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stringlengths 5
1.05M
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Hephaistos.Recenter(ScreenData.QuestLog, 'ItemStartX', 'ItemStartY')
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local enemy_meta = sol.main.get_metatable("enemy")
function enemy_meta:has_valid_patrol_route()
local enemy = self
local patrol_route_name = enemy:get_property("patrol_route_name")
local valid_route = true
if not patrol_route_name then
valid_route = false
print("enemy location: ", enemy:get_position())
error("Invalid patrol_route_name property for " .. enemy:get_name())
end
if not enemy:get_map():has_entities(patrol_route_name) then
valid_route = false
print("enemy location: ", enemy:get_position())
error("Missing patrol route entities: " .. patrol_route_name)
end
return valid_route
end
local function get_closest_partrol_route_node(enemy, patrol_route_name)
local closest_entity = nil
local distance_to_entity = nil
for entity in enemy:get_map():get_entities(patrol_route_name) do
--if this is the first entity checked
if not distance_to_entity then
closest_entity = entity
distance_to_entity = enemy:get_distance(entity)
else
if enemy:get_distance(entity) < distance_to_entity then
closest_entity = entity
distance_to_entity = enemy:get_distance(entity)
end
end
end
return closest_entity
end
function enemy_meta:move_to_node(node, patrol_route_name)
local enemy = self
local m = sol.movement.create"target"
m:set_speed(20)
m:set_target(node)
m:start(enemy)
sol.timer.start(enemy, 100, function()
if enemy:get_distance(node) <= 16 then
--Move randomly a little bit to avoid multiple enemies on the same route clustering
local previous_angle = m:get_angle()
m = sol.movement.create"straight"
m:set_angle(previous_angle + math.random(1,2) * math.pi + math.pi/2 + math.random())
m:set_max_distance(math.random(0,16))
m:start(enemy, function()
--Go to next node
enemy:stop_movement()
enemy:find_next_patrol_route_node(node, patrol_route_name)
end)
function m:on_obstacle_reached() enemy:stop_movement() enemy:find_next_patrol_route_node(node, patrol_route_name) end
else
if not enemy.agro then
return true
end
end
end)
end
function enemy_meta:find_next_patrol_route_node(current_node, patrol_route_name)
local enemy = self
local current_node_name = current_node:get_name()
local current_node_number = current_node_name:match("_(%d+)")
local map = current_node:get_map()
local next_node = nil
--Find next entity
--Note: enemy.patrol_route_increment always starts as 1
local next_node
if map:has_entity(patrol_route_name .. "_" .. current_node_number + enemy.patrol_route_increment) then
next_node = map:get_entity(patrol_route_name .. "_" .. current_node_number + enemy.patrol_route_increment)
enemy:move_to_node(next_node, patrol_route_name)
else
enemy.patrol_route_increment = enemy.patrol_route_increment * -1
enemy:find_next_patrol_route_node(current_node, patrol_route_name)
end
end
function enemy_meta:start_patrol_route()
local enemy = self
enemy.patrol_route_increment = 1
local patrol_route_name = enemy:get_property("patrol_route_name")
local closest_entity = get_closest_partrol_route_node(enemy, patrol_route_name)
local m = sol.movement.create"target"
m:set_speed(20)
m:set_target(closest_entity)
m:start(enemy)
sol.timer.start(enemy, 100, function()
if enemy:get_distance(closest_entity) <= 16 then
--Go to next node
enemy:stop_movement()
enemy:find_next_patrol_route_node(closest_entity, patrol_route_name)
else
return true
end
end)
end
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local lsp_installer = require("nvim-lsp-installer")
-- local lspkind = require("lspkind")
-- Mappings.
-- See `:help vim.diagnostic.*` for documentation on any of the below functions
local opts = { noremap = true, silent = true }
-- Use an on_attach function to only map the following keys
-- after the language server attaches to the current buffer
local on_attach = function(client, bufnr)
-- Enable completion triggered by <c-x><c-o>
vim.api.nvim_buf_set_option(bufnr, "omnifunc", "v:lua.vim.lsp.omnifunc")
-- Mappings.
-- See `:help vim.lsp.*` for documentation on any of the below functions
vim.api.nvim_buf_set_keymap(bufnr, "n", "gD", "<cmd>lua vim.lsp.buf.declaration()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "gd", "<cmd>lua vim.lsp.buf.definition()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "K", "<cmd>lua vim.lsp.buf.hover()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "gi", "<cmd>lua vim.lsp.buf.implementation()<CR>", opts)
-- vim.api.nvim_buf_set_keymap(bufnr, "n", "<C-k>", "<cmd>lua vim.lsp.buf.signature_help()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>wa", "<cmd>lua vim.lsp.buf.add_workspace_folder()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>wr", "<cmd>lua vim.lsp.buf.remove_workspace_folder()<CR>", opts)
vim.api.nvim_buf_set_keymap(
bufnr,
"n",
"<leader>wl",
"<cmd>lua print(vim.inspect(vim.lsp.buf.list_workspace_folders()))<CR>",
opts
)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>D", "<cmd>lua vim.lsp.buf.type_definition()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>rn", "<cmd>lua vim.lsp.buf.rename()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>ca", "<cmd>lua vim.lsp.buf.code_action()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "gr", "<cmd>lua vim.lsp.buf.references()<CR>", opts)
vim.api.nvim_buf_set_keymap(bufnr, "n", "<leader>=", "<cmd>lua vim.lsp.buf.formatting()<CR>", opts)
end
-- Remove this in nvim 0.7
local flags = {
debounce_text_changes = 150,
}
-- Pass configurations settings to the different LSP's
local settings = {
intelephense = {
-- Add wordpress to the list of stubs
stubs = {
"apache", "bcmath", "bz2", "calendar", "com_dotnet", "Core", "ctype", "curl", "date",
"dba", "dom", "enchant", "exif", "FFI", "fileinfo", "filter", "fpm", "ftp", "gd", "gettext",
"gmp", "hash", "iconv", "imap", "intl", "json", "ldap", "libxml", "mbstring", "meta", "mysqli",
"oci8", "odbc", "openssl", "pcntl", "pcre", "PDO", "pdo_ibm", "pdo_mysql", "pdo_pgsql", "pdo_sqlite", "pgsql",
"Phar", "posix", "pspell", "readline", "Reflection", "session", "shmop", "SimpleXML", "snmp", "soap",
"sockets", "sodium", "SPL", "sqlite3", "standard", "superglobals", "sysvmsg", "sysvsem", "sysvshm", "tidy",
"tokenizer", "xml", "xmlreader", "xmlrpc", "xmlwriter", "xsl", "Zend OPcache", "zip", "zlib",
"wordpress", "phpunit"
},
diagnostics = {
enable = true,
},
},
Lua = {
diagnostics = {
globals = { "vim" }, -- Gets rid of "Global variable not found" error message
},
},
json = {
schemas = {
{
description = "NPM configuration file",
fileMatch = {
"package.json",
},
url = "https://json.schemastore.org/package.json",
},
},
},
}
-- Add borders to the popup you get when you "hover" (<S-k>)
local handlers = {
["textDocument/hover"] = vim.lsp.with(vim.lsp.handlers.hover, { border = "rounded" }),
["textDocument/signatureHelp"] = vim.lsp.with(vim.lsp.handlers.signature_help, { border = "rounded" }),
}
-- Add capabilities
local capabilities = vim.lsp.protocol.make_client_capabilities()
-- Equivalent (but not equal) to lspconfig.<langserver>.setup{}
lsp_installer.on_server_ready(function(server)
server:setup({
on_attach = on_attach,
flags = flags,
settings = settings,
handlers = handlers,
capabilities = capabilities,
})
end)
-- De clutter the editor by only showing diagnostic messages when the cursor is over the error
vim.diagnostic.config({
virtual_text = true, -- Do not show the text in front of the error
float = {
border = "rounded",
},
})
|
local nativeTitle = PREFSMAN:GetPreference("ShowNativeLanguage") and 1 or 0
return Def.ActorFrame{
-- A temporary frame for the jacket.
Def.Quad {
InitCommand=function(self)
self:horizalign(right):vertalign(bottom):xy(_screen.w-39,_screen.h-46):zoomto(192,192):diffuse(color("#00000075"))
end;
OnCommand=function(self)
self:diffusealpha(0):sleep(2):smooth(2):diffusealpha(1)
end
},
Def.Sprite {
InitCommand=function(self) self:horizalign(right):vertalign(bottom):xy(_screen.w-49,_screen.h-46-10) end;
OnCommand=function(self)
local song = GAMESTATE:GetCurrentSong()
if song and song:HasJacket() then
self:LoadBanner(song:GetJacketPath())
elseif song and song:HasBackground() then
self:LoadBanner(song:GetBackgroundPath())
else
self:LoadBanner(THEME:GetPathG("Common","fallback jacket"))
end
self:scaletoclipped(172,172)
self:diffusealpha(0):sleep(2):smooth(2):diffusealpha(1)
end
},
-- Song title.
Def.BitmapText {
Font = "_Bold",
InitCommand=function(self) self:horizalign(right):xy(_screen.w-250,_screen.h-64-150):strokecolor(color("#42292E")):shadowlength(1):maxwidth(SCREEN_WIDTH*0.75) end;
Text=nativeTitle == 1 and GAMESTATE:GetCurrentSong():GetDisplayMainTitle() or GAMESTATE:GetCurrentSong():GetTranslitMainTitle();
OnCommand=function(self)
self:diffusealpha(0):sleep(2):smooth(2):diffusealpha(1)
end
},
-- Song artist.
Def.BitmapText {
Font = "_Bold",
InitCommand=function(self) self:horizalign(right):xy(_screen.w-250,_screen.h-40-150):zoom(0.75):strokecolor(color("#42292E")):shadowlength(1):maxwidth(SCREEN_WIDTH*0.75) end;
Text=nativeTitle == 1 and GAMESTATE:GetCurrentSong():GetDisplayArtist() or GAMESTATE:GetCurrentSong():GetTranslitArtist();
OnCommand=function(self)
self:diffusealpha(0):sleep(2):smooth(2):diffusealpha(1)
end
},
LoadActor( THEME:GetPathB("_Arcade","decorations") );
}
|
--- GENERATED CODE - DO NOT MODIFY
-- Elastic Load Balancing (elasticloadbalancingv2-2015-12-01)
local M = {}
M.metadata = {
api_version = "2015-12-01",
json_version = "",
protocol = "query",
checksum_format = "",
endpoint_prefix = "elasticloadbalancing",
service_abbreviation = "Elastic Load Balancing v2",
service_full_name = "Elastic Load Balancing",
signature_version = "v4",
target_prefix = "",
timestamp_format = "",
global_endpoint = "",
uid = "elasticloadbalancingv2-2015-12-01",
}
local keys = {}
local asserts = {}
keys.DescribeTargetGroupAttributesInput = { ["TargetGroupArn"] = true, nil }
function asserts.AssertDescribeTargetGroupAttributesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetGroupAttributesInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetGroupAttributesInput[k], "DescribeTargetGroupAttributesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetGroupAttributesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- Required key: TargetGroupArn
-- @return DescribeTargetGroupAttributesInput structure as a key-value pair table
function M.DescribeTargetGroupAttributesInput(args)
assert(args, "You must provide an argument table when creating DescribeTargetGroupAttributesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
}
asserts.AssertDescribeTargetGroupAttributesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyCertificatesException = { nil }
function asserts.AssertTooManyCertificatesException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyCertificatesException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyCertificatesException[k], "TooManyCertificatesException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyCertificatesException
-- <p>You've reached the limit on the number of certificates per load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyCertificatesException structure as a key-value pair table
function M.TooManyCertificatesException(args)
assert(args, "You must provide an argument table when creating TooManyCertificatesException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyCertificatesException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DuplicateTargetGroupNameException = { nil }
function asserts.AssertDuplicateTargetGroupNameException(struct)
assert(struct)
assert(type(struct) == "table", "Expected DuplicateTargetGroupNameException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DuplicateTargetGroupNameException[k], "DuplicateTargetGroupNameException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DuplicateTargetGroupNameException
-- <p>A target group with the specified name already exists.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DuplicateTargetGroupNameException structure as a key-value pair table
function M.DuplicateTargetGroupNameException(args)
assert(args, "You must provide an argument table when creating DuplicateTargetGroupNameException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDuplicateTargetGroupNameException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidLoadBalancerActionException = { nil }
function asserts.AssertInvalidLoadBalancerActionException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidLoadBalancerActionException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidLoadBalancerActionException[k], "InvalidLoadBalancerActionException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidLoadBalancerActionException
-- <p>The requested action is not valid.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidLoadBalancerActionException structure as a key-value pair table
function M.InvalidLoadBalancerActionException(args)
assert(args, "You must provide an argument table when creating InvalidLoadBalancerActionException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidLoadBalancerActionException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DuplicateTagKeysException = { nil }
function asserts.AssertDuplicateTagKeysException(struct)
assert(struct)
assert(type(struct) == "table", "Expected DuplicateTagKeysException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DuplicateTagKeysException[k], "DuplicateTagKeysException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DuplicateTagKeysException
-- <p>A tag key was specified more than once.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DuplicateTagKeysException structure as a key-value pair table
function M.DuplicateTagKeysException(args)
assert(args, "You must provide an argument table when creating DuplicateTagKeysException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDuplicateTagKeysException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ListenerNotFoundException = { nil }
function asserts.AssertListenerNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected ListenerNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.ListenerNotFoundException[k], "ListenerNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ListenerNotFoundException
-- <p>The specified listener does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return ListenerNotFoundException structure as a key-value pair table
function M.ListenerNotFoundException(args)
assert(args, "You must provide an argument table when creating ListenerNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertListenerNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeLoadBalancersInput = { ["Marker"] = true, ["LoadBalancerArns"] = true, ["Names"] = true, ["PageSize"] = true, nil }
function asserts.AssertDescribeLoadBalancersInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeLoadBalancersInput to be of type 'table'")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["LoadBalancerArns"] then asserts.AssertLoadBalancerArns(struct["LoadBalancerArns"]) end
if struct["Names"] then asserts.AssertLoadBalancerNames(struct["Names"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeLoadBalancersInput[k], "DescribeLoadBalancersInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeLoadBalancersInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * LoadBalancerArns [LoadBalancerArns] <p>The Amazon Resource Names (ARN) of the load balancers. You can specify up to 20 load balancers in a single call.</p>
-- * Names [LoadBalancerNames] <p>The names of the load balancers.</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- @return DescribeLoadBalancersInput structure as a key-value pair table
function M.DescribeLoadBalancersInput(args)
assert(args, "You must provide an argument table when creating DescribeLoadBalancersInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["LoadBalancerArns"] = args["LoadBalancerArns"],
["Names"] = args["Names"],
["PageSize"] = args["PageSize"],
}
asserts.AssertDescribeLoadBalancersInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeLoadBalancerAttributesOutput = { ["Attributes"] = true, nil }
function asserts.AssertDescribeLoadBalancerAttributesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeLoadBalancerAttributesOutput to be of type 'table'")
if struct["Attributes"] then asserts.AssertLoadBalancerAttributes(struct["Attributes"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeLoadBalancerAttributesOutput[k], "DescribeLoadBalancerAttributesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeLoadBalancerAttributesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [LoadBalancerAttributes] <p>Information about the load balancer attributes.</p>
-- @return DescribeLoadBalancerAttributesOutput structure as a key-value pair table
function M.DescribeLoadBalancerAttributesOutput(args)
assert(args, "You must provide an argument table when creating DescribeLoadBalancerAttributesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
}
asserts.AssertDescribeLoadBalancerAttributesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SubnetNotFoundException = { nil }
function asserts.AssertSubnetNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected SubnetNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.SubnetNotFoundException[k], "SubnetNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SubnetNotFoundException
-- <p>The specified subnet does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return SubnetNotFoundException structure as a key-value pair table
function M.SubnetNotFoundException(args)
assert(args, "You must provide an argument table when creating SubnetNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertSubnetNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeregisterTargetsInput = { ["TargetGroupArn"] = true, ["Targets"] = true, nil }
function asserts.AssertDeregisterTargetsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeregisterTargetsInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
assert(struct["Targets"], "Expected key Targets to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["Targets"] then asserts.AssertTargetDescriptions(struct["Targets"]) end
for k,_ in pairs(struct) do
assert(keys.DeregisterTargetsInput[k], "DeregisterTargetsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeregisterTargetsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- * Targets [TargetDescriptions] <p>The targets. If you specified a port override when you registered a target, you must specify both the target ID and the port when you deregister it.</p>
-- Required key: TargetGroupArn
-- Required key: Targets
-- @return DeregisterTargetsInput structure as a key-value pair table
function M.DeregisterTargetsInput(args)
assert(args, "You must provide an argument table when creating DeregisterTargetsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
["Targets"] = args["Targets"],
}
asserts.AssertDeregisterTargetsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RulePriorityPair = { ["Priority"] = true, ["RuleArn"] = true, nil }
function asserts.AssertRulePriorityPair(struct)
assert(struct)
assert(type(struct) == "table", "Expected RulePriorityPair to be of type 'table'")
if struct["Priority"] then asserts.AssertRulePriority(struct["Priority"]) end
if struct["RuleArn"] then asserts.AssertRuleArn(struct["RuleArn"]) end
for k,_ in pairs(struct) do
assert(keys.RulePriorityPair[k], "RulePriorityPair contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RulePriorityPair
-- <p>Information about the priorities for the rules for a listener.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Priority [RulePriority] <p>The rule priority.</p>
-- * RuleArn [RuleArn] <p>The Amazon Resource Name (ARN) of the rule.</p>
-- @return RulePriorityPair structure as a key-value pair table
function M.RulePriorityPair(args)
assert(args, "You must provide an argument table when creating RulePriorityPair")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Priority"] = args["Priority"],
["RuleArn"] = args["RuleArn"],
}
asserts.AssertRulePriorityPair(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteTargetGroupOutput = { nil }
function asserts.AssertDeleteTargetGroupOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteTargetGroupOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DeleteTargetGroupOutput[k], "DeleteTargetGroupOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteTargetGroupOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DeleteTargetGroupOutput structure as a key-value pair table
function M.DeleteTargetGroupOutput(args)
assert(args, "You must provide an argument table when creating DeleteTargetGroupOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDeleteTargetGroupOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DuplicateLoadBalancerNameException = { nil }
function asserts.AssertDuplicateLoadBalancerNameException(struct)
assert(struct)
assert(type(struct) == "table", "Expected DuplicateLoadBalancerNameException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DuplicateLoadBalancerNameException[k], "DuplicateLoadBalancerNameException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DuplicateLoadBalancerNameException
-- <p>A load balancer with the specified name already exists.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DuplicateLoadBalancerNameException structure as a key-value pair table
function M.DuplicateLoadBalancerNameException(args)
assert(args, "You must provide an argument table when creating DuplicateLoadBalancerNameException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDuplicateLoadBalancerNameException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidConfigurationRequestException = { nil }
function asserts.AssertInvalidConfigurationRequestException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidConfigurationRequestException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidConfigurationRequestException[k], "InvalidConfigurationRequestException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidConfigurationRequestException
-- <p>The requested configuration is not valid.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidConfigurationRequestException structure as a key-value pair table
function M.InvalidConfigurationRequestException(args)
assert(args, "You must provide an argument table when creating InvalidConfigurationRequestException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidConfigurationRequestException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyTargetGroupAttributesInput = { ["Attributes"] = true, ["TargetGroupArn"] = true, nil }
function asserts.AssertModifyTargetGroupAttributesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyTargetGroupAttributesInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
assert(struct["Attributes"], "Expected key Attributes to exist in table")
if struct["Attributes"] then asserts.AssertTargetGroupAttributes(struct["Attributes"]) end
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyTargetGroupAttributesInput[k], "ModifyTargetGroupAttributesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyTargetGroupAttributesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [TargetGroupAttributes] <p>The attributes.</p>
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- Required key: TargetGroupArn
-- Required key: Attributes
-- @return ModifyTargetGroupAttributesInput structure as a key-value pair table
function M.ModifyTargetGroupAttributesInput(args)
assert(args, "You must provide an argument table when creating ModifyTargetGroupAttributesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
["TargetGroupArn"] = args["TargetGroupArn"],
}
asserts.AssertModifyTargetGroupAttributesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Cipher = { ["Priority"] = true, ["Name"] = true, nil }
function asserts.AssertCipher(struct)
assert(struct)
assert(type(struct) == "table", "Expected Cipher to be of type 'table'")
if struct["Priority"] then asserts.AssertCipherPriority(struct["Priority"]) end
if struct["Name"] then asserts.AssertCipherName(struct["Name"]) end
for k,_ in pairs(struct) do
assert(keys.Cipher[k], "Cipher contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Cipher
-- <p>Information about a cipher used in a policy.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Priority [CipherPriority] <p>The priority of the cipher.</p>
-- * Name [CipherName] <p>The name of the cipher.</p>
-- @return Cipher structure as a key-value pair table
function M.Cipher(args)
assert(args, "You must provide an argument table when creating Cipher")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Priority"] = args["Priority"],
["Name"] = args["Name"],
}
asserts.AssertCipher(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RuleCondition = { ["Field"] = true, ["Values"] = true, nil }
function asserts.AssertRuleCondition(struct)
assert(struct)
assert(type(struct) == "table", "Expected RuleCondition to be of type 'table'")
if struct["Field"] then asserts.AssertConditionFieldName(struct["Field"]) end
if struct["Values"] then asserts.AssertListOfString(struct["Values"]) end
for k,_ in pairs(struct) do
assert(keys.RuleCondition[k], "RuleCondition contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RuleCondition
-- <p>Information about a condition for a rule.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Field [ConditionFieldName] <p>The name of the field. The possible values are <code>host-header</code> and <code>path-pattern</code>.</p>
-- * Values [ListOfString] <p>The condition value.</p> <p>If the field name is <code>host-header</code>, you can specify a single host name (for example, my.example.com). A host name is case insensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>- .</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul> <p>If the field name is <code>path-pattern</code>, you can specify a single path pattern (for example, /img/*). A path pattern is case-sensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>_ - . $ / ~ " ' @ : +</p> </li> <li> <p>& (using &amp;)</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul>
-- @return RuleCondition structure as a key-value pair table
function M.RuleCondition(args)
assert(args, "You must provide an argument table when creating RuleCondition")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Field"] = args["Field"],
["Values"] = args["Values"],
}
asserts.AssertRuleCondition(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeSSLPoliciesOutput = { ["NextMarker"] = true, ["SslPolicies"] = true, nil }
function asserts.AssertDescribeSSLPoliciesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeSSLPoliciesOutput to be of type 'table'")
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
if struct["SslPolicies"] then asserts.AssertSslPolicies(struct["SslPolicies"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeSSLPoliciesOutput[k], "DescribeSSLPoliciesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeSSLPoliciesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- * SslPolicies [SslPolicies] <p>Information about the policies.</p>
-- @return DescribeSSLPoliciesOutput structure as a key-value pair table
function M.DescribeSSLPoliciesOutput(args)
assert(args, "You must provide an argument table when creating DescribeSSLPoliciesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["NextMarker"] = args["NextMarker"],
["SslPolicies"] = args["SslPolicies"],
}
asserts.AssertDescribeSSLPoliciesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AddListenerCertificatesOutput = { ["Certificates"] = true, nil }
function asserts.AssertAddListenerCertificatesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected AddListenerCertificatesOutput to be of type 'table'")
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
for k,_ in pairs(struct) do
assert(keys.AddListenerCertificatesOutput[k], "AddListenerCertificatesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AddListenerCertificatesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Certificates [CertificateList] <p>Information about the certificates.</p>
-- @return AddListenerCertificatesOutput structure as a key-value pair table
function M.AddListenerCertificatesOutput(args)
assert(args, "You must provide an argument table when creating AddListenerCertificatesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Certificates"] = args["Certificates"],
}
asserts.AssertAddListenerCertificatesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTagsInput = { ["ResourceArns"] = true, nil }
function asserts.AssertDescribeTagsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTagsInput to be of type 'table'")
assert(struct["ResourceArns"], "Expected key ResourceArns to exist in table")
if struct["ResourceArns"] then asserts.AssertResourceArns(struct["ResourceArns"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTagsInput[k], "DescribeTagsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTagsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ResourceArns [ResourceArns] <p>The Amazon Resource Names (ARN) of the resources.</p>
-- Required key: ResourceArns
-- @return DescribeTagsInput structure as a key-value pair table
function M.DescribeTagsInput(args)
assert(args, "You must provide an argument table when creating DescribeTagsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ResourceArns"] = args["ResourceArns"],
}
asserts.AssertDescribeTagsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetSecurityGroupsOutput = { ["SecurityGroupIds"] = true, nil }
function asserts.AssertSetSecurityGroupsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetSecurityGroupsOutput to be of type 'table'")
if struct["SecurityGroupIds"] then asserts.AssertSecurityGroups(struct["SecurityGroupIds"]) end
for k,_ in pairs(struct) do
assert(keys.SetSecurityGroupsOutput[k], "SetSecurityGroupsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetSecurityGroupsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SecurityGroupIds [SecurityGroups] <p>The IDs of the security groups associated with the load balancer.</p>
-- @return SetSecurityGroupsOutput structure as a key-value pair table
function M.SetSecurityGroupsOutput(args)
assert(args, "You must provide an argument table when creating SetSecurityGroupsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SecurityGroupIds"] = args["SecurityGroupIds"],
}
asserts.AssertSetSecurityGroupsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeAccountLimitsInput = { ["Marker"] = true, ["PageSize"] = true, nil }
function asserts.AssertDescribeAccountLimitsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeAccountLimitsInput to be of type 'table'")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeAccountLimitsInput[k], "DescribeAccountLimitsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeAccountLimitsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- @return DescribeAccountLimitsInput structure as a key-value pair table
function M.DescribeAccountLimitsInput(args)
assert(args, "You must provide an argument table when creating DescribeAccountLimitsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["PageSize"] = args["PageSize"],
}
asserts.AssertDescribeAccountLimitsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Limit = { ["Max"] = true, ["Name"] = true, nil }
function asserts.AssertLimit(struct)
assert(struct)
assert(type(struct) == "table", "Expected Limit to be of type 'table'")
if struct["Max"] then asserts.AssertMax(struct["Max"]) end
if struct["Name"] then asserts.AssertName(struct["Name"]) end
for k,_ in pairs(struct) do
assert(keys.Limit[k], "Limit contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Limit
-- <p>Information about an Elastic Load Balancing resource limit for your AWS account.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Max [Max] <p>The maximum value of the limit.</p>
-- * Name [Name] <p>The name of the limit. The possible values are:</p> <ul> <li> <p>application-load-balancers</p> </li> <li> <p>listeners-per-application-load-balancer</p> </li> <li> <p>listeners-per-network-load-balancer</p> </li> <li> <p>network-load-balancers</p> </li> <li> <p>rules-per-application-load-balancer</p> </li> <li> <p>target-groups</p> </li> <li> <p>targets-per-application-load-balancer</p> </li> <li> <p>targets-per-availability-zone-per-network-load-balancer</p> </li> <li> <p>targets-per-network-load-balancer</p> </li> </ul>
-- @return Limit structure as a key-value pair table
function M.Limit(args)
assert(args, "You must provide an argument table when creating Limit")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Max"] = args["Max"],
["Name"] = args["Name"],
}
asserts.AssertLimit(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteRuleInput = { ["RuleArn"] = true, nil }
function asserts.AssertDeleteRuleInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteRuleInput to be of type 'table'")
assert(struct["RuleArn"], "Expected key RuleArn to exist in table")
if struct["RuleArn"] then asserts.AssertRuleArn(struct["RuleArn"]) end
for k,_ in pairs(struct) do
assert(keys.DeleteRuleInput[k], "DeleteRuleInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteRuleInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * RuleArn [RuleArn] <p>The Amazon Resource Name (ARN) of the rule.</p>
-- Required key: RuleArn
-- @return DeleteRuleInput structure as a key-value pair table
function M.DeleteRuleInput(args)
assert(args, "You must provide an argument table when creating DeleteRuleInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["RuleArn"] = args["RuleArn"],
}
asserts.AssertDeleteRuleInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetGroup = { ["HealthCheckPath"] = true, ["HealthCheckIntervalSeconds"] = true, ["VpcId"] = true, ["Protocol"] = true, ["HealthCheckTimeoutSeconds"] = true, ["TargetType"] = true, ["HealthCheckProtocol"] = true, ["LoadBalancerArns"] = true, ["UnhealthyThresholdCount"] = true, ["HealthyThresholdCount"] = true, ["TargetGroupArn"] = true, ["Matcher"] = true, ["HealthCheckPort"] = true, ["Port"] = true, ["TargetGroupName"] = true, nil }
function asserts.AssertTargetGroup(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetGroup to be of type 'table'")
if struct["HealthCheckPath"] then asserts.AssertPath(struct["HealthCheckPath"]) end
if struct["HealthCheckIntervalSeconds"] then asserts.AssertHealthCheckIntervalSeconds(struct["HealthCheckIntervalSeconds"]) end
if struct["VpcId"] then asserts.AssertVpcId(struct["VpcId"]) end
if struct["Protocol"] then asserts.AssertProtocolEnum(struct["Protocol"]) end
if struct["HealthCheckTimeoutSeconds"] then asserts.AssertHealthCheckTimeoutSeconds(struct["HealthCheckTimeoutSeconds"]) end
if struct["TargetType"] then asserts.AssertTargetTypeEnum(struct["TargetType"]) end
if struct["HealthCheckProtocol"] then asserts.AssertProtocolEnum(struct["HealthCheckProtocol"]) end
if struct["LoadBalancerArns"] then asserts.AssertLoadBalancerArns(struct["LoadBalancerArns"]) end
if struct["UnhealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["UnhealthyThresholdCount"]) end
if struct["HealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["HealthyThresholdCount"]) end
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["Matcher"] then asserts.AssertMatcher(struct["Matcher"]) end
if struct["HealthCheckPort"] then asserts.AssertHealthCheckPort(struct["HealthCheckPort"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
if struct["TargetGroupName"] then asserts.AssertTargetGroupName(struct["TargetGroupName"]) end
for k,_ in pairs(struct) do
assert(keys.TargetGroup[k], "TargetGroup contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetGroup
-- <p>Information about a target group.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * HealthCheckPath [Path] <p>The destination for the health check request.</p>
-- * HealthCheckIntervalSeconds [HealthCheckIntervalSeconds] <p>The approximate amount of time, in seconds, between health checks of an individual target.</p>
-- * VpcId [VpcId] <p>The ID of the VPC for the targets.</p>
-- * Protocol [ProtocolEnum] <p>The protocol to use for routing traffic to the targets.</p>
-- * HealthCheckTimeoutSeconds [HealthCheckTimeoutSeconds] <p>The amount of time, in seconds, during which no response means a failed health check.</p>
-- * TargetType [TargetTypeEnum] <p>The type of target that you must specify when registering targets with this target group. The possible values are <code>instance</code> (targets are specified by instance ID) or <code>ip</code> (targets are specified by IP address).</p>
-- * HealthCheckProtocol [ProtocolEnum] <p>The protocol to use to connect with the target.</p>
-- * LoadBalancerArns [LoadBalancerArns] <p>The Amazon Resource Names (ARN) of the load balancers that route traffic to this target group.</p>
-- * UnhealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health check failures required before considering the target unhealthy.</p>
-- * HealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health checks successes required before considering an unhealthy target healthy.</p>
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- * Matcher [Matcher] <p>The HTTP codes to use when checking for a successful response from a target.</p>
-- * HealthCheckPort [HealthCheckPort] <p>The port to use to connect with the target.</p>
-- * Port [Port] <p>The port on which the targets are listening.</p>
-- * TargetGroupName [TargetGroupName] <p>The name of the target group.</p>
-- @return TargetGroup structure as a key-value pair table
function M.TargetGroup(args)
assert(args, "You must provide an argument table when creating TargetGroup")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["HealthCheckPath"] = args["HealthCheckPath"],
["HealthCheckIntervalSeconds"] = args["HealthCheckIntervalSeconds"],
["VpcId"] = args["VpcId"],
["Protocol"] = args["Protocol"],
["HealthCheckTimeoutSeconds"] = args["HealthCheckTimeoutSeconds"],
["TargetType"] = args["TargetType"],
["HealthCheckProtocol"] = args["HealthCheckProtocol"],
["LoadBalancerArns"] = args["LoadBalancerArns"],
["UnhealthyThresholdCount"] = args["UnhealthyThresholdCount"],
["HealthyThresholdCount"] = args["HealthyThresholdCount"],
["TargetGroupArn"] = args["TargetGroupArn"],
["Matcher"] = args["Matcher"],
["HealthCheckPort"] = args["HealthCheckPort"],
["Port"] = args["Port"],
["TargetGroupName"] = args["TargetGroupName"],
}
asserts.AssertTargetGroup(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SslPolicy = { ["SslProtocols"] = true, ["Ciphers"] = true, ["Name"] = true, nil }
function asserts.AssertSslPolicy(struct)
assert(struct)
assert(type(struct) == "table", "Expected SslPolicy to be of type 'table'")
if struct["SslProtocols"] then asserts.AssertSslProtocols(struct["SslProtocols"]) end
if struct["Ciphers"] then asserts.AssertCiphers(struct["Ciphers"]) end
if struct["Name"] then asserts.AssertSslPolicyName(struct["Name"]) end
for k,_ in pairs(struct) do
assert(keys.SslPolicy[k], "SslPolicy contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SslPolicy
-- <p>Information about a policy used for SSL negotiation.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SslProtocols [SslProtocols] <p>The protocols.</p>
-- * Ciphers [Ciphers] <p>The ciphers.</p>
-- * Name [SslPolicyName] <p>The name of the policy.</p>
-- @return SslPolicy structure as a key-value pair table
function M.SslPolicy(args)
assert(args, "You must provide an argument table when creating SslPolicy")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SslProtocols"] = args["SslProtocols"],
["Ciphers"] = args["Ciphers"],
["Name"] = args["Name"],
}
asserts.AssertSslPolicy(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeListenerCertificatesOutput = { ["Certificates"] = true, ["NextMarker"] = true, nil }
function asserts.AssertDescribeListenerCertificatesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeListenerCertificatesOutput to be of type 'table'")
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeListenerCertificatesOutput[k], "DescribeListenerCertificatesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeListenerCertificatesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Certificates [CertificateList] <p>Information about the certificates.</p>
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- @return DescribeListenerCertificatesOutput structure as a key-value pair table
function M.DescribeListenerCertificatesOutput(args)
assert(args, "You must provide an argument table when creating DescribeListenerCertificatesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Certificates"] = args["Certificates"],
["NextMarker"] = args["NextMarker"],
}
asserts.AssertDescribeListenerCertificatesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidSubnetException = { nil }
function asserts.AssertInvalidSubnetException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidSubnetException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidSubnetException[k], "InvalidSubnetException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidSubnetException
-- <p>The specified subnet is out of available addresses.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidSubnetException structure as a key-value pair table
function M.InvalidSubnetException(args)
assert(args, "You must provide an argument table when creating InvalidSubnetException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidSubnetException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TagDescription = { ["ResourceArn"] = true, ["Tags"] = true, nil }
function asserts.AssertTagDescription(struct)
assert(struct)
assert(type(struct) == "table", "Expected TagDescription to be of type 'table'")
if struct["ResourceArn"] then asserts.AssertResourceArn(struct["ResourceArn"]) end
if struct["Tags"] then asserts.AssertTagList(struct["Tags"]) end
for k,_ in pairs(struct) do
assert(keys.TagDescription[k], "TagDescription contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TagDescription
-- <p>The tags associated with a resource.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ResourceArn [ResourceArn] <p>The Amazon Resource Name (ARN) of the resource.</p>
-- * Tags [TagList] <p>Information about the tags.</p>
-- @return TagDescription structure as a key-value pair table
function M.TagDescription(args)
assert(args, "You must provide an argument table when creating TagDescription")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ResourceArn"] = args["ResourceArn"],
["Tags"] = args["Tags"],
}
asserts.AssertTagDescription(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Tag = { ["Value"] = true, ["Key"] = true, nil }
function asserts.AssertTag(struct)
assert(struct)
assert(type(struct) == "table", "Expected Tag to be of type 'table'")
assert(struct["Key"], "Expected key Key to exist in table")
if struct["Value"] then asserts.AssertTagValue(struct["Value"]) end
if struct["Key"] then asserts.AssertTagKey(struct["Key"]) end
for k,_ in pairs(struct) do
assert(keys.Tag[k], "Tag contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Tag
-- <p>Information about a tag.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Value [TagValue] <p>The value of the tag.</p>
-- * Key [TagKey] <p>The key of the tag.</p>
-- Required key: Key
-- @return Tag structure as a key-value pair table
function M.Tag(args)
assert(args, "You must provide an argument table when creating Tag")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Value"] = args["Value"],
["Key"] = args["Key"],
}
asserts.AssertTag(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTargetGroupAttributesOutput = { ["Attributes"] = true, nil }
function asserts.AssertDescribeTargetGroupAttributesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetGroupAttributesOutput to be of type 'table'")
if struct["Attributes"] then asserts.AssertTargetGroupAttributes(struct["Attributes"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetGroupAttributesOutput[k], "DescribeTargetGroupAttributesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetGroupAttributesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [TargetGroupAttributes] <p>Information about the target group attributes</p>
-- @return DescribeTargetGroupAttributesOutput structure as a key-value pair table
function M.DescribeTargetGroupAttributesOutput(args)
assert(args, "You must provide an argument table when creating DescribeTargetGroupAttributesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
}
asserts.AssertDescribeTargetGroupAttributesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CertificateNotFoundException = { nil }
function asserts.AssertCertificateNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected CertificateNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.CertificateNotFoundException[k], "CertificateNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CertificateNotFoundException
-- <p>The specified certificate does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return CertificateNotFoundException structure as a key-value pair table
function M.CertificateNotFoundException(args)
assert(args, "You must provide an argument table when creating CertificateNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertCertificateNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateLoadBalancerInput = { ["IpAddressType"] = true, ["Subnets"] = true, ["Name"] = true, ["Tags"] = true, ["SubnetMappings"] = true, ["SecurityGroups"] = true, ["Scheme"] = true, ["Type"] = true, nil }
function asserts.AssertCreateLoadBalancerInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateLoadBalancerInput to be of type 'table'")
assert(struct["Name"], "Expected key Name to exist in table")
if struct["IpAddressType"] then asserts.AssertIpAddressType(struct["IpAddressType"]) end
if struct["Subnets"] then asserts.AssertSubnets(struct["Subnets"]) end
if struct["Name"] then asserts.AssertLoadBalancerName(struct["Name"]) end
if struct["Tags"] then asserts.AssertTagList(struct["Tags"]) end
if struct["SubnetMappings"] then asserts.AssertSubnetMappings(struct["SubnetMappings"]) end
if struct["SecurityGroups"] then asserts.AssertSecurityGroups(struct["SecurityGroups"]) end
if struct["Scheme"] then asserts.AssertLoadBalancerSchemeEnum(struct["Scheme"]) end
if struct["Type"] then asserts.AssertLoadBalancerTypeEnum(struct["Type"]) end
for k,_ in pairs(struct) do
assert(keys.CreateLoadBalancerInput[k], "CreateLoadBalancerInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateLoadBalancerInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * IpAddressType [IpAddressType] <p>[Application Load Balancers] The type of IP addresses used by the subnets for your load balancer. The possible values are <code>ipv4</code> (for IPv4 addresses) and <code>dualstack</code> (for IPv4 and IPv6 addresses). Internal load balancers must use <code>ipv4</code>.</p>
-- * Subnets [Subnets] <p>The IDs of the public subnets. You can specify only one subnet per Availability Zone. You must specify either subnets or subnet mappings.</p> <p>[Application Load Balancers] You must specify subnets from at least two Availability Zones.</p> <p>[Network Load Balancers] You can specify subnets from one or more Availability Zones.</p>
-- * Name [LoadBalancerName] <p>The name of the load balancer.</p> <p>This name must be unique per region per account, can have a maximum of 32 characters, must contain only alphanumeric characters or hyphens, must not begin or end with a hyphen, and must not begin with "internal-".</p>
-- * Tags [TagList] <p>One or more tags to assign to the load balancer.</p>
-- * SubnetMappings [SubnetMappings] <p>The IDs of the public subnets. You can specify only one subnet per Availability Zone. You must specify either subnets or subnet mappings.</p> <p>[Application Load Balancers] You must specify subnets from at least two Availability Zones. You cannot specify Elastic IP addresses for your subnets.</p> <p>[Network Load Balancers] You can specify subnets from one or more Availability Zones. You can specify one Elastic IP address per subnet.</p>
-- * SecurityGroups [SecurityGroups] <p>[Application Load Balancers] The IDs of the security groups for the load balancer.</p>
-- * Scheme [LoadBalancerSchemeEnum] <p>The nodes of an Internet-facing load balancer have public IP addresses. The DNS name of an Internet-facing load balancer is publicly resolvable to the public IP addresses of the nodes. Therefore, Internet-facing load balancers can route requests from clients over the internet.</p> <p>The nodes of an internal load balancer have only private IP addresses. The DNS name of an internal load balancer is publicly resolvable to the private IP addresses of the nodes. Therefore, internal load balancers can only route requests from clients with access to the VPC for the load balancer.</p> <p>The default is an Internet-facing load balancer.</p>
-- * Type [LoadBalancerTypeEnum] <p>The type of load balancer. The default is <code>application</code>.</p>
-- Required key: Name
-- @return CreateLoadBalancerInput structure as a key-value pair table
function M.CreateLoadBalancerInput(args)
assert(args, "You must provide an argument table when creating CreateLoadBalancerInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["IpAddressType"] = args["IpAddressType"],
["Subnets"] = args["Subnets"],
["Name"] = args["Name"],
["Tags"] = args["Tags"],
["SubnetMappings"] = args["SubnetMappings"],
["SecurityGroups"] = args["SecurityGroups"],
["Scheme"] = args["Scheme"],
["Type"] = args["Type"],
}
asserts.AssertCreateLoadBalancerInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetIpAddressTypeInput = { ["IpAddressType"] = true, ["LoadBalancerArn"] = true, nil }
function asserts.AssertSetIpAddressTypeInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetIpAddressTypeInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
assert(struct["IpAddressType"], "Expected key IpAddressType to exist in table")
if struct["IpAddressType"] then asserts.AssertIpAddressType(struct["IpAddressType"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.SetIpAddressTypeInput[k], "SetIpAddressTypeInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetIpAddressTypeInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * IpAddressType [IpAddressType] <p>The IP address type. The possible values are <code>ipv4</code> (for IPv4 addresses) and <code>dualstack</code> (for IPv4 and IPv6 addresses). Internal load balancers must use <code>ipv4</code>.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- Required key: IpAddressType
-- @return SetIpAddressTypeInput structure as a key-value pair table
function M.SetIpAddressTypeInput(args)
assert(args, "You must provide an argument table when creating SetIpAddressTypeInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["IpAddressType"] = args["IpAddressType"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertSetIpAddressTypeInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AvailabilityZoneNotSupportedException = { nil }
function asserts.AssertAvailabilityZoneNotSupportedException(struct)
assert(struct)
assert(type(struct) == "table", "Expected AvailabilityZoneNotSupportedException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.AvailabilityZoneNotSupportedException[k], "AvailabilityZoneNotSupportedException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AvailabilityZoneNotSupportedException
-- <p>The specified Availability Zone is not supported.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return AvailabilityZoneNotSupportedException structure as a key-value pair table
function M.AvailabilityZoneNotSupportedException(args)
assert(args, "You must provide an argument table when creating AvailabilityZoneNotSupportedException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertAvailabilityZoneNotSupportedException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeregisterTargetsOutput = { nil }
function asserts.AssertDeregisterTargetsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeregisterTargetsOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DeregisterTargetsOutput[k], "DeregisterTargetsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeregisterTargetsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DeregisterTargetsOutput structure as a key-value pair table
function M.DeregisterTargetsOutput(args)
assert(args, "You must provide an argument table when creating DeregisterTargetsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDeregisterTargetsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeListenerCertificatesInput = { ["Marker"] = true, ["PageSize"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertDescribeListenerCertificatesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeListenerCertificatesInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeListenerCertificatesInput[k], "DescribeListenerCertificatesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeListenerCertificatesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Names (ARN) of the listener.</p>
-- Required key: ListenerArn
-- @return DescribeListenerCertificatesInput structure as a key-value pair table
function M.DescribeListenerCertificatesInput(args)
assert(args, "You must provide an argument table when creating DescribeListenerCertificatesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["PageSize"] = args["PageSize"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertDescribeListenerCertificatesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidSchemeException = { nil }
function asserts.AssertInvalidSchemeException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidSchemeException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidSchemeException[k], "InvalidSchemeException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidSchemeException
-- <p>The requested scheme is not valid.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidSchemeException structure as a key-value pair table
function M.InvalidSchemeException(args)
assert(args, "You must provide an argument table when creating InvalidSchemeException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidSchemeException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyLoadBalancersException = { nil }
function asserts.AssertTooManyLoadBalancersException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyLoadBalancersException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyLoadBalancersException[k], "TooManyLoadBalancersException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyLoadBalancersException
-- <p>You've reached the limit on the number of load balancers for your AWS account.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyLoadBalancersException structure as a key-value pair table
function M.TooManyLoadBalancersException(args)
assert(args, "You must provide an argument table when creating TooManyLoadBalancersException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyLoadBalancersException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AllocationIdNotFoundException = { nil }
function asserts.AssertAllocationIdNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected AllocationIdNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.AllocationIdNotFoundException[k], "AllocationIdNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AllocationIdNotFoundException
-- <p>The specified allocation ID does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return AllocationIdNotFoundException structure as a key-value pair table
function M.AllocationIdNotFoundException(args)
assert(args, "You must provide an argument table when creating AllocationIdNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertAllocationIdNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Listener = { ["Protocol"] = true, ["DefaultActions"] = true, ["SslPolicy"] = true, ["Certificates"] = true, ["LoadBalancerArn"] = true, ["Port"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertListener(struct)
assert(struct)
assert(type(struct) == "table", "Expected Listener to be of type 'table'")
if struct["Protocol"] then asserts.AssertProtocolEnum(struct["Protocol"]) end
if struct["DefaultActions"] then asserts.AssertActions(struct["DefaultActions"]) end
if struct["SslPolicy"] then asserts.AssertSslPolicyName(struct["SslPolicy"]) end
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.Listener[k], "Listener contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Listener
-- <p>Information about a listener.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Protocol [ProtocolEnum] <p>The protocol for connections from clients to the load balancer.</p>
-- * DefaultActions [Actions] <p>The default actions for the listener.</p>
-- * SslPolicy [SslPolicyName] <p>The security policy that defines which ciphers and protocols are supported. The default is the current predefined security policy.</p>
-- * Certificates [CertificateList] <p>The SSL server certificate. You must provide a certificate if the protocol is HTTPS.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- * Port [Port] <p>The port on which the load balancer is listening.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- @return Listener structure as a key-value pair table
function M.Listener(args)
assert(args, "You must provide an argument table when creating Listener")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Protocol"] = args["Protocol"],
["DefaultActions"] = args["DefaultActions"],
["SslPolicy"] = args["SslPolicy"],
["Certificates"] = args["Certificates"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
["Port"] = args["Port"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertListener(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AuthenticateCognitoActionConfig = { ["UserPoolDomain"] = true, ["UserPoolArn"] = true, ["AuthenticationRequestExtraParams"] = true, ["SessionTimeout"] = true, ["Scope"] = true, ["SessionCookieName"] = true, ["UserPoolClientId"] = true, ["OnUnauthenticatedRequest"] = true, nil }
function asserts.AssertAuthenticateCognitoActionConfig(struct)
assert(struct)
assert(type(struct) == "table", "Expected AuthenticateCognitoActionConfig to be of type 'table'")
assert(struct["UserPoolArn"], "Expected key UserPoolArn to exist in table")
assert(struct["UserPoolClientId"], "Expected key UserPoolClientId to exist in table")
assert(struct["UserPoolDomain"], "Expected key UserPoolDomain to exist in table")
if struct["UserPoolDomain"] then asserts.AssertAuthenticateCognitoActionUserPoolDomain(struct["UserPoolDomain"]) end
if struct["UserPoolArn"] then asserts.AssertAuthenticateCognitoActionUserPoolArn(struct["UserPoolArn"]) end
if struct["AuthenticationRequestExtraParams"] then asserts.AssertAuthenticateCognitoActionAuthenticationRequestExtraParams(struct["AuthenticationRequestExtraParams"]) end
if struct["SessionTimeout"] then asserts.AssertAuthenticateCognitoActionSessionTimeout(struct["SessionTimeout"]) end
if struct["Scope"] then asserts.AssertAuthenticateCognitoActionScope(struct["Scope"]) end
if struct["SessionCookieName"] then asserts.AssertAuthenticateCognitoActionSessionCookieName(struct["SessionCookieName"]) end
if struct["UserPoolClientId"] then asserts.AssertAuthenticateCognitoActionUserPoolClientId(struct["UserPoolClientId"]) end
if struct["OnUnauthenticatedRequest"] then asserts.AssertAuthenticateCognitoActionConditionalBehaviorEnum(struct["OnUnauthenticatedRequest"]) end
for k,_ in pairs(struct) do
assert(keys.AuthenticateCognitoActionConfig[k], "AuthenticateCognitoActionConfig contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AuthenticateCognitoActionConfig
-- <p>Request parameters to use when integrating with Amazon Cognito to authenticate users.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * UserPoolDomain [AuthenticateCognitoActionUserPoolDomain] <p>The domain prefix or fully-qualified domain name of the Amazon Cognito user pool.</p>
-- * UserPoolArn [AuthenticateCognitoActionUserPoolArn] <p>The Amazon Resource Name (ARN) of the Amazon Cognito user pool.</p>
-- * AuthenticationRequestExtraParams [AuthenticateCognitoActionAuthenticationRequestExtraParams] <p>The query parameters (up to 10) to include in the redirect request to the authorization endpoint.</p>
-- * SessionTimeout [AuthenticateCognitoActionSessionTimeout] <p>The maximum duration of the authentication session, in seconds. The default is 604800 seconds (7 days).</p>
-- * Scope [AuthenticateCognitoActionScope] <p>The set of user claims to be requested from the IdP. The default is <code>openid</code>.</p> <p>To verify which scope values your IdP supports and how to separate multiple values, see the documentation for your IdP.</p>
-- * SessionCookieName [AuthenticateCognitoActionSessionCookieName] <p>The name of the cookie used to maintain session information. The default is AWSELBAuthSessionCookie.</p>
-- * UserPoolClientId [AuthenticateCognitoActionUserPoolClientId] <p>The ID of the Amazon Cognito user pool client.</p>
-- * OnUnauthenticatedRequest [AuthenticateCognitoActionConditionalBehaviorEnum] <p>The behavior if the user is not authenticated. The following are possible values:</p> <ul> <li> <p>deny<code/> - Return an HTTP 401 Unauthorized error.</p> </li> <li> <p>allow<code/> - Allow the request to be forwarded to the target.</p> </li> <li> <p>authenticate<code/> - Redirect the request to the IdP authorization endpoint. This is the default value.</p> </li> </ul>
-- Required key: UserPoolArn
-- Required key: UserPoolClientId
-- Required key: UserPoolDomain
-- @return AuthenticateCognitoActionConfig structure as a key-value pair table
function M.AuthenticateCognitoActionConfig(args)
assert(args, "You must provide an argument table when creating AuthenticateCognitoActionConfig")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["UserPoolDomain"] = args["UserPoolDomain"],
["UserPoolArn"] = args["UserPoolArn"],
["AuthenticationRequestExtraParams"] = args["AuthenticationRequestExtraParams"],
["SessionTimeout"] = args["SessionTimeout"],
["Scope"] = args["Scope"],
["SessionCookieName"] = args["SessionCookieName"],
["UserPoolClientId"] = args["UserPoolClientId"],
["OnUnauthenticatedRequest"] = args["OnUnauthenticatedRequest"],
}
asserts.AssertAuthenticateCognitoActionConfig(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyRulesException = { nil }
function asserts.AssertTooManyRulesException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyRulesException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyRulesException[k], "TooManyRulesException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyRulesException
-- <p>You've reached the limit on the number of rules per load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyRulesException structure as a key-value pair table
function M.TooManyRulesException(args)
assert(args, "You must provide an argument table when creating TooManyRulesException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyRulesException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetHealth = { ["State"] = true, ["Reason"] = true, ["Description"] = true, nil }
function asserts.AssertTargetHealth(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetHealth to be of type 'table'")
if struct["State"] then asserts.AssertTargetHealthStateEnum(struct["State"]) end
if struct["Reason"] then asserts.AssertTargetHealthReasonEnum(struct["Reason"]) end
if struct["Description"] then asserts.AssertDescription(struct["Description"]) end
for k,_ in pairs(struct) do
assert(keys.TargetHealth[k], "TargetHealth contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetHealth
-- <p>Information about the current health of a target.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * State [TargetHealthStateEnum] <p>The state of the target.</p>
-- * Reason [TargetHealthReasonEnum] <p>The reason code. If the target state is <code>healthy</code>, a reason code is not provided.</p> <p>If the target state is <code>initial</code>, the reason code can be one of the following values:</p> <ul> <li> <p> <code>Elb.RegistrationInProgress</code> - The target is in the process of being registered with the load balancer.</p> </li> <li> <p> <code>Elb.InitialHealthChecking</code> - The load balancer is still sending the target the minimum number of health checks required to determine its health status.</p> </li> </ul> <p>If the target state is <code>unhealthy</code>, the reason code can be one of the following values:</p> <ul> <li> <p> <code>Target.ResponseCodeMismatch</code> - The health checks did not return an expected HTTP code.</p> </li> <li> <p> <code>Target.Timeout</code> - The health check requests timed out.</p> </li> <li> <p> <code>Target.FailedHealthChecks</code> - The health checks failed because the connection to the target timed out, the target response was malformed, or the target failed the health check for an unknown reason.</p> </li> <li> <p> <code>Elb.InternalError</code> - The health checks failed due to an internal error.</p> </li> </ul> <p>If the target state is <code>unused</code>, the reason code can be one of the following values:</p> <ul> <li> <p> <code>Target.NotRegistered</code> - The target is not registered with the target group.</p> </li> <li> <p> <code>Target.NotInUse</code> - The target group is not used by any load balancer or the target is in an Availability Zone that is not enabled for its load balancer.</p> </li> <li> <p> <code>Target.IpUnusable</code> - The target IP address is reserved for use by a load balancer.</p> </li> <li> <p> <code>Target.InvalidState</code> - The target is in the stopped or terminated state.</p> </li> </ul> <p>If the target state is <code>draining</code>, the reason code can be the following value:</p> <ul> <li> <p> <code>Target.DeregistrationInProgress</code> - The target is in the process of being deregistered and the deregistration delay period has not expired.</p> </li> </ul>
-- * Description [Description] <p>A description of the target health that provides additional details. If the state is <code>healthy</code>, a description is not provided.</p>
-- @return TargetHealth structure as a key-value pair table
function M.TargetHealth(args)
assert(args, "You must provide an argument table when creating TargetHealth")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["State"] = args["State"],
["Reason"] = args["Reason"],
["Description"] = args["Description"],
}
asserts.AssertTargetHealth(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeLoadBalancerAttributesInput = { ["LoadBalancerArn"] = true, nil }
function asserts.AssertDescribeLoadBalancerAttributesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeLoadBalancerAttributesInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeLoadBalancerAttributesInput[k], "DescribeLoadBalancerAttributesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeLoadBalancerAttributesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- @return DescribeLoadBalancerAttributesInput structure as a key-value pair table
function M.DescribeLoadBalancerAttributesInput(args)
assert(args, "You must provide an argument table when creating DescribeLoadBalancerAttributesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertDescribeLoadBalancerAttributesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.UnsupportedProtocolException = { nil }
function asserts.AssertUnsupportedProtocolException(struct)
assert(struct)
assert(type(struct) == "table", "Expected UnsupportedProtocolException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.UnsupportedProtocolException[k], "UnsupportedProtocolException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type UnsupportedProtocolException
-- <p>The specified protocol is not supported.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return UnsupportedProtocolException structure as a key-value pair table
function M.UnsupportedProtocolException(args)
assert(args, "You must provide an argument table when creating UnsupportedProtocolException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertUnsupportedProtocolException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyRuleOutput = { ["Rules"] = true, nil }
function asserts.AssertModifyRuleOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyRuleOutput to be of type 'table'")
if struct["Rules"] then asserts.AssertRules(struct["Rules"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyRuleOutput[k], "ModifyRuleOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyRuleOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Rules [Rules] <p>Information about the modified rule.</p>
-- @return ModifyRuleOutput structure as a key-value pair table
function M.ModifyRuleOutput(args)
assert(args, "You must provide an argument table when creating ModifyRuleOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Rules"] = args["Rules"],
}
asserts.AssertModifyRuleOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RemoveListenerCertificatesInput = { ["Certificates"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertRemoveListenerCertificatesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RemoveListenerCertificatesInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
assert(struct["Certificates"], "Expected key Certificates to exist in table")
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.RemoveListenerCertificatesInput[k], "RemoveListenerCertificatesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RemoveListenerCertificatesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Certificates [CertificateList] <p>The certificate to remove. You can specify one certificate per call.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- Required key: ListenerArn
-- Required key: Certificates
-- @return RemoveListenerCertificatesInput structure as a key-value pair table
function M.RemoveListenerCertificatesInput(args)
assert(args, "You must provide an argument table when creating RemoveListenerCertificatesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Certificates"] = args["Certificates"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertRemoveListenerCertificatesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteRuleOutput = { nil }
function asserts.AssertDeleteRuleOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteRuleOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DeleteRuleOutput[k], "DeleteRuleOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteRuleOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DeleteRuleOutput structure as a key-value pair table
function M.DeleteRuleOutput(args)
assert(args, "You must provide an argument table when creating DeleteRuleOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDeleteRuleOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AvailabilityZone = { ["SubnetId"] = true, ["LoadBalancerAddresses"] = true, ["ZoneName"] = true, nil }
function asserts.AssertAvailabilityZone(struct)
assert(struct)
assert(type(struct) == "table", "Expected AvailabilityZone to be of type 'table'")
if struct["SubnetId"] then asserts.AssertSubnetId(struct["SubnetId"]) end
if struct["LoadBalancerAddresses"] then asserts.AssertLoadBalancerAddresses(struct["LoadBalancerAddresses"]) end
if struct["ZoneName"] then asserts.AssertZoneName(struct["ZoneName"]) end
for k,_ in pairs(struct) do
assert(keys.AvailabilityZone[k], "AvailabilityZone contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AvailabilityZone
-- <p>Information about an Availability Zone.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SubnetId [SubnetId] <p>The ID of the subnet.</p>
-- * LoadBalancerAddresses [LoadBalancerAddresses] <p>[Network Load Balancers] The static IP address.</p>
-- * ZoneName [ZoneName] <p>The name of the Availability Zone.</p>
-- @return AvailabilityZone structure as a key-value pair table
function M.AvailabilityZone(args)
assert(args, "You must provide an argument table when creating AvailabilityZone")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SubnetId"] = args["SubnetId"],
["LoadBalancerAddresses"] = args["LoadBalancerAddresses"],
["ZoneName"] = args["ZoneName"],
}
asserts.AssertAvailabilityZone(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyRegistrationsForTargetIdException = { nil }
function asserts.AssertTooManyRegistrationsForTargetIdException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyRegistrationsForTargetIdException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyRegistrationsForTargetIdException[k], "TooManyRegistrationsForTargetIdException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyRegistrationsForTargetIdException
-- <p>You've reached the limit on the number of times a target can be registered with a load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyRegistrationsForTargetIdException structure as a key-value pair table
function M.TooManyRegistrationsForTargetIdException(args)
assert(args, "You must provide an argument table when creating TooManyRegistrationsForTargetIdException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyRegistrationsForTargetIdException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ResourceInUseException = { nil }
function asserts.AssertResourceInUseException(struct)
assert(struct)
assert(type(struct) == "table", "Expected ResourceInUseException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.ResourceInUseException[k], "ResourceInUseException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ResourceInUseException
-- <p>A specified resource is in use.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return ResourceInUseException structure as a key-value pair table
function M.ResourceInUseException(args)
assert(args, "You must provide an argument table when creating ResourceInUseException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertResourceInUseException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeLoadBalancersOutput = { ["LoadBalancers"] = true, ["NextMarker"] = true, nil }
function asserts.AssertDescribeLoadBalancersOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeLoadBalancersOutput to be of type 'table'")
if struct["LoadBalancers"] then asserts.AssertLoadBalancers(struct["LoadBalancers"]) end
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeLoadBalancersOutput[k], "DescribeLoadBalancersOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeLoadBalancersOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * LoadBalancers [LoadBalancers] <p>Information about the load balancers.</p>
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- @return DescribeLoadBalancersOutput structure as a key-value pair table
function M.DescribeLoadBalancersOutput(args)
assert(args, "You must provide an argument table when creating DescribeLoadBalancersOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["LoadBalancers"] = args["LoadBalancers"],
["NextMarker"] = args["NextMarker"],
}
asserts.AssertDescribeLoadBalancersOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.IncompatibleProtocolsException = { nil }
function asserts.AssertIncompatibleProtocolsException(struct)
assert(struct)
assert(type(struct) == "table", "Expected IncompatibleProtocolsException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.IncompatibleProtocolsException[k], "IncompatibleProtocolsException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type IncompatibleProtocolsException
-- <p>The specified configuration is not valid with this protocol.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return IncompatibleProtocolsException structure as a key-value pair table
function M.IncompatibleProtocolsException(args)
assert(args, "You must provide an argument table when creating IncompatibleProtocolsException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertIncompatibleProtocolsException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RemoveTagsOutput = { nil }
function asserts.AssertRemoveTagsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RemoveTagsOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.RemoveTagsOutput[k], "RemoveTagsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RemoveTagsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return RemoveTagsOutput structure as a key-value pair table
function M.RemoveTagsOutput(args)
assert(args, "You must provide an argument table when creating RemoveTagsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertRemoveTagsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyTargetGroupsException = { nil }
function asserts.AssertTooManyTargetGroupsException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyTargetGroupsException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyTargetGroupsException[k], "TooManyTargetGroupsException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyTargetGroupsException
-- <p>You've reached the limit on the number of target groups for your AWS account.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyTargetGroupsException structure as a key-value pair table
function M.TooManyTargetGroupsException(args)
assert(args, "You must provide an argument table when creating TooManyTargetGroupsException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyTargetGroupsException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetGroupNotFoundException = { nil }
function asserts.AssertTargetGroupNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetGroupNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TargetGroupNotFoundException[k], "TargetGroupNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetGroupNotFoundException
-- <p>The specified target group does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TargetGroupNotFoundException structure as a key-value pair table
function M.TargetGroupNotFoundException(args)
assert(args, "You must provide an argument table when creating TargetGroupNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTargetGroupNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateLoadBalancerOutput = { ["LoadBalancers"] = true, nil }
function asserts.AssertCreateLoadBalancerOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateLoadBalancerOutput to be of type 'table'")
if struct["LoadBalancers"] then asserts.AssertLoadBalancers(struct["LoadBalancers"]) end
for k,_ in pairs(struct) do
assert(keys.CreateLoadBalancerOutput[k], "CreateLoadBalancerOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateLoadBalancerOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * LoadBalancers [LoadBalancers] <p>Information about the load balancer.</p>
-- @return CreateLoadBalancerOutput structure as a key-value pair table
function M.CreateLoadBalancerOutput(args)
assert(args, "You must provide an argument table when creating CreateLoadBalancerOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["LoadBalancers"] = args["LoadBalancers"],
}
asserts.AssertCreateLoadBalancerOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTargetHealthInput = { ["TargetGroupArn"] = true, ["Targets"] = true, nil }
function asserts.AssertDescribeTargetHealthInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetHealthInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["Targets"] then asserts.AssertTargetDescriptions(struct["Targets"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetHealthInput[k], "DescribeTargetHealthInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetHealthInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- * Targets [TargetDescriptions] <p>The targets.</p>
-- Required key: TargetGroupArn
-- @return DescribeTargetHealthInput structure as a key-value pair table
function M.DescribeTargetHealthInput(args)
assert(args, "You must provide an argument table when creating DescribeTargetHealthInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
["Targets"] = args["Targets"],
}
asserts.AssertDescribeTargetHealthInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Certificate = { ["CertificateArn"] = true, ["IsDefault"] = true, nil }
function asserts.AssertCertificate(struct)
assert(struct)
assert(type(struct) == "table", "Expected Certificate to be of type 'table'")
if struct["CertificateArn"] then asserts.AssertCertificateArn(struct["CertificateArn"]) end
if struct["IsDefault"] then asserts.AssertDefault(struct["IsDefault"]) end
for k,_ in pairs(struct) do
assert(keys.Certificate[k], "Certificate contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Certificate
-- <p>Information about an SSL server certificate.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * CertificateArn [CertificateArn] <p>The Amazon Resource Name (ARN) of the certificate.</p>
-- * IsDefault [Default] <p>Indicates whether the certificate is the default certificate.</p>
-- @return Certificate structure as a key-value pair table
function M.Certificate(args)
assert(args, "You must provide an argument table when creating Certificate")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["CertificateArn"] = args["CertificateArn"],
["IsDefault"] = args["IsDefault"],
}
asserts.AssertCertificate(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyListenersException = { nil }
function asserts.AssertTooManyListenersException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyListenersException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyListenersException[k], "TooManyListenersException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyListenersException
-- <p>You've reached the limit on the number of listeners per load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyListenersException structure as a key-value pair table
function M.TooManyListenersException(args)
assert(args, "You must provide an argument table when creating TooManyListenersException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyListenersException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetSubnetsOutput = { ["AvailabilityZones"] = true, nil }
function asserts.AssertSetSubnetsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetSubnetsOutput to be of type 'table'")
if struct["AvailabilityZones"] then asserts.AssertAvailabilityZones(struct["AvailabilityZones"]) end
for k,_ in pairs(struct) do
assert(keys.SetSubnetsOutput[k], "SetSubnetsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetSubnetsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * AvailabilityZones [AvailabilityZones] <p>Information about the subnet and Availability Zone.</p>
-- @return SetSubnetsOutput structure as a key-value pair table
function M.SetSubnetsOutput(args)
assert(args, "You must provide an argument table when creating SetSubnetsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["AvailabilityZones"] = args["AvailabilityZones"],
}
asserts.AssertSetSubnetsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetHealthDescription = { ["HealthCheckPort"] = true, ["Target"] = true, ["TargetHealth"] = true, nil }
function asserts.AssertTargetHealthDescription(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetHealthDescription to be of type 'table'")
if struct["HealthCheckPort"] then asserts.AssertHealthCheckPort(struct["HealthCheckPort"]) end
if struct["Target"] then asserts.AssertTargetDescription(struct["Target"]) end
if struct["TargetHealth"] then asserts.AssertTargetHealth(struct["TargetHealth"]) end
for k,_ in pairs(struct) do
assert(keys.TargetHealthDescription[k], "TargetHealthDescription contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetHealthDescription
-- <p>Information about the health of a target.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * HealthCheckPort [HealthCheckPort] <p>The port to use to connect with the target.</p>
-- * Target [TargetDescription] <p>The description of the target.</p>
-- * TargetHealth [TargetHealth] <p>The health information for the target.</p>
-- @return TargetHealthDescription structure as a key-value pair table
function M.TargetHealthDescription(args)
assert(args, "You must provide an argument table when creating TargetHealthDescription")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["HealthCheckPort"] = args["HealthCheckPort"],
["Target"] = args["Target"],
["TargetHealth"] = args["TargetHealth"],
}
asserts.AssertTargetHealthDescription(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTargetHealthOutput = { ["TargetHealthDescriptions"] = true, nil }
function asserts.AssertDescribeTargetHealthOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetHealthOutput to be of type 'table'")
if struct["TargetHealthDescriptions"] then asserts.AssertTargetHealthDescriptions(struct["TargetHealthDescriptions"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetHealthOutput[k], "DescribeTargetHealthOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetHealthOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetHealthDescriptions [TargetHealthDescriptions] <p>Information about the health of the targets.</p>
-- @return DescribeTargetHealthOutput structure as a key-value pair table
function M.DescribeTargetHealthOutput(args)
assert(args, "You must provide an argument table when creating DescribeTargetHealthOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetHealthDescriptions"] = args["TargetHealthDescriptions"],
}
asserts.AssertDescribeTargetHealthOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteListenerInput = { ["ListenerArn"] = true, nil }
function asserts.AssertDeleteListenerInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteListenerInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.DeleteListenerInput[k], "DeleteListenerInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteListenerInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- Required key: ListenerArn
-- @return DeleteListenerInput structure as a key-value pair table
function M.DeleteListenerInput(args)
assert(args, "You must provide an argument table when creating DeleteListenerInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertDeleteListenerInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetGroupAttribute = { ["Value"] = true, ["Key"] = true, nil }
function asserts.AssertTargetGroupAttribute(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetGroupAttribute to be of type 'table'")
if struct["Value"] then asserts.AssertTargetGroupAttributeValue(struct["Value"]) end
if struct["Key"] then asserts.AssertTargetGroupAttributeKey(struct["Key"]) end
for k,_ in pairs(struct) do
assert(keys.TargetGroupAttribute[k], "TargetGroupAttribute contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetGroupAttribute
-- <p>Information about a target group attribute.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Value [TargetGroupAttributeValue] <p>The value of the attribute.</p>
-- * Key [TargetGroupAttributeKey] <p>The name of the attribute.</p> <p>The following attributes are supported by both Application Load Balancers and Network Load Balancers:</p> <ul> <li> <p> <code>deregistration_delay.timeout_seconds</code> - The amount of time, in seconds, for Elastic Load Balancing to wait before changing the state of a deregistering target from <code>draining</code> to <code>unused</code>. The range is 0-3600 seconds. The default value is 300 seconds.</p> </li> </ul> <p>The following attributes are supported by only Application Load Balancers:</p> <ul> <li> <p> <code>slow_start.duration_seconds</code> - The time period, in seconds, during which a newly registered target receives a linearly increasing share of the traffic to the target group. After this time period ends, the target receives its full share of traffic. The range is 30-900 seconds (15 minutes). Slow start mode is disabled by default.</p> </li> <li> <p> <code>stickiness.enabled</code> - Indicates whether sticky sessions are enabled. The value is <code>true</code> or <code>false</code>. The default is <code>false</code>.</p> </li> <li> <p> <code>stickiness.type</code> - The type of sticky sessions. The possible value is <code>lb_cookie</code>.</p> </li> <li> <p> <code>stickiness.lb_cookie.duration_seconds</code> - The time period, in seconds, during which requests from a client should be routed to the same target. After this time period expires, the load balancer-generated cookie is considered stale. The range is 1 second to 1 week (604800 seconds). The default value is 1 day (86400 seconds).</p> </li> </ul> <p>The following attributes are supported by only Network Load Balancers:</p> <ul> <li> <p> <code>proxy_protocol_v2.enabled</code> - Indicates whether Proxy Protocol version 2 is enabled. The value is <code>true</code> or <code>false</code>. The default is <code>false</code>.</p> </li> </ul>
-- @return TargetGroupAttribute structure as a key-value pair table
function M.TargetGroupAttribute(args)
assert(args, "You must provide an argument table when creating TargetGroupAttribute")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Value"] = args["Value"],
["Key"] = args["Key"],
}
asserts.AssertTargetGroupAttribute(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateListenerInput = { ["Protocol"] = true, ["DefaultActions"] = true, ["SslPolicy"] = true, ["Certificates"] = true, ["LoadBalancerArn"] = true, ["Port"] = true, nil }
function asserts.AssertCreateListenerInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateListenerInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
assert(struct["Protocol"], "Expected key Protocol to exist in table")
assert(struct["Port"], "Expected key Port to exist in table")
assert(struct["DefaultActions"], "Expected key DefaultActions to exist in table")
if struct["Protocol"] then asserts.AssertProtocolEnum(struct["Protocol"]) end
if struct["DefaultActions"] then asserts.AssertActions(struct["DefaultActions"]) end
if struct["SslPolicy"] then asserts.AssertSslPolicyName(struct["SslPolicy"]) end
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
for k,_ in pairs(struct) do
assert(keys.CreateListenerInput[k], "CreateListenerInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateListenerInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Protocol [ProtocolEnum] <p>The protocol for connections from clients to the load balancer. For Application Load Balancers, the supported protocols are HTTP and HTTPS. For Network Load Balancers, the supported protocol is TCP.</p>
-- * DefaultActions [Actions] <p>The actions for the default rule. The rule must include one forward action or one or more fixed-response actions.</p> <p>If the action type is <code>forward</code>, you can specify a single target group. The protocol of the target group must be HTTP or HTTPS for an Application Load Balancer or TCP for a Network Load Balancer.</p> <p>[HTTPS listener] If the action type is <code>authenticate-oidc</code>, you can use an identity provider that is OpenID Connect (OIDC) compliant to authenticate users as they access your application.</p> <p>[HTTPS listener] If the action type is <code>authenticate-cognito</code>, you can use Amazon Cognito to authenticate users as they access your application.</p> <p>[Application Load Balancer] If the action type is <code>redirect</code>, you can redirect HTTP and HTTPS requests.</p> <p>[Application Load Balancer] If the action type is <code>fixed-response</code>, you can return a custom HTTP response.</p>
-- * SslPolicy [SslPolicyName] <p>[HTTPS listeners] The security policy that defines which ciphers and protocols are supported. The default is the current predefined security policy.</p>
-- * Certificates [CertificateList] <p>[HTTPS listeners] The default SSL server certificate. You must provide exactly one default certificate. To create a certificate list, use <a>AddListenerCertificates</a>.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- * Port [Port] <p>The port on which the load balancer is listening.</p>
-- Required key: LoadBalancerArn
-- Required key: Protocol
-- Required key: Port
-- Required key: DefaultActions
-- @return CreateListenerInput structure as a key-value pair table
function M.CreateListenerInput(args)
assert(args, "You must provide an argument table when creating CreateListenerInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Protocol"] = args["Protocol"],
["DefaultActions"] = args["DefaultActions"],
["SslPolicy"] = args["SslPolicy"],
["Certificates"] = args["Certificates"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
["Port"] = args["Port"],
}
asserts.AssertCreateListenerInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateTargetGroupInput = { ["HealthyThresholdCount"] = true, ["HealthCheckIntervalSeconds"] = true, ["VpcId"] = true, ["Protocol"] = true, ["Name"] = true, ["TargetType"] = true, ["HealthCheckProtocol"] = true, ["UnhealthyThresholdCount"] = true, ["HealthCheckPath"] = true, ["HealthCheckTimeoutSeconds"] = true, ["Matcher"] = true, ["HealthCheckPort"] = true, ["Port"] = true, nil }
function asserts.AssertCreateTargetGroupInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateTargetGroupInput to be of type 'table'")
assert(struct["Name"], "Expected key Name to exist in table")
assert(struct["Protocol"], "Expected key Protocol to exist in table")
assert(struct["Port"], "Expected key Port to exist in table")
assert(struct["VpcId"], "Expected key VpcId to exist in table")
if struct["HealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["HealthyThresholdCount"]) end
if struct["HealthCheckIntervalSeconds"] then asserts.AssertHealthCheckIntervalSeconds(struct["HealthCheckIntervalSeconds"]) end
if struct["VpcId"] then asserts.AssertVpcId(struct["VpcId"]) end
if struct["Protocol"] then asserts.AssertProtocolEnum(struct["Protocol"]) end
if struct["Name"] then asserts.AssertTargetGroupName(struct["Name"]) end
if struct["TargetType"] then asserts.AssertTargetTypeEnum(struct["TargetType"]) end
if struct["HealthCheckProtocol"] then asserts.AssertProtocolEnum(struct["HealthCheckProtocol"]) end
if struct["UnhealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["UnhealthyThresholdCount"]) end
if struct["HealthCheckPath"] then asserts.AssertPath(struct["HealthCheckPath"]) end
if struct["HealthCheckTimeoutSeconds"] then asserts.AssertHealthCheckTimeoutSeconds(struct["HealthCheckTimeoutSeconds"]) end
if struct["Matcher"] then asserts.AssertMatcher(struct["Matcher"]) end
if struct["HealthCheckPort"] then asserts.AssertHealthCheckPort(struct["HealthCheckPort"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
for k,_ in pairs(struct) do
assert(keys.CreateTargetGroupInput[k], "CreateTargetGroupInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateTargetGroupInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * HealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health checks successes required before considering an unhealthy target healthy. For Application Load Balancers, the default is 5. For Network Load Balancers, the default is 3.</p>
-- * HealthCheckIntervalSeconds [HealthCheckIntervalSeconds] <p>The approximate amount of time, in seconds, between health checks of an individual target. For Application Load Balancers, the range is 5–300 seconds. For Network Load Balancers, the supported values are 10 or 30 seconds. The default is 30 seconds.</p>
-- * VpcId [VpcId] <p>The identifier of the virtual private cloud (VPC).</p>
-- * Protocol [ProtocolEnum] <p>The protocol to use for routing traffic to the targets. For Application Load Balancers, the supported protocols are HTTP and HTTPS. For Network Load Balancers, the supported protocol is TCP.</p>
-- * Name [TargetGroupName] <p>The name of the target group.</p> <p>This name must be unique per region per account, can have a maximum of 32 characters, must contain only alphanumeric characters or hyphens, and must not begin or end with a hyphen.</p>
-- * TargetType [TargetTypeEnum] <p>The type of target that you must specify when registering targets with this target group. The possible values are <code>instance</code> (targets are specified by instance ID) or <code>ip</code> (targets are specified by IP address). The default is <code>instance</code>. You can't specify targets for a target group using both instance IDs and IP addresses.</p> <p>If the target type is <code>ip</code>, specify IP addresses from the subnets of the virtual private cloud (VPC) for the target group, the RFC 1918 range (10.0.0.0/8, 172.16.0.0/12, and 192.168.0.0/16), and the RFC 6598 range (100.64.0.0/10). You can't specify publicly routable IP addresses.</p>
-- * HealthCheckProtocol [ProtocolEnum] <p>The protocol the load balancer uses when performing health checks on targets. The TCP protocol is supported only if the protocol of the target group is TCP. For Application Load Balancers, the default is HTTP. For Network Load Balancers, the default is TCP.</p>
-- * UnhealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health check failures required before considering a target unhealthy. For Application Load Balancers, the default is 2. For Network Load Balancers, this value must be the same as the healthy threshold count.</p>
-- * HealthCheckPath [Path] <p>[HTTP/HTTPS health checks] The ping path that is the destination on the targets for health checks. The default is /.</p>
-- * HealthCheckTimeoutSeconds [HealthCheckTimeoutSeconds] <p>The amount of time, in seconds, during which no response from a target means a failed health check. For Application Load Balancers, the range is 2–60 seconds and the default is 5 seconds. For Network Load Balancers, this is 10 seconds for TCP and HTTPS health checks and 6 seconds for HTTP health checks.</p>
-- * Matcher [Matcher] <p>[HTTP/HTTPS health checks] The HTTP codes to use when checking for a successful response from a target.</p>
-- * HealthCheckPort [HealthCheckPort] <p>The port the load balancer uses when performing health checks on targets. The default is <code>traffic-port</code>, which is the port on which each target receives traffic from the load balancer.</p>
-- * Port [Port] <p>The port on which the targets receive traffic. This port is used unless you specify a port override when registering the target.</p>
-- Required key: Name
-- Required key: Protocol
-- Required key: Port
-- Required key: VpcId
-- @return CreateTargetGroupInput structure as a key-value pair table
function M.CreateTargetGroupInput(args)
assert(args, "You must provide an argument table when creating CreateTargetGroupInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["HealthyThresholdCount"] = args["HealthyThresholdCount"],
["HealthCheckIntervalSeconds"] = args["HealthCheckIntervalSeconds"],
["VpcId"] = args["VpcId"],
["Protocol"] = args["Protocol"],
["Name"] = args["Name"],
["TargetType"] = args["TargetType"],
["HealthCheckProtocol"] = args["HealthCheckProtocol"],
["UnhealthyThresholdCount"] = args["UnhealthyThresholdCount"],
["HealthCheckPath"] = args["HealthCheckPath"],
["HealthCheckTimeoutSeconds"] = args["HealthCheckTimeoutSeconds"],
["Matcher"] = args["Matcher"],
["HealthCheckPort"] = args["HealthCheckPort"],
["Port"] = args["Port"],
}
asserts.AssertCreateTargetGroupInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyLoadBalancerAttributesOutput = { ["Attributes"] = true, nil }
function asserts.AssertModifyLoadBalancerAttributesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyLoadBalancerAttributesOutput to be of type 'table'")
if struct["Attributes"] then asserts.AssertLoadBalancerAttributes(struct["Attributes"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyLoadBalancerAttributesOutput[k], "ModifyLoadBalancerAttributesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyLoadBalancerAttributesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [LoadBalancerAttributes] <p>Information about the load balancer attributes.</p>
-- @return ModifyLoadBalancerAttributesOutput structure as a key-value pair table
function M.ModifyLoadBalancerAttributesOutput(args)
assert(args, "You must provide an argument table when creating ModifyLoadBalancerAttributesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
}
asserts.AssertModifyLoadBalancerAttributesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RegisterTargetsOutput = { nil }
function asserts.AssertRegisterTargetsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RegisterTargetsOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.RegisterTargetsOutput[k], "RegisterTargetsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RegisterTargetsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return RegisterTargetsOutput structure as a key-value pair table
function M.RegisterTargetsOutput(args)
assert(args, "You must provide an argument table when creating RegisterTargetsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertRegisterTargetsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AuthenticateOidcActionConfig = { ["ClientSecret"] = true, ["OnUnauthenticatedRequest"] = true, ["TokenEndpoint"] = true, ["AuthenticationRequestExtraParams"] = true, ["ClientId"] = true, ["SessionTimeout"] = true, ["AuthorizationEndpoint"] = true, ["Scope"] = true, ["SessionCookieName"] = true, ["UserInfoEndpoint"] = true, ["Issuer"] = true, nil }
function asserts.AssertAuthenticateOidcActionConfig(struct)
assert(struct)
assert(type(struct) == "table", "Expected AuthenticateOidcActionConfig to be of type 'table'")
assert(struct["Issuer"], "Expected key Issuer to exist in table")
assert(struct["AuthorizationEndpoint"], "Expected key AuthorizationEndpoint to exist in table")
assert(struct["TokenEndpoint"], "Expected key TokenEndpoint to exist in table")
assert(struct["UserInfoEndpoint"], "Expected key UserInfoEndpoint to exist in table")
assert(struct["ClientId"], "Expected key ClientId to exist in table")
assert(struct["ClientSecret"], "Expected key ClientSecret to exist in table")
if struct["ClientSecret"] then asserts.AssertAuthenticateOidcActionClientSecret(struct["ClientSecret"]) end
if struct["OnUnauthenticatedRequest"] then asserts.AssertAuthenticateOidcActionConditionalBehaviorEnum(struct["OnUnauthenticatedRequest"]) end
if struct["TokenEndpoint"] then asserts.AssertAuthenticateOidcActionTokenEndpoint(struct["TokenEndpoint"]) end
if struct["AuthenticationRequestExtraParams"] then asserts.AssertAuthenticateOidcActionAuthenticationRequestExtraParams(struct["AuthenticationRequestExtraParams"]) end
if struct["ClientId"] then asserts.AssertAuthenticateOidcActionClientId(struct["ClientId"]) end
if struct["SessionTimeout"] then asserts.AssertAuthenticateOidcActionSessionTimeout(struct["SessionTimeout"]) end
if struct["AuthorizationEndpoint"] then asserts.AssertAuthenticateOidcActionAuthorizationEndpoint(struct["AuthorizationEndpoint"]) end
if struct["Scope"] then asserts.AssertAuthenticateOidcActionScope(struct["Scope"]) end
if struct["SessionCookieName"] then asserts.AssertAuthenticateOidcActionSessionCookieName(struct["SessionCookieName"]) end
if struct["UserInfoEndpoint"] then asserts.AssertAuthenticateOidcActionUserInfoEndpoint(struct["UserInfoEndpoint"]) end
if struct["Issuer"] then asserts.AssertAuthenticateOidcActionIssuer(struct["Issuer"]) end
for k,_ in pairs(struct) do
assert(keys.AuthenticateOidcActionConfig[k], "AuthenticateOidcActionConfig contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AuthenticateOidcActionConfig
-- <p>Request parameters when using an identity provider (IdP) that is compliant with OpenID Connect (OIDC) to authenticate users.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ClientSecret [AuthenticateOidcActionClientSecret] <p>The OAuth 2.0 client secret.</p>
-- * OnUnauthenticatedRequest [AuthenticateOidcActionConditionalBehaviorEnum] <p>The behavior if the user is not authenticated. The following are possible values:</p> <ul> <li> <p>deny<code/> - Return an HTTP 401 Unauthorized error.</p> </li> <li> <p>allow<code/> - Allow the request to be forwarded to the target.</p> </li> <li> <p>authenticate<code/> - Redirect the request to the IdP authorization endpoint. This is the default value.</p> </li> </ul>
-- * TokenEndpoint [AuthenticateOidcActionTokenEndpoint] <p>The token endpoint of the IdP. This must be a full URL, including the HTTPS protocol, the domain, and the path.</p>
-- * AuthenticationRequestExtraParams [AuthenticateOidcActionAuthenticationRequestExtraParams] <p>The query parameters (up to 10) to include in the redirect request to the authorization endpoint.</p>
-- * ClientId [AuthenticateOidcActionClientId] <p>The OAuth 2.0 client identifier.</p>
-- * SessionTimeout [AuthenticateOidcActionSessionTimeout] <p>The maximum duration of the authentication session, in seconds. The default is 604800 seconds (7 days).</p>
-- * AuthorizationEndpoint [AuthenticateOidcActionAuthorizationEndpoint] <p>The authorization endpoint of the IdP. This must be a full URL, including the HTTPS protocol, the domain, and the path.</p>
-- * Scope [AuthenticateOidcActionScope] <p>The set of user claims to be requested from the IdP. The default is <code>openid</code>.</p> <p>To verify which scope values your IdP supports and how to separate multiple values, see the documentation for your IdP.</p>
-- * SessionCookieName [AuthenticateOidcActionSessionCookieName] <p>The name of the cookie used to maintain session information. The default is AWSELBAuthSessionCookie.</p>
-- * UserInfoEndpoint [AuthenticateOidcActionUserInfoEndpoint] <p>The user info endpoint of the IdP. This must be a full URL, including the HTTPS protocol, the domain, and the path.</p>
-- * Issuer [AuthenticateOidcActionIssuer] <p>The OIDC issuer identifier of the IdP. This must be a full URL, including the HTTPS protocol, the domain, and the path.</p>
-- Required key: Issuer
-- Required key: AuthorizationEndpoint
-- Required key: TokenEndpoint
-- Required key: UserInfoEndpoint
-- Required key: ClientId
-- Required key: ClientSecret
-- @return AuthenticateOidcActionConfig structure as a key-value pair table
function M.AuthenticateOidcActionConfig(args)
assert(args, "You must provide an argument table when creating AuthenticateOidcActionConfig")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ClientSecret"] = args["ClientSecret"],
["OnUnauthenticatedRequest"] = args["OnUnauthenticatedRequest"],
["TokenEndpoint"] = args["TokenEndpoint"],
["AuthenticationRequestExtraParams"] = args["AuthenticationRequestExtraParams"],
["ClientId"] = args["ClientId"],
["SessionTimeout"] = args["SessionTimeout"],
["AuthorizationEndpoint"] = args["AuthorizationEndpoint"],
["Scope"] = args["Scope"],
["SessionCookieName"] = args["SessionCookieName"],
["UserInfoEndpoint"] = args["UserInfoEndpoint"],
["Issuer"] = args["Issuer"],
}
asserts.AssertAuthenticateOidcActionConfig(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Matcher = { ["HttpCode"] = true, nil }
function asserts.AssertMatcher(struct)
assert(struct)
assert(type(struct) == "table", "Expected Matcher to be of type 'table'")
assert(struct["HttpCode"], "Expected key HttpCode to exist in table")
if struct["HttpCode"] then asserts.AssertHttpCode(struct["HttpCode"]) end
for k,_ in pairs(struct) do
assert(keys.Matcher[k], "Matcher contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Matcher
-- <p>Information to use when checking for a successful response from a target.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * HttpCode [HttpCode] <p>The HTTP codes.</p> <p>For Application Load Balancers, you can specify values between 200 and 499, and the default value is 200. You can specify multiple values (for example, "200,202") or a range of values (for example, "200-299").</p> <p>For Network Load Balancers, this is 200–399.</p>
-- Required key: HttpCode
-- @return Matcher structure as a key-value pair table
function M.Matcher(args)
assert(args, "You must provide an argument table when creating Matcher")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["HttpCode"] = args["HttpCode"],
}
asserts.AssertMatcher(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidSecurityGroupException = { nil }
function asserts.AssertInvalidSecurityGroupException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidSecurityGroupException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidSecurityGroupException[k], "InvalidSecurityGroupException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidSecurityGroupException
-- <p>The specified security group does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidSecurityGroupException structure as a key-value pair table
function M.InvalidSecurityGroupException(args)
assert(args, "You must provide an argument table when creating InvalidSecurityGroupException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidSecurityGroupException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyActionsException = { nil }
function asserts.AssertTooManyActionsException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyActionsException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyActionsException[k], "TooManyActionsException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyActionsException
-- <p>You've reached the limit on the number of actions per rule.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyActionsException structure as a key-value pair table
function M.TooManyActionsException(args)
assert(args, "You must provide an argument table when creating TooManyActionsException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyActionsException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeAccountLimitsOutput = { ["NextMarker"] = true, ["Limits"] = true, nil }
function asserts.AssertDescribeAccountLimitsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeAccountLimitsOutput to be of type 'table'")
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
if struct["Limits"] then asserts.AssertLimits(struct["Limits"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeAccountLimitsOutput[k], "DescribeAccountLimitsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeAccountLimitsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- * Limits [Limits] <p>Information about the limits.</p>
-- @return DescribeAccountLimitsOutput structure as a key-value pair table
function M.DescribeAccountLimitsOutput(args)
assert(args, "You must provide an argument table when creating DescribeAccountLimitsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["NextMarker"] = args["NextMarker"],
["Limits"] = args["Limits"],
}
asserts.AssertDescribeAccountLimitsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyListenerInput = { ["Protocol"] = true, ["DefaultActions"] = true, ["SslPolicy"] = true, ["Certificates"] = true, ["Port"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertModifyListenerInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyListenerInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
if struct["Protocol"] then asserts.AssertProtocolEnum(struct["Protocol"]) end
if struct["DefaultActions"] then asserts.AssertActions(struct["DefaultActions"]) end
if struct["SslPolicy"] then asserts.AssertSslPolicyName(struct["SslPolicy"]) end
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyListenerInput[k], "ModifyListenerInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyListenerInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Protocol [ProtocolEnum] <p>The protocol for connections from clients to the load balancer. Application Load Balancers support HTTP and HTTPS and Network Load Balancers support TCP.</p>
-- * DefaultActions [Actions] <p>The actions for the default rule. The rule must include one forward action or one or more fixed-response actions.</p> <p>If the action type is <code>forward</code>, you can specify a single target group. The protocol of the target group must be HTTP or HTTPS for an Application Load Balancer or TCP for a Network Load Balancer.</p> <p>[HTTPS listener] If the action type is <code>authenticate-oidc</code>, you can use an identity provider that is OpenID Connect (OIDC) compliant to authenticate users as they access your application.</p> <p>[HTTPS listener] If the action type is <code>authenticate-cognito</code>, you can use Amazon Cognito to authenticate users as they access your application.</p> <p>[Application Load Balancer] If the action type is <code>redirect</code>, you can redirect HTTP and HTTPS requests.</p> <p>[Application Load Balancer] If the action type is <code>fixed-response</code>, you can return a custom HTTP response.</p>
-- * SslPolicy [SslPolicyName] <p>[HTTPS listeners] The security policy that defines which protocols and ciphers are supported. For more information, see <a href="http://docs.aws.amazon.com/elasticloadbalancing/latest/application/create-https-listener.html#describe-ssl-policies">Security Policies</a> in the <i>Application Load Balancers Guide</i>.</p>
-- * Certificates [CertificateList] <p>[HTTPS listeners] The default SSL server certificate. You must provide exactly one default certificate. To create a certificate list, use <a>AddListenerCertificates</a>.</p>
-- * Port [Port] <p>The port for connections from clients to the load balancer.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- Required key: ListenerArn
-- @return ModifyListenerInput structure as a key-value pair table
function M.ModifyListenerInput(args)
assert(args, "You must provide an argument table when creating ModifyListenerInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Protocol"] = args["Protocol"],
["DefaultActions"] = args["DefaultActions"],
["SslPolicy"] = args["SslPolicy"],
["Certificates"] = args["Certificates"],
["Port"] = args["Port"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertModifyListenerInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyLoadBalancerAttributesInput = { ["Attributes"] = true, ["LoadBalancerArn"] = true, nil }
function asserts.AssertModifyLoadBalancerAttributesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyLoadBalancerAttributesInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
assert(struct["Attributes"], "Expected key Attributes to exist in table")
if struct["Attributes"] then asserts.AssertLoadBalancerAttributes(struct["Attributes"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyLoadBalancerAttributesInput[k], "ModifyLoadBalancerAttributesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyLoadBalancerAttributesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [LoadBalancerAttributes] <p>The load balancer attributes.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- Required key: Attributes
-- @return ModifyLoadBalancerAttributesInput structure as a key-value pair table
function M.ModifyLoadBalancerAttributesInput(args)
assert(args, "You must provide an argument table when creating ModifyLoadBalancerAttributesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertModifyLoadBalancerAttributesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteLoadBalancerOutput = { nil }
function asserts.AssertDeleteLoadBalancerOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteLoadBalancerOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DeleteLoadBalancerOutput[k], "DeleteLoadBalancerOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteLoadBalancerOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DeleteLoadBalancerOutput structure as a key-value pair table
function M.DeleteLoadBalancerOutput(args)
assert(args, "You must provide an argument table when creating DeleteLoadBalancerOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDeleteLoadBalancerOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyTargetGroupInput = { ["HealthyThresholdCount"] = true, ["HealthCheckIntervalSeconds"] = true, ["TargetGroupArn"] = true, ["HealthCheckPort"] = true, ["HealthCheckProtocol"] = true, ["HealthCheckPath"] = true, ["HealthCheckTimeoutSeconds"] = true, ["Matcher"] = true, ["UnhealthyThresholdCount"] = true, nil }
function asserts.AssertModifyTargetGroupInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyTargetGroupInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
if struct["HealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["HealthyThresholdCount"]) end
if struct["HealthCheckIntervalSeconds"] then asserts.AssertHealthCheckIntervalSeconds(struct["HealthCheckIntervalSeconds"]) end
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["HealthCheckPort"] then asserts.AssertHealthCheckPort(struct["HealthCheckPort"]) end
if struct["HealthCheckProtocol"] then asserts.AssertProtocolEnum(struct["HealthCheckProtocol"]) end
if struct["HealthCheckPath"] then asserts.AssertPath(struct["HealthCheckPath"]) end
if struct["HealthCheckTimeoutSeconds"] then asserts.AssertHealthCheckTimeoutSeconds(struct["HealthCheckTimeoutSeconds"]) end
if struct["Matcher"] then asserts.AssertMatcher(struct["Matcher"]) end
if struct["UnhealthyThresholdCount"] then asserts.AssertHealthCheckThresholdCount(struct["UnhealthyThresholdCount"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyTargetGroupInput[k], "ModifyTargetGroupInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyTargetGroupInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * HealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health checks successes required before considering an unhealthy target healthy.</p>
-- * HealthCheckIntervalSeconds [HealthCheckIntervalSeconds] <p>The approximate amount of time, in seconds, between health checks of an individual target. For Application Load Balancers, the range is 5–300 seconds. For Network Load Balancers, the supported values are 10 or 30 seconds.</p>
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- * HealthCheckPort [HealthCheckPort] <p>The port the load balancer uses when performing health checks on targets.</p>
-- * HealthCheckProtocol [ProtocolEnum] <p>The protocol the load balancer uses when performing health checks on targets. The TCP protocol is supported only if the protocol of the target group is TCP.</p>
-- * HealthCheckPath [Path] <p>[HTTP/HTTPS health checks] The ping path that is the destination for the health check request.</p>
-- * HealthCheckTimeoutSeconds [HealthCheckTimeoutSeconds] <p>[HTTP/HTTPS health checks] The amount of time, in seconds, during which no response means a failed health check.</p>
-- * Matcher [Matcher] <p>[HTTP/HTTPS health checks] The HTTP codes to use when checking for a successful response from a target.</p>
-- * UnhealthyThresholdCount [HealthCheckThresholdCount] <p>The number of consecutive health check failures required before considering the target unhealthy. For Network Load Balancers, this value must be the same as the healthy threshold count.</p>
-- Required key: TargetGroupArn
-- @return ModifyTargetGroupInput structure as a key-value pair table
function M.ModifyTargetGroupInput(args)
assert(args, "You must provide an argument table when creating ModifyTargetGroupInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["HealthyThresholdCount"] = args["HealthyThresholdCount"],
["HealthCheckIntervalSeconds"] = args["HealthCheckIntervalSeconds"],
["TargetGroupArn"] = args["TargetGroupArn"],
["HealthCheckPort"] = args["HealthCheckPort"],
["HealthCheckProtocol"] = args["HealthCheckProtocol"],
["HealthCheckPath"] = args["HealthCheckPath"],
["HealthCheckTimeoutSeconds"] = args["HealthCheckTimeoutSeconds"],
["Matcher"] = args["Matcher"],
["UnhealthyThresholdCount"] = args["UnhealthyThresholdCount"],
}
asserts.AssertModifyTargetGroupInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateRuleInput = { ["Priority"] = true, ["Conditions"] = true, ["Actions"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertCreateRuleInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateRuleInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
assert(struct["Conditions"], "Expected key Conditions to exist in table")
assert(struct["Priority"], "Expected key Priority to exist in table")
assert(struct["Actions"], "Expected key Actions to exist in table")
if struct["Priority"] then asserts.AssertRulePriority(struct["Priority"]) end
if struct["Conditions"] then asserts.AssertRuleConditionList(struct["Conditions"]) end
if struct["Actions"] then asserts.AssertActions(struct["Actions"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.CreateRuleInput[k], "CreateRuleInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateRuleInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Priority [RulePriority] <p>The rule priority. A listener can't have multiple rules with the same priority.</p>
-- * Conditions [RuleConditionList] <p>The conditions. Each condition specifies a field name and a single value.</p> <p>If the field name is <code>host-header</code>, you can specify a single host name (for example, my.example.com). A host name is case insensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>- .</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul> <p>If the field name is <code>path-pattern</code>, you can specify a single path pattern. A path pattern is case-sensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>_ - . $ / ~ " ' @ : +</p> </li> <li> <p>& (using &amp;)</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul>
-- * Actions [Actions] <p>The actions. Each rule must include exactly one of the following types of actions: <code>forward</code>, <code>fixed-response</code>, or <code>redirect</code>.</p> <p>If the action type is <code>forward</code>, you can specify a single target group.</p> <p>[HTTPS listener] If the action type is <code>authenticate-oidc</code>, you can use an identity provider that is OpenID Connect (OIDC) compliant to authenticate users as they access your application.</p> <p>[HTTPS listener] If the action type is <code>authenticate-cognito</code>, you can use Amazon Cognito to authenticate users as they access your application.</p> <p>[Application Load Balancer] If the action type is <code>redirect</code>, you can redirect HTTP and HTTPS requests.</p> <p>[Application Load Balancer] If the action type is <code>fixed-response</code>, you can return a custom HTTP response.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- Required key: ListenerArn
-- Required key: Conditions
-- Required key: Priority
-- Required key: Actions
-- @return CreateRuleInput structure as a key-value pair table
function M.CreateRuleInput(args)
assert(args, "You must provide an argument table when creating CreateRuleInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Priority"] = args["Priority"],
["Conditions"] = args["Conditions"],
["Actions"] = args["Actions"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertCreateRuleInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RemoveListenerCertificatesOutput = { nil }
function asserts.AssertRemoveListenerCertificatesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RemoveListenerCertificatesOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.RemoveListenerCertificatesOutput[k], "RemoveListenerCertificatesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RemoveListenerCertificatesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return RemoveListenerCertificatesOutput structure as a key-value pair table
function M.RemoveListenerCertificatesOutput(args)
assert(args, "You must provide an argument table when creating RemoveListenerCertificatesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertRemoveListenerCertificatesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeListenersInput = { ["ListenerArns"] = true, ["Marker"] = true, ["LoadBalancerArn"] = true, ["PageSize"] = true, nil }
function asserts.AssertDescribeListenersInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeListenersInput to be of type 'table'")
if struct["ListenerArns"] then asserts.AssertListenerArns(struct["ListenerArns"]) end
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeListenersInput[k], "DescribeListenersInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeListenersInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ListenerArns [ListenerArns] <p>The Amazon Resource Names (ARN) of the listeners.</p>
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- @return DescribeListenersInput structure as a key-value pair table
function M.DescribeListenersInput(args)
assert(args, "You must provide an argument table when creating DescribeListenersInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ListenerArns"] = args["ListenerArns"],
["Marker"] = args["Marker"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
["PageSize"] = args["PageSize"],
}
asserts.AssertDescribeListenersInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteLoadBalancerInput = { ["LoadBalancerArn"] = true, nil }
function asserts.AssertDeleteLoadBalancerInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteLoadBalancerInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.DeleteLoadBalancerInput[k], "DeleteLoadBalancerInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteLoadBalancerInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- @return DeleteLoadBalancerInput structure as a key-value pair table
function M.DeleteLoadBalancerInput(args)
assert(args, "You must provide an argument table when creating DeleteLoadBalancerInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertDeleteLoadBalancerInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetRulePrioritiesInput = { ["RulePriorities"] = true, nil }
function asserts.AssertSetRulePrioritiesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetRulePrioritiesInput to be of type 'table'")
assert(struct["RulePriorities"], "Expected key RulePriorities to exist in table")
if struct["RulePriorities"] then asserts.AssertRulePriorityList(struct["RulePriorities"]) end
for k,_ in pairs(struct) do
assert(keys.SetRulePrioritiesInput[k], "SetRulePrioritiesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetRulePrioritiesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * RulePriorities [RulePriorityList] <p>The rule priorities.</p>
-- Required key: RulePriorities
-- @return SetRulePrioritiesInput structure as a key-value pair table
function M.SetRulePrioritiesInput(args)
assert(args, "You must provide an argument table when creating SetRulePrioritiesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["RulePriorities"] = args["RulePriorities"],
}
asserts.AssertSetRulePrioritiesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetRulePrioritiesOutput = { ["Rules"] = true, nil }
function asserts.AssertSetRulePrioritiesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetRulePrioritiesOutput to be of type 'table'")
if struct["Rules"] then asserts.AssertRules(struct["Rules"]) end
for k,_ in pairs(struct) do
assert(keys.SetRulePrioritiesOutput[k], "SetRulePrioritiesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetRulePrioritiesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Rules [Rules] <p>Information about the rules.</p>
-- @return SetRulePrioritiesOutput structure as a key-value pair table
function M.SetRulePrioritiesOutput(args)
assert(args, "You must provide an argument table when creating SetRulePrioritiesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Rules"] = args["Rules"],
}
asserts.AssertSetRulePrioritiesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Action = { ["TargetGroupArn"] = true, ["FixedResponseConfig"] = true, ["Type"] = true, ["AuthenticateCognitoConfig"] = true, ["AuthenticateOidcConfig"] = true, ["RedirectConfig"] = true, ["Order"] = true, nil }
function asserts.AssertAction(struct)
assert(struct)
assert(type(struct) == "table", "Expected Action to be of type 'table'")
assert(struct["Type"], "Expected key Type to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["FixedResponseConfig"] then asserts.AssertFixedResponseActionConfig(struct["FixedResponseConfig"]) end
if struct["Type"] then asserts.AssertActionTypeEnum(struct["Type"]) end
if struct["AuthenticateCognitoConfig"] then asserts.AssertAuthenticateCognitoActionConfig(struct["AuthenticateCognitoConfig"]) end
if struct["AuthenticateOidcConfig"] then asserts.AssertAuthenticateOidcActionConfig(struct["AuthenticateOidcConfig"]) end
if struct["RedirectConfig"] then asserts.AssertRedirectActionConfig(struct["RedirectConfig"]) end
if struct["Order"] then asserts.AssertActionOrder(struct["Order"]) end
for k,_ in pairs(struct) do
assert(keys.Action[k], "Action contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Action
-- <p>Information about an action.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group. Specify only when <code>Type</code> is <code>forward</code>.</p>
-- * FixedResponseConfig [FixedResponseActionConfig] <p>[Application Load Balancer] Information for creating an action that returns a custom HTTP response. Specify only when <code>Type</code> is <code>fixed-response</code>.</p>
-- * Type [ActionTypeEnum] <p>The type of action. Each rule must include exactly one of the following types of actions: <code>forward</code>, <code>fixed-response</code>, or <code>redirect</code>.</p>
-- * AuthenticateCognitoConfig [AuthenticateCognitoActionConfig] <p>[HTTPS listener] Information for using Amazon Cognito to authenticate users. Specify only when <code>Type</code> is <code>authenticate-cognito</code>.</p>
-- * AuthenticateOidcConfig [AuthenticateOidcActionConfig] <p>[HTTPS listener] Information about an identity provider that is compliant with OpenID Connect (OIDC). Specify only when <code>Type</code> is <code>authenticate-oidc</code>.</p>
-- * RedirectConfig [RedirectActionConfig] <p>[Application Load Balancer] Information for creating a redirect action. Specify only when <code>Type</code> is <code>redirect</code>.</p>
-- * Order [ActionOrder] <p>The order for the action. This value is required for rules with multiple actions. The action with the lowest value for order is performed first. The final action to be performed must be a <code>forward</code> or a <code>fixed-response</code> action.</p>
-- Required key: Type
-- @return Action structure as a key-value pair table
function M.Action(args)
assert(args, "You must provide an argument table when creating Action")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
["FixedResponseConfig"] = args["FixedResponseConfig"],
["Type"] = args["Type"],
["AuthenticateCognitoConfig"] = args["AuthenticateCognitoConfig"],
["AuthenticateOidcConfig"] = args["AuthenticateOidcConfig"],
["RedirectConfig"] = args["RedirectConfig"],
["Order"] = args["Order"],
}
asserts.AssertAction(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.PriorityInUseException = { nil }
function asserts.AssertPriorityInUseException(struct)
assert(struct)
assert(type(struct) == "table", "Expected PriorityInUseException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.PriorityInUseException[k], "PriorityInUseException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type PriorityInUseException
-- <p>The specified priority is in use.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return PriorityInUseException structure as a key-value pair table
function M.PriorityInUseException(args)
assert(args, "You must provide an argument table when creating PriorityInUseException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertPriorityInUseException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RegisterTargetsInput = { ["TargetGroupArn"] = true, ["Targets"] = true, nil }
function asserts.AssertRegisterTargetsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RegisterTargetsInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
assert(struct["Targets"], "Expected key Targets to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
if struct["Targets"] then asserts.AssertTargetDescriptions(struct["Targets"]) end
for k,_ in pairs(struct) do
assert(keys.RegisterTargetsInput[k], "RegisterTargetsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RegisterTargetsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- * Targets [TargetDescriptions] <p>The targets.</p>
-- Required key: TargetGroupArn
-- Required key: Targets
-- @return RegisterTargetsInput structure as a key-value pair table
function M.RegisterTargetsInput(args)
assert(args, "You must provide an argument table when creating RegisterTargetsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
["Targets"] = args["Targets"],
}
asserts.AssertRegisterTargetsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteTargetGroupInput = { ["TargetGroupArn"] = true, nil }
function asserts.AssertDeleteTargetGroupInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteTargetGroupInput to be of type 'table'")
assert(struct["TargetGroupArn"], "Expected key TargetGroupArn to exist in table")
if struct["TargetGroupArn"] then asserts.AssertTargetGroupArn(struct["TargetGroupArn"]) end
for k,_ in pairs(struct) do
assert(keys.DeleteTargetGroupInput[k], "DeleteTargetGroupInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteTargetGroupInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroupArn [TargetGroupArn] <p>The Amazon Resource Name (ARN) of the target group.</p>
-- Required key: TargetGroupArn
-- @return DeleteTargetGroupInput structure as a key-value pair table
function M.DeleteTargetGroupInput(args)
assert(args, "You must provide an argument table when creating DeleteTargetGroupInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroupArn"] = args["TargetGroupArn"],
}
asserts.AssertDeleteTargetGroupInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RuleNotFoundException = { nil }
function asserts.AssertRuleNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected RuleNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.RuleNotFoundException[k], "RuleNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RuleNotFoundException
-- <p>The specified rule does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return RuleNotFoundException structure as a key-value pair table
function M.RuleNotFoundException(args)
assert(args, "You must provide an argument table when creating RuleNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertRuleNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyTargetsException = { nil }
function asserts.AssertTooManyTargetsException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyTargetsException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyTargetsException[k], "TooManyTargetsException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyTargetsException
-- <p>You've reached the limit on the number of targets.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyTargetsException structure as a key-value pair table
function M.TooManyTargetsException(args)
assert(args, "You must provide an argument table when creating TooManyTargetsException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyTargetsException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.OperationNotPermittedException = { nil }
function asserts.AssertOperationNotPermittedException(struct)
assert(struct)
assert(type(struct) == "table", "Expected OperationNotPermittedException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.OperationNotPermittedException[k], "OperationNotPermittedException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type OperationNotPermittedException
-- <p>This operation is not allowed.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return OperationNotPermittedException structure as a key-value pair table
function M.OperationNotPermittedException(args)
assert(args, "You must provide an argument table when creating OperationNotPermittedException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertOperationNotPermittedException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AddTagsInput = { ["ResourceArns"] = true, ["Tags"] = true, nil }
function asserts.AssertAddTagsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected AddTagsInput to be of type 'table'")
assert(struct["ResourceArns"], "Expected key ResourceArns to exist in table")
assert(struct["Tags"], "Expected key Tags to exist in table")
if struct["ResourceArns"] then asserts.AssertResourceArns(struct["ResourceArns"]) end
if struct["Tags"] then asserts.AssertTagList(struct["Tags"]) end
for k,_ in pairs(struct) do
assert(keys.AddTagsInput[k], "AddTagsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AddTagsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ResourceArns [ResourceArns] <p>The Amazon Resource Name (ARN) of the resource.</p>
-- * Tags [TagList] <p>The tags. Each resource can have a maximum of 10 tags.</p>
-- Required key: ResourceArns
-- Required key: Tags
-- @return AddTagsInput structure as a key-value pair table
function M.AddTagsInput(args)
assert(args, "You must provide an argument table when creating AddTagsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ResourceArns"] = args["ResourceArns"],
["Tags"] = args["Tags"],
}
asserts.AssertAddTagsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.HealthUnavailableException = { nil }
function asserts.AssertHealthUnavailableException(struct)
assert(struct)
assert(type(struct) == "table", "Expected HealthUnavailableException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.HealthUnavailableException[k], "HealthUnavailableException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type HealthUnavailableException
-- <p>The health of the specified targets could not be retrieved due to an internal error.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return HealthUnavailableException structure as a key-value pair table
function M.HealthUnavailableException(args)
assert(args, "You must provide an argument table when creating HealthUnavailableException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertHealthUnavailableException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyRuleInput = { ["Conditions"] = true, ["RuleArn"] = true, ["Actions"] = true, nil }
function asserts.AssertModifyRuleInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyRuleInput to be of type 'table'")
assert(struct["RuleArn"], "Expected key RuleArn to exist in table")
if struct["Conditions"] then asserts.AssertRuleConditionList(struct["Conditions"]) end
if struct["RuleArn"] then asserts.AssertRuleArn(struct["RuleArn"]) end
if struct["Actions"] then asserts.AssertActions(struct["Actions"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyRuleInput[k], "ModifyRuleInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyRuleInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Conditions [RuleConditionList] <p>The conditions. Each condition specifies a field name and a single value.</p> <p>If the field name is <code>host-header</code>, you can specify a single host name (for example, my.example.com). A host name is case insensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>- .</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul> <p>If the field name is <code>path-pattern</code>, you can specify a single path pattern. A path pattern is case-sensitive, can be up to 128 characters in length, and can contain any of the following characters. You can include up to three wildcard characters.</p> <ul> <li> <p>A-Z, a-z, 0-9</p> </li> <li> <p>_ - . $ / ~ " ' @ : +</p> </li> <li> <p>& (using &amp;)</p> </li> <li> <p>* (matches 0 or more characters)</p> </li> <li> <p>? (matches exactly 1 character)</p> </li> </ul>
-- * RuleArn [RuleArn] <p>The Amazon Resource Name (ARN) of the rule.</p>
-- * Actions [Actions] <p>The actions.</p> <p>If the action type is <code>forward</code>, you can specify a single target group.</p> <p>If the action type is <code>authenticate-oidc</code>, you can use an identity provider that is OpenID Connect (OIDC) compliant to authenticate users as they access your application.</p> <p>If the action type is <code>authenticate-cognito</code>, you can use Amazon Cognito to authenticate users as they access your application.</p>
-- Required key: RuleArn
-- @return ModifyRuleInput structure as a key-value pair table
function M.ModifyRuleInput(args)
assert(args, "You must provide an argument table when creating ModifyRuleInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Conditions"] = args["Conditions"],
["RuleArn"] = args["RuleArn"],
["Actions"] = args["Actions"],
}
asserts.AssertModifyRuleInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TooManyTagsException = { nil }
function asserts.AssertTooManyTagsException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TooManyTagsException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TooManyTagsException[k], "TooManyTagsException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TooManyTagsException
-- <p>You've reached the limit on the number of tags per load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TooManyTagsException structure as a key-value pair table
function M.TooManyTagsException(args)
assert(args, "You must provide an argument table when creating TooManyTagsException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTooManyTagsException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeRulesOutput = { ["Rules"] = true, ["NextMarker"] = true, nil }
function asserts.AssertDescribeRulesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeRulesOutput to be of type 'table'")
if struct["Rules"] then asserts.AssertRules(struct["Rules"]) end
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeRulesOutput[k], "DescribeRulesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeRulesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Rules [Rules] <p>Information about the rules.</p>
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- @return DescribeRulesOutput structure as a key-value pair table
function M.DescribeRulesOutput(args)
assert(args, "You must provide an argument table when creating DescribeRulesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Rules"] = args["Rules"],
["NextMarker"] = args["NextMarker"],
}
asserts.AssertDescribeRulesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SSLPolicyNotFoundException = { nil }
function asserts.AssertSSLPolicyNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected SSLPolicyNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.SSLPolicyNotFoundException[k], "SSLPolicyNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SSLPolicyNotFoundException
-- <p>The specified SSL policy does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return SSLPolicyNotFoundException structure as a key-value pair table
function M.SSLPolicyNotFoundException(args)
assert(args, "You must provide an argument table when creating SSLPolicyNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertSSLPolicyNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DuplicateListenerException = { nil }
function asserts.AssertDuplicateListenerException(struct)
assert(struct)
assert(type(struct) == "table", "Expected DuplicateListenerException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DuplicateListenerException[k], "DuplicateListenerException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DuplicateListenerException
-- <p>A listener with the specified port already exists.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DuplicateListenerException structure as a key-value pair table
function M.DuplicateListenerException(args)
assert(args, "You must provide an argument table when creating DuplicateListenerException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDuplicateListenerException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTargetGroupsOutput = { ["NextMarker"] = true, ["TargetGroups"] = true, nil }
function asserts.AssertDescribeTargetGroupsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetGroupsOutput to be of type 'table'")
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
if struct["TargetGroups"] then asserts.AssertTargetGroups(struct["TargetGroups"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetGroupsOutput[k], "DescribeTargetGroupsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetGroupsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- * TargetGroups [TargetGroups] <p>Information about the target groups.</p>
-- @return DescribeTargetGroupsOutput structure as a key-value pair table
function M.DescribeTargetGroupsOutput(args)
assert(args, "You must provide an argument table when creating DescribeTargetGroupsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["NextMarker"] = args["NextMarker"],
["TargetGroups"] = args["TargetGroups"],
}
asserts.AssertDescribeTargetGroupsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyTargetGroupOutput = { ["TargetGroups"] = true, nil }
function asserts.AssertModifyTargetGroupOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyTargetGroupOutput to be of type 'table'")
if struct["TargetGroups"] then asserts.AssertTargetGroups(struct["TargetGroups"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyTargetGroupOutput[k], "ModifyTargetGroupOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyTargetGroupOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroups [TargetGroups] <p>Information about the modified target group.</p>
-- @return ModifyTargetGroupOutput structure as a key-value pair table
function M.ModifyTargetGroupOutput(args)
assert(args, "You must provide an argument table when creating ModifyTargetGroupOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroups"] = args["TargetGroups"],
}
asserts.AssertModifyTargetGroupOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyTargetGroupAttributesOutput = { ["Attributes"] = true, nil }
function asserts.AssertModifyTargetGroupAttributesOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyTargetGroupAttributesOutput to be of type 'table'")
if struct["Attributes"] then asserts.AssertTargetGroupAttributes(struct["Attributes"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyTargetGroupAttributesOutput[k], "ModifyTargetGroupAttributesOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyTargetGroupAttributesOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Attributes [TargetGroupAttributes] <p>Information about the attributes.</p>
-- @return ModifyTargetGroupAttributesOutput structure as a key-value pair table
function M.ModifyTargetGroupAttributesOutput(args)
assert(args, "You must provide an argument table when creating ModifyTargetGroupAttributesOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Attributes"] = args["Attributes"],
}
asserts.AssertModifyTargetGroupAttributesOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateTargetGroupOutput = { ["TargetGroups"] = true, nil }
function asserts.AssertCreateTargetGroupOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateTargetGroupOutput to be of type 'table'")
if struct["TargetGroups"] then asserts.AssertTargetGroups(struct["TargetGroups"]) end
for k,_ in pairs(struct) do
assert(keys.CreateTargetGroupOutput[k], "CreateTargetGroupOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateTargetGroupOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TargetGroups [TargetGroups] <p>Information about the target group.</p>
-- @return CreateTargetGroupOutput structure as a key-value pair table
function M.CreateTargetGroupOutput(args)
assert(args, "You must provide an argument table when creating CreateTargetGroupOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TargetGroups"] = args["TargetGroups"],
}
asserts.AssertCreateTargetGroupOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateListenerOutput = { ["Listeners"] = true, nil }
function asserts.AssertCreateListenerOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateListenerOutput to be of type 'table'")
if struct["Listeners"] then asserts.AssertListeners(struct["Listeners"]) end
for k,_ in pairs(struct) do
assert(keys.CreateListenerOutput[k], "CreateListenerOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateListenerOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Listeners [Listeners] <p>Information about the listener.</p>
-- @return CreateListenerOutput structure as a key-value pair table
function M.CreateListenerOutput(args)
assert(args, "You must provide an argument table when creating CreateListenerOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Listeners"] = args["Listeners"],
}
asserts.AssertCreateListenerOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.LoadBalancerAddress = { ["IpAddress"] = true, ["AllocationId"] = true, nil }
function asserts.AssertLoadBalancerAddress(struct)
assert(struct)
assert(type(struct) == "table", "Expected LoadBalancerAddress to be of type 'table'")
if struct["IpAddress"] then asserts.AssertIpAddress(struct["IpAddress"]) end
if struct["AllocationId"] then asserts.AssertAllocationId(struct["AllocationId"]) end
for k,_ in pairs(struct) do
assert(keys.LoadBalancerAddress[k], "LoadBalancerAddress contains unknown key " .. tostring(k))
end
end
--- Create a structure of type LoadBalancerAddress
-- <p>Information about a static IP address for a load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * IpAddress [IpAddress] <p>The static IP address.</p>
-- * AllocationId [AllocationId] <p>[Network Load Balancers] The allocation ID of the Elastic IP address.</p>
-- @return LoadBalancerAddress structure as a key-value pair table
function M.LoadBalancerAddress(args)
assert(args, "You must provide an argument table when creating LoadBalancerAddress")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["IpAddress"] = args["IpAddress"],
["AllocationId"] = args["AllocationId"],
}
asserts.AssertLoadBalancerAddress(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeRulesInput = { ["Marker"] = true, ["RuleArns"] = true, ["PageSize"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertDescribeRulesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeRulesInput to be of type 'table'")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["RuleArns"] then asserts.AssertRuleArns(struct["RuleArns"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeRulesInput[k], "DescribeRulesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeRulesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * RuleArns [RuleArns] <p>The Amazon Resource Names (ARN) of the rules.</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- @return DescribeRulesInput structure as a key-value pair table
function M.DescribeRulesInput(args)
assert(args, "You must provide an argument table when creating DescribeRulesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["RuleArns"] = args["RuleArns"],
["PageSize"] = args["PageSize"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertDescribeRulesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DeleteListenerOutput = { nil }
function asserts.AssertDeleteListenerOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DeleteListenerOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.DeleteListenerOutput[k], "DeleteListenerOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DeleteListenerOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return DeleteListenerOutput structure as a key-value pair table
function M.DeleteListenerOutput(args)
assert(args, "You must provide an argument table when creating DeleteListenerOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertDeleteListenerOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AddTagsOutput = { nil }
function asserts.AssertAddTagsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected AddTagsOutput to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.AddTagsOutput[k], "AddTagsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AddTagsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return AddTagsOutput structure as a key-value pair table
function M.AddTagsOutput(args)
assert(args, "You must provide an argument table when creating AddTagsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertAddTagsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTagsOutput = { ["TagDescriptions"] = true, nil }
function asserts.AssertDescribeTagsOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTagsOutput to be of type 'table'")
if struct["TagDescriptions"] then asserts.AssertTagDescriptions(struct["TagDescriptions"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTagsOutput[k], "DescribeTagsOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTagsOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TagDescriptions [TagDescriptions] <p>Information about the tags.</p>
-- @return DescribeTagsOutput structure as a key-value pair table
function M.DescribeTagsOutput(args)
assert(args, "You must provide an argument table when creating DescribeTagsOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TagDescriptions"] = args["TagDescriptions"],
}
asserts.AssertDescribeTagsOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.ModifyListenerOutput = { ["Listeners"] = true, nil }
function asserts.AssertModifyListenerOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected ModifyListenerOutput to be of type 'table'")
if struct["Listeners"] then asserts.AssertListeners(struct["Listeners"]) end
for k,_ in pairs(struct) do
assert(keys.ModifyListenerOutput[k], "ModifyListenerOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type ModifyListenerOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Listeners [Listeners] <p>Information about the modified listener.</p>
-- @return ModifyListenerOutput structure as a key-value pair table
function M.ModifyListenerOutput(args)
assert(args, "You must provide an argument table when creating ModifyListenerOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Listeners"] = args["Listeners"],
}
asserts.AssertModifyListenerOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetSubnetsInput = { ["SubnetMappings"] = true, ["Subnets"] = true, ["LoadBalancerArn"] = true, nil }
function asserts.AssertSetSubnetsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetSubnetsInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
if struct["SubnetMappings"] then asserts.AssertSubnetMappings(struct["SubnetMappings"]) end
if struct["Subnets"] then asserts.AssertSubnets(struct["Subnets"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.SetSubnetsInput[k], "SetSubnetsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetSubnetsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SubnetMappings [SubnetMappings] <p>The IDs of the public subnets. You must specify subnets from at least two Availability Zones. You can specify only one subnet per Availability Zone. You must specify either subnets or subnet mappings.</p> <p>You cannot specify Elastic IP addresses for your subnets.</p>
-- * Subnets [Subnets] <p>The IDs of the public subnets. You must specify subnets from at least two Availability Zones. You can specify only one subnet per Availability Zone. You must specify either subnets or subnet mappings.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- @return SetSubnetsInput structure as a key-value pair table
function M.SetSubnetsInput(args)
assert(args, "You must provide an argument table when creating SetSubnetsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SubnetMappings"] = args["SubnetMappings"],
["Subnets"] = args["Subnets"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertSetSubnetsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.LoadBalancerState = { ["Reason"] = true, ["Code"] = true, nil }
function asserts.AssertLoadBalancerState(struct)
assert(struct)
assert(type(struct) == "table", "Expected LoadBalancerState to be of type 'table'")
if struct["Reason"] then asserts.AssertStateReason(struct["Reason"]) end
if struct["Code"] then asserts.AssertLoadBalancerStateEnum(struct["Code"]) end
for k,_ in pairs(struct) do
assert(keys.LoadBalancerState[k], "LoadBalancerState contains unknown key " .. tostring(k))
end
end
--- Create a structure of type LoadBalancerState
-- <p>Information about the state of the load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Reason [StateReason] <p>A description of the state.</p>
-- * Code [LoadBalancerStateEnum] <p>The state code. The initial state of the load balancer is <code>provisioning</code>. After the load balancer is fully set up and ready to route traffic, its state is <code>active</code>. If the load balancer could not be set up, its state is <code>failed</code>.</p>
-- @return LoadBalancerState structure as a key-value pair table
function M.LoadBalancerState(args)
assert(args, "You must provide an argument table when creating LoadBalancerState")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Reason"] = args["Reason"],
["Code"] = args["Code"],
}
asserts.AssertLoadBalancerState(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetGroupAssociationLimitException = { nil }
function asserts.AssertTargetGroupAssociationLimitException(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetGroupAssociationLimitException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.TargetGroupAssociationLimitException[k], "TargetGroupAssociationLimitException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetGroupAssociationLimitException
-- <p>You've reached the limit on the number of load balancers per target group.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return TargetGroupAssociationLimitException structure as a key-value pair table
function M.TargetGroupAssociationLimitException(args)
assert(args, "You must provide an argument table when creating TargetGroupAssociationLimitException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertTargetGroupAssociationLimitException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.InvalidTargetException = { nil }
function asserts.AssertInvalidTargetException(struct)
assert(struct)
assert(type(struct) == "table", "Expected InvalidTargetException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.InvalidTargetException[k], "InvalidTargetException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type InvalidTargetException
-- <p>The specified target does not exist, is not in the same VPC as the target group, or has an unsupported instance type.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return InvalidTargetException structure as a key-value pair table
function M.InvalidTargetException(args)
assert(args, "You must provide an argument table when creating InvalidTargetException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertInvalidTargetException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SubnetMapping = { ["SubnetId"] = true, ["AllocationId"] = true, nil }
function asserts.AssertSubnetMapping(struct)
assert(struct)
assert(type(struct) == "table", "Expected SubnetMapping to be of type 'table'")
if struct["SubnetId"] then asserts.AssertSubnetId(struct["SubnetId"]) end
if struct["AllocationId"] then asserts.AssertAllocationId(struct["AllocationId"]) end
for k,_ in pairs(struct) do
assert(keys.SubnetMapping[k], "SubnetMapping contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SubnetMapping
-- <p>Information about a subnet mapping.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SubnetId [SubnetId] <p>The ID of the subnet.</p>
-- * AllocationId [AllocationId] <p>[Network Load Balancers] The allocation ID of the Elastic IP address.</p>
-- @return SubnetMapping structure as a key-value pair table
function M.SubnetMapping(args)
assert(args, "You must provide an argument table when creating SubnetMapping")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SubnetId"] = args["SubnetId"],
["AllocationId"] = args["AllocationId"],
}
asserts.AssertSubnetMapping(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetSecurityGroupsInput = { ["SecurityGroups"] = true, ["LoadBalancerArn"] = true, nil }
function asserts.AssertSetSecurityGroupsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetSecurityGroupsInput to be of type 'table'")
assert(struct["LoadBalancerArn"], "Expected key LoadBalancerArn to exist in table")
assert(struct["SecurityGroups"], "Expected key SecurityGroups to exist in table")
if struct["SecurityGroups"] then asserts.AssertSecurityGroups(struct["SecurityGroups"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
for k,_ in pairs(struct) do
assert(keys.SetSecurityGroupsInput[k], "SetSecurityGroupsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetSecurityGroupsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * SecurityGroups [SecurityGroups] <p>The IDs of the security groups.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- Required key: LoadBalancerArn
-- Required key: SecurityGroups
-- @return SetSecurityGroupsInput structure as a key-value pair table
function M.SetSecurityGroupsInput(args)
assert(args, "You must provide an argument table when creating SetSecurityGroupsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["SecurityGroups"] = args["SecurityGroups"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
}
asserts.AssertSetSecurityGroupsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.LoadBalancerAttribute = { ["Value"] = true, ["Key"] = true, nil }
function asserts.AssertLoadBalancerAttribute(struct)
assert(struct)
assert(type(struct) == "table", "Expected LoadBalancerAttribute to be of type 'table'")
if struct["Value"] then asserts.AssertLoadBalancerAttributeValue(struct["Value"]) end
if struct["Key"] then asserts.AssertLoadBalancerAttributeKey(struct["Key"]) end
for k,_ in pairs(struct) do
assert(keys.LoadBalancerAttribute[k], "LoadBalancerAttribute contains unknown key " .. tostring(k))
end
end
--- Create a structure of type LoadBalancerAttribute
-- <p>Information about a load balancer attribute.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Value [LoadBalancerAttributeValue] <p>The value of the attribute.</p>
-- * Key [LoadBalancerAttributeKey] <p>The name of the attribute.</p> <p>The following attributes are supported by both Application Load Balancers and Network Load Balancers:</p> <ul> <li> <p> <code>deletion_protection.enabled</code> - Indicates whether deletion protection is enabled. The value is <code>true</code> or <code>false</code>. The default is <code>false</code>.</p> </li> </ul> <p>The following attributes are supported by only Application Load Balancers:</p> <ul> <li> <p> <code>access_logs.s3.enabled</code> - Indicates whether access logs are enabled. The value is <code>true</code> or <code>false</code>. The default is <code>false</code>.</p> </li> <li> <p> <code>access_logs.s3.bucket</code> - The name of the S3 bucket for the access logs. This attribute is required if access logs are enabled. The bucket must exist in the same region as the load balancer and have a bucket policy that grants Elastic Load Balancing permissions to write to the bucket.</p> </li> <li> <p> <code>access_logs.s3.prefix</code> - The prefix for the location in the S3 bucket for the access logs.</p> </li> <li> <p> <code>idle_timeout.timeout_seconds</code> - The idle timeout value, in seconds. The valid range is 1-4000 seconds. The default is 60 seconds.</p> </li> <li> <p> <code>routing.http2.enabled</code> - Indicates whether HTTP/2 is enabled. The value is <code>true</code> or <code>false</code>. The default is <code>true</code>.</p> </li> </ul> <p>The following attributes are supported by only Network Load Balancers:</p> <ul> <li> <p> <code>load_balancing.cross_zone.enabled</code> - Indicates whether cross-zone load balancing is enabled. The value is <code>true</code> or <code>false</code>. The default is <code>false</code>.</p> </li> </ul>
-- @return LoadBalancerAttribute structure as a key-value pair table
function M.LoadBalancerAttribute(args)
assert(args, "You must provide an argument table when creating LoadBalancerAttribute")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Value"] = args["Value"],
["Key"] = args["Key"],
}
asserts.AssertLoadBalancerAttribute(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeTargetGroupsInput = { ["Marker"] = true, ["TargetGroupArns"] = true, ["LoadBalancerArn"] = true, ["Names"] = true, ["PageSize"] = true, nil }
function asserts.AssertDescribeTargetGroupsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeTargetGroupsInput to be of type 'table'")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["TargetGroupArns"] then asserts.AssertTargetGroupArns(struct["TargetGroupArns"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
if struct["Names"] then asserts.AssertTargetGroupNames(struct["Names"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeTargetGroupsInput[k], "DescribeTargetGroupsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeTargetGroupsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * TargetGroupArns [TargetGroupArns] <p>The Amazon Resource Names (ARN) of the target groups.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- * Names [TargetGroupNames] <p>The names of the target groups.</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- @return DescribeTargetGroupsInput structure as a key-value pair table
function M.DescribeTargetGroupsInput(args)
assert(args, "You must provide an argument table when creating DescribeTargetGroupsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["TargetGroupArns"] = args["TargetGroupArns"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
["Names"] = args["Names"],
["PageSize"] = args["PageSize"],
}
asserts.AssertDescribeTargetGroupsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeListenersOutput = { ["Listeners"] = true, ["NextMarker"] = true, nil }
function asserts.AssertDescribeListenersOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeListenersOutput to be of type 'table'")
if struct["Listeners"] then asserts.AssertListeners(struct["Listeners"]) end
if struct["NextMarker"] then asserts.AssertMarker(struct["NextMarker"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeListenersOutput[k], "DescribeListenersOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeListenersOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Listeners [Listeners] <p>Information about the listeners.</p>
-- * NextMarker [Marker] <p>The marker to use when requesting the next set of results. If there are no additional results, the string is empty.</p>
-- @return DescribeListenersOutput structure as a key-value pair table
function M.DescribeListenersOutput(args)
assert(args, "You must provide an argument table when creating DescribeListenersOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Listeners"] = args["Listeners"],
["NextMarker"] = args["NextMarker"],
}
asserts.AssertDescribeListenersOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RemoveTagsInput = { ["TagKeys"] = true, ["ResourceArns"] = true, nil }
function asserts.AssertRemoveTagsInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected RemoveTagsInput to be of type 'table'")
assert(struct["ResourceArns"], "Expected key ResourceArns to exist in table")
assert(struct["TagKeys"], "Expected key TagKeys to exist in table")
if struct["TagKeys"] then asserts.AssertTagKeys(struct["TagKeys"]) end
if struct["ResourceArns"] then asserts.AssertResourceArns(struct["ResourceArns"]) end
for k,_ in pairs(struct) do
assert(keys.RemoveTagsInput[k], "RemoveTagsInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RemoveTagsInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * TagKeys [TagKeys] <p>The tag keys for the tags to remove.</p>
-- * ResourceArns [ResourceArns] <p>The Amazon Resource Name (ARN) of the resource.</p>
-- Required key: ResourceArns
-- Required key: TagKeys
-- @return RemoveTagsInput structure as a key-value pair table
function M.RemoveTagsInput(args)
assert(args, "You must provide an argument table when creating RemoveTagsInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["TagKeys"] = args["TagKeys"],
["ResourceArns"] = args["ResourceArns"],
}
asserts.AssertRemoveTagsInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.Rule = { ["Priority"] = true, ["Conditions"] = true, ["RuleArn"] = true, ["IsDefault"] = true, ["Actions"] = true, nil }
function asserts.AssertRule(struct)
assert(struct)
assert(type(struct) == "table", "Expected Rule to be of type 'table'")
if struct["Priority"] then asserts.AssertString(struct["Priority"]) end
if struct["Conditions"] then asserts.AssertRuleConditionList(struct["Conditions"]) end
if struct["RuleArn"] then asserts.AssertRuleArn(struct["RuleArn"]) end
if struct["IsDefault"] then asserts.AssertIsDefault(struct["IsDefault"]) end
if struct["Actions"] then asserts.AssertActions(struct["Actions"]) end
for k,_ in pairs(struct) do
assert(keys.Rule[k], "Rule contains unknown key " .. tostring(k))
end
end
--- Create a structure of type Rule
-- <p>Information about a rule.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Priority [String] <p>The priority.</p>
-- * Conditions [RuleConditionList] <p>The conditions.</p>
-- * RuleArn [RuleArn] <p>The Amazon Resource Name (ARN) of the rule.</p>
-- * IsDefault [IsDefault] <p>Indicates whether this is the default rule.</p>
-- * Actions [Actions] <p>The actions.</p>
-- @return Rule structure as a key-value pair table
function M.Rule(args)
assert(args, "You must provide an argument table when creating Rule")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Priority"] = args["Priority"],
["Conditions"] = args["Conditions"],
["RuleArn"] = args["RuleArn"],
["IsDefault"] = args["IsDefault"],
["Actions"] = args["Actions"],
}
asserts.AssertRule(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.LoadBalancerNotFoundException = { nil }
function asserts.AssertLoadBalancerNotFoundException(struct)
assert(struct)
assert(type(struct) == "table", "Expected LoadBalancerNotFoundException to be of type 'table'")
for k,_ in pairs(struct) do
assert(keys.LoadBalancerNotFoundException[k], "LoadBalancerNotFoundException contains unknown key " .. tostring(k))
end
end
--- Create a structure of type LoadBalancerNotFoundException
-- <p>The specified load balancer does not exist.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- @return LoadBalancerNotFoundException structure as a key-value pair table
function M.LoadBalancerNotFoundException(args)
assert(args, "You must provide an argument table when creating LoadBalancerNotFoundException")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
}
asserts.AssertLoadBalancerNotFoundException(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.TargetDescription = { ["AvailabilityZone"] = true, ["Id"] = true, ["Port"] = true, nil }
function asserts.AssertTargetDescription(struct)
assert(struct)
assert(type(struct) == "table", "Expected TargetDescription to be of type 'table'")
assert(struct["Id"], "Expected key Id to exist in table")
if struct["AvailabilityZone"] then asserts.AssertZoneName(struct["AvailabilityZone"]) end
if struct["Id"] then asserts.AssertTargetId(struct["Id"]) end
if struct["Port"] then asserts.AssertPort(struct["Port"]) end
for k,_ in pairs(struct) do
assert(keys.TargetDescription[k], "TargetDescription contains unknown key " .. tostring(k))
end
end
--- Create a structure of type TargetDescription
-- <p>Information about a target.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * AvailabilityZone [ZoneName] <p>An Availability Zone or <code>all</code>. This determines whether the target receives traffic from the load balancer nodes in the specified Availability Zone or from all enabled Availability Zones for the load balancer.</p> <p>This parameter is not supported if the target type of the target group is <code>instance</code>. If the IP address is in a subnet of the VPC for the target group, the Availability Zone is automatically detected and this parameter is optional. If the IP address is outside the VPC, this parameter is required.</p> <p>With an Application Load Balancer, if the IP address is outside the VPC for the target group, the only supported value is <code>all</code>.</p>
-- * Id [TargetId] <p>The ID of the target. If the target type of the target group is <code>instance</code>, specify an instance ID. If the target type is <code>ip</code>, specify an IP address.</p>
-- * Port [Port] <p>The port on which the target is listening.</p>
-- Required key: Id
-- @return TargetDescription structure as a key-value pair table
function M.TargetDescription(args)
assert(args, "You must provide an argument table when creating TargetDescription")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["AvailabilityZone"] = args["AvailabilityZone"],
["Id"] = args["Id"],
["Port"] = args["Port"],
}
asserts.AssertTargetDescription(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.SetIpAddressTypeOutput = { ["IpAddressType"] = true, nil }
function asserts.AssertSetIpAddressTypeOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected SetIpAddressTypeOutput to be of type 'table'")
if struct["IpAddressType"] then asserts.AssertIpAddressType(struct["IpAddressType"]) end
for k,_ in pairs(struct) do
assert(keys.SetIpAddressTypeOutput[k], "SetIpAddressTypeOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type SetIpAddressTypeOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * IpAddressType [IpAddressType] <p>The IP address type.</p>
-- @return SetIpAddressTypeOutput structure as a key-value pair table
function M.SetIpAddressTypeOutput(args)
assert(args, "You must provide an argument table when creating SetIpAddressTypeOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["IpAddressType"] = args["IpAddressType"],
}
asserts.AssertSetIpAddressTypeOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.DescribeSSLPoliciesInput = { ["Marker"] = true, ["Names"] = true, ["PageSize"] = true, nil }
function asserts.AssertDescribeSSLPoliciesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected DescribeSSLPoliciesInput to be of type 'table'")
if struct["Marker"] then asserts.AssertMarker(struct["Marker"]) end
if struct["Names"] then asserts.AssertSslPolicyNames(struct["Names"]) end
if struct["PageSize"] then asserts.AssertPageSize(struct["PageSize"]) end
for k,_ in pairs(struct) do
assert(keys.DescribeSSLPoliciesInput[k], "DescribeSSLPoliciesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type DescribeSSLPoliciesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Marker [Marker] <p>The marker for the next set of results. (You received this marker from a previous call.)</p>
-- * Names [SslPolicyNames] <p>The names of the policies.</p>
-- * PageSize [PageSize] <p>The maximum number of results to return with this call.</p>
-- @return DescribeSSLPoliciesInput structure as a key-value pair table
function M.DescribeSSLPoliciesInput(args)
assert(args, "You must provide an argument table when creating DescribeSSLPoliciesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Marker"] = args["Marker"],
["Names"] = args["Names"],
["PageSize"] = args["PageSize"],
}
asserts.AssertDescribeSSLPoliciesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.AddListenerCertificatesInput = { ["Certificates"] = true, ["ListenerArn"] = true, nil }
function asserts.AssertAddListenerCertificatesInput(struct)
assert(struct)
assert(type(struct) == "table", "Expected AddListenerCertificatesInput to be of type 'table'")
assert(struct["ListenerArn"], "Expected key ListenerArn to exist in table")
assert(struct["Certificates"], "Expected key Certificates to exist in table")
if struct["Certificates"] then asserts.AssertCertificateList(struct["Certificates"]) end
if struct["ListenerArn"] then asserts.AssertListenerArn(struct["ListenerArn"]) end
for k,_ in pairs(struct) do
assert(keys.AddListenerCertificatesInput[k], "AddListenerCertificatesInput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type AddListenerCertificatesInput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Certificates [CertificateList] <p>The certificate to add. You can specify one certificate per call.</p>
-- * ListenerArn [ListenerArn] <p>The Amazon Resource Name (ARN) of the listener.</p>
-- Required key: ListenerArn
-- Required key: Certificates
-- @return AddListenerCertificatesInput structure as a key-value pair table
function M.AddListenerCertificatesInput(args)
assert(args, "You must provide an argument table when creating AddListenerCertificatesInput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Certificates"] = args["Certificates"],
["ListenerArn"] = args["ListenerArn"],
}
asserts.AssertAddListenerCertificatesInput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.RedirectActionConfig = { ["Protocol"] = true, ["Host"] = true, ["Query"] = true, ["Path"] = true, ["Port"] = true, ["StatusCode"] = true, nil }
function asserts.AssertRedirectActionConfig(struct)
assert(struct)
assert(type(struct) == "table", "Expected RedirectActionConfig to be of type 'table'")
assert(struct["StatusCode"], "Expected key StatusCode to exist in table")
if struct["Protocol"] then asserts.AssertRedirectActionProtocol(struct["Protocol"]) end
if struct["Host"] then asserts.AssertRedirectActionHost(struct["Host"]) end
if struct["Query"] then asserts.AssertRedirectActionQuery(struct["Query"]) end
if struct["Path"] then asserts.AssertRedirectActionPath(struct["Path"]) end
if struct["Port"] then asserts.AssertRedirectActionPort(struct["Port"]) end
if struct["StatusCode"] then asserts.AssertRedirectActionStatusCodeEnum(struct["StatusCode"]) end
for k,_ in pairs(struct) do
assert(keys.RedirectActionConfig[k], "RedirectActionConfig contains unknown key " .. tostring(k))
end
end
--- Create a structure of type RedirectActionConfig
-- <p>Information about a redirect action.</p> <p>A URI consists of the following components: protocol://hostname:port/path?query. You must modify at least one of the following components to avoid a redirect loop: protocol, hostname, port, or path. Any components that you do not modify retain their original values.</p> <p>You can reuse URI components using the following reserved keywords:</p> <ul> <li> <p>#{protocol}</p> </li> <li> <p>#{host}</p> </li> <li> <p>#{port}</p> </li> <li> <p>#{path} (the leading "/" is removed)</p> </li> <li> <p>#{query}</p> </li> </ul> <p>For example, you can change the path to "/new/#{path}", the hostname to "example.#{host}", or the query to "#{query}&value=xyz".</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Protocol [RedirectActionProtocol] <p>The protocol. You can specify HTTP, HTTPS, or #{protocol}. You can redirect HTTP to HTTP, HTTP to HTTPS, and HTTPS to HTTPS. You cannot redirect HTTPS to HTTP.</p>
-- * Host [RedirectActionHost] <p>The hostname. This component is not percent-encoded. The hostname can contain #{host}.</p>
-- * Query [RedirectActionQuery] <p>The query parameters, URL-encoded when necessary, but not percent-encoded. Do not include the leading "?", as it is automatically added. You can specify any of the reserved keywords.</p>
-- * Path [RedirectActionPath] <p>The absolute path, starting with the leading "/". This component is not percent-encoded. The path can contain #{host}, #{path}, and #{port}.</p>
-- * Port [RedirectActionPort] <p>The port. You can specify a value from 1 to 65535 or #{port}.</p>
-- * StatusCode [RedirectActionStatusCodeEnum] <p>The HTTP redirect code. The redirect is either permanent (HTTP 301) or temporary (HTTP 302).</p>
-- Required key: StatusCode
-- @return RedirectActionConfig structure as a key-value pair table
function M.RedirectActionConfig(args)
assert(args, "You must provide an argument table when creating RedirectActionConfig")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Protocol"] = args["Protocol"],
["Host"] = args["Host"],
["Query"] = args["Query"],
["Path"] = args["Path"],
["Port"] = args["Port"],
["StatusCode"] = args["StatusCode"],
}
asserts.AssertRedirectActionConfig(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.FixedResponseActionConfig = { ["ContentType"] = true, ["MessageBody"] = true, ["StatusCode"] = true, nil }
function asserts.AssertFixedResponseActionConfig(struct)
assert(struct)
assert(type(struct) == "table", "Expected FixedResponseActionConfig to be of type 'table'")
assert(struct["StatusCode"], "Expected key StatusCode to exist in table")
if struct["ContentType"] then asserts.AssertFixedResponseActionContentType(struct["ContentType"]) end
if struct["MessageBody"] then asserts.AssertFixedResponseActionMessage(struct["MessageBody"]) end
if struct["StatusCode"] then asserts.AssertFixedResponseActionStatusCode(struct["StatusCode"]) end
for k,_ in pairs(struct) do
assert(keys.FixedResponseActionConfig[k], "FixedResponseActionConfig contains unknown key " .. tostring(k))
end
end
--- Create a structure of type FixedResponseActionConfig
-- <p>Information about an action that returns a custom HTTP response.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * ContentType [FixedResponseActionContentType] <p>The content type.</p> <p>Valid Values: text/plain | text/css | text/html | application/javascript | application/json</p>
-- * MessageBody [FixedResponseActionMessage] <p>The message.</p>
-- * StatusCode [FixedResponseActionStatusCode] <p>The HTTP response code (2XX, 4XX, or 5XX).</p>
-- Required key: StatusCode
-- @return FixedResponseActionConfig structure as a key-value pair table
function M.FixedResponseActionConfig(args)
assert(args, "You must provide an argument table when creating FixedResponseActionConfig")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["ContentType"] = args["ContentType"],
["MessageBody"] = args["MessageBody"],
["StatusCode"] = args["StatusCode"],
}
asserts.AssertFixedResponseActionConfig(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.CreateRuleOutput = { ["Rules"] = true, nil }
function asserts.AssertCreateRuleOutput(struct)
assert(struct)
assert(type(struct) == "table", "Expected CreateRuleOutput to be of type 'table'")
if struct["Rules"] then asserts.AssertRules(struct["Rules"]) end
for k,_ in pairs(struct) do
assert(keys.CreateRuleOutput[k], "CreateRuleOutput contains unknown key " .. tostring(k))
end
end
--- Create a structure of type CreateRuleOutput
--
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * Rules [Rules] <p>Information about the rule.</p>
-- @return CreateRuleOutput structure as a key-value pair table
function M.CreateRuleOutput(args)
assert(args, "You must provide an argument table when creating CreateRuleOutput")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["Rules"] = args["Rules"],
}
asserts.AssertCreateRuleOutput(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
keys.LoadBalancer = { ["IpAddressType"] = true, ["VpcId"] = true, ["LoadBalancerArn"] = true, ["State"] = true, ["DNSName"] = true, ["SecurityGroups"] = true, ["LoadBalancerName"] = true, ["CreatedTime"] = true, ["Scheme"] = true, ["Type"] = true, ["CanonicalHostedZoneId"] = true, ["AvailabilityZones"] = true, nil }
function asserts.AssertLoadBalancer(struct)
assert(struct)
assert(type(struct) == "table", "Expected LoadBalancer to be of type 'table'")
if struct["IpAddressType"] then asserts.AssertIpAddressType(struct["IpAddressType"]) end
if struct["VpcId"] then asserts.AssertVpcId(struct["VpcId"]) end
if struct["LoadBalancerArn"] then asserts.AssertLoadBalancerArn(struct["LoadBalancerArn"]) end
if struct["State"] then asserts.AssertLoadBalancerState(struct["State"]) end
if struct["DNSName"] then asserts.AssertDNSName(struct["DNSName"]) end
if struct["SecurityGroups"] then asserts.AssertSecurityGroups(struct["SecurityGroups"]) end
if struct["LoadBalancerName"] then asserts.AssertLoadBalancerName(struct["LoadBalancerName"]) end
if struct["CreatedTime"] then asserts.AssertCreatedTime(struct["CreatedTime"]) end
if struct["Scheme"] then asserts.AssertLoadBalancerSchemeEnum(struct["Scheme"]) end
if struct["Type"] then asserts.AssertLoadBalancerTypeEnum(struct["Type"]) end
if struct["CanonicalHostedZoneId"] then asserts.AssertCanonicalHostedZoneId(struct["CanonicalHostedZoneId"]) end
if struct["AvailabilityZones"] then asserts.AssertAvailabilityZones(struct["AvailabilityZones"]) end
for k,_ in pairs(struct) do
assert(keys.LoadBalancer[k], "LoadBalancer contains unknown key " .. tostring(k))
end
end
--- Create a structure of type LoadBalancer
-- <p>Information about a load balancer.</p>
-- @param args Table with arguments in key-value form.
-- Valid keys:
-- * IpAddressType [IpAddressType] <p>The type of IP addresses used by the subnets for your load balancer. The possible values are <code>ipv4</code> (for IPv4 addresses) and <code>dualstack</code> (for IPv4 and IPv6 addresses).</p>
-- * VpcId [VpcId] <p>The ID of the VPC for the load balancer.</p>
-- * LoadBalancerArn [LoadBalancerArn] <p>The Amazon Resource Name (ARN) of the load balancer.</p>
-- * State [LoadBalancerState] <p>The state of the load balancer.</p>
-- * DNSName [DNSName] <p>The public DNS name of the load balancer.</p>
-- * SecurityGroups [SecurityGroups] <p>The IDs of the security groups for the load balancer.</p>
-- * LoadBalancerName [LoadBalancerName] <p>The name of the load balancer.</p>
-- * CreatedTime [CreatedTime] <p>The date and time the load balancer was created.</p>
-- * Scheme [LoadBalancerSchemeEnum] <p>The nodes of an Internet-facing load balancer have public IP addresses. The DNS name of an Internet-facing load balancer is publicly resolvable to the public IP addresses of the nodes. Therefore, Internet-facing load balancers can route requests from clients over the internet.</p> <p>The nodes of an internal load balancer have only private IP addresses. The DNS name of an internal load balancer is publicly resolvable to the private IP addresses of the nodes. Therefore, internal load balancers can only route requests from clients with access to the VPC for the load balancer.</p>
-- * Type [LoadBalancerTypeEnum] <p>The type of load balancer.</p>
-- * CanonicalHostedZoneId [CanonicalHostedZoneId] <p>The ID of the Amazon Route 53 hosted zone associated with the load balancer.</p>
-- * AvailabilityZones [AvailabilityZones] <p>The Availability Zones for the load balancer.</p>
-- @return LoadBalancer structure as a key-value pair table
function M.LoadBalancer(args)
assert(args, "You must provide an argument table when creating LoadBalancer")
local query_args = {
}
local uri_args = {
}
local header_args = {
}
local all_args = {
["IpAddressType"] = args["IpAddressType"],
["VpcId"] = args["VpcId"],
["LoadBalancerArn"] = args["LoadBalancerArn"],
["State"] = args["State"],
["DNSName"] = args["DNSName"],
["SecurityGroups"] = args["SecurityGroups"],
["LoadBalancerName"] = args["LoadBalancerName"],
["CreatedTime"] = args["CreatedTime"],
["Scheme"] = args["Scheme"],
["Type"] = args["Type"],
["CanonicalHostedZoneId"] = args["CanonicalHostedZoneId"],
["AvailabilityZones"] = args["AvailabilityZones"],
}
asserts.AssertLoadBalancer(all_args)
return {
all = all_args,
query = query_args,
uri = uri_args,
headers = header_args,
}
end
function asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamValue(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionAuthenticationRequestParamValue to be of type 'string'")
end
--
function M.AuthenticateCognitoActionAuthenticationRequestParamValue(str)
asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamValue(str)
return str
end
function asserts.AssertDNSName(str)
assert(str)
assert(type(str) == "string", "Expected DNSName to be of type 'string'")
end
--
function M.DNSName(str)
asserts.AssertDNSName(str)
return str
end
function asserts.AssertLoadBalancerSchemeEnum(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerSchemeEnum to be of type 'string'")
end
--
function M.LoadBalancerSchemeEnum(str)
asserts.AssertLoadBalancerSchemeEnum(str)
return str
end
function asserts.AssertTagKey(str)
assert(str)
assert(type(str) == "string", "Expected TagKey to be of type 'string'")
assert(#str <= 128, "Expected string to be max 128 characters")
assert(#str >= 1, "Expected string to be min 1 characters")
end
--
function M.TagKey(str)
asserts.AssertTagKey(str)
return str
end
function asserts.AssertPath(str)
assert(str)
assert(type(str) == "string", "Expected Path to be of type 'string'")
assert(#str <= 1024, "Expected string to be max 1024 characters")
assert(#str >= 1, "Expected string to be min 1 characters")
end
--
function M.Path(str)
asserts.AssertPath(str)
return str
end
function asserts.AssertConditionFieldName(str)
assert(str)
assert(type(str) == "string", "Expected ConditionFieldName to be of type 'string'")
assert(#str <= 64, "Expected string to be max 64 characters")
end
--
function M.ConditionFieldName(str)
asserts.AssertConditionFieldName(str)
return str
end
function asserts.AssertAuthenticateOidcActionTokenEndpoint(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionTokenEndpoint to be of type 'string'")
end
--
function M.AuthenticateOidcActionTokenEndpoint(str)
asserts.AssertAuthenticateOidcActionTokenEndpoint(str)
return str
end
function asserts.AssertTargetGroupArn(str)
assert(str)
assert(type(str) == "string", "Expected TargetGroupArn to be of type 'string'")
end
--
function M.TargetGroupArn(str)
asserts.AssertTargetGroupArn(str)
return str
end
function asserts.AssertIpAddressType(str)
assert(str)
assert(type(str) == "string", "Expected IpAddressType to be of type 'string'")
end
--
function M.IpAddressType(str)
asserts.AssertIpAddressType(str)
return str
end
function asserts.AssertTargetGroupAttributeKey(str)
assert(str)
assert(type(str) == "string", "Expected TargetGroupAttributeKey to be of type 'string'")
assert(#str <= 256, "Expected string to be max 256 characters")
end
--
function M.TargetGroupAttributeKey(str)
asserts.AssertTargetGroupAttributeKey(str)
return str
end
function asserts.AssertAuthenticateOidcActionUserInfoEndpoint(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionUserInfoEndpoint to be of type 'string'")
end
--
function M.AuthenticateOidcActionUserInfoEndpoint(str)
asserts.AssertAuthenticateOidcActionUserInfoEndpoint(str)
return str
end
function asserts.AssertLoadBalancerName(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerName to be of type 'string'")
end
--
function M.LoadBalancerName(str)
asserts.AssertLoadBalancerName(str)
return str
end
function asserts.AssertStringValue(str)
assert(str)
assert(type(str) == "string", "Expected StringValue to be of type 'string'")
end
--
function M.StringValue(str)
asserts.AssertStringValue(str)
return str
end
function asserts.AssertLoadBalancerAttributeValue(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerAttributeValue to be of type 'string'")
assert(#str <= 1024, "Expected string to be max 1024 characters")
end
--
function M.LoadBalancerAttributeValue(str)
asserts.AssertLoadBalancerAttributeValue(str)
return str
end
function asserts.AssertAuthenticateOidcActionAuthenticationRequestParamValue(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionAuthenticationRequestParamValue to be of type 'string'")
end
--
function M.AuthenticateOidcActionAuthenticationRequestParamValue(str)
asserts.AssertAuthenticateOidcActionAuthenticationRequestParamValue(str)
return str
end
function asserts.AssertFixedResponseActionMessage(str)
assert(str)
assert(type(str) == "string", "Expected FixedResponseActionMessage to be of type 'string'")
assert(#str <= 1024, "Expected string to be max 1024 characters")
end
--
function M.FixedResponseActionMessage(str)
asserts.AssertFixedResponseActionMessage(str)
return str
end
function asserts.AssertTargetHealthReasonEnum(str)
assert(str)
assert(type(str) == "string", "Expected TargetHealthReasonEnum to be of type 'string'")
end
--
function M.TargetHealthReasonEnum(str)
asserts.AssertTargetHealthReasonEnum(str)
return str
end
function asserts.AssertLoadBalancerAttributeKey(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerAttributeKey to be of type 'string'")
assert(#str <= 256, "Expected string to be max 256 characters")
end
--
function M.LoadBalancerAttributeKey(str)
asserts.AssertLoadBalancerAttributeKey(str)
return str
end
function asserts.AssertAuthenticateOidcActionIssuer(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionIssuer to be of type 'string'")
end
--
function M.AuthenticateOidcActionIssuer(str)
asserts.AssertAuthenticateOidcActionIssuer(str)
return str
end
function asserts.AssertTargetGroupAttributeValue(str)
assert(str)
assert(type(str) == "string", "Expected TargetGroupAttributeValue to be of type 'string'")
end
--
function M.TargetGroupAttributeValue(str)
asserts.AssertTargetGroupAttributeValue(str)
return str
end
function asserts.AssertString(str)
assert(str)
assert(type(str) == "string", "Expected String to be of type 'string'")
end
--
function M.String(str)
asserts.AssertString(str)
return str
end
function asserts.AssertResourceArn(str)
assert(str)
assert(type(str) == "string", "Expected ResourceArn to be of type 'string'")
end
--
function M.ResourceArn(str)
asserts.AssertResourceArn(str)
return str
end
function asserts.AssertZoneName(str)
assert(str)
assert(type(str) == "string", "Expected ZoneName to be of type 'string'")
end
--
function M.ZoneName(str)
asserts.AssertZoneName(str)
return str
end
function asserts.AssertSubnetId(str)
assert(str)
assert(type(str) == "string", "Expected SubnetId to be of type 'string'")
end
--
function M.SubnetId(str)
asserts.AssertSubnetId(str)
return str
end
function asserts.AssertTargetGroupName(str)
assert(str)
assert(type(str) == "string", "Expected TargetGroupName to be of type 'string'")
end
--
function M.TargetGroupName(str)
asserts.AssertTargetGroupName(str)
return str
end
function asserts.AssertAuthenticateCognitoActionSessionCookieName(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionSessionCookieName to be of type 'string'")
end
--
function M.AuthenticateCognitoActionSessionCookieName(str)
asserts.AssertAuthenticateCognitoActionSessionCookieName(str)
return str
end
function asserts.AssertMarker(str)
assert(str)
assert(type(str) == "string", "Expected Marker to be of type 'string'")
end
--
function M.Marker(str)
asserts.AssertMarker(str)
return str
end
function asserts.AssertTagValue(str)
assert(str)
assert(type(str) == "string", "Expected TagValue to be of type 'string'")
assert(#str <= 256, "Expected string to be max 256 characters")
end
--
function M.TagValue(str)
asserts.AssertTagValue(str)
return str
end
function asserts.AssertRedirectActionQuery(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionQuery to be of type 'string'")
assert(#str <= 128, "Expected string to be max 128 characters")
end
--
function M.RedirectActionQuery(str)
asserts.AssertRedirectActionQuery(str)
return str
end
function asserts.AssertCertificateArn(str)
assert(str)
assert(type(str) == "string", "Expected CertificateArn to be of type 'string'")
end
--
function M.CertificateArn(str)
asserts.AssertCertificateArn(str)
return str
end
function asserts.AssertRedirectActionHost(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionHost to be of type 'string'")
assert(#str <= 128, "Expected string to be max 128 characters")
assert(#str >= 1, "Expected string to be min 1 characters")
end
--
function M.RedirectActionHost(str)
asserts.AssertRedirectActionHost(str)
return str
end
function asserts.AssertRedirectActionProtocol(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionProtocol to be of type 'string'")
end
--
function M.RedirectActionProtocol(str)
asserts.AssertRedirectActionProtocol(str)
return str
end
function asserts.AssertSslProtocol(str)
assert(str)
assert(type(str) == "string", "Expected SslProtocol to be of type 'string'")
end
--
function M.SslProtocol(str)
asserts.AssertSslProtocol(str)
return str
end
function asserts.AssertTargetTypeEnum(str)
assert(str)
assert(type(str) == "string", "Expected TargetTypeEnum to be of type 'string'")
end
--
function M.TargetTypeEnum(str)
asserts.AssertTargetTypeEnum(str)
return str
end
function asserts.AssertAuthenticateCognitoActionUserPoolArn(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionUserPoolArn to be of type 'string'")
end
--
function M.AuthenticateCognitoActionUserPoolArn(str)
asserts.AssertAuthenticateCognitoActionUserPoolArn(str)
return str
end
function asserts.AssertAuthenticateCognitoActionUserPoolDomain(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionUserPoolDomain to be of type 'string'")
end
--
function M.AuthenticateCognitoActionUserPoolDomain(str)
asserts.AssertAuthenticateCognitoActionUserPoolDomain(str)
return str
end
function asserts.AssertActionTypeEnum(str)
assert(str)
assert(type(str) == "string", "Expected ActionTypeEnum to be of type 'string'")
end
--
function M.ActionTypeEnum(str)
asserts.AssertActionTypeEnum(str)
return str
end
function asserts.AssertAuthenticateCognitoActionUserPoolClientId(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionUserPoolClientId to be of type 'string'")
end
--
function M.AuthenticateCognitoActionUserPoolClientId(str)
asserts.AssertAuthenticateCognitoActionUserPoolClientId(str)
return str
end
function asserts.AssertFixedResponseActionContentType(str)
assert(str)
assert(type(str) == "string", "Expected FixedResponseActionContentType to be of type 'string'")
assert(#str <= 32, "Expected string to be max 32 characters")
end
--
function M.FixedResponseActionContentType(str)
asserts.AssertFixedResponseActionContentType(str)
return str
end
function asserts.AssertRedirectActionStatusCodeEnum(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionStatusCodeEnum to be of type 'string'")
end
--
function M.RedirectActionStatusCodeEnum(str)
asserts.AssertRedirectActionStatusCodeEnum(str)
return str
end
function asserts.AssertHealthCheckPort(str)
assert(str)
assert(type(str) == "string", "Expected HealthCheckPort to be of type 'string'")
end
--
function M.HealthCheckPort(str)
asserts.AssertHealthCheckPort(str)
return str
end
function asserts.AssertAuthenticateOidcActionAuthenticationRequestParamName(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionAuthenticationRequestParamName to be of type 'string'")
end
--
function M.AuthenticateOidcActionAuthenticationRequestParamName(str)
asserts.AssertAuthenticateOidcActionAuthenticationRequestParamName(str)
return str
end
function asserts.AssertRedirectActionPath(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionPath to be of type 'string'")
assert(#str <= 128, "Expected string to be max 128 characters")
assert(#str >= 1, "Expected string to be min 1 characters")
end
--
function M.RedirectActionPath(str)
asserts.AssertRedirectActionPath(str)
return str
end
function asserts.AssertAuthenticateOidcActionSessionCookieName(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionSessionCookieName to be of type 'string'")
end
--
function M.AuthenticateOidcActionSessionCookieName(str)
asserts.AssertAuthenticateOidcActionSessionCookieName(str)
return str
end
function asserts.AssertListenerArn(str)
assert(str)
assert(type(str) == "string", "Expected ListenerArn to be of type 'string'")
end
--
function M.ListenerArn(str)
asserts.AssertListenerArn(str)
return str
end
function asserts.AssertLoadBalancerArn(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerArn to be of type 'string'")
end
--
function M.LoadBalancerArn(str)
asserts.AssertLoadBalancerArn(str)
return str
end
function asserts.AssertHttpCode(str)
assert(str)
assert(type(str) == "string", "Expected HttpCode to be of type 'string'")
end
--
function M.HttpCode(str)
asserts.AssertHttpCode(str)
return str
end
function asserts.AssertAuthenticateOidcActionClientId(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionClientId to be of type 'string'")
end
--
function M.AuthenticateOidcActionClientId(str)
asserts.AssertAuthenticateOidcActionClientId(str)
return str
end
function asserts.AssertAuthenticateOidcActionClientSecret(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionClientSecret to be of type 'string'")
end
--
function M.AuthenticateOidcActionClientSecret(str)
asserts.AssertAuthenticateOidcActionClientSecret(str)
return str
end
function asserts.AssertAuthenticateCognitoActionConditionalBehaviorEnum(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionConditionalBehaviorEnum to be of type 'string'")
end
--
function M.AuthenticateCognitoActionConditionalBehaviorEnum(str)
asserts.AssertAuthenticateCognitoActionConditionalBehaviorEnum(str)
return str
end
function asserts.AssertRuleArn(str)
assert(str)
assert(type(str) == "string", "Expected RuleArn to be of type 'string'")
end
--
function M.RuleArn(str)
asserts.AssertRuleArn(str)
return str
end
function asserts.AssertAuthenticateOidcActionScope(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionScope to be of type 'string'")
end
--
function M.AuthenticateOidcActionScope(str)
asserts.AssertAuthenticateOidcActionScope(str)
return str
end
function asserts.AssertSecurityGroupId(str)
assert(str)
assert(type(str) == "string", "Expected SecurityGroupId to be of type 'string'")
end
--
function M.SecurityGroupId(str)
asserts.AssertSecurityGroupId(str)
return str
end
function asserts.AssertAuthenticateCognitoActionScope(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionScope to be of type 'string'")
end
--
function M.AuthenticateCognitoActionScope(str)
asserts.AssertAuthenticateCognitoActionScope(str)
return str
end
function asserts.AssertAuthenticateOidcActionAuthorizationEndpoint(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionAuthorizationEndpoint to be of type 'string'")
end
--
function M.AuthenticateOidcActionAuthorizationEndpoint(str)
asserts.AssertAuthenticateOidcActionAuthorizationEndpoint(str)
return str
end
function asserts.AssertIpAddress(str)
assert(str)
assert(type(str) == "string", "Expected IpAddress to be of type 'string'")
end
--
function M.IpAddress(str)
asserts.AssertIpAddress(str)
return str
end
function asserts.AssertAllocationId(str)
assert(str)
assert(type(str) == "string", "Expected AllocationId to be of type 'string'")
end
--
function M.AllocationId(str)
asserts.AssertAllocationId(str)
return str
end
function asserts.AssertAuthenticateOidcActionConditionalBehaviorEnum(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateOidcActionConditionalBehaviorEnum to be of type 'string'")
end
--
function M.AuthenticateOidcActionConditionalBehaviorEnum(str)
asserts.AssertAuthenticateOidcActionConditionalBehaviorEnum(str)
return str
end
function asserts.AssertDescription(str)
assert(str)
assert(type(str) == "string", "Expected Description to be of type 'string'")
end
--
function M.Description(str)
asserts.AssertDescription(str)
return str
end
function asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamName(str)
assert(str)
assert(type(str) == "string", "Expected AuthenticateCognitoActionAuthenticationRequestParamName to be of type 'string'")
end
--
function M.AuthenticateCognitoActionAuthenticationRequestParamName(str)
asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamName(str)
return str
end
function asserts.AssertTargetId(str)
assert(str)
assert(type(str) == "string", "Expected TargetId to be of type 'string'")
end
--
function M.TargetId(str)
asserts.AssertTargetId(str)
return str
end
function asserts.AssertCanonicalHostedZoneId(str)
assert(str)
assert(type(str) == "string", "Expected CanonicalHostedZoneId to be of type 'string'")
end
--
function M.CanonicalHostedZoneId(str)
asserts.AssertCanonicalHostedZoneId(str)
return str
end
function asserts.AssertTargetHealthStateEnum(str)
assert(str)
assert(type(str) == "string", "Expected TargetHealthStateEnum to be of type 'string'")
end
--
function M.TargetHealthStateEnum(str)
asserts.AssertTargetHealthStateEnum(str)
return str
end
function asserts.AssertLoadBalancerTypeEnum(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerTypeEnum to be of type 'string'")
end
--
function M.LoadBalancerTypeEnum(str)
asserts.AssertLoadBalancerTypeEnum(str)
return str
end
function asserts.AssertCipherName(str)
assert(str)
assert(type(str) == "string", "Expected CipherName to be of type 'string'")
end
--
function M.CipherName(str)
asserts.AssertCipherName(str)
return str
end
function asserts.AssertFixedResponseActionStatusCode(str)
assert(str)
assert(type(str) == "string", "Expected FixedResponseActionStatusCode to be of type 'string'")
end
--
function M.FixedResponseActionStatusCode(str)
asserts.AssertFixedResponseActionStatusCode(str)
return str
end
function asserts.AssertName(str)
assert(str)
assert(type(str) == "string", "Expected Name to be of type 'string'")
end
--
function M.Name(str)
asserts.AssertName(str)
return str
end
function asserts.AssertProtocolEnum(str)
assert(str)
assert(type(str) == "string", "Expected ProtocolEnum to be of type 'string'")
end
--
function M.ProtocolEnum(str)
asserts.AssertProtocolEnum(str)
return str
end
function asserts.AssertSslPolicyName(str)
assert(str)
assert(type(str) == "string", "Expected SslPolicyName to be of type 'string'")
end
--
function M.SslPolicyName(str)
asserts.AssertSslPolicyName(str)
return str
end
function asserts.AssertStateReason(str)
assert(str)
assert(type(str) == "string", "Expected StateReason to be of type 'string'")
end
--
function M.StateReason(str)
asserts.AssertStateReason(str)
return str
end
function asserts.AssertLoadBalancerStateEnum(str)
assert(str)
assert(type(str) == "string", "Expected LoadBalancerStateEnum to be of type 'string'")
end
--
function M.LoadBalancerStateEnum(str)
asserts.AssertLoadBalancerStateEnum(str)
return str
end
function asserts.AssertRedirectActionPort(str)
assert(str)
assert(type(str) == "string", "Expected RedirectActionPort to be of type 'string'")
end
--
function M.RedirectActionPort(str)
asserts.AssertRedirectActionPort(str)
return str
end
function asserts.AssertVpcId(str)
assert(str)
assert(type(str) == "string", "Expected VpcId to be of type 'string'")
end
--
function M.VpcId(str)
asserts.AssertVpcId(str)
return str
end
function asserts.AssertMax(str)
assert(str)
assert(type(str) == "string", "Expected Max to be of type 'string'")
end
--
function M.Max(str)
asserts.AssertMax(str)
return str
end
function asserts.AssertAuthenticateOidcActionSessionTimeout(long)
assert(long)
assert(type(long) == "number", "Expected AuthenticateOidcActionSessionTimeout to be of type 'number'")
assert(long % 1 == 0, "Expected a whole integer number")
end
function M.AuthenticateOidcActionSessionTimeout(long)
asserts.AssertAuthenticateOidcActionSessionTimeout(long)
return long
end
function asserts.AssertAuthenticateCognitoActionSessionTimeout(long)
assert(long)
assert(type(long) == "number", "Expected AuthenticateCognitoActionSessionTimeout to be of type 'number'")
assert(long % 1 == 0, "Expected a whole integer number")
end
function M.AuthenticateCognitoActionSessionTimeout(long)
asserts.AssertAuthenticateCognitoActionSessionTimeout(long)
return long
end
function asserts.AssertActionOrder(integer)
assert(integer)
assert(type(integer) == "number", "Expected ActionOrder to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 50000, "Expected integer to be max 50000")
assert(integer >= 1, "Expected integer to be min 1")
end
function M.ActionOrder(integer)
asserts.AssertActionOrder(integer)
return integer
end
function asserts.AssertHealthCheckThresholdCount(integer)
assert(integer)
assert(type(integer) == "number", "Expected HealthCheckThresholdCount to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 10, "Expected integer to be max 10")
assert(integer >= 2, "Expected integer to be min 2")
end
function M.HealthCheckThresholdCount(integer)
asserts.AssertHealthCheckThresholdCount(integer)
return integer
end
function asserts.AssertHealthCheckIntervalSeconds(integer)
assert(integer)
assert(type(integer) == "number", "Expected HealthCheckIntervalSeconds to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 300, "Expected integer to be max 300")
assert(integer >= 5, "Expected integer to be min 5")
end
function M.HealthCheckIntervalSeconds(integer)
asserts.AssertHealthCheckIntervalSeconds(integer)
return integer
end
function asserts.AssertPageSize(integer)
assert(integer)
assert(type(integer) == "number", "Expected PageSize to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 400, "Expected integer to be max 400")
assert(integer >= 1, "Expected integer to be min 1")
end
function M.PageSize(integer)
asserts.AssertPageSize(integer)
return integer
end
function asserts.AssertCipherPriority(integer)
assert(integer)
assert(type(integer) == "number", "Expected CipherPriority to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
end
function M.CipherPriority(integer)
asserts.AssertCipherPriority(integer)
return integer
end
function asserts.AssertHealthCheckTimeoutSeconds(integer)
assert(integer)
assert(type(integer) == "number", "Expected HealthCheckTimeoutSeconds to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 60, "Expected integer to be max 60")
assert(integer >= 2, "Expected integer to be min 2")
end
function M.HealthCheckTimeoutSeconds(integer)
asserts.AssertHealthCheckTimeoutSeconds(integer)
return integer
end
function asserts.AssertRulePriority(integer)
assert(integer)
assert(type(integer) == "number", "Expected RulePriority to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 50000, "Expected integer to be max 50000")
assert(integer >= 1, "Expected integer to be min 1")
end
function M.RulePriority(integer)
asserts.AssertRulePriority(integer)
return integer
end
function asserts.AssertPort(integer)
assert(integer)
assert(type(integer) == "number", "Expected Port to be of type 'number'")
assert(integer % 1 == 0, "Expected a while integer number")
assert(integer <= 65535, "Expected integer to be max 65535")
assert(integer >= 1, "Expected integer to be min 1")
end
function M.Port(integer)
asserts.AssertPort(integer)
return integer
end
function asserts.AssertIsDefault(boolean)
assert(boolean)
assert(type(boolean) == "boolean", "Expected IsDefault to be of type 'boolean'")
end
function M.IsDefault(boolean)
asserts.AssertIsDefault(boolean)
return boolean
end
function asserts.AssertDefault(boolean)
assert(boolean)
assert(type(boolean) == "boolean", "Expected Default to be of type 'boolean'")
end
function M.Default(boolean)
asserts.AssertDefault(boolean)
return boolean
end
function asserts.AssertAuthenticateCognitoActionAuthenticationRequestExtraParams(map)
assert(map)
assert(type(map) == "table", "Expected AuthenticateCognitoActionAuthenticationRequestExtraParams to be of type 'table'")
for k,v in pairs(map) do
asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamName(k)
asserts.AssertAuthenticateCognitoActionAuthenticationRequestParamValue(v)
end
end
function M.AuthenticateCognitoActionAuthenticationRequestExtraParams(map)
asserts.AssertAuthenticateCognitoActionAuthenticationRequestExtraParams(map)
return map
end
function asserts.AssertAuthenticateOidcActionAuthenticationRequestExtraParams(map)
assert(map)
assert(type(map) == "table", "Expected AuthenticateOidcActionAuthenticationRequestExtraParams to be of type 'table'")
for k,v in pairs(map) do
asserts.AssertAuthenticateOidcActionAuthenticationRequestParamName(k)
asserts.AssertAuthenticateOidcActionAuthenticationRequestParamValue(v)
end
end
function M.AuthenticateOidcActionAuthenticationRequestExtraParams(map)
asserts.AssertAuthenticateOidcActionAuthenticationRequestExtraParams(map)
return map
end
function asserts.AssertCreatedTime(timestamp)
assert(timestamp)
assert(type(timestamp) == "string", "Expected CreatedTime to be of type 'string'")
end
function M.CreatedTime(timestamp)
asserts.AssertCreatedTime(timestamp)
return timestamp
end
function asserts.AssertSslProtocols(list)
assert(list)
assert(type(list) == "table", "Expected SslProtocols to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSslProtocol(v)
end
end
--
-- List of SslProtocol objects
function M.SslProtocols(list)
asserts.AssertSslProtocols(list)
return list
end
function asserts.AssertTargetGroups(list)
assert(list)
assert(type(list) == "table", "Expected TargetGroups to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetGroup(v)
end
end
--
-- List of TargetGroup objects
function M.TargetGroups(list)
asserts.AssertTargetGroups(list)
return list
end
function asserts.AssertResourceArns(list)
assert(list)
assert(type(list) == "table", "Expected ResourceArns to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertResourceArn(v)
end
end
--
-- List of ResourceArn objects
function M.ResourceArns(list)
asserts.AssertResourceArns(list)
return list
end
function asserts.AssertTargetHealthDescriptions(list)
assert(list)
assert(type(list) == "table", "Expected TargetHealthDescriptions to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetHealthDescription(v)
end
end
--
-- List of TargetHealthDescription objects
function M.TargetHealthDescriptions(list)
asserts.AssertTargetHealthDescriptions(list)
return list
end
function asserts.AssertLoadBalancers(list)
assert(list)
assert(type(list) == "table", "Expected LoadBalancers to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertLoadBalancer(v)
end
end
--
-- List of LoadBalancer objects
function M.LoadBalancers(list)
asserts.AssertLoadBalancers(list)
return list
end
function asserts.AssertRuleConditionList(list)
assert(list)
assert(type(list) == "table", "Expected RuleConditionList to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertRuleCondition(v)
end
end
--
-- List of RuleCondition objects
function M.RuleConditionList(list)
asserts.AssertRuleConditionList(list)
return list
end
function asserts.AssertLoadBalancerAddresses(list)
assert(list)
assert(type(list) == "table", "Expected LoadBalancerAddresses to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertLoadBalancerAddress(v)
end
end
--
-- List of LoadBalancerAddress objects
function M.LoadBalancerAddresses(list)
asserts.AssertLoadBalancerAddresses(list)
return list
end
function asserts.AssertListeners(list)
assert(list)
assert(type(list) == "table", "Expected Listeners to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertListener(v)
end
end
--
-- List of Listener objects
function M.Listeners(list)
asserts.AssertListeners(list)
return list
end
function asserts.AssertTagDescriptions(list)
assert(list)
assert(type(list) == "table", "Expected TagDescriptions to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTagDescription(v)
end
end
--
-- List of TagDescription objects
function M.TagDescriptions(list)
asserts.AssertTagDescriptions(list)
return list
end
function asserts.AssertTargetGroupArns(list)
assert(list)
assert(type(list) == "table", "Expected TargetGroupArns to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetGroupArn(v)
end
end
--
-- List of TargetGroupArn objects
function M.TargetGroupArns(list)
asserts.AssertTargetGroupArns(list)
return list
end
function asserts.AssertLoadBalancerNames(list)
assert(list)
assert(type(list) == "table", "Expected LoadBalancerNames to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertLoadBalancerName(v)
end
end
--
-- List of LoadBalancerName objects
function M.LoadBalancerNames(list)
asserts.AssertLoadBalancerNames(list)
return list
end
function asserts.AssertListenerArns(list)
assert(list)
assert(type(list) == "table", "Expected ListenerArns to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertListenerArn(v)
end
end
--
-- List of ListenerArn objects
function M.ListenerArns(list)
asserts.AssertListenerArns(list)
return list
end
function asserts.AssertSubnets(list)
assert(list)
assert(type(list) == "table", "Expected Subnets to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSubnetId(v)
end
end
--
-- List of SubnetId objects
function M.Subnets(list)
asserts.AssertSubnets(list)
return list
end
function asserts.AssertTargetGroupAttributes(list)
assert(list)
assert(type(list) == "table", "Expected TargetGroupAttributes to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetGroupAttribute(v)
end
end
--
-- List of TargetGroupAttribute objects
function M.TargetGroupAttributes(list)
asserts.AssertTargetGroupAttributes(list)
return list
end
function asserts.AssertSubnetMappings(list)
assert(list)
assert(type(list) == "table", "Expected SubnetMappings to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSubnetMapping(v)
end
end
--
-- List of SubnetMapping objects
function M.SubnetMappings(list)
asserts.AssertSubnetMappings(list)
return list
end
function asserts.AssertRules(list)
assert(list)
assert(type(list) == "table", "Expected Rules to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertRule(v)
end
end
--
-- List of Rule objects
function M.Rules(list)
asserts.AssertRules(list)
return list
end
function asserts.AssertSslPolicies(list)
assert(list)
assert(type(list) == "table", "Expected SslPolicies to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSslPolicy(v)
end
end
--
-- List of SslPolicy objects
function M.SslPolicies(list)
asserts.AssertSslPolicies(list)
return list
end
function asserts.AssertTagKeys(list)
assert(list)
assert(type(list) == "table", "Expected TagKeys to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTagKey(v)
end
end
--
-- List of TagKey objects
function M.TagKeys(list)
asserts.AssertTagKeys(list)
return list
end
function asserts.AssertListOfString(list)
assert(list)
assert(type(list) == "table", "Expected ListOfString to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertStringValue(v)
end
end
--
-- List of StringValue objects
function M.ListOfString(list)
asserts.AssertListOfString(list)
return list
end
function asserts.AssertLimits(list)
assert(list)
assert(type(list) == "table", "Expected Limits to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertLimit(v)
end
end
--
-- List of Limit objects
function M.Limits(list)
asserts.AssertLimits(list)
return list
end
function asserts.AssertLoadBalancerAttributes(list)
assert(list)
assert(type(list) == "table", "Expected LoadBalancerAttributes to be of type ''table")
assert(#list <= 20, "Expected list to be contain 20 elements")
for _,v in ipairs(list) do
asserts.AssertLoadBalancerAttribute(v)
end
end
--
-- List of LoadBalancerAttribute objects
function M.LoadBalancerAttributes(list)
asserts.AssertLoadBalancerAttributes(list)
return list
end
function asserts.AssertRuleArns(list)
assert(list)
assert(type(list) == "table", "Expected RuleArns to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertRuleArn(v)
end
end
--
-- List of RuleArn objects
function M.RuleArns(list)
asserts.AssertRuleArns(list)
return list
end
function asserts.AssertSslPolicyNames(list)
assert(list)
assert(type(list) == "table", "Expected SslPolicyNames to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSslPolicyName(v)
end
end
--
-- List of SslPolicyName objects
function M.SslPolicyNames(list)
asserts.AssertSslPolicyNames(list)
return list
end
function asserts.AssertLoadBalancerArns(list)
assert(list)
assert(type(list) == "table", "Expected LoadBalancerArns to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertLoadBalancerArn(v)
end
end
--
-- List of LoadBalancerArn objects
function M.LoadBalancerArns(list)
asserts.AssertLoadBalancerArns(list)
return list
end
function asserts.AssertCertificateList(list)
assert(list)
assert(type(list) == "table", "Expected CertificateList to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertCertificate(v)
end
end
--
-- List of Certificate objects
function M.CertificateList(list)
asserts.AssertCertificateList(list)
return list
end
function asserts.AssertCiphers(list)
assert(list)
assert(type(list) == "table", "Expected Ciphers to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertCipher(v)
end
end
--
-- List of Cipher objects
function M.Ciphers(list)
asserts.AssertCiphers(list)
return list
end
function asserts.AssertSecurityGroups(list)
assert(list)
assert(type(list) == "table", "Expected SecurityGroups to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertSecurityGroupId(v)
end
end
--
-- List of SecurityGroupId objects
function M.SecurityGroups(list)
asserts.AssertSecurityGroups(list)
return list
end
function asserts.AssertTargetGroupNames(list)
assert(list)
assert(type(list) == "table", "Expected TargetGroupNames to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetGroupName(v)
end
end
--
-- List of TargetGroupName objects
function M.TargetGroupNames(list)
asserts.AssertTargetGroupNames(list)
return list
end
function asserts.AssertTargetDescriptions(list)
assert(list)
assert(type(list) == "table", "Expected TargetDescriptions to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertTargetDescription(v)
end
end
--
-- List of TargetDescription objects
function M.TargetDescriptions(list)
asserts.AssertTargetDescriptions(list)
return list
end
function asserts.AssertActions(list)
assert(list)
assert(type(list) == "table", "Expected Actions to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertAction(v)
end
end
--
-- List of Action objects
function M.Actions(list)
asserts.AssertActions(list)
return list
end
function asserts.AssertRulePriorityList(list)
assert(list)
assert(type(list) == "table", "Expected RulePriorityList to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertRulePriorityPair(v)
end
end
--
-- List of RulePriorityPair objects
function M.RulePriorityList(list)
asserts.AssertRulePriorityList(list)
return list
end
function asserts.AssertAvailabilityZones(list)
assert(list)
assert(type(list) == "table", "Expected AvailabilityZones to be of type ''table")
for _,v in ipairs(list) do
asserts.AssertAvailabilityZone(v)
end
end
--
-- List of AvailabilityZone objects
function M.AvailabilityZones(list)
asserts.AssertAvailabilityZones(list)
return list
end
function asserts.AssertTagList(list)
assert(list)
assert(type(list) == "table", "Expected TagList to be of type ''table")
assert(#list >= 1, "Expected list to be contain 1 elements")
for _,v in ipairs(list) do
asserts.AssertTag(v)
end
end
--
-- List of Tag objects
function M.TagList(list)
asserts.AssertTagList(list)
return list
end
local content_type = require "aws-sdk.core.content_type"
local request_headers = require "aws-sdk.core.request_headers"
local request_handlers = require "aws-sdk.core.request_handlers"
local settings = {}
local function endpoint_for_region(region, use_dualstack)
if not use_dualstack then
if region == "us-east-1" then
return "elasticloadbalancing.amazonaws.com"
end
end
local ss = { "elasticloadbalancing" }
if use_dualstack then
ss[#ss + 1] = "dualstack"
end
ss[#ss + 1] = region
ss[#ss + 1] = "amazonaws.com"
if region == "cn-north-1" then
ss[#ss + 1] = "cn"
end
return table.concat(ss, ".")
end
function M.init(config)
assert(config, "You must provide a config table")
assert(config.region, "You must provide a region in the config table")
settings.service = M.metadata.endpoint_prefix
settings.protocol = M.metadata.protocol
settings.region = config.region
settings.endpoint = config.endpoint_override or endpoint_for_region(config.region, config.use_dualstack)
settings.signature_version = M.metadata.signature_version
settings.uri = (config.scheme or "https") .. "://" .. settings.endpoint
end
--
-- OPERATIONS
--
--- Call RegisterTargets asynchronously, invoking a callback when done
-- @param RegisterTargetsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.RegisterTargetsAsync(RegisterTargetsInput, cb)
assert(RegisterTargetsInput, "You must provide a RegisterTargetsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".RegisterTargets",
}
for header,value in pairs(RegisterTargetsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", RegisterTargetsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call RegisterTargets synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param RegisterTargetsInput
-- @return response
-- @return error_type
-- @return error_message
function M.RegisterTargetsSync(RegisterTargetsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.RegisterTargetsAsync(RegisterTargetsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeSSLPolicies asynchronously, invoking a callback when done
-- @param DescribeSSLPoliciesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeSSLPoliciesAsync(DescribeSSLPoliciesInput, cb)
assert(DescribeSSLPoliciesInput, "You must provide a DescribeSSLPoliciesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeSSLPolicies",
}
for header,value in pairs(DescribeSSLPoliciesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeSSLPoliciesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeSSLPolicies synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeSSLPoliciesInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeSSLPoliciesSync(DescribeSSLPoliciesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeSSLPoliciesAsync(DescribeSSLPoliciesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call SetSecurityGroups asynchronously, invoking a callback when done
-- @param SetSecurityGroupsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.SetSecurityGroupsAsync(SetSecurityGroupsInput, cb)
assert(SetSecurityGroupsInput, "You must provide a SetSecurityGroupsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".SetSecurityGroups",
}
for header,value in pairs(SetSecurityGroupsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", SetSecurityGroupsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call SetSecurityGroups synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param SetSecurityGroupsInput
-- @return response
-- @return error_type
-- @return error_message
function M.SetSecurityGroupsSync(SetSecurityGroupsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.SetSecurityGroupsAsync(SetSecurityGroupsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call AddListenerCertificates asynchronously, invoking a callback when done
-- @param AddListenerCertificatesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.AddListenerCertificatesAsync(AddListenerCertificatesInput, cb)
assert(AddListenerCertificatesInput, "You must provide a AddListenerCertificatesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".AddListenerCertificates",
}
for header,value in pairs(AddListenerCertificatesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", AddListenerCertificatesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call AddListenerCertificates synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param AddListenerCertificatesInput
-- @return response
-- @return error_type
-- @return error_message
function M.AddListenerCertificatesSync(AddListenerCertificatesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.AddListenerCertificatesAsync(AddListenerCertificatesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DeleteListener asynchronously, invoking a callback when done
-- @param DeleteListenerInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DeleteListenerAsync(DeleteListenerInput, cb)
assert(DeleteListenerInput, "You must provide a DeleteListenerInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DeleteListener",
}
for header,value in pairs(DeleteListenerInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DeleteListenerInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DeleteListener synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DeleteListenerInput
-- @return response
-- @return error_type
-- @return error_message
function M.DeleteListenerSync(DeleteListenerInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DeleteListenerAsync(DeleteListenerInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call ModifyTargetGroup asynchronously, invoking a callback when done
-- @param ModifyTargetGroupInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.ModifyTargetGroupAsync(ModifyTargetGroupInput, cb)
assert(ModifyTargetGroupInput, "You must provide a ModifyTargetGroupInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".ModifyTargetGroup",
}
for header,value in pairs(ModifyTargetGroupInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", ModifyTargetGroupInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call ModifyTargetGroup synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param ModifyTargetGroupInput
-- @return response
-- @return error_type
-- @return error_message
function M.ModifyTargetGroupSync(ModifyTargetGroupInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.ModifyTargetGroupAsync(ModifyTargetGroupInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call CreateRule asynchronously, invoking a callback when done
-- @param CreateRuleInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.CreateRuleAsync(CreateRuleInput, cb)
assert(CreateRuleInput, "You must provide a CreateRuleInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".CreateRule",
}
for header,value in pairs(CreateRuleInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", CreateRuleInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call CreateRule synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param CreateRuleInput
-- @return response
-- @return error_type
-- @return error_message
function M.CreateRuleSync(CreateRuleInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.CreateRuleAsync(CreateRuleInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call SetRulePriorities asynchronously, invoking a callback when done
-- @param SetRulePrioritiesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.SetRulePrioritiesAsync(SetRulePrioritiesInput, cb)
assert(SetRulePrioritiesInput, "You must provide a SetRulePrioritiesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".SetRulePriorities",
}
for header,value in pairs(SetRulePrioritiesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", SetRulePrioritiesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call SetRulePriorities synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param SetRulePrioritiesInput
-- @return response
-- @return error_type
-- @return error_message
function M.SetRulePrioritiesSync(SetRulePrioritiesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.SetRulePrioritiesAsync(SetRulePrioritiesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call ModifyTargetGroupAttributes asynchronously, invoking a callback when done
-- @param ModifyTargetGroupAttributesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.ModifyTargetGroupAttributesAsync(ModifyTargetGroupAttributesInput, cb)
assert(ModifyTargetGroupAttributesInput, "You must provide a ModifyTargetGroupAttributesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".ModifyTargetGroupAttributes",
}
for header,value in pairs(ModifyTargetGroupAttributesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", ModifyTargetGroupAttributesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call ModifyTargetGroupAttributes synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param ModifyTargetGroupAttributesInput
-- @return response
-- @return error_type
-- @return error_message
function M.ModifyTargetGroupAttributesSync(ModifyTargetGroupAttributesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.ModifyTargetGroupAttributesAsync(ModifyTargetGroupAttributesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeLoadBalancerAttributes asynchronously, invoking a callback when done
-- @param DescribeLoadBalancerAttributesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeLoadBalancerAttributesAsync(DescribeLoadBalancerAttributesInput, cb)
assert(DescribeLoadBalancerAttributesInput, "You must provide a DescribeLoadBalancerAttributesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeLoadBalancerAttributes",
}
for header,value in pairs(DescribeLoadBalancerAttributesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeLoadBalancerAttributesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeLoadBalancerAttributes synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeLoadBalancerAttributesInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeLoadBalancerAttributesSync(DescribeLoadBalancerAttributesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeLoadBalancerAttributesAsync(DescribeLoadBalancerAttributesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call SetIpAddressType asynchronously, invoking a callback when done
-- @param SetIpAddressTypeInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.SetIpAddressTypeAsync(SetIpAddressTypeInput, cb)
assert(SetIpAddressTypeInput, "You must provide a SetIpAddressTypeInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".SetIpAddressType",
}
for header,value in pairs(SetIpAddressTypeInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", SetIpAddressTypeInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call SetIpAddressType synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param SetIpAddressTypeInput
-- @return response
-- @return error_type
-- @return error_message
function M.SetIpAddressTypeSync(SetIpAddressTypeInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.SetIpAddressTypeAsync(SetIpAddressTypeInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call RemoveListenerCertificates asynchronously, invoking a callback when done
-- @param RemoveListenerCertificatesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.RemoveListenerCertificatesAsync(RemoveListenerCertificatesInput, cb)
assert(RemoveListenerCertificatesInput, "You must provide a RemoveListenerCertificatesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".RemoveListenerCertificates",
}
for header,value in pairs(RemoveListenerCertificatesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", RemoveListenerCertificatesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call RemoveListenerCertificates synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param RemoveListenerCertificatesInput
-- @return response
-- @return error_type
-- @return error_message
function M.RemoveListenerCertificatesSync(RemoveListenerCertificatesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.RemoveListenerCertificatesAsync(RemoveListenerCertificatesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call ModifyListener asynchronously, invoking a callback when done
-- @param ModifyListenerInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.ModifyListenerAsync(ModifyListenerInput, cb)
assert(ModifyListenerInput, "You must provide a ModifyListenerInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".ModifyListener",
}
for header,value in pairs(ModifyListenerInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", ModifyListenerInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call ModifyListener synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param ModifyListenerInput
-- @return response
-- @return error_type
-- @return error_message
function M.ModifyListenerSync(ModifyListenerInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.ModifyListenerAsync(ModifyListenerInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DeleteLoadBalancer asynchronously, invoking a callback when done
-- @param DeleteLoadBalancerInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DeleteLoadBalancerAsync(DeleteLoadBalancerInput, cb)
assert(DeleteLoadBalancerInput, "You must provide a DeleteLoadBalancerInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DeleteLoadBalancer",
}
for header,value in pairs(DeleteLoadBalancerInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DeleteLoadBalancerInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DeleteLoadBalancer synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DeleteLoadBalancerInput
-- @return response
-- @return error_type
-- @return error_message
function M.DeleteLoadBalancerSync(DeleteLoadBalancerInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DeleteLoadBalancerAsync(DeleteLoadBalancerInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DeleteRule asynchronously, invoking a callback when done
-- @param DeleteRuleInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DeleteRuleAsync(DeleteRuleInput, cb)
assert(DeleteRuleInput, "You must provide a DeleteRuleInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DeleteRule",
}
for header,value in pairs(DeleteRuleInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DeleteRuleInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DeleteRule synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DeleteRuleInput
-- @return response
-- @return error_type
-- @return error_message
function M.DeleteRuleSync(DeleteRuleInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DeleteRuleAsync(DeleteRuleInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DeleteTargetGroup asynchronously, invoking a callback when done
-- @param DeleteTargetGroupInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DeleteTargetGroupAsync(DeleteTargetGroupInput, cb)
assert(DeleteTargetGroupInput, "You must provide a DeleteTargetGroupInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DeleteTargetGroup",
}
for header,value in pairs(DeleteTargetGroupInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DeleteTargetGroupInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DeleteTargetGroup synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DeleteTargetGroupInput
-- @return response
-- @return error_type
-- @return error_message
function M.DeleteTargetGroupSync(DeleteTargetGroupInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DeleteTargetGroupAsync(DeleteTargetGroupInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeTargetGroupAttributes asynchronously, invoking a callback when done
-- @param DescribeTargetGroupAttributesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeTargetGroupAttributesAsync(DescribeTargetGroupAttributesInput, cb)
assert(DescribeTargetGroupAttributesInput, "You must provide a DescribeTargetGroupAttributesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeTargetGroupAttributes",
}
for header,value in pairs(DescribeTargetGroupAttributesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeTargetGroupAttributesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeTargetGroupAttributes synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeTargetGroupAttributesInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeTargetGroupAttributesSync(DescribeTargetGroupAttributesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeTargetGroupAttributesAsync(DescribeTargetGroupAttributesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeLoadBalancers asynchronously, invoking a callback when done
-- @param DescribeLoadBalancersInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeLoadBalancersAsync(DescribeLoadBalancersInput, cb)
assert(DescribeLoadBalancersInput, "You must provide a DescribeLoadBalancersInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeLoadBalancers",
}
for header,value in pairs(DescribeLoadBalancersInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeLoadBalancersInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeLoadBalancers synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeLoadBalancersInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeLoadBalancersSync(DescribeLoadBalancersInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeLoadBalancersAsync(DescribeLoadBalancersInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeListeners asynchronously, invoking a callback when done
-- @param DescribeListenersInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeListenersAsync(DescribeListenersInput, cb)
assert(DescribeListenersInput, "You must provide a DescribeListenersInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeListeners",
}
for header,value in pairs(DescribeListenersInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeListenersInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeListeners synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeListenersInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeListenersSync(DescribeListenersInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeListenersAsync(DescribeListenersInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call RemoveTags asynchronously, invoking a callback when done
-- @param RemoveTagsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.RemoveTagsAsync(RemoveTagsInput, cb)
assert(RemoveTagsInput, "You must provide a RemoveTagsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".RemoveTags",
}
for header,value in pairs(RemoveTagsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", RemoveTagsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call RemoveTags synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param RemoveTagsInput
-- @return response
-- @return error_type
-- @return error_message
function M.RemoveTagsSync(RemoveTagsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.RemoveTagsAsync(RemoveTagsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call CreateListener asynchronously, invoking a callback when done
-- @param CreateListenerInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.CreateListenerAsync(CreateListenerInput, cb)
assert(CreateListenerInput, "You must provide a CreateListenerInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".CreateListener",
}
for header,value in pairs(CreateListenerInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", CreateListenerInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call CreateListener synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param CreateListenerInput
-- @return response
-- @return error_type
-- @return error_message
function M.CreateListenerSync(CreateListenerInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.CreateListenerAsync(CreateListenerInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call SetSubnets asynchronously, invoking a callback when done
-- @param SetSubnetsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.SetSubnetsAsync(SetSubnetsInput, cb)
assert(SetSubnetsInput, "You must provide a SetSubnetsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".SetSubnets",
}
for header,value in pairs(SetSubnetsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", SetSubnetsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call SetSubnets synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param SetSubnetsInput
-- @return response
-- @return error_type
-- @return error_message
function M.SetSubnetsSync(SetSubnetsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.SetSubnetsAsync(SetSubnetsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeTags asynchronously, invoking a callback when done
-- @param DescribeTagsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeTagsAsync(DescribeTagsInput, cb)
assert(DescribeTagsInput, "You must provide a DescribeTagsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeTags",
}
for header,value in pairs(DescribeTagsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeTagsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeTags synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeTagsInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeTagsSync(DescribeTagsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeTagsAsync(DescribeTagsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call ModifyRule asynchronously, invoking a callback when done
-- @param ModifyRuleInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.ModifyRuleAsync(ModifyRuleInput, cb)
assert(ModifyRuleInput, "You must provide a ModifyRuleInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".ModifyRule",
}
for header,value in pairs(ModifyRuleInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", ModifyRuleInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call ModifyRule synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param ModifyRuleInput
-- @return response
-- @return error_type
-- @return error_message
function M.ModifyRuleSync(ModifyRuleInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.ModifyRuleAsync(ModifyRuleInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call CreateTargetGroup asynchronously, invoking a callback when done
-- @param CreateTargetGroupInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.CreateTargetGroupAsync(CreateTargetGroupInput, cb)
assert(CreateTargetGroupInput, "You must provide a CreateTargetGroupInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".CreateTargetGroup",
}
for header,value in pairs(CreateTargetGroupInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", CreateTargetGroupInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call CreateTargetGroup synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param CreateTargetGroupInput
-- @return response
-- @return error_type
-- @return error_message
function M.CreateTargetGroupSync(CreateTargetGroupInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.CreateTargetGroupAsync(CreateTargetGroupInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call AddTags asynchronously, invoking a callback when done
-- @param AddTagsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.AddTagsAsync(AddTagsInput, cb)
assert(AddTagsInput, "You must provide a AddTagsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".AddTags",
}
for header,value in pairs(AddTagsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", AddTagsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call AddTags synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param AddTagsInput
-- @return response
-- @return error_type
-- @return error_message
function M.AddTagsSync(AddTagsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.AddTagsAsync(AddTagsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeTargetGroups asynchronously, invoking a callback when done
-- @param DescribeTargetGroupsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeTargetGroupsAsync(DescribeTargetGroupsInput, cb)
assert(DescribeTargetGroupsInput, "You must provide a DescribeTargetGroupsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeTargetGroups",
}
for header,value in pairs(DescribeTargetGroupsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeTargetGroupsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeTargetGroups synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeTargetGroupsInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeTargetGroupsSync(DescribeTargetGroupsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeTargetGroupsAsync(DescribeTargetGroupsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DeregisterTargets asynchronously, invoking a callback when done
-- @param DeregisterTargetsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DeregisterTargetsAsync(DeregisterTargetsInput, cb)
assert(DeregisterTargetsInput, "You must provide a DeregisterTargetsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DeregisterTargets",
}
for header,value in pairs(DeregisterTargetsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DeregisterTargetsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DeregisterTargets synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DeregisterTargetsInput
-- @return response
-- @return error_type
-- @return error_message
function M.DeregisterTargetsSync(DeregisterTargetsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DeregisterTargetsAsync(DeregisterTargetsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call ModifyLoadBalancerAttributes asynchronously, invoking a callback when done
-- @param ModifyLoadBalancerAttributesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.ModifyLoadBalancerAttributesAsync(ModifyLoadBalancerAttributesInput, cb)
assert(ModifyLoadBalancerAttributesInput, "You must provide a ModifyLoadBalancerAttributesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".ModifyLoadBalancerAttributes",
}
for header,value in pairs(ModifyLoadBalancerAttributesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", ModifyLoadBalancerAttributesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call ModifyLoadBalancerAttributes synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param ModifyLoadBalancerAttributesInput
-- @return response
-- @return error_type
-- @return error_message
function M.ModifyLoadBalancerAttributesSync(ModifyLoadBalancerAttributesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.ModifyLoadBalancerAttributesAsync(ModifyLoadBalancerAttributesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeRules asynchronously, invoking a callback when done
-- @param DescribeRulesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeRulesAsync(DescribeRulesInput, cb)
assert(DescribeRulesInput, "You must provide a DescribeRulesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeRules",
}
for header,value in pairs(DescribeRulesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeRulesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeRules synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeRulesInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeRulesSync(DescribeRulesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeRulesAsync(DescribeRulesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeListenerCertificates asynchronously, invoking a callback when done
-- @param DescribeListenerCertificatesInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeListenerCertificatesAsync(DescribeListenerCertificatesInput, cb)
assert(DescribeListenerCertificatesInput, "You must provide a DescribeListenerCertificatesInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeListenerCertificates",
}
for header,value in pairs(DescribeListenerCertificatesInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeListenerCertificatesInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeListenerCertificates synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeListenerCertificatesInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeListenerCertificatesSync(DescribeListenerCertificatesInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeListenerCertificatesAsync(DescribeListenerCertificatesInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeTargetHealth asynchronously, invoking a callback when done
-- @param DescribeTargetHealthInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeTargetHealthAsync(DescribeTargetHealthInput, cb)
assert(DescribeTargetHealthInput, "You must provide a DescribeTargetHealthInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeTargetHealth",
}
for header,value in pairs(DescribeTargetHealthInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeTargetHealthInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeTargetHealth synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeTargetHealthInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeTargetHealthSync(DescribeTargetHealthInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeTargetHealthAsync(DescribeTargetHealthInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call CreateLoadBalancer asynchronously, invoking a callback when done
-- @param CreateLoadBalancerInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.CreateLoadBalancerAsync(CreateLoadBalancerInput, cb)
assert(CreateLoadBalancerInput, "You must provide a CreateLoadBalancerInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".CreateLoadBalancer",
}
for header,value in pairs(CreateLoadBalancerInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", CreateLoadBalancerInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call CreateLoadBalancer synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param CreateLoadBalancerInput
-- @return response
-- @return error_type
-- @return error_message
function M.CreateLoadBalancerSync(CreateLoadBalancerInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.CreateLoadBalancerAsync(CreateLoadBalancerInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
--- Call DescribeAccountLimits asynchronously, invoking a callback when done
-- @param DescribeAccountLimitsInput
-- @param cb Callback function accepting three args: response, error_type, error_message
function M.DescribeAccountLimitsAsync(DescribeAccountLimitsInput, cb)
assert(DescribeAccountLimitsInput, "You must provide a DescribeAccountLimitsInput")
local headers = {
[request_headers.CONTENT_TYPE_HEADER] = content_type.from_protocol(M.metadata.protocol, M.metadata.json_version),
[request_headers.AMZ_TARGET_HEADER] = ".DescribeAccountLimits",
}
for header,value in pairs(DescribeAccountLimitsInput.headers) do
headers[header] = value
end
local request_handler, err = request_handlers.from_protocol_and_method("query", "POST")
if request_handler then
request_handler(settings.uri, "/", DescribeAccountLimitsInput, headers, settings, cb)
else
cb(false, err)
end
end
--- Call DescribeAccountLimits synchronously, returning when done
-- This assumes that the function is called from within a coroutine
-- @param DescribeAccountLimitsInput
-- @return response
-- @return error_type
-- @return error_message
function M.DescribeAccountLimitsSync(DescribeAccountLimitsInput, ...)
local co = coroutine.running()
assert(co, "You must call this function from within a coroutine")
M.DescribeAccountLimitsAsync(DescribeAccountLimitsInput, function(response, error_type, error_message)
assert(coroutine.resume(co, response, error_type, error_message))
end)
return coroutine.yield()
end
return M
|
include( "admin_buttons.lua" )
local PANEL = {}
/*---------------------------------------------------------
Name: PerformLayout
---------------------------------------------------------*/
function PANEL:Init()
self.InfoLabels = {}
self.InfoLabels[ 1 ] = {}
self.InfoLabels[ 2 ] = {}
self.btnBan = vgui.Create( "PlayerBanButton", self )
self.btnPBan = vgui.Create( "PlayerPermBanButton", self )
self.btnSpectate = vgui.Create( "PlayerSpectateButton", self )
self.btnBlacklist = vgui.Create( "PlayerBlacklistButton", self )
self.btnRename = vgui.Create( "PlayerForceRenameButton", self )
self.btnSlay = vgui.Create( "PlayerSlayButton", self )
self.btnBlacklistFromSerious = vgui.Create( "PlayerBlacklistFromSeriousButton", self )
self.scrollerTime = vgui.Create( "DNumSlider", self )
self.scrollerTime:SetDecimals(0);
self.scrollerTime:SetValue(24);
self.scrollerTime:SetMin(0);
self.scrollerTime:SetMax(720);
self.scrollerTime:SetText("Punishment Time ( Hours )");
end
/*---------------------------------------------------------
Name: PerformLayout
---------------------------------------------------------*/
function PANEL:SetInfo( column, k, v )
if ( !v || v == "" ) then v = "N/A" end
if ( !self.InfoLabels[ column ][ k ] ) then
self.InfoLabels[ column ][ k ] = {}
self.InfoLabels[ column ][ k ].Key = vgui.Create( "Label", self )
self.InfoLabels[ column ][ k ].Value = vgui.Create( "Label", self )
self.InfoLabels[ column ][ k ].Key:SetText( k )
self:InvalidateLayout()
end
self.InfoLabels[ column ][ k ].Value:SetText( v )
return true
end
/*---------------------------------------------------------
Name: UpdatePlayerData
---------------------------------------------------------*/
function PANEL:SetPlayer( ply )
self.Player = ply
self:UpdatePlayerData()
end
/*---------------------------------------------------------
Name: UpdatePlayerData
---------------------------------------------------------*/
local titles = {};
titles[0] = "Owner";
titles[1] = "Super Admin";
titles[2] = "Admin";
titles[3] = "Mod";
titles[4] = "Administrator";
titles[10] = "Trial Administrator";
titles[97] = "Diamond VIP";
titles[98] = "Gold VIP";
titles[99] = "Silver VIP";
titles[100] = "Bronze VIP";
titles[200] = "Guest";
titles[255] = "Banned";
local IDsToClass = {};
IDsToClass[TEAM_CITIZEN] = "Citizen";
IDsToClass[TEAM_POLICE] = "Police Officer";
IDsToClass[TEAM_SECRET_SERVICE] = "SS Agent";
IDsToClass[TEAM_SWAT] = "SWAT Officer";
IDsToClass[TEAM_MAYOR] = "Mayor";
IDsToClass[TEAM_FIREMAN] = "Fireman";
IDsToClass[TEAM_MEDIC] = "Medic";
IDsToClass[TEAM_DISPATCHER] = "Dispatch";
IDsToClass[TEAM_ROADCREW] = "Road Crew";
IDsToClass[TEAM_BUSDRIVER] = "Bus Driver";
function PANEL:UpdatePlayerData()
if (!self.Player) then return end
if ( !self.Player:IsValid() ) then return end
self:SetInfo( 1, "SteamID:", self.Player:SteamID())
self:SetInfo( 1, "UniqueID:", self.Player:UniqueID() )
self:SetInfo( 1, "Steam Name:", self.Player:Nick() )
self:SetInfo( 1, "RP Name:", self.Player:GetRPName() )
if (titles[self.Player:GetAccessLevel()]) then
self:SetInfo(1, "Position: ", titles[self.Player:GetAccessLevel()]);
if (self.Player:SteamID() == "STEAM_0:0") then
self:SetInfo(1, "Position: ", "Programmer");
end;
else
self:SetInfo(1, "Position: ", "Unknown Access");
end
if (self.Player:Team() && IDsToClass[self.Player:Team()]) then
self:SetInfo(1, "Class: ", IDsToClass[self.Player:Team()]);
else
self:SetInfo(1, "Class: ", "Unknown Class");
end
self:InvalidateLayout()
end
/*---------------------------------------------------------
Name: PerformLayout
---------------------------------------------------------*/
function PANEL:ApplySchemeSettings()
for _k, column in pairs( self.InfoLabels ) do
for k, v in pairs( column ) do
v.Key:SetFGColor( 0, 0, 0, 100 )
v.Value:SetFGColor( 0, 70, 0, 200 )
end
end
end
/*---------------------------------------------------------
Name: PerformLayout
---------------------------------------------------------*/
function PANEL:Think()
if ( self.PlayerUpdate && self.PlayerUpdate > CurTime() ) then return end
self.PlayerUpdate = CurTime() + 0.25
self:UpdatePlayerData()
self.scrollerTime:SetText("Punishment Time ( Hours; 0 = Perm ) - " .. (self.scrollerTime:GetValue() / 24) .. " Days");
end
/*---------------------------------------------------------
Name: PerformLayout
---------------------------------------------------------*/
function PANEL:PerformLayout()
local x = 5
for colnum, column in pairs( self.InfoLabels ) do
local y = 0
local RightMost = 0
for k, v in pairs( column ) do
v.Key:SetPos( x, y )
v.Key:SizeToContents()
v.Value:SetPos( x + 70 , y )
v.Value:SizeToContents()
y = y + v.Key:GetTall() + 2
RightMost = math.max( RightMost, v.Value.x + v.Value:GetWide() )
end
//x = RightMost + 10
x = x + 300
end
if ( !self.Player || !LocalPlayer():IsAdmin() ) then
self.btnBan:SetVisible( false )
self.btnPBan:SetVisible( false )
self.btnSpectate:SetVisible( false )
self.btnBlacklist:SetVisible( false )
self.btnBlacklistFromSerious:SetVisible( false )
self.btnRename:SetVisible( false )
else
self.btnBan:SetVisible( true )
self.btnSpectate:SetVisible( true )
self.btnBlacklist:SetVisible( true )
self.btnBlacklistFromSerious:SetVisible( true )
self.btnRename:SetVisible( true )
local sizeOButton = 60;
self.btnBlacklistFromSerious:SetPos( self:GetWide() - (sizeOButton + 4) * 5, 80 )
self.btnBlacklistFromSerious:SetSize( sizeOButton, 20 )
self.btnRename:SetPos( self:GetWide() - (sizeOButton + 4) * 6, 80 )
self.btnRename:SetSize( sizeOButton, 20 )
self.btnBlacklist:SetPos( self:GetWide() - (sizeOButton + 4) * 4, 80 )
self.btnBlacklist:SetSize( sizeOButton, 20 )
self.btnSpectate:SetPos( self:GetWide() - (sizeOButton + 4) * 3, 80 )
self.btnSpectate:SetSize( sizeOButton, 20 )
self.btnBan:SetPos( self:GetWide() - (sizeOButton + 4) * 2, 80 )
self.btnBan:SetSize( sizeOButton, 20 )
self.btnSlay:SetPos( self:GetWide() - (sizeOButton + 4) * 7, 80 )
self.btnSlay:SetSize( sizeOButton, 20 )
if (LocalPlayer():IsSuperAdmin()) then
self.btnPBan:SetPos( self:GetWide() - (sizeOButton + 4) * 8, 80 )
self.btnPBan:SetSize( sizeOButton, 20 )
self.btnPBan:SetVisible( true )
else
self.btnPBan:SetVisible( false )
end
end
self.scrollerTime:SetPos(self:GetWide() - 305, 5);
self.scrollerTime:SetSize(300, 30);
end
function PANEL:Paint()
return true
end
vgui.Register( "ScorePlayerInfoCard", PANEL, "Panel" )
|
require 'cutorch'
require 'ctc'
t = torch.randn(100000):cuda()
t2 = torch.randn(100000)
timer = torch.Timer()
last = 0
for i = 1, (#t)[1] do
t[i] = t[i] + 1
end
now = timer:time().real
print(now - last)
last = now
for i = 1, (#t2)[1] do
t2[i] = t2[i] + 1
end
now = timer:time().real
print(now - last)
last = now
t3 = t:float()
for i = 1, (#t3)[1] do
t3[i] = t3[i] + 1
end
now = timer:time().real
print(now - last)
last = now
print(t3)
|
--
-- Licensed to the Apache Software Foundation (ASF) under one or more
-- contributor license agreements. See the NOTICE file distributed with
-- this work for additional information regarding copyright ownership.
-- The ASF licenses this file to You 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.
--
local core = require("apisix.core")
local binaryHeap = require("binaryheap")
local ipairs = ipairs
local pairs = pairs
local _M = {}
local function least_score(a, b)
return a.score < b.score
end
function _M.new(up_nodes, upstream)
local servers_heap = binaryHeap.minUnique(least_score)
for server, weight in pairs(up_nodes) do
local score = 1 / weight
-- Note: the argument order of insert is different from others
servers_heap:insert({
server = server,
effect_weight = 1 / weight,
score = score,
}, server)
end
return {
upstream = upstream,
get = function (ctx)
local server, info, err
if ctx.balancer_tried_servers then
local tried_server_list = {}
while true do
server, info = servers_heap:peek()
if server == nil then
err = "all upstream servers tried"
break
end
if not ctx.balancer_tried_servers[server] then
break
end
servers_heap:pop()
core.table.insert(tried_server_list, info)
end
for _, info in ipairs(tried_server_list) do
servers_heap:insert(info, info.server)
end
else
server, info = servers_heap:peek()
end
if not server then
return nil, err
end
info.score = info.score + info.effect_weight
servers_heap:update(server, info)
return server
end,
after_balance = function (ctx, before_retry)
local server = ctx.balancer_server
local info = servers_heap:valueByPayload(server)
info.score = info.score - info.effect_weight
servers_heap:update(server, info)
if not before_retry then
if ctx.balancer_tried_servers then
core.tablepool.release("balancer_tried_servers", ctx.balancer_tried_servers)
ctx.balancer_tried_servers = nil
end
return nil
end
if not ctx.balancer_tried_servers then
ctx.balancer_tried_servers = core.tablepool.fetch("balancer_tried_servers", 0, 2)
end
ctx.balancer_tried_servers[server] = true
end
}
end
return _M
|
local GeometricEncoder = torch.class('unsup.GeometricEncoder','unsup.UnsupModule')
function GeometricEncoder:__init(encoder, decoder, beta)
self.encoder = encoder:cuda()
self.decoder = decoder:cuda()
self.beta = beta
self.loss = nn.MSECriterion():cuda()
self.loss.sizeAverage = false
end
function GeometricEncoder:parameters()
local seq = nn.Sequential()
seq:add(self.encoder)
seq:add(self.decoder)
return seq:parameters()
end
function GeometricEncoder:initDiagHessianParameters()
self.encoder:initDiagHessianParameters()
self.decoder:initDiagHessianParameters()
end
function GeometricEncoder:reset(stdv)
self.decoder:reset(stdv)
self.encoder:reset(stdv)
end
function GeometricEncoder:updateOutput(input,target)
self.encoder:updateOutput(input)
self.decoder:updateOutput(self.encoder.output)
self.output = self.beta * self.loss:updateOutput(self.decoder.output, target)
return self.output
end
function GeometricEncoder:updateGradInput(input,target)
self.loss:updateGradInput(self.decoder.output, target)
self.loss.gradInput:mul(self.beta)
self.decoder:updateGradInput(self.encoder.output, self.loss.gradInput)
self.encoder:updateGradInput(input, self.decoder.gradInput)
self.gradInput = self.encoder.gradInput
return self.gradInput
end
function GeometricEncoder:accGradParameters(input,target)
self.decoder:accGradParameters(self.encoder.output, self.loss.gradInput)
self.encoder:accGradParameters(input, self.decoder.gradInput)
end
function GeometricEncoder:zeroGradParameters()
self.encoder:zeroGradParameters()
self.decoder:zeroGradParameters()
end
function GeometricEncoder:updateDiagHessianInput(input, diagHessianOutput)
self.loss:updateDiagHessianInput(self.decoder.output, target)
self.loss.diagHessianInput:mul(self.beta)
self.decoder:updateDiagHessianInput(self.encoder.output, self.loss.diagHessianInput)
self.encoder:updateDiagHessianInput(input, self.decoder.diagHessianInput)
self.diagHessianInput = self.encoder.diagHessianInput
return self.diagHessianInput
end
function GeometricEncoder:accDiagHessianParameters(input, diagHessianOutput)
self.decoder:accDiagHessianParameters(self.encoder.output, self.loss.diagHessianInput)
self.encoder:accDiagHessianParameters(input, self.decoder.diagHessianInput)
end
function GeometricEncoder:updateParameters(learningRate)
local eta = {}
if type(learningRate) ~= 'number' then
eta = learningRate
else
eta[1] = learningRate
eta[2] = learningRate
end
self.encoder:updateParameters(eta[1])
self.decoder:updateParameters(eta[2])
end
function GeometricEncoder:normalize()
if not self.normalized then return end
-- normalize the dictionary
local w = self.decoder.weight
if not w or w:dim() < 2 then return end
if w:dim() == 5 then
for i=1,w:size(1) do
local keri = w:select(1,i)
for j=1,w:size(2) do
local kerj = keri:select(1,j)
for k=1,w:size(3) do
local ker = kerj:select(1,k)
ker:div(ker:norm()+1e-12)
end
end
end
elseif w:dim() == 4 then
for i=1,w:size(1) do
for j=1,w:size(2) do
local k=w:select(1,i):select(1,j)
k:div(k:norm()+1e-12)
end
end
elseif w:dim() == 3 then
for i=1,w:size(1) do
local k=w:select(1,i)
k:div(k:norm()+1e-12)
end
elseif w:dim() == 2 then
for i=1,w:size(2) do
local k=w:select(2,i)
k:div(k:norm()+1e-12)
end
else
error('I do not know what kind of weight matrix this is')
end
end
|
local playsession = {
{"teomarx", {69744}},
{"mad58max", {1819}}
}
return playsession
|
polyline = {
color ="blue",
thickness = 2,
npoints = 4,
-- polyline[ 1]
{x = 0, y = 0},
-- polyline[ 2]
{x =-10, y = 0},
-- polyline[ 3]
{x =-10, y = 1},
-- polyline[ 4]
{x = 0, y = 1}
}
print(polyline[2].x) --> -10
print(polyline[4].y) --> 1
|
-- Copyright (C) 2016 Luke San Antonio
-- All rights reserved.
-- Standard no-frills sandbox for the configuration file
-- Making the sandbox environment in Lua is so much easier because we have to
-- make sure we don't mutate the global environment and properly references
-- variables that *are* in the global environment.
-- Return a function that builds the sandbox
return function ()
local require_cache = {}
return {
ipairs = ipairs,
error = error,
next = next,
pairs = pairs,
pcall = pcall,
select = select,
tonumber = tonumber,
tostring = tostring,
type = type,
unpack = unpack,
xpcall = xpcall,
_VERSION = _VERSION,
coroutine = {
create = coroutine.create,
resume = coroutine.resume,
yield = coroutine.yield,
running = coroutine.running,
status = coroutine.status,
wrap = coroutine.wrap
},
string = {
byte = string.byte,
char = string.char,
find = string.find,
format = string.format,
gmatch = string.gmatch,
gsub = string.gsub,
len = string.len,
lower = string.lower,
match = string.match,
rep = string.rep,
reverse = string.reverse,
sub = string.sub,
upper = string.upper
},
table = {
insert = table.insert,
maxn = table.maxn,
remove = table.remove,
sort = table.sort
},
math = {
abs = math.abs,
acos = math.acos,
asin = math.asin,
atan = math.atan,
atan2 = math.atan2,
ceil = math.ceil,
cos = math.cos,
cosh = math.cosh,
deg = math.deg,
exp = math.exp,
floor = math.floor,
fmod = math.fmod,
frexp = math.frexp,
huge = math.huge,
ldexp = math.ldexp,
log = math.log,
log10 = math.log10,
max = math.max,
min = math.min,
modf = math.modf,
pi = math.pi,
pow = math.pow,
rad = math.rad,
random = math.random,
randomseed = math.randomseed,
sin = math.sin,
sinh = math.sinh,
sqrt = math.sqrt,
tan = math.tan,
tanh = math.tanh
},
os = {
clock = os.clock,
difftime = os.difftime,
time = os.time
},
require = function(name)
-- Cache the file
filename = name..".lua"
if require_cache[filename] == nil then
local func, err = loadfile(filename)
if func == nil then
error(err)
else
require_cache[filename] = func()
end
end
return require_cache[filename]
end
}
end
|
function love.conf(t)
t.window.width = 368
t.window.height = 702
t.window.title = "Coco climber by kanatos 2016"
t.identity = "clone rainbow island "
end
|
-- device_list.lua
-- _______ _____ _______
-- |__ __| | __ \__ __|
-- | | ___ ___ _ __ _ _| | | | | |
-- | |/ _ \/ _ \ '_ \| | | | | | | | |
-- | | __/ __/ | | | |_| | |__| | | |
-- |_|\___|\___|_| |_|\__, |_____/ |_|
-- __/ |
-- |___/
--
-- TeenyDT - GUI and command line tool to generate USB descriptors and drivers
--
-- Copyright (c) 2019 XToolBox - admin@xtoolbox.org
-- www.tusb.org
--
-- 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.
return {
{name = "STM32F0xx", maxEp = 7, maxMem = 1024, },
{name = "STM32F10x_FS", maxEp = 7, maxMem = 512, },
{name = "STM32F10x_OTG", maxEp = 4, maxMem = 1280, },
{name = "STM32F2xx_FS", maxEp = 4, maxMem = 1280, },
{name = "STM32F2xx_HS", maxEp = 6, maxMem = 4096, },
{name = "STM32F4xx_FS", maxEp = 4, maxMem = 1280, },
{name = "STM32F303_BC", maxEp = 7, maxMem = 512, },
{name = "STM32F373x", maxEp = 7, maxMem = 512, },
{name = "STM32F303_DE", maxEp = 7, maxMem = 1024, },
{name = "STM32F4xx_HS", maxEp = 6, maxMem = 4096, },
{name = "STM32F7xx_FS", maxEp = 6, maxMem = 1280, },
{name = "STM32F7xx_HS", maxEp = 9, maxMem = 4096, },
{name = "STM32H7xx_FS", maxEp = 9, maxMem = 1280, },
{name = "STM32H7xx_HS", maxEp = 9, maxMem = 4096, },
}
|
local helpers = require "spec.02-integration.02-dao.helpers"
local Factory = require "kong.dao.factory"
local utils = require "kong.tools.utils"
local api_tbl = {
name = "mockbin",
request_host = "mockbin.com",
request_path = "/mockbin",
strip_request_path = true,
upstream_url = "https://mockbin.com"
}
local plugin_tbl = {
name = "key-auth"
}
helpers.for_each_dao(function(kong_config)
describe("Model (Constraints) with DB: #"..kong_config.database, function()
local plugin_fixture, api_fixture
local factory, apis, plugins
setup(function()
factory = Factory(kong_config)
apis = factory.apis
plugins = factory.plugins
assert(factory:run_migrations())
factory:truncate_tables()
end)
before_each(function()
plugin_fixture = utils.shallow_copy(plugin_tbl)
local api, err = apis:insert(api_tbl)
assert.falsy(err)
api_fixture = api
end)
after_each(function()
factory:truncate_tables()
end)
-- Check behavior just in case
describe("plugins insert()", function()
it("insert a valid plugin", function()
plugin_fixture.api_id = api_fixture.id
local plugin, err = plugins:insert(plugin_fixture)
assert.falsy(err)
assert.is_table(plugin)
assert.equal(api_fixture.id, plugin.api_id)
assert.same({hide_credentials = false, key_names = {"apikey"}}, plugin.config)
end)
it("insert a valid plugin bis", function()
plugin_fixture.api_id = api_fixture.id
plugin_fixture.config = {key_names = {"api_key"}}
local plugin, err = plugins:insert(plugin_fixture)
assert.falsy(err)
assert.is_table(plugin)
assert.equal(api_fixture.id, plugin.api_id)
assert.same({hide_credentials = false, key_names = {"api_key"}}, plugin.config)
end)
describe("unique per API/Consumer", function()
it("API/Plugin", function()
plugin_fixture.api_id = api_fixture.id
local plugin, err = plugins:insert(plugin_fixture)
assert.falsy(err)
assert.truthy(plugin)
plugin, err = plugins:insert(plugin_fixture)
assert.truthy(err)
assert.falsy(plugin)
assert.True(err.unique)
assert.matches("Plugin configuration already exists", tostring(err), nil, true)
end)
it("API/Consumer/Plugin", function()
local consumer, err = factory.consumers:insert {
username = "bob"
}
assert.falsy(err)
assert.truthy(consumer)
local plugin_tbl = {
name = "rate-limiting",
api_id = api_fixture.id,
consumer_id = consumer.id,
config = {minute = 1}
}
local plugin, err = plugins:insert(plugin_tbl)
assert.falsy(err)
assert.truthy(plugin)
assert.equal(consumer.id, plugin.consumer_id)
plugin, err = plugins:insert(plugin_tbl)
assert.truthy(err)
assert.falsy(plugin)
assert.True(err.unique)
assert.matches("Plugin configuration already exists", tostring(err), nil, true)
end)
end)
end)
describe("FOREIGN constraints", function()
it("not insert plugin if invalid API foreign key", function()
plugin_fixture.api_id = utils.uuid()
local plugin, err = plugins:insert(plugin_fixture)
assert.falsy(plugin)
assert.truthy(err)
assert.True(err.foreign)
assert.matches("api_id=does not exist with value '"..plugin_fixture.api_id.."'", tostring(err), nil, true)
end)
it("not insert plugin if invalid Consumer foreign key", function()
local plugin_tbl = {
name = "rate-limiting",
api_id = api_fixture.id,
consumer_id = utils.uuid(),
config = {minute = 1}
}
local plugin, err = plugins:insert(plugin_tbl)
assert.falsy(plugin)
assert.truthy(err)
assert.True(err.foreign)
assert.matches("consumer_id=does not exist with value '"..plugin_tbl.consumer_id.."'", tostring(err), nil, true)
end)
it("does not update plugin if invalid foreign key", function()
plugin_fixture.api_id = api_fixture.id
local plugin, err = plugins:insert(plugin_fixture)
assert.falsy(err)
assert.truthy(plugin)
local fake_api_id = utils.uuid()
plugin.api_id = fake_api_id
plugin, err = plugins:update(plugin, {id = plugin.id})
assert.falsy(plugin)
assert.truthy(err)
assert.True(err.foreign)
assert.matches("api_id=does not exist with value '"..fake_api_id.."'", tostring(err), nil, true)
end)
end)
describe("CASCADE delete", function()
local api_fixture, consumer_fixture
before_each(function()
local err
api_fixture, err = apis:insert {
name = "to-delete",
request_host = "to-delete.com",
request_path = "/to-delete",
upstream_url = "https://mockbin.com"
}
assert.falsy(err)
consumer_fixture, err = factory.consumers:insert {
username = "bob"
}
assert.falsy(err)
end)
after_each(function()
factory:truncate_tables()
end)
it("delete", function()
local plugin, err = plugins:insert {
name = "key-auth",
api_id = api_fixture.id
}
assert.falsy(err)
local res, err = apis:delete(api_fixture)
assert.falsy(err)
assert.is_table(res)
-- no more API
local api, err = apis:find(api_fixture)
assert.falsy(err)
assert.falsy(api)
-- no more plugin
local plugin, err = plugins:find(plugin)
assert.falsy(err)
assert.falsy(plugin)
end)
it("delete bis", function()
local plugin, err = plugins:insert {
name = "rate-limiting",
api_id = api_fixture.id,
consumer_id = consumer_fixture.id,
config = {minute = 1}
}
assert.falsy(err)
local res, err = factory.consumers:delete(consumer_fixture)
assert.falsy(err)
assert.is_table(res)
local consumer, err = factory.consumers:find(consumer_fixture)
assert.falsy(err)
assert.falsy(consumer)
plugin, err = plugins:find(plugin)
assert.falsy(err)
assert.falsy(plugin)
end)
end)
end) -- describe
end) -- for each db
|
local writeq = {}
local delq = {}
local von = include("lib/von.lua")
menup.von = von
if not sql.TableExists("menup_redux") then
print("Creating SQL table.")
sql.Query("CREATE TABLE IF NOT EXISTS menup_redux ( key TEXT NOT NULL PRIMARY KEY, value TEXT );")
end
local function dbget(key, default)
return delq[key] and nil or writeq[key] or sql.QueryValue("SELECT value FROM menup_redux WHERE key = " .. SQLStr(key)) or default
end
local function dbset(key, value)
writeq[key] = value
end
local function dbdel(key)
delq[key] = true
end
local function dblist(query)
return sql.Query("SELECT * FROM menup_redux WHERE key LIKE " .. SQLStr(query) .. "")
end
local function process()
if table.IsEmpty(writeq) and table.IsEmpty(delq) then return end
sql.Begin()
for k, v in pairs(writeq) do
sql.Query("INSERT OR REPLACE INTO menup_redux (key, value) VALUES ( " .. SQLStr(k) .. ", " .. SQLStr(v) .. " )")
end
for k, _ in pairs(delq) do
sql.Query("DELETE FROM menup_redux WHERE key = " .. SQLStr(k))
end
sql.Commit()
table.Empty(writeq)
table.Empty(delq)
end
menup.config = {}
menup.config.set = function(id, key, value)
local data = util.JSONToTable(dbget("data_" .. id, [[{"config": "{}", "store": ""}]]))
if isstring(data.config) then
data.config = util.JSONToTable(data.config)
end
local old = data.config[key]
hook.Run("ConfigChange", id, key, value, old)
data.config[key] = value
dbset("data_" .. id, util.TableToJSON(data, false))
end
menup.config.get = function(id, key, value)
local data = util.JSONToTable(dbget("data_" .. id, [[{"config": "{}", "store": ""}]]))
if isstring(data.config) then
data.config = util.JSONToTable(data.config)
end
if key == nil then
return data.config
elseif data.config[key] == nil then
return value
else
return data.config[key]
end
end
menup.store = {}
menup.store.set = function(id, str)
local data = util.JSONToTable(dbget("data_" .. id, [[{"config": "{}", "store": ""}]]))
data.store = str
dbset("data_" .. id, util.TableToJSON(data, false))
end
menup.store.get = function(id, default)
local data = util.JSONToTable(dbget("data_" .. id, [[{"config": "{}", "store": ""}]]))
return data.store or default
end
menup.options = {} -- compatiblity layer for menup.config
function menup.options.addOption(id, key, default)
id = "legacy." .. id
local val = menup.config.get(id, key, default)
menup.plugins[id].config[key] = val
menup.config.set(id, key, val)
end
function menup.options.getOption(id, key, default)
return menup.config.get("legacy." .. id, key, default)
end
function menup.options.setOption(id, key, value)
menup.config.set("legacy." .. id, key, value)
end
function menup.options.getTable()
local res = dblist("data_legacy.%")
if not res then return {} end
local out = {}
for _, v in ipairs(res) do
out[string.sub(v.key, 13)] = util.JSONToTable(v.value).config
end
return out
end
function menup.include(path)
return include("menu_plugins/" .. path)
end
menup.db = {} -- please dont use this in a plugin
menup.db.get = dbget
menup.db.set = dbset
menup.db.del = dbdel
menup.db.list = dblist
timer.Create("menup_db", 1, 0, process)
|
local jwt = require "resty.jwt"
local cjson = require "cjson"
local basexx = require "basexx"
local secret = os.getenv("JWT_SECRET")
assert(secret ~= nil, "Environment variable JWT_SECRET not set")
if os.getenv("JWT_SECRET_IS_BASE64_ENCODED") == 'true' then
-- convert from URL-safe Base64 to Base64
local r = #secret % 4
if r == 2 then
secret = secret .. "=="
elseif r == 3 then
secret = secret .. "="
end
secret = string.gsub(secret, "-", "+")
secret = string.gsub(secret, "_", "/")
-- convert from Base64 to UTF-8 string
secret = basexx.from_base64(secret)
end
local M = {}
function M.auth(claim_specs)
-- require Authorization request header
local auth_header = ngx.var.http_Authorization
if auth_header == nil then
ngx.log(ngx.WARN, "No Authorization header")
ngx.exit(ngx.HTTP_UNAUTHORIZED)
end
ngx.log(ngx.INFO, "Authorization: " .. auth_header)
-- require Bearer token
local _, _, token = string.find(auth_header, "Bearer%s+(.+)")
if token == nil then
ngx.log(ngx.WARN, "Missing token")
ngx.exit(ngx.HTTP_UNAUTHORIZED)
end
ngx.log(ngx.INFO, "Token: " .. token)
-- require valid JWT
local jwt_obj = jwt:verify(secret, token, 0)
if jwt_obj.verified == false then
ngx.log(ngx.WARN, "Invalid token: ".. jwt_obj.reason)
ngx.exit(ngx.HTTP_UNAUTHORIZED)
end
ngx.log(ngx.INFO, "JWT: " .. cjson.encode(jwt_obj))
-- optionally require specific claims
if claim_specs ~= nil then
--TODO: test
-- make sure they passed a Table
if type(claim_specs) ~= 'table' then
ngx.log(ngx.STDERR, "Configuration error: claim_specs arg must be a table")
ngx.exit(ngx.HTTP_INTERNAL_SERVER_ERROR)
end
-- process each claim
local blocking_claim = ""
for claim, spec in pairs(claim_specs) do
-- make sure token actually contains the claim
local claim_value = jwt_obj.payload[claim]
if claim_value == nil then
blocking_claim = claim .. " (missing)"
break
end
local spec_actions = {
-- claim spec is a string (pattern)
["string"] = function (pattern, val)
return string.match(val, pattern) ~= nil
end,
-- claim spec is a predicate function
["function"] = function (func, val)
-- convert truthy to true/false
if func(val) then
return true
else
return false
end
end
}
local spec_action = spec_actions[type(spec)]
-- make sure claim spec is a supported type
-- TODO: test
if spec_action == nil then
ngx.log(ngx.STDERR, "Configuration error: claim_specs arg claim '" .. claim .. "' must be a string or a table")
ngx.exit(ngx.HTTP_INTERNAL_SERVER_ERROR)
end
-- make sure token claim value satisfies the claim spec
if not spec_action(spec, claim_value) then
blocking_claim = claim
break
end
end
if blocking_claim ~= "" then
ngx.log(ngx.WARN, "User did not satisfy claim: ".. blocking_claim)
ngx.exit(ngx.HTTP_UNAUTHORIZED)
end
end
-- write the X-Auth-UserId header
ngx.header["X-Auth-UserId"] = jwt_obj.payload.sub
end
function escape (s) return string.gsub(s, '[.*+?^$()[%%-]', "%%%0") end
function pattern_matcher(v, pattern) return string.match(v, pattern) end
function match_roles(table, pattern)
for _, value in pairs(table) do
if pattern == pattern_matcher(value, '^' .. escape(pattern) .. '%f[%z.]') then return true end
return false
end
end
function M.table_contains_role(table, role, regex)
for _, value in pairs(table) do
-- value is from JWT token
-- item is u.meta
-- USAGE:
--
-- jwt.table_contains_role({roles: 'u.meta.admin.system'}, '^u%.meta%f[\0.]')
if role == print(string.match(value, regex)) then return true end
end
return false
end
function M.table_contains(table, item)
for _, value in pairs(table) do
if value == item then return true end
end
return false
end
return M
|
---
-- @module Queue
-- @author Quenty
local Queue = {}
Queue.ClassName = "Queue"
Queue.__index = Queue
function Queue.new()
return setmetatable({
_first = 0;
_last = -1;
}, Queue)
end
function Queue:PushLeft(value)
self._first = self._first - 1
self[self._first] = value
end
function Queue:PushRight(value)
self._last = self._last + 1
self[self._last] = value
end
function Queue:PopLeft()
if self._first > self._last then
error("Queue is empty")
end
local value = self[self._first]
self[self._first] = nil
self._first = self._first + 1
return value
end
function Queue:PopRight()
if self._first > self._last then
error("Queue is empty")
end
local value = self[self._last]
self[self._last] = nil
self._last = self._last - 1
return value
end
function Queue:IsEmpty()
return self._first > self._last
end
return Queue
|
if (getMilestone(MS_KILLED_GOLEMS)) then
music = "Flowey.ogg"
end
function start()
add_downward_light(41, 28, 8, 32, 48, 255, 255, 150, 60)
add_downward_light(73, 28, 8, 32, 48, 255, 255, 150, 60)
add_downward_light(105, 28, 8, 32, 48, 255, 255, 150, 60)
add_downward_light(233, 28, 8, 32, 48, 255, 255, 150, 60)
add_downward_light(265, 28, 8, 32, 48, 255, 255, 150, 60)
add_downward_light(297, 28, 8, 32, 48, 255, 255, 150, 60)
down = Portal:new{x=9, y=3}
if (not getMilestone(MS_BEAT_TODE)) then
fat_old_guy = Object:new{x=2, y=9, anim_set="fat_old_guy", person=true}
setObjectDirection(fat_old_guy.id, DIRECTION_EAST)
babies_mother = Object:new{x=4, y=8, anim_set="babies_mother", person=true}
setObjectDirection(babies_mother.id, DIRECTION_SOUTH)
toddler = Object:new{x=4, y=6, anim_set="toddler", person=true, move_type=MOVE_WANDER}
Kamwerere = Object:new{x=3, y=6, anim_set="Kamwerere", person=true, move_type=MOVE_FOLLOW, follow=toddler}
Trent = Object:new{x=14, y=3, anim_set="Trent", person=true}
setObjectDirection(Trent.id, DIRECTION_SOUTH)
Mom = Object:new{x=18, y=9, anim_set="Mom", person=true}
setObjectDirection(Mom.id, DIRECTION_WEST)
Darryl = Object:new{x=14, y=9, anim_set="Darryl", person=true}
setObjectDirection(Darryl.id, DIRECTION_EAST)
end
end
function stop()
end
function update(step)
down:update()
if (down.go_time) then
change_areas("inn1", 9, 3, DIRECTION_EAST)
end
toddler:move(step)
Kamwerere:move(step)
end
function activate(activator, activated)
if (not getMilestone(MS_BEAT_TODE)) then
if (activated == fat_old_guy.id) then
local _d = getObjectDirection(fat_old_guy.id)
setObjectDirection(fat_old_guy.id, player_dir(fat_old_guy))
doDialogue("I used to be a warrior when I was young, but I can't fight anymore...\nI am blessed with a son, who may continue with my legacy.\n", true)
setObjectDirection(fat_old_guy.id, _d)
elseif (activated == babies_mother.id) then
local _d = getObjectDirection(babies_mother.id)
setObjectDirection(babies_mother.id, player_dir(babies_mother))
doDialogue("We led such a peaceful life until recently... The peace will return, one day.\n", true)
setObjectDirection(babies_mother.id, _d)
elseif (activated == Kamwerere.id) then
doDialogue("I must watch over my brother, oh my!\n", true)
elseif (activated == toddler.id) then
local _d = getObjectDirection(toddler.id)
setObjectDirection(toddler.id, player_dir(toddler))
doDialogue("Goo goo ga ga...\n", true)
setObjectDirection(toddler.id, _d)
elseif (activated == Trent.id) then
local _d = getObjectDirection(Trent.id)
setObjectDirection(Trent.id, player_dir(Trent))
doDialogue("Trying to sleep here...\n", true)
setObjectDirection(Trent.id, _d)
elseif (activated == Mom.id) then
local _d = getObjectDirection(Mom.id)
setObjectDirection(Mom.id, player_dir(Mom))
doDialogue("Hey, what 'ya doing?\n", true)
setObjectDirection(Mom.id, _d)
elseif (activated == Darryl.id) then
local _d = getObjectDirection(Darryl.id)
setObjectDirection(Darryl.id, player_dir(Darryl))
doDialogue("I need to get back to work, but it's so dangerous out there...\nThank goodness for you guys, this one safe place could have easily fallen.\n", true)
setObjectDirection(Darryl.id, _d)
end
end
end
function collide(id1, id2)
end
|
local ErrorBase = require "SelenScript.error_base"
local Errors = {}
Errors.INTERNAL = ErrorBase.generate("INTERNAL", "Internal Error %u@%u: %s")
Errors.CONTINUE_MISSING_LOOP = ErrorBase.generate("CONTINUE_MISSING_LOOP", "Syntax %u@%u: `continue` is missing loop to continue.")
return Errors
|
local version = 1.0
-- Prefix: sm.color.
-- Commands:
--match(rgba) - Matches the paint gun colors to numbers (1-40)
--toRGB(hsv) - Turns HSV to RGB
--toHSV(rgba) - Turns RGB to HSV
-- Improved:
--color:match()
--color:toHSV()
--[[
Copyright (c) 2019 Scrap Essentials Team
]]--
-- Version check
if sm.__SE_Version.color and version <= sm.__SE_Version.color then return end
--Matches any color with a group
sm.color.match = function(rgba)
assert(type(rgba) == "Color", "match: argument 1, Color expected! got: "..type(rgba))
local match =
{
["eeeeeeff"] = 1,
["f5f071ff"] = 2,
["cbf66fff"] = 3,
["68ff88ff"] = 4,
["7eededff"] = 5,
["4c6fe3ff"] = 6,
["ae79f0ff"] = 7,
["ee7bf0ff"] = 8,
["f06767ff"] = 9,
["eeaf5cff"] = 10,
["7f7f7fff"] = 11,
["e2db13ff"] = 12,
["a0ea00ff"] = 13,
["19e753ff"] = 14,
["2ce6e6ff"] = 15,
["0a3ee2ff"] = 16,
["7514edff"] = 17,
["cf11d2ff"] = 18,
["d02525ff"] = 19,
["df7f00ff"] = 20,
["4a4a4aff"] = 21,
["817c00ff"] = 22,
["577d07ff"] = 23,
["0e8031ff"] = 24,
["118787ff"] = 25,
["0f2e91ff"] = 26,
["500aa6ff"] = 27,
["720a74ff"] = 28,
["7c0000ff"] = 29,
["673b00ff"] = 30,
["222222ff"] = 31,
["323000ff"] = 32,
["375000ff"] = 33,
["064023ff"] = 34,
["0a4444ff"] = 35,
["0a1d5aff"] = 36,
["35086cff"] = 37,
["520653ff"] = 38,
["560202ff"] = 39,
["472800ff"] = 40
}
return match[tostring(rgba)]
end
--RGB to HSV converter
function sm.color.toHSV( rgba )
assert(type(rgba) == "Color", "toHSV: argument 1, Color expected! got: "..type(rgba))
local __HSV_Cases = {
["r"] = function( rgb, delta ) return 60 * (((rgb.g - rgb.b) / delta) % 6) end,
["g"] = function( rgb, delta ) return 60 * (((rgb.b - rgb.r) / delta) + 2) end,
["b"] = function( rgb, delta ) return 60 * (((rgb.r - rgb.g) / delta) + 4) end
}
local rgb = { r = rgba.r, g = rgba.g, b = rgba.b }
local max = math.maxIndex(rgb)
local min = math.minIndex(rgb)
local delta = rgb[max] - rgb[min]
local hsv = { h, s, v }
--Hue
if(delta == 0) then hsv.h = 0 else
hsv.h = __HSV_Cases[max](rgb, delta) end
--Saturation
if(rgb[max] == 0) then hsv.s = 0 else
hsv.s = (delta / rgb[max]) end
--Value
hsv.v = rgb[max]
return hsv
end
--HSV to RGB converter
function sm.color.toRGB( hsv )
assert(type(hsv) == "table" and hsv.h ~= nil and hsv.s ~= nil and hsv.v ~= nil, "toRGB: argument 1, HSV expected! got: "..type(hsv))
local __RGB_Cases = {
[0] = function( C, X ) return { r = C, g = X, b = 0 } end,
[1] = function( C, X ) return { r = X, g = C, b = 0 } end,
[2] = function( C, X ) return { r = 0, g = C, b = X } end,
[3] = function( C, X ) return { r = 0, g = X, b = C } end,
[4] = function( C, X ) return { r = X, g = 0, b = C } end,
[5] = function( C, X ) return { r = C, g = 0, b = X } end
}
local C = hsv.v * hsv.s
local X = C * ( 1 - math.abs( ((hsv.h / 60) % 2) - 1 ) )
local M = hsv.v - C
local H = math.floor( hsv.h / 60 ) % 6
local rgb = __RGB_Cases[H]( C, X )
return sm.color.new(rgb.r + M, rgb.g + M, rgb.b + M)
end
sm.color.new(0,0,0).match = sm.color.match
sm.color.new(0,0,0).toHSV = sm.color.toHSV
sm.__SE_Version.color = version
print("'color' library version "..tostring(version).." successfully loaded.")
|
resource_manifest_version "05cfa83c-a124-4cfa-a768-c24a5811d8f9"
description 'AnimHotKey'
client_scripts {
"config.lua",
"warmenu.lua",
"client.lua"
}
|
object_tangible_food_spice_spice_muon_gold_01 = object_tangible_food_spice_shared_spice_muon_gold_01:new {
}
ObjectTemplates:addTemplate(object_tangible_food_spice_spice_muon_gold_01, "object/tangible/food/spice/spice_muon_gold_01.iff")
|
local AceLocale = LibStub:GetLibrary("AceLocale-3.0")
local L = AceLocale:NewLocale("RaidSummon", "frFR", true, true)
if not L then return end
L["RaidSummon"] = "RaidSummon"
L["Language"] = "French"
L["AddonEnabled"] = function(X,Y)
return '|cff9482c9RaidSummon:|r version ' .. X .. ' by ' .. Y .. ' chargé'
end
L["AddonDisabled"] = "RaidSummon désactivé"
L["FrameHeader"] = function(X)
return 'RaidSummon v' .. X
end
L["Lockdown"] = "|cff9482c9RaidSummon:|r Vous êtes en combat, action abandonnée"
L["noRaid"] = "|cff9482c9RaidSummon:|r Aucun raid trouvé, vous n'êtes pas en Raid"
L["MemberRemoved"] = function(X,Y)
return '|cff9482c9RaidSummon:|r Suppression du joueur' .. X .. ' de la liste des invocations , comme demandé par ' .. Y
end
L["MemberAdded"] = function(X,Y)
return '|cff9482c9RaidSummon:|r Adding player ' .. X .. ' de la liste des invocations par ' .. Y
end
L["AddAllMessage"] = "|cff9482c9RaidSummon:|r Ajout de tous les joueurs"
--Options
L["OptionZoneName"] = "Zone"
L["OptionZoneDesc"] = "activer zone (ex Orgrimmar) et subzone (ex Valley of Wisdom) dans les mantions d'annonce."
L["OptionWhisperName"] = "Chuchotement /w"
L["OptionWhisperDesc"] = "Activez l'avertissment en /w sur la cible invoquée"
L["OptionHelpName"] = "Aide"
L["OptionHelpDesc"] = "Affiche la liste des commandes et options prises en charge."
L["OptionConfigName"] = "Configuration"
L["OptionConfigDesc"] = "Ouvrir le menue de configuration."
L["OptionGroupOptionsName"] = "Options"
L["OptionGroupCommandsName"] = "Commandes"
L["OptionHeaderProfileName"] = "Ace3 profiles"
L["OptionListName"] = "Liste"
L["OptionListDesc"] = "affiche la liste des joueurs qui ont demandé une invocation."
L["OptionClearName"] = "Efface"
L["OptionClearDesc"] = "Efface la liste des invocations."
L["OptionToggleName"] = "Basculer"
L["OptionToggleDesc"] = "Bascule la visibilité du cadre d'invocation."
L["OptionAddName"] = "Ajouter un Joueur"
L["OptionAddDesc"] = "Ajoute un joueur à la liste d'invocation (sensible à la casse)."
L["OptionRemoveName"] = "Enlever Joueur"
L["OptionRemoveDesc"] = "Enlever un joueur à la liste d'invocation (sensible à la casse)."
L["OptionAddAllName"] = "Tout ajouter"
L["OptionAddAllDesc"] = "Ajoutez tous les joueurs ne se trouvant pas dans la zone actuelle au cadre d'invocation."
L["OptionGroupKeywordsName"] = "Mots clés pour les invocations"
L["OptionKWListName"] = "Liste des mots clés"
L["OptionKWListDesc"] = "Liste des mots clés."
L["OptionKWAddName"] = "Ajout Mot clé"
L["OptionKWAddDesc"] = "Ajoute un mot-clé pour les invocations. "
L["OptionKWRemoveName"] = "Enlève un mot clés"
L["OptionKWRemoveDesc"] = "Supprime un mot clé d'invocation."
L["OptionKWDescription"] = [[|cffff0000Les mots clés sont des expressions régulières, à utiliser avec précaution!|r
Les mots clés sont mis en correspondance via le chat say / yell / raid / party / whisper. Seul l'expéditeur du message de discussion sera ajouté à la liste d'invocation. Pour réinitialiser les mots clés, vous pouvez utiliser le gestionnaire de profils Ace3 et réinitialiser votre profil.
Basic examples:
|cff9482c9^tp|r - Will match "summon" as the first word of a chat message
|cff9482c9tp|r - Will match "summon" à n'importe quelle position d'un message de discussion, même à l'intérieur de mots comme
|cff9482c9^tp$|r - correspondra que si un seul mot "tp" est reçu
]]
--Slash Command Options
L["OptionWhisperEnabled"] = "|cff9482c9RaidSummon:|r Option whisper |cff00ff00enabled|r"
L["OptionWhisperDisabled"] = "|cff9482c9RaidSummon:|r Option whisper |cffff0000disabled|r"
L["OptionZoneEnabled"] = "|cff9482c9RaidSummon:|r Option zone |cff00ff00enabled|r"
L["OptionZoneDisabled"] = "|cff9482c9RaidSummon:|r Option zone |cffff0000disabled|r"
L["OptionHelpPrint"] = [[
|cff9482c9RaidSummon usage:|r
/rs or /raidsummon { clear | config | help | list | add | addall | remove | toggle | whisper | zone | kwlist | kwadd | kwremove }
- | cff9482c9clear | r: efface la liste d'invocation.
- | cff9482c9config | r: ouvre le menu de configuration.
- | cff9482c9help | r: affiche une liste des options prises en charge.
- | cff9482c9list | r: affiche une liste des joueurs qui ont demandé une invocation.
- | cff9482c9add | r: ajoute un lecteur au cadre d'invocation (sensible à la casse).
- | cff9482c9addall | r: ajoute tous les joueurs ne se trouvant pas dans la zone actuelle au cadre d'invocation.
- | cff9482c9remove | r: supprime un joueur du cadre d'invocation (sensible à la casse).
- | cff9482c9toggle | r: bascule la visibilité de la trame d'invocation.
- | cff9482c9whisper | r: permet de chuchoter à la cible invoquée.
- | cff9482c9zone | r: active la mention de zone dans les annonces.
- | cff9482c9kwlist | r: répertorie tous les mots clés d'invocation actifs.
- | cff9482c9kwadd | r: ajoute un mot-clé d'invocation.
- | cff9482c9kwremove | r: supprime un mot-clé d'invocation.
Vous pouvez faire glisser le cadre avec le bouton SHIFT + GAUCHE de la souris.
]]
L["OptionListEmpty"] = "|cff9482c9RaidSummon:|r La liste est vide"
L["OptionList"] = "|cff9482c9RaidSummon:|r Membres du raid qui ont demandé une assignation:"
L["OptionClear"] = "|cff9482c9RaidSummon:|r Effacé la liste d'invocation"
--Summon Announce
--W=Whisper/R=Raid Z=Zone S=Subzone T=Target Player
L["SummonAnnounceRZS"] = function(T,Z,S)
return 'RaidSummon: Invocation ' .. T .. ' à ' .. Z .. ' - ' .. S
end
L["SummonAnnounceWZS"] = function(Z,S)
return 'RaidSummon: Invocation à ' .. Z .. ' - ' .. S
end
L["SummonAnnounceRZ"] = function(T,Z,S)
return 'RaidSummon: Invocation ' .. T .. ' à ' .. Z
end
L["SummonAnnounceWZ"] = function(Z,S)
return 'RaidSummon: Invocation en cours à ' .. Z
end
L["SummonAnnounceR"] = function(T)
return 'RaidSummon: Invocation ' .. T
end
L["SummonAnnounceW"] = "RaidSummon: Invocation en cours"
L["SummonAnnounceError"] = "|cff9482c9RaidSummon:|r Announce error"
L["NotEnoughMana"] = "|cff9482c9RaidSummon:|r Pas assez de Mana!"
L["TargetMissmatch"] = function(X,Y)
return '|cff9482c9RaidSummon:|r Invocation Annulée. Votre cible ' .. X .. ' ne correspond pas au nom sur lequel vous avez cliqué ' .. Y
end
L["OptionKWList"] = "|cff9482c9RaidSummon:|r Invocation Mots clés liste:"
L["OptionKWAddDuplicate"] = function(V)
return '|cff9482c9RaidSummon:|r Keyword dupliqué: ' .. V
end
L["OptionKWAddAdded"] = function(V)
return '|cff9482c9RaidSummon:|r Keyword ajouté ' .. V
end
L["OptionKWRemoveRemoved"] = function(V)
return '|cff9482c9RaidSummon:|r Keyword supprimé: ' .. V
end
L["OptionKWRemoveNF"] = function(V)
return '|cff9482c9RaidSummon:|r Keyword non trouvé: ' .. V
end
|
function split_namespace (identifier)
local ns = {}
return identifier:gsub('([%w_]*)::', function (s) if s then ns[#ns + 1] = s end return '' end), ns
end
|
require "babel"
lang_zh=true -- 显示中文为真,否则假
function love.load()
--初始化babel
babel.init({
locale = "zh-CN",--这里的对应语言文件名，不要".lua"后缀
locales_folders = {
"lang" --设置语言文件的存放的位置
}
})
--设置字体，显示中文还是需要字体的,
--这里没放字体，请到网上找YaHeiConsolas字体，或使用其它支持中文的字体
cnfont=love.graphics.newFont("YaHeiConsolas.ttf",18)
love.graphics.setFont(cnfont)
end
function love.update(dt)
end
function love.draw()
--“_()”实际是babel.translate函数的别名
love.graphics.print( _( "Hello world" ), 10, 10 ) --这句会把源字符串翻译为local对应的字符串
love.graphics.print( _( "My name is %name%", { name = "半山" } ), 10, 30 )
end
function love.keypressed(key, unicode)
--动态语言切换
if key=="c" then
lang_zh= not lang_zh
end
if not lang_zh then
babel.switchLocale("en-US")
else
babel.switchLocale("zh-CN")
end
end
|
function copy(e)
rule {
ins = e.ins,
outs = e.outs,
cmd = "cp @1 &1"
}
end
|
local AGENT = "NodeMCU 0.9.5"
local function configWIFI(name,pwd)
local wifi = require"wifi"
wifi.setmode(wifi.STATION)
wifi.sta.config(name,pwd)
return wifi.sta.getip()
end
--open telnet/http to debug
local function openServer(port,timeout,contentHandle)
local net = require"net"
local http = require"http"
if type(port)~='number' or type(timeout)~='number' then return nil end
local s=net.createServer(net.TCP,timeout)
s:listen(port,function(c)
node.output(function(str)
if(c~=nil) then
c:send('\r'..str)
end
end, 1)
local content = string.find(type(receive),'function') and receive(c) or "Welcom to "..AGENT
c:send(http.response(content))
content = nil
c:on("receive",function(c,l)
node.input(l)
end)
c:on("disconnection",function(c)
node.output(nil)
end)
end)
return s
end
--get domain IP by DNS
local function dns(domain,receive)
local sk = net.createConnection(net.TCP, 0)
sk:dns(domain, function(skconn, ip)
sk:close() sk = nil
if string.find(type(receive),'function') then receive(pl) else print(pl) end
end)
return sk
end
return {
AGENT = AGENT,
configWIFI = configWIFI,
openServer = openServer,
dns = dns
}
|
function Drifter:GetIsCamouflaged()
return self.camouflaged and self.hasCamouflage
end
if Server then
Drifter.kRegenHealRate = 0.03
local oldOnUpdate = Drifter.OnUpdate
function Drifter:OnUpdate(deltaTime)
oldOnUpdate(self, deltaTime)
self.hasCamouflage = GetHasTech(self, kTechId.ShadeHive)
self.hasCelerity = GetHasTech(self, kTechId.ShiftHive)
self.hasRegeneration = GetHasTech(self, kTechId.CragHive)
if self.hasRegeneration then
if self:GetIsHealable() and ( not self.timeLastAlienAutoHeal or self.timeLastAlienAutoHeal + kAlienRegenerationTime <= Shared.GetTime() ) then
self:AddHealth(self.kRegenHealRate * self:GetMaxHealth())
self.timeLastAlienAutoHeal = Shared.GetTime()
end
end
end
end
Drifter.kCelerityMoveSpeed = 13
Drifter.kMoveSpeed = 11
function Drifter:ModifyMaxSpeed(maxSpeedTable)
if self.hasCelerity then
maxSpeedTable.maxSpeed = maxSpeedTable.maxSpeed + 2
end
end
|
local M = {}
function M.add_cmp_source(source, priority)
local cmp = require('cmp')
local config = cmp.get_config()
table.insert(config.sources, { name = source, priority = priority })
cmp.setup(config)
end
return M
|
object_tangible_furniture_all_frn_all_decorative_lg_s2 = object_tangible_furniture_all_shared_frn_all_decorative_lg_s2:new {
}
ObjectTemplates:addTemplate(object_tangible_furniture_all_frn_all_decorative_lg_s2, "object/tangible/furniture/all/frn_all_decorative_lg_s2.iff")
|
-- Enable this to do live debugging in ZeroBrane Studio
-- local ZBS = "/Applications/ZeroBraneStudio.app/Contents/ZeroBraneStudio"
-- package.path = package.path .. ";" .. ZBS .. "/lualibs/?/?.lua;" .. ZBS .. "/lualibs/?.lua"
-- package.cpath = package.cpath .. ";" .. ZBS .. "/bin/?.dylib;" .. ZBS .. "/bin/clibs53/?.dylib"
-- require("mobdebug").start()
hyper = {"⌘", "⌥", "⌃", "⇧"}
function reloadCommand()
hs.console.clearConsole()
hs.openConsole(true)
print("Reloading configuration...")
hs.reload()
end
-- Reload Hotkey
hs.hotkey.bind(
hyper,
"r",
"Reload Hammerspoon",
reloadCommand
)
-- hs.logger.defaultLogLevel = "info"
-- MultiCountryMenubarClock
-- hs.loadSpoon("MultiCountryMenubarClock")
-- spoon.MultiCountryMenubarClock:start()
hs.loadSpoon("Bretzel")
local bretzelConfig = {
Desktop = {
archiveAge = (86400 * 12),
sortRoot = false,
tagsAndAge = {
Orange = (86400 * 4),
Rouge = (86400 * 8)
},
path = os.getenv("HOME") .. "/Desktop"
},
Downloads = {
archiveAge = (86400 * 10),
sortRoot = true,
tagsAndAge = {
Vert = 86400,
Orange = 86400
},
path = os.getenv("HOME") .. "/Downloads"
}
}
for _, conf in pairs(bretzelConfig) do
spoon.Bretzel:boot(conf["path"], conf["tagsAndAge"], conf["archiveAge"], conf["sortRoot"])
end
function show_notification(subtitle, infotext)
local notification =
hs.notify.new(
nil,
{
title = "Hammerspoon",
subtitle = subtitle,
informativeText = infotext,
autoWithdraw = true,
hasActionButton = false
}
)
notification:send()
hs.timer.delayed.new(
5,
function()
notification:withdraw()
end
)
end
local toggleAudioOutput = require("audio_output_toggle")
function toggleInputVolume()
local currentInput = hs.audiodevice.defaultInputDevice()
local v = currentInput:inputVolume()
if v < 50 then
currentInput:setInputVolume(66)
else
currentInput:setInputVolume(0)
end
end
-- Plays an array of keystroke events.
local function playKb(kbd)
for _, v in pairs(kbd) do
if #v == 2 then
hs.eventtap.keyStroke(v[1], v[2], 10000)
elseif #v == 1 then
hs.eventtap.keyStrokes(v[1])
end
end
end
-- https://github.com/asmagill/hammerspoon_asm
local hasSpaces, spaces = pcall(require, "hs.spaces")
-- Bring focus to the specified app, maybe launch it.
-- Maybe bring up an alternate and focus or launch it.
local function toggleApp(appinfo)
local app = hs.appfinder.appFromName(appinfo.name)
if not app then
-- App isn't running.
if appinfo.launch then
if (appinfo.name == "iTerm2") then
-- naming is weird here.
hs.application.launchOrFocus("/Applications/iTerm.app")
else
hs.application.launchOrFocus(appinfo.name)
end
if appinfo.rect ~= nil or appinfo.kbd ~= nil then
-- allow time app to start
hs.timer.usleep(2000000)
end
if appinfo.rect ~= nil then
local win = hs.window.focusedWindow()
if win ~= nil then
win:setFrame(appinfo.rect)
end
end
if appinfo.kbd ~= nil then
playKb(appinfo.kbd)
end
end
return
end
-- App is running, let's focus it.
local mainwin = app:mainWindow()
if hasSpaces then
if appinfo.moveToCurrentSpace then
spaces.moveWindowToSpace(mainwin, spaces.focusedSpace())
end
else
print("unable to move window to current space: no Spaces extension available")
end
if mainwin then
if mainwin ~= hs.window.focusedWindow() then
mainwin:application():activate(true)
mainwin:application():unhide()
mainwin:frontmostWindow():unminimize()
mainwin:focus()
else
mainwin:application():hide()
end
end
end
function applicationWatcher(appName, eventType, appObject)
if (eventType == hs.application.watcher.activated) then
if streamDeck then
icon = hs.image.imageFromAppBundle(appObject:bundleID())
print(appObject:bundleID())
streamDeck:setButtonImage(6, icon)
end
end
end
appWatcher = hs.application.watcher.new(applicationWatcher)
appWatcher:start()
function changeVolume(diff)
return function()
local current = hs.audiodevice.defaultOutputDevice():volume()
local new = math.min(100, math.max(0, math.floor(current + diff)))
if new > 0 then
hs.audiodevice.defaultOutputDevice():setMuted(false)
end
hs.alert.closeAll(0.0)
hs.alert.show("Volume " .. new .. "%", {}, 0.5)
hs.audiodevice.defaultOutputDevice():setVolume(new)
end
end
hs.hotkey.bind(hyper, "[", nil, function()
if hs.spotify.isPlaying() then
hs.spotify.volumeDown()
else
changeVolume(-3)
end
end)
hs.hotkey.bind(hyper, "]", nil, function()
if hs.spotify.isPlaying() then
hs.spotify.volumeUp()
else
changeVolume(3)
end
end)
function consoleCommand()
hs.toggleConsole()
end
--- Bind keys
hs.hotkey.bind(hyper, "return", "Toggle Audio Output", toggleAudioOutput)
hs.hotkey.bind(
hyper,
"c",
"Toggle Console",
consoleCommand
)
hs.hotkey.bind(
hyper,
"v",
"Edit Configuration",
function()
hs.execute("subl ~/.hammerspoon", true)
end
)
hs.hotkey.bind(
hyper,
"a",
nil,
function()
toggleApp({name = "Slack", launch = true, kbd = nil, rect = nil})
end
)
hs.hotkey.bind(
hyper,
"s",
"Spotify",
function()
toggleApp({name = "Spotify", launch = true, kbd = nil, rect = nil})
end
)
hs.hotkey.bind(
hyper,
"d",
"Drafts",
function()
toggleApp({name = "Drafts", launch = true, kbd = nil, rect = nil, moveToCurrentSpace= true})
end
)
hs.hotkey.bind(
hyper,
"q",
"Telegram",
function()
toggleApp({name = "Telegram", launch = true, kbd = nil, rect = nil})
end
)
hs.hotkey.bind(
hyper,
"w",
"Keybase",
function()
toggleApp({name = "Keybase", launch = true, kbd = nil, rect = nil})
end
)
hs.hotkey.bind(
hyper,
"m",
"Coaster",
function()
toggleApp({name = "Coaster", launch = true, kbd = nil, rect = nil, moveToCurrentSpace= true})
end
)
function toggleZoomMuteCommand()
hs.osascript.applescript([[
if application "zoom.us" is running then
tell application "System Events" to tell process "zoom.us"
if menu item "Unmute Audio" of menu 1 of menu bar item "Meeting" of menu bar 1 exists then
click menu item "Unmute Audio" of menu 1 of menu bar item "Meeting" of menu bar 1
else
if menu item "Mute Audio" of menu 1 of menu bar item "Meeting" of menu bar 1 exists then
click menu item "Mute Audio" of menu 1 of menu bar item "Meeting" of menu bar 1
end if
end if
end tell
end if
]]
)
end
hs.hotkey.bind(
hyper,
"z",
nil,
toggleZoomMuteCommand
)
local c = require("hs.canvas")
function iconSized(text, size)
local a = c.new {x = 0, y = 0, w = 80, h = 80}
local delta = (80 - size) / 2
a[1] = {
frame = {h = size, w = size, x = delta, y = delta},
text = hs.styledtext.new(
text,
{
font = {name = ".AppleSystemUIFont", size = size},
color = hs.drawing.color.colorsFor("Apple")["White"],
paragraphStyle = {alignment = "center"}
}
),
type = "text"
}
return a:imageFromCanvas()
end
function iconForDeck(text)
return iconSized(text, 76)
end
function clickedIconForDeck(text)
return iconSized(text, 60)
end
function streamButton(icons, command, autoAdvanceIcon)
local b = {}
b.icons = icons
b.current = 1
b.command = command
b.autoAdvanceIcon = autoAdvanceIcon
function b:icon()
return self.icons[self.current]
end
function b:clickedIcon()
if self.clickedIcons then
return self.clickedIcons[self.current]
else
return self:icon()
end
end
function b:withAutoAdvanceIcon()
self.autoAdvanceIcon = true
return self
end
function b:withClickedIcons(i)
self.clickedIcons = i
return self
end
function b:pressed ()
if self.command then
self.command(self)
if self.autoAdvanceIcon then
self.current = self.current + 1
if self.current > #self.icons then
self.current = 1
end
end
end
end
return b
end
function isOn(what)
output, status, t, rc = hs.execute("~pierre.baillet/bin/hue_get_all_groups FBXd8sQkm7c4fop3MxmEt1bqlZsT-PhT1nQCgZJu")
local on = false
if rc == 0 then
for line in output:gmatch("([^\n]*)\n?") do
if string.find(line, what) and string.find(line, " on ") then
on = true
end
end
else
print("Failed calling hue controlling command:")
print(output)
print(status)
print(t)
print(rc)
end
return on
end
function lightsCommand(self)
local on = isOn("Ordi")
if on then
output, status, t, rc = hs.execute("~pierre.baillet/bin/hue_set_group_state FBXd8sQkm7c4fop3MxmEt1bqlZsT-PhT1nQCgZJu 5 off")
self.current = 1
else
output, status, t, rc = hs.execute("~pierre.baillet/bin/hue_set_scene FBXd8sQkm7c4fop3MxmEt1bqlZsT-PhT1nQCgZJu OOhyOyaSQp2S77d")
self.current = 2
end
end
local lightButton = streamButton({"🛋️", "💡"}, lightsCommand)
local centerButton = streamButton({"🅲", "🅒"}, function ()
hs.window.focusedWindow():centerOnScreen(nil, true)
end):
withAutoAdvanceIcon():
withClickedIcons({"ⓒ", "🄲"})
if not isOn("Ordi") then
lightButton.current = 2
end
local deckConf = {
lightButton,
centerButton,
streamButton({"♻️"}, reloadCommand),
streamButton({"📜"}, consoleCommand),
streamButton({"🔇"}, toggleZoomMuteCommand)
}
hs.streamdeck.init(function(connected, device)
print("received streamdeck plugin event ".. device:serialNumber())
device:reset()
for a = 1,6 do
if #deckConf < a then
print("we don't have info for button ".. a)
else
local dc = deckConf[a]
device:setButtonImage(a, iconForDeck(dc:icon()))
end
end
device:buttonCallback(
function (userData, button, buttonPressed)
dc = deckConf[button]
if buttonPressed then
device:setButtonImage(button, clickedIconForDeck(dc:clickedIcon()))
dc:pressed()
else
device:setButtonImage(button, iconForDeck(dc:icon()))
end
end)
end)
-- Unsplash
local status, secret = pcall(require, "secret")
if(status) then
hs.loadSpoon("Unsplash")
spoon.Unsplash.logger.setLogLevel("debug")
spoon.Unsplash:start(secret.UNSPLASH_CLIENT_ID, "/Users/pierrebaillet/.hammerspoon/wallpaper")
else
print("UNSPLASH secret is missing, not starting...")
end
-- MiroWindowsManager
hs.loadSpoon("MiroWindowsManager")
spoon.MiroWindowsManager:bindHotkeys(
{
up = {hyper, "up"},
down = {hyper, "down"},
right = {hyper, "right"},
left = {hyper, "left"},
fullscreen = {hyper, "f"},
}
)
-- extra feature for the WM
hs.hotkey.bind(hyper, "pagedown", "Center Window",
function ()
hs.window.focusedWindow():centerOnScreen(nil, true)
end)
-- Emojis
hs.loadSpoon("Emojis")
spoon.Emojis:bindHotkeys(
{
toggle = {hyper, "e"}
}
)
--
hs.loadSpoon("URLDispatcher")
u = spoon.URLDispatcher
u.logger.setLogLevel("debug")
u.url_patterns = {
-- { "https?://github.com", "org.mozilla.firefox" }
-- ,{ "https://www.youtube.com", "com.apple.Safari"}
-- ,{ "https://youtube.com", "com.apple.Safari"}
-- { "https?://trello.com","com.fluidapp.FluidApp2.Trello" }
-- ,{ "https://datadoghq.atlassian.net", "com.brave.Browser"}
}
u.default_handler = "org.mozilla.firefox"
u:start()
hs.loadSpoon("AfterDark"):start({showMenu = true})
hs.hotkey.showHotkeys(hyper, "h")
print("Reload Completed")
hs.closeConsole()
show_notification("Configuration", "Successfully Loaded!")
hs.dockicon.hide()
|
--[[
/////// //////////////////
/////// PROJECT: MTA iLife - German Fun Reallife Gamemode
/////// VERSION: 1.7.2
/////// DEVELOPERS: See DEVELOPERS.md in the top folder
/////// LICENSE: See LICENSE.md in the top folder
/////// /////////////////
]]
--
-- Created by IntelliJ IDEA.
-- User: Noneatme
-- Date: 26.01.2015
-- Time: 16:07
-- To change this template use File | Settings | File Templates.
--
cHelicopterCam = {};
--[[
]]
-- ///////////////////////////////
-- ///// New //////
-- ///// Returns: Object //////
-- ///////////////////////////////
function cHelicopterCam:new(...)
local obj = setmetatable({}, {__index = self});
if obj.constructor then
obj:constructor(...);
end
return obj;
end
-- ///////////////////////////////
-- ///// Enable //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:enable(uVehicle)
if not(self.m_bEnabled) then
clientBusy = true;
self.m_bEnabled = true;
self.m_uCurrentVehicle = uVehicle;
addEventHandler("onClientRender", getRootElement(), self.m_funcRender);
addEventHandler("onClientCursorMove", getRootElement(), self.m_funcMouseMove);
bindKey("mouse_wheel_down", "down", self.m_zoomInFunc)
bindKey("mouse_wheel_up", "down", self.m_zoomOutFunc)
showChat(false);
if(hud) then
hud:Toggle(false);
end
end
end
-- ///////////////////////////////
-- ///// Disablee //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:disable()
if(self.m_bEnabled) then
clientBusy = false;
self.m_bEnabled = false;
removeEventHandler("onClientRender", getRootElement(), self.m_funcRender);
removeEventHandler("onClientCursorMove", getRootElement(), self.m_funcMouseMove);
unbindKey("mouse_wheel_down", "down", self.m_zoomInFunc)
unbindKey("mouse_wheel_up", "down", self.m_zoomOutFunc)
setCameraTarget(localPlayer)
showChat(true);
if(hud) then
hud:Toggle(true);
end
end
end
-- ///////////////////////////////
-- ///// Render //////
-- ///// Returns: void //////
-- ///////////////////////////////
-- state variables
local speed = 0
local strafespeed = 0
local rotX, rotY = 0,0
local velocityX, velocityY, velocityZ
function cHelicopterCam:render()
if(self.m_bEnabled) then
local camPosX, camPosY, camPosZ = getElementPosition(localPlayer)
camPosZ = camPosZ-0.8
local angleZ = math.sin(self.rotY)
local angleY = math.cos(self.rotY) * math.cos(self.rotX)
local angleX = math.cos(self.rotY) * math.sin(self.rotX)
local camTargetX = camPosX + ( angleX ) * 100
local camTargetY = camPosY + angleY * 100
local camTargetZ = camPosZ + angleZ * 100
local cameraAngleX = rotX
local cameraAngleY = rotY
local freeModeAngleZ = math.sin(cameraAngleY)
local freeModeAngleY = math.cos(cameraAngleY) * math.cos(cameraAngleX)
local freeModeAngleX = math.cos(cameraAngleY) * math.sin(cameraAngleX)
if(self.m_bUseFreecam) then
camPosX, camPosY, camPosZ = getCameraMatrix()
angleZ = math.sin(self.rotY)
angleY = math.cos(self.rotY) * math.cos(self.rotX)
angleX = math.cos(self.rotY) * math.sin(self.rotX)
camTargetX = camPosX + ( angleX ) * 100
camTargetY = camPosY + angleY * 100
camTargetZ = camPosZ + angleZ * 100
cameraAngleX = rotX
cameraAngleY = rotY
freeModeAngleZ = math.sin(cameraAngleY)
freeModeAngleY = math.cos(cameraAngleY) * math.cos(cameraAngleX)
freeModeAngleX = math.cos(cameraAngleY) * math.sin(cameraAngleX)
local mspeed = self.options.normalMaxSpeed
if getKeyState ( self.options.key_fastMove ) then
mspeed = self.options.fastMaxSpeed
elseif getKeyState ( self.options.key_slowMove ) then
mspeed = self.options.slowMaxSpeed
end
if self.options.smoothMovement then
local acceleration = self.options.acceleration
local decceleration = self.options.decceleration
-- Check to see if the forwards/backwards keys are pressed
local speedKeyPressed = false
if getKeyState ( self.options.key_forward ) then
speed = speed + acceleration
speedKeyPressed = true
end
if getKeyState ( self.options.key_backward ) then
speed = speed - acceleration
speedKeyPressed = true
end
-- Check to see if the strafe keys are pressed
local strafeSpeedKeyPressed = false
if getKeyState ( self.options.key_right ) then
if strafespeed > 0 then -- for instance response
strafespeed = 0
end
strafespeed = strafespeed - acceleration / 2
strafeSpeedKeyPressed = true
end
if getKeyState ( self.options.key_left ) then
if strafespeed < 0 then -- for instance response
strafespeed = 0
end
strafespeed = strafespeed + acceleration / 2
strafeSpeedKeyPressed = true
end
-- If no forwards/backwards keys were pressed, then gradually slow down the movement towards 0
if speedKeyPressed ~= true then
if speed > 0 then
speed = speed - decceleration
elseif speed < 0 then
speed = speed + decceleration
end
end
-- If no strafe keys were pressed, then gradually slow down the movement towards 0
if strafeSpeedKeyPressed ~= true then
if strafespeed > 0 then
strafespeed = strafespeed - decceleration
elseif strafespeed < 0 then
strafespeed = strafespeed + decceleration
end
end
-- Check the ranges of values - set the speed to 0 if its very close to 0 (stops jittering), and limit to the maximum speed
if speed > -decceleration and speed < decceleration then
speed = 0
elseif speed > mspeed then
speed = mspeed
elseif speed < -mspeed then
speed = -mspeed
end
if strafespeed > -(acceleration / 2) and strafespeed < (acceleration / 2) then
strafespeed = 0
elseif strafespeed > mspeed then
strafespeed = mspeed
elseif strafespeed < -mspeed then
strafespeed = -mspeed
end
else
speed = 0
strafespeed = 0
if getKeyState ( options.key_forward ) then speed = mspeed end
if getKeyState ( options.key_backward ) then speed = -mspeed end
if getKeyState ( options.key_left ) then strafespeed = mspeed end
if getKeyState ( options.key_right ) then strafespeed = -mspeed end
end
-- Work out the distance between the target and the camera (should be 100 units)
local camAngleX = camPosX - camTargetX
local camAngleY = camPosY - camTargetY
local camAngleZ = 0 -- we ignore this otherwise our vertical angle affects how fast you can strafe
-- Calulcate the length of the vector
local angleLength = math.sqrt(camAngleX*camAngleX+camAngleY*camAngleY+camAngleZ*camAngleZ)
-- Normalize the vector, ignoring the Z axis, as the camera is stuck to the XY plane (it can't roll)
local camNormalizedAngleX = camAngleX / angleLength
local camNormalizedAngleY = camAngleY / angleLength
local camNormalizedAngleZ = 0
-- We use this as our rotation vector
local normalAngleX = 0
local normalAngleY = 0
local normalAngleZ = 1
-- Perform a cross product with the rotation vector and the normalzied angle
local normalX = (camNormalizedAngleY * normalAngleZ - camNormalizedAngleZ * normalAngleY)
local normalY = (camNormalizedAngleZ * normalAngleX - camNormalizedAngleX * normalAngleZ)
local normalZ = (camNormalizedAngleX * normalAngleY - camNormalizedAngleY * normalAngleX)
-- Update the camera position based on the forwards/backwards speed
camPosX = camPosX + freeModeAngleX * speed
camPosY = camPosY + freeModeAngleY * speed
camPosZ = camPosZ + freeModeAngleZ * speed
-- Update the camera position based on the strafe speed
camPosX = camPosX + normalX * strafespeed
camPosY = camPosY + normalY * strafespeed
camPosZ = camPosZ + normalZ * strafespeed
if(getKeyState("pgup")) then
camPosZ = camPosZ+0.1
end
if(getKeyState("pgdn")) then
camPosZ = camPosZ-0.1
end
end
local veh = getPedOccupiedVehicle ( getLocalPlayer() )
if(self.currentMoveValueX ~= 0) or (self.currentMoveValueY ~= 0) then
self.rotX = self.rotX + self.currentMoveValueX * self.mouseSensitivity * 0.01745
self.rotY = self.rotY - self.currentMoveValueY * self.mouseSensitivity * 0.01745
if self.rotX > self.PI then
self.rotX = self.rotX - 2 * self.PI
elseif self.rotX < -self.PI then
self.rotX = self.rotX + 2 * self.PI
end
if self.rotY > self.PI then
self.rotY = self.rotY - 2 * self.PI
elseif self.rotY < -self.PI then
self.rotY = self.rotY + 2 * self.PI
end
if self.rotY < -self.PI / 2.05 then
self.rotY = -self.PI / 2.05
elseif self.rotY > self.PI / 2.05 then
self.rotY = self.PI / 2.05
end
local value = 0.1;
if(self.currentMoveValueX > 0) then
self.currentMoveValueX = self.currentMoveValueX-value;
else
self.currentMoveValueX = self.currentMoveValueX+value;
end
if(self.currentMoveValueY > 0) then
self.currentMoveValueY = self.currentMoveValueY-value;
else
self.currentMoveValueY = self.currentMoveValueY+value;
end
-- ZOOM --
if(self.m_iCurZoomValue > 0.1) or (self.m_iCurZoomValue < -0.1) then
self.m_iCurZoom = self.m_iCurZoom+self.m_iCurZoomValue;
end
if(self.m_iCurZoom > 100) then
self.m_iCurZoom = 100;
self.m_iCurZoomValue = 0;
end
if(self.m_iCurZoom < 10) then
self.m_iCurZoom = 10;
self.m_iCurZoomValue = 0;
end
if(self.m_iCurZoomValue >= 0) then
self.m_iCurZoomValue = self.m_iCurZoomValue-0.01;
else
self.m_iCurZoomValue = self.m_iCurZoomValue+0.01;
end
end
--[[
if(veh) then
local rx, ry, curVehRot = getElementRotation ( veh )
local changedRotation = oldVehRot - curVehRot
oldVehRot = curVehRot
if not totalRot then
totalRot = curVehRot
end
totalRot = changedRotation * 2 + totalRot
local rotX = ( ( self.rotX * 360 / self.PI ) + totalRot ) / 360 * self.PI
if rotX > self.PI then
rotX = rotX - 2 * self.PI
elseif rotX < -self.PI then
rotX = rotX + 2 * self.PI
end
camTargetX = camPosX + ( math.cos(self.rotY) * math.sin(rotX) ) * 100
camTargetY = camPosY + ( math.cos(self.rotY) * math.cos(rotX) ) * 100
-- MOVE MOUSE VALUE --
end]]
setCameraMatrix ( camPosX, camPosY, camPosZ, camTargetX, camTargetY, camTargetZ, 0, self.m_iCurZoom )
end
end
-- ///////////////////////////////
-- ///// freecamMouse //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:mouseMove(cX,cY,aX,aY)
if isCursorShowing() or isMTAWindowActive() then
self.delay = 5
return
elseif self.delay > 0 then
self.delay = self.delay - 1
return
end
local width, height = guiGetScreenSize()
local aX = aX - width / 2
local aY = aY - height / 2
self.currentMoveValueX = self.currentMoveValueX+(aX*self.mouseSensitivity);
self.currentMoveValueY = self.currentMoveValueY+(aY*self.mouseSensitivity);
if(self.currentMoveValueY > 100) then
self.currentMoveValueY = 100;
end
if(self.currentMoveValueY < -100) then
self.currentMoveValueY = -100;
end
if(self.currentMoveValueX > 100) then
self.currentMoveValueX = 100;
end
if(self.currentMoveValueX < -100) then
self.currentMoveValueX = -100;
end
-- Animation --
end
-- ///////////////////////////////
-- ///// ZoomIn //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:zoomIn()
if(self.m_iCurZoomValue > 1) then
self.m_iCurZoomValue = 1;
else
self.m_iCurZoomValue = self.m_iCurZoomValue+0.1;
end
end
-- ///////////////////////////////
-- ///// ZoomOut //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:zoomOut()
if(self.m_iCurZoomValue < -1) then
self.m_iCurZoomValue = -1;
else
self.m_iCurZoomValue = self.m_iCurZoomValue-0.1;
end
end
-- ///////////////////////////////
-- ///// bindKeys //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:bindKeys(bBool)
if(bBool) then
bindKey(self.m_sControlName, "down", self.m_funcToggleCam);
else
unbindKey(self.m_sControlName, "down", self.m_funcToggleCam);
end
end
-- ///////////////////////////////
-- ///// EnterVehicle //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:enterVehicle(uPlayer, iSeat)
if(uPlayer == localPlayer) and (iSeat == 1) then
if(self.m_tblValidModels[getElementModel(source)]) then
outputChatBox("Benutze STRG um die Flugzeugkamera zu bedienen!", 0, 200, 0);
self:bindKeys(true);
end
end
end
-- ///////////////////////////////
-- ///// ExitVehicle //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:exitVehicle(uPlayer, iSeat)
if(uPlayer == localPlayer) and (iSeat == 1) then
if(self.m_tblValidModels[getElementModel(source)]) then
self:bindKeys(false);
self:disable();
end
end
end
-- ///////////////////////////////
-- ///// Constructor //////
-- ///// Returns: void //////
-- ///////////////////////////////
function cHelicopterCam:constructor(...)
-- Klassenvariablen --
self.m_bEnabled = false;
self.m_funcRender = function(...) self:render(...) end
self.m_funcMouseMove = function(...) self:mouseMove(...) end
self.m_zoomInFunc = function(...) self:zoomIn(...) end
self.m_zoomOutFunc = function(...) self:zoomOut(...) end
self.m_funcEnterVehicle = function(...) self:enterVehicle(...) end
self.m_funcExitVehicle = function(...) self:exitVehicle(...) end
self.m_funcDisableFunc = function(...) self:bindKeys(false) self:disable() end;
self.m_funcToggleCam = function(...)
if(self.m_bEnabled) then
self:disable()
else
self:enable();
end
end
-- Funktionen --
self.m_tblValidModels = {[497] = true, [488] = true};
self.rotX = 0;
self.rotY = 0;
self.rotZ = 0;
self.m_iCurZoomValue = 0;
self.m_iCurZoom = 80;
self.currentMoveValueX = 0;
self.currentMoveValueY = 0;
self.delay = 5;
self.mouseSensitivity = 0.025;
self.PI = math.pi
self.m_sControlName = "lctrl";
self.m_bUseFreecam = false;
self.options =
{
invertMouseLook = false,
normalMaxSpeed = 0.7,
slowMaxSpeed = 0.2,
fastMaxSpeed = 12,
smoothMovement = true,
acceleration = 0.05,
decceleration = 0.01,
mouseSensitivity = 0.3,
maxYAngle = 188,
key_fastMove = "lshift",
key_slowMove = "lalt",
key_forward = "w",
key_backward = "s",
key_left = "a",
key_right = "d"
}
-- Events --
addEventHandler("onClientVehicleEnter", getRootElement(), self.m_funcEnterVehicle);
addEventHandler("onClientVehicleExit", getRootElement(), self.m_funcExitVehicle);
addEventHandler("onClientPlayerWasted", getLocalPlayer(), self.m_funcDisableFunc);
addCommandHandler("freecam", function()
if(getElementData(localPlayer, "Adminlevel") > 2) then
self.m_funcToggleCam()
self.m_bUseFreecam = not(self.m_bUseFreecam)
end
end)
end
-- EVENT HANDLER --
|
--imports
local WIM = WIM;
local _G = _G;
local time = time;
local date = date;
--set namespace
setfenv(1, WIM);
local TimeStamps = WIM.CreateModule("TimeStamps", true);
-- define available timeStamps
local formats = {
"%I:%M", -- HH:MM (12hr)
"%I:%M %p", -- HH:MM AM/PM (12hr)
"%H:%M", -- HH:MM (24hr)
"%I:%M:%S", -- HH:MM:SS (12hr)
"%I:%M:%S %p",-- HH:MM:SS AM/PM (12hr)
"%H:%M:%S" -- HH:MM:SS (24hr)
};
db_defaults.timeStampFormat = formats[3];
local function addTimeStamp(msg, chatDisplay)
return GetTimeStamp(nil, chatDisplay).." "..msg;
end
function TimeStamps:OnEnable()
RegisterStringModifier(addTimeStamp);
end
function TimeStamps:OnDisable()
UnregisterStringModifier(addTimeStamp);
end
function TimeStamps:OnWindowDestroyed(win)
win.lastDate = nil;
end
-- Global
function GetTimeStamp(cTime, chatDisplay)
local win = chatDisplay and chatDisplay.parentWindow or chatDisplay;
cTime = cTime or (win and win.nextStamp) or time();
local cDate = _G.date(L["_DateFormat"], cTime);
local color = win and win.nextStampColor or db.displayColors.sysMsg;
if(win and win.lastDate ~= cDate) then
chatDisplay:AddMessage(" ");
chatDisplay:AddMessage("["..cDate.."]", color.r, color.g, color.b);
end
local stamp = "|cff"..RGBPercentToHex(color.r, color.g, color.b)..date(db.timeStampFormat, cTime).."|r";
if(win) then
win.lastDate = cDate;
win.nextChatDisplay = nil;
win.nextStamp = nil;
win.nextStampColor = nil;
end
return stamp;
end
function GetTimeStampFormats()
return formats;
end
|
local t = Def.ActorFrame{
}
t[#t+1] = Def.Quad{
InitCommand=function(self)
self:zoomto(60,60):diffuse(getMainColor("frame")):diffusealpha(0.7):rotationz(90)
end
}
t[#t+1] = Def.Quad{
InitCommand=function(self)
self:x(-10):zoomto(50,25):diffuse(color("#ffffff")):diffusealpha(0.5):rotationz(90)
end
}
return t
|
--- MidTrackObjectSegmentBuilder
--- Builder Pattern constructor for a MidTrackObjectSegment
local MidTrackObjectSegment = require(script.Parent.MidTrackObjectSegment)
local root = script.Parent.Parent
local Builder = require(root.Builder)
local util = root.Util
local t = require(util.t)
local IsModelWithPrimaryPart = require(util.IsModelWithPrimaryPart)
local MidTrackObjectSegmentBuilder = {
ClassName = "MidTrackObjectSegmentBuilder";
}
MidTrackObjectSegmentBuilder.__index = MidTrackObjectSegmentBuilder
setmetatable(MidTrackObjectSegmentBuilder, Builder)
function MidTrackObjectSegmentBuilder.new()
local self = setmetatable(Builder.new(), MidTrackObjectSegmentBuilder)
self.Name = nil
self.Object = nil
self.Offset = CFrame.new()
self.UseLookVector = false
return self
end
-- makes sure everything is setup properly
-- runs an "any" check on the following properties
local BuilderCheck = Builder.Check({
"Object"
})
function MidTrackObjectSegmentBuilder:Build()
assert(BuilderCheck(self))
return MidTrackObjectSegment.fromData({
Name = self.Name,
Object = self.Object,
Offset = self.Offset,
UseLookVector = self.UseLookVector,
})
end
local IsObject = t.union(
t.instanceIsA("BasePart"),
IsModelWithPrimaryPart
)
function MidTrackObjectSegmentBuilder:WithObject(object)
assert(IsObject(object))
self.Object = object
return self
end
function MidTrackObjectSegmentBuilder:WithOffset(offset)
assert(t.CFrame(offset))
self.Offset = offset
return self
end
function MidTrackObjectSegmentBuilder:WithUseLookVector(value)
assert(t.boolean(value))
self.UseLookVector = value
return self
end
return MidTrackObjectSegmentBuilder
|
local hst = {}
function hst.in_history(player, entity)
if not (global.player_state[player.index].bp_method == "Auto-Mode") then return end
if entity.unit_number then
return (global.player_state[player.index].bp_entity_history[entity.unit_number] ~= nil)
elseif entity.position then
return (global.player_state[player.index].bp_entity_history[entity.position] ~= nil)
else
return false
end
end
function hst.purge_history(event, player)
local purge_time = global.player_state[player.index].bp_history_time
for id, tick in pairs(global.player_state[player.index].bp_entity_history) do
if tick < (event.tick - purge_time * 60) then
global.player_state[player.index].bp_entity_history[id] = nil
end
end
end
function hst.add_to_history(event, player, entity)
if not (global.player_state[player.index].bp_method == "Auto-Mode") then return end
if entity.unit_number then
global.player_state[player.index].bp_entity_history[entity.unit_number] = event.tick
elseif entity.position then
global.player_state[player.index].bp_entity_history[entity.position] = event.tick
end
end
return hst
|
pg = pg or {}
pg.enemy_data_statistics_205 = {
[12300437] = {
cannon = 75,
reload = 150,
speed_growth = 0,
cannon_growth = 800,
rarity = 1,
air = 0,
torpedo = 200,
dodge = 5,
durability_growth = 39000,
antiaircraft = 0,
luck = 18,
reload_growth = 0,
dodge_growth = 72,
hit_growth = 210,
star = 2,
hit = 14,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 90,
base = 369,
durability = 918,
armor_growth = 0,
torpedo_growth = 3600,
luck_growth = 0,
speed = 12,
armor = 0,
id = 12300437,
antiaircraft_growth = 0,
antisub = 0,
scale = 150,
equipment_list = {
611263,
611264,
611265
}
},
[12300441] = {
cannon = 280,
reload = 150,
speed_growth = 0,
cannon_growth = 0,
rarity = 5,
air = 0,
torpedo = 0,
dodge = 22,
durability_growth = 0,
antiaircraft = 285,
luck = 20,
reload_growth = 0,
dodge_growth = 312,
hit_growth = 210,
star = 6,
hit = 30,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 95,
base = 363,
durability = 78000,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 18,
armor = 0,
id = 12300441,
antiaircraft_growth = 0,
antisub = 0,
appear_fx = {
"bossguangxiao",
"appearQ"
},
equipment_list = {
611171,
611172,
611173,
611174,
611175,
611176,
611177
}
},
[12300443] = {
cannon = 200,
hit_growth = 210,
rarity = 5,
speed_growth = 0,
pilot_ai_template_id = 10001,
air = 300,
luck = 20,
dodge = 22,
cannon_growth = 0,
speed = 16,
reload = 150,
reload_growth = 0,
dodge_growth = 312,
id = 12300443,
star = 6,
hit = 40,
antisub_growth = 0,
air_growth = 0,
torpedo = 0,
base = 238,
durability = 93200,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
battle_unit_type = 95,
armor = 0,
durability_growth = 0,
antiaircraft = 390,
antisub = 0,
antiaircraft_growth = 0,
bound_bone = {
cannon = {
{
1.1,
1.3,
0
}
},
vicegun = {
{
1.1,
0.43,
0
}
},
torpedo = {
{
0.18,
0.27,
0
}
},
antiaircraft = {
{
1.1,
0.43,
0
}
}
},
appear_fx = {
"bossguangxiao",
"appearQ"
},
equipment_list = {
611191,
611193,
611195,
611196,
611197,
611198,
611199
}
},
[12300444] = {
cannon = 300,
reload = 150,
speed_growth = 0,
cannon_growth = 0,
rarity = 5,
air = 0,
torpedo = 180,
dodge = 16,
durability_growth = 0,
antiaircraft = 460,
luck = 25,
reload_growth = 0,
dodge_growth = 228,
hit_growth = 210,
star = 6,
hit = 40,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 95,
base = 364,
durability = 115000,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 18,
armor = 0,
id = 12300444,
antiaircraft_growth = 0,
antisub = 0,
appear_fx = {
"bossguangxiao",
"appearQ"
},
equipment_list = {
611221,
611222,
611223,
611224,
611225,
611226
}
},
[12300445] = {
cannon = 320,
reload = 150,
speed_growth = 0,
cannon_growth = 0,
rarity = 3,
air = 0,
torpedo = 200,
dodge = 16,
durability_growth = 0,
antiaircraft = 460,
luck = 35,
reload_growth = 0,
dodge_growth = 228,
hit_growth = 210,
star = 4,
hit = 45,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 95,
base = 275,
durability = 150000,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 18,
armor = 0,
id = 12300445,
antiaircraft_growth = 0,
antisub = 0,
equipment_list = {
611231,
611232,
611233,
611234,
611235,
611236,
611237
}
},
[12300446] = {
cannon = 120,
reload = 150,
speed_growth = 0,
cannon_growth = 0,
rarity = 4,
air = 0,
torpedo = 230,
dodge = 34,
durability_growth = 0,
antiaircraft = 260,
luck = 20,
reload_growth = 0,
dodge_growth = 222,
hit_growth = 210,
star = 4,
hit = 32,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 95,
base = 297,
durability = 52400,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 32,
armor = 0,
id = 12300446,
antiaircraft_growth = 0,
antisub = 0,
appear_fx = {
"appearQ"
},
equipment_list = {
611181,
611182,
611183,
611184,
611185
}
},
[12300447] = {
cannon = 220,
reload = 150,
speed_growth = 0,
cannon_growth = 0,
rarity = 4,
air = 0,
torpedo = 0,
dodge = 22,
durability_growth = 0,
antiaircraft = 305,
luck = 20,
reload_growth = 0,
dodge_growth = 162,
hit_growth = 210,
star = 4,
hit = 38,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 95,
base = 370,
durability = 80000,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 25,
armor = 0,
id = 12300447,
antiaircraft_growth = 0,
antisub = 0,
appear_fx = {
"appearQ"
},
equipment_list = {
611211,
611212,
611213,
611214,
611215
}
},
[12300450] = {
cannon = 8,
prefab = "srDD2",
reload = 150,
cannon_growth = 560,
speed_growth = 0,
air = 0,
rarity = 2,
dodge = 0,
torpedo = 36,
durability_growth = 13200,
antiaircraft = 80,
reload_growth = 0,
dodge_growth = 0,
luck = 0,
star = 2,
hit = 10,
antisub_growth = 0,
air_growth = 0,
hit_growth = 144,
base = 123,
durability = 640,
armor_growth = 0,
torpedo_growth = 3250,
luck_growth = 0,
speed = 15,
armor = 0,
battle_unit_type = 25,
antisub = 0,
id = 12300450,
antiaircraft_growth = 1000,
equipment_list = {
1000593,
1000598,
1000603
}
},
[12300451] = {
cannon = 16,
prefab = "srCL2",
reload = 150,
cannon_growth = 880,
speed_growth = 0,
air = 0,
rarity = 2,
dodge = 0,
torpedo = 28,
durability_growth = 20800,
antiaircraft = 160,
reload_growth = 0,
dodge_growth = 0,
luck = 0,
star = 2,
hit = 10,
antisub_growth = 0,
air_growth = 0,
hit_growth = 144,
base = 124,
durability = 890,
armor_growth = 0,
torpedo_growth = 2250,
luck_growth = 0,
speed = 15,
armor = 0,
battle_unit_type = 30,
antisub = 0,
id = 12300451,
antiaircraft_growth = 2250,
equipment_list = {
1000608,
1000613
}
},
[12300452] = {
cannon = 21,
prefab = "srCA2",
reload = 150,
cannon_growth = 1800,
speed_growth = 0,
air = 0,
rarity = 2,
dodge = 0,
torpedo = 18,
durability_growth = 36800,
antiaircraft = 125,
reload_growth = 0,
dodge_growth = 0,
luck = 0,
star = 2,
hit = 10,
antisub_growth = 0,
air_growth = 0,
hit_growth = 144,
base = 125,
durability = 1700,
armor_growth = 0,
torpedo_growth = 1250,
luck_growth = 0,
speed = 15,
armor = 0,
battle_unit_type = 35,
antisub = 0,
id = 12300452,
antiaircraft_growth = 1400,
equipment_list = {
1000617,
1000623,
1000628
}
},
[12300453] = {
cannon = 47,
prefab = "srBB2",
reload = 150,
cannon_growth = 2200,
speed_growth = 0,
air = 0,
rarity = 2,
dodge = 0,
torpedo = 0,
durability_growth = 70400,
antiaircraft = 135,
reload_growth = 0,
dodge_growth = 0,
luck = 0,
star = 2,
hit = 10,
antisub_growth = 0,
air_growth = 0,
hit_growth = 144,
base = 126,
durability = 5270,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 15,
armor = 0,
battle_unit_type = 60,
antisub = 0,
id = 12300453,
antiaircraft_growth = 1400,
equipment_list = {
1000633,
1000637,
1000643
}
},
[12300454] = {
cannon = 0,
prefab = "srCV2",
reload = 150,
cannon_growth = 0,
speed_growth = 0,
air = 55,
rarity = 2,
dodge = 0,
torpedo = 0,
durability_growth = 65600,
antiaircraft = 150,
reload_growth = 0,
dodge_growth = 0,
luck = 0,
star = 2,
hit = 10,
antisub_growth = 0,
air_growth = 2000,
hit_growth = 144,
base = 127,
durability = 4680,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 15,
armor = 0,
battle_unit_type = 65,
antisub = 0,
id = 12300454,
antiaircraft_growth = 1800,
bound_bone = {
cannon = {
{
1.8,
1.14,
0
}
},
torpedo = {
{
1.07,
0.24,
0
}
},
antiaircraft = {
{
1.8,
1.14,
0
}
},
plane = {
{
1.8,
1.14,
0
}
}
},
equipment_list = {
1000647,
1000653,
1000658,
1000663
}
},
[12300455] = {
cannon = 45,
reload = 150,
speed_growth = 0,
cannon_growth = 640,
rarity = 4,
air = 0,
torpedo = 135,
dodge = 28,
durability_growth = 23600,
antiaircraft = 125,
luck = 0,
reload_growth = 0,
dodge_growth = 450,
hit_growth = 350,
star = 4,
hit = 30,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 50,
base = 248,
durability = 4340,
armor_growth = 0,
torpedo_growth = 5200,
luck_growth = 0,
speed = 36,
armor = 0,
id = 12300455,
antiaircraft_growth = 3000,
antisub = 0,
equipment_list = {
1000713,
1000717,
1000722
}
},
[12300456] = {
cannon = 74,
reload = 150,
speed_growth = 0,
cannon_growth = 936,
rarity = 4,
air = 0,
torpedo = 112,
dodge = 11,
durability_growth = 33600,
antiaircraft = 255,
luck = 0,
reload_growth = 0,
dodge_growth = 162,
hit_growth = 210,
star = 4,
hit = 14,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 55,
base = 249,
durability = 5270,
armor_growth = 0,
torpedo_growth = 3366,
luck_growth = 0,
speed = 24,
armor = 0,
id = 12300456,
antiaircraft_growth = 3744,
antisub = 0,
equipment_list = {
1000683,
1000687,
1000693,
1000697
}
},
[12300457] = {
cannon = 102,
reload = 150,
speed_growth = 0,
cannon_growth = 1750,
rarity = 4,
air = 0,
torpedo = 84,
dodge = 17,
durability_growth = 43200,
antiaircraft = 192,
luck = 0,
reload_growth = 0,
dodge_growth = 170,
hit_growth = 350,
star = 4,
hit = 30,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 60,
base = 250,
durability = 6040,
armor_growth = 0,
torpedo_growth = 3200,
luck_growth = 0,
speed = 18,
armor = 0,
id = 12300457,
antiaircraft_growth = 3880,
antisub = 0,
equipment_list = {
1000743,
1000747,
1000753,
1000757
}
},
[12300458] = {
cannon = 120,
reload = 150,
speed_growth = 0,
cannon_growth = 3600,
rarity = 3,
air = 0,
torpedo = 0,
dodge = 17,
durability_growth = 68000,
antiaircraft = 212,
luck = 0,
reload_growth = 0,
dodge_growth = 170,
hit_growth = 350,
star = 4,
hit = 30,
antisub_growth = 0,
air_growth = 0,
battle_unit_type = 65,
base = 251,
durability = 9010,
armor_growth = 0,
torpedo_growth = 0,
luck_growth = 0,
speed = 14,
armor = 0,
id = 12300458,
antiaircraft_growth = 4680,
antisub = 0,
equipment_list = {
1000778,
1000782,
1000788
},
buff_list = {
{
ID = 50510,
LV = 5
}
}
}
}
return
|
local term = require("term")
print("testing term blink")
term.setCursorBlink(true)
io.write("this should blink for 1 second")
term.pull(1, "adsfasdfA")
print()
io.write("this should not blink for 1 second")
term.setCursorBlink(false)
term.pull(1, "adsfasdfA")
print()
io.write("this should blink for input [ENTER]: ")
term.setCursorBlink(true)
term.read()
io.write("this should not blink for input [ENTER]: ")
term.setCursorBlink(false)
term.read()
print("time to blink the screen")
print("moving with blinkyness on")
term.setCursorBlink(true)
for _=1,100 do
io.write("x")
term.pull(0,"adsfasdf")
end
print()
print("moving with blinkyness off")
term.setCursorBlink(false)
for _=1,100 do
io.write("-")
term.pull(0,"adsfasdf")
end
print()
print("shell should be blinking after this test finishes")
term.setCursorBlink(true)
|
-- -*- lua -*-
local pkgName = "cmplr/intel"
local fn = myFileName():gsub("%.lua$","")
local fullVersion = barefilename(fn)
local pkgVersion = fullVersion:match("([0-9]+%.[0-9]+)%.?")
local pkgNameVer = pathJoin(pkgName,pkgVersion)
local modulepath_root = os.getenv("MODULEPATH_ROOT")
whatis("Description: Intel Compiler Collection")
prepend_path('MODULEPATH', pathJoin(modulepath_root,pkgNameVer))
family("compiler")
|
function distance ( x1, y1, x2, y2 )
local dx = x1 - x2
local dy = y1 - y2
return math.sqrt ( dx * dx + dy * dy )
end
function sign(x)
if x > 0 then
return 1
elseif x < 0 then
return -1
else
return 0
end
end
function round(x)
local floor = math.floor(x)
if ((x - floor) >= 0.5) then
return math.ceil(x)
else
return floor
end
end
|
local EaseUI = require(script:GetCustomProperty("EaseUI"))
local mainPointer = script:GetCustomProperty("Main"):WaitForObject()
local reticleUI = script:GetCustomProperty("ReticleUI"):WaitForObject()
local truePointer = script:GetCustomProperty("TruePointer"):WaitForObject()
local sniperView = script:GetCustomProperty("SniperView"):WaitForObject()
local distanceReadout = script:GetCustomProperty("DistanceReadout"):WaitForObject()
local reloadTimer = script:GetCustomProperty("ReloadTimer"):WaitForObject()
local fireState = script:GetCustomProperty("FireState"):WaitForObject()
local redDot = script:GetCustomProperty("RedDot"):WaitForObject()
local zoom = script:GetCustomProperty("Zoom"):WaitForObject()
local reloadColor = script:GetCustomProperty("ReloadColor")
local activeColor = script:GetCustomProperty("ActiveColor")
local tankGarage = World.FindObjectByName("TANK_VP_TankGarage")
local localPlayer = Game.GetLocalPlayer()
local reloadSpeed = 1
local reloading = false
local accumulatedReloadingTime = 0
local turret = nil
local defaultCamera = nil
local sniperCamera = nil
local bindingPressedListener = nil
local cannon = nil
local function RaycastResultFromPointRotationDistance(point, rotation, distance)
local azimuth = rotation.z
local altitude = rotation.y
if azimuth < 0 then
azimuth = azimuth + 360
end
azimuth = azimuth * math.pi/180
if altitude < 0 then
altitude = altitude + 360
end
altitude = altitude * math.pi/180
local direction = Vector3.New(math.cos(azimuth) * math.cos(altitude), math.sin(azimuth) * math.cos(altitude), math.sin(altitude))
local destination = (direction * distance) + point
local point = World.Raycast(point, destination)
if point then
destination = point:GetImpactPosition()
end
return destination
end
function ReloadAnimation(player, reloadTime)
if player ~= localPlayer then
return
end
reloadSpeed = reloadTime
reloading = true
end
function FindTank()
if not localPlayer.clientUserData.currentTankData or not Object.IsValid(localPlayer.clientUserData.currentTankData.skin) then
return
end
local clientSkin = localPlayer.clientUserData.currentTankData.skin
turret = clientSkin:FindDescendantByName("Turret")
cannon = clientSkin:FindDescendantByName("Cannon")
defaultCamera = clientSkin:FindDescendantByName("Tank Camera")
sniperCamera = clientSkin:FindDescendantByName("Sniper Camera")
Task.Wait(0.1)
if Object.IsValid(defaultCamera) then
localPlayer:SetOverrideCamera(defaultCamera)
end
end
function UpdatePointer()
local position = RaycastResultFromPointRotationDistance(cannon:GetWorldPosition(),cannon:GetWorldRotation(), 100000)
local distance = math.ceil((position - cannon:GetWorldPosition()).size * 5 / 1000)
distanceReadout.text = tostring(distance) .. " m"
local uiPostion = UI.GetScreenPosition(position)
if uiPostion then
truePointer.visibility = Visibility.FORCE_ON
EaseUI.EaseX(truePointer, uiPostion.x, 0.04, EaseUI.EasingEquation.CUBIC, EaseUI.EasingDirection.INOUT)
EaseUI.EaseY(truePointer, uiPostion.y, 0.04, EaseUI.EasingEquation.CUBIC, EaseUI.EasingDirection.INOUT)
else
truePointer.visibility = Visibility.FORCE_OFF
end
end
function TransitionCameras(oldCamera, newCamera)
local newPitch = oldCamera.currentPitch
local newYaw = oldCamera.currentYaw
if newPitch > newCamera.maxPitch then
newPitch = newCamera.maxPitch
elseif newPitch < newCamera.minPitch then
newPitch = newCamera.minPitch
end
if newCamera.isYawLimited and newYaw > newCamera.maxYaw then
newYaw = newCamera.maxYaw
elseif newCamera.isYawLimited and newYaw < newCamera.minYaw then
newYaw = newCamera.minYaw
end
newCamera.currentPitch = newPitch
newCamera.currentYaw = newYaw
localPlayer:SetOverrideCamera(newCamera)
end
function OnBindingPressed(player, binding)
if binding == "ability_extra_12" then
if localPlayer:GetActiveCamera() == defaultCamera and turret then
TransitionCameras(defaultCamera, sniperCamera)
turret.visibility = Visibility.FORCE_OFF
sniperView.visibility = Visibility.INHERIT
elseif defaultCamera and turret then
TransitionCameras(sniperCamera, defaultCamera)
turret.visibility = Visibility.INHERIT
sniperView.visibility = Visibility.FORCE_OFF
end
end
end
function Tick(dt)
if not Object.IsValid(cannon) then
reticleUI.visibility = Visibility.FORCE_OFF
accumulatedReloadingTime = 0
reloading = false
FindTank()
Task.Wait(0.1)
return
end
reticleUI.visibility = Visibility.INHERIT
if reloading and reloadSpeed then
accumulatedReloadingTime = accumulatedReloadingTime + dt
if reloadSpeed - accumulatedReloadingTime > 0 then
reloadTimer.text = string.format("%.2f",reloadSpeed - accumulatedReloadingTime)
fireState.text = "Reloading"
fireState:SetColor(reloadColor)
redDot.visibility = Visibility.FORCE_OFF
else
accumulatedReloadingTime = 0
reloading = false
redDot.visibility = Visibility.INHERIT
if Object.IsValid(localPlayer.clientUserData.currentTankData.reloadSFX) then
localPlayer.clientUserData.currentTankData.reloadSFX:Play()
end
end
else
fireState.text = "Ready"
fireState:SetColor(activeColor)
reloadTimer.text = ""
end
local currentCamera = localPlayer:GetActiveCamera()
if currentCamera == sniperCamera then
local currentZoom = currentCamera.currentDistance
local maxZoom = currentCamera.minDistance
local minZoom = currentCamera.maxDistance
zoom.text = string.format("%.1f", (minZoom - currentZoom)/200) .. "xZoom"
zoom.visibility = Visibility.INHERIT
else
zoom.visibility = Visibility.FORCE_OFF
end
UpdatePointer()
end
bindingPressedListener = localPlayer.bindingPressedEvent:Connect(OnBindingPressed)
Events.Connect("ANIMATE_FIRING", ReloadAnimation)
|
LinkLuaModifier("modifier_old_lifestealer_feast", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
LinkLuaModifier("modifier_old_lifestealer_anabolic_frenzy", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
LinkLuaModifier("modifier_old_lifestealer_poison_sting", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
LinkLuaModifier("modifier_old_lifestealer_poison_sting_slow", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
LinkLuaModifier("modifier_old_lifestealer_rage_aura", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
LinkLuaModifier("modifier_old_lifestealer_rage", "heroes/old_lifestealer/old_lifestealer_modifiers.lua", LUA_MODIFIER_MOTION_NONE)
old_lifestealer_feast = class({})
function old_lifestealer_feast:OnUpgrade() self:GetCaster():AddNewModifier(self:GetCaster(), self, "modifier_old_lifestealer_feast", {}) end
old_lifestealer_anabolic_frenzy = class({})
function old_lifestealer_anabolic_frenzy:OnUpgrade() self:GetCaster():AddNewModifier(self:GetCaster(), self, "modifier_old_lifestealer_anabolic_frenzy", {}) end
old_lifestealer_poison_sting = class({})
function old_lifestealer_poison_sting:OnUpgrade() self:GetCaster():AddNewModifier(self:GetCaster(), self, "modifier_old_lifestealer_poison_sting", {}) end
old_lifestealer_rage = class({})
function old_lifestealer_rage:GetCastRange()
if self:GetCaster():HasScepter() then return self:GetSpecialValueFor("radius_scepter") else return 0 end
end
function old_lifestealer_rage:GetBehavior()
if not self.bFoundSpecial then
self.hSpecial = Entities:First()
while self.hSpecial and (self.hSpecial:GetName() ~= "special_bonus_unique_old_lifestealer_3" or self.hSpecial:GetCaster() ~= self:GetCaster()) do
self.hSpecial = Entities:Next(self.hSpecial)
end
self.bFoundSpecial = true
end
if self.hSpecial and self.hSpecial:GetLevel() > 0 then
return DOTA_ABILITY_BEHAVIOR_NO_TARGET+DOTA_ABILITY_BEHAVIOR_IMMEDIATE+DOTA_ABILITY_BEHAVIOR_IGNORE_PSEUDO_QUEUE
else
return DOTA_ABILITY_BEHAVIOR_NO_TARGET+DOTA_ABILITY_BEHAVIOR_IMMEDIATE
end
end
function old_lifestealer_rage:OnSpellStart()
local hCaster = self:GetCaster()
if not self.bFoundSpecial then
self.hSpecial = Entities:First()
while self.hSpecial and (self.hSpecial:GetName() ~= "special_bonus_unique_old_lifestealer_3" or self.hSpecial:GetCaster() ~= hCaster) do
self.hSpecial = Entities:Next(self.hSpecial)
end
self.bFoundSpecial = true
end
StartAnimation(hCaster, {duration = 0.4, activity = ACT_DOTA_LIFESTEALER_RAGE})
if self.hSpecial and self.hSpecial:GetLevel() > 0 then
hCaster:Purge(false, true, false, true, true)
end
hCaster:EmitSound("Hero_LifeStealer.Rage")
hCaster:AddNewModifier(hCaster, self, "modifier_old_lifestealer_rage_aura", {Duration = self:GetSpecialValueFor("duration")})
end
|
local ColorMaskFX, super = Class(FXBase)
function ColorMaskFX:init(color, amount, priority)
super:init(self, priority or 0)
self.color = color or {1, 1, 1}
self.amount = amount or 1
end
function ColorMaskFX:setColor(r,g,b)
self.color = {r, g, b}
end
function ColorMaskFX:getColor()
return self.color[1], self.color[2], self.color[3]
end
function ColorMaskFX:isActive()
return super:isActive(self) and self.amount > 0
end
function ColorMaskFX:draw(texture)
local last_shader = love.graphics.getShader()
local shader = Kristal.Shaders["AddColor"]
love.graphics.setShader(shader)
shader:send("inputcolor", {self:getColor()})
shader:send("amount", self.amount)
love.graphics.drawCanvas(texture)
shader:send("amount", 1)
love.graphics.setShader(last_shader)
end
return ColorMaskFX
|
--[[@@@
@class BaseBuilding
class overview...
--]]
DefineClass.BaseBuilding = {
class_flags = { cfComponentSound = true },
__parents = { "Holder", "SyncObject" },
working = false,
ui_working = true,
ui_working_changed = 0,
fx_working = "",
suspended = false, -- thread or while the dust storm is active
suspend_thread = false,
frozen = false,
ion_storms = false,
destroyed = false,
orig_state = false,
bulldozed = false, -- running out of synonyms
exceptional_circumstances = false,
signs = false,
--working/idle anim controls
anim_control_thread = false,
wait_working_anims_to_finish = false, --false for long start/end anims that can blend with eachother, true for short non blending anims
--hit moment tracking
track_multiple_hit_moments_in_work_state = false,
track_multiple_hit_thread = false,
force_fx_work_target = false,
ui_interaction_state = true,
--used by UpdateConsumption to avoid iskindof checks
is_electricity_consumer = false,
is_lifesupport_consumer = false,
play_working_anim_on_this_attach = false, --"attachclassname", will force ChangeWorkingStateAnim to always pick this attach to control.
refreshing_working_state = false, -- used when applying upgrades to force recalc of important values without affecting the visual state
sign_spot = "Top",
sign_offset = false,
}
function BaseBuilding:GameInit()
self:AddToCityLabels()
CreateGameTimeThread(function(self) -- delay until GameInit is completed
if not IsValid(self) then return end
self:UpdateWorking()
end, self)
end
function BaseBuilding:Done()
SetShapeMarkers(self, false)
end
function BaseBuilding:AddToCityLabels()
--overwrite me
end
function GetBuildingsParamInNotification(displayed_in_notif)
local building_counts = {}
for _, bld in pairs(displayed_in_notif) do
local name = bld.template_name
if name and name ~= "" then
local count = (building_counts[name] or 0) + 1
building_counts[name] = count
end
end
local keys = table.keys(building_counts)
table.stable_sort(keys, function(a,b)
return building_counts[a] > building_counts[b]
end)
local rollover_text = {}
for i = 1, #keys do
local item = keys[i]
local count = building_counts[item]
local name = count > 1 and BuildingTemplates[item].display_name_pl or BuildingTemplates[item].display_name
rollover_text[#rollover_text + 1] = T{10365, "<count> <name>", count = count, name = name}
end
rollover_text = table.concat(rollover_text, "\n")
return rollover_text
end
local function NotWorkingBuildingsParamFunc(displayed_in_notif)
local rollover_text = GetBuildingsParamInNotification(displayed_in_notif) or empty_table
return {count = #displayed_in_notif, rollover_title = T(5648, "Buildings Not Working"), rollover_text = rollover_text}
end
GlobalVar("g_NotWorkingBuildings", {})
GlobalGameTimeThread("NotWorkingBuildingsNotif", function()
HandleNewObjsNotif(g_NotWorkingBuildings, "NotWorkingBuildings", nil, NotWorkingBuildingsParamFunc)
end)
function BaseBuilding:ShouldShowNotWorkingNotification()
return not self.destroyed and self:IsWorkPermitted() and not self:IsWorkPossible()
end
function BaseBuilding:UpdateNotWorkingBuildingsNotification()
if self:ShouldShowNotWorkingNotification() then
table.insert_unique(g_NotWorkingBuildings, self)
else
table.remove_entry(g_NotWorkingBuildings, self)
end
end
--[[@@@
Will set the working state of the building with whatever CanWork returns. This means that if GetWorkNotPossibleReason and GetWorkNotPermittedReason are implemented correctly the building will automatically pick the correct state. This function needs to be called on state change.
@function void BaseBuilding@UpdateWorking([bool expected_state])
@param bool expected_state - Optional. The expected state by the caller. If the actual state is different the function will helpfully assert.
--]]
function BaseBuilding:UpdateWorking(expected_state)
local can_work = self:CanWork()
assert(expected_state == nil or can_work == expected_state, "CanWork method inconsistency")
self:SetWorking(can_work)
end
--[[@@@
Working state setter. Will set the new working state of the building directly. Use this only if you are absolutely certain what the new sate will be. For example, a factory lacking input materials cannot work therefore it is safe to call SetWorking(false) (unless some research says otherwise) for it to immidiately update its working state. Generally though, it is safer to call the UpdateWorking(working) method. This function will do work even if the new state is the same as the old one. OnSetWorking will only get called if the new state is different from the old one.
@function void BaseBuilding@SetWorking(bool work)
@param bool work - The new working state.
--]]
function BaseBuilding:SetWorking(work)
work = not not work
local old_working = self.working
self.working = work
self:UpdateNotWorkingBuildingsNotification()
--rem/add consumption requests
if self:DoesHaveConsumption() then
self:UpdateRequestConnectivity()
end
--rem/add upgrade consumption requests
if self:DoesHaveUpgradeConsumption() then
self:UpdateUpgradeRequestsConnectivity()
end
if self.working == old_working then return end
self:OnSetWorking(work)
end
function BaseBuilding:Setexceptional_circumstances(disabled)
self.exceptional_circumstances = disabled
self:UpdateWorking()
self:AttachSign(disabled, "SignNotWorking")
end
function BaseBuilding:SetUIInteractionState(bState)
self.ui_interaction_state = bState
RebuildInfopanel(self)
end
function BaseBuilding:GetUIInteractionState()
return self.ui_interaction_state
end
function BaseBuilding:DoesHaveConsumption()
return false
end
function BaseBuilding:DoesHaveUpgradeConsumption()
return false
end
function BaseBuilding:SetUIWorking(work)
work = work or false
if self.ui_working == work then return end
self:Gossip("UIWorking", work )
self.ui_working = work
self.ui_working_changed = GameTime()
PlayFX("UIWorking", work and "start" or "end", self)
self:UpdateWorking()
self:OnSetUIWorking(work)
self:AttachSign(not self.ui_working, "SignStopped")
self:UpdateSignsVisibility()
end
function BaseBuilding:GetBroadcastLabel()
return self.class
end
function BaseBuilding:BroadcastVerify(other)
return true
end
function BroadcastAction(building, action, ...)
local label = building:GetBroadcastLabel()
local list = building.city and building.city.labels[label] or empty_table
assert(table.find(list, building), "Object isn't present in its broadcast list!")
local eval = type(action) == "string"
for _, obj in ipairs(list) do
if obj:GetBroadcastLabel() == label and building:BroadcastVerify(obj) and obj:GetUIInteractionState() then
local func = eval and obj[action] or action
func(obj, ...)
end
end
end
function BaseBuilding:ToggleWorking(broadcast)
if not self.suspended then
RebuildInfopanel(self)
self:SetUIWorking(not self.ui_working)
if broadcast then
BroadcastAction(self, "SetUIWorking", self.ui_working)
end
end
end
function BaseBuilding:ToggleWorking_Update(button)
button:SetEnabled(not self.suspended)
local shortcuts = GetShortcuts("actionOnOff")
local binding = ""
if shortcuts and (shortcuts[1] or shortcuts[2]) then
binding = T(10902, " / <em><ShortcutName('actionOnOff', 'keyboard')></em>")
end
if self.suspended then
button:SetIcon("UI/Icons/IPButtons/turn_off.tga")
button:SetRolloverHint(T{7611, "<left_click><binding> Deactivate <newline><em>Ctrl + <left_click></em> Deactivate all <display_name_pl>", binding = binding})
button:SetRolloverHintGamepad(T(7612, "<ButtonA> Deactivate <newline><ButtonX> Deactivate all <display_name_pl>"))
elseif self.ui_working then
if not self.working then
button:SetIcon("UI/Icons/IPButtons/turn_warning.tga")
else
button:SetIcon("UI/Icons/IPButtons/turn_off.tga")
end
button:SetRolloverHint(T{7611, "<left_click><binding> Deactivate <newline><em>Ctrl + <left_click></em> Deactivate all <display_name_pl>", binding = binding})
button:SetRolloverHintGamepad(T(7612, "<ButtonA> Deactivate <newline><ButtonX> Deactivate all <display_name_pl>"))
else
button:SetIcon("UI/Icons/IPButtons/turn_on.tga")
button:SetRolloverHint(T{7613, "<left_click><binding> Activate <newline><em>Ctrl + <left_click></em> Activate all <display_name_pl>", binding = binding})
button:SetRolloverHintGamepad(T(7614, "<ButtonA> Activate <newline><ButtonX> Activate all <display_name_pl>"))
end
end
function BaseBuilding:GetUIWorkingStatus()
if self.suspended then return T(379, "Suspended") end
if self.ui_working then
if not self.working then return T(7326, "Not Working") end
return T(7327, "Turned On")
end
return T(7328, "Turned Off")
end
--[[@@@
Returns whether work is possible in terms of game rules for this building.
@function bool BaseBuilding@IsWorkPossible()
@result bool - Whether it is possible for the building to work in its current state according to the game rules.
--]]
function BaseBuilding:IsWorkPossible() -- by 'objective' factors, e.g. electricity supplied, output storage empty, workers present
return not self:GetWorkNotPossibleReason()
end
--[[@@@
Returns a reason which makes it impossible (in terms of game rules) for the building to work. For example if the building requires workers but has none "NotEnoughWorkers" should be returned. This is an [auto resolve](LuaClasses.md.html#toc1.3) method. This needs to be implemented for building classes that have unique reasons for not working.
@function string/nil BaseBuilding@GetWorkNotPossibleReason()
@result string/nil - The reason because of work is impossible for this building or nil if it is.
--]]
function BaseBuilding:GetWorkNotPossibleReason()
if not self:HasWorkforce() then
return "NotEnoughWorkers"
end
if #(self.ion_storms or empty_table) > 0 then
return "IonStorm"
end
if self.suspended then
return self.suspended
end
if self.frozen then
return "Frozen"
end
end
--[[@@@
Returns whether the building is allowed to work by the user.
@function bool BaseBuilding@IsWorkPermitted()
@result bool - Wether the building is permitted to work by the user.
--]]
function BaseBuilding:IsWorkPermitted() -- by the user, e.g. building not disabled from infopanel, shift active etc.
return not self:GetWorkNotPermittedReason()
end
--[[@@@
Returns the reason the building is not permitted to work. For example if the user turned it off with the infopanel button this func will return "TurnedOff". This is an [auto resolve](LuaClasses.md.html#toc1.3) method. This needs to be implemented for building classes that have unique reasons for not working.
@function string/nil BaseBuilding@GetWorkNotPermittedReason()
@result string/nil - The reason the building is not permitted to work or nil if it is.
--]]
function BaseBuilding:GetWorkNotPermittedReason()
if not self.ui_working then
return "TurnedOff"
elseif self.exceptional_circumstances then
return "ExceptionalCircumstancesDisabled"
end
end
function BaseBuilding:HasWorkforce() --whether the building can currently has enough workers to work.
return true
end
--[[@@@
Returns nil if the building can work, otherwise it returns a humanly readable non localized string representing the reason it cannot.
@function string/nil BaseBuilding@GetNotWorkingReason()
@result string/nil - Humanly readable string representing the reason a buildig is not working or nil if there is nothing preventing the building from working.
--]]
function BaseBuilding:GetNotWorkingReason()
return self:GetWorkNotPermittedReason() or self:GetWorkNotPossibleReason()
end
--[[@@@
Returns wether work for this building is both possible and permitted. It uses GetWorkNotPossibleReason and GetWorkNotPermittedReason functions to determine this. Therefore, it is critical, if a new building class has unique reasons for not working, for it to implement these functions.
@function bool BaseBuilding@CanWork()
@result bool - Result.
--]]
function BaseBuilding:CanWork()
return not self:GetNotWorkingReason()
end
function BaseBuilding:OnSetUIWorking(work)
self:UpdateConsumption()
end
function BaseBuilding:IsSupplyGridDemandStoppedByGame()
return self:IsMalfunctioned() or not self:HasWorkforce() or self.suspended or
self.destroyed or (IsKindOf(self, "Demolishable") and self.demolishing) or self.frozen or
(IsKindOf(self, "BuildingDepositExploiterComponent") and not self:HasNearbyDeposits() and not self.city:IsTechResearched("NanoRefinement")) or false
end
function BaseBuilding:UpdateConsumption(update)
local is_electricity_consumer = self.is_electricity_consumer
local is_lifesupport_consumer = self.is_lifesupport_consumer
if is_electricity_consumer or is_lifesupport_consumer then
--basically user can work
local demand_stopped_by_user = not self:IsWorkPermitted()
--this is the other can work, excluding electricity / ls canwork logic
local demand_stopped_by_game = self:IsSupplyGridDemandStoppedByGame()
if demand_stopped_by_user or demand_stopped_by_game then
--turn everything off
if is_electricity_consumer and self.electricity then
self.electricity:SetConsumption(0)
end
if is_lifesupport_consumer then
if self.water then
self.water:SetConsumption(0)
end
if self.air then
self.air:SetConsumption(0)
end
end
else
--we should consume stuff!
if is_electricity_consumer and self.electricity then
--always consume electricity.
self.electricity:SetConsumption(self.electricity_consumption, update)
end
if is_lifesupport_consumer then
local should_consume_ls = true
if is_electricity_consumer then
--should not consume lifesupport if el consumer and no el, exception is dome.
should_consume_ls = self.electricity and self:HasPower()
end
if should_consume_ls then
if self.water then
self.water:SetConsumption(self.water_consumption)
end
if self.air then
self.air:SetConsumption(self.air_consumption)
end
else
if self.water then
self.water:SetConsumption(0)
end
if self.air then
self.air:SetConsumption(0)
end
end
end
end
end
end
function BaseBuilding:SetSuspended(suspended, reason, duration)
if IsValidThread(self.suspend_thread) and CurrentThread() ~= self.suspend_thread then
if suspended or (not reason or self.suspended == reason) then --don't kill the thread if we'll leave the bld 4ever suspended
DeleteThread(self.suspend_thread)
end
end
if not IsValid(self) then return end
if suspended then
if not self.suspended then
self:AttachSign(true, "SignNotWorking")
PlayFX("Suspended", "start", self)
end
self.suspended = reason or "Suspended"
if duration then
self.suspend_thread = CreateGameTimeThread(function(self, duration, reason)
Sleep(duration)
self:SetSuspended(false, reason)
end, self, duration, reason)
end
elseif self.suspended and (not reason or self.suspended == reason) then
PlayFX("Suspended", "end", self)
self:AttachSign(false, "SignNotWorking")
self.suspended = false
end
self:UpdateConsumption()
self:UpdateWorking()
RebuildInfopanel(self)
end
function BaseBuilding:RefreshNightLightsState()
end
function BaseBuilding:AttachSign(bAttach, sign)
assert(IsValid(self))
if bAttach and self.destroyed then return end --already dead.
local signs = self.signs
if bAttach then
signs = signs or {}
self.signs = signs
if not signs[sign] then
signs[sign] = true
self:UpdateSignsVisibility()
end
elseif signs and signs[sign] then
signs[sign] = nil
self:UpdateSignsVisibility()
end
end
function BaseBuilding:UpdateAttachedSigns()
end
function BaseBuilding:DetachAllSigns()
self.signs = nil
self:UpdateSignsVisibility()
end
function BaseBuilding:DoUpdateSignsVisibility()
local max_priority, new_class = -1
for sign in pairs(self.signs or empty_table) do
if type(sign)== "string" then
local priority = g_Classes[sign].priority
if priority > max_priority then
max_priority = priority
new_class = sign
end
end
end
if new_class and self:CountAttaches(new_class) > 0 then
self:ForEachAttach("BuildingSign", function(attach)
CObject.SetVisible(attach, g_SignsVisible)
--also update sign offset
attach:SetAttachOffset(self.sign_offset or point30)
end)
return
end
self:DestroyAttaches("BuildingSign")
if new_class then
local sign = AttachToObject(self, new_class, self.sign_spot)
sign:SetScale(const.SignsOverviewCameraScaleDown)
sign:SetVisible(g_SignsVisible)
if self.sign_offset then
sign:SetAttachOffset(self.sign_offset)
end
end
end
function BaseBuilding:UpdateSignsVisibility()
self:Notify("DoUpdateSignsVisibility")
end
function BaseBuilding:UpdateWorkingStateAnim()
self:ChangeWorkingStateAnim(self.working)
end
--controls animations
function BaseBuilding:ChangeWorkingStateAnim(working)
working = working or false
if self.fx_working == working then
return
end
if IsValidThread(self.anim_control_thread) then
DeleteThread(self.anim_control_thread)
end
self.fx_working = working
local fx_target
if working then
--also iterate attaches (for autoattached animated stuffs), assumes one obj with anims.
local att_arr = self:GetAttaches() or {}
table.insert(att_arr, 1, self)
local idx = false
if self.play_working_anim_on_this_attach then
idx = table.find(att_arr, "class", self.play_working_anim_on_this_attach)
end
for i = idx or 1, idx or #(att_arr or "") do
if att_arr[i]:HasEntity() then
local obj = att_arr[i]
if obj:HasState("start") then
self.anim_control_thread = CreateGameTimeThread(function()
local anim_phase = 0
local dur = GetAnimDuration(obj:GetEntity(), "start")
if self.wait_working_anims_to_finish then --wait current to end, start next
if obj:HasAnim("working") then return end --nothing to do,
local wait_till_end = GetAnimDuration(obj:GetEntity(), obj:GetAnim(1)) - obj:GetAnimPhase(1)
wait_till_end = MulDivRound(wait_till_end, 1000, obj:GetAnimSpeedModifier())
Sleep(wait_till_end)
if not IsValid(obj) then
return
end
elseif obj:HasAnim("end") then
local his_dur = Min(GetAnimDuration(obj:GetEntity(), "end"), dur)
anim_phase = Clamp(his_dur - obj:GetAnimPhase(1), 0, dur)
dur = dur - anim_phase
end
if not self.wait_working_anims_to_finish or not obj:HasAnim("start") then
obj:SetAnim(1, "start", const.eDontCrossfade)
obj:SetAnimPhase(1, anim_phase)
dur = MulDivRound(dur, 1000, obj:GetAnimSpeedModifier())
Sleep(dur)
end
if IsValid(obj) then
obj:SetAnim(1, "working", const.eDontCrossfade)
obj:SetAnimPhase(1, 0)
if self.track_multiple_hit_moments_in_work_state then
self:TrackMultipleHitMoments(obj, "Working", nil, type(self.track_multiple_hit_moments_in_work_state) == "table" and self.track_multiple_hit_moments_in_work_state or nil, true)
end
end
end)
fx_target = obj
break
elseif obj:HasState("working") then
if not obj:HasAnim("working") then
obj:SetAnim(1, "working", const.eDontCrossfade)
obj:SetAnimPhase(1, 0)
end
obj:SetAnimSpeed(1, 1000)
if self.track_multiple_hit_moments_in_work_state then
self:TrackMultipleHitMoments(obj, "Working", nil, type(self.track_multiple_hit_moments_in_work_state) == "table" and self.track_multiple_hit_moments_in_work_state or nil, true)
end
fx_target = obj
break
end
end
end
else
if self.track_multiple_hit_moments_in_work_state then
self:StopTrackingMultipleHitMoments()
end
local att_arr = self:GetAttaches() or {}
table.insert(att_arr, 1, self)
for i = 1, #(att_arr or "") do
local obj = att_arr[i]
if obj:HasEntity() then
if obj:HasState("end") then
self.anim_control_thread = CreateGameTimeThread(function()
if not IsValid(obj) then
return
end
local anim_phase = 0
local dur = GetAnimDuration(obj:GetEntity(), "end")
if self.wait_working_anims_to_finish then --wait current to end, start next
local wait_till_end = GetAnimDuration(obj:GetEntity(), obj:GetAnim(1)) - obj:GetAnimPhase(1)
wait_till_end = MulDivRound(wait_till_end, 1000, obj:GetAnimSpeedModifier())
Sleep(wait_till_end)
if not IsValid(obj) then
return
end
elseif obj:HasAnim("start") then
local his_dur = Min(GetAnimDuration(obj:GetEntity(), "start"), dur)
anim_phase = Clamp(his_dur - obj:GetAnimPhase(1), 0, dur)
dur = dur - anim_phase
end
if not self.wait_working_anims_to_finish or not obj:HasAnim("end") then
obj:SetAnim(1, "end", const.eDontCrossfade)
obj:SetAnimPhase(1, anim_phase)
dur = MulDivRound(dur, 1000, obj:GetAnimSpeedModifier())
Sleep(dur)
end
if IsValid(obj) then
obj:SetAnim(1, "idle", const.eDontCrossfade)
obj:SetAnimPhase(1, 0)
end
end)
fx_target = obj
break
elseif obj:HasAnim("working") then --is playing anim onb any channel
obj:SetAnimSpeed(1, 0) --this way we don't blend/snap to idle
--obj:SetAnim(1, "idle", const.eDontCrossfade) --this way we snap to idle.
fx_target = obj
break
end
end
end
end
if self.force_fx_work_target then
fx_target = self.force_fx_work_target
elseif not fx_target then
fx_target = self:GetEntity()
end
if type(fx_target) == "table" and self.force_fx_work_target ~= fx_target and not IsKindOf(fx_target, "Object") then
--unpersistable target, ref it so gc does not kill it and hang the particle
self.force_fx_work_target = fx_target
end
PlayFX("Working", working and "start" or "end", self, fx_target ~= self and fx_target or nil)
--play breakdown sound
if not working and self:IsWorkPermitted() and not self:IsWorkPossible() then
PlayFX("Breakdown", "start", self)
end
end
--from fvh
local hit_moments = {}
for i = 1, 2 do hit_moments[i] = "hit-moment" .. i end
function OnMsg.GatherFXMoments(list)
table.append(list, hit_moments)
end
function BaseBuilding:StopTrackingMultipleHitMoments()
if IsValidThread(self.track_multiple_hit_thread) then
DeleteThread(self.track_multiple_hit_thread)
end
end
function BaseBuilding:TrackMultipleHitMoments(obj, actionFXClass, max, override_hit_moments, repeat_hit_table, repeat_anim)
--use max for early termination (for example if you want to track less moments then the anim actually has, or if the anim is looping)
--use override_hit_moments if you want a different list of hit moment enumaration then the one above.
--use repeat_hit_table when you want the hit_moment_table to get repeated when i > #hit_moment_table, useful for left/right moments for example.
--use repeat_anim when you have the animation looped (from code and not exported as looped) and want to process the hit moments as long as it plays
self:StopTrackingMultipleHitMoments()
self.track_multiple_hit_thread = CreateGameTimeThread(function(self, obj)
local anim = obj:GetAnim(1)
local number_of_hits = obj:GetAnimMomentsCount(anim, "Hit")
if number_of_hits == 0 then
print("<color 103 252 3>Trying to track multiple hit moments for obj " .. obj.class .. ", that does not have multiple hit moments!!!</color>")
return
end
local i = 1
local hit_moment_table = override_hit_moments or hit_moments
while max == nil or i <= max do
local phase = obj:GetAnimMoment(obj:GetAnim(1), "Hit", i)
i = ((i - 1) % number_of_hits) + 1
if not phase and repeat_anim then
local dur = obj:GetAnimDuration() - 1
local to_wait = dur - obj:GetAnimPhase()
assert(to_wait > 0)
Sleep(to_wait)
if not IsValid(obj) or obj:GetAnim(1) ~= anim then
break
end
obj:SetAnimPhase(1, 0)
i = 1
phase = obj:GetAnimMoment(obj:GetAnim(1), "Hit", i)
-- recheck below in case the animation has no hit moments at all
end
if not phase then
break
end
if phase >= obj:GetAnimPhase() then
AnimMomentHook.WaitAnimMoment(obj, "Hit") --sleep
if not IsValid(obj) or obj:GetAnim(1) ~= anim then break end
PlayFX(actionFXClass, hit_moment_table[repeat_hit_table and ((i-1)%#hit_moment_table+1) or i], self, obj)
end
i = i + 1
end
end, self, obj)
end
--[[@@@
Building event called when the working state of a building changes. This is an [auto resolve](LuaClasses.md.html#toc1.3) method.
@function void BaseBuilding@OnSetWorking(bool working)
@param bool working - The value of the new state of working ( it is == to self.working, but faster to access ).
--]]
function BaseBuilding:OnSetWorking(working)
if working then
self:AttachSign(false, "SignNotWorking")
end
if not self.refreshing_working_state then
self:Notify("UpdateWorkingStateAnim")
end
RebuildInfopanel(self)
end
function BaseBuilding:Gossip(gossip, ...)
if not netAllowGossip then return end
NetGossip("BaseBuilding", self.class, self.handle, gossip, GameTime(), ...)
end
function BaseBuilding:GossipName()
return self.class
end
|
require 'nn'
require('../../CDataLoader.lua')
local exprSetting = require('./lSettings.lua')
local cDataLoader = CDataLoader.new(exprSetting)
local taX_Sparse = cDataLoader:loadSparseInput()
--local teTarget = cDataLoader:loadTarget()
--print(teTarget)
----[[
table.insert(taX_Sparse, torch.Tensor({{1, 0}}))
local module = nn.SparseLinear(exprSetting.nInputWidth, 1, true)
local teOut = module:forward(taX_Sparse)
print(teOut)
--]]
|
--[[
Author: Bude
Date: 30.09.2015
Removes HP for using Burning Spear
This is called everytime the ability is used (manual left-click or via auto-cast right-click)
]]
function DoHealthCost( event )
-- Variables
local caster = event.caster
local ability = event.ability
local health_cost = ability:GetLevelSpecialValueFor( "health_cost" , ability:GetLevel() - 1 )
local health = caster:GetHealth()
local new_health = (health - health_cost)
-- "do damage"
-- aka set the casters HP to the new value
-- ModifyHealth's third parameter lets us decide if the healthcost should be lethal
caster:ModifyHealth(new_health, ability, false, 0)
end
--[[
Author: Bude
Date: 30.09.2015
Increases stack count on the visual modifier
This is called everytime an enemy is hit by burning_spear
]]
function IncreaseStackCount( event )
-- Variables
local caster = event.caster
local target = event.target
local ability = event.ability
local modifier_name = event.modifier_counter_name
local dur = ability:GetDuration()
local modifier = target:FindModifierByName(modifier_name)
local count = target:GetModifierStackCount(modifier_name, caster)
-- if the unit does not already have the counter modifier we apply it with a stackcount of 1
-- else we increase the stack and refresh the counters duration
if not modifier then
ability:ApplyDataDrivenModifier(caster, target, modifier_name, {duration=dur})
target:SetModifierStackCount(modifier_name, caster, 1)
else
target:SetModifierStackCount(modifier_name, caster, count+1)
modifier:SetDuration(dur, true)
end
end
--[[
Author: Bude
Date: 30.09.2015
Decreases stack count on the visual modifier
This is called whenever the debuff modifier runs out
]]
function DecreaseStackCount(event)
--Variables
local caster = event.caster
local target = event.target
local modifier_name = event.modifier_counter_name
local modifier = target:FindModifierByName(modifier_name)
local count = target:GetModifierStackCount(modifier_name, caster)
-- just some saftey checks -just in case
if modifier then
-- if there is something to reduce reduce
-- else just remove the modifier
if count and count > 1 then
target:SetModifierStackCount(modifier_name, caster, count-1)
else
target:RemoveModifierByName(modifier_name)
end
end
end
|
-- 生成字牌表
local table_mgr = require "table_mgr"
local gui_tested = {}
local gui_eye_tested = {}
for i = 0, 8 do
gui_tested[i] = {}
gui_eye_tested[i] = {}
end
local function check_add(encode_cards, gui_num, eye)
local key = 0
for i = 1, 7 do
key = key * 10 + encode_cards[i]
end
if key == 0 then
return false
end
local m
if not eye then
m = gui_tested[gui_num]
else
m = gui_eye_tested[gui_num]
end
if m[key] then
return false
end
m[key] = true
for i = 1, 7 do
if encode_cards[i] > 4 then
return true
end
end
table_mgr:add(key, gui_num, eye, false)
return true
end
local function parse_table_sub(encode_cards, num, eye)
for i=1,7 do
repeat
if encode_cards[i] == 0 then
break
end
encode_cards[i] = encode_cards[i] - 1
if not check_add(encode_cards, num, eye) then
encode_cards[i] = encode_cards[i] + 1
break
end
if num < 8 then
parse_table_sub(encode_cards, num + 1, eye)
end
encode_cards[i] = encode_cards[i] + 1
until(true)
end
end
local function parse_table(encode_cards, eye)
if not check_add(encode_cards, 0, eye) then
return
end
parse_table_sub(encode_cards, 1, eye)
end
local function gen_table_sub(encode_cards, level, eye)
for i=1,7 do
repeat
if encode_cards[i] > 3 then
break
end
encode_cards[i] = encode_cards[i] + 3
parse_table(encode_cards, eye)
if level < 4 then
gen_table_sub(encode_cards, level + 1, eye)
end
encode_cards[i] = encode_cards[i] - 3
until(true)
end
end
local function gen_table()
local t = { 0, 0, 0, 0, 0, 0, 0 }
gen_table_sub(t, 1, false)
end
local function gen_eye_table()
local t = { 0, 0, 0, 0, 0, 0, 0 }
for i = 1, 7 do
t[i] = 2
parse_table(t, true)
gen_table_sub(t, 1, true)
t[i] = 0
end
end
local function main()
table_mgr:init()
gen_table()
gen_eye_table()
table_mgr:dump_feng_table()
end
main()
|
---
--- Created by purcarea.
--- DateTime: 30/03/2018
---
local cjson = require "cjson"
local BaseValidatorMock, RedisConnectionProviderMock
local EXPECTED_RESPONSES = {
MISSING_KEY = { error_code = "403000", message = '{"message":"Api KEY is missing","error_code":"403000"}' },
UNKNOWN_ERROR = { error_code = "503000", message = '{"message":"Could not validate API KEY","error_code":"503000"}' },
INVALID_KEY = { error_code = "403003", message = '{"message":"Api KEY is invalid","error_code":"403003"}' }
}
beforeEach(function()
BaseValidatorMock = mock("api-gateway.validation.validator", {
"new", "exitFn", "getKeyFromLocalCache", "setContextProperties",
"getKeyFromRedis", "setKeyInLocalCache"
})
RedisConnectionProviderMock = mock("api-gateway.redis.redisConnectionProvider", {
"new", "getConnection", "closeConnection"
})
ngx.HTTP_SERVICE_UNAVAILABLE = 503
ngx.HTTP_NOT_FOUND = 404
BaseValidatorMock.__exitFn.doReturn = function(self, arg1, arg2)
return arg1, arg2
end
end)
test('validateRequest: should return 403000 if api key is missing', function()
-- given
ngx.var.api_key = nil
ngx.var.service_id = "test-service"
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local error_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(error_code, EXPECTED_RESPONSES.MISSING_KEY.error_code)
assertEquals(response_body, EXPECTED_RESPONSES.MISSING_KEY.message)
calls(BaseValidatorMock.__exitFn, 1, EXPECTED_RESPONSES.MISSING_KEY.error_code, EXPECTED_RESPONSES.MISSING_KEY.message)
end)
test('validateRequest: should return OK and skip searching in redis if api key is in local cache', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return '{"key": "test-api-key", "realm": "sandbox", "service_id": "test-service", "service_name": "test-service-name"}'
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(ngx.HTTP_OK, response_code)
assertEquals('{"valid":true}', response_body)
calls(BaseValidatorMock.__exitFn, 1, ngx.HTTP_OK, '{"valid":true}')
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__getKeyFromRedis, 0)
local expected_api_key_object = cjson.decode('{"key": "test-api-key", "realm": "sandbox", "service_id": "test-service", "service_name": "test-service-name"}')
calls(BaseValidatorMock.__setContextProperties, 1, expected_api_key_object)
end)
test('validateRequest: should return OK and search in redis if api key is not in local cache and redis hash has metadata field', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return '{"key": "test-api-key", "realm": "sandbox", "service_id": "test-service", "service_name": "test-service-name"}'
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, ngx.HTTP_OK)
assertEquals(response_body, '{"valid":true}')
calls(BaseValidatorMock.__exitFn, 1, ngx.HTTP_OK, '{"valid":true}')
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__setKeyInLocalCache, 1)
calls(BaseValidatorMock.__getKeyFromRedis, 1)
local expected_api_key_object = cjson.decode('{"key": "test-api-key", "realm": "sandbox", "service_id": "test-service", "service_name": "test-service-name"}')
calls(BaseValidatorMock.__setContextProperties, 1, expected_api_key_object)
end)
test('validateRequest: should return OK and search in redis for the old format if api key is not in local cache and redis hash does not have metadata field', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return nil
end
RedisConnectionProviderMock.__getConnection.doReturn = function()
local redis = {}
redis.hmget = function (redis_key, ...)
return {"test-api-key", "sandbox", "test-service", "test-service-name"}, nil
end
return true, redis
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, ngx.HTTP_OK)
assertEquals(response_body, '{"valid":true}')
calls(BaseValidatorMock.__exitFn, 1, ngx.HTTP_OK, '{"valid":true}')
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__setKeyInLocalCache, 1)
calls(BaseValidatorMock.__getKeyFromRedis, 1)
calls(RedisConnectionProviderMock.__getConnection, 1)
calls(RedisConnectionProviderMock.__closeConnection, 1)
local expected_api_key_object = cjson.decode('{"key": "test-api-key", "realm": "sandbox", "service_id": "test-service", "service_name": "test-service-name"}')
calls(BaseValidatorMock.__setContextProperties, 1, expected_api_key_object)
end)
test('validateRequest: should return 503000 if api key is not in local cache and connecting to redis fails', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return nil
end
RedisConnectionProviderMock.__getConnection.doReturn = function()
local redis = {}
redis.hmget = function (redis_key, ...)
return {"test-api-key", "sandbox", "test-service", "test-service-name"}, nil
end
return false, redis
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, EXPECTED_RESPONSES.UNKNOWN_ERROR.error_code)
assertEquals(response_body, EXPECTED_RESPONSES.UNKNOWN_ERROR.message)
calls(BaseValidatorMock.__exitFn, 1, EXPECTED_RESPONSES.UNKNOWN_ERROR.error_code, EXPECTED_RESPONSES.UNKNOWN_ERROR.message)
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__getKeyFromRedis, 1)
calls(RedisConnectionProviderMock.__getConnection, 1)
calls(BaseValidatorMock.__setKeyInLocalCache, 0)
calls(RedisConnectionProviderMock.__closeConnection, 0)
calls(BaseValidatorMock.__setContextProperties, 0)
end)
test('validateRequest: should return 503000 if api key is not in local cache and redis operation returns an error', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return nil
end
RedisConnectionProviderMock.__getConnection.doReturn = function()
local redis = {}
redis.hmget = function (redis_key, ...)
return nil, "error"
end
return true, redis
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, EXPECTED_RESPONSES.UNKNOWN_ERROR.error_code)
assertEquals(response_body, EXPECTED_RESPONSES.UNKNOWN_ERROR.message)
calls(BaseValidatorMock.__exitFn, 1, EXPECTED_RESPONSES.UNKNOWN_ERROR.error_code, EXPECTED_RESPONSES.UNKNOWN_ERROR.message)
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__getKeyFromRedis, 1)
calls(RedisConnectionProviderMock.__getConnection, 1)
calls(BaseValidatorMock.__setKeyInLocalCache, 0)
calls(RedisConnectionProviderMock.__closeConnection, 1)
calls(BaseValidatorMock.__setContextProperties, 0)
end)
test('validateRequest: should return 403003 if api key is not in local cache and redis operation returns a nil value', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return nil
end
RedisConnectionProviderMock.__getConnection.doReturn = function()
local redis = {}
redis.hmget = function (redis_key, ...)
return nil, nil
end
return true, redis
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, EXPECTED_RESPONSES.INVALID_KEY.error_code)
assertEquals(response_body, EXPECTED_RESPONSES.INVALID_KEY.message)
calls(BaseValidatorMock.__exitFn, 1, EXPECTED_RESPONSES.INVALID_KEY.error_code, EXPECTED_RESPONSES.INVALID_KEY.message)
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__getKeyFromRedis, 1)
calls(RedisConnectionProviderMock.__getConnection, 1)
calls(RedisConnectionProviderMock.__closeConnection, 1)
calls(BaseValidatorMock.__setKeyInLocalCache, 0)
calls(BaseValidatorMock.__setContextProperties, 0)
end)
test('validateRequest: should return 403003 if api key is not in local cache and redis entry in an empty table', function()
-- given
ngx.var.api_key = "test-api-key"
ngx.var.service_id = "test-service"
BaseValidatorMock.__getKeyFromLocalCache.doReturn = function()
return nil
end
BaseValidatorMock.__getKeyFromRedis.doReturn = function()
return nil
end
RedisConnectionProviderMock.__getConnection.doReturn = function()
local redis = {}
redis.hmget = function (redis_key, ...)
return {}, nil
end
return true, redis
end
-- when
local classUnderTest = require('api-gateway.validation.key.redisApiKeyValidator'):new()
local response_code, response_body = classUnderTest:validateRequest()
-- then
assertEquals(response_code, EXPECTED_RESPONSES.INVALID_KEY.error_code)
assertEquals(response_body, EXPECTED_RESPONSES.INVALID_KEY.message)
calls(BaseValidatorMock.__exitFn, 1, EXPECTED_RESPONSES.INVALID_KEY.error_code, EXPECTED_RESPONSES.INVALID_KEY.message)
calls(BaseValidatorMock.__getKeyFromLocalCache, 1, "test-api-key:test-service", "cachedkeys")
calls(BaseValidatorMock.__getKeyFromRedis, 1)
calls(RedisConnectionProviderMock.__getConnection, 1)
calls(RedisConnectionProviderMock.__closeConnection, 1)
calls(BaseValidatorMock.__setKeyInLocalCache, 0)
calls(BaseValidatorMock.__setContextProperties, 0)
end)
|
-- @Scootworks
SafeAddString(SI_JOGROUP_SLASH1, "Vielen Dank, dass du JoGroup verwendest!");
SafeAddString(SI_JOGROUP_SLASH2, "-- |cFAF0E6/jogroup unlock|r, damit du das Gruppenfenster verschieben kannst");
SafeAddString(SI_JOGROUP_SLASH3, "-- |cFAF0E6/jogroup lock|r, um das Gruppenfenster zu fixieren");
SafeAddString(SI_JOGROUP_UNLOCKED, "JoGroup entsperrt");
SafeAddString(SI_JOGROUP_LOCKED, "JoGroup gesperrt");
SafeAddString(SI_JOGROUP_GROUPFRAMES, "Gruppenfenster");
SafeAddString(SI_JOGROUP_UNLOCK, "Entsperre Gruppenfenster (zum Verschieben)");
SafeAddString(SI_JOGROUP_UNLOCKTIP, "Du kannst auch folgende verwenden: \'/jogroup unlock\' and \'/jogroup lock\'");
SafeAddString(SI_JOGROUP_SHOWDEFAULT, "Originale ESO Gruppenfenster anzeigen");
SafeAddString(SI_JOGROUP_NOTIFICATIONS, "Zeige Mitteilungen im Chat");
SafeAddString(SI_JOGROUP_OORALPHA, "Deckkraft ausserhalb Reichweite");
SafeAddString(SI_JOGROUP_UNITSPCOL, "Anzahl Charakter pro Spalte");
SafeAddString(SI_JOGROUP_UNITSX, "Horizontale Erweiterungsrichtung");
SafeAddString(SI_JOGROUP_UNITSY, "Vertikale Erweiterungsrichtung");
SafeAddString(SI_JOGROUP_GLOSSALPHA, "Glanzstärke der Lebensleisten");
SafeAddString(SI_JOGROUP_PADDING, "Raum zwischen Charakteranzeigen");
SafeAddString(SI_JOGROUP_SHOWHEALTHVALUES, "Ressourcenanzeige in Zahlen");
SafeAddString(SI_JOGROUP_SHOWFOOD, "Zeige Zustand der Mahlzeiten");
SafeAddString(SI_JOGROUP_SHOWREGEN, "Zeige Re-/Degeneration Pfeile");
SafeAddString(SI_JOGROUP_SHOWBOTH, "Zeige immer Magicka- & Ausdauerleisten");
SafeAddString(SI_JOGROUP_FONTFAM, "Schriftart");
SafeAddString(SI_JOGROUP_FONTSIZE, "Schrifthöhe / Höhe Charakteranzeigen");
SafeAddString(SI_JOGROUP_UNITWIDTH, "Breite Charakteranzeigen");
SafeAddString(SI_JOGROUP_TANKCOLOUR, "Verteidiger Lebensleistenfarbe");
SafeAddString(SI_JOGROUP_HEALERCOLOUR, "Heiler Lebensleistenfarbe");
SafeAddString(SI_JOGROUP_DPSCOLOUR, "Kämpfer Lebensleistenfarbe");
SafeAddString(SI_JOGROUP_REINCARNATING, "Erholung"); -- Limitierter Platz!
SafeAddString(SI_JOGROUP_BEINGRESSED, "Bereit"); -- Limitierter Platz!
SafeAddString(SI_JOGROUP_RESPENDING, "Wiederbeleben"); -- Limitierter Platz!
SafeAddString(SI_JOGROUP_JOINED, "<<1>> ist der Gruppe beigetreten.");
-- @Baertram
SafeAddString(SI_JOGROUP_MARK, "Markieren");
SafeAddString(SI_JOGROUP_UNMARK, "Markierung entfernen");
|
-----------------------------------
-- Area: Northern San d'Oria
-- NPC: Attarena
-- Only sells when San d'Oria controlls Li'Telor Region
-----------------------------------
local ID = require("scripts/zones/Northern_San_dOria/IDs")
require("scripts/globals/events/harvest_festivals")
require("scripts/globals/npc_util")
require("scripts/globals/conquest")
require("scripts/globals/quests")
require("scripts/globals/shop")
function onTrade(player,npc,trade)
if player:getQuestStatus(SANDORIA, tpz.quest.id.sandoria.FLYERS_FOR_REGINE) == QUEST_ACCEPTED and npcUtil.tradeHas(trade, 532) then
player:messageSpecial(ID.text.FLYER_REFUSED)
else
onHalloweenTrade(player,trade,npc);
end
end;
function onTrigger(player,npc)
if GetRegionOwner(tpz.region.LITELOR) ~= tpz.nation.SANDORIA then
player:showText(npc, ID.text.ATTARENA_CLOSED_DIALOG)
else
local stock =
{
623, 119, -- Bay Leaves
4154, 6440, -- Holy Water
}
player:showText(npc, ID.text.ATTARENA_OPEN_DIALOG)
tpz.shop.general(player, stock, SANDORIA)
end
end;
function onEventUpdate(player,csid,option)
end
function onEventFinish(player,csid,option)
end
|
--[[
Variables
]]
--[[
Functions
]]
function isChargeActive(pEntity, pContext)
return exports["caue-base"]:getChar("job") == "bennys"
end
function isInGroup(pEntity, pContext)
return exports["caue-groups"]:GroupRank("bennys") > 0
end
--[[
Events
]]
AddEventHandler("caue-mechanic:sign", function()
TriggerEvent("caue-signin:peekAction", nil, nil, { zones = { job_sign_in = { job = "bennys_sign_in" } } })
end)
AddEventHandler("caue-mechanic:storage", function()
TriggerEvent("server-inventory-open", "1", "bennys_stash")
end)
--[[
Threads
]]
Citizen.CreateThread(function()
exports["caue-npcs"]:RegisterNPC({
id = "bennys",
name = "bennys",
pedType = 4,
model = "ig_benny",
networked = false,
distance = 50.0,
position = {
coords = vector3(-196.71, -1319.82, 30.09),
heading = 90.00,
random = false,
},
appearance = nil,
settings = {
{ mode = "invincible", active = true },
{ mode = "ignore", active = true },
{ mode = "freeze", active = true },
},
flags = {
["isNPC"] = true,
},
scenario = "WORLD_HUMAN_STAND_IMPATIENT_UPRIGHT_FACILITY",
})
exports["caue-eye"]:AddPeekEntryByFlag({ "isNPC" }, {
{
id = "bennys_sign",
label = "Entrar/Sair de serviço",
icon = "pager",
event = "caue-mechanic:sign",
}
}, { distance = { radius = 2.5 }, npcIds = { "bennys" }, isEnabled = isInGroup })
exports["caue-eye"]:AddPeekEntryByFlag({ "isNPC" }, {
{
id = "bennys_shop",
label = "Peças de Veiculo",
icon = "tools",
event = "caue-npcs:ped:keeper",
parameters = { "321" }
}
}, { distance = { radius = 2.5 }, npcIds = { "bennys" }, isEnabled = isChargeActive })
exports["caue-polytarget"]:AddBoxZone("caue-mechanic-storage", vector3(-199.45, -1319.17, 31.09), 0.65, 1.8, {
heading=0,
minZ=30.09,
maxZ=31.14,
})
exports["caue-eye"]:AddPeekEntryByPolyTarget("caue-mechanic-storage", {{
event = "caue-mechanic:storage",
id = "bennys_storage",
icon = "box-open",
label = "Estoque",
}}, { distance = { radius = 3.5 }, isEnabled = isChargeActive })
end)
|
object_tangible_quest_imperial_itp_emperor_datadisk = object_tangible_quest_imperial_shared_itp_emperor_datadisk:new {
}
ObjectTemplates:addTemplate(object_tangible_quest_imperial_itp_emperor_datadisk, "object/tangible/quest/imperial/itp_emperor_datadisk.iff")
|
local t = require(script.Parent.Parent.Parent.t)
local ISubscription: (obj: any) -> (boolean, string?) = require(script.Parent.ISubscription)
local IContext: (obj: any) -> (boolean, string?) = require(script.Parent.IContext)
local IParticle: (obj: any) -> (boolean, string?) = require(script.Parent.IParticle)
type ISubscription = ISubscription.ISubscription
type IContext = IContext.IContext
type IParticle = IParticle.IParticle
local likeWormhole: (obj: any) -> (boolean, string?) = t.interface({
_Storage = t.instanceIsA("Folder"),
_Contexts = t.map(t.string, IContext),
Middleware = t.interface({}),
})
--[=[
@interface IWormhole
@within Portal
._Storage Folder -- The storage folder for Portal's RemoteEvents.
._Contexts {[string]: IContext} -- The Context managed by this Wormhole.
.Middleware any -- The Middleware pipeline of this Wormhole.
]=]
export type IWormhole = {
_Storage: Folder,
_Contexts: { [string]: IContext },
Middleware: { string },
__index: IWormhole,
new: (middlewarre: any) -> IWormhole,
like: (obj: any) -> (boolean, string?),
addContext: (wormhole: IWormhole, context: string) -> IContext,
makeSubscription: (
context: string,
action: string,
callback: (particle: IParticle, sender: Player?) -> nil?
) -> ISubscription,
subscribe: (
wormhole: IWormhole,
subscription: ISubscription,
callback: (particle: IParticle, sender: Player?) -> nil
) -> () -> nil,
applyMiddleware: (wormhole: IWormhole, portal: { [string]: string }, data: any) -> IParticle,
dispatch: (wormhole: IWormhole, context: IContext, action: string, data: any, sender: Player?) -> nil,
}
return function(obj): (boolean, string?)
return likeWormhole(obj)
end
|
--[[--
by ALA @ 163UI/网易有爱, http://wowui.w.163.com/163ui/
CREDIT shagu/pfQuest(MIT LICENSE) @ https://github.com/shagu
--]]--
----------------------------------------------------------------------------------------------------
local __addon, __ns = ...;
local _G = _G;
local _ = nil;
----------------------------------------------------------------------------------------------------
--[=[dev]=] if __ns.__is_dev then __ns._F_devDebugProfileStart('module.util'); end
--> variables
local type = type;
local next = next;
local strsplit, strmatch, gsub, format = string.split, string.match, string.gsub, string.format;
local tonumber = tonumber;
local GetItemInfoInstant = GetItemInfoInstant;
local UnitGUID = UnitGUID;
local UnitIsPlayer = UnitIsPlayer;
local GetFactionInfoByID = GetFactionInfoByID;
local IsShiftKeyDown, IsControlKeyDown, IsAltKeyDown = IsShiftKeyDown, IsControlKeyDown, IsAltKeyDown;
local GetQuestLogTitle = GetQuestLogTitle;
local GetItemCount = GetItemCount;
local GetMouseFocus = GetMouseFocus;
local IsModifiedClick = IsModifiedClick;
local Ambiguate = Ambiguate;
local CreateFrame = CreateFrame;
local ChatEdit_GetActiveWindow = ChatEdit_GetActiveWindow;
local ChatEdit_InsertLink = ChatEdit_InsertLink;
local ChatFrame_AddMessageEventFilter = ChatFrame_AddMessageEventFilter;
local GameTooltip = GameTooltip;
local GameTooltipTextLeft1 = GameTooltipTextLeft1;
local ItemRefTooltip = ItemRefTooltip;
local ChatFrame2 = ChatFrame2;
local FauxScrollFrame_GetOffset = FauxScrollFrame_GetOffset;
local QuestLogFrame = QuestLogFrame;
local QuestLogDetailScrollChildFrame = QuestLogDetailScrollChildFrame;
local QuestLogDescriptionTitle = QuestLogDescriptionTitle;
local RAID_CLASS_COLORS = RAID_CLASS_COLORS;
local CLASS_ICON_TCOORDS = CLASS_ICON_TCOORDS;
local __db = __ns.db;
local __db_quest = __db.quest;
local __db_unit = __db.unit;
local __db_item = __db.item;
local __db_object = __db.object;
local __db_refloot = __db.refloot;
local __db_event = __db.event;
local __db_level_quest_list = __db.level_quest_list;
local __db_avl_quest_hash = __db.avl_quest_hash;
local __db_blacklist_item = __db.blacklist_item;
local __db_large_pin = __db.large_pin;
local __db_item_related_quest = __db.item_related_quest;
local __loc = __ns.L;
local __loc_quest = __loc.quest;
local __loc_unit = __loc.unit;
local __loc_item = __loc.item;
local __loc_object = __loc.object;
local __loc_profession = __loc.profession;
local __UILOC = __ns.UILOC;
local __core = __ns.core;
local _F_SafeCall = __core._F_SafeCall;
local __eventHandler = __core.__eventHandler;
local __const = __core.__const;
local IMG_INDEX = __core.IMG_INDEX;
local IMG_LIST = __core.IMG_LIST;
local TIP_IMG_LIST = __core.TIP_IMG_LIST;
local GetQuestStartTexture = __core.GetQuestStartTexture;
local __core_meta = __ns.__core_meta;
local __obj_lookup = __ns.__obj_lookup;
local __core_quests_completed = __ns.__core_quests_completed;
local __map_meta = __ns.__map_meta;
local __comm_meta = __ns.__comm_meta;
local __comm_obj_lookup = __ns.__comm_obj_lookup;
local UnitHelpFac = __core.UnitHelpFac;
local _log_ = __ns._log_;
local TIP_IMG_S_NORMAL = TIP_IMG_LIST[IMG_INDEX.IMG_S_NORMAL];
local IMG_TAG_CPL = "\124T" .. __core.IMG_PATH .. "TAG_CPL" .. ":0\124t";
local IMG_TAG_PRG = "\124T" .. __core.IMG_PATH .. "TAG_PRG" .. ":0\124t";
local IMG_TAG_UNCPL = "\124T" .. __core.IMG_PATH .. "TAG_UNCPL" .. ":0\124t";
local SET = nil;
-->
if __ns.__is_dev then
__ns:BuildEnv("util");
end
--> MAIN
--> methods
local function GetLevelTag(quest, info, modifier, colored)
local lvl_str = "[";
local tag = __ns.GetQuestTagInfo(quest);
if tag ~= nil then
tag = __UILOC.QUEST_TAG[tag];
end
local min = info.min;
local lvl = info.lvl;
if lvl <= 0 then
lvl = min;
end
if colored ~= false then
if lvl >= SET.quest_lvl_red then
lvl_str = lvl_str .. "\124cffff0000" .. (tag ~= nil and (lvl .. tag) or lvl) .. "\124r";
elseif lvl >= SET.quest_lvl_orange then
lvl_str = lvl_str .. "\124cffff7f7f" .. (tag ~= nil and (lvl .. tag) or lvl) .. "\124r";
elseif lvl >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. "\124cffffff00" .. (tag ~= nil and (lvl .. tag) or lvl) .. "\124r";
elseif lvl >= SET.quest_lvl_green then
lvl_str = lvl_str .. "\124cff7fbf3f" .. (tag ~= nil and (lvl .. tag) or lvl) .. "\124r";
else
lvl_str = lvl_str .. "\124cff7f7f7f" .. (tag ~= nil and (lvl .. tag) or lvl) .. "\124r";
end
if modifier then
lvl_str = lvl_str .. "/";
local diff = min - __ns.__player_level;
if diff > 0 then
if diff > 1 then
lvl_str = lvl_str .. "\124cffff3f3f" .. min .. "\124r";
else
lvl_str = lvl_str .. "\124cffff0f0f" .. min .. "\124r";
end
else
if min >= SET.quest_lvl_red then
lvl_str = lvl_str .. "\124cffff0000" .. min .. "\124r";
elseif min >= SET.quest_lvl_orange then
lvl_str = lvl_str .. "\124cffff7f7f" .. min .. "\124r";
elseif min >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. "\124cffffff00" .. min .. "\124r";
elseif min >= SET.quest_lvl_green then
lvl_str = lvl_str .. "\124cff7fbf3f" .. min .. "\124r";
else
lvl_str = lvl_str .. "\124cff7f7f7f" .. min .. "\124r";
end
end
end
else
if lvl >= SET.quest_lvl_red then
lvl_str = lvl_str .. (tag ~= nil and (lvl .. tag) or lvl);
elseif lvl >= SET.quest_lvl_orange then
lvl_str = lvl_str .. (tag ~= nil and (lvl .. tag) or lvl);
elseif lvl >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. (tag ~= nil and (lvl .. tag) or lvl);
elseif lvl >= SET.quest_lvl_green then
lvl_str = lvl_str .. (tag ~= nil and (lvl .. tag) or lvl);
else
lvl_str = lvl_str .. (tag ~= nil and (lvl .. tag) or lvl);
end
if modifier then
lvl_str = lvl_str .. "/";
local diff = min - __ns.__player_level;
if diff > 0 then
if diff > 1 then
lvl_str = lvl_str .. min;
else
lvl_str = lvl_str .. min;
end
else
if min >= SET.quest_lvl_red then
lvl_str = lvl_str .. min;
elseif min >= SET.quest_lvl_orange then
lvl_str = lvl_str .. min;
elseif min >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. min;
elseif min >= SET.quest_lvl_green then
lvl_str = lvl_str .. min;
else
lvl_str = lvl_str .. min;
end
end
end
end
lvl_str = lvl_str .. "]";
return lvl_str;
end
local function GetPlayerTag(name, class)
if class == nil then
return " > " .. name;
else
local color = RAID_CLASS_COLORS[class];
local coord = CLASS_ICON_TCOORDS[class];
return format(" > \124TInterface\\TargetingFrame\\UI-Classes-Circles:0:0:0:0:256:256:%d:%d:%d:%d\124t \124cff%.2x%.2x%.2x%s\124r",
coord[1] * 255, coord[2] * 255, coord[3] * 255, coord[4] * 255,
color.r * 255, color.g * 255, color.b * 255, name
);
end
end
-->
-->
--> performance board
-- display
local function Create()
local frame = CreateFrame("FRAME", nil, UIParent);
frame:SetSize(256, 512);
frame:SetPoint("CENTER");
end
--> events and hooks
local function GameTooltipSetQuestTip(tip, uuid, META)
local modifier = IsShiftKeyDown();
local refs = uuid[4];
if next(refs) ~= nil then
META = META or __core_meta;
for quest, ref in next, refs do
local meta = META[quest];
local info = __db_quest[quest];
local color = IMG_LIST[GetQuestStartTexture(info)];
--[[
local lvl_str = "\124cff000000**\124r[ ";
local lvl = info.lvl;
local min = info.min;
lvl_str = lvl_str .. __UILOC.TIP_QUEST_LVL;
if lvl >= SET.quest_lvl_red then
lvl_str = lvl_str .. "\124cffff0000" .. lvl .. "\124r ";
elseif lvl >= SET.quest_lvl_orange then
lvl_str = lvl_str .. "\124cffff7f7f" .. lvl .. "\124r ";
elseif lvl >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. "\124cffffff00" .. lvl .. "\124r ";
elseif lvl >= SET.quest_lvl_green then
lvl_str = lvl_str .. "\124cff7fbf3f" .. lvl .. "\124r ";
else
lvl_str = lvl_str .. "\124cff7f7f7f" .. lvl .. "\124r ";
end
lvl_str = lvl_str .. __UILOC.TIP_QUEST_MIN;
if min >= SET.quest_lvl_red then
lvl_str = lvl_str .. "\124cffff0000" .. min .. "\124r ]\124cff000000**\124r";
elseif min >= SET.quest_lvl_orange then
lvl_str = lvl_str .. "\124cffff7f7f" .. min .. "\124r ]\124cff000000**\124r";
elseif min >= SET.quest_lvl_yellow then
lvl_str = lvl_str .. "\124cffffff00" .. min .. "\124r ]\124cff000000**\124r";
elseif min >= SET.quest_lvl_green then
lvl_str = lvl_str .. "\124cff7fbf3f" .. min .. "\124r ]\124cff000000**\124r";
else
lvl_str = lvl_str .. "\124cff7f7f7f" .. min .. "\124r ]\124cff000000**\124r";
end
if meta ~= nil then
if line == 'start' then
tip:AddLine(TIP_IMG_S_NORMAL .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
if modifier then
local loc = __loc_quest[quest];
if loc ~= nil and loc[3] ~= nil then
for _, text in next, loc[3] do
tip:AddLine("\124cff000000**\124r" .. text, 1.0, 0.75, 0.0);
end
end
end
elseif line == 'end' then
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
end
if modifier then
local loc = __loc_quest[quest];
if loc ~= nil and loc[3] ~= nil then
for _, text in next, loc[3] do
tip:AddLine("\124cff000000**\124r" .. text, 1.0, 0.75, 0.0);
end
end
end
elseif line == 'event' then
tip:AddLine(TIP_IMG_S_NORMAL .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
for index = 1, #meta do
local meta_line = meta[index];
if meta_line[2] == 'event' or meta_line[2] == 'log' then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
else
tip:AddLine(TIP_IMG_S_NORMAL .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
if line > 0 then
local meta_line = meta[line];
if meta_line ~= nil then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
else
line = - line;
local meta_line = meta[line];
if meta_line ~= nil then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
end
end
else
local loc = __loc_quest[quest];
if loc ~= nil then
tip:AddLine(TIP_IMG_S_NORMAL .. loc[1] .. "(" .. quest .. ")", color[2], color[3], color[4]);
if modifier and loc[3] then
for _, text in next, loc[3] do
tip:AddLine("\124cff000000**\124r" .. text, 1.0, 0.75, 0.0);
end
end
else
tip:AddLine(TIP_IMG_S_NORMAL .. "quest:" .. quest, color[2], color[3], color[4]);
end
tip:AddLine(lvl_str, 1.0, 1.0, 1.0);
end
--]]
local lvl_str = GetLevelTag(quest, info, modifier);
if meta ~= nil then
if SET.show_id_in_tooltip then
if ref['end'] then
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. lvl_str .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. lvl_str .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
end
else
tip:AddLine(TIP_IMG_S_NORMAL .. lvl_str .. meta.title .. "(" .. quest .. ")", color[2], color[3], color[4]);
end
else
if ref['end'] then
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. lvl_str .. meta.title, color[2], color[3], color[4]);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. lvl_str .. meta.title, color[2], color[3], color[4]);
end
else
tip:AddLine(TIP_IMG_S_NORMAL .. lvl_str .. meta.title, color[2], color[3], color[4]);
end
end
for line, _ in next, ref do
if line == 'start' or line == 'end' then
if modifier then
local loc = __loc_quest[quest];
if loc ~= nil and loc[3] ~= nil then
for _, text in next, loc[3] do
tip:AddLine("\124cff000000**\124r" .. text, 1.0, 0.75, 0.0);
end
end
end
elseif line == 'event' then
for index = 1, #meta do
local meta_line = meta[index];
if meta_line[2] == 'event' or meta_line[2] == 'log' then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
else
if line > 0 then
local meta_line = meta[line];
if meta_line ~= nil then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
else
line = - line;
local meta_line = meta[line];
if meta_line ~= nil then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
end
end
end
end
else
local loc = __loc_quest[quest];
if loc ~= nil and loc[1] ~= nil then
if SET.show_id_in_tooltip then
tip:AddLine(TIP_IMG_S_NORMAL .. lvl_str .. loc[1] .. "(" .. quest .. ")", color[2], color[3], color[4]);
else
tip:AddLine(TIP_IMG_S_NORMAL .. lvl_str .. loc[1], color[2], color[3], color[4]);
end
if modifier and loc[3] then
for _, text in next, loc[3] do
tip:AddLine("\124cff000000**\124r" .. text, 1.0, 0.75, 0.0);
end
end
else
tip:AddLine(TIP_IMG_S_NORMAL .. lvl_str .. "quest:" .. quest, color[2], color[3], color[4]);
end
end
end
tip:Show();
end
end
local function OnTooltipSetUnit(self)
if SET.objective_tooltip_info then
local _, unit = self:GetUnit();
if unit and not UnitIsPlayer(unit) then
local GUID = UnitGUID(unit);
if GUID ~= nil then
-- local _, _, _id = strfind(GUID, "Creature%-0%-%d+%-%d+%-%d+%-(%d+)%-%x+");
local _type, _, _, _, _, _id = strsplit("-", GUID);
if _type == "Creature" and _id ~= nil then
_id = tonumber(_id);
if _id ~= nil then
local uuid = __ns.CoreGetUUID('unit', _id);
if uuid ~= nil then
GameTooltipSetQuestTip(GameTooltip, uuid);
end
for name, val in next, __ns.__comm_group_members do
local meta_table = __comm_meta[name];
if meta_table ~= nil then
local uuid = __ns.CommGetUUID(name, 'unit', _id);
if uuid ~= nil and next(uuid[4]) ~= nil then
local info = __ns.__comm_group_members_info[name];
GameTooltip:AddLine(GetPlayerTag(name, info ~= nil and info[4]));
GameTooltipSetQuestTip(GameTooltip, uuid, meta_table);
end
end
end
end
end
end
end
end
end
local function OnTooltipSetItem(tip)
if SET.objective_tooltip_info then
local name, link = tip:GetItem();
if link ~= nil then
local id = GetItemInfoInstant(link);
if id ~= nil then
local QUESTS = __db_item_related_quest[id];
if QUESTS ~= nil and QUESTS[1] ~= nil then
local modifier = IsShiftKeyDown();
for _, quest in next, QUESTS do
local meta = __core_meta[quest];
if meta ~= nil then
local qinfo = __db_quest[quest];
local color = IMG_LIST[GetQuestStartTexture(qinfo)];
local lvl_str = GetLevelTag(quest, qinfo, modifier);
if modifier then
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. IMG_TAG_PRG .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. IMG_TAG_PRG .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
end
else
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
end
end
for index = 1, #meta do
local meta_line = meta[index];
if meta_line[2] == 'item' and meta_line[3] == id then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
break;
end
end
tip:Show();
end
end
if modifier then
for _, quest in next, QUESTS do
if __core_meta[quest] == nil and __db_avl_quest_hash[quest] ~= nil then
local qinfo = __db_quest[quest];
local color = IMG_LIST[GetQuestStartTexture(qinfo)];
local lvl_str = GetLevelTag(quest, qinfo, true);
local loc = __loc_quest[quest];
if loc ~= nil then
if SET.show_id_in_tooltip then
if __core_quests_completed[quest] ~= nil then
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_CPL .. lvl_str .. loc[1] .. "(" .. quest .. ")", color[2], color[3], color[4]);
else
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_UNCPL .. lvl_str .. loc[1] .. "(" .. quest .. ")", color[2], color[3], color[4]);
end
else
if __core_quests_completed[quest] ~= nil then
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_CPL .. lvl_str .. loc[1], color[2], color[3], color[4]);
else
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_UNCPL .. lvl_str .. loc[1], color[2], color[3], color[4]);
end
end
else
if __core_quests_completed[quest] ~= nil then
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_CPL .. lvl_str .. "quest:" .. quest, color[2], color[3], color[4]);
else
tip:AddLine(TIP_IMG_S_NORMAL .. IMG_TAG_UNCPL .. lvl_str .. "quest:" .. quest, color[2], color[3], color[4]);
end
end
tip:Show();
end
end
end
for name, val in next, __ns.__comm_group_members do
local meta_table = __comm_meta[name];
if meta_table ~= nil then
local first_line_of_partner = true;
for _, quest in next, QUESTS do
local meta = meta_table[quest];
if meta ~= nil then
if first_line_of_partner then
first_line_of_partner = false;
local info = __ns.__comm_group_members_info[name];
GameTooltip:AddLine(GetPlayerTag(name, info ~= nil and info[4]));
end
local qinfo = __db_quest[quest];
local color = IMG_LIST[GetQuestStartTexture(qinfo)];
local lvl_str = GetLevelTag(quest, qinfo, modifier);
if meta.completed == 1 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_COMPLETED] .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
elseif meta.completed == 0 then
tip:AddLine(TIP_IMG_LIST[IMG_INDEX.IMG_E_UNCOMPLETED] .. lvl_str .. meta.title, 1.0, 0.9, 0.0);
end
for index = 1, #meta do
local meta_line = meta[index];
if meta_line[2] == 'item' and meta_line[3] == id then
if meta_line[5] then
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 0.5, 1.0, 0.0);
else
tip:AddLine("\124cff000000**\124r" .. meta_line[4], 1.0, 0.5, 0.0);
end
break;
end
end
tip:Show();
end
end
end
end
end
end
end
end
end
__ns.GameTooltipSetQuestTip = GameTooltipSetQuestTip;
-- object
local GameTooltipTextLeft1Text = nil;
local updateTimer = 0.0;
local function GameTooltipOnUpdate(self, elasped)
if SET.objective_tooltip_info then
if updateTimer <= 0.0 then
updateTimer = 0.1;
local uname, unit = self:GetUnit();
local iname, link = self:GetItem();
if uname == nil and unit == nil and iname == nil and link == nil then
local text = GameTooltipTextLeft1:GetText();
if text ~= nil and text ~= GameTooltipTextLeft1Text then
GameTooltipTextLeft1Text = text;
local oid = __obj_lookup[text];
if oid ~= nil then
local uuid = __ns.CoreGetUUID('object', oid);
if uuid ~= nil then
GameTooltipSetQuestTip(GameTooltip, uuid);
end
for name, val in next, __ns.__comm_group_members do
local meta_table = __comm_meta[name];
if meta_table ~= nil then
local uuid = __ns.CommGetUUID(name, 'object', oid);
if uuid ~= nil then
local info = __ns.__comm_group_members_info[name];
GameTooltip:AddLine(GetPlayerTag(name, info ~= nil and info[4]));
GameTooltipSetQuestTip(GameTooltip, uuid, meta_table);
end
end
end
end
local oid = __comm_obj_lookup[text];
if oid ~= nil then
end
end
end
else
updateTimer = updateTimer - elasped;
end
end
end
function __ns.MODIFIER_STATE_CHANGED()
local focus = GetMouseFocus();
if focus ~= nil and focus.__PIN_TAG ~= nil then
__ns.Pin_OnEnter(focus);
end
if GameTooltip:IsShown() then
end
end
function __ns.GameTooltipSetInfo(type, id)
if type == 'event' then
GameTooltip:AddLine(__UILOC.TIP_WAYPOINT, 0.0, 1.0, 0.0);
else
local _loc = __loc[type];
if _loc ~= nil then
if SET.show_id_in_tooltip then
if type == 'unit' then
local info = __db_unit[id];
if info ~= nil then
if UnitHelpFac[info.fac] then
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 0.0, 1.0, 0.0);
else
local facId = info.facId;
if facId ~= nil then
local _, _, standing_rank, _, _, val = GetFactionInfoByID(facId);
if standing_rank == nil then
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 1.0, 0.0, 0.0);
elseif standing_rank == 4 then
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 1.0, 1.0, 0.0);
elseif standing_rank < 4 then
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 1.0, (standing_rank - 1) * 0.25, 0.0);
else
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 0.5 - (standing_rank - 4) * 0.125, 1.0, 0.0);
end
else
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 1.0, 0.0, 0.0);
end
end
end
else
GameTooltip:AddLine(_loc[id] .. "(" .. id .. ")", 1.0, 1.0, 1.0);
end
else
if type == 'unit' then
local info = __db_unit[id];
if info ~= nil then
if UnitHelpFac[info.fac] then
GameTooltip:AddLine(_loc[id], 0.0, 1.0, 0.0);
else
local facId = info.facId;
if facId ~= nil then
local _, _, standing_rank, _, _, val = GetFactionInfoByID(facId);
if standing_rank == nil then
GameTooltip:AddLine(_loc[id], 1.0, 0.0, 0.0);
elseif standing_rank == 4 then
GameTooltip:AddLine(_loc[id], 1.0, 1.0, 0.0);
elseif standing_rank < 4 then
GameTooltip:AddLine(_loc[id], 1.0, (standing_rank - 1) * 0.25, 0.0);
else
GameTooltip:AddLine(_loc[id], 0.5 - (standing_rank - 4) * 0.125, 1.0, 0.0);
end
else
GameTooltip:AddLine(_loc[id], 1.0, 0.0, 0.0);
end
end
end
else
GameTooltip:AddLine(_loc[id], 1.0, 1.0, 1.0);
end
end
end
end
local uuid = __ns.CoreGetUUID(type, id);
if uuid ~= nil then
__ns.GameTooltipSetQuestTip(GameTooltip, uuid);
end
for name, val in next, __ns.__comm_group_members do
local meta_table = __comm_meta[name];
if meta_table ~= nil then
local uuid = __ns.CommGetUUID(name, type, id);
if uuid ~= nil and next(uuid[4]) ~= nil then
local info = __ns.__comm_group_members_info[name];
GameTooltip:AddLine(GetPlayerTag(name, info ~= nil and info[4]));
GameTooltipSetQuestTip(GameTooltip, uuid, meta_table);
end
end
end
end
function __ns.button_info_OnEnter(self)
GameTooltip:SetOwner(self, "ANCHOR_RIGHT");
local info_lines = self.info_lines;
if info_lines then
for index = 1, #info_lines do
GameTooltip:AddLine(info_lines[index]);
end
end
GameTooltip:Show();
end
function __ns.OnLeave(self)
if GameTooltip:IsOwned(self) then
GameTooltip:Hide();
end
end
local function drop_handler_send(_, quest)
local info = __db_quest[quest];
local loc = __loc_quest[quest];
local lvl = info.lvl;
if lvl <= 0 then
lvl = info.min;
end
local activeWindow = ChatEdit_GetActiveWindow();
if activeWindow ~= nil then
activeWindow:Insert("[[" .. lvl .. "] " .. (loc ~= nil and loc[1] or "Quest: " .. quest) .. " (" .. quest .. ")]");
end
-- ChatEdit_InsertLink("[[" .. lvl .. "] " .. (loc ~= nil and loc[1] or "Quest: " .. quest) .. " (" .. quest .. ")]");
end
local function drop_handler_toggle(_, quest)
__ns.MapPermanentlyToggleQuestNodes(quest);
end
local function GetQuestTitle(quest, modifier)
local info = __db_quest[quest];
local color = IMG_LIST[GetQuestStartTexture(info)];
local lvl_str = GetLevelTag(quest, info, modifier);
local loc = __loc_quest[quest];
return lvl_str .. "|c" .. color[5] .. (loc ~= nil and (loc[1] .. "(" .. quest .. ")") or "quest: " .. quest) .. "|r";
end
function __ns.NodeOnModifiedClick(node, uuid)
local refs = uuid[4];
if ChatEdit_GetActiveWindow() then
local ele = { };
local data = { handler = drop_handler_send, elements = ele, };
for quest, val in next, refs do
ele[#ele + 1] = {
text = __UILOC.pin_menu_send_quest .. GetQuestTitle(quest, true);
para = { quest, },
};
end
ALADROP(node, "BOTTOMLEFT", data);
return true;
else
for quest, val in next, refs do
if val["start"] ~= nil then
local ele = { };
local data = { handler = drop_handler_toggle, elements = ele, };
for quest, val in next, refs do
if val["start"] ~= nil then
if __ns.__quest_permanently_blocked[quest] then
ele[#ele + 1] = {
text = __UILOC.pin_menu_show_quest .. GetQuestTitle(quest, true);
para = { quest, },
};
else
ele[#ele + 1] = {
text = __UILOC.pin_menu_hide_quest .. GetQuestTitle(quest, true);
para = { quest, },
};
end
end
end
ALADROP(node, "BOTTOMLEFT", data);
return true;
end
end
end
end
--> DBIcon
local function CreateDBIcon()
local LibStub = _G.LibStub;
if LibStub ~= nil then
local LDI = LibStub("LibDBIcon-1.0", true);
if LDI then
LDI:Register(
"CodexLite",
{
icon = [[interface\icons\inv_misc_book_09]],
OnClick = function(self, button)
if __ns.__ui_setting:IsShown() then
__ns.__ui_setting:Hide();
else
__ns.__ui_setting:Show();
end
end,
text = "CodexLite",
OnTooltipShow = function(tt)
tt:AddLine("CodexLite");
tt:Show();
end,
},
__ns.__svar.minimap
);
LDI:Show(__addon);
if SET.show_db_icon then
LDI:Show(__addon);
else
LDI:Hide(__addon);
end
end
end
end
-->
--> Chat
--
local function SendFilterRep(id, level, title)
return "[[" .. gsub(level, "[^0-9]", "") .. "] " .. title .. " (" .. id .. ")]";
end
local function SendFilter(msg)
--"|Hcdxl:([0-9]+)|h|c[0-9a-f]+%[%[(.+)%](.+)%]|r|h"
return gsub(msg, "|Hcdxl:([0-9]+)|h|c[0-9a-f]+%[%[(.+)%](.+)%]|r|h", SendFilterRep);
end
local __SendChatMessage = nil;
local function CdxlSendChatMessage(text, ...)
__SendChatMessage(SendFilter(text), ...);
end
local __BNSendWhisper = nil;
local function CdxlBNSendWhisper(presenceID, text, ...)
__BNSendWhisper(presenceID, SendFilter(text), ...);
end
local __BNSendConversationMessage = nil;
local function CdxlBNSendConversationMessage(target, text, ...)
__BNSendConversationMessage(target, SendFilter(text), ...);
end
local function ChatFilterReplacer(body, id)
local quest = tonumber(id);
local info = __db_quest[quest];
local loc = __loc_quest[quest];
if info ~= nil and loc ~= nil then
local color = IMG_LIST[GetQuestStartTexture(info)];
return "|Hcdxl:" .. id .. "|h|c" .. color[5] .. "[" .. GetLevelTag(quest, info, false, false) .. (loc ~= nil and loc[1] or "Quest: " .. id) .. "]|r|h";
end
return body;
end
local function ChatFilter(ChatFrame, event, arg1, ...)
if ChatFrame ~= ChatFrame2 then
return false, gsub(arg1, "(%[%[[0-9]+%] .- %(([0-9]+)%)%])", ChatFilterReplacer), ...;
end
end
local ItemRefTooltip = ItemRefTooltip;
local _ItemRefTooltip_SetHyperlink = ItemRefTooltip.SetHyperlink;
function ItemRefTooltip:SetHyperlink(link, ...)
local id = strmatch(link, "cdxl:(%d+)");
if id ~= nil then
id = tonumber(id);
if id ~= nil then
local meta = __core_meta[id];
local info = __db_quest[id];
if meta ~= nil then
ItemRefTooltip:SetOwner(UIParent, "ANCHOR_PRESERVE");
local color = IMG_LIST[GetQuestStartTexture(info)];
ItemRefTooltip:SetText("|c" .. color[5] .. GetLevelTag(id, info, true) .. meta.title .. "|r");
if meta.completed == 1 then
ItemRefTooltip:AddLine(__UILOC.IN_PROGRESS .. " (" .. __UILOC.COMPLETED .. ")", 0.0, 1.0, 0.0);
else
ItemRefTooltip:AddLine(__UILOC.IN_PROGRESS, 0.75, 1.0, 0.0);
end
ItemRefTooltip:AddLine(" ");
ItemRefTooltip:AddLine(meta.sdesc, 1.0, 1.0, 1.0, true);
local num = #meta;
if num > 0 then
ItemRefTooltip:AddLine(" ");
for index = 1, num do
local line = meta[index];
if line[5] then
ItemRefTooltip:AddLine(" - " .. line[4], 0.0, 1.0, 0.0);
else
ItemRefTooltip:AddLine(" - " .. line[4], 1.0, 0.5, 0.5);
end
end
end
ItemRefTooltip:Show();
return;
else
local loc = __loc_quest[id];
if info ~= nil and loc ~= nil then
ItemRefTooltip:SetOwner(UIParent, "ANCHOR_PRESERVE");
local color = IMG_LIST[GetQuestStartTexture(info)];
ItemRefTooltip:SetText("|c" .. color[5] .. GetLevelTag(id, info, true) .. (loc ~= nil and loc[1] or "Quest: " .. id) .. "|r");
if __core_quests_completed[id] then -- 1 = completed, -1 = excl completed, -2 = next completed
ItemRefTooltip:AddLine(__UILOC.COMPLETED, 0.0, 1.0, 0.0);
end
local lines = loc[3];
if lines ~= nil then
ItemRefTooltip:AddLine(" ");
for index = 1, #lines do
ItemRefTooltip:AddLine(lines[index], 1.0, 1.0, 1.0, true);
end
end
ItemRefTooltip:Show();
return;
end
end
end
end
return _ItemRefTooltip_SetHyperlink(self, link, ...);
end
local Num_Hooked_QuestLogTitle = 0;
local function HookQuestLogTitle()
if Num_Hooked_QuestLogTitle < QUESTS_DISPLAYED then
for index = Num_Hooked_QuestLogTitle + 1, QUESTS_DISPLAYED do
local button = _G["QuestLogTitle" .. index];
local script = button:GetScript("OnClick");
button:SetScript("OnClick", function(self, button)
if IsModifiedClick("CHATLINK") and ChatEdit_GetActiveWindow() then
if self.isHeader then
return;
end
local title, level, group, header, collapsed, completed, frequency, quest_id = GetQuestLogTitle(self:GetID() + FauxScrollFrame_GetOffset(QuestLogListScrollFrame));
local activeWindow = ChatEdit_GetActiveWindow();
if activeWindow ~= nil then
activeWindow:Insert("[[" .. level .. "] " .. title .. " (" .. quest_id .. ")]");
end
-- ChatEdit_InsertLink("[[" .. level .. "] " .. title .. " (" .. quest_id .. ")]");
return;
end
return script(self, button);
end);
Num_Hooked_QuestLogTitle = index;
end
end
end
local function InitMessageFactory()
__SendChatMessage = _G.SendChatMessage;
_G.SendChatMessage = CdxlSendChatMessage;
__BNSendWhisper = _G.BNSendWhisper;
_G.BNSendWhisper = CdxlBNSendWhisper;
__BNSendConversationMessage = _G.BNSendConversationMessage;
_G.BNSendConversationMessage = CdxlBNSendConversationMessage;
QuestLogFrame:HookScript("OnShow", HookQuestLogTitle);
ChatFrame_AddMessageEventFilter("CHAT_MSG_SAY", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_YELL", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_EMOTE", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_GUILD", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_OFFICER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_WHISPER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_WHISPER_INFORM", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_BN", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_BN_WHISPER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_BN_WHISPER_INFORM", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_PARTY", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_PARTY_LEADER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_RAID", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_RAID_LEADER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_RAID_WARNING", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_INSTANCE_CHAT", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_INSTANCE_CHAT_LEADER", ChatFilter);
ChatFrame_AddMessageEventFilter("CHAT_MSG_CHANNEL", ChatFilter);
end
--> QuestLogFrame
local function CreateQuestLogFrameButton()
local _ShowQuest = CreateFrame('BUTTON', nil, QuestLogDetailScrollChildFrame, "UIPanelButtonTemplate");
_ShowQuest:SetSize(85, 21);
_ShowQuest:SetPoint("TOPLEFT", QuestLogDescriptionTitle, "TOPLEFT", 0, 0);
_ShowQuest:SetScript("OnClick", function()
__ns.MapTemporarilyShowQuestNodes(select(8, GetQuestLogTitle(GetQuestLogSelection())));
end);
_ShowQuest:SetText(__UILOC.show_quest);
local _HideQuest = CreateFrame('BUTTON', nil, QuestLogDetailScrollChildFrame, "UIPanelButtonTemplate");
_HideQuest:SetSize(85, 21);
_HideQuest:SetPoint("LEFT", _ShowQuest, "RIGHT", 0, 0);
_HideQuest:SetScript("OnClick", function()
__ns.MapTemporarilyHideQuestNodes(select(8, GetQuestLogTitle(GetQuestLogSelection())));
end);
_HideQuest:SetText(__UILOC.hide_quest);
local _ResetButton = CreateFrame('BUTTON', nil, QuestLogDetailScrollChildFrame, "UIPanelButtonTemplate");
_ResetButton:SetSize(85, 21);
_ResetButton:SetPoint("LEFT", _HideQuest, "RIGHT", 0, 0);
_ResetButton:SetScript("OnClick", function()
__ns.MapResetTemporarilyQuestNodesFilter();
end);
_ResetButton:SetText(__UILOC.reset_filter);
__ns._ShowQuest = _ShowQuest;
__ns._HideQuest = _HideQuest;
__ns._ResetQuest = _ResetButton;
QuestLogDescriptionTitle.__defHeight = QuestLogDescriptionTitle:GetHeight();
if SET.show_buttons_in_log then
QuestLogDescriptionTitle:SetHeight(QuestLogDescriptionTitle.__defHeight + 30);
QuestLogDescriptionTitle:SetJustifyV("BOTTOM");
_ShowQuest:Show();
_HideQuest:Show();
_ResetButton:Show();
else
_ShowQuest:Hide();
_HideQuest:Hide();
_ResetButton:Hide();
end
end
local function SetQuestLogFrameButtonShown(shown)
if shown then
QuestLogDescriptionTitle:SetHeight(QuestLogDescriptionTitle.__defHeight + 30);
QuestLogDescriptionTitle:SetJustifyV("BOTTOM");
__ns._ShowQuest:Show();
__ns._HideQuest:Show();
__ns._ResetQuest:Show();
else
QuestLogDescriptionTitle:SetHeight(QuestLogDescriptionTitle.__defHeight);
__ns._ShowQuest:Hide();
__ns._HideQuest:Hide();
__ns._ResetQuest:Hide();
end
end
-->
--> extern
__ns.GetQuestTitle = GetQuestTitle;
__ns.SetQuestLogFrameButtonShown = SetQuestLogFrameButtonShown;
-->
function __ns.util_setup()
SET = __ns.__setting;
GameTooltip:HookScript("OnTooltipSetUnit", OnTooltipSetUnit);
GameTooltip:HookScript("OnTooltipSetItem", OnTooltipSetItem);
ItemRefTooltip:HookScript("OnTooltipSetItem", OnTooltipSetItem);
GameTooltip:HookScript("OnShow", function()
GameTooltipTextLeft1Text = nil;
updateTimer = 0.0;
end);
GameTooltip:HookScript("OnHide", function()
GameTooltipTextLeft1Text = nil;
updateTimer = 0.0;
end);
GameTooltip:HookScript("OnUpdate", GameTooltipOnUpdate);
__eventHandler:RegEvent("MODIFIER_STATE_CHANGED");
--
CreateDBIcon();
CreateQuestLogFrameButton();
InitMessageFactory();
--
_F_SafeCall(__ns._checkConflicts);
end
-->
--> CONFLICTS
function __ns._checkConflicts()
if SET ~= nil and SET._checkedConflicts then
return;
end
__ns.After(4.0, function()
local _conflicts = false;
if GetAddOnEnableState(__core._PLAYER_NAME, "Questie") > 0 then
_conflicts = true;
end
if GetAddOnEnableState(__core._PLAYER_NAME, "ClassicCodex") > 0 then
_conflicts = true;
end
if _conflicts then
StaticPopupDialogs['CODEX_LITE_CONFLICTS'] = {
preferredIndex = 3,
text = __UILOC["CODEX_LITE_CONFLICTS"],
button1 = YES,
button2 = NO,
OnAccept = function(self, data)
DisableAddOn("Questie");
DisableAddOn("ClassicCodex");
SaveAddOns();
ReloadUI();
end,
hideOnEscape = 1,
timeout = 0,
exclusive = 1,
whileDead = 1,
};
StaticPopup_Show("CODEX_LITE_CONFLICTS");
end
if SET ~= nil then
SET._checkedConflicts = true;
end
end);
end
-->
--[=[dev]=] if __ns.__is_dev then __ns.__performance_log_tick('module.util'); end
|
--------------------------------
-- @module FlipX3D
-- @extend Grid3DAction
-- @parent_module cc
--------------------------------
-- brief Initializes an action with duration and grid size.<br>
-- param gridSize Specify the grid size of the FlipX3D action.<br>
-- param duration Specify the duration of the FlipX3D action. It's a value in seconds.<br>
-- return If the initialization success, return true; otherwise, return false.
-- @function [parent=#FlipX3D] initWithSize
-- @param self
-- @param #size_table gridSize
-- @param #float duration
-- @return bool#bool ret (return value: bool)
--------------------------------
-- brief Initializes an action with duration.<br>
-- param duration Specify the duration of the FlipX3D action. It's a value in seconds.<br>
-- return If the initialization success, return true; otherwise, return false.
-- @function [parent=#FlipX3D] initWithDuration
-- @param self
-- @param #float duration
-- @return bool#bool ret (return value: bool)
--------------------------------
-- brief Create the action with duration.<br>
-- param duration Specify the duration of the FilpX3D action. It's a value in seconds.<br>
-- return If the creation sucess, return a pointer of FilpX3D action; otherwise, return nil.
-- @function [parent=#FlipX3D] create
-- @param self
-- @param #float duration
-- @return FlipX3D#FlipX3D ret (return value: cc.FlipX3D)
--------------------------------
--
-- @function [parent=#FlipX3D] clone
-- @param self
-- @return FlipX3D#FlipX3D ret (return value: cc.FlipX3D)
--------------------------------
--
-- @function [parent=#FlipX3D] update
-- @param self
-- @param #float time
-- @return FlipX3D#FlipX3D self (return value: cc.FlipX3D)
--------------------------------
--
-- @function [parent=#FlipX3D] FlipX3D
-- @param self
-- @return FlipX3D#FlipX3D self (return value: cc.FlipX3D)
return nil
|
local _M = require "alien_c"
local alien = _M
local io = require "io"
local pairs, ipairs = pairs, ipairs
local setmetatable = setmetatable
local error = error
local pcall = pcall
local type = type
local rawset = rawset
local unpack = unpack
local math = math
local load, callback = alien.load, alien.callback
_M.loaded = {}
local load_library, find_library = {}, {}
local function find_library_helper(libname, opt)
local expr = '/[^() ]*lib' .. libname .. '%.so[^() ]*'
local cmd = '/sbin/ldconfig ' .. opt ..
' 2>/dev/null | egrep -o "' .. expr .. '"'
local pipe = io.popen(cmd)
if pipe then
local res = pipe:read()
pipe:close()
return res and res:match("([^%s]*)")
end
return nil
end
function find_library.linux(libname)
return find_library_helper(libname, "-p")
end
function find_library.bsd(libname)
return find_library_helper(libname, "-r")
end
function find_library.darwin(libname)
local ok, lib = pcall(load, libname .. ".dylib")
if ok then return lib end
ok, lib = pcall(load, libname .. ".framework/" .. libname)
if ok then return lib end
return nil
end
local function load_library_helper(libname, libext)
if libname:match("/") or libname:match("%" .. libext) then
return load(libname)
else
local ok, lib = pcall(load, "lib" .. libname .. libext)
if not ok then
ok, lib = pcall(load, "./lib" .. libname .. libext)
if not ok then
local name = find_library[alien.platform](libname)
if name then
lib = load(name)
else
return nil, "library " .. libname .. " not found"
end
end
end
return lib
end
end
function load_library.linux(libname)
local lib, errmsg = load_library_helper(libname, ".so")
if not lib then error (errmsg) end
return lib
end
load_library.bsd = load_library.linux
function load_library.darwin(libname)
local lib, errmsg = load_library_helper(libname, ".dylib")
if not lib then
lib, errmsg = load_library_helper(libname, ".so")
end
if not lib then error (errmsg) end
return lib
end
function load_library.windows(libname)
return load(libname)
end
setmetatable(_M.loaded, { __index = function (t, libname)
local lib = load_library[alien.platform](libname)
t[libname] = lib
return lib
end, __mode = "kv" })
function _M.load(libname)
return _M.loaded[libname]
end
function _M.callback(f, ...)
local cb = callback(f)
cb.types(cb, ...)
return cb
end
local array_methods = {}
local function array_next(arr, i)
if i < arr.length then
return i + 1, arr[i + 1]
else
return nil
end
end
function array_methods:ipairs()
return array_next, self, 0
end
function array_methods:realloc(newlen)
self.buffer:realloc(newlen * self.size)
self.length = newlen
end
local function array_get(arr, key)
if type(key) == "number" then
if key < 1 or key > arr.length then
error("array access out of bounds")
end
local offset = (key - 1) * arr.size + 1
return arr.buffer:get(offset, arr.type)
else
return array_methods[key]
end
end
local function array_set(arr, key, val)
if type(key) == "number" then
if key < 1 or key > arr.length then
error("array access out of bounds")
end
local offset = (key - 1) * arr.size + 1
arr.buffer:set(offset, val, arr.type)
if arr.type == "pointer" then
arr.pinned[key] = val
end
else
rawset(arr, key, val)
end
end
function _M.array(t, length, init)
local ok, size = pcall(alien.sizeof, t)
if not ok then
error("type " .. t .. " does not exist")
end
if type(length) == "table" then
init = length
length = #length
end
local arr = { type = t, length = length, size = size, pinned = {} }
-- FIXME: When Lua 5.1 support is dropped, add a __len metamethod
setmetatable(arr, { __index = array_get, __newindex = array_set })
if type(init) == "userdata" then
arr.buffer = init
else
arr.buffer = alien.buffer(size * length)
if type(init) == "table" then
for i = 1, length do
if type(init[i]) == "string" then
local offset = (i - 1) * size + 1
arr.pinned[i] = alien.buffer(#init[i] + 1)
arr.buffer:set(offset, arr.pinned[i], "pointer")
end
arr[i] = init[i]
end
end
end
return arr
end
local function struct_new(s_proto, ptr)
local buf = alien.buffer(ptr or s_proto.size)
local function struct_get(_, key)
if s_proto.offsets[key] then
return buf:get(s_proto.offsets[key] + 1, s_proto.types[key])
else
error("field " .. key .. " does not exist")
end
end
local function struct_set(_, key, val)
if s_proto.offsets[key] then
buf:set(s_proto.offsets[key] + 1, val, s_proto.types[key])
else
error("field " .. key .. " does not exist")
end
end
return setmetatable({}, { __index = struct_get, __newindex = struct_set,
__call = function () return buf end })
end
local function struct_byval(s_proto)
local types = {}
local size = s_proto.size
for i = 0, size - 1, 4 do
if size - i == 1 then
types[#types + 1] = "char"
elseif size - i == 2 then
types[#types + 1] = "short"
else
types[#types + 1] = "int"
end
end
return unpack(types)
end
function _M.defstruct(t)
local off = 0
local names, offsets, types = {}, {}, {}
for _, field in ipairs(t) do
local name, type = field[1], field[2]
names[#names + 1] = name
off = math.ceil(off / alien.align(type)) * alien.align(type)
offsets[name] = off
types[name] = type
off = off + alien.sizeof(type)
end
return { names = names, offsets = offsets, types = types, size = off, new = struct_new,
byval = struct_byval }
end
function _M.byval(buf)
if buf.size then
local size = buf.size
local types = { "char", "short"}
local vals = {}
for i = 1, size, 4 do
if size - i == 0 then
vals[#vals + 1] = buf:get(i, "char")
elseif size - i == 1 then
vals[#vals + 1] = buf:get(i, "short")
else
vals[#vals + 1] = buf:get(i, "int")
end
end
return unpack(vals)
else
error("this type of buffer can't be passed by value")
end
end
return alien
|
local skynet = require "skynet"
require "skynet.manager"
local cluster = require "skynet.cluster"
local runconf = require(skynet.getenv("runconfig"))
local servconf = runconf.service
local nodename = skynet.getenv("nodename")
local function start_host()
for k,v in pairs(servconf.host_common) do
if nodename == v.node and v.name=="web" then
ERROR("start "..v.name.." in port: " .. v.port.."...")
skynet.uniqueservice(v.name,"host", v.port)
end
end
ERROR("======start host server======= ")
end
local function start_console()
for i,v in pairs(servconf.debug_console) do
if nodename == v.node then
skynet.uniqueservice("debug_console", v.port)
ERROR("start debug_console in port: " .. v.port.."...")
end
end
end
local function start_setup()
local p = skynet.newservice("setup", "setup", 0)
ERROR("=========start setupd...======")
end
local function start_gateway()
for i, v in pairs(servconf.gateway) do
local name = string.format("gateway%d", i)
if nodename == v.node then
local p = skynet.newservice("gateway", "gateway", i)
local c = servconf.gateway_common
local g = servconf.gateway[i]
skynet.name(name, p)
skynet.call(p, "lua", "open", {
port = g.port,
maxclient = c.maxclient,
nodelay = c.nodelay,
name = name,
})
ERROR("=====start ", name, "port:", g.port, "...======")
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
local function start_agentpool()
--开启agentpool服务
for i,v in pairs(servconf.agentpool) do
local name = string.format("agentpool%d", i)
if nodename == v.node then
local c = servconf.agentpool_common
local agentname = runconf.prototype .. "agent"
local p = skynet.newservice("agentpool", "agentpool", i)
skynet.name(name, p)
skynet.call(p, "lua", "init_pool", {
agentname = agentname,
maxnum = c.maxnum,
recyremove = c.recyremove,
brokecachelen = c.brokecachelen,
})
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
local function start_login()
for i,v in pairs(servconf.login) do
local name = string.format("login%d", i)
if nodename == v.node then
local p = skynet.newservice("login", "login", i)
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
local function start_dbproxy()
for i,v in pairs(servconf.dbproxy) do
local name = string.format("dbproxy%d", i)
if nodename == v.node then
local p = skynet.newservice("dbproxy", "dbproxy", i)
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
local function start_center()
for i,v in pairs(servconf.center) do
local name = string.format("center%d", i)
if nodename == v.node then
local p = skynet.newservice("center", "center", i)
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
local function start_global()
for i,v in pairs(servconf.global) do
local name = string.format("global%d", i)
if nodename == v.node then
local p = skynet.newservice("global", "global", i)
else
local proxy = cluster.proxy(v.node, name)
skynet.name(name, proxy)
end
end
end
skynet.start(function()
INFO("Server start version: " .. runconf.version)
--集群信息
cluster.reload(runconf.cluster)
cluster.open(nodename)
--开启各个服务
start_agentpool()
start_console()
start_setup()
start_global()
start_login()
start_dbproxy()
start_center()
start_gateway()
--exit
skynet.exit()
end)
|
local Tunnel = module("vrp","lib/Tunnel")
local Proxy = module("vrp","lib/Proxy")
vRP = Proxy.getInterface("vRP")
--[ CONEXÃO ]----------------------------------------------------------------------------------------------------------------------------
src = {}
Tunnel.bindInterface("vrp_garages",src)
vSERVER = Tunnel.getInterface("vrp_garages")
--[ VARIAVEIS ]--------------------------------------------------------------------------------------------------------------------------
local workgarage = ""
local vehicle = {}
local vehblips = {}
local pointspawn = 1
--[ SPAWN ]------------------------------------------------------------------------------------------------------------------------------
local spawn = {
[1] = { ['x'] = 53.98, ['y'] = -878.08, ['z'] = 30.38, ['name'] = "Garagem",
[1] = { ['x'] = 51.26, ['y'] = -892.13, ['z'] = 30.17, ['h'] = 336.98 },
[2] = { ['x'] = 47.94, ['y'] = -891.2, ['z'] = 30.17, ['h'] = 336.98 },
[3] = { ['x'] = 44.6, ['y'] = -889.82, ['z'] = 30.19, ['h'] = 336.98 },
[4] = { ['x'] = 41.35, ['y'] = -888.79, ['z'] = 30.19, ['h'] = 336.98 },
[5] = { ['x'] = 38.02, ['y'] = -887.63, ['z'] = 30.2, ['h'] = 336.98 },
[6] = { ['x'] = 39.57, ['y'] = -883.02, ['z'] = 30.27, ['h'] = 162.37 },
[7] = { ['x'] = 42.82, ['y'] = -884.19, ['z'] = 30.26, ['h'] = 162.37 },
[8] = { ['x'] = 46.21, ['y'] = -885.46, ['z'] = 30.25, ['h'] = 162.37 },
[9] = { ['x'] = 49.49, ['y'] = -886.7, ['z'] = 30.24, ['h'] = 162.37 },
[10] = { ['x'] = 52.67, ['y'] = -887.75, ['z'] = 30.24, ['h'] = 162.37 },
[11] = { ['x'] = 50.71, ['y'] = -873.18, ['z'] = 30.44, ['h'] = 336.98 },
[12] = { ['x'] = 47.53, ['y'] = -871.9, ['z'] = 30.46, ['h'] = 336.98 },
[13] = { ['x'] = 44.16, ['y'] = -870.61, ['z'] = 30.47, ['h'] = 336.98 },
[14] = { ['x'] = 47.48, ['y'] = -861.64, ['z'] = 30.61, ['h'] = 336.98 },
[15] = { ['x'] = 50.68, ['y'] = -862.98, ['z'] = 30.59, ['h'] = 336.98 },
[16] = { ['x'] = 54.03, ['y'] = -864.23, ['z'] = 30.58, ['h'] = 336.98 },
[17] = { ['x'] = 57.26, ['y'] = -865.43, ['z'] = 30.57, ['h'] = 336.98 },
[18] = { ['x'] = 60.42, ['y'] = -866.6, ['z'] = 30.56, ['h'] = 336.98 }
},
[2] = { ['x'] = 1991.12, ['y'] = 3778.15, ['z'] = 32.19, ['name'] = "Garagem",
[1] = { ['x'] = 1994.76, ['y'] = 3763.39, ['z'] = 32.19, ['h'] = 209.04 },
[2] = { ['x'] = 1992.44, ['y'] = 3762.03, ['z'] = 32.19, ['h'] = 209.04 },
[3] = { ['x'] = 1990.08, ['y'] = 3760.54, ['z'] = 32.18, ['h'] = 209.04 },
}, --
[3] = { ['x'] = 154.57, ['y'] = 6643.41, ['z'] = 31.61, ['name'] = "Garagem",
[1] = { ['x'] = 147.51, ['y'] = 6639.8, ['z'] = 31.59, ['h'] = 319.17 },
[2] = { ['x'] = 150.55, ['y'] = 6635.8, ['z'] = 31.63, ['h'] = 319.17 }
},
--[ DEPARTAMENTO DE POLÍCIA ]------------------------------------------------------------------------------------------------------------
[16] = { ['x'] = -1112.89, ['y'] = -843.43, ['z'] = 13.34, ['name'] = "DPLA",
[1] = { ['x'] = -1114.07, ['y'] = -834.01, ['z'] = 13.34, ['h'] = 135.5 }
},
[17] = { ['x'] = -1086.77, ['y'] = -843.62, ['z'] = 4.89, ['name'] = "DPLA",
[1] = { ['x'] = -1076.42, ['y'] = -846.69, ['z'] = 4.89, ['h'] = 215.5 }
},
[18] = { ['x'] = -1107.34, ['y'] = -832.34, ['z'] = 37.7, ['name'] = "DPLAH",
[1] = { ['x'] = -1096.22, ['y'] = -832.21, ['z'] = 37.71, ['h'] = 137.5 }
},
--[ DEPARTAMENTO MÉDICO ]----------------------------------------------------------------------------------------------------------------
[19] = { ['x'] = 291.83, ['y'] = -615.58, ['z'] = 43.44, ['name'] = "dmla",
[1] = { ['x'] = 296.32, ['y'] = -606.21, ['z'] = 43.33, ['h'] = 71.54 },
[2] = { ['x'] = 294.49, ['y'] = -611.01, ['z'] = 43.36, ['h'] = 71.54 }
},
--[ FORTHILLS ]--------------------------------------------------------------------------------------------------------------------------
[145] = { ['x'] = -864.47, ['y'] = 463.46, ['z'] = 88.22, ['name'] = "FH01",
[1] = { ['x'] = -861.31, ['y'] = 462.66, ['z'] = 86.93, ['h'] = 276.73 }
},
[148] = { ['x'] = -850.62, ['y'] = 522.18, ['z'] = 90.62, ['name'] = "FH04",
[1] = { ['x'] = -851.05, ['y'] = 514.29, ['z'] = 90.15, ['h'] = 106.56 }
},
[155] = { ['x'] = -938.56, ['y'] = 445.34, ['z'] = 80.42, ['name'] = "FH11",
[1] = { ['x'] = -942.71, ['y'] = 443.81, ['z'] = 79.99, ['h'] = 198.88 }
},
[159] = { ['x'] = -1074.27, ['y'] = 468.75, ['z'] = 77.82, ['name'] = "FH15",
[1] = { ['x'] = -1079.10, ['y'] = 465.49, ['z'] = 76.79, ['h'] = 144.79 }
},
[163] = { ['x'] = -971.31, ['y'] = 455.98, ['z'] = 79.82, ['name'] = "FH19",
[1] = { ['x'] = -967.03, ['y'] = 450.03, ['z'] = 78.97, ['h'] = 199.58 }
},
[167] = { ['x'] = -736.59, ['y'] = 439.85, ['z'] = 106.90, ['name'] = "FH23",
[1] = { ['x'] = -736.19, ['y'] = 446.59, ['z'] = 105.88, ['h'] = 3.21 }
},
[168] = { ['x'] = -716.59, ['y'] = 500.53, ['z'] = 109.27, ['name'] = "FH24",
[1] = { ['x'] = -716.94, ['y'] = 495.36, ['z'] = 108.43, ['h'] = 206.78 }
},
[170] = { ['x'] = -692.91, ['y'] = 507.84, ['z'] = 110.36, ['name'] = "FH26",
[1] = { ['x'] = -688.85, ['y'] = 500.77, ['z'] = 109.21, ['h'] = 201.51 }
},
[173] = { ['x'] = -574.21, ['y'] = 492.54, ['z'] = 106.97, ['name'] = "FH29",
[1] = { ['x'] = -573.79, ['y'] = 498.15, ['z'] = 105.38, ['h'] = 9.46 }
},
[175] = { ['x'] = -589.59, ['y'] = 531.83, ['z'] = 108.17, ['name'] = "FH31",
[1] = { ['x'] = -586.67, ['y'] = 526.68, ['z'] = 106.72, ['h'] = 215.41 }
},
[176] = { ['x'] = -574.01, ['y'] = 394.76, ['z'] = 100.67, ['name'] = "FH32",
[1] = { ['x'] = -574.73, ['y'] = 401.65, ['z'] = 99.82, ['h'] = 19.61 }
},
[189] = { ['x'] = -447.07, ['y'] = 376.54, ['z'] = 104.77, ['name'] = "FH45",
[1] = { ['x'] = -456.49, ['y'] = 372.48, ['z'] = 103.93, ['h'] = 358.58 }
},
[192] = { ['x'] = -523.67, ['y'] = 525.26, ['z'] = 112.44, ['name'] = "FH48",
[1] = { ['x'] = -526.66, ['y'] = 530.68, ['z'] = 110.95, ['h'] = 44.11 }
},
[193] = { ['x'] = -524.63, ['y'] = 573.16, ['z'] = 121.24, ['name'] = "FH49",
[1] = { ['x'] = -519.47, ['y'] = 574.05, ['z'] = 120.61, ['h'] = 281.57 }
},
[196] = { ['x'] = -470.24, ['y'] = 538.11, ['z'] = 121.46, ['name'] = "FH52",
[1] = { ['x'] = -468.04, ['y'] = 542.62, ['z'] = 119.92, ['h'] = 355.06 }
},
[198] = { ['x'] = -397.25, ['y'] = 512.34, ['z'] = 120.19, ['name'] = "FH54",
[1] = { ['x'] = -398.63, ['y'] = 518.94, ['z'] = 119.68, ['h'] = 355.21 }
},
[199] = { ['x'] = -356.43, ['y'] = 473.56, ['z'] = 112.52, ['name'] = "FH55",
[1] = { ['x'] = -351.33, ['y'] = 474.70, ['z'] = 111.89, ['h'] = 299.59 }
},
[202] = { ['x'] = -357.14, ['y'] = 517.38, ['z'] = 120.15, ['name'] = "FH58",
[1] = { ['x'] = -362.62, ['y'] = 514.72, ['z'] = 118.67, ['h'] = 134.89 }
},
[203] = { ['x'] = -312.45, ['y'] = 483.18, ['z'] = 113.46, ['name'] = "FH59",
[1] = { ['x'] = -320.42, ['y'] = 480.85, ['z'] = 111.44, ['h'] = 118.55 }
},
[212] = { ['x'] = -1371.63, ['y'] = 451.89, ['z'] = 105.34, ['name'] = "FH68",
[1] = { ['x'] = -1376.73, ['y'] = 453.26, ['z'] = 104.04, ['h'] = 80.28 }
},
[225] = { ['x'] = -463.57, ['y'] = 676.11, ['z'] = 148.54, ['name'] = "FH81",
[1] = { ['x'] = -467.37, ['y'] = 673.46, ['z'] = 146.80, ['h'] = 148.40 }
},
[235] = { ['x'] = -956.88, ['y'] = 804.188, ['z'] = 177.56, ['name'] = "FH91",
[1] = { ['x'] = -958.62, ['y'] = 800.59, ['z'] = 176.76, ['h'] = 152.94 }
},
[236] = { ['x'] = -921.15, ['y'] = 813.80, ['z'] = 184.33, ['name'] = "FH92",
[1] = { ['x'] = -920.00, ['y'] = 806.38, ['z'] = 183.37, ['h'] = 189.06 }
},
[237] = { ['x'] = -1004.00, ['y'] = 783.99, ['z'] = 171.38, ['name'] = "FH93",
[1] = { ['x'] = -997.95, ['y'] = 786.76, ['z'] = 171.06, ['h'] = 293.50 }
},
[238] = { ['x'] = -810.25, ['y'] = 803.55, ['z'] = 202.18, ['name'] = "FH94",
[1] = { ['x'] = -811.60, ['y'] = 809.51, ['z'] = 201.24, ['h'] = 19.71 }
},
--[ LUXURY ]-----------------------------------------------------------------------------------------------------------------------------
[245] = { ['x'] = -876.54, ['y'] = -57.11, ['z'] = 38.05, ['name'] = "LX01",
[1] = { ['x'] = -869.45, ['y'] = -54.25, ['z'] = 37.60, ['h'] = 281.38 }
},
[246] = { ['x'] = -890.55, ['y'] = -17.35, ['z'] = 43.10, ['name'] = "LX02",
[1] = { ['x'] = -885.98, ['y'] = -16.18, ['z'] = 42.15, ['h'] = 304.12 }
},
[247] = { ['x'] = -872.28, ['y'] = 51.35, ['z'] = 48.78, ['name'] = "LX03",
[1] = { ['x'] = -875.02, ['y'] = 46.86, ['z'] = 48.39, ['h'] = 195.46 }
},
[248] = { ['x'] = -969.08, ['y'] = 107.74, ['z'] = 55.66, ['name'] = "LX04",
[1] = { ['x'] = -960.77, ['y'] = 109.36, ['z'] = 55.49, ['h'] = 314.26 }
},
[249] = { ['x'] = -1885.63, ['y'] = 629.92, ['z'] = 129.99, ['name'] = "LX05",
[1] = { ['x'] = -1890.51, ['y'] = 626.00, ['z'] = 129.15, ['h'] = 136.16 }
},
[250] = { ['x'] = -997.43, ['y'] = 142.37, ['z'] = 60.66, ['name'] = "LX06",
[1] = { ['x'] = -992.02, ['y'] = 144.19, ['z'] = 59.81, ['h'] = 269.99 }
},
[251] = { ['x'] = -1045.16, ['y'] = 224.98, ['z'] = 63.76, ['name'] = "LX07",
[1] = { ['x'] = -1048.01, ['y'] = 219.47, ['z'] = 62.91, ['h'] = 184.73 }
},
[252] = { ['x'] = -923.90, ['y'] = 212.70, ['z'] = 67.46, ['name'] = "LX08",
[1] = { ['x'] = -933.57, ['y'] = 210.69, ['z'] = 66.61, ['h'] = 163.52 }
},
[253] = { ['x'] = -905.04, ['y'] = 196.27, ['z'] = 69.50, ['name'] = "LX09",
[1] = { ['x'] = -911.78, ['y'] = 190.68, ['z'] = 68.59, ['h'] = 179.92 }
},
[254] = { ['x'] = -915.48, ['y'] = 114.68, ['z'] = 55.31, ['name'] = "LX10",
[1] = { ['x'] = -920.41, ['y'] = 112.49, ['z'] = 54.47, ['h'] = 84.90 }
},
[255] = { ['x'] = -931.72, ['y'] = 13.37, ['z'] = 47.91, ['name'] = "LX11",
[1] = { ['x'] = -925.27, ['y'] = 9.31, ['z'] = 46.87, ['h'] = 214.83 }
},
[256] = { ['x'] = -835.07, ['y'] = 119.47, ['z'] = 55.46, ['name'] = "LX12",
[1] = { ['x'] = -839.12, ['y'] = 112.30, ['z'] = 54.43, ['h'] = 210.36 }
},
[257] = { ['x'] = -1058.75, ['y'] = 299.58, ['z'] = 66.00, ['name'] = "LX13",
[1] = { ['x'] = -1061.49, ['y'] = 305.25, ['z'] = 65.13, ['h'] = 353.81 }
},
[258] = { ['x'] = -827.87, ['y'] = 267.95, ['z'] = 86.2, ['name'] = "LX14",
[1] = { ['x'] = -824.72, ['y'] = 273.44, ['z'] = 85.68, ['h'] = 342.78 }
},
[259] = { ['x'] = -869.56, ['y'] = 322.71, ['z'] = 83.97, ['name'] = "LX15",
[1] = { ['x'] = -870.29, ['y'] = 317.83, ['z'] = 83.13, ['h'] = 186.23 }
},
[260] = { ['x'] = -887.96, ['y'] = 360.73, ['z'] = 85.04, ['name'] = "LX16",
[1] = { ['x'] = -888.36, ['y'] = 367.35, ['z'] = 84.55, ['h'] = 3.40 }
},
[261] = { ['x'] = -1026.73, ['y'] = 363.75, ['z'] = 71.36, ['name'] = "LX17",
[1] = { ['x'] = -1011.08, ['y'] = 360.01, ['z'] = 70.05, ['h'] = 331.43 }
},
[262] = { ['x'] = -1555.85, ['y'] = 426.75, ['z'] = 109.62, ['name'] = "LX18",
[1] = { ['x'] = -1547.98, ['y'] = 426.58, ['z'] = 109.09, ['h'] = 272.82 }
},
[263] = { ['x'] = -1211.88, ['y'] = 274.79, ['z'] = 69.51, ['name'] = "LX19",
[1] = { ['x'] = -1204.83, ['y'] = 267.12, ['z'] = 68.69, ['h'] = 284.35 }
},
[264] = { ['x'] = -1101.71, ['y'] = 354.46, ['z'] = 68.48, ['name'] = "LX20",
[1] = { ['x'] = -1096.63, ['y'] = 360.30, ['z'] = 67.69, ['h'] = 357.45 }
},
[265] = { ['x'] = -1490.24, ['y'] = 18.76, ['z'] = 54.71, ['name'] = "LX21",
[1] = { ['x'] = -1490.16, ['y'] = 23.07, ['z'] = 53.88, ['h'] = 354.88 }
},
[266] = { ['x'] = -1457.65, ['y'] = -50.22, ['z'] = 54.65, ['name'] = "LX22",
[1] = { ['x'] = -1455.68, ['y'] = -55.37, ['z'] = 52.6, ['h'] = 240.6 }
},
[267] = { ['x'] = -1504.43, ['y'] = 19.84, ['z'] = 56.40, ['name'] = "LX23",
[1] = { ['x'] = -1503.75, ['y'] = 26.86, ['z'] = 55.15, ['h'] = 8.38 }
},
[268] = { ['x'] = -1581.46, ['y'] = -81.30, ['z'] = 54.20, ['name'] = "LX24",
[1] = { ['x'] = -1577.19, ['y'] = -86.02, ['z'] = 53.29, ['h'] = 270.66 }
},
[269] = { ['x'] = -1585.69, ['y'] = -55.63, ['z'] = 56.48, ['name'] = "LX25",
[1] = { ['x'] = -1582.02, ['y'] = -61.06, ['z'] = 55.64, ['h'] = 270.18 }
},
[270] = { ['x'] = -1558.52, ['y'] = 17.86, ['z'] = 58.83, ['name'] = "LX26",
[1] = { ['x'] = -1552.69, ['y'] = 22.78, ['z'] = 57.70, ['h'] = 347.50 }
},
[271] = { ['x'] = -1616.73, ['y'] = 14.71, ['z'] = 62.17, ['name'] = "LX27",
[1] = { ['x'] = -1613.07, ['y'] = 20.02, ['z'] = 61.32, ['h'] = 335.94 }
},
[272] = { ['x'] = -1892.99, ['y'] = 120.59, ['z'] = 81.64, ['name'] = "LX28",
[1] = { ['x'] = -1887.23, ['y'] = 123.26, ['z'] = 80.86, ['h'] = 338.84 }
},
[273] = { ['x'] = -1940.13, ['y'] = 179.1, ['z'] = 84.66, ['name'] = "LX29",
[1] = { ['x'] = -1932.93, ['y'] = 182.84, ['z'] = 83.68, ['h'] = 307.83 }
},
[276] = { ['x'] = -2000.65, ['y'] = 296.59, ['z'] = 91.76, ['name'] = "LX32",
[1] = { ['x'] = -1994.21, ['y'] = 290.29, ['z'] = 90.85, ['h'] = 221.21 }
},
[278] = { ['x'] = -2013.18, ['y'] = 453.64, ['z'] = 102.67, ['name'] = "LX34",
[1] = { ['x'] = -2006.95, ['y'] = 454.86, ['z'] = 101.79, ['h'] = 276.63 }
},
[279] = { ['x'] = -2016.62, ['y'] = 485.7, ['z'] = 107.18, ['name'] = "LX35",
[1] = { ['x'] = -2011.39, ['y'] = 482.71, ['z'] = 106.07, ['h'] = 255.38 }
},
[280] = { ['x'] = -1868.36, ['y'] = 192.09, ['z'] = 84.29, ['name'] = "LX36",
[1] = { ['x'] = -1874.17, ['y'] = 194.45, ['z'] = 83.77, ['h'] = 126.46 }
},
[281] = { ['x'] = -1899.62, ['y'] = 241.7, ['z'] = 86.26, ['name'] = "LX37",
[1] = { ['x'] = -1904.45, ['y'] = 242.14, ['z'] = 85.6, ['h'] = 27.89 }
},
[282] = { ['x'] = -1918.91, ['y'] = 285.25, ['z'] = 89.07, ['name'] = "LX38",
[1] = { ['x'] = -1925.28, ['y'] = 283.01, ['z'] = 88.23, ['h'] = 182.84 }
},
[283] = { ['x'] = -1935.69, ['y'] = 366.09, ['z'] = 93.82, ['name'] = "LX39",
[1] = { ['x'] = -1940.58, ['y'] = 360.31, ['z'] = 92.55, ['h'] = 160.68 }
},
[284] = { ['x'] = -1938.82, ['y'] = 386.17, ['z'] = 96.50, ['name'] = "LX40",
[1] = { ['x'] = -1943.95, ['y'] = 385.19, ['z'] = 95.60, ['h'] = 96.89 }
},
[285] = { ['x'] = -1937.40, ['y'] = 462.55, ['z'] = 102.42, ['name'] = "LX41",
[1] = { ['x'] = -1947.37, ['y'] = 462.90, ['z'] = 101.12, ['h'] = 99.05 }
},
[286] = { ['x'] = -1856.34, ['y'] = 322.60, ['z'] = 88.72, ['name'] = "LX42",
[1] = { ['x'] = -1857.45, ['y'] = 328.42, ['z'] = 87.80, ['h'] = 11.41 }
},
[287] = { ['x'] = -1789.94, ['y'] = 345.73, ['z'] = 88.55, ['name'] = "LX43",
[1] = { ['x'] = -1790.72, ['y'] = 353.87, ['z'] = 87.72, ['h'] = 64.22 }
},
[288] = { ['x'] = -1745.31, ['y'] = 368.33, ['z'] = 89.72, ['name'] = "LX44",
[1] = { ['x'] = -1750.77, ['y'] = 365.56, ['z'] = 88.85, ['h'] = 114.91 }
},
[289] = { ['x'] = -1665.21, ['y'] = 385.25, ['z'] = 89.49, ['name'] = "LX45",
[1] = { ['x'] = -1663.42, ['y'] = 391.43, ['z'] = 88.39, ['h'] = 9.57 }
},
[290] = { ['x'] = -1785.52, ['y'] = 456.14, ['z'] = 128.30, ['name'] = "LX46",
[1] = { ['x'] = -1794.11, ['y'] = 459.40, ['z'] = 127.46, ['h'] = 98.09 }
},
[291] = { ['x'] = -1991.66, ['y'] = 605.61, ['z'] = 117.90, ['name'] = "LX47",
[1] = { ['x'] = -1985.63, ['y'] = 602.72, ['z'] = 117.28, ['h'] = 238.48 }
},
[292] = { ['x'] = -1937.70, ['y'] = 529.39, ['z'] = 110.73, ['name'] = "LX48",
[1] = { ['x'] = -1944.07, ['y'] = 521.99, ['z'] = 108.31, ['h'] = 71.00 }
},
[294] = { ['x'] = -1977.58, ['y'] = 624.88, ['z'] = 122.53, ['name'] = "LX50",
[1] = { ['x'] = -1971.35, ['y'] = 620.69, ['z'] = 121.14, ['h'] = 246.10 }
},
[295] = { ['x'] = -165.40, ['y'] = 919.61, ['z'] = 235.65, ['name'] = "LX51",
[1] = { ['x'] = -162.36, ['y'] = 926.68, ['z'] = 234.80, ['h'] = 234.16 }
},
[296] = { ['x'] = -172.67, ['y'] = 966.12, ['z'] = 237.53, ['name'] = "LX52",
[1] = { ['x'] = -167.03, ['y'] = 970.73, ['z'] = 235.79, ['h'] = 316.56 }
},
[297] = { ['x'] = -124.76, ['y'] = 1010.75, ['z'] = 235.73, ['name'] = "LX53",
[1] = { ['x'] = -127.89, ['y'] = 1001.16, ['z'] = 234.88, ['h'] = 198.68 }
},
[298] = { ['x'] = -101.17, ['y'] = 823.95, ['z'] = 235.72, ['name'] = "LX54",
[1] = { ['x'] = -105.63, ['y'] = 832.61, ['z'] = 234.86, ['h'] = 10.25 }
},
[299] = { ['x'] = 220.71, ['y'] = 755.29, ['z'] = 204.85, ['name'] = "LX55",
[1] = { ['x'] = 215.84, ['y'] = 759.38, ['z'] = 203.83, ['h'] = 47.56 }
},
[302] = { ['x'] = 100.21, ['y'] = 563.99, ['z'] = 182.94, ['name'] = "LX58",
[1] = { ['x'] = 93.13, ['y'] = 575.77, ['z'] = 182.13, ['h'] = 86.85 }
},
[303] = { ['x'] = 52.84, ['y'] = 559.77, ['z'] = 180.21, ['name'] = "LX59",
[1] = { ['x'] = 53.19, ['y'] = 563.71, ['z'] = 179.54, ['h'] = 21.70 }
},
[304] = { ['x'] = -143.65, ['y'] = 593.14, ['z'] = 203.90, ['name'] = "LX60",
[1] = { ['x'] = -142.21, ['y'] = 597.23, ['z'] = 203.12, ['h'] = 358.34 }
},
[305] = { ['x'] = -196.60, ['y'] = 621.58, ['z'] = 197.91, ['name'] = "LX61",
[1] = { ['x'] = -199.24, ['y'] = 615.31, ['z'] = 196.21, ['h'] = 178.98 }
},
[306] = { ['x'] = -174.92, ['y'] = 590.04, ['z'] = 197.63, ['name'] = "LX62",
[1] = { ['x'] = -178.23, ['y'] = 587.21, ['z'] = 197.03, ['h'] = 359.63 }
},
[307] = { ['x'] = -224.87, ['y'] = 588.93, ['z'] = 190.02, ['name'] = "LX63",
[1] = { ['x'] = -221.77, ['y'] = 593.25, ['z'] = 189.61, ['h'] = 331.22 }
},
[308] = { ['x'] = -271.65, ['y'] = 599.10, ['z'] = 181.68, ['name'] = "LX64",
[1] = { ['x'] = -272.26, ['y'] = 603.60, ['z'] = 181.15, ['h'] = 346.60 }
},
[309] = { ['x'] = -241.91, ['y'] = 614.90, ['z'] = 187.77, ['name'] = "LX65",
[1] = { ['x'] = -244.12, ['y'] = 610.79, ['z'] = 186.09, ['h'] = 149.22 }
},
[310] = { ['x'] = -338.28, ['y'] = 630.36, ['z'] = 172.35, ['name'] = "LX66",
[1] = { ['x'] = -343.97, ['y'] = 634.83, ['z'] = 171.43, ['h'] = 52.04 }
},
[311] = { ['x'] = 312.70, ['y'] = 566.57, ['z'] = 154.53, ['name'] = "LX67",
[1] = { ['x'] = 316.29, ['y'] = 568.06, ['z'] = 153.55, ['h'] = 220.69 }
},
[312] = { ['x'] = 315.32, ['y'] = 493.62, ['z'] = 153.14, ['name'] = "LX68",
[1] = { ['x'] = 321.07, ['y'] = 494.12, ['z'] = 151.61, ['h'] = 283.10 }
},
[313] = { ['x'] = 326.54, ['y'] = 481.25, ['z'] = 151.26, ['name'] = "LX69",
[1] = { ['x'] = 330.37, ['y'] = 482.12, ['z'] = 149.86, ['h'] = 195.82 }
},
[314] = { ['x'] = 238.09, ['y'] = 526.58, ['z'] = 140.58, ['name'] = "LX70",
[1] = { ['x'] = 236.21, ['y'] = 536.62, ['z'] = 139.88, ['h'] = 114.71 }
},
--[ SAMIR ]------------------------------------------------------------------------------------------------------------------------------
[315] = { ['x'] = 1290.05, ['y'] = -585.69, ['z'] = 71.75, ['name'] = "LS01",
[1] = { ['x'] = 1295.49, ['y'] = -567.62, ['z'] = 71.49, ['h'] = 344.65 }
},
[316] = { ['x'] = 1311.03, ['y'] = -593.07, ['z'] = 72.93, ['name'] = "LS02",
[1] = { ['x'] = 1319.19, ['y'] = -575.18, ['z'] = 73.25, ['h'] = 336.97 }
},
[317] = { ['x'] = 1344.65, ['y'] = -609.86, ['z'] = 74.36, ['name'] = "LS03",
[1] = { ['x'] = 1348.97, ['y'] = -603.76, ['z'] = 74.64, ['h'] = 334.73 }
},
[318] = { ['x'] = 1359.91, ['y'] = -620.48, ['z'] = 74.34, ['name'] = "LS04",
[1] = { ['x'] = 1360.55, ['y'] = -601.83, ['z'] = 74.62, ['h'] = 359.42 }
},
[319] = { ['x'] = 1392.87, ['y'] = -607.72, ['z'] = 74.35, ['name'] = "LS05",
[1] = { ['x'] = 1378.33, ['y'] = -596.21, ['z'] = 74.61, ['h'] = 52.88 }
},
[320] = { ['x'] = 1404.84, ['y'] = -570.68, ['z'] = 74.35, ['name'] = "LS06",
[1] = { ['x'] = 1387.73, ['y'] = -577.37, ['z'] = 74.62, ['h'] = 113.20 }
},
[321] = { ['x'] = 1366.95, ['y'] = -544.46, ['z'] = 74.34, ['name'] = "LS07",
[1] = { ['x'] = 1363.05, ['y'] = -551.94, ['z'] = 74.62, ['h'] = 157.25 }
},
[322] = { ['x'] = 1360.66, ['y'] = -536.8, ['z'] = 73.78, ['name'] = "LS08",
[1] = { ['x'] = 1352.89, ['y'] = -553.3, ['z'] = 74.31, ['h'] = 156.76 }
},
[323] = { ['x'] = 1322.0, ['y'] = -524.9, ['z'] = 72.13, ['name'] = "LS09",
[1] = { ['x'] = 1318.24, ['y'] = -532.96, ['z'] = 72.35, ['h'] = 160.86 }
},
[324] = { ['x'] = 1314.79, ['y'] = -516.59, ['z'] = 71.41, ['name'] = "LS10",
[1] = { ['x'] = 1307.96, ['y'] = -533.58, ['z'] = 71.56, ['h'] = 160.38 }
},
[325] = { ['x'] = 1245.08, ['y'] = -518.7, ['z'] = 69.0, ['name'] = "LS11",
[1] = { ['x'] = 1247.17, ['y'] = -522.7, ['z'] = 69.25, ['h'] = 257.36 }
},
[326] = { ['x'] = 1251.25, ['y'] = -490.29, ['z'] = 69.5, ['name'] = "LS12",
[1] = { ['x'] = 1260.63, ['y'] = -494.22, ['z'] = 69.59, ['h'] = 255.66 }
},
[327] = { ['x'] = 1259.55, ['y'] = -477.81, ['z'] = 70.19, ['name'] = "LS13",
[1] = { ['x'] = 1280.06, ['y'] = -472.81, ['z'] = 69.24, ['h'] = 170.02 }
},
[328] = { ['x'] = 1268.56, ['y'] = -461.81, ['z'] = 69.84, ['name'] = "LS14",
[1] = { ['x'] = 1270.98, ['y'] = -463.9, ['z'] = 69.87, ['h'] = 328.18 }
},
[329] = { ['x'] = 1261.12, ['y'] = -426.7, ['z'] = 69.81, ['name'] = "LS15",
[1] = { ['x'] = 1261.45, ['y'] = -419.35, ['z'] = 69.58, ['h'] = 297.04 }
},
[330] = { ['x'] = 1234.75, ['y'] = -578.25, ['z'] = 69.49, ['name'] = "LS16",
[1] = { ['x'] = 1243.86, ['y'] = -579.36, ['z'] = 69.64, ['h'] = 271.53 }
},
[331] = { ['x'] = 1236.79, ['y'] = -589.55, ['z'] = 69.79, ['name'] = "LS17",
[1] = { ['x'] = 1242.92, ['y'] = -586.85, ['z'] = 69.55, ['h'] = 269.57 }
},
[332] = { ['x'] = 1250.47, ['y'] = -626.17, ['z'] = 69.35, ['name'] = "LS18",
[1] = { ['x'] = 1259.06, ['y'] = -624.91, ['z'] = 69.58, ['h'] = 296.96 }
},
[333] = { ['x'] = 1257.67, ['y'] = -660.38, ['z'] = 67.93, ['name'] = "LS19",
[1] = { ['x'] = 1271.84, ['y'] = -659.12, ['z'] = 68.00, ['h'] = 293.69 }
},
[334] = { ['x'] = 1267.25, ['y'] = -673.65, ['z'] = 65.75, ['name'] = "LS20",
[1] = { ['x'] = 1276.75, ['y'] = -673.42, ['z'] = 66.25, ['h'] = 277.48 }
},
[335] = { ['x'] = 1259.79, ['y'] = -711.08, ['z'] = 64.72, ['name'] = "LS21",
[1] = { ['x'] = 1263.72, ['y'] = -716.66, ['z'] = 64.75, ['h'] = 239.07 }
},
[336] = { ['x'] = 1225.19, ['y'] = -723.04, ['z'] = 60.64, ['name'] = "LS22",
[1] = { ['x'] = 1223.46, ['y'] = -730.21, ['z'] = 60.40, ['h'] = 163.48 }
},
[337] = { ['x'] = 1228.5, ['y'] = -703.47, ['z'] = 60.68, ['name'] = "LS23",
[1] = { ['x'] = 1217.85, ['y'] = -704.09, ['z'] = 60.70, ['h'] = 97.24 }
},
[338] = { ['x'] = 1220.91, ['y'] = -664.18, ['z'] = 63.13, ['name'] = "LS24",
[1] = { ['x'] = 1214.36, ['y'] = -665.12, ['z'] = 62.85, ['h'] = 103.07 }
},
[339] = { ['x'] = 1206.75, ['y'] = -614.0, ['z'] = 66.12, ['name'] = "LS25",
[1] = { ['x'] = 1199.98, ['y'] = -612.47, ['z'] = 65.36, ['h'] = 94.40 }
},
[340] = { ['x'] = 1192.48, ['y'] = -597.08, ['z'] = 64.01, ['name'] = "LS26",
[1] = { ['x'] = 1188.28, ['y'] = -595.06, ['z'] = 64.23, ['h'] = 34.45 }
},
[341] = { ['x'] = 1189.79, ['y'] = -573.78, ['z'] = 64.32, ['name'] = "LS27",
[1] = { ['x'] = 1185.82, ['y'] = -569.96, ['z'] = 64.56, ['h'] = 25.68 }
},
[342] = { ['x'] = 1191.61, ['y'] = -554.97, ['z'] = 64.71, ['name'] = "LS28",
[1] = { ['x'] = 1187.47, ['y'] = -550.38, ['z'] = 64.83, ['h'] = 86.85 }
},
[343] = { ['x'] = 1089.59, ['y'] = -495.42, ['z'] = 65.07, ['name'] = "LS29",
[1] = { ['x'] = 1084.78, ['y'] = -493.34, ['z'] = 64.40, ['h'] = 79.01 }
},
[344] = { ['x'] = 1101.7, ['y'] = -468.42, ['z'] = 67.06, ['name'] = "LS30",
[1] = { ['x'] = 1091.28, ['y'] = -470.87, ['z'] = 65.47, ['h'] = 77.7 }
},
[345] = { ['x'] = 1111.03, ['y'] = -417.0, ['z'] = 67.16, ['name'] = "LS31",
[1] = { ['x'] = 1111.15, ['y'] = -419.57, ['z'] = 67.43, ['h'] = 83.31 }
},
[346] = { ['x'] = 1112.77, ['y'] = -394.29, ['z'] = 68.74, ['name'] = "LS32",
[1] = { ['x'] = 1106.07, ['y'] = -399.24, ['z'] = 68.20, ['h'] = 78.01 }
},
[347] = { ['x'] = 1057.42, ['y'] = -384.09, ['z'] = 67.86, ['name'] = "LS33",
[1] = { ['x'] = 1056.9, ['y'] = -388.45, ['z'] = 68.09, ['h'] = 221.13 }
},
[348] = { ['x'] = 1021.13, ['y'] = -414.33, ['z'] = 65.95, ['name'] = "LS34",
[1] = { ['x'] = 1022.37, ['y'] = -419.52, ['z'] = 66.05, ['h'] = 219.15 }
},
[349] = { ['x'] = 1009.82, ['y'] = -418.88, ['z'] = 64.96, ['name'] = "LS35",
[1] = { ['x'] = 1015.92, ['y'] = -423.87, ['z'] = 65.32, ['h'] = 217.10 }
},
[350] = { ['x'] = 987.71, ['y'] = -438.07, ['z'] = 63.75, ['name'] = "LS36",
[1] = { ['x'] = 995.76, ['y'] = -435.43, ['z'] = 64.23, ['h'] = 271.01 }
},
[351] = { ['x'] = 971.53, ['y'] = -447.94, ['z'] = 62.41, ['name'] = "LS37",
[1] = { ['x'] = 975.54, ['y'] = -454.41, ['z'] = 62.86, ['h'] = 213.74 }
},
[352] = { ['x'] = 939.3, ['y'] = -463.22, ['z'] = 61.26, ['name'] = "LS38",
[1] = { ['x'] = 942.05, ['y'] = -469.79, ['z'] = 61.53, ['h'] = 212.33 }
},
[353] = { ['x'] = 928.77, ['y'] = -475.65, ['z'] = 60.70, ['name'] = "LS39",
[1] = { ['x'] = 933.31, ['y'] = -480.49, ['z'] = 60.88, ['h'] = 203.27 }
},
[354] = { ['x'] = 909.42, ['y'] = -489.73, ['z'] = 59.02, ['name'] = "LS40",
[1] = { ['x'] = 914.46, ['y'] = -490.17, ['z'] = 59.29, ['h'] = 204.27 }
},
[355] = { ['x'] = 873.98, ['y'] = -503.77, ['z'] = 57.50, ['name'] = "LS41",
[1] = { ['x'] = 874.77, ['y'] = -507.45, ['z'] = 57.72, ['h'] = 226.29 }
},
[356] = { ['x'] = 854.95, ['y'] = -516.17, ['z'] = 57.33, ['name'] = "LS42",
[1] = { ['x'] = 858.81, ['y'] = -522.39, ['z'] = 57.59, ['h'] = 227.66 }
},
[357] = { ['x'] = 848.57, ['y'] = -540.12, ['z'] = 57.33, ['name'] = "LS43",
[1] = { ['x'] = 853.51, ['y'] = -542.76, ['z'] = 57.60, ['h'] = 266.06 }
},
[358] = { ['x'] = 842.1, ['y'] = -567.41, ['z'] = 57.71, ['name'] = "LS44",
[1] = { ['x'] = 849.29, ['y'] = -567.47, ['z'] = 57.99, ['h'] = 279.71 }
},
[359] = { ['x'] = 868.47, ['y'] = -594.02, ['z'] = 58.30, ['name'] = "LS45",
[1] = { ['x'] = 872.86, ['y'] = -590.11, ['z'] = 58.28, ['h'] = 317.23 }
},
[360] = { ['x'] = 875.58, ['y'] = -602.34, ['z'] = 58.45, ['name'] = "LS46",
[1] = { ['x'] = 875.55, ['y'] = -598.36, ['z'] = 58.45, ['h'] = 316.61 }
},
[361] = { ['x'] = 912.15, ['y'] = -631.81, ['z'] = 58.05, ['name'] = "LS47",
[1] = { ['x'] = 917.67, ['y'] = -627.46, ['z'] = 58.32, ['h'] = 319.36 }
},
[362] = { ['x'] = 913.03, ['y'] = -645.12, ['z'] = 57.87, ['name'] = "LS48",
[1] = { ['x'] = 917.96, ['y'] = -639.77, ['z'] = 58.14, ['h'] = 318.18 }
},
[363] = { ['x'] = 946.14, ['y'] = -657.5, ['z'] = 58.02, ['name'] = "LS49",
[1] = { ['x'] = 951.67, ['y'] = -654.13, ['z'] = 58.16, ['h'] = 309.34 }
},
[364] = { ['x'] = 940.18, ['y'] = -672.19, ['z'] = 58.02, ['name'] = "LS50",
[1] = { ['x'] = 946.99, ['y'] = -669.22, ['z'] = 58.29, ['h'] = 297.96 }
},
[365] = { ['x'] = 969.7, ['y'] = -688.32, ['z'] = 57.95, ['name'] = "LS51",
[1] = { ['x'] = 973.59, ['y'] = -685.58, ['z'] = 57.91, ['h'] = 309.99 }
},
[366] = { ['x'] = 976.24, ['y'] = -713.97, ['z'] = 57.87, ['name'] = "LS52",
[1] = { ['x'] = 982.5, ['y'] = -709.42, ['z'] = 57.88, ['h'] = 312.02 }
},
[367] = { ['x'] = 1004.32, ['y'] = -734.1, ['z'] = 57.46, ['name'] = "LS53",
[1] = { ['x'] = 1008.02, ['y'] = -731.13, ['z'] = 57.88, ['h'] = 311.05 }
},
[368] = { ['x'] = 981.21, ['y'] = -614.8, ['z'] = 58.84, ['name'] = "LS54",
[1] = { ['x'] = 973.52, ['y'] = -619.61, ['z'] = 59.10, ['h'] = 128.10 }
},
[369] = { ['x'] = 959.79, ['y'] = -601.7, ['z'] = 59.50, ['name'] = "LS55",
[1] = { ['x'] = 955.45, ['y'] = -598.08, ['z'] = 59.65, ['h'] = 27.96 }
},
[370] = { ['x'] = 984.25, ['y'] = -579.14, ['z'] = 59.28, ['name'] = "LS56",
[1] = { ['x'] = 982.93, ['y'] = -572.6, ['z'] = 59.53, ['h'] = 31.32 }
},
[371] = { ['x'] = 1008.54, ['y'] = -565.15, ['z'] = 60.20, ['name'] = "LS57",
[1] = { ['x'] = 1012.51, ['y'] = -563.56, ['z'] = 60.44, ['h'] = 263.72 }
},
[372] = { ['x'] = 943.81, ['y'] = -243.89, ['z'] = 68.63, ['name'] = "LS58",
[1] = { ['x'] = 939.22, ['y'] = -250.12, ['z'] = 68.69, ['h'] = 150.37 }
},
[373] = { ['x'] = 1003.79, ['y'] = -588.12, ['z'] = 59.14, ['name'] = "LS59",
[1] = { ['x'] = 1009.07, ['y'] = -590.25, ['z'] = 59.20, ['h'] = 258.95 }
},
[374] = { ['x'] = 922.71, ['y'] = -564.06, ['z'] = 57.97, ['name'] = "LS60",
[1] = { ['x'] = 926.46, ['y'] = -567.39, ['z'] = 58.24, ['h'] = 206.14 }
},
[375] = { ['x'] = 956.87, ['y'] = -546.73, ['z'] = 59.53, ['name'] = "LS61",
[1] = { ['x'] = 957.91, ['y'] = -552.49, ['z'] = 59.55, ['h'] = 211.12 }
},
[376] = { ['x'] = 981.96, ['y'] = -530.0, ['z'] = 60.12, ['name'] = "LS62",
[1] = { ['x'] = 983.27, ['y'] = -536.41, ['z'] = 60.19, ['h'] = 211.11 }
},
[377] = { ['x'] = 1001.36, ['y'] = -510.47, ['z'] = 60.70, ['name'] = "LS63",
[1] = { ['x'] = 1003.89, ['y'] = -518.48, ['z'] = 60.98, ['h'] = 205.24 }
},
[378] = { ['x'] = 1045.95, ['y'] = -495.92, ['z'] = 64.08, ['name'] = "LS64",
[1] = { ['x'] = 1049.91, ['y'] = -488.79, ['z'] = 64.19, ['h'] = 257.03 }
},
[379] = { ['x'] = 1049.12, ['y'] = -479.89, ['z'] = 64.10, ['name'] = "LS65",
[1] = { ['x'] = 1056.64, ['y'] = -483.32, ['z'] = 64.11, ['h'] = 257.85 }
},
[380] = { ['x'] = 1055.36, ['y'] = -445.56, ['z'] = 65.97, ['name'] = "LS66",
[1] = { ['x'] = 1062.56, ['y'] = -445.67, ['z'] = 66.16, ['h'] = 257.58 }
},
[381] = { ['x'] = 1020.06, ['y'] = -464.4, ['z'] = 63.90, ['name'] = "LS67",
[1] = { ['x'] = 1019.04, ['y'] = -459.29, ['z'] = 64.37, ['h'] = 38.05 }
},
[382] = { ['x'] = 966.19, ['y'] = -505.37, ['z'] = 61.74, ['name'] = "LS68",
[1] = { ['x'] = 960.86, ['y'] = -500.52, ['z'] = 61.65, ['h'] = 29.80 }
},
[383] = { ['x'] = 950.42, ['y'] = -516.97, ['z'] = 60.25, ['name'] = "LS69",
[1] = { ['x'] = 948.5, ['y'] = -511.66, ['z'] = 60.50, ['h'] = 29.22 }
},
[384] = { ['x'] = 921.11, ['y'] = -527.47, ['z'] = 59.58, ['name'] = "LS70",
[1] = { ['x'] = 915.83, ['y'] = -522.63, ['z'] = 59.03, ['h'] = 25.35 }
},
[385] = { ['x'] = 893.88, ['y'] = -547.44, ['z'] = 58.17, ['name'] = "LS71",
[1] = { ['x'] = 888.36, ['y'] = -551.92, ['z'] = 58.24, ['h'] = 115.00 }
},
[386] = { ['x'] = 1103.28, ['y'] = -429.62, ['z'] = 67.4, ['name'] = "LS72",
[1] = { ['x'] = 1097.86, ['y'] = -428.24, ['z'] = 66.68, ['h'] = 80.97 }
},
--[ KRONDORS ]---------------------------------------------------------------------------------------------------------------------------
[387] = { ['x'] = 102.82, ['y'] = -1959.78, ['z'] = 20.84, ['name'] = "KR01",
[1] = { ['x'] = 104.57, ['y'] = -1954.94, ['z'] = 20.95, ['h'] = 355.58 }
},
[388] = { ['x'] = 72.16, ['y'] = -1935.47, ['z'] = 20.99, ['name'] = "KR02",
[1] = { ['x'] = 81.72, ['y'] = -1932.41, ['z'] = 21.02, ['h'] = 316.63 }
},
[389] = { ['x'] = 14.13, ['y'] = -1886.93, ['z'] = 23.24, ['name'] = "KR03",
[1] = { ['x'] = 18.48, ['y'] = -1880.11, ['z'] = 23.28, ['h'] = 320.5 }
},
[390] = { ['x'] = 98.75, ['y'] = -1907.55, ['z'] = 21.07, ['name'] = "KR04",
[1] = { ['x'] = 89.81, ['y'] = -1917.18, ['z'] = 20.98, ['h'] = 140.59 }
},
[391] = { ['x'] = 101.95, ['y'] = -1883.62, ['z'] = 24.02, ['name'] = "KR05",
[1] = { ['x'] = 105.76, ['y'] = -1879.36, ['z'] = 24.22, ['h'] = 319.71 }
},
[392] = { ['x'] = 157.6, ['y'] = -1901.16, ['z'] = 23.0, ['name'] = "KR06",
[1] = { ['x'] = 162.82, ['y'] = -1899.28, ['z'] = 23.26, ['h'] = 334.81 }
},
[393] = { ['x'] = 163.9, ['y'] = -1954.67, ['z'] = 19.32, ['name'] = "KR07",
[1] = { ['x'] = 165.73, ['y'] = -1959.08, ['z'] = 19.43, ['h'] = 227.78 }
},
[394] = { ['x'] = 152.53, ['y'] = -1960.61, ['z'] = 19.08, ['name'] = "KR08",
[1] = { ['x'] = 152.79, ['y'] = -1965.88, ['z'] = 19.04, ['h'] = 228.5 }
},
[395] = { ['x'] = 58.69, ['y'] = -1878.41, ['z'] = 22.39, ['name'] = "KR09",
[1] = { ['x'] = 52.14, ['y'] = -1878.42, ['z'] = 22.53, ['h'] = 136.83 }
},
[396] = { ['x'] = 45.4, ['y'] = -1849.13, ['z'] = 22.84, ['name'] = "KR10",
[1] = { ['x'] = 41.44, ['y'] = -1853.34, ['z'] = 23.11, ['h'] = 135.2 }
},
[397] = { ['x'] = -45.22, ['y'] = -1791.79, ['z'] = 27.45, ['name'] = "KR11",
[1] = { ['x'] = -53.0, ['y'] = -1801.42, ['z'] = 27.36, ['h'] = 50.04 }
},
[398] = { ['x'] = -54.09, ['y'] = -1781.86, ['z'] = 27.88, ['name'] = "KR12",
[1] = { ['x'] = -57.67, ['y'] = -1785.85, ['z'] = 28.12, ['h'] = 136.73 }
},
[399] = { ['x'] = 140.35, ['y'] = -1866.11, ['z'] = 24.32, ['name'] = "KR13",
[1] = { ['x'] = 136.94, ['y'] = -1869.3, ['z'] = 24.4, ['h'] = 155.02 }
},
[400] = { ['x'] = 189.37, ['y'] = -1872.27, ['z'] = 24.73, ['name'] = "KR14",
[1] = { ['x'] = 186.58, ['y'] = -1877.13, ['z'] = 24.85, ['h'] = 154.49 }
},
[401] = { ['x'] = 248.21, ['y'] = -1732.71, ['z'] = 29.38, ['name'] = "KR15",
[1] = { ['x'] = 244.51, ['y'] = -1728.83, ['z'] = 29.5, ['h'] = 49.0 }
},
[402] = { ['x'] = 272.34, ['y'] = -1704.01, ['z'] = 29.31, ['name'] = "KR16",
[1] = { ['x'] = 268.09, ['y'] = -1700.73, ['z'] = 29.57, ['h'] = 49.31 }
},
[403] = { ['x'] = 291.46, ['y'] = -1783.92, ['z'] = 28.26, ['name'] = "KR17",
[1] = { ['x'] = 297.45, ['y'] = -1791.53, ['z'] = 28.19, ['h'] = 228.58 }
},
[404] = { ['x'] = 319.33, ['y'] = -1769.51, ['z'] = 29.08, ['name'] = "KR18",
[1] = { ['x'] = 321.52, ['y'] = -1773.31, ['z'] = 28.93, ['h'] = 229.23 }
},
[405] = { ['x'] = 142.93, ['y'] = -1832.74, ['z'] = 27.07, ['name'] = "KR19",
[1] = { ['x'] = 138.97, ['y'] = -1830.69, ['z'] = 27.29, ['h'] = 49.32 }
},
[406] = { ['x'] = 83.64, ['y'] = -1973.9, ['z'] = 20.93, ['name'] = "KR20",
[1] = { ['x'] = 87.72, ['y'] = -1968.8, ['z'] = 21.03, ['h'] = 319.25 }
},
[407] = { ['x'] = 80.39, ['y'] = -1949.55, ['z'] = 20.8, ['name'] = "KR21",
[1] = { ['x'] = 89.19, ['y'] = -1934.65, ['z'] = 20.91, ['h'] = 217.76 }
},
[408] = { ['x'] = 54.53, ['y'] = -1921.05, ['z'] = 21.66, ['name'] = "KR22",
[1] = { ['x'] = 62.29, ['y'] = -1910.55, ['z'] = 21.78, ['h'] = 230.76 }
},
[409] = { ['x'] = 37.3, ['y'] = -1926.34, ['z'] = 21.8, ['name'] = "KR23",
[1] = { ['x'] = 42.47, ['y'] = -1920.65, ['z'] = 21.94, ['h'] = 320.78 }
},
[410] = { ['x'] = -10.49, ['y'] = -1883.78, ['z'] = 24.15, ['name'] = "KR24",
[1] = { ['x'] = 0.4, ['y'] = -1878.23, ['z'] = 23.07, ['h'] = 319.84 }
},
[411] = { ['x'] = 7.46, ['y'] = -1884.39, ['z'] = 23.32, ['name'] = "KR25",
[1] = { ['x'] = 15.62, ['y'] = -1871.47, ['z'] = 23.56, ['h'] = 228.24 }
},
[412] = { ['x'] = -23.09, ['y'] = -1857.7, ['z'] = 25.04, ['name'] = "KR26",
[1] = { ['x'] = -22.28, ['y'] = -1852.32, ['z'] = 25.35, ['h'] = 318.16 }
},
[413] = { ['x'] = -33.91, ['y'] = -1855.64, ['z'] = 26.01, ['name'] = "KR27",
[1] = { ['x'] = -36.14, ['y'] = -1861.29, ['z'] = 26.03, ['h'] = 318.25 }
},
[414] = { ['x'] = 123.49, ['y'] = -1927.1, ['z'] = 21.01, ['name'] = "KR28",
[1] = { ['x'] = 118.66, ['y'] = -1940.02, ['z'] = 20.95, ['h'] = 86.06 }
},
[415] = { ['x'] = 116.48, ['y'] = -1918.75, ['z'] = 20.94, ['name'] = "KR29",
[1] = { ['x'] = 109.49, ['y'] = -1924.84, ['z'] = 21.03, ['h'] = 159.44 }
},
[416] = { ['x'] = 112.4, ['y'] = -1884.8, ['z'] = 23.59, ['name'] = "KR30",
[1] = { ['x'] = 125.42, ['y'] = -1877.96, ['z'] = 23.98, ['h'] = 245.04 }
},
[417] = { ['x'] = 163.74, ['y'] = -1922.7, ['z'] = 21.2, ['name'] = "KR31",
[1] = { ['x'] = 166.25, ['y'] = -1929.66, ['z'] = 21.29, ['h'] = 230.07 }
},
[418] = { ['x'] = 142.93, ['y'] = -1970.81, ['z'] = 18.86, ['name'] = "KR32",
[1] = { ['x'] = 153.95, ['y'] = -1978.59, ['z'] = 18.55, ['h'] = 139.63 }
},
[419] = { ['x'] = 28.49, ['y'] = -1852.1, ['z'] = 23.68, ['name'] = "KR33",
[1] = { ['x'] = 20.42, ['y'] = -1863.32, ['z'] = 23.63, ['h'] = 50.07 }
},
[420] = { ['x'] = 11.84, ['y'] = -1843.19, ['z'] = 24.53, ['name'] = "KR34",
[1] = { ['x'] = 8.43, ['y'] = -1845.9, ['z'] = 24.64, ['h'] = 139.44 }
},
[421] = { ['x'] = 167.84, ['y'] = -1854.07, ['z'] = 24.29, ['name'] = "KR35",
[1] = { ['x'] = 165.62, ['y'] = -1861.16, ['z'] = 24.41, ['h'] = 155.81 }
},
[422] = { ['x'] = 206.99, ['y'] = -1892.89, ['z'] = 24.43, ['name'] = "KR36",
[1] = { ['x'] = 198.9, ['y'] = -1897.55, ['z'] = 24.5, ['h'] = 142.92 }
},
[423] = { ['x'] = 302.56, ['y'] = -1777.35, ['z'] = 29.1, ['name'] = "KR37",
[1] = { ['x'] = 312.42, ['y'] = -1785.76, ['z'] = 28.42, ['h'] = 229.27 }
},
[424] = { ['x'] = 289.96, ['y'] = -1789.91, ['z'] = 27.7, ['name'] = "KR38",
[1] = { ['x'] = 297.45, ['y'] = -1791.53, ['z'] = 28.19, ['h'] = 228.58 }
},
[425] = { ['x'] = 311.04, ['y'] = -1735.44, ['z'] = 29.54, ['name'] = "KR39",
[1] = { ['x'] = 315.43, ['y'] = -1739.08, ['z'] = 29.73, ['h'] = 231.04 }
},
[426] = { ['x'] = 269.11, ['y'] = -1728.64, ['z'] = 29.65, ['name'] = "KR40",
[1] = { ['x'] = 264.26, ['y'] = -1718.68, ['z'] = 29.56, ['h'] = 49.25 }
},
[427] = { ['x'] = 269.79, ['y'] = -1710.52, ['z'] = 29.34, ['name'] = "KR41",
[1] = { ['x'] = 257.55, ['y'] = -1701.71, ['z'] = 29.31, ['h'] = 320.02 }
},
--[ LOSVAGOS ]---------------------------------------------------------------------------------------------------------------------------
[428] = { ['x'] = 248.94, ['y'] = -1936.94, ['z'] = 24.35, ['name'] = "LV01",
[1] = { ['x'] = 240.16, ['y'] = -1927.99, ['z'] = 24.39, ['h'] = 319.70 }
},
[429] = { ['x'] = 269.8, ['y'] = -1932.86, ['z'] = 25.44, ['name'] = "LV02",
[1] = { ['x'] = 263.07, ['y'] = -1921.28, ['z'] = 25.41, ['h'] = 54.74 }
},
[430] = { ['x'] = 270.61, ['y'] = -1914.8, ['z'] = 25.81, ['name'] = "LV03",
[1] = { ['x'] = 270.12, ['y'] = -1905.53, ['z'] = 26.78, ['h'] = 51.02 }
},
[431] = { ['x'] = 279.17, ['y'] = -1899.45, ['z'] = 26.89, ['name'] = "LV04",
[1] = { ['x'] = 269.73, ['y'] = -1892.82, ['z'] = 26.83, ['h'] = 319.63 }
},
[432] = { ['x'] = 318.07, ['y'] = -1856.29, ['z'] = 27.11, ['name'] = "LV05",
[1] = { ['x'] = 305.2, ['y'] = -1850.27, ['z'] = 27.0, ['h'] = 320.21 }
},
[433] = { ['x'] = 340.81, ['y'] = -1849.98, ['z'] = 27.77, ['name'] = "LV06",
[1] = { ['x'] = 335.81, ['y'] = -1835.98, ['z'] = 27.61, ['h'] = 44.87 }
},
[434] = { ['x'] = 344.21, ['y'] = -1828.31, ['z'] = 27.95, ['name'] = "LV07",
[1] = { ['x'] = 333.16, ['y'] = -1817.23, ['z'] = 27.99, ['h'] = 320.18 }
},
[435] = { ['x'] = 350.15, ['y'] = -1811.51, ['z'] = 28.8, ['name'] = "LV08",
[1] = { ['x'] = 342.37, ['y'] = -1806.23, ['z'] = 28.48, ['h'] = 319.97 }
},
[436] = { ['x'] = 404.54, ['y'] = -1753.91, ['z'] = 29.37, ['name'] = "LV09",
[1] = { ['x'] = 403.61, ['y'] = -1739.39, ['z'] = 29.54, ['h'] = 46.70 }
},
[437] = { ['x'] = 430.66, ['y'] = -1741.22, ['z'] = 29.61, ['name'] = "LV10",
[1] = { ['x'] = 431.33, ['y'] = -1735.54, ['z'] = 28.65, ['h'] = 50.20 }
},
[438] = { ['x'] = 434.96, ['y'] = -1715.43, ['z'] = 29.33, ['name'] = "LV11",
[1] = { ['x'] = 430.06, ['y'] = -1715.87, ['z'] = 28.69, ['h'] = 49.34 }
},
[439] = { ['x'] = 442.86, ['y'] = -1698.41, ['z'] = 29.38, ['name'] = "LV12",
[1] = { ['x'] = 442.78, ['y'] = -1693.12, ['z'] = 28.66, ['h'] = 51.33 }
},
[440] = { ['x'] = 498.38, ['y'] = -1698.89, ['z'] = 29.41, ['name'] = "LV13",
[1] = { ['x'] = 498.01, ['y'] = -1702.77, ['z'] = 29.64, ['h'] = 236.28 }
},
[441] = { ['x'] = 479.02, ['y'] = -1718.03, ['z'] = 29.37, ['name'] = "LV14",
[1] = { ['x'] = 490.02, ['y'] = -1721.93, ['z'] = 29.62, ['h'] = 251.19 }
},
[442] = { ['x'] = 464.62, ['y'] = -1740.78, ['z'] = 29.11, ['name'] = "LV15",
[1] = { ['x'] = 473.8, ['y'] = -1744.08, ['z'] = 29.21, ['h'] = 250.40 }
},
[443] = { ['x'] = 475.52, ['y'] = -1755.13, ['z'] = 28.76, ['name'] = "LV16",
[1] = { ['x'] = 488.5, ['y'] = -1757.75, ['z'] = 28.71, ['h'] = 163.16 }
},
[444] = { ['x'] = 475.02, ['y'] = -1772.84, ['z'] = 28.7, ['name'] = "LV17",
[1] = { ['x'] = 478.21, ['y'] = -1779.06, ['z'] = 28.93, ['h'] = 270.19 }
},
[445] = { ['x'] = 511.46, ['y'] = -1778.19, ['z'] = 28.51, ['name'] = "LV18",
[1] = { ['x'] = 499.79, ['y'] = -1777.14, ['z'] = 28.64, ['h'] = 201.67 }
},
[446] = { ['x'] = 504.82, ['y'] = -1799.04, ['z'] = 28.49, ['name'] = "LV19",
[1] = { ['x'] = 500.19, ['y'] = -1792.86, ['z'] = 28.65, ['h'] = 161.09 }
},
[447] = { ['x'] = 504.77, ['y'] = -1808.65, ['z'] = 28.51, ['name'] = "LV20",
[1] = { ['x'] = 491.87, ['y'] = -1805.02, ['z'] = 28.65, ['h'] = 138.92 }
},
[448] = { ['x'] = 487.7, ['y'] = -1826.73, ['z'] = 28.53, ['name'] = "LV21",
[1] = { ['x'] = 479.28, ['y'] = -1819.72, ['z'] = 28.1, ['h'] = 139.70 }
},
[449] = { ['x'] = 431.96, ['y'] = -1828.9, ['z'] = 28.18, ['name'] = "LV22",
[1] = { ['x'] = 437.06, ['y'] = -1837.91, ['z'] = 28.21, ['h'] = 223.26 }
},
[450] = { ['x'] = 428.72, ['y'] = -1839.65, ['z'] = 28.08, ['name'] = "LV23",
[1] = { ['x'] = 434.57, ['y'] = -1841.14, ['z'] = 28.23, ['h'] = 222.18 }
},
[451] = { ['x'] = 401.5, ['y'] = -1849.32, ['z'] = 27.32, ['name'] = "LV24",
[1] = { ['x'] = 401.08, ['y'] = -1855.1, ['z'] = 27.06, ['h'] = 223.65 }
},
[452] = { ['x'] = 396.69, ['y'] = -1872.65, ['z'] = 26.25, ['name'] = "LV25",
[1] = { ['x'] = 397.28, ['y'] = -1877.44, ['z'] = 26.35, ['h'] = 222.91 }
},
[453] = { ['x'] = 385.03, ['y'] = -1890.77, ['z'] = 25.32, ['name'] = "LV26",
[1] = { ['x'] = 384.63, ['y'] = -1896.36, ['z'] = 25.21, ['h'] = 222.83 }
},
[454] = { ['x'] = 360.06, ['y'] = -1894.9, ['z'] = 24.99, ['name'] = "LV27",
[1] = { ['x'] = 357.8, ['y'] = -1896.77, ['z'] = 25.08, ['h'] = 227.00 }
},
[455] = { ['x'] = 315.73, ['y'] = -1937.5, ['z'] = 24.82, ['name'] = "LV28",
[1] = { ['x'] = 315.5, ['y'] = -1942.05, ['z'] = 24.92, ['h'] = 230.52 }
},
[456] = { ['x'] = 310.66, ['y'] = -1965.91, ['z'] = 23.74, ['name'] = "LV29",
[1] = { ['x'] = 316.82, ['y'] = -1970.62, ['z'] = 23.69, ['h'] = 138.57 }
},
[457] = { ['x'] = 299.42, ['y'] = -1971.96, ['z'] = 22.49, ['name'] = "LV30",
[1] = { ['x'] = 306.82, ['y'] = -1982.39, ['z'] = 22.39, ['h'] = 139.63 }
},
[458] = { ['x'] = 282.89, ['y'] = -1980.29, ['z'] = 21.4 , ['name'] = "LV31",
[1] = { ['x'] = 285.64, ['y'] = -1985.85, ['z'] = 21.41, ['h'] = 229.16 }
},
[459] = { ['x'] = 280.83, ['y'] = -1991.24, ['z'] = 20.46, ['name'] = "LV32",
[1] = { ['x'] = 286.37, ['y'] = -1992.54, ['z'] = 20.81, ['h'] = 228.61 }
},
[460] = { ['x'] = 256.42, ['y'] = -2026.71, ['z'] = 18.86, ['name'] = "LV33",
[1] = { ['x'] = 267.58, ['y'] = -2029.38, ['z'] = 18.82, ['h'] = 142.23 }
},
[461] = { ['x'] = 240.68, ['y'] = -2021.42, ['z'] = 18.71, ['name'] = "LV34",
[1] = { ['x'] = 246.74, ['y'] = -2035.94, ['z'] = 18.53, ['h'] = 228.90 }
},
[462] = { ['x'] = 241.9, ['y'] = -2042.78, ['z'] = 18.02, ['name'] = "LV35",
[1] = { ['x'] = 245.74, ['y'] = -2053.88, ['z'] = 18.1, ['h'] = 134.18 }
},
--[ PALETOBAY ]--------------------------------------------------------------------------------------------------------------------------
[463] = { ['x'] = -442.95, ['y'] = 6202.62, ['z'] = 29.56, ['name'] = "PB01",
[1] = { ['x'] = -435.4, ['y'] = 6206.42, ['z'] = 29.57, ['h'] = 278.13 }
},
[464] = { ['x'] = -375.5, ['y'] = 6187.37, ['z'] = 31.54, ['name'] = "PB02",
[1] = { ['x'] = -379.5, ['y'] = 6184.85, ['z'] = 31.4, ['h'] = 223.82 }
},
[465] = { ['x'] = -361.91, ['y'] = 6204.76, ['z'] = 31.58, ['name'] = "PB03",
[1] = { ['x'] = -367.92, ['y'] = 6200.05, ['z'] = 31.4, ['h'] = 224.98 }
},
[466] = { ['x'] = -359.1, ['y'] = 6227.29, ['z'] = 31.5, ['name'] = "PB04",
[1] = { ['x'] = -349.5, ['y'] = 6217.17, ['z'] = 31.4, ['h'] = 223.88 }
},
[467] = { ['x'] = -381.48, ['y'] = 6254.9, ['z'] = 31.49, ['name'] = "PB05",
[1] = { ['x'] = -388.73, ['y'] = 6273.42, ['z'] = 30.02, ['h'] = 50.83 }
},
[468] = { ['x'] = -360.84, ['y'] = 6265.04, ['z'] = 31.53, ['name'] = "PB06",
[1] = { ['x'] = -352.17, ['y'] = 6265.07, ['z'] = 31.32, ['h'] = 46.14 }
},
[469] = { ['x'] = -436.46, ['y'] = 6264.1, ['z'] = 30.09, ['name'] = "PB07",
[1] = { ['x'] = -429.99, ['y'] = 6260.87, ['z'] = 30.31, ['h'] = 258.67 }
},
[470] = { ['x'] = -402.95, ['y'] = 6317.15, ['z'] = 28.95, ['name'] = "PB08",
[1] = { ['x'] = -396.68, ['y'] = 6311.99, ['z'] = 28.84, ['h'] = 220.70 }
},
[471] = { ['x'] = -364.3, ['y'] = 6337.74, ['z'] = 29.85, ['name'] = "PB09",
[1] = { ['x'] = -360.16, ['y'] = 6328.54, ['z'] = 29.75, ['h'] = 220.61 }
},
[472] = { ['x'] = -311.14, ['y'] = 6310.94, ['z'] = 32.48, ['name'] = "PB10",
[1] = { ['x'] = -318.17, ['y'] = 6317.76, ['z'] = 31.77, ['h'] = 45.39 }
},
[473] = { ['x'] = -291.83, ['y'] = 6335.9, ['z'] = 32.49, ['name'] = "PB11",
[1] = { ['x'] = -296.49, ['y'] = 6340.57, ['z'] = 31.82, ['h'] = 46.26 }
},
[474] = { ['x'] = -272.11, ['y'] = 6353.73, ['z'] = 32.49, ['name'] = "PB12",
[1] = { ['x'] = -267.41, ['y'] = 6355.22, ['z'] = 32.4, ['h'] = 47.15 }
},
[475] = { ['x'] = -250.27, ['y'] = 6355.12, ['z'] = 31.5, ['name'] = "PB13",
[1] = { ['x'] = -255.08, ['y'] = 6360.48, ['z'] = 31.39, ['h'] = 45.08 }
},
[476] = { ['x'] = -271.22, ['y'] = 6408.91, ['z'] = 31.12, ['name'] = "PB14",
[1] = { ['x'] = -265.26, ['y'] = 6406.49, ['z'] = 30.88, ['h'] = 210.49 }
},
[477] = { ['x'] = -217.34, ['y'] = 6374.6, ['z'] = 31.68, ['name'] = "PB15",
[1] = { ['x'] = -219.54, ['y'] = 6383.16, ['z'] = 31.52, ['h'] = 45.87 }
},
[478] = { ['x'] = -238.3, ['y'] = 6423.56, ['z'] = 31.46, ['name'] = "PB16",
[1] = { ['x'] = -233.04, ['y'] = 6420.27, ['z'] = 31.16, ['h'] = 220.84 }
},
[479] = { ['x'] = -201.42, ['y'] = 6396.75, ['z'] = 31.87, ['name'] = "PB17",
[1] = { ['x'] = -201.53, ['y'] = 6401.82, ['z'] = 31.77, ['h'] = 46.62 }
},
[480] = { ['x'] = -229.57, ['y'] = 6445.5, ['z'] = 31.2, ['name'] = "PB18",
[1] = { ['x'] = -224.33, ['y'] = 6435.29, ['z'] = 31.11, ['h'] = 22964 }
},
[481] = { ['x'] = -187.33, ['y'] = 6412.01, ['z'] = 31.92, ['name'] = "PB19",
[1] = { ['x'] = -187.43, ['y'] = 6418.12, ['z'] = 31.78, ['h'] = 44.99 }
},
[482] = { ['x'] = -122.88, ['y'] = 6561.7, ['z'] = 29.53, ['name'] = "PB20",
[1] = { ['x'] = -115.59, ['y'] = 6567.64, ['z'] = 29.43, ['h'] = 224.24 }
},
[483] = { ['x'] = -101.69, ['y'] = 6531.68, ['z'] = 29.81, ['name'] = "PB21",
[1] = { ['x'] = -106.48, ['y'] = 6536.09, ['z'] = 29.72, ['h'] = 45.20 }
},
[484] = { ['x'] = -37.32, ['y'] = 6578.82, ['z'] = 32.35, ['name'] = "PB22",
[1] = { ['x'] = -40.97, ['y'] = 6593.44, ['z'] = 30.34, ['h'] = 37.22 }
},
[485] = { ['x'] = -15.06, ['y'] = 6566.75, ['z'] = 31.91, ['name'] = "PB23",
[1] = { ['x'] = -8.44, ['y'] = 6561.16, ['z'] = 31.88, ['h'] = 224.22 }
},
[486] = { ['x'] = 11.48, ['y'] = 6578.36, ['z'] = 33.08, ['name'] = "PB24",
[1] = { ['x'] = 15.78, ['y'] = 6583.02, ['z'] = 32.35, ['h'] = 223.198 }
},
[487] = { ['x'] = -17.04, ['y'] = 6598.51, ['z'] = 31.48, ['name'] = "PB25",
[1] = { ['x'] = -8.5, ['y'] = 6598.24, ['z'] = 31.38, ['h'] = 39.88 }
},
[488] = { ['x'] = -43.93, ['y'] = 6634.26, ['z'] = 30.23, ['name'] = "PB26",
[1] = { ['x'] = -52.4, ['y'] = 6623.94, ['z'] = 29.87, ['h'] = 221,59 }
},
[489] = { ['x'] = -14.79, ['y'] = 6650.52, ['z'] = 31.15, ['name'] = "PB27",
[1] = { ['x'] = -15.82, ['y'] = 6645.42, ['z'] = 31.03, ['h'] = 208.00 }
},
[490] = { ['x'] = 2.37, ['y'] = 6618.26, ['z'] = 31.47, ['name'] = "PB28",
[1] = { ['x'] = -5.0, ['y'] = 6618.68, ['z'] = 31.34, ['h'] = 60.09 }
},
[491] = { ['x'] = 25.06, ['y'] = 6601.97, ['z'] = 32.48, ['name'] = "PB29",
[1] = { ['x'] = 36.23, ['y'] = 6606.74, ['z'] = 32.38, ['h'] = 267.62 }
},
[492] = { ['x'] = 24.79, ['y'] = 6659.22, ['z'] = 31.65, ['name'] = "PB30",
[1] = { ['x'] = 21.16, ['y'] = 6661.48, ['z'] = 31.44, ['h'] = 182.65 }
},
[493] = { ['x'] = 81.27, ['y'] = 6644.04, ['z'] = 31.93, ['name'] = "PB31",
[1] = { ['x'] = 72.41, ['y'] = 6635.25, ['z'] = 31.75, ['h'] = 142.72 }
},
--[ MANSÃO ]-----------------------------------------------------------------------------------------------------------------------------
[600] = { ['x'] = 21.41, ['y'] = 548.30, ['z'] = 176.02, ['name'] = "MS01",
[1] = { ['x'] = 14.98, ['y'] = 549.89, ['z'] = 175.50, ['h'] = 60.70 }
},
[601] = { ['x'] = -813.06, ['y'] = 184.23, ['z'] = 72.47, ['name'] = "MS02",
[1] = { ['x'] = -821.16, ['y'] = 185.31, ['z'] = 71.25, ['h'] = 119.13 }
},
[602] = { ['x'] = -681.48, ['y'] = 901.64, ['z'] = 230.57, ['name'] = "MS03",
[1] = { ['x'] = -675.44, ['y'] = 903.59, ['z'] = 229.73, ['h'] = 326.35 }
},
[603] = { ['x'] = -2596.87, ['y'] = 1927.04, ['z'] = 167.31, ['name'] = "MS04",
[1] = { ['x'] = -2588.73, ['y'] = 1929.85, ['z'] = 166.46, ['h'] = 275.01 }
},
[604] = { ['x'] = -3014.84, ['y'] = 740.75, ['z'] = 27.58, ['name'] = "MS05",
[1] = { ['x'] = -3019.92, ['y'] = 740.24, ['z'] = 26.63, ['h'] = 103.34 }
},
[605] = { ['x'] = -1890.29, ['y'] = -572.99, ['z'] = 11.82, ['name'] = "MS09",
[1] = { ['x'] = -1886.63, ['y'] = -571.43, ['z'] = 10.93, ['h'] = 319.54 }
},
[606] = { ['x'] = 1551.96, ['y'] = 2190.1, ['z'] = 78.85, ['name'] = "SS01",
[1] = { ['x'] = 1554.26, ['y'] = 2196.07, ['z'] = 78.5, ['h'] = 352.11 }
},
[607] = { ['x'] = -2977.14, ['y'] = 650.92, ['z'] = 25.78, ['name'] = "MS08",
[1] = { ['x'] = -2982.74, ['y'] = 654.65, ['z'] = 25.015, ['h'] = 106.83 }
},
[608] = { ['x'] = 1398.36, ['y'] = 1115.1, ['z'] = 114.84, ['name'] = "FZ01",
[1] = { ['x'] = 1401.95, ['y'] = 1118.01, ['z'] = 114.84, ['h'] = 355.97 }
},
[610] = { ['x'] = 898.81, ['y'] = -177.18, ['z'] = 73.81, ['name'] = "Taxista",
[1] = { ['x'] = 898.77, ['y'] = -180.22, ['z'] = 73.81 , ['h'] = 236.69 }
},
[612] = { ['x'] = 495.66, ['y'] = -1340.8, ['z'] = 29.32, ['name'] = "Mecanico",
[1] = { ['x'] = 494.94, ['y'] = -1329.07, ['z'] = 29.35, ['h'] = 12.1 }
},
[613] = { ['x'] = 55.96, ['y'] = 111.4, ['z'] = 79.2, ['name'] = "GoPostal",
[1] = {['x'] = 60.13, ['y'] = 127.17, ['z'] = 79.23, ['h'] = 156.15 },
[2] = {['x'] = 64.51, ['y'] = 125.45, ['z'] = 79.18, ['h'] = 158.97 }
},
[614] = { ['x'] = 1079.09, ['y'] = -1974.46, ['z'] = 31.48, ['name'] = "Minerador",
[1] = {['x'] = 1085.59, ['y'] = -1971.82, ['z'] = 31.02, ['h'] = 57.04 }
},
[615] = { ['x'] = -350.35, ['y'] = -1567.37, ['z'] = 25.23, ['name'] = "Lixeiro",
[1] = { ['x'] = -342.11, ['y'] = -1554.24, ['z'] = 25.23, ['h'] = 179.47 }
},
[616] = { ['x'] = 416.62, ['y'] = 6519.33, ['z'] = 27.7, ['name'] = "Leiteiro",
[1] = { ['x'] = 436.06, ['y'] = 6510.89, ['z'] = 28.47, ['h'] = 87.87 }
},
[617] = { ['x'] = 436.84, ['y'] = -629.92, ['z'] = 28.72, ['name'] = "Aluguel",
[1] = { ['x'] = 416.18, ['y'] = -643.91, ['z'] = 28.51, ['h'] = 91.08 },
[2] = { ['x'] = 416.15, ['y'] = -646.68, ['z'] = 28.51, ['h'] = 91.08 },
[3] = { ['x'] = 416.17, ['y'] = -649.34, ['z'] = 28.51, ['h'] = 91.08 },
[4] = { ['x'] = 415.82, ['y'] = -652.14, ['z'] = 28.51, ['h'] = 91.08 },
[5] = { ['x'] = 409.12, ['y'] = -652.18, ['z'] = 28.51, ['h'] = 275.16 },
[6] = { ['x'] = 409.37, ['y'] = -649.51, ['z'] = 28.51, ['h'] = 275.16 },
[7] = { ['x'] = 409.19, ['y'] = -646.71, ['z'] = 28.51, ['h'] = 275.16 },
[8] = { ['x'] = 409.09, ['y'] = -644.05, ['z'] = 28.51, ['h'] = 275.16 },
[9] = { ['x'] = 409.03, ['y'] = -641.27, ['z'] = 28.51, ['h'] = 275.16 },
[10] = { ['x'] = 408.98, ['y'] = -638.57, ['z'] = 28.51, ['h'] = 275.16 },
[11] = { ['x'] = 408.98, ['y'] = -636.11, ['z'] = 28.51, ['h'] = 275.16 },
[12] = { ['x'] = 408.84, ['y'] = -633.43, ['z'] = 28.51, ['h'] = 275.16 }
},
[618] = { ['x'] = 18.769916534424, ['y'] = -1341.9573974609, ['z'] = 29.285085678101, ['name'] = "Pizzaboy",
[1] = { ['x'] = 15.510667800903, ['y'] = -1341.9783935547, ['z'] = 28.77172088623, ['h'] = 180.07662963867 },
[2] = { ['x'] = 15.473064422607, ['y'] = -1332.9193115234, ['z'] = 28.760816574097, ['h'] = 183.12673950195 }
},
[619] = { ['x'] = 371.18539428711, ['y'] = 337.46740722656, ['z'] = 103.33313751221, ['name'] = "Pizzaboy",
[1] = { ['x'] = 371.34317016602, ['y'] = 341.59521484375, ['z'] = 102.65760803223, ['h'] = 74.622848510742 },
[2] = { ['x'] = 366.81762695312, ['y'] = 336.00970458984, ['z'] = 102.87107849121, ['h'] = 166.05714416504 }
},
[620] = { ['x'] = -720.39904785156, ['y'] = -918.14807128906, ['z'] = 19.014022827148, ['name'] = "Pizzaboy",
[1] = { ['x'] = -722.87182617188, ['y'] = -916.70129394531, ['z'] = 18.500694274902, ['h'] = 269.05590820312 },
[2] = { ['x'] = -722.88671875, ['y'] = -913.26806640625, ['z'] = 18.50098991394, ['h'] = 272.48553466797 }
},
[621] = { ['x'] = -47.989849090576, ['y'] = -1765.2991943359, ['z'] = 29.344999313354, ['name'] = "Pizzaboy",
[1] = { ['x'] = -50.941108703613, ['y'] = -1762.169921875, ['z'] = 28.594841003418, ['h'] = 226.25650024414 },
[2] = { ['x'] = -53.17276763916, ['y'] = -1764.9597167969, ['z'] = 28.475830078125, ['h'] = 226.74600219727 }
},
[622] = { ['x'] = -3039.3688964844, ['y'] = 596.87872314453, ['z'] = 7.7573394775391, ['name'] = "Pizzaboy",
[1] = { ['x'] = -3051.9538574219, ['y'] = 596.70526123047, ['z'] = 6.9357471466064, ['h'] = 108.27216339111 },
[2] = { ['x'] = -3053.3334960938, ['y'] = 599.60137939453, ['z'] = 6.8395419120789, ['h'] = 106.92568969727 }
},
[623] = { ['x'] = 1133.4791259766, ['y'] = -976.60131835938, ['z'] = 46.542644500732, ['name'] = "Pizzaboy",
[1] = { ['x'] = 1132.3580322266, ['y'] = -972.78448486328, ['z'] = 46.074966430664, ['h'] = 189.16770935059 },
[2] = { ['x'] = 1134.9620361328, ['y'] = -972.4208984375, ['z'] = 46.107414245605, ['h'] = 190.01387023926 }
},
[624] = { ['x'] = -1498.5372314453, ['y'] = -377.66760253906, ['z'] = 40.809448242188, ['name'] = "Pizzaboy",
[1] = { ['x'] = -1504.4747314453, ['y'] = -384.73773193359, ['z'] = 40.052707672119, ['h'] = 136.31469726562 },
[2] = { ['x'] = -1505.9537353516, ['y'] = -382.61511230469, ['z'] = 40.314178466797, ['h'] = 138.0298614502 }
},
[625] = { ['x'] = 1150.5267333984, ['y'] = -328.97421264648, ['z'] = 69.009078979492, ['name'] = "Pizzaboy",
[1] = { ['x'] = 1153.5660400391, ['y'] = -331.69522094727, ['z'] = 68.353401184082, ['h'] = 10.614667892456 },
[2] = { ['x'] = 1156.9342041016, ['y'] = -331.16943359375, ['z'] = 68.393493652344, ['h'] = 8.7311668395996 }
}
}
--[ FUNCTION ]---------------------------------------------------------------------------------------------------------------------------
local menuEnabled = false
function ToggleActionMenu(name,status)
if name and status then
workgarage = name
pointspawn = status
end
menuEnabled = not menuEnabled
if menuEnabled then
StartScreenEffect("MenuMGSelectionIn", 0, true)
SetNuiFocus(true,true)
SendNUIMessage({ action = "showMenu" })
else
SetNuiFocus(false,false)
SendNUIMessage({ action = "hideMenu" })
StopScreenEffect("MenuMGSelectionIn")
end
end
--[ OPENGARAGE ]-------------------------------------------------------------------------------------------------------------------------
function src.openGarage(work,number)
ToggleActionMenu(work,parseInt(number))
end
--[ VEHICLEMODS ]------------------------------------------------------------------------------------------------------------------------
function src.vehicleMods(veh,custom)
if custom and veh then
SetVehicleModKit(veh,0)
if custom.color then
SetVehicleColours(veh,tonumber(custom.color[1]),tonumber(custom.color[2]))
SetVehicleExtraColours(veh,tonumber(custom.extracolor[1]),tonumber(custom.extracolor[2]))
end
if custom.smokecolor then
SetVehicleTyreSmokeColor(veh,tonumber(custom.smokecolor[1]),tonumber(custom.smokecolor[2]),tonumber(custom.smokecolor[3]))
end
if custom.neon then
SetVehicleNeonLightEnabled(veh,0,1)
SetVehicleNeonLightEnabled(veh,1,1)
SetVehicleNeonLightEnabled(veh,2,1)
SetVehicleNeonLightEnabled(veh,3,1)
SetVehicleNeonLightsColour(veh,tonumber(custom.neoncolor[1]),tonumber(custom.neoncolor[2]),tonumber(custom.neoncolor[3]))
else
SetVehicleNeonLightEnabled(veh,0,0)
SetVehicleNeonLightEnabled(veh,1,0)
SetVehicleNeonLightEnabled(veh,2,0)
SetVehicleNeonLightEnabled(veh,3,0)
end
if custom.plateindex then
SetVehicleNumberPlateTextIndex(veh,tonumber(custom.plateindex))
end
if custom.windowtint then
SetVehicleWindowTint(veh,tonumber(custom.windowtint))
end
if custom.bulletProofTyres then
SetVehicleTyresCanBurst(veh,custom.bulletProofTyres)
end
if custom.wheeltype then
SetVehicleWheelType(veh,tonumber(custom.wheeltype))
end
if custom.spoiler then
SetVehicleMod(veh,0,tonumber(custom.spoiler))
SetVehicleMod(veh,1,tonumber(custom.fbumper))
SetVehicleMod(veh,2,tonumber(custom.rbumper))
SetVehicleMod(veh,3,tonumber(custom.skirts))
SetVehicleMod(veh,4,tonumber(custom.exhaust))
SetVehicleMod(veh,5,tonumber(custom.rollcage))
SetVehicleMod(veh,6,tonumber(custom.grille))
SetVehicleMod(veh,7,tonumber(custom.hood))
SetVehicleMod(veh,8,tonumber(custom.fenders))
SetVehicleMod(veh,10,tonumber(custom.roof))
SetVehicleMod(veh,11,tonumber(custom.engine))
SetVehicleMod(veh,12,tonumber(custom.brakes))
SetVehicleMod(veh,13,tonumber(custom.transmission))
SetVehicleMod(veh,14,tonumber(custom.horn))
SetVehicleMod(veh,15,tonumber(custom.suspension))
SetVehicleMod(veh,16,tonumber(custom.armor))
SetVehicleMod(veh,23,tonumber(custom.tires),custom.tiresvariation)
if IsThisModelABike(GetEntityModel(veh)) then
SetVehicleMod(veh,24,tonumber(custom.btires),custom.btiresvariation)
end
SetVehicleMod(veh,25,tonumber(custom.plateholder))
SetVehicleMod(veh,26,tonumber(custom.vanityplates))
SetVehicleMod(veh,27,tonumber(custom.trimdesign))
SetVehicleMod(veh,28,tonumber(custom.ornaments))
SetVehicleMod(veh,29,tonumber(custom.dashboard))
SetVehicleMod(veh,30,tonumber(custom.dialdesign))
SetVehicleMod(veh,31,tonumber(custom.doors))
SetVehicleMod(veh,32,tonumber(custom.seats))
SetVehicleMod(veh,33,tonumber(custom.steeringwheels))
SetVehicleMod(veh,34,tonumber(custom.shiftleavers))
SetVehicleMod(veh,35,tonumber(custom.plaques))
SetVehicleMod(veh,36,tonumber(custom.speakers))
SetVehicleMod(veh,37,tonumber(custom.trunk))
SetVehicleMod(veh,38,tonumber(custom.hydraulics))
SetVehicleMod(veh,39,tonumber(custom.engineblock))
SetVehicleMod(veh,40,tonumber(custom.camcover))
SetVehicleMod(veh,41,tonumber(custom.strutbrace))
SetVehicleMod(veh,42,tonumber(custom.archcover))
SetVehicleMod(veh,43,tonumber(custom.aerials))
SetVehicleMod(veh,44,tonumber(custom.roofscoops))
SetVehicleMod(veh,45,tonumber(custom.tank))
SetVehicleMod(veh,46,tonumber(custom.doors))
SetVehicleMod(veh,48,tonumber(custom.liveries))
SetVehicleLivery(veh,tonumber(custom.liveries))
ToggleVehicleMod(veh,20,tonumber(custom.tyresmoke))
ToggleVehicleMod(veh,22,tonumber(custom.headlights))
ToggleVehicleMod(veh,18,tonumber(custom.turbo))
end
TriggerEvent('persistent-vehicles/update-vehicle', veh)
end
end
--[ SPAWNVEHICLE ]-----------------------------------------------------------------------------------------------------------------------
local gps = {}
function src.spawnVehicle(vehname,vehengine,vehbody,vehtank,vehdirt,vehoil,vehdrvlyt,vehwheel,vehdor,vehwin,vehtyr,vehfuel,custom)
if vehicle[vehname] == nil then
local checkslot = 1
local mhash = GetHashKey(vehname)
while not HasModelLoaded(mhash) do
RequestModel(mhash)
Citizen.Wait(1)
end
if HasModelLoaded(mhash) then
while true do
local checkPos = GetClosestVehicle(spawn[pointspawn][checkslot].x,spawn[pointspawn][checkslot].y,spawn[pointspawn][checkslot].z,3.001,0,71)
if DoesEntityExist(checkPos) and checkPos ~= nil then
checkslot = checkslot + 1
if checkslot > #spawn[pointspawn] then
checkslot = -1
TriggerEvent("Notify","importante","Todas as vagas estão ocupadas no momento.",10000)
break
end
else
break
end
Citizen.Wait(10)
end
if checkslot ~= -1 then
local nveh = CreateVehicle(mhash,spawn[pointspawn][checkslot].x,spawn[pointspawn][checkslot].y,spawn[pointspawn][checkslot].z+0.5,spawn[pointspawn][checkslot].h,true,false)
TriggerEvent('persistent-vehicles/register-vehicle', nveh)
SetVehicleIsStolen(nveh,false)
SetVehicleNeedsToBeHotwired(nveh,false)
SetVehicleOnGroundProperly(nveh)
SetVehicleNumberPlateText(nveh,vRP.getPublicPlateNumber())
SetEntityAsMissionEntity(nveh,true,true)
SetVehRadioStation(nveh,"OFF")
SetVehicleEngineHealth(nveh,vehengine+0.0)
SetVehicleBodyHealth(nveh,vehbody+0.0)
SetVehicleFuelLevel(nveh,vehfuel+0.0)
--vehdrvlyt,vehpaslyt,vehdor,vehwin,vehtyr
SetVehiclePetrolTankHealth(nveh, vehtank+0.0)
SetVehicleDirtLevel(nveh, vehdirt+0.0)
SetVehicleOilLevel(nveh, vehoil+0.0)
if vehdor ~= 0 then
for i = 0,4,1 do
if vehdor[tostring(i)] then
SetVehicleDoorBroken(nveh, i, true)
end
end
end
if vehwin ~= 0 then
for i = 0,12,1 do
if vehwin[tostring(i)] then
SmashVehicleWindow(nveh, i)
end
end
end
if vehtyr ~= 0 then
Citizen.Trace(tostring(vehtyr['0']).. "\n")
for i = 0,6,1 do
Citizen.Trace(tostring(vehtyr[tostring(i)]).. "\n")
if vehtyr[tostring(i)] == 'popped' then
SetVehicleTyreBurst(nveh, i, 0, 100.0)
elseif vehtyr[tostring(i)] == 'gone' then
SetVehicleTyreBurst(nveh, i, true, 1000.0)
end
end
end
src.vehicleMods(nveh,custom)
src.syncBlips(nveh,vehname)
vehicle[vehname] = true
gps[vehname] = true
SetModelAsNoLongerNeeded(mhash)
return true,VehToNet(nveh)
end
end
end
return false
end
function src.spawnVehicleOutside(vehname,vehengine,vehbody,vehtank,vehdirt,vehoil,vehdrvlyt,vehwheel,vehdor,vehwin,vehtyr,vehfuel,custom,pos,owner)
--if vehicle[vehname] == nil then
local mhash = GetHashKey(vehname)
while not HasModelLoaded(mhash) do
RequestModel(mhash)
Citizen.Wait(1)
end
if HasModelLoaded(mhash) then
local nveh = CreateVehicle(mhash,pos.x, pos.y, pos.z, pos.h,true,false)
if pos.r then
SetEntityRotation(nveh, pos.r.x, pos.r.y, pos.r.z, 1, true)
end
TriggerEvent('persistent-vehicles/register-vehicle', nveh)
SetVehicleIsStolen(nveh,false)
SetVehicleNeedsToBeHotwired(nveh,false)
SetVehicleOnGroundProperly(nveh)
SetVehicleNumberPlateText(nveh,vRP.getPublicPlateNumber())
SetEntityAsMissionEntity(nveh,true,true)
SetVehRadioStation(nveh,"OFF")
SetVehicleEngineHealth(nveh,vehengine+0.0)
SetVehicleBodyHealth(nveh,vehbody+0.0)
SetVehicleFuelLevel(nveh,vehfuel+0.0)
--vehdrvlyt,vehpaslyt,vehdor,vehwin,vehtyr
SetVehiclePetrolTankHealth(nveh, vehtank+0.0)
SetVehicleDirtLevel(nveh, vehdirt+0.0)
SetVehicleOilLevel(nveh, vehoil+0.0)
if vehdor ~= 0 then
for i = 0,4,1 do
if vehdor[tostring(i)] then
SetVehicleDoorBroken(nveh, i, true)
end
end
end
if vehwin ~= 0 then
for i = 0,12,1 do
if vehwin[tostring(i)] then
SmashVehicleWindow(nveh, i)
end
end
end
if vehtyr ~= 0 then
Citizen.Trace(tostring(vehtyr['0']).. "\n")
for i = 0,6,1 do
Citizen.Trace(tostring(vehtyr[tostring(i)]).. "\n")
if vehtyr[tostring(i)] == 'popped' then
SetVehicleTyreBurst(nveh, i, 0, 100.0)
elseif vehtyr[tostring(i)] == 'gone' then
SetVehicleTyreBurst(nveh, i, true, 1000.0)
end
end
end
src.vehicleMods(nveh,custom)
if owner == true then
src.syncBlips(nveh,vehname)
vehicle[vehname] = true
gps[vehname] = true
end
SetModelAsNoLongerNeeded(mhash)
return true,VehToNet(nveh)
end
--end
return false
end
--[ SYNCBLIPS ---------------------------------------------------------------------------------------------------------------------------
function src.syncBlips(nveh,vehname)
Citizen.CreateThread(function()
while true do
if GetBlipFromEntity(nveh) == 0 and gps[vehname] ~= nil then
vehblips[vehname] = AddBlipForEntity(nveh)
SetBlipSprite(vehblips[vehname],1)
SetBlipAsShortRange(vehblips[vehname],false)
SetBlipColour(vehblips[vehname],80)
SetBlipScale(vehblips[vehname],0.4)
BeginTextCommandSetBlipName("STRING")
AddTextComponentString("~b~Rastreador: ~g~"..GetDisplayNameFromVehicleModel(GetEntityModel(nveh)))
EndTextCommandSetBlipName(vehblips[vehname])
end
Citizen.Wait(100)
end
end)
end
function src.syncBlipsOwner(nveh,vehname,pos)
Citizen.CreateThread(function()
vehname = GetDisplayNameFromVehicleModel(GetHashKey(vehname))
nveh = NetToVeh(nveh)
vehicle[vehname] = true
gps[vehname] = true
if not pos then
if DoesBlipExist(vehblips[vehname]) then RemoveBlip(vehblips[vehname]) end
vehblips[vehname] = AddBlipForEntity(nveh)
SetBlipSprite(vehblips[vehname],1)
SetBlipAsShortRange(vehblips[vehname],false)
SetBlipColour(vehblips[vehname],80)
SetBlipScale(vehblips[vehname],0.4)
BeginTextCommandSetBlipName("STRING")
AddTextComponentString("~b~Rastreador: ~g~"..GetDisplayNameFromVehicleModel(GetEntityModel(nveh)))
EndTextCommandSetBlipName(vehblips[vehname])
else
if DoesBlipExist(vehblips[vehname]) then RemoveBlip(vehblips[vehname]) end
vehblips[vehname] = AddBlipForCoord(pos.x, pos.y, pos.z)
SetBlipSprite(vehblips[vehname],1)
SetBlipAsShortRange(vehblips[vehname],false)
SetBlipColour(vehblips[vehname],80)
SetBlipScale(vehblips[vehname],0.4)
BeginTextCommandSetBlipName("STRING")
AddTextComponentString("~b~Rastreador: ~g~"..GetDisplayNameFromVehicleModel(GetHashKey(vehname)))
EndTextCommandSetBlipName(vehblips[vehname])
end
end)
end
--[ DELETEVEHICLE -----------------------------------------------------------------------------------------------------------------------
function src.deleteVehicle(vehicle)
if IsEntityAVehicle(vehicle) then
local damages = {
eng = GetVehicleEngineHealth(vehicle),
bod = GetVehicleBodyHealth(vehicle),
tnk = GetVehiclePetrolTankHealth(vehicle),
drt = GetVehicleDirtLevel(vehicle),
oil = GetVehicleOilLevel(vehicle),
drvlyt = GetIsLeftVehicleHeadlightDamaged(vehicle),
wheel = {},
dor = {},
win = {},
tyr = {}
}
for i = 0,4,1 do
table.insert(damages.dor, i)
damages.dor[i] = false
if not DoesVehicleHaveDoor(vehicle, i) then
damages.dor[i] = true
end
end
for i = 0,12,1 do
table.insert(damages.win, i)
damages.win[i] = false
if not IsVehicleWindowIntact(vehicle, i) then
damages.win[i] = true
end
end
for i = 0,6,1 do
table.insert(damages.tyr, i)
damages.tyr[i] = false
if IsVehicleTyreBurst(vehicle, i, true) then
damages.tyr[i] = 'gone'
elseif IsVehicleTyreBurst(vehicle, i, false) then
damages.tyr[i] = 'popped'
end
end
vSERVER.tryDelete(VehToNet(vehicle),damages.eng,damages.bod,damages.tnk,damages.drt,damages.oil,damages.drvlyt,damages.wheel,
damages.dor,damages.win,damages.tyr,GetVehicleFuelLevel(vehicle))
end
end
--[ DELETEVEHICLE ]----------------------------------------------------------------------------------------------------------------------
function src.removeGpsVehicle(vehname)
if vehicle[vehname] then
RemoveBlip(vehblips[vehname])
vehblips[vehname] = nil
gps[vehname] = nil
end
end
--[ NOTEBOOKREMOVE ]---------------------------------------------------------------------------------------------------------------------
function src.freezeVehicleNotebook(vehicle)
while not HasAnimDictLoaded(animDict) do
RequestAnimDict(animDict)
Citizen.Wait(1)
end
if IsEntityAVehicle(vehicle) then
FreezeEntityPosition(vehicle,true)
TaskPlayAnim(PlayerPedId(),animDict,anim,3.0,3.0,-1,49,5.0,0,0,0)
SetTimeout(60000,function()
FreezeEntityPosition(vehicle,false)
StopAnimTask(PlayerPedId(),animDict,anim,1.0)
end)
end
end
--[ SYNCVEHICLE ]------------------------------------------------------------------------------------------------------------------------
function src.syncVehicle(vehicle)
if NetworkDoesNetworkIdExist(vehicle) then
local v = NetToVeh(vehicle)
if DoesEntityExist(v) and IsEntityAVehicle(v) then
TriggerEvent('persistent-vehicles/forget-vehicle', v)
Citizen.InvokeNative(0xAD738C3085FE7E11,v,true,true)
SetEntityAsMissionEntity(v,true,true)
SetVehicleHasBeenOwnedByPlayer(v,true)
NetworkRequestControlOfEntity(v)
Citizen.InvokeNative(0xEA386986E786A54F,Citizen.PointerValueIntInitialized(v))
DeleteEntity(v)
DeleteVehicle(v)
SetEntityAsNoLongerNeeded(v)
end
end
end
--[ SYNCNAMEDELETE ]---------------------------------------------------------------------------------------------------------------------
function src.syncNameDelete(vehname)
if vehicle[vehname] then
vehicle[vehname] = nil
if DoesBlipExist(vehblips[vehname]) then
RemoveBlip(vehblips[vehname])
vehblips[vehname] = nil
end
end
end
--[ RETURNVEHICLE ]----------------------------------------------------------------------------------------------------------------------
function src.returnVehicle(name)
return vehicle[name]
end
--[ VEHICLEANCHOR ]----------------------------------------------------------------------------------------------------------------------
local vehicleanchor = false
function src.vehicleAnchor(vehicle)
local distance = GetDistanceBetweenCoords(GetEntityCoords(PlayerPedId()),393.26,-1618.58,29.3,true)
if IsEntityAVehicle(vehicle) then
if distance <= 20 then
if vehicleanchor then
TriggerEvent("Notify","importante","Veículo destravado.",8000)
FreezeEntityPosition(vehicle,false)
vehicleanchor = false
else
TriggerEvent("Notify","importante","Veículo travado.",8000)
FreezeEntityPosition(vehicle,true)
vehicleanchor = true
end
end
end
end
--[ BOATANCHOR ]-------------------------------------------------------------------------------------------------------------------------
local boatanchor = false
function src.boatAnchor(vehicle)
if IsEntityAVehicle(vehicle) and GetVehicleClass(vehicle) == 14 then
if boatanchor then
TriggerEvent("Notify","importante","Barco desancorado.",8000)
FreezeEntityPosition(vehicle,false)
boatanchor = false
else
TriggerEvent("Notify","importante","Barco ancorado.",8000)
FreezeEntityPosition(vehicle,true)
boatanchor = true
end
end
end
--[ BUTTONCLICK ]------------------------------------------------------------------------------------------------------------------------
RegisterNUICallback("ButtonClick",function(data,cb)
if data == "exit" then
ToggleActionMenu()
end
end)
--[ REQUESTVEHICLES ]--------------------------------------------------------------------------------------------------------------------
RegisterNUICallback("myVehicles",function(data,cb)
local vehicles = vSERVER.myVehicles(workgarage)
if vehicles then
cb({ vehicles = vehicles })
end
end)
--[ COOLDOWN ]---------------------------------------------------------------------------------------------------------------------------
local cooldown = 0
Citizen.CreateThread(function()
while true do
Citizen.Wait(1000)
if cooldown > 0 then
cooldown = cooldown - 1
end
end
end)
--[ SPAWNVEHICLES ]----------------------------------------------------------------------------------------------------------------------
RegisterNUICallback('spawnVehicles',function(data)
if cooldown < 1 then
cooldown = 3
vSERVER.spawnVehicles(data.name,parseInt(pointspawn))
end
end)
--[ DELETEVEHICLES ]---------------------------------------------------------------------------------------------------------------------
RegisterNUICallback('deleteVehicles',function(data)
if cooldown < 1 then
cooldown = 3
vSERVER.deleteVehicles()
end
end)
--[ VEHICLECLIENTLOCK ]------------------------------------------------------------------------------------------------------------------
function src.vehicleClientLock(index,lock)
if NetworkDoesNetworkIdExist(index) then
local v = NetToEnt(index)
if DoesEntityExist(v) then
SetEntityAsMissionEntity(v,true,true)
if lock == 1 then
SetVehicleDoorsLocked(v,false)
SetVehicleDoorsLockedForAllPlayers(v,false)
else
SetVehicleDoorsLocked(v,true)
SetVehicleDoorsLockedForAllPlayers(v,true)
end
SetVehicleLights(v,2)
Wait(200)
SetVehicleLights(v,0)
Wait(200)
SetVehicleLights(v,2)
Wait(200)
SetVehicleLights(v,0)
end
end
end
--[ VEHICLECLIENTTRUNK ]-----------------------------------------------------------------------------------------------------------------
function src.vehicleClientTrunk(vehid,trunk)
if NetworkDoesNetworkIdExist(vehid) then
local v = NetToVeh(vehid)
if DoesEntityExist(v) and IsEntityAVehicle(v) then
if trunk then
SetVehicleDoorShut(v,5,0)
else
SetVehicleDoorOpen(v,5,0,0)
end
end
end
end
--[ BUTTONS ]----------------------------------------------------------------------------------------------------------------------------
RegisterKeyMapping('vrp_garages:lock', '[V] Trancar/destrancar veiculo', 'keyboard', 'L')
--[ BUTTONS ]----------------------------------------------------------------------------------------------------------------------------
RegisterCommand('vrp_garages:lock', function()
local ped = PlayerPedId()
local vehicle = vRP.getNearestVehicle(5)
if vehicle and not IsPedInAnyVehicle(ped) then
if cooldown < 1 then
cooldown = 3
vSERVER.vehicleLock()
end
end
end, false)
Citizen.CreateThread(function()
SetNuiFocus(false,false)
while true do
local idle = 1000
if cooldown < 1 then
local ped = PlayerPedId()
if not IsPedInAnyVehicle(ped) then
local x,y,z = table.unpack(GetEntityCoords(ped))
for k,v in pairs(spawn) do
if Vdist(x,y,z,v.x,v.y,v.z) <= 10.5 then
idle = 5
DrawMarker(23,v.x,v.y,v.z-0.99, 0, 0, 0, 0, 0, 0, 0.7, 0.7, 0.5, 136, 96, 240, 180, 0, 0, 0, 0)
if Vdist(x,y,z,v.x,v.y,v.z) <= 1 then
DrawText3D(v.x, v.y, v.z, "Pressione [~p~E~w~] para acessar o ~p~GARAGEM~w~.")
if IsControlJustPressed(0,38) then
vSERVER.returnHouses(v.name,k)
end
end
end
end
end
end
Citizen.Wait(idle)
end
end)
--[ SYNCDOORSEVERYONE ]------------------------------------------------------------------------------------------------------------------
function src.syncVehiclesEveryone(veh,status)
SetVehicleDoorsLocked(veh,status)
end
--[ LIMPAR ]-----------------------------------------------------------------------------------------------------------------------------
RegisterNetEvent('limpar')
AddEventHandler('limpar',function()
local vehicle = vRP.getNearestVehicle(3)
if IsEntityAVehicle(vehicle) then
TriggerServerEvent("trylimpar",VehToNet(vehicle))
end
end)
RegisterNetEvent('synclimpar')
AddEventHandler('synclimpar',function(index)
if NetworkDoesNetworkIdExist(index) then
local v = NetToVeh(index)
local fuel = GetVehicleFuelLevel(v)
if DoesEntityExist(v) then
if IsEntityAVehicle(v) then
SetVehicleDirtLevel(v,0.0)
Citizen.InvokeNative(0xAD738C3085FE7E11,v,true,true)
SetVehicleOnGroundProperly(v)
SetVehicleFuelLevel(v,fuel)
end
end
end
end)
--[ REPARAR ]----------------------------------------------------------------------------------------------------------------------------
RegisterNetEvent('reparar')
AddEventHandler('reparar',function()
local vehicle = vRP.getNearestVehicle(3)
if IsEntityAVehicle(vehicle) then
TriggerServerEvent("tryreparar",VehToNet(vehicle))
end
end)
RegisterNetEvent('syncreparar')
AddEventHandler('syncreparar',function(index)
if NetworkDoesNetworkIdExist(index) then
local v = NetToVeh(index)
local fuel = GetVehicleFuelLevel(v)
if DoesEntityExist(v) then
if IsEntityAVehicle(v) then
SetVehicleFixed(v)
--SetVehicleDirtLevel(v,0.0)
SetVehicleUndriveable(v,false)
Citizen.InvokeNative(0xAD738C3085FE7E11,v,true,true)
SetVehicleOnGroundProperly(v)
SetVehicleFuelLevel(v,fuel)
end
end
end
end)
--[ REPARAR MOTOR ]----------------------------------------------------------------------------------------------------------------------
RegisterNetEvent('repararmotor')
AddEventHandler('repararmotor',function()
local vehicle = vRP.getNearestVehicle(3)
if IsEntityAVehicle(vehicle) then
TriggerServerEvent("trymotor",VehToNet(vehicle))
end
end)
RegisterNetEvent('syncmotor')
AddEventHandler('syncmotor',function(index)
if NetworkDoesNetworkIdExist(index) then
local v = NetToVeh(index)
if DoesEntityExist(v) then
if IsEntityAVehicle(v) then
SetVehicleEngineHealth(v,1000.0)
end
end
end
end)
--[ SETLIVERY ]--------------------------------------------------------------------------------------------------------------------------
RegisterCommand("setlivery",function(source,args,custom)
local ped = PlayerPedId()
local vehicle = vRP.getNearestVehicle(5)
SetVehicleLivery(vehicle,parseInt(args[1]))
end)
--[ RETURNLIVERY ]-----------------------------------------------------------------------------------------------------------------------
function src.returnlivery(vehicle,livery)
local ped = PlayerPedId()
local vehicle = vRP.getNearestVehicle(5)
local livery = GetVehicleLivery(vehicle)
return livery
end
--[ GET HASH ]---------------------------------------------------------------------------------------------------------------------------
function src.getHash(vehiclehash)
local vehicle = vRP.getNearestVehicle(7)
local vehiclehash = GetEntityModel(vehicle)
return vehiclehash
end
--[ FUNÇÃO DE TEXTO ]--------------------------------------------------------------------------------------------------------------------
function DrawText3D(x,y,z, text) -- some useful function, use it if you want!
SetDrawOrigin(x, y, z, 0)
SetTextFont(4)
SetTextProportional(1)
SetTextScale(0.28, 0.28)
SetTextColour(255, 255, 255, 215)
SetTextDropshadow(0, 0, 0, 0, 255)
SetTextEdge(2, 0, 0, 0, 150)
SetTextDropShadow()
SetTextOutline()
SetTextEntry("STRING")
SetTextCentre(1)
AddTextComponentString(text)
DrawText(0.0, 0.0)
ClearDrawOrigin()
end
|
-- Mining Turtle Quarry Script
-- Mines a quarry of the specified length, width, and depth.
-------------------------
-- To Do --
-- function for general turtle movement and digging
-- function (with parameters) for digging the specified dims
-------------------------
--function collection
local lengthGone = 0
local widthGone = 0
local depthGone = 0
function moveForward(distance)
while distance > 0 do
if turtle.detect() == true then
turtle.dig()
turtle.forward()
else
turtle.forward()
end
distance = distance - 1
end
end
function turnAround()
turtle.turnRight()
turtle.turnRight()
end
function length(width)
while lengthGone < length then
moveForward(1)
lengthGone = lengthGone + 1
end
if lengthGone == length do
turnAround()
moveForward(lengthGone)
lengthGone = 0
turtle.turnLeft()
moveForward(1)
turtle.turnLeft()
end
end
function depth(depth)
length(width)
end
function quarry(length, width, depth)
depth(depth)
end
--beginning of script
quarry(length, width, depth)
--en fin
|
-- Copyright (C) 2016 Pau Carré Cardona - All Rights Reserved
-- You may use, distribute and modify this code under the
-- terms of the Apache License v2.0 (http://www.apache.org/licenses/LICENSE-2.0.txt).
local torchFolder = require('paths').thisfile('..')
package.path = string.format("%s;%s/?.lua", os.getenv("LUA_PATH"), torchFolder)
require 'inn'
require 'xlua'
local nn = require 'nn'
local optim = require 'optim'
local torch = require 'torch'
local tiefvision_commons = require '0-tiefvision-commons/tiefvision_commons'
local classifier = require '5-train-classification/classifier-conv'
local batchSize = 64
local inputsBatch = torch.Tensor(batchSize, 384, 11, 11):cuda()
local targetsBatch = torch.Tensor(batchSize):cuda()
local function getBatchesInClassAndType(class, type)
local folder = tiefvision_commons.dataPath('classification', (class - 1), type)
local lines = tiefvision_commons.getFiles(folder)
return #lines
end
local function getFilename(type, cl, i)
return tiefvision_commons.dataPath('classification', (cl - 1), type, i .. '.data')
end
local function getDataFromClassAndType(class, type)
local batches = getBatchesInClassAndType(class, type)
local tensor = torch.Tensor(batches, 64, 384, 11, 11)
for l = 1, batches do
local loadedTensor = torch.load(getFilename(type, class, l))
tensor[l] = loadedTensor
collectgarbage()
end
return tensor:cuda()
end
local function getMaxIndex(outputs)
local maxIndex = torch.Tensor(outputs:size()[1])
for e = 1, outputs:size()[1] do
local output = outputs[e]
local index = 1
for i = 1, output:size()[1] do
if (output[i] > output[index]) then
index = i
end
end
maxIndex[e] = index
end
return maxIndex
end
local function correctClassNum(maxIndex, cl)
local correctClass = 0
for e = 1, maxIndex:size()[1] do
if (maxIndex[e] == cl) then
correctClass = correctClass + 1
end
end
return correctClass
end
local function getTestError(model)
local testIn = {}
testIn[1] = getDataFromClassAndType(1, 'test')
testIn[2] = getDataFromClassAndType(2, 'test')
local classified = 0
local elements = 0
for cl = 1, 2 do
local testInCl = testIn[cl]
for batch = 1, testInCl:size()[1] do
local output = model:forward(testInCl[batch])
output = torch.squeeze(output)
local firstIndex = getMaxIndex(output)
classified = classified + correctClassNum(firstIndex, cl)
elements = elements + testInCl[batch]:size()[1]
end
end
classified = classified / elements
return classified
end
local function saveModelConv(model)
local filename = tiefvision_commons.modelPath('classifier.model')
print('==> Saving Model: ' .. filename)
torch.save(filename, model)
end
local function trainBatch(model, criterion, inputsBatchLocal, targetsBatchLocal, optimState)
local parameters, gradParameters = model:getParameters()
local feval = function(x)
if x ~= parameters then
parameters:copy(x)
end
gradParameters:zero()
local outputs = model:forward(inputsBatchLocal)
local f = criterion:forward(outputs, targetsBatchLocal)
local df_do = criterion:backward(outputs, targetsBatchLocal)
model:backward(inputsBatchLocal, df_do)
collectgarbage()
return f, gradParameters
end
local x, fx = optim.sgd(feval, parameters, optimState)
return fx[1]
end
local function train(model, criterion, epochs, optimState)
model:training()
for epoch = 1, epochs do
math.randomseed(os.time())
local batchesIn1 = getBatchesInClassAndType(1, 'train')
local batchesIn2 = getBatchesInClassAndType(2, 'train')
for iter = 1, batchesIn1 + batchesIn2 do
local batchIndexClass1 = math.random(batchesIn1)
local batchIndexClass2 = math.random(batchesIn2)
local batchClass1 = torch.load(getFilename('train', 1, batchIndexClass1)):cuda()
local batchClass2 = torch.load(getFilename('train', 2, batchIndexClass2)):cuda()
local batches = { batchClass1, batchClass2 }
for batchIndex = 1, batchSize do
-- select random class
local cl = math.random(2)
-- select random sample in batch
local sampleIndex = math.random(64)
inputsBatch[batchIndex] = batches[cl][sampleIndex]
targetsBatch[batchIndex] = cl
end
local trainingLoss = trainBatch(model, criterion, inputsBatch, targetsBatch, optimState)
if (iter % 10 == 0) then
local meanClass = getTestError(model)
print("Epoch: " .. epoch .. ". Batch: " .. iter .. ". Train Loss: " .. trainingLoss .. ". Test Accuracy: " .. meanClass)
saveModelConv(model)
else
print("Epoch " .. epoch .. " out of " .. epochs .. ". Batch Iteration: " .. iter .. ". Train Loss: " .. trainingLoss)
end
collectgarbage()
end
end
end
local function loadCriterion()
local criterion = nn.CrossEntropyCriterion()
criterion.sizeAverage = true
return criterion:cuda()
end
local function loadSavedModelConv()
local modelPath = tiefvision_commons.modelPath('classifier.model')
if(tiefvision_commons.fileExists(modelPath)) then
return torch.load(modelPath)
else
return classifier.loadModel()
end
end
local function getOptions()
local cmd = torch.CmdLine()
cmd:text()
cmd:text('Foreground and Background Classification Training')
cmd:text()
cmd:text('Options:')
cmd:option('-reset', false, 'Reset the saved model (if any) and use a new model.')
cmd:option('-epochs', 10, 'Number of epochs to train.')
-- optim state
cmd:option('-learningRate', 1e-2, 'Learning rate.')
cmd:option('-weightDecay', 0.0, 'Weight Decay (L1 regularization).')
cmd:option('-momentum', 0.1, 'Momentum.')
cmd:option('-learningRateDecay', 1e-7, 'Learning Rate Decay.')
cmd:text()
return cmd:parse(arg)
end
local function getModel(options)
if (options.reset) then
return classifier.loadModel()
else
return loadSavedModelConv()
end
end
local function getOptimSatate(options)
local optimState = {
learningRate = options.learningRate,
weightDecay = options.weightDecay,
momentum = options.momentum,
learningRateDecay = options.learningRateDecay
}
return optimState
end
local options = getOptions()
local optimState = getOptimSatate(options)
local model = getModel(options)
local meanClass = getTestError(model)
print("Test Accuracy:" .. meanClass)
local criterion = loadCriterion()
train(model, criterion, options.epochs, optimState)
|
local TimeParser = {}
local converter = {}
converter.s = 1
converter.m = 60
converter.h = converter.m * 60
converter.d = converter.h * 24
converter.w = converter.d * 7
converter.mo = converter.d * 30
converter.y = converter.d * 365
function TimeParser:Parse(ctx, raw)
if raw:Trim() == "" then
return false, { namespace = "parsers", key = "empty_string" }
end
-- Initialize time
local parsedTime = 0
-- Convert given time
local isConvertingNumber = true
local amount, converterType = "", ""
for i = 1, #raw do
local letter = raw:sub( i, i )
local number = tonumber( letter )
-- Append number to amount
if number then
-- Add current parsed time
if not isConvertingNumber then
number = tonumber( amount )
if converter[converterType] then
parsedTime = parsedTime + number * converter[converterType]
else
return false, { namespace = "parsers", key = "no_time_converter", args = { converterType } }
end
amount, converterType = "", ""
end
amount = amount .. letter
isConvertingNumber = true
-- Append letter to converter type
else
converterType = converterType .. letter
isConvertingNumber = false
end
end
-- Convert remaining time
if #amount > 0 then
local number = tonumber( amount )
if #converterType > 0 then
if converter[converterType] then
parsedTime = parsedTime + number * converter[converterType]
else
return false, { namespace = "parsers", key = "no_time_converter", args = { converterType } }
end
else
-- Convert to seconds
parsedTime = parsedTime + number
end
elseif #converterType > 0 then
return false, { namespace = "parsers", key = "no_time_amount" }
end
return true, parsedTime
end
Advisor.CommandHandler.RegisterParser("time", TimeParser)
Advisor.CommandHandler.RegisterParser("duration", TimeParser)
|
--
--
-- ----------------------------------------------------------
-- Mosaic | OF Visual Patching Developer Platform
--
-- Copyright (c) 2018 Emanuele Mazza aka n3m3da
--
-- Mosaic is distributed under the MIT License. This gives everyone the
-- freedoms to use Mosaic in any context: commercial or non-commercial,
-- public or private, open or closed source.
--
-- See https://github.com/d3cod3/Mosaic for documentation
-- ----------------------------------------------------------
--
--
-- DoubleFor.lua: A Basic Lua script example of control structure with double for, for Mosaic,
-- mimicking the standard OF app structure
--
--
-- variables for mouse interaction (DO NOT DELETE)
mouseX = 0
mouseY = 0
-- Mosaic system variable for loading external resources (files)
-- Example:
-- img = of.Image()
-- img:load(SCRIPT_PATH .. "/data/test.jpg")
showCircles = false
----------------------------------------------------
function setup()
end
----------------------------------------------------
function update()
end
----------------------------------------------------
function draw()
of.background(0)
lado_w = OUTPUT_WIDTH/8 -- Local variable of the draw block
lado_h = OUTPUT_HEIGHT/4
for i = 0, OUTPUT_WIDTH/lado_w do
for j = 0, OUTPUT_HEIGHT/lado_h do
of.setColor(255)
of.noFill()
of.drawRectangle(i*lado_w, j*lado_h, lado_w, lado_h)
-- The double for generates a grid of rectangles in two dimensions
of.drawBitmapString(string.format("i: %i",i),i*lado_w + 20,j*lado_h + 30)
of.drawBitmapString(string.format("j: %i",j),i*lado_w + 20,j*lado_h + 50)
-- the text indicates the i ang j value in the grid
if showCircles then
of.fill()
of.setColor(i*20,100,j*20)
of.drawCircle(i*lado_w + lado_w/2,j*lado_h + lado_h/2,20 + (i*j) )
end
end
end
end
----------------------------------------------------
function exit()
end
-- input callbacks
----------------------------------------------------
function keyPressed(key)
if key == string.byte('c') then
showCircles = not showCircles
end
end
function keyReleased(key)
end
function mouseMoved(x,y)
mouseX = x
mouseY = y
end
function mouseDragged(x,y)
mouseX = x
mouseY = y
end
function mouseReleased(x,y)
end
function mouseScrolled(x,y)
end
|
minerdream = {}
minerdream.path = minetest.get_modpath("minerdream")
minerdream.modname = minetest.get_current_modname()
minerdream.items={}
minerdream.itemdef={}
local S = dofile(minerdream.path .. "/intllib.lua")
minerdream.intllib = S
minetest.log("action", "[MOD]"..minetest.get_current_modname().." -- start loading from "..minetest.get_modpath(minetest.get_current_modname()))
-- import settingtypes.txt
basic_functions.import_settingtype(minerdream.path .. "/settingtypes.txt")
dofile(minerdream.path .. "/config.lua")
dofile(minerdream.path .. "/api.lua")
dofile(minerdream.path .. "/read_ore_config.lua")
--dofile(minerdream.path .. "/read_tool_config.lua")
--dofile(minerdream.path .. "/read_armor_config.lua")
dofile(minerdream.path .. "/items.lua")
dofile(minerdream.path .. "/overrides.lua")
dofile(minerdream.path .. "/blocks.lua")
dofile(minerdream.path .. "/generation.lua")
dofile(minerdream.path .. "/crafting.lua")
dofile(minerdream.path .. "/read_weapon_config.lua")
dofile(minerdream.path .. "/armor.lua")
dofile(minerdream.path .. "/experiments.lua")
dofile(minerdream.path .. "/read_mobs_config.lua")
minetest.log("action", "[MOD]"..minetest.get_current_modname().." -- loaded ")
--for i,tdef in pairs(minerdream.itemdef) do
-- local file=io.open(minerdream.path.."/config/"..i..".json","w")
-- local jsonout=minetest.write_json(tdef)
-- file:write(jsonout)
-- file:close()
---- print(dump(tdef))
--end
|
local sx, sy = guiGetScreenSize()
local localPlayer = getLocalPlayer()
local statusLabel = nil
local openReports = 0
local handledReports = 0
local unansweredReports = {}
local ownReports = {}
-- Admin Titles
function getAdminTitle(thePlayer)
local adminLevel = tonumber(getElementData(thePlayer, "adminlevel")) or 0
local text = ({ "Trial Admin", "Admin", "Super Admin", "Lead Admin", "Head Admin", "Owner" })[adminLevel] or "Player"
local hiddenAdmin = getElementData(thePlayer, "hiddenadmin") or 0
if (hiddenAdmin==1) then
text = text .. " (Hidden)"
end
return text
end
function getAdminCount()
local online, duty, lead, leadduty = 0, 0, 0, 0
for key, value in ipairs(getElementsByType("player")) do
if (isElement(value)) then
local level = getElementData( value, "adminlevel" ) or 0
if level >= 1 then
online = online + 1
local aod = getElementData( value, "adminduty" ) or 0
if aod == 1 then
duty = duty + 1
end
if level >= 4 then
lead = lead + 1
if aod == 1 then
leadduty = leadduty + 1
end
end
end
end
end
return online, duty, lead, leadduty
end
-- update the labels
local function updateGUI()
if statusLabel then
local online, duty, lead, leadduty = getAdminCount()
local reporttext = ""
if #unansweredReports > 0 then
reporttext = ": #" .. table.concat(unansweredReports, ", #")
end
local ownreporttext = ""
if #ownReports > 0 then
ownreporttext = ": #" .. table.concat(ownReports, ", #")
end
local onduty = "Off Duty"
if getElementData( localPlayer, "adminduty" ) == 1 then
onduty = "On Duty"
end
guiSetText( statusLabel, getAdminTitle( localPlayer ) .. " :: " .. onduty .. " :: " .. getElementData( localPlayer, "gameaccountusername" ) .. " :: " .. duty .. "/" .. online .. " Admins :: " .. leadduty .. "/" .. lead .. " Lead+ Admins :: " .. ( openReports - handledReports ) .. " unanswered reports" .. reporttext .. " :: " .. handledReports .. " handled reports" .. ownreporttext )
end
end
-- create the gui
local function createGUI()
if statusLabel then
destroyElement(statusLabel)
statusLabel = nil
end
local adminlevel = getElementData( localPlayer, "adminlevel" )
if adminlevel then
if adminlevel > 0 then
statusLabel = guiCreateLabel( 5, sy - 20, sx - 10, 15, "", false )
updateGUI()
--guiCreateLabel ( float x, float y, float width, float height, string text, bool relative, [element parent = nil] )
end
end
end
addEventHandler( "onClientResourceStart", getResourceRootElement(), createGUI, false )
addEventHandler( "onClientElementDataChange", localPlayer,
function(n)
if n == "adminlevel" or n == "hiddenadmin" then
createGUI()
end
end, false
)
addEventHandler( "onClientElementDataChange", getRootElement(),
function(n)
if getElementType(source) == "player" and ( n == "adminlevel" or n == "adminduty" ) then
updateGUI()
end
end
)
addEvent( "updateReportsCount", true )
addEventHandler( "updateReportsCount", getLocalPlayer(),
function( open, handled, unanswered, own )
openReports = open
handledReports = handled
unansweredReports = unanswered
ownReports = own or {}
updateGUI()
end, false
)
addEventHandler( "onClientPlayerQuit", getRootElement(), updateGUI )
|
local msg = require "toy.logger"
local bfs = require "toy.path"
local logname = "mylog.txt"
if bfs.exists(logname) then
bfs.remove(logname)
end
msg.as_file(logname)
msg.print("log system日誌系統")
msg.print("ToyBox;玩具箱;おもちゃ箱;장난감 상자;खिलौनो का बक्सा")
msg.reset()
msg.print("log system日誌系統")
msg.print("ToyBox;玩具箱;おもちゃ箱;장난감 상자;खिलौनो का बक्सा")
|
return {
{
name = "2015-08-03-132400_init_basicauth",
up = [[
CREATE TABLE IF NOT EXISTS basicauth_credentials(
id varchar(50),
consumer_id varchar(50) ,
username varchar(100) UNIQUE,
password varchar(100),
created_at timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (id),
CONSTRAINT basicauth_consumerid_fk FOREIGN KEY (consumer_id) REFERENCES consumers(id) ON DELETE CASCADE ,
INDEX basicauth_username_idx(username),
INDEX basicauth_consumer_id_idx(consumer_id)
) ENGINE=InnoDB DEFAULT CHARSET=utf8 ROW_FORMAT=DYNAMIC;
]],
down = [[
DROP TABLE basicauth_credentials;
]]
}
}
|
return {
-- <cd src/arch/arm64/include/uapi && find * -name '*.h' -exec printf "\t'%s',\n" {} + | LC_COLLATE=C sort
'asm/auxvec.h',
'asm/bitsperlong.h',
'asm/bpf_perf_event.h',
'asm/byteorder.h',
'asm/fcntl.h',
'asm/hwcap.h',
'asm/kvm.h',
'asm/mman.h',
'asm/param.h',
'asm/perf_regs.h',
'asm/posix_types.h',
'asm/ptrace.h',
'asm/setup.h',
'asm/sigcontext.h',
'asm/signal.h',
'asm/statfs.h',
'asm/sve_context.h',
'asm/ucontext.h',
'asm/unistd.h',
unistd={},
}
|
return function(eva)
-------------------------------------------------------------------------------
local function translate(block,target,output,stack)
stack=stack or {}
local class,type_=block.block_type:match("(.+)_(.+)")
if target.blocks[class][type_] then
stack[#stack+1]=block
target.blocks[class][type_](block,target,output,stack)
stack[#stack]=nil
else
print(("Warning: %s is not implemented"):format(
block.block_type
))
end
end
-------------------------------------------------------------------------------
return translate
end
|
local constants = require "kong.constants"
return {
limit = { required = true, type = "number" },
period = { required = true, type = "string", enum = constants.RATELIMIT.PERIODS }
}
|
function drawDarkness()
love.graphics.setColor(0, 0, 0)
love.graphics.polygon("fill", 240, 0, 1683, 0, 960, 720)
love.graphics.setColor(255, 255, 255)
end
|
local env,java=env,java
local event,packer,cfg,init=env.event.callback,env.packer,env.set,env.init
local set_command,exec_command=env.set_command,env.exec_command
local db2=env.class(env.db_core)
db2.module_list={
"sqlstate",
"snap",
"sql",
"chart",
"ssh",
}
function db2:ctor(isdefault)
self.type="db2"
self.C,self.props={},{}
end
function db2:connect(conn_str)
java.system:setProperty('db2.jcc.charsetDecoderEncoder',3)
local args
local usr,pwd,conn_desc
if type(conn_str)=="table" then
args=conn_str
usr,pwd,conn_desc=conn_str.user,
packer.unpack_str(conn_str.password),
conn_str.url:match("//(.*)$")--..(conn_str.internal_logon and " as "..conn_str.internal_logon or "")
args.password=pwd
conn_str=string.format("%s/%s@%s",usr,pwd,conn_desc)
else
usr,pwd,conn_desc = string.match(conn_str or "","(.*)/(.*)@(.+)")
end
if conn_desc == nil then return exec_command("HELP",{"CONNECT"}) end
conn_desc=conn_desc:gsub('^(/+)','')
local server,port,alt,database=conn_desc:match('^([^:/%^]+)(:?%d*)(%^?[^/]*)/(.+)$')
if database then
if port=="" then port=':50000' end
conn_desc=server..port..'/'..database
local alt_addr,alt_port=alt:gsub('[%s%^]+',''):match('([^:]+)(:*.*)')
else
database=conn_desc
end
self.MAX_CACHE_SIZE=cfg.get('SQLCACHESIZE')
local url, isdba=conn_desc:match('^(.*) as (%w+)$')
url = url or conn_desc
args=args or {user=usr,password=pwd,url="jdbc:db2://"..url,
internal_logon=isdba,
server=server,
database=database,
enableSysplexWLB='true',
enableSeamlessFailover='1',
clientRerouteAlternateServerName=alt_addr,
clientRerouteAlternatePortNumber=alt_addr and (alt_port or port):sub(2)}
self:merge_props(
{driverClassName="com.ibm.db2.jcc.DB2Driver",
retrieveMessagesFromServerOnGetMessage='true',
clientProgramName='SQL Developer',
useCachedCursor=self.MAX_CACHE_SIZE
},args)
self:load_config(url,args)
local prompt=(args.jdbc_alias or url):match('([^:/@]+)$')
if event then event("BEFORE_DB2_CONNECT",self,sql,args,result) end
env.set_title("")
self.super.connect(self,args)
self.conn=java.cast(self.conn,"com.ibm.db2.jcc.DB2Connection")
self.MAX_CACHE_SIZE=cfg.get('SQLCACHESIZE')
local version=self:get_value("select SERVICE_LEVEL FROM TABLE(sysproc.env_get_inst_info())")
table.clear(self.props)
self.props.db_version=version:gsub('DB2',''):match('([%d%.]+)')
self.props.db_user=args.user:upper()
self.props.database=database
self.conn_str=packer.pack_str(conn_str)
prompt=(prompt or database:upper()):match("^([^,%.&]+)")
env.set_prompt(nil,prompt,nil,2)
env.set_title(('%s - User: %s Server: %s Version: DB2(%s)'):format(database,self.props.db_user,server,self.props.db_version))
if event then event("AFTER_DB2_CONNECT",self,sql,args,result) end
print("Database connected.")
end
function db2:exec(sql,...)
local bypass=self:is_internal_call(sql)
local args,prep_params=nil,{}
local is_not_prep=type(sql)~="userdata"
if type(select(1,...) or "")=="table" then
args=select(1,...)
if type(select(2,...) or "")=="table" then prep_params=select(2,...) end
else
args={...}
end
if is_not_prep then sql=event("BEFORE_DB2_EXEC",{self,sql,args}) [2] end
local result=self.super.exec(self,sql,...)
if is_not_prep and not bypass then
event("AFTER_DB2_EXEC",self,sql,args,result)
self.print_feed(sql,result)
end
return result
end
function db2:command_call(sql,...)
local bypass=self:is_internal_call(sql)
local args=type(select(1,...)=="table") and ... or {...}
sql=event("BEFORE_DB2_EXEC",{self,sql,args}) [2]
local result=self.super.exec(self,sql,{args})
if not bypass then event("AFTER_DB2_EXEC",self,sql,args,result) end
self:print_result(result,sql)
end
function db2:admin_cmd(cmd)
env.checkhelp(cmd)
self:command_call('call sysproc.admin_cmd(:1)',cmd or "")
end
function db2:onload()
local default_desc='#DB2 database SQL statement'
local function add_default_sql_stmt(...)
for i=1,select('#',...) do
set_command(self,select(i,...), default_desc,self.command_call,true,1,true)
end
end
add_default_sql_stmt('update','delete','insert','merge','truncate','drop')
add_default_sql_stmt('explain','lock','analyze','grant','revoke','call','select','with')
local conn_help = [[
Connect to db2 database. Usage: conn <user>/<password>@[//]<host>[:<port>][^<alt_purescale_hosts>[:<alt_purescale_ports>] ]/<database>
Example: 1) Connect to local db port 50000 : conn db2admin/db2pwd@localhost/sample
2) Connect to remote db port 60000 : conn db2admin/db2pwd@remote_host:60000/sample
3) Connect to remote PureScale db#1: conn db2admin/db2pwd@192.168.6.1:60000^192.168.6.2,192.168.6.3/sample
4) Connect to remote PureScale db#2: conn db2admin/db2pwd@192.168.6.1:60001^192.168.6.2:60002/sample
]]
set_command(self,{"connect",'conn'}, conn_help,self.connect,false,2)
set_command(self,{"declare","begin"}, default_desc, self.command_call ,self.check_completion,1,true)
set_command(self,"create", default_desc, self.command_call ,self.check_completion,1,true)
set_command(self,"alter" , default_desc, self.command_call ,true,1,true)
for _,k in ipairs{'DESCRIBE','add','AUTOCONFIGURE','BACKUP','LOAD','IMPORT','EXPORT','FORCE','QUIESCE','PRUNE',
'REDISTRIBUTE','RUNSTATS','UNQUIESCE','REWIND','RESET'} do
set_command(self,k, default_desc,self.admin_cmd,true,1,true)
end
set_command(self,'adm', 'Run procedure ADMIN_CMD. Usage: adm <statement>',self.admin_cmd,true,2,true)
--env.event.snoop('ON_SQL_ERROR',self.handle_error,nil,1)
end
function db2:onunload()
env.set_title("")
end
return db2.new()
|
local LOG = {}
local _prompt = "[wagon]"
local _color = function (str)
return str:gsub("%%%{.-%}", "")
end
do
local ok, color = pcall(require, 'ansicolors')
if ok then
_prompt = color "%{yellow bright}[wagon]%{reset}"
_color = color
end
end
function LOG.info(line, ...)
return LOG.raw(_prompt .. " " .. line, ...)
end
function LOG.raw(line, ...)
return print(_color(line):format(...))
end
return LOG
|
function get_remainder(n, m):
remainder = n
while remainder > m do
remainder = remainder - m
end
return remainder
end
for line in io.lines(arg[1]) do
n =
m =
io.write(get_remainder(n, m) .. '\n')
end
|
--- basic 9p interactions
class 'np_prot'
--- read stat from path specified
-- @tparam conn conn 9p connection
-- @tparam string path path of file for stat to be read
-- @treturn table stat
function np_prot.stat_read(conn, path)
local f = conn:newfid()
if path == "/" then
conn:clone(conn.rootfid, f)
else
conn:walk(conn.rootfid, f, path)
end
conn:open(f, 0)
local st = conn:stat(f)
conn:clunk(f)
return st
end
--- read file from path specified
-- @tparam conn conn 9p connection
-- @tparam string path path to the file to be read
-- @treturn string file content
function np_prot.file_read(conn, path)
local f = conn:newfid()
conn:walk(conn.rootfid, f, path)
conn:open(f, 0)
local buf_size = 8000
local offset = 0
local response = ""
while (true) do
local dt = conn:read(f, offset, buf_size)
if (dt == nil) then break end
response = response .. tostring(dt)
offset = offset + #dt
end
conn:clunk(f)
return response
end
--- create file at path with given name
-- @tparam conn conn 9p connection
-- @tparam string path path to the directory in which file will be created
-- @tparam string file_name name of the file to be created
-- @treturn nil
function np_prot.file_create(conn, path, file_name)
local f, g = conn:newfid(), conn:newfid()
if path == "/" then
conn:clone(conn.rootfid, f)
else
conn:walk(conn.rootfid, f, path)
end
conn:clone(f, g)
conn:create(g, file_name, 420, 1)
conn:clunk(f)
conn:clunk(g)
end
--- write to the file specified
-- @tparam conn conn 9p connection
-- @tparam string path path to the file to be edited
-- @tparam string content new content of the file
-- @treturn nil
function np_prot.file_write(conn, path, content)
local f = conn:newfid()
conn:walk(conn.rootfid, f, path)
conn:open(f, 1)
local buf = data.new(content)
conn:write(f, 0, buf)
local st = conn:stat(f)
st.length = #buf
conn:wstat(f, st)
conn:clunk(f)
end
|
regex1 = "^[%w.+-=]+@%w+[%w.]*%w*%.%w%w%w?%w?$"
regex2 = "^\"[%w@.+-=]+\"@%w+[%w.]*%w*%.%w%w%w?%w?$"
for line in io.lines(arg[1]) do
print((line:find(regex1) or line:find(regex2)) and "true" or "false")
end
|
-----------------------------------------------------------------------------------------
--
-- main.lua
--
-----------------------------------------------------------------------------------------
-- Your code here
local options =
{
width = 174,
height = 160,
numFrames = 4
}
local sheet_handmade = graphics.newImageSheet( "chicken_handmade.png", options )
local sequenceData1 =
{
name="fly",
start=1,
count=4,
time=500,
loopCount = 0,
loopDirection = "bounce"
}
local chicken1 = display.newSprite( sheet_handmade, sequenceData1 )
chicken1.x = display.contentCenterX
chicken1.y = display.contentCenterY * 0.3
chicken1:play()
local sheetInfo = require("chicken_packer")
local sheet_packer = graphics.newImageSheet( "chicken_packer.png", sheetInfo:getSheet() )
local sequenceData2 =
{
name="fly",
frames={sheetInfo:getFrameIndex("blitzsubspeed1"),
sheetInfo:getFrameIndex("blitzsubspeed2"),
sheetInfo:getFrameIndex("blitzsubspeed3"),
sheetInfo:getFrameIndex("blitzsubspeed4")},
time=500,
loopCount = 0,
loopDirection = "bounce"
}
local chicken2 = display.newSprite( sheet_packer , sequenceData2 )
chicken2.x = display.contentCenterX
chicken2.y = display.contentCenterY * 1.3
chicken2:play()
|
object_tangible_veteran_reward_frn_vet_6_year_painting = object_tangible_veteran_reward_shared_frn_vet_6_year_painting:new {
}
ObjectTemplates:addTemplate(object_tangible_veteran_reward_frn_vet_6_year_painting, "object/tangible/veteran_reward/frn_vet_6_year_painting.iff")
|
--[[ Copyright (c) 2015 Kzisor/Ysovuka ]]
local _G = _G or GLOBAL
local _M = env
local assert = _G.assert
local error = assert( _G.error )
local rawget = assert( _G.rawget )
local setmetatable = assert( _G.setmetatable )
local setfenv = assert( _G.setfenv )
--[[
The following is to prevent this file from being ran more than once.
This is necessary to allow it to be loaded both from modmain.lua,
modworldgenmain.lua and other mods, without the former load overriding
the latter.
]]
local _IDENTIFIER = "mod.environment"
if _G.rawget(_G.package.loaded, _IDENTIFIER) then
return _G.package.loaded[_IDENTIFIER]
end
local function preload_searcher(self, name)
return self.package.preload[name] ~= nil and self.package.preload[name] or "No field package[ '"..name.."' ] found."
end
local function default_searcher(self, name)
name = name:gsub("[.\\]", "/")
local fail_pieces = {}
for pathspec in self.package.path:gmatch("[^;]+") do
local path = pathspec:gsub("%?", name, 1)
if _G.kleifileexists(path) then
local fn = _G.kleiloadlua(path)
return type(fn) == "function" and fn or error(tostring(fn or "Unknown error"), 3)
else
table.insert(fail_pieces, "\tNo file '"..path.."' found.")
end
end
return table.concat(fail_pieces, "\n")
end
-- Create the table to clone the global variables.
local function CreateNewEnvironment(env)
setmetatable(env, {
__index = _G and function(t, k)
return rawget(t, k) or rawget(_G, k) or rawget(env, k)
end,
})
return env
end
local Requirer = Class(function(self, default_env, load_once)
default_env = CreateNewEnvironment(default_env or _G)
self.package =
{
path = MODROOT.."?.lua",
searchers = { preload_searcher, default_searcher },
preload = {},
loaded = {},
}
self.package.loaders = self.package.searchers
function self:GetDefaultEnvironment()
return default_env
end
end)
function Requirer:GetEnvironment()
return self.env or self:GetDefaultEnvironment()
end
function Requirer:SetEnviornment(env)
self.env = env
end
function Requirer:__call(name)
if self.package.loaded[name] then
return self.package.loaded[name]
elseif _G.package.loaded[name] then
return _G.package.loaded[name]
else
local fail_pieces = {}
for _, searcher in ipairs(self.package.searchers) do
local fn = searcher(self, name)
if type(fn) == "function" then
_G.setfenv(fn, self:GetEnvironment())
self.package.loaded[name] = fn(name) or self.package.loaded[name] or true
_G.package.loaded[name] = self.package.loaded[name]
return self.package.loaded[name]
elseif type(fn) == "string" then
table.insert(fail_pieces, fn)
end
end
table.insert(fail_pieces, 1, ("Mod module '%s' not found:"):format(name))
return error(table.concat(fail_pieces, "\n"), 2)
end
end
function Requirer:ExportAs(id)
_G.package.loaded[id] = self
end
local ModRequirer = Class(Requirer, function(self)
Requirer._ctor(self, _M)
end)
function ModRequirer:GetModEnvironment()
return self:GetDefaultEnvironment()
end
function ModRequirer:GetModInfo()
return self:GetModEnvironment().modinfo
end
use = ModRequirer()
_G[_IDENTIFIER] = use
function _G.IsDontStarveTogether()
return kleifileexists("scripts/networking.lua") and true or false
end
return use
|
object_building_general_srii_skyscraper_08 = object_building_general_shared_srii_skyscraper_08:new {
}
ObjectTemplates:addTemplate(object_building_general_srii_skyscraper_08, "object/building/general/srii_skyscraper_08.iff")
|
--!A cross-platform build utility based on Lua
--
-- 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.
--
-- Copyright (C) 2015 - 2019, TBOOX Open Source Group.
--
-- @author ruki
-- @file filter.lua
--
-- define module: filter
local filter = filter or {}
-- load modules
local os = require("base/os")
local winos = require("base/winos")
local table = require("base/table")
local utils = require("base/utils")
local string = require("base/string")
-- globals
local escape_table1 = {["$"] = "\001", ["("] = "\002", [")"] = "\003", ["%"] = "\004"}
local escape_table2 = {["\001"] = "$", ["\002"] = "(", ["\003"] = ")", ["\004"] = "%"}
-- new filter instance
function filter.new()
-- init an filter instance
local self = table.inherit(filter)
-- init handler
self._HANDLERS = {}
-- ok
return self
end
-- filter the shell command
--
-- e.g.
--
-- print("$(shell echo hello xmake)")
-- add_ldflags("$(shell pkg-config --libs sqlite3)")
--
function filter.shell(cmd)
-- empty?
if #cmd == 0 then
os.raise("empty $(shell)!")
end
-- run shell
local ok, outdata, errdata = os.iorun(cmd)
if not ok then
os.raise("run $(shell %s) failed, errors: %s", cmd, errdata or "")
end
-- trim it
if outdata then
outdata = outdata:trim()
end
-- return the shell result
return outdata
end
-- filter the environment variables
function filter.env(name)
return os.getenv(name)
end
-- filter the winreg path
function filter.reg(path)
-- must be windows
if os.host() ~= "windows" then
return
end
-- query registry value
return (winos.registry_query(path))
end
-- set handlers
function filter:set_handlers(handlers)
self._HANDLERS = handlers
end
-- get handlers
function filter:handlers()
return self._HANDLERS
end
-- register handler
function filter:register(name, handler)
self._HANDLERS[name] = handler
end
-- get variable value
function filter:get(variable)
-- check
assert(variable)
-- is shell?
if variable:startswith("shell ") then
return filter.shell(variable:sub(7))
-- is environment variable?
elseif variable:startswith("env ") then
return filter.env(variable:sub(5))
elseif variable:startswith("reg ") then
return filter.reg(variable:sub(5))
end
-- parse variable:mode
local varmode = variable:split(':')
local mode = varmode[2]
variable = varmode[1]
-- handler it
local result = nil
for name, handler in pairs(self._HANDLERS) do
result = handler(variable)
if result then
break
end
end
-- TODO need improve
-- handle mode
if mode and result then
if mode == "upper" then
result = result:upper()
elseif mode == "lower" then
result = result:lower()
end
end
-- ok?
return result
end
-- filter the builtin variables: "hello $(variable)" for string
--
-- e.g.
--
-- print("$(host)")
-- print("$(env PATH)")
-- print("$(shell echo hello xmake!)")
-- print("$(reg HKEY_LOCAL_MACHINE\\SOFTWARE\\Microsoft\\Windows NT\\CurrentVersion\\XXXX;Name)")
--
function filter:handle(value)
-- check
assert(type(value) == "string")
-- escape "%$", "%(", "%)", "%%" to "\001", "\002", "\003", "\004"
value = value:gsub("%%([%$%(%)%%])", function (ch) return escape_table1[ch] end)
-- filter the builtin variables
return (value:gsub("%$%((.-)%)", function (variable)
-- escape "%$", "%(", "%)", "%%" to "$", "(", ")", "%"
variable = variable:gsub("[\001\002\003\004]", function (ch) return escape_table2[ch] end)
-- get variable value
return self:get(variable) or ""
end):gsub("[\001\002\003\004]", function (ch) return escape_table2[ch] end))
end
-- return module: filter
return filter
|
return PlaceObj("ModDef", {
"dependencies", {
PlaceObj("ModDependency", {
"id", "ChoGGi_Library",
"title", "ChoGGi's Library",
"version_major", 10,
"version_minor", 3,
}),
},
"title", "Waste Rock Grinder",
"id", "ChoGGi_WasteRockGrinder",
"steam_id", "2544246919",
"pops_any_uuid", "53a56418-38cd-4b05-bc06-144a517292b7",
"lua_revision", 1007000, -- Picard
"version", 1,
"version_major", 0,
"version_minor", 1,
"image", "Preview.jpg",
"author", "ChoGGi",
"code", {
"Code/Script.lua",
},
--~ "has_options", true,
"TagBuildings", true,
"description", [[
Automated waste rock extractor that produces waste rock (and dust).
Produces 24 per Sol.
Requested by Rejected Spawn.
]],
})
|
--[[
Forward and backward combined.
]]--
require 'nn'
require 'nnx'
require 'cunn'
require 'cudnn'
require 'cutorch'
paths.dofile('para_model.lua')
local ParallelNet_Mod,ParallelNet = torch.class("nn.ParallelNet_Mod",'nn.ParallelNet')
function ParallelNet_Mod:__init(config, layer)
print("Parallel Model (Combination) Initialization.")
ParallelNet.__init(self, config, layer)
end
function ParallelNet_Mod:make_NewActivation()
print("ParallelNet_Comb Activation Building...")
self.new_act = nn.Sequential()
local input_layer = nn.ParallelTable()
local net_input = nn.Sequential()
local net_rele = nn.Sequential()
net_input:add(nn.SpatialSymmetricPadding(1,1,1,1))
net_rele :add(nn.SpatialSymmetricPadding(1,1,1,1))
net_input:add(cudnn.SpatialConvolution(self.from_nfeat,self.from_nfeat/2,3,3,1,1))
net_rele :add(cudnn.SpatialConvolution(self.from_nfeat,self.from_nfeat/2,3,3,1,1))
input_layer:add(net_input):add(net_rele)
self.new_act:add(input_layer):add(nn.JoinTable(2)) -- join at (batch,x,256,256)
self.new_act:add(nn.SpatialSymmetricPadding(1,1,1,1))
self.new_act:add(cudnn.SpatialConvolution(self.from_nfeat,self.from_nfeat,3,3,1,1))
self.new_act = self.new_act:cuda()
end
return nn.ParallelNet_Mod
|
local cfg = {}
-- paycheck and bill for users
cfg.message_paycheck = "Você recebeu seu salario: ~g~$" -- message that will show before payment of salary
cfg.message_bill = "Pagamento de contas: ~r~$" -- message that will show before payment of bill
cfg.post = "." -- message that will show after payment
cfg.bank = true -- if true money goes to bank, false goes to wallet
cfg.minutes_paycheck = 30 -- minutes between payment for paycheck
cfg.minutes_bill = 30 -- minutes between withdrawal for bill
cfg.paycheck_title_picture = "Banco do Brasil" -- define title for paycheck notification picture
cfg.paycheck_picture = "CHAR_BANK_MAZE" -- define paycheck notification picture want's to display
cfg.bill_title_picture = "Compania de Seguro" -- define title for bill notification picture
cfg.bill_picture = "CHAR_MP_MORS_MUTUAL" -- define bill notification picture want's to display
cfg.paycheck = { -- ["permission"] = paycheck
["police.paycheck"] = 1600,
--[""] = 0,
["emergency.paycheck"] = 2000,
["taxi.paycheck"] = 800,
["repair.paycheck"] = 800,
["bankdriver.paycheck"] = 1200,
["diretorchefe.paycheck"] = 15000,
["delivery.paycheck"] = 500
}
cfg.bill = { -- ["permission"] = withdrawal
["police.paycheck"] = 450,
--[""] = 0,
["emergency.paycheck"] = 150,
["taxi.paycheck"] = 125,
["repair.paycheck"] = 100,
["bankdriver.paycheck"] = 220,
["diretorchefe.paycheck"] = 2500,
["delivery.paycheck"] = 350
}
return cfg
|
-- type = github -- DO NOT REMOVE THIS LINE!
local name = "kubeval"
local release = "v0.16.1"
local version = "0.16.1"
local org = "instrumenta"
local repo = "kubeval"
local base_url = "https://github.com/" .. org .. "/" .. repo
food = {
name = name,
description = "Validate your Kubernetes configuration files, supports multiple Kubernetes versions",
license = "NOASSERTION",
homepage = "https://kubeval.com",
version = version,
packages = {
{
os = "darwin",
arch = "amd64",
url = base_url .. "/releases/download/" .. release .. "/" .. name .. "-darwin-amd64.tar.gz",
sha256 = "c79a91f2e6638463881a8189e0628ebd583a5e2912e6f411897e3cea567125e7",
resources = {
{
path = name,
installpath = "bin/" .. name,
executable = true
}
}
},
{
os = "linux",
arch = "amd64",
url = base_url .. "/releases/download/" .. release .. "/" .. name .. "-linux-amd64.tar.gz",
sha256 = "2d6f9bda1423b93787fa05d9e8dfce2fc1190fefbcd9d0936b9635f3f78ba790",
resources = {
{
path = name,
installpath = "bin/" .. name,
executable = true
}
}
},
{
os = "windows",
arch = "amd64",
url = base_url .. "/releases/download/" .. release .. "/" .. name .. "-windows-amd64.zip",
sha256 = "3732bd6874f5f508a2f2faa2e47d117562195a94bf2dd20c22036968f26e416a",
resources = {
{
path = name .. ".exe",
installpath = "bin\\" .. name .. ".exe"
}
}
}
}
}
|
require("Game/particleEffect.lua")
--this = SceneNode()
local waveData = {}
local statsBilboard = Core.getBillboard("stats")
-- function: updateDead
-- purpose: to garantee that no more updates are called
function updateDead()
return false
end
-- function: cleanUpCrystal
-- purpose: cleares up all debri when the crystal detonates
function cleanUpCrystal()
if model then
--destroy model
if model then
model:destroyTree()
model = nil
end
--pEffect node
if destroyNode then
destroyNode:destroyTree()
end
--physic node
for i=1, #rigidBodies do
rigidBodies[i]:destroyTree()
end
end
end
-- function: restoreCrystal
-- purpose: restores the crystal to default setting
function restoreCrystal()
this:setLocalPosition(localPos)
this:getChildNode(0):setVisible(true)
end
-- function: restartMap
-- purpose: prepare the script to manage the restart of the map
function restartMap()
cleanUpCrystal()
update = updateDead
particleNode:destroyTree()
pLight:destroyTree()
this:loadLuaScript(this:getCurrentScript():getFileName());
end
-- function: defeated
-- purpose:
function create()
--comUnit
rigidBodies = {}
model = nil
restartListener = Listener("Restart")
restartListener:registerEvent("restart", restartMap)
--crystal
timer = 0.0
localPos = this:getLocalPosition()
pLight = PointLight(Vec3(2.0,0.4,0.0),3.5)
pLight:setLocalPosition(Vec3(0,0.5,0))
this:addChild(pLight)
particleNode = SceneNode()
this:addChild(particleNode)
--spirits
spiritCount = 20
spirits = {}
for i=1, spiritCount do
spirits[i] = {time1=math.randomFloat()*16.0,time2=math.randomFloat()*16.0,timeMul1=math.randomFloat(0.30,0.50),timeMul2=math.randomFloat(0.075,0.15),mat1=Matrix(),mat2=Matrix(),axis=math.randomVec3(),posVec=math.randomVec3()*0.78,effect=ParticleSystem(ParticleEffect.endCrystalSpirit)}
local spirit = spirits[i]
spirit.mat1:createMatrix(math.randomVec3(),math.randomVec3())
spirit.mat2:createMatrix(math.randomVec3(),math.randomVec3())
particleNode:addChild(spirit.effect)
spirit.effect:activate(Vec3())
end
explosion = {size=0}
return true
end
-- function: update
-- purpose: updates the script every frame
function update()
if statsBilboard then
local count = statsBilboard:getInt("life")
--manage if spirit count have changed
if count~=spiritCount then
if spiritCount==0 and count>0 then
--restore the crystal
cleanUpCrystal()
restoreCrystal()
elseif count==0 and spiritCount>0 then
--destroy crystal
destroyCrystal()
end
if count<spiritCount then
--we lost a spirit
spiritLost()
end
spiritCount = count
--set visability on spirits
for i=1, 20 do
spirits[i].effect:setVisible(i<=spiritCount)
end
end
--update spirits and crystal
if spiritCount>0 then
--spirits
for i=1, spiritCount do
local spirit = spirits[i]
spirit.time1 = spirit.time1 + Core.getDeltaTime()*spirit.timeMul1
spirit.time2 = spirit.time2 + Core.getDeltaTime()*spirit.timeMul2
spirit.mat1:rotate(spirit.axis,spirit.time1)
spirit.mat2:rotate(spirit.mat1:getUpVec(),spirit.time2)
spirit.effect:setLocalPosition(spirit.mat2*spirit.posVec+Vec3(0.0,1.05,0.0))
end
--crystal
timer = timer + (Core.getDeltaTime()*0.75)
this:setLocalPosition(Vec3(0,0.25+0.1*math.sin(timer),0)+localPos)
end
else
statsBilboard = Core.getBillboard("stats")
end
return true
end
-- function: destroyCrystal
-- purpose: makes a nice effect where the crystal is shattered inti several pices
function destroyCrystal()
if not model then
--particle effect
destroyNode = SceneNode()
destroyNode:setLocalPosition(localPos)
this:getParent():addChild(destroyNode)
effect = ParticleSystem(ParticleEffect.endCrystalExplosion)
destroyNode:addChild(effect)
effect:activate(Vec3(0,0.75,0))
--physic
model=Core.getModel("end_crystal_cracked.mym")
this:getParent():addChild(model)
model:setLocalMatrix(this:getLocalMatrix())
model:setVisible(false)
for i=1, 24 do
local atVec = model:getMesh("crystal"..i):getLocalPosition()-Vec3(0.0,0.3,0.0)
atVec = Vec3(atVec.x*6,atVec.y*4,atVec.z*6)
rigidBodies[#rigidBodies+1] = RigidBody(this:findNodeByType(NodeId.island),model:getMesh("crystal"..i),atVec)
end
this:getChildNode(0):setVisible(false)
--this:setVisible(false)
end
end
-- function: spiritLost
-- purpose: detonates one spirit and hides it
function spiritLost()
if spiritCount>0 then
doSpiritExplosion(spirits[spiritCount].effect:getLocalPosition())
--
spirits[spiritCount].effect:setVisible(false)
end
end
-- function: doSpiritExplosion
-- purpose: generats the particle effect for the detonation of the spirit
function doSpiritExplosion(pos)
for i=1, explosion.size do
if explosion[i]:isActive()==false then
explosion[i]:activate(pos)
return
end
end
explosion.size = explosion.size + 1
explosion[explosion.size] = ParticleSystem(ParticleEffect.endCrystalSpiritExplosion)
this:addChild(explosion[explosion.size])
explosion[explosion.size]:activate(pos)
end
|
local map = vim.api.nvim_buf_set_keymap
local file = vim.fn.expand('%')
-- compile
map(0, "n", "<Leader>c", ":te arduino-cli compile --fqbn arduino:avr:uno " .. file .. "<CR>", {noremap = true})
-- execute
map(0, "n", "<Leader>e", ":te arduino-cli upload -p /dev/ttyACM0 --fqbn arduino:avr:uno " .. file .. "<CR>", {noremap = true})
-- open serial port
map(0, "n", "<Leader>s", ":te screen /dev/ttyACM0<CR>", {noremap = true})
-- comment & uncomment
map(0, "v", "C", ":s.^.//<CR>gv", {noremap = true})
map(0, "v", "U", ":s.//.<CR>gv", {noremap = true})
|
local Name="luxulux"
local char=workspace[Name]
color2=BrickColor:Black()
color=BrickColor:White()
pcall(function() workspace[Name].Suit:remove() end)
pcall(function() char.Eye:remove() end)
pcall(function() game.Players[Name].PlayerGui:children()[1]:remove() end)
player = game.Players[Name]
player.Character.Humanoid.WalkSpeed = 30
model = Instance.new("Model")
model.Parent = char
model.Name = "Suit"
Eye=Instance.new("Model")
Eye.Name="Eye"
Eye.Parent=char
char.Humanoid.MaxHealth = math.huge
wait(0.5)
char.Humanoid.Health = char.Humanoid.MaxHealth
for _,v in pairs(char:children()) do
if v:IsA("Hat") then
v:remove()
end
end
Tor=Instance.new("Part")
Tor.Size=char.Torso.Size
Tor.BrickColor=color
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(1.01,0.9,1.01)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,0)
Sm=Instance.new("Smoke")
Sm.Size=2
Sm.RiseVelocity=0
Sm.Color=color2.Color
--Sm.Parent=Tor
for _,v in pairs(char:children()) do
if string.sub(v.Name,1,4)=="Left" or string.sub(v.Name,1,4)=='Righ' then
Tor=Instance.new("Part")
Tor.Size=v.Size
Tor.BrickColor=color
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(1.01,0.9,1.01)
w = Instance.new("Weld")
w.Parent = v
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,0)
end
end
char.Head.BrickColor=color
pcall(function() char.Head.face:remove() end)
----Eye----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.Shape="Ball"
Tor.BrickColor=color
Tor.Reflectance=0
Tor.Transparency=0
Tor.Locked=true
Tor.CanCollide=true
Tor.Parent=Eye
Tor.TopSurface="Smooth"
Tor.BottomSurface="Smooth"
Mesh=Instance.new("SpecialMesh")
Mesh.MeshType="Sphere"
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(1.65,1.65,1.65)
w = Instance.new("Weld")
w.Parent = char.Head
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=Eye
Mesh=Instance.new("SpecialMesh")
Mesh.MeshType="Sphere"
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.27,0.27,0.27)
w = Instance.new("Weld")
w.Parent = char.Head
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.75)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0.2
Tor.CanCollide=false
Tor.Parent=Eye
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.3,0.35,0.01)
w = Instance.new("Weld")
w.Parent = char.Head
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.78)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0.2
Tor.CanCollide=false
Tor.Parent=Eye
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.3,0.35,0.01)
w = Instance.new("Weld")
w.Parent = char.Head
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.78)*CFrame.Angles(0,0,math.rad(90))
----/Eye----
----Design 1----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.4,0.4,0.01)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.51)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.49)*CFrame.Angles(0,0,math.rad(90))
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.49)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("SpecialMesh")
Mesh.MeshType="Sphere"
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.25,.25,.25)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,-0.49)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0.27,0,-0.49)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(-0.27,0,-0.49)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0.295,-0.49)*CFrame.Angles(0,0,math.rad(90))
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("CylinderMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.5,0.5,0.049)
w = Instance.new("Weld")
w.Parent = char.Torso
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,-0.295,-0.49)*CFrame.Angles(0,0,math.rad(90))
----/Design 1----
----Design 2----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Left Arm"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(-0.17,-0.275,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Right Arm"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0.17,-0.275,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Left Arm"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(-0.17,0.3,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Right Arm"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0.17,0.3,0)
----/Design2----
----Design 3----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Left Leg"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(-0.17,-0.275,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Right Leg"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0.17,-0.275,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Left Leg"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(-0.17,0.3,0)
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Mesh=Instance.new("BlockMesh")
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(.72,.05,1.1)
w = Instance.new("Weld")
w.Parent = char["Right Leg"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0.17,0.3,0)
----Design3----
----Eye Tool----
function tras(...)
for _,v in pairs(...) do
pcall(function() v.Transparency=1 v.CanCollide=false end)
end
end
function nontras(...)
for _,v in pairs(...) do
pcall(function() v.Transparency=0 v.CanCollide=true end)
end
end
if script.Parent.className~="HopperBin" then
Hopper=Instance.new("HopperBin")
Hopper.Name="Fly"
Hopper.Parent=player.Backpack
LA=Instance.new("HopperBin")
LA.Name="Laser"
LA.Parent=game.Players[Name].Backpack
script.Parent=Hopper
Sw=Instance.new("Tool")
Sw.Name="Sword"
Sw.Parent=game.Players[Name].Backpack
end
Hopper=script.Parent
LA=player.Backpack.Laser
Sw=player.Backpack.Sword
Up=1
function Button1own(mouse)
BodyP.Parent=nil
local eye=Eye:children()[1]
BodyV=Instance.new("BodyVelocity")
BodyV.Name="BodyV"
BodyV.Parent=char.Head
BodyV.maxForce=Vector3.new(math.huge,math.huge,math.huge)
BodyGyro=Instance.new("BodyGyro")
BodyGyro.maxTorque=Vector3.new(math.huge,math.huge,math.huge)
BodyGyro.Parent=char.Head
Up=0
local spd = 35
repeat
wait(0.2)
BodyGyro.cframe=CFrame.new(char.Head.Position,mouse.Hit.p)
BodyV.velocity=mouse.Hit.lookVector*spd
until Up==1
pcall(function() char.Head.BodyV:remove() end)
pcall(function() char.Head.BodyGyro:remove() end)
pcall(function() char.Head.BodyV:remove() end)
pcall(function() char.Head.BodyGyro:remove() end)
char.Head.Velocity=Vector3.new(0,0,0)
BodyP.position=char.Head.Position
BodyP.Parent=char.Head
end
function Button1up(mouse)
Up=1
end
function Key(key)
if key=="g" then
local ex = Instance.new("Explosion")
ex.Position = char.Head.Position
ex.Hit:connect(function(hit)
if hit.Parent.Name~=Name and hit.Parent.Name~="Suit" and hit.Parent.Name~="Eye" and hit.Name~="Base" then
hit.Anchored=false
hit:BreakJoints()
hit.Velocity=(hit.Position-ex.Position).unit*-250
end
end)
ex.BlastRadius = 8
ex.BlastPressure = 0
ex.Parent = game.Workspace
end
end
Hopper.Selected:connect(function(mouse)
tras(model:children())
tras(char:children())
BodyP=Instance.new('BodyPosition')
BodyP.Name="DroidForce"
BodyP.maxForce=Vector3.new(math.huge,math.huge,math.huge)
BodyP.position=char.Head.Position
BodyP.Parent=char.Head
mouse.Button1Down:connect(function() Button1own(mouse) end)
mouse.Icon = "rbxasset://textures\\GunCursor.png"
mouse.KeyDown:connect(function(key) Key(key) end)
mouse.Button1Up:connect(function() Button1up(mouse) end)
end)
Hopper.Deselected:connect(function()
nontras(model:children())
nontras(char:children())
pcall(function() char.Head.BodyV:remove() end)
pcall(function() char.Head.BodyGyro:remove() end)
pcall(function() char.Head.DroidForce:remove() end)
end)
----/Flying----
----Laser----
de=1
eye=Eye:children()[1]
function BLAG(mouse)
if de==1 then
de=2
BodyGyro=Instance.new("BodyGyro")
BodyGyro.maxTorque=Vector3.new(math.huge,math.huge,math.huge)
BodyGyro.Parent=eye
local Laz=Instance.new("Part")
Laz.Anchored=true
Laz.BrickColor=BrickColor:Red()
Laz.Reflectance=0
Laz.TopSurface="Smooth"
Laz.BottomSurface="Smooth"
Laz.CanCollide=false
Laz.CFrame=CFrame.new((eye.Position+mouse.Hit.p)/2,mouse.Hit.p)
Laz.Parent=eye
Laz.Size=Vector3.new(1,1,2)
Laz.Transparency=0
local Me=Instance.new("BlockMesh")
Me.Parent=Laz
for i=1,15 do
Me.Scale = Vector3.new(i/65,i/65,(eye.Position - mouse.Hit.p).magnitude/2)
Laz.CFrame=CFrame.new((eye.Position+mouse.Hit.p)/2,mouse.Hit.p)
BodyGyro.cframe=CFrame.new(eye.Position,mouse.Hit.p)
wait()
end
ex=Instance.new("Explosion")
ex.Position=mouse.Hit.p
ex.BlastPressure=200000
ex.BlastRadius=5
ex.Parent=char
wait()
for i=1,3 do
wait(0.15)
Laz.Transparency=Laz.Transparency+0.3
end
Laz:remove()
BodyGyro:remove()
wait(0.2)
de=1
end
end
function BOOM(mouse)
mouse.Icon = "rbxasset://textures\\GunCursor.png"
mouse.Button1Down:connect(function() BLAG(mouse) end)
end
LA.Selected:connect(BOOM)
----/Laser----
----Swords On Back----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,3,1)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=false
Tor.Parent=model
Tor.Name="Sword"
Mesh=Instance.new("SpecialMesh")
Mesh.MeshType="FileMesh"
Mesh.MeshId="http://www.roblox.com/asset/?id=20719463"
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(1,.9,1)
w = Instance.new("Weld")
w.Parent = char["Torso"]
w.Part0 = w.Parent
w.Part1 = Tor
w.C0 = CFrame.new(0,0,.6)*CFrame.Angles(3.14*1.5,1.6*1.5,3.14)
----/Sword On Back----
----Sword----
Tor=Instance.new("Part")
Tor.Size=Vector3.new(1,1,4)
Tor.BrickColor=color2
Tor.Reflectance=0
Tor.Transparency=0
Tor.CanCollide=True
Tor.Parent=Sw
Tor.Name="Handle"
Mesh=Instance.new("SpecialMesh")
Mesh.MeshType="FileMesh"
Mesh.MeshId="http://www.roblox.com/asset/?id=20719463"
Mesh.Parent=Tor
Mesh.Scale=Vector3.new(1,.9,1)
-----------------
Sword=Sw
Sword.GripForward=Vector3.new(-1, -0, -0)
Sword.GripPos=Vector3.new(0, 0, -1.75)
Sword.GripRight=Vector3.new(0,1,0)
Sword.GripUp=Vector3.new(0,0,1)
grip=Sword.GripUp
De=1
function Hit(h)
if h.Parent~=nil and h.Parent.Name~=Name then
pcall(function() h.Parent.Humanoid:TakeDamage(2000) end)
end
end
function swordOut()
if De==1 then
De=0
for i=1,9 do
Sword.GripUp=Sword.GripUp+Vector3.new((8/36),0,0)
wait()
end
wait(0.25)
for i=1,8 do
Sword.GripUp=Sword.GripUp+Vector3.new((-8/36),0,0)
wait()
end
Sword.GripUp=grip
wait()
De=1
end
end
Tor.Touched:connect(Hit)
Sword.Equipped:connect(function() pcall(function() model.Sword.Transparency=1 end) end)
Sword.Unequipped:connect(function() pcall(function() model.Sword.Transparency=0 end) end)
Sword.Activated:connect(swordOut)
----/Sword----
for _,v in pairs(model:children()) do
pcall(function() v.Locked=true end)
end
for _,v in pairs(Eye:children()) do
pcall(function() v.Locked=true end)
end
|
nodecore.register_aism({
label = "Pliant material itemstack drying increment",
interval = 5,
chance = 2,
itemnames = {"nc_concrete:terrain_stone_blank_ply"},
action = function(stack, data)
if(data.pos)then
local modif = 0;
if(data.player and data.list == "main")then
modif = data.inv:contains_item("main", ItemStack({name = "nc_sponge:sponge_wet", count = 1}),false) and modif + 1 or modif + 0
else end
modif = modif + (-1*math.floor(#nodecore.find_nodes_around(data.pos, "group:igniter",1)/4))
nodecore.smokefx(data.pos, 5, data.rate)
local meta = stack:get_meta()
meta:set_int("curetime", meta:get_int("curetime") + 2 - modif)
minetest.chat_send_all(meta:get_int("curetime") or "k")
return stack
end
end
})
nodecore.register_aism({
label = "Pliant material itemstack drying complete",
interval = 1,
chance = 1,
itemnames = {"nc_concrete:terrain_stone_blank_ply"},
action = function(stack, data)
local meta = stack:get_meta()
if(data.pos and meta:get_int("curetime") > 20)then
meta:set_int("curetime", 0)
nodecore.sound_play("nc_terrain_stony", {gain = 2, pos = data.pos})
local taken = stack:take_item(1)
local taken = ItemStack({name = "nc_terrain:stone", count = 1})
meta:set_int("curetime", 0)
if(data.inv) then taken = data.inv:add_item("main", taken) end
if(not taken:is_empty()) then nodecore.item_eject(data.pos, taken) end
return stack
end
end
})
|
return {'aelmans','aelbers','aelen'}
|
if settings.startup["shipping-containers-enable-belts"].value then
local TECH_NAME = "gate-belts"
local VANILLA_BELTS = {
["transport-belt"]=true,
["fast-transport-belt"]=true,
["express-transport-belt"]=true,
["se-space-transport-belt"]=true,
}
-- Technology to unlock stuff (all mixed together right now)
local belt_tech = {
type = "technology",
name = TECH_NAME,
effects = {
},
icons = {
{
icon = "__base__/graphics/icons/transport-belt.png",
icon_size = 64,
scale = 1.5,
tint = {a=1, b=0.5, g=0.5, r=0.5},
icon_mipmaps = 4,
},
{
icon = "__base__/graphics/icons/gate.png",
icon_size = 64,
scale = 1.0,
shift = {0, -24},
tint = {a=1, b=0.2, g=1, r=1},
icon_mipmaps = 4,
}
},
order = "zz",
prerequisites = { "logistics-2", "gate" },
unit = {
count = 100,
time = 20,
ingredients = {
{ "automation-science-pack", 1 },
{ "logistic-science-pack", 1 },
}
},
}
data:extend{belt_tech}
-- Item subgroup for gate-belts
data:extend{
{
type = "item-subgroup",
name = "gate-belt",
group = "logistics",
order = "b[belt]-g"
},
}
local function applyGateBeltIcon(belt, gate)
if belt.icons then
local gate_scale = (gate.icon_size/belt.icons[1].icon_size)*0.5*(belt.icons[1].scale or 32/belt.icons[1].icon_size)
table.insert(belt.icons, {
icon = gate.icon,
icon_size = gate.icon_size,
icon_mipmaps = gate.icon_mipmaps,
scale = gate_scale,
shift = {gate.icon_size*gate_scale*0.5, -gate.icon_size*gate_scale*0.5}
})
else
local gate_scale = (gate.icon_size/belt.icon_size)*0.5*(32/belt.icon_size)
belt.icons = {
{
icon = belt.icon,
icon_size = belt.icon_size,
icon_mipmaps = belt.icon_mipmaps,
scale = 32/belt.icon_size
},
{
icon = gate.icon,
icon_size = gate.icon_size,
icon_mipmaps = gate.icon_mipmaps,
scale = gate_scale,
shift = {gate.icon_size*gate_scale*0.5, -gate.icon_size*gate_scale*0.5}
},
}
belt.icon = nil
belt.icon_size = nil
belt.icon_mipmaps = nil
end
end
local function makeGateBelt(new_name, source_name)
local belt = table.deepcopy(data.raw["transport-belt"][source_name])
if not belt then
log("ERROR: Could not find transport-belt:"..source_name)
return
end
log("Creating gate-crossing belt '"..new_name.."' based on '"..source_name.."'.")
belt.name = new_name
belt.localised_name = {"shipping-container.gate-belt-name", "__ENTITY__"..source_name.."__"}
belt.localised_description = {"shipping-container.gate-belt-description"}
belt.minable.result = belt.name
belt.selection_priority = 55
belt.collision_mask = {"transport-belt-layer"}
belt.next_upgrade = nil
belt.fast_replaceable_group = "gate-belt"
local belt_item = table.deepcopy(data.raw.item[source_name])
belt_item.name = belt.name
belt_item.place_result = belt.name
belt_item.localised_name = belt.localised_name
belt_item.localised_description = belt.localised_description
belt_item.subgroup = "gate-belt"
local belt_recipe = {
type = "recipe",
name = belt.name,
category = "crafting",
result = belt.name,
energy_required = 10,
result_count = 1,
enabled = false,
always_show_made_in = true,
}
if belt.related_underground_belt then
belt_recipe.ingredients = {
{ name = belt.related_underground_belt, amount = 2 },
{ name = "advanced-circuit", amount = 2 },
}
belt.related_underground_belt = nil
else
belt_recipe.ingredients = {
{ name = source_name, amount = 2 },
{ name = "iron-gear-wheel", amount = 10 },
{ name = "advanced-circuit", amount = 2 },
}
end
applyGateBeltIcon(belt, data.raw.gate["gate"])
applyGateBeltIcon(belt_item, data.raw.gate["gate"])
data:extend{belt, belt_item, belt_recipe}
-- Add all belts to the same technology (eventually make this a script unlock?)
table.insert(data.raw.technology[TECH_NAME].effects, {type="unlock-recipe", recipe=belt_recipe.name})
end
-- Make a gate-crossing variant for every transport belt
local belts = {}
for name,belt in pairs(data.raw["transport-belt"]) do
if settings.startup["shipping-containers-modded-belts"].value or VANILLA_BELTS[name] then
belts[#belts+1] = name
end
end
for i=1,#belts do
local found = 0
local new_name, found = string.gsub(belts[i], "transport%-belt", "gate-belt")
if found > 0 then
makeGateBelt(new_name, belts[i])
end
end
end
|
--
-- Create all HUD variables.
--
local Heart = Material("icon16/heart.png")
--
-- Create the font used throughout the HUD.
--
surface.CreateFont("HUDFont", {
font = "Default",
size = 15,
weight = 1000
})
--
-- Take all of the default HUD elements below and hide them.
--
local HiddenElements = {
["CHudHealth"] = true,
["CHudBattery"] = true,
["CHudSuitPower"] = true
}
local function HideHUD(name)
if (HiddenElements[name]) then return false end
end
hook.Add("HUDShouldDraw", "HideHUD", HideHUD)
--
-- Add custom things to the HUD.
--
local function DrawHUD()
-- Bare
surface.SetDrawColor(40, 40, 40, 200)
surface.DrawRect(0, 0, ScrW(), 25)
surface.SetDrawColor(100, 100, 100, 200)
surface.DrawOutlinedRect(0, 0, ScrW(), 25)
surface.DrawOutlinedRect(0, 0, 65, 25)
-- Health
surface.SetFont("HUDFont")
surface.SetTextColor(200, 200, 200, 255)
surface.SetTextPos(22, 5)
surface.DrawText(LocalPlayer():Health() .. "%")
surface.SetDrawColor(255, 255, 255, 255)
surface.SetMaterial(Heart)
surface.DrawTexturedRect(5, 5, 16, 16)
end
hook.Add("HUDPaint", "DrawMyHUD", DrawHUD)
|
TriggerType = {}
---@type number
TriggerType.Sphere = 0
---@type number
TriggerType.Box = 1
|
--[[--
trace.enter_config{
name = name
}
This function is used by execute.config and logs the inclusion of a configuration.
--]]--
function trace.enter_config(args)
if not trace._disabled then
local name = args.name
if type(name) ~= "string" then
error("No name string passed to trace.enter_config{...}.")
end
trace._open_section{ type = "config", name = name }
end
end
|
mod_scale = 2/3
data:extend(
{
{
type = "assembling-machine",
name = "gasification-plant",
icon = "__base__/graphics/icons/chemical-plant.png",
icon_size = 32,
flags = {"placeable-neutral","placeable-player", "player-creation"},
minable = {hardness = 0.2, mining_time = 0.5, result = "gasification-plant"},
max_health = 300,
corpse = "big-remnants",
dying_explosion = "medium-explosion",
collision_box = {{-0.8, -0.8}, {0.8, 0.8}},
selection_box = {{-0.9, -0.9}, {0.9, 0.9}},
--[[module_specification =
{
module_slots = 3
},
allowed_effects = {"consumption", "speed", "productivity", "pollution"},]]
animation = make_4way_animation_from_spritesheet({ layers =
{
{
filename = "__base__/graphics/entity/chemical-plant/chemical-plant.png",
width = 122,
height = 134,
frame_count = 1,
shift = util.by_pixel(-5, -4.5),
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-chemical-plant.png",
width = 244,
height = 268,
frame_count = 1,
shift = util.by_pixel(-5, -4.5),
scale = 0.5 * mod_scale
}
},
{
filename = "__base__/graphics/entity/chemical-plant/chemical-plant-shadow.png",
width = 175,
height = 110,
frame_count = 1,
shift = util.by_pixel(31.5, 11),
scale = mod_scale,
draw_as_shadow = true,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-chemical-plant-shadow.png",
width = 350,
height = 219,
frame_count = 1,
shift = util.by_pixel(31.5, 10.75),
draw_as_shadow = true,
scale = 0.5 * mod_scale
}
},
}}),
working_visualisations =
{
{
north_position = util.by_pixel(30, -24),
west_position = util.by_pixel(1, -49.5),
south_position = util.by_pixel(-30, -48),
east_position = util.by_pixel(-11, -1),
apply_recipe_tint = "primary",
animation =
{
filename = "__base__/graphics/entity/chemical-plant/boiling-green-patch.png",
frame_count = 32,
width = 15,
height = 10,
animation_speed = 0.5,
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-boiling-green-patch.png",
frame_count = 32,
width = 30,
height = 20,
animation_speed = 0.5,
scale = 0.5 * mod_scale
}
}
},
{
north_position = util.by_pixel(30, -24),
west_position = util.by_pixel(1, -49.5),
south_position = util.by_pixel(-30, -48),
east_position = util.by_pixel(-11, -1),
apply_recipe_tint = "secondary",
animation =
{
filename = "__base__/graphics/entity/chemical-plant/boiling-green-patch-mask.png",
frame_count = 32,
width = 15,
height = 10,
animation_speed = 0.5,
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-boiling-green-patch-mask.png",
frame_count = 32,
width = 30,
height = 20,
animation_speed = 0.5,
scale = 0.5 * mod_scale
}
}
},
{
apply_recipe_tint = "tertiary",
north_position = {0, 0},
west_position = {0, 0},
south_position = {0, 0},
east_position = {0, 0},
north_animation =
{
filename = "__base__/graphics/entity/chemical-plant/boiling-window-green-patch.png",
frame_count = 1,
width = 87,
height = 60,
shift = util.by_pixel(0, -5),
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-boiling-window-green-patch.png",
x = 0,
frame_count = 1,
width = 174,
height = 119,
shift = util.by_pixel(0, -5.25),
scale = 0.5 * mod_scale
}
},
east_animation =
{
filename = "__base__/graphics/entity/chemical-plant/boiling-window-green-patch.png",
x = 87,
frame_count = 1,
width = 87,
height = 60,
shift = util.by_pixel(0, -5),
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-boiling-window-green-patch.png",
x = 174,
frame_count = 1,
width = 174,
height = 119,
shift = util.by_pixel(0, -5.25),
scale = 0.5 * mod_scale
}
},
south_animation =
{
filename = "__base__/graphics/entity/chemical-plant/boiling-window-green-patch.png",
x = 174,
frame_count = 1,
width = 87,
height = 60,
shift = util.by_pixel(0, -5),
scale = mod_scale,
hr_version = {
filename = "__base__/graphics/entity/chemical-plant/hr-boiling-window-green-patch.png",
x = 348,
frame_count = 1,
width = 174,
height = 119,
shift = util.by_pixel(0, -5.25),
scale = 0.5 * mod_scale
}
}
}
},
vehicle_impact_sound = { filename = "__base__/sound/car-metal-impact.ogg", volume = 0.65 },
working_sound =
{
sound =
{
{
filename = "__base__/sound/boiler.ogg",
volume = 0.8
}
},
idle_sound = { filename = "__base__/sound/idle1.ogg", volume = 0.6 },
apparent_volume = 1.5,
},
crafting_speed = 1.25,
energy_source =
{
type = "burner",
fuel_category = "chemical",
effectivity = 0.9,
emissions = 0.03 / 3.5,
fuel_inventory_size = 1,
--[[smoke =
{
{
name = "smoke",
frequency = 10,
position = {0.7, -1.2},
starting_vertical_speed = 0.08,
starting_frame_deviation = 60
}
}]]
},
--[[energy_source =
{
type = "electric",
usage_priority = "secondary-input",
emissions = 0.03 / 3.5
},]]
energy_usage = "210kW",
ingredient_count = 4,
crafting_categories = {"gasification-recipes"},
fluid_boxes =
{
{
production_type = "input",
pipe_covers = pipecoverspictures(),
base_area = 10,
base_level = -1,
pipe_connections = {{ type="input", position = {-0.5, -1.5} }}
},
--[[
{
production_type = "input",
pipe_covers = pipecoverspictures(),
base_area = 10,
base_level = -1,
pipe_connections = {{ type="input", position = {1, -2} }}
},]]
{
production_type = "output",
pipe_covers = pipecoverspictures(),
base_level = 1,
pipe_connections = {{ position = {-0.5, 1.5} }}
}
--[[
{
production_type = "output",
pipe_covers = pipecoverspictures(),
base_level = 1,
pipe_connections = {{ position = {1, 2} }}
}]]
}
}
}
)
|
#!/usr/local/bin/lua
Game = {}
function Game:play()
print("let's play a game")
end
function Game:quit()
print("I am going to quit")
end
return Game
|
--[[
____ _ _ _
/ ___| _ _ _ __ ___ / \ __| |_ __ ___ (_)_ __
\___ \| | | | '_ \ / __| / _ \ / _` | '_ ` _ \| | '_ \
___) | |_| | | | | (__ / ___ \ (_| | | | | | | | | | |
|____/ \__, |_| |_|\___/_/ \_\__,_|_| |_| |_|_|_| |_|
|___/
@Description: SyncAdmin plugin command to create smoke for the selected user.
@Author: Dominik [VolcanoINC], Hannah Jane [DataSynchronized]
--]]
local command = {}
command.PermissionLevel = 1
command.Shorthand = nil
command.Params = {"PlayerList"}
command.Usage = "smoke Player1,Player2,..."
command.Description = [[Gives a player smoke]]
command.Init = function(main)
end
command.Run = function(main,user,users)
local list = {}
for _,player in pairs(users) do
if (player.Character) then
Instance.new("Smoke",player.Character:findFirstChild("HumanoidRootPart"))
table.insert(list,player.Name)
end
end
return true,"Gave the following people smoke: " .. table.concat(list,", "),list,user.Name .. " gave you smoke"
end
return command
|
-- Create the item groups for the new big recipes
require("util")
local function itemGroupSetup()
for k,v in pairs(util.table.deepcopy(data.raw["item-group"])) do
v.localised_name = v.localised_name or {"item-group-name." .. v.name}
v.name = v.name .. "-big"
v.order = "y" .. v.order
data.raw["item-group"][k .. "-big"] = v
end
for k,v in pairs(util.table.deepcopy(data.raw["item-subgroup"])) do
v.name = v.name .. "-big"
v.group = v.group .. "-big"
data.raw["item-subgroup"][k .. "-big"] = v
end
end
itemGroupSetup()
|
require('torch')
require('nn')
--- @class GaussianToBernoulli
local GaussianToBernoulli, GaussianToBernoulliParent = torch.class('nn.GaussianToBernoulli', 'nn.Module')
--- Initialize.
function GaussianToBernoulli:__init(mean)
self.logvar = -2
self.eps = 0.5
end
--- Print dimensions of last layer.
-- @param input output of last layer
-- @return unchanged output of last layer
function GaussianToBernoulli:updateOutput(input)
assert(self.logvar)
-- for each pixel compute the probability of non-occupancy as
-- \int_{-\infty}^\epsilon N(x|\mu,\sigma^2) dx
-- i.e. as he cumulative density function of a Gaussian and
-- a fixed parameter epsilon.
-- So we compute
-- p_i = 1 - \frac{1}{2}[1 + erf(\frac{\epsilon - \mu_i}{\sqrt{2} \sigma_i})]
local function erf(x)
-- constants
local a1 = 0.254829592
local a2 = -0.284496736
local a3 = 1.421413741
local a4 = -1.453152027
local a5 = 1.061405429
local p = 0.3275911
-- Save the sign of x
local sign = torch.sign(x)
x = torch.abs(x)
-- A&S formula 7.1.26
local ones = x:clone():fill(1)
local t = torch.cdiv(ones, 1.0 + p*x)
local y = torch.cmul(a5*t + a4, t)
y = torch.cmul(y + a3, t)
y = torch.cmul(y + a2, t)
y = torch.cmul(y + a1, t)
y = 1.0 - torch.cmul(y, torch.exp(torch.cmul(-x, x)))
return torch.cmul(sign, y)
end
self.output = 0.5*(1 + erf(math.exp(-0.5*self.logvar)*0.707106781*(self.eps - input)))
return self.output
end
--- Print the gradients of the next layer.
-- @param input original input of last layer
-- @param gradOutput gradients of next layer
-- @return unchanged gradients of next layer
function GaussianToBernoulli:updateGradInput(input, gradOutput)
self.gradInput = torch.cmul(- math.exp(-0.5*self.logvar)/math.sqrt(2*math.pi)*torch.exp(-0.5*torch.exp(-self.logvar)*torch.cmul(self.eps - input, self.eps - input)), gradOutput)
return self.gradInput
end
|
local SLEEKPANEL = {}
function SLEEKPANEL:Init()
self:SetBackgroundColor(Color(0, 0, 0, 0));
self:EnableVerticalScrollbar();
self:SetSpacing(10);
self.VBar.Paint = fn.Id
self.VBar.btnUp.Paint = fn.Id
self.VBar.btnDown.Paint = fn.Id
end
function SLEEKPANEL:fillLabels(tbl)
self:Clear();
for i, cmd in ipairs(tbl) do
local lbl = vgui.Create("SleekF1ChatCommandLabel");
lbl:setChatCommand(cmd);
lbl.OnMousePressed = self.OnMousePressed
self:AddItem(lbl);
end
end
derma.DefineControl("SleekF1ChatCommandPanel", "", SLEEKPANEL, "DPanelList");
|
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