = "Playing Solo"
Discord.updatePresence(presence)
# analytics call
Analytics.page("Game",{ path: "/#game" })
# reset routes as soon as we lock into a game
NavigationManager.getInstance().resetRoutes()
# record last game data
CONFIG.resetLastGameData()
CONFIG.lastGameType = gameSession.getGameType()
CONFIG.lastGameWasSpectate = gameSession.getIsSpectateMode()
CONFIG.lastGameWasTutorial = gameSession.isTutorial()
CONFIG.lastGameWasDeveloper = UtilsEnv.getIsInDevelopment() && gameSession.getIsDeveloperMode()
CONFIG.lastGameWasDailyChallenge = gameSession.isDailyChallenge()
# listen to game network events
App._subscribeToGameNetworkEvents()
# get game UI view class
challenge = gameSession.getChallenge()
if challenge? and !(challenge instanceof SDK.Sandbox)
gameUIViewClass = TutorialLayout
else
gameUIViewClass = GameLayout
# load resources for game session
load_promises = [
# load battlemap assets required for game
PackageManager.getInstance().loadMinorPackage(PKGS.getBattleMapPkgIdentifier(gameSession.getBattleMapTemplate().getMap()), null, "game")
]
# load all cards in my player's hand
preloaded_package_ids = []
for cardIndex in gameSession.getMyPlayer().getDeck().getHand()
card = gameSession.getCardByIndex(cardIndex)
if card?
# get unique id for card preload
card_id = card.id
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, PKGS.getPkgForIdentifier(card_pkg_id), "game"))
# load all cards and modifiers on board
for card in gameSession.getBoard().getCards(null, allowUntargetable=true)
# get unique id for card preload
card_id = card.getId()
card_pkg_id = PKGS.getCardGamePkgIdentifier(card_id)
card_resources_pkg = PKGS.getPkgForIdentifier(card_pkg_id)
card_preload_pkg_id = card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(card_preload_pkg_id)
# include signature card resources
if card instanceof SDK.Entity and card.getWasGeneral()
referenceSignatureCard = card.getReferenceSignatureCard()
if referenceSignatureCard?
signature_card_id = referenceSignatureCard.getId()
signature_card_pkg_id = PKGS.getCardGamePkgIdentifier(signature_card_id)
signature_card_resources_pkg = PKGS.getPkgForIdentifier(signature_card_pkg_id)
card_resources_pkg = [].concat(card_resources_pkg, signature_card_resources_pkg)
# load card resources
load_promises.push(PackageManager.getInstance().loadMinorPackage(card_preload_pkg_id, card_resources_pkg, "game"))
# modifiers
for modifier in card.getModifiers()
if modifier?
# get unique id for modifier preload
modifier_type = modifier.getType()
modifier_preload_package_id = modifier_type + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(modifier_preload_package_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(modifier_preload_package_id, PKGS.getPkgForIdentifier(modifier_type), "game"))
# load artifact card if modifier is applied by an artifact
if modifier.getIsFromArtifact()
artifact_card = modifier.getSourceCard()
if artifact_card?
# get unique id for artifact card preload
artifact_card_id = artifact_card.getId()
artifact_card_pkg_id = PKGS.getCardInspectPkgIdentifier(artifact_card_id)
artifact_card_preload_pkg_id = artifact_card_pkg_id + "_preload_" + UtilsJavascript.generateIncrementalId()
preloaded_package_ids.push(artifact_card_preload_pkg_id)
load_promises.push(PackageManager.getInstance().loadMinorPackage(artifact_card_preload_pkg_id, PKGS.getPkgForIdentifier(artifact_card_pkg_id), "game"))
return Promise.all(load_promises).then(() ->
# destroy all views/layers
return NavigationManager.getInstance().destroyAllViewsAndLayers()
).then(() ->
return PackageManager.getInstance().activateGamePackage()
).then(() ->
# show game and ui
overlay_promise = Scene.getInstance().destroyOverlay()
game_promise = Scene.getInstance().showGame()
content_promise = NavigationManager.getInstance().showContentView(new gameUIViewClass({challenge: challenge}))
utility_promise = NavigationManager.getInstance().showUtilityView(new UtilityGameMenuItemView({model: ProfileManager.getInstance().profile}))
# listen to game local events
App._subscribeToGameLocalEvents()
# wait for game to show as active (not status active) then unload all preloaded packages
scene = Scene.getInstance()
gameLayer = scene? && scene.getGameLayer()
if !gameLayer? or gameLayer.getStatus() == GameLayer.STATUS.ACTIVE
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
else
onActiveGame = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
PackageManager.getInstance().unloadMajorMinorPackages(preloaded_package_ids)
onTerminate = () ->
gameLayer.getEventBus().off(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().off(EVENTS.terminate, onTerminate)
gameLayer.getEventBus().on(EVENTS.show_active_game, onActiveGame)
gameLayer.getEventBus().on(EVENTS.terminate, onTerminate)
return Promise.all([
overlay_promise,
game_promise,
content_promise,
utility_promise
])
).then(() ->
# enable user triggered navigation
NavigationManager.getInstance().requestUserTriggeredNavigationUnlocked(App._userNavLockId)
)
########
App.onAfterShowEndTurn = () ->
Logger.module("APPLICATION").log "App:onAfterShowEndTurn"
# if we're playing in sandbox mode, we need to let the player play both sides so we swap players here
if SDK.GameSession.getInstance().isSandbox()
# swap test user id
player1 = SDK.GameSession.getInstance().getPlayer1()
player2 = SDK.GameSession.getInstance().getPlayer2()
if player1.getIsCurrentPlayer() then SDK.GameSession.getInstance().setUserId(player1.getPlayerId()) else SDK.GameSession.getInstance().setUserId(player2.getPlayerId())
#
# --- Game Cleanup ---- #
#
App.cleanupGame = () ->
Logger.module("APPLICATION").log "App.cleanupGame"
# cleanup reconnect
App.cleanupReconnectToGame()
# cleanup events
App.cleanupGameEvents()
# terminate the game layer
Scene.getInstance().getGameLayer()?.terminate()
# reset the current instance of the game session
SDK.GameSession.reset()
App.cleanupGameEvents = () ->
Logger.module("APPLICATION").log "App.cleanupGameEvents"
# cleanup events
App._unsubscribeFromGameLocalEvents()
App._unsubscribeFromGameNetworkEvents()
#
# --- Game Over Views ---- #
#
App._onGameOver = () ->
Logger.module("APPLICATION").log "App:_onGameOver"
# start loading data as soon as game is over, don't wait for animations
App._startLoadingGameOverData()
# disconnect from game room on network side
# defer it until the call stack clears so any actions that caused the game to be over get broadcast during the current JS tick
_.defer () ->
SDK.NetworkManager.getInstance().disconnect()
#
# --- Game Turn Over---- #
#
App._onEndTurn = (e) ->
AnalyticsTracker.sendAnalyticsForCompletedTurn(e.turn)
###*
# This method de-registers all game listeners and initiates the game over screen flow. For visual sequencing purposes, it fires when it recieves an event that all game actions are done showing in the game layer.
# @public
###
App.onShowGameOver = () ->
Logger.module("APPLICATION").log "App:onShowGameOver"
# analytics call
Analytics.page("Game Over",{ path: "/#game_over" })
App.cleanupGameEvents()
App.showVictoryWhenGameDataReady()
###*
# Load progression, rank, etc... data after a game is over.
# @private
###
App._startLoadingGameOverData = ()->
# for specated games, don't load any data
if SDK.GameSession.current().getIsSpectateMode()
App._gameOverDataThenable = Promise.resolve([null,[]])
return
# resolve when the last game is confirmed as "over"
whenGameJobsProcessedAsync = new Promise (resolve,reject)->
isGameReady = (gameAttrs,jobAttrs)->
# if game is not over yet, the rest of the data is not valid
if gameAttrs.status != SDK.GameStatus.over
return false
switch gameAttrs.game_type
when SDK.GameType.Friendly
return isFriendlyGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Ranked
return isRankedGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Casual
return isCasualGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Gauntlet
return isGauntletGameReady(gameAttrs,jobAttrs)
when SDK.GameType.SinglePlayer
return isSinglePlayerGameReady(gameAttrs,jobAttrs)
when SDK.GameType.BossBattle
return isBossBattleGameReady(gameAttrs,jobAttrs)
when SDK.GameType.Rift
return isRiftGameReady(gameAttrs,jobAttrs)
else
return Promise.resolve()
isFriendlyGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.quests and jobAttrs.faction_progression
else
return true
isRankedGameReady = (gameAttrs,jobAttrs)->
doneProcessing = false
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rank and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
doneProcessing = (jobAttrs.rank)
# if we're in diamond or above, wait for ladder, othwerwise don't since it's not guaranteed to process
if GamesManager.getInstance().getCurrentRank() <= SDK.RankDivisionLookup.Diamond
doneProcessing = doneProcessing and jobAttrs.ladder
return doneProcessing
isCasualGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return true
isGauntletGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return (jobAttrs.gauntlet and jobAttrs.quests and jobAttrs.progression and jobAttrs.faction_progression)
else
return jobAttrs.gauntlet
isSinglePlayerGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isBossBattleGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_winner
return (jobAttrs.progression and jobAttrs.cosmetic_chests and jobAttrs.faction_progression)
if gameAttrs.is_scored
return jobAttrs.faction_progression
else
return true
isRiftGameReady = (gameAttrs,jobAttrs)->
if gameAttrs.is_scored
doneProcessing = (jobAttrs.rift and jobAttrs.quests)
else
doneProcessing = (jobAttrs.rift)
gameSession = SDK.GameSession.getInstance()
lastGameModel = GamesManager.getInstance().playerGames.first()
if lastGameModel? and SDK.GameType.isNetworkGameType(gameSession.getGameType())
# lastGameModel.onSyncOrReady().then ()->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
resolve([lastGameModel,null])
else
lastGameModel.on "change", () ->
if isGameReady(lastGameModel.attributes,lastGameModel.attributes.job_status || {})
lastGameModel.off "change"
resolve([lastGameModel,null])
else if gameSession.isChallenge()
challengeId = gameSession.getChallenge().type
if gameSession.getChallenge() instanceof SDK.ChallengeRemote and gameSession.getChallenge().isDaily
# Don't process daily challenges run by qa tool
if gameSession.getChallenge()._generatedForQA
resolve([null,null])
else
ProgressionManager.getInstance().completeDailyChallenge(challengeId).then (challengeData)->
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
ProgressionManager.getInstance().completeChallengeWithType(challengeId).then (challengeData)->
NewPlayerManager.getInstance().setHasSeenBloodbornSpellInfo()
challengeModel = new Backbone.Model(challengeData)
resolve([null,challengeModel])
else
resolve([null, null])
App._gameOverDataThenable = whenGameJobsProcessedAsync
.bind {}
.spread (userGameModel,challengeModel)->
@.userGameModel = userGameModel
@.challengeModel = challengeModel
rewardIds = []
gameSession = SDK.GameSession.getInstance()
# Send game based analytics
AnalyticsTracker.submitGameOverAnalytics(gameSession,userGameModel)
# Mark first game of type completions
if gameSession.isRanked()
NewPlayerManager.getInstance().setHasPlayedRanked(userGameModel)
if gameSession.isSinglePlayer()
NewPlayerManager.getInstance().setHasPlayedSinglePlayer(userGameModel)
if @.userGameModel?.get('rewards')
for rewardId,val of @.userGameModel.get('rewards')
rewardIds.push rewardId
if @.challengeModel?.get('reward_ids')
for rewardId in @.challengeModel.get('reward_ids')
rewardIds.push rewardId
return rewardIds
.then (rewardIds)->
allPromises = []
if rewardIds?
for rewardId in rewardIds
rewardModel = new DuelystBackbone.Model()
rewardModel.url = process.env.API_URL + "/api/me/rewards/#{rewardId}"
rewardModel.fetch()
allPromises.push rewardModel.onSyncOrReady()
return Promise.all(allPromises)
.then (allRewardModels)->
@.rewardModels = allRewardModels
# if we're not done with core progression
if not NewPlayerManager.getInstance().isCoreProgressionDone()
return NewPlayerManager.getInstance().updateCoreState()
else
return Promise.resolve()
.then (newPlayerProgressionData)->
if newPlayerProgressionData?.quests
@.newBeginnerQuestsCollection = new Backbone.Collection(newPlayerProgressionData?.quests)
else
@.newBeginnerQuestsCollection = new Backbone.Collection()
.then ()->
# if we're at a stage where we should start generating daily quests, request them in case any of the quest slots opened up
if NewPlayerManager.getInstance().shouldStartGeneratingDailyQuests()
return QuestsManager.getInstance().requestNewDailyQuests()
else
return Promise.resolve()
.then ()->
return Promise.all([@.userGameModel,@.rewardModels,@.newBeginnerQuestsCollection])
# don't wait more than ~10 seconds
.timeout(10000)
###*
# Shows the victory screen after a game is over, all data is loaded, and assets for victory screen are allocated.
# @public
###
App.showVictoryWhenGameDataReady = () ->
# show activity dialog
NavigationManager.getInstance().showDialogView(new ActivityDialogItemView());
# resolve when post game assets are done loading
return PackageManager.getInstance().loadMinorPackage("postgame")
.then ()->
return App._gameOverDataThenable
.spread (userGameModel,rewardModels,newBeginnerQuestsCollection)->
if not rewardModels
throw new Error()
# destroy dialog
NavigationManager.getInstance().destroyDialogView()
# terminate game layer as we no longer need it to be active
Scene.getInstance().getGameLayer()?.terminate()
# show victory
App.showVictory(userGameModel,rewardModels,newBeginnerQuestsCollection)
.catch Promise.TimeoutError, (e) ->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error("We're experiencing some delays in processing your game. Don't worry, you can keep playing and you'll receive credit shortly.")
.catch (e)->
# hide dialog
NavigationManager.getInstance().destroyDialogView()
App._error(e.message)
###*
# Shows the victory screen after a game is over.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
# @param {Backbone.Collection} newBeginnerQuestsCollection Collection of new beginner quests as of game completion
###
App.showVictory = (userGameModel,rewardModels,newBeginnerQuestsCollection) ->
Logger.module("APPLICATION").log "App:showVictory"
if not SDK.GameSession.getInstance().getIsSpectateMode() and SDK.GameType.isNetworkGameType(SDK.GameSession.getInstance().getGameType())
faction_id = userGameModel.get('faction_id')
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
faction_level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned)
faction_prog_reward = SDK.FactionProgression.rewardDataForLevel(faction_id,faction_level)
if SDK.FactionProgression.hasLeveledUp(faction_xp + faction_xp_earned, faction_xp_earned) and faction_prog_reward
App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.getInstance().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
else
# local games
if SDK.GameSession.getInstance().isChallenge()
# for challenges
App.addNextScreenCallbackToVictoryFlow(rewardModels);
userGameModel ?= new Backbone.Model({})
return Promise.all([
Scene.getInstance().showOverlay(new VictoryLayer())
NavigationManager.getInstance().showContentView(new VictoryItemView({model:userGameModel || new Backbone.Model({})}))
])
###*
# Shows the next screen in the victory order: rank, quests, rewards etc.
# @public
# @param {Backbone.Model} userGameModel Game model that is finished loading / processing all jobs.
# @param {Array} rewardModels Rewards that this game needs to show.
###
App.addNextScreenCallbackToVictoryFlow = (rewardModels) ->
Logger.module("APPLICATION").log "App:addNextScreenCallbackToVictoryFlow"
# # if we have any faction progression rewards, show those first
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showFactionXpReward.bind(App,rewardModels))
# if we have any quest rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showQuestsCompleted.bind(App,rewardModels))
# if we have any progression rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showWinCounterReward.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# ...
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showTutorialRewards.bind(App,rewardModels))
# if we have any ribbon rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showNextRibbonReward.bind(App,rewardModels))
# # if we have any gift crate rewards, show those next
# if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# return App.setCallbackWhenCancel(App.showGiftCrateReward.bind(App,rewardModels))
# if we have any cosmetic loot crate rewards, show those next
if _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
return App.setCallbackWhenCancel(App.showLootCrateReward.bind(App,rewardModels))
# if we have any faction unlocks, show those next
factionUnlockedReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction unlock" and rewardModel.get('is_unread'))
if factionUnlockedReward
return App.setCallbackWhenCancel(App.showUnlockedFaction.bind(App,factionUnlockedReward.get('unlocked_faction_id')))
# if we are doing a tutorial, kick us back to the tutorial screen, unless it's the last lesson: LessonFour, in which case, move along with normal flow (kicks to main menu)
if SDK.GameSession.getInstance().getChallenge()?.categoryType == SDK.ChallengeCategory.tutorial.type
# for tutorial go show tutorial layout
if SDK.GameSession.getInstance().getChallenge().type != "LessonFour"
return App.setCallbackWhenCancel(App._showTutorialLessons.bind(App,SDK.GameSession.getInstance().getChallenge()))
###*
# Show unlocked faction screen.
# @public
# @param {String|Number} factionId
# @returns {Promise}
###
App.showUnlockedFaction = (factionId) ->
Logger.module("APPLICATION").log("App:showUnlockedFaction", factionId)
unlockFactionLayer = new UnlockFactionLayer(factionId)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(unlockFactionLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == unlockFactionLayer
unlockFactionLayer.animateReward()
.catch (error) ->
App._error(error)
###*
# Show ribbon reward screen if there are any unread ribbon reward models.
# @public
# @param {Array} rewardModels the reward models array.
###
App.showNextRibbonReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showNextRibbonReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "ribbon" and rewardModel.get('is_unread'))
nextReward.set('is_unread',false)
ribbonId = nextReward.get("ribbons")?[0]
if ribbonId?
ribbonObject = SDK.RibbonFactory.ribbonForIdentifier(ribbonId)
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons([ribbonId], "You've earned the #{ribbonObject.title} ribbon.", "Ribbons show on your profile for performing in battle with distinction.")
else
Logger.module("APPLICATION").log "ERROR: ribbonId is undefined for reward #{nextReward.get("id")}"
###*
# Show progression reward screen.
# @public
# @param {Backbone.Model} rewardModel progression reward model.
###
App.showProgressReward = (rewardModel) ->
Logger.module("APPLICATION").log "App:showProgressReward"
# clear ui
NavigationManager.getInstance().destroyContentView()
NavigationManager.getInstance().destroyDialogView()
# show the in-engine card reward animation
if rewardModel.get("cards")
# cards
cardIds = rewardModel.get("cards")
if rewardModel.get("_showStack")
cardIds = [cardIds[0]]
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardCards(cardIds, rewardModel.get("_showStack"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetics")
# NOTE: only emotes and battle maps will work for this case
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
if SDK.CosmeticsFactory.cosmeticForIdentifier(rewardModel.get("cosmetics")[0]).typeId == SDK.CosmeticsTypeLookup.BattleMap
progressionRewardLayer.showRewardBattleMaps(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
progressionRewardLayer.showRewardEmotes(rewardModel.get("cosmetics"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gift_chests")
CrateManager.getInstance().refreshGiftCrates()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(rewardModel.get("gift_chests"),rewardModel.get("_title"),rewardModel.get("_subTitle"))
else if rewardModel.get("cosmetic_keys")
# cosmetic keys
cosmeticKeyRewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(cosmeticKeyRewardLayer)
cosmeticKeyRewardLayer.animateReward(rewardModel.get("cosmetic_keys"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("ribbons")
# ribbons
progressionRewardLayer = new ProgressionRewardLayer()
Scene.getInstance().showOverlay(progressionRewardLayer)
progressionRewardLayer.showRewardRibbons(rewardModel.get("ribbons"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit")
# spirit
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("spirit", rewardModel.get("spirit"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("gold")
# gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward("gold", rewardModel.get("gold"), rewardModel.get("_title"), rewardModel.get("_subTitle"))
else if rewardModel.get("spirit_orbs")
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"), rewardModel.get("spirit_orbs"))
else if rewardModel.get("gauntlet_tickets")
# gauntlet ticket
gauntletTicketRewardLayer = new GauntletTicketRewardLayer()
Scene.getInstance().showOverlay(gauntletTicketRewardLayer)
gauntletTicketRewardLayer.animateReward(rewardModel.get("_title"), rewardModel.get("_subTitle"))
else
Logger.module("APPLICATION").log("Application->showProgressReward: Attempt to show reward model without valid reward")
###*
# Show achievement reward screen if there are any unread ones.
# @public
###
App.showAchievementCompletions = () ->
if !AchievementsManager.getInstance().hasUnreadCompletedAchievements()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showAchievementCompletions"
completedAchievementModel = AchievementsManager.getInstance().popNextUnreadAchievementModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(completedAchievementModel)
).then () ->
return App.showAchievementCompletions()
###*
# Show twitch reward screen if there are any unread ones.
# @public
###
App.showTwitchRewards = () ->
if !TwitchManager.getInstance().hasUnclaimedTwitchRewards()
Scene.getInstance().destroyOverlay()
return Promise.resolve()
else
return new Promise( (resolve, reject) ->
locResolve = resolve
Logger.module("APPLICATION").log "App:showTwitchRewards"
twitchRewardModel = TwitchManager.getInstance().popNextUnclaimedTwitchRewardModel()
App.setCallbackWhenCancel(locResolve)
# show reward
App.showProgressReward(twitchRewardModel)
).then () ->
return App.showTwitchRewards()
###*
# Show season rewards screen if the player has an unread season rewards set.
# @public
###
App.showEndOfSeasonRewards = () ->
gamesManager = GamesManager.getInstance()
if gamesManager.hasUnreadSeasonReward()
return new Promise( (resolve, reject) ->
locResolve = resolve
# get data
seasonModel = gamesManager.getSeasonsWithUnclaimedRewards()[0]
bonusChevrons = SDK.RankFactory.chevronsRewardedForReachingRank(seasonModel.get("top_rank")? || 30)
seasonRewardIds = seasonModel.get("reward_ids")
if bonusChevrons == 0
# If there is no rewards we exit here
locResolve()
else
Logger.module("APPLICATION").log "App:showEndOfSeasonRewards"
endOfSeasonLayer = new EndOfSeasonLayer(seasonModel)
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(endOfSeasonLayer)
])
.then () ->
App.setCallbackWhenCancel(() ->
Scene.getInstance().destroyOverlay()
locResolve()
)
if Scene.getInstance().getOverlay() == endOfSeasonLayer
return endOfSeasonLayer.animateReward()
.catch (error) ->
Logger.module("APPLICATION").log("App.showEndOfSeasonRewards error: ", error)
locResolve()
)
else
return Promise.resolve()
App.showTutorialRewards = (rewardModels) ->
Logger.module("APPLICATION").log "App:showTutorialRewards"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "challenge" and rewardModel.get('is_unread'))
nextReward = nextReward || _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "daily challenge" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
if (nextReward.get("unlocked_faction_id"))
App.showUnlockedFaction(nextReward.get("unlocked_faction_id"))
else
App.showProgressReward(nextReward)
App.showLadderProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showLadderProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
ladderProgressLayer = new LadderProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(ladderProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == ladderProgressLayer
return ladderProgressLayer.showLadderProgress(userGameModel)
.catch (error) ->
App._error("App.showLadderProgress error: ", error)
App.showRiftProgress = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showRiftProgress"
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
riftProgressLayer = new RiftProgressLayer()
return Promise.all([
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyDialogView(),
Scene.getInstance().showOverlay(riftProgressLayer)
])
.then () ->
if Scene.getInstance().getOverlay() == riftProgressLayer
return riftProgressLayer.showRiftProgress(userGameModel)
.catch (error) ->
App._error("App.showRiftProgress error: ", error)
App.showQuestsCompleted = (rewardModels) ->
Logger.module("APPLICATION").log "App:showQuestsCompleted"
nextQuestReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "quest" and rewardModel.get('is_unread'))
nextQuestReward.set('is_unread',false)
sdkQuest = SDK.QuestFactory.questForIdentifier(nextQuestReward.get('quest_type_id'))
questName = sdkQuest.getName()
gold = nextQuestReward.get("gold")
spiritOrbs = nextQuestReward.get("spirit_orbs")
giftChests = null
cosmeticKeys = null
if sdkQuest.giftChests?.length > 0
giftChests = sdkQuest.giftChests
if sdkQuest.cosmeticKeys?.length > 0
cosmeticKeys = sdkQuest.cosmeticKeys
# track an event in analytics
Analytics.track("quest complete", {
category: Analytics.EventCategory.Quest,
quest_type_id: nextQuestReward.get('quest_type_id'),
gold_amount:nextQuestReward.get("gold") || 0
},{
labelKey:"quest_type_id"
valueKey:"gold_amount"
nonInteraction:1
})
# set the cancel callback to show the next screen
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show quest reward
NavigationManager.getInstance().destroyContentView()
if gold
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
currencyRewardLayer.animateReward(
"gold",
gold,
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{gold} GOLD for completing #{questName}",
"Quest Complete"
)
else if spiritOrbs
# booster
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
boosterRewardLayer.animateReward(
i18next.t("rewards.quest_complete_title",{quest_name:questName})
"+#{spiritOrbs} SPIRIT ORBS for completing #{questName}"
)
else if giftChests
Analytics.track("earned gift crate", {
category: Analytics.EventCategory.Crate,
product_id: giftChests[0]
}, {
labelKey: "product_id"
})
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(giftChests, null, i18next.t("rewards.quest_reward_gift_crate_title",{quest_name:questName}))
CrateManager.getInstance().refreshGiftCrates()
else if cosmeticKeys
Analytics.track("earned cosmetic key", {
category: Analytics.EventCategory.Crate,
product_id: cosmeticKeys[0]
}, {
labelKey: "PI:KEY:<KEY>END_PI"
})
NavigationManager.getInstance().destroyContentView()
rewardLayer = new CosmeticKeyRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showRewardKeys(cosmeticKeys, null, "FREE Cosmetic Crate Key for completing the #{questName} quest")
CrateManager.getInstance().refreshGiftCrates()
# Outdated name, really shows all progression rewards
App.showWinCounterReward = (rewardModels) ->
Logger.module("APPLICATION").log "App:showWinCounterReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "progression" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
# Scene.getInstance().showOverlay(currencyRewardLayer) # TODO: merge How does this even work?
rewardView = null
switch nextReward.get("reward_type")
when "win count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
message = i18next.t("rewards.3_win_gold_reward_message",{gold_amount:goldAmount})
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.3_win_gold_reward_title"),
message
)
when "play count"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.4_play_gold_reward_title"),
i18next.t("rewards.4_play_gold_reward_message",{gold_amount:goldAmount})
)
when "daily win"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_win_of_the_day_reward_title"),
i18next.t("rewards.first_win_of_the_day_reward_message",{gold_amount:goldAmount})
)
when "first 3 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_3_games_reward_title"),
i18next.t("rewards.first_3_games_reward_message",{gold_amount:goldAmount})
)
when "first 10 games"
currencyRewardLayer = new CurrencyRewardLayer()
Scene.getInstance().showOverlay(currencyRewardLayer)
goldAmount = nextReward.get("gold")
currencyRewardLayer.animateReward(
"gold",
goldAmount,
i18next.t("rewards.first_10_games_reward_title"),
i18next.t("rewards.first_10_games_reward_message",{gold_amount:goldAmount})
)
when "boss battle"
boosterRewardLayer = new BoosterRewardLayer()
Scene.getInstance().showOverlay(boosterRewardLayer)
cardSetId = nextReward.get("spirit_orbs")
boosterRewardLayer.animateReward(
i18next.t("rewards.boss_defeated_reward_title"),
i18next.t("rewards.boss_defeated_reward_message"),
SDK.CardSet.Core
)
App.showLootCrateReward = (rewardModels)->
Logger.module("APPLICATION").log "App:showLootCrateReward"
nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "loot crate" and rewardModel.get('is_unread'))
nextReward.set("is_unread",false)
Analytics.track("earned cosmetic crate", {
category: Analytics.EventCategory.Crate,
product_id: nextReward.get("cosmetic_chests")?[0]
}, {
labelKey: "product_id"
})
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward setup on the engine side
NavigationManager.getInstance().destroyContentView()
rewardLayer = new LootCrateRewardLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.animateReward(nextReward.get("cosmetic_chests"))
# App.showGiftCrateReward = (rewardModels)->
# Logger.module("APPLICATION").log "App:showGiftCrateReward"
#
# nextReward = _.find(rewardModels, (rewardModel)-> rewardModel.get('reward_type') == "gift crate" and rewardModel.get('is_unread'))
# nextReward.set("is_unread",false)
#
# Analytics.track("earned gift crate", {
# category: Analytics.EventCategory.Crate,
# product_id: nextReward.get("gift_crates")?[0]
# }, {
# labelKey: "product_id"
# })
#
# App.addNextScreenCallbackToVictoryFlow(rewardModels)
#
# # show reward setup on the engine side
# NavigationManager.getInstance().destroyContentView()
# rewardLayer = new LootCrateRewardLayer()
# Scene.getInstance().showOverlay(rewardLayer)
# rewardLayer.animateReward(nextReward.get("gift_crates"))
App.showFactionXpReward = (userGameModel,rewardModels) ->
Logger.module("APPLICATION").log "App:showFactionXpReward"
nextUnreadReward = _.find rewardModels, (rewardModel)-> rewardModel.get('reward_category') == "faction xp" and rewardModel.get('is_unread')
nextUnreadReward.set("is_unread",false)
factionId = userGameModel.get("faction_id")
factionName = SDK.FactionFactory.factionForIdentifier(factionId).name
faction_xp = userGameModel.get('faction_xp')
faction_xp_earned = userGameModel.get('faction_xp_earned')
level = SDK.FactionProgression.levelForXP(faction_xp + faction_xp_earned) + 1
# set title
nextUnreadReward.set("_title", i18next.t("rewards.level_up_reward_title",{ level:level }))
# set reward model properties by reward
if nextUnreadReward.get("cards")
# cards
factionCards = GameDataManager.getInstance().visibleCardsCollection.filter (c)-> c.get("factionId") == factionId and c.get("rarityId") == SDK.Rarity.Fixed
availableFactionCards = _.filter(factionCards, (c)->
return c.get("inventoryCount") > 0
)
subtitle = i18next.t("rewards.card_reward_subtitle",{
card_count: availableFactionCards.length,
total: factionCards.length,
factionName: factionName
})
nextUnreadReward.set("_subTitle", subtitle)
nextUnreadReward.set("_showStack",true)
else if nextUnreadReward.get("spirit")
# sprit
nextUnreadReward.set("_subTitle", i18next.t("rewards.spirit_for_faction_lvl_reward_message",{spirit:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("gold")
# gold
nextUnreadReward.set("_subTitle", i18next.t("rewards.gold_for_faction_lvl_reward_message",{gold:nextUnreadReward.get("spirit"),faction_name:factionName,level:level}))
else if nextUnreadReward.get("spirit_orbs")
# booster
nextUnreadReward.set("_subTitle", i18next.t("rewards.orb_for_faction_lvl_reward_message",{faction_name:factionName,level:level}))
# setup next screen
if SDK.GameSession.current().isRanked()
App.setCallbackWhenCancel(App.showLadderProgress.bind(App,userGameModel,rewardModels))
else if SDK.GameSession.current().isRift()
App.setCallbackWhenCancel(App.showRiftProgress.bind(App,userGameModel,rewardModels))
else
App.addNextScreenCallbackToVictoryFlow(rewardModels)
# show reward
App.showProgressReward(nextUnreadReward)
App.showNewBeginnerQuests = (beginnerQuestsCollection) ->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:beginnerQuestsCollection,
showConfirm:true
})
App.showFreeCardOfTheDayReward = (opts)->
Promise.all([
NavigationManager.getInstance().destroyModalView(),
NavigationManager.getInstance().destroyContentView(),
NavigationManager.getInstance().destroyUtilityView()
]).then ()=>
rewardLayer = new FreeCardOfTheDayLayer()
Scene.getInstance().showOverlay(rewardLayer)
rewardLayer.showCoreGem(opts.cardId)
App.setCallbackWhenCancel ()->
Scene.getInstance().destroyOverlay()
App._showMainMenu().then ()->
NavigationManager.getInstance().toggleModalViewByClass(QuestLogLayout,{
collection:QuestsManager.getInstance().getQuestCollection(),
model:ProgressionManager.getInstance().gameCounterModel
})
return Promise.resolve()
#
# ---- User Triggered Navigation ---- #
#
App.onUserTriggeredExit = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredExit"
return App.main()
App.onUserTriggeredSkip = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredSkip"
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and gameLayer.getIsGameActive()
# when in an active game
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.getMyPlayer().actionEndFollowup())
else if gameLayer.getIsShowingActionCardSequence()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# stop showing played card
gameLayer.skipShowActionCardSequence()
return Promise.resolve()
App.onUserTriggeredCancel = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredCancel"
cancelPromises = []
if NavigationManager.getInstance().getIsShowingModalView()
# close modal screens
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
cancelPromises.push(NavigationManager.getInstance().destroyModalView())
else if NavigationManager.getInstance().getHasLastRoute()
# go to last route (handles own sfx)
NavigationManager.getInstance().showLastRoute()
else
gameSession = SDK.GameSession.getInstance()
scene = Scene.getInstance()
gameLayer = scene and scene.getGameLayer()
if gameLayer? and !gameLayer.getIsDisabled() and NavigationManager.getInstance().getIsShowingContentViewClass(GameLayout)
# when in game that is not over
if gameSession.getIsMyFollowupActiveAndCancellable()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
gameSession.submitExplicitAction(gameSession.actionRollbackSnapshot())
else
if !gameLayer.getMyPlayer().getIsTakingSelectionAction() and !gameLayer.getIsShowingActionCardSequence()
# show esc game menu if we are not selecting something in game and not showing an action sequence
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscGameMenuItemView()))
# always reset game active state
gameLayer.resetActiveState()
else
callback = App.getCallbackWhenCancel()
if callback?
App.setCallbackWhenCancel(null)
callbackResult = callback()
if callbackResult instanceof Promise
cancelPromises.push(callbackResult)
else if (App.getIsLoggedIn() or window.isDesktop) and (NavigationManager.getInstance().getIsShowingContentViewClass(LoaderItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(LoginMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(MainMenuItemView) or NavigationManager.getInstance().getIsShowingContentViewClass(TutorialLessonsLayout))
# show esc main menu when on loading or login or main
cancelPromises.push(NavigationManager.getInstance().showModalView(new EscMainMenuItemView()))
else if (!gameLayer? or gameLayer.getIsDisabled()) and !App.getIsShowingMain()
audio_engine.current().play_effect_for_interaction(RSX.sfx_ui_cancel.audio, CONFIG.CANCEL_SFX_PRIORITY)
# for now just go back to main until we implement routing
cancelPromises.push(App.main())
return Promise.all(cancelPromises)
App.setCallbackWhenCancel = (callback) ->
# this is a less than ideal method of setting the next step in cancel sequence
App._callbackWhenCancel = callback
App.getCallbackWhenCancel = () ->
return App._callbackWhenCancel
App.onUserTriggeredConfirm = () ->
Logger.module("APPLICATION").log "App:onUserTriggeredConfirm"
#
# ---- Events: Client ---- #
#
App.beforeunload = (e) ->
# return an empty string to trigger alert
if App._reloadRequestIds.length == 0 and !window.isDesktop and !UtilsEnv.getIsInLocal()
confirmMessage = ""
(e || window.event).returnValue = confirmMessage
return confirmMessage
App.unload = () ->
# reset the global event bus so no more events will be handled
EventBus.reset()
# cancel any ongoing matchmaking
GamesManager.getInstance().cancelMatchmaking()
App.bindEvents = () ->
# attach event listeners to document/window
$(window).on('unload', App.unload.bind(App))
$(window).on('mousemove',App.onPointerMove.bind(App))
$(window).on('mousedown',App.onPointerDown.bind(App))
$(window).on('mouseup',App.onPointerUp.bind(App))
$(window).on('wheel',App.onPointerWheel.bind(App))
$(window).on("resize", _.debounce(App.onResize.bind(App), 250))
EventBus.getInstance().on(EVENTS.request_resize, _.debounce(App.onResize.bind(App), 250))
$(document).on("visibilitychange",App.onVisibilityChange.bind(App))
EventBus.getInstance().on(EVENTS.request_reload, App.onRequestReload)
EventBus.getInstance().on(EVENTS.cancel_reload_request, App.onCancelReloadRequest)
$(CONFIG.GAMECANVAS_SELECTOR).on("webglcontextlost", () ->
App.onRequestReload({
id: "webgl_context_lost",
message: "Your graphics hit a snag and requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
)
# session is a plain event emitter
Session.on('login', App.onLogin)
Session.on('logout', App.onLogout)
Session.on('error', App.onSessionError)
EventBus.getInstance().on(EVENTS.show_login, App._showLoginMenu, App)
EventBus.getInstance().on(EVENTS.show_terms, App._showTerms, App)
EventBus.getInstance().on(EVENTS.show_play, App.showPlay, App)
EventBus.getInstance().on(EVENTS.show_watch, App.showWatch, App)
EventBus.getInstance().on(EVENTS.show_shop, App.showShop, App)
EventBus.getInstance().on(EVENTS.show_collection, App.showCollection, App)
EventBus.getInstance().on(EVENTS.show_codex, App.showCodex, App)
EventBus.getInstance().on(EVENTS.show_booster_pack_unlock, App.showBoosterPackUnlock, App)
EventBus.getInstance().on(EVENTS.show_crate_inventory, App.showCrateInventory, App)
EventBus.getInstance().on(EVENTS.start_challenge, App._startGameWithChallenge, App)
EventBus.getInstance().on(EVENTS.start_single_player, App._startSinglePlayerGame, App)
EventBus.getInstance().on(EVENTS.start_boss_battle, App._startBossBattleGame, App)
EventBus.getInstance().on(EVENTS.start_replay, App._startGameForReplay, App)
EventBus.getInstance().on(EVENTS.show_free_card_of_the_day, App.showFreeCardOfTheDayReward, App)
EventBus.getInstance().on(EVENTS.discord_spectate, App.onDiscordSpectate, App)
GamesManager.getInstance().on(EVENTS.matchmaking_start, App._matchmakingStart, App)
GamesManager.getInstance().on(EVENTS.matchmaking_cancel, App._matchmakingCancel, App)
GamesManager.getInstance().on(EVENTS.matchmaking_error, App._matchmakingError, App)
GamesManager.getInstance().on(EVENTS.finding_game, App._findingGame, App)
GamesManager.getInstance().on(EVENTS.invite_accepted, App._inviteAccepted, App)
GamesManager.getInstance().on(EVENTS.invite_rejected, App._inviteRejected, App)
GamesManager.getInstance().on(EVENTS.invite_cancelled, App._inviteCancelled, App)
GamesManager.getInstance().on(EVENTS.start_spectate, App._spectateGame, App)
EventBus.getInstance().on EVENTS.canvas_mouse_state, App.onCanvasMouseState, App
NavigationManager.getInstance().on(EVENTS.user_triggered_exit, App.onUserTriggeredExit, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_skip, App.onUserTriggeredSkip, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_cancel, App.onUserTriggeredCancel, App)
NavigationManager.getInstance().on(EVENTS.user_triggered_confirm, App.onUserTriggeredConfirm, App)
EventBus.getInstance().on EVENTS.error, App._error, App
EventBus.getInstance().on EVENTS.ajax_error, App._error, App
App._subscribeToGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().on(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().on(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().on(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().on(EVENTS.end_turn, App._onEndTurn, App)
App._unsubscribeFromGameLocalEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameLocalEvents"
scene = Scene.getInstance()
gameLayer = scene?.getGameLayer()
if gameLayer?
gameLayer.getEventBus().off(EVENTS.after_show_end_turn, App.onAfterShowEndTurn, App)
gameLayer.getEventBus().off(EVENTS.show_game_over, App.onShowGameOver, App)
gameLayer.getEventBus().off(EVENTS.canvas_mouse_state, App.onCanvasMouseState, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.game_over, App._onGameOver, App)
SDK.GameSession.getInstance().getEventBus().off(EVENTS.end_turn, App._onEndTurn, App)
App._subscribeToGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._subscribeToGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().on(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App._unsubscribeFromGameNetworkEvents = () ->
Logger.module("APPLICATION").log "App._unsubscribeFromGameNetworkEvents"
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_event, App._onNetworkGameEvent, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.network_game_error, App._onNetworkGameError, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.game_server_shutdown, App._onGameServerShutdown, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.reconnect_to_game, App._onReconnectToGame, App)
SDK.NetworkManager.getInstance().getEventBus().off(EVENTS.opponent_connection_status_changed, App._onOpponentConnectionStatusChanged, App)
App.onVisibilityChange = () ->
# TODO: look into why this causes errors
# Prevent sound effects that have been queued up from blasting all at once when app regains visibility
if document.hidden
# Would rather do a resume and start of effects, it doesn't stop them from piling up though
audio_engine.current().stop_all_effects()
else
audio_engine.current().stop_all_effects()
#
# ---- RESIZE ---- #
#
App.onResize = (e) ->
Logger.module("APPLICATION").log("App.onResize")
# store current resolution data
ignoreNextResolutionChange = App._ignoreNextResolutionChange
App._ignoreNextResolutionChange = false
if !ignoreNextResolutionChange
currentResolution = CONFIG.resolution
confirmResolutionChange = App._lastResolution? and App._lastResolution != currentResolution
# before resize
EventBus.getInstance().trigger(EVENTS.before_resize)
# resize and update scale
App._resizeAndScale()
# resize the scene to match app
Scene.getInstance().resize()
# resize the UI
EventBus.getInstance().trigger(EVENTS.resize)
# after resize
EventBus.getInstance().trigger(EVENTS.after_resize)
# force user to restart if resource scale for engine has changed
# CSS automatically handles resource scale changes
# TODO: instead of restarting, destroy all current views, show loading screen, reload images at new scale, and return to current route
App._needsRestart = App._lastResourceScaleEngine? and CONFIG.resourceScaleEngine != App._lastResourceScaleEngine
if !App._needsRestart
# cancel forced reload in case user has restored original window size
App._cancelReloadRequestForResolutionChange()
if confirmResolutionChange
# confirm resolution with user after resizing
App._confirmResolutionChange()
else if App._needsRestart
# force reload as user has changed window size
App._requestReloadForResolutionChange()
else
# update resolution values as no confirm or restart needed
App._updateLastResolutionValues()
return true
App._resizeAndScale = () ->
Logger.module("APPLICATION").log("App._resizeAndScale")
# resize canvas to match app size
# engine bases its window size on the canvas size
$html = $("html")
$canvas = $(CONFIG.GAMECANVAS_SELECTOR)
width = Math.max(CONFIG.REF_WINDOW_SIZE.width, $html.width())
height = Math.max(CONFIG.REF_WINDOW_SIZE.height, $html.height())
$canvas.width(width)
$canvas.height(height)
# set global scale
CONFIG.globalScale = CONFIG.getGlobalScaleForResolution(CONFIG.resolution, width, height)
# set css scales
CONFIG.pixelScaleCSS = CONFIG.globalScale * window.devicePixelRatio
$html.removeClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
CONFIG.resourceScaleCSS = 1
for resourceScale in CONFIG.RESOURCE_SCALES
scaleDiff = Math.abs(CONFIG.pixelScaleCSS - resourceScale)
currentScaleDiff = Math.abs(CONFIG.pixelScaleCSS - CONFIG.resourceScaleCSS)
if scaleDiff < currentScaleDiff or (scaleDiff == currentScaleDiff and resourceScale > CONFIG.resourceScaleCSS)
CONFIG.resourceScaleCSS = resourceScale
$html.addClass("resource-scale-" + String(CONFIG.resourceScaleCSS).replace(".", "\."))
# html font size by global scale
# css layout uses rems, which is based on html font size
$html.css("font-size", CONFIG.globalScale * 10.0 + "px")
App._lastResolution = null
App._lastResourceScaleEngine = null
App._ignoreNextResolutionChange = false
App._needsRestart = false
App._updateLastResolutionValues = () ->
App._lastResolution = CONFIG.resolution
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
App._confirmResolutionChange = () ->
Logger.module("APPLICATION").log "App._confirmResolutionChange"
confirmData = {title: 'Do you wish to keep this viewport setting?'}
if App._needsRestart
if window.isDesktop
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a restart!'
else
confirmData.message = 'Warning: switching from your previous viewport to this viewport will require a reload!'
if ChatManager.getInstance().getStatusIsInBattle()
confirmData.message += " You will be able to continue your game, but you may miss your turn!"
confirmDialogItemView = new ConfirmDialogItemView(confirmData)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'confirm', ()->
# update resolution after confirm
App._lastResolution = CONFIG.resolution
if App._needsRestart
# defer to ensure this occurs after event resolves
_.defer(App._requestReloadForResolutionChange)
else
# update resource scale if no restart needed
App._lastResourceScaleEngine = CONFIG.resourceScaleEngine
)
confirmDialogItemView.listenToOnce(confirmDialogItemView, 'cancel', ()->
# defer to ensure this occurs after event resolves
_.defer(() ->
# reset resolution and don't prompt about changes
App._ignoreNextResolutionChange = true
res = App._lastResolution || CONFIG.RESOLUTION_DEFAULT
CONFIG.resolution = res
Storage.set("resolution", res)
App.onResize()
)
)
# show confirm/cancel
NavigationManager.getInstance().showDialogView(confirmDialogItemView)
App._requestReloadForResolutionChangeId = "resolution_change"
App._requestReloadForResolutionChange = () ->
App.onRequestReload({
id: App._requestReloadForResolutionChangeId
message: "Your viewport change requires a #{if window.isDesktop then "restart" else "reload"} to avoid any issues."
})
App._cancelReloadRequestForResolutionChange = () ->
App.onCancelReloadRequest({
id: App._requestReloadForResolutionChangeId
})
#
# ---- RELOAD ---- #
#
App._reloadRequestIds = []
###
* Request a reload, optionally passing in a message and id (to avoid conflicts).
*###
App.onRequestReload = (event) ->
requestId = event?.id or 0
if !_.contains(App._reloadRequestIds, requestId)
App._reloadRequestIds.push(requestId)
if App._reloadRequestIds.length == 1
App._reload(event?.message)
###
* Cancel a reload request, optionally passing in an id (to avoid conflicts).
*###
App.onCancelReloadRequest = (event) ->
requestId = event?.id or 0
index = _.indexOf(App._reloadRequestIds, requestId)
if index != -1
App._reloadRequestIds.splice(index, 1)
if App._reloadRequestIds.length == 0
App._cancelReload()
App._reload = (message) ->
Logger.module("APPLICATION").log "App._reload"
promptDialogItemView = new PromptDialogItemView({title: "Please #{if window.isDesktop then "restart" else "reload"}!", message: message})
promptDialogItemView.listenTo(promptDialogItemView, 'cancel', () ->
if window.isDesktop then window.quitDesktop() else location.reload()
)
NavigationManager.getInstance().showDialogView(promptDialogItemView)
App._cancelReload = () ->
Logger.module("APPLICATION").log "App._cancelReload"
NavigationManager.getInstance().destroyDialogView()
#
# ---- Initialization Events ---- #
# Sequence of events started with App.start. Can pass options object.
#
# Pre-Start Event
App.on "before:start", (options) ->
Logger.module("APPLICATION").log "----BEFORE START----"
App.$el = $("#app")
# Start Event
App.on "start", (options) ->
Logger.module("APPLICATION").log "----START----"
# set unload alert
$(window).on('beforeunload', App.beforeunload.bind(App))
# set initial selected scene
selectedScene = parseInt(Storage.get("selectedScene"))
if moment.utc().isAfter("2016-11-29") and moment.utc().isBefore("2017-01-01")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if moment.utc().isAfter("2017-03-14") and moment.utc().isBefore("2017-05-01")
selectedScene = SDK.CosmeticsLookup.Scene.Vetruvian
if moment.utc().isAfter("2017-07-01") and moment.utc().isBefore("2017-08-01")
selectedScene = SDK.CosmeticsLookup.Scene.Shimzar
if moment.utc().isAfter("2017-12-01") and moment.utc().isBefore("2018-01-18")
selectedScene = SDK.CosmeticsLookup.Scene.Frostfire
if selectedScene? and !isNaN(selectedScene) and _.isNumber(selectedScene) then CONFIG.selectedScene = selectedScene
# set initial resolution
userResolution = parseInt(Storage.get("resolution"))
if userResolution? and !isNaN(userResolution) and _.isNumber(userResolution) then CONFIG.resolution = userResolution
userHiDPIEnabled = Storage.get("hiDPIEnabled")
if userHiDPIEnabled?
if userHiDPIEnabled == "true" then CONFIG.hiDPIEnabled = true
else if userHiDPIEnabled == "false" then CONFIG.hiDPIEnabled = false
# update last resolution values to initial
App._updateLastResolutionValues()
# resize once for initial values
App._resizeAndScale()
# create a defered promise object for the loading and login process... sort of an anti-pattern but best for this use case
App.managersReadyDeferred = new Promise.defer()
# immediately connect the server status manager so we can get notified of any changes during the load process / on the login screen
ServerStatusManager.getInstance().connect()
# push a telemetry signal that a client is loading
TelemetryManager.getInstance().setSignal("lifecycle","loading")
TelemetryManager.getInstance().setSignal("session","not-logged-in")
# authenticate defered, the isAuthed check must stay here so we can
# clear the token in the event it is stale / isAuthed fails
# the App._authenticationPromise below does not fire if there's no loading
App._authenticationPromise = () ->
return Session.isAuthenticated(Storage.get('token'))
.then (isAuthed) ->
if !isAuthed
Storage.remove('token')
return isAuthed
# VIEW/engine needs to be setup and cocos manages its own setup so we need to wait async
Logger.module("APPLICATION").group("LOADING")
App._loadingPromise = Scene.setup().then(() ->
# update last resolution values to initial
App._updateLastResolutionValues()
# setup all events
App.bindEvents()
# load the package of resources that should always loaded
return PackageManager.getInstance().loadPackage("alwaysloaded")
).then(() ->
# temporary bypass all loader
return Promise.resolve()
# check if all assets should be loaded now or as needed
# we want to know if the client has cached all resources for this version
# we only care when not using the desktop client, on the production environment, and not loading all at start
# if we need to cache all resources for this version, do a non allocating cache load first
version_preloaded = Storage.get("version_preloaded")
needs_non_allocating_cache_load = version_preloaded != process.env.VERSION && !window.isDesktop && !CONFIG.LOAD_ALL_AT_START && UtilsEnv.getIsInProduction()
needs_non_allocating_cache_load = needs_non_allocating_cache_load && !App._queryStringParams['replayId']?
if needs_non_allocating_cache_load || CONFIG.LOAD_ALL_AT_START
# temporarily force disable the load all at start flag
# this allows the preloader to setup as a major package
# so that it gets loaded correctly before we load all
load_all_at_start = CONFIG.LOAD_ALL_AT_START
CONFIG.LOAD_ALL_AT_START = false
# load preloader scene to show load of all resources
return PackageManager.getInstance().loadAndActivateMajorPackage("preloader", null, null, () ->
# reset load all at start flag
CONFIG.LOAD_ALL_AT_START = load_all_at_start
# hide loading dialog
NavigationManager.getInstance().destroyDialogForLoad()
# show load ui
viewPromise = Scene.getInstance().showLoad()
contentPromise = NavigationManager.getInstance().showContentView(new LoaderItemView())
# once we've authenticated, show utility for loading/login
# this way users can quit anytime on desktop, and logout or adjust settings while waiting for load
App._authenticationPromise().then (isAuthed) ->
if App.getIsLoggedIn() or window.isDesktop
return NavigationManager.getInstance().showUtilityView(new UtilityLoadingLoginMenuItemView())
else
return Promise.resolve()
return Promise.all([
viewPromise,
contentPromise
])
).then(() ->
# load all resources
return PackageManager.getInstance().loadPackage("all", null, ((progress) -> Scene.getInstance().getLoadLayer()?.showLoadProgress(progress)), needs_non_allocating_cache_load)
).then(() ->
# set version assets were preloaded for
if !window.isDesktop
Storage.set("version_preloaded", process.env.VERSION)
)
else
# no loading needed now
return Promise.resolve()
).then(() ->
# clear telemetry signal that a client is loading
TelemetryManager.getInstance().clearSignal("lifecycle","loading")
# end loading log group
Logger.module("APPLICATION").groupEnd()
)
# setup start promise
App._startPromise = Promise.all([
App._loadingPromise,
App._authenticationPromise()
])
# goto main screen
App.main()
# get minimum browsers from Firebase
App.getMinBrowserVersions = () ->
if Storage.get("skipBrowserCheck") then return Promise.resolve()
return new Promise (resolve, reject) ->
minBrowserVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('browsers')
defaults = {
"Chrome": 50,
"Safari": 10,
"Firefox": 57,
"Edge": 15
}
# create a timeout to skip check in case Firebase lags (so atleast user does not get stuck on black screen)
minBrowserVersionTimeout = setTimeout(() ->
minBrowserVersionRef.off()
resolve(defaults)
, 5000)
minBrowserVersionRef.once 'value', (snapshot) ->
clearTimeout(minBrowserVersionTimeout)
if !snapshot.val()
resolve(defaults)
else
resolve(snapshot.val())
# check if given browser is valid when compared against list of allowed browsers
App.isBrowserValid = (browserName, browserMajor, browserlist) ->
if Storage.get("skipBrowserCheck") then return true
if Object.keys(browserlist).includes(browserName)
return parseInt(browserMajor, 10) >= browserlist[browserName]
else
return false
App.generateBrowserHtml = (browser, version) ->
if browser == 'Chrome'
return """
<p><a href='http://google.com/chrome'><strong>Google Chrome</strong> #{version} or newer.</a></p>
"""
else if browser == 'Safari'
return """
<p><a href='https://www.apple.com/safari/'><strong>Apple Safari</strong> #{version} or newer.</a></p>
"""
else if browser == 'Firefox'
return """
<p><a href='https://www.mozilla.org/firefox/'><strong>Mozilla Firefox</strong> #{version} or newer.</a></p>
"""
else if browser == 'Edge'
return """
<p><a href='https://www.microsoft.com/en-us/windows/microsoft-edge'><strong>Microsoft Edge</strong> #{version} or newer.</a></p>
"""
# show some HTML saying the current browser is not supported if browser detection fails
App.browserTestFailed = (browserlist) ->
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your current browser is not supported.</p>
<p>Visit <a href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
<br>
"""
# dynamically create html containing list of support browsers
Object.keys(browserlist).forEach (browser) ->
version = browserlist[browser]
html += App.generateBrowserHtml(browser, version)
html += "</div>"
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
# ensure webgl is correctly running
App.glTest = () ->
try
canvas = document.createElement('canvas')
return !! (window.WebGLRenderingContext && (canvas.getContext('webgl') || canvas.getContext('experimental-webgl')))
catch e
return false
App.glTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like your video card is not supported.</p>
<p>Ensure your video card drivers are up to date.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like WebGL is not enabled in your browser./p>
<p>Visit the <a id='webgl-link' href='https://get.webgl.org/' style="color: gray;">WebGL test page</a> for more information.</p>
<p>Visit <a id='support-link' href='https://support.duelyst.com' style="color: gray;">our support page</a> to submit a request for assistance.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#webgl-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
$("#support-link").click (e) ->
openUrl($(e.currentTarget).attr("href"))
e.stopPropagation()
e.preventDefault()
# show some HTML saying they are on an old client version
App.versionTestFailed = () ->
if window.isDesktop
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Exit and restart DUELYST to update to the latest version.</p>
<p>If you are using Steam, you may need to restart Steam before the update appears.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to exit.</p>
</div>
"""
else
html = """
<div style="margin:auto; position:absolute; height:50%; width:100%; top: 0px; bottom: 0px; font-size: 20px; color: white; text-align: center;">
<p>Looks like you are running an old version of DUELYST.</p>
<p>Click <a id='reload-link' href='' style="color: gray;">here</a> to refresh your browser to the latest version.</p>
</div>
"""
$("#app-preloading").css({display:"none"})
$("#app-content-region").css({margin:"auto", height:"50%", width: "50%"})
$("#app-content-region").html(html)
$("#reload-link").click (e) ->
if window.isDesktop then window.quitDesktop() else location.reload()
# compare if process.env.VERSION is gte >= than provided minimum version
# if minimumVersion is undefined or null, we set to '0.0.0'
App.isVersionValid = (minimumVersion) ->
Logger.module("APPLICATION").log "#{process.env.VERSION} >= #{minimumVersion || '0.0.0'}"
if App._queryStringParams["replayId"]
return true
else
try
return semver.gte(process.env.VERSION, minimumVersion || '0.0.0')
catch e
return true
# App.setup is the main entry function into Marionette app
# grabs configuration from server we're running on and call App.start()
App.setup = () ->
# mark all requests with buld version
$.ajaxSetup
headers:
"Client-Version": process.env.VERSION
# check if it is a new user and we should redirect otherwise start as normal
if Landing.isNewUser() && Landing.shouldRedirect()
Landing.redirect()
else
App.start()
#
# ---- Application Start Sequence ---- #
#
App.getMinBrowserVersions()
.then (browserlist) ->
if !App.isBrowserValid(userAgent.browser.name, userAgent.browser.major, browserlist)
return App.browserTestFailed(browserlist)
if !App.glTest()
return App.glTestFailed()
if window.isSteam
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('steam_minimum_version')
else
App.minVersionRef = new Firebase(process.env.FIREBASE_URL).child("system-status").child('minimum_version')
# wrap App.setup() in _.once() just to be safe from double calling
App.setupOnce = _.once(App.setup)
# create a timeout to skip version check in case Firebase lags (so atleast user does not get stuck on black screen)
App.versionCheckTimeout = setTimeout(() ->
App.minVersionRef.off()
App.setupOnce()
, 5000)
# read minimum version from Firebase and perform check, if fails, show error html
# otherwise start application as normal
App.minVersionRef.once('value', (snapshot) ->
clearTimeout(App.versionCheckTimeout)
if !App.isVersionValid(snapshot.val())
App.versionTestFailed()
else
App.setupOnce()
)
|
[
{
"context": "leoverview enforce a maximum file length\n# @author Alberto Rodríguez\n###\n'use strict'\n\n#------------------------------",
"end": 78,
"score": 0.9998608827590942,
"start": 61,
"tag": "NAME",
"value": "Alberto Rodríguez"
}
] | src/tests/rules/max-lines.coffee | danielbayley/eslint-plugin-coffee | 21 | ###*
# @fileoverview enforce a maximum file length
# @author Alberto Rodríguez
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require 'eslint/lib/rules/max-lines'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
###*
# Returns the error message with the specified max number of lines
# @param {number} limitLines Maximum number of lines
# @param {number} actualLines Actual number of lines
# @returns {string} error message
###
errorMessage = (limitLines, actualLines) ->
"File has too many lines (#{actualLines}). Maximum allowed is #{limitLines}."
ruleTester.run 'max-lines', rule,
valid: [
'x'
'''
xy
xy
'''
,
code: '''
xy
xy
'''
options: [2]
,
code: '''
xy
xy
'''
options: [max: 2]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
,
code: '''
x y, ### inline comment
spanning multiple lines ### z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x ### inline comment
spanning multiple lines ###
z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x
\t
\t
y
'''
options: [max: 2, skipBlankLines: yes]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes, skipBlankLines: yes]
]
invalid: [
code: '''
xyz
xyz
xyz
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
### a multiline comment
that goes to many lines###
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 4]
,
code: '''
#a single line comment
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
x
y
'''
options: [max: 2]
errors: [message: errorMessage 2, 5]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 4]
,
code: '''
x # inline comment
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
x ### inline comment
spanning multiple lines ###
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipBlankLines: yes]
errors: [message: errorMessage 2, 6]
]
| 217937 | ###*
# @fileoverview enforce a maximum file length
# @author <NAME>
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require 'eslint/lib/rules/max-lines'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
###*
# Returns the error message with the specified max number of lines
# @param {number} limitLines Maximum number of lines
# @param {number} actualLines Actual number of lines
# @returns {string} error message
###
errorMessage = (limitLines, actualLines) ->
"File has too many lines (#{actualLines}). Maximum allowed is #{limitLines}."
ruleTester.run 'max-lines', rule,
valid: [
'x'
'''
xy
xy
'''
,
code: '''
xy
xy
'''
options: [2]
,
code: '''
xy
xy
'''
options: [max: 2]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
,
code: '''
x y, ### inline comment
spanning multiple lines ### z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x ### inline comment
spanning multiple lines ###
z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x
\t
\t
y
'''
options: [max: 2, skipBlankLines: yes]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes, skipBlankLines: yes]
]
invalid: [
code: '''
xyz
xyz
xyz
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
### a multiline comment
that goes to many lines###
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 4]
,
code: '''
#a single line comment
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
x
y
'''
options: [max: 2]
errors: [message: errorMessage 2, 5]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 4]
,
code: '''
x # inline comment
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
x ### inline comment
spanning multiple lines ###
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipBlankLines: yes]
errors: [message: errorMessage 2, 6]
]
| true | ###*
# @fileoverview enforce a maximum file length
# @author PI:NAME:<NAME>END_PI
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require 'eslint/lib/rules/max-lines'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
###*
# Returns the error message with the specified max number of lines
# @param {number} limitLines Maximum number of lines
# @param {number} actualLines Actual number of lines
# @returns {string} error message
###
errorMessage = (limitLines, actualLines) ->
"File has too many lines (#{actualLines}). Maximum allowed is #{limitLines}."
ruleTester.run 'max-lines', rule,
valid: [
'x'
'''
xy
xy
'''
,
code: '''
xy
xy
'''
options: [2]
,
code: '''
xy
xy
'''
options: [max: 2]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
,
code: '''
x y, ### inline comment
spanning multiple lines ### z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x ### inline comment
spanning multiple lines ###
z
'''
options: [max: 2, skipComments: yes]
,
code: '''
x
\t
\t
y
'''
options: [max: 2, skipBlankLines: yes]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes, skipBlankLines: yes]
]
invalid: [
code: '''
xyz
xyz
xyz
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
### a multiline comment
that goes to many lines###
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 4]
,
code: '''
#a single line comment
xy
xy
'''
options: [2]
errors: [message: errorMessage 2, 3]
,
code: '''
x
y
'''
options: [max: 2]
errors: [message: errorMessage 2, 5]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 4]
,
code: '''
x # inline comment
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
x ### inline comment
spanning multiple lines ###
y
z
'''
options: [max: 2, skipComments: yes]
errors: [message: errorMessage 2, 3]
,
code: '''
#a single line comment
xy
xy
### a multiline
really really
long comment###
'''
options: [max: 2, skipBlankLines: yes]
errors: [message: errorMessage 2, 6]
]
|
[
{
"context": "#\n# Author: Corey Auger\n# corey@nxtwv.com\n#\n\nwebrtcApp = window.angular.m",
"end": 23,
"score": 0.9998880624771118,
"start": 12,
"tag": "NAME",
"value": "Corey Auger"
},
{
"context": "#\n# Author: Corey Auger\n# corey@nxtwv.com\n#\n\nwebrtcApp = window.angular.module('webrtcApp',",
"end": 41,
"score": 0.9999305009841919,
"start": 26,
"tag": "EMAIL",
"value": "corey@nxtwv.com"
}
] | app/assets/javascripts/app.coffee | coreyauger/play-webrtc | 18 | #
# Author: Corey Auger
# corey@nxtwv.com
#
webrtcApp = window.angular.module('webrtcApp', ['ngRoute','ngSanitize','ui.bootstrap','webrtcControllers']).config( ($sceDelegateProvider) ->
$sceDelegateProvider.resourceUrlWhitelist(
[
'self'
# Allow loading from outer templates domain.
'https://apps.com/**'
]
)
)
webrtcApp.config(($locationProvider,$routeProvider) ->
# $locationProvider.html5Mode(true);
$routeProvider.when('/home',
templateUrl: '/assets/partials/home.html',
controller: 'HomeCtrl'
).when('/room/:room/:members',
templateUrl: '/assets/partials/room.html',
controller: 'RoomCtrl'
).otherwise({
redirectTo: '/home'
})
)
webrtcApp.run(($rootScope, $location, worker, $modal, $sce) ->
$rootScope.page =
header: 'nav'
title: 'test'
online: true
error: ''
$rootScope.webrtc =
support: DetectRTC
$rootScope.detect = window.DetectRTC
window.addEventListener('online', ->
$rootScope.page.online = true
$rootScope.page.error = ''
setTimeout(->
$rootScope.$apply()
,0)
)
window.addEventListener('offline', ->
$rootScope.page.online = false
$rootScope.page.error = 'You have gone <strong>offline</strong>'
setTimeout(->
$rootScope.$apply()
,0)
)
)
webrtcApp.directive('errSrc', ->
link: (scope, element, attrs) ->
element.bind('error', ->
element.attr('src', attrs.errSrc)
)
)
| 27358 | #
# Author: <NAME>
# <EMAIL>
#
webrtcApp = window.angular.module('webrtcApp', ['ngRoute','ngSanitize','ui.bootstrap','webrtcControllers']).config( ($sceDelegateProvider) ->
$sceDelegateProvider.resourceUrlWhitelist(
[
'self'
# Allow loading from outer templates domain.
'https://apps.com/**'
]
)
)
webrtcApp.config(($locationProvider,$routeProvider) ->
# $locationProvider.html5Mode(true);
$routeProvider.when('/home',
templateUrl: '/assets/partials/home.html',
controller: 'HomeCtrl'
).when('/room/:room/:members',
templateUrl: '/assets/partials/room.html',
controller: 'RoomCtrl'
).otherwise({
redirectTo: '/home'
})
)
webrtcApp.run(($rootScope, $location, worker, $modal, $sce) ->
$rootScope.page =
header: 'nav'
title: 'test'
online: true
error: ''
$rootScope.webrtc =
support: DetectRTC
$rootScope.detect = window.DetectRTC
window.addEventListener('online', ->
$rootScope.page.online = true
$rootScope.page.error = ''
setTimeout(->
$rootScope.$apply()
,0)
)
window.addEventListener('offline', ->
$rootScope.page.online = false
$rootScope.page.error = 'You have gone <strong>offline</strong>'
setTimeout(->
$rootScope.$apply()
,0)
)
)
webrtcApp.directive('errSrc', ->
link: (scope, element, attrs) ->
element.bind('error', ->
element.attr('src', attrs.errSrc)
)
)
| true | #
# Author: PI:NAME:<NAME>END_PI
# PI:EMAIL:<EMAIL>END_PI
#
webrtcApp = window.angular.module('webrtcApp', ['ngRoute','ngSanitize','ui.bootstrap','webrtcControllers']).config( ($sceDelegateProvider) ->
$sceDelegateProvider.resourceUrlWhitelist(
[
'self'
# Allow loading from outer templates domain.
'https://apps.com/**'
]
)
)
webrtcApp.config(($locationProvider,$routeProvider) ->
# $locationProvider.html5Mode(true);
$routeProvider.when('/home',
templateUrl: '/assets/partials/home.html',
controller: 'HomeCtrl'
).when('/room/:room/:members',
templateUrl: '/assets/partials/room.html',
controller: 'RoomCtrl'
).otherwise({
redirectTo: '/home'
})
)
webrtcApp.run(($rootScope, $location, worker, $modal, $sce) ->
$rootScope.page =
header: 'nav'
title: 'test'
online: true
error: ''
$rootScope.webrtc =
support: DetectRTC
$rootScope.detect = window.DetectRTC
window.addEventListener('online', ->
$rootScope.page.online = true
$rootScope.page.error = ''
setTimeout(->
$rootScope.$apply()
,0)
)
window.addEventListener('offline', ->
$rootScope.page.online = false
$rootScope.page.error = 'You have gone <strong>offline</strong>'
setTimeout(->
$rootScope.$apply()
,0)
)
)
webrtcApp.directive('errSrc', ->
link: (scope, element, attrs) ->
element.bind('error', ->
element.attr('src', attrs.errSrc)
)
)
|
[
{
"context": "###\n * @author \t\tAbdelhakim RAFIK\n * @version \tv1.0.1\n * @license \tMIT License\n * @",
"end": 33,
"score": 0.9998952150344849,
"start": 17,
"tag": "NAME",
"value": "Abdelhakim RAFIK"
},
{
"context": "nse \tMIT License\n * @copyright \tCopyright (c) 2021 Abdelhakim RAFIK\n * @date \t\tJune 2021\n###\n\n\nmodule.exports = (role",
"end": 129,
"score": 0.999893069267273,
"start": 113,
"tag": "NAME",
"value": "Abdelhakim RAFIK"
}
] | src/app/middlewares/roleMiddleware.coffee | AbdelhakimRafik/Project | 1 | ###
* @author Abdelhakim RAFIK
* @version v1.0.1
* @license MIT License
* @copyright Copyright (c) 2021 Abdelhakim RAFIK
* @date June 2021
###
module.exports = (roles) ->
return (req, res, next) ->
# check user roles is in allowed roles
if (typeof roles == 'string' and req.user.role != roles) or not roles.includes req.user.role
res.status(403).json
message: 'Access denied'
else
do next | 101620 | ###
* @author <NAME>
* @version v1.0.1
* @license MIT License
* @copyright Copyright (c) 2021 <NAME>
* @date June 2021
###
module.exports = (roles) ->
return (req, res, next) ->
# check user roles is in allowed roles
if (typeof roles == 'string' and req.user.role != roles) or not roles.includes req.user.role
res.status(403).json
message: 'Access denied'
else
do next | true | ###
* @author PI:NAME:<NAME>END_PI
* @version v1.0.1
* @license MIT License
* @copyright Copyright (c) 2021 PI:NAME:<NAME>END_PI
* @date June 2021
###
module.exports = (roles) ->
return (req, res, next) ->
# check user roles is in allowed roles
if (typeof roles == 'string' and req.user.role != roles) or not roles.includes req.user.role
res.status(403).json
message: 'Access denied'
else
do next |
[
{
"context": " endpoint += if NODE_ENV is 'development' then '72.89.161.100' else ip\n request\n .get endpoint\n .e",
"end": 315,
"score": 0.9997092485427856,
"start": 302,
"tag": "IP_ADDRESS",
"value": "72.89.161.100"
}
] | src/desktop/apps/geo/routes.coffee | jpoczik/force | 377 | _ = require 'underscore'
geolib = require 'geolib'
request = require 'superagent'
{ Cities } = require 'places'
{ NODE_ENV, GEOIP_ENDPOINT } = require '../../../config'
geoIP = (ip) ->
new Promise (resolve, reject) ->
endpoint = GEOIP_ENDPOINT
endpoint += if NODE_ENV is 'development' then '72.89.161.100' else ip
request
.get endpoint
.end (err, response) ->
return reject err if err?
resolve response.body
@ip = (req, res, next) ->
geoIP req.ip
.then res.send.bind(res)
.catch next
@nearest = (req, res, next) ->
cities = Cities.map (city) ->
city.latitude = city.coords[0]
city.longitude = city.coords[1]
city
geoIP req.ip
.then (you) ->
geolib.findNearest you, cities
.then (nearest) ->
yourCity = _.findWhere cities, _.pick(nearest, 'latitude', 'longitude')
res.send _.extend nearest, yourCity
.catch next
| 168826 | _ = require 'underscore'
geolib = require 'geolib'
request = require 'superagent'
{ Cities } = require 'places'
{ NODE_ENV, GEOIP_ENDPOINT } = require '../../../config'
geoIP = (ip) ->
new Promise (resolve, reject) ->
endpoint = GEOIP_ENDPOINT
endpoint += if NODE_ENV is 'development' then '192.168.127.12' else ip
request
.get endpoint
.end (err, response) ->
return reject err if err?
resolve response.body
@ip = (req, res, next) ->
geoIP req.ip
.then res.send.bind(res)
.catch next
@nearest = (req, res, next) ->
cities = Cities.map (city) ->
city.latitude = city.coords[0]
city.longitude = city.coords[1]
city
geoIP req.ip
.then (you) ->
geolib.findNearest you, cities
.then (nearest) ->
yourCity = _.findWhere cities, _.pick(nearest, 'latitude', 'longitude')
res.send _.extend nearest, yourCity
.catch next
| true | _ = require 'underscore'
geolib = require 'geolib'
request = require 'superagent'
{ Cities } = require 'places'
{ NODE_ENV, GEOIP_ENDPOINT } = require '../../../config'
geoIP = (ip) ->
new Promise (resolve, reject) ->
endpoint = GEOIP_ENDPOINT
endpoint += if NODE_ENV is 'development' then 'PI:IP_ADDRESS:192.168.127.12END_PI' else ip
request
.get endpoint
.end (err, response) ->
return reject err if err?
resolve response.body
@ip = (req, res, next) ->
geoIP req.ip
.then res.send.bind(res)
.catch next
@nearest = (req, res, next) ->
cities = Cities.map (city) ->
city.latitude = city.coords[0]
city.longitude = city.coords[1]
city
geoIP req.ip
.then (you) ->
geolib.findNearest you, cities
.then (nearest) ->
yourCity = _.findWhere cities, _.pick(nearest, 'latitude', 'longitude')
res.send _.extend nearest, yourCity
.catch next
|
[
{
"context": " 'Default'\n enum: [\n \"3024\"\n \"Apathy\"\n \"Ashes\"\n \"Atelier Cave\"\n \"",
"end": 123,
"score": 0.7871922254562378,
"start": 118,
"tag": "NAME",
"value": "pathy"
},
{
"context": "num: [\n \"3024\"\n \"Apathy\"\n \"Ashes\"\n \"Atelier Cave\"\n \"Atelier Dune\"\n ",
"end": 139,
"score": 0.6425122022628784,
"start": 136,
"tag": "NAME",
"value": "hes"
},
{
"context": " \"3024\"\n \"Apathy\"\n \"Ashes\"\n \"Atelier Cave\"\n \"Atelier Dune\"\n \"Atelier Estuary\"",
"end": 162,
"score": 0.9088155627250671,
"start": 150,
"tag": "NAME",
"value": "Atelier Cave"
},
{
"context": "\"\n \"Ashes\"\n \"Atelier Cave\"\n \"Atelier Dune\"\n \"Atelier Estuary\"\n \"Atelier Fores",
"end": 185,
"score": 0.9058810472488403,
"start": 173,
"tag": "NAME",
"value": "Atelier Dune"
},
{
"context": "lier Cave\"\n \"Atelier Dune\"\n \"Atelier Estuary\"\n \"Atelier Forest\"\n \"Atelier He",
"end": 207,
"score": 0.5062707662582397,
"start": 204,
"tag": "NAME",
"value": "Est"
},
{
"context": "lier Dune\"\n \"Atelier Estuary\"\n \"Atelier Forest\"\n \"Atelier Heath\"\n \"Atelier Lakesid",
"end": 236,
"score": 0.6082956194877625,
"start": 226,
"tag": "NAME",
"value": "ier Forest"
},
{
"context": "telier Estuary\"\n \"Atelier Forest\"\n \"Atelier Heath\"\n \"Atelier Lakeside\"\n \"Atelier Plat",
"end": 260,
"score": 0.8307415843009949,
"start": 247,
"tag": "NAME",
"value": "Atelier Heath"
},
{
"context": "\"Atelier Forest\"\n \"Atelier Heath\"\n \"Atelier Lakeside\"\n \"Atelier Plateau\"\n \"Atelier Savan",
"end": 287,
"score": 0.8250005841255188,
"start": 271,
"tag": "NAME",
"value": "Atelier Lakeside"
},
{
"context": "telier Heath\"\n \"Atelier Lakeside\"\n \"Atelier Plateau\"\n \"Atelier Savanna\"\n \"Atelier Seasi",
"end": 313,
"score": 0.908604085445404,
"start": 298,
"tag": "NAME",
"value": "Atelier Plateau"
},
{
"context": "lier Lakeside\"\n \"Atelier Plateau\"\n \"Atelier Savanna\"\n \"Atelier Seaside\"\n \"Atelier Sulph",
"end": 339,
"score": 0.9657397270202637,
"start": 324,
"tag": "NAME",
"value": "Atelier Savanna"
},
{
"context": "elier Savanna\"\n \"Atelier Seaside\"\n \"Atelier Sulphurpool\"\n \"Bespin\"\n \"Brewer\"\n \"Brigh",
"end": 395,
"score": 0.9292258620262146,
"start": 376,
"tag": "NAME",
"value": "Atelier Sulphurpool"
},
{
"context": " Seaside\"\n \"Atelier Sulphurpool\"\n \"Bespin\"\n \"Brewer\"\n \"Bright\"\n \"Chalk",
"end": 412,
"score": 0.7070351839065552,
"start": 407,
"tag": "NAME",
"value": "espin"
}
] | lib/base16-settings.coffee | danielrsilver/base16-syntax | 34 | settings =
config:
scheme:
type: 'string'
default: 'Default'
enum: [
"3024"
"Apathy"
"Ashes"
"Atelier Cave"
"Atelier Dune"
"Atelier Estuary"
"Atelier Forest"
"Atelier Heath"
"Atelier Lakeside"
"Atelier Plateau"
"Atelier Savanna"
"Atelier Seaside"
"Atelier Sulphurpool"
"Bespin"
"Brewer"
"Bright"
"Chalk"
"Codeschool"
"Colors"
"Darktooth"
"Default"
"Eighties"
"Embers"
"Flat"
"GitHub"
"Google"
"Grayscale"
"Greenscreen"
"Harmonic"
"Hopscotch"
"Irblack"
"Isotope"
"Macintosh"
"Marrakesh"
"Materia"
"Mocha"
"Monokai"
"Ocean"
"OceanicNext"
"OneDark"
"Paraiso"
"PhD"
"Pico"
"Pop"
"Railscasts"
"Rebecca"
"Seti"
"Shapeshifter"
"Solarflare"
"Solarized"
"Spacemacs"
"Summerfruit"
"Tomorrow"
"Tube"
"Twilight"
"Unikitty"
"Yesterday Bright"
"Yesterday Night"
"Yesterday"
]
style:
type: 'string'
default: 'Dark'
enum: ["Dark", "Light"]
matchUserInterfaceTheme:
type: 'boolean'
default: true
description: "When enabled the style will be matched to the current UI theme by default."
module.exports = settings
| 145033 | settings =
config:
scheme:
type: 'string'
default: 'Default'
enum: [
"3024"
"A<NAME>"
"As<NAME>"
"<NAME>"
"<NAME>"
"Atelier <NAME>uary"
"Atel<NAME>"
"<NAME>"
"<NAME>"
"<NAME>"
"<NAME>"
"Atelier Seaside"
"<NAME>"
"B<NAME>"
"Brewer"
"Bright"
"Chalk"
"Codeschool"
"Colors"
"Darktooth"
"Default"
"Eighties"
"Embers"
"Flat"
"GitHub"
"Google"
"Grayscale"
"Greenscreen"
"Harmonic"
"Hopscotch"
"Irblack"
"Isotope"
"Macintosh"
"Marrakesh"
"Materia"
"Mocha"
"Monokai"
"Ocean"
"OceanicNext"
"OneDark"
"Paraiso"
"PhD"
"Pico"
"Pop"
"Railscasts"
"Rebecca"
"Seti"
"Shapeshifter"
"Solarflare"
"Solarized"
"Spacemacs"
"Summerfruit"
"Tomorrow"
"Tube"
"Twilight"
"Unikitty"
"Yesterday Bright"
"Yesterday Night"
"Yesterday"
]
style:
type: 'string'
default: 'Dark'
enum: ["Dark", "Light"]
matchUserInterfaceTheme:
type: 'boolean'
default: true
description: "When enabled the style will be matched to the current UI theme by default."
module.exports = settings
| true | settings =
config:
scheme:
type: 'string'
default: 'Default'
enum: [
"3024"
"API:NAME:<NAME>END_PI"
"AsPI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"Atelier PI:NAME:<NAME>END_PIuary"
"AtelPI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"PI:NAME:<NAME>END_PI"
"Atelier Seaside"
"PI:NAME:<NAME>END_PI"
"BPI:NAME:<NAME>END_PI"
"Brewer"
"Bright"
"Chalk"
"Codeschool"
"Colors"
"Darktooth"
"Default"
"Eighties"
"Embers"
"Flat"
"GitHub"
"Google"
"Grayscale"
"Greenscreen"
"Harmonic"
"Hopscotch"
"Irblack"
"Isotope"
"Macintosh"
"Marrakesh"
"Materia"
"Mocha"
"Monokai"
"Ocean"
"OceanicNext"
"OneDark"
"Paraiso"
"PhD"
"Pico"
"Pop"
"Railscasts"
"Rebecca"
"Seti"
"Shapeshifter"
"Solarflare"
"Solarized"
"Spacemacs"
"Summerfruit"
"Tomorrow"
"Tube"
"Twilight"
"Unikitty"
"Yesterday Bright"
"Yesterday Night"
"Yesterday"
]
style:
type: 'string'
default: 'Dark'
enum: ["Dark", "Light"]
matchUserInterfaceTheme:
type: 'boolean'
default: true
description: "When enabled the style will be matched to the current UI theme by default."
module.exports = settings
|
[
{
"context": "uestheader(\"Origin\",\"http://kaosat-dev.github.com/CoffeeSCad/\")\n request.send(params)\n \n consol",
"end": 1441,
"score": 0.6974589824676514,
"start": 1431,
"tag": "USERNAME",
"value": "CoffeeSCad"
},
{
"context": "tate == 2\n @tokenUrl = \"https://github.com/login/oauth/access_token\"\n params = \"client_id=#",
"end": 2031,
"score": 0.9025071263313293,
"start": 2026,
"tag": "USERNAME",
"value": "login"
},
{
"context": " params = \"client_id=#{@client_id}&client_secret=mlkmlk&code=#{code}\"\n console.log \"sending code r",
"end": 2114,
"score": 0.9194120168685913,
"start": 2108,
"tag": "KEY",
"value": "mlkmlk"
},
{
"context": ",params)\n #@tokenUrl = \"https://github.com/login/oauth/access_token?client_id=#{@client_id}&client",
"end": 2306,
"score": 0.7248899936676025,
"start": 2301,
"tag": "USERNAME",
"value": "login"
},
{
"context": " ###\n @github = new Github\n token: \"OAUTH_TOKEN\"\n auth: \"oauth\"\n ### \n authentifi",
"end": 2971,
"score": 0.9408875703811646,
"start": 2960,
"tag": "PASSWORD",
"value": "OAUTH_TOKEN"
},
{
"context": " ###@client = new Dropbox.Client \n key: \"h8OY5h+ah3A=|AS0FmmbZJrmc8/QbpU6lMzrCd5lSGZPCKVtjMlA7ZA==\"\n sandbox: true\n ###\n #@client.au",
"end": 3142,
"score": 0.9996522068977356,
"start": 3084,
"tag": "KEY",
"value": "h8OY5h+ah3A=|AS0FmmbZJrmc8/QbpU6lMzrCd5lSGZPCKVtjMlA7ZA==\""
}
] | src/app/stores/github/gitHubStore.coffee | kaosat-dev/CoffeeSCad | 110 | define (require)->
github = require 'github'
vent = require 'core/messaging/appVent'
Project = require 'core/projects/project'
class GitHubRedirectDriver
constructor:->
@state=1 #initial
@client_id = "c346489dcec8041bd88f"
@redirect_uri=window.location
@scopes = "gist"
@authUrl = "https://github.com/login/oauth/authorize?client_id=#{@client_id}&redirect_uri=#{window.location}&scope=#{@scopes}"
getURLParameter:(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
postStuff:(url, params)->
params = encodeURIComponent(params)
console.log "params"+params
request = new XMLHttpRequest()
request.open('get', url, true)
if ("withCredentials" in request)
console.log "cors supported"
request.onreadystatechange = => #Call a function when the state changes.
console.log "toto"+request.readyState
alert request.responseText if request.readyState is 4 and request.status is 200
request.setRequestHeader("Content-type", "application/x-www-form-urlencoded")
request.setRequestheader("Origin","http://kaosat-dev.github.com/CoffeeSCad/")
request.send(params)
console.log "request"
console.log request
postJsonP:(url,params)->
foo=(response)->
meta = response.meta
data = response.data
console.log(meta)
console.log(data)
run:->
code = @getURLParameter("code")
if code?
@state=2
console.log("github:phase2")
if @state == 1
console.log "gihub auth url #{@authUrl}"
console.log "redirecting"
window.location.href = @authUrl
if @state == 2
@tokenUrl = "https://github.com/login/oauth/access_token"
params = "client_id=#{@client_id}&client_secret=mlkmlk&code=#{code}"
console.log "sending code request to url #{@tokenUrl} with params #{params}"
@postStuff(@tokenUrl,params)
#@tokenUrl = "https://github.com/login/oauth/access_token?client_id=#{@client_id}&client_secret=&code=#{code}"
#@postStuff(@tokenUrl,"")
foo=(response)->
console.log "jsonp response"
console.log response
###
$.ajax
type: "GET"
url: @tokenUrl
data: null
jsonpCallback: 'foo'
success: (r)->console.log "github auth phase 2 ok : #{r}"
error:(e)->console.log "aie aie error #{e.message}"
dataType: 'jsonp'
###
class GitHubStore
constructor:->
@driver= new GitHubRedirectDriver()
###
@github = new Github
token: "OAUTH_TOKEN"
auth: "oauth"
###
authentificate:()=>
###@client = new Dropbox.Client
key: "h8OY5h+ah3A=|AS0FmmbZJrmc8/QbpU6lMzrCd5lSGZPCKVtjMlA7ZA=="
sandbox: true
###
#@client.authDriver new Dropbox.Drivers.Redirect(rememberUser:true, useQuery:true)
@driver.run()
console.log "here"
d = $.Deferred()
###
@client.authenticate (error, client)=>
console.log "in auth"
console.log error
console.log client
if error?
d.reject(@formatError(error))
d.resolve(error)
###
return d.promise()
sync:()->
class GitHubLibrary extends Backbone.Collection
"""
a library contains multiple projects, stored on github
"""
model: Project
#sync: backbone_github.sync
path: ""
defaults:
recentProjects: []
constructor:(options)->
super options
#@bind("reset", @onReset)
comparator: (project)->
date = new Date(project.get('lastModificationDate'))
return date.getTime()
onReset:()->
console.log "GitHubLibrary reset"
console.log @
console.log "_____________"
class GitHubStore extends Backbone.Model
defaults:
name: "gitHubStore"
storeType: "gitHub"
constructor:(options)->
super options
@store = new GitHubStore()
@isLogginRequired = true
@loggedIn = true
@vent = vent
@vent.on("gitHubStore:login", @login)
@vent.on("gitHubStore:logout", @logout)
#experimental
@lib = new GitHubLibrary
sync: @store.sync
@lib.sync = @store.sync
login:=>
console.log "login requested"
try
onLoginSucceeded=()=>
console.log "github logged in"
localStorage.setItem("githubCon-auth",true)
@loggedIn = true
@vent.trigger("gitHubStore:loggedIn")
onLoginFailed=(error)=>
console.log "github loggin failed"
throw error
loginPromise = @store.authentificate()
$.when(loginPromise).done(onLoginSucceeded)
.fail(onLoginFailed)
#@lib.fetch()
catch error
@vent.trigger("gitHubStore:loginFailed")
logout:=>
try
onLogoutSucceeded=()=>
console.log "github logged out"
localStorage.removeItem("githubCon-auth")
@loggedIn = false
@vent.trigger("gitHubStore:loggedOut")
onLoginFailed=(error)=>
console.log "github logout failed"
throw error
logoutPromise = @store.signOut()
$.when(logoutPromise).done(onLogoutSucceeded)
.fail(onLogoutFailed)
catch error
@vent.trigger("gitHubStore:logoutFailed")
authCheck:()->
getURLParameter=(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
urlAuthOk = getURLParameter("code")
console.log "githubStore got redirect param #{urlAuthOk}"
authOk = localStorage.getItem("githubCon-auth")
console.log "githubStore got localstorage Param #{authOk}"
if urlAuthOk?
@login()
window.history.replaceState('', '', '/')
else
if authOk?
@login()
createProject:(options)=>
project = @lib.create(options)
project.createFile
name: project.get("name")
project.createFile
name: "config"
saveProject:(project)=>
@lib.add(project)
project.sync=@store.sync
project.pathRoot=project.get("name")
#fakeCollection = new Backbone.Collection()
#fakeCollection.sync = @store.sync
#fakeCollection.path = project.get("name")
#fakeCollection.add(project)
project.pfiles.sync = @store.sync
project.pfiles.path = project.get("name")
for index, file of project.pfiles.models
file.sync = @store.sync
file.pathRoot= project.get("name")
file.save()
#project.save()
@vent.trigger("project:saved")
loadProject:(projectName)=>
console.log "github loading project #{projectName}"
project =@lib.get(projectName)
console.log "loaded:"
console.log project
getProjectsName:(callback)=>
#hack
@store.client.readdir "/", (error, entries) ->
if error
console.log ("error")
else
console.log entries
callback(entries)
return GitHubStore | 154703 | define (require)->
github = require 'github'
vent = require 'core/messaging/appVent'
Project = require 'core/projects/project'
class GitHubRedirectDriver
constructor:->
@state=1 #initial
@client_id = "c346489dcec8041bd88f"
@redirect_uri=window.location
@scopes = "gist"
@authUrl = "https://github.com/login/oauth/authorize?client_id=#{@client_id}&redirect_uri=#{window.location}&scope=#{@scopes}"
getURLParameter:(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
postStuff:(url, params)->
params = encodeURIComponent(params)
console.log "params"+params
request = new XMLHttpRequest()
request.open('get', url, true)
if ("withCredentials" in request)
console.log "cors supported"
request.onreadystatechange = => #Call a function when the state changes.
console.log "toto"+request.readyState
alert request.responseText if request.readyState is 4 and request.status is 200
request.setRequestHeader("Content-type", "application/x-www-form-urlencoded")
request.setRequestheader("Origin","http://kaosat-dev.github.com/CoffeeSCad/")
request.send(params)
console.log "request"
console.log request
postJsonP:(url,params)->
foo=(response)->
meta = response.meta
data = response.data
console.log(meta)
console.log(data)
run:->
code = @getURLParameter("code")
if code?
@state=2
console.log("github:phase2")
if @state == 1
console.log "gihub auth url #{@authUrl}"
console.log "redirecting"
window.location.href = @authUrl
if @state == 2
@tokenUrl = "https://github.com/login/oauth/access_token"
params = "client_id=#{@client_id}&client_secret=<KEY>&code=#{code}"
console.log "sending code request to url #{@tokenUrl} with params #{params}"
@postStuff(@tokenUrl,params)
#@tokenUrl = "https://github.com/login/oauth/access_token?client_id=#{@client_id}&client_secret=&code=#{code}"
#@postStuff(@tokenUrl,"")
foo=(response)->
console.log "jsonp response"
console.log response
###
$.ajax
type: "GET"
url: @tokenUrl
data: null
jsonpCallback: 'foo'
success: (r)->console.log "github auth phase 2 ok : #{r}"
error:(e)->console.log "aie aie error #{e.message}"
dataType: 'jsonp'
###
class GitHubStore
constructor:->
@driver= new GitHubRedirectDriver()
###
@github = new Github
token: "<PASSWORD>"
auth: "oauth"
###
authentificate:()=>
###@client = new Dropbox.Client
key: "<KEY>
sandbox: true
###
#@client.authDriver new Dropbox.Drivers.Redirect(rememberUser:true, useQuery:true)
@driver.run()
console.log "here"
d = $.Deferred()
###
@client.authenticate (error, client)=>
console.log "in auth"
console.log error
console.log client
if error?
d.reject(@formatError(error))
d.resolve(error)
###
return d.promise()
sync:()->
class GitHubLibrary extends Backbone.Collection
"""
a library contains multiple projects, stored on github
"""
model: Project
#sync: backbone_github.sync
path: ""
defaults:
recentProjects: []
constructor:(options)->
super options
#@bind("reset", @onReset)
comparator: (project)->
date = new Date(project.get('lastModificationDate'))
return date.getTime()
onReset:()->
console.log "GitHubLibrary reset"
console.log @
console.log "_____________"
class GitHubStore extends Backbone.Model
defaults:
name: "gitHubStore"
storeType: "gitHub"
constructor:(options)->
super options
@store = new GitHubStore()
@isLogginRequired = true
@loggedIn = true
@vent = vent
@vent.on("gitHubStore:login", @login)
@vent.on("gitHubStore:logout", @logout)
#experimental
@lib = new GitHubLibrary
sync: @store.sync
@lib.sync = @store.sync
login:=>
console.log "login requested"
try
onLoginSucceeded=()=>
console.log "github logged in"
localStorage.setItem("githubCon-auth",true)
@loggedIn = true
@vent.trigger("gitHubStore:loggedIn")
onLoginFailed=(error)=>
console.log "github loggin failed"
throw error
loginPromise = @store.authentificate()
$.when(loginPromise).done(onLoginSucceeded)
.fail(onLoginFailed)
#@lib.fetch()
catch error
@vent.trigger("gitHubStore:loginFailed")
logout:=>
try
onLogoutSucceeded=()=>
console.log "github logged out"
localStorage.removeItem("githubCon-auth")
@loggedIn = false
@vent.trigger("gitHubStore:loggedOut")
onLoginFailed=(error)=>
console.log "github logout failed"
throw error
logoutPromise = @store.signOut()
$.when(logoutPromise).done(onLogoutSucceeded)
.fail(onLogoutFailed)
catch error
@vent.trigger("gitHubStore:logoutFailed")
authCheck:()->
getURLParameter=(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
urlAuthOk = getURLParameter("code")
console.log "githubStore got redirect param #{urlAuthOk}"
authOk = localStorage.getItem("githubCon-auth")
console.log "githubStore got localstorage Param #{authOk}"
if urlAuthOk?
@login()
window.history.replaceState('', '', '/')
else
if authOk?
@login()
createProject:(options)=>
project = @lib.create(options)
project.createFile
name: project.get("name")
project.createFile
name: "config"
saveProject:(project)=>
@lib.add(project)
project.sync=@store.sync
project.pathRoot=project.get("name")
#fakeCollection = new Backbone.Collection()
#fakeCollection.sync = @store.sync
#fakeCollection.path = project.get("name")
#fakeCollection.add(project)
project.pfiles.sync = @store.sync
project.pfiles.path = project.get("name")
for index, file of project.pfiles.models
file.sync = @store.sync
file.pathRoot= project.get("name")
file.save()
#project.save()
@vent.trigger("project:saved")
loadProject:(projectName)=>
console.log "github loading project #{projectName}"
project =@lib.get(projectName)
console.log "loaded:"
console.log project
getProjectsName:(callback)=>
#hack
@store.client.readdir "/", (error, entries) ->
if error
console.log ("error")
else
console.log entries
callback(entries)
return GitHubStore | true | define (require)->
github = require 'github'
vent = require 'core/messaging/appVent'
Project = require 'core/projects/project'
class GitHubRedirectDriver
constructor:->
@state=1 #initial
@client_id = "c346489dcec8041bd88f"
@redirect_uri=window.location
@scopes = "gist"
@authUrl = "https://github.com/login/oauth/authorize?client_id=#{@client_id}&redirect_uri=#{window.location}&scope=#{@scopes}"
getURLParameter:(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
postStuff:(url, params)->
params = encodeURIComponent(params)
console.log "params"+params
request = new XMLHttpRequest()
request.open('get', url, true)
if ("withCredentials" in request)
console.log "cors supported"
request.onreadystatechange = => #Call a function when the state changes.
console.log "toto"+request.readyState
alert request.responseText if request.readyState is 4 and request.status is 200
request.setRequestHeader("Content-type", "application/x-www-form-urlencoded")
request.setRequestheader("Origin","http://kaosat-dev.github.com/CoffeeSCad/")
request.send(params)
console.log "request"
console.log request
postJsonP:(url,params)->
foo=(response)->
meta = response.meta
data = response.data
console.log(meta)
console.log(data)
run:->
code = @getURLParameter("code")
if code?
@state=2
console.log("github:phase2")
if @state == 1
console.log "gihub auth url #{@authUrl}"
console.log "redirecting"
window.location.href = @authUrl
if @state == 2
@tokenUrl = "https://github.com/login/oauth/access_token"
params = "client_id=#{@client_id}&client_secret=PI:KEY:<KEY>END_PI&code=#{code}"
console.log "sending code request to url #{@tokenUrl} with params #{params}"
@postStuff(@tokenUrl,params)
#@tokenUrl = "https://github.com/login/oauth/access_token?client_id=#{@client_id}&client_secret=&code=#{code}"
#@postStuff(@tokenUrl,"")
foo=(response)->
console.log "jsonp response"
console.log response
###
$.ajax
type: "GET"
url: @tokenUrl
data: null
jsonpCallback: 'foo'
success: (r)->console.log "github auth phase 2 ok : #{r}"
error:(e)->console.log "aie aie error #{e.message}"
dataType: 'jsonp'
###
class GitHubStore
constructor:->
@driver= new GitHubRedirectDriver()
###
@github = new Github
token: "PI:PASSWORD:<PASSWORD>END_PI"
auth: "oauth"
###
authentificate:()=>
###@client = new Dropbox.Client
key: "PI:KEY:<KEY>END_PI
sandbox: true
###
#@client.authDriver new Dropbox.Drivers.Redirect(rememberUser:true, useQuery:true)
@driver.run()
console.log "here"
d = $.Deferred()
###
@client.authenticate (error, client)=>
console.log "in auth"
console.log error
console.log client
if error?
d.reject(@formatError(error))
d.resolve(error)
###
return d.promise()
sync:()->
class GitHubLibrary extends Backbone.Collection
"""
a library contains multiple projects, stored on github
"""
model: Project
#sync: backbone_github.sync
path: ""
defaults:
recentProjects: []
constructor:(options)->
super options
#@bind("reset", @onReset)
comparator: (project)->
date = new Date(project.get('lastModificationDate'))
return date.getTime()
onReset:()->
console.log "GitHubLibrary reset"
console.log @
console.log "_____________"
class GitHubStore extends Backbone.Model
defaults:
name: "gitHubStore"
storeType: "gitHub"
constructor:(options)->
super options
@store = new GitHubStore()
@isLogginRequired = true
@loggedIn = true
@vent = vent
@vent.on("gitHubStore:login", @login)
@vent.on("gitHubStore:logout", @logout)
#experimental
@lib = new GitHubLibrary
sync: @store.sync
@lib.sync = @store.sync
login:=>
console.log "login requested"
try
onLoginSucceeded=()=>
console.log "github logged in"
localStorage.setItem("githubCon-auth",true)
@loggedIn = true
@vent.trigger("gitHubStore:loggedIn")
onLoginFailed=(error)=>
console.log "github loggin failed"
throw error
loginPromise = @store.authentificate()
$.when(loginPromise).done(onLoginSucceeded)
.fail(onLoginFailed)
#@lib.fetch()
catch error
@vent.trigger("gitHubStore:loginFailed")
logout:=>
try
onLogoutSucceeded=()=>
console.log "github logged out"
localStorage.removeItem("githubCon-auth")
@loggedIn = false
@vent.trigger("gitHubStore:loggedOut")
onLoginFailed=(error)=>
console.log "github logout failed"
throw error
logoutPromise = @store.signOut()
$.when(logoutPromise).done(onLogoutSucceeded)
.fail(onLogoutFailed)
catch error
@vent.trigger("gitHubStore:logoutFailed")
authCheck:()->
getURLParameter=(paramName)->
searchString = window.location.search.substring(1)
i = undefined
val = undefined
params = searchString.split("&")
i = 0
while i < params.length
val = params[i].split("=")
return unescape(val[1]) if val[0] is paramName
i++
null
urlAuthOk = getURLParameter("code")
console.log "githubStore got redirect param #{urlAuthOk}"
authOk = localStorage.getItem("githubCon-auth")
console.log "githubStore got localstorage Param #{authOk}"
if urlAuthOk?
@login()
window.history.replaceState('', '', '/')
else
if authOk?
@login()
createProject:(options)=>
project = @lib.create(options)
project.createFile
name: project.get("name")
project.createFile
name: "config"
saveProject:(project)=>
@lib.add(project)
project.sync=@store.sync
project.pathRoot=project.get("name")
#fakeCollection = new Backbone.Collection()
#fakeCollection.sync = @store.sync
#fakeCollection.path = project.get("name")
#fakeCollection.add(project)
project.pfiles.sync = @store.sync
project.pfiles.path = project.get("name")
for index, file of project.pfiles.models
file.sync = @store.sync
file.pathRoot= project.get("name")
file.save()
#project.save()
@vent.trigger("project:saved")
loadProject:(projectName)=>
console.log "github loading project #{projectName}"
project =@lib.get(projectName)
console.log "loaded:"
console.log project
getProjectsName:(callback)=>
#hack
@store.client.readdir "/", (error, entries) ->
if error
console.log ("error")
else
console.log entries
callback(entries)
return GitHubStore |
[
{
"context": "$ ->\nHan = \"Never tell me the odds! Han Solo\"\nYoda = \"Do. Or do not. There is no try. Yoda\"\nQu",
"end": 44,
"score": 0.9954753518104553,
"start": 36,
"tag": "NAME",
"value": "Han Solo"
},
{
"context": "a\"\nQui = \"Your focus determines your reality. Qui-Gon Jinn\"\n\nquotes = [Han, Yoda, Qui]\nindx = Math.floor(Mat",
"end": 147,
"score": 0.881468653678894,
"start": 139,
"tag": "NAME",
"value": "Gon Jinn"
}
] | src/render/scripts/script.js.coffee | CCole/Portolio | 0 | $ ->
Han = "Never tell me the odds! Han Solo"
Yoda = "Do. Or do not. There is no try. Yoda"
Qui = "Your focus determines your reality. Qui-Gon Jinn"
quotes = [Han, Yoda, Qui]
indx = Math.floor(Math.random() * 3)
randomQuote = quotes[indx]
$('#RndQuote').html randomQuote
| 150855 | $ ->
Han = "Never tell me the odds! <NAME>"
Yoda = "Do. Or do not. There is no try. Yoda"
Qui = "Your focus determines your reality. Qui-<NAME>"
quotes = [Han, Yoda, Qui]
indx = Math.floor(Math.random() * 3)
randomQuote = quotes[indx]
$('#RndQuote').html randomQuote
| true | $ ->
Han = "Never tell me the odds! PI:NAME:<NAME>END_PI"
Yoda = "Do. Or do not. There is no try. Yoda"
Qui = "Your focus determines your reality. Qui-PI:NAME:<NAME>END_PI"
quotes = [Han, Yoda, Qui]
indx = Math.floor(Math.random() * 3)
randomQuote = quotes[indx]
$('#RndQuote').html randomQuote
|
[
{
"context": "ipe\",\"description\":\"Recipe description\",\"author\":\"Anonymous Brewer\",\"boilSize\":10,\"batchSize\":20,\"servingSize\":0.355",
"end": 180,
"score": 0.9990550875663757,
"start": 164,
"tag": "NAME",
"value": "Anonymous Brewer"
},
{
"context": "dients\n recipe.add 'fermentable',\n name: 'Pilsner malt'\n weight: 4.5\n yield: 74.0\n color:",
"end": 7429,
"score": 0.9914171099662781,
"start": 7417,
"tag": "NAME",
"value": "Pilsner malt"
},
{
"context": " color: 1.5\n\n recipe.add 'spice',\n name: 'Cascade hops'\n weight: 0.02835\n aa: 5.0\n use: '",
"end": 7534,
"score": 0.9521911144256592,
"start": 7522,
"tag": "NAME",
"value": "Cascade hops"
},
{
"context": "\n recipe.mash = new Brauhaus.Mash\n name: 'Test mash'\n ph: 5.4\n\n recipe.mash.addStep\n nam",
"end": 7812,
"score": 0.9817099571228027,
"start": 7803,
"tag": "NAME",
"value": "Test mash"
},
{
"context": "t fermentable'\n\n r.add 'hop',\n name: 'Test hop'\n aa: 3.5\n\n r.add 'yeast',\n ",
"end": 9847,
"score": 0.5840137004852295,
"start": 9843,
"tag": "NAME",
"value": "Test"
},
{
"context": " 'Test mash'\n\n r.mash.addStep\n name: 'Test step'\n type: 'infusion'\n\n assert.equa",
"end": 10019,
"score": 0.5839290618896484,
"start": 10015,
"tag": "NAME",
"value": "Test"
}
] | test/recipe.coffee | Metgezel/brauhausjs | 94 | Brauhaus = Brauhaus ? require '../lib/brauhaus'
assert = assert ? require('chai').assert
json = '{"name":"New Recipe","description":"Recipe description","author":"Anonymous Brewer","boilSize":10,"batchSize":20,"servingSize":0.355,"steepEfficiency":50,"steepTime":20,"mashEfficiency":75,"style":null,"ibuMethod":"tinseth","fermentables":[{"name":"Test fermentable","weight":1,"yield":75,"color":2,"late":false}],"spices":[{"name":"Test hop","weight":0.025,"aa":3.5,"use":"boil","time":60,"form":"pellet"}],"yeast":[{"name":"Test yeast","type":"ale","form":"liquid","attenuation":75}],"mash":{"name":"Test mash","grainTemp":23,"spargeTemp":76,"ph":null,"notes":"","steps":[{"name":"Test step","type":"infusion","waterRatio":3,"temp":68,"endTemp":null,"time":60,"rampTime":null}]},"bottlingTemp":0,"bottlingPressure":0,"primaryDays":14,"primaryTemp":20,"secondaryDays":0,"secondaryTemp":0,"tertiaryDays":0,"tertiaryTemp":0,"agingDays":14,"agingTemp":20}'
describe 'Recipe', ->
describe 'Extract', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
secondaryDays: 5
recipe.style =
name: 'Saison'
category: 'Belgian and French Ale'
og: [1.060, 1.080]
fg: [1.010, 1.016]
ibu: [32, 38]
color: [3.5, 8.5]
abv: [4.5, 6.0]
carb: [1.6, 2.4]
# Add some ingredients
recipe.add 'fermentable',
name: 'Pale liquid extract'
weight: 3.5
yield: 75.0
color: 3.5
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 10
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'primary'
time: 2880
form: 'whole'
recipe.add 'yeast',
name: 'Wyeast 3724 - Belgian Saison'
type: 'ale'
form: 'liquid'
attenuation: 80
# Calculate recipe values like og, fg, ibu
recipe.calculate()
# Run tests
it 'Should include a single dry hop step', ->
assert.equal 1, (recipe.spices.filter (x) -> x.dry()).length
it 'Should have a bottle count of 56', ->
assert.equal 56, recipe.bottleCount()
it 'Should have a grade of 5', ->
assert.equal 5.0, recipe.grade()
it 'Should calculate OG as 1.051', ->
assert.equal 1.051, recipe.og.toFixed(3)
it 'Should calculate FG as 1.010', ->
assert.equal 1.010, recipe.fg.toFixed(3)
it 'Should calculate ABV as 5.3 %', ->
assert.equal 5.3, recipe.abv.toFixed(1)
it 'Should calculate color as 4.6 SRM', ->
assert.equal 4.6, recipe.color.toFixed(1)
it 'Should calculate colorName as yellow', ->
assert.equal 'yellow', recipe.colorName()
it 'Should calculate calories as 165 kcal', ->
assert.equal 165, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 14.0', ->
assert.equal 14.0, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.28', ->
assert.equal 0.28, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.64', ->
assert.equal 0.64, recipe.bv.toFixed(2)
it 'Should cost $31.09', ->
assert.equal 31.09, recipe.price.toFixed(2)
it 'Should calculate priming sugar', ->
assert.equal 0.130, recipe.primingCornSugar.toFixed(3)
assert.equal 0.118, recipe.primingSugar.toFixed(3)
assert.equal 0.159, recipe.primingHoney.toFixed(3)
assert.equal 0.173, recipe.primingDme.toFixed(3)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
assert.equal timeline[1][1], 'Add 3.5kg of Pale liquid extract (50.6 GU), 28g of Cascade hops'
assert.equal timeline[2][1], 'Add 14g of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
assert.equal timeline[1][1], 'Add 7lb 11oz of Pale liquid extract (50.6 GU), 1.00oz of Cascade hops'
assert.equal timeline[2][1], 'Add 0.49oz of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should calculate brew day time, start and end of boil', ->
assert.equal 21.0, recipe.boilStartTime.toFixed(1)
assert.equal 81.0, recipe.boilEndTime.toFixed(1)
assert.equal 101.0, recipe.brewDayDuration.toFixed(1)
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 25, 20
recipe.calculate()
assert.equal 25, recipe.batchSize
assert.equal 20, recipe.boilSize
assert.equal 1.051, recipe.og.toFixed(3)
assert.equal 1.010, recipe.fg.toFixed(3)
assert.equal 14.0, recipe.ibu.toFixed(1)
describe 'Steep', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
ibuMethod: 'rager'
# Add some ingredients
recipe.add 'fermentable',
name: 'Extra pale LME'
weight: 4.0
yield: 75.0
color: 2.0
recipe.add 'fermentable',
name: 'Caramel 60L'
weight: 0.5
yield: 73.0
color: 60.0
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 20
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 5
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1214 - Belgian Abbey'
type: 'ale'
form: 'liquid'
attenuation: 78
recipe.calculate()
it 'Should calculate OG as 1.061', ->
assert.equal 1.061, recipe.og.toFixed(3)
it 'Should calculate FG as 1.014', ->
assert.equal 1.014, recipe.fg.toFixed(3)
it 'Should calculate ABV as 6.3 %', ->
assert.equal 6.3, recipe.abv.toFixed(1)
it 'Should calculate color as 9.9 SRM', ->
assert.equal 9.9, recipe.color.toFixed(1)
it 'Should calculate calories as 200 kcal', ->
assert.equal 200, Math.round(recipe.calories)
it 'Should calculate IBU (rager) as 23.2', ->
assert.equal 23.2, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.38', ->
assert.equal 0.38, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.84', ->
assert.equal 0.84, recipe.bv.toFixed(2)
it 'Should cost $36.59', ->
assert.equal 36.59, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 10, 6
recipe.calculate()
assert.equal 10, recipe.batchSize
assert.equal 6, recipe.boilSize
assert.equal 1.061, recipe.og.toFixed(3)
assert.equal 1.014, recipe.fg.toFixed(3)
assert.equal 23.2, recipe.ibu.toFixed(1)
describe 'Mash', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
# Add some ingredients
recipe.add 'fermentable',
name: 'Pilsner malt'
weight: 4.5
yield: 74.0
color: 1.5
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 45
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1728 - Scottish Ale'
type: 'ale'
form: 'liquid'
attenuation: 73
recipe.mash = new Brauhaus.Mash
name: 'Test mash'
ph: 5.4
recipe.mash.addStep
name: 'Rest'
type: 'Infusion'
temp: 60
time: 30
waterRatio: 2.75
recipe.mash.addStep
name: 'Saccharification'
type: 'Temperature'
temp: 70
time: 60
waterRatio: 2.75
recipe.calculate()
it 'Should calculate OG as 1.048', ->
assert.equal 1.048, recipe.og.toFixed(3)
it 'Should calculate FG as 1.013', ->
assert.equal 1.013, recipe.fg.toFixed(3)
it 'Should calculate ABV as 4.6 %', ->
assert.equal 4.6, recipe.abv.toFixed(1)
it 'Should calculate color as 3.0 SRM', ->
assert.equal 3.0, recipe.color.toFixed(1)
it 'Should calculate calories as 158 kcal', ->
assert.equal 158, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 11.4', ->
assert.equal 11.4, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.24', ->
assert.equal 0.24, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.47', ->
assert.equal 0.47, recipe.bv.toFixed(2)
it 'Should cost $27.30', ->
assert.equal 27.30, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
describe 'JSON', ->
it 'Should load a recipe from a JSON string', ->
r = new Brauhaus.Recipe json
assert.equal 'Test fermentable', r.fermentables[0].name
assert.equal 2.2, r.fermentables[0].weightLb().toFixed(1)
assert.equal 'Test hop', r.spices[0].name
assert.equal 0.06, r.spices[0].weightLb().toFixed(2)
assert.equal 3.5, r.yeast[0].price()
assert.equal 73.4, r.mash.grainTempF()
assert.equal 154.4, r.mash.steps[0].tempF()
it 'Should convert a recipe to a JSON string', ->
r = new Brauhaus.Recipe()
r.add 'fermentable',
name: 'Test fermentable'
r.add 'hop',
name: 'Test hop'
aa: 3.5
r.add 'yeast',
name: 'Test yeast'
r.mash = new Brauhaus.Mash
name: 'Test mash'
r.mash.addStep
name: 'Test step'
type: 'infusion'
assert.equal json, JSON.stringify(r)
describe 'Missing Mash', ->
it 'Should calculate a timeline without error', ->
r = new Brauhaus.Recipe json
r.mash = undefined
r.calculate()
assert.ok r.timeline()
| 132680 | Brauhaus = Brauhaus ? require '../lib/brauhaus'
assert = assert ? require('chai').assert
json = '{"name":"New Recipe","description":"Recipe description","author":"<NAME>","boilSize":10,"batchSize":20,"servingSize":0.355,"steepEfficiency":50,"steepTime":20,"mashEfficiency":75,"style":null,"ibuMethod":"tinseth","fermentables":[{"name":"Test fermentable","weight":1,"yield":75,"color":2,"late":false}],"spices":[{"name":"Test hop","weight":0.025,"aa":3.5,"use":"boil","time":60,"form":"pellet"}],"yeast":[{"name":"Test yeast","type":"ale","form":"liquid","attenuation":75}],"mash":{"name":"Test mash","grainTemp":23,"spargeTemp":76,"ph":null,"notes":"","steps":[{"name":"Test step","type":"infusion","waterRatio":3,"temp":68,"endTemp":null,"time":60,"rampTime":null}]},"bottlingTemp":0,"bottlingPressure":0,"primaryDays":14,"primaryTemp":20,"secondaryDays":0,"secondaryTemp":0,"tertiaryDays":0,"tertiaryTemp":0,"agingDays":14,"agingTemp":20}'
describe 'Recipe', ->
describe 'Extract', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
secondaryDays: 5
recipe.style =
name: 'Saison'
category: 'Belgian and French Ale'
og: [1.060, 1.080]
fg: [1.010, 1.016]
ibu: [32, 38]
color: [3.5, 8.5]
abv: [4.5, 6.0]
carb: [1.6, 2.4]
# Add some ingredients
recipe.add 'fermentable',
name: 'Pale liquid extract'
weight: 3.5
yield: 75.0
color: 3.5
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 10
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'primary'
time: 2880
form: 'whole'
recipe.add 'yeast',
name: 'Wyeast 3724 - Belgian Saison'
type: 'ale'
form: 'liquid'
attenuation: 80
# Calculate recipe values like og, fg, ibu
recipe.calculate()
# Run tests
it 'Should include a single dry hop step', ->
assert.equal 1, (recipe.spices.filter (x) -> x.dry()).length
it 'Should have a bottle count of 56', ->
assert.equal 56, recipe.bottleCount()
it 'Should have a grade of 5', ->
assert.equal 5.0, recipe.grade()
it 'Should calculate OG as 1.051', ->
assert.equal 1.051, recipe.og.toFixed(3)
it 'Should calculate FG as 1.010', ->
assert.equal 1.010, recipe.fg.toFixed(3)
it 'Should calculate ABV as 5.3 %', ->
assert.equal 5.3, recipe.abv.toFixed(1)
it 'Should calculate color as 4.6 SRM', ->
assert.equal 4.6, recipe.color.toFixed(1)
it 'Should calculate colorName as yellow', ->
assert.equal 'yellow', recipe.colorName()
it 'Should calculate calories as 165 kcal', ->
assert.equal 165, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 14.0', ->
assert.equal 14.0, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.28', ->
assert.equal 0.28, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.64', ->
assert.equal 0.64, recipe.bv.toFixed(2)
it 'Should cost $31.09', ->
assert.equal 31.09, recipe.price.toFixed(2)
it 'Should calculate priming sugar', ->
assert.equal 0.130, recipe.primingCornSugar.toFixed(3)
assert.equal 0.118, recipe.primingSugar.toFixed(3)
assert.equal 0.159, recipe.primingHoney.toFixed(3)
assert.equal 0.173, recipe.primingDme.toFixed(3)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
assert.equal timeline[1][1], 'Add 3.5kg of Pale liquid extract (50.6 GU), 28g of Cascade hops'
assert.equal timeline[2][1], 'Add 14g of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
assert.equal timeline[1][1], 'Add 7lb 11oz of Pale liquid extract (50.6 GU), 1.00oz of Cascade hops'
assert.equal timeline[2][1], 'Add 0.49oz of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should calculate brew day time, start and end of boil', ->
assert.equal 21.0, recipe.boilStartTime.toFixed(1)
assert.equal 81.0, recipe.boilEndTime.toFixed(1)
assert.equal 101.0, recipe.brewDayDuration.toFixed(1)
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 25, 20
recipe.calculate()
assert.equal 25, recipe.batchSize
assert.equal 20, recipe.boilSize
assert.equal 1.051, recipe.og.toFixed(3)
assert.equal 1.010, recipe.fg.toFixed(3)
assert.equal 14.0, recipe.ibu.toFixed(1)
describe 'Steep', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
ibuMethod: 'rager'
# Add some ingredients
recipe.add 'fermentable',
name: 'Extra pale LME'
weight: 4.0
yield: 75.0
color: 2.0
recipe.add 'fermentable',
name: 'Caramel 60L'
weight: 0.5
yield: 73.0
color: 60.0
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 20
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 5
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1214 - Belgian Abbey'
type: 'ale'
form: 'liquid'
attenuation: 78
recipe.calculate()
it 'Should calculate OG as 1.061', ->
assert.equal 1.061, recipe.og.toFixed(3)
it 'Should calculate FG as 1.014', ->
assert.equal 1.014, recipe.fg.toFixed(3)
it 'Should calculate ABV as 6.3 %', ->
assert.equal 6.3, recipe.abv.toFixed(1)
it 'Should calculate color as 9.9 SRM', ->
assert.equal 9.9, recipe.color.toFixed(1)
it 'Should calculate calories as 200 kcal', ->
assert.equal 200, Math.round(recipe.calories)
it 'Should calculate IBU (rager) as 23.2', ->
assert.equal 23.2, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.38', ->
assert.equal 0.38, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.84', ->
assert.equal 0.84, recipe.bv.toFixed(2)
it 'Should cost $36.59', ->
assert.equal 36.59, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 10, 6
recipe.calculate()
assert.equal 10, recipe.batchSize
assert.equal 6, recipe.boilSize
assert.equal 1.061, recipe.og.toFixed(3)
assert.equal 1.014, recipe.fg.toFixed(3)
assert.equal 23.2, recipe.ibu.toFixed(1)
describe 'Mash', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
# Add some ingredients
recipe.add 'fermentable',
name: '<NAME>'
weight: 4.5
yield: 74.0
color: 1.5
recipe.add 'spice',
name: '<NAME>'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 45
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1728 - Scottish Ale'
type: 'ale'
form: 'liquid'
attenuation: 73
recipe.mash = new Brauhaus.Mash
name: '<NAME>'
ph: 5.4
recipe.mash.addStep
name: 'Rest'
type: 'Infusion'
temp: 60
time: 30
waterRatio: 2.75
recipe.mash.addStep
name: 'Saccharification'
type: 'Temperature'
temp: 70
time: 60
waterRatio: 2.75
recipe.calculate()
it 'Should calculate OG as 1.048', ->
assert.equal 1.048, recipe.og.toFixed(3)
it 'Should calculate FG as 1.013', ->
assert.equal 1.013, recipe.fg.toFixed(3)
it 'Should calculate ABV as 4.6 %', ->
assert.equal 4.6, recipe.abv.toFixed(1)
it 'Should calculate color as 3.0 SRM', ->
assert.equal 3.0, recipe.color.toFixed(1)
it 'Should calculate calories as 158 kcal', ->
assert.equal 158, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 11.4', ->
assert.equal 11.4, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.24', ->
assert.equal 0.24, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.47', ->
assert.equal 0.47, recipe.bv.toFixed(2)
it 'Should cost $27.30', ->
assert.equal 27.30, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
describe 'JSON', ->
it 'Should load a recipe from a JSON string', ->
r = new Brauhaus.Recipe json
assert.equal 'Test fermentable', r.fermentables[0].name
assert.equal 2.2, r.fermentables[0].weightLb().toFixed(1)
assert.equal 'Test hop', r.spices[0].name
assert.equal 0.06, r.spices[0].weightLb().toFixed(2)
assert.equal 3.5, r.yeast[0].price()
assert.equal 73.4, r.mash.grainTempF()
assert.equal 154.4, r.mash.steps[0].tempF()
it 'Should convert a recipe to a JSON string', ->
r = new Brauhaus.Recipe()
r.add 'fermentable',
name: 'Test fermentable'
r.add 'hop',
name: '<NAME> hop'
aa: 3.5
r.add 'yeast',
name: 'Test yeast'
r.mash = new Brauhaus.Mash
name: 'Test mash'
r.mash.addStep
name: '<NAME> step'
type: 'infusion'
assert.equal json, JSON.stringify(r)
describe 'Missing Mash', ->
it 'Should calculate a timeline without error', ->
r = new Brauhaus.Recipe json
r.mash = undefined
r.calculate()
assert.ok r.timeline()
| true | Brauhaus = Brauhaus ? require '../lib/brauhaus'
assert = assert ? require('chai').assert
json = '{"name":"New Recipe","description":"Recipe description","author":"PI:NAME:<NAME>END_PI","boilSize":10,"batchSize":20,"servingSize":0.355,"steepEfficiency":50,"steepTime":20,"mashEfficiency":75,"style":null,"ibuMethod":"tinseth","fermentables":[{"name":"Test fermentable","weight":1,"yield":75,"color":2,"late":false}],"spices":[{"name":"Test hop","weight":0.025,"aa":3.5,"use":"boil","time":60,"form":"pellet"}],"yeast":[{"name":"Test yeast","type":"ale","form":"liquid","attenuation":75}],"mash":{"name":"Test mash","grainTemp":23,"spargeTemp":76,"ph":null,"notes":"","steps":[{"name":"Test step","type":"infusion","waterRatio":3,"temp":68,"endTemp":null,"time":60,"rampTime":null}]},"bottlingTemp":0,"bottlingPressure":0,"primaryDays":14,"primaryTemp":20,"secondaryDays":0,"secondaryTemp":0,"tertiaryDays":0,"tertiaryTemp":0,"agingDays":14,"agingTemp":20}'
describe 'Recipe', ->
describe 'Extract', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
secondaryDays: 5
recipe.style =
name: 'Saison'
category: 'Belgian and French Ale'
og: [1.060, 1.080]
fg: [1.010, 1.016]
ibu: [32, 38]
color: [3.5, 8.5]
abv: [4.5, 6.0]
carb: [1.6, 2.4]
# Add some ingredients
recipe.add 'fermentable',
name: 'Pale liquid extract'
weight: 3.5
yield: 75.0
color: 3.5
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 10
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'primary'
time: 2880
form: 'whole'
recipe.add 'yeast',
name: 'Wyeast 3724 - Belgian Saison'
type: 'ale'
form: 'liquid'
attenuation: 80
# Calculate recipe values like og, fg, ibu
recipe.calculate()
# Run tests
it 'Should include a single dry hop step', ->
assert.equal 1, (recipe.spices.filter (x) -> x.dry()).length
it 'Should have a bottle count of 56', ->
assert.equal 56, recipe.bottleCount()
it 'Should have a grade of 5', ->
assert.equal 5.0, recipe.grade()
it 'Should calculate OG as 1.051', ->
assert.equal 1.051, recipe.og.toFixed(3)
it 'Should calculate FG as 1.010', ->
assert.equal 1.010, recipe.fg.toFixed(3)
it 'Should calculate ABV as 5.3 %', ->
assert.equal 5.3, recipe.abv.toFixed(1)
it 'Should calculate color as 4.6 SRM', ->
assert.equal 4.6, recipe.color.toFixed(1)
it 'Should calculate colorName as yellow', ->
assert.equal 'yellow', recipe.colorName()
it 'Should calculate calories as 165 kcal', ->
assert.equal 165, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 14.0', ->
assert.equal 14.0, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.28', ->
assert.equal 0.28, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.64', ->
assert.equal 0.64, recipe.bv.toFixed(2)
it 'Should cost $31.09', ->
assert.equal 31.09, recipe.price.toFixed(2)
it 'Should calculate priming sugar', ->
assert.equal 0.130, recipe.primingCornSugar.toFixed(3)
assert.equal 0.118, recipe.primingSugar.toFixed(3)
assert.equal 0.159, recipe.primingHoney.toFixed(3)
assert.equal 0.173, recipe.primingDme.toFixed(3)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
assert.equal timeline[1][1], 'Add 3.5kg of Pale liquid extract (50.6 GU), 28g of Cascade hops'
assert.equal timeline[2][1], 'Add 14g of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
assert.equal timeline[1][1], 'Add 7lb 11oz of Pale liquid extract (50.6 GU), 1.00oz of Cascade hops'
assert.equal timeline[2][1], 'Add 0.49oz of Cascade hops'
assert.include timeline[4][1], 'Pitch Wyeast 3724 - Belgian Saison'
it 'Should calculate brew day time, start and end of boil', ->
assert.equal 21.0, recipe.boilStartTime.toFixed(1)
assert.equal 81.0, recipe.boilEndTime.toFixed(1)
assert.equal 101.0, recipe.brewDayDuration.toFixed(1)
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 25, 20
recipe.calculate()
assert.equal 25, recipe.batchSize
assert.equal 20, recipe.boilSize
assert.equal 1.051, recipe.og.toFixed(3)
assert.equal 1.010, recipe.fg.toFixed(3)
assert.equal 14.0, recipe.ibu.toFixed(1)
describe 'Steep', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
ibuMethod: 'rager'
# Add some ingredients
recipe.add 'fermentable',
name: 'Extra pale LME'
weight: 4.0
yield: 75.0
color: 2.0
recipe.add 'fermentable',
name: 'Caramel 60L'
weight: 0.5
yield: 73.0
color: 60.0
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 60
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 20
form: 'pellet'
recipe.add 'spice',
name: 'Cascade hops'
weight: 0.014
aa: 5.0
use: 'boil'
time: 5
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1214 - Belgian Abbey'
type: 'ale'
form: 'liquid'
attenuation: 78
recipe.calculate()
it 'Should calculate OG as 1.061', ->
assert.equal 1.061, recipe.og.toFixed(3)
it 'Should calculate FG as 1.014', ->
assert.equal 1.014, recipe.fg.toFixed(3)
it 'Should calculate ABV as 6.3 %', ->
assert.equal 6.3, recipe.abv.toFixed(1)
it 'Should calculate color as 9.9 SRM', ->
assert.equal 9.9, recipe.color.toFixed(1)
it 'Should calculate calories as 200 kcal', ->
assert.equal 200, Math.round(recipe.calories)
it 'Should calculate IBU (rager) as 23.2', ->
assert.equal 23.2, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.38', ->
assert.equal 0.38, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.84', ->
assert.equal 0.84, recipe.bv.toFixed(2)
it 'Should cost $36.59', ->
assert.equal 36.59, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
it 'Should scale without changing gravity/bitterness', ->
recipe.scale 10, 6
recipe.calculate()
assert.equal 10, recipe.batchSize
assert.equal 6, recipe.boilSize
assert.equal 1.061, recipe.og.toFixed(3)
assert.equal 1.014, recipe.fg.toFixed(3)
assert.equal 23.2, recipe.ibu.toFixed(1)
describe 'Mash', ->
recipe = new Brauhaus.Recipe
batchSize: 20.0
boilSize: 10.0
# Add some ingredients
recipe.add 'fermentable',
name: 'PI:NAME:<NAME>END_PI'
weight: 4.5
yield: 74.0
color: 1.5
recipe.add 'spice',
name: 'PI:NAME:<NAME>END_PI'
weight: 0.02835
aa: 5.0
use: 'boil'
time: 45
form: 'pellet'
recipe.add 'yeast',
name: 'Wyeast 1728 - Scottish Ale'
type: 'ale'
form: 'liquid'
attenuation: 73
recipe.mash = new Brauhaus.Mash
name: 'PI:NAME:<NAME>END_PI'
ph: 5.4
recipe.mash.addStep
name: 'Rest'
type: 'Infusion'
temp: 60
time: 30
waterRatio: 2.75
recipe.mash.addStep
name: 'Saccharification'
type: 'Temperature'
temp: 70
time: 60
waterRatio: 2.75
recipe.calculate()
it 'Should calculate OG as 1.048', ->
assert.equal 1.048, recipe.og.toFixed(3)
it 'Should calculate FG as 1.013', ->
assert.equal 1.013, recipe.fg.toFixed(3)
it 'Should calculate ABV as 4.6 %', ->
assert.equal 4.6, recipe.abv.toFixed(1)
it 'Should calculate color as 3.0 SRM', ->
assert.equal 3.0, recipe.color.toFixed(1)
it 'Should calculate calories as 158 kcal', ->
assert.equal 158, Math.round(recipe.calories)
it 'Should calculate IBU (tinseth) as 11.4', ->
assert.equal 11.4, recipe.ibu.toFixed(1)
it 'Should calculate BU:GU as 0.24', ->
assert.equal 0.24, recipe.buToGu.toFixed(2)
it 'Should calculate BV as 0.47', ->
assert.equal 0.47, recipe.bv.toFixed(2)
it 'Should cost $27.30', ->
assert.equal 27.30, recipe.price.toFixed(2)
it 'Should generate a metric unit timeline', ->
timeline = recipe.timeline()
assert.ok timeline
it 'Should generate an imperial unit timeline', ->
timeline = recipe.timeline(false)
assert.ok timeline
describe 'JSON', ->
it 'Should load a recipe from a JSON string', ->
r = new Brauhaus.Recipe json
assert.equal 'Test fermentable', r.fermentables[0].name
assert.equal 2.2, r.fermentables[0].weightLb().toFixed(1)
assert.equal 'Test hop', r.spices[0].name
assert.equal 0.06, r.spices[0].weightLb().toFixed(2)
assert.equal 3.5, r.yeast[0].price()
assert.equal 73.4, r.mash.grainTempF()
assert.equal 154.4, r.mash.steps[0].tempF()
it 'Should convert a recipe to a JSON string', ->
r = new Brauhaus.Recipe()
r.add 'fermentable',
name: 'Test fermentable'
r.add 'hop',
name: 'PI:NAME:<NAME>END_PI hop'
aa: 3.5
r.add 'yeast',
name: 'Test yeast'
r.mash = new Brauhaus.Mash
name: 'Test mash'
r.mash.addStep
name: 'PI:NAME:<NAME>END_PI step'
type: 'infusion'
assert.equal json, JSON.stringify(r)
describe 'Missing Mash', ->
it 'Should calculate a timeline without error', ->
r = new Brauhaus.Recipe json
r.mash = undefined
r.calculate()
assert.ok r.timeline()
|
[
{
"context": "le.\n#\n# Read Sprockets README (https://github.com/sstephenson/sprockets#sprockets-directives) for details\n# abo",
"end": 491,
"score": 0.9997069835662842,
"start": 480,
"tag": "USERNAME",
"value": "sstephenson"
},
{
"context": "ted_at\n firstName: Curri.user.first_name || 'No'\n lastName: Curri.user.last_name || 'Name'\n\n",
"end": 1619,
"score": 0.9883949160575867,
"start": 1617,
"tag": "NAME",
"value": "No"
},
{
"context": " || 'No'\n lastName: Curri.user.last_name || 'Name'\n\n analytics.identify(Curri.user.id, userData)",
"end": 1666,
"score": 0.9939812421798706,
"start": 1662,
"tag": "NAME",
"value": "Name"
}
] | app/assets/javascripts/application.js.coffee | aomra015/curri | 1 | # This is a manifest file that'll be compiled into application.js, which will include all the files
# listed below.
#
# Any JavaScript/Coffee file within this directory, lib/assets/javascripts, vendor/assets/javascripts,
# or vendor/assets/javascripts of plugins, if any, can be referenced here using a relative path.
#
# It's not advisable to add code directly here, but if you do, it'll appear at the bottom of the
# compiled file.
#
# Read Sprockets README (https://github.com/sstephenson/sprockets#sprockets-directives) for details
# about supported directives.
#
#= require jquery
#= require jquery_ujs
#= require jquery.ui.sortable
#= require pickadate/picker
#= require pickadate/picker.date
#= require pickadate/picker.time
#= require matchMedia
#= require parser_rules/simple
#= require wysihtml5
#= require bootstrap-dismiss
#= require jquery.modal
#= require utilities
#= require_tree ./objects
#= require_tree .
#= require uservoice
$ = jQuery
$ ->
# Navigation
if $('.fixed-nav').length
Curri.MainNav.init()
$('.collapse-toggle').on 'click', (e) ->
e.preventDefault()
$('body').toggleClass('nav-open')
Curri.MainNav.update()
Curri.SubNav.close()
$('.subnav-toggle').on 'click', (e) ->
e.preventDefault()
Curri.SubNav.toggle()
# Tracks & Analytics sidebar select menu
if Curri.mobileScreen() && $('#track').length
Curri.MobileSidebar.init()
# SegmentIO
if Curri.user
userData =
email: Curri.user.email
classRole: Curri.user.classrole_type
created: Curri.user.created_at
firstName: Curri.user.first_name || 'No'
lastName: Curri.user.last_name || 'Name'
analytics.identify(Curri.user.id, userData)
analytics.trackLink($('#logout-link'), "Sign out")
$('a.open-modal').click ->
Curri.SubNav.close()
$('.error-message').remove()
$(this).modal(fadeDuration: 250)
return false | 120912 | # This is a manifest file that'll be compiled into application.js, which will include all the files
# listed below.
#
# Any JavaScript/Coffee file within this directory, lib/assets/javascripts, vendor/assets/javascripts,
# or vendor/assets/javascripts of plugins, if any, can be referenced here using a relative path.
#
# It's not advisable to add code directly here, but if you do, it'll appear at the bottom of the
# compiled file.
#
# Read Sprockets README (https://github.com/sstephenson/sprockets#sprockets-directives) for details
# about supported directives.
#
#= require jquery
#= require jquery_ujs
#= require jquery.ui.sortable
#= require pickadate/picker
#= require pickadate/picker.date
#= require pickadate/picker.time
#= require matchMedia
#= require parser_rules/simple
#= require wysihtml5
#= require bootstrap-dismiss
#= require jquery.modal
#= require utilities
#= require_tree ./objects
#= require_tree .
#= require uservoice
$ = jQuery
$ ->
# Navigation
if $('.fixed-nav').length
Curri.MainNav.init()
$('.collapse-toggle').on 'click', (e) ->
e.preventDefault()
$('body').toggleClass('nav-open')
Curri.MainNav.update()
Curri.SubNav.close()
$('.subnav-toggle').on 'click', (e) ->
e.preventDefault()
Curri.SubNav.toggle()
# Tracks & Analytics sidebar select menu
if Curri.mobileScreen() && $('#track').length
Curri.MobileSidebar.init()
# SegmentIO
if Curri.user
userData =
email: Curri.user.email
classRole: Curri.user.classrole_type
created: Curri.user.created_at
firstName: Curri.user.first_name || '<NAME>'
lastName: Curri.user.last_name || '<NAME>'
analytics.identify(Curri.user.id, userData)
analytics.trackLink($('#logout-link'), "Sign out")
$('a.open-modal').click ->
Curri.SubNav.close()
$('.error-message').remove()
$(this).modal(fadeDuration: 250)
return false | true | # This is a manifest file that'll be compiled into application.js, which will include all the files
# listed below.
#
# Any JavaScript/Coffee file within this directory, lib/assets/javascripts, vendor/assets/javascripts,
# or vendor/assets/javascripts of plugins, if any, can be referenced here using a relative path.
#
# It's not advisable to add code directly here, but if you do, it'll appear at the bottom of the
# compiled file.
#
# Read Sprockets README (https://github.com/sstephenson/sprockets#sprockets-directives) for details
# about supported directives.
#
#= require jquery
#= require jquery_ujs
#= require jquery.ui.sortable
#= require pickadate/picker
#= require pickadate/picker.date
#= require pickadate/picker.time
#= require matchMedia
#= require parser_rules/simple
#= require wysihtml5
#= require bootstrap-dismiss
#= require jquery.modal
#= require utilities
#= require_tree ./objects
#= require_tree .
#= require uservoice
$ = jQuery
$ ->
# Navigation
if $('.fixed-nav').length
Curri.MainNav.init()
$('.collapse-toggle').on 'click', (e) ->
e.preventDefault()
$('body').toggleClass('nav-open')
Curri.MainNav.update()
Curri.SubNav.close()
$('.subnav-toggle').on 'click', (e) ->
e.preventDefault()
Curri.SubNav.toggle()
# Tracks & Analytics sidebar select menu
if Curri.mobileScreen() && $('#track').length
Curri.MobileSidebar.init()
# SegmentIO
if Curri.user
userData =
email: Curri.user.email
classRole: Curri.user.classrole_type
created: Curri.user.created_at
firstName: Curri.user.first_name || 'PI:NAME:<NAME>END_PI'
lastName: Curri.user.last_name || 'PI:NAME:<NAME>END_PI'
analytics.identify(Curri.user.id, userData)
analytics.trackLink($('#logout-link'), "Sign out")
$('a.open-modal').click ->
Curri.SubNav.close()
$('.error-message').remove()
$(this).modal(fadeDuration: 250)
return false |
[
{
"context": "f an HTTP POST request to create a model.\r\n@author Nathan Klick\r\n@copyright QRef 2012\r\n###\r\nclass CreateAircraftM",
"end": 154,
"score": 0.999850869178772,
"start": 142,
"tag": "NAME",
"value": "Nathan Klick"
}
] | Workspace/QRef/NodeServer/src/specification/request/ajax/CreateAircraftModelAjaxRequest.coffee | qrefdev/qref | 0 | AjaxRequest = require('../../../serialization/AjaxRequest')
###
Object sent as the body of an HTTP POST request to create a model.
@author Nathan Klick
@copyright QRef 2012
###
class CreateAircraftModelAjaxRequest extends AjaxRequest
###
@property [String] (Required) The name of the model.
###
name:
type: String
required: true
###
@property [String] (Optional) A detailed description of the model.
###
description:
type: String
required: false
###
@property [ObjectId] (Required) The associated manufacturer of this model.
@see AircraftManufacturerSchemaInternal
###
manufacturer:
type: ObjectId
required: true
ref: 'aircraft.manufacturers'
###
@property [String] (Required) A string representing the specific year of this model.
###
modelYear:
type: String
required: true
module.exports = CreateAircraftModelAjaxRequest | 57256 | AjaxRequest = require('../../../serialization/AjaxRequest')
###
Object sent as the body of an HTTP POST request to create a model.
@author <NAME>
@copyright QRef 2012
###
class CreateAircraftModelAjaxRequest extends AjaxRequest
###
@property [String] (Required) The name of the model.
###
name:
type: String
required: true
###
@property [String] (Optional) A detailed description of the model.
###
description:
type: String
required: false
###
@property [ObjectId] (Required) The associated manufacturer of this model.
@see AircraftManufacturerSchemaInternal
###
manufacturer:
type: ObjectId
required: true
ref: 'aircraft.manufacturers'
###
@property [String] (Required) A string representing the specific year of this model.
###
modelYear:
type: String
required: true
module.exports = CreateAircraftModelAjaxRequest | true | AjaxRequest = require('../../../serialization/AjaxRequest')
###
Object sent as the body of an HTTP POST request to create a model.
@author PI:NAME:<NAME>END_PI
@copyright QRef 2012
###
class CreateAircraftModelAjaxRequest extends AjaxRequest
###
@property [String] (Required) The name of the model.
###
name:
type: String
required: true
###
@property [String] (Optional) A detailed description of the model.
###
description:
type: String
required: false
###
@property [ObjectId] (Required) The associated manufacturer of this model.
@see AircraftManufacturerSchemaInternal
###
manufacturer:
type: ObjectId
required: true
ref: 'aircraft.manufacturers'
###
@property [String] (Required) A string representing the specific year of this model.
###
modelYear:
type: String
required: true
module.exports = CreateAircraftModelAjaxRequest |
[
{
"context": "\"] = Meteor.userId()\n\t\tauthToken[\"X-Auth-Token\"] = Accounts._storedLoginToken()\n\t\turl = Meteor.absoluteUrl(\"api/setup/sso/\" + p",
"end": 757,
"score": 0.6606532335281372,
"start": 731,
"tag": "KEY",
"value": "Accounts._storedLoginToken"
}
] | creator/packages/steedos-base/client/router.coffee | yicone/steedos-platform | 42 | checkUserSigned = (context, redirect) ->
# if !Meteor.userId()
# Setup.validate();
FlowRouter.triggers.enter (context, redirect, stop)->
if context?.queryParams?.app_id
Session.set('current_app_id', context.queryParams.app_id)
FlowRouter.route '/steedos/sign-in',
triggersEnter: [ (context, redirect)->
Steedos.redirectToSignIn()
]
FlowRouter.route '/select-users',
action: (params, queryParams)->
BlazeLayout.render 'selectUsersLayout',
main: "reactSelectUsers"
FlowRouter.route '/apps/iframe/:app_id',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
authToken = {};
authToken["spaceId"] = Steedos.getSpaceId()
authToken["X-User-Id"] = Meteor.userId()
authToken["X-Auth-Token"] = Accounts._storedLoginToken()
url = Meteor.absoluteUrl("api/setup/sso/" + params.app_id + "?" + $.param(authToken))
BlazeLayout.render 'iframeLayout',
url: url
FlowRouter.route '/steedos/springboard',
triggersEnter: [ ->
FlowRouter.go "/"
]
FlowRouter.route '/springboard',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "springboard"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes = FlowRouter.group
prefix: '/workbench',
name: 'workbenchRoutes',
triggersEnter: [ checkUserSigned ],
workbenchRoutes.route '/',
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "workbench"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes.route '/manage',
action: (params, queryParams)->
BlazeLayout.render 'masterLayout',
main: "manageBusiness"
if Steedos.isMobile()
$("body").removeClass("sidebar-open") | 35358 | checkUserSigned = (context, redirect) ->
# if !Meteor.userId()
# Setup.validate();
FlowRouter.triggers.enter (context, redirect, stop)->
if context?.queryParams?.app_id
Session.set('current_app_id', context.queryParams.app_id)
FlowRouter.route '/steedos/sign-in',
triggersEnter: [ (context, redirect)->
Steedos.redirectToSignIn()
]
FlowRouter.route '/select-users',
action: (params, queryParams)->
BlazeLayout.render 'selectUsersLayout',
main: "reactSelectUsers"
FlowRouter.route '/apps/iframe/:app_id',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
authToken = {};
authToken["spaceId"] = Steedos.getSpaceId()
authToken["X-User-Id"] = Meteor.userId()
authToken["X-Auth-Token"] = <KEY>()
url = Meteor.absoluteUrl("api/setup/sso/" + params.app_id + "?" + $.param(authToken))
BlazeLayout.render 'iframeLayout',
url: url
FlowRouter.route '/steedos/springboard',
triggersEnter: [ ->
FlowRouter.go "/"
]
FlowRouter.route '/springboard',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "springboard"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes = FlowRouter.group
prefix: '/workbench',
name: 'workbenchRoutes',
triggersEnter: [ checkUserSigned ],
workbenchRoutes.route '/',
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "workbench"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes.route '/manage',
action: (params, queryParams)->
BlazeLayout.render 'masterLayout',
main: "manageBusiness"
if Steedos.isMobile()
$("body").removeClass("sidebar-open") | true | checkUserSigned = (context, redirect) ->
# if !Meteor.userId()
# Setup.validate();
FlowRouter.triggers.enter (context, redirect, stop)->
if context?.queryParams?.app_id
Session.set('current_app_id', context.queryParams.app_id)
FlowRouter.route '/steedos/sign-in',
triggersEnter: [ (context, redirect)->
Steedos.redirectToSignIn()
]
FlowRouter.route '/select-users',
action: (params, queryParams)->
BlazeLayout.render 'selectUsersLayout',
main: "reactSelectUsers"
FlowRouter.route '/apps/iframe/:app_id',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
authToken = {};
authToken["spaceId"] = Steedos.getSpaceId()
authToken["X-User-Id"] = Meteor.userId()
authToken["X-Auth-Token"] = PI:KEY:<KEY>END_PI()
url = Meteor.absoluteUrl("api/setup/sso/" + params.app_id + "?" + $.param(authToken))
BlazeLayout.render 'iframeLayout',
url: url
FlowRouter.route '/steedos/springboard',
triggersEnter: [ ->
FlowRouter.go "/"
]
FlowRouter.route '/springboard',
triggersEnter: [ checkUserSigned ],
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "springboard"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes = FlowRouter.group
prefix: '/workbench',
name: 'workbenchRoutes',
triggersEnter: [ checkUserSigned ],
workbenchRoutes.route '/',
action: (params, queryParams)->
if !Meteor.userId()
Steedos.redirectToSignIn()
return true
NavigationController.reset();
BlazeLayout.render 'masterLayout',
main: "workbench"
if Steedos.isMobile()
$("body").removeClass("sidebar-open")
workbenchRoutes.route '/manage',
action: (params, queryParams)->
BlazeLayout.render 'masterLayout',
main: "manageBusiness"
if Steedos.isMobile()
$("body").removeClass("sidebar-open") |
[
{
"context": "lass ContactifyPlugin extends BasePlugin\n\t\tname: 'contactifyr'\n\n\t\tconfig:\n\t\t\tcontact:\n\t\t\t\tpath: '/contact-form'",
"end": 184,
"score": 0.9630791544914246,
"start": 173,
"tag": "USERNAME",
"value": "contactifyr"
},
{
"context": "unt (which will have its own 'from')\n\t\t\t\t# from: 'me@site.name',\n\t\t\t\tredirect: '/'\n\t\t\t\tto: 'me@site.name'\n\t\t\t\tsu",
"end": 345,
"score": 0.999899685382843,
"start": 333,
"tag": "EMAIL",
"value": "me@site.name"
},
{
"context": " from: 'me@site.name',\n\t\t\t\tredirect: '/'\n\t\t\t\tto: 'me@site.name'\n\t\t\t\tsubject: 'Inquiry' # OPTIONAL\n\t\t\t\ttransport:",
"end": 387,
"score": 0.9998824000358582,
"start": 375,
"tag": "EMAIL",
"value": "me@site.name"
},
{
"context": "87,\n\t\t\t\t\tsecure: false,\n\t\t\t\t\tauth: {\n\t\t\t\t\t\tuser: 'contact@me.com',\n\t\t\t\t\t\tpass: 'password'\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\tserverEx",
"end": 573,
"score": 0.9999160766601562,
"start": 559,
"tag": "EMAIL",
"value": "contact@me.com"
},
{
"context": "uth: {\n\t\t\t\t\t\tuser: 'contact@me.com',\n\t\t\t\t\t\tpass: 'password'\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\tserverExtend: (opts) ->\n\t\t\t{serv",
"end": 597,
"score": 0.9987389445304871,
"start": 589,
"tag": "PASSWORD",
"value": "password"
}
] | source/contactifyr.plugin.coffee | redbox-mint-contrib/docpad-plugin-contactifyr | 0 | nodemailer = require 'nodemailer'
axios = require 'axios'
# docpad = require 'docpad'
module.exports = (BasePlugin) ->
class ContactifyPlugin extends BasePlugin
name: 'contactifyr'
config:
contact:
path: '/contact-form'
# No from necessary if using an existing account (which will have its own 'from')
# from: 'me@site.name',
redirect: '/'
to: 'me@site.name'
subject: 'Inquiry' # OPTIONAL
transport: {
service: 'Gmail',
host: 'smtp.ethereal.email',
port: 587,
secure: false,
auth: {
user: 'contact@me.com',
pass: 'password'
}
}
serverExtend: (opts) ->
{server} = opts
config = @getConfig()
smtp = nodemailer.createTransport(config.transport)
server.post config.contact.path, (req, res) ->
receivers = []
enquiry = req.body
console.log('enquiry:', enquiry)
# data = {
# secret: '',
# response: enquiry['g-recaptcha-response']
# }
parameters = '?secret=foobar&response=' + enquiry['g-recaptcha-response']
url = 'https://www.google.com/recaptcha/api/siteverify' + parameters
console.log('url is', url)
axios.post(url).then (response) ->
console.log(response)
# if recaptcha response fails do not send
if response.success
# if 'honeypot' field filled out, do not send
if not enquiry.email || enquiry.email == ''
receivers.push(enquiry.redbox_email, config.contact.to)
mailOptions = {
to: receivers.join(","),
subject: 'Enquiry from ' + enquiry.fname + ' ' + enquiry.lname + ' <' + enquiry.redbox_email + '>',
text: enquiry.message,
html: '<p>' + enquiry.message + '</p>'
}
smtp.sendMail mailOptions, (err, resp) ->
if(err)
console.log("There was an error sending email", err)
else
console.log("send mail response:", resp)
res.redirect config.contact.redirect
@
| 15106 | nodemailer = require 'nodemailer'
axios = require 'axios'
# docpad = require 'docpad'
module.exports = (BasePlugin) ->
class ContactifyPlugin extends BasePlugin
name: 'contactifyr'
config:
contact:
path: '/contact-form'
# No from necessary if using an existing account (which will have its own 'from')
# from: '<EMAIL>',
redirect: '/'
to: '<EMAIL>'
subject: 'Inquiry' # OPTIONAL
transport: {
service: 'Gmail',
host: 'smtp.ethereal.email',
port: 587,
secure: false,
auth: {
user: '<EMAIL>',
pass: '<PASSWORD>'
}
}
serverExtend: (opts) ->
{server} = opts
config = @getConfig()
smtp = nodemailer.createTransport(config.transport)
server.post config.contact.path, (req, res) ->
receivers = []
enquiry = req.body
console.log('enquiry:', enquiry)
# data = {
# secret: '',
# response: enquiry['g-recaptcha-response']
# }
parameters = '?secret=foobar&response=' + enquiry['g-recaptcha-response']
url = 'https://www.google.com/recaptcha/api/siteverify' + parameters
console.log('url is', url)
axios.post(url).then (response) ->
console.log(response)
# if recaptcha response fails do not send
if response.success
# if 'honeypot' field filled out, do not send
if not enquiry.email || enquiry.email == ''
receivers.push(enquiry.redbox_email, config.contact.to)
mailOptions = {
to: receivers.join(","),
subject: 'Enquiry from ' + enquiry.fname + ' ' + enquiry.lname + ' <' + enquiry.redbox_email + '>',
text: enquiry.message,
html: '<p>' + enquiry.message + '</p>'
}
smtp.sendMail mailOptions, (err, resp) ->
if(err)
console.log("There was an error sending email", err)
else
console.log("send mail response:", resp)
res.redirect config.contact.redirect
@
| true | nodemailer = require 'nodemailer'
axios = require 'axios'
# docpad = require 'docpad'
module.exports = (BasePlugin) ->
class ContactifyPlugin extends BasePlugin
name: 'contactifyr'
config:
contact:
path: '/contact-form'
# No from necessary if using an existing account (which will have its own 'from')
# from: 'PI:EMAIL:<EMAIL>END_PI',
redirect: '/'
to: 'PI:EMAIL:<EMAIL>END_PI'
subject: 'Inquiry' # OPTIONAL
transport: {
service: 'Gmail',
host: 'smtp.ethereal.email',
port: 587,
secure: false,
auth: {
user: 'PI:EMAIL:<EMAIL>END_PI',
pass: 'PI:PASSWORD:<PASSWORD>END_PI'
}
}
serverExtend: (opts) ->
{server} = opts
config = @getConfig()
smtp = nodemailer.createTransport(config.transport)
server.post config.contact.path, (req, res) ->
receivers = []
enquiry = req.body
console.log('enquiry:', enquiry)
# data = {
# secret: '',
# response: enquiry['g-recaptcha-response']
# }
parameters = '?secret=foobar&response=' + enquiry['g-recaptcha-response']
url = 'https://www.google.com/recaptcha/api/siteverify' + parameters
console.log('url is', url)
axios.post(url).then (response) ->
console.log(response)
# if recaptcha response fails do not send
if response.success
# if 'honeypot' field filled out, do not send
if not enquiry.email || enquiry.email == ''
receivers.push(enquiry.redbox_email, config.contact.to)
mailOptions = {
to: receivers.join(","),
subject: 'Enquiry from ' + enquiry.fname + ' ' + enquiry.lname + ' <' + enquiry.redbox_email + '>',
text: enquiry.message,
html: '<p>' + enquiry.message + '</p>'
}
smtp.sendMail mailOptions, (err, resp) ->
if(err)
console.log("There was an error sending email", err)
else
console.log("send mail response:", resp)
res.redirect config.contact.redirect
@
|
[
{
"context": "###*\n * 表单验证\n * @author vfasky <vfasky@gmail.com>\n###\n'use strict'\n\n{View} = req",
"end": 30,
"score": 0.9995235800743103,
"start": 24,
"tag": "USERNAME",
"value": "vfasky"
},
{
"context": "###*\n * 表单验证\n * @author vfasky <vfasky@gmail.com>\n###\n'use strict'\n\n{View} = require 'mcoreapp'\n\nw",
"end": 48,
"score": 0.9999198317527771,
"start": 32,
"tag": "EMAIL",
"value": "vfasky@gmail.com"
}
] | example/src/validator.coffee | vfasky/mcore-weui | 0 | ###*
* 表单验证
* @author vfasky <vfasky@gmail.com>
###
'use strict'
{View} = require 'mcoreapp'
weui = require 'mcore-weui'
class Validator extends View
init: ->
@validator = new weui.Validator @.$el[0]
run: ->
@render require('../tpl/validator.html')
send: (err, data)->
return @validator.showError err if err
console.log data
module.exports = Validator
module.exports.viewName = 'validator'
| 94963 | ###*
* 表单验证
* @author vfasky <<EMAIL>>
###
'use strict'
{View} = require 'mcoreapp'
weui = require 'mcore-weui'
class Validator extends View
init: ->
@validator = new weui.Validator @.$el[0]
run: ->
@render require('../tpl/validator.html')
send: (err, data)->
return @validator.showError err if err
console.log data
module.exports = Validator
module.exports.viewName = 'validator'
| true | ###*
* 表单验证
* @author vfasky <PI:EMAIL:<EMAIL>END_PI>
###
'use strict'
{View} = require 'mcoreapp'
weui = require 'mcore-weui'
class Validator extends View
init: ->
@validator = new weui.Validator @.$el[0]
run: ->
@render require('../tpl/validator.html')
send: (err, data)->
return @validator.showError err if err
console.log data
module.exports = Validator
module.exports.viewName = 'validator'
|
[
{
"context": "# Copyright Joyent, Inc. and other Node contributors.\n#\n# Permission",
"end": 18,
"score": 0.9988743662834167,
"start": 12,
"tag": "NAME",
"value": "Joyent"
},
{
"context": "ction, and runMain when\n # that occurs. --isaacs\n debugTimeout = +process.env.NODE_DEBUG_TI",
"end": 4465,
"score": 0.9913687705993652,
"start": 4459,
"tag": "USERNAME",
"value": "isaacs"
},
{
"context": "vent loop alive.\n # See https://github.com/joyent/node/issues/1726\n stream._handle.unref() ",
"end": 7610,
"score": 0.9995031356811523,
"start": 7604,
"tag": "USERNAME",
"value": "joyent"
},
{
"context": "vent loop alive.\n # See https://github.com/joyent/node/issues/1726\n stream._handle.unref() ",
"end": 8541,
"score": 0.9994926452636719,
"start": 8535,
"tag": "USERNAME",
"value": "joyent"
},
{
"context": "NativeModule::cache = ->\n NativeModule._cache[@id] = this\n return\n\n startup()\n return\n",
"end": 21976,
"score": 0.7292811870574951,
"start": 21974,
"tag": "USERNAME",
"value": "id"
}
] | src/node.coffee | lxe/io.coffee | 0 | # Copyright Joyent, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# Hello, and welcome to hacking node.js!
#
# This file is invoked by node::Load in src/node.cc, and responsible for
# bootstrapping the node.js core. Special caution is given to the performance
# of the startup process, so many dependencies are invoked lazily.
"use strict"
(process) ->
startup = ->
EventEmitter = NativeModule.require("events").EventEmitter
process.__proto__ = Object.create(EventEmitter::,
constructor:
value: process.constructor
)
EventEmitter.call process
process.EventEmitter = EventEmitter # process.EventEmitter is deprecated
# do this good and early, since it handles errors.
startup.processFatal()
startup.globalVariables()
startup.globalTimeouts()
startup.globalConsole()
startup.processAssert()
startup.processConfig()
startup.processNextTick()
startup.processStdio()
startup.processKillAndExit()
startup.processSignalHandlers()
# Do not initialize channel in debugger agent, it deletes env variable
# and the main thread won't see it.
startup.processChannel() if process.argv[1] isnt "--debug-agent"
startup.processRawDebug()
startup.resolveArgv0()
# There are various modes that Node can run in. The most common two
# are running from a script and running the REPL - but there are a few
# others like the debugger or running --eval arguments. Here we decide
# which mode we run in.
if NativeModule.exists("_third_party_main")
# To allow people to extend Node in different ways, this hook allows
# one to drop a file lib/_third_party_main.js into the build
# directory which will be executed instead of Node's normal loading.
process.nextTick ->
NativeModule.require "_third_party_main"
return
else if process.argv[1] is "debug"
# Start the debugger agent
d = NativeModule.require("_debugger")
d.start()
else if process.argv[1] is "--debug-agent"
# Start the debugger agent
d = NativeModule.require("_debug_agent")
d.start()
else if process._eval?
# User passed '-e' or '--eval' arguments to Node.
evalScript "[eval]"
else if process.argv[1]
# make process.argv[1] into a full path
path = NativeModule.require("path")
process.argv[1] = path.resolve(process.argv[1])
# If this is a worker in cluster mode, start up the communication
# channel.
if process.env.NODE_UNIQUE_ID
cluster = NativeModule.require("cluster")
cluster._setupWorker()
# Make sure it's not accidentally inherited by child processes.
delete process.env.NODE_UNIQUE_ID
Module = NativeModule.require("module")
if global.v8debug and process.execArgv.some((arg) ->
arg.match /^--debug-brk(=[0-9]*)?$/
)
# XXX Fix this terrible hack!
#
# Give the client program a few ticks to connect.
# Otherwise, there's a race condition where `node debug foo.js`
# will not be able to connect in time to catch the first
# breakpoint message on line 1.
#
# A better fix would be to somehow get a message from the
# global.v8debug object about a connection, and runMain when
# that occurs. --isaacs
debugTimeout = +process.env.NODE_DEBUG_TIMEOUT or 50
setTimeout Module.runMain, debugTimeout
else
# Main entry point into most programs:
Module.runMain()
else
Module = NativeModule.require("module")
# If -i or --interactive were passed, or stdin is a TTY.
if process._forceRepl or NativeModule.require("tty").isatty(0)
# REPL
opts =
useGlobal: true
ignoreUndefined: false
opts.terminal = false if parseInt(process.env["NODE_NO_READLINE"], 10)
opts.useColors = false if parseInt(process.env["NODE_DISABLE_COLORS"], 10)
repl = Module.requireRepl().start(opts)
repl.on "exit", ->
process.exit()
return
else
# Read all of stdin - execute it.
process.stdin.setEncoding "utf8"
code = ""
process.stdin.on "data", (d) ->
code += d
return
process.stdin.on "end", ->
process._eval = code
evalScript "[stdin]"
return
return
# If someone handled it, then great. otherwise, die in C++ land
# since that means that we'll exit the process, emit the 'exit' event
# nothing to be done about it at this point.
# if we handled an error, then make sure any ticks get processed
# used for `process.config`, but not a real module
# strip the gyp comment line at the beginning
# Used to run V8's micro task queue.
# This tickInfo thing is used so that the C++ code in src/node.cc
# can have easy accesss to our nextTick state, and avoid unnecessary
# *Must* match Environment::TickInfo::Fields in src/env.h.
# Needs to be accessible from beyond this scope.
# Run callbacks that have no domain.
# Using domains will cause this to be overridden.
# on the way out, don't bother. it won't get fired anyway.
evalScript = (name) ->
Module = NativeModule.require("module")
path = NativeModule.require("path")
cwd = process.cwd()
module = new Module(name)
module.filename = path.join(cwd, name)
module.paths = Module._nodeModulePaths(cwd)
script = process._eval
unless Module._contextLoad
body = script
script = "global.__filename = " + JSON.stringify(name) + ";\n" + "global.exports = exports;\n" + "global.module = module;\n" + "global.__dirname = __dirname;\n" + "global.require = require;\n" + "return require(\"vm\").runInThisContext(" + JSON.stringify(body) + ", { filename: " + JSON.stringify(name) + " });\n"
result = module._compile(script, name + "-wrapper")
console.log result if process._print_eval
return
createWritableStdioStream = (fd) ->
stream = undefined
tty_wrap = process.binding("tty_wrap")
# Note stream._type is used for test-module-load-list.js
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stream = new tty.WriteStream(fd)
stream._type = "tty"
# Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
when "FILE"
fs = NativeModule.require("fs")
stream = new fs.SyncWriteStream(fd,
autoClose: false
)
stream._type = "fs"
when "PIPE", "TCP"
net = NativeModule.require("net")
stream = new net.Socket(
fd: fd
readable: false
writable: true
)
# FIXME Should probably have an option in net.Socket to create a
# stream from an existing fd which is writable only. But for now
# we'll just add this hack and set the `readable` member to false.
# Test: ./node test/fixtures/echo.js < /etc/passwd
stream.readable = false
stream.read = null
stream._type = "pipe"
# FIXME Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
else
# Probably an error on in uv_guess_handle()
throw new Error("Implement me. Unknown stream file type!")
# For supporting legacy API we put the FD here.
stream.fd = fd
stream._isStdio = true
stream
# It could be that process has been started with an IPC channel
# sitting on fd=0, in such case the pipe for this fd is already
# present and creating a new one will lead to the assertion failure
# in libuv.
# Probably an error on in uv_guess_handle()
# For supporting legacy API we put the FD here.
# stdin starts out life in a paused state, but node doesn't
# know yet. Explicitly to readStop() it to put it in the
# not-reading state.
# if the user calls stdin.pause(), then we need to stop reading
# immediately, so that the process can close down.
# preserve null signal
# Load events module in order to access prototype elements on process like
# process.addListener.
# Wrap addListener for the special signal types
# If we were spawned with env NODE_CHANNEL_FD then load that up and
# start parsing data from that stream.
# Make sure it's not accidentally inherited by child processes.
# Load tcp_wrap to avoid situation where we might immediately receive
# a message.
# FIXME is this really necessary?
# Make process.argv[0] into a full path, but only touch argv[0] if it's
# not a system $PATH lookup.
# TODO: Make this work on Windows as well. Note that "node" might
# execute cwd\node.exe, or some %PATH%\node.exe on Windows,
# and that every directory has its own cwd, so d:node.exe is valid.
# Below you find a minimal module system, which is used to load the node
# core modules found in lib/*.js. All core modules are compiled into the
# node binary, so they can be loaded faster.
runInThisContext = (code, options) ->
script = new ContextifyScript(code, options)
script.runInThisContext()
NativeModule = (id) ->
@filename = id + ".js"
@id = id
@exports = {}
@loaded = false
return
@global = this
startup.globalVariables = ->
global.process = process
global.global = global
global.GLOBAL = global
global.root = global
global.Buffer = NativeModule.require("buffer").Buffer
process.domain = null
process._exiting = false
return
startup.globalTimeouts = ->
global.setTimeout = ->
t = NativeModule.require("timers")
t.setTimeout.apply this, arguments
global.setInterval = ->
t = NativeModule.require("timers")
t.setInterval.apply this, arguments
global.clearTimeout = ->
t = NativeModule.require("timers")
t.clearTimeout.apply this, arguments
global.clearInterval = ->
t = NativeModule.require("timers")
t.clearInterval.apply this, arguments
global.setImmediate = ->
t = NativeModule.require("timers")
t.setImmediate.apply this, arguments
global.clearImmediate = ->
t = NativeModule.require("timers")
t.clearImmediate.apply this, arguments
return
startup.globalConsole = ->
global.__defineGetter__ "console", ->
NativeModule.require "console"
return
startup._lazyConstants = null
startup.lazyConstants = ->
startup._lazyConstants = process.binding("constants") unless startup._lazyConstants
startup._lazyConstants
startup.processFatal = ->
process._fatalException = (er) ->
caught = undefined
caught = process.domain._errorHandler(er) or caught if process.domain and process.domain._errorHandler
caught = process.emit("uncaughtException", er) unless caught
unless caught
try
unless process._exiting
process._exiting = true
process.emit "exit", 1
else
NativeModule.require("timers").setImmediate process._tickCallback
caught
return
assert = undefined
startup.processAssert = ->
assert = process.assert = (x, msg) ->
throw new Error(msg or "assertion error") unless x
return
return
startup.processConfig = ->
config = NativeModule._source.config
delete NativeModule._source.config
config = config.split("\n").slice(1).join("\n").replace(/"/g, "\\\"").replace(/'/g, "\"")
process.config = JSON.parse(config, (key, value) ->
return true if value is "true"
return false if value is "false"
value
)
return
startup.processNextTick = ->
tickDone = ->
if tickInfo[kLength] isnt 0
if tickInfo[kLength] <= tickInfo[kIndex]
nextTickQueue = []
tickInfo[kLength] = 0
else
nextTickQueue.splice 0, tickInfo[kIndex]
tickInfo[kLength] = nextTickQueue.length
tickInfo[kIndex] = 0
return
scheduleMicrotasks = ->
return if microtasksScheduled
nextTickQueue.push
callback: runMicrotasksCallback
domain: null
tickInfo[kLength]++
microtasksScheduled = true
return
runMicrotasksCallback = ->
microtasksScheduled = false
_runMicrotasks()
scheduleMicrotasks() if tickInfo[kIndex] < tickInfo[kLength]
return
_tickCallback = ->
callback = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
tickDone()
return
_tickDomainCallback = ->
callback = undefined
domain = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
domain = tock.domain
domain.enter() if domain
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
domain.exit() if domain
tickDone()
return
nextTick = (callback) ->
return if process._exiting
obj =
callback: callback
domain: process.domain or null
nextTickQueue.push obj
tickInfo[kLength]++
return
nextTickQueue = []
microtasksScheduled = false
_runMicrotasks = {}
tickInfo = {}
kIndex = 0
kLength = 1
process.nextTick = nextTick
process._tickCallback = _tickCallback
process._tickDomainCallback = _tickDomainCallback
process._setupNextTick tickInfo, _tickCallback, _runMicrotasks
_runMicrotasks = _runMicrotasks.runMicrotasks
return
startup.processStdio = ->
stdin = undefined
stdout = undefined
stderr = undefined
process.__defineGetter__ "stdout", ->
return stdout if stdout
stdout = createWritableStdioStream(1)
stdout.destroy = stdout.destroySoon = (er) ->
er = er or new Error("process.stdout cannot be closed.")
stdout.emit "error", er
return
if stdout.isTTY
process.on "SIGWINCH", ->
stdout._refreshSize()
return
stdout
process.__defineGetter__ "stderr", ->
return stderr if stderr
stderr = createWritableStdioStream(2)
stderr.destroy = stderr.destroySoon = (er) ->
er = er or new Error("process.stderr cannot be closed.")
stderr.emit "error", er
return
stderr
process.__defineGetter__ "stdin", ->
return stdin if stdin
tty_wrap = process.binding("tty_wrap")
fd = 0
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stdin = new tty.ReadStream(fd,
highWaterMark: 0
readable: true
writable: false
)
when "FILE"
fs = NativeModule.require("fs")
stdin = new fs.ReadStream(null,
fd: fd
autoClose: false
)
when "PIPE", "TCP"
net = NativeModule.require("net")
if process._channel and process._channel.fd is fd
stdin = new net.Socket(
handle: process._channel
readable: true
writable: false
)
else
stdin = new net.Socket(
fd: fd
readable: true
writable: false
)
else
throw new Error("Implement me. Unknown stdin file type!")
stdin.fd = fd
if stdin._handle and stdin._handle.readStop
stdin._handle.reading = false
stdin._readableState.reading = false
stdin._handle.readStop()
stdin.on "pause", ->
return unless stdin._handle
stdin._readableState.reading = false
stdin._handle.reading = false
stdin._handle.readStop()
return
stdin
process.openStdin = ->
process.stdin.resume()
process.stdin
return
startup.processKillAndExit = ->
process.exit = (code) ->
process.exitCode = code if code or code is 0
unless process._exiting
process._exiting = true
process.emit "exit", process.exitCode or 0
process.reallyExit process.exitCode or 0
return
process.kill = (pid, sig) ->
err = undefined
throw new TypeError("invalid pid") unless pid is (pid | 0)
if 0 is sig
err = process._kill(pid, 0)
else
sig = sig or "SIGTERM"
if startup.lazyConstants()[sig] and sig.slice(0, 3) is "SIG"
err = process._kill(pid, startup.lazyConstants()[sig])
else
throw new Error("Unknown signal: " + sig)
if err
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "kill")
true
return
startup.processSignalHandlers = ->
isSignal = (event) ->
event.slice(0, 3) is "SIG" and startup.lazyConstants().hasOwnProperty(event)
signalWraps = {}
addListener = process.addListener
removeListener = process.removeListener
process.on = process.addListener = (type, listener) ->
if isSignal(type) and not signalWraps.hasOwnProperty(type)
Signal = process.binding("signal_wrap").Signal
wrap = new Signal()
wrap.unref()
wrap.onsignal = ->
process.emit type
return
signum = startup.lazyConstants()[type]
err = wrap.start(signum)
if err
wrap.close()
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "uv_signal_start")
signalWraps[type] = wrap
addListener.apply this, arguments
process.removeListener = (type, listener) ->
ret = removeListener.apply(this, arguments)
if isSignal(type)
assert signalWraps.hasOwnProperty(type)
if NativeModule.require("events").listenerCount(this, type) is 0
signalWraps[type].close()
delete signalWraps[type]
ret
return
startup.processChannel = ->
if process.env.NODE_CHANNEL_FD
fd = parseInt(process.env.NODE_CHANNEL_FD, 10)
assert fd >= 0
delete process.env.NODE_CHANNEL_FD
cp = NativeModule.require("child_process")
process.binding "tcp_wrap"
cp._forkChild fd
assert process.send
return
startup.processRawDebug = ->
format = NativeModule.require("util").format
rawDebug = process._rawDebug
process._rawDebug = ->
rawDebug format.apply(null, arguments)
return
return
startup.resolveArgv0 = ->
cwd = process.cwd()
isWindows = process.platform is "win32"
argv0 = process.argv[0]
if not isWindows and argv0.indexOf("/") isnt -1 and argv0.charAt(0) isnt "/"
path = NativeModule.require("path")
process.argv[0] = path.join(cwd, process.argv[0])
return
ContextifyScript = process.binding("contextify").ContextifyScript
NativeModule._source = process.binding("natives")
NativeModule._cache = {}
NativeModule.require = (id) ->
return NativeModule if id is "native_module"
cached = NativeModule.getCached(id)
return cached.exports if cached
throw new Error("No such native module " + id) unless NativeModule.exists(id)
process.moduleLoadList.push "NativeModule " + id
nativeModule = new NativeModule(id)
nativeModule.cache()
nativeModule.compile()
nativeModule.exports
NativeModule.getCached = (id) ->
NativeModule._cache[id]
NativeModule.exists = (id) ->
NativeModule._source.hasOwnProperty id
NativeModule.getSource = (id) ->
NativeModule._source[id]
NativeModule.wrap = (script) ->
NativeModule.wrapper[0] + script + NativeModule.wrapper[1]
NativeModule.wrapper = [
"(function (exports, require, module, __filename, __dirname) { "
"\n});"
]
NativeModule::compile = ->
source = NativeModule.getSource(@id)
source = NativeModule.wrap(source)
fn = runInThisContext(source,
filename: @filename
)
fn @exports, NativeModule.require, this, @filename
@loaded = true
return
NativeModule::cache = ->
NativeModule._cache[@id] = this
return
startup()
return
| 122444 | # Copyright <NAME>, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# Hello, and welcome to hacking node.js!
#
# This file is invoked by node::Load in src/node.cc, and responsible for
# bootstrapping the node.js core. Special caution is given to the performance
# of the startup process, so many dependencies are invoked lazily.
"use strict"
(process) ->
startup = ->
EventEmitter = NativeModule.require("events").EventEmitter
process.__proto__ = Object.create(EventEmitter::,
constructor:
value: process.constructor
)
EventEmitter.call process
process.EventEmitter = EventEmitter # process.EventEmitter is deprecated
# do this good and early, since it handles errors.
startup.processFatal()
startup.globalVariables()
startup.globalTimeouts()
startup.globalConsole()
startup.processAssert()
startup.processConfig()
startup.processNextTick()
startup.processStdio()
startup.processKillAndExit()
startup.processSignalHandlers()
# Do not initialize channel in debugger agent, it deletes env variable
# and the main thread won't see it.
startup.processChannel() if process.argv[1] isnt "--debug-agent"
startup.processRawDebug()
startup.resolveArgv0()
# There are various modes that Node can run in. The most common two
# are running from a script and running the REPL - but there are a few
# others like the debugger or running --eval arguments. Here we decide
# which mode we run in.
if NativeModule.exists("_third_party_main")
# To allow people to extend Node in different ways, this hook allows
# one to drop a file lib/_third_party_main.js into the build
# directory which will be executed instead of Node's normal loading.
process.nextTick ->
NativeModule.require "_third_party_main"
return
else if process.argv[1] is "debug"
# Start the debugger agent
d = NativeModule.require("_debugger")
d.start()
else if process.argv[1] is "--debug-agent"
# Start the debugger agent
d = NativeModule.require("_debug_agent")
d.start()
else if process._eval?
# User passed '-e' or '--eval' arguments to Node.
evalScript "[eval]"
else if process.argv[1]
# make process.argv[1] into a full path
path = NativeModule.require("path")
process.argv[1] = path.resolve(process.argv[1])
# If this is a worker in cluster mode, start up the communication
# channel.
if process.env.NODE_UNIQUE_ID
cluster = NativeModule.require("cluster")
cluster._setupWorker()
# Make sure it's not accidentally inherited by child processes.
delete process.env.NODE_UNIQUE_ID
Module = NativeModule.require("module")
if global.v8debug and process.execArgv.some((arg) ->
arg.match /^--debug-brk(=[0-9]*)?$/
)
# XXX Fix this terrible hack!
#
# Give the client program a few ticks to connect.
# Otherwise, there's a race condition where `node debug foo.js`
# will not be able to connect in time to catch the first
# breakpoint message on line 1.
#
# A better fix would be to somehow get a message from the
# global.v8debug object about a connection, and runMain when
# that occurs. --isaacs
debugTimeout = +process.env.NODE_DEBUG_TIMEOUT or 50
setTimeout Module.runMain, debugTimeout
else
# Main entry point into most programs:
Module.runMain()
else
Module = NativeModule.require("module")
# If -i or --interactive were passed, or stdin is a TTY.
if process._forceRepl or NativeModule.require("tty").isatty(0)
# REPL
opts =
useGlobal: true
ignoreUndefined: false
opts.terminal = false if parseInt(process.env["NODE_NO_READLINE"], 10)
opts.useColors = false if parseInt(process.env["NODE_DISABLE_COLORS"], 10)
repl = Module.requireRepl().start(opts)
repl.on "exit", ->
process.exit()
return
else
# Read all of stdin - execute it.
process.stdin.setEncoding "utf8"
code = ""
process.stdin.on "data", (d) ->
code += d
return
process.stdin.on "end", ->
process._eval = code
evalScript "[stdin]"
return
return
# If someone handled it, then great. otherwise, die in C++ land
# since that means that we'll exit the process, emit the 'exit' event
# nothing to be done about it at this point.
# if we handled an error, then make sure any ticks get processed
# used for `process.config`, but not a real module
# strip the gyp comment line at the beginning
# Used to run V8's micro task queue.
# This tickInfo thing is used so that the C++ code in src/node.cc
# can have easy accesss to our nextTick state, and avoid unnecessary
# *Must* match Environment::TickInfo::Fields in src/env.h.
# Needs to be accessible from beyond this scope.
# Run callbacks that have no domain.
# Using domains will cause this to be overridden.
# on the way out, don't bother. it won't get fired anyway.
evalScript = (name) ->
Module = NativeModule.require("module")
path = NativeModule.require("path")
cwd = process.cwd()
module = new Module(name)
module.filename = path.join(cwd, name)
module.paths = Module._nodeModulePaths(cwd)
script = process._eval
unless Module._contextLoad
body = script
script = "global.__filename = " + JSON.stringify(name) + ";\n" + "global.exports = exports;\n" + "global.module = module;\n" + "global.__dirname = __dirname;\n" + "global.require = require;\n" + "return require(\"vm\").runInThisContext(" + JSON.stringify(body) + ", { filename: " + JSON.stringify(name) + " });\n"
result = module._compile(script, name + "-wrapper")
console.log result if process._print_eval
return
createWritableStdioStream = (fd) ->
stream = undefined
tty_wrap = process.binding("tty_wrap")
# Note stream._type is used for test-module-load-list.js
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stream = new tty.WriteStream(fd)
stream._type = "tty"
# Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
when "FILE"
fs = NativeModule.require("fs")
stream = new fs.SyncWriteStream(fd,
autoClose: false
)
stream._type = "fs"
when "PIPE", "TCP"
net = NativeModule.require("net")
stream = new net.Socket(
fd: fd
readable: false
writable: true
)
# FIXME Should probably have an option in net.Socket to create a
# stream from an existing fd which is writable only. But for now
# we'll just add this hack and set the `readable` member to false.
# Test: ./node test/fixtures/echo.js < /etc/passwd
stream.readable = false
stream.read = null
stream._type = "pipe"
# FIXME Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
else
# Probably an error on in uv_guess_handle()
throw new Error("Implement me. Unknown stream file type!")
# For supporting legacy API we put the FD here.
stream.fd = fd
stream._isStdio = true
stream
# It could be that process has been started with an IPC channel
# sitting on fd=0, in such case the pipe for this fd is already
# present and creating a new one will lead to the assertion failure
# in libuv.
# Probably an error on in uv_guess_handle()
# For supporting legacy API we put the FD here.
# stdin starts out life in a paused state, but node doesn't
# know yet. Explicitly to readStop() it to put it in the
# not-reading state.
# if the user calls stdin.pause(), then we need to stop reading
# immediately, so that the process can close down.
# preserve null signal
# Load events module in order to access prototype elements on process like
# process.addListener.
# Wrap addListener for the special signal types
# If we were spawned with env NODE_CHANNEL_FD then load that up and
# start parsing data from that stream.
# Make sure it's not accidentally inherited by child processes.
# Load tcp_wrap to avoid situation where we might immediately receive
# a message.
# FIXME is this really necessary?
# Make process.argv[0] into a full path, but only touch argv[0] if it's
# not a system $PATH lookup.
# TODO: Make this work on Windows as well. Note that "node" might
# execute cwd\node.exe, or some %PATH%\node.exe on Windows,
# and that every directory has its own cwd, so d:node.exe is valid.
# Below you find a minimal module system, which is used to load the node
# core modules found in lib/*.js. All core modules are compiled into the
# node binary, so they can be loaded faster.
runInThisContext = (code, options) ->
script = new ContextifyScript(code, options)
script.runInThisContext()
NativeModule = (id) ->
@filename = id + ".js"
@id = id
@exports = {}
@loaded = false
return
@global = this
startup.globalVariables = ->
global.process = process
global.global = global
global.GLOBAL = global
global.root = global
global.Buffer = NativeModule.require("buffer").Buffer
process.domain = null
process._exiting = false
return
startup.globalTimeouts = ->
global.setTimeout = ->
t = NativeModule.require("timers")
t.setTimeout.apply this, arguments
global.setInterval = ->
t = NativeModule.require("timers")
t.setInterval.apply this, arguments
global.clearTimeout = ->
t = NativeModule.require("timers")
t.clearTimeout.apply this, arguments
global.clearInterval = ->
t = NativeModule.require("timers")
t.clearInterval.apply this, arguments
global.setImmediate = ->
t = NativeModule.require("timers")
t.setImmediate.apply this, arguments
global.clearImmediate = ->
t = NativeModule.require("timers")
t.clearImmediate.apply this, arguments
return
startup.globalConsole = ->
global.__defineGetter__ "console", ->
NativeModule.require "console"
return
startup._lazyConstants = null
startup.lazyConstants = ->
startup._lazyConstants = process.binding("constants") unless startup._lazyConstants
startup._lazyConstants
startup.processFatal = ->
process._fatalException = (er) ->
caught = undefined
caught = process.domain._errorHandler(er) or caught if process.domain and process.domain._errorHandler
caught = process.emit("uncaughtException", er) unless caught
unless caught
try
unless process._exiting
process._exiting = true
process.emit "exit", 1
else
NativeModule.require("timers").setImmediate process._tickCallback
caught
return
assert = undefined
startup.processAssert = ->
assert = process.assert = (x, msg) ->
throw new Error(msg or "assertion error") unless x
return
return
startup.processConfig = ->
config = NativeModule._source.config
delete NativeModule._source.config
config = config.split("\n").slice(1).join("\n").replace(/"/g, "\\\"").replace(/'/g, "\"")
process.config = JSON.parse(config, (key, value) ->
return true if value is "true"
return false if value is "false"
value
)
return
startup.processNextTick = ->
tickDone = ->
if tickInfo[kLength] isnt 0
if tickInfo[kLength] <= tickInfo[kIndex]
nextTickQueue = []
tickInfo[kLength] = 0
else
nextTickQueue.splice 0, tickInfo[kIndex]
tickInfo[kLength] = nextTickQueue.length
tickInfo[kIndex] = 0
return
scheduleMicrotasks = ->
return if microtasksScheduled
nextTickQueue.push
callback: runMicrotasksCallback
domain: null
tickInfo[kLength]++
microtasksScheduled = true
return
runMicrotasksCallback = ->
microtasksScheduled = false
_runMicrotasks()
scheduleMicrotasks() if tickInfo[kIndex] < tickInfo[kLength]
return
_tickCallback = ->
callback = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
tickDone()
return
_tickDomainCallback = ->
callback = undefined
domain = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
domain = tock.domain
domain.enter() if domain
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
domain.exit() if domain
tickDone()
return
nextTick = (callback) ->
return if process._exiting
obj =
callback: callback
domain: process.domain or null
nextTickQueue.push obj
tickInfo[kLength]++
return
nextTickQueue = []
microtasksScheduled = false
_runMicrotasks = {}
tickInfo = {}
kIndex = 0
kLength = 1
process.nextTick = nextTick
process._tickCallback = _tickCallback
process._tickDomainCallback = _tickDomainCallback
process._setupNextTick tickInfo, _tickCallback, _runMicrotasks
_runMicrotasks = _runMicrotasks.runMicrotasks
return
startup.processStdio = ->
stdin = undefined
stdout = undefined
stderr = undefined
process.__defineGetter__ "stdout", ->
return stdout if stdout
stdout = createWritableStdioStream(1)
stdout.destroy = stdout.destroySoon = (er) ->
er = er or new Error("process.stdout cannot be closed.")
stdout.emit "error", er
return
if stdout.isTTY
process.on "SIGWINCH", ->
stdout._refreshSize()
return
stdout
process.__defineGetter__ "stderr", ->
return stderr if stderr
stderr = createWritableStdioStream(2)
stderr.destroy = stderr.destroySoon = (er) ->
er = er or new Error("process.stderr cannot be closed.")
stderr.emit "error", er
return
stderr
process.__defineGetter__ "stdin", ->
return stdin if stdin
tty_wrap = process.binding("tty_wrap")
fd = 0
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stdin = new tty.ReadStream(fd,
highWaterMark: 0
readable: true
writable: false
)
when "FILE"
fs = NativeModule.require("fs")
stdin = new fs.ReadStream(null,
fd: fd
autoClose: false
)
when "PIPE", "TCP"
net = NativeModule.require("net")
if process._channel and process._channel.fd is fd
stdin = new net.Socket(
handle: process._channel
readable: true
writable: false
)
else
stdin = new net.Socket(
fd: fd
readable: true
writable: false
)
else
throw new Error("Implement me. Unknown stdin file type!")
stdin.fd = fd
if stdin._handle and stdin._handle.readStop
stdin._handle.reading = false
stdin._readableState.reading = false
stdin._handle.readStop()
stdin.on "pause", ->
return unless stdin._handle
stdin._readableState.reading = false
stdin._handle.reading = false
stdin._handle.readStop()
return
stdin
process.openStdin = ->
process.stdin.resume()
process.stdin
return
startup.processKillAndExit = ->
process.exit = (code) ->
process.exitCode = code if code or code is 0
unless process._exiting
process._exiting = true
process.emit "exit", process.exitCode or 0
process.reallyExit process.exitCode or 0
return
process.kill = (pid, sig) ->
err = undefined
throw new TypeError("invalid pid") unless pid is (pid | 0)
if 0 is sig
err = process._kill(pid, 0)
else
sig = sig or "SIGTERM"
if startup.lazyConstants()[sig] and sig.slice(0, 3) is "SIG"
err = process._kill(pid, startup.lazyConstants()[sig])
else
throw new Error("Unknown signal: " + sig)
if err
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "kill")
true
return
startup.processSignalHandlers = ->
isSignal = (event) ->
event.slice(0, 3) is "SIG" and startup.lazyConstants().hasOwnProperty(event)
signalWraps = {}
addListener = process.addListener
removeListener = process.removeListener
process.on = process.addListener = (type, listener) ->
if isSignal(type) and not signalWraps.hasOwnProperty(type)
Signal = process.binding("signal_wrap").Signal
wrap = new Signal()
wrap.unref()
wrap.onsignal = ->
process.emit type
return
signum = startup.lazyConstants()[type]
err = wrap.start(signum)
if err
wrap.close()
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "uv_signal_start")
signalWraps[type] = wrap
addListener.apply this, arguments
process.removeListener = (type, listener) ->
ret = removeListener.apply(this, arguments)
if isSignal(type)
assert signalWraps.hasOwnProperty(type)
if NativeModule.require("events").listenerCount(this, type) is 0
signalWraps[type].close()
delete signalWraps[type]
ret
return
startup.processChannel = ->
if process.env.NODE_CHANNEL_FD
fd = parseInt(process.env.NODE_CHANNEL_FD, 10)
assert fd >= 0
delete process.env.NODE_CHANNEL_FD
cp = NativeModule.require("child_process")
process.binding "tcp_wrap"
cp._forkChild fd
assert process.send
return
startup.processRawDebug = ->
format = NativeModule.require("util").format
rawDebug = process._rawDebug
process._rawDebug = ->
rawDebug format.apply(null, arguments)
return
return
startup.resolveArgv0 = ->
cwd = process.cwd()
isWindows = process.platform is "win32"
argv0 = process.argv[0]
if not isWindows and argv0.indexOf("/") isnt -1 and argv0.charAt(0) isnt "/"
path = NativeModule.require("path")
process.argv[0] = path.join(cwd, process.argv[0])
return
ContextifyScript = process.binding("contextify").ContextifyScript
NativeModule._source = process.binding("natives")
NativeModule._cache = {}
NativeModule.require = (id) ->
return NativeModule if id is "native_module"
cached = NativeModule.getCached(id)
return cached.exports if cached
throw new Error("No such native module " + id) unless NativeModule.exists(id)
process.moduleLoadList.push "NativeModule " + id
nativeModule = new NativeModule(id)
nativeModule.cache()
nativeModule.compile()
nativeModule.exports
NativeModule.getCached = (id) ->
NativeModule._cache[id]
NativeModule.exists = (id) ->
NativeModule._source.hasOwnProperty id
NativeModule.getSource = (id) ->
NativeModule._source[id]
NativeModule.wrap = (script) ->
NativeModule.wrapper[0] + script + NativeModule.wrapper[1]
NativeModule.wrapper = [
"(function (exports, require, module, __filename, __dirname) { "
"\n});"
]
NativeModule::compile = ->
source = NativeModule.getSource(@id)
source = NativeModule.wrap(source)
fn = runInThisContext(source,
filename: @filename
)
fn @exports, NativeModule.require, this, @filename
@loaded = true
return
NativeModule::cache = ->
NativeModule._cache[@id] = this
return
startup()
return
| true | # Copyright PI:NAME:<NAME>END_PI, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# Hello, and welcome to hacking node.js!
#
# This file is invoked by node::Load in src/node.cc, and responsible for
# bootstrapping the node.js core. Special caution is given to the performance
# of the startup process, so many dependencies are invoked lazily.
"use strict"
(process) ->
startup = ->
EventEmitter = NativeModule.require("events").EventEmitter
process.__proto__ = Object.create(EventEmitter::,
constructor:
value: process.constructor
)
EventEmitter.call process
process.EventEmitter = EventEmitter # process.EventEmitter is deprecated
# do this good and early, since it handles errors.
startup.processFatal()
startup.globalVariables()
startup.globalTimeouts()
startup.globalConsole()
startup.processAssert()
startup.processConfig()
startup.processNextTick()
startup.processStdio()
startup.processKillAndExit()
startup.processSignalHandlers()
# Do not initialize channel in debugger agent, it deletes env variable
# and the main thread won't see it.
startup.processChannel() if process.argv[1] isnt "--debug-agent"
startup.processRawDebug()
startup.resolveArgv0()
# There are various modes that Node can run in. The most common two
# are running from a script and running the REPL - but there are a few
# others like the debugger or running --eval arguments. Here we decide
# which mode we run in.
if NativeModule.exists("_third_party_main")
# To allow people to extend Node in different ways, this hook allows
# one to drop a file lib/_third_party_main.js into the build
# directory which will be executed instead of Node's normal loading.
process.nextTick ->
NativeModule.require "_third_party_main"
return
else if process.argv[1] is "debug"
# Start the debugger agent
d = NativeModule.require("_debugger")
d.start()
else if process.argv[1] is "--debug-agent"
# Start the debugger agent
d = NativeModule.require("_debug_agent")
d.start()
else if process._eval?
# User passed '-e' or '--eval' arguments to Node.
evalScript "[eval]"
else if process.argv[1]
# make process.argv[1] into a full path
path = NativeModule.require("path")
process.argv[1] = path.resolve(process.argv[1])
# If this is a worker in cluster mode, start up the communication
# channel.
if process.env.NODE_UNIQUE_ID
cluster = NativeModule.require("cluster")
cluster._setupWorker()
# Make sure it's not accidentally inherited by child processes.
delete process.env.NODE_UNIQUE_ID
Module = NativeModule.require("module")
if global.v8debug and process.execArgv.some((arg) ->
arg.match /^--debug-brk(=[0-9]*)?$/
)
# XXX Fix this terrible hack!
#
# Give the client program a few ticks to connect.
# Otherwise, there's a race condition where `node debug foo.js`
# will not be able to connect in time to catch the first
# breakpoint message on line 1.
#
# A better fix would be to somehow get a message from the
# global.v8debug object about a connection, and runMain when
# that occurs. --isaacs
debugTimeout = +process.env.NODE_DEBUG_TIMEOUT or 50
setTimeout Module.runMain, debugTimeout
else
# Main entry point into most programs:
Module.runMain()
else
Module = NativeModule.require("module")
# If -i or --interactive were passed, or stdin is a TTY.
if process._forceRepl or NativeModule.require("tty").isatty(0)
# REPL
opts =
useGlobal: true
ignoreUndefined: false
opts.terminal = false if parseInt(process.env["NODE_NO_READLINE"], 10)
opts.useColors = false if parseInt(process.env["NODE_DISABLE_COLORS"], 10)
repl = Module.requireRepl().start(opts)
repl.on "exit", ->
process.exit()
return
else
# Read all of stdin - execute it.
process.stdin.setEncoding "utf8"
code = ""
process.stdin.on "data", (d) ->
code += d
return
process.stdin.on "end", ->
process._eval = code
evalScript "[stdin]"
return
return
# If someone handled it, then great. otherwise, die in C++ land
# since that means that we'll exit the process, emit the 'exit' event
# nothing to be done about it at this point.
# if we handled an error, then make sure any ticks get processed
# used for `process.config`, but not a real module
# strip the gyp comment line at the beginning
# Used to run V8's micro task queue.
# This tickInfo thing is used so that the C++ code in src/node.cc
# can have easy accesss to our nextTick state, and avoid unnecessary
# *Must* match Environment::TickInfo::Fields in src/env.h.
# Needs to be accessible from beyond this scope.
# Run callbacks that have no domain.
# Using domains will cause this to be overridden.
# on the way out, don't bother. it won't get fired anyway.
evalScript = (name) ->
Module = NativeModule.require("module")
path = NativeModule.require("path")
cwd = process.cwd()
module = new Module(name)
module.filename = path.join(cwd, name)
module.paths = Module._nodeModulePaths(cwd)
script = process._eval
unless Module._contextLoad
body = script
script = "global.__filename = " + JSON.stringify(name) + ";\n" + "global.exports = exports;\n" + "global.module = module;\n" + "global.__dirname = __dirname;\n" + "global.require = require;\n" + "return require(\"vm\").runInThisContext(" + JSON.stringify(body) + ", { filename: " + JSON.stringify(name) + " });\n"
result = module._compile(script, name + "-wrapper")
console.log result if process._print_eval
return
createWritableStdioStream = (fd) ->
stream = undefined
tty_wrap = process.binding("tty_wrap")
# Note stream._type is used for test-module-load-list.js
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stream = new tty.WriteStream(fd)
stream._type = "tty"
# Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
when "FILE"
fs = NativeModule.require("fs")
stream = new fs.SyncWriteStream(fd,
autoClose: false
)
stream._type = "fs"
when "PIPE", "TCP"
net = NativeModule.require("net")
stream = new net.Socket(
fd: fd
readable: false
writable: true
)
# FIXME Should probably have an option in net.Socket to create a
# stream from an existing fd which is writable only. But for now
# we'll just add this hack and set the `readable` member to false.
# Test: ./node test/fixtures/echo.js < /etc/passwd
stream.readable = false
stream.read = null
stream._type = "pipe"
# FIXME Hack to have stream not keep the event loop alive.
# See https://github.com/joyent/node/issues/1726
stream._handle.unref() if stream._handle and stream._handle.unref
else
# Probably an error on in uv_guess_handle()
throw new Error("Implement me. Unknown stream file type!")
# For supporting legacy API we put the FD here.
stream.fd = fd
stream._isStdio = true
stream
# It could be that process has been started with an IPC channel
# sitting on fd=0, in such case the pipe for this fd is already
# present and creating a new one will lead to the assertion failure
# in libuv.
# Probably an error on in uv_guess_handle()
# For supporting legacy API we put the FD here.
# stdin starts out life in a paused state, but node doesn't
# know yet. Explicitly to readStop() it to put it in the
# not-reading state.
# if the user calls stdin.pause(), then we need to stop reading
# immediately, so that the process can close down.
# preserve null signal
# Load events module in order to access prototype elements on process like
# process.addListener.
# Wrap addListener for the special signal types
# If we were spawned with env NODE_CHANNEL_FD then load that up and
# start parsing data from that stream.
# Make sure it's not accidentally inherited by child processes.
# Load tcp_wrap to avoid situation where we might immediately receive
# a message.
# FIXME is this really necessary?
# Make process.argv[0] into a full path, but only touch argv[0] if it's
# not a system $PATH lookup.
# TODO: Make this work on Windows as well. Note that "node" might
# execute cwd\node.exe, or some %PATH%\node.exe on Windows,
# and that every directory has its own cwd, so d:node.exe is valid.
# Below you find a minimal module system, which is used to load the node
# core modules found in lib/*.js. All core modules are compiled into the
# node binary, so they can be loaded faster.
runInThisContext = (code, options) ->
script = new ContextifyScript(code, options)
script.runInThisContext()
NativeModule = (id) ->
@filename = id + ".js"
@id = id
@exports = {}
@loaded = false
return
@global = this
startup.globalVariables = ->
global.process = process
global.global = global
global.GLOBAL = global
global.root = global
global.Buffer = NativeModule.require("buffer").Buffer
process.domain = null
process._exiting = false
return
startup.globalTimeouts = ->
global.setTimeout = ->
t = NativeModule.require("timers")
t.setTimeout.apply this, arguments
global.setInterval = ->
t = NativeModule.require("timers")
t.setInterval.apply this, arguments
global.clearTimeout = ->
t = NativeModule.require("timers")
t.clearTimeout.apply this, arguments
global.clearInterval = ->
t = NativeModule.require("timers")
t.clearInterval.apply this, arguments
global.setImmediate = ->
t = NativeModule.require("timers")
t.setImmediate.apply this, arguments
global.clearImmediate = ->
t = NativeModule.require("timers")
t.clearImmediate.apply this, arguments
return
startup.globalConsole = ->
global.__defineGetter__ "console", ->
NativeModule.require "console"
return
startup._lazyConstants = null
startup.lazyConstants = ->
startup._lazyConstants = process.binding("constants") unless startup._lazyConstants
startup._lazyConstants
startup.processFatal = ->
process._fatalException = (er) ->
caught = undefined
caught = process.domain._errorHandler(er) or caught if process.domain and process.domain._errorHandler
caught = process.emit("uncaughtException", er) unless caught
unless caught
try
unless process._exiting
process._exiting = true
process.emit "exit", 1
else
NativeModule.require("timers").setImmediate process._tickCallback
caught
return
assert = undefined
startup.processAssert = ->
assert = process.assert = (x, msg) ->
throw new Error(msg or "assertion error") unless x
return
return
startup.processConfig = ->
config = NativeModule._source.config
delete NativeModule._source.config
config = config.split("\n").slice(1).join("\n").replace(/"/g, "\\\"").replace(/'/g, "\"")
process.config = JSON.parse(config, (key, value) ->
return true if value is "true"
return false if value is "false"
value
)
return
startup.processNextTick = ->
tickDone = ->
if tickInfo[kLength] isnt 0
if tickInfo[kLength] <= tickInfo[kIndex]
nextTickQueue = []
tickInfo[kLength] = 0
else
nextTickQueue.splice 0, tickInfo[kIndex]
tickInfo[kLength] = nextTickQueue.length
tickInfo[kIndex] = 0
return
scheduleMicrotasks = ->
return if microtasksScheduled
nextTickQueue.push
callback: runMicrotasksCallback
domain: null
tickInfo[kLength]++
microtasksScheduled = true
return
runMicrotasksCallback = ->
microtasksScheduled = false
_runMicrotasks()
scheduleMicrotasks() if tickInfo[kIndex] < tickInfo[kLength]
return
_tickCallback = ->
callback = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
tickDone()
return
_tickDomainCallback = ->
callback = undefined
domain = undefined
threw = undefined
tock = undefined
scheduleMicrotasks()
while tickInfo[kIndex] < tickInfo[kLength]
tock = nextTickQueue[tickInfo[kIndex]++]
callback = tock.callback
domain = tock.domain
domain.enter() if domain
threw = true
try
callback()
threw = false
finally
tickDone() if threw
tickDone() if 1e4 < tickInfo[kIndex]
domain.exit() if domain
tickDone()
return
nextTick = (callback) ->
return if process._exiting
obj =
callback: callback
domain: process.domain or null
nextTickQueue.push obj
tickInfo[kLength]++
return
nextTickQueue = []
microtasksScheduled = false
_runMicrotasks = {}
tickInfo = {}
kIndex = 0
kLength = 1
process.nextTick = nextTick
process._tickCallback = _tickCallback
process._tickDomainCallback = _tickDomainCallback
process._setupNextTick tickInfo, _tickCallback, _runMicrotasks
_runMicrotasks = _runMicrotasks.runMicrotasks
return
startup.processStdio = ->
stdin = undefined
stdout = undefined
stderr = undefined
process.__defineGetter__ "stdout", ->
return stdout if stdout
stdout = createWritableStdioStream(1)
stdout.destroy = stdout.destroySoon = (er) ->
er = er or new Error("process.stdout cannot be closed.")
stdout.emit "error", er
return
if stdout.isTTY
process.on "SIGWINCH", ->
stdout._refreshSize()
return
stdout
process.__defineGetter__ "stderr", ->
return stderr if stderr
stderr = createWritableStdioStream(2)
stderr.destroy = stderr.destroySoon = (er) ->
er = er or new Error("process.stderr cannot be closed.")
stderr.emit "error", er
return
stderr
process.__defineGetter__ "stdin", ->
return stdin if stdin
tty_wrap = process.binding("tty_wrap")
fd = 0
switch tty_wrap.guessHandleType(fd)
when "TTY"
tty = NativeModule.require("tty")
stdin = new tty.ReadStream(fd,
highWaterMark: 0
readable: true
writable: false
)
when "FILE"
fs = NativeModule.require("fs")
stdin = new fs.ReadStream(null,
fd: fd
autoClose: false
)
when "PIPE", "TCP"
net = NativeModule.require("net")
if process._channel and process._channel.fd is fd
stdin = new net.Socket(
handle: process._channel
readable: true
writable: false
)
else
stdin = new net.Socket(
fd: fd
readable: true
writable: false
)
else
throw new Error("Implement me. Unknown stdin file type!")
stdin.fd = fd
if stdin._handle and stdin._handle.readStop
stdin._handle.reading = false
stdin._readableState.reading = false
stdin._handle.readStop()
stdin.on "pause", ->
return unless stdin._handle
stdin._readableState.reading = false
stdin._handle.reading = false
stdin._handle.readStop()
return
stdin
process.openStdin = ->
process.stdin.resume()
process.stdin
return
startup.processKillAndExit = ->
process.exit = (code) ->
process.exitCode = code if code or code is 0
unless process._exiting
process._exiting = true
process.emit "exit", process.exitCode or 0
process.reallyExit process.exitCode or 0
return
process.kill = (pid, sig) ->
err = undefined
throw new TypeError("invalid pid") unless pid is (pid | 0)
if 0 is sig
err = process._kill(pid, 0)
else
sig = sig or "SIGTERM"
if startup.lazyConstants()[sig] and sig.slice(0, 3) is "SIG"
err = process._kill(pid, startup.lazyConstants()[sig])
else
throw new Error("Unknown signal: " + sig)
if err
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "kill")
true
return
startup.processSignalHandlers = ->
isSignal = (event) ->
event.slice(0, 3) is "SIG" and startup.lazyConstants().hasOwnProperty(event)
signalWraps = {}
addListener = process.addListener
removeListener = process.removeListener
process.on = process.addListener = (type, listener) ->
if isSignal(type) and not signalWraps.hasOwnProperty(type)
Signal = process.binding("signal_wrap").Signal
wrap = new Signal()
wrap.unref()
wrap.onsignal = ->
process.emit type
return
signum = startup.lazyConstants()[type]
err = wrap.start(signum)
if err
wrap.close()
errnoException = NativeModule.require("util")._errnoException
throw errnoException(err, "uv_signal_start")
signalWraps[type] = wrap
addListener.apply this, arguments
process.removeListener = (type, listener) ->
ret = removeListener.apply(this, arguments)
if isSignal(type)
assert signalWraps.hasOwnProperty(type)
if NativeModule.require("events").listenerCount(this, type) is 0
signalWraps[type].close()
delete signalWraps[type]
ret
return
startup.processChannel = ->
if process.env.NODE_CHANNEL_FD
fd = parseInt(process.env.NODE_CHANNEL_FD, 10)
assert fd >= 0
delete process.env.NODE_CHANNEL_FD
cp = NativeModule.require("child_process")
process.binding "tcp_wrap"
cp._forkChild fd
assert process.send
return
startup.processRawDebug = ->
format = NativeModule.require("util").format
rawDebug = process._rawDebug
process._rawDebug = ->
rawDebug format.apply(null, arguments)
return
return
startup.resolveArgv0 = ->
cwd = process.cwd()
isWindows = process.platform is "win32"
argv0 = process.argv[0]
if not isWindows and argv0.indexOf("/") isnt -1 and argv0.charAt(0) isnt "/"
path = NativeModule.require("path")
process.argv[0] = path.join(cwd, process.argv[0])
return
ContextifyScript = process.binding("contextify").ContextifyScript
NativeModule._source = process.binding("natives")
NativeModule._cache = {}
NativeModule.require = (id) ->
return NativeModule if id is "native_module"
cached = NativeModule.getCached(id)
return cached.exports if cached
throw new Error("No such native module " + id) unless NativeModule.exists(id)
process.moduleLoadList.push "NativeModule " + id
nativeModule = new NativeModule(id)
nativeModule.cache()
nativeModule.compile()
nativeModule.exports
NativeModule.getCached = (id) ->
NativeModule._cache[id]
NativeModule.exists = (id) ->
NativeModule._source.hasOwnProperty id
NativeModule.getSource = (id) ->
NativeModule._source[id]
NativeModule.wrap = (script) ->
NativeModule.wrapper[0] + script + NativeModule.wrapper[1]
NativeModule.wrapper = [
"(function (exports, require, module, __filename, __dirname) { "
"\n});"
]
NativeModule::compile = ->
source = NativeModule.getSource(@id)
source = NativeModule.wrap(source)
fn = runInThisContext(source,
filename: @filename
)
fn @exports, NativeModule.require, this, @filename
@loaded = true
return
NativeModule::cache = ->
NativeModule._cache[@id] = this
return
startup()
return
|
[
{
"context": "e: \"Gmail\"\n auth: {user : email, pass : password}\n\n options.from = email\n\n smtpTrans",
"end": 1444,
"score": 0.9983733892440796,
"start": 1436,
"tag": "PASSWORD",
"value": "password"
}
] | src/api/util.coffee | bladepan/cloudbrowser | 0 | Nodemailer = require("nodemailer")
cloudbrowserError = require("../shared/cloudbrowser_error")
###*
@class Util
@param {object} emailerConfig
###
class Util
_pvts = []
_instance = null
constructor : (emailerConfig) ->
# Singleton
if _pvts.length then return _instance
else _instance = this
# Defining @_idx as a read-only property
Object.defineProperty this, "_idx",
value : _pvts.length
# Setting private properties
_pvts.push
emailerConfig : emailerConfig
Object.freeze(this.__proto__)
Object.freeze(this)
###*
Sends an email to the specified user.
@static
@method sendEmail
@memberOf Util
@param {Object} options
@param {String} options.to
@param {String} options.subject
@param {String} options.html
@param {errorCallback} callback
###
sendEmail : (options) ->
{callback} = options
if not _pvts[@_idx].emailerConfig
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
{email, password} = _pvts[@_idx].emailerConfig
if not (email and password)
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
smtpTransport = Nodemailer.createTransport "SMTP",
service: "Gmail"
auth: {user : email, pass : password}
options.from = email
smtpTransport.sendMail options, (err, response) ->
smtpTransport.close()
callback?(err)
module.exports = Util
| 216270 | Nodemailer = require("nodemailer")
cloudbrowserError = require("../shared/cloudbrowser_error")
###*
@class Util
@param {object} emailerConfig
###
class Util
_pvts = []
_instance = null
constructor : (emailerConfig) ->
# Singleton
if _pvts.length then return _instance
else _instance = this
# Defining @_idx as a read-only property
Object.defineProperty this, "_idx",
value : _pvts.length
# Setting private properties
_pvts.push
emailerConfig : emailerConfig
Object.freeze(this.__proto__)
Object.freeze(this)
###*
Sends an email to the specified user.
@static
@method sendEmail
@memberOf Util
@param {Object} options
@param {String} options.to
@param {String} options.subject
@param {String} options.html
@param {errorCallback} callback
###
sendEmail : (options) ->
{callback} = options
if not _pvts[@_idx].emailerConfig
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
{email, password} = _pvts[@_idx].emailerConfig
if not (email and password)
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
smtpTransport = Nodemailer.createTransport "SMTP",
service: "Gmail"
auth: {user : email, pass : <PASSWORD>}
options.from = email
smtpTransport.sendMail options, (err, response) ->
smtpTransport.close()
callback?(err)
module.exports = Util
| true | Nodemailer = require("nodemailer")
cloudbrowserError = require("../shared/cloudbrowser_error")
###*
@class Util
@param {object} emailerConfig
###
class Util
_pvts = []
_instance = null
constructor : (emailerConfig) ->
# Singleton
if _pvts.length then return _instance
else _instance = this
# Defining @_idx as a read-only property
Object.defineProperty this, "_idx",
value : _pvts.length
# Setting private properties
_pvts.push
emailerConfig : emailerConfig
Object.freeze(this.__proto__)
Object.freeze(this)
###*
Sends an email to the specified user.
@static
@method sendEmail
@memberOf Util
@param {Object} options
@param {String} options.to
@param {String} options.subject
@param {String} options.html
@param {errorCallback} callback
###
sendEmail : (options) ->
{callback} = options
if not _pvts[@_idx].emailerConfig
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
{email, password} = _pvts[@_idx].emailerConfig
if not (email and password)
callback?(cloudbrowserError('NO_EMAIL_CONFIG'))
return
smtpTransport = Nodemailer.createTransport "SMTP",
service: "Gmail"
auth: {user : email, pass : PI:PASSWORD:<PASSWORD>END_PI}
options.from = email
smtpTransport.sendMail options, (err, response) ->
smtpTransport.close()
callback?(err)
module.exports = Util
|
[
{
"context": "io.com\n\nCopyright 2016 Chai Biotechnologies Inc. <info@chaibio.com>\n\nLicensed under the Apache License, Version 2.0 ",
"end": 194,
"score": 0.9999200105667114,
"start": 178,
"tag": "EMAIL",
"value": "info@chaibio.com"
}
] | frontend/javascripts/app/controllers/settings_ctrl.coffee | MakerButt/chaipcr | 1 | ###
Chai PCR - Software platform for Open qPCR and Chai's Real-Time PCR instruments.
For more information visit http://www.chaibio.com
Copyright 2016 Chai Biotechnologies Inc. <info@chaibio.com>
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
###
window.App.controller 'SettingsCtrl', [
'$scope'
'User'
'Device'
($scope, User, Device) ->
$scope.isBeta = true
$scope.anotherExperimentInProgress = false
$scope.checked = false
$scope.$on 'status:data:updated', (e, data, oldData) ->
return if !data
return if !data.experiment_controller
$scope.state = data.experiment_controller.machine.state
if $scope.state isnt 'idle'
$scope.anotherExperimentInProgress = true
else
$scope.anotherExperimentInProgress = false
Device.getVersion(true).then (resp) ->
$scope.has_serial_number = resp.serial_number
User.getCurrent().then (resp) ->
$scope.user = resp.data.user
Device.getVersion().then (data) ->
console.log data
if data.software_release_variant == "beta"
$scope.isBeta = true
Device.isDualChannel()
.then (resp) ->
$scope.checked = true
$scope.is_dual_channel = resp
backdrop = $('.maintainance-backdrop')
backdrop.css('height', $('.wizards-container').height())
]
| 121406 | ###
Chai PCR - Software platform for Open qPCR and Chai's Real-Time PCR instruments.
For more information visit http://www.chaibio.com
Copyright 2016 Chai Biotechnologies Inc. <<EMAIL>>
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
###
window.App.controller 'SettingsCtrl', [
'$scope'
'User'
'Device'
($scope, User, Device) ->
$scope.isBeta = true
$scope.anotherExperimentInProgress = false
$scope.checked = false
$scope.$on 'status:data:updated', (e, data, oldData) ->
return if !data
return if !data.experiment_controller
$scope.state = data.experiment_controller.machine.state
if $scope.state isnt 'idle'
$scope.anotherExperimentInProgress = true
else
$scope.anotherExperimentInProgress = false
Device.getVersion(true).then (resp) ->
$scope.has_serial_number = resp.serial_number
User.getCurrent().then (resp) ->
$scope.user = resp.data.user
Device.getVersion().then (data) ->
console.log data
if data.software_release_variant == "beta"
$scope.isBeta = true
Device.isDualChannel()
.then (resp) ->
$scope.checked = true
$scope.is_dual_channel = resp
backdrop = $('.maintainance-backdrop')
backdrop.css('height', $('.wizards-container').height())
]
| true | ###
Chai PCR - Software platform for Open qPCR and Chai's Real-Time PCR instruments.
For more information visit http://www.chaibio.com
Copyright 2016 Chai Biotechnologies Inc. <PI:EMAIL:<EMAIL>END_PI>
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
###
window.App.controller 'SettingsCtrl', [
'$scope'
'User'
'Device'
($scope, User, Device) ->
$scope.isBeta = true
$scope.anotherExperimentInProgress = false
$scope.checked = false
$scope.$on 'status:data:updated', (e, data, oldData) ->
return if !data
return if !data.experiment_controller
$scope.state = data.experiment_controller.machine.state
if $scope.state isnt 'idle'
$scope.anotherExperimentInProgress = true
else
$scope.anotherExperimentInProgress = false
Device.getVersion(true).then (resp) ->
$scope.has_serial_number = resp.serial_number
User.getCurrent().then (resp) ->
$scope.user = resp.data.user
Device.getVersion().then (data) ->
console.log data
if data.software_release_variant == "beta"
$scope.isBeta = true
Device.isDualChannel()
.then (resp) ->
$scope.checked = true
$scope.is_dual_channel = resp
backdrop = $('.maintainance-backdrop')
backdrop.css('height', $('.wizards-container').height())
]
|
[
{
"context": "eoverview Tests for no-empty-class rule.\n# @author Ian Christian Myers\n###\n\n'use strict'\n\n#-----------------------------",
"end": 81,
"score": 0.9997540712356567,
"start": 62,
"tag": "NAME",
"value": "Ian Christian Myers"
}
] | src/tests/rules/no-empty-character-class.coffee | danielbayley/eslint-plugin-coffee | 21 | ###*
# @fileoverview Tests for no-empty-class rule.
# @author Ian Christian Myers
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require '../../rules/no-empty-character-class'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
### eslint-disable ###
ruleTester.run 'no-empty-character-class', rule,
valid: [
'foo = /^abc[a-zA-Z]/'
'regExp = new RegExp("^abc[]")'
'foo = /^abc/'
'foo = /[\\[]/'
'foo = /[\\]]/'
'foo = /[a-zA-Z\\[]/'
'foo = /[[]/'
'foo = /[\\[a-z[]]/'
'foo = /[\\-\\[\\]\\/\\{\\}\\(\\)\\*\\+\\?\\.\\\\^\\$\\|]/g'
'foo = /\\s*:\\s*/gim'
'foo = /[\\]]/uy'
'foo = /[\\]]/s'
'foo = /\\[]/'
'''
foo = ///
x
# []
///
'''
'''
foo = ///
x
# []
#{b []}
///
'''
'''
///#{a}\\
///
'''
]
invalid: [
code: 'foo = /^abc[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = ///^abc[]///'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /foo[]bar/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if foo.match(/^abc[]/) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if /^abc[]/.test(foo) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /[]]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[\\[\\]a-z[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: '''
foo = ///
x
[]
///
'''
errors: [messageId: 'unexpected', type: 'Literal']
,
# eslint-disable-next-line coffee/no-template-curly-in-string
code: '''
foo = ///
x
[]
#{b []}
///
'''
errors: [messageId: 'unexpected', type: 'InterpolatedRegExpLiteral']
]
| 165824 | ###*
# @fileoverview Tests for no-empty-class rule.
# @author <NAME>
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require '../../rules/no-empty-character-class'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
### eslint-disable ###
ruleTester.run 'no-empty-character-class', rule,
valid: [
'foo = /^abc[a-zA-Z]/'
'regExp = new RegExp("^abc[]")'
'foo = /^abc/'
'foo = /[\\[]/'
'foo = /[\\]]/'
'foo = /[a-zA-Z\\[]/'
'foo = /[[]/'
'foo = /[\\[a-z[]]/'
'foo = /[\\-\\[\\]\\/\\{\\}\\(\\)\\*\\+\\?\\.\\\\^\\$\\|]/g'
'foo = /\\s*:\\s*/gim'
'foo = /[\\]]/uy'
'foo = /[\\]]/s'
'foo = /\\[]/'
'''
foo = ///
x
# []
///
'''
'''
foo = ///
x
# []
#{b []}
///
'''
'''
///#{a}\\
///
'''
]
invalid: [
code: 'foo = /^abc[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = ///^abc[]///'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /foo[]bar/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if foo.match(/^abc[]/) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if /^abc[]/.test(foo) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /[]]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[\\[\\]a-z[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: '''
foo = ///
x
[]
///
'''
errors: [messageId: 'unexpected', type: 'Literal']
,
# eslint-disable-next-line coffee/no-template-curly-in-string
code: '''
foo = ///
x
[]
#{b []}
///
'''
errors: [messageId: 'unexpected', type: 'InterpolatedRegExpLiteral']
]
| true | ###*
# @fileoverview Tests for no-empty-class rule.
# @author PI:NAME:<NAME>END_PI
###
'use strict'
#------------------------------------------------------------------------------
# Requirements
#------------------------------------------------------------------------------
rule = require '../../rules/no-empty-character-class'
{RuleTester} = require 'eslint'
path = require 'path'
#------------------------------------------------------------------------------
# Tests
#------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
### eslint-disable ###
ruleTester.run 'no-empty-character-class', rule,
valid: [
'foo = /^abc[a-zA-Z]/'
'regExp = new RegExp("^abc[]")'
'foo = /^abc/'
'foo = /[\\[]/'
'foo = /[\\]]/'
'foo = /[a-zA-Z\\[]/'
'foo = /[[]/'
'foo = /[\\[a-z[]]/'
'foo = /[\\-\\[\\]\\/\\{\\}\\(\\)\\*\\+\\?\\.\\\\^\\$\\|]/g'
'foo = /\\s*:\\s*/gim'
'foo = /[\\]]/uy'
'foo = /[\\]]/s'
'foo = /\\[]/'
'''
foo = ///
x
# []
///
'''
'''
foo = ///
x
# []
#{b []}
///
'''
'''
///#{a}\\
///
'''
]
invalid: [
code: 'foo = /^abc[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = ///^abc[]///'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /foo[]bar/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if foo.match(/^abc[]/) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'if /^abc[]/.test(foo) then yes'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /[]]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: 'foo = /\\[\\[\\]a-z[]/'
errors: [messageId: 'unexpected', type: 'Literal']
,
code: '''
foo = ///
x
[]
///
'''
errors: [messageId: 'unexpected', type: 'Literal']
,
# eslint-disable-next-line coffee/no-template-curly-in-string
code: '''
foo = ///
x
[]
#{b []}
///
'''
errors: [messageId: 'unexpected', type: 'InterpolatedRegExpLiteral']
]
|
[
{
"context": "# Copyright 2015, Christopher Joakim <christopher.joakim@gmail.com>\n\ndescribe 'Age', -",
"end": 36,
"score": 0.9998866319656372,
"start": 18,
"tag": "NAME",
"value": "Christopher Joakim"
},
{
"context": "# Copyright 2015, Christopher Joakim <christopher.joakim@gmail.com>\n\ndescribe 'Age', ->\n\n it \"should construct with",
"end": 66,
"score": 0.9999334216117859,
"start": 38,
"tag": "EMAIL",
"value": "christopher.joakim@gmail.com"
}
] | m26-js/test-src/m26_age_spec.coffee | cjoakim/oss | 0 | # Copyright 2015, Christopher Joakim <christopher.joakim@gmail.com>
describe 'Age', ->
it "should construct with either a String or Number arg", ->
a1 = new Age(44.4)
a2 = new Age('55.5')
expect(a1.val()).isWithin(0.0000000001, 44.4)
expect(a2.val()).isWithin(0.0000000001, 55.5)
it "should calculate max_pulse", ->
a16 = new Age(16)
a20 = new Age('20')
a21 = new Age(21)
a36 = new Age(36)
a57 = new Age('57')
expect(a16.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a20.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a21.max_pulse()).isWithin(0.0000000001, 199.0)
expect(a36.max_pulse()).isWithin(0.0000000001, 184.0)
expect(a57.max_pulse()).isWithin(0.0000000001, 163.0)
it "should add and subtract", ->
a16 = new Age(16.9)
a57 = new Age(57.1)
sum = a57.add(a16)
diff = a57.subtract(a16)
expect(sum).isWithin(0.0000000001, 74.0)
expect(diff).isWithin(0.0000000001, 40.2)
it "should calculate heart-rate training-zones", ->
a57 = new Age(57.1)
zones = a57.training_zones()
# console.log(JSON.stringify(zones, null, 2))
expect(zones.length).toBe(5)
z1 = zones[0]
z5 = zones[4]
expect(z1.zone).toBe(1)
expect(z1.pulse).toBe(155)
expect(z1.age).isWithin(0.001, 57.1)
expect(z1.pct_max).isWithin(0.001, 0.95)
expect(z1.max).isWithin(0.001, 162.9)
expect(z5.zone).toBe(5)
expect(z5.pulse).toBe(122)
expect(z5.age).isWithin(0.001, 57.1)
expect(z5.pct_max).isWithin(0.001, 0.75)
expect(z5.max).isWithin(0.001, 162.9)
| 155255 | # Copyright 2015, <NAME> <<EMAIL>>
describe 'Age', ->
it "should construct with either a String or Number arg", ->
a1 = new Age(44.4)
a2 = new Age('55.5')
expect(a1.val()).isWithin(0.0000000001, 44.4)
expect(a2.val()).isWithin(0.0000000001, 55.5)
it "should calculate max_pulse", ->
a16 = new Age(16)
a20 = new Age('20')
a21 = new Age(21)
a36 = new Age(36)
a57 = new Age('57')
expect(a16.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a20.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a21.max_pulse()).isWithin(0.0000000001, 199.0)
expect(a36.max_pulse()).isWithin(0.0000000001, 184.0)
expect(a57.max_pulse()).isWithin(0.0000000001, 163.0)
it "should add and subtract", ->
a16 = new Age(16.9)
a57 = new Age(57.1)
sum = a57.add(a16)
diff = a57.subtract(a16)
expect(sum).isWithin(0.0000000001, 74.0)
expect(diff).isWithin(0.0000000001, 40.2)
it "should calculate heart-rate training-zones", ->
a57 = new Age(57.1)
zones = a57.training_zones()
# console.log(JSON.stringify(zones, null, 2))
expect(zones.length).toBe(5)
z1 = zones[0]
z5 = zones[4]
expect(z1.zone).toBe(1)
expect(z1.pulse).toBe(155)
expect(z1.age).isWithin(0.001, 57.1)
expect(z1.pct_max).isWithin(0.001, 0.95)
expect(z1.max).isWithin(0.001, 162.9)
expect(z5.zone).toBe(5)
expect(z5.pulse).toBe(122)
expect(z5.age).isWithin(0.001, 57.1)
expect(z5.pct_max).isWithin(0.001, 0.75)
expect(z5.max).isWithin(0.001, 162.9)
| true | # Copyright 2015, PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
describe 'Age', ->
it "should construct with either a String or Number arg", ->
a1 = new Age(44.4)
a2 = new Age('55.5')
expect(a1.val()).isWithin(0.0000000001, 44.4)
expect(a2.val()).isWithin(0.0000000001, 55.5)
it "should calculate max_pulse", ->
a16 = new Age(16)
a20 = new Age('20')
a21 = new Age(21)
a36 = new Age(36)
a57 = new Age('57')
expect(a16.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a20.max_pulse()).isWithin(0.0000000001, 200.0)
expect(a21.max_pulse()).isWithin(0.0000000001, 199.0)
expect(a36.max_pulse()).isWithin(0.0000000001, 184.0)
expect(a57.max_pulse()).isWithin(0.0000000001, 163.0)
it "should add and subtract", ->
a16 = new Age(16.9)
a57 = new Age(57.1)
sum = a57.add(a16)
diff = a57.subtract(a16)
expect(sum).isWithin(0.0000000001, 74.0)
expect(diff).isWithin(0.0000000001, 40.2)
it "should calculate heart-rate training-zones", ->
a57 = new Age(57.1)
zones = a57.training_zones()
# console.log(JSON.stringify(zones, null, 2))
expect(zones.length).toBe(5)
z1 = zones[0]
z5 = zones[4]
expect(z1.zone).toBe(1)
expect(z1.pulse).toBe(155)
expect(z1.age).isWithin(0.001, 57.1)
expect(z1.pct_max).isWithin(0.001, 0.95)
expect(z1.max).isWithin(0.001, 162.9)
expect(z5.zone).toBe(5)
expect(z5.pulse).toBe(122)
expect(z5.age).isWithin(0.001, 57.1)
expect(z5.pct_max).isWithin(0.001, 0.75)
expect(z5.max).isWithin(0.001, 162.9)
|
[
{
"context": "# Backbone.CollectionSubset\n# https://github.com/anthonyshort/backbone.collectionsubset\n#\n# Copyright (c) 2012 ",
"end": 61,
"score": 0.9994368553161621,
"start": 49,
"tag": "USERNAME",
"value": "anthonyshort"
},
{
"context": "t/backbone.collectionsubset\n#\n# Copyright (c) 2012 Anthony Short\n# Licensed under the MIT license.\n\n# This allows ",
"end": 124,
"score": 0.9998605847358704,
"start": 111,
"tag": "NAME",
"value": "Anthony Short"
}
] | src/backbone.collectionsubset.coffee | anthonyshort/backbone.collectionsubset | 10 | # Backbone.CollectionSubset
# https://github.com/anthonyshort/backbone.collectionsubset
#
# Copyright (c) 2012 Anthony Short
# Licensed under the MIT license.
# This allows you to create a subset of a collection based
# on a filter function. This new collection will stay in sync
# with the main collection. When a model is added to the main
# collection it will automatically be added to the child collection
# if it matches a filter.
#
# Triggers can be set that will allow the child collection to
# only update when particular attributes are changed. This should
# be set for every subset.
#
# The subset will be autoamtically disposed when either the parent
# or the child collection is disposed. If the parent collection is
# disposed of then the child collection will also be disposed of.
class Backbone.CollectionSubset
# Borrow the extend method
@extend: Backbone.Model.extend
_.extend @::, Backbone.Events
constructor: (options = {})->
options = _.defaults options,
refresh: true
triggers: null
filter: -> true
name: null
child: null
parent: null
@triggers = if options.triggers then options.triggers.split(' ') else []
options.child = new options.parent.constructor unless options.child
@setParent(options.parent)
@setChild(options.child)
@setFilter(options.filter)
@child.model = options.model if options.model
@refresh() if options.refresh
@name = options.name
# Set the parent collection. This attached a number of
# event handlers to the collection. It also removed any
# event handlers that this collection may have already
# added to the parent.
setParent: (collection) ->
@parent?.off(null,null,@)
@parent = collection
@parent.on 'add', @_onParentAdd, @
@parent.on 'remove', @_onParentRemove, @
@parent.on 'reset', @_onParentReset, @
@parent.on 'change', @_onParentChange, @
@parent.on 'dispose', @dispose, @
@parent.on 'loading', (=> @child.trigger('loading')), @
@parent.on 'ready', (=> @child.trigger('ready')), @
# Set the child collection. This attached a number of event
# handlers to the child and removed any events that were
# previously created by this subset. It is possible to access
# the subset from the child collection via .filterer and the parent
# collection via .parent. The child URL is automatically set
# to the parents URL as with the model.
setChild: (collection) ->
@child?.off(null,null,@)
@child = collection
@child.on 'add', @_onChildAdd, @
@child.on 'reset', @_onChildReset, @
@child.on 'dispose', @dispose, @
@child.superset = @parent
@child.filterer = @
@child.url = @parent.url
@child.model = @parent.model
# This method must be called to set the filter. It binds the method
# to the correct context and fires off any parent filters. This allows you
# to have subsets of subsets.
setFilter: (fn)->
filter = (model)->
matchesFilter = fn.call @,model
matchesParentFilter = if @parent.filterer then @parent.filterer.filter(model) else true
return matchesFilter and matchesParentFilter
@filter = _.bind(filter, @)
# Reset the child collection completely with matching models
# from the parent collection and trigger an event.
refresh: (options = {})->
models = @parent.filter(@filter)
@child.reset(models,{subset:this})
@child.trigger 'refresh'
# Replaces a model object on the child with the model object
# from the parent. This means they are always using the same
# object for models.
_replaceChildModel: (parentModel)->
childModel = @_getByCid(@child, parentModel.cid)
return if childModel is parentModel
if _.isUndefined(childModel)
@child.add(parentModel,subset:this)
else
index = @child.indexOf(childModel)
@child.remove(childModel)
@child.add(parentModel,{at:index,subset:this})
# When a model is added to the parent collection
# Add it to the child if it matches the filter.
_onParentAdd: (model,collection,options)->
return if options && options.subset is this
if @filter(model)
@_replaceChildModel(model)
# When a model is removed from the parent
# remove it from the child
_onParentRemove: (model,collection,options)->
@child.remove(model,options)
# When the parent is reset refrehs the child
_onParentReset: (collection,options)->
@refresh()
# When a model changes in the parent, check to see
# if the attribute changed was one of the triggers.
# if so, then add or remove from to the child
_onParentChange: (model,changes)->
return unless @triggerMatched(model)
if @filter(model)
@child.add(model)
else
@child.remove(model)
# When a model is added to the child
# If the parent has the model replace the one just added to the child
_onChildAdd: (model,collection,options)->
return if options && options.subset is this
@parent.add(model)
parentModel = @_getByCid(@parent, model.cid)
return unless parentModel
if @filter(parentModel)
@_replaceChildModel(parentModel)
else
@child.remove(model)
# After the child fetches we need to get all the models
# from the child, add them to the parent, and then
# reset the child with the models from the parent
# so they use the same model references
_onChildReset: (collection,options)->
return if options && options.subset is this
@parent.add(@child.models)
@refresh()
# Get a model by it's cid. Backbone 0.9.9 removes getByCid as
# get now handles cid transparently.
_getByCid: (model, cid) ->
fn = model.getByCid || model.get
fn.apply(model, [cid])
# Determine if a trigger attribute was changed
triggerMatched: (model)->
return true if @triggers.length is 0
return false unless model.hasChanged()
changedAttrs = _.keys(model.changedAttributes())
_.intersection(@triggers,changedAttrs).length > 0
# Remove all event handlers for the subset from both the
# parent and the child. Remove the child collection.
dispose: ->
return if @disposed
@trigger 'dispose', this
@parent.off null,null,@
@child.off null,null,@
@child.dispose?()
@off()
delete this[prop] for prop in ['parent','child','options']
@disposed = true
Backbone.Collection::subcollection = (options = {}) ->
_.defaults options,
child: new this.constructor
parent: this
subset = new Backbone.CollectionSubset(options)
subset.child
module?.exports = Backbone.CollectionSubset
| 49537 | # Backbone.CollectionSubset
# https://github.com/anthonyshort/backbone.collectionsubset
#
# Copyright (c) 2012 <NAME>
# Licensed under the MIT license.
# This allows you to create a subset of a collection based
# on a filter function. This new collection will stay in sync
# with the main collection. When a model is added to the main
# collection it will automatically be added to the child collection
# if it matches a filter.
#
# Triggers can be set that will allow the child collection to
# only update when particular attributes are changed. This should
# be set for every subset.
#
# The subset will be autoamtically disposed when either the parent
# or the child collection is disposed. If the parent collection is
# disposed of then the child collection will also be disposed of.
class Backbone.CollectionSubset
# Borrow the extend method
@extend: Backbone.Model.extend
_.extend @::, Backbone.Events
constructor: (options = {})->
options = _.defaults options,
refresh: true
triggers: null
filter: -> true
name: null
child: null
parent: null
@triggers = if options.triggers then options.triggers.split(' ') else []
options.child = new options.parent.constructor unless options.child
@setParent(options.parent)
@setChild(options.child)
@setFilter(options.filter)
@child.model = options.model if options.model
@refresh() if options.refresh
@name = options.name
# Set the parent collection. This attached a number of
# event handlers to the collection. It also removed any
# event handlers that this collection may have already
# added to the parent.
setParent: (collection) ->
@parent?.off(null,null,@)
@parent = collection
@parent.on 'add', @_onParentAdd, @
@parent.on 'remove', @_onParentRemove, @
@parent.on 'reset', @_onParentReset, @
@parent.on 'change', @_onParentChange, @
@parent.on 'dispose', @dispose, @
@parent.on 'loading', (=> @child.trigger('loading')), @
@parent.on 'ready', (=> @child.trigger('ready')), @
# Set the child collection. This attached a number of event
# handlers to the child and removed any events that were
# previously created by this subset. It is possible to access
# the subset from the child collection via .filterer and the parent
# collection via .parent. The child URL is automatically set
# to the parents URL as with the model.
setChild: (collection) ->
@child?.off(null,null,@)
@child = collection
@child.on 'add', @_onChildAdd, @
@child.on 'reset', @_onChildReset, @
@child.on 'dispose', @dispose, @
@child.superset = @parent
@child.filterer = @
@child.url = @parent.url
@child.model = @parent.model
# This method must be called to set the filter. It binds the method
# to the correct context and fires off any parent filters. This allows you
# to have subsets of subsets.
setFilter: (fn)->
filter = (model)->
matchesFilter = fn.call @,model
matchesParentFilter = if @parent.filterer then @parent.filterer.filter(model) else true
return matchesFilter and matchesParentFilter
@filter = _.bind(filter, @)
# Reset the child collection completely with matching models
# from the parent collection and trigger an event.
refresh: (options = {})->
models = @parent.filter(@filter)
@child.reset(models,{subset:this})
@child.trigger 'refresh'
# Replaces a model object on the child with the model object
# from the parent. This means they are always using the same
# object for models.
_replaceChildModel: (parentModel)->
childModel = @_getByCid(@child, parentModel.cid)
return if childModel is parentModel
if _.isUndefined(childModel)
@child.add(parentModel,subset:this)
else
index = @child.indexOf(childModel)
@child.remove(childModel)
@child.add(parentModel,{at:index,subset:this})
# When a model is added to the parent collection
# Add it to the child if it matches the filter.
_onParentAdd: (model,collection,options)->
return if options && options.subset is this
if @filter(model)
@_replaceChildModel(model)
# When a model is removed from the parent
# remove it from the child
_onParentRemove: (model,collection,options)->
@child.remove(model,options)
# When the parent is reset refrehs the child
_onParentReset: (collection,options)->
@refresh()
# When a model changes in the parent, check to see
# if the attribute changed was one of the triggers.
# if so, then add or remove from to the child
_onParentChange: (model,changes)->
return unless @triggerMatched(model)
if @filter(model)
@child.add(model)
else
@child.remove(model)
# When a model is added to the child
# If the parent has the model replace the one just added to the child
_onChildAdd: (model,collection,options)->
return if options && options.subset is this
@parent.add(model)
parentModel = @_getByCid(@parent, model.cid)
return unless parentModel
if @filter(parentModel)
@_replaceChildModel(parentModel)
else
@child.remove(model)
# After the child fetches we need to get all the models
# from the child, add them to the parent, and then
# reset the child with the models from the parent
# so they use the same model references
_onChildReset: (collection,options)->
return if options && options.subset is this
@parent.add(@child.models)
@refresh()
# Get a model by it's cid. Backbone 0.9.9 removes getByCid as
# get now handles cid transparently.
_getByCid: (model, cid) ->
fn = model.getByCid || model.get
fn.apply(model, [cid])
# Determine if a trigger attribute was changed
triggerMatched: (model)->
return true if @triggers.length is 0
return false unless model.hasChanged()
changedAttrs = _.keys(model.changedAttributes())
_.intersection(@triggers,changedAttrs).length > 0
# Remove all event handlers for the subset from both the
# parent and the child. Remove the child collection.
dispose: ->
return if @disposed
@trigger 'dispose', this
@parent.off null,null,@
@child.off null,null,@
@child.dispose?()
@off()
delete this[prop] for prop in ['parent','child','options']
@disposed = true
Backbone.Collection::subcollection = (options = {}) ->
_.defaults options,
child: new this.constructor
parent: this
subset = new Backbone.CollectionSubset(options)
subset.child
module?.exports = Backbone.CollectionSubset
| true | # Backbone.CollectionSubset
# https://github.com/anthonyshort/backbone.collectionsubset
#
# Copyright (c) 2012 PI:NAME:<NAME>END_PI
# Licensed under the MIT license.
# This allows you to create a subset of a collection based
# on a filter function. This new collection will stay in sync
# with the main collection. When a model is added to the main
# collection it will automatically be added to the child collection
# if it matches a filter.
#
# Triggers can be set that will allow the child collection to
# only update when particular attributes are changed. This should
# be set for every subset.
#
# The subset will be autoamtically disposed when either the parent
# or the child collection is disposed. If the parent collection is
# disposed of then the child collection will also be disposed of.
class Backbone.CollectionSubset
# Borrow the extend method
@extend: Backbone.Model.extend
_.extend @::, Backbone.Events
constructor: (options = {})->
options = _.defaults options,
refresh: true
triggers: null
filter: -> true
name: null
child: null
parent: null
@triggers = if options.triggers then options.triggers.split(' ') else []
options.child = new options.parent.constructor unless options.child
@setParent(options.parent)
@setChild(options.child)
@setFilter(options.filter)
@child.model = options.model if options.model
@refresh() if options.refresh
@name = options.name
# Set the parent collection. This attached a number of
# event handlers to the collection. It also removed any
# event handlers that this collection may have already
# added to the parent.
setParent: (collection) ->
@parent?.off(null,null,@)
@parent = collection
@parent.on 'add', @_onParentAdd, @
@parent.on 'remove', @_onParentRemove, @
@parent.on 'reset', @_onParentReset, @
@parent.on 'change', @_onParentChange, @
@parent.on 'dispose', @dispose, @
@parent.on 'loading', (=> @child.trigger('loading')), @
@parent.on 'ready', (=> @child.trigger('ready')), @
# Set the child collection. This attached a number of event
# handlers to the child and removed any events that were
# previously created by this subset. It is possible to access
# the subset from the child collection via .filterer and the parent
# collection via .parent. The child URL is automatically set
# to the parents URL as with the model.
setChild: (collection) ->
@child?.off(null,null,@)
@child = collection
@child.on 'add', @_onChildAdd, @
@child.on 'reset', @_onChildReset, @
@child.on 'dispose', @dispose, @
@child.superset = @parent
@child.filterer = @
@child.url = @parent.url
@child.model = @parent.model
# This method must be called to set the filter. It binds the method
# to the correct context and fires off any parent filters. This allows you
# to have subsets of subsets.
setFilter: (fn)->
filter = (model)->
matchesFilter = fn.call @,model
matchesParentFilter = if @parent.filterer then @parent.filterer.filter(model) else true
return matchesFilter and matchesParentFilter
@filter = _.bind(filter, @)
# Reset the child collection completely with matching models
# from the parent collection and trigger an event.
refresh: (options = {})->
models = @parent.filter(@filter)
@child.reset(models,{subset:this})
@child.trigger 'refresh'
# Replaces a model object on the child with the model object
# from the parent. This means they are always using the same
# object for models.
_replaceChildModel: (parentModel)->
childModel = @_getByCid(@child, parentModel.cid)
return if childModel is parentModel
if _.isUndefined(childModel)
@child.add(parentModel,subset:this)
else
index = @child.indexOf(childModel)
@child.remove(childModel)
@child.add(parentModel,{at:index,subset:this})
# When a model is added to the parent collection
# Add it to the child if it matches the filter.
_onParentAdd: (model,collection,options)->
return if options && options.subset is this
if @filter(model)
@_replaceChildModel(model)
# When a model is removed from the parent
# remove it from the child
_onParentRemove: (model,collection,options)->
@child.remove(model,options)
# When the parent is reset refrehs the child
_onParentReset: (collection,options)->
@refresh()
# When a model changes in the parent, check to see
# if the attribute changed was one of the triggers.
# if so, then add or remove from to the child
_onParentChange: (model,changes)->
return unless @triggerMatched(model)
if @filter(model)
@child.add(model)
else
@child.remove(model)
# When a model is added to the child
# If the parent has the model replace the one just added to the child
_onChildAdd: (model,collection,options)->
return if options && options.subset is this
@parent.add(model)
parentModel = @_getByCid(@parent, model.cid)
return unless parentModel
if @filter(parentModel)
@_replaceChildModel(parentModel)
else
@child.remove(model)
# After the child fetches we need to get all the models
# from the child, add them to the parent, and then
# reset the child with the models from the parent
# so they use the same model references
_onChildReset: (collection,options)->
return if options && options.subset is this
@parent.add(@child.models)
@refresh()
# Get a model by it's cid. Backbone 0.9.9 removes getByCid as
# get now handles cid transparently.
_getByCid: (model, cid) ->
fn = model.getByCid || model.get
fn.apply(model, [cid])
# Determine if a trigger attribute was changed
triggerMatched: (model)->
return true if @triggers.length is 0
return false unless model.hasChanged()
changedAttrs = _.keys(model.changedAttributes())
_.intersection(@triggers,changedAttrs).length > 0
# Remove all event handlers for the subset from both the
# parent and the child. Remove the child collection.
dispose: ->
return if @disposed
@trigger 'dispose', this
@parent.off null,null,@
@child.off null,null,@
@child.dispose?()
@off()
delete this[prop] for prop in ['parent','child','options']
@disposed = true
Backbone.Collection::subcollection = (options = {}) ->
_.defaults options,
child: new this.constructor
parent: this
subset = new Backbone.CollectionSubset(options)
subset.child
module?.exports = Backbone.CollectionSubset
|
[
{
"context": "# Copyright (c) 2013 Taher Haveliwala\n# All Rights Reserved\n#\n# util.coffee\n#\n# See LIC",
"end": 37,
"score": 0.999867856502533,
"start": 21,
"tag": "NAME",
"value": "Taher Haveliwala"
}
] | src/coffeescript/util.coffee | taherh/Astro | 0 | # Copyright (c) 2013 Taher Haveliwala
# All Rights Reserved
#
# util.coffee
#
# See LICENSE for licensing
#
window.Asteroids = {} if not window.Asteroids
util = Asteroids.util = {}
util.sign = (x) ->
return if x > 0 then 1 else if x < 0 then -1 else 0
util.cap = (val, max) ->
if Math.abs(val) >= max
return util.sign(val) * max
else
return max
util.toRad = (degrees) ->
return degrees * (Math.PI / 180)
util.toDeg = (radians) ->
return radians * (180 / Math.PI)
util.getAngle = (y, x) ->
angle = Math.atan2(y, x)
if angle >= 0
return angle
else
return angle + 2*Math.PI
util.remove = (list, obj) ->
list.splice(list.indexOf(obj), 1)
| 89432 | # Copyright (c) 2013 <NAME>
# All Rights Reserved
#
# util.coffee
#
# See LICENSE for licensing
#
window.Asteroids = {} if not window.Asteroids
util = Asteroids.util = {}
util.sign = (x) ->
return if x > 0 then 1 else if x < 0 then -1 else 0
util.cap = (val, max) ->
if Math.abs(val) >= max
return util.sign(val) * max
else
return max
util.toRad = (degrees) ->
return degrees * (Math.PI / 180)
util.toDeg = (radians) ->
return radians * (180 / Math.PI)
util.getAngle = (y, x) ->
angle = Math.atan2(y, x)
if angle >= 0
return angle
else
return angle + 2*Math.PI
util.remove = (list, obj) ->
list.splice(list.indexOf(obj), 1)
| true | # Copyright (c) 2013 PI:NAME:<NAME>END_PI
# All Rights Reserved
#
# util.coffee
#
# See LICENSE for licensing
#
window.Asteroids = {} if not window.Asteroids
util = Asteroids.util = {}
util.sign = (x) ->
return if x > 0 then 1 else if x < 0 then -1 else 0
util.cap = (val, max) ->
if Math.abs(val) >= max
return util.sign(val) * max
else
return max
util.toRad = (degrees) ->
return degrees * (Math.PI / 180)
util.toDeg = (radians) ->
return radians * (180 / Math.PI)
util.getAngle = (y, x) ->
angle = Math.atan2(y, x)
if angle >= 0
return angle
else
return angle + 2*Math.PI
util.remove = (list, obj) ->
list.splice(list.indexOf(obj), 1)
|
[
{
"context": " 2015\n# The MIT License (MIT)\n# Copyright (c) 2015 Dustin Dowell\n# github.com/dustindowell22/drop-down\n# =========",
"end": 98,
"score": 0.9998379945755005,
"start": 85,
"tag": "NAME",
"value": "Dustin Dowell"
},
{
"context": ")\n# Copyright (c) 2015 Dustin Dowell\n# github.com/dustindowell22/drop-down\n# =====================================",
"end": 126,
"score": 0.9928282499313354,
"start": 112,
"tag": "USERNAME",
"value": "dustindowell22"
}
] | jquery.drop-down.coffee | dustin-archive/drop-down | 2 | # Drop Down - 1.0.4
# September 2, 2015
# The MIT License (MIT)
# Copyright (c) 2015 Dustin Dowell
# github.com/dustindowell22/drop-down
# ==============================================
(($) ->
$.fn.dropDown = (toggleClass = 'toggled') ->
# Cache this object
$this = $(this)
#
$ul = $this.find('ul')
$li = $this.find('li')
$a = $this.find('a')
#
$button = $ul.siblings($a) # Buttons are anchors that are siblings to an unordered-list
$parent = $a.closest($li) # Parents are list-items that are parents to anchors
$drawer = $a.siblings($ul) # Drawers are unordered-lists that are siblings to anchors
$link = $a.not($button) # Links are anchors that are not buttons
$listItem = $li.has($a) # List-items contain anchors
#
$button.click (event) ->
event.preventDefault()
# Cached object names in this function are preceded by a 'c'
$cButton = $(this)
$cParent = $cButton.parent()
$cUncle = $cParent.siblings()
$cCousin = $cUncle.find($li)
$cDrawer = $cButton.siblings($ul)
$cDrawerListItem = $cDrawer.find($listItem) # These variable names kinda suck
$cNestedDrawer = $cDrawer.find($drawer) # These variable names kinda suck
#
if $cParent.hasClass(toggleClass)
$cParent.removeClass(toggleClass)
$cDrawer.css('height', '')
else
$cParent.addClass(toggleClass)
# Reset children
if $cDrawerListItem.hasClass(toggleClass)
$cDrawerListItem.removeClass(toggleClass)
$cNestedDrawer.css('height', '')
# Reset uncles
if $cUncle.hasClass(toggleClass)
$cUncle.removeClass(toggleClass)
$cUncle.children($drawer).css('height', '')
# Reset cousins
if $cCousin.hasClass(toggleClass)
$cCousin.removeClass(toggleClass)
$cCousin.children($drawer).css('height', '')
# Animate auto
$drawer.update().reverse().each ->
# Cached object names in this function are preceded by an 'a'
$aDrawer = $(this)
$aParent = $aDrawer.parent()
if $aParent.hasClass(toggleClass)
$aClone = $aDrawer.clone().css('display', 'none').appendTo($aParent)
height = $aClone.css('height', 'auto').outerHeight() + 'px'
$aClone.remove()
$aDrawer.css('height', '').css('height', height)
#
closeMenu = ->
if $parent.hasClass(toggleClass)
$parent.removeClass(toggleClass)
$drawer.css('height', '')
#
$link.click ->
closeMenu()
#
$(document).on 'click focusin', (event) ->
if not $(event.target).closest($button.parent()).length
closeMenu()
# Allow chaining
return this
) jQuery
| 10419 | # Drop Down - 1.0.4
# September 2, 2015
# The MIT License (MIT)
# Copyright (c) 2015 <NAME>
# github.com/dustindowell22/drop-down
# ==============================================
(($) ->
$.fn.dropDown = (toggleClass = 'toggled') ->
# Cache this object
$this = $(this)
#
$ul = $this.find('ul')
$li = $this.find('li')
$a = $this.find('a')
#
$button = $ul.siblings($a) # Buttons are anchors that are siblings to an unordered-list
$parent = $a.closest($li) # Parents are list-items that are parents to anchors
$drawer = $a.siblings($ul) # Drawers are unordered-lists that are siblings to anchors
$link = $a.not($button) # Links are anchors that are not buttons
$listItem = $li.has($a) # List-items contain anchors
#
$button.click (event) ->
event.preventDefault()
# Cached object names in this function are preceded by a 'c'
$cButton = $(this)
$cParent = $cButton.parent()
$cUncle = $cParent.siblings()
$cCousin = $cUncle.find($li)
$cDrawer = $cButton.siblings($ul)
$cDrawerListItem = $cDrawer.find($listItem) # These variable names kinda suck
$cNestedDrawer = $cDrawer.find($drawer) # These variable names kinda suck
#
if $cParent.hasClass(toggleClass)
$cParent.removeClass(toggleClass)
$cDrawer.css('height', '')
else
$cParent.addClass(toggleClass)
# Reset children
if $cDrawerListItem.hasClass(toggleClass)
$cDrawerListItem.removeClass(toggleClass)
$cNestedDrawer.css('height', '')
# Reset uncles
if $cUncle.hasClass(toggleClass)
$cUncle.removeClass(toggleClass)
$cUncle.children($drawer).css('height', '')
# Reset cousins
if $cCousin.hasClass(toggleClass)
$cCousin.removeClass(toggleClass)
$cCousin.children($drawer).css('height', '')
# Animate auto
$drawer.update().reverse().each ->
# Cached object names in this function are preceded by an 'a'
$aDrawer = $(this)
$aParent = $aDrawer.parent()
if $aParent.hasClass(toggleClass)
$aClone = $aDrawer.clone().css('display', 'none').appendTo($aParent)
height = $aClone.css('height', 'auto').outerHeight() + 'px'
$aClone.remove()
$aDrawer.css('height', '').css('height', height)
#
closeMenu = ->
if $parent.hasClass(toggleClass)
$parent.removeClass(toggleClass)
$drawer.css('height', '')
#
$link.click ->
closeMenu()
#
$(document).on 'click focusin', (event) ->
if not $(event.target).closest($button.parent()).length
closeMenu()
# Allow chaining
return this
) jQuery
| true | # Drop Down - 1.0.4
# September 2, 2015
# The MIT License (MIT)
# Copyright (c) 2015 PI:NAME:<NAME>END_PI
# github.com/dustindowell22/drop-down
# ==============================================
(($) ->
$.fn.dropDown = (toggleClass = 'toggled') ->
# Cache this object
$this = $(this)
#
$ul = $this.find('ul')
$li = $this.find('li')
$a = $this.find('a')
#
$button = $ul.siblings($a) # Buttons are anchors that are siblings to an unordered-list
$parent = $a.closest($li) # Parents are list-items that are parents to anchors
$drawer = $a.siblings($ul) # Drawers are unordered-lists that are siblings to anchors
$link = $a.not($button) # Links are anchors that are not buttons
$listItem = $li.has($a) # List-items contain anchors
#
$button.click (event) ->
event.preventDefault()
# Cached object names in this function are preceded by a 'c'
$cButton = $(this)
$cParent = $cButton.parent()
$cUncle = $cParent.siblings()
$cCousin = $cUncle.find($li)
$cDrawer = $cButton.siblings($ul)
$cDrawerListItem = $cDrawer.find($listItem) # These variable names kinda suck
$cNestedDrawer = $cDrawer.find($drawer) # These variable names kinda suck
#
if $cParent.hasClass(toggleClass)
$cParent.removeClass(toggleClass)
$cDrawer.css('height', '')
else
$cParent.addClass(toggleClass)
# Reset children
if $cDrawerListItem.hasClass(toggleClass)
$cDrawerListItem.removeClass(toggleClass)
$cNestedDrawer.css('height', '')
# Reset uncles
if $cUncle.hasClass(toggleClass)
$cUncle.removeClass(toggleClass)
$cUncle.children($drawer).css('height', '')
# Reset cousins
if $cCousin.hasClass(toggleClass)
$cCousin.removeClass(toggleClass)
$cCousin.children($drawer).css('height', '')
# Animate auto
$drawer.update().reverse().each ->
# Cached object names in this function are preceded by an 'a'
$aDrawer = $(this)
$aParent = $aDrawer.parent()
if $aParent.hasClass(toggleClass)
$aClone = $aDrawer.clone().css('display', 'none').appendTo($aParent)
height = $aClone.css('height', 'auto').outerHeight() + 'px'
$aClone.remove()
$aDrawer.css('height', '').css('height', height)
#
closeMenu = ->
if $parent.hasClass(toggleClass)
$parent.removeClass(toggleClass)
$drawer.css('height', '')
#
$link.click ->
closeMenu()
#
$(document).on 'click focusin', (event) ->
if not $(event.target).closest($button.parent()).length
closeMenu()
# Allow chaining
return this
) jQuery
|
[
{
"context": ".0-pre'\ndescription: 'A npb seed project.'\nauthor: ':FooTearth <footearth@gmail.com>'\n# main: ''\nlicense: 'MIT'\n",
"end": 108,
"score": 0.9923355579376221,
"start": 97,
"tag": "USERNAME",
"value": "':FooTearth"
},
{
"context": "ption: 'A npb seed project.'\nauthor: ':FooTearth <footearth@gmail.com>'\n# main: ''\nlicense: 'MIT'\nrepository:\n type: '",
"end": 129,
"score": 0.999927818775177,
"start": 110,
"tag": "EMAIL",
"value": "footearth@gmail.com"
},
{
"context": "ository:\n type: 'git'\n url: 'https://github.com/Mooxe000/npb-seed.git'\nbugs:\n url: 'https://github.com/Mo",
"end": 219,
"score": 0.9993723034858704,
"start": 211,
"tag": "USERNAME",
"value": "Mooxe000"
},
{
"context": "00/npb-seed.git'\nbugs:\n url: 'https://github.com/Mooxe000/npb-seed/issues'\nhomepage: 'https://github.com/Mo",
"end": 275,
"score": 0.9994401931762695,
"start": 267,
"tag": "USERNAME",
"value": "Mooxe000"
},
{
"context": "00/npb-seed/issues'\nhomepage: 'https://github.com/Mooxe000/npb-seed'\nKeywords: [\n 'npb'\n 'seed'\n 'example",
"end": 331,
"score": 0.9989583492279053,
"start": 323,
"tag": "USERNAME",
"value": "Mooxe000"
}
] | npb.cson | Mooxe000/npb-seed | 0 | # PUBLIC CONFIG
name: 'npb-seed'
version: '0.0.0-pre'
description: 'A npb seed project.'
author: ':FooTearth <footearth@gmail.com>'
# main: ''
license: 'MIT'
repository:
type: 'git'
url: 'https://github.com/Mooxe000/npb-seed.git'
bugs:
url: 'https://github.com/Mooxe000/npb-seed/issues'
homepage: 'https://github.com/Mooxe000/npb-seed'
Keywords: [
'npb'
'seed'
'example'
'coffee'
]
# BOWER CONFIG
bower:
dependencies:
'angularjs': 'angular.js'
'bootstrap' : [
'dist/css/bootstrap.css'
'dist/fonts/glyphicons-halflings-regular.eot'
'dist/fonts/glyphicons-halflings-regular.svg'
'dist/fonts/glyphicons-halflings-regular.ttf'
'dist/fonts/glyphicons-halflings-regular.woff'
]
'jquery': 'dist/jquery.js'
'angular-route': 'angular-route.js'
'angular-resource': 'angular-resource.js'
'angular-animate': 'angular-animate.js'
devDependencies: []
# NPM CONFIG
npm:
bin: {}
scripts:
test: ''
dependencies: []
devDependencies: [
'coffee-script'
'npb-coffee'
'lodash'
'del'
gulp: [
# dev
'gulp-filter'
'gulp-coffee'
'gulp-jade'
'gulp-stylus'
'gulp-tap'
'gulp-watch'
'browser-sync'
# dist
'gulp-inline-angular-templates'
'gulp-usemin'
'gulp-useref'
'gulp-minify-html'
'gulp-minify-css'
'gulp-csso'
'gulp-uglify'
'gulp-rev'
'gulp-rev-replace'
]
]
# NPB CONFIG
npb:
# bower:
# root_allow: true
npm:
commander: 'npm' # default
# commander: 'cnpm'
# -- build tools --
# build: 'gulp' # default
# build: 'grunt'
| 49379 | # PUBLIC CONFIG
name: 'npb-seed'
version: '0.0.0-pre'
description: 'A npb seed project.'
author: ':FooTearth <<EMAIL>>'
# main: ''
license: 'MIT'
repository:
type: 'git'
url: 'https://github.com/Mooxe000/npb-seed.git'
bugs:
url: 'https://github.com/Mooxe000/npb-seed/issues'
homepage: 'https://github.com/Mooxe000/npb-seed'
Keywords: [
'npb'
'seed'
'example'
'coffee'
]
# BOWER CONFIG
bower:
dependencies:
'angularjs': 'angular.js'
'bootstrap' : [
'dist/css/bootstrap.css'
'dist/fonts/glyphicons-halflings-regular.eot'
'dist/fonts/glyphicons-halflings-regular.svg'
'dist/fonts/glyphicons-halflings-regular.ttf'
'dist/fonts/glyphicons-halflings-regular.woff'
]
'jquery': 'dist/jquery.js'
'angular-route': 'angular-route.js'
'angular-resource': 'angular-resource.js'
'angular-animate': 'angular-animate.js'
devDependencies: []
# NPM CONFIG
npm:
bin: {}
scripts:
test: ''
dependencies: []
devDependencies: [
'coffee-script'
'npb-coffee'
'lodash'
'del'
gulp: [
# dev
'gulp-filter'
'gulp-coffee'
'gulp-jade'
'gulp-stylus'
'gulp-tap'
'gulp-watch'
'browser-sync'
# dist
'gulp-inline-angular-templates'
'gulp-usemin'
'gulp-useref'
'gulp-minify-html'
'gulp-minify-css'
'gulp-csso'
'gulp-uglify'
'gulp-rev'
'gulp-rev-replace'
]
]
# NPB CONFIG
npb:
# bower:
# root_allow: true
npm:
commander: 'npm' # default
# commander: 'cnpm'
# -- build tools --
# build: 'gulp' # default
# build: 'grunt'
| true | # PUBLIC CONFIG
name: 'npb-seed'
version: '0.0.0-pre'
description: 'A npb seed project.'
author: ':FooTearth <PI:EMAIL:<EMAIL>END_PI>'
# main: ''
license: 'MIT'
repository:
type: 'git'
url: 'https://github.com/Mooxe000/npb-seed.git'
bugs:
url: 'https://github.com/Mooxe000/npb-seed/issues'
homepage: 'https://github.com/Mooxe000/npb-seed'
Keywords: [
'npb'
'seed'
'example'
'coffee'
]
# BOWER CONFIG
bower:
dependencies:
'angularjs': 'angular.js'
'bootstrap' : [
'dist/css/bootstrap.css'
'dist/fonts/glyphicons-halflings-regular.eot'
'dist/fonts/glyphicons-halflings-regular.svg'
'dist/fonts/glyphicons-halflings-regular.ttf'
'dist/fonts/glyphicons-halflings-regular.woff'
]
'jquery': 'dist/jquery.js'
'angular-route': 'angular-route.js'
'angular-resource': 'angular-resource.js'
'angular-animate': 'angular-animate.js'
devDependencies: []
# NPM CONFIG
npm:
bin: {}
scripts:
test: ''
dependencies: []
devDependencies: [
'coffee-script'
'npb-coffee'
'lodash'
'del'
gulp: [
# dev
'gulp-filter'
'gulp-coffee'
'gulp-jade'
'gulp-stylus'
'gulp-tap'
'gulp-watch'
'browser-sync'
# dist
'gulp-inline-angular-templates'
'gulp-usemin'
'gulp-useref'
'gulp-minify-html'
'gulp-minify-css'
'gulp-csso'
'gulp-uglify'
'gulp-rev'
'gulp-rev-replace'
]
]
# NPB CONFIG
npb:
# bower:
# root_allow: true
npm:
commander: 'npm' # default
# commander: 'cnpm'
# -- build tools --
# build: 'gulp' # default
# build: 'grunt'
|
[
{
"context": " row[key] = parseFloat val if key isnt 'NEIGHBORHOOD'\n row\n out[years[index]] = data\n ",
"end": 5553,
"score": 0.540743887424469,
"start": 5543,
"tag": "KEY",
"value": "IGHBORHOOD"
}
] | source/javascripts/all.coffee | gruppopam/portland-census | 0 | #= require mappings
years = [2000, 2010]
width = 900
height = 680
vis = null
places = null
neighborhoods = null
directory = null
format = d3.format ','
colors = [
'#0aafed'
'#3bbff1'
'#6ccff4'
'#9ddff8'
'#ceeffb'
'#fff'
]
intensity = d3.scale.quantile()
projection = d3.geo.albers().rotate [120]
path = d3.geo.path().projection projection
tip = d3.tip().attr('class', 'tip').offset([-3, 0]).html (d) ->
"<h3>#{d.name} <span>#{d.subject}</span></h3>
<table>
<tr>
<th>2000</th>
<th>2010</th>
<th>% Change</th>
<th>+/-</th>
</tr>
<tr>
<td>#{format d.data[0]}</td>
<td>#{format d.data[1]}</td>
<td>#{d.data[3]}</td>
<td>#{format d.data[2]}</td>
</tr>
</table>
"
d3.json 'data/neighborhoods.json', (pdx) ->
neighborhoods = topojson.feature pdx, pdx.objects.neighborhoods
projection.scale(1).translate [0, 0]
b = path.bounds(neighborhoods)
s = .99 / Math.max((b[1][0] - b[0][0]) / width, (b[1][1] - b[0][1]) / height)
t = [(width - s * (b[1][0] + b[0][0])) / 2, (height - s * (b[1][1] + b[0][1])) / 2]
projection.scale(s).translate(t)
loadCensusData(mapDataToNeighborhoods)
vis.append('pattern')
.attr('id', 'hatch')
.attr('patternUnits', 'userSpaceOnUse')
.attr('width', 4)
.attr('height', 4)
.append('path')
.style('stroke', '#777')
.style('stroke-width', 0.5)
.style('shape-rendering', 'crispedges')
.attr('d', 'M-1,1 l2,-2 M0,4 l4,-4 M3,5 l2,-2')
vis.selectAll('.neighborhood')
.data(neighborhoods.features)
.enter().append('path')
.attr('class', (d) -> "neighborhood #{d.properties.name.toLowerCase().replace(/\s+/, '-')}")
.classed('unclaimed', (d) -> d.properties.name.toLowerCase().indexOf('unclaimed') != -1)
.classed('shared', (d) -> d.properties.shared)
.attr('d', path)
$ ->
width = $('.js-map').outerWidth()
vis = d3.select('.js-map').append('svg')
.attr('width', width)
.attr('height', height)
.call(tip)
directory = d3.select '.js-entries'
menu = d3.select('.js-menu-subject').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
d3.selectAll('.js-sort').on 'click', ->
event = d3.event
event.preventDefault()
params = d3.select(this).attr('href')
.substr(1)
.split('&')
.map (val) -> val.split '='
filters = getFilterParams()
sort = params.filter((p) -> p[0] == 'dir')[0]
type = params.filter((p) -> p[0] == 'prop')[0]
type = if type[1] is 'change'
3
else
if filters.type is '2010' then 1 else 0
query = []
for param in params
[key, val] = param
val = (if val is 'asc' then 'desc' else 'asc') if key == 'dir'
query.push "#{key}=#{val}"
d3.select(this).attr 'href', "?#{query.join('&')}"
updateInfo filters.subject, type, __mappings[filters.subject], sort[1]
d3.select('.js-menu-type').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
for key of __mappings
menu.append('option')
.attr('value', key)
.text(key)
# Highlight a specific census category
#
# subject - Name of the census mapping
# type - Index of type (2000, 2010, total change, % growth)
highlight = (subject, type) ->
colorRange = __mappings[subject][2] ?= colors
values = places.map((d) -> parseFloat(d.value[subject][type]))
.sort (a, b) -> d3.ascending(a, b)
# Discard larges and smallest numbers
min = values[1]
max = values[values.length - 2]
updateInfo subject, type, __mappings[subject]
intensity.domain([min, max]).range colorRange
vis.selectAll('.neighborhood:not(.shared):not(.unclaimed)')
.style('fill', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.style('stroke', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.on('mouseover', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
tip.show name: name, subject: subject, data: place.value[subject])
.on 'mouseout', tip.hide
# Map topojson neighborhood data to census data mappings specified in mappings.coffee
#
# data - Census topojson data
#
mapDataToNeighborhoods = (data) ->
nhoods = {}
for hood in neighborhoods.features
name = hood.properties.name
current = nhoods[name] = {}
current[2010] = data[2010].filter((d) -> d.NEIGHBORHOOD == name)[0]
current[2000] = data[2000].filter((d) -> d.NEIGHBORHOOD == name)[0]
for key, ids of window.__mappings
try
from = d3.sum(ids[0].map (id) -> current[2000][id])
to = d3.sum(ids[1].map (id) -> current[2010][id])
change = to - from
growth = parseFloat ((change / from) * 100).toFixed(1)
growth = 100 if !isFinite growth
current[key] = [from, to, change, growth]
catch e
console.log "ERROR!!!! #{e} #{name} #{key}"
delete current[2000]
delete current[2010]
places = d3.entries(nhoods).filter (nh) -> !shouldExcludeNeighborhood(nh.key)
highlight 'Total Population', 0
# Load census data csv files
loadCensusData = (callback) ->
out = {}
index = 0
for year in years
d3.csv "data/#{year}-census.csv", (data) ->
data.map (row) ->
for key, val of row
row[key] = parseFloat val if key isnt 'NEIGHBORHOOD'
row
out[years[index]] = data
callback(out) if index == 1
index += 1
updateInfo = (subject, type, data, sort = 'desc') ->
sortFunc = if sort == 'desc' then d3.descending else d3.ascending
nhoods = places.map((place) -> name: place.key, value: place.value[subject])
.sort((a, b) -> sortFunc a.value[type], b.value[type]) #[0..19]
[min, max] = d3.extent nhoods, (d) -> d.value[type]
directory.selectAll('.entry').remove()
directory.selectAll('.entry')
.data(nhoods, (d) -> d.name)
.enter().append('tr')
.html((d, i) ->
change = d.value[3]
changeClass = if change < 0 then 'down' else 'up'
changeClass = null if change is 0
"<tr>
<td class='rank'>#{i + 1}.</td>
<td>#{d.name}</td>
<td class='val'>#{format(d.value[type])}</td>
<td class='change #{changeClass}'>#{format(change)}%</td>
</tr>
").attr('class', 'entry')
getFilterParams = ->
subjectMenu = d3.select '.js-menu-subject'
typeMenu = d3.select '.js-menu-type'
subjectIndex = subjectMenu.node().selectedIndex
typeIndex = typeMenu.node().selectedIndex
subject = d3.select(subjectMenu.node().options[subjectIndex]).attr 'value'
type = typeIndex
{subject, type}
# Should we exclude a neighoborhood from being highlighted.
# Sometimes we want to draw a neighborhood, but not highlight it with others.
# For example, Portland has a lot of MC Unclaimed areas and overlapping
# neighborhood boundaries.
shouldExcludeNeighborhood = (name) ->
name = name.toLowerCase()
name.indexOf('unclaimed') != -1 or name == 'roseway/madison south' | 98479 | #= require mappings
years = [2000, 2010]
width = 900
height = 680
vis = null
places = null
neighborhoods = null
directory = null
format = d3.format ','
colors = [
'#0aafed'
'#3bbff1'
'#6ccff4'
'#9ddff8'
'#ceeffb'
'#fff'
]
intensity = d3.scale.quantile()
projection = d3.geo.albers().rotate [120]
path = d3.geo.path().projection projection
tip = d3.tip().attr('class', 'tip').offset([-3, 0]).html (d) ->
"<h3>#{d.name} <span>#{d.subject}</span></h3>
<table>
<tr>
<th>2000</th>
<th>2010</th>
<th>% Change</th>
<th>+/-</th>
</tr>
<tr>
<td>#{format d.data[0]}</td>
<td>#{format d.data[1]}</td>
<td>#{d.data[3]}</td>
<td>#{format d.data[2]}</td>
</tr>
</table>
"
d3.json 'data/neighborhoods.json', (pdx) ->
neighborhoods = topojson.feature pdx, pdx.objects.neighborhoods
projection.scale(1).translate [0, 0]
b = path.bounds(neighborhoods)
s = .99 / Math.max((b[1][0] - b[0][0]) / width, (b[1][1] - b[0][1]) / height)
t = [(width - s * (b[1][0] + b[0][0])) / 2, (height - s * (b[1][1] + b[0][1])) / 2]
projection.scale(s).translate(t)
loadCensusData(mapDataToNeighborhoods)
vis.append('pattern')
.attr('id', 'hatch')
.attr('patternUnits', 'userSpaceOnUse')
.attr('width', 4)
.attr('height', 4)
.append('path')
.style('stroke', '#777')
.style('stroke-width', 0.5)
.style('shape-rendering', 'crispedges')
.attr('d', 'M-1,1 l2,-2 M0,4 l4,-4 M3,5 l2,-2')
vis.selectAll('.neighborhood')
.data(neighborhoods.features)
.enter().append('path')
.attr('class', (d) -> "neighborhood #{d.properties.name.toLowerCase().replace(/\s+/, '-')}")
.classed('unclaimed', (d) -> d.properties.name.toLowerCase().indexOf('unclaimed') != -1)
.classed('shared', (d) -> d.properties.shared)
.attr('d', path)
$ ->
width = $('.js-map').outerWidth()
vis = d3.select('.js-map').append('svg')
.attr('width', width)
.attr('height', height)
.call(tip)
directory = d3.select '.js-entries'
menu = d3.select('.js-menu-subject').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
d3.selectAll('.js-sort').on 'click', ->
event = d3.event
event.preventDefault()
params = d3.select(this).attr('href')
.substr(1)
.split('&')
.map (val) -> val.split '='
filters = getFilterParams()
sort = params.filter((p) -> p[0] == 'dir')[0]
type = params.filter((p) -> p[0] == 'prop')[0]
type = if type[1] is 'change'
3
else
if filters.type is '2010' then 1 else 0
query = []
for param in params
[key, val] = param
val = (if val is 'asc' then 'desc' else 'asc') if key == 'dir'
query.push "#{key}=#{val}"
d3.select(this).attr 'href', "?#{query.join('&')}"
updateInfo filters.subject, type, __mappings[filters.subject], sort[1]
d3.select('.js-menu-type').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
for key of __mappings
menu.append('option')
.attr('value', key)
.text(key)
# Highlight a specific census category
#
# subject - Name of the census mapping
# type - Index of type (2000, 2010, total change, % growth)
highlight = (subject, type) ->
colorRange = __mappings[subject][2] ?= colors
values = places.map((d) -> parseFloat(d.value[subject][type]))
.sort (a, b) -> d3.ascending(a, b)
# Discard larges and smallest numbers
min = values[1]
max = values[values.length - 2]
updateInfo subject, type, __mappings[subject]
intensity.domain([min, max]).range colorRange
vis.selectAll('.neighborhood:not(.shared):not(.unclaimed)')
.style('fill', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.style('stroke', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.on('mouseover', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
tip.show name: name, subject: subject, data: place.value[subject])
.on 'mouseout', tip.hide
# Map topojson neighborhood data to census data mappings specified in mappings.coffee
#
# data - Census topojson data
#
mapDataToNeighborhoods = (data) ->
nhoods = {}
for hood in neighborhoods.features
name = hood.properties.name
current = nhoods[name] = {}
current[2010] = data[2010].filter((d) -> d.NEIGHBORHOOD == name)[0]
current[2000] = data[2000].filter((d) -> d.NEIGHBORHOOD == name)[0]
for key, ids of window.__mappings
try
from = d3.sum(ids[0].map (id) -> current[2000][id])
to = d3.sum(ids[1].map (id) -> current[2010][id])
change = to - from
growth = parseFloat ((change / from) * 100).toFixed(1)
growth = 100 if !isFinite growth
current[key] = [from, to, change, growth]
catch e
console.log "ERROR!!!! #{e} #{name} #{key}"
delete current[2000]
delete current[2010]
places = d3.entries(nhoods).filter (nh) -> !shouldExcludeNeighborhood(nh.key)
highlight 'Total Population', 0
# Load census data csv files
loadCensusData = (callback) ->
out = {}
index = 0
for year in years
d3.csv "data/#{year}-census.csv", (data) ->
data.map (row) ->
for key, val of row
row[key] = parseFloat val if key isnt 'NE<KEY>'
row
out[years[index]] = data
callback(out) if index == 1
index += 1
updateInfo = (subject, type, data, sort = 'desc') ->
sortFunc = if sort == 'desc' then d3.descending else d3.ascending
nhoods = places.map((place) -> name: place.key, value: place.value[subject])
.sort((a, b) -> sortFunc a.value[type], b.value[type]) #[0..19]
[min, max] = d3.extent nhoods, (d) -> d.value[type]
directory.selectAll('.entry').remove()
directory.selectAll('.entry')
.data(nhoods, (d) -> d.name)
.enter().append('tr')
.html((d, i) ->
change = d.value[3]
changeClass = if change < 0 then 'down' else 'up'
changeClass = null if change is 0
"<tr>
<td class='rank'>#{i + 1}.</td>
<td>#{d.name}</td>
<td class='val'>#{format(d.value[type])}</td>
<td class='change #{changeClass}'>#{format(change)}%</td>
</tr>
").attr('class', 'entry')
getFilterParams = ->
subjectMenu = d3.select '.js-menu-subject'
typeMenu = d3.select '.js-menu-type'
subjectIndex = subjectMenu.node().selectedIndex
typeIndex = typeMenu.node().selectedIndex
subject = d3.select(subjectMenu.node().options[subjectIndex]).attr 'value'
type = typeIndex
{subject, type}
# Should we exclude a neighoborhood from being highlighted.
# Sometimes we want to draw a neighborhood, but not highlight it with others.
# For example, Portland has a lot of MC Unclaimed areas and overlapping
# neighborhood boundaries.
shouldExcludeNeighborhood = (name) ->
name = name.toLowerCase()
name.indexOf('unclaimed') != -1 or name == 'roseway/madison south' | true | #= require mappings
years = [2000, 2010]
width = 900
height = 680
vis = null
places = null
neighborhoods = null
directory = null
format = d3.format ','
colors = [
'#0aafed'
'#3bbff1'
'#6ccff4'
'#9ddff8'
'#ceeffb'
'#fff'
]
intensity = d3.scale.quantile()
projection = d3.geo.albers().rotate [120]
path = d3.geo.path().projection projection
tip = d3.tip().attr('class', 'tip').offset([-3, 0]).html (d) ->
"<h3>#{d.name} <span>#{d.subject}</span></h3>
<table>
<tr>
<th>2000</th>
<th>2010</th>
<th>% Change</th>
<th>+/-</th>
</tr>
<tr>
<td>#{format d.data[0]}</td>
<td>#{format d.data[1]}</td>
<td>#{d.data[3]}</td>
<td>#{format d.data[2]}</td>
</tr>
</table>
"
d3.json 'data/neighborhoods.json', (pdx) ->
neighborhoods = topojson.feature pdx, pdx.objects.neighborhoods
projection.scale(1).translate [0, 0]
b = path.bounds(neighborhoods)
s = .99 / Math.max((b[1][0] - b[0][0]) / width, (b[1][1] - b[0][1]) / height)
t = [(width - s * (b[1][0] + b[0][0])) / 2, (height - s * (b[1][1] + b[0][1])) / 2]
projection.scale(s).translate(t)
loadCensusData(mapDataToNeighborhoods)
vis.append('pattern')
.attr('id', 'hatch')
.attr('patternUnits', 'userSpaceOnUse')
.attr('width', 4)
.attr('height', 4)
.append('path')
.style('stroke', '#777')
.style('stroke-width', 0.5)
.style('shape-rendering', 'crispedges')
.attr('d', 'M-1,1 l2,-2 M0,4 l4,-4 M3,5 l2,-2')
vis.selectAll('.neighborhood')
.data(neighborhoods.features)
.enter().append('path')
.attr('class', (d) -> "neighborhood #{d.properties.name.toLowerCase().replace(/\s+/, '-')}")
.classed('unclaimed', (d) -> d.properties.name.toLowerCase().indexOf('unclaimed') != -1)
.classed('shared', (d) -> d.properties.shared)
.attr('d', path)
$ ->
width = $('.js-map').outerWidth()
vis = d3.select('.js-map').append('svg')
.attr('width', width)
.attr('height', height)
.call(tip)
directory = d3.select '.js-entries'
menu = d3.select('.js-menu-subject').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
d3.selectAll('.js-sort').on 'click', ->
event = d3.event
event.preventDefault()
params = d3.select(this).attr('href')
.substr(1)
.split('&')
.map (val) -> val.split '='
filters = getFilterParams()
sort = params.filter((p) -> p[0] == 'dir')[0]
type = params.filter((p) -> p[0] == 'prop')[0]
type = if type[1] is 'change'
3
else
if filters.type is '2010' then 1 else 0
query = []
for param in params
[key, val] = param
val = (if val is 'asc' then 'desc' else 'asc') if key == 'dir'
query.push "#{key}=#{val}"
d3.select(this).attr 'href', "?#{query.join('&')}"
updateInfo filters.subject, type, __mappings[filters.subject], sort[1]
d3.select('.js-menu-type').on 'change', (d) ->
filters = getFilterParams()
highlight filters.subject, filters.type
for key of __mappings
menu.append('option')
.attr('value', key)
.text(key)
# Highlight a specific census category
#
# subject - Name of the census mapping
# type - Index of type (2000, 2010, total change, % growth)
highlight = (subject, type) ->
colorRange = __mappings[subject][2] ?= colors
values = places.map((d) -> parseFloat(d.value[subject][type]))
.sort (a, b) -> d3.ascending(a, b)
# Discard larges and smallest numbers
min = values[1]
max = values[values.length - 2]
updateInfo subject, type, __mappings[subject]
intensity.domain([min, max]).range colorRange
vis.selectAll('.neighborhood:not(.shared):not(.unclaimed)')
.style('fill', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.style('stroke', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
count = place.value[subject][type]
intensity(count))
.on('mouseover', (d) ->
name = d.properties.name
place = places.filter((p) -> p.key == name)[0]
tip.show name: name, subject: subject, data: place.value[subject])
.on 'mouseout', tip.hide
# Map topojson neighborhood data to census data mappings specified in mappings.coffee
#
# data - Census topojson data
#
mapDataToNeighborhoods = (data) ->
nhoods = {}
for hood in neighborhoods.features
name = hood.properties.name
current = nhoods[name] = {}
current[2010] = data[2010].filter((d) -> d.NEIGHBORHOOD == name)[0]
current[2000] = data[2000].filter((d) -> d.NEIGHBORHOOD == name)[0]
for key, ids of window.__mappings
try
from = d3.sum(ids[0].map (id) -> current[2000][id])
to = d3.sum(ids[1].map (id) -> current[2010][id])
change = to - from
growth = parseFloat ((change / from) * 100).toFixed(1)
growth = 100 if !isFinite growth
current[key] = [from, to, change, growth]
catch e
console.log "ERROR!!!! #{e} #{name} #{key}"
delete current[2000]
delete current[2010]
places = d3.entries(nhoods).filter (nh) -> !shouldExcludeNeighborhood(nh.key)
highlight 'Total Population', 0
# Load census data csv files
loadCensusData = (callback) ->
out = {}
index = 0
for year in years
d3.csv "data/#{year}-census.csv", (data) ->
data.map (row) ->
for key, val of row
row[key] = parseFloat val if key isnt 'NEPI:KEY:<KEY>END_PI'
row
out[years[index]] = data
callback(out) if index == 1
index += 1
updateInfo = (subject, type, data, sort = 'desc') ->
sortFunc = if sort == 'desc' then d3.descending else d3.ascending
nhoods = places.map((place) -> name: place.key, value: place.value[subject])
.sort((a, b) -> sortFunc a.value[type], b.value[type]) #[0..19]
[min, max] = d3.extent nhoods, (d) -> d.value[type]
directory.selectAll('.entry').remove()
directory.selectAll('.entry')
.data(nhoods, (d) -> d.name)
.enter().append('tr')
.html((d, i) ->
change = d.value[3]
changeClass = if change < 0 then 'down' else 'up'
changeClass = null if change is 0
"<tr>
<td class='rank'>#{i + 1}.</td>
<td>#{d.name}</td>
<td class='val'>#{format(d.value[type])}</td>
<td class='change #{changeClass}'>#{format(change)}%</td>
</tr>
").attr('class', 'entry')
getFilterParams = ->
subjectMenu = d3.select '.js-menu-subject'
typeMenu = d3.select '.js-menu-type'
subjectIndex = subjectMenu.node().selectedIndex
typeIndex = typeMenu.node().selectedIndex
subject = d3.select(subjectMenu.node().options[subjectIndex]).attr 'value'
type = typeIndex
{subject, type}
# Should we exclude a neighoborhood from being highlighted.
# Sometimes we want to draw a neighborhood, but not highlight it with others.
# For example, Portland has a lot of MC Unclaimed areas and overlapping
# neighborhood boundaries.
shouldExcludeNeighborhood = (name) ->
name = name.toLowerCase()
name.indexOf('unclaimed') != -1 or name == 'roseway/madison south' |
[
{
"context": "-890'\n\n\t\tit 'email', () ->\n\t\t\torg = 'ｉｎｆｏ＠ｈｏｇｅｈｏｇｅ.com';\n\t\t\tcnv = nvalidr(org).email().s\n\t\t\tassert cnv =",
"end": 6399,
"score": 0.8046162128448486,
"start": 6396,
"tag": "EMAIL",
"value": "com"
},
{
"context": "\t\t\tcnv = nvalidr(org).email().s\n\t\t\tassert cnv == 'info@hogehoge.com'\n\n\t\tit 'zipcode', () ->\n\t\t\torg = '５４３ー００２１';\n\t\t\tc",
"end": 6469,
"score": 0.999900758266449,
"start": 6452,
"tag": "EMAIL",
"value": "info@hogehoge.com"
}
] | test/main.coffee | yuka2py/nvalidr.js | 2 | nvalidr = require '../lib/nvalidr.js'
assert = require 'power-assert'
describe 'nvalidr/', () ->
describe 'type/', () ->
it 'toInt', () ->
org = '1234.5';
dst = nvalidr(org).toInt();
assert dst == 1234
it 'toFloat', () ->
org = '1234.5';
dst = nvalidr(org).toFloat();
assert dst == 1234.5
it 'toNumber', () ->
org = '1234.5';
dst = nvalidr(org).toNumber();
assert dst == 1234.5
describe 'trim/', () ->
it 'trim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).trim().s;
assert dst == 'aa a'
it 'rtrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).rtrim().s;
assert(dst == ' aa a')
it 'ltrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).ltrim().s;
assert dst == 'aa a \n\r '
describe 'date/', () ->
it 'invalid date string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).date () ->
errmsg = '日付じゃありません'
assert errmsg == '日付じゃありません'
it 'valid date string YYYY-MM-DD', () ->
org = '2015/8/12';
dst = nvalidr(org).date().s
assert dst == '2015-08-12'
it 'valid date string MM-DD', () ->
org = '8/12';
dst = nvalidr(org).date().s
assert dst == new Date().getFullYear() + '-08-12'
it 'with format', () ->
org = '2222/8/12';
dst = nvalidr(org).date({format:'YYYY/MM/DD'}).s
assert dst == '2222/08/12'
it 'with patterns', () ->
org = '8/12/2222';
dst = nvalidr(org).date({patterns:'MM/DD/YYYY'}).s
assert dst == '2222-08-12'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).date {format:'YYYY/MM/DD'}, () ->
err = '日付じゃありません'
assert err == '日付じゃありません'
describe 'time/', () ->
it 'invalid time string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).time () ->
errmsg = '時刻じゃありません'
assert errmsg == '時刻じゃありません'
it 'valid time string HH:mm', () ->
org = '15:28';
dst = nvalidr(org).time().s
assert dst == '15:28'
it 'valid time string ', () ->
org = '１６：３２';
dst = nvalidr(org).time().s
assert dst == '16:32'
it 'with format', () ->
org = '14:22';
dst = nvalidr(org).time({format:'HH-mm'}).s
assert dst == '14-22'
it 'with patterns', () ->
org = '14:22';
dst = nvalidr(org).time({patterns:'HH-mm'}).s
assert dst == '14:22'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).time {format:'YYYY/MM/DD'}, () ->
err = '時刻じゃありません'
assert err == '時刻じゃありません'
describe 'filter/', () ->
it 'filter', () ->
org = 'あいうえお'
dst = nvalidr(org).filter((value) ->
value.replace('い', 'あ')
).s
assert dst == 'ああうえお'
describe 'replace/', () ->
it 'map of array', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([['い','あ'],['う','あ']]).s
assert dst == 'あああえお'
it 'map of array with the from of RegExp', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([[/[あいうえお]/g, 'あ'],[/(あ{3})(あ{2})/, '$1-$2']]).s
assert dst == 'あああ-ああ'
it '全角かたかな => 全角ひらがな', () ->
org = 'アイウエオカサタナハマヤラワン'
cnv = nvalidr(org).replace(nvalidr.KATA2HIRA).s
assert cnv == 'あいうえおかさたなはまやらわん'
it '全角かたかな => 半角かたかな', () ->
org = 'アイウエオカサタナハマヤラワンガプ'
cnv = nvalidr(org).replace(nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角ひらがな => 全角かたかな', () ->
org = 'あいうえおかさたなはまやらわん'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA).s
assert cnv == 'アイウエオカサタナハマヤラワン'
it '全角ひらがな => 半角かたかな', () ->
org = 'あいうえおかさたなはまやらわんがぷ'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA, nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角アルファベット => 半角アルファベット', () ->
org = 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
cnv = nvalidr(org).replace(nvalidr.H_ALPHA).s
assert cnv == 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
it '全角数字 => 半角数字', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM).s
assert cnv == '0123456789'
it '全角記号 => 半角記号', () ->
org = '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
cnv = nvalidr(org).replace(nvalidr.H_KIGO).s
assert cnv == '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
it '半角アルファベット => 全角アルファベット', () ->
org = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
cnv = nvalidr(org).replace(nvalidr.Z_ALPHA).s
assert cnv == 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
it '半角数字 => 全角数字', () ->
org = '0123456789'
cnv = nvalidr(org).replace(nvalidr.Z_NUM).s
assert cnv == '０１２３４５６７８９'
it '半角記号 => 全角記号', () ->
org = '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
cnv = nvalidr(org).replace(nvalidr.Z_KIGO).s
assert cnv == '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
it '半角スペース => 全角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.Z_SPACE).s
assert cnv == ' '
it '全角スペース => 半角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.H_SPACE).s
assert cnv == ' '
it 'skip chars', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { skip:'７８' }).s
assert cnv == '0123456７８9'
it 'extra chars', () ->
org = '０１２３４５６７．８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { extra:[['．','.']] }).s
assert cnv == '01234567.89'
describe 'validation/', () ->
it 'normtext', () ->
org = 'ｶﾗﾊﾞｲﾖあかさたな松本伊代０２３４ＡＢＣ、。「」'
cnv = nvalidr(org).normtext().s
assert cnv == 'カラバイヨあかさたな松本伊代0234ABC、。「」'
it 'hiragana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).hiragana().s
assert cnv == 'からばいよばーすろって'
it 'hiragana => failed', () ->
err = null
nvalidr('ｶﾗﾊﾞｲﾖ漢字ばーすﾛｯﾃ').hiragana () ->
err = 'ひらがなで入力してください。'
assert err == 'ひらがなで入力してください。'
it 'katakana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).katakana().s
assert cnv == 'カラバイヨバースロッテ'
it 'number', () ->
org = '0１２347２'
cnv = nvalidr(org).number().s
assert cnv == '0123472'
it 'int', () ->
org = '-0１２，347'
cnv = nvalidr(org).int().s
assert cnv == '-012347'
it 'float', () ->
org = '-0１２，347．２'
cnv = nvalidr(org).float().s
assert cnv == '-012347.2'
it 'alpha', () ->
org = 'ａｂｃｄｅｆｇＨＩＪＫＬＭＮ'
cnv = nvalidr(org).alpha().s
assert cnv == 'abcdefgHIJKLMN'
it 'alphanum', () ->
org = '0123ABＸＹＺ７８９'
cnv = nvalidr(org).alphanum().s
assert cnv == '0123ABXYZ789'
it 'phone', () ->
org = '０１２３−４５６７ー８９０漢字'
cnv = nvalidr(org).phone().s
assert cnv == '0123-4567-890'
it 'email', () ->
org = 'ｉｎｆｏ＠ｈｏｇｅｈｏｇｅ.com';
cnv = nvalidr(org).email().s
assert cnv == 'info@hogehoge.com'
it 'zipcode', () ->
org = '５４３ー００２１';
cnv = nvalidr(org).zipcode().s
assert cnv == '543-0021'
it 'maxlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'maxlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６７８').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == '7文字以内で入力してください。'
it 'minlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').minlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'minlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６').minlen(7, () ->
errmsg = '7文字以上で入力してください。'
).s
assert errmsg == '7文字以上で入力してください。';
it 'length => success', () ->
errmsg = null;
nvalidr('１２３４５６７８').length(4, 8, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'length => fail', () ->
errmsg = null;
nvalidr('１２３').length(4, 8, () ->
errmsg = '4〜8文字で入力してください。'
).s
assert errmsg == '4〜8文字で入力してください。';
it 'max => fail', () ->
errmsg = null;
nvalidr(21).max(20, () ->
errmsg = '20以下の数値で指定してください。'
).s
assert errmsg == '20以下の数値で指定してください。';
it 'min => fail', () ->
errmsg = null;
nvalidr('19').min(20, () ->
errmsg = '20以上の数値で指定してください。'
).s
assert errmsg == '20以上の数値で指定してください。';
it 'range => fail', () ->
errmsg = null;
nvalidr('19').range(20, 40, () ->
errmsg = '20〜40の数値で指定してください。'
).s
assert errmsg == '20〜40の数値で指定してください。';
it 'presence => fail', () ->
errmsg = null;
nvalidr('').presence(() ->
errmsg = '値を入力してください。'
).s
assert errmsg == '値を入力してください。';
| 9584 | nvalidr = require '../lib/nvalidr.js'
assert = require 'power-assert'
describe 'nvalidr/', () ->
describe 'type/', () ->
it 'toInt', () ->
org = '1234.5';
dst = nvalidr(org).toInt();
assert dst == 1234
it 'toFloat', () ->
org = '1234.5';
dst = nvalidr(org).toFloat();
assert dst == 1234.5
it 'toNumber', () ->
org = '1234.5';
dst = nvalidr(org).toNumber();
assert dst == 1234.5
describe 'trim/', () ->
it 'trim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).trim().s;
assert dst == 'aa a'
it 'rtrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).rtrim().s;
assert(dst == ' aa a')
it 'ltrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).ltrim().s;
assert dst == 'aa a \n\r '
describe 'date/', () ->
it 'invalid date string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).date () ->
errmsg = '日付じゃありません'
assert errmsg == '日付じゃありません'
it 'valid date string YYYY-MM-DD', () ->
org = '2015/8/12';
dst = nvalidr(org).date().s
assert dst == '2015-08-12'
it 'valid date string MM-DD', () ->
org = '8/12';
dst = nvalidr(org).date().s
assert dst == new Date().getFullYear() + '-08-12'
it 'with format', () ->
org = '2222/8/12';
dst = nvalidr(org).date({format:'YYYY/MM/DD'}).s
assert dst == '2222/08/12'
it 'with patterns', () ->
org = '8/12/2222';
dst = nvalidr(org).date({patterns:'MM/DD/YYYY'}).s
assert dst == '2222-08-12'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).date {format:'YYYY/MM/DD'}, () ->
err = '日付じゃありません'
assert err == '日付じゃありません'
describe 'time/', () ->
it 'invalid time string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).time () ->
errmsg = '時刻じゃありません'
assert errmsg == '時刻じゃありません'
it 'valid time string HH:mm', () ->
org = '15:28';
dst = nvalidr(org).time().s
assert dst == '15:28'
it 'valid time string ', () ->
org = '１６：３２';
dst = nvalidr(org).time().s
assert dst == '16:32'
it 'with format', () ->
org = '14:22';
dst = nvalidr(org).time({format:'HH-mm'}).s
assert dst == '14-22'
it 'with patterns', () ->
org = '14:22';
dst = nvalidr(org).time({patterns:'HH-mm'}).s
assert dst == '14:22'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).time {format:'YYYY/MM/DD'}, () ->
err = '時刻じゃありません'
assert err == '時刻じゃありません'
describe 'filter/', () ->
it 'filter', () ->
org = 'あいうえお'
dst = nvalidr(org).filter((value) ->
value.replace('い', 'あ')
).s
assert dst == 'ああうえお'
describe 'replace/', () ->
it 'map of array', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([['い','あ'],['う','あ']]).s
assert dst == 'あああえお'
it 'map of array with the from of RegExp', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([[/[あいうえお]/g, 'あ'],[/(あ{3})(あ{2})/, '$1-$2']]).s
assert dst == 'あああ-ああ'
it '全角かたかな => 全角ひらがな', () ->
org = 'アイウエオカサタナハマヤラワン'
cnv = nvalidr(org).replace(nvalidr.KATA2HIRA).s
assert cnv == 'あいうえおかさたなはまやらわん'
it '全角かたかな => 半角かたかな', () ->
org = 'アイウエオカサタナハマヤラワンガプ'
cnv = nvalidr(org).replace(nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角ひらがな => 全角かたかな', () ->
org = 'あいうえおかさたなはまやらわん'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA).s
assert cnv == 'アイウエオカサタナハマヤラワン'
it '全角ひらがな => 半角かたかな', () ->
org = 'あいうえおかさたなはまやらわんがぷ'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA, nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角アルファベット => 半角アルファベット', () ->
org = 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
cnv = nvalidr(org).replace(nvalidr.H_ALPHA).s
assert cnv == 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
it '全角数字 => 半角数字', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM).s
assert cnv == '0123456789'
it '全角記号 => 半角記号', () ->
org = '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
cnv = nvalidr(org).replace(nvalidr.H_KIGO).s
assert cnv == '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
it '半角アルファベット => 全角アルファベット', () ->
org = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
cnv = nvalidr(org).replace(nvalidr.Z_ALPHA).s
assert cnv == 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
it '半角数字 => 全角数字', () ->
org = '0123456789'
cnv = nvalidr(org).replace(nvalidr.Z_NUM).s
assert cnv == '０１２３４５６７８９'
it '半角記号 => 全角記号', () ->
org = '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
cnv = nvalidr(org).replace(nvalidr.Z_KIGO).s
assert cnv == '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
it '半角スペース => 全角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.Z_SPACE).s
assert cnv == ' '
it '全角スペース => 半角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.H_SPACE).s
assert cnv == ' '
it 'skip chars', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { skip:'７８' }).s
assert cnv == '0123456７８9'
it 'extra chars', () ->
org = '０１２３４５６７．８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { extra:[['．','.']] }).s
assert cnv == '01234567.89'
describe 'validation/', () ->
it 'normtext', () ->
org = 'ｶﾗﾊﾞｲﾖあかさたな松本伊代０２３４ＡＢＣ、。「」'
cnv = nvalidr(org).normtext().s
assert cnv == 'カラバイヨあかさたな松本伊代0234ABC、。「」'
it 'hiragana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).hiragana().s
assert cnv == 'からばいよばーすろって'
it 'hiragana => failed', () ->
err = null
nvalidr('ｶﾗﾊﾞｲﾖ漢字ばーすﾛｯﾃ').hiragana () ->
err = 'ひらがなで入力してください。'
assert err == 'ひらがなで入力してください。'
it 'katakana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).katakana().s
assert cnv == 'カラバイヨバースロッテ'
it 'number', () ->
org = '0１２347２'
cnv = nvalidr(org).number().s
assert cnv == '0123472'
it 'int', () ->
org = '-0１２，347'
cnv = nvalidr(org).int().s
assert cnv == '-012347'
it 'float', () ->
org = '-0１２，347．２'
cnv = nvalidr(org).float().s
assert cnv == '-012347.2'
it 'alpha', () ->
org = 'ａｂｃｄｅｆｇＨＩＪＫＬＭＮ'
cnv = nvalidr(org).alpha().s
assert cnv == 'abcdefgHIJKLMN'
it 'alphanum', () ->
org = '0123ABＸＹＺ７８９'
cnv = nvalidr(org).alphanum().s
assert cnv == '0123ABXYZ789'
it 'phone', () ->
org = '０１２３−４５６７ー８９０漢字'
cnv = nvalidr(org).phone().s
assert cnv == '0123-4567-890'
it 'email', () ->
org = 'ｉｎｆｏ＠ｈｏｇｅｈｏｇｅ.<EMAIL>';
cnv = nvalidr(org).email().s
assert cnv == '<EMAIL>'
it 'zipcode', () ->
org = '５４３ー００２１';
cnv = nvalidr(org).zipcode().s
assert cnv == '543-0021'
it 'maxlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'maxlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６７８').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == '7文字以内で入力してください。'
it 'minlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').minlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'minlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６').minlen(7, () ->
errmsg = '7文字以上で入力してください。'
).s
assert errmsg == '7文字以上で入力してください。';
it 'length => success', () ->
errmsg = null;
nvalidr('１２３４５６７８').length(4, 8, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'length => fail', () ->
errmsg = null;
nvalidr('１２３').length(4, 8, () ->
errmsg = '4〜8文字で入力してください。'
).s
assert errmsg == '4〜8文字で入力してください。';
it 'max => fail', () ->
errmsg = null;
nvalidr(21).max(20, () ->
errmsg = '20以下の数値で指定してください。'
).s
assert errmsg == '20以下の数値で指定してください。';
it 'min => fail', () ->
errmsg = null;
nvalidr('19').min(20, () ->
errmsg = '20以上の数値で指定してください。'
).s
assert errmsg == '20以上の数値で指定してください。';
it 'range => fail', () ->
errmsg = null;
nvalidr('19').range(20, 40, () ->
errmsg = '20〜40の数値で指定してください。'
).s
assert errmsg == '20〜40の数値で指定してください。';
it 'presence => fail', () ->
errmsg = null;
nvalidr('').presence(() ->
errmsg = '値を入力してください。'
).s
assert errmsg == '値を入力してください。';
| true | nvalidr = require '../lib/nvalidr.js'
assert = require 'power-assert'
describe 'nvalidr/', () ->
describe 'type/', () ->
it 'toInt', () ->
org = '1234.5';
dst = nvalidr(org).toInt();
assert dst == 1234
it 'toFloat', () ->
org = '1234.5';
dst = nvalidr(org).toFloat();
assert dst == 1234.5
it 'toNumber', () ->
org = '1234.5';
dst = nvalidr(org).toNumber();
assert dst == 1234.5
describe 'trim/', () ->
it 'trim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).trim().s;
assert dst == 'aa a'
it 'rtrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).rtrim().s;
assert(dst == ' aa a')
it 'ltrim', () ->
org = ' aa a \n\r ';
dst = nvalidr(org).ltrim().s;
assert dst == 'aa a \n\r '
describe 'date/', () ->
it 'invalid date string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).date () ->
errmsg = '日付じゃありません'
assert errmsg == '日付じゃありません'
it 'valid date string YYYY-MM-DD', () ->
org = '2015/8/12';
dst = nvalidr(org).date().s
assert dst == '2015-08-12'
it 'valid date string MM-DD', () ->
org = '8/12';
dst = nvalidr(org).date().s
assert dst == new Date().getFullYear() + '-08-12'
it 'with format', () ->
org = '2222/8/12';
dst = nvalidr(org).date({format:'YYYY/MM/DD'}).s
assert dst == '2222/08/12'
it 'with patterns', () ->
org = '8/12/2222';
dst = nvalidr(org).date({patterns:'MM/DD/YYYY'}).s
assert dst == '2222-08-12'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).date {format:'YYYY/MM/DD'}, () ->
err = '日付じゃありません'
assert err == '日付じゃありません'
describe 'time/', () ->
it 'invalid time string', () ->
org = 'あいう';
errmsg = null
nvalidr(org).time () ->
errmsg = '時刻じゃありません'
assert errmsg == '時刻じゃありません'
it 'valid time string HH:mm', () ->
org = '15:28';
dst = nvalidr(org).time().s
assert dst == '15:28'
it 'valid time string ', () ->
org = '１６：３２';
dst = nvalidr(org).time().s
assert dst == '16:32'
it 'with format', () ->
org = '14:22';
dst = nvalidr(org).time({format:'HH-mm'}).s
assert dst == '14-22'
it 'with patterns', () ->
org = '14:22';
dst = nvalidr(org).time({patterns:'HH-mm'}).s
assert dst == '14:22'
it 'wit options and error', () ->
org = 'あいう';
err = null
nvalidr(org).time {format:'YYYY/MM/DD'}, () ->
err = '時刻じゃありません'
assert err == '時刻じゃありません'
describe 'filter/', () ->
it 'filter', () ->
org = 'あいうえお'
dst = nvalidr(org).filter((value) ->
value.replace('い', 'あ')
).s
assert dst == 'ああうえお'
describe 'replace/', () ->
it 'map of array', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([['い','あ'],['う','あ']]).s
assert dst == 'あああえお'
it 'map of array with the from of RegExp', () ->
org = 'あいうえお'
dst = nvalidr(org).replace([[/[あいうえお]/g, 'あ'],[/(あ{3})(あ{2})/, '$1-$2']]).s
assert dst == 'あああ-ああ'
it '全角かたかな => 全角ひらがな', () ->
org = 'アイウエオカサタナハマヤラワン'
cnv = nvalidr(org).replace(nvalidr.KATA2HIRA).s
assert cnv == 'あいうえおかさたなはまやらわん'
it '全角かたかな => 半角かたかな', () ->
org = 'アイウエオカサタナハマヤラワンガプ'
cnv = nvalidr(org).replace(nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角ひらがな => 全角かたかな', () ->
org = 'あいうえおかさたなはまやらわん'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA).s
assert cnv == 'アイウエオカサタナハマヤラワン'
it '全角ひらがな => 半角かたかな', () ->
org = 'あいうえおかさたなはまやらわんがぷ'
cnv = nvalidr(org).replace(nvalidr.HIRA2KATA, nvalidr.H_KATA).s
assert cnv == 'ｱｲｳｴｵｶｻﾀﾅﾊﾏﾔﾗﾜﾝｶﾞﾌﾟ'
it '全角アルファベット => 半角アルファベット', () ->
org = 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
cnv = nvalidr(org).replace(nvalidr.H_ALPHA).s
assert cnv == 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
it '全角数字 => 半角数字', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM).s
assert cnv == '0123456789'
it '全角記号 => 半角記号', () ->
org = '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
cnv = nvalidr(org).replace(nvalidr.H_KIGO).s
assert cnv == '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
it '半角アルファベット => 全角アルファベット', () ->
org = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz'
cnv = nvalidr(org).replace(nvalidr.Z_ALPHA).s
assert cnv == 'ＡＢＣＤＥＦＧＨＩＪＫＬＭＮＯＰＱＲＳＴＵＶＷＸＹＺａｂｃｄｅｆｇｈｉｊｋｌｍｎｏｐｑｒｓｔｕｖｗｘｙｚ'
it '半角数字 => 全角数字', () ->
org = '0123456789'
cnv = nvalidr(org).replace(nvalidr.Z_NUM).s
assert cnv == '０１２３４５６７８９'
it '半角記号 => 全角記号', () ->
org = '.,!?"\'`@_:;#$%&()=*+-/<>[¥]^{|}~､｡｢｣･ｰ'
cnv = nvalidr(org).replace(nvalidr.Z_KIGO).s
assert cnv == '．，！？”’‘＠＿：；＃＄％＆（）＝＊＋－／＜＞［￥］＾｛｜｝～、。「」・ー'
it '半角スペース => 全角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.Z_SPACE).s
assert cnv == ' '
it '全角スペース => 半角スペース', () ->
org = ' '
cnv = nvalidr(org).replace(nvalidr.H_SPACE).s
assert cnv == ' '
it 'skip chars', () ->
org = '０１２３４５６７８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { skip:'７８' }).s
assert cnv == '0123456７８9'
it 'extra chars', () ->
org = '０１２３４５６７．８９'
cnv = nvalidr(org).replace(nvalidr.H_NUM, { extra:[['．','.']] }).s
assert cnv == '01234567.89'
describe 'validation/', () ->
it 'normtext', () ->
org = 'ｶﾗﾊﾞｲﾖあかさたな松本伊代０２３４ＡＢＣ、。「」'
cnv = nvalidr(org).normtext().s
assert cnv == 'カラバイヨあかさたな松本伊代0234ABC、。「」'
it 'hiragana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).hiragana().s
assert cnv == 'からばいよばーすろって'
it 'hiragana => failed', () ->
err = null
nvalidr('ｶﾗﾊﾞｲﾖ漢字ばーすﾛｯﾃ').hiragana () ->
err = 'ひらがなで入力してください。'
assert err == 'ひらがなで入力してください。'
it 'katakana', () ->
org = 'ｶﾗﾊﾞｲﾖばーすﾛｯﾃ'
cnv = nvalidr(org).katakana().s
assert cnv == 'カラバイヨバースロッテ'
it 'number', () ->
org = '0１２347２'
cnv = nvalidr(org).number().s
assert cnv == '0123472'
it 'int', () ->
org = '-0１２，347'
cnv = nvalidr(org).int().s
assert cnv == '-012347'
it 'float', () ->
org = '-0１２，347．２'
cnv = nvalidr(org).float().s
assert cnv == '-012347.2'
it 'alpha', () ->
org = 'ａｂｃｄｅｆｇＨＩＪＫＬＭＮ'
cnv = nvalidr(org).alpha().s
assert cnv == 'abcdefgHIJKLMN'
it 'alphanum', () ->
org = '0123ABＸＹＺ７８９'
cnv = nvalidr(org).alphanum().s
assert cnv == '0123ABXYZ789'
it 'phone', () ->
org = '０１２３−４５６７ー８９０漢字'
cnv = nvalidr(org).phone().s
assert cnv == '0123-4567-890'
it 'email', () ->
org = 'ｉｎｆｏ＠ｈｏｇｅｈｏｇｅ.PI:EMAIL:<EMAIL>END_PI';
cnv = nvalidr(org).email().s
assert cnv == 'PI:EMAIL:<EMAIL>END_PI'
it 'zipcode', () ->
org = '５４３ー００２１';
cnv = nvalidr(org).zipcode().s
assert cnv == '543-0021'
it 'maxlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'maxlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６７８').maxlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == '7文字以内で入力してください。'
it 'minlen => success', () ->
errmsg = null;
nvalidr('１２３４５６７').minlen(7, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'minlen => fail', () ->
errmsg = null;
nvalidr('１２３４５６').minlen(7, () ->
errmsg = '7文字以上で入力してください。'
).s
assert errmsg == '7文字以上で入力してください。';
it 'length => success', () ->
errmsg = null;
nvalidr('１２３４５６７８').length(4, 8, () ->
errmsg = '7文字以内で入力してください。'
).s
assert errmsg == null;
it 'length => fail', () ->
errmsg = null;
nvalidr('１２３').length(4, 8, () ->
errmsg = '4〜8文字で入力してください。'
).s
assert errmsg == '4〜8文字で入力してください。';
it 'max => fail', () ->
errmsg = null;
nvalidr(21).max(20, () ->
errmsg = '20以下の数値で指定してください。'
).s
assert errmsg == '20以下の数値で指定してください。';
it 'min => fail', () ->
errmsg = null;
nvalidr('19').min(20, () ->
errmsg = '20以上の数値で指定してください。'
).s
assert errmsg == '20以上の数値で指定してください。';
it 'range => fail', () ->
errmsg = null;
nvalidr('19').range(20, 40, () ->
errmsg = '20〜40の数値で指定してください。'
).s
assert errmsg == '20〜40の数値で指定してください。';
it 'presence => fail', () ->
errmsg = null;
nvalidr('').presence(() ->
errmsg = '値を入力してください。'
).s
assert errmsg == '値を入力してください。';
|
[
{
"context": " log \"adminmodule.apply\"\n try\n token = appState.token()\n langTag = pwaContent.languageTag\n ",
"end": 7536,
"score": 0.6908311247825623,
"start": 7522,
"tag": "KEY",
"value": "appState.token"
}
] | source/adminmodule/adminmodule.coffee | JhonnyJason/admin-tester-admin-interface-sources | 0 | adminmodule = {name: "adminmodule"}
############################################################
#region printLogFunctions
log = (arg) ->
if adminModules.debugmodule.modulesToDebug["adminmodule"]? then console.log "[adminmodule]: " + arg
return
ostr = (obj) -> JSON.stringify(obj, null, 4)
olog = (obj) -> log "\n" + ostr(obj)
print = (arg) -> console.log(arg)
#endregion
############################################################
#region modulesFromEnvironment
mustache = require "mustache"
############################################################
mustachekeys = null
templatepreparation = null
network = null
adminpanel = null
appState = null
contentHandler = null
bottomPanel = null
bigPanel = null
imageManagement = null
listManagement = null
linkManagement = null
auth = null
#endregion
############################################################
#region internalProperties
currentEditTextFallback = ""
############################################################
typingSecret = false
loggingIn = false
token = ""
panelVisible = true
showingEditables = false
#endregion
############################################################
adminmodule.initialize = () ->
log "adminmodule.initialize"
mustachekeys = adminModules.mustachekeysmodule
templatepreparation = adminModules.templatepreparationmodule
network = adminModules.networkmodule
adminpanel = adminModules.adminpanelmodule
appState = adminModules.appstatemodule
auth = adminModules.authmodule
contentHandler = adminModules.contenthandlermodule
bigPanel = adminModules.bigpanelmodule
imageManagement = adminModules.imagemanagementmodule
listManagement = adminModules.listmanagementmodule
linkManagement = adminModules.linkmanagementmodule
bottomPanel = adminModules.bottompanelmodule
return
############################################################
renderProcess = ->
log "renderProcess"
content = contentHandler.content()
mustachekeys.createMustacheKeys()
mustacheTemplate = template(pwaMustacheKeymap)
# log mustacheTemplate
shadowBody = document.createElement("body")
shadowBody.innerHTML = mustacheTemplate
templatepreparation.prepareBody(shadowBody)
preparedTemplate = shadowBody.innerHTML
# log preparedTemplate
htmlResult = mustache.render(preparedTemplate, content)
# log htmlResult
newBody = document.createElement("body")
newBody.innerHTML = htmlResult
adminpanel.attachPanelToBody(newBody)
document.body = newBody
addAdministrativeEventListeners()
bigPanel.prepare()
return
############################################################
#region stuffForEditing
addAdministrativeEventListeners = ->
log "addAdministrativeEventListeners"
allEditableTexts = document.querySelectorAll("[text-content-key]")
for editable in allEditableTexts
editable.addEventListener("keydown", editKeyPressed)
editable.addEventListener("focusin", startedEditing)
editable.addEventListener("focusout", stoppedEditing)
allEditableImages = document.querySelectorAll("[image-content-key]")
for editable in allEditableImages
editable.addEventListener("click", editableImageClicked)
return
############################################################
#region eventListeners
editableImageClicked = (event) ->
log "editableImageClicked"
imageLabel = event.target.getAttribute("image-content-key")
bigPanel.activateEdit("images", imageLabel)
bottomPanel.applyUIState()
return
editKeyPressed = (event) ->
log "editKeyPressed"
key = event.keyCode
if (key == 27) #escape
this.textContent = currentEditTextFallback
document.activeElement.blur()
return
startedEditing = (event) ->
log "startedEditing"
element = event.target
element.classList.add("editing")
currentEditTextFallback = element.textContent
return
stoppedEditing = (event) ->
log "stoppedEditing"
element = event.target
element.classList.remove("editing")
return if element.textContent == currentEditTextFallback
contentKeyString = element.getAttribute("text-content-key")
newContentText(contentKeyString, element.textContent)
return
#endregion
############################################################
newContentText = (contentKeyString, content) ->
log "newContentText"
log contentKeyString
log content
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop()
updateObject = {langTag, documentName, contentKeyString, content, token}
oldContent = currentEditTextFallback
try
response = await network.scicall("update", updateObject)
edits = {}
edits[contentKeyString] = content
contentHandler.reflectEdits(edits)
updateSuccess(response)
catch err then revertEdit(contentKeyString, oldContent)
return
############################################################
revertEdit = (contentKeyString, oldText) ->
log "revertEdit"
bottomPanel.setErrorMessage("Veränderung konnte nicht angenommen werden!")
selector = "[text-content-key='"+contentKeyString+"']"
element = document.querySelector(selector)
element.textContent = oldText
return
setCleanState = ->
log "setCleanState"
appState.setClean()
bottomPanel.applyUIState()
return
setDirtyState = ->
log "setDirtyState"
appState.setDirty()
bottomPanel.applyUIState()
return
############################################################
updateSuccess = (response) ->
log "updateSuccess"
setDirtyState()
bottomPanel.setSuccessMessage("Veränderung angenommen")
return
prepareImages = ->
log "prepareImages"
content = contentHandler.content()
imageManagement.setImages(content.images)
return
handleDataState = (response) ->
log "handleDataState"
olog response
await contentHandler.prepareOriginal(response.contentHash)
prepareImages()
contentHandler.reflectEdits(response.edits)
if Object.keys(response.edits).length > 0 then setDirtyState()
else setCleanState()
renderProcess()
return
dataStateRequestError = ->
log "dataStateRequestError"
auth.logout()
return
############################################################
adminmodule.noticeContentChange = -> setDirtyState()
adminmodule.noticeAuthorizationSuccess = ->
log "adminmodule.noticeAuthorization"
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
try
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
catch err then dataStateRequestError()
return
adminmodule.noticeAuthorizationFail = ->
log "adminmodule.noticeAuthorizationFail"
return
adminmodule.discard = ->
log "adminmodule.discard"
try
langTag = pwaContent.languageTag
await network.scicall("discard", {langTag, token})
contentHandler.reflectEdits({})
setCleanState()
bottomPanel.setSuccessMessage("Alle Änderungen wurden verworfen")
renderProcess()
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden verworfen!")
return
adminmodule.apply = ->
log "adminmodule.apply"
try
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
await network.scicall("apply", {langTag, token})
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
bottomPanel.setSuccessMessage("Alle Änderungen wurden übernommen")
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden übernommen!")
return
adminmodule.start = ->
log "adminmodule.start"
prepareImages()
renderProcess()
return
module.exports = adminmodule | 128813 | adminmodule = {name: "adminmodule"}
############################################################
#region printLogFunctions
log = (arg) ->
if adminModules.debugmodule.modulesToDebug["adminmodule"]? then console.log "[adminmodule]: " + arg
return
ostr = (obj) -> JSON.stringify(obj, null, 4)
olog = (obj) -> log "\n" + ostr(obj)
print = (arg) -> console.log(arg)
#endregion
############################################################
#region modulesFromEnvironment
mustache = require "mustache"
############################################################
mustachekeys = null
templatepreparation = null
network = null
adminpanel = null
appState = null
contentHandler = null
bottomPanel = null
bigPanel = null
imageManagement = null
listManagement = null
linkManagement = null
auth = null
#endregion
############################################################
#region internalProperties
currentEditTextFallback = ""
############################################################
typingSecret = false
loggingIn = false
token = ""
panelVisible = true
showingEditables = false
#endregion
############################################################
adminmodule.initialize = () ->
log "adminmodule.initialize"
mustachekeys = adminModules.mustachekeysmodule
templatepreparation = adminModules.templatepreparationmodule
network = adminModules.networkmodule
adminpanel = adminModules.adminpanelmodule
appState = adminModules.appstatemodule
auth = adminModules.authmodule
contentHandler = adminModules.contenthandlermodule
bigPanel = adminModules.bigpanelmodule
imageManagement = adminModules.imagemanagementmodule
listManagement = adminModules.listmanagementmodule
linkManagement = adminModules.linkmanagementmodule
bottomPanel = adminModules.bottompanelmodule
return
############################################################
renderProcess = ->
log "renderProcess"
content = contentHandler.content()
mustachekeys.createMustacheKeys()
mustacheTemplate = template(pwaMustacheKeymap)
# log mustacheTemplate
shadowBody = document.createElement("body")
shadowBody.innerHTML = mustacheTemplate
templatepreparation.prepareBody(shadowBody)
preparedTemplate = shadowBody.innerHTML
# log preparedTemplate
htmlResult = mustache.render(preparedTemplate, content)
# log htmlResult
newBody = document.createElement("body")
newBody.innerHTML = htmlResult
adminpanel.attachPanelToBody(newBody)
document.body = newBody
addAdministrativeEventListeners()
bigPanel.prepare()
return
############################################################
#region stuffForEditing
addAdministrativeEventListeners = ->
log "addAdministrativeEventListeners"
allEditableTexts = document.querySelectorAll("[text-content-key]")
for editable in allEditableTexts
editable.addEventListener("keydown", editKeyPressed)
editable.addEventListener("focusin", startedEditing)
editable.addEventListener("focusout", stoppedEditing)
allEditableImages = document.querySelectorAll("[image-content-key]")
for editable in allEditableImages
editable.addEventListener("click", editableImageClicked)
return
############################################################
#region eventListeners
editableImageClicked = (event) ->
log "editableImageClicked"
imageLabel = event.target.getAttribute("image-content-key")
bigPanel.activateEdit("images", imageLabel)
bottomPanel.applyUIState()
return
editKeyPressed = (event) ->
log "editKeyPressed"
key = event.keyCode
if (key == 27) #escape
this.textContent = currentEditTextFallback
document.activeElement.blur()
return
startedEditing = (event) ->
log "startedEditing"
element = event.target
element.classList.add("editing")
currentEditTextFallback = element.textContent
return
stoppedEditing = (event) ->
log "stoppedEditing"
element = event.target
element.classList.remove("editing")
return if element.textContent == currentEditTextFallback
contentKeyString = element.getAttribute("text-content-key")
newContentText(contentKeyString, element.textContent)
return
#endregion
############################################################
newContentText = (contentKeyString, content) ->
log "newContentText"
log contentKeyString
log content
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop()
updateObject = {langTag, documentName, contentKeyString, content, token}
oldContent = currentEditTextFallback
try
response = await network.scicall("update", updateObject)
edits = {}
edits[contentKeyString] = content
contentHandler.reflectEdits(edits)
updateSuccess(response)
catch err then revertEdit(contentKeyString, oldContent)
return
############################################################
revertEdit = (contentKeyString, oldText) ->
log "revertEdit"
bottomPanel.setErrorMessage("Veränderung konnte nicht angenommen werden!")
selector = "[text-content-key='"+contentKeyString+"']"
element = document.querySelector(selector)
element.textContent = oldText
return
setCleanState = ->
log "setCleanState"
appState.setClean()
bottomPanel.applyUIState()
return
setDirtyState = ->
log "setDirtyState"
appState.setDirty()
bottomPanel.applyUIState()
return
############################################################
updateSuccess = (response) ->
log "updateSuccess"
setDirtyState()
bottomPanel.setSuccessMessage("Veränderung angenommen")
return
prepareImages = ->
log "prepareImages"
content = contentHandler.content()
imageManagement.setImages(content.images)
return
handleDataState = (response) ->
log "handleDataState"
olog response
await contentHandler.prepareOriginal(response.contentHash)
prepareImages()
contentHandler.reflectEdits(response.edits)
if Object.keys(response.edits).length > 0 then setDirtyState()
else setCleanState()
renderProcess()
return
dataStateRequestError = ->
log "dataStateRequestError"
auth.logout()
return
############################################################
adminmodule.noticeContentChange = -> setDirtyState()
adminmodule.noticeAuthorizationSuccess = ->
log "adminmodule.noticeAuthorization"
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
try
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
catch err then dataStateRequestError()
return
adminmodule.noticeAuthorizationFail = ->
log "adminmodule.noticeAuthorizationFail"
return
adminmodule.discard = ->
log "adminmodule.discard"
try
langTag = pwaContent.languageTag
await network.scicall("discard", {langTag, token})
contentHandler.reflectEdits({})
setCleanState()
bottomPanel.setSuccessMessage("Alle Änderungen wurden verworfen")
renderProcess()
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden verworfen!")
return
adminmodule.apply = ->
log "adminmodule.apply"
try
token = <KEY>()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
await network.scicall("apply", {langTag, token})
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
bottomPanel.setSuccessMessage("Alle Änderungen wurden übernommen")
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden übernommen!")
return
adminmodule.start = ->
log "adminmodule.start"
prepareImages()
renderProcess()
return
module.exports = adminmodule | true | adminmodule = {name: "adminmodule"}
############################################################
#region printLogFunctions
log = (arg) ->
if adminModules.debugmodule.modulesToDebug["adminmodule"]? then console.log "[adminmodule]: " + arg
return
ostr = (obj) -> JSON.stringify(obj, null, 4)
olog = (obj) -> log "\n" + ostr(obj)
print = (arg) -> console.log(arg)
#endregion
############################################################
#region modulesFromEnvironment
mustache = require "mustache"
############################################################
mustachekeys = null
templatepreparation = null
network = null
adminpanel = null
appState = null
contentHandler = null
bottomPanel = null
bigPanel = null
imageManagement = null
listManagement = null
linkManagement = null
auth = null
#endregion
############################################################
#region internalProperties
currentEditTextFallback = ""
############################################################
typingSecret = false
loggingIn = false
token = ""
panelVisible = true
showingEditables = false
#endregion
############################################################
adminmodule.initialize = () ->
log "adminmodule.initialize"
mustachekeys = adminModules.mustachekeysmodule
templatepreparation = adminModules.templatepreparationmodule
network = adminModules.networkmodule
adminpanel = adminModules.adminpanelmodule
appState = adminModules.appstatemodule
auth = adminModules.authmodule
contentHandler = adminModules.contenthandlermodule
bigPanel = adminModules.bigpanelmodule
imageManagement = adminModules.imagemanagementmodule
listManagement = adminModules.listmanagementmodule
linkManagement = adminModules.linkmanagementmodule
bottomPanel = adminModules.bottompanelmodule
return
############################################################
renderProcess = ->
log "renderProcess"
content = contentHandler.content()
mustachekeys.createMustacheKeys()
mustacheTemplate = template(pwaMustacheKeymap)
# log mustacheTemplate
shadowBody = document.createElement("body")
shadowBody.innerHTML = mustacheTemplate
templatepreparation.prepareBody(shadowBody)
preparedTemplate = shadowBody.innerHTML
# log preparedTemplate
htmlResult = mustache.render(preparedTemplate, content)
# log htmlResult
newBody = document.createElement("body")
newBody.innerHTML = htmlResult
adminpanel.attachPanelToBody(newBody)
document.body = newBody
addAdministrativeEventListeners()
bigPanel.prepare()
return
############################################################
#region stuffForEditing
addAdministrativeEventListeners = ->
log "addAdministrativeEventListeners"
allEditableTexts = document.querySelectorAll("[text-content-key]")
for editable in allEditableTexts
editable.addEventListener("keydown", editKeyPressed)
editable.addEventListener("focusin", startedEditing)
editable.addEventListener("focusout", stoppedEditing)
allEditableImages = document.querySelectorAll("[image-content-key]")
for editable in allEditableImages
editable.addEventListener("click", editableImageClicked)
return
############################################################
#region eventListeners
editableImageClicked = (event) ->
log "editableImageClicked"
imageLabel = event.target.getAttribute("image-content-key")
bigPanel.activateEdit("images", imageLabel)
bottomPanel.applyUIState()
return
editKeyPressed = (event) ->
log "editKeyPressed"
key = event.keyCode
if (key == 27) #escape
this.textContent = currentEditTextFallback
document.activeElement.blur()
return
startedEditing = (event) ->
log "startedEditing"
element = event.target
element.classList.add("editing")
currentEditTextFallback = element.textContent
return
stoppedEditing = (event) ->
log "stoppedEditing"
element = event.target
element.classList.remove("editing")
return if element.textContent == currentEditTextFallback
contentKeyString = element.getAttribute("text-content-key")
newContentText(contentKeyString, element.textContent)
return
#endregion
############################################################
newContentText = (contentKeyString, content) ->
log "newContentText"
log contentKeyString
log content
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop()
updateObject = {langTag, documentName, contentKeyString, content, token}
oldContent = currentEditTextFallback
try
response = await network.scicall("update", updateObject)
edits = {}
edits[contentKeyString] = content
contentHandler.reflectEdits(edits)
updateSuccess(response)
catch err then revertEdit(contentKeyString, oldContent)
return
############################################################
revertEdit = (contentKeyString, oldText) ->
log "revertEdit"
bottomPanel.setErrorMessage("Veränderung konnte nicht angenommen werden!")
selector = "[text-content-key='"+contentKeyString+"']"
element = document.querySelector(selector)
element.textContent = oldText
return
setCleanState = ->
log "setCleanState"
appState.setClean()
bottomPanel.applyUIState()
return
setDirtyState = ->
log "setDirtyState"
appState.setDirty()
bottomPanel.applyUIState()
return
############################################################
updateSuccess = (response) ->
log "updateSuccess"
setDirtyState()
bottomPanel.setSuccessMessage("Veränderung angenommen")
return
prepareImages = ->
log "prepareImages"
content = contentHandler.content()
imageManagement.setImages(content.images)
return
handleDataState = (response) ->
log "handleDataState"
olog response
await contentHandler.prepareOriginal(response.contentHash)
prepareImages()
contentHandler.reflectEdits(response.edits)
if Object.keys(response.edits).length > 0 then setDirtyState()
else setCleanState()
renderProcess()
return
dataStateRequestError = ->
log "dataStateRequestError"
auth.logout()
return
############################################################
adminmodule.noticeContentChange = -> setDirtyState()
adminmodule.noticeAuthorizationSuccess = ->
log "adminmodule.noticeAuthorization"
token = appState.token()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
try
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
catch err then dataStateRequestError()
return
adminmodule.noticeAuthorizationFail = ->
log "adminmodule.noticeAuthorizationFail"
return
adminmodule.discard = ->
log "adminmodule.discard"
try
langTag = pwaContent.languageTag
await network.scicall("discard", {langTag, token})
contentHandler.reflectEdits({})
setCleanState()
bottomPanel.setSuccessMessage("Alle Änderungen wurden verworfen")
renderProcess()
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden verworfen!")
return
adminmodule.apply = ->
log "adminmodule.apply"
try
token = PI:KEY:<KEY>END_PI()
langTag = pwaContent.languageTag
path = window.location.pathname
documentName = path.split("/").pop();
communicationObject = {langTag, documentName, token}
await network.scicall("apply", {langTag, token})
response = await network.scicall("getDataState", communicationObject)
await handleDataState(response)
bottomPanel.setSuccessMessage("Alle Änderungen wurden übernommen")
catch err
bottomPanel.setErrorMessage("Keine Änderungen wurden übernommen!")
return
adminmodule.start = ->
log "adminmodule.start"
prepareImages()
renderProcess()
return
module.exports = adminmodule |
[
{
"context": "rom.reject()\n prom.promise\n\n email = 'wrong@email.here'\n password = 'wrongpassword'\n\n @control",
"end": 2337,
"score": 0.9999063611030579,
"start": 2321,
"tag": "EMAIL",
"value": "wrong@email.here"
},
{
"context": " email = 'wrong@email.here'\n password = 'wrongpassword'\n\n @controller.email = email\n @controll",
"end": 2370,
"score": 0.999234676361084,
"start": 2357,
"tag": "PASSWORD",
"value": "wrongpassword"
},
{
"context": "troller.email = email\n @controller.password = password\n @controller.signIn()\n\n @$rootScope.$di",
"end": 2442,
"score": 0.99907386302948,
"start": 2434,
"tag": "PASSWORD",
"value": "password"
},
{
"context": "om.resolve()\n prom.promise\n\n email = 'correct@email.here'\n password = 'correct password'\n\n @cont",
"end": 3146,
"score": 0.9999104738235474,
"start": 3128,
"tag": "EMAIL",
"value": "correct@email.here"
},
{
"context": " email = 'correct@email.here'\n password = 'correct password'\n\n @controller.email = email\n @controll",
"end": 3182,
"score": 0.999274730682373,
"start": 3166,
"tag": "PASSWORD",
"value": "correct password"
},
{
"context": "troller.email = email\n @controller.password = password\n @controller.signIn()\n\n @$rootScope.$di",
"end": 3254,
"score": 0.9990382194519043,
"start": 3246,
"tag": "PASSWORD",
"value": "password"
}
] | src/app/layout/layout.navigation.spec.coffee | pavelkuchin/tracktrains-ui | 0 | describe 'LayoutNavigationCtrl', () ->
beforeEach(module('trackSeatsApp'))
beforeEach(inject((@$rootScope, $controller, $httpBackend,
@$q, @ALERTS_TYPE, @NAVIGATION) =>
$httpBackend.when('GET', '/v1/user/session/').respond({})
$httpBackend.when('GET', 'app/pages/landing/pages.landing.template.html')
.respond({})
@emptySessionStub =
authorized: false
user: {}
@stubState = jasmine.createSpyObj('$state', ['go'])
@stubAlertsService = jasmine.createSpyObj('AlertsService', ['showAlert'])
@stubAlertsService.TYPE = @ALERTS_TYPE
@stubAuthService = jasmine.createSpyObj('AuthService', [
'checkAuthentication'
'signIn'
'signOut'
])
@stubAuthService.checkAuthentication.and.returnValue(@$q.when(@emptySessionStub))
@scope = $rootScope.$new()
@controller = $controller('LayoutNavigationCtrl',
$scope: @scope
AuthService: @stubAuthService
AlertsService: @stubAlertsService
$state: @stubState
)
@$rootScope.$digest()
))
describe 'controller.session', () =>
it 'session equals to session object from @authService.checkAuthentication() call', () =>
expect(@controller.session).toEqual({authorized: false, user: {}})
describe 'controller.navCollapsed', () =>
it 'navCollapsed is true when initialized', () =>
expect(@controller.navCollapsed).toEqual(true)
it 'navCollapsed is changed by controller.toggleNavCollapsed()', () =>
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(false)
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(true)
describe 'controller.signIn', () =>
it 'if email or/and password are empty then message should be displayed', () =>
@controller.email = ''
@controller.password = ''
@controller.signIn()
expect(@stubAlertsService.showAlert)
.toHaveBeenCalledWith(
"Please enter email and password.",
@ALERTS_TYPE.ERROR,
3000
)
it 'if email or/and password are invalid then message should be displayed
and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.reject()
prom.promise
email = 'wrong@email.here'
password = 'wrongpassword'
@controller.email = email
@controller.password = password
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubAlertsService.showAlert).toHaveBeenCalledWith(
"User with this email/password has not been found.",
@ALERTS_TYPE.ERROR,
3000)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
it 'if email and password are correct then state should be
changed to AUTHENTICATED_DEFAULT_STATE and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.resolve()
prom.promise
email = 'correct@email.here'
password = 'correct password'
@controller.email = email
@controller.password = password
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.AUTHENTICATED_DEFAULT_STATE)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
describe 'controller.signOut', () =>
it 'Should call authService.signOut and
then go to UNAUTHENTICATED_DEFAULT_STATE', () =>
@controller.signOut()
expect(@stubAuthService.signOut).toHaveBeenCalled()
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.UNAUTHENTICATED_DEFAULT_STATE)
| 124024 | describe 'LayoutNavigationCtrl', () ->
beforeEach(module('trackSeatsApp'))
beforeEach(inject((@$rootScope, $controller, $httpBackend,
@$q, @ALERTS_TYPE, @NAVIGATION) =>
$httpBackend.when('GET', '/v1/user/session/').respond({})
$httpBackend.when('GET', 'app/pages/landing/pages.landing.template.html')
.respond({})
@emptySessionStub =
authorized: false
user: {}
@stubState = jasmine.createSpyObj('$state', ['go'])
@stubAlertsService = jasmine.createSpyObj('AlertsService', ['showAlert'])
@stubAlertsService.TYPE = @ALERTS_TYPE
@stubAuthService = jasmine.createSpyObj('AuthService', [
'checkAuthentication'
'signIn'
'signOut'
])
@stubAuthService.checkAuthentication.and.returnValue(@$q.when(@emptySessionStub))
@scope = $rootScope.$new()
@controller = $controller('LayoutNavigationCtrl',
$scope: @scope
AuthService: @stubAuthService
AlertsService: @stubAlertsService
$state: @stubState
)
@$rootScope.$digest()
))
describe 'controller.session', () =>
it 'session equals to session object from @authService.checkAuthentication() call', () =>
expect(@controller.session).toEqual({authorized: false, user: {}})
describe 'controller.navCollapsed', () =>
it 'navCollapsed is true when initialized', () =>
expect(@controller.navCollapsed).toEqual(true)
it 'navCollapsed is changed by controller.toggleNavCollapsed()', () =>
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(false)
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(true)
describe 'controller.signIn', () =>
it 'if email or/and password are empty then message should be displayed', () =>
@controller.email = ''
@controller.password = ''
@controller.signIn()
expect(@stubAlertsService.showAlert)
.toHaveBeenCalledWith(
"Please enter email and password.",
@ALERTS_TYPE.ERROR,
3000
)
it 'if email or/and password are invalid then message should be displayed
and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.reject()
prom.promise
email = '<EMAIL>'
password = '<PASSWORD>'
@controller.email = email
@controller.password = <PASSWORD>
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubAlertsService.showAlert).toHaveBeenCalledWith(
"User with this email/password has not been found.",
@ALERTS_TYPE.ERROR,
3000)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
it 'if email and password are correct then state should be
changed to AUTHENTICATED_DEFAULT_STATE and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.resolve()
prom.promise
email = '<EMAIL>'
password = '<PASSWORD>'
@controller.email = email
@controller.password = <PASSWORD>
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.AUTHENTICATED_DEFAULT_STATE)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
describe 'controller.signOut', () =>
it 'Should call authService.signOut and
then go to UNAUTHENTICATED_DEFAULT_STATE', () =>
@controller.signOut()
expect(@stubAuthService.signOut).toHaveBeenCalled()
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.UNAUTHENTICATED_DEFAULT_STATE)
| true | describe 'LayoutNavigationCtrl', () ->
beforeEach(module('trackSeatsApp'))
beforeEach(inject((@$rootScope, $controller, $httpBackend,
@$q, @ALERTS_TYPE, @NAVIGATION) =>
$httpBackend.when('GET', '/v1/user/session/').respond({})
$httpBackend.when('GET', 'app/pages/landing/pages.landing.template.html')
.respond({})
@emptySessionStub =
authorized: false
user: {}
@stubState = jasmine.createSpyObj('$state', ['go'])
@stubAlertsService = jasmine.createSpyObj('AlertsService', ['showAlert'])
@stubAlertsService.TYPE = @ALERTS_TYPE
@stubAuthService = jasmine.createSpyObj('AuthService', [
'checkAuthentication'
'signIn'
'signOut'
])
@stubAuthService.checkAuthentication.and.returnValue(@$q.when(@emptySessionStub))
@scope = $rootScope.$new()
@controller = $controller('LayoutNavigationCtrl',
$scope: @scope
AuthService: @stubAuthService
AlertsService: @stubAlertsService
$state: @stubState
)
@$rootScope.$digest()
))
describe 'controller.session', () =>
it 'session equals to session object from @authService.checkAuthentication() call', () =>
expect(@controller.session).toEqual({authorized: false, user: {}})
describe 'controller.navCollapsed', () =>
it 'navCollapsed is true when initialized', () =>
expect(@controller.navCollapsed).toEqual(true)
it 'navCollapsed is changed by controller.toggleNavCollapsed()', () =>
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(false)
@controller.toggleNavCollapsed()
expect(@controller.navCollapsed).toEqual(true)
describe 'controller.signIn', () =>
it 'if email or/and password are empty then message should be displayed', () =>
@controller.email = ''
@controller.password = ''
@controller.signIn()
expect(@stubAlertsService.showAlert)
.toHaveBeenCalledWith(
"Please enter email and password.",
@ALERTS_TYPE.ERROR,
3000
)
it 'if email or/and password are invalid then message should be displayed
and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.reject()
prom.promise
email = 'PI:EMAIL:<EMAIL>END_PI'
password = 'PI:PASSWORD:<PASSWORD>END_PI'
@controller.email = email
@controller.password = PI:PASSWORD:<PASSWORD>END_PI
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubAlertsService.showAlert).toHaveBeenCalledWith(
"User with this email/password has not been found.",
@ALERTS_TYPE.ERROR,
3000)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
it 'if email and password are correct then state should be
changed to AUTHENTICATED_DEFAULT_STATE and email/password cleared', () =>
@stubAuthService.signIn.and.callFake () =>
prom = @$q.defer()
prom.resolve()
prom.promise
email = 'PI:EMAIL:<EMAIL>END_PI'
password = 'PI:PASSWORD:<PASSWORD>END_PI'
@controller.email = email
@controller.password = PI:PASSWORD:<PASSWORD>END_PI
@controller.signIn()
@$rootScope.$digest()
expect(@stubAuthService.signIn)
.toHaveBeenCalledWith(email, password)
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.AUTHENTICATED_DEFAULT_STATE)
expect(@controller.email).toEqual('')
expect(@controller.password).toEqual('')
describe 'controller.signOut', () =>
it 'Should call authService.signOut and
then go to UNAUTHENTICATED_DEFAULT_STATE', () =>
@controller.signOut()
expect(@stubAuthService.signOut).toHaveBeenCalled()
expect(@stubState.go)
.toHaveBeenCalledWith(@NAVIGATION.UNAUTHENTICATED_DEFAULT_STATE)
|
[
{
"context": "#\n# Just The Date widget for Übersicht\n# Ruurd Pels\n# github.com/ruurd/justthedate\n#\n\n#\n# Adjust the ",
"end": 51,
"score": 0.999901533126831,
"start": 41,
"tag": "NAME",
"value": "Ruurd Pels"
},
{
"context": "te widget for Übersicht\n# Ruurd Pels\n# github.com/ruurd/justthedate\n#\n\n#\n# Adjust the styles as you like\n",
"end": 70,
"score": 0.9995002150535583,
"start": 65,
"tag": "USERNAME",
"value": "ruurd"
}
] | index.coffee | ruurd/simpledate | 0 | #
# Just The Date widget for Übersicht
# Ruurd Pels
# github.com/ruurd/justthedate
#
#
# Adjust the styles as you like
#
style =
# Define the maximum width of the widget.
width: "45%"
# Define the position, where to display the date.
# Set properties you don't need to "auto"
position:
top: "1%"
bottom: "auto"
left: "auto"
right: "1%"
# Font properties
font: "'Helvetica Neue', sans-serif"
font_color: "#F5F5F5"
font_size: "50px"
font_weight: "100"
letter_spacing: "0.025em"
line_height: ".9em"
# Misc
text_align: "right"
text_transform: "uppercase"
# Do the command - never mind in this case
command: "echo hello date"
# Lower the frequency for more accuracy.
refreshFrequency: (1000 * 60) # (1000 * n) seconds
render: (o) -> """
<div id="content">
<span id="date"></span>
</div>
"""
update: (output, dom) ->
date = new Date();
d = date.getDate();
m = date.getMonth() + 1;
y = date.getFullYear();
time_str = ("0" + d).slice(-2) + '-' + ("0" + m).slice(-2) + '-' + y;
$(dom).find("#date").html(time_str)
style: """
top: #{style.position.top}
bottom: #{style.position.bottom}
right: #{style.position.right}
left: #{style.position.left}
width: #{style.width}
font-family: #{style.font}
color: #{style.font_color}
font-weight: #{style.font_weight}
text-align: #{style.text_align}
text-transform: #{style.text_transform}
font-size: #{style.font_size}
letter-spacing: #{style.letter_spacing}
font-smoothing: antialiased
line-height: #{style.line_height}
"""
| 76902 | #
# Just The Date widget for Übersicht
# <NAME>
# github.com/ruurd/justthedate
#
#
# Adjust the styles as you like
#
style =
# Define the maximum width of the widget.
width: "45%"
# Define the position, where to display the date.
# Set properties you don't need to "auto"
position:
top: "1%"
bottom: "auto"
left: "auto"
right: "1%"
# Font properties
font: "'Helvetica Neue', sans-serif"
font_color: "#F5F5F5"
font_size: "50px"
font_weight: "100"
letter_spacing: "0.025em"
line_height: ".9em"
# Misc
text_align: "right"
text_transform: "uppercase"
# Do the command - never mind in this case
command: "echo hello date"
# Lower the frequency for more accuracy.
refreshFrequency: (1000 * 60) # (1000 * n) seconds
render: (o) -> """
<div id="content">
<span id="date"></span>
</div>
"""
update: (output, dom) ->
date = new Date();
d = date.getDate();
m = date.getMonth() + 1;
y = date.getFullYear();
time_str = ("0" + d).slice(-2) + '-' + ("0" + m).slice(-2) + '-' + y;
$(dom).find("#date").html(time_str)
style: """
top: #{style.position.top}
bottom: #{style.position.bottom}
right: #{style.position.right}
left: #{style.position.left}
width: #{style.width}
font-family: #{style.font}
color: #{style.font_color}
font-weight: #{style.font_weight}
text-align: #{style.text_align}
text-transform: #{style.text_transform}
font-size: #{style.font_size}
letter-spacing: #{style.letter_spacing}
font-smoothing: antialiased
line-height: #{style.line_height}
"""
| true | #
# Just The Date widget for Übersicht
# PI:NAME:<NAME>END_PI
# github.com/ruurd/justthedate
#
#
# Adjust the styles as you like
#
style =
# Define the maximum width of the widget.
width: "45%"
# Define the position, where to display the date.
# Set properties you don't need to "auto"
position:
top: "1%"
bottom: "auto"
left: "auto"
right: "1%"
# Font properties
font: "'Helvetica Neue', sans-serif"
font_color: "#F5F5F5"
font_size: "50px"
font_weight: "100"
letter_spacing: "0.025em"
line_height: ".9em"
# Misc
text_align: "right"
text_transform: "uppercase"
# Do the command - never mind in this case
command: "echo hello date"
# Lower the frequency for more accuracy.
refreshFrequency: (1000 * 60) # (1000 * n) seconds
render: (o) -> """
<div id="content">
<span id="date"></span>
</div>
"""
update: (output, dom) ->
date = new Date();
d = date.getDate();
m = date.getMonth() + 1;
y = date.getFullYear();
time_str = ("0" + d).slice(-2) + '-' + ("0" + m).slice(-2) + '-' + y;
$(dom).find("#date").html(time_str)
style: """
top: #{style.position.top}
bottom: #{style.position.bottom}
right: #{style.position.right}
left: #{style.position.left}
width: #{style.width}
font-family: #{style.font}
color: #{style.font_color}
font-weight: #{style.font_weight}
text-align: #{style.text_align}
text-transform: #{style.text_transform}
font-size: #{style.font_size}
letter-spacing: #{style.letter_spacing}
font-smoothing: antialiased
line-height: #{style.line_height}
"""
|
[
{
"context": "_user =\n\t\t\tname: null\n\t\t\temail: email\n\t\t\tpassword: passwordcypt\n\t\t@get email, \"email\", ( err, user )=>\n\t\t\tif err ",
"end": 1318,
"score": 0.9986447691917419,
"start": 1306,
"tag": "PASSWORD",
"value": "passwordcypt"
},
{
"context": " err )\n\n\t\t\tif user?\n\t\t\t\t@update user.id, password: passwordcypt, ( err, dbUser )=>\n\t\t\t\t\tif err\n\t\t\t\t\t\tcb( err )\n\t\t",
"end": 1467,
"score": 0.9992641806602478,
"start": 1455,
"tag": "PASSWORD",
"value": "passwordcypt"
}
] | _src/test/dummy_userstore.coffee | mpneuried/tcs_node_auth | 1 | _ = require( "lodash" )._
class DummyDB
constructor: ( @coll )->
return
# Dummy db methods
has: ( query, cb )=>
if _.some( @coll, query )
cb( null, true )
else
cb( null, false )
return
filter: ( query, cb )=>
_result = _.filter( @coll, query )
cb( null, _result )
return
create: ( data, cb )=>
newID = _.max( @coll, "id" ).id + 1
data.id = newID
@coll.push( data )
cb( null, data )
return
get: =>
[ args..., cb ] = arguments
[ crit, key ] = args
_query = {}
_query[ key or "id" ] = crit
@filter _query, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( null, users[ 0 ] )
return
return
update: ( id, data, cb )=>
@get id, ( err, user )=>
if err
cb( err )
return
cb( null, _.extend( user, data ) )
return
return
class DefektUserStore extends DummyDB
# UserStore methods
getUserCredentials: ( email, cb )=>
@filter email: email, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( err, users[ 0 ].password, users[ 0 ] )
return
return
checkUserEmail: ( email, options, cb )=>
@has( email: email, cb )
return
setUserCredentials: ( email, passwordcypt, isRegister, cb )=>
_user =
name: null
email: email
password: passwordcypt
@get email, "email", ( err, user )=>
if err and err?.name is "not-found"
cb( err )
if user?
@update user.id, password: passwordcypt, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
else
@create _user, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
setUserMail: ( current_email, new_email, cb )=>
@get current_email, "email", ( err, user )=>
if err
cb( err )
return
@update user.id, email: new_email, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
class DummyUserStore extends DefektUserStore
getMailContent: ( type ,tokenOrNewmail, options, cb )=>
switch type
when "register" then mailData = { subject: "Test activation" }
when "forgot" then mailData = { subject: "Test password forgot" }
when "changemail" then mailData = { subject: "Test change mail" }
when "notifyoldmail" then mailData = { subject: "Test notify old mail" }
if type is "notifyoldmail"
mailData.body = "Your mail has changed to `#{tokenOrNewmail}`."
else if options?.testMissingLink?
mailData.body = "Body without token should cause an error."
else
mailData.body = "Follow http://www.test.com/#{tokenOrNewmail} to set your password."
cb( null, mailData )
return
class NotFunctionUserStore extends DefektUserStore
getActivationMail: 123
module.exports =
main: new DummyUserStore( require( "./dummydata" ) )
notfunction: new NotFunctionUserStore( require( "./dummydata" ) )
missingmethod: new DefektUserStore( require( "./dummydata" ) ) | 49948 | _ = require( "lodash" )._
class DummyDB
constructor: ( @coll )->
return
# Dummy db methods
has: ( query, cb )=>
if _.some( @coll, query )
cb( null, true )
else
cb( null, false )
return
filter: ( query, cb )=>
_result = _.filter( @coll, query )
cb( null, _result )
return
create: ( data, cb )=>
newID = _.max( @coll, "id" ).id + 1
data.id = newID
@coll.push( data )
cb( null, data )
return
get: =>
[ args..., cb ] = arguments
[ crit, key ] = args
_query = {}
_query[ key or "id" ] = crit
@filter _query, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( null, users[ 0 ] )
return
return
update: ( id, data, cb )=>
@get id, ( err, user )=>
if err
cb( err )
return
cb( null, _.extend( user, data ) )
return
return
class DefektUserStore extends DummyDB
# UserStore methods
getUserCredentials: ( email, cb )=>
@filter email: email, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( err, users[ 0 ].password, users[ 0 ] )
return
return
checkUserEmail: ( email, options, cb )=>
@has( email: email, cb )
return
setUserCredentials: ( email, passwordcypt, isRegister, cb )=>
_user =
name: null
email: email
password: <PASSWORD>
@get email, "email", ( err, user )=>
if err and err?.name is "not-found"
cb( err )
if user?
@update user.id, password: <PASSWORD>, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
else
@create _user, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
setUserMail: ( current_email, new_email, cb )=>
@get current_email, "email", ( err, user )=>
if err
cb( err )
return
@update user.id, email: new_email, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
class DummyUserStore extends DefektUserStore
getMailContent: ( type ,tokenOrNewmail, options, cb )=>
switch type
when "register" then mailData = { subject: "Test activation" }
when "forgot" then mailData = { subject: "Test password forgot" }
when "changemail" then mailData = { subject: "Test change mail" }
when "notifyoldmail" then mailData = { subject: "Test notify old mail" }
if type is "notifyoldmail"
mailData.body = "Your mail has changed to `#{tokenOrNewmail}`."
else if options?.testMissingLink?
mailData.body = "Body without token should cause an error."
else
mailData.body = "Follow http://www.test.com/#{tokenOrNewmail} to set your password."
cb( null, mailData )
return
class NotFunctionUserStore extends DefektUserStore
getActivationMail: 123
module.exports =
main: new DummyUserStore( require( "./dummydata" ) )
notfunction: new NotFunctionUserStore( require( "./dummydata" ) )
missingmethod: new DefektUserStore( require( "./dummydata" ) ) | true | _ = require( "lodash" )._
class DummyDB
constructor: ( @coll )->
return
# Dummy db methods
has: ( query, cb )=>
if _.some( @coll, query )
cb( null, true )
else
cb( null, false )
return
filter: ( query, cb )=>
_result = _.filter( @coll, query )
cb( null, _result )
return
create: ( data, cb )=>
newID = _.max( @coll, "id" ).id + 1
data.id = newID
@coll.push( data )
cb( null, data )
return
get: =>
[ args..., cb ] = arguments
[ crit, key ] = args
_query = {}
_query[ key or "id" ] = crit
@filter _query, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( null, users[ 0 ] )
return
return
update: ( id, data, cb )=>
@get id, ( err, user )=>
if err
cb( err )
return
cb( null, _.extend( user, data ) )
return
return
class DefektUserStore extends DummyDB
# UserStore methods
getUserCredentials: ( email, cb )=>
@filter email: email, ( err, users )=>
if not users?.length
cb( new Error( "not-found" ) )
return
cb( err, users[ 0 ].password, users[ 0 ] )
return
return
checkUserEmail: ( email, options, cb )=>
@has( email: email, cb )
return
setUserCredentials: ( email, passwordcypt, isRegister, cb )=>
_user =
name: null
email: email
password: PI:PASSWORD:<PASSWORD>END_PI
@get email, "email", ( err, user )=>
if err and err?.name is "not-found"
cb( err )
if user?
@update user.id, password: PI:PASSWORD:<PASSWORD>END_PI, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
else
@create _user, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
setUserMail: ( current_email, new_email, cb )=>
@get current_email, "email", ( err, user )=>
if err
cb( err )
return
@update user.id, email: new_email, ( err, dbUser )=>
if err
cb( err )
return
cb( null, dbUser )
return
return
return
class DummyUserStore extends DefektUserStore
getMailContent: ( type ,tokenOrNewmail, options, cb )=>
switch type
when "register" then mailData = { subject: "Test activation" }
when "forgot" then mailData = { subject: "Test password forgot" }
when "changemail" then mailData = { subject: "Test change mail" }
when "notifyoldmail" then mailData = { subject: "Test notify old mail" }
if type is "notifyoldmail"
mailData.body = "Your mail has changed to `#{tokenOrNewmail}`."
else if options?.testMissingLink?
mailData.body = "Body without token should cause an error."
else
mailData.body = "Follow http://www.test.com/#{tokenOrNewmail} to set your password."
cb( null, mailData )
return
class NotFunctionUserStore extends DefektUserStore
getActivationMail: 123
module.exports =
main: new DummyUserStore( require( "./dummydata" ) )
notfunction: new NotFunctionUserStore( require( "./dummydata" ) )
missingmethod: new DefektUserStore( require( "./dummydata" ) ) |
[
{
"context": " ip: '1.2.3.4',\n ssh_key: 'overcast.key',\n ssh_port: '22',\n use",
"end": 317,
"score": 0.986060619354248,
"start": 305,
"tag": "KEY",
"value": "overcast.key"
},
{
"context": " ssh_port: '22',\n user: 'root'\n }\n }\n }\n })\n ",
"end": 375,
"score": 0.7418826818466187,
"start": 371,
"tag": "USERNAME",
"value": "root"
}
] | test/unit/completions.spec.coffee | skmezanul/overcast | 238 | cli = require('../../modules/cli')
utils = require('../../modules/utils')
describe 'completions', ->
beforeEach ->
spyOn(utils, 'getClusters').andReturn({
default: {
instances: {
vm01: {
name: 'vm01',
ip: '1.2.3.4',
ssh_key: 'overcast.key',
ssh_port: '22',
user: 'root'
}
}
}
})
spyOn(console, 'log')
it 'should return a list of commands, clusters and instances', ->
cli.execute('completions')
stdout = console.log.mostRecentCall.args[0]
expect(stdout).toContain 'overcast'
expect(stdout).toContain 'aliases'
expect(stdout).toContain 'default'
expect(stdout).toContain 'vm01'
| 9371 | cli = require('../../modules/cli')
utils = require('../../modules/utils')
describe 'completions', ->
beforeEach ->
spyOn(utils, 'getClusters').andReturn({
default: {
instances: {
vm01: {
name: 'vm01',
ip: '1.2.3.4',
ssh_key: '<KEY>',
ssh_port: '22',
user: 'root'
}
}
}
})
spyOn(console, 'log')
it 'should return a list of commands, clusters and instances', ->
cli.execute('completions')
stdout = console.log.mostRecentCall.args[0]
expect(stdout).toContain 'overcast'
expect(stdout).toContain 'aliases'
expect(stdout).toContain 'default'
expect(stdout).toContain 'vm01'
| true | cli = require('../../modules/cli')
utils = require('../../modules/utils')
describe 'completions', ->
beforeEach ->
spyOn(utils, 'getClusters').andReturn({
default: {
instances: {
vm01: {
name: 'vm01',
ip: '1.2.3.4',
ssh_key: 'PI:KEY:<KEY>END_PI',
ssh_port: '22',
user: 'root'
}
}
}
})
spyOn(console, 'log')
it 'should return a list of commands, clusters and instances', ->
cli.execute('completions')
stdout = console.log.mostRecentCall.args[0]
expect(stdout).toContain 'overcast'
expect(stdout).toContain 'aliases'
expect(stdout).toContain 'default'
expect(stdout).toContain 'vm01'
|
[
{
"context": "cribe 'Placebo', ->\n\n settings.linode_api_key = 'fakeapikey'\n settings.config_path = 'test/class'\n\n it 'can",
"end": 222,
"score": 0.9869097471237183,
"start": 212,
"tag": "KEY",
"value": "fakeapikey"
}
] | test/placebo.coffee | scraperwiki/lithium | 0 | # Placebo and its Mocha tests.
should = require 'should'
_ = require 'underscore'
Placebo = require '../code/placebo'
settings = require 'settings'
describe 'Placebo', ->
settings.linode_api_key = 'fakeapikey'
settings.config_path = 'test/class'
it 'can create a placebo instance with a config', ->
instance = Placebo.create 'boxecutor'
instance.should.be.an.instanceof Placebo
instance.config.name.should.equal 'boxecutor'
Placebo.list().should.include instance
Placebo.destroy instance
describe 'when two instances exist', ->
l = null
before ->
(_ 2).times -> Placebo.create 'vanilla'
l = Placebo.list()
it 'can list created instances', ->
l.should.be.an.instanceof Array
l.length.should.equal 2
l[0].should.be.an.instanceof Placebo
l[1].should.be.an.instanceof Placebo
it 'can destroy a placebo instance, given its name', ->
Placebo.destroy Placebo.list()[0]
Placebo.list().length.should.equal 1
describe 'a new placebo instance', ->
placebo = null
before ->
placebo = new Placebo 'boxecutor'
it 'has a start method', ->
should.exist placebo.start
it 'has a stop method', ->
should.exist placebo.stop
it 'has a sh method', ->
should.exist placebo.sh
| 53989 | # Placebo and its Mocha tests.
should = require 'should'
_ = require 'underscore'
Placebo = require '../code/placebo'
settings = require 'settings'
describe 'Placebo', ->
settings.linode_api_key = '<KEY>'
settings.config_path = 'test/class'
it 'can create a placebo instance with a config', ->
instance = Placebo.create 'boxecutor'
instance.should.be.an.instanceof Placebo
instance.config.name.should.equal 'boxecutor'
Placebo.list().should.include instance
Placebo.destroy instance
describe 'when two instances exist', ->
l = null
before ->
(_ 2).times -> Placebo.create 'vanilla'
l = Placebo.list()
it 'can list created instances', ->
l.should.be.an.instanceof Array
l.length.should.equal 2
l[0].should.be.an.instanceof Placebo
l[1].should.be.an.instanceof Placebo
it 'can destroy a placebo instance, given its name', ->
Placebo.destroy Placebo.list()[0]
Placebo.list().length.should.equal 1
describe 'a new placebo instance', ->
placebo = null
before ->
placebo = new Placebo 'boxecutor'
it 'has a start method', ->
should.exist placebo.start
it 'has a stop method', ->
should.exist placebo.stop
it 'has a sh method', ->
should.exist placebo.sh
| true | # Placebo and its Mocha tests.
should = require 'should'
_ = require 'underscore'
Placebo = require '../code/placebo'
settings = require 'settings'
describe 'Placebo', ->
settings.linode_api_key = 'PI:KEY:<KEY>END_PI'
settings.config_path = 'test/class'
it 'can create a placebo instance with a config', ->
instance = Placebo.create 'boxecutor'
instance.should.be.an.instanceof Placebo
instance.config.name.should.equal 'boxecutor'
Placebo.list().should.include instance
Placebo.destroy instance
describe 'when two instances exist', ->
l = null
before ->
(_ 2).times -> Placebo.create 'vanilla'
l = Placebo.list()
it 'can list created instances', ->
l.should.be.an.instanceof Array
l.length.should.equal 2
l[0].should.be.an.instanceof Placebo
l[1].should.be.an.instanceof Placebo
it 'can destroy a placebo instance, given its name', ->
Placebo.destroy Placebo.list()[0]
Placebo.list().length.should.equal 1
describe 'a new placebo instance', ->
placebo = null
before ->
placebo = new Placebo 'boxecutor'
it 'has a start method', ->
should.exist placebo.start
it 'has a stop method', ->
should.exist placebo.stop
it 'has a sh method', ->
should.exist placebo.sh
|
[
{
"context": "est (or response), concatenated by dots.\n key = null\n entry = {}\n\n for i in [0..@path.length]\n ",
"end": 2571,
"score": 0.9840342402458191,
"start": 2567,
"tag": "KEY",
"value": "null"
}
] | src/detect-transaction-examples.coffee | cranieri/dredd-transactions-extended | 0 |
traverse = require('traverse')
detectTransactionExamples = (transition) ->
# Index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document.
index = createIndex(transition)
# No transaction examples, handling as a special case.
if not index.length
transition.attributes ?= {}
transition.attributes.examples = 0
return
# Iterating over requests and responses in the index, keeping track of in
# which block we currently are (block of requests: 'req', block
# of responses: 'res'). In case there's change 'res' -> 'req', we raise
# the example number. The example number is then attached to every
# transaction as a Refract attribute 'example'. The total number of examples
# gets attached to the transition as a Refract attribute 'examples'.
example = 1
state = 'req'
for {type, transaction} in index
if type is 'httpRequest'
example += 1 if state is 'res'
state = 'req'
else # 'httpResponse'
state = 'res'
transaction.attributes ?= {}
transaction.attributes.example = example
transition.attributes ?= {}
transition.attributes.examples = example
return # 'in situ' function
# Provides index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document (from first to last).
#
# [
# {
# 'type': 'httpResponse',
# 'transaction': {'element': 'httpTransaction', ...},
# 'position': 85,
# },
# ...
# ]
#
# ## Index Entry (object)
#
# - type: httpRequest, httpResponse (enum)
# - transaction (object) - Parent transaction element.
# - position (number) - Position of the first character relevant to
# the request (or response) within the original API Blueprint document.
createIndex = (transition) ->
mapping = {}
traversal = traverse(transition)
traversal.forEach((node) ->
# Process just sourceMap elements.
return unless node?.element is 'sourceMap'
# Ignore sourceMap elements for request's HTTP method. Method is
# often on a different place in the document than the actual
# request is, so it's sourceMap is misleading for our purpose.
return if 'method' in @path
# Iterate over parents of the source map element and find
# corresponding request (or response) and transaction elements.
#
# Key is a string representing one request or response in the index.
# It is a path of the request (or response), concatenated by dots.
key = null
entry = {}
for i in [0..@path.length]
path = @path[0..i]
parentNode = traversal.get(path)
switch parentNode.element
when 'httpRequest', 'httpResponse'
key = path.join('.')
entry.type = parentNode.element
when 'httpTransaction'
entry.transaction = parentNode
# Process just sourceMap elements inside requests and responses.
#
# If we were not able to determine all necessary information (e.g. because
# given source map isn't inside request or response, but somewhere else
# in the transition's Refract tree), ignore the node.
return unless key and entry.type and entry.transaction
# Take positions of the first character for each continuous code block
# in the source map.
#
# At the end we'll take the lowest number from the array as
# a representation of the beginning of the whole request (or response)
# within the original document.
positions = (charBlock[0] for charBlock in node.content)
if mapping[key]
# If entry for given request (or response) already exists, add
# also its current position to the array. This allows us to take the
# lowest number among all source maps for given request (or response).
positions.push(mapping[key].position)
else
# If the entry isn't in the mapping yet, create a new one.
mapping[key] ?= entry
# Now set the lowest position from all positions found for
# the request (or response). This way at the end of this traversal
# the 'position' attribute should contain position of the first
# character relevant for the whole request (or response).
mapping[key].position = Math.min.apply(null, positions)
return # needed for 'traverse' to work properly in CoffeeScript
)
# Turn the mapping into an index, i.e. an array sorted by position.
index = (entry for own key, entry of mapping)
index.sort((entry1, entry2) -> entry1.position - entry2.position)
return index
module.exports = detectTransactionExamples
| 111100 |
traverse = require('traverse')
detectTransactionExamples = (transition) ->
# Index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document.
index = createIndex(transition)
# No transaction examples, handling as a special case.
if not index.length
transition.attributes ?= {}
transition.attributes.examples = 0
return
# Iterating over requests and responses in the index, keeping track of in
# which block we currently are (block of requests: 'req', block
# of responses: 'res'). In case there's change 'res' -> 'req', we raise
# the example number. The example number is then attached to every
# transaction as a Refract attribute 'example'. The total number of examples
# gets attached to the transition as a Refract attribute 'examples'.
example = 1
state = 'req'
for {type, transaction} in index
if type is 'httpRequest'
example += 1 if state is 'res'
state = 'req'
else # 'httpResponse'
state = 'res'
transaction.attributes ?= {}
transaction.attributes.example = example
transition.attributes ?= {}
transition.attributes.examples = example
return # 'in situ' function
# Provides index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document (from first to last).
#
# [
# {
# 'type': 'httpResponse',
# 'transaction': {'element': 'httpTransaction', ...},
# 'position': 85,
# },
# ...
# ]
#
# ## Index Entry (object)
#
# - type: httpRequest, httpResponse (enum)
# - transaction (object) - Parent transaction element.
# - position (number) - Position of the first character relevant to
# the request (or response) within the original API Blueprint document.
createIndex = (transition) ->
mapping = {}
traversal = traverse(transition)
traversal.forEach((node) ->
# Process just sourceMap elements.
return unless node?.element is 'sourceMap'
# Ignore sourceMap elements for request's HTTP method. Method is
# often on a different place in the document than the actual
# request is, so it's sourceMap is misleading for our purpose.
return if 'method' in @path
# Iterate over parents of the source map element and find
# corresponding request (or response) and transaction elements.
#
# Key is a string representing one request or response in the index.
# It is a path of the request (or response), concatenated by dots.
key = <KEY>
entry = {}
for i in [0..@path.length]
path = @path[0..i]
parentNode = traversal.get(path)
switch parentNode.element
when 'httpRequest', 'httpResponse'
key = path.join('.')
entry.type = parentNode.element
when 'httpTransaction'
entry.transaction = parentNode
# Process just sourceMap elements inside requests and responses.
#
# If we were not able to determine all necessary information (e.g. because
# given source map isn't inside request or response, but somewhere else
# in the transition's Refract tree), ignore the node.
return unless key and entry.type and entry.transaction
# Take positions of the first character for each continuous code block
# in the source map.
#
# At the end we'll take the lowest number from the array as
# a representation of the beginning of the whole request (or response)
# within the original document.
positions = (charBlock[0] for charBlock in node.content)
if mapping[key]
# If entry for given request (or response) already exists, add
# also its current position to the array. This allows us to take the
# lowest number among all source maps for given request (or response).
positions.push(mapping[key].position)
else
# If the entry isn't in the mapping yet, create a new one.
mapping[key] ?= entry
# Now set the lowest position from all positions found for
# the request (or response). This way at the end of this traversal
# the 'position' attribute should contain position of the first
# character relevant for the whole request (or response).
mapping[key].position = Math.min.apply(null, positions)
return # needed for 'traverse' to work properly in CoffeeScript
)
# Turn the mapping into an index, i.e. an array sorted by position.
index = (entry for own key, entry of mapping)
index.sort((entry1, entry2) -> entry1.position - entry2.position)
return index
module.exports = detectTransactionExamples
| true |
traverse = require('traverse')
detectTransactionExamples = (transition) ->
# Index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document.
index = createIndex(transition)
# No transaction examples, handling as a special case.
if not index.length
transition.attributes ?= {}
transition.attributes.examples = 0
return
# Iterating over requests and responses in the index, keeping track of in
# which block we currently are (block of requests: 'req', block
# of responses: 'res'). In case there's change 'res' -> 'req', we raise
# the example number. The example number is then attached to every
# transaction as a Refract attribute 'example'. The total number of examples
# gets attached to the transition as a Refract attribute 'examples'.
example = 1
state = 'req'
for {type, transaction} in index
if type is 'httpRequest'
example += 1 if state is 'res'
state = 'req'
else # 'httpResponse'
state = 'res'
transaction.attributes ?= {}
transaction.attributes.example = example
transition.attributes ?= {}
transition.attributes.examples = example
return # 'in situ' function
# Provides index of requests and responses within given *transition*, sorted by
# their position in the original API Blueprint document (from first to last).
#
# [
# {
# 'type': 'httpResponse',
# 'transaction': {'element': 'httpTransaction', ...},
# 'position': 85,
# },
# ...
# ]
#
# ## Index Entry (object)
#
# - type: httpRequest, httpResponse (enum)
# - transaction (object) - Parent transaction element.
# - position (number) - Position of the first character relevant to
# the request (or response) within the original API Blueprint document.
createIndex = (transition) ->
mapping = {}
traversal = traverse(transition)
traversal.forEach((node) ->
# Process just sourceMap elements.
return unless node?.element is 'sourceMap'
# Ignore sourceMap elements for request's HTTP method. Method is
# often on a different place in the document than the actual
# request is, so it's sourceMap is misleading for our purpose.
return if 'method' in @path
# Iterate over parents of the source map element and find
# corresponding request (or response) and transaction elements.
#
# Key is a string representing one request or response in the index.
# It is a path of the request (or response), concatenated by dots.
key = PI:KEY:<KEY>END_PI
entry = {}
for i in [0..@path.length]
path = @path[0..i]
parentNode = traversal.get(path)
switch parentNode.element
when 'httpRequest', 'httpResponse'
key = path.join('.')
entry.type = parentNode.element
when 'httpTransaction'
entry.transaction = parentNode
# Process just sourceMap elements inside requests and responses.
#
# If we were not able to determine all necessary information (e.g. because
# given source map isn't inside request or response, but somewhere else
# in the transition's Refract tree), ignore the node.
return unless key and entry.type and entry.transaction
# Take positions of the first character for each continuous code block
# in the source map.
#
# At the end we'll take the lowest number from the array as
# a representation of the beginning of the whole request (or response)
# within the original document.
positions = (charBlock[0] for charBlock in node.content)
if mapping[key]
# If entry for given request (or response) already exists, add
# also its current position to the array. This allows us to take the
# lowest number among all source maps for given request (or response).
positions.push(mapping[key].position)
else
# If the entry isn't in the mapping yet, create a new one.
mapping[key] ?= entry
# Now set the lowest position from all positions found for
# the request (or response). This way at the end of this traversal
# the 'position' attribute should contain position of the first
# character relevant for the whole request (or response).
mapping[key].position = Math.min.apply(null, positions)
return # needed for 'traverse' to work properly in CoffeeScript
)
# Turn the mapping into an index, i.e. an array sorted by position.
index = (entry for own key, entry of mapping)
index.sort((entry1, entry2) -> entry1.position - entry2.position)
return index
module.exports = detectTransactionExamples
|
[
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistri",
"end": 42,
"score": 0.9998443126678467,
"start": 24,
"tag": "NAME",
"value": "Alexander Cherniuk"
},
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistribution and use in ",
"end": 60,
"score": 0.9999300837516785,
"start": 44,
"tag": "EMAIL",
"value": "ts33kr@gmail.com"
}
] | library/nucleus/scanner.coffee | ts33kr/granite | 6 | ###
Copyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
chokidar = require "chokidar"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
colors = require "colors"
assert = require "assert"
async = require "async"
nconf = require "nconf"
paths = require "path"
https = require "https"
http = require "http"
util = require "util"
fs = require "fs"
{Zombie} = require "./zombie"
{Archetype} = require "./arche"
# The module scanner is a brand new module scanning facility. Is
# built on top of the service architecture and itself is a zombie.
# It takes care of scanning the supplied directories for new modules.
# When new modules are discobered, the toolkit scans a module content
# to see if there are any service to be attached. The toolkit is also
# taking care of monitoring when a module changes and handling that.
module.exports.ModuleScanner = class ModuleScanner extends Zombie
# This defines the set of filename extensions that this service
# should interpret as valid system modules, and therefore do the
# fully fledged procssing of those. That is, require the module
# when it is discovered, scan for available services there and
# continue monitoring the module to see when there are changes.
# Default values will be processing JavaScript and CoffeeScript.
@MODULE_EXTENSIONS: [".js", ".coffee"]
# This method is being fired off once some directory changes.
# When that happens, this mehod will see if all the approriate
# conditions are met, and if so - invoke the instance rebooting
# sequence. It will also ensure that if there are multiple (lot)
# of changes at once, nothing bad happens and a reboot sequence
# will be upheld and properly executed, if configured to do so.
directoryChanged: (path) ->
assert located = "Changes located at %s".cyan
msg = "Going to reboot the kernel in %s millisec"
reason = "Rebooting the kernel due to the changes"
forever = "not launched under Forever environment"
assert relative = paths.relative process.cwd(), path
return no unless reboot = nconf.get "scanner:reboot"
return no if (reboot is false) or (reboot is null)
assert _.isNumber(reboot), "reboot should be an int"
refuse = (w) -> logger.warn "Cease rebooting: %s", w
return refuse forever unless (try nconf.get "forever")
return yes unless _.isEmpty @rebooting or undefined
timer = (millisec, fnx) -> setTimeout fnx, millisec
logger.warn msg.toString().red, reboot or undefined
logger.warn located, relative.toString().underline
killer = (exp) => @kernel.shutdownKernel exp, false
return @rebooting = timer reboot, => killer reason
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "directory-changed", this, path
# This method is being fired off once a new module discovered.
# When that happens, this method will fire up all a necessary
# routine. This involves loading the module, if it has not been
# loaded yet, bailing out if an error happens during that one.
# If everything is okay, the method then transfers control to
# the routine the internal routine - `extractServiceObjects`.
candidateDiscovered: (path) ->
fail = "could not resolve to the absolute path"
assert current = process.cwd(), "a CWD get fail"
assert modules = @constructor.MODULE_EXTENSIONS
assert absolute = fs.realpathSync(path) or fail
assert extension = paths.extname absolute or null
return false unless extension in (modules or [])
assert resolved = require.resolve absolute or null
return false if resolved is require.main.filename
addition = "Discover module at %s".cyan.toString()
assert relative = r = paths.relative current, path
logger.info addition, relative.underline.toString()
handle = (err) -> logger.error fail.red, err.stack
try require resolved catch error then handle error
ss = this.extractServiceObjects(resolved) or null
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "candidate-discovered", this, path
# Once a module has been discovered, resolved and successfully
# loaded, this routine is being involved on it. What it does is
# it scans the `exports` namespace in the module and then checks
# every single value there if it is a module that can be loaded.
# Such module are ebery subclasses of `Service` that are final.
# Meaning not abstract or otherwise marked as not for loading.
extractServiceObjects: (resolved) ->
cacheErr = "could not find discovery in a cache"
assert service = require "./service" # no cycles
assert cached = require.cache[resolved], cacheErr
assert queue = try this.allocateOperationsQueue()
assert exports = (cached or {}).exports or Object()
assert exports = _.values(exports) or new Array()
proto = (sv) -> _.isObject(sv) and sv.prototype
servc = (sv) -> try sv.derives service.Service
typed = (sv) -> return proto(sv) and servc(sv)
final = (sv) -> typed(sv) and not sv.abstract()
notmk = (sv) -> not sv.STOP_AUTO_DISCOVERY or 0
assert services = _.filter exports or [], final
assert services = _.filter services or [], notmk
assert services = _.unique(services or Array())
service.origin = cached for service in services
queue.push _.map(services, (s) -> service: s)
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
send "extr-services", this, resolved, services
return services.length or 0 # services found
# Obtain an operations queue of this scanner instance. This queue
# is responsible for processing either a service registration or
# a service unregistration. The queueing mechanism is necessary in
# order to make sure of correct sequencing of all the operations.
# It aids is avoiding the race conditions during modules changes.
# Consult with the `queue` member of the `async` packing/module.
allocateOperationsQueue: ->
return this.queue if _.isObject this.queue
identify = @constructor.identify().underline
assert _.isObject router = this.kernel.router
assert register = router.register.bind router
assert unregister = router.unregister.bind router
missingOperation = "specify an operation to exec"
collides = "use either register or unregister op"
created = "Create seuquence operation queue at %s"
try logger.debug created.yellow, identify.toString()
patch = (q) => q.drain = (=> this.emit "drain", q); q
sequential = (fn) => patch @queue = async.queue fn, 1
throttle = (fn) -> _.debounce fn, 50 # 50 millisecs
return sequential throttle (operation, callback) =>
acknowledge = -> return callback.apply this
applicate = (inp) -> register inp, acknowledge
opService = try operation.service or undefined
opDestroy = try operation.destroy or undefined
assert opService or opDestroy, missingOperation
assert not (opService and opDestroy), collides
opService.spawn @kernel, applicate if opService
unregister opDestroy, acknowledge if opDestroy
# Register the supplied directory to be monitored by the module
# scanner. The directory will be automatically resolved in the
# relation to the current working directory (CWD) of a process.
# New modules will be discovered off this directory. When the
# directory changes, the scanner will reboot the kernel, if
# it is configured this way. Please reference source coding.
monitorDirectory: (directory) ->
notString = "the directory is not a valud string"
notExists = "Dir %s does not exist, no monitoring"
chokidarOff = "the Chokidar library malfunctions"
monitoring = "Monitoring %s directory for modules"
assert _.isString(directory or null), notString
exists = fs.existsSync directory.toString() or 0
relative = paths.relative process.cwd(), directory
assert _.isFunction esync = fs.realpathSync or 0
return if abs = esync(relative) in @tracks ?= []
this.tracks.push abs unless abs in @tracks ?= []
formats = [notExists.red, relative.underline]
return try logger.warn formats... unless exists
logger.info monitoring.blue, relative.underline
assert _.isFunction chokidar.watch, chokidarOff
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
assert monitor = chokidar.watch directory or 0
monitor.on "unlink", @directoryChanged.bind @
monitor.on "change", @directoryChanged.bind @
monitor.on "add", @candidateDiscovered.bind @
send "monitor-dir", this, directory, monitor
| 108294 | ###
Copyright (c) 2013, <NAME> <<EMAIL>>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
chokidar = require "chokidar"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
colors = require "colors"
assert = require "assert"
async = require "async"
nconf = require "nconf"
paths = require "path"
https = require "https"
http = require "http"
util = require "util"
fs = require "fs"
{Zombie} = require "./zombie"
{Archetype} = require "./arche"
# The module scanner is a brand new module scanning facility. Is
# built on top of the service architecture and itself is a zombie.
# It takes care of scanning the supplied directories for new modules.
# When new modules are discobered, the toolkit scans a module content
# to see if there are any service to be attached. The toolkit is also
# taking care of monitoring when a module changes and handling that.
module.exports.ModuleScanner = class ModuleScanner extends Zombie
# This defines the set of filename extensions that this service
# should interpret as valid system modules, and therefore do the
# fully fledged procssing of those. That is, require the module
# when it is discovered, scan for available services there and
# continue monitoring the module to see when there are changes.
# Default values will be processing JavaScript and CoffeeScript.
@MODULE_EXTENSIONS: [".js", ".coffee"]
# This method is being fired off once some directory changes.
# When that happens, this mehod will see if all the approriate
# conditions are met, and if so - invoke the instance rebooting
# sequence. It will also ensure that if there are multiple (lot)
# of changes at once, nothing bad happens and a reboot sequence
# will be upheld and properly executed, if configured to do so.
directoryChanged: (path) ->
assert located = "Changes located at %s".cyan
msg = "Going to reboot the kernel in %s millisec"
reason = "Rebooting the kernel due to the changes"
forever = "not launched under Forever environment"
assert relative = paths.relative process.cwd(), path
return no unless reboot = nconf.get "scanner:reboot"
return no if (reboot is false) or (reboot is null)
assert _.isNumber(reboot), "reboot should be an int"
refuse = (w) -> logger.warn "Cease rebooting: %s", w
return refuse forever unless (try nconf.get "forever")
return yes unless _.isEmpty @rebooting or undefined
timer = (millisec, fnx) -> setTimeout fnx, millisec
logger.warn msg.toString().red, reboot or undefined
logger.warn located, relative.toString().underline
killer = (exp) => @kernel.shutdownKernel exp, false
return @rebooting = timer reboot, => killer reason
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "directory-changed", this, path
# This method is being fired off once a new module discovered.
# When that happens, this method will fire up all a necessary
# routine. This involves loading the module, if it has not been
# loaded yet, bailing out if an error happens during that one.
# If everything is okay, the method then transfers control to
# the routine the internal routine - `extractServiceObjects`.
candidateDiscovered: (path) ->
fail = "could not resolve to the absolute path"
assert current = process.cwd(), "a CWD get fail"
assert modules = @constructor.MODULE_EXTENSIONS
assert absolute = fs.realpathSync(path) or fail
assert extension = paths.extname absolute or null
return false unless extension in (modules or [])
assert resolved = require.resolve absolute or null
return false if resolved is require.main.filename
addition = "Discover module at %s".cyan.toString()
assert relative = r = paths.relative current, path
logger.info addition, relative.underline.toString()
handle = (err) -> logger.error fail.red, err.stack
try require resolved catch error then handle error
ss = this.extractServiceObjects(resolved) or null
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "candidate-discovered", this, path
# Once a module has been discovered, resolved and successfully
# loaded, this routine is being involved on it. What it does is
# it scans the `exports` namespace in the module and then checks
# every single value there if it is a module that can be loaded.
# Such module are ebery subclasses of `Service` that are final.
# Meaning not abstract or otherwise marked as not for loading.
extractServiceObjects: (resolved) ->
cacheErr = "could not find discovery in a cache"
assert service = require "./service" # no cycles
assert cached = require.cache[resolved], cacheErr
assert queue = try this.allocateOperationsQueue()
assert exports = (cached or {}).exports or Object()
assert exports = _.values(exports) or new Array()
proto = (sv) -> _.isObject(sv) and sv.prototype
servc = (sv) -> try sv.derives service.Service
typed = (sv) -> return proto(sv) and servc(sv)
final = (sv) -> typed(sv) and not sv.abstract()
notmk = (sv) -> not sv.STOP_AUTO_DISCOVERY or 0
assert services = _.filter exports or [], final
assert services = _.filter services or [], notmk
assert services = _.unique(services or Array())
service.origin = cached for service in services
queue.push _.map(services, (s) -> service: s)
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
send "extr-services", this, resolved, services
return services.length or 0 # services found
# Obtain an operations queue of this scanner instance. This queue
# is responsible for processing either a service registration or
# a service unregistration. The queueing mechanism is necessary in
# order to make sure of correct sequencing of all the operations.
# It aids is avoiding the race conditions during modules changes.
# Consult with the `queue` member of the `async` packing/module.
allocateOperationsQueue: ->
return this.queue if _.isObject this.queue
identify = @constructor.identify().underline
assert _.isObject router = this.kernel.router
assert register = router.register.bind router
assert unregister = router.unregister.bind router
missingOperation = "specify an operation to exec"
collides = "use either register or unregister op"
created = "Create seuquence operation queue at %s"
try logger.debug created.yellow, identify.toString()
patch = (q) => q.drain = (=> this.emit "drain", q); q
sequential = (fn) => patch @queue = async.queue fn, 1
throttle = (fn) -> _.debounce fn, 50 # 50 millisecs
return sequential throttle (operation, callback) =>
acknowledge = -> return callback.apply this
applicate = (inp) -> register inp, acknowledge
opService = try operation.service or undefined
opDestroy = try operation.destroy or undefined
assert opService or opDestroy, missingOperation
assert not (opService and opDestroy), collides
opService.spawn @kernel, applicate if opService
unregister opDestroy, acknowledge if opDestroy
# Register the supplied directory to be monitored by the module
# scanner. The directory will be automatically resolved in the
# relation to the current working directory (CWD) of a process.
# New modules will be discovered off this directory. When the
# directory changes, the scanner will reboot the kernel, if
# it is configured this way. Please reference source coding.
monitorDirectory: (directory) ->
notString = "the directory is not a valud string"
notExists = "Dir %s does not exist, no monitoring"
chokidarOff = "the Chokidar library malfunctions"
monitoring = "Monitoring %s directory for modules"
assert _.isString(directory or null), notString
exists = fs.existsSync directory.toString() or 0
relative = paths.relative process.cwd(), directory
assert _.isFunction esync = fs.realpathSync or 0
return if abs = esync(relative) in @tracks ?= []
this.tracks.push abs unless abs in @tracks ?= []
formats = [notExists.red, relative.underline]
return try logger.warn formats... unless exists
logger.info monitoring.blue, relative.underline
assert _.isFunction chokidar.watch, chokidarOff
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
assert monitor = chokidar.watch directory or 0
monitor.on "unlink", @directoryChanged.bind @
monitor.on "change", @directoryChanged.bind @
monitor.on "add", @candidateDiscovered.bind @
send "monitor-dir", this, directory, monitor
| true | ###
Copyright (c) 2013, PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
chokidar = require "chokidar"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
colors = require "colors"
assert = require "assert"
async = require "async"
nconf = require "nconf"
paths = require "path"
https = require "https"
http = require "http"
util = require "util"
fs = require "fs"
{Zombie} = require "./zombie"
{Archetype} = require "./arche"
# The module scanner is a brand new module scanning facility. Is
# built on top of the service architecture and itself is a zombie.
# It takes care of scanning the supplied directories for new modules.
# When new modules are discobered, the toolkit scans a module content
# to see if there are any service to be attached. The toolkit is also
# taking care of monitoring when a module changes and handling that.
module.exports.ModuleScanner = class ModuleScanner extends Zombie
# This defines the set of filename extensions that this service
# should interpret as valid system modules, and therefore do the
# fully fledged procssing of those. That is, require the module
# when it is discovered, scan for available services there and
# continue monitoring the module to see when there are changes.
# Default values will be processing JavaScript and CoffeeScript.
@MODULE_EXTENSIONS: [".js", ".coffee"]
# This method is being fired off once some directory changes.
# When that happens, this mehod will see if all the approriate
# conditions are met, and if so - invoke the instance rebooting
# sequence. It will also ensure that if there are multiple (lot)
# of changes at once, nothing bad happens and a reboot sequence
# will be upheld and properly executed, if configured to do so.
directoryChanged: (path) ->
assert located = "Changes located at %s".cyan
msg = "Going to reboot the kernel in %s millisec"
reason = "Rebooting the kernel due to the changes"
forever = "not launched under Forever environment"
assert relative = paths.relative process.cwd(), path
return no unless reboot = nconf.get "scanner:reboot"
return no if (reboot is false) or (reboot is null)
assert _.isNumber(reboot), "reboot should be an int"
refuse = (w) -> logger.warn "Cease rebooting: %s", w
return refuse forever unless (try nconf.get "forever")
return yes unless _.isEmpty @rebooting or undefined
timer = (millisec, fnx) -> setTimeout fnx, millisec
logger.warn msg.toString().red, reboot or undefined
logger.warn located, relative.toString().underline
killer = (exp) => @kernel.shutdownKernel exp, false
return @rebooting = timer reboot, => killer reason
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "directory-changed", this, path
# This method is being fired off once a new module discovered.
# When that happens, this method will fire up all a necessary
# routine. This involves loading the module, if it has not been
# loaded yet, bailing out if an error happens during that one.
# If everything is okay, the method then transfers control to
# the routine the internal routine - `extractServiceObjects`.
candidateDiscovered: (path) ->
fail = "could not resolve to the absolute path"
assert current = process.cwd(), "a CWD get fail"
assert modules = @constructor.MODULE_EXTENSIONS
assert absolute = fs.realpathSync(path) or fail
assert extension = paths.extname absolute or null
return false unless extension in (modules or [])
assert resolved = require.resolve absolute or null
return false if resolved is require.main.filename
addition = "Discover module at %s".cyan.toString()
assert relative = r = paths.relative current, path
logger.info addition, relative.underline.toString()
handle = (err) -> logger.error fail.red, err.stack
try require resolved catch error then handle error
ss = this.extractServiceObjects(resolved) or null
send = => hst.emit arguments... for hst in hosting
assert try _.all hosting = [this, @kernel] or null
return send "candidate-discovered", this, path
# Once a module has been discovered, resolved and successfully
# loaded, this routine is being involved on it. What it does is
# it scans the `exports` namespace in the module and then checks
# every single value there if it is a module that can be loaded.
# Such module are ebery subclasses of `Service` that are final.
# Meaning not abstract or otherwise marked as not for loading.
extractServiceObjects: (resolved) ->
cacheErr = "could not find discovery in a cache"
assert service = require "./service" # no cycles
assert cached = require.cache[resolved], cacheErr
assert queue = try this.allocateOperationsQueue()
assert exports = (cached or {}).exports or Object()
assert exports = _.values(exports) or new Array()
proto = (sv) -> _.isObject(sv) and sv.prototype
servc = (sv) -> try sv.derives service.Service
typed = (sv) -> return proto(sv) and servc(sv)
final = (sv) -> typed(sv) and not sv.abstract()
notmk = (sv) -> not sv.STOP_AUTO_DISCOVERY or 0
assert services = _.filter exports or [], final
assert services = _.filter services or [], notmk
assert services = _.unique(services or Array())
service.origin = cached for service in services
queue.push _.map(services, (s) -> service: s)
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
send "extr-services", this, resolved, services
return services.length or 0 # services found
# Obtain an operations queue of this scanner instance. This queue
# is responsible for processing either a service registration or
# a service unregistration. The queueing mechanism is necessary in
# order to make sure of correct sequencing of all the operations.
# It aids is avoiding the race conditions during modules changes.
# Consult with the `queue` member of the `async` packing/module.
allocateOperationsQueue: ->
return this.queue if _.isObject this.queue
identify = @constructor.identify().underline
assert _.isObject router = this.kernel.router
assert register = router.register.bind router
assert unregister = router.unregister.bind router
missingOperation = "specify an operation to exec"
collides = "use either register or unregister op"
created = "Create seuquence operation queue at %s"
try logger.debug created.yellow, identify.toString()
patch = (q) => q.drain = (=> this.emit "drain", q); q
sequential = (fn) => patch @queue = async.queue fn, 1
throttle = (fn) -> _.debounce fn, 50 # 50 millisecs
return sequential throttle (operation, callback) =>
acknowledge = -> return callback.apply this
applicate = (inp) -> register inp, acknowledge
opService = try operation.service or undefined
opDestroy = try operation.destroy or undefined
assert opService or opDestroy, missingOperation
assert not (opService and opDestroy), collides
opService.spawn @kernel, applicate if opService
unregister opDestroy, acknowledge if opDestroy
# Register the supplied directory to be monitored by the module
# scanner. The directory will be automatically resolved in the
# relation to the current working directory (CWD) of a process.
# New modules will be discovered off this directory. When the
# directory changes, the scanner will reboot the kernel, if
# it is configured this way. Please reference source coding.
monitorDirectory: (directory) ->
notString = "the directory is not a valud string"
notExists = "Dir %s does not exist, no monitoring"
chokidarOff = "the Chokidar library malfunctions"
monitoring = "Monitoring %s directory for modules"
assert _.isString(directory or null), notString
exists = fs.existsSync directory.toString() or 0
relative = paths.relative process.cwd(), directory
assert _.isFunction esync = fs.realpathSync or 0
return if abs = esync(relative) in @tracks ?= []
this.tracks.push abs unless abs in @tracks ?= []
formats = [notExists.red, relative.underline]
return try logger.warn formats... unless exists
logger.info monitoring.blue, relative.underline
assert _.isFunction chokidar.watch, chokidarOff
send = => h.emit arguments... for h in hosting
assert try _.all hosting = [this, @kernel] or 0
assert monitor = chokidar.watch directory or 0
monitor.on "unlink", @directoryChanged.bind @
monitor.on "change", @directoryChanged.bind @
monitor.on "add", @candidateDiscovered.bind @
send "monitor-dir", this, directory, monitor
|
[
{
"context": "sername : API_KEY\n password : 'thisdoesntmatter'\n sendImmediately : false\n form ",
"end": 411,
"score": 0.9993555545806885,
"start": 395,
"tag": "PASSWORD",
"value": "thisdoesntmatter"
}
] | servers/lib/server/handlers/wufooproxy.coffee | lionheart1022/koding | 0 | request = require 'request'
{ wufoo } = require 'koding-config-manager'
API_KEY = wufoo
module.exports = (req, res, next) ->
{ identifier } = req.params
formURI = "https://koding.wufoo.com/api/v3/forms/#{identifier}/entries.json"
request
uri : formURI
method : 'POST'
auth :
username : API_KEY
password : 'thisdoesntmatter'
sendImmediately : false
form : req.body
, (err, response, body) ->
return res.status(500).send 'an error occured' if err or not body
try
body = JSON.parse body
catch e
return res.status(500).send 'an error occured'
{ Success, ErrorText, FieldErrors, RedirectUrl } = body
return res.status(400).send { ErrorText, FieldErrors } unless Success
return res.status(200).send { Success, RedirectUrl }
| 164025 | request = require 'request'
{ wufoo } = require 'koding-config-manager'
API_KEY = wufoo
module.exports = (req, res, next) ->
{ identifier } = req.params
formURI = "https://koding.wufoo.com/api/v3/forms/#{identifier}/entries.json"
request
uri : formURI
method : 'POST'
auth :
username : API_KEY
password : '<PASSWORD>'
sendImmediately : false
form : req.body
, (err, response, body) ->
return res.status(500).send 'an error occured' if err or not body
try
body = JSON.parse body
catch e
return res.status(500).send 'an error occured'
{ Success, ErrorText, FieldErrors, RedirectUrl } = body
return res.status(400).send { ErrorText, FieldErrors } unless Success
return res.status(200).send { Success, RedirectUrl }
| true | request = require 'request'
{ wufoo } = require 'koding-config-manager'
API_KEY = wufoo
module.exports = (req, res, next) ->
{ identifier } = req.params
formURI = "https://koding.wufoo.com/api/v3/forms/#{identifier}/entries.json"
request
uri : formURI
method : 'POST'
auth :
username : API_KEY
password : 'PI:PASSWORD:<PASSWORD>END_PI'
sendImmediately : false
form : req.body
, (err, response, body) ->
return res.status(500).send 'an error occured' if err or not body
try
body = JSON.parse body
catch e
return res.status(500).send 'an error occured'
{ Success, ErrorText, FieldErrors, RedirectUrl } = body
return res.status(400).send { ErrorText, FieldErrors } unless Success
return res.status(200).send { Success, RedirectUrl }
|
[
{
"context": "ng went wrong. Please contact our <a href=\"mailto:support@swarmcorp.com\">support team</a>.'\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\toption.co",
"end": 4448,
"score": 0.9999232888221741,
"start": 4427,
"tag": "EMAIL",
"value": "support@swarmcorp.com"
}
] | js/directives/sidebar/da-sidebar-voting.coffee | SwarmCorp/razzledazzle | 0 | window.app.directive 'daSidebarVoting', ($modal, Wallet, User, Voting, Counterparty) ->
restrict: 'A'
templateUrl: 'partials/app/blocks/sidebar-voting.html'
replace: true
link: (scope) ->
bitcore = require 'bitcore'
scope.secredAccepted = false || window.daDebug?.votingSecretAccepted
scope.voting = null
scope.$watch (-> User.info), (newValue) ->
scope.userInfo = User.info if newValue.loaded
scope.$watch (-> User.info.privateKey), (newValue) ->
scope.secredAccepted = User.info.privateKey if newValue
scope.$watch (-> scope.secredAccepted), (newValue) ->
if newValue
Voting.getVotings()
.then (votings) ->
scope.votings = votings
.then null, ()->
scope.votings = null
scope.loading = false
scope.checkSecret = ->
secretField = scope.form.secret.accessSecret
secret = secretField.$viewValue || ''
if secret.indexOf(' ') >= 0
publicKey = Wallet.fromPassphrase(secret)?.public
privateKeyWIF = Wallet.fromPassphrase(secret)?.private
else
if secret.length == 52 then privateKey = bitcore.PrivateKey.fromWIF secret
publicKey = privateKey?.toAddress().toString()
privateKeyWIF = secret
if publicKey
secretField.$setValidity 'incorrect', true
if publicKey != User.info.wallet
secretField.$setValidity 'incorrect', false
secretField.errorMessage = 'Private key or passphrase is correct, but isn\'t paired with current user account. Please contact support.'
else
angular.extend User.info, {privateKey: privateKeyWIF}
else
secretField.$setValidity 'incorrect', false
secretField.customError = true
secretField.errorMessage = 'Invalid private key or passphrase.'
scope.backToVotes = ->
scope.voting = null
scope.selectVoting = (voting) ->
scope.loading = true
multipleOptions = voting.multiple
inviteesLength = ->
size = 0
for id, invitee of voting.invitees
size++
return size
asset = voting.asset
votingOptions = voting.options
do checkOptions = ->
votedOptions = 0
scope.$watch (-> (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions), (newValue)->
if newValue
voting.votingDone = true
else
voting.votingDone = false
for option of votingOptions
if votingOptions[option].votes?[User.info.id]
voting.options[option].voted = true
votedOptions++
Voting.getVotesCount option, asset, true
.then (data) ->
if data.balance
if multipleOptions > 1
percent = (data.balance * 100 ) / ( multipleOptions * inviteesLength() )
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
percent = data.balance / inviteesLength() * 100
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
votingOptions[data.address].votesCount = 0
if (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions
voting.votingDone = true
scope.title = voting.title
scope.voting = voting
scope.loading = false
else
User.getAsset voting.asset
.then (balance)->
scope.title = voting.title
scope.voting = voting
scope.canVote = balance > 0
scope.loading = false
.then null, ()->
scope.canVote = false
scope.loading = false
voting.$watch (newValue)-> checkOptions() if newValue
scope.vote = (option) ->
return false if option.voted || scope.voting.votingDone
if option.confirmVote
scope.loading = true
# Mark user as voted even before transaction is made to prevent 'double vote' UI bug
Voting.markUserAsVoted User.info.id, scope.voting.$id
new Counterparty(User.info.privateKey).sendAsset {
destination: option.address
asset: scope.voting.asset
quantity: 1
}
.then ->
Voting.markOptionAsVoted User.info.id, scope.voting.$id, option.address
.then ()->
Voting.markUserAsVoted User.info.id, scope.voting.$id
.then ()->
scope.selectVoting(scope.voting)
scope.loading = false
.then null, ()->
Voting.markUserAsNotVoted User.info.id, scope.voting.$id
$modal.open templateUrl: 'partials/app/modal/notification.html', controller: 'modalNotificationController', resolve: {
notificationData: -> {
text: 'Something went wrong. Please contact our <a href="mailto:support@swarmcorp.com">support team</a>.'
}
}
option.confirmVote = false
option.voted = true
else
votingOptions = scope.voting.options
for votingOption of votingOptions
votingOptions[votingOption].confirmVote = false
option.confirmVote = true
scope.toggleOptionAddress = (option) ->
option.addressVisible = !option.addressVisible | 119899 | window.app.directive 'daSidebarVoting', ($modal, Wallet, User, Voting, Counterparty) ->
restrict: 'A'
templateUrl: 'partials/app/blocks/sidebar-voting.html'
replace: true
link: (scope) ->
bitcore = require 'bitcore'
scope.secredAccepted = false || window.daDebug?.votingSecretAccepted
scope.voting = null
scope.$watch (-> User.info), (newValue) ->
scope.userInfo = User.info if newValue.loaded
scope.$watch (-> User.info.privateKey), (newValue) ->
scope.secredAccepted = User.info.privateKey if newValue
scope.$watch (-> scope.secredAccepted), (newValue) ->
if newValue
Voting.getVotings()
.then (votings) ->
scope.votings = votings
.then null, ()->
scope.votings = null
scope.loading = false
scope.checkSecret = ->
secretField = scope.form.secret.accessSecret
secret = secretField.$viewValue || ''
if secret.indexOf(' ') >= 0
publicKey = Wallet.fromPassphrase(secret)?.public
privateKeyWIF = Wallet.fromPassphrase(secret)?.private
else
if secret.length == 52 then privateKey = bitcore.PrivateKey.fromWIF secret
publicKey = privateKey?.toAddress().toString()
privateKeyWIF = secret
if publicKey
secretField.$setValidity 'incorrect', true
if publicKey != User.info.wallet
secretField.$setValidity 'incorrect', false
secretField.errorMessage = 'Private key or passphrase is correct, but isn\'t paired with current user account. Please contact support.'
else
angular.extend User.info, {privateKey: privateKeyWIF}
else
secretField.$setValidity 'incorrect', false
secretField.customError = true
secretField.errorMessage = 'Invalid private key or passphrase.'
scope.backToVotes = ->
scope.voting = null
scope.selectVoting = (voting) ->
scope.loading = true
multipleOptions = voting.multiple
inviteesLength = ->
size = 0
for id, invitee of voting.invitees
size++
return size
asset = voting.asset
votingOptions = voting.options
do checkOptions = ->
votedOptions = 0
scope.$watch (-> (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions), (newValue)->
if newValue
voting.votingDone = true
else
voting.votingDone = false
for option of votingOptions
if votingOptions[option].votes?[User.info.id]
voting.options[option].voted = true
votedOptions++
Voting.getVotesCount option, asset, true
.then (data) ->
if data.balance
if multipleOptions > 1
percent = (data.balance * 100 ) / ( multipleOptions * inviteesLength() )
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
percent = data.balance / inviteesLength() * 100
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
votingOptions[data.address].votesCount = 0
if (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions
voting.votingDone = true
scope.title = voting.title
scope.voting = voting
scope.loading = false
else
User.getAsset voting.asset
.then (balance)->
scope.title = voting.title
scope.voting = voting
scope.canVote = balance > 0
scope.loading = false
.then null, ()->
scope.canVote = false
scope.loading = false
voting.$watch (newValue)-> checkOptions() if newValue
scope.vote = (option) ->
return false if option.voted || scope.voting.votingDone
if option.confirmVote
scope.loading = true
# Mark user as voted even before transaction is made to prevent 'double vote' UI bug
Voting.markUserAsVoted User.info.id, scope.voting.$id
new Counterparty(User.info.privateKey).sendAsset {
destination: option.address
asset: scope.voting.asset
quantity: 1
}
.then ->
Voting.markOptionAsVoted User.info.id, scope.voting.$id, option.address
.then ()->
Voting.markUserAsVoted User.info.id, scope.voting.$id
.then ()->
scope.selectVoting(scope.voting)
scope.loading = false
.then null, ()->
Voting.markUserAsNotVoted User.info.id, scope.voting.$id
$modal.open templateUrl: 'partials/app/modal/notification.html', controller: 'modalNotificationController', resolve: {
notificationData: -> {
text: 'Something went wrong. Please contact our <a href="mailto:<EMAIL>">support team</a>.'
}
}
option.confirmVote = false
option.voted = true
else
votingOptions = scope.voting.options
for votingOption of votingOptions
votingOptions[votingOption].confirmVote = false
option.confirmVote = true
scope.toggleOptionAddress = (option) ->
option.addressVisible = !option.addressVisible | true | window.app.directive 'daSidebarVoting', ($modal, Wallet, User, Voting, Counterparty) ->
restrict: 'A'
templateUrl: 'partials/app/blocks/sidebar-voting.html'
replace: true
link: (scope) ->
bitcore = require 'bitcore'
scope.secredAccepted = false || window.daDebug?.votingSecretAccepted
scope.voting = null
scope.$watch (-> User.info), (newValue) ->
scope.userInfo = User.info if newValue.loaded
scope.$watch (-> User.info.privateKey), (newValue) ->
scope.secredAccepted = User.info.privateKey if newValue
scope.$watch (-> scope.secredAccepted), (newValue) ->
if newValue
Voting.getVotings()
.then (votings) ->
scope.votings = votings
.then null, ()->
scope.votings = null
scope.loading = false
scope.checkSecret = ->
secretField = scope.form.secret.accessSecret
secret = secretField.$viewValue || ''
if secret.indexOf(' ') >= 0
publicKey = Wallet.fromPassphrase(secret)?.public
privateKeyWIF = Wallet.fromPassphrase(secret)?.private
else
if secret.length == 52 then privateKey = bitcore.PrivateKey.fromWIF secret
publicKey = privateKey?.toAddress().toString()
privateKeyWIF = secret
if publicKey
secretField.$setValidity 'incorrect', true
if publicKey != User.info.wallet
secretField.$setValidity 'incorrect', false
secretField.errorMessage = 'Private key or passphrase is correct, but isn\'t paired with current user account. Please contact support.'
else
angular.extend User.info, {privateKey: privateKeyWIF}
else
secretField.$setValidity 'incorrect', false
secretField.customError = true
secretField.errorMessage = 'Invalid private key or passphrase.'
scope.backToVotes = ->
scope.voting = null
scope.selectVoting = (voting) ->
scope.loading = true
multipleOptions = voting.multiple
inviteesLength = ->
size = 0
for id, invitee of voting.invitees
size++
return size
asset = voting.asset
votingOptions = voting.options
do checkOptions = ->
votedOptions = 0
scope.$watch (-> (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions), (newValue)->
if newValue
voting.votingDone = true
else
voting.votingDone = false
for option of votingOptions
if votingOptions[option].votes?[User.info.id]
voting.options[option].voted = true
votedOptions++
Voting.getVotesCount option, asset, true
.then (data) ->
if data.balance
if multipleOptions > 1
percent = (data.balance * 100 ) / ( multipleOptions * inviteesLength() )
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
percent = data.balance / inviteesLength() * 100
votingOptions[data.address].votesCount = Math.round(percent*100)/100
else
votingOptions[data.address].votesCount = 0
if (multipleOptions == 1 && voting.invitees[User.info.id].voted) || votedOptions >= multipleOptions
voting.votingDone = true
scope.title = voting.title
scope.voting = voting
scope.loading = false
else
User.getAsset voting.asset
.then (balance)->
scope.title = voting.title
scope.voting = voting
scope.canVote = balance > 0
scope.loading = false
.then null, ()->
scope.canVote = false
scope.loading = false
voting.$watch (newValue)-> checkOptions() if newValue
scope.vote = (option) ->
return false if option.voted || scope.voting.votingDone
if option.confirmVote
scope.loading = true
# Mark user as voted even before transaction is made to prevent 'double vote' UI bug
Voting.markUserAsVoted User.info.id, scope.voting.$id
new Counterparty(User.info.privateKey).sendAsset {
destination: option.address
asset: scope.voting.asset
quantity: 1
}
.then ->
Voting.markOptionAsVoted User.info.id, scope.voting.$id, option.address
.then ()->
Voting.markUserAsVoted User.info.id, scope.voting.$id
.then ()->
scope.selectVoting(scope.voting)
scope.loading = false
.then null, ()->
Voting.markUserAsNotVoted User.info.id, scope.voting.$id
$modal.open templateUrl: 'partials/app/modal/notification.html', controller: 'modalNotificationController', resolve: {
notificationData: -> {
text: 'Something went wrong. Please contact our <a href="mailto:PI:EMAIL:<EMAIL>END_PI">support team</a>.'
}
}
option.confirmVote = false
option.voted = true
else
votingOptions = scope.voting.options
for votingOption of votingOptions
votingOptions[votingOption].confirmVote = false
option.confirmVote = true
scope.toggleOptionAddress = (option) ->
option.addressVisible = !option.addressVisible |
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