entities listlengths 1 8.61k | max_stars_repo_path stringlengths 7 172 | max_stars_repo_name stringlengths 5 89 | max_stars_count int64 0 82k | content stringlengths 14 1.05M | id stringlengths 2 6 | new_content stringlengths 15 1.05M | modified bool 1 class | references stringlengths 29 1.05M |
|---|---|---|---|---|---|---|---|---|
[
{
"context": "keke.com')).toBeFalsy()\n\n it 'should succeed on \"keke@keke.com\"', () ->\n helper.link()\n expect(helper.vali",
"end": 563,
"score": 0.9997132420539856,
"start": 550,
"tag": "EMAIL",
"value": "keke@keke.com"
},
{
"context": " ->\n helper.link()\n expect(helper.validate('keke@keke.com')).toBeTruthy()\n\n\n",
"end": 632,
"score": 0.9991912245750427,
"start": 619,
"tag": "EMAIL",
"value": "keke@keke.com"
}
] | src/tests/validators/email.spec.coffee | SteefTheBeef/angular-validate | 0 | describe 'Email Test', () ->
helper = new ValidatorTestHelper()
helper.beforeEach('email')
it 'should fail on "keke"', () ->
helper.link()
expect(helper.validate('keke')).toBeFalsy()
it 'should fail on "keke@"', () ->
helper.link()
expect(helper.validate('keke@')).toBeFalsy()
it 'should fail on "keke.@."', () ->
helper.link()
expect(helper.validate('keke.@.')).toBeFalsy()
it 'should fail on "keke.com"', () ->
helper.link()
expect(helper.validate('keke.com')).toBeFalsy()
it 'should succeed on "keke@keke.com"', () ->
helper.link()
expect(helper.validate('keke@keke.com')).toBeTruthy()
| 217792 | describe 'Email Test', () ->
helper = new ValidatorTestHelper()
helper.beforeEach('email')
it 'should fail on "keke"', () ->
helper.link()
expect(helper.validate('keke')).toBeFalsy()
it 'should fail on "keke@"', () ->
helper.link()
expect(helper.validate('keke@')).toBeFalsy()
it 'should fail on "keke.@."', () ->
helper.link()
expect(helper.validate('keke.@.')).toBeFalsy()
it 'should fail on "keke.com"', () ->
helper.link()
expect(helper.validate('keke.com')).toBeFalsy()
it 'should succeed on "<EMAIL>"', () ->
helper.link()
expect(helper.validate('<EMAIL>')).toBeTruthy()
| true | describe 'Email Test', () ->
helper = new ValidatorTestHelper()
helper.beforeEach('email')
it 'should fail on "keke"', () ->
helper.link()
expect(helper.validate('keke')).toBeFalsy()
it 'should fail on "keke@"', () ->
helper.link()
expect(helper.validate('keke@')).toBeFalsy()
it 'should fail on "keke.@."', () ->
helper.link()
expect(helper.validate('keke.@.')).toBeFalsy()
it 'should fail on "keke.com"', () ->
helper.link()
expect(helper.validate('keke.com')).toBeFalsy()
it 'should succeed on "PI:EMAIL:<EMAIL>END_PI"', () ->
helper.link()
expect(helper.validate('PI:EMAIL:<EMAIL>END_PI')).toBeTruthy()
|
[
{
"context": "(element) ->\n super\n @name = ko.observable('World')\n",
"end": 273,
"score": 0.7235448956489563,
"start": 268,
"tag": "NAME",
"value": "World"
}
] | client/components/home-page/index.coffee | ryansolid/component-ko-example | 0 | ko = require 'knockout'
Component = require 'component-register-ko'
module.exports = class HomePage extends Component
@tag: 'home-page', @template: require './template'
@styles: require './styles'
constructor: (element) ->
super
@name = ko.observable('World')
| 160375 | ko = require 'knockout'
Component = require 'component-register-ko'
module.exports = class HomePage extends Component
@tag: 'home-page', @template: require './template'
@styles: require './styles'
constructor: (element) ->
super
@name = ko.observable('<NAME>')
| true | ko = require 'knockout'
Component = require 'component-register-ko'
module.exports = class HomePage extends Component
@tag: 'home-page', @template: require './template'
@styles: require './styles'
constructor: (element) ->
super
@name = ko.observable('PI:NAME:<NAME>END_PI')
|
[
{
"context": "R = if LOCAL then \"http://localhost\" else \"http://50.116.7.184\"\n\nwindow.socket = socket = io.connect SERVER\n\nper",
"end": 67,
"score": 0.9825966954231262,
"start": 55,
"tag": "IP_ADDRESS",
"value": "50.116.7.184"
},
{
"context": ".latitude, lng: position.coords.longitude, name: 'test'}\n \n # TODO: Handle denials, in the cas",
"end": 798,
"score": 0.7970427870750427,
"start": 794,
"tag": "USERNAME",
"value": "test"
}
] | src/client.coffee | feross/Fling | 13 | SERVER = if LOCAL then "http://localhost" else "http://50.116.7.184"
window.socket = socket = io.connect SERVER
percentOfHeight = (percent) -> $(window).height() * (percent / 100)
percentOfWidth = (percent) -> $(window).width() * (percent / 100)
playWhoosh = ->
$('body').append '<audio preload="auto" autoplay><source src="/static/sound/whoosh.mp3" /><source src="/static/sound/whoosh.ogg" /></audio>'
$(document).ready ->
$('#frisbee-button').click ->
socket.emit 'frisbee', {lat: 5, lng: 5}
navigator.geolocation.getCurrentPosition (position) ->
console.log(position.coords.latitude, position.coords.longitude)
# TODO: ask the user for their name
socket.emit 'id', {lat: position.coords.latitude, lng: position.coords.longitude, name: 'test'}
# TODO: Handle denials, in the case of denial, just fail
handleData = (data) ->
{type, content} = data
switch type
when "url"
a = $("<iframe src='#{content}'></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "youtube"
time = if data.time then data.time else ""
a = $("<iframe src='http://www.youtube.com/embed/#{content}?autoplay=1\#t=#{time}' style='background-color: #fff' frameborder='0' autoplay=true allowfullscreen></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "image"
$("body").append $("<img src='#{content}'></img>")
when "spotify"
document.location = "spotify:track:#{content}"
else
alert("Unknown")
return
a.hide()
a.appendTo('.content')
a.fadeIn('slow')
socket.on 'frisbee', (data) ->
console.log data
throwFrisbee ->
handleData data
throwFrisbee = window.throwFrisbee = (cb) ->
if !$('.content').length
$("body").append $('<div>', class: 'content')
else
$('.content').empty()
$('.swoosh').fadeOut().remove()
oldFrisbee = $ '.frisbee'
animateFrisbee = ->
oldFrisbee.remove()
playWhoosh()
frisbee = $ '<div>', class: 'frisbee frisbeeContent'
frisbee.css left: 145, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
frisbee.animate width: percentOfWidth(150), height: percentOfHeight(150),
duration: 1500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 750, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(-25), bottom: percentOfHeight(-25)}, 750, 'easeInOutQuad', ->
cb()
if oldFrisbee.length is 0
animateFrisbee()
else if oldFrisbee.hasClass('frisbeeContent')
oldFrisbee.fadeOut animateFrisbee
else
oldFrisbee.animate left: -300, 1000, 'easeInOutQuad', animateFrisbee
showSwoosh = ->
swoosh = $ '<img>', class: 'swoosh', src: '/static/img/swoosh.png'
swoosh.css left: 100, bottom: 150, width: percentOfWidth(75), height: percentOfHeight(60) - 50, opacity: 0
swoosh.appendTo '#fixed'
swoosh.animate opacity: 1, 500, 'linear'
# icons = ['music', 'video', 'article']
# for type in icons
# icon = $ '<div>', class: type
# icon
throwLogoFrisbee = (frisbee) ->
kid2 = $ '<div>', class: 'kid2'
kid2.css right: -50, bottom: 50
kid2.appendTo '#fixed'
kid2.animate right: 75, 250
frisbee.animate width: 249, height: 145,
duration: 2500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 1250, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(25), bottom: percentOfHeight(60)}, 1250, 'easeInOutQuad', ->
showSwoosh()
createCloud = ->
cloudNum = Math.floor(Math.random()*3) + 1
cloudTop = Math.floor(Math.random()*200) + 1
cloud = $ '<div>', class: 'cloud'+cloudNum
cloud.css left: $(window).width(), top: cloudTop
cloud.appendTo '#fixed'
cloud.animate {left: -250}, 60000, 'linear', ->
cloud.remove()
performYTSearch = (s, cb) ->
$.ajax
dataType: 'jsonp'
type: 'GET'
url: "http://gdata.youtube.com/feeds/api/videos?q=#{ encodeURIComponent(s) }" +
"&format=5&v=2&alt=jsonc" + # Force embeddable vids (format=5)
"&max-results=1"
success: (responseData, textStatus, XMLHttpRequest) =>
if videoId = responseData?.data?.items?[0].id
cb (videoId)
startAnimation = ->
createCloud()
window.setInterval ->
createCloud()
, 15000
kid1 = $ '<div>', class: 'kid1'
kid1.css left: -50, bottom: 50
kid1.appendTo '#fixed'
frisbee = $ '<img>', class: 'frisbeeLogo frisbee', src: '/static/img/frisbee-logo.png'
frisbee.css left: 20, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
time = 500
kid1.animate left: 75, time
frisbee.animate left: 145, bottom: 137, time, ->
window.setTimeout ->
throwLogoFrisbee(frisbee)
, 200
$ ->
search = window.location.search
if search
YT_SEARCH = ///youtube=([^&]*)///
result = YT_SEARCH.exec search
s = result[1]
s = s.replace(',', ' ')
YT_TIME = ///time=([^&]*)///
result = YT_TIME.exec search
time = result[1]
console.log 'hey'
performYTSearch s, (videoId) ->
throwFrisbee ->
handleData type: 'youtube', content: videoId, time: time
else
startAnimation()
| 128505 | SERVER = if LOCAL then "http://localhost" else "http://192.168.127.12"
window.socket = socket = io.connect SERVER
percentOfHeight = (percent) -> $(window).height() * (percent / 100)
percentOfWidth = (percent) -> $(window).width() * (percent / 100)
playWhoosh = ->
$('body').append '<audio preload="auto" autoplay><source src="/static/sound/whoosh.mp3" /><source src="/static/sound/whoosh.ogg" /></audio>'
$(document).ready ->
$('#frisbee-button').click ->
socket.emit 'frisbee', {lat: 5, lng: 5}
navigator.geolocation.getCurrentPosition (position) ->
console.log(position.coords.latitude, position.coords.longitude)
# TODO: ask the user for their name
socket.emit 'id', {lat: position.coords.latitude, lng: position.coords.longitude, name: 'test'}
# TODO: Handle denials, in the case of denial, just fail
handleData = (data) ->
{type, content} = data
switch type
when "url"
a = $("<iframe src='#{content}'></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "youtube"
time = if data.time then data.time else ""
a = $("<iframe src='http://www.youtube.com/embed/#{content}?autoplay=1\#t=#{time}' style='background-color: #fff' frameborder='0' autoplay=true allowfullscreen></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "image"
$("body").append $("<img src='#{content}'></img>")
when "spotify"
document.location = "spotify:track:#{content}"
else
alert("Unknown")
return
a.hide()
a.appendTo('.content')
a.fadeIn('slow')
socket.on 'frisbee', (data) ->
console.log data
throwFrisbee ->
handleData data
throwFrisbee = window.throwFrisbee = (cb) ->
if !$('.content').length
$("body").append $('<div>', class: 'content')
else
$('.content').empty()
$('.swoosh').fadeOut().remove()
oldFrisbee = $ '.frisbee'
animateFrisbee = ->
oldFrisbee.remove()
playWhoosh()
frisbee = $ '<div>', class: 'frisbee frisbeeContent'
frisbee.css left: 145, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
frisbee.animate width: percentOfWidth(150), height: percentOfHeight(150),
duration: 1500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 750, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(-25), bottom: percentOfHeight(-25)}, 750, 'easeInOutQuad', ->
cb()
if oldFrisbee.length is 0
animateFrisbee()
else if oldFrisbee.hasClass('frisbeeContent')
oldFrisbee.fadeOut animateFrisbee
else
oldFrisbee.animate left: -300, 1000, 'easeInOutQuad', animateFrisbee
showSwoosh = ->
swoosh = $ '<img>', class: 'swoosh', src: '/static/img/swoosh.png'
swoosh.css left: 100, bottom: 150, width: percentOfWidth(75), height: percentOfHeight(60) - 50, opacity: 0
swoosh.appendTo '#fixed'
swoosh.animate opacity: 1, 500, 'linear'
# icons = ['music', 'video', 'article']
# for type in icons
# icon = $ '<div>', class: type
# icon
throwLogoFrisbee = (frisbee) ->
kid2 = $ '<div>', class: 'kid2'
kid2.css right: -50, bottom: 50
kid2.appendTo '#fixed'
kid2.animate right: 75, 250
frisbee.animate width: 249, height: 145,
duration: 2500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 1250, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(25), bottom: percentOfHeight(60)}, 1250, 'easeInOutQuad', ->
showSwoosh()
createCloud = ->
cloudNum = Math.floor(Math.random()*3) + 1
cloudTop = Math.floor(Math.random()*200) + 1
cloud = $ '<div>', class: 'cloud'+cloudNum
cloud.css left: $(window).width(), top: cloudTop
cloud.appendTo '#fixed'
cloud.animate {left: -250}, 60000, 'linear', ->
cloud.remove()
performYTSearch = (s, cb) ->
$.ajax
dataType: 'jsonp'
type: 'GET'
url: "http://gdata.youtube.com/feeds/api/videos?q=#{ encodeURIComponent(s) }" +
"&format=5&v=2&alt=jsonc" + # Force embeddable vids (format=5)
"&max-results=1"
success: (responseData, textStatus, XMLHttpRequest) =>
if videoId = responseData?.data?.items?[0].id
cb (videoId)
startAnimation = ->
createCloud()
window.setInterval ->
createCloud()
, 15000
kid1 = $ '<div>', class: 'kid1'
kid1.css left: -50, bottom: 50
kid1.appendTo '#fixed'
frisbee = $ '<img>', class: 'frisbeeLogo frisbee', src: '/static/img/frisbee-logo.png'
frisbee.css left: 20, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
time = 500
kid1.animate left: 75, time
frisbee.animate left: 145, bottom: 137, time, ->
window.setTimeout ->
throwLogoFrisbee(frisbee)
, 200
$ ->
search = window.location.search
if search
YT_SEARCH = ///youtube=([^&]*)///
result = YT_SEARCH.exec search
s = result[1]
s = s.replace(',', ' ')
YT_TIME = ///time=([^&]*)///
result = YT_TIME.exec search
time = result[1]
console.log 'hey'
performYTSearch s, (videoId) ->
throwFrisbee ->
handleData type: 'youtube', content: videoId, time: time
else
startAnimation()
| true | SERVER = if LOCAL then "http://localhost" else "http://PI:IP_ADDRESS:192.168.127.12END_PI"
window.socket = socket = io.connect SERVER
percentOfHeight = (percent) -> $(window).height() * (percent / 100)
percentOfWidth = (percent) -> $(window).width() * (percent / 100)
playWhoosh = ->
$('body').append '<audio preload="auto" autoplay><source src="/static/sound/whoosh.mp3" /><source src="/static/sound/whoosh.ogg" /></audio>'
$(document).ready ->
$('#frisbee-button').click ->
socket.emit 'frisbee', {lat: 5, lng: 5}
navigator.geolocation.getCurrentPosition (position) ->
console.log(position.coords.latitude, position.coords.longitude)
# TODO: ask the user for their name
socket.emit 'id', {lat: position.coords.latitude, lng: position.coords.longitude, name: 'test'}
# TODO: Handle denials, in the case of denial, just fail
handleData = (data) ->
{type, content} = data
switch type
when "url"
a = $("<iframe src='#{content}'></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "youtube"
time = if data.time then data.time else ""
a = $("<iframe src='http://www.youtube.com/embed/#{content}?autoplay=1\#t=#{time}' style='background-color: #fff' frameborder='0' autoplay=true allowfullscreen></iframe>")
a.css width: percentOfWidth(100) - 100, height: percentOfHeight(100) - 100
when "image"
$("body").append $("<img src='#{content}'></img>")
when "spotify"
document.location = "spotify:track:#{content}"
else
alert("Unknown")
return
a.hide()
a.appendTo('.content')
a.fadeIn('slow')
socket.on 'frisbee', (data) ->
console.log data
throwFrisbee ->
handleData data
throwFrisbee = window.throwFrisbee = (cb) ->
if !$('.content').length
$("body").append $('<div>', class: 'content')
else
$('.content').empty()
$('.swoosh').fadeOut().remove()
oldFrisbee = $ '.frisbee'
animateFrisbee = ->
oldFrisbee.remove()
playWhoosh()
frisbee = $ '<div>', class: 'frisbee frisbeeContent'
frisbee.css left: 145, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
frisbee.animate width: percentOfWidth(150), height: percentOfHeight(150),
duration: 1500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 750, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(-25), bottom: percentOfHeight(-25)}, 750, 'easeInOutQuad', ->
cb()
if oldFrisbee.length is 0
animateFrisbee()
else if oldFrisbee.hasClass('frisbeeContent')
oldFrisbee.fadeOut animateFrisbee
else
oldFrisbee.animate left: -300, 1000, 'easeInOutQuad', animateFrisbee
showSwoosh = ->
swoosh = $ '<img>', class: 'swoosh', src: '/static/img/swoosh.png'
swoosh.css left: 100, bottom: 150, width: percentOfWidth(75), height: percentOfHeight(60) - 50, opacity: 0
swoosh.appendTo '#fixed'
swoosh.animate opacity: 1, 500, 'linear'
# icons = ['music', 'video', 'article']
# for type in icons
# icon = $ '<div>', class: type
# icon
throwLogoFrisbee = (frisbee) ->
kid2 = $ '<div>', class: 'kid2'
kid2.css right: -50, bottom: 50
kid2.appendTo '#fixed'
kid2.animate right: 75, 250
frisbee.animate width: 249, height: 145,
duration: 2500
easing: 'linear'
queue: false
frisbee.animate {left: percentOfWidth(75), bottom: percentOfHeight(45)}, 1250, 'easeOutQuad'
frisbee.animate {left: percentOfWidth(25), bottom: percentOfHeight(60)}, 1250, 'easeInOutQuad', ->
showSwoosh()
createCloud = ->
cloudNum = Math.floor(Math.random()*3) + 1
cloudTop = Math.floor(Math.random()*200) + 1
cloud = $ '<div>', class: 'cloud'+cloudNum
cloud.css left: $(window).width(), top: cloudTop
cloud.appendTo '#fixed'
cloud.animate {left: -250}, 60000, 'linear', ->
cloud.remove()
performYTSearch = (s, cb) ->
$.ajax
dataType: 'jsonp'
type: 'GET'
url: "http://gdata.youtube.com/feeds/api/videos?q=#{ encodeURIComponent(s) }" +
"&format=5&v=2&alt=jsonc" + # Force embeddable vids (format=5)
"&max-results=1"
success: (responseData, textStatus, XMLHttpRequest) =>
if videoId = responseData?.data?.items?[0].id
cb (videoId)
startAnimation = ->
createCloud()
window.setInterval ->
createCloud()
, 15000
kid1 = $ '<div>', class: 'kid1'
kid1.css left: -50, bottom: 50
kid1.appendTo '#fixed'
frisbee = $ '<img>', class: 'frisbeeLogo frisbee', src: '/static/img/frisbee-logo.png'
frisbee.css left: 20, bottom: 137, width: 50, height: 29
frisbee.appendTo '#fixed'
time = 500
kid1.animate left: 75, time
frisbee.animate left: 145, bottom: 137, time, ->
window.setTimeout ->
throwLogoFrisbee(frisbee)
, 200
$ ->
search = window.location.search
if search
YT_SEARCH = ///youtube=([^&]*)///
result = YT_SEARCH.exec search
s = result[1]
s = s.replace(',', ' ')
YT_TIME = ///time=([^&]*)///
result = YT_TIME.exec search
time = result[1]
console.log 'hey'
performYTSearch s, (videoId) ->
throwFrisbee ->
handleData type: 'youtube', content: videoId, time: time
else
startAnimation()
|
[
{
"context": " autoassign : false\n key : \"is_proxy_rule\"\n id_touch_list\n ast\n ",
"end": 18601,
"score": 0.874885082244873,
"start": 18588,
"tag": "KEY",
"value": "is_proxy_rule"
},
{
"context": " for i in [0 ... last_id]\n key = \"__arg_#{i}\"\n # p \"key=#{key}\"\n ",
"end": 19741,
"score": 0.9973506331443787,
"start": 19729,
"tag": "KEY",
"value": "\"__arg_#{i}\""
},
{
"context": " else\n if v.key == \"__arg_0\" and rule.sequence.length == 3\n ",
"end": 20576,
"score": 0.7557905912399292,
"start": 20575,
"tag": "KEY",
"value": "0"
},
{
"context": " }\n else if v.key == \"__arg_1\" and rule.sequence.length == 3\n ",
"end": 20926,
"score": 0.697698175907135,
"start": 20926,
"tag": "KEY",
"value": ""
},
{
"context": " break\n \n pass_hash_key = \"proxy_#{head_rule.sequence.join(',')}_#{uid++}\"\n ",
"end": 22784,
"score": 0.9710308909416199,
"start": 22776,
"tag": "KEY",
"value": "proxy_#{"
},
{
"context": "s_hash_key = \"proxy_#{head_rule.sequence.join(',')}_#{uid++}\"\n head_rule.ret_hash_key = pass_",
"end": 22816,
"score": 0.9781731963157654,
"start": 22814,
"tag": "KEY",
"value": "#{"
},
{
"context": "key = \"proxy_#{head_rule.sequence.join(',')}_#{uid++}\"\n head_rule.ret_hash_key = pass_hash_",
"end": 22819,
"score": 0.7278755307197571,
"start": 22819,
"tag": "KEY",
"value": ""
}
] | src/rule.coffee | hu2prod/gram2 | 0 | # BUG hash_to_pos для head/tail правил отсутствует
module = @
require 'fy/lib/codegen'
{Node} = require './node'
{explicit_list_generator} = require './explicit_list_generator'
# ###################################################################################################
# tokenizer
# ###################################################################################################
{Tokenizer, Token_parser} = require 'gram'
tokenizer = new Tokenizer
tokenizer.parser_list.push (new Token_parser 'dollar_id', /^\$[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'hash_id', /^\#[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'pass_id', /^\@[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'id', /^[_a-z][_a-z0-9]*/i)
tokenizer.parser_list.push (new Token_parser '_bin_op', /// ^ (
(&&?|\|\|?|[-+*/])|
<>|[<>!=]=|<|>
) ///)
tokenizer.parser_list.push (new Token_parser '_pre_op', /^!/)
# tokenizer.parser_list.push (new Token_parser 'assign_bin_op', /^(&&?|\|\|?|[-+])?=/)
tokenizer.parser_list.push (new Token_parser 'bracket', /^[\[\]\(\)\{\}]/)
tokenizer.parser_list.push (new Token_parser 'delimiter', /^[:.]/)
string_regex_craft = ///
\\[^xu] | # x and u are case sensitive while hex letters are not
\\x[0-9a-fA-F]{2} | # Hexadecimal escape sequence
\\u(?:
[0-9a-fA-F]{4} | # Unicode escape sequence
\{(?:
[0-9a-fA-F]{1,5} | # Unicode code point escapes from 0 to FFFFF
10[0-9a-fA-F]{4} # Unicode code point escapes from 100000 to 10FFFF
)\}
)
///.toString().replace(/\//g,'')
single_quoted_regex_craft = ///
(?:
[^\\] |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_singleq' , /// ^ ' #{single_quoted_regex_craft} ' ///)
double_quoted_regexp_craft = ///
(?:
[^\\#] |
\#(?!\{) |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_doubleq' , /// ^ " #{double_quoted_regexp_craft} " ///)
tokenizer.parser_list.push (new Token_parser 'number', /^[0-9]+/)
# ###################################################################################################
# gram
# ###################################################################################################
base_priority = -9000
{Gram} = require 'gram'
gram = new Gram
q = (a, b)->gram.rule a,b
q('pre_op', '!') .mx('priority=1')
q('pre_op', '-') .mx('priority=1')
q('pre_op', '+') .mx('priority=1')
q('bin_op', '*|/') .mx('priority=5 right_assoc=1')
q('bin_op', '+|-') .mx('priority=6 right_assoc=1')
q('bin_op', '<|<=|>|>=|!=|<>|==') .mx('priority=9')
q('bin_op', '&|&&|and|or|[PIPE]|[PIPE][PIPE]') .mx('priority=10 right_assoc=1')
q('access_rvalue', '#dollar_id') .mx("priority=#{base_priority} ult=dollar_id")
q('access_rvalue', '#hash_id') .mx("priority=#{base_priority} ult=hash_id")
q('rvalue', '#access_rvalue') .mx("priority=#{base_priority} ult=access_rvalue")
q('rvalue', '#pass_id') .mx("priority=#{base_priority} ult=dollar_id")
q('rvalue', '#number') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#id') .mx("priority=#{base_priority} ult=wrap_string")
q('rvalue', '#string_literal_singleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#string_literal_doubleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority<#bin_op.priority')
# q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority=#bin_op.priority #bin_op.left_assoc')
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority=#bin_op.priority #rvalue[2].priority<#bin_op.priority #bin_op.right_assoc')
q('rvalue', '#pre_op #rvalue') .mx('priority=#pre_op.priority ult=pre_op') .strict('#rvalue[1].priority<=#pre_op.priority')
q('rvalue', '( #rvalue )') .mx("priority=#{base_priority} ult=deep")
q('access_rvalue', '#hash_id [ #rvalue ]') .mx("priority=#{base_priority} ult=hash_array_access")
q('rvalue', '#access_rvalue [ #number : #number ]') .mx("priority=#{base_priority} ult=slice_access")
# . access
q('rvalue', '#access_rvalue . #id') .mx("priority=#{base_priority} ult=field_access")
q('strict_rule', '#rvalue') .mx("ult=deep")
# ###################################################################################################
# trans
# ###################################################################################################
{
Translator
bin_op_translator_framework
bin_op_translator_holder
un_op_translator_framework
un_op_translator_holder
} = require 'gram'
trans = new Translator
trans.trans_skip = {}
trans.trans_token = {}
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
list.push ctx.translate v
list
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in bin_op_list = "+ - * / && ||".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
# SPECIAL
holder.op_list["&"] = new bin_op_translator_framework "($1&&$2)"
holder.op_list["|"] = new bin_op_translator_framework "($1||$2)"
holder.op_list["<>"] = new bin_op_translator_framework "($1!=$2)"
for v in bin_op_list = "== != < <= > >=".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
trans.translator_hash['bin_op'] = holder
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "+ - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
trans.translator_hash['pre_op'] = holder
# ###################################################################################################
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['value'] = translate:(ctx, node)->node.value
trans.translator_hash['wrap_string'] = translate:(ctx, node)->JSON.stringify node.value
trans.translator_hash['dollar_id'] = translate:(ctx, node)->
idx = (node.value.substr 1)-1
if idx < 0 or idx >= ctx.rule.sequence.length
throw new Error "strict_rule access out of bounds [0, #{ctx.rule.sequence.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['hash_id'] = translate:(ctx, node)->
name = node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
node.mx_hash.idx = idx = idx_list[0]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['access_rvalue'] = translate:(ctx, node)->
code = ctx.translate node.value_array[0]
"#{code}.value"
trans.translator_hash['hash_array_access'] = translate:(ctx, node)->
[id_node, _s, idx_node] = node.value_array
name = id_node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
idx = idx_node.value-1
if idx < 0 or idx >= idx_list.length
throw new Error "hash_array_access out of bounds [0, #{idx_list.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx = idx_list[idx]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['slice_access'] = translate:(ctx, node)->
[rvalue_node, _s, start_node, _s, end_node] = node.value_array
rvalue = ctx.translate rvalue_node
start = +start_node.value
end = +end_node.value
if end < start
throw new Error "end < start at #{node.value}"
"#{rvalue}.value.substr(#{start},#{end-start+1})"
trans.translator_hash['field_access'] = translate:(ctx, node)->
[root_node, _s, field_node] = node.value_array
root = ctx.translate root_node
field = field_node.value
"#{root}.mx_hash.#{field}"
# ###################################################################################################
# Gram_rule
# ###################################################################################################
class @Gram_rule
hash_to_pos : {}
ret_hash_key: ''
ret_hash_key_idx: 0
sequence : []
mx_sequence : []
strict_sequence : []
mx_rule_fn : (arg_list)->{} # default pass
strict_rule_fn: (arg_list)->true # default pass
# TODO loop wrap
constructor : ()->
@hash_to_pos = {}
@sequence = []
@mx_sequence = []
@strict_sequence= []
cmp_seq : (t)->
return @sequence.join() == t.sequence.join()
# ###################################################################################################
# mx
# ###################################################################################################
mx : (str)->
pos_list = str.split /\s+/g
@mx_sequence = []
code_jl = []
for pos in pos_list
continue if !pos
[key, value] = pos.split `/=/`
if !value # autoassign case
if @sequence.length != 1
throw new Error "can't autoassign if sequence.length(#{@sequence.length}) != 1"
@mx_sequence.push {
autoassign : true
key
id_touch_list : null
ast : null
}
continue
{id_touch_list, ast} = @_strict_pos_parse value
@mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
_mx : ()->
code_jl = []
for v in @mx_sequence
{key} = v
if v.autoassign
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = arg_list[0].mx_hash[#{JSON.stringify key}];
"""
else
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = #{code};
"""
@mx_rule_fn = eval """
__ret = (function(arg_list, mx_hash_stub){
#{join_list code_jl, ' '}
})
"""
return
cmp_mx : (t)->
return false if @mx_sequence.length != t.mx_sequence.length
for v1,idx in @mx_sequence
v2 = t.mx_sequence[idx]
return false if v1.autoassign != v2.autoassign
return false if v1.key != v2.key
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
# ###################################################################################################
# strict
# ###################################################################################################
strict : (str)->
pos_list = str.split /\s+/g
@strict_sequence = []
for pos in pos_list
continue if !pos
{id_touch_list, ast} = @_strict_pos_parse pos
@strict_sequence.push {
id_touch_list
ast
}
return
_strict : ()->
code_jl = []
for pos,idx in @sequence
continue if pos[0] == "#"
code_jl.push """
if (arg_list[#{idx}].value != #{JSON.stringify pos}) return false;
"""
for v in @strict_sequence
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
if (!(#{code})) return false;
"""
@strict_rule_fn = eval """
__ret = (function(arg_list){
#{join_list code_jl, ' '}
return true;
})
"""
cmp_strict : (t)->
return false if @strict_sequence.length != t.strict_sequence.length
for v1,idx in @strict_sequence
v2 = t.strict_sequence[idx]
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
_strict_pos_parse : (str)->
tok_list = tokenizer.go str
gram.mode_full = true
ast = gram.parse_text_list tok_list,
expected_token : 'strict_rule'
if ast.length == 0
throw new Error "Parsing error. No proper combination found"
if ast.length != 1
# [a,b] = ast
# show_diff a,b
### !pragma coverage-skip-block ###
throw new Error "Parsing error. More than one proper combination found #{ast.length}"
trans.rule = @
trans.id_touch_list = []
code = trans.go ast[0]
{
code
id_touch_list : trans.id_touch_list
ast : ast[0]
}
# unused
# cmp : (t)->
# return false if @ret_hash_key != t.ret_hash_key
# return false if !@cmp_seq(t)
# return false if !@cmp_mx(t)
# return false if !@cmp_strict(t)
# return
_head_cmp : (t)->
return false if @ret_hash_key != t.ret_hash_key
return false if !@cmp_seq(t)
return false if !@cmp_mx(t)
return false if !@cmp_strict(t)
true
class @Gram_rule_proxy
rule_list : []
constructor:()->
@rule_list = []
mx : (str)->
for rule in @rule_list
rule.mx str
@
strict : (str)->
for rule in @rule_list
rule.strict str
@
# ###################################################################################################
# Gram
# ###################################################################################################
str_replace = (search, replace, str)-> str.split(search).join(replace)
@gram_escape= (v) ->
v = str_replace '|', '[PIPE]', v
v = str_replace '?', '[QUESTION]', v
v = str_replace '$', '[DOLLAR]', v
v = str_replace '#', '[HASH]', v
@gram_unescape= (v) ->
v = str_replace '[PIPE]', '|', v
v = str_replace '[QUESTION]','?', v
v = str_replace '[DOLLAR]', '$', v # нужно в случае конструкций ${}, когда нельзя отделить $ от токена
v = str_replace '[HASH]', '#', v
class @Gram
@magic_attempt_limit_mult : 20
initial_rule_list : []
hash_key_list : []
extra_hash_key_list : []
_optimized : false
# Array<Array<Node> >
# hki = hash_key_idx
# a_pos = left token bound position
# b_pos = right token bound position
t_hki_a_pos_old_list : []
t_hki_a_pos_new_list : []
t_hki_b_pos_old_list : []
t_hki_b_pos_new_list : []
new_new_list : []
constructor:()->
@initial_rule_list = []
@hash_key_list = []
@extra_hash_key_list = []
@t_hki_a_pos_old_list = []
@t_hki_a_pos_new_list = []
@t_hki_b_pos_old_list = []
@t_hki_b_pos_new_list = []
@new_new_list = []
rule : (_ret, str_list)->
@_optimized = false
ret = new module.Gram_rule_proxy
hash_to_pos = {}
pos_list_list = []
for chunk,idx in chunk_list = str_list.split /\s+/g
list = chunk.split '|'
if list.length > 1
# NOTE positions not allowed, only const
for v,k in list
if v[0] == '#'
throw new Error "#positions + | not allowed"
list[k] = module.gram_unescape v
pos_list_list.push list
continue
if chunk[0] == "#"
id = chunk.substr 1
id = module.gram_unescape id
hash_to_pos[id] ?= []
hash_to_pos[id].push idx
if /\?$/.test chunk
chunk = chunk.substr 0, chunk.length-1
chunk = module.gram_unescape chunk
pos_list_list.push [chunk, null]
continue
chunk = module.gram_unescape chunk
pos_list_list.push [chunk]
pos_list_list2 = explicit_list_generator pos_list_list
for sequence in pos_list_list2
id_mapping = {}
sequence_filtered = []
dst = 0
for v,idx in sequence
continue if !v?
id_mapping[idx] = dst++
sequence_filtered.push v
continue if sequence_filtered.length == 0
rule = new module.Gram_rule
rule.ret_hash_key = _ret
for k,v of hash_to_pos
rule.hash_to_pos[k] = v.map (t)->id_mapping[t]
rule.sequence = sequence_filtered
rule.strict('') # reinit strict_rule_fn by sequence in case strict will not be called at all
@initial_rule_list.push rule
ret.rule_list.push rule
ret
rule_1_by_arg : []
rule_2_by_arg : []
optimize : ()->
@_optimized = true
synth_rule_list = []
uid = 0
proxy = new module.Gram_rule
proxy.sequence = ['STUB', 'STUB']
replace_id_access = (tree, skip_id)->
search_idx = tree.mx_hash.idx
if search_idx?
if search_idx != skip_id
{ast} = proxy._strict_pos_parse "$1.__arg_#{search_idx}"
return ast
else
# $2
# #a
# #a[2]
{ast} = proxy._strict_pos_parse "@2"
return ast
list = tree.value_array
for v,k in list
list[k] = replace_id_access v, skip_id
tree
for rule in @initial_rule_list
switch rule.sequence.length
when 1,2
found = false
for _rule in synth_rule_list
if rule._head_cmp _rule
found = _rule
break
if !found
synth_rule_list.push rule
else
found = null
while rule.sequence.length > 2
head_rule = new module.Gram_rule
tail_rule = new module.Gram_rule
{ast, id_touch_list} = proxy._strict_pos_parse "1"
tail_rule.mx_sequence.push {
autoassign : false
key : "is_proxy_rule"
id_touch_list
ast
}
tail_rule.ret_hash_key = rule.ret_hash_key
head_rule.hash_to_pos = rule.hash_to_pos # дабы не сломалось ничего.
_max_idx = rule.sequence.length-1
for k,list of rule.hash_to_pos
v = list.last()
if v == _max_idx
tail_rule.hash_to_pos[k] ?= []
tail_rule.hash_to_pos[k].push 1
# а остальных быть не может т.к. strict rule будет переписано и все остальные позиции будут через @
head_rule.sequence = rule.sequence.clone()
last = head_rule.sequence.pop()
tail_rule.sequence = ['REPLACE_ME', last]
last_id = head_rule.sequence.length
# mx отдувается за всех. Ему нужно пробросить всё
head_filled_with_mx_pass = false
fill_head = ()->
if !head_filled_with_mx_pass
head_filled_with_mx_pass = true
for i in [0 ... last_id]
key = "__arg_#{i}"
# p "key=#{key}"
{ast, id_touch_list} = head_rule._strict_pos_parse "@#{i+1}"
head_rule.mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
for v in rule.mx_sequence
if v.autoassign # DEBUG ONLY
throw new Error "WTF"
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
tail_rule.mx_sequence.push v
else
# PROBLEM
fill_head()
v.ast = replace_id_access v.ast, last_id
tail_rule.mx_sequence.push v
else
if v.key == "__arg_0" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@1"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else if v.key == "__arg_1" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@2"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else
head_rule.mx_sequence.push v
{ast, id_touch_list} = proxy._strict_pos_parse "$1.#{v.key}"
tail_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
for v in rule.strict_sequence
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
# tail_rule.strict_sequence.push v
# p "last_id=#{last_id}"
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
v.ast = replace_id_access v.ast, last_id
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
tail_rule.strict_sequence.push v
else
v.ast = replace_id_access v.ast, last_id # вызывать тяжелую артиллерию только тогда, когда действительно надо
tail_rule.strict_sequence.push v
# PROBLEM
fill_head()
else
head_rule.strict_sequence.push v
for _rule in synth_rule_list
if head_rule._head_cmp _rule
found = _rule
break
synth_rule_list.push tail_rule
if found
tail_rule.sequence[0] = "#"+found.ret_hash_key
break
pass_hash_key = "proxy_#{head_rule.sequence.join(',')}_#{uid++}"
head_rule.ret_hash_key = pass_hash_key
tail_rule.sequence[0] = "#"+pass_hash_key
rule = head_rule
if !found
synth_rule_list.push rule
for rule in synth_rule_list
rule._mx()
rule._strict()
# ###################################################################################################
@hash_key_list.clear()
@hash_key_list.push '*' # special position for string constants
@hash_key_list.uappend @extra_hash_key_list
for rule in synth_rule_list
@hash_key_list.upush rule.ret_hash_key
for v in rule.sequence
if v[0] == "#"
@hash_key_list.upush v.substr 1
for rule in synth_rule_list
rule.ret_hash_key_idx = @hash_key_list.idx rule.ret_hash_key
# ###################################################################################################
@rule_1_by_arg = []
for i in [0 ... @hash_key_list.length]
@rule_1_by_arg.push []
@rule_2_by_arg = []
for i in [0 ... (@hash_key_list.length ** 2)]
@rule_2_by_arg.push []
pos_to_idx = (pos)=>
idx = 0 # if string const
if pos[0] == "#"
idx = @hash_key_list.idx pos.substr 1
if idx == -1 # DEBUG
throw new Error "WTF idx == -1 pos=#{pos} #{JSON.stringify @hash_key_list}"
idx
mult = @hash_key_list.length
for rule in synth_rule_list
switch rule.sequence.length
when 1
[pos] = rule.sequence
idx = pos_to_idx pos
@rule_1_by_arg[idx].push rule
when 2
[pos_a, pos_b] = rule.sequence
idx_a = pos_to_idx pos_a
idx_b = pos_to_idx pos_b
@rule_2_by_arg[idx_a*mult + idx_b].push rule
return
hypothesis_find : (node_hypothesis_list, opt={})->
@optimize() if !@_optimized
mode_full = false
mode_full = opt.mode_full if opt.mode_full?
expected_token_idx = -1
if opt.expected_token?
if -1 == expected_token_idx = @hash_key_list.idx opt.expected_token
throw new Error "unknown expected_token hash_key '#{opt.expected_token}' list=#{JSON.stringify @hash_key_list}"
max_hki = @hash_key_list.length
max_idx = node_hypothesis_list.length
@t_hki_a_pos_old_list.length = max_hki
@t_hki_a_pos_new_list.length = max_hki
@t_hki_b_pos_old_list.length = max_hki
@t_hki_b_pos_new_list.length = max_hki
t_hki_a_new_count_list = []
t_hki_b_new_count_list = []
for i in [0 ... max_hki]
t_hki_a_new_count_list.push 0
t_hki_b_new_count_list.push 0
init_max_idx = ()->
ret = []
for j in [0 .. max_idx]
ret.push []
ret
@new_new_list = []
# INCLUSIVE [a,b]
for i in [0 ... max_hki]
@t_hki_a_pos_old_list[i] = init_max_idx()
@t_hki_a_pos_new_list[i] = init_max_idx()
@t_hki_b_pos_old_list[i] = init_max_idx()
@t_hki_b_pos_new_list[i] = init_max_idx()
for v_list,idx in node_hypothesis_list
for v in v_list
v.a = idx
v.b = idx+1
v.hash_key_idx = @hash_key_list.idx v.mx_hash.hash_key
if v.hash_key_idx == -1
throw new Error "WTF v.hash_key_idx == -1 v.mx_hash.hash_key=#{v.mx_hash.hash_key} list=#{JSON.stringify @hash_key_list}"
@t_hki_a_pos_new_list[v.hash_key_idx][idx ].push v
@t_hki_b_pos_new_list[v.hash_key_idx][idx+1].push v
if v.hash_key_idx != 0
@t_hki_a_pos_new_list[0][idx ].push v
@t_hki_b_pos_new_list[0][idx+1].push v
@new_new_list.push v
# create hash_key_idx arrays for max_idx
ret = []
fin_collect = ()=>
ret.clear()
if mode_full
for pos_list_list,hash_key_idx in @t_hki_a_pos_old_list
continue if expected_token_idx != -1 and hash_key_idx != expected_token_idx
list = pos_list_list[0]
for v in list
continue if v.b != max_idx
continue if v.hash_key_idx != hash_key_idx
ret.push v
for v in @new_new_list
continue if v.a != 0
continue if v.b != max_idx
continue if expected_token_idx != -1 and v.hash_key_idx != expected_token_idx
ret.push v
if mode_full then false else !!ret.length
return ret if fin_collect()
# BUG? правила вида term term лезут во все токены в поисках value даже в те, где есть только value_view
limit = Gram.magic_attempt_limit_mult*max_idx
for i in [1 .. limit]
@new_new_list.clear()
# MORE OPT jump list
for hash_key_idx in [0 ... max_hki]
count = 0
for v in @t_hki_a_pos_new_list[hash_key_idx]
count += v.length
t_hki_a_new_count_list[hash_key_idx] = count
count = 0
for v in @t_hki_b_pos_new_list[hash_key_idx]
count += v.length
t_hki_b_new_count_list[hash_key_idx] = count
# L2R
rule_2_idx = 0
len = @hash_key_list.length
for hash_key_idx_1 in [0 ... len]
for hash_key_idx_2 in [0 ... len]
rule_list = @rule_2_by_arg[rule_2_idx++]
continue if rule_list.length == 0
# new_list_b_count = 1
# new_list_a_count = 1
new_list_b_count = t_hki_b_new_count_list[hash_key_idx_1]
new_list_a_count = t_hki_a_new_count_list[hash_key_idx_2]
continue if new_list_a_count == 0 and new_list_b_count == 0
node_old_list_b = @t_hki_b_pos_old_list[hash_key_idx_1]
node_new_list_b = @t_hki_b_pos_new_list[hash_key_idx_1]
node_old_list_a = @t_hki_a_pos_old_list[hash_key_idx_2]
node_new_list_a = @t_hki_a_pos_new_list[hash_key_idx_2]
# OPT this call can be inlined
# keeped for readability
fn = (lla, llb)=>
# TODO opt no new token at hash_key (count before rule)
for list_a,joint_pos in llb
continue if list_a.length == 0
list_b = lla[joint_pos]
continue if list_b.length == 0
for rule in rule_list
# can opt in strict_rule_fn
for a in list_a
for b in list_b
value_array = [a, b]
# PROD
continue if !rule.strict_rule_fn value_array
# DEBUG
# try
# res = rule.strict_rule_fn value_array
# catch err
# pp value_array[0]
# p rule.strict_rule_fn.toString()
# throw err
# continue if !res
#
new_node = new Node
new_node.value_view = "#{a.value or a.value_view} #{b.value or b.value_view}"
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = a.a
new_node.b = b.b
@new_new_list.push new_node
return
if new_list_b_count
fn node_old_list_a, node_new_list_b
if new_list_a_count
fn node_new_list_a, node_old_list_b
if new_list_a_count and new_list_b_count
fn node_new_list_a, node_new_list_b
# R2L ничего не даст т.к. new_new_list
# singles
for rule_list, hash_key_idx in @rule_1_by_arg
for node_list in @t_hki_a_pos_new_list[hash_key_idx]
for rule in rule_list
# can opt in strict_rule_fn
for node in node_list
value_array = [node]
continue if !rule.strict_rule_fn value_array
new_node = new Node
new_node.value_view = node.value or node.value_view
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = node.a
new_node.b = node.b
@new_new_list.push new_node
return ret if fin_collect()
for hki in [0 ... max_hki]
for pos in [0 .. max_idx]
if @t_hki_a_pos_new_list[hki][pos].length
@t_hki_a_pos_old_list[hki][pos].append @t_hki_a_pos_new_list[hki][pos]
@t_hki_a_pos_new_list[hki][pos].clear()
if @t_hki_b_pos_new_list[hki][pos].length
@t_hki_b_pos_old_list[hki][pos].append @t_hki_b_pos_new_list[hki][pos]
@t_hki_b_pos_new_list[hki][pos].clear()
for node in @new_new_list
@t_hki_a_pos_new_list[node.hash_key_idx][node.a].push node
@t_hki_b_pos_new_list[node.hash_key_idx][node.b].push node
@t_hki_a_pos_new_list[0][node.a].push node
@t_hki_b_pos_new_list[0][node.b].push node
if @new_new_list.length == 0
# p "# ###################################################################################################"
# pp @t_hki_a_pos_old_list
@new_new_list.clear()
fin_collect()
return ret
throw new Error "magic_attempt_limit_mult exceed"
go : (node_hypothesis_list, opt={})->
opt.reemerge ?= true
ret = @hypothesis_find node_hypothesis_list, opt
if opt.reemerge
walk = (tree)->
for v in tree.value_array
walk v
if tree.mx_hash.is_proxy_rule
delete tree.mx_hash.is_proxy_rule
[head, tail] = tree.value_array
tree.value_array.clear()
tree.value_array.append head.value_array
tree.value_array.push tail
str_list = []
for v in tree.value_array
str_list.push v.value or v.value_view
tree.value_view = str_list.join ' '
return
for tree,k in ret
ret[k] = tree = tree.deep_clone()
walk tree
ret
| 26213 | # BUG hash_to_pos для head/tail правил отсутствует
module = @
require 'fy/lib/codegen'
{Node} = require './node'
{explicit_list_generator} = require './explicit_list_generator'
# ###################################################################################################
# tokenizer
# ###################################################################################################
{Tokenizer, Token_parser} = require 'gram'
tokenizer = new Tokenizer
tokenizer.parser_list.push (new Token_parser 'dollar_id', /^\$[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'hash_id', /^\#[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'pass_id', /^\@[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'id', /^[_a-z][_a-z0-9]*/i)
tokenizer.parser_list.push (new Token_parser '_bin_op', /// ^ (
(&&?|\|\|?|[-+*/])|
<>|[<>!=]=|<|>
) ///)
tokenizer.parser_list.push (new Token_parser '_pre_op', /^!/)
# tokenizer.parser_list.push (new Token_parser 'assign_bin_op', /^(&&?|\|\|?|[-+])?=/)
tokenizer.parser_list.push (new Token_parser 'bracket', /^[\[\]\(\)\{\}]/)
tokenizer.parser_list.push (new Token_parser 'delimiter', /^[:.]/)
string_regex_craft = ///
\\[^xu] | # x and u are case sensitive while hex letters are not
\\x[0-9a-fA-F]{2} | # Hexadecimal escape sequence
\\u(?:
[0-9a-fA-F]{4} | # Unicode escape sequence
\{(?:
[0-9a-fA-F]{1,5} | # Unicode code point escapes from 0 to FFFFF
10[0-9a-fA-F]{4} # Unicode code point escapes from 100000 to 10FFFF
)\}
)
///.toString().replace(/\//g,'')
single_quoted_regex_craft = ///
(?:
[^\\] |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_singleq' , /// ^ ' #{single_quoted_regex_craft} ' ///)
double_quoted_regexp_craft = ///
(?:
[^\\#] |
\#(?!\{) |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_doubleq' , /// ^ " #{double_quoted_regexp_craft} " ///)
tokenizer.parser_list.push (new Token_parser 'number', /^[0-9]+/)
# ###################################################################################################
# gram
# ###################################################################################################
base_priority = -9000
{Gram} = require 'gram'
gram = new Gram
q = (a, b)->gram.rule a,b
q('pre_op', '!') .mx('priority=1')
q('pre_op', '-') .mx('priority=1')
q('pre_op', '+') .mx('priority=1')
q('bin_op', '*|/') .mx('priority=5 right_assoc=1')
q('bin_op', '+|-') .mx('priority=6 right_assoc=1')
q('bin_op', '<|<=|>|>=|!=|<>|==') .mx('priority=9')
q('bin_op', '&|&&|and|or|[PIPE]|[PIPE][PIPE]') .mx('priority=10 right_assoc=1')
q('access_rvalue', '#dollar_id') .mx("priority=#{base_priority} ult=dollar_id")
q('access_rvalue', '#hash_id') .mx("priority=#{base_priority} ult=hash_id")
q('rvalue', '#access_rvalue') .mx("priority=#{base_priority} ult=access_rvalue")
q('rvalue', '#pass_id') .mx("priority=#{base_priority} ult=dollar_id")
q('rvalue', '#number') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#id') .mx("priority=#{base_priority} ult=wrap_string")
q('rvalue', '#string_literal_singleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#string_literal_doubleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority<#bin_op.priority')
# q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority=#bin_op.priority #bin_op.left_assoc')
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority=#bin_op.priority #rvalue[2].priority<#bin_op.priority #bin_op.right_assoc')
q('rvalue', '#pre_op #rvalue') .mx('priority=#pre_op.priority ult=pre_op') .strict('#rvalue[1].priority<=#pre_op.priority')
q('rvalue', '( #rvalue )') .mx("priority=#{base_priority} ult=deep")
q('access_rvalue', '#hash_id [ #rvalue ]') .mx("priority=#{base_priority} ult=hash_array_access")
q('rvalue', '#access_rvalue [ #number : #number ]') .mx("priority=#{base_priority} ult=slice_access")
# . access
q('rvalue', '#access_rvalue . #id') .mx("priority=#{base_priority} ult=field_access")
q('strict_rule', '#rvalue') .mx("ult=deep")
# ###################################################################################################
# trans
# ###################################################################################################
{
Translator
bin_op_translator_framework
bin_op_translator_holder
un_op_translator_framework
un_op_translator_holder
} = require 'gram'
trans = new Translator
trans.trans_skip = {}
trans.trans_token = {}
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
list.push ctx.translate v
list
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in bin_op_list = "+ - * / && ||".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
# SPECIAL
holder.op_list["&"] = new bin_op_translator_framework "($1&&$2)"
holder.op_list["|"] = new bin_op_translator_framework "($1||$2)"
holder.op_list["<>"] = new bin_op_translator_framework "($1!=$2)"
for v in bin_op_list = "== != < <= > >=".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
trans.translator_hash['bin_op'] = holder
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "+ - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
trans.translator_hash['pre_op'] = holder
# ###################################################################################################
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['value'] = translate:(ctx, node)->node.value
trans.translator_hash['wrap_string'] = translate:(ctx, node)->JSON.stringify node.value
trans.translator_hash['dollar_id'] = translate:(ctx, node)->
idx = (node.value.substr 1)-1
if idx < 0 or idx >= ctx.rule.sequence.length
throw new Error "strict_rule access out of bounds [0, #{ctx.rule.sequence.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['hash_id'] = translate:(ctx, node)->
name = node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
node.mx_hash.idx = idx = idx_list[0]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['access_rvalue'] = translate:(ctx, node)->
code = ctx.translate node.value_array[0]
"#{code}.value"
trans.translator_hash['hash_array_access'] = translate:(ctx, node)->
[id_node, _s, idx_node] = node.value_array
name = id_node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
idx = idx_node.value-1
if idx < 0 or idx >= idx_list.length
throw new Error "hash_array_access out of bounds [0, #{idx_list.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx = idx_list[idx]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['slice_access'] = translate:(ctx, node)->
[rvalue_node, _s, start_node, _s, end_node] = node.value_array
rvalue = ctx.translate rvalue_node
start = +start_node.value
end = +end_node.value
if end < start
throw new Error "end < start at #{node.value}"
"#{rvalue}.value.substr(#{start},#{end-start+1})"
trans.translator_hash['field_access'] = translate:(ctx, node)->
[root_node, _s, field_node] = node.value_array
root = ctx.translate root_node
field = field_node.value
"#{root}.mx_hash.#{field}"
# ###################################################################################################
# Gram_rule
# ###################################################################################################
class @Gram_rule
hash_to_pos : {}
ret_hash_key: ''
ret_hash_key_idx: 0
sequence : []
mx_sequence : []
strict_sequence : []
mx_rule_fn : (arg_list)->{} # default pass
strict_rule_fn: (arg_list)->true # default pass
# TODO loop wrap
constructor : ()->
@hash_to_pos = {}
@sequence = []
@mx_sequence = []
@strict_sequence= []
cmp_seq : (t)->
return @sequence.join() == t.sequence.join()
# ###################################################################################################
# mx
# ###################################################################################################
mx : (str)->
pos_list = str.split /\s+/g
@mx_sequence = []
code_jl = []
for pos in pos_list
continue if !pos
[key, value] = pos.split `/=/`
if !value # autoassign case
if @sequence.length != 1
throw new Error "can't autoassign if sequence.length(#{@sequence.length}) != 1"
@mx_sequence.push {
autoassign : true
key
id_touch_list : null
ast : null
}
continue
{id_touch_list, ast} = @_strict_pos_parse value
@mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
_mx : ()->
code_jl = []
for v in @mx_sequence
{key} = v
if v.autoassign
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = arg_list[0].mx_hash[#{JSON.stringify key}];
"""
else
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = #{code};
"""
@mx_rule_fn = eval """
__ret = (function(arg_list, mx_hash_stub){
#{join_list code_jl, ' '}
})
"""
return
cmp_mx : (t)->
return false if @mx_sequence.length != t.mx_sequence.length
for v1,idx in @mx_sequence
v2 = t.mx_sequence[idx]
return false if v1.autoassign != v2.autoassign
return false if v1.key != v2.key
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
# ###################################################################################################
# strict
# ###################################################################################################
strict : (str)->
pos_list = str.split /\s+/g
@strict_sequence = []
for pos in pos_list
continue if !pos
{id_touch_list, ast} = @_strict_pos_parse pos
@strict_sequence.push {
id_touch_list
ast
}
return
_strict : ()->
code_jl = []
for pos,idx in @sequence
continue if pos[0] == "#"
code_jl.push """
if (arg_list[#{idx}].value != #{JSON.stringify pos}) return false;
"""
for v in @strict_sequence
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
if (!(#{code})) return false;
"""
@strict_rule_fn = eval """
__ret = (function(arg_list){
#{join_list code_jl, ' '}
return true;
})
"""
cmp_strict : (t)->
return false if @strict_sequence.length != t.strict_sequence.length
for v1,idx in @strict_sequence
v2 = t.strict_sequence[idx]
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
_strict_pos_parse : (str)->
tok_list = tokenizer.go str
gram.mode_full = true
ast = gram.parse_text_list tok_list,
expected_token : 'strict_rule'
if ast.length == 0
throw new Error "Parsing error. No proper combination found"
if ast.length != 1
# [a,b] = ast
# show_diff a,b
### !pragma coverage-skip-block ###
throw new Error "Parsing error. More than one proper combination found #{ast.length}"
trans.rule = @
trans.id_touch_list = []
code = trans.go ast[0]
{
code
id_touch_list : trans.id_touch_list
ast : ast[0]
}
# unused
# cmp : (t)->
# return false if @ret_hash_key != t.ret_hash_key
# return false if !@cmp_seq(t)
# return false if !@cmp_mx(t)
# return false if !@cmp_strict(t)
# return
_head_cmp : (t)->
return false if @ret_hash_key != t.ret_hash_key
return false if !@cmp_seq(t)
return false if !@cmp_mx(t)
return false if !@cmp_strict(t)
true
class @Gram_rule_proxy
rule_list : []
constructor:()->
@rule_list = []
mx : (str)->
for rule in @rule_list
rule.mx str
@
strict : (str)->
for rule in @rule_list
rule.strict str
@
# ###################################################################################################
# Gram
# ###################################################################################################
str_replace = (search, replace, str)-> str.split(search).join(replace)
@gram_escape= (v) ->
v = str_replace '|', '[PIPE]', v
v = str_replace '?', '[QUESTION]', v
v = str_replace '$', '[DOLLAR]', v
v = str_replace '#', '[HASH]', v
@gram_unescape= (v) ->
v = str_replace '[PIPE]', '|', v
v = str_replace '[QUESTION]','?', v
v = str_replace '[DOLLAR]', '$', v # нужно в случае конструкций ${}, когда нельзя отделить $ от токена
v = str_replace '[HASH]', '#', v
class @Gram
@magic_attempt_limit_mult : 20
initial_rule_list : []
hash_key_list : []
extra_hash_key_list : []
_optimized : false
# Array<Array<Node> >
# hki = hash_key_idx
# a_pos = left token bound position
# b_pos = right token bound position
t_hki_a_pos_old_list : []
t_hki_a_pos_new_list : []
t_hki_b_pos_old_list : []
t_hki_b_pos_new_list : []
new_new_list : []
constructor:()->
@initial_rule_list = []
@hash_key_list = []
@extra_hash_key_list = []
@t_hki_a_pos_old_list = []
@t_hki_a_pos_new_list = []
@t_hki_b_pos_old_list = []
@t_hki_b_pos_new_list = []
@new_new_list = []
rule : (_ret, str_list)->
@_optimized = false
ret = new module.Gram_rule_proxy
hash_to_pos = {}
pos_list_list = []
for chunk,idx in chunk_list = str_list.split /\s+/g
list = chunk.split '|'
if list.length > 1
# NOTE positions not allowed, only const
for v,k in list
if v[0] == '#'
throw new Error "#positions + | not allowed"
list[k] = module.gram_unescape v
pos_list_list.push list
continue
if chunk[0] == "#"
id = chunk.substr 1
id = module.gram_unescape id
hash_to_pos[id] ?= []
hash_to_pos[id].push idx
if /\?$/.test chunk
chunk = chunk.substr 0, chunk.length-1
chunk = module.gram_unescape chunk
pos_list_list.push [chunk, null]
continue
chunk = module.gram_unescape chunk
pos_list_list.push [chunk]
pos_list_list2 = explicit_list_generator pos_list_list
for sequence in pos_list_list2
id_mapping = {}
sequence_filtered = []
dst = 0
for v,idx in sequence
continue if !v?
id_mapping[idx] = dst++
sequence_filtered.push v
continue if sequence_filtered.length == 0
rule = new module.Gram_rule
rule.ret_hash_key = _ret
for k,v of hash_to_pos
rule.hash_to_pos[k] = v.map (t)->id_mapping[t]
rule.sequence = sequence_filtered
rule.strict('') # reinit strict_rule_fn by sequence in case strict will not be called at all
@initial_rule_list.push rule
ret.rule_list.push rule
ret
rule_1_by_arg : []
rule_2_by_arg : []
optimize : ()->
@_optimized = true
synth_rule_list = []
uid = 0
proxy = new module.Gram_rule
proxy.sequence = ['STUB', 'STUB']
replace_id_access = (tree, skip_id)->
search_idx = tree.mx_hash.idx
if search_idx?
if search_idx != skip_id
{ast} = proxy._strict_pos_parse "$1.__arg_#{search_idx}"
return ast
else
# $2
# #a
# #a[2]
{ast} = proxy._strict_pos_parse "@2"
return ast
list = tree.value_array
for v,k in list
list[k] = replace_id_access v, skip_id
tree
for rule in @initial_rule_list
switch rule.sequence.length
when 1,2
found = false
for _rule in synth_rule_list
if rule._head_cmp _rule
found = _rule
break
if !found
synth_rule_list.push rule
else
found = null
while rule.sequence.length > 2
head_rule = new module.Gram_rule
tail_rule = new module.Gram_rule
{ast, id_touch_list} = proxy._strict_pos_parse "1"
tail_rule.mx_sequence.push {
autoassign : false
key : "<KEY>"
id_touch_list
ast
}
tail_rule.ret_hash_key = rule.ret_hash_key
head_rule.hash_to_pos = rule.hash_to_pos # дабы не сломалось ничего.
_max_idx = rule.sequence.length-1
for k,list of rule.hash_to_pos
v = list.last()
if v == _max_idx
tail_rule.hash_to_pos[k] ?= []
tail_rule.hash_to_pos[k].push 1
# а остальных быть не может т.к. strict rule будет переписано и все остальные позиции будут через @
head_rule.sequence = rule.sequence.clone()
last = head_rule.sequence.pop()
tail_rule.sequence = ['REPLACE_ME', last]
last_id = head_rule.sequence.length
# mx отдувается за всех. Ему нужно пробросить всё
head_filled_with_mx_pass = false
fill_head = ()->
if !head_filled_with_mx_pass
head_filled_with_mx_pass = true
for i in [0 ... last_id]
key = <KEY>
# p "key=#{key}"
{ast, id_touch_list} = head_rule._strict_pos_parse "@#{i+1}"
head_rule.mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
for v in rule.mx_sequence
if v.autoassign # DEBUG ONLY
throw new Error "WTF"
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
tail_rule.mx_sequence.push v
else
# PROBLEM
fill_head()
v.ast = replace_id_access v.ast, last_id
tail_rule.mx_sequence.push v
else
if v.key == "__arg_<KEY>" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@1"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else if v.key == "__arg<KEY>_1" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@2"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else
head_rule.mx_sequence.push v
{ast, id_touch_list} = proxy._strict_pos_parse "$1.#{v.key}"
tail_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
for v in rule.strict_sequence
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
# tail_rule.strict_sequence.push v
# p "last_id=#{last_id}"
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
v.ast = replace_id_access v.ast, last_id
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
tail_rule.strict_sequence.push v
else
v.ast = replace_id_access v.ast, last_id # вызывать тяжелую артиллерию только тогда, когда действительно надо
tail_rule.strict_sequence.push v
# PROBLEM
fill_head()
else
head_rule.strict_sequence.push v
for _rule in synth_rule_list
if head_rule._head_cmp _rule
found = _rule
break
synth_rule_list.push tail_rule
if found
tail_rule.sequence[0] = "#"+found.ret_hash_key
break
pass_hash_key = "<KEY>head_rule.sequence.join(',')}_<KEY>uid<KEY>++}"
head_rule.ret_hash_key = pass_hash_key
tail_rule.sequence[0] = "#"+pass_hash_key
rule = head_rule
if !found
synth_rule_list.push rule
for rule in synth_rule_list
rule._mx()
rule._strict()
# ###################################################################################################
@hash_key_list.clear()
@hash_key_list.push '*' # special position for string constants
@hash_key_list.uappend @extra_hash_key_list
for rule in synth_rule_list
@hash_key_list.upush rule.ret_hash_key
for v in rule.sequence
if v[0] == "#"
@hash_key_list.upush v.substr 1
for rule in synth_rule_list
rule.ret_hash_key_idx = @hash_key_list.idx rule.ret_hash_key
# ###################################################################################################
@rule_1_by_arg = []
for i in [0 ... @hash_key_list.length]
@rule_1_by_arg.push []
@rule_2_by_arg = []
for i in [0 ... (@hash_key_list.length ** 2)]
@rule_2_by_arg.push []
pos_to_idx = (pos)=>
idx = 0 # if string const
if pos[0] == "#"
idx = @hash_key_list.idx pos.substr 1
if idx == -1 # DEBUG
throw new Error "WTF idx == -1 pos=#{pos} #{JSON.stringify @hash_key_list}"
idx
mult = @hash_key_list.length
for rule in synth_rule_list
switch rule.sequence.length
when 1
[pos] = rule.sequence
idx = pos_to_idx pos
@rule_1_by_arg[idx].push rule
when 2
[pos_a, pos_b] = rule.sequence
idx_a = pos_to_idx pos_a
idx_b = pos_to_idx pos_b
@rule_2_by_arg[idx_a*mult + idx_b].push rule
return
hypothesis_find : (node_hypothesis_list, opt={})->
@optimize() if !@_optimized
mode_full = false
mode_full = opt.mode_full if opt.mode_full?
expected_token_idx = -1
if opt.expected_token?
if -1 == expected_token_idx = @hash_key_list.idx opt.expected_token
throw new Error "unknown expected_token hash_key '#{opt.expected_token}' list=#{JSON.stringify @hash_key_list}"
max_hki = @hash_key_list.length
max_idx = node_hypothesis_list.length
@t_hki_a_pos_old_list.length = max_hki
@t_hki_a_pos_new_list.length = max_hki
@t_hki_b_pos_old_list.length = max_hki
@t_hki_b_pos_new_list.length = max_hki
t_hki_a_new_count_list = []
t_hki_b_new_count_list = []
for i in [0 ... max_hki]
t_hki_a_new_count_list.push 0
t_hki_b_new_count_list.push 0
init_max_idx = ()->
ret = []
for j in [0 .. max_idx]
ret.push []
ret
@new_new_list = []
# INCLUSIVE [a,b]
for i in [0 ... max_hki]
@t_hki_a_pos_old_list[i] = init_max_idx()
@t_hki_a_pos_new_list[i] = init_max_idx()
@t_hki_b_pos_old_list[i] = init_max_idx()
@t_hki_b_pos_new_list[i] = init_max_idx()
for v_list,idx in node_hypothesis_list
for v in v_list
v.a = idx
v.b = idx+1
v.hash_key_idx = @hash_key_list.idx v.mx_hash.hash_key
if v.hash_key_idx == -1
throw new Error "WTF v.hash_key_idx == -1 v.mx_hash.hash_key=#{v.mx_hash.hash_key} list=#{JSON.stringify @hash_key_list}"
@t_hki_a_pos_new_list[v.hash_key_idx][idx ].push v
@t_hki_b_pos_new_list[v.hash_key_idx][idx+1].push v
if v.hash_key_idx != 0
@t_hki_a_pos_new_list[0][idx ].push v
@t_hki_b_pos_new_list[0][idx+1].push v
@new_new_list.push v
# create hash_key_idx arrays for max_idx
ret = []
fin_collect = ()=>
ret.clear()
if mode_full
for pos_list_list,hash_key_idx in @t_hki_a_pos_old_list
continue if expected_token_idx != -1 and hash_key_idx != expected_token_idx
list = pos_list_list[0]
for v in list
continue if v.b != max_idx
continue if v.hash_key_idx != hash_key_idx
ret.push v
for v in @new_new_list
continue if v.a != 0
continue if v.b != max_idx
continue if expected_token_idx != -1 and v.hash_key_idx != expected_token_idx
ret.push v
if mode_full then false else !!ret.length
return ret if fin_collect()
# BUG? правила вида term term лезут во все токены в поисках value даже в те, где есть только value_view
limit = Gram.magic_attempt_limit_mult*max_idx
for i in [1 .. limit]
@new_new_list.clear()
# MORE OPT jump list
for hash_key_idx in [0 ... max_hki]
count = 0
for v in @t_hki_a_pos_new_list[hash_key_idx]
count += v.length
t_hki_a_new_count_list[hash_key_idx] = count
count = 0
for v in @t_hki_b_pos_new_list[hash_key_idx]
count += v.length
t_hki_b_new_count_list[hash_key_idx] = count
# L2R
rule_2_idx = 0
len = @hash_key_list.length
for hash_key_idx_1 in [0 ... len]
for hash_key_idx_2 in [0 ... len]
rule_list = @rule_2_by_arg[rule_2_idx++]
continue if rule_list.length == 0
# new_list_b_count = 1
# new_list_a_count = 1
new_list_b_count = t_hki_b_new_count_list[hash_key_idx_1]
new_list_a_count = t_hki_a_new_count_list[hash_key_idx_2]
continue if new_list_a_count == 0 and new_list_b_count == 0
node_old_list_b = @t_hki_b_pos_old_list[hash_key_idx_1]
node_new_list_b = @t_hki_b_pos_new_list[hash_key_idx_1]
node_old_list_a = @t_hki_a_pos_old_list[hash_key_idx_2]
node_new_list_a = @t_hki_a_pos_new_list[hash_key_idx_2]
# OPT this call can be inlined
# keeped for readability
fn = (lla, llb)=>
# TODO opt no new token at hash_key (count before rule)
for list_a,joint_pos in llb
continue if list_a.length == 0
list_b = lla[joint_pos]
continue if list_b.length == 0
for rule in rule_list
# can opt in strict_rule_fn
for a in list_a
for b in list_b
value_array = [a, b]
# PROD
continue if !rule.strict_rule_fn value_array
# DEBUG
# try
# res = rule.strict_rule_fn value_array
# catch err
# pp value_array[0]
# p rule.strict_rule_fn.toString()
# throw err
# continue if !res
#
new_node = new Node
new_node.value_view = "#{a.value or a.value_view} #{b.value or b.value_view}"
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = a.a
new_node.b = b.b
@new_new_list.push new_node
return
if new_list_b_count
fn node_old_list_a, node_new_list_b
if new_list_a_count
fn node_new_list_a, node_old_list_b
if new_list_a_count and new_list_b_count
fn node_new_list_a, node_new_list_b
# R2L ничего не даст т.к. new_new_list
# singles
for rule_list, hash_key_idx in @rule_1_by_arg
for node_list in @t_hki_a_pos_new_list[hash_key_idx]
for rule in rule_list
# can opt in strict_rule_fn
for node in node_list
value_array = [node]
continue if !rule.strict_rule_fn value_array
new_node = new Node
new_node.value_view = node.value or node.value_view
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = node.a
new_node.b = node.b
@new_new_list.push new_node
return ret if fin_collect()
for hki in [0 ... max_hki]
for pos in [0 .. max_idx]
if @t_hki_a_pos_new_list[hki][pos].length
@t_hki_a_pos_old_list[hki][pos].append @t_hki_a_pos_new_list[hki][pos]
@t_hki_a_pos_new_list[hki][pos].clear()
if @t_hki_b_pos_new_list[hki][pos].length
@t_hki_b_pos_old_list[hki][pos].append @t_hki_b_pos_new_list[hki][pos]
@t_hki_b_pos_new_list[hki][pos].clear()
for node in @new_new_list
@t_hki_a_pos_new_list[node.hash_key_idx][node.a].push node
@t_hki_b_pos_new_list[node.hash_key_idx][node.b].push node
@t_hki_a_pos_new_list[0][node.a].push node
@t_hki_b_pos_new_list[0][node.b].push node
if @new_new_list.length == 0
# p "# ###################################################################################################"
# pp @t_hki_a_pos_old_list
@new_new_list.clear()
fin_collect()
return ret
throw new Error "magic_attempt_limit_mult exceed"
go : (node_hypothesis_list, opt={})->
opt.reemerge ?= true
ret = @hypothesis_find node_hypothesis_list, opt
if opt.reemerge
walk = (tree)->
for v in tree.value_array
walk v
if tree.mx_hash.is_proxy_rule
delete tree.mx_hash.is_proxy_rule
[head, tail] = tree.value_array
tree.value_array.clear()
tree.value_array.append head.value_array
tree.value_array.push tail
str_list = []
for v in tree.value_array
str_list.push v.value or v.value_view
tree.value_view = str_list.join ' '
return
for tree,k in ret
ret[k] = tree = tree.deep_clone()
walk tree
ret
| true | # BUG hash_to_pos для head/tail правил отсутствует
module = @
require 'fy/lib/codegen'
{Node} = require './node'
{explicit_list_generator} = require './explicit_list_generator'
# ###################################################################################################
# tokenizer
# ###################################################################################################
{Tokenizer, Token_parser} = require 'gram'
tokenizer = new Tokenizer
tokenizer.parser_list.push (new Token_parser 'dollar_id', /^\$[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'hash_id', /^\#[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'pass_id', /^\@[_a-z0-9]+/i)
tokenizer.parser_list.push (new Token_parser 'id', /^[_a-z][_a-z0-9]*/i)
tokenizer.parser_list.push (new Token_parser '_bin_op', /// ^ (
(&&?|\|\|?|[-+*/])|
<>|[<>!=]=|<|>
) ///)
tokenizer.parser_list.push (new Token_parser '_pre_op', /^!/)
# tokenizer.parser_list.push (new Token_parser 'assign_bin_op', /^(&&?|\|\|?|[-+])?=/)
tokenizer.parser_list.push (new Token_parser 'bracket', /^[\[\]\(\)\{\}]/)
tokenizer.parser_list.push (new Token_parser 'delimiter', /^[:.]/)
string_regex_craft = ///
\\[^xu] | # x and u are case sensitive while hex letters are not
\\x[0-9a-fA-F]{2} | # Hexadecimal escape sequence
\\u(?:
[0-9a-fA-F]{4} | # Unicode escape sequence
\{(?:
[0-9a-fA-F]{1,5} | # Unicode code point escapes from 0 to FFFFF
10[0-9a-fA-F]{4} # Unicode code point escapes from 100000 to 10FFFF
)\}
)
///.toString().replace(/\//g,'')
single_quoted_regex_craft = ///
(?:
[^\\] |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_singleq' , /// ^ ' #{single_quoted_regex_craft} ' ///)
double_quoted_regexp_craft = ///
(?:
[^\\#] |
\#(?!\{) |
#{string_regex_craft}
)*?
///.toString().replace(/\//g,'')
tokenizer.parser_list.push (new Token_parser 'string_literal_doubleq' , /// ^ " #{double_quoted_regexp_craft} " ///)
tokenizer.parser_list.push (new Token_parser 'number', /^[0-9]+/)
# ###################################################################################################
# gram
# ###################################################################################################
base_priority = -9000
{Gram} = require 'gram'
gram = new Gram
q = (a, b)->gram.rule a,b
q('pre_op', '!') .mx('priority=1')
q('pre_op', '-') .mx('priority=1')
q('pre_op', '+') .mx('priority=1')
q('bin_op', '*|/') .mx('priority=5 right_assoc=1')
q('bin_op', '+|-') .mx('priority=6 right_assoc=1')
q('bin_op', '<|<=|>|>=|!=|<>|==') .mx('priority=9')
q('bin_op', '&|&&|and|or|[PIPE]|[PIPE][PIPE]') .mx('priority=10 right_assoc=1')
q('access_rvalue', '#dollar_id') .mx("priority=#{base_priority} ult=dollar_id")
q('access_rvalue', '#hash_id') .mx("priority=#{base_priority} ult=hash_id")
q('rvalue', '#access_rvalue') .mx("priority=#{base_priority} ult=access_rvalue")
q('rvalue', '#pass_id') .mx("priority=#{base_priority} ult=dollar_id")
q('rvalue', '#number') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#id') .mx("priority=#{base_priority} ult=wrap_string")
q('rvalue', '#string_literal_singleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#string_literal_doubleq') .mx("priority=#{base_priority} ult=value")
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority<#bin_op.priority')
# q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority<#bin_op.priority #rvalue[2].priority=#bin_op.priority #bin_op.left_assoc')
q('rvalue', '#rvalue #bin_op #rvalue') .mx('priority=#bin_op.priority ult=bin_op') .strict('#rvalue[1].priority=#bin_op.priority #rvalue[2].priority<#bin_op.priority #bin_op.right_assoc')
q('rvalue', '#pre_op #rvalue') .mx('priority=#pre_op.priority ult=pre_op') .strict('#rvalue[1].priority<=#pre_op.priority')
q('rvalue', '( #rvalue )') .mx("priority=#{base_priority} ult=deep")
q('access_rvalue', '#hash_id [ #rvalue ]') .mx("priority=#{base_priority} ult=hash_array_access")
q('rvalue', '#access_rvalue [ #number : #number ]') .mx("priority=#{base_priority} ult=slice_access")
# . access
q('rvalue', '#access_rvalue . #id') .mx("priority=#{base_priority} ult=field_access")
q('strict_rule', '#rvalue') .mx("ult=deep")
# ###################################################################################################
# trans
# ###################################################################################################
{
Translator
bin_op_translator_framework
bin_op_translator_holder
un_op_translator_framework
un_op_translator_holder
} = require 'gram'
trans = new Translator
trans.trans_skip = {}
trans.trans_token = {}
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
list.push ctx.translate v
list
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in bin_op_list = "+ - * / && ||".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
# SPECIAL
holder.op_list["&"] = new bin_op_translator_framework "($1&&$2)"
holder.op_list["|"] = new bin_op_translator_framework "($1||$2)"
holder.op_list["<>"] = new bin_op_translator_framework "($1!=$2)"
for v in bin_op_list = "== != < <= > >=".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
trans.translator_hash['bin_op'] = holder
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "+ - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
trans.translator_hash['pre_op'] = holder
# ###################################################################################################
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['value'] = translate:(ctx, node)->node.value
trans.translator_hash['wrap_string'] = translate:(ctx, node)->JSON.stringify node.value
trans.translator_hash['dollar_id'] = translate:(ctx, node)->
idx = (node.value.substr 1)-1
if idx < 0 or idx >= ctx.rule.sequence.length
throw new Error "strict_rule access out of bounds [0, #{ctx.rule.sequence.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['hash_id'] = translate:(ctx, node)->
name = node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
node.mx_hash.idx = idx = idx_list[0]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['access_rvalue'] = translate:(ctx, node)->
code = ctx.translate node.value_array[0]
"#{code}.value"
trans.translator_hash['hash_array_access'] = translate:(ctx, node)->
[id_node, _s, idx_node] = node.value_array
name = id_node.value.substr 1
if !idx_list = ctx.rule.hash_to_pos[name]
throw new Error "unknown hash_key '#{name}' allowed key list #{JSON.stringify Object.keys(ctx.rule.hash_to_pos)}"
idx = idx_node.value-1
if idx < 0 or idx >= idx_list.length
throw new Error "hash_array_access out of bounds [0, #{idx_list.length}] idx=#{idx} (note real value are +1)"
node.mx_hash.idx = idx = idx_list[idx]
ctx.id_touch_list.upush idx
"arg_list[#{idx}]"
trans.translator_hash['slice_access'] = translate:(ctx, node)->
[rvalue_node, _s, start_node, _s, end_node] = node.value_array
rvalue = ctx.translate rvalue_node
start = +start_node.value
end = +end_node.value
if end < start
throw new Error "end < start at #{node.value}"
"#{rvalue}.value.substr(#{start},#{end-start+1})"
trans.translator_hash['field_access'] = translate:(ctx, node)->
[root_node, _s, field_node] = node.value_array
root = ctx.translate root_node
field = field_node.value
"#{root}.mx_hash.#{field}"
# ###################################################################################################
# Gram_rule
# ###################################################################################################
class @Gram_rule
hash_to_pos : {}
ret_hash_key: ''
ret_hash_key_idx: 0
sequence : []
mx_sequence : []
strict_sequence : []
mx_rule_fn : (arg_list)->{} # default pass
strict_rule_fn: (arg_list)->true # default pass
# TODO loop wrap
constructor : ()->
@hash_to_pos = {}
@sequence = []
@mx_sequence = []
@strict_sequence= []
cmp_seq : (t)->
return @sequence.join() == t.sequence.join()
# ###################################################################################################
# mx
# ###################################################################################################
mx : (str)->
pos_list = str.split /\s+/g
@mx_sequence = []
code_jl = []
for pos in pos_list
continue if !pos
[key, value] = pos.split `/=/`
if !value # autoassign case
if @sequence.length != 1
throw new Error "can't autoassign if sequence.length(#{@sequence.length}) != 1"
@mx_sequence.push {
autoassign : true
key
id_touch_list : null
ast : null
}
continue
{id_touch_list, ast} = @_strict_pos_parse value
@mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
_mx : ()->
code_jl = []
for v in @mx_sequence
{key} = v
if v.autoassign
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = arg_list[0].mx_hash[#{JSON.stringify key}];
"""
else
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
mx_hash_stub[#{JSON.stringify key}] = #{code};
"""
@mx_rule_fn = eval """
__ret = (function(arg_list, mx_hash_stub){
#{join_list code_jl, ' '}
})
"""
return
cmp_mx : (t)->
return false if @mx_sequence.length != t.mx_sequence.length
for v1,idx in @mx_sequence
v2 = t.mx_sequence[idx]
return false if v1.autoassign != v2.autoassign
return false if v1.key != v2.key
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
# ###################################################################################################
# strict
# ###################################################################################################
strict : (str)->
pos_list = str.split /\s+/g
@strict_sequence = []
for pos in pos_list
continue if !pos
{id_touch_list, ast} = @_strict_pos_parse pos
@strict_sequence.push {
id_touch_list
ast
}
return
_strict : ()->
code_jl = []
for pos,idx in @sequence
continue if pos[0] == "#"
code_jl.push """
if (arg_list[#{idx}].value != #{JSON.stringify pos}) return false;
"""
for v in @strict_sequence
trans.rule = @
trans.id_touch_list = []
code = trans.go v.ast
code_jl.push """
if (!(#{code})) return false;
"""
@strict_rule_fn = eval """
__ret = (function(arg_list){
#{join_list code_jl, ' '}
return true;
})
"""
cmp_strict : (t)->
return false if @strict_sequence.length != t.strict_sequence.length
for v1,idx in @strict_sequence
v2 = t.strict_sequence[idx]
return false if v1.id_touch_list.join() != v2.id_touch_list.join()
return false if v1.ast.value != v2.ast.value # !!! DANGER !!!
true
_strict_pos_parse : (str)->
tok_list = tokenizer.go str
gram.mode_full = true
ast = gram.parse_text_list tok_list,
expected_token : 'strict_rule'
if ast.length == 0
throw new Error "Parsing error. No proper combination found"
if ast.length != 1
# [a,b] = ast
# show_diff a,b
### !pragma coverage-skip-block ###
throw new Error "Parsing error. More than one proper combination found #{ast.length}"
trans.rule = @
trans.id_touch_list = []
code = trans.go ast[0]
{
code
id_touch_list : trans.id_touch_list
ast : ast[0]
}
# unused
# cmp : (t)->
# return false if @ret_hash_key != t.ret_hash_key
# return false if !@cmp_seq(t)
# return false if !@cmp_mx(t)
# return false if !@cmp_strict(t)
# return
_head_cmp : (t)->
return false if @ret_hash_key != t.ret_hash_key
return false if !@cmp_seq(t)
return false if !@cmp_mx(t)
return false if !@cmp_strict(t)
true
class @Gram_rule_proxy
rule_list : []
constructor:()->
@rule_list = []
mx : (str)->
for rule in @rule_list
rule.mx str
@
strict : (str)->
for rule in @rule_list
rule.strict str
@
# ###################################################################################################
# Gram
# ###################################################################################################
str_replace = (search, replace, str)-> str.split(search).join(replace)
@gram_escape= (v) ->
v = str_replace '|', '[PIPE]', v
v = str_replace '?', '[QUESTION]', v
v = str_replace '$', '[DOLLAR]', v
v = str_replace '#', '[HASH]', v
@gram_unescape= (v) ->
v = str_replace '[PIPE]', '|', v
v = str_replace '[QUESTION]','?', v
v = str_replace '[DOLLAR]', '$', v # нужно в случае конструкций ${}, когда нельзя отделить $ от токена
v = str_replace '[HASH]', '#', v
class @Gram
@magic_attempt_limit_mult : 20
initial_rule_list : []
hash_key_list : []
extra_hash_key_list : []
_optimized : false
# Array<Array<Node> >
# hki = hash_key_idx
# a_pos = left token bound position
# b_pos = right token bound position
t_hki_a_pos_old_list : []
t_hki_a_pos_new_list : []
t_hki_b_pos_old_list : []
t_hki_b_pos_new_list : []
new_new_list : []
constructor:()->
@initial_rule_list = []
@hash_key_list = []
@extra_hash_key_list = []
@t_hki_a_pos_old_list = []
@t_hki_a_pos_new_list = []
@t_hki_b_pos_old_list = []
@t_hki_b_pos_new_list = []
@new_new_list = []
rule : (_ret, str_list)->
@_optimized = false
ret = new module.Gram_rule_proxy
hash_to_pos = {}
pos_list_list = []
for chunk,idx in chunk_list = str_list.split /\s+/g
list = chunk.split '|'
if list.length > 1
# NOTE positions not allowed, only const
for v,k in list
if v[0] == '#'
throw new Error "#positions + | not allowed"
list[k] = module.gram_unescape v
pos_list_list.push list
continue
if chunk[0] == "#"
id = chunk.substr 1
id = module.gram_unescape id
hash_to_pos[id] ?= []
hash_to_pos[id].push idx
if /\?$/.test chunk
chunk = chunk.substr 0, chunk.length-1
chunk = module.gram_unescape chunk
pos_list_list.push [chunk, null]
continue
chunk = module.gram_unescape chunk
pos_list_list.push [chunk]
pos_list_list2 = explicit_list_generator pos_list_list
for sequence in pos_list_list2
id_mapping = {}
sequence_filtered = []
dst = 0
for v,idx in sequence
continue if !v?
id_mapping[idx] = dst++
sequence_filtered.push v
continue if sequence_filtered.length == 0
rule = new module.Gram_rule
rule.ret_hash_key = _ret
for k,v of hash_to_pos
rule.hash_to_pos[k] = v.map (t)->id_mapping[t]
rule.sequence = sequence_filtered
rule.strict('') # reinit strict_rule_fn by sequence in case strict will not be called at all
@initial_rule_list.push rule
ret.rule_list.push rule
ret
rule_1_by_arg : []
rule_2_by_arg : []
optimize : ()->
@_optimized = true
synth_rule_list = []
uid = 0
proxy = new module.Gram_rule
proxy.sequence = ['STUB', 'STUB']
replace_id_access = (tree, skip_id)->
search_idx = tree.mx_hash.idx
if search_idx?
if search_idx != skip_id
{ast} = proxy._strict_pos_parse "$1.__arg_#{search_idx}"
return ast
else
# $2
# #a
# #a[2]
{ast} = proxy._strict_pos_parse "@2"
return ast
list = tree.value_array
for v,k in list
list[k] = replace_id_access v, skip_id
tree
for rule in @initial_rule_list
switch rule.sequence.length
when 1,2
found = false
for _rule in synth_rule_list
if rule._head_cmp _rule
found = _rule
break
if !found
synth_rule_list.push rule
else
found = null
while rule.sequence.length > 2
head_rule = new module.Gram_rule
tail_rule = new module.Gram_rule
{ast, id_touch_list} = proxy._strict_pos_parse "1"
tail_rule.mx_sequence.push {
autoassign : false
key : "PI:KEY:<KEY>END_PI"
id_touch_list
ast
}
tail_rule.ret_hash_key = rule.ret_hash_key
head_rule.hash_to_pos = rule.hash_to_pos # дабы не сломалось ничего.
_max_idx = rule.sequence.length-1
for k,list of rule.hash_to_pos
v = list.last()
if v == _max_idx
tail_rule.hash_to_pos[k] ?= []
tail_rule.hash_to_pos[k].push 1
# а остальных быть не может т.к. strict rule будет переписано и все остальные позиции будут через @
head_rule.sequence = rule.sequence.clone()
last = head_rule.sequence.pop()
tail_rule.sequence = ['REPLACE_ME', last]
last_id = head_rule.sequence.length
# mx отдувается за всех. Ему нужно пробросить всё
head_filled_with_mx_pass = false
fill_head = ()->
if !head_filled_with_mx_pass
head_filled_with_mx_pass = true
for i in [0 ... last_id]
key = PI:KEY:<KEY>END_PI
# p "key=#{key}"
{ast, id_touch_list} = head_rule._strict_pos_parse "@#{i+1}"
head_rule.mx_sequence.push {
autoassign : false
key
id_touch_list
ast
}
return
for v in rule.mx_sequence
if v.autoassign # DEBUG ONLY
throw new Error "WTF"
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
tail_rule.mx_sequence.push v
else
# PROBLEM
fill_head()
v.ast = replace_id_access v.ast, last_id
tail_rule.mx_sequence.push v
else
if v.key == "__arg_PI:KEY:<KEY>END_PI" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@1"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else if v.key == "__argPI:KEY:<KEY>END_PI_1" and rule.sequence.length == 3
{ast, id_touch_list} = proxy._strict_pos_parse "@2"
head_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
else
head_rule.mx_sequence.push v
{ast, id_touch_list} = proxy._strict_pos_parse "$1.#{v.key}"
tail_rule.mx_sequence.push {
autoassign : false
key : v.key
id_touch_list
ast
}
for v in rule.strict_sequence
if v.id_touch_list.has last_id
if v.id_touch_list.length == 1
# tail_rule.strict_sequence.push v
# p "last_id=#{last_id}"
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
v.ast = replace_id_access v.ast, last_id
# p v.ast.value_array[0]?.value_array[0]?.value_array[0]
tail_rule.strict_sequence.push v
else
v.ast = replace_id_access v.ast, last_id # вызывать тяжелую артиллерию только тогда, когда действительно надо
tail_rule.strict_sequence.push v
# PROBLEM
fill_head()
else
head_rule.strict_sequence.push v
for _rule in synth_rule_list
if head_rule._head_cmp _rule
found = _rule
break
synth_rule_list.push tail_rule
if found
tail_rule.sequence[0] = "#"+found.ret_hash_key
break
pass_hash_key = "PI:KEY:<KEY>END_PIhead_rule.sequence.join(',')}_PI:KEY:<KEY>END_PIuidPI:KEY:<KEY>END_PI++}"
head_rule.ret_hash_key = pass_hash_key
tail_rule.sequence[0] = "#"+pass_hash_key
rule = head_rule
if !found
synth_rule_list.push rule
for rule in synth_rule_list
rule._mx()
rule._strict()
# ###################################################################################################
@hash_key_list.clear()
@hash_key_list.push '*' # special position for string constants
@hash_key_list.uappend @extra_hash_key_list
for rule in synth_rule_list
@hash_key_list.upush rule.ret_hash_key
for v in rule.sequence
if v[0] == "#"
@hash_key_list.upush v.substr 1
for rule in synth_rule_list
rule.ret_hash_key_idx = @hash_key_list.idx rule.ret_hash_key
# ###################################################################################################
@rule_1_by_arg = []
for i in [0 ... @hash_key_list.length]
@rule_1_by_arg.push []
@rule_2_by_arg = []
for i in [0 ... (@hash_key_list.length ** 2)]
@rule_2_by_arg.push []
pos_to_idx = (pos)=>
idx = 0 # if string const
if pos[0] == "#"
idx = @hash_key_list.idx pos.substr 1
if idx == -1 # DEBUG
throw new Error "WTF idx == -1 pos=#{pos} #{JSON.stringify @hash_key_list}"
idx
mult = @hash_key_list.length
for rule in synth_rule_list
switch rule.sequence.length
when 1
[pos] = rule.sequence
idx = pos_to_idx pos
@rule_1_by_arg[idx].push rule
when 2
[pos_a, pos_b] = rule.sequence
idx_a = pos_to_idx pos_a
idx_b = pos_to_idx pos_b
@rule_2_by_arg[idx_a*mult + idx_b].push rule
return
hypothesis_find : (node_hypothesis_list, opt={})->
@optimize() if !@_optimized
mode_full = false
mode_full = opt.mode_full if opt.mode_full?
expected_token_idx = -1
if opt.expected_token?
if -1 == expected_token_idx = @hash_key_list.idx opt.expected_token
throw new Error "unknown expected_token hash_key '#{opt.expected_token}' list=#{JSON.stringify @hash_key_list}"
max_hki = @hash_key_list.length
max_idx = node_hypothesis_list.length
@t_hki_a_pos_old_list.length = max_hki
@t_hki_a_pos_new_list.length = max_hki
@t_hki_b_pos_old_list.length = max_hki
@t_hki_b_pos_new_list.length = max_hki
t_hki_a_new_count_list = []
t_hki_b_new_count_list = []
for i in [0 ... max_hki]
t_hki_a_new_count_list.push 0
t_hki_b_new_count_list.push 0
init_max_idx = ()->
ret = []
for j in [0 .. max_idx]
ret.push []
ret
@new_new_list = []
# INCLUSIVE [a,b]
for i in [0 ... max_hki]
@t_hki_a_pos_old_list[i] = init_max_idx()
@t_hki_a_pos_new_list[i] = init_max_idx()
@t_hki_b_pos_old_list[i] = init_max_idx()
@t_hki_b_pos_new_list[i] = init_max_idx()
for v_list,idx in node_hypothesis_list
for v in v_list
v.a = idx
v.b = idx+1
v.hash_key_idx = @hash_key_list.idx v.mx_hash.hash_key
if v.hash_key_idx == -1
throw new Error "WTF v.hash_key_idx == -1 v.mx_hash.hash_key=#{v.mx_hash.hash_key} list=#{JSON.stringify @hash_key_list}"
@t_hki_a_pos_new_list[v.hash_key_idx][idx ].push v
@t_hki_b_pos_new_list[v.hash_key_idx][idx+1].push v
if v.hash_key_idx != 0
@t_hki_a_pos_new_list[0][idx ].push v
@t_hki_b_pos_new_list[0][idx+1].push v
@new_new_list.push v
# create hash_key_idx arrays for max_idx
ret = []
fin_collect = ()=>
ret.clear()
if mode_full
for pos_list_list,hash_key_idx in @t_hki_a_pos_old_list
continue if expected_token_idx != -1 and hash_key_idx != expected_token_idx
list = pos_list_list[0]
for v in list
continue if v.b != max_idx
continue if v.hash_key_idx != hash_key_idx
ret.push v
for v in @new_new_list
continue if v.a != 0
continue if v.b != max_idx
continue if expected_token_idx != -1 and v.hash_key_idx != expected_token_idx
ret.push v
if mode_full then false else !!ret.length
return ret if fin_collect()
# BUG? правила вида term term лезут во все токены в поисках value даже в те, где есть только value_view
limit = Gram.magic_attempt_limit_mult*max_idx
for i in [1 .. limit]
@new_new_list.clear()
# MORE OPT jump list
for hash_key_idx in [0 ... max_hki]
count = 0
for v in @t_hki_a_pos_new_list[hash_key_idx]
count += v.length
t_hki_a_new_count_list[hash_key_idx] = count
count = 0
for v in @t_hki_b_pos_new_list[hash_key_idx]
count += v.length
t_hki_b_new_count_list[hash_key_idx] = count
# L2R
rule_2_idx = 0
len = @hash_key_list.length
for hash_key_idx_1 in [0 ... len]
for hash_key_idx_2 in [0 ... len]
rule_list = @rule_2_by_arg[rule_2_idx++]
continue if rule_list.length == 0
# new_list_b_count = 1
# new_list_a_count = 1
new_list_b_count = t_hki_b_new_count_list[hash_key_idx_1]
new_list_a_count = t_hki_a_new_count_list[hash_key_idx_2]
continue if new_list_a_count == 0 and new_list_b_count == 0
node_old_list_b = @t_hki_b_pos_old_list[hash_key_idx_1]
node_new_list_b = @t_hki_b_pos_new_list[hash_key_idx_1]
node_old_list_a = @t_hki_a_pos_old_list[hash_key_idx_2]
node_new_list_a = @t_hki_a_pos_new_list[hash_key_idx_2]
# OPT this call can be inlined
# keeped for readability
fn = (lla, llb)=>
# TODO opt no new token at hash_key (count before rule)
for list_a,joint_pos in llb
continue if list_a.length == 0
list_b = lla[joint_pos]
continue if list_b.length == 0
for rule in rule_list
# can opt in strict_rule_fn
for a in list_a
for b in list_b
value_array = [a, b]
# PROD
continue if !rule.strict_rule_fn value_array
# DEBUG
# try
# res = rule.strict_rule_fn value_array
# catch err
# pp value_array[0]
# p rule.strict_rule_fn.toString()
# throw err
# continue if !res
#
new_node = new Node
new_node.value_view = "#{a.value or a.value_view} #{b.value or b.value_view}"
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = a.a
new_node.b = b.b
@new_new_list.push new_node
return
if new_list_b_count
fn node_old_list_a, node_new_list_b
if new_list_a_count
fn node_new_list_a, node_old_list_b
if new_list_a_count and new_list_b_count
fn node_new_list_a, node_new_list_b
# R2L ничего не даст т.к. new_new_list
# singles
for rule_list, hash_key_idx in @rule_1_by_arg
for node_list in @t_hki_a_pos_new_list[hash_key_idx]
for rule in rule_list
# can opt in strict_rule_fn
for node in node_list
value_array = [node]
continue if !rule.strict_rule_fn value_array
new_node = new Node
new_node.value_view = node.value or node.value_view
new_node.value_array = value_array
rule.mx_rule_fn value_array, new_node.mx_hash
new_node.mx_hash.hash_key = rule.ret_hash_key
new_node.hash_key_idx = rule.ret_hash_key_idx
new_node.a = node.a
new_node.b = node.b
@new_new_list.push new_node
return ret if fin_collect()
for hki in [0 ... max_hki]
for pos in [0 .. max_idx]
if @t_hki_a_pos_new_list[hki][pos].length
@t_hki_a_pos_old_list[hki][pos].append @t_hki_a_pos_new_list[hki][pos]
@t_hki_a_pos_new_list[hki][pos].clear()
if @t_hki_b_pos_new_list[hki][pos].length
@t_hki_b_pos_old_list[hki][pos].append @t_hki_b_pos_new_list[hki][pos]
@t_hki_b_pos_new_list[hki][pos].clear()
for node in @new_new_list
@t_hki_a_pos_new_list[node.hash_key_idx][node.a].push node
@t_hki_b_pos_new_list[node.hash_key_idx][node.b].push node
@t_hki_a_pos_new_list[0][node.a].push node
@t_hki_b_pos_new_list[0][node.b].push node
if @new_new_list.length == 0
# p "# ###################################################################################################"
# pp @t_hki_a_pos_old_list
@new_new_list.clear()
fin_collect()
return ret
throw new Error "magic_attempt_limit_mult exceed"
go : (node_hypothesis_list, opt={})->
opt.reemerge ?= true
ret = @hypothesis_find node_hypothesis_list, opt
if opt.reemerge
walk = (tree)->
for v in tree.value_array
walk v
if tree.mx_hash.is_proxy_rule
delete tree.mx_hash.is_proxy_rule
[head, tail] = tree.value_array
tree.value_array.clear()
tree.value_array.append head.value_array
tree.value_array.push tail
str_list = []
for v in tree.value_array
str_list.push v.value or v.value_view
tree.value_view = str_list.join ' '
return
for tree,k in ret
ret[k] = tree = tree.deep_clone()
walk tree
ret
|
[
{
"context": "from version 0.0.1 of ck\n##\n## https://github.com/kaleb/ck\n## sha: 3b83bb352928a856f92f5fa4dd4a5bdf6aacb7",
"end": 235,
"score": 0.9081936478614807,
"start": 230,
"tag": "USERNAME",
"value": "kaleb"
},
{
"context": "6f92f5fa4dd4a5bdf6aacb7d1\n##\n## Copyright (c) 2011 James Campos <james.r.campos@gmail.com>\n##\n## MIT Licensed\n\n#[",
"end": 325,
"score": 0.9998446106910706,
"start": 313,
"tag": "NAME",
"value": "James Campos"
},
{
"context": "df6aacb7d1\n##\n## Copyright (c) 2011 James Campos <james.r.campos@gmail.com>\n##\n## MIT Licensed\n\n#[coffeekup](http://github.c",
"end": 351,
"score": 0.9999303221702576,
"start": 327,
"tag": "EMAIL",
"value": "james.r.campos@gmail.com"
}
] | modules/gui/tools/ck.coffee | nero-networks/floyd | 0 |
## coffeescript and fs -less ck clone for callback usage
## no files, no raw coffee.. but it runs in the browser
## and it compiles js functions into kup templates
##
## derrifed from version 0.0.1 of ck
##
## https://github.com/kaleb/ck
## sha: 3b83bb352928a856f92f5fa4dd4a5bdf6aacb7d1
##
## Copyright (c) 2011 James Campos <james.r.campos@gmail.com>
##
## MIT Licensed
#[coffeekup](http://github.com/mauricemach/coffeekup) rewrite
doctypes =
'1.1': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN" "http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'
'5': '<!DOCTYPE html>'
'basic': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML Basic 1.1//EN" "http://www.w3.org/TR/xhtml-basic/xhtml-basic11.dtd">'
'frameset': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Frameset//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-frameset.dtd">'
'mobile': '<!DOCTYPE html PUBLIC "-//WAPFORUM//DTD XHTML Mobile 1.2//EN" "http://www.openmobilealliance.org/tech/DTD/xhtml-mobile12.dtd">'
'strict': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">'
'transitional': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">'
'xml': '<?xml version="1.0" encoding="utf-8" ?>'
tagsNormal = 'a abbr acronym address applet article aside audio b bdo big blockquote body button canvas caption center cite code colgroup command datalist dd del details dfn dir div dl dt em embed fieldset figcaption figure font footer form frameset h1 h2 h3 h4 h5 h6 head header hgroup html i iframe ins keygen kbd label legend li map mark menu meter nav noframes noscript object ol optgroup option output p pre progress q rp rt ruby s samp script section select small source span strike strong style sub summary sup table tbody td textarea tfoot th thead time title tr tt u ul var video wbr xmp'.split ' '
tagsSelfClosing = 'area base basefont br col frame hr img input link meta param'.split ' '
TEMPLATES = {}
module.exports = (code, config=true)->
if typeof cached is 'boolean'
config =
cached: config || config isnt false
if typeof code is 'function'
code = '('+code.toString()+').call(this);'
if !config.cached || !TEMPLATES[hash = floyd.tools.strings.hash code]
##
html = null
indent = null
newline = null
options = {}
nest = (arg) ->
if typeof arg is 'function'
indent += ' ' if options.format
arg = arg.call options.context
indent = indent.slice(0, -4) if options.format
html += "#{newline}#{indent}"
if arg && !(typeof arg is 'object')
html += if options.autoescape then esc arg else arg
compileTag = (tag, selfClosing) ->
scope[tag] = (args...) ->
html += "#{newline}#{indent}<#{tag}"
if typeof args[0] is 'object'
for key, val of args.shift()
if typeof val is 'boolean'
html += " #{key}" if val is true
else
html += " #{key}=\"#{val}\""
html += ">"
return if selfClosing
nest arg for arg in args
html += "</#{tag}>"
return
scope =
comment: (str) ->
html += "#{newline}#{indent}<!--#{str}-->"
return
doctype: (key=5) ->
html += "#{indent}#{doctypes[key]}"
return
text: (str)->
html += str
return
raw: (str)->
html += str
return
esc: (str) ->
str.replace /[&<>"']/g, (c) ->
switch c
when '&' then '&'
when '<' then '<'
when '>' then '>'
when '"' then '"'
when "'" then '''
ie: (expr, arg) ->
html += "#{newline}#{indent}<!--[if #{expr}]>"
nest arg
html += "<![endif]-->"
return
if config.tags
for tag in config.tags
compileTag tag, false # don't self close
if config.tagsSelfClosing
for tag in tagsSelfClosing
compileTag tag, true # self close
for tag in tagsNormal
compileTag tag, false # don't self close
for tag in tagsSelfClosing
compileTag tag, true # self close
handler = new Function 'scope', "with (scope) { #{code}; return }"
template = (_options, _fn) ->
options = _options # this is needed, because of some strange scoping behaviour
fn = _fn # when using arguments[] (_options) directly.. dunno why :-(
# if you remove this and use _options directly _options.context is lost inside the
# template after first tag callback:
#
# p @id <p>ctx1</p>
# div -> <div>
# p @id <p>undefined</p>
# </div>
html = ''
indent = ''
newline = if options.format then '\n' else ''
handler.call options.context, scope
if fn
fn null, html.trim()
else
return html.trim()
##
if config.cached
TEMPLATES[hash] = template
return template
else
return TEMPLATES[hash]
| 77182 |
## coffeescript and fs -less ck clone for callback usage
## no files, no raw coffee.. but it runs in the browser
## and it compiles js functions into kup templates
##
## derrifed from version 0.0.1 of ck
##
## https://github.com/kaleb/ck
## sha: 3b83bb352928a856f92f5fa4dd4a5bdf6aacb7d1
##
## Copyright (c) 2011 <NAME> <<EMAIL>>
##
## MIT Licensed
#[coffeekup](http://github.com/mauricemach/coffeekup) rewrite
doctypes =
'1.1': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN" "http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'
'5': '<!DOCTYPE html>'
'basic': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML Basic 1.1//EN" "http://www.w3.org/TR/xhtml-basic/xhtml-basic11.dtd">'
'frameset': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Frameset//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-frameset.dtd">'
'mobile': '<!DOCTYPE html PUBLIC "-//WAPFORUM//DTD XHTML Mobile 1.2//EN" "http://www.openmobilealliance.org/tech/DTD/xhtml-mobile12.dtd">'
'strict': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">'
'transitional': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">'
'xml': '<?xml version="1.0" encoding="utf-8" ?>'
tagsNormal = 'a abbr acronym address applet article aside audio b bdo big blockquote body button canvas caption center cite code colgroup command datalist dd del details dfn dir div dl dt em embed fieldset figcaption figure font footer form frameset h1 h2 h3 h4 h5 h6 head header hgroup html i iframe ins keygen kbd label legend li map mark menu meter nav noframes noscript object ol optgroup option output p pre progress q rp rt ruby s samp script section select small source span strike strong style sub summary sup table tbody td textarea tfoot th thead time title tr tt u ul var video wbr xmp'.split ' '
tagsSelfClosing = 'area base basefont br col frame hr img input link meta param'.split ' '
TEMPLATES = {}
module.exports = (code, config=true)->
if typeof cached is 'boolean'
config =
cached: config || config isnt false
if typeof code is 'function'
code = '('+code.toString()+').call(this);'
if !config.cached || !TEMPLATES[hash = floyd.tools.strings.hash code]
##
html = null
indent = null
newline = null
options = {}
nest = (arg) ->
if typeof arg is 'function'
indent += ' ' if options.format
arg = arg.call options.context
indent = indent.slice(0, -4) if options.format
html += "#{newline}#{indent}"
if arg && !(typeof arg is 'object')
html += if options.autoescape then esc arg else arg
compileTag = (tag, selfClosing) ->
scope[tag] = (args...) ->
html += "#{newline}#{indent}<#{tag}"
if typeof args[0] is 'object'
for key, val of args.shift()
if typeof val is 'boolean'
html += " #{key}" if val is true
else
html += " #{key}=\"#{val}\""
html += ">"
return if selfClosing
nest arg for arg in args
html += "</#{tag}>"
return
scope =
comment: (str) ->
html += "#{newline}#{indent}<!--#{str}-->"
return
doctype: (key=5) ->
html += "#{indent}#{doctypes[key]}"
return
text: (str)->
html += str
return
raw: (str)->
html += str
return
esc: (str) ->
str.replace /[&<>"']/g, (c) ->
switch c
when '&' then '&'
when '<' then '<'
when '>' then '>'
when '"' then '"'
when "'" then '''
ie: (expr, arg) ->
html += "#{newline}#{indent}<!--[if #{expr}]>"
nest arg
html += "<![endif]-->"
return
if config.tags
for tag in config.tags
compileTag tag, false # don't self close
if config.tagsSelfClosing
for tag in tagsSelfClosing
compileTag tag, true # self close
for tag in tagsNormal
compileTag tag, false # don't self close
for tag in tagsSelfClosing
compileTag tag, true # self close
handler = new Function 'scope', "with (scope) { #{code}; return }"
template = (_options, _fn) ->
options = _options # this is needed, because of some strange scoping behaviour
fn = _fn # when using arguments[] (_options) directly.. dunno why :-(
# if you remove this and use _options directly _options.context is lost inside the
# template after first tag callback:
#
# p @id <p>ctx1</p>
# div -> <div>
# p @id <p>undefined</p>
# </div>
html = ''
indent = ''
newline = if options.format then '\n' else ''
handler.call options.context, scope
if fn
fn null, html.trim()
else
return html.trim()
##
if config.cached
TEMPLATES[hash] = template
return template
else
return TEMPLATES[hash]
| true |
## coffeescript and fs -less ck clone for callback usage
## no files, no raw coffee.. but it runs in the browser
## and it compiles js functions into kup templates
##
## derrifed from version 0.0.1 of ck
##
## https://github.com/kaleb/ck
## sha: 3b83bb352928a856f92f5fa4dd4a5bdf6aacb7d1
##
## Copyright (c) 2011 PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
##
## MIT Licensed
#[coffeekup](http://github.com/mauricemach/coffeekup) rewrite
doctypes =
'1.1': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN" "http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">'
'5': '<!DOCTYPE html>'
'basic': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML Basic 1.1//EN" "http://www.w3.org/TR/xhtml-basic/xhtml-basic11.dtd">'
'frameset': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Frameset//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-frameset.dtd">'
'mobile': '<!DOCTYPE html PUBLIC "-//WAPFORUM//DTD XHTML Mobile 1.2//EN" "http://www.openmobilealliance.org/tech/DTD/xhtml-mobile12.dtd">'
'strict': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd">'
'transitional': '<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">'
'xml': '<?xml version="1.0" encoding="utf-8" ?>'
tagsNormal = 'a abbr acronym address applet article aside audio b bdo big blockquote body button canvas caption center cite code colgroup command datalist dd del details dfn dir div dl dt em embed fieldset figcaption figure font footer form frameset h1 h2 h3 h4 h5 h6 head header hgroup html i iframe ins keygen kbd label legend li map mark menu meter nav noframes noscript object ol optgroup option output p pre progress q rp rt ruby s samp script section select small source span strike strong style sub summary sup table tbody td textarea tfoot th thead time title tr tt u ul var video wbr xmp'.split ' '
tagsSelfClosing = 'area base basefont br col frame hr img input link meta param'.split ' '
TEMPLATES = {}
module.exports = (code, config=true)->
if typeof cached is 'boolean'
config =
cached: config || config isnt false
if typeof code is 'function'
code = '('+code.toString()+').call(this);'
if !config.cached || !TEMPLATES[hash = floyd.tools.strings.hash code]
##
html = null
indent = null
newline = null
options = {}
nest = (arg) ->
if typeof arg is 'function'
indent += ' ' if options.format
arg = arg.call options.context
indent = indent.slice(0, -4) if options.format
html += "#{newline}#{indent}"
if arg && !(typeof arg is 'object')
html += if options.autoescape then esc arg else arg
compileTag = (tag, selfClosing) ->
scope[tag] = (args...) ->
html += "#{newline}#{indent}<#{tag}"
if typeof args[0] is 'object'
for key, val of args.shift()
if typeof val is 'boolean'
html += " #{key}" if val is true
else
html += " #{key}=\"#{val}\""
html += ">"
return if selfClosing
nest arg for arg in args
html += "</#{tag}>"
return
scope =
comment: (str) ->
html += "#{newline}#{indent}<!--#{str}-->"
return
doctype: (key=5) ->
html += "#{indent}#{doctypes[key]}"
return
text: (str)->
html += str
return
raw: (str)->
html += str
return
esc: (str) ->
str.replace /[&<>"']/g, (c) ->
switch c
when '&' then '&'
when '<' then '<'
when '>' then '>'
when '"' then '"'
when "'" then '''
ie: (expr, arg) ->
html += "#{newline}#{indent}<!--[if #{expr}]>"
nest arg
html += "<![endif]-->"
return
if config.tags
for tag in config.tags
compileTag tag, false # don't self close
if config.tagsSelfClosing
for tag in tagsSelfClosing
compileTag tag, true # self close
for tag in tagsNormal
compileTag tag, false # don't self close
for tag in tagsSelfClosing
compileTag tag, true # self close
handler = new Function 'scope', "with (scope) { #{code}; return }"
template = (_options, _fn) ->
options = _options # this is needed, because of some strange scoping behaviour
fn = _fn # when using arguments[] (_options) directly.. dunno why :-(
# if you remove this and use _options directly _options.context is lost inside the
# template after first tag callback:
#
# p @id <p>ctx1</p>
# div -> <div>
# p @id <p>undefined</p>
# </div>
html = ''
indent = ''
newline = if options.format then '\n' else ''
handler.call options.context, scope
if fn
fn null, html.trim()
else
return html.trim()
##
if config.cached
TEMPLATES[hash] = template
return template
else
return TEMPLATES[hash]
|
[
{
"context": "#\n# Copyright 2014 Carsten Klein\n#\n# Licensed under the Apache License, Version 2.",
"end": 32,
"score": 0.9998569488525391,
"start": 19,
"tag": "NAME",
"value": "Carsten Klein"
},
{
"context": "calns instanceof Namespace)\n\n key = localName\n if currentContext instanceof Name",
"end": 13094,
"score": 0.9714950323104858,
"start": 13085,
"tag": "KEY",
"value": "localName"
},
{
"context": "xt instanceof Namespace\n\n key = \"#{currentContext.nsQualifiedName}.#{localName}\"\n\n ",
"end": 13180,
"score": 0.8113235831260681,
"start": 13177,
"tag": "KEY",
"value": "\"#{"
},
{
"context": "ce\n\n key = \"#{currentContext.nsQualifiedName}.#{localName}\"\n\n throw new Error \"will not redecl",
"end": 13225,
"score": 0.8230480551719666,
"start": 13197,
"tag": "KEY",
"value": "QualifiedName}.#{localName}\""
}
] | src/namespaces.coffee | vibejs/vibejs-namespaces | 0 | #
# Copyright 2014 Carsten Klein
#
# 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.
#
# we export most of this to the global namespace
exports = window ? global
# guard preventing us from exporting twice
unless exports.namespace?
# The default context **nsDefaultContext** being used for declaring namespaces in.
# On the server this will default to **global**, whereas on the client aka browser
# this will default to **window**.
#
# @type Object
# @readonly
# @memberof vibejs.lang
nsDefaultContext = exports
# Guard preventing Namespace constructor from being called directly.
nsDeclaring = false
# The regular expression used for validating user provided namespace
# identifiers.
#
# /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
#
# @type {RegExp}
# @readonly
# @memberof vibejs.lang.constants
NS_QNAME_RE = /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
# The class **Namespace** models a container for user defined properties and
# namespaces.
#
# Instances of this can only be created using {@link Namespaces.nsDeclare}.
#
# exposed for testing purposes and instanceof checks only
#
# @class
# @property {String} nsQualifiedName - the qualified name of this (readonly)
# @property {Namespaces.Namespace} nsParent - the parent namespace or null (readonly)
# @property {Object} nsNamespaces - the direct child namespaces of this or the empty hash (readonly)
# @property {Object} nsClasses - the classes declared in this or the empty hash (readonly)
# @property {Object} nsFunctions - the functions declared in this or the empty hash (readonly)
# @property {Object} nsObjects - the objects declared in this or the empty hash (readonly)
# @property {Object} nsScalars - the scalars declared in this or the empty hash (readonly)
# @memberof vibejs.lang
class Namespace
constructor: (localName, parent, logger) ->
if not nsDeclaring
throw new TypeError 'Namespace must not be instantiated directly. Use namespace instead.'
cachedQualifiedName = null
frozen = false
if parent and not (parent instanceof Namespace)
throw new TypeError 'parent must be an instance of vibejs.lang.namespace.Namespace'
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
# @property String _logger optional logger used for debugging
# @private
# @readonly
Object.defineProperty @, '_logger',
enumerable : false
get : ->
logger
@_logger?.debug "Namespace:constructor:localName = #{localName}"
@_logger?.debug "Namespace:constructor:parent = #{parent?.nsQualifiedName}"
# @property String nsLocalName the local name of this
# @readonly
Object.defineProperty @, 'nsLocalName',
enumerable : false
get : ->
localName
# @property Namespace nsParent the parent namespace of this or null
# @readonly
Object.defineProperty @, 'nsParent',
enumerable : false
get : ->
parent
# @property String nsQualifiedName the qualified name of this
# @readonly
Object.defineProperty @, 'nsQualifiedName',
enumerable : false
get : ->
if cachedQualifiedName is null
@_logger?.debug "Namespace:nsQualifiedName:building qualified name"
components = []
ns = @
while ns?
components.push ns.nsLocalName
ns = ns.nsParent
components.reverse()
cachedQualifiedName = components.join '.'
@_logger?.debug "Namespace:nsQualifiedName:built qualified name #{cachedQualifiedName}"
cachedQualifiedName
# @property String name alias for nsQualifiedName
# @readonly
Object.defineProperty @, 'name',
enumerable : false
get : ->
@nsQualifiedName
# @property Boolean nsFrozen true whether this was frozen, false otherwise
# @readonly
Object.defineProperty @, 'nsFrozen',
enumerable : false
get : ->
frozen
# Extends this by the specified declarations. Will not override existing members of
# this unless told otherwise.
#
# @method nsExtend
# @param Object
# @return this
# @throws Error thrown in case that this was frozen
Object.defineProperty @, 'nsExtend',
enumerable : false
get : ->
if @nsFrozen
@_logger?.debug "Namespace:nsExtend:attempted to extend frozen namespace #{@nsQualifiedName}"
throw new Error "namespace #{@nsQualifiedName} is frozen and cannot be extended."
(options = {}) ->
@_logger?.debug "Namespace:nsExtend:extending namespace #{@nsQualifiedName}"
override = if options.override == true then true else false
configurable = if options.configurable == false then false else true
declarations = options.extend || {}
for key of declarations
if @[key] is undefined or override
enumerable = /^_/.exec(key) is null
@_logger?.debug "Namespace:nsExtend:defining #{key} = #{declarations[key]}"
if not enumerable
@_logger?.debug "Namespace:nsExtend:defining #{key} non enumerable"
if not configurable
@_logger?.debug "Namespace:nsExtend:defining #{key} non configurable"
if not configurable or not enumerable
applier = (key, value) ->
Object.defineProperty @, key,
enumerable : enumerable
configurable : configurable
writable : configurable
value : value
applier.call @, key, declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@[key] = declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@_logger?.debug "Namespace:nsExtend:not overriding existing #{key}"
@
# Freezes this so that it can no longer be extended or modified.
# Calling this multiple times has no effect.
#
# @return this
Object.defineProperty @, 'nsFreeze',
enumerable : false
get : ->
->
if not frozen
@_logger?.debug "Namespace:nsFreeze:trying to freeze namespace #{@nsQualifiedName}"
freezer = Object.freeze || Object.seal
if freezer
frozen = true
freezer @
@_logger?.debug "Namespace:nsFreeze:namespace #{@nsQualifiedName} was frozen"
else
@_logger?.debug "Namespace:nsFreeze:neither Object.freeze nor Object.seal are available"
@
# Returns an object containing the children of this or this if no filter object or function was
# specified.
#
# The filter function or method must accept two arguments, namely key and value.
#
# @method nsChildren
# @param Function|Object:null a filter function or object with a filter method or function
# @return Object the filtered children or this
# @throws Error thrown in case that filter is not null and not a function or object
# with either a filter function or method
Object.defineProperty @, 'nsChildren',
enumerable : false
get : ->
(filter = null) ->
result = @
actualFilter = filter
if filter != null and 'object' == typeof filter
actualFilter = filter.filter
if actualFilter is undefined
throw new TypeError 'filter must be either a function or object with a filter method or function'
if actualFilter
result = {}
for key of @
if actualFilter(key, @[key])
result[key] = @[key]
result
# The function namespace models a factory for instances of type Namespace.
#
# TODO:document
#
# @param String qname the qualified name of the namespace
# @param Object options additional parameters
# @option options Object|Namespace:nsDefaultContext context the context to which the resulting namespace will be assigned to
# @option options Boolean:false freeze determines whether the resulting namespace will be frozen so that
# it cannot be extended
# @option options Object:null extend optional namespace extension
# @option options Object:null logger optional logger for outputting debug information
# @memberof vibejs.lang
exports.namespace = (qname, options = {})->
result = null
logger = options.logger || null
context = options.context || nsDefaultContext
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
logger?.debug "namespace:get or declare namespace #{qname} in context #{context.name || if context == nsDefaultContext then 'default' else 'user defined'}"
# make sure that qname is valid
if qname is null or
qname is undefined or
null == NS_QNAME_RE.exec qname
throw new TypeError "invalid qname '#{qname}'."
# declare namespaces in their reverse order
currentContext = context
components = qname.split '.'
components.reverse()
while components.length
# TODO:logging
localName = components.pop()
localns = currentContext[localName]
if localns is undefined
# associate parent namespace
parent = null
if currentContext instanceof Namespace
parent = currentContext
# fail early in case that parent is frozen
if parent.nsFrozen
throw new Error "namespace #{parent.nsQualifiedName} is frozen and cannot be extended."
# declare and finalize namespace
nsDeclaring = true
localns = new Namespace localName, parent, logger
nsDeclaring = false
if /^_/.exec(localName) is null
currentContext[localName] = localns
else
Object.defineProperty currentContext, localName,
enumerable : false
value : localns
else if not (localns instanceof Namespace)
key = localName
if currentContext instanceof Namespace
key = "#{currentContext.nsQualifiedName}.#{localName}"
throw new Error "will not redeclare existing value for key #{key} in the specified context"
currentContext = result = localns
if options.extend
result.nsExtend options
if options.freeze == true
result.nsFreeze()
result
# @namespace vibejs.lang
namespace 'vibejs.lang',
configurable : false
extend :
nsDefaultContext : nsDefaultContext
Namespace : Namespace
namespace : namespace
# @namespace vibejs.lang.constants
namespace 'vibejs.lang.constants',
configurable : false
extend :
NS_QNAME_RE : NS_QNAME_RE
| 65283 | #
# Copyright 2014 <NAME>
#
# 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.
#
# we export most of this to the global namespace
exports = window ? global
# guard preventing us from exporting twice
unless exports.namespace?
# The default context **nsDefaultContext** being used for declaring namespaces in.
# On the server this will default to **global**, whereas on the client aka browser
# this will default to **window**.
#
# @type Object
# @readonly
# @memberof vibejs.lang
nsDefaultContext = exports
# Guard preventing Namespace constructor from being called directly.
nsDeclaring = false
# The regular expression used for validating user provided namespace
# identifiers.
#
# /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
#
# @type {RegExp}
# @readonly
# @memberof vibejs.lang.constants
NS_QNAME_RE = /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
# The class **Namespace** models a container for user defined properties and
# namespaces.
#
# Instances of this can only be created using {@link Namespaces.nsDeclare}.
#
# exposed for testing purposes and instanceof checks only
#
# @class
# @property {String} nsQualifiedName - the qualified name of this (readonly)
# @property {Namespaces.Namespace} nsParent - the parent namespace or null (readonly)
# @property {Object} nsNamespaces - the direct child namespaces of this or the empty hash (readonly)
# @property {Object} nsClasses - the classes declared in this or the empty hash (readonly)
# @property {Object} nsFunctions - the functions declared in this or the empty hash (readonly)
# @property {Object} nsObjects - the objects declared in this or the empty hash (readonly)
# @property {Object} nsScalars - the scalars declared in this or the empty hash (readonly)
# @memberof vibejs.lang
class Namespace
constructor: (localName, parent, logger) ->
if not nsDeclaring
throw new TypeError 'Namespace must not be instantiated directly. Use namespace instead.'
cachedQualifiedName = null
frozen = false
if parent and not (parent instanceof Namespace)
throw new TypeError 'parent must be an instance of vibejs.lang.namespace.Namespace'
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
# @property String _logger optional logger used for debugging
# @private
# @readonly
Object.defineProperty @, '_logger',
enumerable : false
get : ->
logger
@_logger?.debug "Namespace:constructor:localName = #{localName}"
@_logger?.debug "Namespace:constructor:parent = #{parent?.nsQualifiedName}"
# @property String nsLocalName the local name of this
# @readonly
Object.defineProperty @, 'nsLocalName',
enumerable : false
get : ->
localName
# @property Namespace nsParent the parent namespace of this or null
# @readonly
Object.defineProperty @, 'nsParent',
enumerable : false
get : ->
parent
# @property String nsQualifiedName the qualified name of this
# @readonly
Object.defineProperty @, 'nsQualifiedName',
enumerable : false
get : ->
if cachedQualifiedName is null
@_logger?.debug "Namespace:nsQualifiedName:building qualified name"
components = []
ns = @
while ns?
components.push ns.nsLocalName
ns = ns.nsParent
components.reverse()
cachedQualifiedName = components.join '.'
@_logger?.debug "Namespace:nsQualifiedName:built qualified name #{cachedQualifiedName}"
cachedQualifiedName
# @property String name alias for nsQualifiedName
# @readonly
Object.defineProperty @, 'name',
enumerable : false
get : ->
@nsQualifiedName
# @property Boolean nsFrozen true whether this was frozen, false otherwise
# @readonly
Object.defineProperty @, 'nsFrozen',
enumerable : false
get : ->
frozen
# Extends this by the specified declarations. Will not override existing members of
# this unless told otherwise.
#
# @method nsExtend
# @param Object
# @return this
# @throws Error thrown in case that this was frozen
Object.defineProperty @, 'nsExtend',
enumerable : false
get : ->
if @nsFrozen
@_logger?.debug "Namespace:nsExtend:attempted to extend frozen namespace #{@nsQualifiedName}"
throw new Error "namespace #{@nsQualifiedName} is frozen and cannot be extended."
(options = {}) ->
@_logger?.debug "Namespace:nsExtend:extending namespace #{@nsQualifiedName}"
override = if options.override == true then true else false
configurable = if options.configurable == false then false else true
declarations = options.extend || {}
for key of declarations
if @[key] is undefined or override
enumerable = /^_/.exec(key) is null
@_logger?.debug "Namespace:nsExtend:defining #{key} = #{declarations[key]}"
if not enumerable
@_logger?.debug "Namespace:nsExtend:defining #{key} non enumerable"
if not configurable
@_logger?.debug "Namespace:nsExtend:defining #{key} non configurable"
if not configurable or not enumerable
applier = (key, value) ->
Object.defineProperty @, key,
enumerable : enumerable
configurable : configurable
writable : configurable
value : value
applier.call @, key, declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@[key] = declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@_logger?.debug "Namespace:nsExtend:not overriding existing #{key}"
@
# Freezes this so that it can no longer be extended or modified.
# Calling this multiple times has no effect.
#
# @return this
Object.defineProperty @, 'nsFreeze',
enumerable : false
get : ->
->
if not frozen
@_logger?.debug "Namespace:nsFreeze:trying to freeze namespace #{@nsQualifiedName}"
freezer = Object.freeze || Object.seal
if freezer
frozen = true
freezer @
@_logger?.debug "Namespace:nsFreeze:namespace #{@nsQualifiedName} was frozen"
else
@_logger?.debug "Namespace:nsFreeze:neither Object.freeze nor Object.seal are available"
@
# Returns an object containing the children of this or this if no filter object or function was
# specified.
#
# The filter function or method must accept two arguments, namely key and value.
#
# @method nsChildren
# @param Function|Object:null a filter function or object with a filter method or function
# @return Object the filtered children or this
# @throws Error thrown in case that filter is not null and not a function or object
# with either a filter function or method
Object.defineProperty @, 'nsChildren',
enumerable : false
get : ->
(filter = null) ->
result = @
actualFilter = filter
if filter != null and 'object' == typeof filter
actualFilter = filter.filter
if actualFilter is undefined
throw new TypeError 'filter must be either a function or object with a filter method or function'
if actualFilter
result = {}
for key of @
if actualFilter(key, @[key])
result[key] = @[key]
result
# The function namespace models a factory for instances of type Namespace.
#
# TODO:document
#
# @param String qname the qualified name of the namespace
# @param Object options additional parameters
# @option options Object|Namespace:nsDefaultContext context the context to which the resulting namespace will be assigned to
# @option options Boolean:false freeze determines whether the resulting namespace will be frozen so that
# it cannot be extended
# @option options Object:null extend optional namespace extension
# @option options Object:null logger optional logger for outputting debug information
# @memberof vibejs.lang
exports.namespace = (qname, options = {})->
result = null
logger = options.logger || null
context = options.context || nsDefaultContext
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
logger?.debug "namespace:get or declare namespace #{qname} in context #{context.name || if context == nsDefaultContext then 'default' else 'user defined'}"
# make sure that qname is valid
if qname is null or
qname is undefined or
null == NS_QNAME_RE.exec qname
throw new TypeError "invalid qname '#{qname}'."
# declare namespaces in their reverse order
currentContext = context
components = qname.split '.'
components.reverse()
while components.length
# TODO:logging
localName = components.pop()
localns = currentContext[localName]
if localns is undefined
# associate parent namespace
parent = null
if currentContext instanceof Namespace
parent = currentContext
# fail early in case that parent is frozen
if parent.nsFrozen
throw new Error "namespace #{parent.nsQualifiedName} is frozen and cannot be extended."
# declare and finalize namespace
nsDeclaring = true
localns = new Namespace localName, parent, logger
nsDeclaring = false
if /^_/.exec(localName) is null
currentContext[localName] = localns
else
Object.defineProperty currentContext, localName,
enumerable : false
value : localns
else if not (localns instanceof Namespace)
key = <KEY>
if currentContext instanceof Namespace
key = <KEY>currentContext.ns<KEY>
throw new Error "will not redeclare existing value for key #{key} in the specified context"
currentContext = result = localns
if options.extend
result.nsExtend options
if options.freeze == true
result.nsFreeze()
result
# @namespace vibejs.lang
namespace 'vibejs.lang',
configurable : false
extend :
nsDefaultContext : nsDefaultContext
Namespace : Namespace
namespace : namespace
# @namespace vibejs.lang.constants
namespace 'vibejs.lang.constants',
configurable : false
extend :
NS_QNAME_RE : NS_QNAME_RE
| true | #
# Copyright 2014 PI:NAME:<NAME>END_PI
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
#
# we export most of this to the global namespace
exports = window ? global
# guard preventing us from exporting twice
unless exports.namespace?
# The default context **nsDefaultContext** being used for declaring namespaces in.
# On the server this will default to **global**, whereas on the client aka browser
# this will default to **window**.
#
# @type Object
# @readonly
# @memberof vibejs.lang
nsDefaultContext = exports
# Guard preventing Namespace constructor from being called directly.
nsDeclaring = false
# The regular expression used for validating user provided namespace
# identifiers.
#
# /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
#
# @type {RegExp}
# @readonly
# @memberof vibejs.lang.constants
NS_QNAME_RE = /^[a-zA-Z_$]+[a-zA-Z_$0-9]*(?:[.][a-zA-Z_$]+[a-zA-Z_$0-9]*)*$/
# The class **Namespace** models a container for user defined properties and
# namespaces.
#
# Instances of this can only be created using {@link Namespaces.nsDeclare}.
#
# exposed for testing purposes and instanceof checks only
#
# @class
# @property {String} nsQualifiedName - the qualified name of this (readonly)
# @property {Namespaces.Namespace} nsParent - the parent namespace or null (readonly)
# @property {Object} nsNamespaces - the direct child namespaces of this or the empty hash (readonly)
# @property {Object} nsClasses - the classes declared in this or the empty hash (readonly)
# @property {Object} nsFunctions - the functions declared in this or the empty hash (readonly)
# @property {Object} nsObjects - the objects declared in this or the empty hash (readonly)
# @property {Object} nsScalars - the scalars declared in this or the empty hash (readonly)
# @memberof vibejs.lang
class Namespace
constructor: (localName, parent, logger) ->
if not nsDeclaring
throw new TypeError 'Namespace must not be instantiated directly. Use namespace instead.'
cachedQualifiedName = null
frozen = false
if parent and not (parent instanceof Namespace)
throw new TypeError 'parent must be an instance of vibejs.lang.namespace.Namespace'
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
# @property String _logger optional logger used for debugging
# @private
# @readonly
Object.defineProperty @, '_logger',
enumerable : false
get : ->
logger
@_logger?.debug "Namespace:constructor:localName = #{localName}"
@_logger?.debug "Namespace:constructor:parent = #{parent?.nsQualifiedName}"
# @property String nsLocalName the local name of this
# @readonly
Object.defineProperty @, 'nsLocalName',
enumerable : false
get : ->
localName
# @property Namespace nsParent the parent namespace of this or null
# @readonly
Object.defineProperty @, 'nsParent',
enumerable : false
get : ->
parent
# @property String nsQualifiedName the qualified name of this
# @readonly
Object.defineProperty @, 'nsQualifiedName',
enumerable : false
get : ->
if cachedQualifiedName is null
@_logger?.debug "Namespace:nsQualifiedName:building qualified name"
components = []
ns = @
while ns?
components.push ns.nsLocalName
ns = ns.nsParent
components.reverse()
cachedQualifiedName = components.join '.'
@_logger?.debug "Namespace:nsQualifiedName:built qualified name #{cachedQualifiedName}"
cachedQualifiedName
# @property String name alias for nsQualifiedName
# @readonly
Object.defineProperty @, 'name',
enumerable : false
get : ->
@nsQualifiedName
# @property Boolean nsFrozen true whether this was frozen, false otherwise
# @readonly
Object.defineProperty @, 'nsFrozen',
enumerable : false
get : ->
frozen
# Extends this by the specified declarations. Will not override existing members of
# this unless told otherwise.
#
# @method nsExtend
# @param Object
# @return this
# @throws Error thrown in case that this was frozen
Object.defineProperty @, 'nsExtend',
enumerable : false
get : ->
if @nsFrozen
@_logger?.debug "Namespace:nsExtend:attempted to extend frozen namespace #{@nsQualifiedName}"
throw new Error "namespace #{@nsQualifiedName} is frozen and cannot be extended."
(options = {}) ->
@_logger?.debug "Namespace:nsExtend:extending namespace #{@nsQualifiedName}"
override = if options.override == true then true else false
configurable = if options.configurable == false then false else true
declarations = options.extend || {}
for key of declarations
if @[key] is undefined or override
enumerable = /^_/.exec(key) is null
@_logger?.debug "Namespace:nsExtend:defining #{key} = #{declarations[key]}"
if not enumerable
@_logger?.debug "Namespace:nsExtend:defining #{key} non enumerable"
if not configurable
@_logger?.debug "Namespace:nsExtend:defining #{key} non configurable"
if not configurable or not enumerable
applier = (key, value) ->
Object.defineProperty @, key,
enumerable : enumerable
configurable : configurable
writable : configurable
value : value
applier.call @, key, declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@[key] = declarations[key]
@_logger?.debug "Namespace:nsExtend:defined #{key}"
else
@_logger?.debug "Namespace:nsExtend:not overriding existing #{key}"
@
# Freezes this so that it can no longer be extended or modified.
# Calling this multiple times has no effect.
#
# @return this
Object.defineProperty @, 'nsFreeze',
enumerable : false
get : ->
->
if not frozen
@_logger?.debug "Namespace:nsFreeze:trying to freeze namespace #{@nsQualifiedName}"
freezer = Object.freeze || Object.seal
if freezer
frozen = true
freezer @
@_logger?.debug "Namespace:nsFreeze:namespace #{@nsQualifiedName} was frozen"
else
@_logger?.debug "Namespace:nsFreeze:neither Object.freeze nor Object.seal are available"
@
# Returns an object containing the children of this or this if no filter object or function was
# specified.
#
# The filter function or method must accept two arguments, namely key and value.
#
# @method nsChildren
# @param Function|Object:null a filter function or object with a filter method or function
# @return Object the filtered children or this
# @throws Error thrown in case that filter is not null and not a function or object
# with either a filter function or method
Object.defineProperty @, 'nsChildren',
enumerable : false
get : ->
(filter = null) ->
result = @
actualFilter = filter
if filter != null and 'object' == typeof filter
actualFilter = filter.filter
if actualFilter is undefined
throw new TypeError 'filter must be either a function or object with a filter method or function'
if actualFilter
result = {}
for key of @
if actualFilter(key, @[key])
result[key] = @[key]
result
# The function namespace models a factory for instances of type Namespace.
#
# TODO:document
#
# @param String qname the qualified name of the namespace
# @param Object options additional parameters
# @option options Object|Namespace:nsDefaultContext context the context to which the resulting namespace will be assigned to
# @option options Boolean:false freeze determines whether the resulting namespace will be frozen so that
# it cannot be extended
# @option options Object:null extend optional namespace extension
# @option options Object:null logger optional logger for outputting debug information
# @memberof vibejs.lang
exports.namespace = (qname, options = {})->
result = null
logger = options.logger || null
context = options.context || nsDefaultContext
# make sure that the logger has a debug method
if logger and not 'function' == typeof logger.debug
throw new TypeError 'logger does not have a debug(...) method.'
logger?.debug "namespace:get or declare namespace #{qname} in context #{context.name || if context == nsDefaultContext then 'default' else 'user defined'}"
# make sure that qname is valid
if qname is null or
qname is undefined or
null == NS_QNAME_RE.exec qname
throw new TypeError "invalid qname '#{qname}'."
# declare namespaces in their reverse order
currentContext = context
components = qname.split '.'
components.reverse()
while components.length
# TODO:logging
localName = components.pop()
localns = currentContext[localName]
if localns is undefined
# associate parent namespace
parent = null
if currentContext instanceof Namespace
parent = currentContext
# fail early in case that parent is frozen
if parent.nsFrozen
throw new Error "namespace #{parent.nsQualifiedName} is frozen and cannot be extended."
# declare and finalize namespace
nsDeclaring = true
localns = new Namespace localName, parent, logger
nsDeclaring = false
if /^_/.exec(localName) is null
currentContext[localName] = localns
else
Object.defineProperty currentContext, localName,
enumerable : false
value : localns
else if not (localns instanceof Namespace)
key = PI:KEY:<KEY>END_PI
if currentContext instanceof Namespace
key = PI:KEY:<KEY>END_PIcurrentContext.nsPI:KEY:<KEY>END_PI
throw new Error "will not redeclare existing value for key #{key} in the specified context"
currentContext = result = localns
if options.extend
result.nsExtend options
if options.freeze == true
result.nsFreeze()
result
# @namespace vibejs.lang
namespace 'vibejs.lang',
configurable : false
extend :
nsDefaultContext : nsDefaultContext
Namespace : Namespace
namespace : namespace
# @namespace vibejs.lang.constants
namespace 'vibejs.lang.constants',
configurable : false
extend :
NS_QNAME_RE : NS_QNAME_RE
|
[
{
"context": "API Blueprint fixtures as well)\n sensitiveKey = 'token'\n sensitiveHeaderName = 'authorization'\n sensit",
"end": 340,
"score": 0.6263347268104553,
"start": 335,
"tag": "KEY",
"value": "token"
},
{
"context": "eHeaderName = 'authorization'\n sensitiveValue = '5229c6e8e4b0bd7dbb07e29c'\n\n # recording events sent to reporters\n events",
"end": 426,
"score": 0.9963432550430298,
"start": 402,
"tag": "KEY",
"value": "5229c6e8e4b0bd7dbb07e29c"
},
{
"context": "te')\n app = createServerFromResponse({token: 123, name: 'Bob'}) # 'token' should be string → faili",
"end": 6487,
"score": 0.9221096634864807,
"start": 6484,
"tag": "PASSWORD",
"value": "123"
},
{
"context": "pp = createServerFromResponse({token: 123, name: 'Bob'}) # 'token' should be string → failing test\n\n ",
"end": 6499,
"score": 0.6970839500427246,
"start": 6496,
"tag": "NAME",
"value": "Bob"
},
{
"context": "rs')\n app = createServerFromResponse({name: 'Bob'}) # Authorization header is missing → failing te",
"end": 10719,
"score": 0.9921517372131348,
"start": 10716,
"tag": "NAME",
"value": "Bob"
},
{
"context": "ng')\n app = createServerFromResponse({name: 'Bob'}) # passing test\n\n runDreddWithServer(dredd",
"end": 16098,
"score": 0.9987887740135193,
"start": 16095,
"tag": "NAME",
"value": "Bob"
},
{
"context": "er')\n app = createServerFromResponse({name: 'Bob'}) # passing test\n\n runDreddWithServer(dredd",
"end": 18848,
"score": 0.9988721013069153,
"start": 18845,
"tag": "NAME",
"value": "Bob"
},
{
"context": "ks')\n app = createServerFromResponse({name: 'Bob'}) # passing test\n\n runDreddWithServer(dredd",
"end": 21839,
"score": 0.7274104952812195,
"start": 21836,
"tag": "NAME",
"value": "Bob"
},
{
"context": "ks')\n app = createServerFromResponse({name: 'Bob'}) # passing test\n\n runDreddWithServer(dredd",
"end": 22986,
"score": 0.9984544515609741,
"start": 22983,
"tag": "NAME",
"value": "Bob"
}
] | test/integration/sanitation-test.coffee | DMG-Cloud-Services/dmg-dredd | 1 | {assert} = require('chai')
clone = require('clone')
{EventEmitter} = require('events')
{runDredd, createServer, runDreddWithServer} = require('./helpers')
Dredd = require('../../src/dredd')
describe('Sanitation of Reported Data', ->
# sample sensitive data (this value is used in API Blueprint fixtures as well)
sensitiveKey = 'token'
sensitiveHeaderName = 'authorization'
sensitiveValue = '5229c6e8e4b0bd7dbb07e29c'
# recording events sent to reporters
events = undefined
emitter = undefined
beforeEach( ->
events = []
emitter = new EventEmitter()
# Dredd emits 'test *' events and reporters listen on them. To test whether
# sensitive data will or won't make it to reporters, we need to capture all
# the emitted events. We're using 'clone' to prevent propagation of subsequent
# modifications of the 'test' object (Dredd can change the data after they're
# reported and by reference they would change also here in the 'events' array).
emitter.on('test start', (test) -> events.push({name: 'test start', test: clone(test)}))
emitter.on('test pass', (test) -> events.push({name: 'test pass', test: clone(test)}))
emitter.on('test skip', (test) -> events.push({name: 'test skip', test: clone(test)}))
emitter.on('test fail', (test) -> events.push({name: 'test fail', test: clone(test)}))
emitter.on('test error', (err, test) -> events.push({name: 'test error', test: clone(test), err}))
# 'start' and 'end' events are asynchronous and they do not carry any data
# significant for following scenarios
emitter.on('start', (apiDescription, cb) -> events.push({name: 'start'}); cb() )
emitter.on('end', (cb) -> events.push({name: 'end'}); cb() )
)
# helper for preparing Dredd instance with our custom emitter
createDreddFromFixture = (fixtureName) ->
new Dredd({
emitter
options: {
path: "./test/fixtures/sanitation/#{fixtureName}.apib"
hookfiles: "./test/fixtures/sanitation/#{fixtureName}.js"
}
})
# helper for preparing the server under test
createServerFromResponse = (response) ->
app = createServer()
app.put('/resource', (req, res) -> res.json(response))
return app
describe('Sanitation of the Entire Request Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-request-body')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of the Entire Response Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-response-body')
app = createServerFromResponse({token: 123}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain response body', ->
assert.equal(events[2].test.actual.body, '')
assert.equal(events[2].test.expected.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Request Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-body-attribute')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.request.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Response Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-body-attribute')
app = createServerFromResponse({token: 123, name: 'Bob'}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.actual.body))
assert.deepEqual(attrs, ['name'])
attrs = Object.keys(JSON.parse(events[2].test.expected.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Plain Text Response Body by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('plain-text-response-body')
app = createServerFromResponse("#{sensitiveKey}=42#{sensitiveValue}") # should be without '42' → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.actual.body, '--- CENSORED ---')
assert.include(events[2].test.expected.body, '--- CENSORED ---')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Request Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-headers')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.request.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of Response Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-headers')
app = createServerFromResponse({name: 'Bob'}) # Authorization header is missing → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.actual.headers)
assert.notInclude(names, sensitiveHeaderName)
names = (name.toLowerCase() for name of events[2].test.expected.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of URI Parameters by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('uri-parameters')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.request.uri, 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
# This fails because it's not possible to do 'transaction.test = myOwnTestObject;'
# at the moment, Dredd ignores the new object.
describe('Sanitation of Any Content by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(JSON.stringify(events), 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Ultimate \'afterEach\' Guard Using Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-guard-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Sensitive data would be sent to Dredd reporter')
)
)
describe('Sanitation of Test Data of Passing Transaction', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-passing')
app = createServerFromResponse({name: 'Bob'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one passing test', ->
assert.equal(dreddRuntimeInfo.stats.passes, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test pass', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'before\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-before')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain just \'general\' section', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'after\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-after')
app = createServerFromResponse({name: 'Bob'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain all regular sections', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general', 'headers', 'body', 'statusCode'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Skipped', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-skipped')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one skipped test', ->
assert.equal(dreddRuntimeInfo.stats.skipped, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test skip', 'end'
])
)
it('emitted test is skipped', ->
assert.equal(events[2].test.status, 'skip')
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'skip')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-erroring-hooks')
app = createServerFromResponse({name: 'Bob'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one erroring test', ->
assert.equal(dreddRuntimeInfo.stats.errors, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test error', 'end'
])
)
it('sensitive data leak to emitted test data', ->
test = JSON.stringify(events)
assert.include(test, sensitiveKey)
assert.include(test, sensitiveValue)
)
it('sensitive data leak to Dredd output', ->
assert.include(dreddRuntimeInfo.logging, sensitiveKey)
assert.include(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Secured Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-secured-erroring-hooks')
app = createServerFromResponse({name: 'Bob'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Unexpected exception in hooks')
)
)
)
| 93149 | {assert} = require('chai')
clone = require('clone')
{EventEmitter} = require('events')
{runDredd, createServer, runDreddWithServer} = require('./helpers')
Dredd = require('../../src/dredd')
describe('Sanitation of Reported Data', ->
# sample sensitive data (this value is used in API Blueprint fixtures as well)
sensitiveKey = '<KEY>'
sensitiveHeaderName = 'authorization'
sensitiveValue = '<KEY>'
# recording events sent to reporters
events = undefined
emitter = undefined
beforeEach( ->
events = []
emitter = new EventEmitter()
# Dredd emits 'test *' events and reporters listen on them. To test whether
# sensitive data will or won't make it to reporters, we need to capture all
# the emitted events. We're using 'clone' to prevent propagation of subsequent
# modifications of the 'test' object (Dredd can change the data after they're
# reported and by reference they would change also here in the 'events' array).
emitter.on('test start', (test) -> events.push({name: 'test start', test: clone(test)}))
emitter.on('test pass', (test) -> events.push({name: 'test pass', test: clone(test)}))
emitter.on('test skip', (test) -> events.push({name: 'test skip', test: clone(test)}))
emitter.on('test fail', (test) -> events.push({name: 'test fail', test: clone(test)}))
emitter.on('test error', (err, test) -> events.push({name: 'test error', test: clone(test), err}))
# 'start' and 'end' events are asynchronous and they do not carry any data
# significant for following scenarios
emitter.on('start', (apiDescription, cb) -> events.push({name: 'start'}); cb() )
emitter.on('end', (cb) -> events.push({name: 'end'}); cb() )
)
# helper for preparing Dredd instance with our custom emitter
createDreddFromFixture = (fixtureName) ->
new Dredd({
emitter
options: {
path: "./test/fixtures/sanitation/#{fixtureName}.apib"
hookfiles: "./test/fixtures/sanitation/#{fixtureName}.js"
}
})
# helper for preparing the server under test
createServerFromResponse = (response) ->
app = createServer()
app.put('/resource', (req, res) -> res.json(response))
return app
describe('Sanitation of the Entire Request Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-request-body')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of the Entire Response Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-response-body')
app = createServerFromResponse({token: 123}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain response body', ->
assert.equal(events[2].test.actual.body, '')
assert.equal(events[2].test.expected.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Request Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-body-attribute')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.request.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Response Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-body-attribute')
app = createServerFromResponse({token: <PASSWORD>, name: '<NAME>'}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.actual.body))
assert.deepEqual(attrs, ['name'])
attrs = Object.keys(JSON.parse(events[2].test.expected.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Plain Text Response Body by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('plain-text-response-body')
app = createServerFromResponse("#{sensitiveKey}=42#{sensitiveValue}") # should be without '42' → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.actual.body, '--- CENSORED ---')
assert.include(events[2].test.expected.body, '--- CENSORED ---')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Request Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-headers')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.request.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of Response Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-headers')
app = createServerFromResponse({name: '<NAME>'}) # Authorization header is missing → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.actual.headers)
assert.notInclude(names, sensitiveHeaderName)
names = (name.toLowerCase() for name of events[2].test.expected.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of URI Parameters by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('uri-parameters')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.request.uri, 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
# This fails because it's not possible to do 'transaction.test = myOwnTestObject;'
# at the moment, Dredd ignores the new object.
describe('Sanitation of Any Content by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(JSON.stringify(events), 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Ultimate \'afterEach\' Guard Using Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-guard-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Sensitive data would be sent to Dredd reporter')
)
)
describe('Sanitation of Test Data of Passing Transaction', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-passing')
app = createServerFromResponse({name: '<NAME>'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one passing test', ->
assert.equal(dreddRuntimeInfo.stats.passes, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test pass', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'before\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-before')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain just \'general\' section', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'after\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-after')
app = createServerFromResponse({name: '<NAME>'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain all regular sections', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general', 'headers', 'body', 'statusCode'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Skipped', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-skipped')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one skipped test', ->
assert.equal(dreddRuntimeInfo.stats.skipped, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test skip', 'end'
])
)
it('emitted test is skipped', ->
assert.equal(events[2].test.status, 'skip')
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'skip')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-erroring-hooks')
app = createServerFromResponse({name: '<NAME>'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one erroring test', ->
assert.equal(dreddRuntimeInfo.stats.errors, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test error', 'end'
])
)
it('sensitive data leak to emitted test data', ->
test = JSON.stringify(events)
assert.include(test, sensitiveKey)
assert.include(test, sensitiveValue)
)
it('sensitive data leak to Dredd output', ->
assert.include(dreddRuntimeInfo.logging, sensitiveKey)
assert.include(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Secured Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-secured-erroring-hooks')
app = createServerFromResponse({name: '<NAME>'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Unexpected exception in hooks')
)
)
)
| true | {assert} = require('chai')
clone = require('clone')
{EventEmitter} = require('events')
{runDredd, createServer, runDreddWithServer} = require('./helpers')
Dredd = require('../../src/dredd')
describe('Sanitation of Reported Data', ->
# sample sensitive data (this value is used in API Blueprint fixtures as well)
sensitiveKey = 'PI:KEY:<KEY>END_PI'
sensitiveHeaderName = 'authorization'
sensitiveValue = 'PI:KEY:<KEY>END_PI'
# recording events sent to reporters
events = undefined
emitter = undefined
beforeEach( ->
events = []
emitter = new EventEmitter()
# Dredd emits 'test *' events and reporters listen on them. To test whether
# sensitive data will or won't make it to reporters, we need to capture all
# the emitted events. We're using 'clone' to prevent propagation of subsequent
# modifications of the 'test' object (Dredd can change the data after they're
# reported and by reference they would change also here in the 'events' array).
emitter.on('test start', (test) -> events.push({name: 'test start', test: clone(test)}))
emitter.on('test pass', (test) -> events.push({name: 'test pass', test: clone(test)}))
emitter.on('test skip', (test) -> events.push({name: 'test skip', test: clone(test)}))
emitter.on('test fail', (test) -> events.push({name: 'test fail', test: clone(test)}))
emitter.on('test error', (err, test) -> events.push({name: 'test error', test: clone(test), err}))
# 'start' and 'end' events are asynchronous and they do not carry any data
# significant for following scenarios
emitter.on('start', (apiDescription, cb) -> events.push({name: 'start'}); cb() )
emitter.on('end', (cb) -> events.push({name: 'end'}); cb() )
)
# helper for preparing Dredd instance with our custom emitter
createDreddFromFixture = (fixtureName) ->
new Dredd({
emitter
options: {
path: "./test/fixtures/sanitation/#{fixtureName}.apib"
hookfiles: "./test/fixtures/sanitation/#{fixtureName}.js"
}
})
# helper for preparing the server under test
createServerFromResponse = (response) ->
app = createServer()
app.put('/resource', (req, res) -> res.json(response))
return app
describe('Sanitation of the Entire Request Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-request-body')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of the Entire Response Body', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('entire-response-body')
app = createServerFromResponse({token: 123}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain response body', ->
assert.equal(events[2].test.actual.body, '')
assert.equal(events[2].test.expected.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Request Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-body-attribute')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.request.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of a Response Body Attribute', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-body-attribute')
app = createServerFromResponse({token: PI:PASSWORD:<PASSWORD>END_PI, name: 'PI:NAME:<NAME>END_PI'}) # 'token' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential body attribute', ->
attrs = Object.keys(JSON.parse(events[2].test.actual.body))
assert.deepEqual(attrs, ['name'])
attrs = Object.keys(JSON.parse(events[2].test.expected.body))
assert.deepEqual(attrs, ['name'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Plain Text Response Body by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('plain-text-response-body')
app = createServerFromResponse("#{sensitiveKey}=42#{sensitiveValue}") # should be without '42' → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.actual.body, '--- CENSORED ---')
assert.include(events[2].test.expected.body, '--- CENSORED ---')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Request Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('request-headers')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.request.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of Response Headers', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('response-headers')
app = createServerFromResponse({name: 'PI:NAME:<NAME>END_PI'}) # Authorization header is missing → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain confidential header', ->
names = (name.toLowerCase() for name of events[2].test.actual.headers)
assert.notInclude(names, sensitiveHeaderName)
names = (name.toLowerCase() for name of events[2].test.expected.headers)
assert.notInclude(names, sensitiveHeaderName)
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events).toLowerCase()
assert.notInclude(test, sensitiveHeaderName)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
logging = dreddRuntimeInfo.logging.toLowerCase()
assert.notInclude(logging, sensitiveHeaderName)
assert.notInclude(logging, sensitiveValue)
)
)
describe('Sanitation of URI Parameters by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('uri-parameters')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(events[2].test.request.uri, 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
# This fails because it's not possible to do 'transaction.test = myOwnTestObject;'
# at the moment, Dredd ignores the new object.
describe('Sanitation of Any Content by Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does contain the sensitive data censored', ->
assert.include(JSON.stringify(events), 'CENSORED')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
assert.notInclude(JSON.stringify(events), sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Ultimate \'afterEach\' Guard Using Pattern Matching', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('any-content-guard-pattern-matching')
app = createServerFromResponse({name: 123}) # 'name' should be string → failing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Sensitive data would be sent to Dredd reporter')
)
)
describe('Sanitation of Test Data of Passing Transaction', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-passing')
app = createServerFromResponse({name: 'PI:NAME:<NAME>END_PI'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one passing test', ->
assert.equal(dreddRuntimeInfo.stats.passes, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test pass', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'before\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-before')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain just \'general\' section', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Failed in \'after\' Hook', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-failed-after')
app = createServerFromResponse({name: 'PI:NAME:<NAME>END_PI'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('emitted test data does not contain request body', ->
assert.equal(events[2].test.request.body, '')
)
it('emitted test is failed', ->
assert.equal(events[2].test.status, 'fail')
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'fail')
)
it('emitted test data results contain all regular sections', ->
assert.deepEqual(Object.keys(events[2].test.results), ['general', 'headers', 'body', 'statusCode'])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data When Transaction Is Marked as Skipped', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-marked-skipped')
runDredd(dredd, (args...) ->
[err, dreddRuntimeInfo] = args
done()
)
)
it('results in one skipped test', ->
assert.equal(dreddRuntimeInfo.stats.skipped, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test skip', 'end'
])
)
it('emitted test is skipped', ->
assert.equal(events[2].test.status, 'skip')
assert.deepEqual(Object.keys(events[2].test.results), ['general'])
assert.include(events[2].test.results.general.results[0].message.toLowerCase(), 'skip')
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-erroring-hooks')
app = createServerFromResponse({name: 'PI:NAME:<NAME>END_PI'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one erroring test', ->
assert.equal(dreddRuntimeInfo.stats.errors, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test error', 'end'
])
)
it('sensitive data leak to emitted test data', ->
test = JSON.stringify(events)
assert.include(test, sensitiveKey)
assert.include(test, sensitiveValue)
)
it('sensitive data leak to Dredd output', ->
assert.include(dreddRuntimeInfo.logging, sensitiveKey)
assert.include(dreddRuntimeInfo.logging, sensitiveValue)
)
)
describe('Sanitation of Test Data of Transaction With Secured Erroring Hooks', ->
dreddRuntimeInfo = undefined
beforeEach((done) ->
dredd = createDreddFromFixture('transaction-secured-erroring-hooks')
app = createServerFromResponse({name: 'PI:NAME:<NAME>END_PI'}) # passing test
runDreddWithServer(dredd, app, (err, runtimeInfo) ->
return done(err) if err
dreddRuntimeInfo = runtimeInfo.dredd
done()
)
)
it('results in one failed test', ->
assert.equal(dreddRuntimeInfo.stats.failures, 1)
assert.equal(dreddRuntimeInfo.stats.tests, 1)
)
it('emits expected events in expected order', ->
assert.deepEqual((event.name for event in events), [
'start', 'test start', 'test fail', 'end'
])
)
it('sensitive data cannot be found anywhere in the emitted test data', ->
test = JSON.stringify(events)
assert.notInclude(test, sensitiveKey)
assert.notInclude(test, sensitiveValue)
)
it('sensitive data cannot be found anywhere in Dredd output', ->
assert.notInclude(dreddRuntimeInfo.logging, sensitiveKey)
assert.notInclude(dreddRuntimeInfo.logging, sensitiveValue)
)
it('custom error message is printed', ->
assert.include(dreddRuntimeInfo.logging, 'Unexpected exception in hooks')
)
)
)
|
[
{
"context": "nt#on` method overload\n#\n# Copyright (C) 2011-2012 Nikolay Nemshilov\n#\nfor Unit in [Element, Document, Window]\n do (U",
"end": 96,
"score": 0.9998923540115356,
"start": 79,
"tag": "NAME",
"value": "Nikolay Nemshilov"
},
{
"context": "e.indexOf(',') is -1\n key = name.split(/[\\+\\-\\_ ]+/)\n key = (key[key.length - 1] || '').",
"end": 355,
"score": 0.6176129579544067,
"start": 355,
"tag": "KEY",
"value": ""
}
] | ui/core/src/element.coffee | lovely-io/lovely.io-stl | 2 | #
# The 'dom' package `Element#on` method overload
#
# Copyright (C) 2011-2012 Nikolay Nemshilov
#
for Unit in [Element, Document, Window]
do (Unit)->
original_method = Unit::on
Unit::on = (name)->
args = A(arguments)
name = args[0]
if typeof(name) is 'string'
if name.indexOf(',') is -1
key = name.split(/[\+\-\_ ]+/)
key = (key[key.length - 1] || '').toUpperCase()
if key of Event.Keys || /^[A-Z0-9]$/.test(key)
meta = /(^|\+|\-| )(meta|alt)(\+|\-| )/i.test(name)
ctrl = /(^|\+|\-| )(ctl|ctrl)(\+|\-| )/i.test(name)
shift = /(^|\+|\-| )(shift)(\+|\-| )/i.test(name)
code = Event.Keys[key] || key.charCodeAt(0)
orig = args.slice(1)
method = orig.shift()
if typeof(method) is 'string'
method = this[method] || ->
# replacing the arguments
args = ['keydown', (event)->
if (event.keyCode is code) and
(!meta or event.metaKey or event.altKey) and
(!ctrl or event.ctrlKey) and
(!shift or event.shiftKey)
return method.apply(this, [event].concat(orig))
]
else
for key in name.split(',')
args[0] = key; @on.apply(@, args)
original_method.apply(this, args)
| 164102 | #
# The 'dom' package `Element#on` method overload
#
# Copyright (C) 2011-2012 <NAME>
#
for Unit in [Element, Document, Window]
do (Unit)->
original_method = Unit::on
Unit::on = (name)->
args = A(arguments)
name = args[0]
if typeof(name) is 'string'
if name.indexOf(',') is -1
key = name.split(/[<KEY>\+\-\_ ]+/)
key = (key[key.length - 1] || '').toUpperCase()
if key of Event.Keys || /^[A-Z0-9]$/.test(key)
meta = /(^|\+|\-| )(meta|alt)(\+|\-| )/i.test(name)
ctrl = /(^|\+|\-| )(ctl|ctrl)(\+|\-| )/i.test(name)
shift = /(^|\+|\-| )(shift)(\+|\-| )/i.test(name)
code = Event.Keys[key] || key.charCodeAt(0)
orig = args.slice(1)
method = orig.shift()
if typeof(method) is 'string'
method = this[method] || ->
# replacing the arguments
args = ['keydown', (event)->
if (event.keyCode is code) and
(!meta or event.metaKey or event.altKey) and
(!ctrl or event.ctrlKey) and
(!shift or event.shiftKey)
return method.apply(this, [event].concat(orig))
]
else
for key in name.split(',')
args[0] = key; @on.apply(@, args)
original_method.apply(this, args)
| true | #
# The 'dom' package `Element#on` method overload
#
# Copyright (C) 2011-2012 PI:NAME:<NAME>END_PI
#
for Unit in [Element, Document, Window]
do (Unit)->
original_method = Unit::on
Unit::on = (name)->
args = A(arguments)
name = args[0]
if typeof(name) is 'string'
if name.indexOf(',') is -1
key = name.split(/[PI:KEY:<KEY>END_PI\+\-\_ ]+/)
key = (key[key.length - 1] || '').toUpperCase()
if key of Event.Keys || /^[A-Z0-9]$/.test(key)
meta = /(^|\+|\-| )(meta|alt)(\+|\-| )/i.test(name)
ctrl = /(^|\+|\-| )(ctl|ctrl)(\+|\-| )/i.test(name)
shift = /(^|\+|\-| )(shift)(\+|\-| )/i.test(name)
code = Event.Keys[key] || key.charCodeAt(0)
orig = args.slice(1)
method = orig.shift()
if typeof(method) is 'string'
method = this[method] || ->
# replacing the arguments
args = ['keydown', (event)->
if (event.keyCode is code) and
(!meta or event.metaKey or event.altKey) and
(!ctrl or event.ctrlKey) and
(!shift or event.shiftKey)
return method.apply(this, [event].concat(orig))
]
else
for key in name.split(',')
args[0] = key; @on.apply(@, args)
original_method.apply(this, args)
|
[
{
"context": "# Copyright Joyent, Inc. and other Node contributors.\n#\n# Permission",
"end": 18,
"score": 0.9992449879646301,
"start": 12,
"tag": "NAME",
"value": "Joyent"
}
] | test/simple/test-stream2-read-sync-stack.coffee | lxe/io.coffee | 0 | # Copyright Joyent, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
Readable = require("stream").Readable
r = new Readable()
N = 256 * 1024
# Go ahead and allow the pathological case for this test.
# Yes, it's an infinite loop, that's the point.
process.maxTickDepth = N + 2
reads = 0
r._read = (n) ->
chunk = (if reads++ is N then null else new Buffer(1))
r.push chunk
return
r.on "readable", onReadable = ->
console.error "readable", r._readableState.length unless r._readableState.length % 256
r.read N * 2
return
ended = false
r.on "end", onEnd = ->
ended = true
return
r.read 0
process.on "exit", ->
assert ended
console.log "ok"
return
| 159939 | # Copyright <NAME>, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
Readable = require("stream").Readable
r = new Readable()
N = 256 * 1024
# Go ahead and allow the pathological case for this test.
# Yes, it's an infinite loop, that's the point.
process.maxTickDepth = N + 2
reads = 0
r._read = (n) ->
chunk = (if reads++ is N then null else new Buffer(1))
r.push chunk
return
r.on "readable", onReadable = ->
console.error "readable", r._readableState.length unless r._readableState.length % 256
r.read N * 2
return
ended = false
r.on "end", onEnd = ->
ended = true
return
r.read 0
process.on "exit", ->
assert ended
console.log "ok"
return
| true | # Copyright PI:NAME:<NAME>END_PI, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
Readable = require("stream").Readable
r = new Readable()
N = 256 * 1024
# Go ahead and allow the pathological case for this test.
# Yes, it's an infinite loop, that's the point.
process.maxTickDepth = N + 2
reads = 0
r._read = (n) ->
chunk = (if reads++ is N then null else new Buffer(1))
r.push chunk
return
r.on "readable", onReadable = ->
console.error "readable", r._readableState.length unless r._readableState.length % 256
r.read N * 2
return
ended = false
r.on "end", onEnd = ->
ended = true
return
r.read 0
process.on "exit", ->
assert ended
console.log "ok"
return
|
[
{
"context": "ices.SessionStorage() \n @data =\n username: username \n password: password\n\n $.ajax @loginUrl,\n",
"end": 222,
"score": 0.9986990094184875,
"start": 214,
"tag": "USERNAME",
"value": "username"
},
{
"context": " @data =\n username: username \n password: password\n\n $.ajax @loginUrl,\n type: 'POST',\n ",
"end": 248,
"score": 0.9990635514259338,
"start": 240,
"tag": "PASSWORD",
"value": "password"
}
] | app/assets/javascripts/models/user.coffee | okapusta/skirace | 0 | class Skirace.Models.User extends Backbone.Model
loginUrl: '/login'
urlRoot: '/users'
login: (username, password) ->
session_storage = new Skirace.Services.SessionStorage()
@data =
username: username
password: password
$.ajax @loginUrl,
type: 'POST',
dataType: 'json'
data: JSON.stringify(@data)
success: (data) ->
session_storage.set('current_user', JSON.stringify(data.user))
window.location.reload()
| 112153 | class Skirace.Models.User extends Backbone.Model
loginUrl: '/login'
urlRoot: '/users'
login: (username, password) ->
session_storage = new Skirace.Services.SessionStorage()
@data =
username: username
password: <PASSWORD>
$.ajax @loginUrl,
type: 'POST',
dataType: 'json'
data: JSON.stringify(@data)
success: (data) ->
session_storage.set('current_user', JSON.stringify(data.user))
window.location.reload()
| true | class Skirace.Models.User extends Backbone.Model
loginUrl: '/login'
urlRoot: '/users'
login: (username, password) ->
session_storage = new Skirace.Services.SessionStorage()
@data =
username: username
password: PI:PASSWORD:<PASSWORD>END_PI
$.ajax @loginUrl,
type: 'POST',
dataType: 'json'
data: JSON.stringify(@data)
success: (data) ->
session_storage.set('current_user', JSON.stringify(data.user))
window.location.reload()
|
[
{
"context": "3-2014 TheGrid (Rituwall Inc.)\n# (c) 2011-2012 Henri Bergius, Nemein\n# NoFlo may be freely distributed und",
"end": 129,
"score": 0.9998387098312378,
"start": 116,
"tag": "NAME",
"value": "Henri Bergius"
},
{
"context": "(Rituwall Inc.)\n# (c) 2011-2012 Henri Bergius, Nemein\n# NoFlo may be freely distributed under the M",
"end": 137,
"score": 0.9988489151000977,
"start": 131,
"tag": "NAME",
"value": "Nemein"
}
] | src/lib/Graph.coffee | ensonic/noflo | 0 | # NoFlo - Flow-Based Programming for JavaScript
# (c) 2013-2014 TheGrid (Rituwall Inc.)
# (c) 2011-2012 Henri Bergius, Nemein
# NoFlo may be freely distributed under the MIT license
#
# NoFlo graphs are Event Emitters, providing signals when the graph
# definition changes.
#
{EventEmitter} = require 'events'
clone = require('./Utils').clone
platform = require './Platform'
# This class represents an abstract NoFlo graph containing nodes
# connected to each other with edges.
#
# These graphs can be used for visualization and sketching, but
# also are the way to start a NoFlo network.
class Graph extends EventEmitter
name: ''
properties: {}
nodes: []
edges: []
initializers: []
exports: []
inports: {}
outports: {}
groups: []
# ## Creating new graphs
#
# Graphs are created by simply instantiating the Graph class
# and giving it a name:
#
# myGraph = new Graph 'My very cool graph'
constructor: (@name = '') ->
@properties = {}
@nodes = []
@edges = []
@initializers = []
@exports = []
@inports = {}
@outports = {}
@groups = []
@transaction =
id: null
depth: 0
# ## Group graph changes into transactions
#
# If no transaction is explicitly opened, each call to
# the graph API will implicitly create a transaction for that change
startTransaction: (id, metadata) ->
if @transaction.id
throw Error("Nested transactions not supported")
@transaction.id = id
@transaction.depth = 1
@emit 'startTransaction', id, metadata
endTransaction: (id, metadata) ->
if not @transaction.id
throw Error("Attempted to end non-existing transaction")
@transaction.id = null
@transaction.depth = 0
@emit 'endTransaction', id, metadata
checkTransactionStart: () ->
if not @transaction.id
@startTransaction 'implicit'
else if @transaction.id == 'implicit'
@transaction.depth += 1
checkTransactionEnd: () ->
if @transaction.id == 'implicit'
@transaction.depth -= 1
if @transaction.depth == 0
@endTransaction 'implicit'
# ## Modifying Graph properties
#
# This method allows changing properties of the graph.
setProperties: (properties) ->
@checkTransactionStart()
before = clone @properties
for item, val of properties
@properties[item] = val
@emit 'changeProperties', @properties, before
@checkTransactionEnd()
# ## Exporting a port from subgraph
#
# This allows subgraphs to expose a cleaner API by having reasonably
# named ports shown instead of all the free ports of the graph
#
# The ports exported using this way are ambiguous in their direciton. Use
# `addInport` or `addOutport` instead to disambiguate.
addExport: (publicPort, nodeKey, portKey, metadata = {x:0,y:0}) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
exported =
public: publicPort
process: nodeKey
port: portKey
metadata: metadata
@exports.push exported
@emit 'addExport', exported
@checkTransactionEnd()
removeExport: (publicPort) ->
publicPort = publicPort.toLowerCase()
found = null
for exported, idx in @exports
found = exported if exported.public is publicPort
return unless found
@checkTransactionStart()
@exports.splice @exports.indexOf(found), 1
@emit 'removeExport', found
@checkTransactionEnd()
addInport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@inports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addInport', publicPort, @inports[publicPort]
@checkTransactionEnd()
removeInport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @inports[publicPort]
@checkTransactionStart()
port = @inports[publicPort]
@setInportMetadata publicPort, {}
delete @inports[publicPort]
@emit 'removeInport', publicPort, port
@checkTransactionEnd()
renameInport: (oldPort, newPort) ->
return unless @inports[oldPort]
@checkTransactionStart()
@inports[newPort] = @inports[oldPort]
delete @inports[oldPort]
@emit 'renameInport', oldPort, newPort
@checkTransactionEnd()
setInportMetadata: (publicPort, metadata) ->
return unless @inports[publicPort]
@checkTransactionStart()
before = clone @inports[publicPort].metadata
@inports[publicPort].metadata = {} unless @inports[publicPort].metadata
for item, val of metadata
if val?
@inports[publicPort].metadata[item] = val
else
delete @inports[publicPort].metadata[item]
@emit 'changeInport', publicPort, @inports[publicPort], before
@checkTransactionEnd()
addOutport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@outports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addOutport', publicPort, @outports[publicPort]
@checkTransactionEnd()
removeOutport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @outports[publicPort]
@checkTransactionStart()
port = @outports[publicPort]
@setOutportMetadata publicPort, {}
delete @outports[publicPort]
@emit 'removeOutport', publicPort, port
@checkTransactionEnd()
renameOutport: (oldPort, newPort) ->
return unless @outports[oldPort]
@checkTransactionStart()
@outports[newPort] = @outports[oldPort]
delete @outports[oldPort]
@emit 'renameOutport', oldPort, newPort
@checkTransactionEnd()
setOutportMetadata: (publicPort, metadata) ->
return unless @outports[publicPort]
@checkTransactionStart()
before = clone @outports[publicPort].metadata
@outports[publicPort].metadata = {} unless @outports[publicPort].metadata
for item, val of metadata
if val?
@outports[publicPort].metadata[item] = val
else
delete @outports[publicPort].metadata[item]
@emit 'changeOutport', publicPort, @outports[publicPort], before
@checkTransactionEnd()
# ## Grouping nodes in a graph
#
addGroup: (group, nodes, metadata) ->
@checkTransactionStart()
g =
name: group
nodes: nodes
metadata: metadata
@groups.push g
@emit 'addGroup', g
@checkTransactionEnd()
renameGroup: (oldName, newName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is oldName
group.name = newName
@emit 'renameGroup', oldName, newName
@checkTransactionEnd()
removeGroup: (groupName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
@setGroupMetadata group.name, {}
@groups.splice @groups.indexOf(group), 1
@emit 'removeGroup', group
@checkTransactionEnd()
setGroupMetadata: (groupName, metadata) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
before = clone group.metadata
for item, val of metadata
if val?
group.metadata[item] = val
else
delete group.metadata[item]
@emit 'changeGroup', group, before
@checkTransactionEnd()
# ## Adding a node to the graph
#
# Nodes are identified by an ID unique to the graph. Additionally,
# a node may contain information on what NoFlo component it is and
# possible display coordinates.
#
# For example:
#
# myGraph.addNode 'Read, 'ReadFile',
# x: 91
# y: 154
#
# Addition of a node will emit the `addNode` event.
addNode: (id, component, metadata) ->
@checkTransactionStart()
metadata = {} unless metadata
node =
id: id
component: component
metadata: metadata
@nodes.push node
@emit 'addNode', node
@checkTransactionEnd()
node
# ## Removing a node from the graph
#
# Existing nodes can be removed from a graph by their ID. This
# will remove the node and also remove all edges connected to it.
#
# myGraph.removeNode 'Read'
#
# Once the node has been removed, the `removeNode` event will be
# emitted.
removeNode: (id) ->
node = @getNode id
return unless node
@checkTransactionStart()
toRemove = []
for edge in @edges
if (edge.from.node is node.id) or (edge.to.node is node.id)
toRemove.push edge
for edge in toRemove
@removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
toRemove = []
for initializer in @initializers
if initializer.to.node is node.id
toRemove.push initializer
for initializer in toRemove
@removeInitial initializer.to.node, initializer.to.port
toRemove = []
for exported in @exports
if id.toLowerCase() is exported.process
toRemove.push exported
for exported in toRemove
@removeExports exported.public
toRemove = []
for pub, priv of @inports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeInport pub
toRemove = []
for pub, priv of @outports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeOutport pub
for group in @groups
continue unless group
index = group.nodes.indexOf(id)
continue if index is -1
group.nodes.splice index, 1
@setNodeMetadata id, {}
if -1 isnt @nodes.indexOf node
@nodes.splice @nodes.indexOf(node), 1
@emit 'removeNode', node
@checkTransactionEnd()
# ## Getting a node
#
# Nodes objects can be retrieved from the graph by their ID:
#
# myNode = myGraph.getNode 'Read'
getNode: (id) ->
for node in @nodes
continue unless node
return node if node.id is id
return null
# ## Renaming a node
#
# Nodes IDs can be changed by calling this method.
renameNode: (oldId, newId) ->
@checkTransactionStart()
node = @getNode oldId
return unless node
node.id = newId
for edge in @edges
continue unless edge
if edge.from.node is oldId
edge.from.node = newId
if edge.to.node is oldId
edge.to.node = newId
for iip in @initializers
continue unless iip
if iip.to.node is oldId
iip.to.node = newId
for pub, priv of @inports
if priv.process is oldId
priv.process = newId
for pub, priv of @outports
if priv.process is oldId
priv.process = newId
for exported in @exports
if exported.process is oldId
exported.process = newId
for group in @groups
continue unless group
index = group.nodes.indexOf(oldId)
continue if index is -1
group.nodes[index] = newId
@emit 'renameNode', oldId, newId
@checkTransactionEnd()
# ## Changing a node's metadata
#
# Node metadata can be set or changed by calling this method.
setNodeMetadata: (id, metadata) ->
node = @getNode id
return unless node
@checkTransactionStart()
before = clone node.metadata
node.metadata = {} unless node.metadata
for item, val of metadata
if val?
node.metadata[item] = val
else
delete node.metadata[item]
@emit 'changeNode', node, before
@checkTransactionEnd()
# ## Connecting nodes
#
# Nodes can be connected by adding edges between a node's outport
# and another node's inport:
#
# myGraph.addEdge 'Read', 'out', 'Display', 'in'
# myGraph.addEdgeIndex 'Read', 'out', null, 'Display', 'in', 2
#
# Adding an edge will emit the `addEdge` event.
addEdge: (outNode, outPort, inNode, inPort, metadata = {}) ->
for edge in @edges
# don't add a duplicate edge
return if (edge.from.node is outNode and edge.from.port is outPort and edge.to.node is inNode and edge.to.port is inPort)
return unless @getNode outNode
return unless @getNode inNode
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
to:
node: inNode
port: inPort
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# Adding an edge will emit the `addEdge` event.
addEdgeIndex: (outNode, outPort, outIndex, inNode, inPort, inIndex, metadata = {}) ->
return unless @getNode outNode
return unless @getNode inNode
inIndex = undefined if inIndex is null
outIndex = undefined if outIndex is null
metadata = {} unless metadata
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
index: outIndex
to:
node: inNode
port: inPort
index: inIndex
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# ## Disconnected nodes
#
# Connections between nodes can be removed by providing the
# nodes and ports to disconnect.
#
# myGraph.removeEdge 'Display', 'out', 'Foo', 'in'
#
# Removing a connection will emit the `removeEdge` event.
removeEdge: (node, port, node2, port2) ->
@checkTransactionStart()
toRemove = []
toKeep = []
if node2 and port2
for edge,index in @edges
if edge.from.node is node and edge.from.port is port and edge.to.node is node2 and edge.to.port is port2
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
else
for edge,index in @edges
if (edge.from.node is node and edge.from.port is port) or (edge.to.node is node and edge.to.port is port)
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
@edges = toKeep
for edge in toRemove
@emit 'removeEdge', edge
@checkTransactionEnd()
# ## Getting an edge
#
# Edge objects can be retrieved from the graph by the node and port IDs:
#
# myEdge = myGraph.getEdge 'Read', 'out', 'Write', 'in'
getEdge: (node, port, node2, port2) ->
for edge,index in @edges
continue unless edge
if edge.from.node is node and edge.from.port is port
if edge.to.node is node2 and edge.to.port is port2
return edge
return null
# ## Changing an edge's metadata
#
# Edge metadata can be set or changed by calling this method.
setEdgeMetadata: (node, port, node2, port2, metadata) ->
edge = @getEdge node, port, node2, port2
return unless edge
@checkTransactionStart()
before = clone edge.metadata
edge.metadata = {} unless edge.metadata
for item, val of metadata
if val?
edge.metadata[item] = val
else
delete edge.metadata[item]
@emit 'changeEdge', edge, before
@checkTransactionEnd()
# ## Adding Initial Information Packets
#
# Initial Information Packets (IIPs) can be used for sending data
# to specified node inports without a sending node instance.
#
# IIPs are especially useful for sending configuration information
# to components at NoFlo network start-up time. This could include
# filenames to read, or network ports to listen to.
#
# myGraph.addInitial 'somefile.txt', 'Read', 'source'
# myGraph.addInitialIndex 'somefile.txt', 'Read', 'source', 2
#
# If inports are defined on the graph, IIPs can be applied calling
# the `addGraphInitial` or `addGraphInitialIndex` methods.
#
# myGraph.addGraphInitial 'somefile.txt', 'file'
# myGraph.addGraphInitialIndex 'somefile.txt', 'file', 2
#
# Adding an IIP will emit a `addInitial` event.
addInitial: (data, node, port, metadata) ->
return unless @getNode node
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addInitialIndex: (data, node, port, index, metadata) ->
return unless @getNode node
index = undefined if index is null
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
index: index
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addGraphInitial: (data, node, metadata) ->
inport = @inports[node]
return unless inport
@addInitial data, inport.process, inport.port, metadata
addGraphInitialIndex: (data, node, index, metadata) ->
inport = @inports[node]
return unless inport
@addInitialIndex data, inport.process, inport.port, index, metadata
# ## Removing Initial Information Packets
#
# IIPs can be removed by calling the `removeInitial` method.
#
# myGraph.removeInitial 'Read', 'source'
#
# If the IIP was applied via the `addGraphInitial` or
# `addGraphInitialIndex` functions, it can be removed using
# the `removeGraphInitial` method.
#
# myGraph.removeGraphInitial 'file'
#
# Remove an IIP will emit a `removeInitial` event.
removeInitial: (node, port) ->
@checkTransactionStart()
toRemove = []
toKeep = []
for edge, index in @initializers
if edge.to.node is node and edge.to.port is port
toRemove.push edge
else
toKeep.push edge
@initializers = toKeep
for edge in toRemove
@emit 'removeInitial', edge
@checkTransactionEnd()
removeGraphInitial: (node) ->
inport = @inports[node]
return unless inport
@removeInitial inport.process, inport.port
toDOT: ->
cleanID = (id) ->
id.replace /\s*/g, ""
cleanPort = (port) ->
port.replace /\./g, ""
dot = "digraph {\n"
for node in @nodes
dot += " #{cleanID(node.id)} [label=#{node.id} shape=box]\n"
for initializer, id in @initializers
if typeof initializer.from.data is 'function'
data = 'Function'
else
data = initializer.from.data
dot += " data#{id} [label=\"'#{data}'\" shape=plaintext]\n"
dot += " data#{id} -> #{cleanID(initializer.to.node)}[headlabel=#{cleanPort(initializer.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
for edge in @edges
dot += " #{cleanID(edge.from.node)} -> #{cleanID(edge.to.node)}[taillabel=#{cleanPort(edge.from.port)} headlabel=#{cleanPort(edge.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
dot += "}"
return dot
toYUML: ->
yuml = []
for initializer in @initializers
yuml.push "(start)[#{initializer.to.port}]->(#{initializer.to.node})"
for edge in @edges
yuml.push "(#{edge.from.node})[#{edge.from.port}]->(#{edge.to.node})"
yuml.join ","
toJSON: ->
json =
properties: {}
inports: {}
outports: {}
groups: []
processes: {}
connections: []
json.properties.name = @name if @name
for property, value of @properties
json.properties[property] = value
for pub, priv of @inports
json.inports[pub] = priv
for pub, priv of @outports
json.outports[pub] = priv
# Legacy exported ports
for exported in @exports
json.exports = [] unless json.exports
json.exports.push exported
for group in @groups
groupData =
name: group.name
nodes: group.nodes
if Object.keys(group.metadata).length
groupData.metadata = group.metadata
json.groups.push groupData
for node in @nodes
json.processes[node.id] =
component: node.component
if node.metadata
json.processes[node.id].metadata = node.metadata
for edge in @edges
connection =
src:
process: edge.from.node
port: edge.from.port
index: edge.from.index
tgt:
process: edge.to.node
port: edge.to.port
index: edge.to.index
connection.metadata = edge.metadata if Object.keys(edge.metadata).length
json.connections.push connection
for initializer in @initializers
json.connections.push
data: initializer.from.data
tgt:
process: initializer.to.node
port: initializer.to.port
index: initializer.to.index
json
save: (file, success) ->
json = JSON.stringify @toJSON(), null, 4
require('fs').writeFile "#{file}.json", json, "utf-8", (err, data) ->
throw err if err
success file
exports.Graph = Graph
exports.createGraph = (name) ->
new Graph name
exports.loadJSON = (definition, success, metadata = {}) ->
definition = JSON.parse definition if typeof definition is 'string'
definition.properties = {} unless definition.properties
definition.processes = {} unless definition.processes
definition.connections = [] unless definition.connections
graph = new Graph definition.properties.name
graph.startTransaction 'loadJSON', metadata
properties = {}
for property, value of definition.properties
continue if property is 'name'
properties[property] = value
graph.setProperties properties
for id, def of definition.processes
def.metadata = {} unless def.metadata
graph.addNode id, def.component, def.metadata
for conn in definition.connections
metadata = if conn.metadata then conn.metadata else {}
if conn.data isnt undefined
if typeof conn.tgt.index is 'number'
graph.addInitialIndex conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
else
graph.addInitial conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
continue
if typeof conn.src.index is 'number' or typeof conn.tgt.index is 'number'
graph.addEdgeIndex conn.src.process, conn.src.port.toLowerCase(), conn.src.index, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
continue
graph.addEdge conn.src.process, conn.src.port.toLowerCase(), conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
if definition.exports and definition.exports.length
for exported in definition.exports
if exported.private
# Translate legacy ports to new
split = exported.private.split('.')
continue unless split.length is 2
processId = split[0]
portId = split[1]
# Get properly cased process id
for id of definition.processes
if id.toLowerCase() is processId.toLowerCase()
processId = id
else
processId = exported.process
portId = exported.port
graph.addExport exported.public, processId, portId, exported.metadata
if definition.inports
for pub, priv of definition.inports
graph.addInport pub, priv.process, priv.port, priv.metadata
if definition.outports
for pub, priv of definition.outports
graph.addOutport pub, priv.process, priv.port, priv.metadata
if definition.groups
for group in definition.groups
graph.addGroup group.name, group.nodes, group.metadata || {}
graph.endTransaction 'loadJSON'
success graph
exports.loadFBP = (fbpData, success) ->
definition = require('fbp').parse fbpData
exports.loadJSON definition, success
exports.loadHTTP = (url, success) ->
req = new XMLHttpRequest
req.onreadystatechange = ->
return unless req.readyState is 4
return success() unless req.status is 200
success req.responseText
req.open 'GET', url, true
req.send()
exports.loadFile = (file, success, metadata = {}) ->
if platform.isBrowser()
try
# Graph exposed via Component packaging
definition = require file
catch e
# Graph available via HTTP
exports.loadHTTP file, (data) ->
unless data
throw new Error "Failed to load graph #{file}"
return
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success, metadata
definition = JSON.parse data
exports.loadJSON definition, success, metadata
return
exports.loadJSON definition, success, metadata
return
# Node.js graph file
require('fs').readFile file, "utf-8", (err, data) ->
throw err if err
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success
definition = JSON.parse data
exports.loadJSON definition, success
# remove everything in the graph
resetGraph = (graph) ->
# Edges and similar first, to have control over the order
# If we'd do nodes first, it will implicitly delete edges
# Important to make journal transactions invertible
for group in (clone graph.groups).reverse()
graph.removeGroup group.name if group?
for port, v of clone graph.outports
graph.removeOutport port
for port, v of clone graph.inports
graph.removeInport port
for exp in clone (graph.exports).reverse()
graph.removeExports exp.public
# XXX: does this actually null the props??
graph.setProperties {}
for iip in (clone graph.initializers).reverse()
graph.removeInitial iip.to.node, iip.to.port
for edge in (clone graph.edges).reverse()
graph.removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
for node in (clone graph.nodes).reverse()
graph.removeNode node.id
# Note: Caller should create transaction
# First removes everything in @base, before building it up to mirror @to
mergeResolveTheirsNaive = (base, to) ->
resetGraph base
for node in to.nodes
base.addNode node.id, node.component, node.metadata
for edge in to.edges
base.addEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port, edge.metadata
for iip in to.initializers
base.addInitial iip.from.data, iip.to.node, iip.to.port, iip.metadata
for exp in to.exports
base.addExport exp.public, exp.node, exp.port, exp.metadata
base.setProperties to.properties
for pub, priv of to.inports
base.addInport pub, priv.process, priv.port, priv.metadata
for pub, priv of to.outports
base.addOutport pub, priv.process, priv.port, priv.metadata
for group in to.groups
base.addGroup group.name, group.nodes, group.metadata
exports.equivalent = (a, b, options = {}) ->
# TODO: add option to only compare known fields
# TODO: add option to ignore metadata
A = JSON.stringify a
B = JSON.stringify b
return A == B
exports.mergeResolveTheirs = mergeResolveTheirsNaive
| 39734 | # NoFlo - Flow-Based Programming for JavaScript
# (c) 2013-2014 TheGrid (Rituwall Inc.)
# (c) 2011-2012 <NAME>, <NAME>
# NoFlo may be freely distributed under the MIT license
#
# NoFlo graphs are Event Emitters, providing signals when the graph
# definition changes.
#
{EventEmitter} = require 'events'
clone = require('./Utils').clone
platform = require './Platform'
# This class represents an abstract NoFlo graph containing nodes
# connected to each other with edges.
#
# These graphs can be used for visualization and sketching, but
# also are the way to start a NoFlo network.
class Graph extends EventEmitter
name: ''
properties: {}
nodes: []
edges: []
initializers: []
exports: []
inports: {}
outports: {}
groups: []
# ## Creating new graphs
#
# Graphs are created by simply instantiating the Graph class
# and giving it a name:
#
# myGraph = new Graph 'My very cool graph'
constructor: (@name = '') ->
@properties = {}
@nodes = []
@edges = []
@initializers = []
@exports = []
@inports = {}
@outports = {}
@groups = []
@transaction =
id: null
depth: 0
# ## Group graph changes into transactions
#
# If no transaction is explicitly opened, each call to
# the graph API will implicitly create a transaction for that change
startTransaction: (id, metadata) ->
if @transaction.id
throw Error("Nested transactions not supported")
@transaction.id = id
@transaction.depth = 1
@emit 'startTransaction', id, metadata
endTransaction: (id, metadata) ->
if not @transaction.id
throw Error("Attempted to end non-existing transaction")
@transaction.id = null
@transaction.depth = 0
@emit 'endTransaction', id, metadata
checkTransactionStart: () ->
if not @transaction.id
@startTransaction 'implicit'
else if @transaction.id == 'implicit'
@transaction.depth += 1
checkTransactionEnd: () ->
if @transaction.id == 'implicit'
@transaction.depth -= 1
if @transaction.depth == 0
@endTransaction 'implicit'
# ## Modifying Graph properties
#
# This method allows changing properties of the graph.
setProperties: (properties) ->
@checkTransactionStart()
before = clone @properties
for item, val of properties
@properties[item] = val
@emit 'changeProperties', @properties, before
@checkTransactionEnd()
# ## Exporting a port from subgraph
#
# This allows subgraphs to expose a cleaner API by having reasonably
# named ports shown instead of all the free ports of the graph
#
# The ports exported using this way are ambiguous in their direciton. Use
# `addInport` or `addOutport` instead to disambiguate.
addExport: (publicPort, nodeKey, portKey, metadata = {x:0,y:0}) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
exported =
public: publicPort
process: nodeKey
port: portKey
metadata: metadata
@exports.push exported
@emit 'addExport', exported
@checkTransactionEnd()
removeExport: (publicPort) ->
publicPort = publicPort.toLowerCase()
found = null
for exported, idx in @exports
found = exported if exported.public is publicPort
return unless found
@checkTransactionStart()
@exports.splice @exports.indexOf(found), 1
@emit 'removeExport', found
@checkTransactionEnd()
addInport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@inports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addInport', publicPort, @inports[publicPort]
@checkTransactionEnd()
removeInport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @inports[publicPort]
@checkTransactionStart()
port = @inports[publicPort]
@setInportMetadata publicPort, {}
delete @inports[publicPort]
@emit 'removeInport', publicPort, port
@checkTransactionEnd()
renameInport: (oldPort, newPort) ->
return unless @inports[oldPort]
@checkTransactionStart()
@inports[newPort] = @inports[oldPort]
delete @inports[oldPort]
@emit 'renameInport', oldPort, newPort
@checkTransactionEnd()
setInportMetadata: (publicPort, metadata) ->
return unless @inports[publicPort]
@checkTransactionStart()
before = clone @inports[publicPort].metadata
@inports[publicPort].metadata = {} unless @inports[publicPort].metadata
for item, val of metadata
if val?
@inports[publicPort].metadata[item] = val
else
delete @inports[publicPort].metadata[item]
@emit 'changeInport', publicPort, @inports[publicPort], before
@checkTransactionEnd()
addOutport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@outports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addOutport', publicPort, @outports[publicPort]
@checkTransactionEnd()
removeOutport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @outports[publicPort]
@checkTransactionStart()
port = @outports[publicPort]
@setOutportMetadata publicPort, {}
delete @outports[publicPort]
@emit 'removeOutport', publicPort, port
@checkTransactionEnd()
renameOutport: (oldPort, newPort) ->
return unless @outports[oldPort]
@checkTransactionStart()
@outports[newPort] = @outports[oldPort]
delete @outports[oldPort]
@emit 'renameOutport', oldPort, newPort
@checkTransactionEnd()
setOutportMetadata: (publicPort, metadata) ->
return unless @outports[publicPort]
@checkTransactionStart()
before = clone @outports[publicPort].metadata
@outports[publicPort].metadata = {} unless @outports[publicPort].metadata
for item, val of metadata
if val?
@outports[publicPort].metadata[item] = val
else
delete @outports[publicPort].metadata[item]
@emit 'changeOutport', publicPort, @outports[publicPort], before
@checkTransactionEnd()
# ## Grouping nodes in a graph
#
addGroup: (group, nodes, metadata) ->
@checkTransactionStart()
g =
name: group
nodes: nodes
metadata: metadata
@groups.push g
@emit 'addGroup', g
@checkTransactionEnd()
renameGroup: (oldName, newName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is oldName
group.name = newName
@emit 'renameGroup', oldName, newName
@checkTransactionEnd()
removeGroup: (groupName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
@setGroupMetadata group.name, {}
@groups.splice @groups.indexOf(group), 1
@emit 'removeGroup', group
@checkTransactionEnd()
setGroupMetadata: (groupName, metadata) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
before = clone group.metadata
for item, val of metadata
if val?
group.metadata[item] = val
else
delete group.metadata[item]
@emit 'changeGroup', group, before
@checkTransactionEnd()
# ## Adding a node to the graph
#
# Nodes are identified by an ID unique to the graph. Additionally,
# a node may contain information on what NoFlo component it is and
# possible display coordinates.
#
# For example:
#
# myGraph.addNode 'Read, 'ReadFile',
# x: 91
# y: 154
#
# Addition of a node will emit the `addNode` event.
addNode: (id, component, metadata) ->
@checkTransactionStart()
metadata = {} unless metadata
node =
id: id
component: component
metadata: metadata
@nodes.push node
@emit 'addNode', node
@checkTransactionEnd()
node
# ## Removing a node from the graph
#
# Existing nodes can be removed from a graph by their ID. This
# will remove the node and also remove all edges connected to it.
#
# myGraph.removeNode 'Read'
#
# Once the node has been removed, the `removeNode` event will be
# emitted.
removeNode: (id) ->
node = @getNode id
return unless node
@checkTransactionStart()
toRemove = []
for edge in @edges
if (edge.from.node is node.id) or (edge.to.node is node.id)
toRemove.push edge
for edge in toRemove
@removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
toRemove = []
for initializer in @initializers
if initializer.to.node is node.id
toRemove.push initializer
for initializer in toRemove
@removeInitial initializer.to.node, initializer.to.port
toRemove = []
for exported in @exports
if id.toLowerCase() is exported.process
toRemove.push exported
for exported in toRemove
@removeExports exported.public
toRemove = []
for pub, priv of @inports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeInport pub
toRemove = []
for pub, priv of @outports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeOutport pub
for group in @groups
continue unless group
index = group.nodes.indexOf(id)
continue if index is -1
group.nodes.splice index, 1
@setNodeMetadata id, {}
if -1 isnt @nodes.indexOf node
@nodes.splice @nodes.indexOf(node), 1
@emit 'removeNode', node
@checkTransactionEnd()
# ## Getting a node
#
# Nodes objects can be retrieved from the graph by their ID:
#
# myNode = myGraph.getNode 'Read'
getNode: (id) ->
for node in @nodes
continue unless node
return node if node.id is id
return null
# ## Renaming a node
#
# Nodes IDs can be changed by calling this method.
renameNode: (oldId, newId) ->
@checkTransactionStart()
node = @getNode oldId
return unless node
node.id = newId
for edge in @edges
continue unless edge
if edge.from.node is oldId
edge.from.node = newId
if edge.to.node is oldId
edge.to.node = newId
for iip in @initializers
continue unless iip
if iip.to.node is oldId
iip.to.node = newId
for pub, priv of @inports
if priv.process is oldId
priv.process = newId
for pub, priv of @outports
if priv.process is oldId
priv.process = newId
for exported in @exports
if exported.process is oldId
exported.process = newId
for group in @groups
continue unless group
index = group.nodes.indexOf(oldId)
continue if index is -1
group.nodes[index] = newId
@emit 'renameNode', oldId, newId
@checkTransactionEnd()
# ## Changing a node's metadata
#
# Node metadata can be set or changed by calling this method.
setNodeMetadata: (id, metadata) ->
node = @getNode id
return unless node
@checkTransactionStart()
before = clone node.metadata
node.metadata = {} unless node.metadata
for item, val of metadata
if val?
node.metadata[item] = val
else
delete node.metadata[item]
@emit 'changeNode', node, before
@checkTransactionEnd()
# ## Connecting nodes
#
# Nodes can be connected by adding edges between a node's outport
# and another node's inport:
#
# myGraph.addEdge 'Read', 'out', 'Display', 'in'
# myGraph.addEdgeIndex 'Read', 'out', null, 'Display', 'in', 2
#
# Adding an edge will emit the `addEdge` event.
addEdge: (outNode, outPort, inNode, inPort, metadata = {}) ->
for edge in @edges
# don't add a duplicate edge
return if (edge.from.node is outNode and edge.from.port is outPort and edge.to.node is inNode and edge.to.port is inPort)
return unless @getNode outNode
return unless @getNode inNode
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
to:
node: inNode
port: inPort
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# Adding an edge will emit the `addEdge` event.
addEdgeIndex: (outNode, outPort, outIndex, inNode, inPort, inIndex, metadata = {}) ->
return unless @getNode outNode
return unless @getNode inNode
inIndex = undefined if inIndex is null
outIndex = undefined if outIndex is null
metadata = {} unless metadata
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
index: outIndex
to:
node: inNode
port: inPort
index: inIndex
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# ## Disconnected nodes
#
# Connections between nodes can be removed by providing the
# nodes and ports to disconnect.
#
# myGraph.removeEdge 'Display', 'out', 'Foo', 'in'
#
# Removing a connection will emit the `removeEdge` event.
removeEdge: (node, port, node2, port2) ->
@checkTransactionStart()
toRemove = []
toKeep = []
if node2 and port2
for edge,index in @edges
if edge.from.node is node and edge.from.port is port and edge.to.node is node2 and edge.to.port is port2
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
else
for edge,index in @edges
if (edge.from.node is node and edge.from.port is port) or (edge.to.node is node and edge.to.port is port)
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
@edges = toKeep
for edge in toRemove
@emit 'removeEdge', edge
@checkTransactionEnd()
# ## Getting an edge
#
# Edge objects can be retrieved from the graph by the node and port IDs:
#
# myEdge = myGraph.getEdge 'Read', 'out', 'Write', 'in'
getEdge: (node, port, node2, port2) ->
for edge,index in @edges
continue unless edge
if edge.from.node is node and edge.from.port is port
if edge.to.node is node2 and edge.to.port is port2
return edge
return null
# ## Changing an edge's metadata
#
# Edge metadata can be set or changed by calling this method.
setEdgeMetadata: (node, port, node2, port2, metadata) ->
edge = @getEdge node, port, node2, port2
return unless edge
@checkTransactionStart()
before = clone edge.metadata
edge.metadata = {} unless edge.metadata
for item, val of metadata
if val?
edge.metadata[item] = val
else
delete edge.metadata[item]
@emit 'changeEdge', edge, before
@checkTransactionEnd()
# ## Adding Initial Information Packets
#
# Initial Information Packets (IIPs) can be used for sending data
# to specified node inports without a sending node instance.
#
# IIPs are especially useful for sending configuration information
# to components at NoFlo network start-up time. This could include
# filenames to read, or network ports to listen to.
#
# myGraph.addInitial 'somefile.txt', 'Read', 'source'
# myGraph.addInitialIndex 'somefile.txt', 'Read', 'source', 2
#
# If inports are defined on the graph, IIPs can be applied calling
# the `addGraphInitial` or `addGraphInitialIndex` methods.
#
# myGraph.addGraphInitial 'somefile.txt', 'file'
# myGraph.addGraphInitialIndex 'somefile.txt', 'file', 2
#
# Adding an IIP will emit a `addInitial` event.
addInitial: (data, node, port, metadata) ->
return unless @getNode node
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addInitialIndex: (data, node, port, index, metadata) ->
return unless @getNode node
index = undefined if index is null
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
index: index
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addGraphInitial: (data, node, metadata) ->
inport = @inports[node]
return unless inport
@addInitial data, inport.process, inport.port, metadata
addGraphInitialIndex: (data, node, index, metadata) ->
inport = @inports[node]
return unless inport
@addInitialIndex data, inport.process, inport.port, index, metadata
# ## Removing Initial Information Packets
#
# IIPs can be removed by calling the `removeInitial` method.
#
# myGraph.removeInitial 'Read', 'source'
#
# If the IIP was applied via the `addGraphInitial` or
# `addGraphInitialIndex` functions, it can be removed using
# the `removeGraphInitial` method.
#
# myGraph.removeGraphInitial 'file'
#
# Remove an IIP will emit a `removeInitial` event.
removeInitial: (node, port) ->
@checkTransactionStart()
toRemove = []
toKeep = []
for edge, index in @initializers
if edge.to.node is node and edge.to.port is port
toRemove.push edge
else
toKeep.push edge
@initializers = toKeep
for edge in toRemove
@emit 'removeInitial', edge
@checkTransactionEnd()
removeGraphInitial: (node) ->
inport = @inports[node]
return unless inport
@removeInitial inport.process, inport.port
toDOT: ->
cleanID = (id) ->
id.replace /\s*/g, ""
cleanPort = (port) ->
port.replace /\./g, ""
dot = "digraph {\n"
for node in @nodes
dot += " #{cleanID(node.id)} [label=#{node.id} shape=box]\n"
for initializer, id in @initializers
if typeof initializer.from.data is 'function'
data = 'Function'
else
data = initializer.from.data
dot += " data#{id} [label=\"'#{data}'\" shape=plaintext]\n"
dot += " data#{id} -> #{cleanID(initializer.to.node)}[headlabel=#{cleanPort(initializer.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
for edge in @edges
dot += " #{cleanID(edge.from.node)} -> #{cleanID(edge.to.node)}[taillabel=#{cleanPort(edge.from.port)} headlabel=#{cleanPort(edge.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
dot += "}"
return dot
toYUML: ->
yuml = []
for initializer in @initializers
yuml.push "(start)[#{initializer.to.port}]->(#{initializer.to.node})"
for edge in @edges
yuml.push "(#{edge.from.node})[#{edge.from.port}]->(#{edge.to.node})"
yuml.join ","
toJSON: ->
json =
properties: {}
inports: {}
outports: {}
groups: []
processes: {}
connections: []
json.properties.name = @name if @name
for property, value of @properties
json.properties[property] = value
for pub, priv of @inports
json.inports[pub] = priv
for pub, priv of @outports
json.outports[pub] = priv
# Legacy exported ports
for exported in @exports
json.exports = [] unless json.exports
json.exports.push exported
for group in @groups
groupData =
name: group.name
nodes: group.nodes
if Object.keys(group.metadata).length
groupData.metadata = group.metadata
json.groups.push groupData
for node in @nodes
json.processes[node.id] =
component: node.component
if node.metadata
json.processes[node.id].metadata = node.metadata
for edge in @edges
connection =
src:
process: edge.from.node
port: edge.from.port
index: edge.from.index
tgt:
process: edge.to.node
port: edge.to.port
index: edge.to.index
connection.metadata = edge.metadata if Object.keys(edge.metadata).length
json.connections.push connection
for initializer in @initializers
json.connections.push
data: initializer.from.data
tgt:
process: initializer.to.node
port: initializer.to.port
index: initializer.to.index
json
save: (file, success) ->
json = JSON.stringify @toJSON(), null, 4
require('fs').writeFile "#{file}.json", json, "utf-8", (err, data) ->
throw err if err
success file
exports.Graph = Graph
exports.createGraph = (name) ->
new Graph name
exports.loadJSON = (definition, success, metadata = {}) ->
definition = JSON.parse definition if typeof definition is 'string'
definition.properties = {} unless definition.properties
definition.processes = {} unless definition.processes
definition.connections = [] unless definition.connections
graph = new Graph definition.properties.name
graph.startTransaction 'loadJSON', metadata
properties = {}
for property, value of definition.properties
continue if property is 'name'
properties[property] = value
graph.setProperties properties
for id, def of definition.processes
def.metadata = {} unless def.metadata
graph.addNode id, def.component, def.metadata
for conn in definition.connections
metadata = if conn.metadata then conn.metadata else {}
if conn.data isnt undefined
if typeof conn.tgt.index is 'number'
graph.addInitialIndex conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
else
graph.addInitial conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
continue
if typeof conn.src.index is 'number' or typeof conn.tgt.index is 'number'
graph.addEdgeIndex conn.src.process, conn.src.port.toLowerCase(), conn.src.index, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
continue
graph.addEdge conn.src.process, conn.src.port.toLowerCase(), conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
if definition.exports and definition.exports.length
for exported in definition.exports
if exported.private
# Translate legacy ports to new
split = exported.private.split('.')
continue unless split.length is 2
processId = split[0]
portId = split[1]
# Get properly cased process id
for id of definition.processes
if id.toLowerCase() is processId.toLowerCase()
processId = id
else
processId = exported.process
portId = exported.port
graph.addExport exported.public, processId, portId, exported.metadata
if definition.inports
for pub, priv of definition.inports
graph.addInport pub, priv.process, priv.port, priv.metadata
if definition.outports
for pub, priv of definition.outports
graph.addOutport pub, priv.process, priv.port, priv.metadata
if definition.groups
for group in definition.groups
graph.addGroup group.name, group.nodes, group.metadata || {}
graph.endTransaction 'loadJSON'
success graph
exports.loadFBP = (fbpData, success) ->
definition = require('fbp').parse fbpData
exports.loadJSON definition, success
exports.loadHTTP = (url, success) ->
req = new XMLHttpRequest
req.onreadystatechange = ->
return unless req.readyState is 4
return success() unless req.status is 200
success req.responseText
req.open 'GET', url, true
req.send()
exports.loadFile = (file, success, metadata = {}) ->
if platform.isBrowser()
try
# Graph exposed via Component packaging
definition = require file
catch e
# Graph available via HTTP
exports.loadHTTP file, (data) ->
unless data
throw new Error "Failed to load graph #{file}"
return
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success, metadata
definition = JSON.parse data
exports.loadJSON definition, success, metadata
return
exports.loadJSON definition, success, metadata
return
# Node.js graph file
require('fs').readFile file, "utf-8", (err, data) ->
throw err if err
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success
definition = JSON.parse data
exports.loadJSON definition, success
# remove everything in the graph
resetGraph = (graph) ->
# Edges and similar first, to have control over the order
# If we'd do nodes first, it will implicitly delete edges
# Important to make journal transactions invertible
for group in (clone graph.groups).reverse()
graph.removeGroup group.name if group?
for port, v of clone graph.outports
graph.removeOutport port
for port, v of clone graph.inports
graph.removeInport port
for exp in clone (graph.exports).reverse()
graph.removeExports exp.public
# XXX: does this actually null the props??
graph.setProperties {}
for iip in (clone graph.initializers).reverse()
graph.removeInitial iip.to.node, iip.to.port
for edge in (clone graph.edges).reverse()
graph.removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
for node in (clone graph.nodes).reverse()
graph.removeNode node.id
# Note: Caller should create transaction
# First removes everything in @base, before building it up to mirror @to
mergeResolveTheirsNaive = (base, to) ->
resetGraph base
for node in to.nodes
base.addNode node.id, node.component, node.metadata
for edge in to.edges
base.addEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port, edge.metadata
for iip in to.initializers
base.addInitial iip.from.data, iip.to.node, iip.to.port, iip.metadata
for exp in to.exports
base.addExport exp.public, exp.node, exp.port, exp.metadata
base.setProperties to.properties
for pub, priv of to.inports
base.addInport pub, priv.process, priv.port, priv.metadata
for pub, priv of to.outports
base.addOutport pub, priv.process, priv.port, priv.metadata
for group in to.groups
base.addGroup group.name, group.nodes, group.metadata
exports.equivalent = (a, b, options = {}) ->
# TODO: add option to only compare known fields
# TODO: add option to ignore metadata
A = JSON.stringify a
B = JSON.stringify b
return A == B
exports.mergeResolveTheirs = mergeResolveTheirsNaive
| true | # NoFlo - Flow-Based Programming for JavaScript
# (c) 2013-2014 TheGrid (Rituwall Inc.)
# (c) 2011-2012 PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI
# NoFlo may be freely distributed under the MIT license
#
# NoFlo graphs are Event Emitters, providing signals when the graph
# definition changes.
#
{EventEmitter} = require 'events'
clone = require('./Utils').clone
platform = require './Platform'
# This class represents an abstract NoFlo graph containing nodes
# connected to each other with edges.
#
# These graphs can be used for visualization and sketching, but
# also are the way to start a NoFlo network.
class Graph extends EventEmitter
name: ''
properties: {}
nodes: []
edges: []
initializers: []
exports: []
inports: {}
outports: {}
groups: []
# ## Creating new graphs
#
# Graphs are created by simply instantiating the Graph class
# and giving it a name:
#
# myGraph = new Graph 'My very cool graph'
constructor: (@name = '') ->
@properties = {}
@nodes = []
@edges = []
@initializers = []
@exports = []
@inports = {}
@outports = {}
@groups = []
@transaction =
id: null
depth: 0
# ## Group graph changes into transactions
#
# If no transaction is explicitly opened, each call to
# the graph API will implicitly create a transaction for that change
startTransaction: (id, metadata) ->
if @transaction.id
throw Error("Nested transactions not supported")
@transaction.id = id
@transaction.depth = 1
@emit 'startTransaction', id, metadata
endTransaction: (id, metadata) ->
if not @transaction.id
throw Error("Attempted to end non-existing transaction")
@transaction.id = null
@transaction.depth = 0
@emit 'endTransaction', id, metadata
checkTransactionStart: () ->
if not @transaction.id
@startTransaction 'implicit'
else if @transaction.id == 'implicit'
@transaction.depth += 1
checkTransactionEnd: () ->
if @transaction.id == 'implicit'
@transaction.depth -= 1
if @transaction.depth == 0
@endTransaction 'implicit'
# ## Modifying Graph properties
#
# This method allows changing properties of the graph.
setProperties: (properties) ->
@checkTransactionStart()
before = clone @properties
for item, val of properties
@properties[item] = val
@emit 'changeProperties', @properties, before
@checkTransactionEnd()
# ## Exporting a port from subgraph
#
# This allows subgraphs to expose a cleaner API by having reasonably
# named ports shown instead of all the free ports of the graph
#
# The ports exported using this way are ambiguous in their direciton. Use
# `addInport` or `addOutport` instead to disambiguate.
addExport: (publicPort, nodeKey, portKey, metadata = {x:0,y:0}) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
exported =
public: publicPort
process: nodeKey
port: portKey
metadata: metadata
@exports.push exported
@emit 'addExport', exported
@checkTransactionEnd()
removeExport: (publicPort) ->
publicPort = publicPort.toLowerCase()
found = null
for exported, idx in @exports
found = exported if exported.public is publicPort
return unless found
@checkTransactionStart()
@exports.splice @exports.indexOf(found), 1
@emit 'removeExport', found
@checkTransactionEnd()
addInport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@inports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addInport', publicPort, @inports[publicPort]
@checkTransactionEnd()
removeInport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @inports[publicPort]
@checkTransactionStart()
port = @inports[publicPort]
@setInportMetadata publicPort, {}
delete @inports[publicPort]
@emit 'removeInport', publicPort, port
@checkTransactionEnd()
renameInport: (oldPort, newPort) ->
return unless @inports[oldPort]
@checkTransactionStart()
@inports[newPort] = @inports[oldPort]
delete @inports[oldPort]
@emit 'renameInport', oldPort, newPort
@checkTransactionEnd()
setInportMetadata: (publicPort, metadata) ->
return unless @inports[publicPort]
@checkTransactionStart()
before = clone @inports[publicPort].metadata
@inports[publicPort].metadata = {} unless @inports[publicPort].metadata
for item, val of metadata
if val?
@inports[publicPort].metadata[item] = val
else
delete @inports[publicPort].metadata[item]
@emit 'changeInport', publicPort, @inports[publicPort], before
@checkTransactionEnd()
addOutport: (publicPort, nodeKey, portKey, metadata) ->
# Check that node exists
return unless @getNode nodeKey
@checkTransactionStart()
@outports[publicPort] =
process: nodeKey
port: portKey
metadata: metadata
@emit 'addOutport', publicPort, @outports[publicPort]
@checkTransactionEnd()
removeOutport: (publicPort) ->
publicPort = publicPort.toLowerCase()
return unless @outports[publicPort]
@checkTransactionStart()
port = @outports[publicPort]
@setOutportMetadata publicPort, {}
delete @outports[publicPort]
@emit 'removeOutport', publicPort, port
@checkTransactionEnd()
renameOutport: (oldPort, newPort) ->
return unless @outports[oldPort]
@checkTransactionStart()
@outports[newPort] = @outports[oldPort]
delete @outports[oldPort]
@emit 'renameOutport', oldPort, newPort
@checkTransactionEnd()
setOutportMetadata: (publicPort, metadata) ->
return unless @outports[publicPort]
@checkTransactionStart()
before = clone @outports[publicPort].metadata
@outports[publicPort].metadata = {} unless @outports[publicPort].metadata
for item, val of metadata
if val?
@outports[publicPort].metadata[item] = val
else
delete @outports[publicPort].metadata[item]
@emit 'changeOutport', publicPort, @outports[publicPort], before
@checkTransactionEnd()
# ## Grouping nodes in a graph
#
addGroup: (group, nodes, metadata) ->
@checkTransactionStart()
g =
name: group
nodes: nodes
metadata: metadata
@groups.push g
@emit 'addGroup', g
@checkTransactionEnd()
renameGroup: (oldName, newName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is oldName
group.name = newName
@emit 'renameGroup', oldName, newName
@checkTransactionEnd()
removeGroup: (groupName) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
@setGroupMetadata group.name, {}
@groups.splice @groups.indexOf(group), 1
@emit 'removeGroup', group
@checkTransactionEnd()
setGroupMetadata: (groupName, metadata) ->
@checkTransactionStart()
for group in @groups
continue unless group
continue unless group.name is groupName
before = clone group.metadata
for item, val of metadata
if val?
group.metadata[item] = val
else
delete group.metadata[item]
@emit 'changeGroup', group, before
@checkTransactionEnd()
# ## Adding a node to the graph
#
# Nodes are identified by an ID unique to the graph. Additionally,
# a node may contain information on what NoFlo component it is and
# possible display coordinates.
#
# For example:
#
# myGraph.addNode 'Read, 'ReadFile',
# x: 91
# y: 154
#
# Addition of a node will emit the `addNode` event.
addNode: (id, component, metadata) ->
@checkTransactionStart()
metadata = {} unless metadata
node =
id: id
component: component
metadata: metadata
@nodes.push node
@emit 'addNode', node
@checkTransactionEnd()
node
# ## Removing a node from the graph
#
# Existing nodes can be removed from a graph by their ID. This
# will remove the node and also remove all edges connected to it.
#
# myGraph.removeNode 'Read'
#
# Once the node has been removed, the `removeNode` event will be
# emitted.
removeNode: (id) ->
node = @getNode id
return unless node
@checkTransactionStart()
toRemove = []
for edge in @edges
if (edge.from.node is node.id) or (edge.to.node is node.id)
toRemove.push edge
for edge in toRemove
@removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
toRemove = []
for initializer in @initializers
if initializer.to.node is node.id
toRemove.push initializer
for initializer in toRemove
@removeInitial initializer.to.node, initializer.to.port
toRemove = []
for exported in @exports
if id.toLowerCase() is exported.process
toRemove.push exported
for exported in toRemove
@removeExports exported.public
toRemove = []
for pub, priv of @inports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeInport pub
toRemove = []
for pub, priv of @outports
if priv.process is id
toRemove.push pub
for pub in toRemove
@removeOutport pub
for group in @groups
continue unless group
index = group.nodes.indexOf(id)
continue if index is -1
group.nodes.splice index, 1
@setNodeMetadata id, {}
if -1 isnt @nodes.indexOf node
@nodes.splice @nodes.indexOf(node), 1
@emit 'removeNode', node
@checkTransactionEnd()
# ## Getting a node
#
# Nodes objects can be retrieved from the graph by their ID:
#
# myNode = myGraph.getNode 'Read'
getNode: (id) ->
for node in @nodes
continue unless node
return node if node.id is id
return null
# ## Renaming a node
#
# Nodes IDs can be changed by calling this method.
renameNode: (oldId, newId) ->
@checkTransactionStart()
node = @getNode oldId
return unless node
node.id = newId
for edge in @edges
continue unless edge
if edge.from.node is oldId
edge.from.node = newId
if edge.to.node is oldId
edge.to.node = newId
for iip in @initializers
continue unless iip
if iip.to.node is oldId
iip.to.node = newId
for pub, priv of @inports
if priv.process is oldId
priv.process = newId
for pub, priv of @outports
if priv.process is oldId
priv.process = newId
for exported in @exports
if exported.process is oldId
exported.process = newId
for group in @groups
continue unless group
index = group.nodes.indexOf(oldId)
continue if index is -1
group.nodes[index] = newId
@emit 'renameNode', oldId, newId
@checkTransactionEnd()
# ## Changing a node's metadata
#
# Node metadata can be set or changed by calling this method.
setNodeMetadata: (id, metadata) ->
node = @getNode id
return unless node
@checkTransactionStart()
before = clone node.metadata
node.metadata = {} unless node.metadata
for item, val of metadata
if val?
node.metadata[item] = val
else
delete node.metadata[item]
@emit 'changeNode', node, before
@checkTransactionEnd()
# ## Connecting nodes
#
# Nodes can be connected by adding edges between a node's outport
# and another node's inport:
#
# myGraph.addEdge 'Read', 'out', 'Display', 'in'
# myGraph.addEdgeIndex 'Read', 'out', null, 'Display', 'in', 2
#
# Adding an edge will emit the `addEdge` event.
addEdge: (outNode, outPort, inNode, inPort, metadata = {}) ->
for edge in @edges
# don't add a duplicate edge
return if (edge.from.node is outNode and edge.from.port is outPort and edge.to.node is inNode and edge.to.port is inPort)
return unless @getNode outNode
return unless @getNode inNode
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
to:
node: inNode
port: inPort
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# Adding an edge will emit the `addEdge` event.
addEdgeIndex: (outNode, outPort, outIndex, inNode, inPort, inIndex, metadata = {}) ->
return unless @getNode outNode
return unless @getNode inNode
inIndex = undefined if inIndex is null
outIndex = undefined if outIndex is null
metadata = {} unless metadata
@checkTransactionStart()
edge =
from:
node: outNode
port: outPort
index: outIndex
to:
node: inNode
port: inPort
index: inIndex
metadata: metadata
@edges.push edge
@emit 'addEdge', edge
@checkTransactionEnd()
edge
# ## Disconnected nodes
#
# Connections between nodes can be removed by providing the
# nodes and ports to disconnect.
#
# myGraph.removeEdge 'Display', 'out', 'Foo', 'in'
#
# Removing a connection will emit the `removeEdge` event.
removeEdge: (node, port, node2, port2) ->
@checkTransactionStart()
toRemove = []
toKeep = []
if node2 and port2
for edge,index in @edges
if edge.from.node is node and edge.from.port is port and edge.to.node is node2 and edge.to.port is port2
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
else
for edge,index in @edges
if (edge.from.node is node and edge.from.port is port) or (edge.to.node is node and edge.to.port is port)
@setEdgeMetadata edge.from.node, edge.from.port, edge.to.node, edge.to.port, {}
toRemove.push edge
else
toKeep.push edge
@edges = toKeep
for edge in toRemove
@emit 'removeEdge', edge
@checkTransactionEnd()
# ## Getting an edge
#
# Edge objects can be retrieved from the graph by the node and port IDs:
#
# myEdge = myGraph.getEdge 'Read', 'out', 'Write', 'in'
getEdge: (node, port, node2, port2) ->
for edge,index in @edges
continue unless edge
if edge.from.node is node and edge.from.port is port
if edge.to.node is node2 and edge.to.port is port2
return edge
return null
# ## Changing an edge's metadata
#
# Edge metadata can be set or changed by calling this method.
setEdgeMetadata: (node, port, node2, port2, metadata) ->
edge = @getEdge node, port, node2, port2
return unless edge
@checkTransactionStart()
before = clone edge.metadata
edge.metadata = {} unless edge.metadata
for item, val of metadata
if val?
edge.metadata[item] = val
else
delete edge.metadata[item]
@emit 'changeEdge', edge, before
@checkTransactionEnd()
# ## Adding Initial Information Packets
#
# Initial Information Packets (IIPs) can be used for sending data
# to specified node inports without a sending node instance.
#
# IIPs are especially useful for sending configuration information
# to components at NoFlo network start-up time. This could include
# filenames to read, or network ports to listen to.
#
# myGraph.addInitial 'somefile.txt', 'Read', 'source'
# myGraph.addInitialIndex 'somefile.txt', 'Read', 'source', 2
#
# If inports are defined on the graph, IIPs can be applied calling
# the `addGraphInitial` or `addGraphInitialIndex` methods.
#
# myGraph.addGraphInitial 'somefile.txt', 'file'
# myGraph.addGraphInitialIndex 'somefile.txt', 'file', 2
#
# Adding an IIP will emit a `addInitial` event.
addInitial: (data, node, port, metadata) ->
return unless @getNode node
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addInitialIndex: (data, node, port, index, metadata) ->
return unless @getNode node
index = undefined if index is null
@checkTransactionStart()
initializer =
from:
data: data
to:
node: node
port: port
index: index
metadata: metadata
@initializers.push initializer
@emit 'addInitial', initializer
@checkTransactionEnd()
initializer
addGraphInitial: (data, node, metadata) ->
inport = @inports[node]
return unless inport
@addInitial data, inport.process, inport.port, metadata
addGraphInitialIndex: (data, node, index, metadata) ->
inport = @inports[node]
return unless inport
@addInitialIndex data, inport.process, inport.port, index, metadata
# ## Removing Initial Information Packets
#
# IIPs can be removed by calling the `removeInitial` method.
#
# myGraph.removeInitial 'Read', 'source'
#
# If the IIP was applied via the `addGraphInitial` or
# `addGraphInitialIndex` functions, it can be removed using
# the `removeGraphInitial` method.
#
# myGraph.removeGraphInitial 'file'
#
# Remove an IIP will emit a `removeInitial` event.
removeInitial: (node, port) ->
@checkTransactionStart()
toRemove = []
toKeep = []
for edge, index in @initializers
if edge.to.node is node and edge.to.port is port
toRemove.push edge
else
toKeep.push edge
@initializers = toKeep
for edge in toRemove
@emit 'removeInitial', edge
@checkTransactionEnd()
removeGraphInitial: (node) ->
inport = @inports[node]
return unless inport
@removeInitial inport.process, inport.port
toDOT: ->
cleanID = (id) ->
id.replace /\s*/g, ""
cleanPort = (port) ->
port.replace /\./g, ""
dot = "digraph {\n"
for node in @nodes
dot += " #{cleanID(node.id)} [label=#{node.id} shape=box]\n"
for initializer, id in @initializers
if typeof initializer.from.data is 'function'
data = 'Function'
else
data = initializer.from.data
dot += " data#{id} [label=\"'#{data}'\" shape=plaintext]\n"
dot += " data#{id} -> #{cleanID(initializer.to.node)}[headlabel=#{cleanPort(initializer.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
for edge in @edges
dot += " #{cleanID(edge.from.node)} -> #{cleanID(edge.to.node)}[taillabel=#{cleanPort(edge.from.port)} headlabel=#{cleanPort(edge.to.port)} labelfontcolor=blue labelfontsize=8.0]\n"
dot += "}"
return dot
toYUML: ->
yuml = []
for initializer in @initializers
yuml.push "(start)[#{initializer.to.port}]->(#{initializer.to.node})"
for edge in @edges
yuml.push "(#{edge.from.node})[#{edge.from.port}]->(#{edge.to.node})"
yuml.join ","
toJSON: ->
json =
properties: {}
inports: {}
outports: {}
groups: []
processes: {}
connections: []
json.properties.name = @name if @name
for property, value of @properties
json.properties[property] = value
for pub, priv of @inports
json.inports[pub] = priv
for pub, priv of @outports
json.outports[pub] = priv
# Legacy exported ports
for exported in @exports
json.exports = [] unless json.exports
json.exports.push exported
for group in @groups
groupData =
name: group.name
nodes: group.nodes
if Object.keys(group.metadata).length
groupData.metadata = group.metadata
json.groups.push groupData
for node in @nodes
json.processes[node.id] =
component: node.component
if node.metadata
json.processes[node.id].metadata = node.metadata
for edge in @edges
connection =
src:
process: edge.from.node
port: edge.from.port
index: edge.from.index
tgt:
process: edge.to.node
port: edge.to.port
index: edge.to.index
connection.metadata = edge.metadata if Object.keys(edge.metadata).length
json.connections.push connection
for initializer in @initializers
json.connections.push
data: initializer.from.data
tgt:
process: initializer.to.node
port: initializer.to.port
index: initializer.to.index
json
save: (file, success) ->
json = JSON.stringify @toJSON(), null, 4
require('fs').writeFile "#{file}.json", json, "utf-8", (err, data) ->
throw err if err
success file
exports.Graph = Graph
exports.createGraph = (name) ->
new Graph name
exports.loadJSON = (definition, success, metadata = {}) ->
definition = JSON.parse definition if typeof definition is 'string'
definition.properties = {} unless definition.properties
definition.processes = {} unless definition.processes
definition.connections = [] unless definition.connections
graph = new Graph definition.properties.name
graph.startTransaction 'loadJSON', metadata
properties = {}
for property, value of definition.properties
continue if property is 'name'
properties[property] = value
graph.setProperties properties
for id, def of definition.processes
def.metadata = {} unless def.metadata
graph.addNode id, def.component, def.metadata
for conn in definition.connections
metadata = if conn.metadata then conn.metadata else {}
if conn.data isnt undefined
if typeof conn.tgt.index is 'number'
graph.addInitialIndex conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
else
graph.addInitial conn.data, conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
continue
if typeof conn.src.index is 'number' or typeof conn.tgt.index is 'number'
graph.addEdgeIndex conn.src.process, conn.src.port.toLowerCase(), conn.src.index, conn.tgt.process, conn.tgt.port.toLowerCase(), conn.tgt.index, metadata
continue
graph.addEdge conn.src.process, conn.src.port.toLowerCase(), conn.tgt.process, conn.tgt.port.toLowerCase(), metadata
if definition.exports and definition.exports.length
for exported in definition.exports
if exported.private
# Translate legacy ports to new
split = exported.private.split('.')
continue unless split.length is 2
processId = split[0]
portId = split[1]
# Get properly cased process id
for id of definition.processes
if id.toLowerCase() is processId.toLowerCase()
processId = id
else
processId = exported.process
portId = exported.port
graph.addExport exported.public, processId, portId, exported.metadata
if definition.inports
for pub, priv of definition.inports
graph.addInport pub, priv.process, priv.port, priv.metadata
if definition.outports
for pub, priv of definition.outports
graph.addOutport pub, priv.process, priv.port, priv.metadata
if definition.groups
for group in definition.groups
graph.addGroup group.name, group.nodes, group.metadata || {}
graph.endTransaction 'loadJSON'
success graph
exports.loadFBP = (fbpData, success) ->
definition = require('fbp').parse fbpData
exports.loadJSON definition, success
exports.loadHTTP = (url, success) ->
req = new XMLHttpRequest
req.onreadystatechange = ->
return unless req.readyState is 4
return success() unless req.status is 200
success req.responseText
req.open 'GET', url, true
req.send()
exports.loadFile = (file, success, metadata = {}) ->
if platform.isBrowser()
try
# Graph exposed via Component packaging
definition = require file
catch e
# Graph available via HTTP
exports.loadHTTP file, (data) ->
unless data
throw new Error "Failed to load graph #{file}"
return
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success, metadata
definition = JSON.parse data
exports.loadJSON definition, success, metadata
return
exports.loadJSON definition, success, metadata
return
# Node.js graph file
require('fs').readFile file, "utf-8", (err, data) ->
throw err if err
if file.split('.').pop() is 'fbp'
return exports.loadFBP data, success
definition = JSON.parse data
exports.loadJSON definition, success
# remove everything in the graph
resetGraph = (graph) ->
# Edges and similar first, to have control over the order
# If we'd do nodes first, it will implicitly delete edges
# Important to make journal transactions invertible
for group in (clone graph.groups).reverse()
graph.removeGroup group.name if group?
for port, v of clone graph.outports
graph.removeOutport port
for port, v of clone graph.inports
graph.removeInport port
for exp in clone (graph.exports).reverse()
graph.removeExports exp.public
# XXX: does this actually null the props??
graph.setProperties {}
for iip in (clone graph.initializers).reverse()
graph.removeInitial iip.to.node, iip.to.port
for edge in (clone graph.edges).reverse()
graph.removeEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port
for node in (clone graph.nodes).reverse()
graph.removeNode node.id
# Note: Caller should create transaction
# First removes everything in @base, before building it up to mirror @to
mergeResolveTheirsNaive = (base, to) ->
resetGraph base
for node in to.nodes
base.addNode node.id, node.component, node.metadata
for edge in to.edges
base.addEdge edge.from.node, edge.from.port, edge.to.node, edge.to.port, edge.metadata
for iip in to.initializers
base.addInitial iip.from.data, iip.to.node, iip.to.port, iip.metadata
for exp in to.exports
base.addExport exp.public, exp.node, exp.port, exp.metadata
base.setProperties to.properties
for pub, priv of to.inports
base.addInport pub, priv.process, priv.port, priv.metadata
for pub, priv of to.outports
base.addOutport pub, priv.process, priv.port, priv.metadata
for group in to.groups
base.addGroup group.name, group.nodes, group.metadata
exports.equivalent = (a, b, options = {}) ->
# TODO: add option to only compare known fields
# TODO: add option to ignore metadata
A = JSON.stringify a
B = JSON.stringify b
return A == B
exports.mergeResolveTheirs = mergeResolveTheirsNaive
|
[
{
"context": " ret\n\n pushFileCaching: (file, f) ->\n key = JSON.stringify {pushFileCaching: @userPath(file)}\n ",
"end": 14599,
"score": 0.5892186164855957,
"start": 14595,
"tag": "KEY",
"value": "JSON"
},
{
"context": "t\n\n pushFileCaching: (file, f) ->\n key = JSON.stringify {pushFileCaching: @userPath(file)}\n @cache[key",
"end": 14609,
"score": 0.5053763389587402,
"start": 14600,
"tag": "KEY",
"value": "stringify"
}
] | root/usr/src/template-package/lib/cfn-transformer.coffee | showmethemodel/cfn-tool | 0 | yaml = require 'js-yaml'
fs = require 'fs'
os = require 'os'
path = require 'path'
assert = require 'assert'
crypto = require 'crypto'
{spawnSync} = require 'child_process'
YamlTransformer = require './yaml-transformer'
{ResourceTypes} = require './schema/CloudFormationResourceSpecification.json'
#=============================================================================#
# Helper functions. #
#=============================================================================#
topLevelResourceProperties = [
'Type'
'Condition'
'CreationPolicy'
'DeletionPolicy'
'DependsOn'
'Metadata'
'UpdatePolicy'
'UpdateReplacePolicy'
]
assoc = (xs, k, v) ->
xs[k] = v
xs
conj = (xs, x) ->
xs.push(x)
xs
readFile = (file) ->
fs.readFileSync(file).toString('utf-8')
typeOf = (thing) ->
Object::toString.call(thing)[8...-1]
fileExt = (file) ->
if (e = split(path.basename(file), '.', 2)[1])? then ".#{e}"
merge = (args...) ->
Object.assign.apply(null, args)
deepMerge = (args...) ->
dm = (x, y) ->
if not (isObject(x) and isObject(y))
y
else
ret = Object.assign({}, x)
ret[k] = dm(x[k], v) for k, v of y
ret
args.reduce(((xs, x) -> dm(xs, x)), {})
hashMap = (args...) ->
ret = {}
ret[args[2*i]] = args[2*i+1] for i in [0...args.length/2]
ret
isDirectory = (file) ->
fs.statSync(file).isDirectory()
reduceKv = (map, f) ->
Object.keys(map).reduce(((xs, k) -> f(xs, k, map[k])), {})
notEmpty = (map) ->
Object.keys(map or {}).length > 0
md5 = (data) ->
crypto.createHash("md5").update(data).digest("hex")
md5File = (filePath) ->
md5(fs.readFileSync(filePath))
md5Dir = (dirPath) ->
origDir = process.cwd()
try
process.chdir(dirPath)
add2tree = (tree, path) -> assoc(tree, path, md5Path(path))
md5(JSON.stringify(fs.readdirSync('.').sort().reduce(add2tree, {})))
finally
process.chdir(origDir)
md5Path = (path) ->
(if isDirectory(path) then md5Dir else md5File)(path)
peek = (ary) -> ary[ary.length - 1]
getIn = (obj, ks) -> ks.reduce(((xs, x) -> xs[x]), obj)
split = (str, sep, count=Infinity) ->
toks = str.split(sep)
n = Math.min(toks.length, count) - 1
toks[0...n].concat(toks[n..].join(sep))
isString = (x) -> typeOf(x) is 'String'
isArray = (x) -> typeOf(x) is 'Array'
isObject = (x) -> typeOf(x) is 'Object'
isBoolean = (x) -> typeOf(x) is 'Boolean'
assertObject = (thing) ->
assert.ok(typeOf(thing) in [
'Object'
'Undefined'
'Null'
], "expected an Object, got #{JSON.stringify(thing)}")
thing
assertArray = (thing) ->
assert.ok(isArray(thing), "expected an Array, got #{JSON.stringify(thing)}")
thing
parseKeyOpt = (opt) ->
if (multi = opt.match(/^\[(.*)\]$/)) then multi[1].split(',') else opt
parseKeyOpts = (opts) ->
opts.reduce(((xs, x) ->
[k, v] = x.split('=')
v ?= k
merge(xs, hashMap(k, parseKeyOpt(v)))
), {})
mergeStrings = (toks, sep = '') ->
reducer = (xs, x) ->
y = xs.pop()
xs.concat(if isString(x) and isString(y) then [[y,x].join(sep)] else [y,x])
toks.reduce(reducer, []).filter((x) -> x? and x isnt '')
indexOfClosingCurly = (form) ->
depth = 0
for i in [0...form.length]
switch form[i]
when '{' then depth++
when '}' then return i if not depth--
return -1
interpolateSub = (form) ->
ret = []
while true
if form.startsWith('${!')
ret.push(form[0...3])
form = form[3..]
else if form.startsWith('${')
i = indexOfClosingCurly(form[2..])
assert.notEqual(i, -1, "no closing curly: #{JSON.stringify(form)}")
ret.push({Ref: form[2...i+2]})
form = form[i+3..]
else
if (i = form.indexOf('${')) is -1
ret.push(form)
break
else
ret.push(form[0...i])
form = form[i..]
ret
#=============================================================================#
# AWS CLOUDFORMATION YAML TRANSFORMER BASE CLASS #
#=============================================================================#
class CfnTransformer extends YamlTransformer
constructor: ({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter} = {}) ->
super()
@cache ?= {}
@basedir ?= process.cwd()
@tempdir = path.resolve(@tempdir ? fs.mkdtempSync("#{os.tmpdir()}/"))
@template = null
@resourceMacros = []
@bindstack = []
#=========================================================================#
# Redefine and extend built-in CloudFormation macros. #
#=========================================================================#
@defmacro 'Base64', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::Base64': form}
@defmacro 'GetAZs', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAZs': form}
@defmacro 'ImportValue', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': form}
@defmacro 'GetAtt', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
{'Fn::GetAtt': if isString(form) then split(form, '.', 2) else form}
@defmacro 'RefAll', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::RefAll': form}
@defmacro 'Join', (form) =>
[sep, toks] = form
switch (xs = mergeStrings(toks, sep)).length
when 0 then ''
when 1 then xs[0]
else {'Fn::Join': [sep, xs]}
@defmacro 'Condition', 'Condition', (form) =>
{Condition: if isArray(form) then form[0] else form}
@defmacro 'Ref', 'Ref', (form) =>
form = if isArray(form) then form[0] else form
if isString(form)
[ref, ks...] = form.split('.')
switch
when form.startsWith('$') then {'Fn::Env': form[1..]}
when form.startsWith('%') then {'Fn::Get': form[1..]}
when form.startsWith('@') then {'Fn::Attr': form[1..]}
when peek(@bindstack)[ref]? then getIn(peek(@bindstack)[ref], ks)
else {Ref: form}
else form
@defmacro 'Sub', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
switch typeOf(form)
when 'String' then {'Fn::Join': ['', interpolateSub(form)]}
else {'Fn::Sub': form}
#=========================================================================#
# Define special forms. #
#=========================================================================#
@defspecial 'Let', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
if isArray(form)
@withBindings(@walk(form[0]), => @walk(form[1]))
else
merge(peek(@bindstack), assertObject(@walk(form)))
null
@defspecial 'Do', (form) =>
assertArray(form).reduce(((xs, x) => @walk(x)), null)
#=========================================================================#
# Define custom macros. #
#=========================================================================#
@defmacro 'Require', (form) =>
form = [form] unless isArray(form)
require(path.resolve(v))(@) for v in form
null
@defmacro 'Parameters', (form) =>
Parameters: form.reduce(((xs, param) =>
[name, opts...] = param.split(/ +/)
opts = merge({Type: 'String'}, parseKeyOpts(opts))
merge(xs, hashMap(name, opts))
), {})
@defmacro 'Return', (form) =>
Outputs: reduceKv form, (xs, k, v) =>
[name, opts...] = k.split(/ +/)
xport = if notEmpty(opts = parseKeyOpts(opts))
opts.Name = @walk {'Fn::Sub': opts.Name} if opts.Name
{Export: opts}
merge(xs, hashMap(name, merge({Value: v}, xport)))
@defmacro 'Resources', (form) =>
ret = {}
for id, body of form
[id, Type, opts...] = id.split(/ +/)
id = @walk {'Fn::Sub': id}
ret[id] = if not Type
if (m = @resourceMacros[body.Type]) then m(body) else body
else
body = merge({Type}, parseKeyOpts(opts), {Properties: body})
if (m = @resourceMacros[Type]) then m(body) else body
Resources: ret
@defmacro 'Attr', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAtt': split(form, '.', 2).map((x) => {'Fn::Sub': x})}
@defmacro 'Get', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
form = form.split('.') if isString(form)
{'Fn::FindInMap': form.map((x) => {'Fn::Sub': x})}
@defmacro 'Env', (form) =>
form = if isArray(form) then form[0] else form
ret = process.env[form]
assert.ok(ret?, "required environment variable not set: #{form}")
ret
@defmacro 'Var', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': {'Fn::Sub': form}}
@defmacro 'Shell', (form) =>
form = if isArray(form) then form[0] else form
key = JSON.stringify {shell: [@template, form]}
@cache[key] = (@execShell(form) or '').replace(/\n$/, '') unless @cache[key]?
@cache[key]
@defmacro 'Package', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
{Path, CacheKey, Parse} = form
key = JSON.stringify {package: [@userPath(Path), CacheKey, Parse]}
if not @cache[key]?
@cache[key] = (
if isDirectory(Path)
@writeDir(Path, CacheKey)
else if Parse
@writeTemplate(Path, CacheKey)
else
@writeFile(Path, CacheKey)
).code
@cache[key]
@defmacro 'PackageURL', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 'https://s3.amazonaws.com/${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageURI', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 's3://${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageTemplateURL', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
@walk {'Fn::PackageURL': Object.assign({Parse: true}, form)}
@defmacro 'YamlParse', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(form)
@defmacro 'YamlDump', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeDump(form)
@defmacro 'JsonParse', (form) =>
form = if isArray(form) then form[0] else form
JSON.parse(form)
@defmacro 'JsonDump', (form) =>
form = if isArray(form) then form[0] else form
JSON.stringify(form)
@defmacro 'File', (form) =>
form = if isArray(form) then form[0] else form
fs.readFileSync(form)
@defmacro 'TemplateFile', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(@transformTemplateFile(form))
@defmacro 'Merge', (form) =>
merge.apply(null, form)
@defmacro 'DeepMerge', (form) =>
deepMerge.apply(null, form)
@defmacro 'Tags', (form) =>
{Key: k, Value: form[k]} for k in Object.keys(form)
@defresource 'Stack', (form) =>
Type = 'AWS::CloudFormation::Stack'
Parameters = {}
Properties = {Parameters}
stackProps = Object.keys(ResourceTypes[Type].Properties)
for k, v of (form.Properties or {})
(if k in stackProps then Properties else Parameters)[k] = v
merge(form, {Type, Properties})
abort: (msg...) ->
ks = ['$'].concat(@keystack.map((x) -> "[#{x}]"))
msg.unshift("at #{ks.join('')}:")
msg.unshift("\n in #{@template}:") if @template
throw new Error(msg.join(' '))
debug: (msg...) ->
console.error.apply(console, msg) if @verbose
msg.join(' ')
execShell: (command, opts, throwOnNonZeroStatus=true) ->
try
res = spawnSync(command, merge({stdio: 'pipe', shell: '/bin/bash'}, opts))
throw res if res.status isnt 0 and throwOnNonZeroStatus
@debug x if (x = res.stderr?.toString('utf-8'))
res.stdout?.toString('utf-8')
catch e
msg = "shell exec failed: #{command}"
err = e.stderr.toString('utf-8')
assert.fail(if err? then "#{msg}\n#{err}" else msg)
withBindings: (bindings, f) ->
@bindstack.push(merge({}, peek(@bindstack), assertObject(bindings)))
ret = f()
@bindstack.pop()
ret
canonicalKeyPath: () -> [@template].concat(@keystack)
canonicalHash: (fileOrDir, key) ->
if key then md5(JSON.stringify([@canonicalKeyPath(),key])) else md5Path(fileOrDir)
writePaths: (fileName, ext = '') ->
fileName = "#{fileName}#{ext}"
tmpPath: @tmpPath(fileName),
code: { S3Bucket: @s3bucket, S3Key: "#{@s3prefix}#{fileName}" }
writeText: (text, ext, key) ->
ret = @writePaths(md5(key or text), ext)
fs.writeFileSync(ret.tmpPath, text)
ret
transformTemplateFile: (file) ->
xformer = new @.constructor({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter})
xformer.transformFile(file)
writeTemplate: (file, key) ->
ret = @writeText(@transformTemplateFile(file), fileExt(file), key)
if @linter
try
console.log("LINTING: #{@userPath(file)}...")
lint = (@execShell("#{@linter} #{ret.tmpPath}", null, false) or '').trimRight()
console.log(lint) if lint
catch e
console.error(e.message)
ret
writeFile: (file, key) ->
ret = @writePaths(@canonicalHash(file, key), fileExt(file))
fs.copyFileSync(file, ret.tmpPath)
ret
writeDir: (dir, key) ->
tmpZip = @tmpPath("#{encodeURIComponent(@userPath(dir))}.zip")
@debug "packg: #{dir}"
@execShell("zip -r #{tmpZip} .", {cwd: dir})
ret = @writePaths(@canonicalHash(dir, key), '.zip')
fs.renameSync(tmpZip, ret.tmpPath)
ret
userPath: (file) ->
path.relative(@basedir, file)
tmpPath: (name) ->
path.join(@tempdir, name)
pushFile: (file, f) ->
tpl = @template
dir = process.cwd()
@template = @userPath(file)
@debug "xform: #{@template}"
process.chdir(path.dirname(file))
ret = f(path.basename(file))
process.chdir(dir)
@template = tpl
ret
pushFileCaching: (file, f) ->
key = JSON.stringify {pushFileCaching: @userPath(file)}
@cache[key] = @pushFile(file, f) unless @cache[key]
@cache[key]
defresource: (type, emit) ->
@resourceMacros[type] = emit
@
transform: (text) ->
@bindstack = [{}]
super(text)
transformFile: (templateFile, doc) ->
@pushFileCaching templateFile, (file) =>
@transform(doc or fs.readFileSync(file).toString('utf-8'))
module.exports = CfnTransformer
| 63106 | yaml = require 'js-yaml'
fs = require 'fs'
os = require 'os'
path = require 'path'
assert = require 'assert'
crypto = require 'crypto'
{spawnSync} = require 'child_process'
YamlTransformer = require './yaml-transformer'
{ResourceTypes} = require './schema/CloudFormationResourceSpecification.json'
#=============================================================================#
# Helper functions. #
#=============================================================================#
topLevelResourceProperties = [
'Type'
'Condition'
'CreationPolicy'
'DeletionPolicy'
'DependsOn'
'Metadata'
'UpdatePolicy'
'UpdateReplacePolicy'
]
assoc = (xs, k, v) ->
xs[k] = v
xs
conj = (xs, x) ->
xs.push(x)
xs
readFile = (file) ->
fs.readFileSync(file).toString('utf-8')
typeOf = (thing) ->
Object::toString.call(thing)[8...-1]
fileExt = (file) ->
if (e = split(path.basename(file), '.', 2)[1])? then ".#{e}"
merge = (args...) ->
Object.assign.apply(null, args)
deepMerge = (args...) ->
dm = (x, y) ->
if not (isObject(x) and isObject(y))
y
else
ret = Object.assign({}, x)
ret[k] = dm(x[k], v) for k, v of y
ret
args.reduce(((xs, x) -> dm(xs, x)), {})
hashMap = (args...) ->
ret = {}
ret[args[2*i]] = args[2*i+1] for i in [0...args.length/2]
ret
isDirectory = (file) ->
fs.statSync(file).isDirectory()
reduceKv = (map, f) ->
Object.keys(map).reduce(((xs, k) -> f(xs, k, map[k])), {})
notEmpty = (map) ->
Object.keys(map or {}).length > 0
md5 = (data) ->
crypto.createHash("md5").update(data).digest("hex")
md5File = (filePath) ->
md5(fs.readFileSync(filePath))
md5Dir = (dirPath) ->
origDir = process.cwd()
try
process.chdir(dirPath)
add2tree = (tree, path) -> assoc(tree, path, md5Path(path))
md5(JSON.stringify(fs.readdirSync('.').sort().reduce(add2tree, {})))
finally
process.chdir(origDir)
md5Path = (path) ->
(if isDirectory(path) then md5Dir else md5File)(path)
peek = (ary) -> ary[ary.length - 1]
getIn = (obj, ks) -> ks.reduce(((xs, x) -> xs[x]), obj)
split = (str, sep, count=Infinity) ->
toks = str.split(sep)
n = Math.min(toks.length, count) - 1
toks[0...n].concat(toks[n..].join(sep))
isString = (x) -> typeOf(x) is 'String'
isArray = (x) -> typeOf(x) is 'Array'
isObject = (x) -> typeOf(x) is 'Object'
isBoolean = (x) -> typeOf(x) is 'Boolean'
assertObject = (thing) ->
assert.ok(typeOf(thing) in [
'Object'
'Undefined'
'Null'
], "expected an Object, got #{JSON.stringify(thing)}")
thing
assertArray = (thing) ->
assert.ok(isArray(thing), "expected an Array, got #{JSON.stringify(thing)}")
thing
parseKeyOpt = (opt) ->
if (multi = opt.match(/^\[(.*)\]$/)) then multi[1].split(',') else opt
parseKeyOpts = (opts) ->
opts.reduce(((xs, x) ->
[k, v] = x.split('=')
v ?= k
merge(xs, hashMap(k, parseKeyOpt(v)))
), {})
mergeStrings = (toks, sep = '') ->
reducer = (xs, x) ->
y = xs.pop()
xs.concat(if isString(x) and isString(y) then [[y,x].join(sep)] else [y,x])
toks.reduce(reducer, []).filter((x) -> x? and x isnt '')
indexOfClosingCurly = (form) ->
depth = 0
for i in [0...form.length]
switch form[i]
when '{' then depth++
when '}' then return i if not depth--
return -1
interpolateSub = (form) ->
ret = []
while true
if form.startsWith('${!')
ret.push(form[0...3])
form = form[3..]
else if form.startsWith('${')
i = indexOfClosingCurly(form[2..])
assert.notEqual(i, -1, "no closing curly: #{JSON.stringify(form)}")
ret.push({Ref: form[2...i+2]})
form = form[i+3..]
else
if (i = form.indexOf('${')) is -1
ret.push(form)
break
else
ret.push(form[0...i])
form = form[i..]
ret
#=============================================================================#
# AWS CLOUDFORMATION YAML TRANSFORMER BASE CLASS #
#=============================================================================#
class CfnTransformer extends YamlTransformer
constructor: ({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter} = {}) ->
super()
@cache ?= {}
@basedir ?= process.cwd()
@tempdir = path.resolve(@tempdir ? fs.mkdtempSync("#{os.tmpdir()}/"))
@template = null
@resourceMacros = []
@bindstack = []
#=========================================================================#
# Redefine and extend built-in CloudFormation macros. #
#=========================================================================#
@defmacro 'Base64', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::Base64': form}
@defmacro 'GetAZs', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAZs': form}
@defmacro 'ImportValue', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': form}
@defmacro 'GetAtt', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
{'Fn::GetAtt': if isString(form) then split(form, '.', 2) else form}
@defmacro 'RefAll', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::RefAll': form}
@defmacro 'Join', (form) =>
[sep, toks] = form
switch (xs = mergeStrings(toks, sep)).length
when 0 then ''
when 1 then xs[0]
else {'Fn::Join': [sep, xs]}
@defmacro 'Condition', 'Condition', (form) =>
{Condition: if isArray(form) then form[0] else form}
@defmacro 'Ref', 'Ref', (form) =>
form = if isArray(form) then form[0] else form
if isString(form)
[ref, ks...] = form.split('.')
switch
when form.startsWith('$') then {'Fn::Env': form[1..]}
when form.startsWith('%') then {'Fn::Get': form[1..]}
when form.startsWith('@') then {'Fn::Attr': form[1..]}
when peek(@bindstack)[ref]? then getIn(peek(@bindstack)[ref], ks)
else {Ref: form}
else form
@defmacro 'Sub', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
switch typeOf(form)
when 'String' then {'Fn::Join': ['', interpolateSub(form)]}
else {'Fn::Sub': form}
#=========================================================================#
# Define special forms. #
#=========================================================================#
@defspecial 'Let', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
if isArray(form)
@withBindings(@walk(form[0]), => @walk(form[1]))
else
merge(peek(@bindstack), assertObject(@walk(form)))
null
@defspecial 'Do', (form) =>
assertArray(form).reduce(((xs, x) => @walk(x)), null)
#=========================================================================#
# Define custom macros. #
#=========================================================================#
@defmacro 'Require', (form) =>
form = [form] unless isArray(form)
require(path.resolve(v))(@) for v in form
null
@defmacro 'Parameters', (form) =>
Parameters: form.reduce(((xs, param) =>
[name, opts...] = param.split(/ +/)
opts = merge({Type: 'String'}, parseKeyOpts(opts))
merge(xs, hashMap(name, opts))
), {})
@defmacro 'Return', (form) =>
Outputs: reduceKv form, (xs, k, v) =>
[name, opts...] = k.split(/ +/)
xport = if notEmpty(opts = parseKeyOpts(opts))
opts.Name = @walk {'Fn::Sub': opts.Name} if opts.Name
{Export: opts}
merge(xs, hashMap(name, merge({Value: v}, xport)))
@defmacro 'Resources', (form) =>
ret = {}
for id, body of form
[id, Type, opts...] = id.split(/ +/)
id = @walk {'Fn::Sub': id}
ret[id] = if not Type
if (m = @resourceMacros[body.Type]) then m(body) else body
else
body = merge({Type}, parseKeyOpts(opts), {Properties: body})
if (m = @resourceMacros[Type]) then m(body) else body
Resources: ret
@defmacro 'Attr', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAtt': split(form, '.', 2).map((x) => {'Fn::Sub': x})}
@defmacro 'Get', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
form = form.split('.') if isString(form)
{'Fn::FindInMap': form.map((x) => {'Fn::Sub': x})}
@defmacro 'Env', (form) =>
form = if isArray(form) then form[0] else form
ret = process.env[form]
assert.ok(ret?, "required environment variable not set: #{form}")
ret
@defmacro 'Var', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': {'Fn::Sub': form}}
@defmacro 'Shell', (form) =>
form = if isArray(form) then form[0] else form
key = JSON.stringify {shell: [@template, form]}
@cache[key] = (@execShell(form) or '').replace(/\n$/, '') unless @cache[key]?
@cache[key]
@defmacro 'Package', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
{Path, CacheKey, Parse} = form
key = JSON.stringify {package: [@userPath(Path), CacheKey, Parse]}
if not @cache[key]?
@cache[key] = (
if isDirectory(Path)
@writeDir(Path, CacheKey)
else if Parse
@writeTemplate(Path, CacheKey)
else
@writeFile(Path, CacheKey)
).code
@cache[key]
@defmacro 'PackageURL', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 'https://s3.amazonaws.com/${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageURI', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 's3://${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageTemplateURL', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
@walk {'Fn::PackageURL': Object.assign({Parse: true}, form)}
@defmacro 'YamlParse', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(form)
@defmacro 'YamlDump', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeDump(form)
@defmacro 'JsonParse', (form) =>
form = if isArray(form) then form[0] else form
JSON.parse(form)
@defmacro 'JsonDump', (form) =>
form = if isArray(form) then form[0] else form
JSON.stringify(form)
@defmacro 'File', (form) =>
form = if isArray(form) then form[0] else form
fs.readFileSync(form)
@defmacro 'TemplateFile', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(@transformTemplateFile(form))
@defmacro 'Merge', (form) =>
merge.apply(null, form)
@defmacro 'DeepMerge', (form) =>
deepMerge.apply(null, form)
@defmacro 'Tags', (form) =>
{Key: k, Value: form[k]} for k in Object.keys(form)
@defresource 'Stack', (form) =>
Type = 'AWS::CloudFormation::Stack'
Parameters = {}
Properties = {Parameters}
stackProps = Object.keys(ResourceTypes[Type].Properties)
for k, v of (form.Properties or {})
(if k in stackProps then Properties else Parameters)[k] = v
merge(form, {Type, Properties})
abort: (msg...) ->
ks = ['$'].concat(@keystack.map((x) -> "[#{x}]"))
msg.unshift("at #{ks.join('')}:")
msg.unshift("\n in #{@template}:") if @template
throw new Error(msg.join(' '))
debug: (msg...) ->
console.error.apply(console, msg) if @verbose
msg.join(' ')
execShell: (command, opts, throwOnNonZeroStatus=true) ->
try
res = spawnSync(command, merge({stdio: 'pipe', shell: '/bin/bash'}, opts))
throw res if res.status isnt 0 and throwOnNonZeroStatus
@debug x if (x = res.stderr?.toString('utf-8'))
res.stdout?.toString('utf-8')
catch e
msg = "shell exec failed: #{command}"
err = e.stderr.toString('utf-8')
assert.fail(if err? then "#{msg}\n#{err}" else msg)
withBindings: (bindings, f) ->
@bindstack.push(merge({}, peek(@bindstack), assertObject(bindings)))
ret = f()
@bindstack.pop()
ret
canonicalKeyPath: () -> [@template].concat(@keystack)
canonicalHash: (fileOrDir, key) ->
if key then md5(JSON.stringify([@canonicalKeyPath(),key])) else md5Path(fileOrDir)
writePaths: (fileName, ext = '') ->
fileName = "#{fileName}#{ext}"
tmpPath: @tmpPath(fileName),
code: { S3Bucket: @s3bucket, S3Key: "#{@s3prefix}#{fileName}" }
writeText: (text, ext, key) ->
ret = @writePaths(md5(key or text), ext)
fs.writeFileSync(ret.tmpPath, text)
ret
transformTemplateFile: (file) ->
xformer = new @.constructor({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter})
xformer.transformFile(file)
writeTemplate: (file, key) ->
ret = @writeText(@transformTemplateFile(file), fileExt(file), key)
if @linter
try
console.log("LINTING: #{@userPath(file)}...")
lint = (@execShell("#{@linter} #{ret.tmpPath}", null, false) or '').trimRight()
console.log(lint) if lint
catch e
console.error(e.message)
ret
writeFile: (file, key) ->
ret = @writePaths(@canonicalHash(file, key), fileExt(file))
fs.copyFileSync(file, ret.tmpPath)
ret
writeDir: (dir, key) ->
tmpZip = @tmpPath("#{encodeURIComponent(@userPath(dir))}.zip")
@debug "packg: #{dir}"
@execShell("zip -r #{tmpZip} .", {cwd: dir})
ret = @writePaths(@canonicalHash(dir, key), '.zip')
fs.renameSync(tmpZip, ret.tmpPath)
ret
userPath: (file) ->
path.relative(@basedir, file)
tmpPath: (name) ->
path.join(@tempdir, name)
pushFile: (file, f) ->
tpl = @template
dir = process.cwd()
@template = @userPath(file)
@debug "xform: #{@template}"
process.chdir(path.dirname(file))
ret = f(path.basename(file))
process.chdir(dir)
@template = tpl
ret
pushFileCaching: (file, f) ->
key = <KEY>.<KEY> {pushFileCaching: @userPath(file)}
@cache[key] = @pushFile(file, f) unless @cache[key]
@cache[key]
defresource: (type, emit) ->
@resourceMacros[type] = emit
@
transform: (text) ->
@bindstack = [{}]
super(text)
transformFile: (templateFile, doc) ->
@pushFileCaching templateFile, (file) =>
@transform(doc or fs.readFileSync(file).toString('utf-8'))
module.exports = CfnTransformer
| true | yaml = require 'js-yaml'
fs = require 'fs'
os = require 'os'
path = require 'path'
assert = require 'assert'
crypto = require 'crypto'
{spawnSync} = require 'child_process'
YamlTransformer = require './yaml-transformer'
{ResourceTypes} = require './schema/CloudFormationResourceSpecification.json'
#=============================================================================#
# Helper functions. #
#=============================================================================#
topLevelResourceProperties = [
'Type'
'Condition'
'CreationPolicy'
'DeletionPolicy'
'DependsOn'
'Metadata'
'UpdatePolicy'
'UpdateReplacePolicy'
]
assoc = (xs, k, v) ->
xs[k] = v
xs
conj = (xs, x) ->
xs.push(x)
xs
readFile = (file) ->
fs.readFileSync(file).toString('utf-8')
typeOf = (thing) ->
Object::toString.call(thing)[8...-1]
fileExt = (file) ->
if (e = split(path.basename(file), '.', 2)[1])? then ".#{e}"
merge = (args...) ->
Object.assign.apply(null, args)
deepMerge = (args...) ->
dm = (x, y) ->
if not (isObject(x) and isObject(y))
y
else
ret = Object.assign({}, x)
ret[k] = dm(x[k], v) for k, v of y
ret
args.reduce(((xs, x) -> dm(xs, x)), {})
hashMap = (args...) ->
ret = {}
ret[args[2*i]] = args[2*i+1] for i in [0...args.length/2]
ret
isDirectory = (file) ->
fs.statSync(file).isDirectory()
reduceKv = (map, f) ->
Object.keys(map).reduce(((xs, k) -> f(xs, k, map[k])), {})
notEmpty = (map) ->
Object.keys(map or {}).length > 0
md5 = (data) ->
crypto.createHash("md5").update(data).digest("hex")
md5File = (filePath) ->
md5(fs.readFileSync(filePath))
md5Dir = (dirPath) ->
origDir = process.cwd()
try
process.chdir(dirPath)
add2tree = (tree, path) -> assoc(tree, path, md5Path(path))
md5(JSON.stringify(fs.readdirSync('.').sort().reduce(add2tree, {})))
finally
process.chdir(origDir)
md5Path = (path) ->
(if isDirectory(path) then md5Dir else md5File)(path)
peek = (ary) -> ary[ary.length - 1]
getIn = (obj, ks) -> ks.reduce(((xs, x) -> xs[x]), obj)
split = (str, sep, count=Infinity) ->
toks = str.split(sep)
n = Math.min(toks.length, count) - 1
toks[0...n].concat(toks[n..].join(sep))
isString = (x) -> typeOf(x) is 'String'
isArray = (x) -> typeOf(x) is 'Array'
isObject = (x) -> typeOf(x) is 'Object'
isBoolean = (x) -> typeOf(x) is 'Boolean'
assertObject = (thing) ->
assert.ok(typeOf(thing) in [
'Object'
'Undefined'
'Null'
], "expected an Object, got #{JSON.stringify(thing)}")
thing
assertArray = (thing) ->
assert.ok(isArray(thing), "expected an Array, got #{JSON.stringify(thing)}")
thing
parseKeyOpt = (opt) ->
if (multi = opt.match(/^\[(.*)\]$/)) then multi[1].split(',') else opt
parseKeyOpts = (opts) ->
opts.reduce(((xs, x) ->
[k, v] = x.split('=')
v ?= k
merge(xs, hashMap(k, parseKeyOpt(v)))
), {})
mergeStrings = (toks, sep = '') ->
reducer = (xs, x) ->
y = xs.pop()
xs.concat(if isString(x) and isString(y) then [[y,x].join(sep)] else [y,x])
toks.reduce(reducer, []).filter((x) -> x? and x isnt '')
indexOfClosingCurly = (form) ->
depth = 0
for i in [0...form.length]
switch form[i]
when '{' then depth++
when '}' then return i if not depth--
return -1
interpolateSub = (form) ->
ret = []
while true
if form.startsWith('${!')
ret.push(form[0...3])
form = form[3..]
else if form.startsWith('${')
i = indexOfClosingCurly(form[2..])
assert.notEqual(i, -1, "no closing curly: #{JSON.stringify(form)}")
ret.push({Ref: form[2...i+2]})
form = form[i+3..]
else
if (i = form.indexOf('${')) is -1
ret.push(form)
break
else
ret.push(form[0...i])
form = form[i..]
ret
#=============================================================================#
# AWS CLOUDFORMATION YAML TRANSFORMER BASE CLASS #
#=============================================================================#
class CfnTransformer extends YamlTransformer
constructor: ({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter} = {}) ->
super()
@cache ?= {}
@basedir ?= process.cwd()
@tempdir = path.resolve(@tempdir ? fs.mkdtempSync("#{os.tmpdir()}/"))
@template = null
@resourceMacros = []
@bindstack = []
#=========================================================================#
# Redefine and extend built-in CloudFormation macros. #
#=========================================================================#
@defmacro 'Base64', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::Base64': form}
@defmacro 'GetAZs', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAZs': form}
@defmacro 'ImportValue', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': form}
@defmacro 'GetAtt', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
{'Fn::GetAtt': if isString(form) then split(form, '.', 2) else form}
@defmacro 'RefAll', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::RefAll': form}
@defmacro 'Join', (form) =>
[sep, toks] = form
switch (xs = mergeStrings(toks, sep)).length
when 0 then ''
when 1 then xs[0]
else {'Fn::Join': [sep, xs]}
@defmacro 'Condition', 'Condition', (form) =>
{Condition: if isArray(form) then form[0] else form}
@defmacro 'Ref', 'Ref', (form) =>
form = if isArray(form) then form[0] else form
if isString(form)
[ref, ks...] = form.split('.')
switch
when form.startsWith('$') then {'Fn::Env': form[1..]}
when form.startsWith('%') then {'Fn::Get': form[1..]}
when form.startsWith('@') then {'Fn::Attr': form[1..]}
when peek(@bindstack)[ref]? then getIn(peek(@bindstack)[ref], ks)
else {Ref: form}
else form
@defmacro 'Sub', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
switch typeOf(form)
when 'String' then {'Fn::Join': ['', interpolateSub(form)]}
else {'Fn::Sub': form}
#=========================================================================#
# Define special forms. #
#=========================================================================#
@defspecial 'Let', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
if isArray(form)
@withBindings(@walk(form[0]), => @walk(form[1]))
else
merge(peek(@bindstack), assertObject(@walk(form)))
null
@defspecial 'Do', (form) =>
assertArray(form).reduce(((xs, x) => @walk(x)), null)
#=========================================================================#
# Define custom macros. #
#=========================================================================#
@defmacro 'Require', (form) =>
form = [form] unless isArray(form)
require(path.resolve(v))(@) for v in form
null
@defmacro 'Parameters', (form) =>
Parameters: form.reduce(((xs, param) =>
[name, opts...] = param.split(/ +/)
opts = merge({Type: 'String'}, parseKeyOpts(opts))
merge(xs, hashMap(name, opts))
), {})
@defmacro 'Return', (form) =>
Outputs: reduceKv form, (xs, k, v) =>
[name, opts...] = k.split(/ +/)
xport = if notEmpty(opts = parseKeyOpts(opts))
opts.Name = @walk {'Fn::Sub': opts.Name} if opts.Name
{Export: opts}
merge(xs, hashMap(name, merge({Value: v}, xport)))
@defmacro 'Resources', (form) =>
ret = {}
for id, body of form
[id, Type, opts...] = id.split(/ +/)
id = @walk {'Fn::Sub': id}
ret[id] = if not Type
if (m = @resourceMacros[body.Type]) then m(body) else body
else
body = merge({Type}, parseKeyOpts(opts), {Properties: body})
if (m = @resourceMacros[Type]) then m(body) else body
Resources: ret
@defmacro 'Attr', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::GetAtt': split(form, '.', 2).map((x) => {'Fn::Sub': x})}
@defmacro 'Get', (form) =>
form = if isArray(form) and form.length is 1 then form[0] else form
form = form.split('.') if isString(form)
{'Fn::FindInMap': form.map((x) => {'Fn::Sub': x})}
@defmacro 'Env', (form) =>
form = if isArray(form) then form[0] else form
ret = process.env[form]
assert.ok(ret?, "required environment variable not set: #{form}")
ret
@defmacro 'Var', (form) =>
form = if isArray(form) then form[0] else form
{'Fn::ImportValue': {'Fn::Sub': form}}
@defmacro 'Shell', (form) =>
form = if isArray(form) then form[0] else form
key = JSON.stringify {shell: [@template, form]}
@cache[key] = (@execShell(form) or '').replace(/\n$/, '') unless @cache[key]?
@cache[key]
@defmacro 'Package', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
{Path, CacheKey, Parse} = form
key = JSON.stringify {package: [@userPath(Path), CacheKey, Parse]}
if not @cache[key]?
@cache[key] = (
if isDirectory(Path)
@writeDir(Path, CacheKey)
else if Parse
@writeTemplate(Path, CacheKey)
else
@writeFile(Path, CacheKey)
).code
@cache[key]
@defmacro 'PackageURL', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 'https://s3.amazonaws.com/${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageURI', (form) =>
form = if isArray(form) then form[0] else form
@walk
'Fn::Let': [
{'Fn::Package': form}
{'Fn::Sub': 's3://${S3Bucket}/${S3Key}'}
]
@defmacro 'PackageTemplateURL', (form) =>
form = if isArray(form) then form[0] else form
form = {Path: form} if isString(form)
@walk {'Fn::PackageURL': Object.assign({Parse: true}, form)}
@defmacro 'YamlParse', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(form)
@defmacro 'YamlDump', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeDump(form)
@defmacro 'JsonParse', (form) =>
form = if isArray(form) then form[0] else form
JSON.parse(form)
@defmacro 'JsonDump', (form) =>
form = if isArray(form) then form[0] else form
JSON.stringify(form)
@defmacro 'File', (form) =>
form = if isArray(form) then form[0] else form
fs.readFileSync(form)
@defmacro 'TemplateFile', (form) =>
form = if isArray(form) then form[0] else form
yaml.safeLoad(@transformTemplateFile(form))
@defmacro 'Merge', (form) =>
merge.apply(null, form)
@defmacro 'DeepMerge', (form) =>
deepMerge.apply(null, form)
@defmacro 'Tags', (form) =>
{Key: k, Value: form[k]} for k in Object.keys(form)
@defresource 'Stack', (form) =>
Type = 'AWS::CloudFormation::Stack'
Parameters = {}
Properties = {Parameters}
stackProps = Object.keys(ResourceTypes[Type].Properties)
for k, v of (form.Properties or {})
(if k in stackProps then Properties else Parameters)[k] = v
merge(form, {Type, Properties})
abort: (msg...) ->
ks = ['$'].concat(@keystack.map((x) -> "[#{x}]"))
msg.unshift("at #{ks.join('')}:")
msg.unshift("\n in #{@template}:") if @template
throw new Error(msg.join(' '))
debug: (msg...) ->
console.error.apply(console, msg) if @verbose
msg.join(' ')
execShell: (command, opts, throwOnNonZeroStatus=true) ->
try
res = spawnSync(command, merge({stdio: 'pipe', shell: '/bin/bash'}, opts))
throw res if res.status isnt 0 and throwOnNonZeroStatus
@debug x if (x = res.stderr?.toString('utf-8'))
res.stdout?.toString('utf-8')
catch e
msg = "shell exec failed: #{command}"
err = e.stderr.toString('utf-8')
assert.fail(if err? then "#{msg}\n#{err}" else msg)
withBindings: (bindings, f) ->
@bindstack.push(merge({}, peek(@bindstack), assertObject(bindings)))
ret = f()
@bindstack.pop()
ret
canonicalKeyPath: () -> [@template].concat(@keystack)
canonicalHash: (fileOrDir, key) ->
if key then md5(JSON.stringify([@canonicalKeyPath(),key])) else md5Path(fileOrDir)
writePaths: (fileName, ext = '') ->
fileName = "#{fileName}#{ext}"
tmpPath: @tmpPath(fileName),
code: { S3Bucket: @s3bucket, S3Key: "#{@s3prefix}#{fileName}" }
writeText: (text, ext, key) ->
ret = @writePaths(md5(key or text), ext)
fs.writeFileSync(ret.tmpPath, text)
ret
transformTemplateFile: (file) ->
xformer = new @.constructor({@basedir, @tempdir, @cache, @s3bucket, @s3prefix, @verbose, @linter})
xformer.transformFile(file)
writeTemplate: (file, key) ->
ret = @writeText(@transformTemplateFile(file), fileExt(file), key)
if @linter
try
console.log("LINTING: #{@userPath(file)}...")
lint = (@execShell("#{@linter} #{ret.tmpPath}", null, false) or '').trimRight()
console.log(lint) if lint
catch e
console.error(e.message)
ret
writeFile: (file, key) ->
ret = @writePaths(@canonicalHash(file, key), fileExt(file))
fs.copyFileSync(file, ret.tmpPath)
ret
writeDir: (dir, key) ->
tmpZip = @tmpPath("#{encodeURIComponent(@userPath(dir))}.zip")
@debug "packg: #{dir}"
@execShell("zip -r #{tmpZip} .", {cwd: dir})
ret = @writePaths(@canonicalHash(dir, key), '.zip')
fs.renameSync(tmpZip, ret.tmpPath)
ret
userPath: (file) ->
path.relative(@basedir, file)
tmpPath: (name) ->
path.join(@tempdir, name)
pushFile: (file, f) ->
tpl = @template
dir = process.cwd()
@template = @userPath(file)
@debug "xform: #{@template}"
process.chdir(path.dirname(file))
ret = f(path.basename(file))
process.chdir(dir)
@template = tpl
ret
pushFileCaching: (file, f) ->
key = PI:KEY:<KEY>END_PI.PI:KEY:<KEY>END_PI {pushFileCaching: @userPath(file)}
@cache[key] = @pushFile(file, f) unless @cache[key]
@cache[key]
defresource: (type, emit) ->
@resourceMacros[type] = emit
@
transform: (text) ->
@bindstack = [{}]
super(text)
transformFile: (templateFile, doc) ->
@pushFileCaching templateFile, (file) =>
@transform(doc or fs.readFileSync(file).toString('utf-8'))
module.exports = CfnTransformer
|
[
{
"context": "g = P \"00000000000000000000000000000000\"\nkey = P \"00000000000000000000000000000000\"\n\ntf = CryptoJS.algo.TwoFish.create 0, key, {}\nco",
"end": 198,
"score": 0.9991270899772644,
"start": 166,
"tag": "KEY",
"value": "00000000000000000000000000000000"
}
] | dev/twofish.iced | CyberFlameGO/triplesec | 274 |
{CryptoJS} = require 'cryptojs-2fish'
{TwoFish} = require '../lib/twofish'
P = (x) -> CryptoJS.enc.Hex.parse x
msg = P "00000000000000000000000000000000"
key = P "00000000000000000000000000000000"
tf = CryptoJS.algo.TwoFish.create 0, key, {}
console.log msg
tf.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
tf2 = new TwoFish key
tf2.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
| 74640 |
{CryptoJS} = require 'cryptojs-2fish'
{TwoFish} = require '../lib/twofish'
P = (x) -> CryptoJS.enc.Hex.parse x
msg = P "00000000000000000000000000000000"
key = P "<KEY>"
tf = CryptoJS.algo.TwoFish.create 0, key, {}
console.log msg
tf.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
tf2 = new TwoFish key
tf2.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
| true |
{CryptoJS} = require 'cryptojs-2fish'
{TwoFish} = require '../lib/twofish'
P = (x) -> CryptoJS.enc.Hex.parse x
msg = P "00000000000000000000000000000000"
key = P "PI:KEY:<KEY>END_PI"
tf = CryptoJS.algo.TwoFish.create 0, key, {}
console.log msg
tf.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
tf2 = new TwoFish key
tf2.encryptBlock msg.words, 0
console.log msg
console.log msg.toString()
tf.decryptBlock msg.words, 0
console.log msg
|
[
{
"context": "Tinysou = require 'tinysou'\n\nTOKEN = 'YOUR_TOKEN'\n\nengine = {\n name: 'YOUR-blog',\n display_name:",
"end": 48,
"score": 0.8931726813316345,
"start": 38,
"tag": "KEY",
"value": "YOUR_TOKEN"
},
{
"context": "le: 'My First Post',\n tags: ['news'],\n author: 'Author',\n date: new Date().getTime(),\n body: 'Tinysou ",
"end": 335,
"score": 0.6576575636863708,
"start": 329,
"tag": "USERNAME",
"value": "Author"
}
] | examples/demo.coffee | tinysou/tinysou-node | 3 | Tinysou = require 'tinysou'
TOKEN = 'YOUR_TOKEN'
engine = {
name: 'YOUR-blog',
display_name: 'Blog'
}
collection = {
name: 'posts',
field_types: {
title: 'string',
tags: 'string',
author: 'enum',
date: 'date',
body: 'text'
}
}
document = {
title: 'My First Post',
tags: ['news'],
author: 'Author',
date: new Date().getTime(),
body: 'Tinysou start online today!'
}
tinysou = new Tinysou TOKEN
searchInfo = {
q: 'tinysou'
c: 'posts'
page: 0,
per_parge: 10,
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
autocompleteInfo = {
q: 'fir',
c: 'posts'
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
display = (msg, err, res) ->
console.log(msg)
if err
console.log(err)
else
console.log(res)
tasks = {
listEngines: ->
tinysou.engines.list (err, res) ->
display('List engines', err, res)
createEngine: ->
tinysou.engines.create engine, (err, res) ->
display('Create an engine', err, res)
getEngine: ->
tinysou.engines.get engine.name, (err, res) ->
display('Get an engine', err, res)
updateEngine: ->
tinysou.engines.update engine.name, engine, (err, res) ->
display('Update an engine', err, res)
deleteEngine: ->
tinysou.engines.delete engine.name, (err, res) ->
display('Delete an engine', err, res)
listCollections: ->
tinysou.collections.list engine.name, (err, res) ->
display("List collections in #{engine.name}", err, res)
createCollection: ->
tinysou.collections.create engine.name, collection, (err, res) ->
display('Create a collection', err, res)
getCollection: ->
tinysou.collections.get engine.name, collection.name, (err, res) ->
display('Get a collection', err, res)
deleteCollection: ->
tinysou.collections.delete engine.name, collection.name, (err, res) ->
display('Delete a collection', err, res)
listDocuments: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
display("List documents in #{collection.name}", err, res)
createDocument: ->
tinysou.documents.create engine.name, collection.name, document, (err, res) ->
display('Create a document', err, res)
getDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.get engine.name, collection.name, document_id, (err, res) ->
display('Get a document', err, res)
else
console.log('Please create a document first')
updateDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.update engine.name, collection.name, document_id, document, (err, res) ->
display('Update a document', err, res)
else
console.log('Please create a document first')
deleteDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.delete engine.name, collection.name, document_id, (err, res) ->
display('Delete a document', err, res)
else
console.log('Please create a document first')
search: ->
tinysou.search engine.name, searchInfo, (err, res) ->
display('Search in many collections', err, res)
autocomplete: ->
tinysou.autocomplete engine.name, autocompleteInfo, (err, res) ->
display("autocomplete in many collections", err, res)
}
args = process.argv
if args.length == 3 and args[2] of tasks
tasks[args[2]]()
else
console.log('Available arguments are:')
console.log(k) for k of tasks
| 163422 | Tinysou = require 'tinysou'
TOKEN = '<KEY>'
engine = {
name: 'YOUR-blog',
display_name: 'Blog'
}
collection = {
name: 'posts',
field_types: {
title: 'string',
tags: 'string',
author: 'enum',
date: 'date',
body: 'text'
}
}
document = {
title: 'My First Post',
tags: ['news'],
author: 'Author',
date: new Date().getTime(),
body: 'Tinysou start online today!'
}
tinysou = new Tinysou TOKEN
searchInfo = {
q: 'tinysou'
c: 'posts'
page: 0,
per_parge: 10,
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
autocompleteInfo = {
q: 'fir',
c: 'posts'
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
display = (msg, err, res) ->
console.log(msg)
if err
console.log(err)
else
console.log(res)
tasks = {
listEngines: ->
tinysou.engines.list (err, res) ->
display('List engines', err, res)
createEngine: ->
tinysou.engines.create engine, (err, res) ->
display('Create an engine', err, res)
getEngine: ->
tinysou.engines.get engine.name, (err, res) ->
display('Get an engine', err, res)
updateEngine: ->
tinysou.engines.update engine.name, engine, (err, res) ->
display('Update an engine', err, res)
deleteEngine: ->
tinysou.engines.delete engine.name, (err, res) ->
display('Delete an engine', err, res)
listCollections: ->
tinysou.collections.list engine.name, (err, res) ->
display("List collections in #{engine.name}", err, res)
createCollection: ->
tinysou.collections.create engine.name, collection, (err, res) ->
display('Create a collection', err, res)
getCollection: ->
tinysou.collections.get engine.name, collection.name, (err, res) ->
display('Get a collection', err, res)
deleteCollection: ->
tinysou.collections.delete engine.name, collection.name, (err, res) ->
display('Delete a collection', err, res)
listDocuments: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
display("List documents in #{collection.name}", err, res)
createDocument: ->
tinysou.documents.create engine.name, collection.name, document, (err, res) ->
display('Create a document', err, res)
getDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.get engine.name, collection.name, document_id, (err, res) ->
display('Get a document', err, res)
else
console.log('Please create a document first')
updateDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.update engine.name, collection.name, document_id, document, (err, res) ->
display('Update a document', err, res)
else
console.log('Please create a document first')
deleteDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.delete engine.name, collection.name, document_id, (err, res) ->
display('Delete a document', err, res)
else
console.log('Please create a document first')
search: ->
tinysou.search engine.name, searchInfo, (err, res) ->
display('Search in many collections', err, res)
autocomplete: ->
tinysou.autocomplete engine.name, autocompleteInfo, (err, res) ->
display("autocomplete in many collections", err, res)
}
args = process.argv
if args.length == 3 and args[2] of tasks
tasks[args[2]]()
else
console.log('Available arguments are:')
console.log(k) for k of tasks
| true | Tinysou = require 'tinysou'
TOKEN = 'PI:KEY:<KEY>END_PI'
engine = {
name: 'YOUR-blog',
display_name: 'Blog'
}
collection = {
name: 'posts',
field_types: {
title: 'string',
tags: 'string',
author: 'enum',
date: 'date',
body: 'text'
}
}
document = {
title: 'My First Post',
tags: ['news'],
author: 'Author',
date: new Date().getTime(),
body: 'Tinysou start online today!'
}
tinysou = new Tinysou TOKEN
searchInfo = {
q: 'tinysou'
c: 'posts'
page: 0,
per_parge: 10,
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
autocompleteInfo = {
q: 'fir',
c: 'posts'
sort:{
field: "date",
order: "asc",
mode: "avg"
}
}
display = (msg, err, res) ->
console.log(msg)
if err
console.log(err)
else
console.log(res)
tasks = {
listEngines: ->
tinysou.engines.list (err, res) ->
display('List engines', err, res)
createEngine: ->
tinysou.engines.create engine, (err, res) ->
display('Create an engine', err, res)
getEngine: ->
tinysou.engines.get engine.name, (err, res) ->
display('Get an engine', err, res)
updateEngine: ->
tinysou.engines.update engine.name, engine, (err, res) ->
display('Update an engine', err, res)
deleteEngine: ->
tinysou.engines.delete engine.name, (err, res) ->
display('Delete an engine', err, res)
listCollections: ->
tinysou.collections.list engine.name, (err, res) ->
display("List collections in #{engine.name}", err, res)
createCollection: ->
tinysou.collections.create engine.name, collection, (err, res) ->
display('Create a collection', err, res)
getCollection: ->
tinysou.collections.get engine.name, collection.name, (err, res) ->
display('Get a collection', err, res)
deleteCollection: ->
tinysou.collections.delete engine.name, collection.name, (err, res) ->
display('Delete a collection', err, res)
listDocuments: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
display("List documents in #{collection.name}", err, res)
createDocument: ->
tinysou.documents.create engine.name, collection.name, document, (err, res) ->
display('Create a document', err, res)
getDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.get engine.name, collection.name, document_id, (err, res) ->
display('Get a document', err, res)
else
console.log('Please create a document first')
updateDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.update engine.name, collection.name, document_id, document, (err, res) ->
display('Update a document', err, res)
else
console.log('Please create a document first')
deleteDocument: ->
tinysou.documents.list engine.name, collection.name, (err, res) ->
if err
console.log(err)
else if res.length > 0
document_id = res[0].id
tinysou.documents.delete engine.name, collection.name, document_id, (err, res) ->
display('Delete a document', err, res)
else
console.log('Please create a document first')
search: ->
tinysou.search engine.name, searchInfo, (err, res) ->
display('Search in many collections', err, res)
autocomplete: ->
tinysou.autocomplete engine.name, autocompleteInfo, (err, res) ->
display("autocomplete in many collections", err, res)
}
args = process.argv
if args.length == 3 and args[2] of tasks
tasks[args[2]]()
else
console.log('Available arguments are:')
console.log(k) for k of tasks
|
[
{
"context": " username: ssh.config.username\n password: ssh.config.password\n private_key: ssh.config.privateKey\n .cal",
"end": 421,
"score": 0.9992461204528809,
"start": 402,
"tag": "PASSWORD",
"value": "ssh.config.password"
},
{
"context": " username: ssh.config.username\n password: ssh.config.password\n private_key: ssh.config.privateKey\n .cal",
"end": 776,
"score": 0.9992386698722839,
"start": 757,
"tag": "PASSWORD",
"value": "ssh.config.password"
},
{
"context": " username: ssh.config.username\n password: ssh.config.password\n private_key: ssh.config.privateKey\n .s",
"end": 1158,
"score": 0.9992785453796387,
"start": 1139,
"tag": "PASSWORD",
"value": "ssh.config.password"
}
] | packages/core/test/ssh/index.coffee | chibanemourad/node-nikita | 0 |
nikita = require '../../src'
misc = require '../../src/misc'
{tags, ssh, scratch} = require '../test'
they = require('ssh2-they').configure ssh...
return unless tags.posix
describe 'ssh.index', ->
they 'argument is true', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: ssh.config.password
private_key: ssh.config.privateKey
.call ->
misc.ssh.is(@ssh true).should.be.true()
.ssh.close()
.promise()
they 'argument is false', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: ssh.config.password
private_key: ssh.config.privateKey
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
they 'argument does not conflict with session', ({ssh}) ->
return @skip() unless ssh
nikita
ssh:
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: ssh.config.password
private_key: ssh.config.privateKey
.ssh.open()
.call ->
misc.ssh.is(@ssh true).should.be.true()
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
| 218648 |
nikita = require '../../src'
misc = require '../../src/misc'
{tags, ssh, scratch} = require '../test'
they = require('ssh2-they').configure ssh...
return unless tags.posix
describe 'ssh.index', ->
they 'argument is true', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: <PASSWORD>
private_key: ssh.config.privateKey
.call ->
misc.ssh.is(@ssh true).should.be.true()
.ssh.close()
.promise()
they 'argument is false', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: <PASSWORD>
private_key: ssh.config.privateKey
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
they 'argument does not conflict with session', ({ssh}) ->
return @skip() unless ssh
nikita
ssh:
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: <PASSWORD>
private_key: ssh.config.privateKey
.ssh.open()
.call ->
misc.ssh.is(@ssh true).should.be.true()
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
| true |
nikita = require '../../src'
misc = require '../../src/misc'
{tags, ssh, scratch} = require '../test'
they = require('ssh2-they').configure ssh...
return unless tags.posix
describe 'ssh.index', ->
they 'argument is true', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: PI:PASSWORD:<PASSWORD>END_PI
private_key: ssh.config.privateKey
.call ->
misc.ssh.is(@ssh true).should.be.true()
.ssh.close()
.promise()
they 'argument is false', ({ssh}) ->
return @skip() unless ssh
nikita
.ssh.open
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: PI:PASSWORD:<PASSWORD>END_PI
private_key: ssh.config.privateKey
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
they 'argument does not conflict with session', ({ssh}) ->
return @skip() unless ssh
nikita
ssh:
host: ssh.config.host
port: ssh.config.port
username: ssh.config.username
password: PI:PASSWORD:<PASSWORD>END_PI
private_key: ssh.config.privateKey
.ssh.open()
.call ->
misc.ssh.is(@ssh true).should.be.true()
.call ->
(@ssh(false) is null).should.be.true()
.ssh.close()
.promise()
|
[
{
"context": " newUser = objtrans\n token: token\n profile: profile\n , ndx.",
"end": 2120,
"score": 0.7018923163414001,
"start": 2115,
"tag": "PASSWORD",
"value": "token"
},
{
"context": "lse\n updateUser = objtrans\n token: token\n profile: profile\n , ndx.transfor",
"end": 2592,
"score": 0.482374370098114,
"start": 2587,
"tag": "PASSWORD",
"value": "token"
}
] | src/index.coffee | ndxbxrme/ndx-passport-facebook | 0 | 'use strict'
FacebookStrategy = require('passport-facebook').Strategy
objtrans = require 'objtrans'
module.exports = (ndx) ->
ndx.settings.FACEBOOK_KEY = process.env.FACEBOOK_KEY or ndx.settings.FACEBOOK_KEY
ndx.settings.FACEBOOK_SECRET = process.env.FACEBOOK_SECRET or ndx.settings.FACEBOOK_SECRET
ndx.settings.FACEBOOK_CALLBACK = process.env.FACEBOOK_CALLBACK or ndx.settings.FACEBOOK_CALLBACK
ndx.settings.FACEBOOK_SCOPE = process.env.FACEBOOK_SCOPE or ndx.settings.FACEBOOK_SCOPE or 'email'
if ndx.settings.FACEBOOK_KEY
if not ndx.transforms.facebook
ndx.transforms.facebook =
email: 'profile.emails[0].value'
facebook:
id: 'profile.id'
token: 'token'
name: (input) ->
if input
input.profile.name.givenName + ' ' + input.profile.name.familyName
email: 'profile.emails[0].value'
scopes = ndx.passport.splitScopes ndx.settings.FACEBOOK_SCOPE
ndx.passport.use new FacebookStrategy
clientID: ndx.settings.FACEBOOK_KEY
clientSecret: ndx.settings.FACEBOOK_SECRET
callbackURL: ndx.settings.FACEBOOK_CALLBACK
passReqToCallback: true
, (req, token, refreshToken, profile, done) ->
if not ndx.user
ndx.database.select ndx.settings.USER_TABLE,
where:
facebook:
id: profile.id
, (users) ->
if users and users.length
if not users[0].facebook.token
updateUser = objtrans
token: token
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = users[0][ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
ndx.user = users[0]
return done null, users[0]
ndx.user = users[0]
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'login', ndx.user
return done null, users[0]
else
newUser = objtrans
token: token
profile: profile
, ndx.transforms.facebook
newUser[ndx.settings.AUTO_ID] = ndx.generateID()
ndx.database.insert ndx.settings.USER_TABLE, newUser, null, true
ndx.user = newUser
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'signup', ndx.user
return done null, newUser
, true
else
updateUser = objtrans
token: token
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = ndx.user[ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
return done null, ndx.user
ndx.app.get '/api/facebook', ndx.passport.authenticate('facebook', scope: scopes)
, ndx.postAuthenticate
ndx.app.get '/api/facebook/callback', ndx.passport.authenticate('facebook')
, ndx.postAuthenticate
ndx.app.get '/api/connect/facebook', ndx.passport.authorize('facebook', scope: scopes)
ndx.app.get '/api/unlink/facebook', (req, res) ->
user = ndx.user
user.facebook.token = undefined
user.save (err) ->
res.redirect '/profile'
return
return | 200852 | 'use strict'
FacebookStrategy = require('passport-facebook').Strategy
objtrans = require 'objtrans'
module.exports = (ndx) ->
ndx.settings.FACEBOOK_KEY = process.env.FACEBOOK_KEY or ndx.settings.FACEBOOK_KEY
ndx.settings.FACEBOOK_SECRET = process.env.FACEBOOK_SECRET or ndx.settings.FACEBOOK_SECRET
ndx.settings.FACEBOOK_CALLBACK = process.env.FACEBOOK_CALLBACK or ndx.settings.FACEBOOK_CALLBACK
ndx.settings.FACEBOOK_SCOPE = process.env.FACEBOOK_SCOPE or ndx.settings.FACEBOOK_SCOPE or 'email'
if ndx.settings.FACEBOOK_KEY
if not ndx.transforms.facebook
ndx.transforms.facebook =
email: 'profile.emails[0].value'
facebook:
id: 'profile.id'
token: 'token'
name: (input) ->
if input
input.profile.name.givenName + ' ' + input.profile.name.familyName
email: 'profile.emails[0].value'
scopes = ndx.passport.splitScopes ndx.settings.FACEBOOK_SCOPE
ndx.passport.use new FacebookStrategy
clientID: ndx.settings.FACEBOOK_KEY
clientSecret: ndx.settings.FACEBOOK_SECRET
callbackURL: ndx.settings.FACEBOOK_CALLBACK
passReqToCallback: true
, (req, token, refreshToken, profile, done) ->
if not ndx.user
ndx.database.select ndx.settings.USER_TABLE,
where:
facebook:
id: profile.id
, (users) ->
if users and users.length
if not users[0].facebook.token
updateUser = objtrans
token: token
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = users[0][ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
ndx.user = users[0]
return done null, users[0]
ndx.user = users[0]
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'login', ndx.user
return done null, users[0]
else
newUser = objtrans
token: <PASSWORD>
profile: profile
, ndx.transforms.facebook
newUser[ndx.settings.AUTO_ID] = ndx.generateID()
ndx.database.insert ndx.settings.USER_TABLE, newUser, null, true
ndx.user = newUser
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'signup', ndx.user
return done null, newUser
, true
else
updateUser = objtrans
token: <PASSWORD>
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = ndx.user[ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
return done null, ndx.user
ndx.app.get '/api/facebook', ndx.passport.authenticate('facebook', scope: scopes)
, ndx.postAuthenticate
ndx.app.get '/api/facebook/callback', ndx.passport.authenticate('facebook')
, ndx.postAuthenticate
ndx.app.get '/api/connect/facebook', ndx.passport.authorize('facebook', scope: scopes)
ndx.app.get '/api/unlink/facebook', (req, res) ->
user = ndx.user
user.facebook.token = undefined
user.save (err) ->
res.redirect '/profile'
return
return | true | 'use strict'
FacebookStrategy = require('passport-facebook').Strategy
objtrans = require 'objtrans'
module.exports = (ndx) ->
ndx.settings.FACEBOOK_KEY = process.env.FACEBOOK_KEY or ndx.settings.FACEBOOK_KEY
ndx.settings.FACEBOOK_SECRET = process.env.FACEBOOK_SECRET or ndx.settings.FACEBOOK_SECRET
ndx.settings.FACEBOOK_CALLBACK = process.env.FACEBOOK_CALLBACK or ndx.settings.FACEBOOK_CALLBACK
ndx.settings.FACEBOOK_SCOPE = process.env.FACEBOOK_SCOPE or ndx.settings.FACEBOOK_SCOPE or 'email'
if ndx.settings.FACEBOOK_KEY
if not ndx.transforms.facebook
ndx.transforms.facebook =
email: 'profile.emails[0].value'
facebook:
id: 'profile.id'
token: 'token'
name: (input) ->
if input
input.profile.name.givenName + ' ' + input.profile.name.familyName
email: 'profile.emails[0].value'
scopes = ndx.passport.splitScopes ndx.settings.FACEBOOK_SCOPE
ndx.passport.use new FacebookStrategy
clientID: ndx.settings.FACEBOOK_KEY
clientSecret: ndx.settings.FACEBOOK_SECRET
callbackURL: ndx.settings.FACEBOOK_CALLBACK
passReqToCallback: true
, (req, token, refreshToken, profile, done) ->
if not ndx.user
ndx.database.select ndx.settings.USER_TABLE,
where:
facebook:
id: profile.id
, (users) ->
if users and users.length
if not users[0].facebook.token
updateUser = objtrans
token: token
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = users[0][ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
ndx.user = users[0]
return done null, users[0]
ndx.user = users[0]
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'login', ndx.user
return done null, users[0]
else
newUser = objtrans
token: PI:PASSWORD:<PASSWORD>END_PI
profile: profile
, ndx.transforms.facebook
newUser[ndx.settings.AUTO_ID] = ndx.generateID()
ndx.database.insert ndx.settings.USER_TABLE, newUser, null, true
ndx.user = newUser
if ndx.auth
ndx.auth.extendUser()
ndx.passport.syncCallback 'signup', ndx.user
return done null, newUser
, true
else
updateUser = objtrans
token: PI:PASSWORD:<PASSWORD>END_PI
profile: profile
, ndx.transforms.facebook
where = {}
where[ndx.settings.AUTO_ID] = ndx.user[ndx.settings.AUTO_ID]
ndx.database.update ndx.settings.USER_TABLE, updateUser, where, null, true
return done null, ndx.user
ndx.app.get '/api/facebook', ndx.passport.authenticate('facebook', scope: scopes)
, ndx.postAuthenticate
ndx.app.get '/api/facebook/callback', ndx.passport.authenticate('facebook')
, ndx.postAuthenticate
ndx.app.get '/api/connect/facebook', ndx.passport.authorize('facebook', scope: scopes)
ndx.app.get '/api/unlink/facebook', (req, res) ->
user = ndx.user
user.facebook.token = undefined
user.save (err) ->
res.redirect '/profile'
return
return |
[
{
"context": "s file is part of the Konsserto package.\n *\n * (c) Jessym Reziga <jessym@konsserto.com>\n *\n * For the full copyrig",
"end": 74,
"score": 0.9998774528503418,
"start": 61,
"tag": "NAME",
"value": "Jessym Reziga"
},
{
"context": "f the Konsserto package.\n *\n * (c) Jessym Reziga <jessym@konsserto.com>\n *\n * For the full copyright and license informa",
"end": 96,
"score": 0.9999335408210754,
"start": 76,
"tag": "EMAIL",
"value": "jessym@konsserto.com"
},
{
"context": "ic/Tools');\n\n#\n# GenerateBundleCommand\n#\n# @author Jessym Reziga <jessym@konsserto.com>\n#\n\nInputOption = use('@Kon",
"end": 691,
"score": 0.9998845458030701,
"start": 678,
"tag": "NAME",
"value": "Jessym Reziga"
},
{
"context": " GenerateBundleCommand\n#\n# @author Jessym Reziga <jessym@konsserto.com>\n#\n\nInputOption = use('@Konsserto/Component/Conso",
"end": 713,
"score": 0.9999324083328247,
"start": 693,
"tag": "EMAIL",
"value": "jessym@konsserto.com"
}
] | node_modules/konsserto/lib/src/Konsserto/Bundle/FrameworkBundle/Command/GenerateBundleCommand.coffee | konsserto/konsserto | 2 | ###
* This file is part of the Konsserto package.
*
* (c) Jessym Reziga <jessym@konsserto.com>
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
###
cc = use('cli-color')
file_helper = use('fs')
path_helper = use('path')
Table = use('cli-table');
Command = use('@Konsserto/Component/Console/Command')
Filesystem = use('@Konsserto/Component/Filesystem/Filesystem')
InputArgument = use('@Konsserto/Component/Console/Input/InputArgument')
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
Tools = use('@Konsserto/Component/Static/Tools');
#
# GenerateBundleCommand
#
# @author Jessym Reziga <jessym@konsserto.com>
#
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
class GenerateBundleCommand extends Command
create: () ->
@setName('generate:bundle')
@setDescription('Generate a bundle')
@setDefinition([new InputOption('--empty','e',InputOption.VALUE_NONE,'Doesn\'t generate example')])
@setHelp(' The command %command.name% generate the whole bundle directory tree. Example:\n %command.full_name% JohnSmithBundle')
execute: (input) ->
@nl()
return 0
interact: (input)->
empty = input.getOption('empty')
table = new Table({chars:@getArrayChars()});
table.push(['Konsserto Bundle Generator'])
@write('\n\n'+table.toString()+'\n')
@write("""Bundle or not to Bundle, that is the question.
Luckily in Konsserto, all is about bundles.
Each bundle is hosted under a namespace (like Foo/Bundle/(...)/BlogBundle).
The namespace should begin with a vendor name like your company name, your project name, or your client name, followed by one or more optional category sub-namespaces, and it should end with the bundle name itself (which must have 'Bundle' as a suffix).
""")
bundle = ''
name = ''
_loop = true
while _loop
bundle = @ask('\nBundle namespace : ')
match = bundle.match('^([a-zA-Z0-9/]+)$')
if bundle == 'exit' || bundle == 'quit' || bundle == '!q'
process.exit(0)
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(bundle,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
if bundle.indexOf('/') <= 0
@write(' You must specify a vendor name (Example: VendorName/'+bundle+').')
continue
_loop = false
_loop = true
while _loop
name = @ask('\nBundle name ['+bundle.replace(/\//g,'')+']: ')
match = name.match('^([a-zA-Z0-9/]+)$')
if name == 'exit' || name == 'quit' || name == '!q'
process.exit(0)
if name == ''
name = bundle.replace(/\//g,'')
break
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(name,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
_loop = false
root = Filesystem.mktree(process.cwd()+'/'+sourceDir+'/',bundle.split('/'))
bundleDirs = {
':files':{}
'Command': null,
'Controller': {
':files': {
'HelloController.coffee':@getControllerClassContent(name)
}
},
'Entity': null,
'Repository': null,
'Resources': {
'config':{
':files':{
'routing.js':@getRoutingContent(name,bundle,empty),
'services.js':@getServiceContent(name,bundle,empty),
'socket.js':@getSocketContent()
}
},
'views':{
'Hello':{
':files':{
'index.html.twig':'Hello {{ name }}!'
}
}
}
},
'Services': null
}
if empty
bundleDirs['Controller'] = null
bundleDirs['Resources']['views'] = null
bundleDirs[':files'][name+'.coffee'] = @getBundleClassContent(name)
Filesystem.mktree(root,bundleDirs)
@registerBundle(name,bundle)
@registerRoutes(name,bundle)
@registerSockets(name,bundle)
return 0
registerBundle:(name,bundle) ->
file = process.cwd() + '/app/config/bundles.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newBundle = 'use(\'@'+bundle+'/'+name+'\')'
oldBundleWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newBundle) >= 0
oldBundleWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _i
if moduleExportAtLine != -1 & !oldBundleWithSameLine
arrayFile[moduleExportAtLine] = 'bundles.push('+newBundle+');\nmodule.exports = bundles;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerRoutes:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/routing.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newRoutes = "resource: '@"+bundle+"/Resources/config/routing.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newRoutesExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newRoutes+"\n
}"
oldRoutesWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newRoutes) >= 0
oldRoutesWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldRoutesWithSameLine
arrayFile[moduleExportAtLine] = 'routing.push('+newRoutesExtended+');\nmodule.exports = routing;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerSockets:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/socket.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newSockets = "resource: '@"+bundle+"/Resources/config/socket.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newSocketsExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newSockets+"\n
}"
oldSocketsWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newSockets) >= 0
oldSocketsWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldSocketsWithSameLine
arrayFile[moduleExportAtLine] = 'socket.push('+newSocketsExtended+');\nmodule.exports = socket;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
getBundleClassContent:(name) ->
return """
Bundle = use('@Konsserto/Component/Bundle/Bundle')\n
class #{name} extends Bundle\n\n\n\n
module.exports = new #{name}
"""
getControllerClassContent:(name) ->
return """
Controller = use('@Konsserto/Bundle/FrameworkBundle/Controller/Controller')\n
class HelloController extends Controller\n\n
\tindexAction:(name) =>\n
\t\t@render('#{name}:Hello:index.html.twig',{name:name})\n\n
module.exports = HelloController
"""
getRoutingContent:(name,bundle,empty = false,route = '') ->
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
route += part+'_' for part in path
if empty
return """
var routing = [
\n
];\n\n
module.exports = routing;
"""
return """
var routing = [
\t{name: '#{route.toLowerCase()}homepage', pattern: '/hello/{name}', controller: '#{name}:Hello:index', method: 'get'}\n
];\n\n
module.exports = routing;
"""
getServiceContent:(name,bundle,empty = false,service = '') ->
include = (bundle)
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
service += part+'_' for part in path
if empty
return """
var services = [
\n
];\n\n
module.exports = services;
"""
return """
var services = [
\t//{name: '#{service.toLowerCase()}service', _class: '@#{include}/Services/#{name}Service'}\n
];\n\n
module.exports = services;
"""
getSocketContent:() ->
return """
var socket = [
\n
];\n\n
module.exports = socket;
"""
module.exports = GenerateBundleCommand;
| 84114 | ###
* This file is part of the Konsserto package.
*
* (c) <NAME> <<EMAIL>>
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
###
cc = use('cli-color')
file_helper = use('fs')
path_helper = use('path')
Table = use('cli-table');
Command = use('@Konsserto/Component/Console/Command')
Filesystem = use('@Konsserto/Component/Filesystem/Filesystem')
InputArgument = use('@Konsserto/Component/Console/Input/InputArgument')
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
Tools = use('@Konsserto/Component/Static/Tools');
#
# GenerateBundleCommand
#
# @author <NAME> <<EMAIL>>
#
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
class GenerateBundleCommand extends Command
create: () ->
@setName('generate:bundle')
@setDescription('Generate a bundle')
@setDefinition([new InputOption('--empty','e',InputOption.VALUE_NONE,'Doesn\'t generate example')])
@setHelp(' The command %command.name% generate the whole bundle directory tree. Example:\n %command.full_name% JohnSmithBundle')
execute: (input) ->
@nl()
return 0
interact: (input)->
empty = input.getOption('empty')
table = new Table({chars:@getArrayChars()});
table.push(['Konsserto Bundle Generator'])
@write('\n\n'+table.toString()+'\n')
@write("""Bundle or not to Bundle, that is the question.
Luckily in Konsserto, all is about bundles.
Each bundle is hosted under a namespace (like Foo/Bundle/(...)/BlogBundle).
The namespace should begin with a vendor name like your company name, your project name, or your client name, followed by one or more optional category sub-namespaces, and it should end with the bundle name itself (which must have 'Bundle' as a suffix).
""")
bundle = ''
name = ''
_loop = true
while _loop
bundle = @ask('\nBundle namespace : ')
match = bundle.match('^([a-zA-Z0-9/]+)$')
if bundle == 'exit' || bundle == 'quit' || bundle == '!q'
process.exit(0)
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(bundle,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
if bundle.indexOf('/') <= 0
@write(' You must specify a vendor name (Example: VendorName/'+bundle+').')
continue
_loop = false
_loop = true
while _loop
name = @ask('\nBundle name ['+bundle.replace(/\//g,'')+']: ')
match = name.match('^([a-zA-Z0-9/]+)$')
if name == 'exit' || name == 'quit' || name == '!q'
process.exit(0)
if name == ''
name = bundle.replace(/\//g,'')
break
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(name,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
_loop = false
root = Filesystem.mktree(process.cwd()+'/'+sourceDir+'/',bundle.split('/'))
bundleDirs = {
':files':{}
'Command': null,
'Controller': {
':files': {
'HelloController.coffee':@getControllerClassContent(name)
}
},
'Entity': null,
'Repository': null,
'Resources': {
'config':{
':files':{
'routing.js':@getRoutingContent(name,bundle,empty),
'services.js':@getServiceContent(name,bundle,empty),
'socket.js':@getSocketContent()
}
},
'views':{
'Hello':{
':files':{
'index.html.twig':'Hello {{ name }}!'
}
}
}
},
'Services': null
}
if empty
bundleDirs['Controller'] = null
bundleDirs['Resources']['views'] = null
bundleDirs[':files'][name+'.coffee'] = @getBundleClassContent(name)
Filesystem.mktree(root,bundleDirs)
@registerBundle(name,bundle)
@registerRoutes(name,bundle)
@registerSockets(name,bundle)
return 0
registerBundle:(name,bundle) ->
file = process.cwd() + '/app/config/bundles.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newBundle = 'use(\'@'+bundle+'/'+name+'\')'
oldBundleWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newBundle) >= 0
oldBundleWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _i
if moduleExportAtLine != -1 & !oldBundleWithSameLine
arrayFile[moduleExportAtLine] = 'bundles.push('+newBundle+');\nmodule.exports = bundles;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerRoutes:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/routing.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newRoutes = "resource: '@"+bundle+"/Resources/config/routing.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newRoutesExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newRoutes+"\n
}"
oldRoutesWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newRoutes) >= 0
oldRoutesWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldRoutesWithSameLine
arrayFile[moduleExportAtLine] = 'routing.push('+newRoutesExtended+');\nmodule.exports = routing;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerSockets:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/socket.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newSockets = "resource: '@"+bundle+"/Resources/config/socket.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newSocketsExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newSockets+"\n
}"
oldSocketsWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newSockets) >= 0
oldSocketsWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldSocketsWithSameLine
arrayFile[moduleExportAtLine] = 'socket.push('+newSocketsExtended+');\nmodule.exports = socket;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
getBundleClassContent:(name) ->
return """
Bundle = use('@Konsserto/Component/Bundle/Bundle')\n
class #{name} extends Bundle\n\n\n\n
module.exports = new #{name}
"""
getControllerClassContent:(name) ->
return """
Controller = use('@Konsserto/Bundle/FrameworkBundle/Controller/Controller')\n
class HelloController extends Controller\n\n
\tindexAction:(name) =>\n
\t\t@render('#{name}:Hello:index.html.twig',{name:name})\n\n
module.exports = HelloController
"""
getRoutingContent:(name,bundle,empty = false,route = '') ->
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
route += part+'_' for part in path
if empty
return """
var routing = [
\n
];\n\n
module.exports = routing;
"""
return """
var routing = [
\t{name: '#{route.toLowerCase()}homepage', pattern: '/hello/{name}', controller: '#{name}:Hello:index', method: 'get'}\n
];\n\n
module.exports = routing;
"""
getServiceContent:(name,bundle,empty = false,service = '') ->
include = (bundle)
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
service += part+'_' for part in path
if empty
return """
var services = [
\n
];\n\n
module.exports = services;
"""
return """
var services = [
\t//{name: '#{service.toLowerCase()}service', _class: '@#{include}/Services/#{name}Service'}\n
];\n\n
module.exports = services;
"""
getSocketContent:() ->
return """
var socket = [
\n
];\n\n
module.exports = socket;
"""
module.exports = GenerateBundleCommand;
| true | ###
* This file is part of the Konsserto package.
*
* (c) PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
*
* For the full copyright and license information, please view the LICENSE
* file that was distributed with this source code.
###
cc = use('cli-color')
file_helper = use('fs')
path_helper = use('path')
Table = use('cli-table');
Command = use('@Konsserto/Component/Console/Command')
Filesystem = use('@Konsserto/Component/Filesystem/Filesystem')
InputArgument = use('@Konsserto/Component/Console/Input/InputArgument')
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
Tools = use('@Konsserto/Component/Static/Tools');
#
# GenerateBundleCommand
#
# @author PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
#
InputOption = use('@Konsserto/Component/Console/Input/InputOption')
class GenerateBundleCommand extends Command
create: () ->
@setName('generate:bundle')
@setDescription('Generate a bundle')
@setDefinition([new InputOption('--empty','e',InputOption.VALUE_NONE,'Doesn\'t generate example')])
@setHelp(' The command %command.name% generate the whole bundle directory tree. Example:\n %command.full_name% JohnSmithBundle')
execute: (input) ->
@nl()
return 0
interact: (input)->
empty = input.getOption('empty')
table = new Table({chars:@getArrayChars()});
table.push(['Konsserto Bundle Generator'])
@write('\n\n'+table.toString()+'\n')
@write("""Bundle or not to Bundle, that is the question.
Luckily in Konsserto, all is about bundles.
Each bundle is hosted under a namespace (like Foo/Bundle/(...)/BlogBundle).
The namespace should begin with a vendor name like your company name, your project name, or your client name, followed by one or more optional category sub-namespaces, and it should end with the bundle name itself (which must have 'Bundle' as a suffix).
""")
bundle = ''
name = ''
_loop = true
while _loop
bundle = @ask('\nBundle namespace : ')
match = bundle.match('^([a-zA-Z0-9/]+)$')
if bundle == 'exit' || bundle == 'quit' || bundle == '!q'
process.exit(0)
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(bundle,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
if bundle.indexOf('/') <= 0
@write(' You must specify a vendor name (Example: VendorName/'+bundle+').')
continue
_loop = false
_loop = true
while _loop
name = @ask('\nBundle name ['+bundle.replace(/\//g,'')+']: ')
match = name.match('^([a-zA-Z0-9/]+)$')
if name == 'exit' || name == 'quit' || name == '!q'
process.exit(0)
if name == ''
name = bundle.replace(/\//g,'')
break
if match == undefined || match == null || match.length <= 0
@write(' The namespace contains invalid characters.')
continue
if !Tools.endsWith(name,'Bundle')
@write(' The namespace must end with \'Bundle\'.')
continue
_loop = false
root = Filesystem.mktree(process.cwd()+'/'+sourceDir+'/',bundle.split('/'))
bundleDirs = {
':files':{}
'Command': null,
'Controller': {
':files': {
'HelloController.coffee':@getControllerClassContent(name)
}
},
'Entity': null,
'Repository': null,
'Resources': {
'config':{
':files':{
'routing.js':@getRoutingContent(name,bundle,empty),
'services.js':@getServiceContent(name,bundle,empty),
'socket.js':@getSocketContent()
}
},
'views':{
'Hello':{
':files':{
'index.html.twig':'Hello {{ name }}!'
}
}
}
},
'Services': null
}
if empty
bundleDirs['Controller'] = null
bundleDirs['Resources']['views'] = null
bundleDirs[':files'][name+'.coffee'] = @getBundleClassContent(name)
Filesystem.mktree(root,bundleDirs)
@registerBundle(name,bundle)
@registerRoutes(name,bundle)
@registerSockets(name,bundle)
return 0
registerBundle:(name,bundle) ->
file = process.cwd() + '/app/config/bundles.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newBundle = 'use(\'@'+bundle+'/'+name+'\')'
oldBundleWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newBundle) >= 0
oldBundleWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _i
if moduleExportAtLine != -1 & !oldBundleWithSameLine
arrayFile[moduleExportAtLine] = 'bundles.push('+newBundle+');\nmodule.exports = bundles;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerRoutes:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/routing.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newRoutes = "resource: '@"+bundle+"/Resources/config/routing.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newRoutesExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newRoutes+"\n
}"
oldRoutesWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newRoutes) >= 0
oldRoutesWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldRoutesWithSameLine
arrayFile[moduleExportAtLine] = 'routing.push('+newRoutesExtended+');\nmodule.exports = routing;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
registerSockets:(name,bundle,shortname = '') ->
file = process.cwd() + '/app/config/socket.js'
arrayFile = file_helper.readFileSync(file).toString().split('\n')
newSockets = "resource: '@"+bundle+"/Resources/config/socket.js'"
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
shortname += part+'_' for part in path
newSocketsExtended = "{\n
\tname: '"+shortname.toLowerCase()+"import',\n
\t"+newSockets+"\n
}"
oldSocketsWithSameLine = false
moduleExportAtLine = -1
for line in arrayFile
if line.trim().indexOf(newSockets) >= 0
oldSocketsWithSameLine = true
if line.trim().indexOf('module.exports') == 0
moduleExportAtLine = _j
if moduleExportAtLine != -1 & !oldSocketsWithSameLine
arrayFile[moduleExportAtLine] = 'socket.push('+newSocketsExtended+');\nmodule.exports = socket;'
file_helper.writeFileSync(file,arrayFile.join('\n'))
getBundleClassContent:(name) ->
return """
Bundle = use('@Konsserto/Component/Bundle/Bundle')\n
class #{name} extends Bundle\n\n\n\n
module.exports = new #{name}
"""
getControllerClassContent:(name) ->
return """
Controller = use('@Konsserto/Bundle/FrameworkBundle/Controller/Controller')\n
class HelloController extends Controller\n\n
\tindexAction:(name) =>\n
\t\t@render('#{name}:Hello:index.html.twig',{name:name})\n\n
module.exports = HelloController
"""
getRoutingContent:(name,bundle,empty = false,route = '') ->
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
route += part+'_' for part in path
if empty
return """
var routing = [
\n
];\n\n
module.exports = routing;
"""
return """
var routing = [
\t{name: '#{route.toLowerCase()}homepage', pattern: '/hello/{name}', controller: '#{name}:Hello:index', method: 'get'}\n
];\n\n
module.exports = routing;
"""
getServiceContent:(name,bundle,empty = false,service = '') ->
include = (bundle)
bundle = bundle.replace(/Bundle/g,'')
path = bundle.split('/')
service += part+'_' for part in path
if empty
return """
var services = [
\n
];\n\n
module.exports = services;
"""
return """
var services = [
\t//{name: '#{service.toLowerCase()}service', _class: '@#{include}/Services/#{name}Service'}\n
];\n\n
module.exports = services;
"""
getSocketContent:() ->
return """
var socket = [
\n
];\n\n
module.exports = socket;
"""
module.exports = GenerateBundleCommand;
|
[
{
"context": ".load [\n {\n id: 1,\n committer_name: 'Jimmy',\n committer_email: 'jimmy@example.com',\n ",
"end": 217,
"score": 0.9996939897537231,
"start": 212,
"tag": "NAME",
"value": "Jimmy"
},
{
"context": " committer_name: 'Jimmy',\n committer_email: 'jimmy@example.com',\n author_name: 'Jimmy',\n author_email:",
"end": 261,
"score": 0.9999254941940308,
"start": 244,
"tag": "EMAIL",
"value": "jimmy@example.com"
},
{
"context": "r_email: 'jimmy@example.com',\n author_name: 'Jimmy',\n author_email: 'jimmy@example.com'\n }\n ",
"end": 289,
"score": 0.9997737407684326,
"start": 284,
"tag": "NAME",
"value": "Jimmy"
},
{
"context": "\n author_name: 'Jimmy',\n author_email: 'jimmy@example.com'\n }\n ]\n\n Ember.run ->\n record = Travis.Co",
"end": 330,
"score": 0.999925434589386,
"start": 313,
"tag": "EMAIL",
"value": "jimmy@example.com"
},
{
"context": ".load [\n {\n id: 1,\n committer_name: 'Jimmy',\n committer_email: 'jimmy@example.com',\n ",
"end": 609,
"score": 0.9997785091400146,
"start": 604,
"tag": "NAME",
"value": "Jimmy"
},
{
"context": " committer_name: 'Jimmy',\n committer_email: 'jimmy@example.com',\n author_name: 'John',\n author_email: ",
"end": 653,
"score": 0.9999257326126099,
"start": 636,
"tag": "EMAIL",
"value": "jimmy@example.com"
},
{
"context": "r_email: 'jimmy@example.com',\n author_name: 'John',\n author_email: 'john@example.com'\n }\n ",
"end": 680,
"score": 0.9997735619544983,
"start": 676,
"tag": "NAME",
"value": "John"
},
{
"context": ",\n author_name: 'John',\n author_email: 'john@example.com'\n }\n ]\n\n Ember.run ->\n record = Travis.Co",
"end": 720,
"score": 0.9999285936355591,
"start": 704,
"tag": "EMAIL",
"value": "john@example.com"
}
] | assets/scripts/spec/unit/commit_spec.coffee | Acidburn0zzz/travis-web | 0 | record = null
module "Travis.Commit",
setup: ->
teardown: ->
Travis.Commit.resetData()
test 'it recognizes when author is committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: 'Jimmy',
committer_email: 'jimmy@example.com',
author_name: 'Jimmy',
author_email: 'jimmy@example.com'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(true, record.get('authorIsCommitter'))
test 'it recognizes when author is not committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: 'Jimmy',
committer_email: 'jimmy@example.com',
author_name: 'John',
author_email: 'john@example.com'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(false, record.get('authorIsCommitter'))
| 193655 | record = null
module "Travis.Commit",
setup: ->
teardown: ->
Travis.Commit.resetData()
test 'it recognizes when author is committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: '<NAME>',
committer_email: '<EMAIL>',
author_name: '<NAME>',
author_email: '<EMAIL>'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(true, record.get('authorIsCommitter'))
test 'it recognizes when author is not committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: '<NAME>',
committer_email: '<EMAIL>',
author_name: '<NAME>',
author_email: '<EMAIL>'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(false, record.get('authorIsCommitter'))
| true | record = null
module "Travis.Commit",
setup: ->
teardown: ->
Travis.Commit.resetData()
test 'it recognizes when author is committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: 'PI:NAME:<NAME>END_PI',
committer_email: 'PI:EMAIL:<EMAIL>END_PI',
author_name: 'PI:NAME:<NAME>END_PI',
author_email: 'PI:EMAIL:<EMAIL>END_PI'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(true, record.get('authorIsCommitter'))
test 'it recognizes when author is not committer', ->
Travis.Commit.load [
{
id: 1,
committer_name: 'PI:NAME:<NAME>END_PI',
committer_email: 'PI:EMAIL:<EMAIL>END_PI',
author_name: 'PI:NAME:<NAME>END_PI',
author_email: 'PI:EMAIL:<EMAIL>END_PI'
}
]
Ember.run ->
record = Travis.Commit.find 1
console.log(record.get('authorName'))
equal(false, record.get('authorIsCommitter'))
|
[
{
"context": "cess.nextTick ->\n if (!rec.partition)\n key = [rec.id]\n value = []\n \n for i in [0...rec.schema",
"end": 474,
"score": 0.9920859336853027,
"start": 468,
"tag": "KEY",
"value": "rec.id"
}
] | src/provider/foundationdb/activerecord/functions/save.coffee | frisb/formalize | 2 | fdb = require('fdb').apiVersion(200)
deepak = require('deepak')(fdb)
savePartioned = (tr, rec) ->
# tr.set(rec.provider.dir.records.pack([rec.id]), deepak.pack(''))
for d in rec.schema.destKeys
if (d isnt 'id')
val = rec.data(d)
if (typeof(val) isnt 'undefined')
tr.set(rec.provider.dir.records.pack([rec.id, d]), deepak.packValue(val))
save = (tr, rec, callback) ->
#process.nextTick ->
if (!rec.partition)
key = [rec.id]
value = []
for i in [0...rec.schema.destKeys.length - 1]
v = rec.__d[i + 1]
if typeof v isnt 'undefined'
key.push(rec.schema.destKeys[i + 1])
value.push(deepak.packValue(v))
packedKey = rec.provider.dir.records.pack(key)
packedValue = fdb.tuple.pack(value)
rec.keySize = packedKey.length
rec.valueSize = packedValue.length
rec.partition ?= rec.keySize > 100 || rec.valueSize > 1024
if (!rec.partition)
tr.set(packedKey, packedValue)
else
savePartioned(tr, rec)
else
savePartioned(tr, rec)
rec.reset(true)
rec.index(tr)
rec.add(tr)
callback(null)
transactionalSave = fdb.transactional(save)
module.exports = (tr, callback) ->
if (typeof(tr) is 'function')
callback = tr
tr = null
complete = (err) =>
callback(err, @) if callback
#fdb.future.create (futureCb) =>
transactionalSave(tr || @provider.db, @, complete)
#, callback
| 165916 | fdb = require('fdb').apiVersion(200)
deepak = require('deepak')(fdb)
savePartioned = (tr, rec) ->
# tr.set(rec.provider.dir.records.pack([rec.id]), deepak.pack(''))
for d in rec.schema.destKeys
if (d isnt 'id')
val = rec.data(d)
if (typeof(val) isnt 'undefined')
tr.set(rec.provider.dir.records.pack([rec.id, d]), deepak.packValue(val))
save = (tr, rec, callback) ->
#process.nextTick ->
if (!rec.partition)
key = [<KEY>]
value = []
for i in [0...rec.schema.destKeys.length - 1]
v = rec.__d[i + 1]
if typeof v isnt 'undefined'
key.push(rec.schema.destKeys[i + 1])
value.push(deepak.packValue(v))
packedKey = rec.provider.dir.records.pack(key)
packedValue = fdb.tuple.pack(value)
rec.keySize = packedKey.length
rec.valueSize = packedValue.length
rec.partition ?= rec.keySize > 100 || rec.valueSize > 1024
if (!rec.partition)
tr.set(packedKey, packedValue)
else
savePartioned(tr, rec)
else
savePartioned(tr, rec)
rec.reset(true)
rec.index(tr)
rec.add(tr)
callback(null)
transactionalSave = fdb.transactional(save)
module.exports = (tr, callback) ->
if (typeof(tr) is 'function')
callback = tr
tr = null
complete = (err) =>
callback(err, @) if callback
#fdb.future.create (futureCb) =>
transactionalSave(tr || @provider.db, @, complete)
#, callback
| true | fdb = require('fdb').apiVersion(200)
deepak = require('deepak')(fdb)
savePartioned = (tr, rec) ->
# tr.set(rec.provider.dir.records.pack([rec.id]), deepak.pack(''))
for d in rec.schema.destKeys
if (d isnt 'id')
val = rec.data(d)
if (typeof(val) isnt 'undefined')
tr.set(rec.provider.dir.records.pack([rec.id, d]), deepak.packValue(val))
save = (tr, rec, callback) ->
#process.nextTick ->
if (!rec.partition)
key = [PI:KEY:<KEY>END_PI]
value = []
for i in [0...rec.schema.destKeys.length - 1]
v = rec.__d[i + 1]
if typeof v isnt 'undefined'
key.push(rec.schema.destKeys[i + 1])
value.push(deepak.packValue(v))
packedKey = rec.provider.dir.records.pack(key)
packedValue = fdb.tuple.pack(value)
rec.keySize = packedKey.length
rec.valueSize = packedValue.length
rec.partition ?= rec.keySize > 100 || rec.valueSize > 1024
if (!rec.partition)
tr.set(packedKey, packedValue)
else
savePartioned(tr, rec)
else
savePartioned(tr, rec)
rec.reset(true)
rec.index(tr)
rec.add(tr)
callback(null)
transactionalSave = fdb.transactional(save)
module.exports = (tr, callback) ->
if (typeof(tr) is 'function')
callback = tr
tr = null
complete = (err) =>
callback(err, @) if callback
#fdb.future.create (futureCb) =>
transactionalSave(tr || @provider.db, @, complete)
#, callback
|
[
{
"context": " getChunk: (x, y, z, create = false) ->\n key = \"#{x}|#{y}|#{z}\"\n chunk = @chunks[key]\n if !chunk? && create",
"end": 3785,
"score": 0.9992904663085938,
"start": 3769,
"tag": "KEY",
"value": "\"#{x}|#{y}|#{z}\""
},
{
"context": " chunk\n\n setChunk: (x, y, z, chunk) ->\n key = \"#{x}|#{y}|#{z}\"\n @chunks[key] = forceChunkType chunk\n @dirt",
"end": 3986,
"score": 0.9992501735687256,
"start": 3970,
"tag": "KEY",
"value": "\"#{x}|#{y}|#{z}\""
},
{
"context": ".makeVBO()\n\n markVBODirty: (x, y, z) ->\n key = \"#{x}|#{y}|#{z}\"\n if @cachedVBOs[key]\n @dirtyVBOs[key] = t",
"end": 5572,
"score": 0.9985456466674805,
"start": 5556,
"tag": "KEY",
"value": "\"#{x}|#{y}|#{z}\""
},
{
"context": "key] = true\n\n getChunkVBO: (x, y, z) ->\n key = \"#{x}|#{y}|#{z}\"\n chunk = @chunks[key]\n if !chunk\n retu",
"end": 5681,
"score": 0.9989808201789856,
"start": 5665,
"tag": "KEY",
"value": "\"#{x}|#{y}|#{z}\""
}
] | src/world.coffee | TamaMcGlinn/webgl-meincraft | 0 | # Rendering size of a single block cube
CUBE_SIZE = 1.0
# must be a power of two for the octree based fast raycasting
# to work properly.
CHUNK_SIZE = 32
# View distances are in chunks
GENERATE_DISTANCE_X = 2
GENERATE_DISTANCE_Y = 2
GENERATE_DISTANCE_Z = 2
VIEW_DISTANCE_X = 4
VIEW_DISTANCE_Y = 4
VIEW_DISTANCE_Z = 4
# Currently blocks are one byte in size which limits them to 255
# different block types.
BLOCK_TYPES =
air: 0
grass01: 1
grass02: 2
grass03: 3
grass04: 4
stone: 10
granite: 11
rock01: 20
rock02: 21
water: 30
sand: 31
ChunkArray = Uint8Array
parseKey = (key) ->
[x, y, z] = key.split('|')
[+x, +y, +z]
div = (x, y) ->
Math.floor x / y
mod = (x, y) ->
(x % y + y) % y
makeBlockAtlas = ->
builder = new webglmc.AtlasBuilder 1024, 1024, gridAdd: true
for key, blockID of BLOCK_TYPES
if blockID == 0
continue
img = webglmc.resmgr.resources["blocks/#{key}"]
builder.add blockID, img
builder.makeAtlas mipmaps: true
makeNewChunk = (chunkSize) ->
forceChunkType = (chunk) ->
if !chunk instanceof ChunkArray
chunk = new ChunkArray chunk
chunk
class WorldRaycastResult
constructor: (ray, hit, x, y, z, blockID) ->
@x = x
@y = y
@z = z
@blockID = blockID
@ray = ray
@hit = hit
# Neighboring block
switch @hit.side
when 'top' then y += 1
when 'bottom' then y -= 1
when 'right' then x += 1
when 'left' then x -= 1
when 'near' then z += 1
when 'far' then z -= 1
@nx = x
@ny = y
@nz = z
class World
constructor: (seed = null) ->
if seed == null
seed = parseInt Math.random() * 10000000
@seed = seed
@generator = new webglmc.WorldGenerator this
@chunkSize = CHUNK_SIZE
@vboBuildThreshold = +webglmc.getRuntimeParameter 'vboBuildThreshold', 0
@chunks = {}
@cachedVBOs = {}
@dirtyVBOs = {}
@generatingChunks = 0
@shader = webglmc.resmgr.resources['shaders/block']
@sunColor = webglmc.floatColorFromHex '#F2F3DC'
@sunDirection = vec3.create [0.7, 0.8, 1.0]
@fogColor = webglmc.floatColorFromHex '#EDF0F0'
@fogDensity = 0.012
@displays =
chunkStats: webglmc.debugPanel.addDisplay 'Chunk stats'
@atlas = makeBlockAtlas()
@selectionTexture = webglmc.resmgr.resources.selection
getBlock: (x, y, z) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz
if !chunk?
return 0
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
setBlock: (x, y, z, type) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz, true
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
oldType = chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize] = type
this.markVBODirty cx, cy, cz
# in case we replace air with non air at an edge block we need
# to mark the vbos nearly as dirty
if ((type == 0) != (oldType == 0))
if inX == @chunkSize - 1 then this.markVBODirty cx + 1, cy, cz
else if inX == 0 then this.markVBODirty cx - 1, cy, cz
if inY == @chunkSize - 1 then this.markVBODirty cx, cy + 1, cz
else if inY == 0 then this.markVBODirty cx, cy - 1, cz
if inZ == @chunkSize - 1 then this.markVBODirty cx, cy, cz + 1
else if inZ == 0 then this.markVBODirty cx, cy, cz - 1
getChunk: (x, y, z, create = false) ->
key = "#{x}|#{y}|#{z}"
chunk = @chunks[key]
if !chunk? && create
@chunks[key] = chunk = new ChunkArray @chunkSize * @chunkSize * @chunkSize
chunk
setChunk: (x, y, z, chunk) ->
key = "#{x}|#{y}|#{z}"
@chunks[key] = forceChunkType chunk
@dirtyVBOs[key] = true
this.markVBODirty x + 1, y, z
this.markVBODirty x - 1, y, z
this.markVBODirty x, y + 1, z
this.markVBODirty x, y - 1, z
this.markVBODirty x, y, z + 1
this.markVBODirty x, y, z - 1
updateVBO: (x, y, z) ->
chunk = this.getChunk x, y, z
maker = new webglmc.CubeMaker CUBE_SIZE
{chunkSize} = this
blockTextures = @atlas.slices
offX = x * chunkSize
offY = y * chunkSize
offZ = z * chunkSize
isAir = (cx, cy, cz) =>
if cx >= 0 && cy >= 0 && cz >= 0 &&
cx < chunkSize && cy < chunkSize && cz < chunkSize
return chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize] == 0
return this.getBlock(offX + cx, offY + cy, offZ + cz) == 0
addSide = (side) =>
maker.addSide side, (offX + cx) * CUBE_SIZE, (offY + cy) * CUBE_SIZE,
(offZ + cz) * CUBE_SIZE, blockTextures[blockID]
for cz in [0...chunkSize] by 1
for cy in [0...chunkSize] by 1
for cx in [0...chunkSize] by 1
blockID = chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize]
if blockID == 0
continue
if isAir cx - 1, cy, cz then addSide 'left'
if isAir cx + 1, cy, cz then addSide 'right'
if isAir cx, cy - 1, cz then addSide 'bottom'
if isAir cx, cy + 1, cz then addSide 'top'
if isAir cx, cy, cz - 1 then addSide 'far'
if isAir cx, cy, cz + 1 then addSide 'near'
maker.makeVBO()
markVBODirty: (x, y, z) ->
key = "#{x}|#{y}|#{z}"
if @cachedVBOs[key]
@dirtyVBOs[key] = true
getChunkVBO: (x, y, z) ->
key = "#{x}|#{y}|#{z}"
chunk = @chunks[key]
if !chunk
return null
vbo = @cachedVBOs[key]
if (!vbo || @dirtyVBOs[key]) && this.generatingChunks <= @vboBuildThreshold
vbo.destroy() if vbo
vbo = this.updateVBO x, y, z
delete @dirtyVBOs[key]
@cachedVBOs[key] = vbo
vbo
iterVisibleVBOs: (callback) ->
cameraPos = webglmc.engine.getCameraPos()
chunkCount = 0
rv = []
chunkSize = CUBE_SIZE * @chunkSize
[ccx, ccy, ccz] = this.chunkAtCameraPosition()
for x in [ccx - VIEW_DISTANCE_X..ccx + VIEW_DISTANCE_X] by 1
for y in [ccy - VIEW_DISTANCE_Y..ccy + VIEW_DISTANCE_Y] by 1
for z in [ccz - VIEW_DISTANCE_Z..ccz + VIEW_DISTANCE_Z] by 1
vbo = this.getChunkVBO x, y, z
if !vbo
continue
distance = vec3.create [x - ccx, y - ccy, z - ccz]
rv.push vbo: vbo, distance: vec3.norm2 distance
rv.sort (a, b) -> a.distance - b.distance
@displays.chunkStats.setText "visibleVBOs=#{rv.length
} generatingChunks=#{@generatingChunks}"
for info in rv
callback info.vbo
chunkAtCameraPosition: ->
[x, y, z] = webglmc.engine.getCameraPos()
[Math.floor(x / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(y / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(z / CUBE_SIZE / @chunkSize + 0.5)]
requestMissingChunks: ->
[x, y, z] = this.chunkAtCameraPosition()
for cx in [x - GENERATE_DISTANCE_X..x + GENERATE_DISTANCE_X] by 1
for cy in [y - GENERATE_DISTANCE_Y..y + GENERATE_DISTANCE_Y] by 1
for cz in [z - GENERATE_DISTANCE_Z..z + GENERATE_DISTANCE_Z] by 1
chunk = this.getChunk cx, cy, cz
if !chunk
this.requestChunk cx, cy, cz
requestChunk: (x, y, z) ->
# ensure chunk exists so that we don't request chunks
# multiple times in requestMissingChunks
this.getChunk x, y, z, true
@generatingChunks++
@generator.generateChunk x, y, z
setRequestedChunk: (x, y, z, chunk) ->
@generatingChunks--
this.setChunk x, y, z, chunk
iterChunksAroundCamera: (range, callback) ->
if range == null
for key, chunk of @chunks
callback(chunk, parseKey(key)...)
return
[cx, cy, cz] = this.chunkAtCameraPosition()
for x in [cx - range..cx + range]
for y in [cy - range..cy + range]
for z in [cz - range..cz + range]
chunk = @chunks["#{x}|#{y}|#{z}"]
if chunk
callback(chunk, x, y, z)
fastChunkRaycast: (chunk, cx, cy, cz, ray, callback) ->
aabb = new webglmc.AABB()
offX = @chunkSize * cx
offY = @chunkSize * cy
offZ = @chunkSize * cz
walk = (inX, inY, inZ, inSize) =>
realX = offX + inX
realY = offY + inY
realZ = offZ + inZ
actualInSize = CUBE_SIZE * inSize
aabb.vec1[0] = realX * CUBE_SIZE
aabb.vec1[1] = realY * CUBE_SIZE
aabb.vec1[2] = realZ * CUBE_SIZE
aabb.vec2[0] = aabb.vec1[0] + actualInSize
aabb.vec2[1] = aabb.vec1[1] + actualInSize
aabb.vec2[2] = aabb.vec1[2] + actualInSize
hit = ray.intersectsAABB aabb, inSize != 1
if !hit
return
if inSize == 1
blockID = chunk[inX + inY * @chunkSize + inZ * @chunkSize * @chunkSize]
if blockID
result = new WorldRaycastResult ray, hit, realX, realY, realZ, blockID
if !this.getBlock result.nx, result.ny, result.nz
callback result
return
newInSize = inSize / 2
walk inX, inY, inZ, newInSize
walk inX + newInSize, inY, inZ, newInSize
walk inX, inY + newInSize, inZ, newInSize
walk inX, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ, newInSize
walk inX, inY + newInSize, inZ + newInSize, newInSize
walk inX + newInSize, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ + newInSize, newInSize
walk 0, 0, 0, @chunkSize
performRayCast: (ray, range = null) ->
aabb = new webglmc.AABB()
chunkSize = CUBE_SIZE * @chunkSize
bestResult = null
this.iterChunksAroundCamera range, (chunk, cx, cy, cz) =>
aabb.vec1[0] = chunkSize * cx
aabb.vec1[1] = chunkSize * cy
aabb.vec1[2] = chunkSize * cz
aabb.vec2[0] = aabb.vec1[0] + chunkSize
aabb.vec2[1] = aabb.vec1[1] + chunkSize
aabb.vec2[2] = aabb.vec1[2] + chunkSize
if !ray.intersectsAABB aabb
return
this.fastChunkRaycast chunk, cx, cy, cz, ray, (result) =>
if !bestResult || bestResult.hit.distance > result.hit.distance
bestResult = result
bestResult
pickBlockAtScreenPosition: (x, y, range = null) ->
ray = webglmc.Ray.fromScreenSpaceNearToFar x, y
this.performRayCast ray, range
pickBlockAtScreenCenter: (range = null) ->
{width, height} = webglmc.engine
this.pickBlockAtScreenPosition width / 2, height / 2, range
pickCloseBlockAtScreenCenter: ->
rv = this.pickBlockAtScreenCenter 1
if rv && rv.hit.distance < 10 then rv else null
drawBlockHighlight: (x, y, z, side) ->
{gl} = webglmc.engine
maker = new webglmc.CubeMaker CUBE_SIZE
rx = x * CUBE_SIZE
ry = y * CUBE_SIZE
rz = z * CUBE_SIZE
maker.addSide side, rx, ry, rz, @selectionTexture
vbo = maker.makeVBO()
webglmc.withContext [webglmc.disabledDepthTest, @shader, @selectionTexture], =>
vbo.draw()
vbo.destroy()
update: (dt) ->
draw: ->
{gl} = webglmc.engine
webglmc.clear @fogColor
webglmc.withContext [@shader, @atlas.texture], =>
@shader.uniform4fv "uSunColor", @sunColor
@shader.uniform3fv "uSunDirection", @sunDirection
@shader.uniform4fv "uFogColor", @fogColor
@shader.uniform1f "uFogDensity", @fogDensity
this.iterVisibleVBOs (vbo) =>
vbo.draw()
publicInterface = self.webglmc ?= {}
publicInterface.World = World
publicInterface.BLOCK_TYPES = BLOCK_TYPES
| 64495 | # Rendering size of a single block cube
CUBE_SIZE = 1.0
# must be a power of two for the octree based fast raycasting
# to work properly.
CHUNK_SIZE = 32
# View distances are in chunks
GENERATE_DISTANCE_X = 2
GENERATE_DISTANCE_Y = 2
GENERATE_DISTANCE_Z = 2
VIEW_DISTANCE_X = 4
VIEW_DISTANCE_Y = 4
VIEW_DISTANCE_Z = 4
# Currently blocks are one byte in size which limits them to 255
# different block types.
BLOCK_TYPES =
air: 0
grass01: 1
grass02: 2
grass03: 3
grass04: 4
stone: 10
granite: 11
rock01: 20
rock02: 21
water: 30
sand: 31
ChunkArray = Uint8Array
parseKey = (key) ->
[x, y, z] = key.split('|')
[+x, +y, +z]
div = (x, y) ->
Math.floor x / y
mod = (x, y) ->
(x % y + y) % y
makeBlockAtlas = ->
builder = new webglmc.AtlasBuilder 1024, 1024, gridAdd: true
for key, blockID of BLOCK_TYPES
if blockID == 0
continue
img = webglmc.resmgr.resources["blocks/#{key}"]
builder.add blockID, img
builder.makeAtlas mipmaps: true
makeNewChunk = (chunkSize) ->
forceChunkType = (chunk) ->
if !chunk instanceof ChunkArray
chunk = new ChunkArray chunk
chunk
class WorldRaycastResult
constructor: (ray, hit, x, y, z, blockID) ->
@x = x
@y = y
@z = z
@blockID = blockID
@ray = ray
@hit = hit
# Neighboring block
switch @hit.side
when 'top' then y += 1
when 'bottom' then y -= 1
when 'right' then x += 1
when 'left' then x -= 1
when 'near' then z += 1
when 'far' then z -= 1
@nx = x
@ny = y
@nz = z
class World
constructor: (seed = null) ->
if seed == null
seed = parseInt Math.random() * 10000000
@seed = seed
@generator = new webglmc.WorldGenerator this
@chunkSize = CHUNK_SIZE
@vboBuildThreshold = +webglmc.getRuntimeParameter 'vboBuildThreshold', 0
@chunks = {}
@cachedVBOs = {}
@dirtyVBOs = {}
@generatingChunks = 0
@shader = webglmc.resmgr.resources['shaders/block']
@sunColor = webglmc.floatColorFromHex '#F2F3DC'
@sunDirection = vec3.create [0.7, 0.8, 1.0]
@fogColor = webglmc.floatColorFromHex '#EDF0F0'
@fogDensity = 0.012
@displays =
chunkStats: webglmc.debugPanel.addDisplay 'Chunk stats'
@atlas = makeBlockAtlas()
@selectionTexture = webglmc.resmgr.resources.selection
getBlock: (x, y, z) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz
if !chunk?
return 0
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
setBlock: (x, y, z, type) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz, true
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
oldType = chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize] = type
this.markVBODirty cx, cy, cz
# in case we replace air with non air at an edge block we need
# to mark the vbos nearly as dirty
if ((type == 0) != (oldType == 0))
if inX == @chunkSize - 1 then this.markVBODirty cx + 1, cy, cz
else if inX == 0 then this.markVBODirty cx - 1, cy, cz
if inY == @chunkSize - 1 then this.markVBODirty cx, cy + 1, cz
else if inY == 0 then this.markVBODirty cx, cy - 1, cz
if inZ == @chunkSize - 1 then this.markVBODirty cx, cy, cz + 1
else if inZ == 0 then this.markVBODirty cx, cy, cz - 1
getChunk: (x, y, z, create = false) ->
key = <KEY>
chunk = @chunks[key]
if !chunk? && create
@chunks[key] = chunk = new ChunkArray @chunkSize * @chunkSize * @chunkSize
chunk
setChunk: (x, y, z, chunk) ->
key = <KEY>
@chunks[key] = forceChunkType chunk
@dirtyVBOs[key] = true
this.markVBODirty x + 1, y, z
this.markVBODirty x - 1, y, z
this.markVBODirty x, y + 1, z
this.markVBODirty x, y - 1, z
this.markVBODirty x, y, z + 1
this.markVBODirty x, y, z - 1
updateVBO: (x, y, z) ->
chunk = this.getChunk x, y, z
maker = new webglmc.CubeMaker CUBE_SIZE
{chunkSize} = this
blockTextures = @atlas.slices
offX = x * chunkSize
offY = y * chunkSize
offZ = z * chunkSize
isAir = (cx, cy, cz) =>
if cx >= 0 && cy >= 0 && cz >= 0 &&
cx < chunkSize && cy < chunkSize && cz < chunkSize
return chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize] == 0
return this.getBlock(offX + cx, offY + cy, offZ + cz) == 0
addSide = (side) =>
maker.addSide side, (offX + cx) * CUBE_SIZE, (offY + cy) * CUBE_SIZE,
(offZ + cz) * CUBE_SIZE, blockTextures[blockID]
for cz in [0...chunkSize] by 1
for cy in [0...chunkSize] by 1
for cx in [0...chunkSize] by 1
blockID = chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize]
if blockID == 0
continue
if isAir cx - 1, cy, cz then addSide 'left'
if isAir cx + 1, cy, cz then addSide 'right'
if isAir cx, cy - 1, cz then addSide 'bottom'
if isAir cx, cy + 1, cz then addSide 'top'
if isAir cx, cy, cz - 1 then addSide 'far'
if isAir cx, cy, cz + 1 then addSide 'near'
maker.makeVBO()
markVBODirty: (x, y, z) ->
key = <KEY>
if @cachedVBOs[key]
@dirtyVBOs[key] = true
getChunkVBO: (x, y, z) ->
key = <KEY>
chunk = @chunks[key]
if !chunk
return null
vbo = @cachedVBOs[key]
if (!vbo || @dirtyVBOs[key]) && this.generatingChunks <= @vboBuildThreshold
vbo.destroy() if vbo
vbo = this.updateVBO x, y, z
delete @dirtyVBOs[key]
@cachedVBOs[key] = vbo
vbo
iterVisibleVBOs: (callback) ->
cameraPos = webglmc.engine.getCameraPos()
chunkCount = 0
rv = []
chunkSize = CUBE_SIZE * @chunkSize
[ccx, ccy, ccz] = this.chunkAtCameraPosition()
for x in [ccx - VIEW_DISTANCE_X..ccx + VIEW_DISTANCE_X] by 1
for y in [ccy - VIEW_DISTANCE_Y..ccy + VIEW_DISTANCE_Y] by 1
for z in [ccz - VIEW_DISTANCE_Z..ccz + VIEW_DISTANCE_Z] by 1
vbo = this.getChunkVBO x, y, z
if !vbo
continue
distance = vec3.create [x - ccx, y - ccy, z - ccz]
rv.push vbo: vbo, distance: vec3.norm2 distance
rv.sort (a, b) -> a.distance - b.distance
@displays.chunkStats.setText "visibleVBOs=#{rv.length
} generatingChunks=#{@generatingChunks}"
for info in rv
callback info.vbo
chunkAtCameraPosition: ->
[x, y, z] = webglmc.engine.getCameraPos()
[Math.floor(x / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(y / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(z / CUBE_SIZE / @chunkSize + 0.5)]
requestMissingChunks: ->
[x, y, z] = this.chunkAtCameraPosition()
for cx in [x - GENERATE_DISTANCE_X..x + GENERATE_DISTANCE_X] by 1
for cy in [y - GENERATE_DISTANCE_Y..y + GENERATE_DISTANCE_Y] by 1
for cz in [z - GENERATE_DISTANCE_Z..z + GENERATE_DISTANCE_Z] by 1
chunk = this.getChunk cx, cy, cz
if !chunk
this.requestChunk cx, cy, cz
requestChunk: (x, y, z) ->
# ensure chunk exists so that we don't request chunks
# multiple times in requestMissingChunks
this.getChunk x, y, z, true
@generatingChunks++
@generator.generateChunk x, y, z
setRequestedChunk: (x, y, z, chunk) ->
@generatingChunks--
this.setChunk x, y, z, chunk
iterChunksAroundCamera: (range, callback) ->
if range == null
for key, chunk of @chunks
callback(chunk, parseKey(key)...)
return
[cx, cy, cz] = this.chunkAtCameraPosition()
for x in [cx - range..cx + range]
for y in [cy - range..cy + range]
for z in [cz - range..cz + range]
chunk = @chunks["#{x}|#{y}|#{z}"]
if chunk
callback(chunk, x, y, z)
fastChunkRaycast: (chunk, cx, cy, cz, ray, callback) ->
aabb = new webglmc.AABB()
offX = @chunkSize * cx
offY = @chunkSize * cy
offZ = @chunkSize * cz
walk = (inX, inY, inZ, inSize) =>
realX = offX + inX
realY = offY + inY
realZ = offZ + inZ
actualInSize = CUBE_SIZE * inSize
aabb.vec1[0] = realX * CUBE_SIZE
aabb.vec1[1] = realY * CUBE_SIZE
aabb.vec1[2] = realZ * CUBE_SIZE
aabb.vec2[0] = aabb.vec1[0] + actualInSize
aabb.vec2[1] = aabb.vec1[1] + actualInSize
aabb.vec2[2] = aabb.vec1[2] + actualInSize
hit = ray.intersectsAABB aabb, inSize != 1
if !hit
return
if inSize == 1
blockID = chunk[inX + inY * @chunkSize + inZ * @chunkSize * @chunkSize]
if blockID
result = new WorldRaycastResult ray, hit, realX, realY, realZ, blockID
if !this.getBlock result.nx, result.ny, result.nz
callback result
return
newInSize = inSize / 2
walk inX, inY, inZ, newInSize
walk inX + newInSize, inY, inZ, newInSize
walk inX, inY + newInSize, inZ, newInSize
walk inX, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ, newInSize
walk inX, inY + newInSize, inZ + newInSize, newInSize
walk inX + newInSize, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ + newInSize, newInSize
walk 0, 0, 0, @chunkSize
performRayCast: (ray, range = null) ->
aabb = new webglmc.AABB()
chunkSize = CUBE_SIZE * @chunkSize
bestResult = null
this.iterChunksAroundCamera range, (chunk, cx, cy, cz) =>
aabb.vec1[0] = chunkSize * cx
aabb.vec1[1] = chunkSize * cy
aabb.vec1[2] = chunkSize * cz
aabb.vec2[0] = aabb.vec1[0] + chunkSize
aabb.vec2[1] = aabb.vec1[1] + chunkSize
aabb.vec2[2] = aabb.vec1[2] + chunkSize
if !ray.intersectsAABB aabb
return
this.fastChunkRaycast chunk, cx, cy, cz, ray, (result) =>
if !bestResult || bestResult.hit.distance > result.hit.distance
bestResult = result
bestResult
pickBlockAtScreenPosition: (x, y, range = null) ->
ray = webglmc.Ray.fromScreenSpaceNearToFar x, y
this.performRayCast ray, range
pickBlockAtScreenCenter: (range = null) ->
{width, height} = webglmc.engine
this.pickBlockAtScreenPosition width / 2, height / 2, range
pickCloseBlockAtScreenCenter: ->
rv = this.pickBlockAtScreenCenter 1
if rv && rv.hit.distance < 10 then rv else null
drawBlockHighlight: (x, y, z, side) ->
{gl} = webglmc.engine
maker = new webglmc.CubeMaker CUBE_SIZE
rx = x * CUBE_SIZE
ry = y * CUBE_SIZE
rz = z * CUBE_SIZE
maker.addSide side, rx, ry, rz, @selectionTexture
vbo = maker.makeVBO()
webglmc.withContext [webglmc.disabledDepthTest, @shader, @selectionTexture], =>
vbo.draw()
vbo.destroy()
update: (dt) ->
draw: ->
{gl} = webglmc.engine
webglmc.clear @fogColor
webglmc.withContext [@shader, @atlas.texture], =>
@shader.uniform4fv "uSunColor", @sunColor
@shader.uniform3fv "uSunDirection", @sunDirection
@shader.uniform4fv "uFogColor", @fogColor
@shader.uniform1f "uFogDensity", @fogDensity
this.iterVisibleVBOs (vbo) =>
vbo.draw()
publicInterface = self.webglmc ?= {}
publicInterface.World = World
publicInterface.BLOCK_TYPES = BLOCK_TYPES
| true | # Rendering size of a single block cube
CUBE_SIZE = 1.0
# must be a power of two for the octree based fast raycasting
# to work properly.
CHUNK_SIZE = 32
# View distances are in chunks
GENERATE_DISTANCE_X = 2
GENERATE_DISTANCE_Y = 2
GENERATE_DISTANCE_Z = 2
VIEW_DISTANCE_X = 4
VIEW_DISTANCE_Y = 4
VIEW_DISTANCE_Z = 4
# Currently blocks are one byte in size which limits them to 255
# different block types.
BLOCK_TYPES =
air: 0
grass01: 1
grass02: 2
grass03: 3
grass04: 4
stone: 10
granite: 11
rock01: 20
rock02: 21
water: 30
sand: 31
ChunkArray = Uint8Array
parseKey = (key) ->
[x, y, z] = key.split('|')
[+x, +y, +z]
div = (x, y) ->
Math.floor x / y
mod = (x, y) ->
(x % y + y) % y
makeBlockAtlas = ->
builder = new webglmc.AtlasBuilder 1024, 1024, gridAdd: true
for key, blockID of BLOCK_TYPES
if blockID == 0
continue
img = webglmc.resmgr.resources["blocks/#{key}"]
builder.add blockID, img
builder.makeAtlas mipmaps: true
makeNewChunk = (chunkSize) ->
forceChunkType = (chunk) ->
if !chunk instanceof ChunkArray
chunk = new ChunkArray chunk
chunk
class WorldRaycastResult
constructor: (ray, hit, x, y, z, blockID) ->
@x = x
@y = y
@z = z
@blockID = blockID
@ray = ray
@hit = hit
# Neighboring block
switch @hit.side
when 'top' then y += 1
when 'bottom' then y -= 1
when 'right' then x += 1
when 'left' then x -= 1
when 'near' then z += 1
when 'far' then z -= 1
@nx = x
@ny = y
@nz = z
class World
constructor: (seed = null) ->
if seed == null
seed = parseInt Math.random() * 10000000
@seed = seed
@generator = new webglmc.WorldGenerator this
@chunkSize = CHUNK_SIZE
@vboBuildThreshold = +webglmc.getRuntimeParameter 'vboBuildThreshold', 0
@chunks = {}
@cachedVBOs = {}
@dirtyVBOs = {}
@generatingChunks = 0
@shader = webglmc.resmgr.resources['shaders/block']
@sunColor = webglmc.floatColorFromHex '#F2F3DC'
@sunDirection = vec3.create [0.7, 0.8, 1.0]
@fogColor = webglmc.floatColorFromHex '#EDF0F0'
@fogDensity = 0.012
@displays =
chunkStats: webglmc.debugPanel.addDisplay 'Chunk stats'
@atlas = makeBlockAtlas()
@selectionTexture = webglmc.resmgr.resources.selection
getBlock: (x, y, z) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz
if !chunk?
return 0
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
setBlock: (x, y, z, type) ->
{chunkSize} = this
cx = div x, chunkSize
cy = div y, chunkSize
cz = div z, chunkSize
chunk = this.getChunk cx, cy, cz, true
inX = mod x, chunkSize
inY = mod y, chunkSize
inZ = mod z, chunkSize
oldType = chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize]
chunk[inX + inY * chunkSize + inZ * chunkSize * chunkSize] = type
this.markVBODirty cx, cy, cz
# in case we replace air with non air at an edge block we need
# to mark the vbos nearly as dirty
if ((type == 0) != (oldType == 0))
if inX == @chunkSize - 1 then this.markVBODirty cx + 1, cy, cz
else if inX == 0 then this.markVBODirty cx - 1, cy, cz
if inY == @chunkSize - 1 then this.markVBODirty cx, cy + 1, cz
else if inY == 0 then this.markVBODirty cx, cy - 1, cz
if inZ == @chunkSize - 1 then this.markVBODirty cx, cy, cz + 1
else if inZ == 0 then this.markVBODirty cx, cy, cz - 1
getChunk: (x, y, z, create = false) ->
key = PI:KEY:<KEY>END_PI
chunk = @chunks[key]
if !chunk? && create
@chunks[key] = chunk = new ChunkArray @chunkSize * @chunkSize * @chunkSize
chunk
setChunk: (x, y, z, chunk) ->
key = PI:KEY:<KEY>END_PI
@chunks[key] = forceChunkType chunk
@dirtyVBOs[key] = true
this.markVBODirty x + 1, y, z
this.markVBODirty x - 1, y, z
this.markVBODirty x, y + 1, z
this.markVBODirty x, y - 1, z
this.markVBODirty x, y, z + 1
this.markVBODirty x, y, z - 1
updateVBO: (x, y, z) ->
chunk = this.getChunk x, y, z
maker = new webglmc.CubeMaker CUBE_SIZE
{chunkSize} = this
blockTextures = @atlas.slices
offX = x * chunkSize
offY = y * chunkSize
offZ = z * chunkSize
isAir = (cx, cy, cz) =>
if cx >= 0 && cy >= 0 && cz >= 0 &&
cx < chunkSize && cy < chunkSize && cz < chunkSize
return chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize] == 0
return this.getBlock(offX + cx, offY + cy, offZ + cz) == 0
addSide = (side) =>
maker.addSide side, (offX + cx) * CUBE_SIZE, (offY + cy) * CUBE_SIZE,
(offZ + cz) * CUBE_SIZE, blockTextures[blockID]
for cz in [0...chunkSize] by 1
for cy in [0...chunkSize] by 1
for cx in [0...chunkSize] by 1
blockID = chunk[cx + cy * chunkSize + cz * chunkSize * chunkSize]
if blockID == 0
continue
if isAir cx - 1, cy, cz then addSide 'left'
if isAir cx + 1, cy, cz then addSide 'right'
if isAir cx, cy - 1, cz then addSide 'bottom'
if isAir cx, cy + 1, cz then addSide 'top'
if isAir cx, cy, cz - 1 then addSide 'far'
if isAir cx, cy, cz + 1 then addSide 'near'
maker.makeVBO()
markVBODirty: (x, y, z) ->
key = PI:KEY:<KEY>END_PI
if @cachedVBOs[key]
@dirtyVBOs[key] = true
getChunkVBO: (x, y, z) ->
key = PI:KEY:<KEY>END_PI
chunk = @chunks[key]
if !chunk
return null
vbo = @cachedVBOs[key]
if (!vbo || @dirtyVBOs[key]) && this.generatingChunks <= @vboBuildThreshold
vbo.destroy() if vbo
vbo = this.updateVBO x, y, z
delete @dirtyVBOs[key]
@cachedVBOs[key] = vbo
vbo
iterVisibleVBOs: (callback) ->
cameraPos = webglmc.engine.getCameraPos()
chunkCount = 0
rv = []
chunkSize = CUBE_SIZE * @chunkSize
[ccx, ccy, ccz] = this.chunkAtCameraPosition()
for x in [ccx - VIEW_DISTANCE_X..ccx + VIEW_DISTANCE_X] by 1
for y in [ccy - VIEW_DISTANCE_Y..ccy + VIEW_DISTANCE_Y] by 1
for z in [ccz - VIEW_DISTANCE_Z..ccz + VIEW_DISTANCE_Z] by 1
vbo = this.getChunkVBO x, y, z
if !vbo
continue
distance = vec3.create [x - ccx, y - ccy, z - ccz]
rv.push vbo: vbo, distance: vec3.norm2 distance
rv.sort (a, b) -> a.distance - b.distance
@displays.chunkStats.setText "visibleVBOs=#{rv.length
} generatingChunks=#{@generatingChunks}"
for info in rv
callback info.vbo
chunkAtCameraPosition: ->
[x, y, z] = webglmc.engine.getCameraPos()
[Math.floor(x / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(y / CUBE_SIZE / @chunkSize + 0.5),
Math.floor(z / CUBE_SIZE / @chunkSize + 0.5)]
requestMissingChunks: ->
[x, y, z] = this.chunkAtCameraPosition()
for cx in [x - GENERATE_DISTANCE_X..x + GENERATE_DISTANCE_X] by 1
for cy in [y - GENERATE_DISTANCE_Y..y + GENERATE_DISTANCE_Y] by 1
for cz in [z - GENERATE_DISTANCE_Z..z + GENERATE_DISTANCE_Z] by 1
chunk = this.getChunk cx, cy, cz
if !chunk
this.requestChunk cx, cy, cz
requestChunk: (x, y, z) ->
# ensure chunk exists so that we don't request chunks
# multiple times in requestMissingChunks
this.getChunk x, y, z, true
@generatingChunks++
@generator.generateChunk x, y, z
setRequestedChunk: (x, y, z, chunk) ->
@generatingChunks--
this.setChunk x, y, z, chunk
iterChunksAroundCamera: (range, callback) ->
if range == null
for key, chunk of @chunks
callback(chunk, parseKey(key)...)
return
[cx, cy, cz] = this.chunkAtCameraPosition()
for x in [cx - range..cx + range]
for y in [cy - range..cy + range]
for z in [cz - range..cz + range]
chunk = @chunks["#{x}|#{y}|#{z}"]
if chunk
callback(chunk, x, y, z)
fastChunkRaycast: (chunk, cx, cy, cz, ray, callback) ->
aabb = new webglmc.AABB()
offX = @chunkSize * cx
offY = @chunkSize * cy
offZ = @chunkSize * cz
walk = (inX, inY, inZ, inSize) =>
realX = offX + inX
realY = offY + inY
realZ = offZ + inZ
actualInSize = CUBE_SIZE * inSize
aabb.vec1[0] = realX * CUBE_SIZE
aabb.vec1[1] = realY * CUBE_SIZE
aabb.vec1[2] = realZ * CUBE_SIZE
aabb.vec2[0] = aabb.vec1[0] + actualInSize
aabb.vec2[1] = aabb.vec1[1] + actualInSize
aabb.vec2[2] = aabb.vec1[2] + actualInSize
hit = ray.intersectsAABB aabb, inSize != 1
if !hit
return
if inSize == 1
blockID = chunk[inX + inY * @chunkSize + inZ * @chunkSize * @chunkSize]
if blockID
result = new WorldRaycastResult ray, hit, realX, realY, realZ, blockID
if !this.getBlock result.nx, result.ny, result.nz
callback result
return
newInSize = inSize / 2
walk inX, inY, inZ, newInSize
walk inX + newInSize, inY, inZ, newInSize
walk inX, inY + newInSize, inZ, newInSize
walk inX, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ, newInSize
walk inX, inY + newInSize, inZ + newInSize, newInSize
walk inX + newInSize, inY, inZ + newInSize, newInSize
walk inX + newInSize, inY + newInSize, inZ + newInSize, newInSize
walk 0, 0, 0, @chunkSize
performRayCast: (ray, range = null) ->
aabb = new webglmc.AABB()
chunkSize = CUBE_SIZE * @chunkSize
bestResult = null
this.iterChunksAroundCamera range, (chunk, cx, cy, cz) =>
aabb.vec1[0] = chunkSize * cx
aabb.vec1[1] = chunkSize * cy
aabb.vec1[2] = chunkSize * cz
aabb.vec2[0] = aabb.vec1[0] + chunkSize
aabb.vec2[1] = aabb.vec1[1] + chunkSize
aabb.vec2[2] = aabb.vec1[2] + chunkSize
if !ray.intersectsAABB aabb
return
this.fastChunkRaycast chunk, cx, cy, cz, ray, (result) =>
if !bestResult || bestResult.hit.distance > result.hit.distance
bestResult = result
bestResult
pickBlockAtScreenPosition: (x, y, range = null) ->
ray = webglmc.Ray.fromScreenSpaceNearToFar x, y
this.performRayCast ray, range
pickBlockAtScreenCenter: (range = null) ->
{width, height} = webglmc.engine
this.pickBlockAtScreenPosition width / 2, height / 2, range
pickCloseBlockAtScreenCenter: ->
rv = this.pickBlockAtScreenCenter 1
if rv && rv.hit.distance < 10 then rv else null
drawBlockHighlight: (x, y, z, side) ->
{gl} = webglmc.engine
maker = new webglmc.CubeMaker CUBE_SIZE
rx = x * CUBE_SIZE
ry = y * CUBE_SIZE
rz = z * CUBE_SIZE
maker.addSide side, rx, ry, rz, @selectionTexture
vbo = maker.makeVBO()
webglmc.withContext [webglmc.disabledDepthTest, @shader, @selectionTexture], =>
vbo.draw()
vbo.destroy()
update: (dt) ->
draw: ->
{gl} = webglmc.engine
webglmc.clear @fogColor
webglmc.withContext [@shader, @atlas.texture], =>
@shader.uniform4fv "uSunColor", @sunColor
@shader.uniform3fv "uSunDirection", @sunDirection
@shader.uniform4fv "uFogColor", @fogColor
@shader.uniform1f "uFogDensity", @fogDensity
this.iterVisibleVBOs (vbo) =>
vbo.draw()
publicInterface = self.webglmc ?= {}
publicInterface.World = World
publicInterface.BLOCK_TYPES = BLOCK_TYPES
|
[
{
"context": "## MCSHOPDEX by LAKEN HAFNER\n## (c) 2017\n## AVAILABLE UNDER THE MIT LICENSE\n##",
"end": 28,
"score": 0.9998864531517029,
"start": 16,
"tag": "NAME",
"value": "LAKEN HAFNER"
},
{
"context": "T LICENSE\n## PROJECT HOMEPAGE: HTTPS://GITLAB.COM/LAKEN/MCSHOPDEX/\n\n# creating a few variables, setting t",
"end": 121,
"score": 0.9997022151947021,
"start": 116,
"tag": "USERNAME",
"value": "LAKEN"
}
] | js/shopdex.coffee | FrozenBeard/MCShop | 2 | ## MCSHOPDEX by LAKEN HAFNER
## (c) 2017
## AVAILABLE UNDER THE MIT LICENSE
## PROJECT HOMEPAGE: HTTPS://GITLAB.COM/LAKEN/MCSHOPDEX/
# creating a few variables, setting them to null for now
symbol = null
dynmapURL = null
# on page load, starts all other functions
$ ->
# loading our config
$.getJSON 'config.json', (configData) ->
console.log "Recieved Config..."
# assigning each key's value in the config to a variable
name = configData.shopdexName
ip = configData.serverIP
json = configData.shopData
dynmapURL = configData.dynmapURL
itemApi = configData.itemAPI
symbol = configData.currencySymbol
# filling blanks spots with the variables we set
$('#shopdexName').text name
$('#shopdexIp').text ip
# now we're going to grab data about the server...
getServerData ip
# going to load item api now...
idItems itemApi, (itemNames) ->
# while we are still dealing with the config, we need to load the shopdata
loadShopData json, itemNames
getServerData = (ip) ->
# using https://mcapi.ca/
# first going to check if the server specified is online or not...
$.getJSON 'https://mcapi.ca/query/' + ip + '/info', (serverData) ->
status = serverData.status
version = serverData.version
if status is true
# because it defaults to red text saying `Offline` we are removing the red text class, adding the green one, and replacing text contents
$('#shopdexStatusColor').removeClass 'red-text'
$('#shopdexStatusColor').addClass 'green-text'
$('#shopdexStatus').text 'Online'
$('#shopdexVersion').text version
# changing displayed picture to the official server one...
$('#shopdexImage').attr 'src', 'https://mcapi.ca/query/' + ip + '/icon'
console.log "Loaded Config!"
idItems = (itemApi, callback) ->
$.getJSON itemApi, (items) ->
console.log "Recieved Item JSON..."
itemIds = {}
for itemData, itemDataVal of items
# here we're turning the array of objects into an easier format.. plain 'ol array
itemId = itemDataVal.type + ":" + itemDataVal.meta
itemIds[itemId] = itemDataVal.name.toLowerCase()
console.log "Converted Item JSON!"
console.log itemIds
callback itemIds
shops = []
loadShopData = (json, itemNames) ->
$.getJSON json, (jsonData) ->
console.log "Recieved Shop JSON..."
# because of the way the json is structured, we have to nest all of these loops
# i know it's horrible
validSigns = ["buy", "sell", "ibuy", "isell"]
for root, rootVal of jsonData
if rootVal.invItems.length < 2
# now we're checking for if there are multiple items sold in a shop
# less than 2 objects in InvItems means that it isn't a multi-item shop
multiShop = false
else
multiShop = true
shopGroup = []
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# looping through the invitems to grab the name and amount of each item sold @ the same shop
# atm we only grab those 2, so any meta values (such as enchantments) are not recorded there.. might fix in the future
shopGroupItemId = invItemsVal.type + ":" + invItemsVal.durability
shopGroup.push invItemsVal.amount + " " + itemNames[shopGroupItemId]
multiShopItems = shopGroup.join(', ')
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# this makes it much easier to work with the data, can go through all this only once instead of during every damn search
shop = {}
shop.itemId = invItemsVal.type + ":" + invItemsVal.durability
shop.name = itemNames[shop.itemId]
shop.type = rootVal.signType
shop.price = rootVal.signPrice
shop.amount = invItemsVal.amount
shop.owner = rootVal.ownerName
shop.owner = "Server" if shop.type is "ibuy" or shop.type is "isell"
shop.stock = rootVal.invInStock
shop.stock = "infinite" if shop.type is "ibuy" or shop.type is "isell"
shop.world = rootVal.locWorld
shop.x = rootVal.locX
shop.y = rootVal.locY
shop.z = rootVal.locZ
shop.enchants = null;
if invItemsVal.meta
if invItemsVal.meta.enchantments
enchantList = []
for enchant, level of invItemsVal.meta.enchantments
# turning the enchants into a more familiar format...
enchantList.push ENCHANTS[enchant] + " " + NUMERALS[level]
# if multiple enchantments, we are joining them together with a comma and a space ;)
shop.enchants = enchantList.join(', ')
shop.multi = multiShopItems if multiShop isnt false
if shop.multi or shop.enchants
shop.hasMeta = true
shops.push shop
shops = shops.sort (a, b) ->
# defaulting to sorting by price, in the future this may be a search option..
pricePerA = a.price / a.amount
pricePerB = b.price / b.amount
pricePerA - pricePerB
console.log shops
console.log "Loaded Shops!"
$('#loadingSpinner').hide()
$('#itemSearchBox').removeAttr 'disabled'
$('#playerSearchBox').removeAttr 'disabled'
$('#itemSearchBox').on 'input', () ->
# this function searches the data based on itemname provided on each value change in the input
$('#results').html ""
$('#playerSearchBox').val ""
search = $('#itemSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
if shop.enchants
enchantSearch = shop.enchants.toLowerCase()
if shop.name and shop.name.includes(search) or enchantSearch.includes(search)
generateResults shop
else
if shop.name and shop.name.includes(search)
generateResults shop
$('#playerSearchBox').on 'input', () ->
# this function searches the data based on playername provided on each value change in the input
$('#results').html ""
$('#itemSearchBox').val ""
search = $('#playerSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
shopOwner = shop.owner.toLowerCase()
if shopOwner and shopOwner.includes(search)
generateResults shop
generateResults = (shop) ->
# this function generates results from the shop given to it
if shop.stock is true
color = 'green-text'
inStock = 'In Stock'
else
if shop.stock is "infinite"
color = 'green-text'
inStock = '∞ Stock'
else
color = 'red-text'
inStock = 'No Stock'
shopImage = shop.itemId.replace ':', '-'
playerHead = "https://mcapi.ca/avatar/" + shop.owner
if shop.owner is "Server"
playerHead = "https://mcapi.ca/query/" + $('#shopdexIp').text() + "/icon/"
if shop.enchants
enchantDisplay = "<p>Enchanted with<em> " + shop.enchants + "</em></p>"
else
enchantDisplay = ""
if shop.multi
multiDisplay = "<p>Includes<em> " + shop.multi + "</em></p>"
else
multiDisplay = ""
if shop.hasMeta is true
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world } <button class="show-on-mobile show-more-info">More Details</button><small class="show-on-desktop">Hover to See More Details</small></p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
<div class="result-more-info">
#{ enchantDisplay }
#{ multiDisplay }
</div>
</div>
</div>
"""
else
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world }</p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
</div>
</div>
"""
# enchant and numerals clean names below
ENCHANTS =
'ARROW_DAMAGE': 'Power'
'ARROW_FIRE': 'Flame'
'ARROW_INFINITE': 'Infinity'
'ARROW_KNOCKBACK': 'Punch'
'BINDING_CURSE': 'Curse of Binding'
'DAMAGE_ALL': 'Sharpness'
'DAMAGE_ARTHROPODS': 'Bane of Arthropods'
'DAMAGE_UNDEAD': 'Smite'
'DEPTH_STRIDER': 'Depth Strider'
'DIG_SPEED': 'Efficiency'
'DURABILITY': 'Unbreaking'
'FIRE_ASPECT': 'Fire Aspect'
'FROST_WALKER': 'Frost Walker'
'KNOCKBACK': 'Knockback'
'LOOT_BONUS_BLOCKS': 'Fortune'
'LOOT_BONUS_MOBS': 'Looting'
'LUCK': 'Luck of the Sea'
'LURE': 'Lure'
'MENDING': 'Mending'
'OXYGEN': 'Respiration'
'PROTECTION_ENVIRONMENTAL': 'Protection'
'PROTECTION_EXPLOSIONS': 'Blast Protection'
'PROTECTION_FALL': 'Feather Falling'
'PROTECTION_FIRE': 'Fire Protection'
'PROTECTION_PROJECTILE': 'Projectile Protection'
'SILK_TOUCH': 'Silk Touch'
'SWEEPING': 'Sweeping Edge'
'THORNS': 'Thorns'
'VANISHING_CURSE': 'Curse of Vanishing'
'WATER_WORKER': 'Aqua Affinity'
NUMERALS =
'1': 'I'
'2': 'II'
'3': 'III'
'4': 'IV'
'5': 'V'
| 180306 | ## MCSHOPDEX by <NAME>
## (c) 2017
## AVAILABLE UNDER THE MIT LICENSE
## PROJECT HOMEPAGE: HTTPS://GITLAB.COM/LAKEN/MCSHOPDEX/
# creating a few variables, setting them to null for now
symbol = null
dynmapURL = null
# on page load, starts all other functions
$ ->
# loading our config
$.getJSON 'config.json', (configData) ->
console.log "Recieved Config..."
# assigning each key's value in the config to a variable
name = configData.shopdexName
ip = configData.serverIP
json = configData.shopData
dynmapURL = configData.dynmapURL
itemApi = configData.itemAPI
symbol = configData.currencySymbol
# filling blanks spots with the variables we set
$('#shopdexName').text name
$('#shopdexIp').text ip
# now we're going to grab data about the server...
getServerData ip
# going to load item api now...
idItems itemApi, (itemNames) ->
# while we are still dealing with the config, we need to load the shopdata
loadShopData json, itemNames
getServerData = (ip) ->
# using https://mcapi.ca/
# first going to check if the server specified is online or not...
$.getJSON 'https://mcapi.ca/query/' + ip + '/info', (serverData) ->
status = serverData.status
version = serverData.version
if status is true
# because it defaults to red text saying `Offline` we are removing the red text class, adding the green one, and replacing text contents
$('#shopdexStatusColor').removeClass 'red-text'
$('#shopdexStatusColor').addClass 'green-text'
$('#shopdexStatus').text 'Online'
$('#shopdexVersion').text version
# changing displayed picture to the official server one...
$('#shopdexImage').attr 'src', 'https://mcapi.ca/query/' + ip + '/icon'
console.log "Loaded Config!"
idItems = (itemApi, callback) ->
$.getJSON itemApi, (items) ->
console.log "Recieved Item JSON..."
itemIds = {}
for itemData, itemDataVal of items
# here we're turning the array of objects into an easier format.. plain 'ol array
itemId = itemDataVal.type + ":" + itemDataVal.meta
itemIds[itemId] = itemDataVal.name.toLowerCase()
console.log "Converted Item JSON!"
console.log itemIds
callback itemIds
shops = []
loadShopData = (json, itemNames) ->
$.getJSON json, (jsonData) ->
console.log "Recieved Shop JSON..."
# because of the way the json is structured, we have to nest all of these loops
# i know it's horrible
validSigns = ["buy", "sell", "ibuy", "isell"]
for root, rootVal of jsonData
if rootVal.invItems.length < 2
# now we're checking for if there are multiple items sold in a shop
# less than 2 objects in InvItems means that it isn't a multi-item shop
multiShop = false
else
multiShop = true
shopGroup = []
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# looping through the invitems to grab the name and amount of each item sold @ the same shop
# atm we only grab those 2, so any meta values (such as enchantments) are not recorded there.. might fix in the future
shopGroupItemId = invItemsVal.type + ":" + invItemsVal.durability
shopGroup.push invItemsVal.amount + " " + itemNames[shopGroupItemId]
multiShopItems = shopGroup.join(', ')
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# this makes it much easier to work with the data, can go through all this only once instead of during every damn search
shop = {}
shop.itemId = invItemsVal.type + ":" + invItemsVal.durability
shop.name = itemNames[shop.itemId]
shop.type = rootVal.signType
shop.price = rootVal.signPrice
shop.amount = invItemsVal.amount
shop.owner = rootVal.ownerName
shop.owner = "Server" if shop.type is "ibuy" or shop.type is "isell"
shop.stock = rootVal.invInStock
shop.stock = "infinite" if shop.type is "ibuy" or shop.type is "isell"
shop.world = rootVal.locWorld
shop.x = rootVal.locX
shop.y = rootVal.locY
shop.z = rootVal.locZ
shop.enchants = null;
if invItemsVal.meta
if invItemsVal.meta.enchantments
enchantList = []
for enchant, level of invItemsVal.meta.enchantments
# turning the enchants into a more familiar format...
enchantList.push ENCHANTS[enchant] + " " + NUMERALS[level]
# if multiple enchantments, we are joining them together with a comma and a space ;)
shop.enchants = enchantList.join(', ')
shop.multi = multiShopItems if multiShop isnt false
if shop.multi or shop.enchants
shop.hasMeta = true
shops.push shop
shops = shops.sort (a, b) ->
# defaulting to sorting by price, in the future this may be a search option..
pricePerA = a.price / a.amount
pricePerB = b.price / b.amount
pricePerA - pricePerB
console.log shops
console.log "Loaded Shops!"
$('#loadingSpinner').hide()
$('#itemSearchBox').removeAttr 'disabled'
$('#playerSearchBox').removeAttr 'disabled'
$('#itemSearchBox').on 'input', () ->
# this function searches the data based on itemname provided on each value change in the input
$('#results').html ""
$('#playerSearchBox').val ""
search = $('#itemSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
if shop.enchants
enchantSearch = shop.enchants.toLowerCase()
if shop.name and shop.name.includes(search) or enchantSearch.includes(search)
generateResults shop
else
if shop.name and shop.name.includes(search)
generateResults shop
$('#playerSearchBox').on 'input', () ->
# this function searches the data based on playername provided on each value change in the input
$('#results').html ""
$('#itemSearchBox').val ""
search = $('#playerSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
shopOwner = shop.owner.toLowerCase()
if shopOwner and shopOwner.includes(search)
generateResults shop
generateResults = (shop) ->
# this function generates results from the shop given to it
if shop.stock is true
color = 'green-text'
inStock = 'In Stock'
else
if shop.stock is "infinite"
color = 'green-text'
inStock = '∞ Stock'
else
color = 'red-text'
inStock = 'No Stock'
shopImage = shop.itemId.replace ':', '-'
playerHead = "https://mcapi.ca/avatar/" + shop.owner
if shop.owner is "Server"
playerHead = "https://mcapi.ca/query/" + $('#shopdexIp').text() + "/icon/"
if shop.enchants
enchantDisplay = "<p>Enchanted with<em> " + shop.enchants + "</em></p>"
else
enchantDisplay = ""
if shop.multi
multiDisplay = "<p>Includes<em> " + shop.multi + "</em></p>"
else
multiDisplay = ""
if shop.hasMeta is true
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world } <button class="show-on-mobile show-more-info">More Details</button><small class="show-on-desktop">Hover to See More Details</small></p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
<div class="result-more-info">
#{ enchantDisplay }
#{ multiDisplay }
</div>
</div>
</div>
"""
else
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world }</p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
</div>
</div>
"""
# enchant and numerals clean names below
ENCHANTS =
'ARROW_DAMAGE': 'Power'
'ARROW_FIRE': 'Flame'
'ARROW_INFINITE': 'Infinity'
'ARROW_KNOCKBACK': 'Punch'
'BINDING_CURSE': 'Curse of Binding'
'DAMAGE_ALL': 'Sharpness'
'DAMAGE_ARTHROPODS': 'Bane of Arthropods'
'DAMAGE_UNDEAD': 'Smite'
'DEPTH_STRIDER': 'Depth Strider'
'DIG_SPEED': 'Efficiency'
'DURABILITY': 'Unbreaking'
'FIRE_ASPECT': 'Fire Aspect'
'FROST_WALKER': 'Frost Walker'
'KNOCKBACK': 'Knockback'
'LOOT_BONUS_BLOCKS': 'Fortune'
'LOOT_BONUS_MOBS': 'Looting'
'LUCK': 'Luck of the Sea'
'LURE': 'Lure'
'MENDING': 'Mending'
'OXYGEN': 'Respiration'
'PROTECTION_ENVIRONMENTAL': 'Protection'
'PROTECTION_EXPLOSIONS': 'Blast Protection'
'PROTECTION_FALL': 'Feather Falling'
'PROTECTION_FIRE': 'Fire Protection'
'PROTECTION_PROJECTILE': 'Projectile Protection'
'SILK_TOUCH': 'Silk Touch'
'SWEEPING': 'Sweeping Edge'
'THORNS': 'Thorns'
'VANISHING_CURSE': 'Curse of Vanishing'
'WATER_WORKER': 'Aqua Affinity'
NUMERALS =
'1': 'I'
'2': 'II'
'3': 'III'
'4': 'IV'
'5': 'V'
| true | ## MCSHOPDEX by PI:NAME:<NAME>END_PI
## (c) 2017
## AVAILABLE UNDER THE MIT LICENSE
## PROJECT HOMEPAGE: HTTPS://GITLAB.COM/LAKEN/MCSHOPDEX/
# creating a few variables, setting them to null for now
symbol = null
dynmapURL = null
# on page load, starts all other functions
$ ->
# loading our config
$.getJSON 'config.json', (configData) ->
console.log "Recieved Config..."
# assigning each key's value in the config to a variable
name = configData.shopdexName
ip = configData.serverIP
json = configData.shopData
dynmapURL = configData.dynmapURL
itemApi = configData.itemAPI
symbol = configData.currencySymbol
# filling blanks spots with the variables we set
$('#shopdexName').text name
$('#shopdexIp').text ip
# now we're going to grab data about the server...
getServerData ip
# going to load item api now...
idItems itemApi, (itemNames) ->
# while we are still dealing with the config, we need to load the shopdata
loadShopData json, itemNames
getServerData = (ip) ->
# using https://mcapi.ca/
# first going to check if the server specified is online or not...
$.getJSON 'https://mcapi.ca/query/' + ip + '/info', (serverData) ->
status = serverData.status
version = serverData.version
if status is true
# because it defaults to red text saying `Offline` we are removing the red text class, adding the green one, and replacing text contents
$('#shopdexStatusColor').removeClass 'red-text'
$('#shopdexStatusColor').addClass 'green-text'
$('#shopdexStatus').text 'Online'
$('#shopdexVersion').text version
# changing displayed picture to the official server one...
$('#shopdexImage').attr 'src', 'https://mcapi.ca/query/' + ip + '/icon'
console.log "Loaded Config!"
idItems = (itemApi, callback) ->
$.getJSON itemApi, (items) ->
console.log "Recieved Item JSON..."
itemIds = {}
for itemData, itemDataVal of items
# here we're turning the array of objects into an easier format.. plain 'ol array
itemId = itemDataVal.type + ":" + itemDataVal.meta
itemIds[itemId] = itemDataVal.name.toLowerCase()
console.log "Converted Item JSON!"
console.log itemIds
callback itemIds
shops = []
loadShopData = (json, itemNames) ->
$.getJSON json, (jsonData) ->
console.log "Recieved Shop JSON..."
# because of the way the json is structured, we have to nest all of these loops
# i know it's horrible
validSigns = ["buy", "sell", "ibuy", "isell"]
for root, rootVal of jsonData
if rootVal.invItems.length < 2
# now we're checking for if there are multiple items sold in a shop
# less than 2 objects in InvItems means that it isn't a multi-item shop
multiShop = false
else
multiShop = true
shopGroup = []
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# looping through the invitems to grab the name and amount of each item sold @ the same shop
# atm we only grab those 2, so any meta values (such as enchantments) are not recorded there.. might fix in the future
shopGroupItemId = invItemsVal.type + ":" + invItemsVal.durability
shopGroup.push invItemsVal.amount + " " + itemNames[shopGroupItemId]
multiShopItems = shopGroup.join(', ')
for invItems, invItemsVal of rootVal.invItems
if rootVal.signType in validSigns
# this makes it much easier to work with the data, can go through all this only once instead of during every damn search
shop = {}
shop.itemId = invItemsVal.type + ":" + invItemsVal.durability
shop.name = itemNames[shop.itemId]
shop.type = rootVal.signType
shop.price = rootVal.signPrice
shop.amount = invItemsVal.amount
shop.owner = rootVal.ownerName
shop.owner = "Server" if shop.type is "ibuy" or shop.type is "isell"
shop.stock = rootVal.invInStock
shop.stock = "infinite" if shop.type is "ibuy" or shop.type is "isell"
shop.world = rootVal.locWorld
shop.x = rootVal.locX
shop.y = rootVal.locY
shop.z = rootVal.locZ
shop.enchants = null;
if invItemsVal.meta
if invItemsVal.meta.enchantments
enchantList = []
for enchant, level of invItemsVal.meta.enchantments
# turning the enchants into a more familiar format...
enchantList.push ENCHANTS[enchant] + " " + NUMERALS[level]
# if multiple enchantments, we are joining them together with a comma and a space ;)
shop.enchants = enchantList.join(', ')
shop.multi = multiShopItems if multiShop isnt false
if shop.multi or shop.enchants
shop.hasMeta = true
shops.push shop
shops = shops.sort (a, b) ->
# defaulting to sorting by price, in the future this may be a search option..
pricePerA = a.price / a.amount
pricePerB = b.price / b.amount
pricePerA - pricePerB
console.log shops
console.log "Loaded Shops!"
$('#loadingSpinner').hide()
$('#itemSearchBox').removeAttr 'disabled'
$('#playerSearchBox').removeAttr 'disabled'
$('#itemSearchBox').on 'input', () ->
# this function searches the data based on itemname provided on each value change in the input
$('#results').html ""
$('#playerSearchBox').val ""
search = $('#itemSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
if shop.enchants
enchantSearch = shop.enchants.toLowerCase()
if shop.name and shop.name.includes(search) or enchantSearch.includes(search)
generateResults shop
else
if shop.name and shop.name.includes(search)
generateResults shop
$('#playerSearchBox').on 'input', () ->
# this function searches the data based on playername provided on each value change in the input
$('#results').html ""
$('#itemSearchBox').val ""
search = $('#playerSearchBox').val().toLowerCase()
$('#resultsLabel').show()
$('#query').text search
for searchShop, shop of shops
shopOwner = shop.owner.toLowerCase()
if shopOwner and shopOwner.includes(search)
generateResults shop
generateResults = (shop) ->
# this function generates results from the shop given to it
if shop.stock is true
color = 'green-text'
inStock = 'In Stock'
else
if shop.stock is "infinite"
color = 'green-text'
inStock = '∞ Stock'
else
color = 'red-text'
inStock = 'No Stock'
shopImage = shop.itemId.replace ':', '-'
playerHead = "https://mcapi.ca/avatar/" + shop.owner
if shop.owner is "Server"
playerHead = "https://mcapi.ca/query/" + $('#shopdexIp').text() + "/icon/"
if shop.enchants
enchantDisplay = "<p>Enchanted with<em> " + shop.enchants + "</em></p>"
else
enchantDisplay = ""
if shop.multi
multiDisplay = "<p>Includes<em> " + shop.multi + "</em></p>"
else
multiDisplay = ""
if shop.hasMeta is true
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world } <button class="show-on-mobile show-more-info">More Details</button><small class="show-on-desktop">Hover to See More Details</small></p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
<div class="result-more-info">
#{ enchantDisplay }
#{ multiDisplay }
</div>
</div>
</div>
"""
else
$('#results').append """
<div class="result">
<img class="result-image" src="img/#{ shopImage }.png" alt="#{ shop.name }">
<div class="result-info">
<p><strong>#{ shop.type }</strong> #{ shop.amount } #{ shop.name } for #{ symbol }#{ shop.price }</p>
<p><span class="#{ color }">#{ inStock }</span> @ <a href="#{ dynmapURL + "?worldname=" + shop.world + "&mapname=surface&zoom=20&x=" + shop.x + "&y=" + shop.y + "&z=" + shop.z }" target="_blank">x#{ shop.x }, y#{ shop.y }, z#{ shop.z }</a>
<p><i class="icon-globe"></i> #{ shop.world }</p>
<div class="result-player"><img src="#{ playerHead }" width="30px" height="30px"><p> #{ shop.owner }</p></div>
</div>
</div>
"""
# enchant and numerals clean names below
ENCHANTS =
'ARROW_DAMAGE': 'Power'
'ARROW_FIRE': 'Flame'
'ARROW_INFINITE': 'Infinity'
'ARROW_KNOCKBACK': 'Punch'
'BINDING_CURSE': 'Curse of Binding'
'DAMAGE_ALL': 'Sharpness'
'DAMAGE_ARTHROPODS': 'Bane of Arthropods'
'DAMAGE_UNDEAD': 'Smite'
'DEPTH_STRIDER': 'Depth Strider'
'DIG_SPEED': 'Efficiency'
'DURABILITY': 'Unbreaking'
'FIRE_ASPECT': 'Fire Aspect'
'FROST_WALKER': 'Frost Walker'
'KNOCKBACK': 'Knockback'
'LOOT_BONUS_BLOCKS': 'Fortune'
'LOOT_BONUS_MOBS': 'Looting'
'LUCK': 'Luck of the Sea'
'LURE': 'Lure'
'MENDING': 'Mending'
'OXYGEN': 'Respiration'
'PROTECTION_ENVIRONMENTAL': 'Protection'
'PROTECTION_EXPLOSIONS': 'Blast Protection'
'PROTECTION_FALL': 'Feather Falling'
'PROTECTION_FIRE': 'Fire Protection'
'PROTECTION_PROJECTILE': 'Projectile Protection'
'SILK_TOUCH': 'Silk Touch'
'SWEEPING': 'Sweeping Edge'
'THORNS': 'Thorns'
'VANISHING_CURSE': 'Curse of Vanishing'
'WATER_WORKER': 'Aqua Affinity'
NUMERALS =
'1': 'I'
'2': 'II'
'3': 'III'
'4': 'IV'
'5': 'V'
|
[
{
"context": "y The Mousetrap key combo string (e.g. \"k\", \"shift+s\", \"command+t\")\n @param {function} fn The callb",
"end": 466,
"score": 0.6316704154014587,
"start": 465,
"tag": "KEY",
"value": "s"
},
{
"context": "ap key combo string (e.g. \"k\", \"shift+s\", \"command+t\")\n @param {function} fn The callback.\n @par",
"end": 479,
"score": 0.613407552242279,
"start": 478,
"tag": "KEY",
"value": "t"
},
{
"context": "y The Mousetrap key combo string (e.g. \"k\", \"shift+s\", \"command+t\")\n ###\n unbind: (key) ->\n ",
"end": 1073,
"score": 0.6424009799957275,
"start": 1072,
"tag": "KEY",
"value": "s"
},
{
"context": "ap key combo string (e.g. \"k\", \"shift+s\", \"command+t\")\n ###\n unbind: (key) ->\n Mousetrap.un",
"end": 1086,
"score": 0.6566119194030762,
"start": 1085,
"tag": "KEY",
"value": "t"
}
] | src/common/keyCommands/keyCommands.coffee | anandthakker/yawpcow | 1 | angular.module("yawpcow.keyCommands", []
).config( () ->
stopCallback = Mousetrap.stopCallback
Mousetrap.stopCallback = (e, element, combo) ->
return not combo.match(/ctrl|alt|option|meta|command|esc/i) and stopCallback(e,element,combo)
).factory("keyCommands", ($log) ->
glossary = {}
keyCommands =
###
@param {Object} scope The scope associated with this key binding.
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+s", "command+t")
@param {function} fn The callback.
@param {String} description A description for this key command, for use in the glossary.
BUG:
No history/stack on a given key combo, so if a binding is overwritten,
then when scope of the latter is destroyed, the former won't be restored.
###
bind: (scope, key, fn, description) ->
Mousetrap.bind key, fn
if(description?)
glossary[key] = description
scope.$on "$destroy", (event)->
keyCommands.unbind key
###
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+s", "command+t")
###
unbind: (key) ->
Mousetrap.unbind(key)
delete glossary[key]
###
@property An object whose properties are key combo strings and values are descriptions.
###
glossary: glossary
).directive("ycKey", ($log, $parse, $window, $rootScope, $location, keyCommands) ->
safeApply = (scope, fn) ->
if(scope.$$phase)
fn()
else
scope.$apply fn
restrict: "A"
###
Expected attributes:
yc-key can be in the form "key" or "key:description"
yc-key-command is an expression to be evaluated when yc-key is pressed. If it's absent,
we'll try to either follow the link or else trigger the click event.
###
link: (scope, element, attrs) ->
## This is hacky, and prevents ":" from being used as an actual key binding.
delim = attrs.ycKey.indexOf(":")
#parse yc-key attribute
[key, desc] = if delim > 0
[attrs.ycKey.substring(0,delim), attrs.ycKey.substring(delim+1)]
else
[attrs.ycKey, element.text()]
#parse key as an array if appropriate.
if key.trim().indexOf("[") is 0
key = scope.$eval(key)
preventDefault = true
if attrs.ycKeyCommand?
cmd = (e) -> safeApply(scope, () ->
e.preventDefault() if preventDefault
scope.$eval(attrs.ycKeyCommand)
)
else if (element.prop('tagName')?.match /a/i)
cmd = (e) ->
e.preventDefault() if preventDefault
if(element.prop('href')?.length > 0)
safeApply scope, () ->
$window.location.href = element.prop('href')
else
#keeping this out of $apply because ng-click calls apply.
element.triggerHandler 'click'
else
#keeping this out of $apply because ng-click calls apply.
cmd = (e) ->
e.preventDefault() if preventDefault
element.triggerHandler 'click'
keyCommands.bind scope, key, cmd, desc
)
### TBD:
A little directive to insert shortcut key label onto controls.
###
### TBD:
A glossary directive?
### | 210345 | angular.module("yawpcow.keyCommands", []
).config( () ->
stopCallback = Mousetrap.stopCallback
Mousetrap.stopCallback = (e, element, combo) ->
return not combo.match(/ctrl|alt|option|meta|command|esc/i) and stopCallback(e,element,combo)
).factory("keyCommands", ($log) ->
glossary = {}
keyCommands =
###
@param {Object} scope The scope associated with this key binding.
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+<KEY>", "command+<KEY>")
@param {function} fn The callback.
@param {String} description A description for this key command, for use in the glossary.
BUG:
No history/stack on a given key combo, so if a binding is overwritten,
then when scope of the latter is destroyed, the former won't be restored.
###
bind: (scope, key, fn, description) ->
Mousetrap.bind key, fn
if(description?)
glossary[key] = description
scope.$on "$destroy", (event)->
keyCommands.unbind key
###
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+<KEY>", "command+<KEY>")
###
unbind: (key) ->
Mousetrap.unbind(key)
delete glossary[key]
###
@property An object whose properties are key combo strings and values are descriptions.
###
glossary: glossary
).directive("ycKey", ($log, $parse, $window, $rootScope, $location, keyCommands) ->
safeApply = (scope, fn) ->
if(scope.$$phase)
fn()
else
scope.$apply fn
restrict: "A"
###
Expected attributes:
yc-key can be in the form "key" or "key:description"
yc-key-command is an expression to be evaluated when yc-key is pressed. If it's absent,
we'll try to either follow the link or else trigger the click event.
###
link: (scope, element, attrs) ->
## This is hacky, and prevents ":" from being used as an actual key binding.
delim = attrs.ycKey.indexOf(":")
#parse yc-key attribute
[key, desc] = if delim > 0
[attrs.ycKey.substring(0,delim), attrs.ycKey.substring(delim+1)]
else
[attrs.ycKey, element.text()]
#parse key as an array if appropriate.
if key.trim().indexOf("[") is 0
key = scope.$eval(key)
preventDefault = true
if attrs.ycKeyCommand?
cmd = (e) -> safeApply(scope, () ->
e.preventDefault() if preventDefault
scope.$eval(attrs.ycKeyCommand)
)
else if (element.prop('tagName')?.match /a/i)
cmd = (e) ->
e.preventDefault() if preventDefault
if(element.prop('href')?.length > 0)
safeApply scope, () ->
$window.location.href = element.prop('href')
else
#keeping this out of $apply because ng-click calls apply.
element.triggerHandler 'click'
else
#keeping this out of $apply because ng-click calls apply.
cmd = (e) ->
e.preventDefault() if preventDefault
element.triggerHandler 'click'
keyCommands.bind scope, key, cmd, desc
)
### TBD:
A little directive to insert shortcut key label onto controls.
###
### TBD:
A glossary directive?
### | true | angular.module("yawpcow.keyCommands", []
).config( () ->
stopCallback = Mousetrap.stopCallback
Mousetrap.stopCallback = (e, element, combo) ->
return not combo.match(/ctrl|alt|option|meta|command|esc/i) and stopCallback(e,element,combo)
).factory("keyCommands", ($log) ->
glossary = {}
keyCommands =
###
@param {Object} scope The scope associated with this key binding.
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+PI:KEY:<KEY>END_PI", "command+PI:KEY:<KEY>END_PI")
@param {function} fn The callback.
@param {String} description A description for this key command, for use in the glossary.
BUG:
No history/stack on a given key combo, so if a binding is overwritten,
then when scope of the latter is destroyed, the former won't be restored.
###
bind: (scope, key, fn, description) ->
Mousetrap.bind key, fn
if(description?)
glossary[key] = description
scope.$on "$destroy", (event)->
keyCommands.unbind key
###
@param {String} key The Mousetrap key combo string (e.g. "k", "shift+PI:KEY:<KEY>END_PI", "command+PI:KEY:<KEY>END_PI")
###
unbind: (key) ->
Mousetrap.unbind(key)
delete glossary[key]
###
@property An object whose properties are key combo strings and values are descriptions.
###
glossary: glossary
).directive("ycKey", ($log, $parse, $window, $rootScope, $location, keyCommands) ->
safeApply = (scope, fn) ->
if(scope.$$phase)
fn()
else
scope.$apply fn
restrict: "A"
###
Expected attributes:
yc-key can be in the form "key" or "key:description"
yc-key-command is an expression to be evaluated when yc-key is pressed. If it's absent,
we'll try to either follow the link or else trigger the click event.
###
link: (scope, element, attrs) ->
## This is hacky, and prevents ":" from being used as an actual key binding.
delim = attrs.ycKey.indexOf(":")
#parse yc-key attribute
[key, desc] = if delim > 0
[attrs.ycKey.substring(0,delim), attrs.ycKey.substring(delim+1)]
else
[attrs.ycKey, element.text()]
#parse key as an array if appropriate.
if key.trim().indexOf("[") is 0
key = scope.$eval(key)
preventDefault = true
if attrs.ycKeyCommand?
cmd = (e) -> safeApply(scope, () ->
e.preventDefault() if preventDefault
scope.$eval(attrs.ycKeyCommand)
)
else if (element.prop('tagName')?.match /a/i)
cmd = (e) ->
e.preventDefault() if preventDefault
if(element.prop('href')?.length > 0)
safeApply scope, () ->
$window.location.href = element.prop('href')
else
#keeping this out of $apply because ng-click calls apply.
element.triggerHandler 'click'
else
#keeping this out of $apply because ng-click calls apply.
cmd = (e) ->
e.preventDefault() if preventDefault
element.triggerHandler 'click'
keyCommands.bind scope, key, cmd, desc
)
### TBD:
A little directive to insert shortcut key label onto controls.
###
### TBD:
A glossary directive?
### |
[
{
"context": "s private message\n# * Based on welcome.coffee by Bob Silverberg <bob.silverberg@gmail.com>\n#\n# Commands:\n# hubo",
"end": 233,
"score": 0.9996009469032288,
"start": 219,
"tag": "NAME",
"value": "Bob Silverberg"
},
{
"context": "\n# * Based on welcome.coffee by Bob Silverberg <bob.silverberg@gmail.com>\n#\n# Commands:\n# hubot la bienvenida\n\n# Author:",
"end": 259,
"score": 0.999923586845398,
"start": 235,
"tag": "EMAIL",
"value": "bob.silverberg@gmail.com"
},
{
"context": "# Commands:\n# hubot la bienvenida\n\n# Author:\n# Francho\n\nhubot = require 'hubot'\ninspect = require('util'",
"end": 321,
"score": 0.8577459454536438,
"start": 314,
"tag": "NAME",
"value": "Francho"
},
{
"context": "obot.messageRoom '#presentaciones', \"Hola @#{user.name} ¿por qué no te presentas para que sepamos quién ",
"end": 1952,
"score": 0.7105505466461182,
"start": 1948,
"tag": "USERNAME",
"value": "name"
},
{
"context": "amos quién eres?\"\n robot.messageRoom \"@#{user.name}\", welcomeMsg(user.name)\n add_nicks user.nam",
"end": 2046,
"score": 0.7311394214630127,
"start": 2042,
"tag": "USERNAME",
"value": "name"
}
] | scripts/welcome-to-zihub.coffee | francho/agilico | 1 | # Description:
# Welcome to Zithub.
#
# Configuration:
# * A persistent brain store like hubot-redis-brain is highly recommended.
#
# Notes:
# * Sends welcome as private message
# * Based on welcome.coffee by Bob Silverberg <bob.silverberg@gmail.com>
#
# Commands:
# hubot la bienvenida
# Author:
# Francho
hubot = require 'hubot'
inspect = require('util').inspect
module.exports = (robot) ->
welcomeMsg = (nick) ->
msg = """
Hola {nick}, soy Robotico...un bot, un amigo, un sirviente
Te recomiendo que antes de nada revises tu perfil y te pongas un avatar (nos gusta ver la cara a la gente para conocernos cuando coincidamos en algún sarao) y una pequeña bio para poder situarte.
Luego puedes presentarte en el canal #presentaciones para que sepan que has llegado, quién eres y a qué te dedicas.
Por aquí usamos la regla de los dos pies, así que echa un vistazo a los canales y únete a los de tu interés. En el momento que veas que no te aportan nada o que tu no puedes aportar nada puedes (debes) abandonar el canal y aquí no ha pasado nada.
Bienvenid@
"""
msg.replace '{nick}', nick
add_nicks = (nicks) ->
robot.brain.data.nicks ||= []
nicks = [nicks] unless Array.isArray nicks
for nick in nicks
unless nick in robot.brain.data.nicks
robot.brain.data.nicks.push nick
robot.logger.debug "Added nick: #{nick}"
welcomeGif = (user, room) ->
msg = new hubot.TextMessage(user, robot.name + ' gif me hello')
msg.room = room
robot.receive msg
robot.brain.on 'loaded', =>
robot.brain.data.nicks ||= []
robot.enter (res) ->
robot.logger.debug inspect(res.message)
user = res.message.user
robot.logger.debug "User enter #{user.name}"
if Array.isArray robot.brain.data.nicks
if user.name in robot.brain.data.nicks
robot.logger.debug "Already know #{user.name}"
return
robot.messageRoom '#presentaciones', "Hola @#{user.name} ¿por qué no te presentas para que sepamos quién eres?"
robot.messageRoom "@#{user.name}", welcomeMsg(user.name)
add_nicks user.name
# welcomeGif(user, user.name)
robot.respond /la bienvenida/i, (msg) ->
msg.reply welcomeMsg('')
| 133256 | # Description:
# Welcome to Zithub.
#
# Configuration:
# * A persistent brain store like hubot-redis-brain is highly recommended.
#
# Notes:
# * Sends welcome as private message
# * Based on welcome.coffee by <NAME> <<EMAIL>>
#
# Commands:
# hubot la bienvenida
# Author:
# <NAME>
hubot = require 'hubot'
inspect = require('util').inspect
module.exports = (robot) ->
welcomeMsg = (nick) ->
msg = """
Hola {nick}, soy Robotico...un bot, un amigo, un sirviente
Te recomiendo que antes de nada revises tu perfil y te pongas un avatar (nos gusta ver la cara a la gente para conocernos cuando coincidamos en algún sarao) y una pequeña bio para poder situarte.
Luego puedes presentarte en el canal #presentaciones para que sepan que has llegado, quién eres y a qué te dedicas.
Por aquí usamos la regla de los dos pies, así que echa un vistazo a los canales y únete a los de tu interés. En el momento que veas que no te aportan nada o que tu no puedes aportar nada puedes (debes) abandonar el canal y aquí no ha pasado nada.
Bienvenid@
"""
msg.replace '{nick}', nick
add_nicks = (nicks) ->
robot.brain.data.nicks ||= []
nicks = [nicks] unless Array.isArray nicks
for nick in nicks
unless nick in robot.brain.data.nicks
robot.brain.data.nicks.push nick
robot.logger.debug "Added nick: #{nick}"
welcomeGif = (user, room) ->
msg = new hubot.TextMessage(user, robot.name + ' gif me hello')
msg.room = room
robot.receive msg
robot.brain.on 'loaded', =>
robot.brain.data.nicks ||= []
robot.enter (res) ->
robot.logger.debug inspect(res.message)
user = res.message.user
robot.logger.debug "User enter #{user.name}"
if Array.isArray robot.brain.data.nicks
if user.name in robot.brain.data.nicks
robot.logger.debug "Already know #{user.name}"
return
robot.messageRoom '#presentaciones', "Hola @#{user.name} ¿por qué no te presentas para que sepamos quién eres?"
robot.messageRoom "@#{user.name}", welcomeMsg(user.name)
add_nicks user.name
# welcomeGif(user, user.name)
robot.respond /la bienvenida/i, (msg) ->
msg.reply welcomeMsg('')
| true | # Description:
# Welcome to Zithub.
#
# Configuration:
# * A persistent brain store like hubot-redis-brain is highly recommended.
#
# Notes:
# * Sends welcome as private message
# * Based on welcome.coffee by PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
#
# Commands:
# hubot la bienvenida
# Author:
# PI:NAME:<NAME>END_PI
hubot = require 'hubot'
inspect = require('util').inspect
module.exports = (robot) ->
welcomeMsg = (nick) ->
msg = """
Hola {nick}, soy Robotico...un bot, un amigo, un sirviente
Te recomiendo que antes de nada revises tu perfil y te pongas un avatar (nos gusta ver la cara a la gente para conocernos cuando coincidamos en algún sarao) y una pequeña bio para poder situarte.
Luego puedes presentarte en el canal #presentaciones para que sepan que has llegado, quién eres y a qué te dedicas.
Por aquí usamos la regla de los dos pies, así que echa un vistazo a los canales y únete a los de tu interés. En el momento que veas que no te aportan nada o que tu no puedes aportar nada puedes (debes) abandonar el canal y aquí no ha pasado nada.
Bienvenid@
"""
msg.replace '{nick}', nick
add_nicks = (nicks) ->
robot.brain.data.nicks ||= []
nicks = [nicks] unless Array.isArray nicks
for nick in nicks
unless nick in robot.brain.data.nicks
robot.brain.data.nicks.push nick
robot.logger.debug "Added nick: #{nick}"
welcomeGif = (user, room) ->
msg = new hubot.TextMessage(user, robot.name + ' gif me hello')
msg.room = room
robot.receive msg
robot.brain.on 'loaded', =>
robot.brain.data.nicks ||= []
robot.enter (res) ->
robot.logger.debug inspect(res.message)
user = res.message.user
robot.logger.debug "User enter #{user.name}"
if Array.isArray robot.brain.data.nicks
if user.name in robot.brain.data.nicks
robot.logger.debug "Already know #{user.name}"
return
robot.messageRoom '#presentaciones', "Hola @#{user.name} ¿por qué no te presentas para que sepamos quién eres?"
robot.messageRoom "@#{user.name}", welcomeMsg(user.name)
add_nicks user.name
# welcomeGif(user, user.name)
robot.respond /la bienvenida/i, (msg) ->
msg.reply welcomeMsg('')
|
[
{
"context": "\n \"id\" : \"2.16.840.1.113883.3.464.1003.102.12.1011\"\n }, {\n \"name\" : \"Acute Tonsil",
"end": 3534,
"score": 0.9349563717842102,
"start": 3523,
"tag": "IP_ADDRESS",
"value": "102.12.1011"
},
{
"context": "\n \"id\" : \"2.16.840.1.113883.3.464.1003.102.12.1012\"\n }, {\n \"name\" : \"Ambulatory/E",
"end": 3652,
"score": 0.9514535665512085,
"start": 3641,
"tag": "IP_ADDRESS",
"value": "102.12.1012"
},
{
"context": ".101.12.1061\"\n }, {\n \"name\" : \"Antibiotic Medications\",\n \"id\" : \"2.16.840.1.113883.3.464.100",
"end": 3832,
"score": 0.9970932602882385,
"start": 3810,
"tag": "NAME",
"value": "Antibiotic Medications"
},
{
"context": ".196.12.1001\"\n }, {\n \"name\" : \"Group A Streptococcus Test\",\n \"id\" : \"2.16.8",
"end": 3938,
"score": 0.5513060092926025,
"start": 3933,
"tag": "NAME",
"value": "Group"
},
{
"context": " }, {\n \"name\" : \"Group A Streptococcus Test\",\n \"id\" : \"2.16.840.1.113883.3.464.100",
"end": 3959,
"score": 0.6833828091621399,
"start": 3955,
"tag": "NAME",
"value": "Test"
},
{
"context": "s\" : {\n \"def\" : [ {\n \"name\" : \"Patient\",\n \"context\" : \"Patient\",\n ",
"end": 4119,
"score": 0.9992060661315918,
"start": 4112,
"tag": "NAME",
"value": "Patient"
},
{
"context": " }\n }, {\n \"name\" : \"InDemographic\",\n \"context\" : \"Patient\",\n ",
"end": 4485,
"score": 0.9974014163017273,
"start": 4472,
"tag": "NAME",
"value": "InDemographic"
},
{
"context": " }\n }, {\n \"name\" : \"Pharyngitis\",\n \"context\" : \"Patient\",\n ",
"end": 6549,
"score": 0.9996729493141174,
"start": 6538,
"tag": "NAME",
"value": "Pharyngitis"
},
{
"context": " }\n }, {\n \"name\" : \"Antibiotics\",\n \"context\" : \"Patient\",\n ",
"end": 7464,
"score": 0.9995462894439697,
"start": 7453,
"tag": "NAME",
"value": "Antibiotics"
},
{
"context": " }\n }, {\n \"name\" : \"TargetEncounters\",\n \"context\" : \"Patient\",\n ",
"end": 7957,
"score": 0.7429919242858887,
"start": 7941,
"tag": "NAME",
"value": "TargetEncounters"
},
{
"context": " \"expression\" : {\n \"name\" : \"Pharyngitis\",\n \"type\" : \"ExpressionRef\"\n ",
"end": 8745,
"score": 0.9291560649871826,
"start": 8734,
"tag": "NAME",
"value": "Pharyngitis"
},
{
"context": " \"expression\" : {\n \"name\" : \"Antibiotics\",\n \"type\" : \"ExpressionRef\"\n ",
"end": 9830,
"score": 0.9597554802894592,
"start": 9819,
"tag": "NAME",
"value": "Antibiotics"
},
{
"context": " }\n }, {\n \"name\" : \"TargetDiagnoses\",\n \"context\" : \"Patient\",\n ",
"end": 11854,
"score": 0.8053615093231201,
"start": 11848,
"tag": "NAME",
"value": "Target"
},
{
"context": " }\n }, {\n \"name\" : \"TargetDiagnoses\",\n \"context\" : \"Patient\",\n ",
"end": 11863,
"score": 0.5435625314712524,
"start": 11858,
"tag": "NAME",
"value": "noses"
},
{
"context": " \"expression\" : {\n \"name\" : \"Pharyngitis\",\n \"type\" : \"ExpressionRef\"\n ",
"end": 12103,
"score": 0.9855750203132629,
"start": 12092,
"tag": "NAME",
"value": "Pharyngitis"
},
{
"context": " \"expression\" : {\n \"name\" : \"TargetEncounters\",\n \"type\" : \"ExpressionRef\"\n ",
"end": 12378,
"score": 0.9298899173736572,
"start": 12362,
"tag": "NAME",
"value": "TargetEncounters"
},
{
"context": " }\n }, {\n \"name\" : \"HasPriorAntibiotics\",\n \"context\" : \"Patien",
"end": 13370,
"score": 0.5953342914581299,
"start": 13367,
"tag": "NAME",
"value": "Has"
},
{
"context": "expression\" : {\n \"name\" : \"Antibiotics\",\n \"type\" : \"Expre",
"end": 13696,
"score": 0.9646793603897095,
"start": 13693,
"tag": "NAME",
"value": "Ant"
}
] | Src/coffeescript/cql-execution/src/example/CMS146v2_CQM.coffee | esteban-aliverti/clinical_quality_language | 0 | module.exports = {
"library" : {
"identifier" : {
"id" : "CMS146",
"version" : "2"
},
"schemaIdentifier" : {
"id" : "urn:hl7-org:elm",
"version" : "r1"
},
"usings" : {
"def" : [ {
"localIdentifier" : "QUICK",
"uri" : "http://org.hl7.fhir"
} ]
},
"parameters" : {
"def" : [ {
"name" : "MeasurementPeriod",
"default" : {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2013",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
},
"high" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2014",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
}
}
} ]
},
"valueSets" : {
"def" : [ {
"name" : "Acute Pharyngitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1011"
}, {
"name" : "Acute Tonsillitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1012"
}, {
"name" : "Ambulatory/ED Visit",
"id" : "2.16.840.1.113883.3.464.1003.101.12.1061"
}, {
"name" : "Antibiotic Medications",
"id" : "2.16.840.1.113883.3.464.1003.196.12.1001"
}, {
"name" : "Group A Streptococcus Test",
"id" : "2.16.840.1.113883.3.464.1003.198.12.1012"
} ]
},
"statements" : {
"def" : [ {
"name" : "Patient",
"context" : "Patient",
"expression" : {
"type" : "SingletonFrom",
"operand" : {
"dataType" : "{http://org.hl7.fhir}Patient",
"templateId" : "cqf-patient",
"type" : "Retrieve"
}
}
}, {
"name" : "InDemographic",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"type" : "GreaterOrEqual",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2",
"type" : "Literal"
} ]
}, {
"type" : "Less",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "18",
"type" : "Literal"
} ]
} ]
}
}, {
"name" : "Pharyngitis",
"context" : "Patient",
"expression" : {
"type" : "Union",
"operand" : [ {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Pharyngitis",
"type" : "ValueSetRef"
}
}, {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Tonsillitis",
"type" : "ValueSetRef"
}
} ]
}
}, {
"name" : "Antibiotics",
"context" : "Patient",
"expression" : {
"dataType" : "{http://org.hl7.fhir}MedicationPrescription",
"templateId" : "cqf-medicationprescription",
"codeProperty" : "medication.code",
"type" : "Retrieve",
"codes" : {
"name" : "Antibiotic Medications",
"type" : "ValueSetRef"
}
}
}, {
"name" : "TargetEncounters",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "E",
"expression" : {
"dataType" : "{http://org.hl7.fhir}Encounter",
"templateId" : "cqf-encounter",
"codeProperty" : "class",
"type" : "Retrieve",
"codes" : {
"name" : "Ambulatory/ED Visit",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ {
"alias" : "P",
"type" : "With",
"expression" : {
"name" : "Pharyngitis",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
}, {
"alias" : "A",
"type" : "With",
"expression" : {
"name" : "Antibiotics",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}, {
"type" : "Start",
"operand" : {
"path" : "period",
"scope" : "E",
"type" : "Property"
}
} ]
}, {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"type" : "Negate",
"operand" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "3",
"type" : "Literal"
}
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}
} ]
}
} ],
"where" : {
"type" : "IncludedIn",
"operand" : [ {
"path" : "performedAtTime",
"scope" : "E",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}
}
}, {
"name" : "TargetDiagnoses",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "P",
"expression" : {
"name" : "Pharyngitis",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "E",
"type" : "With",
"expression" : {
"name" : "TargetEncounters",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
} ]
}
}, {
"name" : "HasPriorAntibiotics",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "A",
"expression" : {
"name" : "Antibiotics",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "D",
"type" : "With",
"expression" : {
"name" : "TargetDiagnoses",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"type" : "Start",
"operand" : {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}
}, {
"path" : "onsetDate",
"scope" : "D",
"type" : "Property"
} ]
}, {
"lowClosed" : false,
"highClosed" : true,
"type" : "Interval",
"low" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "30",
"type" : "Literal"
}
} ]
}
} ]
}
}
}, {
"name" : "HasTargetEncounter",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"name" : "TargetEncounters",
"type" : "ExpressionRef"
}
}
}, {
"name" : "InInitialPopulation",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"name" : "InDemographic",
"type" : "ExpressionRef"
}, {
"name" : "HasTargetEncounter",
"type" : "ExpressionRef"
} ]
}
}, {
"name" : "InDenominator",
"context" : "Patient",
"expression" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}bool",
"value" : "true",
"type" : "Literal"
}
}, {
"name" : "InDenominatorExclusions",
"context" : "Patient",
"expression" : {
"name" : "HasPriorAntibiotics",
"type" : "ExpressionRef"
}
}, {
"name" : "InNumerator",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "R",
"expression" : {
"dataType" : "{http://org.hl7.fhir}DiagnosticReport",
"templateId" : "cqf-diagnosticreport",
"codeProperty" : "name",
"type" : "Retrieve",
"codes" : {
"name" : "Group A Streptococcus Test",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ ],
"where" : {
"type" : "And",
"operand" : [ {
"type" : "IncludedIn",
"operand" : [ {
"path" : "diagnosticDateTime",
"scope" : "R",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}, {
"type" : "Not",
"operand" : {
"type" : "IsNull",
"operand" : {
"path" : "result",
"scope" : "R",
"type" : "Property"
}
}
} ]
}
}
}
} ]
}
}
}
| 154577 | module.exports = {
"library" : {
"identifier" : {
"id" : "CMS146",
"version" : "2"
},
"schemaIdentifier" : {
"id" : "urn:hl7-org:elm",
"version" : "r1"
},
"usings" : {
"def" : [ {
"localIdentifier" : "QUICK",
"uri" : "http://org.hl7.fhir"
} ]
},
"parameters" : {
"def" : [ {
"name" : "MeasurementPeriod",
"default" : {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2013",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
},
"high" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2014",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
}
}
} ]
},
"valueSets" : {
"def" : [ {
"name" : "Acute Pharyngitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1011"
}, {
"name" : "Acute Tonsillitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1012"
}, {
"name" : "Ambulatory/ED Visit",
"id" : "2.16.840.1.113883.3.464.1003.101.12.1061"
}, {
"name" : "<NAME>",
"id" : "2.16.840.1.113883.3.464.1003.196.12.1001"
}, {
"name" : "<NAME> A Streptococcus <NAME>",
"id" : "2.16.840.1.113883.3.464.1003.198.12.1012"
} ]
},
"statements" : {
"def" : [ {
"name" : "<NAME>",
"context" : "Patient",
"expression" : {
"type" : "SingletonFrom",
"operand" : {
"dataType" : "{http://org.hl7.fhir}Patient",
"templateId" : "cqf-patient",
"type" : "Retrieve"
}
}
}, {
"name" : "<NAME>",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"type" : "GreaterOrEqual",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2",
"type" : "Literal"
} ]
}, {
"type" : "Less",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "18",
"type" : "Literal"
} ]
} ]
}
}, {
"name" : "<NAME>",
"context" : "Patient",
"expression" : {
"type" : "Union",
"operand" : [ {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Pharyngitis",
"type" : "ValueSetRef"
}
}, {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Tonsillitis",
"type" : "ValueSetRef"
}
} ]
}
}, {
"name" : "<NAME>",
"context" : "Patient",
"expression" : {
"dataType" : "{http://org.hl7.fhir}MedicationPrescription",
"templateId" : "cqf-medicationprescription",
"codeProperty" : "medication.code",
"type" : "Retrieve",
"codes" : {
"name" : "Antibiotic Medications",
"type" : "ValueSetRef"
}
}
}, {
"name" : "<NAME>",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "E",
"expression" : {
"dataType" : "{http://org.hl7.fhir}Encounter",
"templateId" : "cqf-encounter",
"codeProperty" : "class",
"type" : "Retrieve",
"codes" : {
"name" : "Ambulatory/ED Visit",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ {
"alias" : "P",
"type" : "With",
"expression" : {
"name" : "<NAME>",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
}, {
"alias" : "A",
"type" : "With",
"expression" : {
"name" : "<NAME>",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}, {
"type" : "Start",
"operand" : {
"path" : "period",
"scope" : "E",
"type" : "Property"
}
} ]
}, {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"type" : "Negate",
"operand" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "3",
"type" : "Literal"
}
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}
} ]
}
} ],
"where" : {
"type" : "IncludedIn",
"operand" : [ {
"path" : "performedAtTime",
"scope" : "E",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}
}
}, {
"name" : "<NAME>Diag<NAME>",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "P",
"expression" : {
"name" : "<NAME>",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "E",
"type" : "With",
"expression" : {
"name" : "<NAME>",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
} ]
}
}, {
"name" : "<NAME>PriorAntibiotics",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "A",
"expression" : {
"name" : "<NAME>ibiotics",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "D",
"type" : "With",
"expression" : {
"name" : "TargetDiagnoses",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"type" : "Start",
"operand" : {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}
}, {
"path" : "onsetDate",
"scope" : "D",
"type" : "Property"
} ]
}, {
"lowClosed" : false,
"highClosed" : true,
"type" : "Interval",
"low" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "30",
"type" : "Literal"
}
} ]
}
} ]
}
}
}, {
"name" : "HasTargetEncounter",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"name" : "TargetEncounters",
"type" : "ExpressionRef"
}
}
}, {
"name" : "InInitialPopulation",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"name" : "InDemographic",
"type" : "ExpressionRef"
}, {
"name" : "HasTargetEncounter",
"type" : "ExpressionRef"
} ]
}
}, {
"name" : "InDenominator",
"context" : "Patient",
"expression" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}bool",
"value" : "true",
"type" : "Literal"
}
}, {
"name" : "InDenominatorExclusions",
"context" : "Patient",
"expression" : {
"name" : "HasPriorAntibiotics",
"type" : "ExpressionRef"
}
}, {
"name" : "InNumerator",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "R",
"expression" : {
"dataType" : "{http://org.hl7.fhir}DiagnosticReport",
"templateId" : "cqf-diagnosticreport",
"codeProperty" : "name",
"type" : "Retrieve",
"codes" : {
"name" : "Group A Streptococcus Test",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ ],
"where" : {
"type" : "And",
"operand" : [ {
"type" : "IncludedIn",
"operand" : [ {
"path" : "diagnosticDateTime",
"scope" : "R",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}, {
"type" : "Not",
"operand" : {
"type" : "IsNull",
"operand" : {
"path" : "result",
"scope" : "R",
"type" : "Property"
}
}
} ]
}
}
}
} ]
}
}
}
| true | module.exports = {
"library" : {
"identifier" : {
"id" : "CMS146",
"version" : "2"
},
"schemaIdentifier" : {
"id" : "urn:hl7-org:elm",
"version" : "r1"
},
"usings" : {
"def" : [ {
"localIdentifier" : "QUICK",
"uri" : "http://org.hl7.fhir"
} ]
},
"parameters" : {
"def" : [ {
"name" : "MeasurementPeriod",
"default" : {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2013",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
},
"high" : {
"name" : "DateTime",
"type" : "FunctionRef",
"operand" : [ {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2014",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "1",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
} ]
}
}
} ]
},
"valueSets" : {
"def" : [ {
"name" : "Acute Pharyngitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1011"
}, {
"name" : "Acute Tonsillitis",
"id" : "2.16.840.1.113883.3.464.1003.102.12.1012"
}, {
"name" : "Ambulatory/ED Visit",
"id" : "2.16.840.1.113883.3.464.1003.101.12.1061"
}, {
"name" : "PI:NAME:<NAME>END_PI",
"id" : "2.16.840.1.113883.3.464.1003.196.12.1001"
}, {
"name" : "PI:NAME:<NAME>END_PI A Streptococcus PI:NAME:<NAME>END_PI",
"id" : "2.16.840.1.113883.3.464.1003.198.12.1012"
} ]
},
"statements" : {
"def" : [ {
"name" : "PI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"type" : "SingletonFrom",
"operand" : {
"dataType" : "{http://org.hl7.fhir}Patient",
"templateId" : "cqf-patient",
"type" : "Retrieve"
}
}
}, {
"name" : "PI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"type" : "GreaterOrEqual",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "2",
"type" : "Literal"
} ]
}, {
"type" : "Less",
"operand" : [ {
"precision" : "Year",
"type" : "CalculateAgeAt",
"operand" : [ {
"path" : "birthDate",
"type" : "Property",
"source" : {
"name" : "Patient",
"type" : "ExpressionRef"
}
}, {
"type" : "Start",
"operand" : {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
}
} ]
}, {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "18",
"type" : "Literal"
} ]
} ]
}
}, {
"name" : "PI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"type" : "Union",
"operand" : [ {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Pharyngitis",
"type" : "ValueSetRef"
}
}, {
"dataType" : "{http://org.hl7.fhir}Condition",
"templateId" : "cqf-condition",
"codeProperty" : "code",
"type" : "Retrieve",
"codes" : {
"name" : "Acute Tonsillitis",
"type" : "ValueSetRef"
}
} ]
}
}, {
"name" : "PI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"dataType" : "{http://org.hl7.fhir}MedicationPrescription",
"templateId" : "cqf-medicationprescription",
"codeProperty" : "medication.code",
"type" : "Retrieve",
"codes" : {
"name" : "Antibiotic Medications",
"type" : "ValueSetRef"
}
}
}, {
"name" : "PI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "E",
"expression" : {
"dataType" : "{http://org.hl7.fhir}Encounter",
"templateId" : "cqf-encounter",
"codeProperty" : "class",
"type" : "Retrieve",
"codes" : {
"name" : "Ambulatory/ED Visit",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ {
"alias" : "P",
"type" : "With",
"expression" : {
"name" : "PI:NAME:<NAME>END_PI",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
}, {
"alias" : "A",
"type" : "With",
"expression" : {
"name" : "PI:NAME:<NAME>END_PI",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}, {
"type" : "Start",
"operand" : {
"path" : "period",
"scope" : "E",
"type" : "Property"
}
} ]
}, {
"lowClosed" : true,
"highClosed" : false,
"type" : "Interval",
"low" : {
"type" : "Negate",
"operand" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "3",
"type" : "Literal"
}
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
}
} ]
}
} ],
"where" : {
"type" : "IncludedIn",
"operand" : [ {
"path" : "performedAtTime",
"scope" : "E",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}
}
}, {
"name" : "PI:NAME:<NAME>END_PIDiagPI:NAME:<NAME>END_PI",
"context" : "Patient",
"expression" : {
"type" : "Query",
"source" : [ {
"alias" : "P",
"expression" : {
"name" : "PI:NAME:<NAME>END_PI",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "E",
"type" : "With",
"expression" : {
"name" : "PI:NAME:<NAME>END_PI",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "OverlapsAfter",
"operand" : [ {
"lowClosed" : true,
"highClosed" : true,
"type" : "Interval",
"low" : {
"path" : "onsetDate",
"scope" : "P",
"type" : "Property"
},
"high" : {
"path" : "abatementDate",
"scope" : "P",
"type" : "Property"
}
}, {
"path" : "period",
"scope" : "E",
"type" : "Property"
} ]
}
} ]
}
}, {
"name" : "PI:NAME:<NAME>END_PIPriorAntibiotics",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "A",
"expression" : {
"name" : "PI:NAME:<NAME>END_PIibiotics",
"type" : "ExpressionRef"
}
} ],
"relationship" : [ {
"alias" : "D",
"type" : "With",
"expression" : {
"name" : "TargetDiagnoses",
"type" : "ExpressionRef"
},
"suchThat" : {
"type" : "In",
"operand" : [ {
"precision" : "Day",
"type" : "DurationBetween",
"operand" : [ {
"type" : "Start",
"operand" : {
"path" : "dateWritten",
"scope" : "A",
"type" : "Property"
}
}, {
"path" : "onsetDate",
"scope" : "D",
"type" : "Property"
} ]
}, {
"lowClosed" : false,
"highClosed" : true,
"type" : "Interval",
"low" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "0",
"type" : "Literal"
},
"high" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}int",
"value" : "30",
"type" : "Literal"
}
} ]
}
} ]
}
}
}, {
"name" : "HasTargetEncounter",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"name" : "TargetEncounters",
"type" : "ExpressionRef"
}
}
}, {
"name" : "InInitialPopulation",
"context" : "Patient",
"expression" : {
"type" : "And",
"operand" : [ {
"name" : "InDemographic",
"type" : "ExpressionRef"
}, {
"name" : "HasTargetEncounter",
"type" : "ExpressionRef"
} ]
}
}, {
"name" : "InDenominator",
"context" : "Patient",
"expression" : {
"valueType" : "{http://www.w3.org/2001/XMLSchema}bool",
"value" : "true",
"type" : "Literal"
}
}, {
"name" : "InDenominatorExclusions",
"context" : "Patient",
"expression" : {
"name" : "HasPriorAntibiotics",
"type" : "ExpressionRef"
}
}, {
"name" : "InNumerator",
"context" : "Patient",
"expression" : {
"type" : "Exists",
"operand" : {
"type" : "Query",
"source" : [ {
"alias" : "R",
"expression" : {
"dataType" : "{http://org.hl7.fhir}DiagnosticReport",
"templateId" : "cqf-diagnosticreport",
"codeProperty" : "name",
"type" : "Retrieve",
"codes" : {
"name" : "Group A Streptococcus Test",
"type" : "ValueSetRef"
}
}
} ],
"relationship" : [ ],
"where" : {
"type" : "And",
"operand" : [ {
"type" : "IncludedIn",
"operand" : [ {
"path" : "diagnosticDateTime",
"scope" : "R",
"type" : "Property"
}, {
"name" : "MeasurementPeriod",
"type" : "ParameterRef"
} ]
}, {
"type" : "Not",
"operand" : {
"type" : "IsNull",
"operand" : {
"path" : "result",
"scope" : "R",
"type" : "Property"
}
}
} ]
}
}
}
} ]
}
}
}
|
[
{
"context": "\n backbone-articulation.js 0.3.4\n (c) 2011, 2012 Kevin Malakoff - http://kmalakoff.github.com/backbone-articulati",
"end": 68,
"score": 0.9998233318328857,
"start": 54,
"tag": "NAME",
"value": "Kevin Malakoff"
},
{
"context": "js 0.3.4\n (c) 2011, 2012 Kevin Malakoff - http://kmalakoff.github.com/backbone-articulation/\n License: MIT ",
"end": 87,
"score": 0.9878807067871094,
"start": 78,
"tag": "USERNAME",
"value": "kmalakoff"
}
] | src/backbone-articulation.coffee | kmalakoff/backbone-articulation | 2 | ###
backbone-articulation.js 0.3.4
(c) 2011, 2012 Kevin Malakoff - http://kmalakoff.github.com/backbone-articulation/
License: MIT (http://www.opensource.org/licenses/mit-license.php)
Dependencies: Backbone.js, and Underscore.js.
###
# import and re-export Underscore (or Lo-Dash with precedence), Backbone, and Knockout
if not @_ and (typeof(require) isnt 'undefined') then (try _ = require('lodash') catch e then _ = require('underscore')) else _ = @_
_ = if _.hasOwnProperty('_') then _._ else _ # LEGACY
Backbone = if not @Backbone and (typeof(require) isnt 'undefined') then require('backbone') else @Backbone
# import JSON-Serialize.js (JSONS.serialize, JSONS) and Lifecycle.js (LC.own, LC.disown)
JSONS = if not @JSONS and (typeof(require) != 'undefined') then require('json-serialize') else @JSONS
LC = if not @LC and (typeof(require) != 'undefined') then require('lifecycle') else @LC
##############################################
# export or create Articulation namespace
Backbone.Articulation = Articulation = if (typeof(exports) != 'undefined') then exports else {}
Articulation.VERSION = '0.3.4'
# setting - if you set to true, you must provide String.prototype.underscore and String.prototype.singularize (for example, from inflection.js)
# Note: @ is not guaranteed to work unless Class.constructor.name exists
Articulation.TYPE_UNDERSCORE_SINGULARIZE = false
Articulation._mixin = (target_constructor, source_constructor, source_fns) ->
fns = _.pick(source_constructor.prototype, source_fns)
# create a dummy super class for chaining the overridden methods
class Link extends target_constructor.__super__.constructor
# mixin the required functions
Link.prototype[name] = fn for name, fn of fns
Link.prototype.__bba_super = target_constructor.__super__.constructor
Link.prototype.__bba_toJSON = Link.prototype['toJSON']
# set up the hierarchy
target_constructor.prototype.__proto__ = Link.prototype
target_constructor.__super__ = Link.prototype
##################################
# Articulation.Model
##################################
class Articulation.Model extends Backbone.Model
@extend = Backbone.Model.extend
__bba_super: Backbone.Model # provide the super class to mixin functions
# Converts a model attributes from objects to plain old JSON (if needed).
toJSON: ->
json = JSONS.serialize(@attributes, properties: true)
# ensure there is a type field
return json if json.hasOwnProperty(JSONS.TYPE_FIELD)
# use the type field
(json[JSONS.TYPE_FIELD] = @[JSONS.TYPE_FIELD]; return json) if @[JSONS.TYPE_FIELD]
# use the class name
class_name = Object.getPrototypeOf(Object(@)).constructor.name
return json unless class_name
# convert the class using an underscore and singularize convention, eg. CouchDB "type" field convention
if Articulation.TYPE_UNDERSCORE_SINGULARIZE
throw 'Missing String.prototype.underscore' unless String::underscore
throw 'Missing String.prototype.singularize' unless String::singularize
json[JSONS.TYPE_FIELD] = class_name.underscore().singularize()
else
json[JSONS.TYPE_FIELD] = class_name
return json
# Converts a model attributes from plain old JSON to objects (if needed).
parse: (resp, xhr) ->
return resp unless resp
return JSONS.deserialize( resp, {properties: true, skip_type_field: true})
set: (attrs, options) ->
return @ unless attrs
attrs = attrs.attributes if attrs.attributes
# if an attribute changes, release the previous since it will get replaced
for key, value of attrs
continue if _.isEqual(@attributes[key], value)
@_disownAttribute(key, @_previousAttributes[key]) if @_previousAttributes and (@_previousAttributes.hasOwnProperty(key))
@_ownAttribute(key, value)
@__bba_super.prototype.set.apply(@, arguments)
unset: (attr, options) ->
return @ unless attr of @attributes
@_disownAttribute(attr, @attributes[attr]) # if an attribute is unset, disown it
@__bba_super.prototype.unset.apply(@, arguments)
clear: (options) ->
# release attributes and previous attributes
@_disownAttribute(key, @attributes[key]) for key of @attributes
# if is it not silent, it will call change which will clear previous attributes
(@_disownAttribute(key, @_previousAttributes[key]) for key of @_previousAttributes) if options and options.silent
@__bba_super.prototype.clear.apply(@, arguments)
change: (options) ->
# disown the previous attributes
(@_disownAttribute key, @_previousAttributes[key]) for key of @_previousAttributes
result = @__bba_super.prototype.change.apply(@, arguments)
# own the new previous attributes
(@_previousAttributes[key] = @_ownAttribute(key, @_previousAttributes[key])) for key of @_previousAttributes
return result
##################################
# Internal
##################################
# Uses LC.own to clone(), retain(), or just stores a reference to an articulated attribute object (if needed).
_ownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.own(value)
_disownAllAttributes: ->
# Uses LC.disown to destroy() or release() to an attribute object (if needed).
_disownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.disown(value)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Model, ['toJSON', 'parse', 'set', 'unset', 'clear', 'change', '_ownAttribute', '_disownAttribute'])
##################################
# Articulation.Collection
##################################
class Articulation.Collection extends Backbone.Collection
@extend = Backbone.Collection.extend
__bba_super: Backbone.Collection # provide the super class to mixin functions
model: Articulation.Model # default model type
# Converts all of its models to plain old JSON (if needed) using JSONS.serialize.
toJSON: ->
models_as_JSON = []
models_as_JSON.push(model.toJSON()) for model in @models
return models_as_JSON
# Articulates all of its model attributes from plain old JSON to objects (if needed) using JSONS.
# JSONS looks for a \_type attribute to find a fromJSON method.
parse: (resp, xhr) ->
return resp unless (resp and _.isArray(resp))
articulated_model_attributes = []
articulated_model_attributes.push JSONS.deserialize(model_resp, skip_type_field: true) for model_resp in resp
return articulated_model_attributes
_onModelEvent: (event, model, collection, options) ->
if event is "destroy"
model._disownAttribute(key, model._previousAttributes[key]) for key of model._previousAttributes
model._disownAttribute(key, model.attributes[key]) for key of model.attributes
@__bba_super.prototype._onModelEvent.apply(@, arguments)
_removeReference: (model) ->
model.clear({silent: true}) if model
@__bba_super.prototype._removeReference.apply(@, arguments)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Collection, ['toJSON', 'parse', '_reset', '_onModelEvent']) | 84921 | ###
backbone-articulation.js 0.3.4
(c) 2011, 2012 <NAME> - http://kmalakoff.github.com/backbone-articulation/
License: MIT (http://www.opensource.org/licenses/mit-license.php)
Dependencies: Backbone.js, and Underscore.js.
###
# import and re-export Underscore (or Lo-Dash with precedence), Backbone, and Knockout
if not @_ and (typeof(require) isnt 'undefined') then (try _ = require('lodash') catch e then _ = require('underscore')) else _ = @_
_ = if _.hasOwnProperty('_') then _._ else _ # LEGACY
Backbone = if not @Backbone and (typeof(require) isnt 'undefined') then require('backbone') else @Backbone
# import JSON-Serialize.js (JSONS.serialize, JSONS) and Lifecycle.js (LC.own, LC.disown)
JSONS = if not @JSONS and (typeof(require) != 'undefined') then require('json-serialize') else @JSONS
LC = if not @LC and (typeof(require) != 'undefined') then require('lifecycle') else @LC
##############################################
# export or create Articulation namespace
Backbone.Articulation = Articulation = if (typeof(exports) != 'undefined') then exports else {}
Articulation.VERSION = '0.3.4'
# setting - if you set to true, you must provide String.prototype.underscore and String.prototype.singularize (for example, from inflection.js)
# Note: @ is not guaranteed to work unless Class.constructor.name exists
Articulation.TYPE_UNDERSCORE_SINGULARIZE = false
Articulation._mixin = (target_constructor, source_constructor, source_fns) ->
fns = _.pick(source_constructor.prototype, source_fns)
# create a dummy super class for chaining the overridden methods
class Link extends target_constructor.__super__.constructor
# mixin the required functions
Link.prototype[name] = fn for name, fn of fns
Link.prototype.__bba_super = target_constructor.__super__.constructor
Link.prototype.__bba_toJSON = Link.prototype['toJSON']
# set up the hierarchy
target_constructor.prototype.__proto__ = Link.prototype
target_constructor.__super__ = Link.prototype
##################################
# Articulation.Model
##################################
class Articulation.Model extends Backbone.Model
@extend = Backbone.Model.extend
__bba_super: Backbone.Model # provide the super class to mixin functions
# Converts a model attributes from objects to plain old JSON (if needed).
toJSON: ->
json = JSONS.serialize(@attributes, properties: true)
# ensure there is a type field
return json if json.hasOwnProperty(JSONS.TYPE_FIELD)
# use the type field
(json[JSONS.TYPE_FIELD] = @[JSONS.TYPE_FIELD]; return json) if @[JSONS.TYPE_FIELD]
# use the class name
class_name = Object.getPrototypeOf(Object(@)).constructor.name
return json unless class_name
# convert the class using an underscore and singularize convention, eg. CouchDB "type" field convention
if Articulation.TYPE_UNDERSCORE_SINGULARIZE
throw 'Missing String.prototype.underscore' unless String::underscore
throw 'Missing String.prototype.singularize' unless String::singularize
json[JSONS.TYPE_FIELD] = class_name.underscore().singularize()
else
json[JSONS.TYPE_FIELD] = class_name
return json
# Converts a model attributes from plain old JSON to objects (if needed).
parse: (resp, xhr) ->
return resp unless resp
return JSONS.deserialize( resp, {properties: true, skip_type_field: true})
set: (attrs, options) ->
return @ unless attrs
attrs = attrs.attributes if attrs.attributes
# if an attribute changes, release the previous since it will get replaced
for key, value of attrs
continue if _.isEqual(@attributes[key], value)
@_disownAttribute(key, @_previousAttributes[key]) if @_previousAttributes and (@_previousAttributes.hasOwnProperty(key))
@_ownAttribute(key, value)
@__bba_super.prototype.set.apply(@, arguments)
unset: (attr, options) ->
return @ unless attr of @attributes
@_disownAttribute(attr, @attributes[attr]) # if an attribute is unset, disown it
@__bba_super.prototype.unset.apply(@, arguments)
clear: (options) ->
# release attributes and previous attributes
@_disownAttribute(key, @attributes[key]) for key of @attributes
# if is it not silent, it will call change which will clear previous attributes
(@_disownAttribute(key, @_previousAttributes[key]) for key of @_previousAttributes) if options and options.silent
@__bba_super.prototype.clear.apply(@, arguments)
change: (options) ->
# disown the previous attributes
(@_disownAttribute key, @_previousAttributes[key]) for key of @_previousAttributes
result = @__bba_super.prototype.change.apply(@, arguments)
# own the new previous attributes
(@_previousAttributes[key] = @_ownAttribute(key, @_previousAttributes[key])) for key of @_previousAttributes
return result
##################################
# Internal
##################################
# Uses LC.own to clone(), retain(), or just stores a reference to an articulated attribute object (if needed).
_ownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.own(value)
_disownAllAttributes: ->
# Uses LC.disown to destroy() or release() to an attribute object (if needed).
_disownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.disown(value)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Model, ['toJSON', 'parse', 'set', 'unset', 'clear', 'change', '_ownAttribute', '_disownAttribute'])
##################################
# Articulation.Collection
##################################
class Articulation.Collection extends Backbone.Collection
@extend = Backbone.Collection.extend
__bba_super: Backbone.Collection # provide the super class to mixin functions
model: Articulation.Model # default model type
# Converts all of its models to plain old JSON (if needed) using JSONS.serialize.
toJSON: ->
models_as_JSON = []
models_as_JSON.push(model.toJSON()) for model in @models
return models_as_JSON
# Articulates all of its model attributes from plain old JSON to objects (if needed) using JSONS.
# JSONS looks for a \_type attribute to find a fromJSON method.
parse: (resp, xhr) ->
return resp unless (resp and _.isArray(resp))
articulated_model_attributes = []
articulated_model_attributes.push JSONS.deserialize(model_resp, skip_type_field: true) for model_resp in resp
return articulated_model_attributes
_onModelEvent: (event, model, collection, options) ->
if event is "destroy"
model._disownAttribute(key, model._previousAttributes[key]) for key of model._previousAttributes
model._disownAttribute(key, model.attributes[key]) for key of model.attributes
@__bba_super.prototype._onModelEvent.apply(@, arguments)
_removeReference: (model) ->
model.clear({silent: true}) if model
@__bba_super.prototype._removeReference.apply(@, arguments)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Collection, ['toJSON', 'parse', '_reset', '_onModelEvent']) | true | ###
backbone-articulation.js 0.3.4
(c) 2011, 2012 PI:NAME:<NAME>END_PI - http://kmalakoff.github.com/backbone-articulation/
License: MIT (http://www.opensource.org/licenses/mit-license.php)
Dependencies: Backbone.js, and Underscore.js.
###
# import and re-export Underscore (or Lo-Dash with precedence), Backbone, and Knockout
if not @_ and (typeof(require) isnt 'undefined') then (try _ = require('lodash') catch e then _ = require('underscore')) else _ = @_
_ = if _.hasOwnProperty('_') then _._ else _ # LEGACY
Backbone = if not @Backbone and (typeof(require) isnt 'undefined') then require('backbone') else @Backbone
# import JSON-Serialize.js (JSONS.serialize, JSONS) and Lifecycle.js (LC.own, LC.disown)
JSONS = if not @JSONS and (typeof(require) != 'undefined') then require('json-serialize') else @JSONS
LC = if not @LC and (typeof(require) != 'undefined') then require('lifecycle') else @LC
##############################################
# export or create Articulation namespace
Backbone.Articulation = Articulation = if (typeof(exports) != 'undefined') then exports else {}
Articulation.VERSION = '0.3.4'
# setting - if you set to true, you must provide String.prototype.underscore and String.prototype.singularize (for example, from inflection.js)
# Note: @ is not guaranteed to work unless Class.constructor.name exists
Articulation.TYPE_UNDERSCORE_SINGULARIZE = false
Articulation._mixin = (target_constructor, source_constructor, source_fns) ->
fns = _.pick(source_constructor.prototype, source_fns)
# create a dummy super class for chaining the overridden methods
class Link extends target_constructor.__super__.constructor
# mixin the required functions
Link.prototype[name] = fn for name, fn of fns
Link.prototype.__bba_super = target_constructor.__super__.constructor
Link.prototype.__bba_toJSON = Link.prototype['toJSON']
# set up the hierarchy
target_constructor.prototype.__proto__ = Link.prototype
target_constructor.__super__ = Link.prototype
##################################
# Articulation.Model
##################################
class Articulation.Model extends Backbone.Model
@extend = Backbone.Model.extend
__bba_super: Backbone.Model # provide the super class to mixin functions
# Converts a model attributes from objects to plain old JSON (if needed).
toJSON: ->
json = JSONS.serialize(@attributes, properties: true)
# ensure there is a type field
return json if json.hasOwnProperty(JSONS.TYPE_FIELD)
# use the type field
(json[JSONS.TYPE_FIELD] = @[JSONS.TYPE_FIELD]; return json) if @[JSONS.TYPE_FIELD]
# use the class name
class_name = Object.getPrototypeOf(Object(@)).constructor.name
return json unless class_name
# convert the class using an underscore and singularize convention, eg. CouchDB "type" field convention
if Articulation.TYPE_UNDERSCORE_SINGULARIZE
throw 'Missing String.prototype.underscore' unless String::underscore
throw 'Missing String.prototype.singularize' unless String::singularize
json[JSONS.TYPE_FIELD] = class_name.underscore().singularize()
else
json[JSONS.TYPE_FIELD] = class_name
return json
# Converts a model attributes from plain old JSON to objects (if needed).
parse: (resp, xhr) ->
return resp unless resp
return JSONS.deserialize( resp, {properties: true, skip_type_field: true})
set: (attrs, options) ->
return @ unless attrs
attrs = attrs.attributes if attrs.attributes
# if an attribute changes, release the previous since it will get replaced
for key, value of attrs
continue if _.isEqual(@attributes[key], value)
@_disownAttribute(key, @_previousAttributes[key]) if @_previousAttributes and (@_previousAttributes.hasOwnProperty(key))
@_ownAttribute(key, value)
@__bba_super.prototype.set.apply(@, arguments)
unset: (attr, options) ->
return @ unless attr of @attributes
@_disownAttribute(attr, @attributes[attr]) # if an attribute is unset, disown it
@__bba_super.prototype.unset.apply(@, arguments)
clear: (options) ->
# release attributes and previous attributes
@_disownAttribute(key, @attributes[key]) for key of @attributes
# if is it not silent, it will call change which will clear previous attributes
(@_disownAttribute(key, @_previousAttributes[key]) for key of @_previousAttributes) if options and options.silent
@__bba_super.prototype.clear.apply(@, arguments)
change: (options) ->
# disown the previous attributes
(@_disownAttribute key, @_previousAttributes[key]) for key of @_previousAttributes
result = @__bba_super.prototype.change.apply(@, arguments)
# own the new previous attributes
(@_previousAttributes[key] = @_ownAttribute(key, @_previousAttributes[key])) for key of @_previousAttributes
return result
##################################
# Internal
##################################
# Uses LC.own to clone(), retain(), or just stores a reference to an articulated attribute object (if needed).
_ownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.own(value)
_disownAllAttributes: ->
# Uses LC.disown to destroy() or release() to an attribute object (if needed).
_disownAttribute: (key, value) ->
return unless value
return value if (value instanceof Backbone.Model) or (value instanceof Backbone.Collection)
return value if _.isArray(value) and value.length and (value[0] instanceof Backbone.Model) or (value[0] instanceof Backbone.Collection)
LC.disown(value)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Model, ['toJSON', 'parse', 'set', 'unset', 'clear', 'change', '_ownAttribute', '_disownAttribute'])
##################################
# Articulation.Collection
##################################
class Articulation.Collection extends Backbone.Collection
@extend = Backbone.Collection.extend
__bba_super: Backbone.Collection # provide the super class to mixin functions
model: Articulation.Model # default model type
# Converts all of its models to plain old JSON (if needed) using JSONS.serialize.
toJSON: ->
models_as_JSON = []
models_as_JSON.push(model.toJSON()) for model in @models
return models_as_JSON
# Articulates all of its model attributes from plain old JSON to objects (if needed) using JSONS.
# JSONS looks for a \_type attribute to find a fromJSON method.
parse: (resp, xhr) ->
return resp unless (resp and _.isArray(resp))
articulated_model_attributes = []
articulated_model_attributes.push JSONS.deserialize(model_resp, skip_type_field: true) for model_resp in resp
return articulated_model_attributes
_onModelEvent: (event, model, collection, options) ->
if event is "destroy"
model._disownAttribute(key, model._previousAttributes[key]) for key of model._previousAttributes
model._disownAttribute(key, model.attributes[key]) for key of model.attributes
@__bba_super.prototype._onModelEvent.apply(@, arguments)
_removeReference: (model) ->
model.clear({silent: true}) if model
@__bba_super.prototype._removeReference.apply(@, arguments)
# allows mixin of Articulation.Model into existing hierarchies. Pass the constructor in to be mixed in.
@mixin: (target_constructor) ->
Articulation._mixin(target_constructor, Articulation.Collection, ['toJSON', 'parse', '_reset', '_onModelEvent']) |
[
{
"context": " = children.last()\n if last.mx_hash.hash_key == \"rextem_end\"\n ret += \"\"\"\",\"#{last.flags}\"\"\" if last.flags\n",
"end": 13010,
"score": 0.9800094366073608,
"start": 13000,
"tag": "KEY",
"value": "rextem_end"
},
{
"context": "in node.value_array\n if v.mx_hash.hash_key == 'comma_rvalue'\n comma_rvalue_node = v\n \n arg_list = []\n ",
"end": 18626,
"score": 0.9761204719543457,
"start": 18614,
"tag": "KEY",
"value": "comma_rvalue"
},
{
"context": "ode.value_array\n if v.mx_hash.hash_key == 'rvalue'\n arg_list.push ctx.translate v\n ",
"end": 18840,
"score": 0.8540623188018799,
"start": 18834,
"tag": "KEY",
"value": "rvalue"
},
{
"context": "ctx.translate v\n if v.mx_hash.hash_key == 'comma_rvalue'\n walk v\n rvalue\n walk comma_rva",
"end": 18928,
"score": 0.9716041088104248,
"start": 18916,
"tag": "KEY",
"value": "comma_rvalue"
}
] | src/translator.coffee | hu2prod/scriptscript | 1 | require 'fy'
require 'fy/lib/codegen'
{
Translator
un_op_translator_holder
un_op_translator_framework
bin_op_translator_holder
bin_op_translator_framework
} = require 'gram2'
module = @
# ###################################################################################################
trans = new Translator
trans.trans_skip =
indent : true
dedent : true
eol : true
trans.trans_value =
bracket : true
comma : true
pair_separator: true
arrow_function: true
trans.trans_token =
comment : (v)-> "//" + v.substr 1
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
if trans.trans_skip[v.mx_hash.hash_key]?
# LATER
if node.mx_hash.eol_pass and v.mx_hash.hash_key == 'eol'
list.push ";\n"
else if fn = trans.trans_token[v.mx_hash.hash_key]
list.push fn v.value
else if trans.trans_value[v.mx_hash.hash_key]?
list.push v.value
else
list.push ctx.translate v
if delimiter = node.mx_hash.delimiter
# delimiter = ' ' if delimiter == "'[SPACE]'" # not used -> commented
list = [ list.join(delimiter) ]
list
trans.translator_hash['value'] = translate:(ctx, node)->node.value_view
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['block'] = translate:(ctx, node)->
list = deep ctx, node
make_tab list.join(''), ' '
ensure_bracket = (t)->
return t if t[0] == "(" and t[t.length-1] == ")"
"(#{t})"
# ###################################################################################################
# bin_op
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in "+ - * / % += -= *= /= %= = < <= > >= << >> >>>".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
holder.op_list["**"] = new bin_op_translator_framework "Math.pow($1, $2)"
holder.op_list["//"] = new bin_op_translator_framework "Math.floor($1 / $2)"
holder.op_list["%%"] = new bin_op_translator_framework "(_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["**="] = new bin_op_translator_framework "$1 = Math.pow($1, $2)"
holder.op_list["//="] = new bin_op_translator_framework "$1 = Math.floor($1 / $2)"
holder.op_list["%%="] = new bin_op_translator_framework "$1 = (_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["=="] = new bin_op_translator_framework "($1===$2)"
holder.op_list["!="] = new bin_op_translator_framework "($1!==$2)"
trans.translator_hash['bin_op'] = translate:(ctx, node)->
op = node.value_array[1].value_view
# PORTING BUG gram2
node.value_array[1].value = node.value_array[1].value_view
# return is implied, I actually mean it. This if block is intended to be the last statement in the function.
if op of holder.op_list
holder.translate ctx, node
else
[a,_skip,b] = node.value_array
a_tr = ctx.translate a
b_tr = ctx.translate b
logical_or_bitwise = (char) ->
postfix = if op[-1..] == '=' then '=' else ''
if a.mx_hash.type.toString() == "int" # type inference ensures the second operand to be int
"(#{a_tr}#{char}#{postfix}#{b_tr})"
else # type inference ensures operands to be bools
if char == '^'
if postfix
"(#{a_tr}=!!(#{a_tr}^#{b_tr}))"
else
"(!!(#{a_tr}#{char}#{b_tr}))"
else if postfix
"(#{a_tr}=(#{a_tr}#{char}#{char}#{b_tr}))"
else
"(#{a_tr}#{char}#{char}#{b_tr})"
switch op
when "and", "and="
logical_or_bitwise '&'
when "or", "or="
logical_or_bitwise '|'
when "xor", "xor="
logical_or_bitwise '^'
when '|'
# pipes logic
if b.mx_hash.type?
switch b.mx_hash.type.main
when "function"
nest = b.mx_hash.type.nest
# NOTE 1st nest == return type
if nest.length == 2 # is_map
"#{ensure_bracket a_tr}.map(#{b_tr})"
else if nest.length == 3
###
TODO
Array.prototype.async_map -> ?Promise?
?Promise?.prototype (need all Array stuff)
###
if nest[2].main == 'function' # async map
"#{ensure_bracket a_tr}.async_map(#{b_tr})"
else # reduce
"#{ensure_bracket a_tr}.reduce(#{b_tr})"
else if nest.length == 4
if nest[3].main == 'function' # async reduce
"#{ensure_bracket a_tr}.async_reduce(#{b_tr})"
else
throw new Error "unknown pipe function signature [1]"
else
throw new Error "unknown pipe function signature [2]"
when "array"
"#{b_tr} = #{a_tr}"
when "Sink"
"""
var ref = #{ensure_bracket a_tr};
for (var i = 0, len = ref.length; i < len; i++) {
#{b_tr}(ref[i]);
}
"""
# else для switch не нужен т.к. не пропустит type inference
else
"#{b_tr} = #{a_tr}"
else
### !pragma coverage-skip-block ###
throw new Error "Translator: can't figure out how to translate '#{op}'"
# Don't put code down here below if block without a good reason (unless you're ready for refactoring).
# The preceding block should remain the last statement in the function as long as possible.
# Here is some old code (maybe del later):
# if op in ['or', 'and']
# # needs type inference
# [a,_skip,b] = node.value_array
# a_tr = ctx.translate a
# b_tr = ctx.translate b
# if !a.mx_hash.type? or !b.mx_hash.type?
# throw new Error "can't translate op=#{op} because type inference can't detect type of arguments"
# if !a.mx_hash.type.eq b.mx_hash.type
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "can't translate op=#{op} because type mismatch #{a.mx_hash.type} != #{b.mx_hash.type}"
# switch a.mx_hash.type.toString()
# when 'int'
# return "(#{a_tr}|#{b_tr})"
# when 'bool'
# return "(#{a_tr}||#{b_tr})"
# else
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "op=#{op} doesn't support type #{a.mx_hash.type}"
# ###################################################################################################
# pre_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "~ + - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
holder.op_list["void"] = new un_op_translator_framework "null"
for v in un_op_list = "typeof new delete".split ' '
holder.op_list[v] = new un_op_translator_framework "($op $1)"
# trans.translator_hash['pre_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['pre_op'] = translate:(ctx, node)->
op = node.value_array[0].value_view
node.value_array[0].value = node.value_array[0].value_view
if op == "not"
a = node.value_array[1]
a_tr = ctx.translate a
if !a.mx_hash.type
throw new Error "can't translate not operation because no type inferenced"
if a.mx_hash.type.toString() == "int"
"~#{a_tr}"
else
"!#{a_tr}" # type inference ensures bool
else
holder.translate ctx, node
# ###################################################################################################
# post_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_post()
for v in un_op_list = ["++", '--']
holder.op_list[v] = new un_op_translator_framework "($1$op)"
# trans.translator_hash['post_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['post_op'] = translate:(ctx, node)->
node.value_array[1].value = node.value_array[1].value_view
holder.translate ctx, node
# ###################################################################################################
# str
# ###################################################################################################
trans.translator_hash['string_singleq'] = translate:(ctx, node)->
s = node.value_view[1...-1]
s = s.replace /"/g, '\\"'
s = s.replace /^\s+/g, ''
s = s.replace /\s+$/g, ''
s = s.replace /\s*\n\s*/g, ' '
'"' + s + '"' #"
trans.translator_hash['string_doubleq'] = translate:(ctx, node)->
s = node.value_view
s = s.replace /^"\s+/g, '"'
s = s.replace /\s+"$/g, '"'
s = s.replace /\s*\n\s*/g, ' '
trans.translator_hash['block_string_singleq'] = translate:(ctx, node)->
s = node.value_view[3...-3]
s = s.replace /^\n/g, ''
s = s.replace /\n$/g, ''
s = s.replace /\n/g, '\\n'
s = s.replace /"/g, '\\"'
'"' + s + '"'
trans.translator_hash['block_string_doubleq'] = trans.translator_hash['block_string_singleq'] # for now...
trans.translator_hash['string_interpolation_prepare'] = translate:(ctx, node)->
ret = switch node.mx_hash.hash_key
when 'st1_start'
node.value_view[1...-2] # '"text#{' -> 'text'
.replace(/^\s+/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_start'
node.value_view[3...-2] # '"""text#{' -> 'text'
when 'st_mid'
node.value_view[1...-2] # '}text#{' -> 'text'
when 'st1_end'
node.value_view[1...-1] # '}text"' -> 'text'
.replace(/\s+$/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_end'
node.value_view[1...-3] # '}text"""' -> 'text'
ret = ret.replace /"/, '\\"'
trans.translator_hash['string_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
if children.last().mx_hash.hash_key[-3...] == "end"
ret = '("' + ret + '")'
ret = ret.replace /\+""/g, '' # some cleanup
ret
trans.translator_hash['string_interpolation_put_together_m1'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1]).replace /\s*\n\s*/g, ' '
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2]).replace /\s*\n\s*/g, ' '
ret
# ###################################################################################################
# regexp
# ###################################################################################################
trans.translator_hash['block_regexp'] = translate:(ctx, node)->
[_skip, body, flags] = node.value_view.split "///" # '///ab+c///imgy' -> ['', 'ab+c', 'imgy']
body = body.replace /\s#.*/g, '' # comments
body = body.replace /\s/g, '' # whitespace
if body == ""
body = "(?:)"
else
body = body.replace /\//g, '\\/' # escaping forward slashes
'/' + body + '/' + flags
trans.translator_hash['regexp_interpolation_prepare'] = translate:(ctx, node)->
switch node.mx_hash.hash_key
when 'rextem_start'
ret = node.value_view[3...-2] # '///ab+c#{' -> 'ab+c'
when 'rextem_mid'
ret = node.value_view[1...-2] # '}ab+c#{' -> 'ab+c'
when 'rextem_end'
[body, flags] = node.value_view.split "///" # '}ab+c///imgy' -> ['}ab+c', 'imgy']
node.flags = flags
ret = body[1...] # '}ab+c' -> 'ab+c'
ret = ret.replace /\s#.*/g, '' # comments
ret = ret.replace /\s/g, '' # whitespace
ret = ret.replace /"/g, '\\"' # escaping quotes
trans.translator_hash['regexp_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
last = children.last()
if last.mx_hash.hash_key == "rextem_end"
ret += """","#{last.flags}""" if last.flags
ret = """RegExp("#{ret}")"""
ret = ret.replace /\+""/g, '' # 'RegExp("a"+"b")' -> 'RegExp("ab")'
ret
# ###################################################################################################
# bracket
# ###################################################################################################
trans.translator_hash["bracket"] = translate:(ctx,node)->
ensure_bracket ctx.translate node.value_array[1]
# ###################################################################################################
# ternary
# ###################################################################################################
trans.translator_hash["ternary"] = translate:(ctx,node)->
[cond, _s1, tnode, _s2, fnode] = node.value_array
"#{ctx.translate cond} ? #{ctx.translate tnode} : #{ctx.translate fnode}"
# ###################################################################################################
# hash
# ###################################################################################################
trans.translator_hash["hash_pair_simple"] = translate:(ctx,node)->
[key, _skip, value] = node.value_array
"#{key.value}:#{ctx.translate value}"
trans.translator_hash["hash_pair_auto"] = translate:(ctx,node)->
[value] = node.value_array
"#{value.value}:#{value.value}"
trans.translator_hash['hash_wrap'] = translate:(ctx, node)->
list = deep ctx, node
"{"+list.join('')+"}"
# ###################################################################################################
# array
# ###################################################################################################
trans.translator_hash["num_array"] = translate:(ctx, node)->
# [_skip1, a, _skip2, b, _skip3] = node.value_array
a = +node.value_array[1].value_view
b = +node.value_array[3].value_view
if b - a > 20
"""
(function() {
var results = [];
for (var i = #{a}; i <= #{b}; i++){ results.push(i); }
return results;
})()
"""
else if a - b > 20
"""
(function() {
var results = [];
for (var i = #{a}; i >= #{b}; i--){ results.push(i); }
return results;
})()
"""
else
"[#{[a..b].join ", "}]"
# ###################################################################################################
# access
# ###################################################################################################
trans.translator_hash["field_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
"#{ctx.translate root}.#{field.value}"
trans.translator_hash["array_access"] = translate:(ctx,node)->
[root, _skip, field, _skip] = node.value_array
"#{ctx.translate root}[#{ctx.translate field}]"
trans.translator_hash["opencl_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
root_tr = ctx.translate root
key = field.value
if key.length == 1
return "#{root_tr}[#{key}]"
# TODO ref
ret = []
for k in key
ret.push "#{root_tr}[#{k}]"
"[#{ret.join ','}]"
# ###################################################################################################
# func_decl
# ###################################################################################################
trans.translator_hash["func_decl_return"] = translate:(ctx,node)->
str = ctx.translate node.value_array[0]
"return(#{str})"
trans.translator_hash["func_decl"] = translate:(ctx,node)->
arg_list = []
walk = (arg)->
default_value_node = null
if arg.value_array.length == 1
name_node = arg.value_array[0]
else if arg.value_array.length == 3
if arg.value_array[1].value == "="
name_node = arg.value_array[0]
default_value_node= arg.value_array[2]
else if arg.value_array[1].value == ":"
### !pragma coverage-skip-block ###
throw new Error "types are unsupported arg syntax yet"
else if arg.value_array[1].value == ","
walk arg.value_array[0]
walk arg.value_array[2]
return
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
default_value = null
if default_value_node
default_value = ctx.translate default_value_node
arg_list.push {
name : name_node.value or name_node.value_view
type : null
default_value
}
return
if node.value_array[0].value == '(' and node.value_array[2].value == ')'
arg_list_node = node.value_array[1]
for arg in arg_list_node.value_array
continue if arg.value == ","
walk arg
body_node = node.value_array.last()
body_node = null if body_node.value in ["->", "=>"] # no body
arg_str_list = []
default_arg_str_list = []
for arg in arg_list
arg_str_list.push arg.name
if arg.default_value
default_arg_str_list.push """
#{arg.name}=#{arg.name}==null?#{ensure_bracket arg.default_value}:#{arg.name};
"""
body = ""
body = ctx.translate body_node if body_node
body = """
{
#{join_list default_arg_str_list, ' '}
#{body}
}
"""
body = body.replace /^{\s+/, '{\n '
body = body.replace /\s+}$/, '\n}'
body = "{}" if /^\{\s+\}$/.test body
"(function(#{arg_str_list.join ', '})#{body})"
trans.translator_hash["func_call"] = translate:(ctx,node)->
rvalue = node.value_array[0]
comma_rvalue_node = null
for v in node.value_array
if v.mx_hash.hash_key == 'comma_rvalue'
comma_rvalue_node = v
arg_list = []
func_code = ensure_bracket ctx.translate rvalue
if comma_rvalue_node
walk = (node)->
for v in node.value_array
if v.mx_hash.hash_key == 'rvalue'
arg_list.push ctx.translate v
if v.mx_hash.hash_key == 'comma_rvalue'
walk v
rvalue
walk comma_rvalue_node
"#{func_code}(#{arg_list.join ', '})"
# ###################################################################################################
# macro-block
# ###################################################################################################
trans.macro_block_condition_hash =
"if" : (ctx, condition, block)->
"""
if (#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
"while" : (ctx, condition, block)->
"""
while(#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.macro_block_hash =
"loop" : (ctx, block)->
"""
while(true) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.translator_hash['macro_block'] = translate:(ctx,node)->
if node.value_array.length == 2
[name_node, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_hash[name])?
if trans.macro_block_condition_hash[name]?
throw new Error "Missed condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, body
else
[name_node, condition, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_condition_hash[name])?
if trans.macro_block_hash[name]?
throw new Error "Extra condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, condition, body
# ###################################################################################################
@_translate = (ast, opt={})->
trans.go ast
@translate = (ast, opt, on_end)->
try
res = module._translate ast, opt
catch e
return on_end e
on_end null, res
| 70683 | require 'fy'
require 'fy/lib/codegen'
{
Translator
un_op_translator_holder
un_op_translator_framework
bin_op_translator_holder
bin_op_translator_framework
} = require 'gram2'
module = @
# ###################################################################################################
trans = new Translator
trans.trans_skip =
indent : true
dedent : true
eol : true
trans.trans_value =
bracket : true
comma : true
pair_separator: true
arrow_function: true
trans.trans_token =
comment : (v)-> "//" + v.substr 1
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
if trans.trans_skip[v.mx_hash.hash_key]?
# LATER
if node.mx_hash.eol_pass and v.mx_hash.hash_key == 'eol'
list.push ";\n"
else if fn = trans.trans_token[v.mx_hash.hash_key]
list.push fn v.value
else if trans.trans_value[v.mx_hash.hash_key]?
list.push v.value
else
list.push ctx.translate v
if delimiter = node.mx_hash.delimiter
# delimiter = ' ' if delimiter == "'[SPACE]'" # not used -> commented
list = [ list.join(delimiter) ]
list
trans.translator_hash['value'] = translate:(ctx, node)->node.value_view
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['block'] = translate:(ctx, node)->
list = deep ctx, node
make_tab list.join(''), ' '
ensure_bracket = (t)->
return t if t[0] == "(" and t[t.length-1] == ")"
"(#{t})"
# ###################################################################################################
# bin_op
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in "+ - * / % += -= *= /= %= = < <= > >= << >> >>>".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
holder.op_list["**"] = new bin_op_translator_framework "Math.pow($1, $2)"
holder.op_list["//"] = new bin_op_translator_framework "Math.floor($1 / $2)"
holder.op_list["%%"] = new bin_op_translator_framework "(_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["**="] = new bin_op_translator_framework "$1 = Math.pow($1, $2)"
holder.op_list["//="] = new bin_op_translator_framework "$1 = Math.floor($1 / $2)"
holder.op_list["%%="] = new bin_op_translator_framework "$1 = (_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["=="] = new bin_op_translator_framework "($1===$2)"
holder.op_list["!="] = new bin_op_translator_framework "($1!==$2)"
trans.translator_hash['bin_op'] = translate:(ctx, node)->
op = node.value_array[1].value_view
# PORTING BUG gram2
node.value_array[1].value = node.value_array[1].value_view
# return is implied, I actually mean it. This if block is intended to be the last statement in the function.
if op of holder.op_list
holder.translate ctx, node
else
[a,_skip,b] = node.value_array
a_tr = ctx.translate a
b_tr = ctx.translate b
logical_or_bitwise = (char) ->
postfix = if op[-1..] == '=' then '=' else ''
if a.mx_hash.type.toString() == "int" # type inference ensures the second operand to be int
"(#{a_tr}#{char}#{postfix}#{b_tr})"
else # type inference ensures operands to be bools
if char == '^'
if postfix
"(#{a_tr}=!!(#{a_tr}^#{b_tr}))"
else
"(!!(#{a_tr}#{char}#{b_tr}))"
else if postfix
"(#{a_tr}=(#{a_tr}#{char}#{char}#{b_tr}))"
else
"(#{a_tr}#{char}#{char}#{b_tr})"
switch op
when "and", "and="
logical_or_bitwise '&'
when "or", "or="
logical_or_bitwise '|'
when "xor", "xor="
logical_or_bitwise '^'
when '|'
# pipes logic
if b.mx_hash.type?
switch b.mx_hash.type.main
when "function"
nest = b.mx_hash.type.nest
# NOTE 1st nest == return type
if nest.length == 2 # is_map
"#{ensure_bracket a_tr}.map(#{b_tr})"
else if nest.length == 3
###
TODO
Array.prototype.async_map -> ?Promise?
?Promise?.prototype (need all Array stuff)
###
if nest[2].main == 'function' # async map
"#{ensure_bracket a_tr}.async_map(#{b_tr})"
else # reduce
"#{ensure_bracket a_tr}.reduce(#{b_tr})"
else if nest.length == 4
if nest[3].main == 'function' # async reduce
"#{ensure_bracket a_tr}.async_reduce(#{b_tr})"
else
throw new Error "unknown pipe function signature [1]"
else
throw new Error "unknown pipe function signature [2]"
when "array"
"#{b_tr} = #{a_tr}"
when "Sink"
"""
var ref = #{ensure_bracket a_tr};
for (var i = 0, len = ref.length; i < len; i++) {
#{b_tr}(ref[i]);
}
"""
# else для switch не нужен т.к. не пропустит type inference
else
"#{b_tr} = #{a_tr}"
else
### !pragma coverage-skip-block ###
throw new Error "Translator: can't figure out how to translate '#{op}'"
# Don't put code down here below if block without a good reason (unless you're ready for refactoring).
# The preceding block should remain the last statement in the function as long as possible.
# Here is some old code (maybe del later):
# if op in ['or', 'and']
# # needs type inference
# [a,_skip,b] = node.value_array
# a_tr = ctx.translate a
# b_tr = ctx.translate b
# if !a.mx_hash.type? or !b.mx_hash.type?
# throw new Error "can't translate op=#{op} because type inference can't detect type of arguments"
# if !a.mx_hash.type.eq b.mx_hash.type
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "can't translate op=#{op} because type mismatch #{a.mx_hash.type} != #{b.mx_hash.type}"
# switch a.mx_hash.type.toString()
# when 'int'
# return "(#{a_tr}|#{b_tr})"
# when 'bool'
# return "(#{a_tr}||#{b_tr})"
# else
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "op=#{op} doesn't support type #{a.mx_hash.type}"
# ###################################################################################################
# pre_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "~ + - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
holder.op_list["void"] = new un_op_translator_framework "null"
for v in un_op_list = "typeof new delete".split ' '
holder.op_list[v] = new un_op_translator_framework "($op $1)"
# trans.translator_hash['pre_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['pre_op'] = translate:(ctx, node)->
op = node.value_array[0].value_view
node.value_array[0].value = node.value_array[0].value_view
if op == "not"
a = node.value_array[1]
a_tr = ctx.translate a
if !a.mx_hash.type
throw new Error "can't translate not operation because no type inferenced"
if a.mx_hash.type.toString() == "int"
"~#{a_tr}"
else
"!#{a_tr}" # type inference ensures bool
else
holder.translate ctx, node
# ###################################################################################################
# post_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_post()
for v in un_op_list = ["++", '--']
holder.op_list[v] = new un_op_translator_framework "($1$op)"
# trans.translator_hash['post_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['post_op'] = translate:(ctx, node)->
node.value_array[1].value = node.value_array[1].value_view
holder.translate ctx, node
# ###################################################################################################
# str
# ###################################################################################################
trans.translator_hash['string_singleq'] = translate:(ctx, node)->
s = node.value_view[1...-1]
s = s.replace /"/g, '\\"'
s = s.replace /^\s+/g, ''
s = s.replace /\s+$/g, ''
s = s.replace /\s*\n\s*/g, ' '
'"' + s + '"' #"
trans.translator_hash['string_doubleq'] = translate:(ctx, node)->
s = node.value_view
s = s.replace /^"\s+/g, '"'
s = s.replace /\s+"$/g, '"'
s = s.replace /\s*\n\s*/g, ' '
trans.translator_hash['block_string_singleq'] = translate:(ctx, node)->
s = node.value_view[3...-3]
s = s.replace /^\n/g, ''
s = s.replace /\n$/g, ''
s = s.replace /\n/g, '\\n'
s = s.replace /"/g, '\\"'
'"' + s + '"'
trans.translator_hash['block_string_doubleq'] = trans.translator_hash['block_string_singleq'] # for now...
trans.translator_hash['string_interpolation_prepare'] = translate:(ctx, node)->
ret = switch node.mx_hash.hash_key
when 'st1_start'
node.value_view[1...-2] # '"text#{' -> 'text'
.replace(/^\s+/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_start'
node.value_view[3...-2] # '"""text#{' -> 'text'
when 'st_mid'
node.value_view[1...-2] # '}text#{' -> 'text'
when 'st1_end'
node.value_view[1...-1] # '}text"' -> 'text'
.replace(/\s+$/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_end'
node.value_view[1...-3] # '}text"""' -> 'text'
ret = ret.replace /"/, '\\"'
trans.translator_hash['string_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
if children.last().mx_hash.hash_key[-3...] == "end"
ret = '("' + ret + '")'
ret = ret.replace /\+""/g, '' # some cleanup
ret
trans.translator_hash['string_interpolation_put_together_m1'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1]).replace /\s*\n\s*/g, ' '
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2]).replace /\s*\n\s*/g, ' '
ret
# ###################################################################################################
# regexp
# ###################################################################################################
trans.translator_hash['block_regexp'] = translate:(ctx, node)->
[_skip, body, flags] = node.value_view.split "///" # '///ab+c///imgy' -> ['', 'ab+c', 'imgy']
body = body.replace /\s#.*/g, '' # comments
body = body.replace /\s/g, '' # whitespace
if body == ""
body = "(?:)"
else
body = body.replace /\//g, '\\/' # escaping forward slashes
'/' + body + '/' + flags
trans.translator_hash['regexp_interpolation_prepare'] = translate:(ctx, node)->
switch node.mx_hash.hash_key
when 'rextem_start'
ret = node.value_view[3...-2] # '///ab+c#{' -> 'ab+c'
when 'rextem_mid'
ret = node.value_view[1...-2] # '}ab+c#{' -> 'ab+c'
when 'rextem_end'
[body, flags] = node.value_view.split "///" # '}ab+c///imgy' -> ['}ab+c', 'imgy']
node.flags = flags
ret = body[1...] # '}ab+c' -> 'ab+c'
ret = ret.replace /\s#.*/g, '' # comments
ret = ret.replace /\s/g, '' # whitespace
ret = ret.replace /"/g, '\\"' # escaping quotes
trans.translator_hash['regexp_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
last = children.last()
if last.mx_hash.hash_key == "<KEY>"
ret += """","#{last.flags}""" if last.flags
ret = """RegExp("#{ret}")"""
ret = ret.replace /\+""/g, '' # 'RegExp("a"+"b")' -> 'RegExp("ab")'
ret
# ###################################################################################################
# bracket
# ###################################################################################################
trans.translator_hash["bracket"] = translate:(ctx,node)->
ensure_bracket ctx.translate node.value_array[1]
# ###################################################################################################
# ternary
# ###################################################################################################
trans.translator_hash["ternary"] = translate:(ctx,node)->
[cond, _s1, tnode, _s2, fnode] = node.value_array
"#{ctx.translate cond} ? #{ctx.translate tnode} : #{ctx.translate fnode}"
# ###################################################################################################
# hash
# ###################################################################################################
trans.translator_hash["hash_pair_simple"] = translate:(ctx,node)->
[key, _skip, value] = node.value_array
"#{key.value}:#{ctx.translate value}"
trans.translator_hash["hash_pair_auto"] = translate:(ctx,node)->
[value] = node.value_array
"#{value.value}:#{value.value}"
trans.translator_hash['hash_wrap'] = translate:(ctx, node)->
list = deep ctx, node
"{"+list.join('')+"}"
# ###################################################################################################
# array
# ###################################################################################################
trans.translator_hash["num_array"] = translate:(ctx, node)->
# [_skip1, a, _skip2, b, _skip3] = node.value_array
a = +node.value_array[1].value_view
b = +node.value_array[3].value_view
if b - a > 20
"""
(function() {
var results = [];
for (var i = #{a}; i <= #{b}; i++){ results.push(i); }
return results;
})()
"""
else if a - b > 20
"""
(function() {
var results = [];
for (var i = #{a}; i >= #{b}; i--){ results.push(i); }
return results;
})()
"""
else
"[#{[a..b].join ", "}]"
# ###################################################################################################
# access
# ###################################################################################################
trans.translator_hash["field_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
"#{ctx.translate root}.#{field.value}"
trans.translator_hash["array_access"] = translate:(ctx,node)->
[root, _skip, field, _skip] = node.value_array
"#{ctx.translate root}[#{ctx.translate field}]"
trans.translator_hash["opencl_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
root_tr = ctx.translate root
key = field.value
if key.length == 1
return "#{root_tr}[#{key}]"
# TODO ref
ret = []
for k in key
ret.push "#{root_tr}[#{k}]"
"[#{ret.join ','}]"
# ###################################################################################################
# func_decl
# ###################################################################################################
trans.translator_hash["func_decl_return"] = translate:(ctx,node)->
str = ctx.translate node.value_array[0]
"return(#{str})"
trans.translator_hash["func_decl"] = translate:(ctx,node)->
arg_list = []
walk = (arg)->
default_value_node = null
if arg.value_array.length == 1
name_node = arg.value_array[0]
else if arg.value_array.length == 3
if arg.value_array[1].value == "="
name_node = arg.value_array[0]
default_value_node= arg.value_array[2]
else if arg.value_array[1].value == ":"
### !pragma coverage-skip-block ###
throw new Error "types are unsupported arg syntax yet"
else if arg.value_array[1].value == ","
walk arg.value_array[0]
walk arg.value_array[2]
return
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
default_value = null
if default_value_node
default_value = ctx.translate default_value_node
arg_list.push {
name : name_node.value or name_node.value_view
type : null
default_value
}
return
if node.value_array[0].value == '(' and node.value_array[2].value == ')'
arg_list_node = node.value_array[1]
for arg in arg_list_node.value_array
continue if arg.value == ","
walk arg
body_node = node.value_array.last()
body_node = null if body_node.value in ["->", "=>"] # no body
arg_str_list = []
default_arg_str_list = []
for arg in arg_list
arg_str_list.push arg.name
if arg.default_value
default_arg_str_list.push """
#{arg.name}=#{arg.name}==null?#{ensure_bracket arg.default_value}:#{arg.name};
"""
body = ""
body = ctx.translate body_node if body_node
body = """
{
#{join_list default_arg_str_list, ' '}
#{body}
}
"""
body = body.replace /^{\s+/, '{\n '
body = body.replace /\s+}$/, '\n}'
body = "{}" if /^\{\s+\}$/.test body
"(function(#{arg_str_list.join ', '})#{body})"
trans.translator_hash["func_call"] = translate:(ctx,node)->
rvalue = node.value_array[0]
comma_rvalue_node = null
for v in node.value_array
if v.mx_hash.hash_key == '<KEY>'
comma_rvalue_node = v
arg_list = []
func_code = ensure_bracket ctx.translate rvalue
if comma_rvalue_node
walk = (node)->
for v in node.value_array
if v.mx_hash.hash_key == '<KEY>'
arg_list.push ctx.translate v
if v.mx_hash.hash_key == '<KEY>'
walk v
rvalue
walk comma_rvalue_node
"#{func_code}(#{arg_list.join ', '})"
# ###################################################################################################
# macro-block
# ###################################################################################################
trans.macro_block_condition_hash =
"if" : (ctx, condition, block)->
"""
if (#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
"while" : (ctx, condition, block)->
"""
while(#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.macro_block_hash =
"loop" : (ctx, block)->
"""
while(true) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.translator_hash['macro_block'] = translate:(ctx,node)->
if node.value_array.length == 2
[name_node, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_hash[name])?
if trans.macro_block_condition_hash[name]?
throw new Error "Missed condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, body
else
[name_node, condition, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_condition_hash[name])?
if trans.macro_block_hash[name]?
throw new Error "Extra condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, condition, body
# ###################################################################################################
@_translate = (ast, opt={})->
trans.go ast
@translate = (ast, opt, on_end)->
try
res = module._translate ast, opt
catch e
return on_end e
on_end null, res
| true | require 'fy'
require 'fy/lib/codegen'
{
Translator
un_op_translator_holder
un_op_translator_framework
bin_op_translator_holder
bin_op_translator_framework
} = require 'gram2'
module = @
# ###################################################################################################
trans = new Translator
trans.trans_skip =
indent : true
dedent : true
eol : true
trans.trans_value =
bracket : true
comma : true
pair_separator: true
arrow_function: true
trans.trans_token =
comment : (v)-> "//" + v.substr 1
deep = (ctx, node)->
list = []
# if node.mx_hash.deep?
# node.mx_hash.deep = '0' if node.mx_hash.deep == false # special case for deep=0
# value_array = (node.value_array[pos] for pos in node.mx_hash.deep.split ',')
# else
# value_array = node.value_array
value_array = node.value_array
for v,k in value_array
if trans.trans_skip[v.mx_hash.hash_key]?
# LATER
if node.mx_hash.eol_pass and v.mx_hash.hash_key == 'eol'
list.push ";\n"
else if fn = trans.trans_token[v.mx_hash.hash_key]
list.push fn v.value
else if trans.trans_value[v.mx_hash.hash_key]?
list.push v.value
else
list.push ctx.translate v
if delimiter = node.mx_hash.delimiter
# delimiter = ' ' if delimiter == "'[SPACE]'" # not used -> commented
list = [ list.join(delimiter) ]
list
trans.translator_hash['value'] = translate:(ctx, node)->node.value_view
trans.translator_hash['deep'] = translate:(ctx, node)->
list = deep ctx, node
list.join('')
trans.translator_hash['block'] = translate:(ctx, node)->
list = deep ctx, node
make_tab list.join(''), ' '
ensure_bracket = (t)->
return t if t[0] == "(" and t[t.length-1] == ")"
"(#{t})"
# ###################################################################################################
# bin_op
# ###################################################################################################
do ()->
holder = new bin_op_translator_holder
for v in "+ - * / % += -= *= /= %= = < <= > >= << >> >>>".split ' '
holder.op_list[v] = new bin_op_translator_framework "($1$op$2)"
holder.op_list["**"] = new bin_op_translator_framework "Math.pow($1, $2)"
holder.op_list["//"] = new bin_op_translator_framework "Math.floor($1 / $2)"
holder.op_list["%%"] = new bin_op_translator_framework "(_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["**="] = new bin_op_translator_framework "$1 = Math.pow($1, $2)"
holder.op_list["//="] = new bin_op_translator_framework "$1 = Math.floor($1 / $2)"
holder.op_list["%%="] = new bin_op_translator_framework "$1 = (_tmp_b=$2,($1 % _tmp_b + _tmp_b) % _tmp_b)"
holder.op_list["=="] = new bin_op_translator_framework "($1===$2)"
holder.op_list["!="] = new bin_op_translator_framework "($1!==$2)"
trans.translator_hash['bin_op'] = translate:(ctx, node)->
op = node.value_array[1].value_view
# PORTING BUG gram2
node.value_array[1].value = node.value_array[1].value_view
# return is implied, I actually mean it. This if block is intended to be the last statement in the function.
if op of holder.op_list
holder.translate ctx, node
else
[a,_skip,b] = node.value_array
a_tr = ctx.translate a
b_tr = ctx.translate b
logical_or_bitwise = (char) ->
postfix = if op[-1..] == '=' then '=' else ''
if a.mx_hash.type.toString() == "int" # type inference ensures the second operand to be int
"(#{a_tr}#{char}#{postfix}#{b_tr})"
else # type inference ensures operands to be bools
if char == '^'
if postfix
"(#{a_tr}=!!(#{a_tr}^#{b_tr}))"
else
"(!!(#{a_tr}#{char}#{b_tr}))"
else if postfix
"(#{a_tr}=(#{a_tr}#{char}#{char}#{b_tr}))"
else
"(#{a_tr}#{char}#{char}#{b_tr})"
switch op
when "and", "and="
logical_or_bitwise '&'
when "or", "or="
logical_or_bitwise '|'
when "xor", "xor="
logical_or_bitwise '^'
when '|'
# pipes logic
if b.mx_hash.type?
switch b.mx_hash.type.main
when "function"
nest = b.mx_hash.type.nest
# NOTE 1st nest == return type
if nest.length == 2 # is_map
"#{ensure_bracket a_tr}.map(#{b_tr})"
else if nest.length == 3
###
TODO
Array.prototype.async_map -> ?Promise?
?Promise?.prototype (need all Array stuff)
###
if nest[2].main == 'function' # async map
"#{ensure_bracket a_tr}.async_map(#{b_tr})"
else # reduce
"#{ensure_bracket a_tr}.reduce(#{b_tr})"
else if nest.length == 4
if nest[3].main == 'function' # async reduce
"#{ensure_bracket a_tr}.async_reduce(#{b_tr})"
else
throw new Error "unknown pipe function signature [1]"
else
throw new Error "unknown pipe function signature [2]"
when "array"
"#{b_tr} = #{a_tr}"
when "Sink"
"""
var ref = #{ensure_bracket a_tr};
for (var i = 0, len = ref.length; i < len; i++) {
#{b_tr}(ref[i]);
}
"""
# else для switch не нужен т.к. не пропустит type inference
else
"#{b_tr} = #{a_tr}"
else
### !pragma coverage-skip-block ###
throw new Error "Translator: can't figure out how to translate '#{op}'"
# Don't put code down here below if block without a good reason (unless you're ready for refactoring).
# The preceding block should remain the last statement in the function as long as possible.
# Here is some old code (maybe del later):
# if op in ['or', 'and']
# # needs type inference
# [a,_skip,b] = node.value_array
# a_tr = ctx.translate a
# b_tr = ctx.translate b
# if !a.mx_hash.type? or !b.mx_hash.type?
# throw new Error "can't translate op=#{op} because type inference can't detect type of arguments"
# if !a.mx_hash.type.eq b.mx_hash.type
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "can't translate op=#{op} because type mismatch #{a.mx_hash.type} != #{b.mx_hash.type}"
# switch a.mx_hash.type.toString()
# when 'int'
# return "(#{a_tr}|#{b_tr})"
# when 'bool'
# return "(#{a_tr}||#{b_tr})"
# else
# # не пропустит type inference
# ### !pragma coverage-skip-block ###
# throw new Error "op=#{op} doesn't support type #{a.mx_hash.type}"
# ###################################################################################################
# pre_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_pre()
for v in un_op_list = "~ + - !".split ' '
holder.op_list[v] = new un_op_translator_framework "$op$1"
holder.op_list["void"] = new un_op_translator_framework "null"
for v in un_op_list = "typeof new delete".split ' '
holder.op_list[v] = new un_op_translator_framework "($op $1)"
# trans.translator_hash['pre_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['pre_op'] = translate:(ctx, node)->
op = node.value_array[0].value_view
node.value_array[0].value = node.value_array[0].value_view
if op == "not"
a = node.value_array[1]
a_tr = ctx.translate a
if !a.mx_hash.type
throw new Error "can't translate not operation because no type inferenced"
if a.mx_hash.type.toString() == "int"
"~#{a_tr}"
else
"!#{a_tr}" # type inference ensures bool
else
holder.translate ctx, node
# ###################################################################################################
# post_op
# ###################################################################################################
do ()->
holder = new un_op_translator_holder
holder.mode_post()
for v in un_op_list = ["++", '--']
holder.op_list[v] = new un_op_translator_framework "($1$op)"
# trans.translator_hash['post_op'] = holder
# PORTING BUG UGLY FIX gram2
trans.translator_hash['post_op'] = translate:(ctx, node)->
node.value_array[1].value = node.value_array[1].value_view
holder.translate ctx, node
# ###################################################################################################
# str
# ###################################################################################################
trans.translator_hash['string_singleq'] = translate:(ctx, node)->
s = node.value_view[1...-1]
s = s.replace /"/g, '\\"'
s = s.replace /^\s+/g, ''
s = s.replace /\s+$/g, ''
s = s.replace /\s*\n\s*/g, ' '
'"' + s + '"' #"
trans.translator_hash['string_doubleq'] = translate:(ctx, node)->
s = node.value_view
s = s.replace /^"\s+/g, '"'
s = s.replace /\s+"$/g, '"'
s = s.replace /\s*\n\s*/g, ' '
trans.translator_hash['block_string_singleq'] = translate:(ctx, node)->
s = node.value_view[3...-3]
s = s.replace /^\n/g, ''
s = s.replace /\n$/g, ''
s = s.replace /\n/g, '\\n'
s = s.replace /"/g, '\\"'
'"' + s + '"'
trans.translator_hash['block_string_doubleq'] = trans.translator_hash['block_string_singleq'] # for now...
trans.translator_hash['string_interpolation_prepare'] = translate:(ctx, node)->
ret = switch node.mx_hash.hash_key
when 'st1_start'
node.value_view[1...-2] # '"text#{' -> 'text'
.replace(/^\s+/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_start'
node.value_view[3...-2] # '"""text#{' -> 'text'
when 'st_mid'
node.value_view[1...-2] # '}text#{' -> 'text'
when 'st1_end'
node.value_view[1...-1] # '}text"' -> 'text'
.replace(/\s+$/g, '')
.replace /\s*\n\s*/g, ' '
when 'st3_end'
node.value_view[1...-3] # '}text"""' -> 'text'
ret = ret.replace /"/, '\\"'
trans.translator_hash['string_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
if children.last().mx_hash.hash_key[-3...] == "end"
ret = '("' + ret + '")'
ret = ret.replace /\+""/g, '' # some cleanup
ret
trans.translator_hash['string_interpolation_put_together_m1'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1]).replace /\s*\n\s*/g, ' '
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2]).replace /\s*\n\s*/g, ' '
ret
# ###################################################################################################
# regexp
# ###################################################################################################
trans.translator_hash['block_regexp'] = translate:(ctx, node)->
[_skip, body, flags] = node.value_view.split "///" # '///ab+c///imgy' -> ['', 'ab+c', 'imgy']
body = body.replace /\s#.*/g, '' # comments
body = body.replace /\s/g, '' # whitespace
if body == ""
body = "(?:)"
else
body = body.replace /\//g, '\\/' # escaping forward slashes
'/' + body + '/' + flags
trans.translator_hash['regexp_interpolation_prepare'] = translate:(ctx, node)->
switch node.mx_hash.hash_key
when 'rextem_start'
ret = node.value_view[3...-2] # '///ab+c#{' -> 'ab+c'
when 'rextem_mid'
ret = node.value_view[1...-2] # '}ab+c#{' -> 'ab+c'
when 'rextem_end'
[body, flags] = node.value_view.split "///" # '}ab+c///imgy' -> ['}ab+c', 'imgy']
node.flags = flags
ret = body[1...] # '}ab+c' -> 'ab+c'
ret = ret.replace /\s#.*/g, '' # comments
ret = ret.replace /\s/g, '' # whitespace
ret = ret.replace /"/g, '\\"' # escaping quotes
trans.translator_hash['regexp_interpolation_put_together'] = translate:(ctx, node)->
children = node.value_array
ret = switch children.length
when 2
ctx.translate(children[0]) + ctx.translate(children[1])
when 3
ctx.translate(children[0]) + '"+' + ensure_bracket(ctx.translate(children[1])) + '+"' + ctx.translate(children[2])
last = children.last()
if last.mx_hash.hash_key == "PI:KEY:<KEY>END_PI"
ret += """","#{last.flags}""" if last.flags
ret = """RegExp("#{ret}")"""
ret = ret.replace /\+""/g, '' # 'RegExp("a"+"b")' -> 'RegExp("ab")'
ret
# ###################################################################################################
# bracket
# ###################################################################################################
trans.translator_hash["bracket"] = translate:(ctx,node)->
ensure_bracket ctx.translate node.value_array[1]
# ###################################################################################################
# ternary
# ###################################################################################################
trans.translator_hash["ternary"] = translate:(ctx,node)->
[cond, _s1, tnode, _s2, fnode] = node.value_array
"#{ctx.translate cond} ? #{ctx.translate tnode} : #{ctx.translate fnode}"
# ###################################################################################################
# hash
# ###################################################################################################
trans.translator_hash["hash_pair_simple"] = translate:(ctx,node)->
[key, _skip, value] = node.value_array
"#{key.value}:#{ctx.translate value}"
trans.translator_hash["hash_pair_auto"] = translate:(ctx,node)->
[value] = node.value_array
"#{value.value}:#{value.value}"
trans.translator_hash['hash_wrap'] = translate:(ctx, node)->
list = deep ctx, node
"{"+list.join('')+"}"
# ###################################################################################################
# array
# ###################################################################################################
trans.translator_hash["num_array"] = translate:(ctx, node)->
# [_skip1, a, _skip2, b, _skip3] = node.value_array
a = +node.value_array[1].value_view
b = +node.value_array[3].value_view
if b - a > 20
"""
(function() {
var results = [];
for (var i = #{a}; i <= #{b}; i++){ results.push(i); }
return results;
})()
"""
else if a - b > 20
"""
(function() {
var results = [];
for (var i = #{a}; i >= #{b}; i--){ results.push(i); }
return results;
})()
"""
else
"[#{[a..b].join ", "}]"
# ###################################################################################################
# access
# ###################################################################################################
trans.translator_hash["field_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
"#{ctx.translate root}.#{field.value}"
trans.translator_hash["array_access"] = translate:(ctx,node)->
[root, _skip, field, _skip] = node.value_array
"#{ctx.translate root}[#{ctx.translate field}]"
trans.translator_hash["opencl_access"] = translate:(ctx,node)->
[root, _skip, field] = node.value_array
root_tr = ctx.translate root
key = field.value
if key.length == 1
return "#{root_tr}[#{key}]"
# TODO ref
ret = []
for k in key
ret.push "#{root_tr}[#{k}]"
"[#{ret.join ','}]"
# ###################################################################################################
# func_decl
# ###################################################################################################
trans.translator_hash["func_decl_return"] = translate:(ctx,node)->
str = ctx.translate node.value_array[0]
"return(#{str})"
trans.translator_hash["func_decl"] = translate:(ctx,node)->
arg_list = []
walk = (arg)->
default_value_node = null
if arg.value_array.length == 1
name_node = arg.value_array[0]
else if arg.value_array.length == 3
if arg.value_array[1].value == "="
name_node = arg.value_array[0]
default_value_node= arg.value_array[2]
else if arg.value_array[1].value == ":"
### !pragma coverage-skip-block ###
throw new Error "types are unsupported arg syntax yet"
else if arg.value_array[1].value == ","
walk arg.value_array[0]
walk arg.value_array[2]
return
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
else
### !pragma coverage-skip-block ###
throw new Error "unsupported arg syntax"
default_value = null
if default_value_node
default_value = ctx.translate default_value_node
arg_list.push {
name : name_node.value or name_node.value_view
type : null
default_value
}
return
if node.value_array[0].value == '(' and node.value_array[2].value == ')'
arg_list_node = node.value_array[1]
for arg in arg_list_node.value_array
continue if arg.value == ","
walk arg
body_node = node.value_array.last()
body_node = null if body_node.value in ["->", "=>"] # no body
arg_str_list = []
default_arg_str_list = []
for arg in arg_list
arg_str_list.push arg.name
if arg.default_value
default_arg_str_list.push """
#{arg.name}=#{arg.name}==null?#{ensure_bracket arg.default_value}:#{arg.name};
"""
body = ""
body = ctx.translate body_node if body_node
body = """
{
#{join_list default_arg_str_list, ' '}
#{body}
}
"""
body = body.replace /^{\s+/, '{\n '
body = body.replace /\s+}$/, '\n}'
body = "{}" if /^\{\s+\}$/.test body
"(function(#{arg_str_list.join ', '})#{body})"
trans.translator_hash["func_call"] = translate:(ctx,node)->
rvalue = node.value_array[0]
comma_rvalue_node = null
for v in node.value_array
if v.mx_hash.hash_key == 'PI:KEY:<KEY>END_PI'
comma_rvalue_node = v
arg_list = []
func_code = ensure_bracket ctx.translate rvalue
if comma_rvalue_node
walk = (node)->
for v in node.value_array
if v.mx_hash.hash_key == 'PI:KEY:<KEY>END_PI'
arg_list.push ctx.translate v
if v.mx_hash.hash_key == 'PI:KEY:<KEY>END_PI'
walk v
rvalue
walk comma_rvalue_node
"#{func_code}(#{arg_list.join ', '})"
# ###################################################################################################
# macro-block
# ###################################################################################################
trans.macro_block_condition_hash =
"if" : (ctx, condition, block)->
"""
if (#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
"while" : (ctx, condition, block)->
"""
while(#{ctx.translate condition}) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.macro_block_hash =
"loop" : (ctx, block)->
"""
while(true) {
#{make_tab ctx.translate(block), ' '}
}
"""
trans.translator_hash['macro_block'] = translate:(ctx,node)->
if node.value_array.length == 2
[name_node, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_hash[name])?
if trans.macro_block_condition_hash[name]?
throw new Error "Missed condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, body
else
[name_node, condition, body] = node.value_array
name = name_node.value
if !(fn = trans.macro_block_condition_hash[name])?
if trans.macro_block_hash[name]?
throw new Error "Extra condition for block '#{name}'"
throw new Error "unknown conditionless macro block '#{name}'"
fn ctx, condition, body
# ###################################################################################################
@_translate = (ast, opt={})->
trans.go ast
@translate = (ast, opt, on_end)->
try
res = module._translate ast, opt
catch e
return on_end e
on_end null, res
|
[
{
"context": "(done) ->\n user = App.User.build(firstName: 'Lance')\n\n Tower.StoreTransportAjax.create [user], ",
"end": 845,
"score": 0.9994208812713623,
"start": 840,
"tag": "NAME",
"value": "Lance"
},
{
"context": "(done) ->\n user = App.User.build(firstName: 'Lance')\n\n Tower.StoreTransportAjax.create [user], ",
"end": 1508,
"score": 0.9994070529937744,
"start": 1503,
"tag": "NAME",
"value": "Lance"
},
{
"context": "'success', (done) ->\n user.set('firstName', 'John')\n\n Tower.StoreTransportAjax.update [user], ",
"end": 1689,
"score": 0.9889405369758606,
"start": 1685,
"tag": "NAME",
"value": "John"
},
{
"context": "(done) ->\n user = App.User.build(firstName: 'Lance')\n\n Tower.StoreTransportAjax.create [user], ",
"end": 2021,
"score": 0.9997197389602661,
"start": 2016,
"tag": "NAME",
"value": "Lance"
},
{
"context": ") ->\n criteria = App.User.where(firstName: 'L').compile()\n \n Tower.StoreTransportAjax",
"end": 2434,
"score": 0.9331391453742981,
"start": 2433,
"tag": "NAME",
"value": "L"
}
] | test/cases/store/client/ajaxTest.coffee | jivagoalves/tower | 1 | describe 'Tower.StoreTransportAjax', ->
describe 'params', ->
test 'conditions', ->
criteria = App.User.where(firstName: '=~': 'L').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
assert.deepEqual expected, params
test 'conditions, pagination and sort', ->
criteria = App.User.where(firstName: {'=~': 'L'}, lastName: {'=~': 'l'}).page(2).limit(2).asc('lastName').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
lastName: '=~': 'l'
limit: 2
page: 2
sort: [
['lastName', 'asc']
]
assert.deepEqual expected, params
describe 'create', ->
test 'success', (done) ->
user = App.User.build(firstName: 'Lance')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
#test 'failure', (done) ->
# user = App.User.build()
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
#
#test 'error (before it even makes a request)', (done) ->
# user = {}
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
describe 'update', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: 'Lance')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
user.set('firstName', 'John')
Tower.StoreTransportAjax.update [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
test 'failure'
test 'error'
describe 'destroy', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: 'Lance')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
Tower.StoreTransportAjax.destroy [user], (error, destroyedUser) =>
assert.isTrue !!destroyedUser
done()
test 'failure'
test 'error'
describe 'find', ->
test 'conditions', (done) ->
criteria = App.User.where(firstName: 'L').compile()
Tower.StoreTransportAjax.find criteria, (error, data) =>
assert.isTrue !!data
done()
| 105451 | describe 'Tower.StoreTransportAjax', ->
describe 'params', ->
test 'conditions', ->
criteria = App.User.where(firstName: '=~': 'L').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
assert.deepEqual expected, params
test 'conditions, pagination and sort', ->
criteria = App.User.where(firstName: {'=~': 'L'}, lastName: {'=~': 'l'}).page(2).limit(2).asc('lastName').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
lastName: '=~': 'l'
limit: 2
page: 2
sort: [
['lastName', 'asc']
]
assert.deepEqual expected, params
describe 'create', ->
test 'success', (done) ->
user = App.User.build(firstName: '<NAME>')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
#test 'failure', (done) ->
# user = App.User.build()
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
#
#test 'error (before it even makes a request)', (done) ->
# user = {}
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
describe 'update', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: '<NAME>')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
user.set('firstName', '<NAME>')
Tower.StoreTransportAjax.update [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
test 'failure'
test 'error'
describe 'destroy', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: '<NAME>')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
Tower.StoreTransportAjax.destroy [user], (error, destroyedUser) =>
assert.isTrue !!destroyedUser
done()
test 'failure'
test 'error'
describe 'find', ->
test 'conditions', (done) ->
criteria = App.User.where(firstName: '<NAME>').compile()
Tower.StoreTransportAjax.find criteria, (error, data) =>
assert.isTrue !!data
done()
| true | describe 'Tower.StoreTransportAjax', ->
describe 'params', ->
test 'conditions', ->
criteria = App.User.where(firstName: '=~': 'L').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
assert.deepEqual expected, params
test 'conditions, pagination and sort', ->
criteria = App.User.where(firstName: {'=~': 'L'}, lastName: {'=~': 'l'}).page(2).limit(2).asc('lastName').compile()
params = criteria.toParams()
expected =
conditions:
firstName: '=~': 'L'
lastName: '=~': 'l'
limit: 2
page: 2
sort: [
['lastName', 'asc']
]
assert.deepEqual expected, params
describe 'create', ->
test 'success', (done) ->
user = App.User.build(firstName: 'PI:NAME:<NAME>END_PI')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
#test 'failure', (done) ->
# user = App.User.build()
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
#
#test 'error (before it even makes a request)', (done) ->
# user = {}
#
# Tower.StoreTransportAjax.create user, (error, updatedUser) =>
# assert.ok !error
# done()
describe 'update', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: 'PI:NAME:<NAME>END_PI')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
user.set('firstName', 'PI:NAME:<NAME>END_PI')
Tower.StoreTransportAjax.update [user], (error, updatedUser) =>
assert.isTrue !!updatedUser
done()
test 'failure'
test 'error'
describe 'destroy', ->
user = null
# need to create some records on the server first...
beforeEach (done) ->
user = App.User.build(firstName: 'PI:NAME:<NAME>END_PI')
Tower.StoreTransportAjax.create [user], (error, updatedUser) =>
user = updatedUser
done()
test 'success', (done) ->
Tower.StoreTransportAjax.destroy [user], (error, destroyedUser) =>
assert.isTrue !!destroyedUser
done()
test 'failure'
test 'error'
describe 'find', ->
test 'conditions', (done) ->
criteria = App.User.where(firstName: 'PI:NAME:<NAME>END_PI').compile()
Tower.StoreTransportAjax.find criteria, (error, data) =>
assert.isTrue !!data
done()
|
[
{
"context": "tml(), \"some name\"\n c.scope.model.set \"name\", \"new name\"\n assert.equal h.$el.html(), \"new name\"\n\n h",
"end": 3573,
"score": 0.9001052975654602,
"start": 3565,
"tag": "NAME",
"value": "new name"
},
{
"context": " ->\n c.scope.model = new Backbone.Model(name: \"some name\")\n h = new Neck.Helper.bind parent: c, el: $(\"",
"end": 3862,
"score": 0.9249686002731323,
"start": 3853,
"tag": "NAME",
"value": "some name"
},
{
"context": "el\"\n c.scope.model = new Backbone.Model(name: \"new name\")\n\n assert.equal h.el.innerHTML, \"new name\"\n\n ",
"end": 4024,
"score": 0.9075853824615479,
"start": 4016,
"tag": "NAME",
"value": "new name"
},
{
"context": " ->\n c.scope.model = new Backbone.Model(name: \"some name\")\n h = new Neck.Helper.bind parent: c, el: $(\"",
"end": 4186,
"score": 0.9269248843193054,
"start": 4177,
"tag": "NAME",
"value": "some name"
}
] | test/spec/helpers/bind.coffee | smalluban/neck | 5 | describe '[ui-bind]', ->
c = null
beforeEach ->
c = new Neck.Controller()
c.scope.text = 'someValue'
c.scope.htmlText = '<b>someValue</b>'
c.scope.boolTrue = true
c.scope.boolFalse = false
it 'should set proper value and listen changes', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.equal h.el.outerHTML, "<div>someValue</div>"
c.scope.text = 'newValue'
assert.equal h.el.outerHTML, "<div>newValue</div>"
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "htmlText"
assert.equal h.el.outerHTML, "<div><b>someValue</b></div>"
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "newValue"
c.scope.text = 'someValue'
assert.equal h.$el.val(), "someValue"
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
c.scope.boolTrue = false
assert.equal h.$el.prop('checked'), false
it 'should set number value', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, 12.12
assert.isNumber c.scope.number
done()
it 'should set number value as string', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text" bind-number="false" />'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, "12.12"
assert.isString c.scope.number
done()
it 'should listen to updates from input change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "someValue"
h.$el.val "newValue"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "newValue"
done()
it 'should listen to updates from checkbox change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
h.$el.prop "checked", false
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.boolTrue, false
done()
it 'should listen to updates from node change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
h.el.innerHTML = "<b>newValue</b>"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "<b>newValue</b>"
done()
it 'should not throw error when update trigger remove helper', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.doesNotThrow ->
h.$el.trigger "change"
h.remove()
it "should throw error for model without 'bind-property' set", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "model"
it "should throw error for 'bind-property' not set as string", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div bind-property="123"></div>'), mainAttr: "model"
it "should bind Backbone.Model attribute", (done)->
c.scope.model = new Backbone.Model(name: "some name")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
assert.equal h.$el.html(), "some name"
c.scope.model.set "name", "new name"
assert.equal h.$el.html(), "new name"
h.el.innerHTML = "some name"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.model.get("name"), "some name"
done()
it "should listen to new model", ->
c.scope.model = new Backbone.Model(name: "some name")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = new Backbone.Model(name: "new name")
assert.equal h.el.innerHTML, "new name"
it "should listen to new property other than model", ->
c.scope.model = new Backbone.Model(name: "some name")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = "asd"
assert.equal h.el.innerHTML, "asd" | 111244 | describe '[ui-bind]', ->
c = null
beforeEach ->
c = new Neck.Controller()
c.scope.text = 'someValue'
c.scope.htmlText = '<b>someValue</b>'
c.scope.boolTrue = true
c.scope.boolFalse = false
it 'should set proper value and listen changes', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.equal h.el.outerHTML, "<div>someValue</div>"
c.scope.text = 'newValue'
assert.equal h.el.outerHTML, "<div>newValue</div>"
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "htmlText"
assert.equal h.el.outerHTML, "<div><b>someValue</b></div>"
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "newValue"
c.scope.text = 'someValue'
assert.equal h.$el.val(), "someValue"
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
c.scope.boolTrue = false
assert.equal h.$el.prop('checked'), false
it 'should set number value', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, 12.12
assert.isNumber c.scope.number
done()
it 'should set number value as string', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text" bind-number="false" />'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, "12.12"
assert.isString c.scope.number
done()
it 'should listen to updates from input change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "someValue"
h.$el.val "newValue"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "newValue"
done()
it 'should listen to updates from checkbox change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
h.$el.prop "checked", false
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.boolTrue, false
done()
it 'should listen to updates from node change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
h.el.innerHTML = "<b>newValue</b>"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "<b>newValue</b>"
done()
it 'should not throw error when update trigger remove helper', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.doesNotThrow ->
h.$el.trigger "change"
h.remove()
it "should throw error for model without 'bind-property' set", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "model"
it "should throw error for 'bind-property' not set as string", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div bind-property="123"></div>'), mainAttr: "model"
it "should bind Backbone.Model attribute", (done)->
c.scope.model = new Backbone.Model(name: "some name")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
assert.equal h.$el.html(), "some name"
c.scope.model.set "name", "<NAME>"
assert.equal h.$el.html(), "new name"
h.el.innerHTML = "some name"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.model.get("name"), "some name"
done()
it "should listen to new model", ->
c.scope.model = new Backbone.Model(name: "<NAME>")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = new Backbone.Model(name: "<NAME>")
assert.equal h.el.innerHTML, "new name"
it "should listen to new property other than model", ->
c.scope.model = new Backbone.Model(name: "<NAME>")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = "asd"
assert.equal h.el.innerHTML, "asd" | true | describe '[ui-bind]', ->
c = null
beforeEach ->
c = new Neck.Controller()
c.scope.text = 'someValue'
c.scope.htmlText = '<b>someValue</b>'
c.scope.boolTrue = true
c.scope.boolFalse = false
it 'should set proper value and listen changes', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.equal h.el.outerHTML, "<div>someValue</div>"
c.scope.text = 'newValue'
assert.equal h.el.outerHTML, "<div>newValue</div>"
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "htmlText"
assert.equal h.el.outerHTML, "<div><b>someValue</b></div>"
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "newValue"
c.scope.text = 'someValue'
assert.equal h.$el.val(), "someValue"
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
c.scope.boolTrue = false
assert.equal h.$el.prop('checked'), false
it 'should set number value', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, 12.12
assert.isNumber c.scope.number
done()
it 'should set number value as string', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text" bind-number="false" />'), mainAttr: "number"
h.$el.val 12.12
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.number, "12.12"
assert.isString c.scope.number
done()
it 'should listen to updates from input change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="text"/>'), mainAttr: "text"
assert.equal h.$el.val(), "someValue"
h.$el.val "newValue"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "newValue"
done()
it 'should listen to updates from checkbox change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<input type="checkbox"/>'), mainAttr: "boolTrue"
assert.equal h.$el.prop('checked'), true
h.$el.prop "checked", false
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.boolTrue, false
done()
it 'should listen to updates from node change', (done)->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
h.el.innerHTML = "<b>newValue</b>"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.text, "<b>newValue</b>"
done()
it 'should not throw error when update trigger remove helper', ->
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "text"
assert.doesNotThrow ->
h.$el.trigger "change"
h.remove()
it "should throw error for model without 'bind-property' set", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div/>'), mainAttr: "model"
it "should throw error for 'bind-property' not set as string", ->
assert.throw ->
c.scope.model = new Backbone.Model()
h = new Neck.Helper.bind parent: c, el: $('<div bind-property="123"></div>'), mainAttr: "model"
it "should bind Backbone.Model attribute", (done)->
c.scope.model = new Backbone.Model(name: "some name")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
assert.equal h.$el.html(), "some name"
c.scope.model.set "name", "PI:NAME:<NAME>END_PI"
assert.equal h.$el.html(), "new name"
h.el.innerHTML = "some name"
h.$el.trigger "change"
setTimeout ->
assert.equal c.scope.model.get("name"), "some name"
done()
it "should listen to new model", ->
c.scope.model = new Backbone.Model(name: "PI:NAME:<NAME>END_PI")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = new Backbone.Model(name: "PI:NAME:<NAME>END_PI")
assert.equal h.el.innerHTML, "new name"
it "should listen to new property other than model", ->
c.scope.model = new Backbone.Model(name: "PI:NAME:<NAME>END_PI")
h = new Neck.Helper.bind parent: c, el: $("<div bind-property=\"'name'\"></div>"), mainAttr: "model"
c.scope.model = "asd"
assert.equal h.el.innerHTML, "asd" |
[
{
"context": " = {} #set of visited coordinates\n key = (x,y) -> \"\"+x+\"#\"+y\n has_cell = (x,y) -> mpattern.hasOwnProperty key",
"end": 22674,
"score": 0.7938884496688843,
"start": 22664,
"tag": "KEY",
"value": "\"\"+x+\"#\"+y"
}
] | tools/collider.coffee | Kosx-Kosx/js-revca | 25 | #!/usr/bin/env coffee
"use strict"
# Particle collider.
# Make collision table
fs = require "fs"
{Cells, inverseTfm, evaluateCellList, getDualTransform, splitPattern} = require "../scripts-src/cells"
{from_list_elem, parseElementary} = require "../scripts-src/rules"
stdio = require "stdio"
{mod,mod2} = require "../scripts-src/math_util"
#GIven 2 3-vectors, return 3-ort, that forms full basis with both vectors
opposingOrt = (v1, v2) ->
for i in [0..2]
ort = [0,0,0]
ort[i] = 1
if isCompleteBasis v1, v2, ort
return [i, ort]
throw new Error "Two vectors are collinear"
#Scalar product of 2 vectors
dot = (a,b) ->
s = 0
for ai, i in a
s += ai*b[i]
return s
#project 3-vector vec to the null-space of ort
#projectToNullSpace = (ort, vec) ->
# if dot(ort,ort) isnt 1
# throw new Error "Not an ort!"
# p = dot ort, vec
#
# return (vec[i] - ort[i]*p for i in [0...3] )
#Remove component from a vector
removeComponent =( vec, index) ->
result = []
for xi, i in vec
if i isnt index
result.push xi
return result
restoreComponent = (vec, index) ->
#insert 0 into index i
v = vec[..]
v.splice index, 0, 0
return v
isCompleteBasis = (v1, v2, v3) ->
#determinant of a matrix of 3 vectors. copipe from maxima
det = v1[0]*(v2[1]*v3[2]-v3[1]*v2[2])-v1[1]*(v2[0]*v3[2]-v3[0]*v2[2])+(v2[0]*v3[1]-v3[0]*v2[1])*v1[2]
return det isnt 0
#Area of a tetragon, built on 2 vectors. May be negative.
area2d = ([x1,y1],[x2,y2]) -> x1*y2 - x2*y1
vecSum = (v1, v2) -> (v1i+v2[i] for v1i, i in v1)
vecDiff = (v1, v2) -> (v1i-v2[i] for v1i, i in v1)
vecScale = (v1, k) -> (v1i*k for v1i in v1)
#Returns list of coordinates of points in elementary cell
# both vectors must be 2d, nonzero, non-collinear
elementaryCell2d = (v1, v2) ->
#vertices
[x1,y1] = v1
[x2,y2] = v2
if area2d(v1,v2) is 0
throw new Error "vectors are collinear!"
#orient vectors
if x1 < 0
x1 = -x1
y1 = -y1
if x2 < 0
x2 = -x2
y2 = -y2
# x intervals:
# 0, min(x1,x2), max(x1,x2), x1+x2
xs = [0, x1, x2, x1+x2]
xmin = Math.min xs ...
xmax = Math.max xs ...
ys = [0, y1, y2, y1+y2]
ymin = Math.min ys ...
ymax = Math.max ys ...
d = x2*y1-x1*y2 #determinant of the equation
s = if d < 0 then -1 else 1
points = []
for x in [xmin .. xmax] by 1
for y in [ymin .. ymax] by 1
#check that the point belongs to the rhombus
#[t1 = (x2*y-x*y2)/d,
# t2 = -(x1*y-x*y1)/d]
#condition is: t1,2 in [0, 1)
if ( 0 <= (x2*y-x*y2)*s < d*s ) and ( 0 <= -(x1*y-x*y1)*s < d*s )
points.push [x,y]
return points
#Calculate parameters of the collision:
# collision time, nearest node points, collision distance.
# pos : position [x, y, t]
# delta : velocity and period [dx, dy, dt]
collisionParameters = (pos0, delta0, pos1, delta1) ->
#pos and delta are 3-vectors: (x,y,t)
#
#deltax : dx+a*vx0-b*vx1;
#deltay : dy+a*vy0-b*vy1;
#deltat : dt+a*p0-b*p1;
# Dropbox.Math.spaceship-collision
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
# D = p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2 + p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2
D = (p0*vy1 - p1*vy0)**2 + (p0*vx1-p1*vx0)**2
a = -(dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -((dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
dist = Math.abs(dt*vx0*vy1-dx*p0*vy1-dt*vx1*vy0+dx*p1*vy0+dy*p0*vx1-dy*p1*vx0)/Math.sqrt(D)
#nearest points with time before collision time
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
tcoll = pos0[2] + delta0[2]*a
tcoll1 = pos1[2] + delta1[2]*b #must be same as tcoll1
if Math.abs(tcoll-tcoll1) > 1e-6 then throw new Error "assert: tcoll"
return {
dist: dist #distance of the nearest approach
npos0: npos0
npos1: npos1 #node point nearest to the collision (below)
tcoll: tcoll #when nearest approach occurs
}
#In what rande DX can change, if minimal distanec between 2 patterns is less than dmax?
# This fucntion gives the answer.
# Calculation is in the maxima sheet:
# solve( d2 = dd^2, dx );
dxRange = (dPos, v0, v1, dMax) ->
#dPos, v0, v1 :: vector3
#dMax :: integer
[_, dy, dt] = dPos #dx is ignored, because we will find its diapason
[vx0, vy0, p0] = v0
[vx1, vy1, p1] = v1
#Solution from Maxima:
# dx=-(dd*sqrt(p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p0*vy1-p1*vy0)
# q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
#
# dx=(+-dd*sqrt(q)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p1*vy0 - p0*vy1)
num = p1*vy0 - p0*vy1
if num is 0
#throw new Error "Patterns are parallel and neveer touch"
return [0, -1]
dc = (-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0) / num
#q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2 + p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
q = (p0*vy1-p1*vy0)**2 + (p0*vx1-p1*vx0)**2 #after small simplification
delta = Math.abs(Math.sqrt(q) * (dMax / num))
#return upper and lower limits, rounded to integers
return [Math.floor(dc - delta)|0, Math.ceil(dc + delta)|0]
#Same as dxRange, but for dy. Reuses dxRange
dyRange = (dPos, v0, v1, dMax) ->
swapxy = ([x,y,t]) -> [y,x,t]
dxRange swapxy(dPos), swapxy(v0), swapxy(v1), dMax
#Chooses one of dxRange, dyRange.
freeIndexRange = (dPos, v0, v1, dMax, index) ->
if index not in [0..1] then throw new Error "Unsupported index #{index}"
[dxRange, dyRange][index](dPos, v0, v1, dMax)
#Calculate time, when 2 spaceship approach to the specified distance.
approachParameters = (pos0, delta0, pos1, delta1, approachDistance) ->
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
#solve( [deltax^2 + deltay^2 = dd^2, deltat=0], [a,b] );
dd = approachDistance
D = (p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2+p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2)
#thanks maxima. The formula is not well optimized, but I don't care.
Q2 = (-dt**2*vx0**2+2*dt*dx*p0*vx0+(dd**2-dx**2)*p0**2)*vy1**2+(((2*dt**2*vx0-2*dt*dx*p0)*vx1-2*dt*dx*p1*vx0+(2*dx**2-2*dd**2)*p0*p1)*vy0+(2*dx*dy*p0**2-2*dt*dy*p0*vx0)*vx1+2*dt*dy*p1*vx0**2-2*dx*dy*p0*p1*vx0)*vy1+(-dt**2*vx1**2+2*dt*dx*p1*vx1+(dd**2-dx**2)*p1**2)*vy0**2+(2*dt*dy*p0*vx1**2+(-2*dt*dy*p1*vx0-2*dx*dy*p0*p1)*vx1+2*dx*dy*p1**2*vx0)*vy0+(dd**2-dy**2)*p0**2*vx1**2+(2*dy**2-2*dd**2)*p0*p1*vx0*vx1+(dd**2-dy**2)*p1**2*vx0**2
if Q2 < 0
#Approach not possible, spaceships are not coming close enough
return {approach: false}
Q = Math.sqrt(Q2)
a = -(p1*Q+dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -(p0*Q+(dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
tapp = pos0[2]+p0*a
tapp1 = pos1[2]+p1*b
if Math.abs(tapp1-tapp) >1e-6 then throw new Error "Assertion failed"
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
return {
approach: true
npos0 : npos0 #nearest positions before approach
npos1 : npos1
tapp : tapp
}
#Give n position: [x,y,t] and delta: [dx,dy,dt],
# Return position with biggest time <= t (inclusive).
firstPositionBefore = (pos, delta, time) ->
# find integer i:
# t + i*dt < time
#
# i*dt < time - t
# i < (time-t)/dt
i0 = (time - pos[2]) / delta[2] #not integer.
#now find the nearest integer below
i = (Math.floor i0) |0
#and return the position
vecSum pos, vecScale delta, i
#Given spaceship trajectory, returns first it position before the given moment of time (inclusive)
firstPositionAfter = (pos, delta, time) ->
i0 = (time - pos[2]) / delta[2] #not integer.
i = (Math.ceil i0) |0
vecSum pos, vecScale delta, i
#Normalize pattern and returns its rle.
normalizedRle = (fld) ->
ff = Cells.copy fld
Cells.normalize ff
Cells.to_rle ff
evalToTime = (rule, fld, t0, tend) ->
if t > tend then throw new Error "assert: bad time"
for t in [t0 ... tend] by 1
fld = evaluateCellList rule, fld, mod2(t)
return fld
#put the pattern to the specified time and position, and return its state at time t
patternAt = (rule, pattern, posAndTime, t) ->
pattern = Cells.copy pattern
[x0,y0,t0] = posAndTime
Cells.offset pattern, x0, y0
evalToTime rule, pattern, t0, t
# Collide 2 patterns: p1 and p2,
# p1 at [0,0,0] and p2 at `offset`.
# initialSeparation::int approximate initial distance to put patterns at. Should be large enought for patterns not to intersect
# offset: [dx, dy, dt] - initial offset of the pattern p2 (p1 at 000)
# collisionTreshold:: if patterns don't come closer than this distance, don't consider them colliding.
# waitForCollision::int How many generations to wait after the approximate nearest approach, until the interaction would start.
#
# Returned value: object
# collision::bool true if collision
# patterns :: [p1, p2] two patterns
# offsets :: [vec1, vec2] first position of each pattern before collision time
# timeStart::int first generation, where interaction has started
# products::[ ProductDesc ] list of collision products (patterns with their positions and classification
doCollision = (rule, library, p1, v1, p2, v2, offset, initialSeparation = 30, collisionTreshold=20)->
waitForCollision = v1[2] + v2[2] #sum of periods
params = collisionParameters [0,0,0], v1, offset, v2
ap = approachParameters [0,0,0], v1, offset, v2, initialSeparation
collision = {collision:false}
if not ap.approach
#console.log "#### No approach, nearest approach: #{params.dist}"
return collision
if params.dist > collisionTreshold
#console.log "#### Too far, nearest approach #{params.dist} > #{collisionTreshold}"
return collision
#console.log "#### CP: #{JSON.stringify params}"
#console.log "#### AP: #{JSON.stringify ap}"
#Create the initial field. Put 2 patterns: p1 and p2 at initial time
#nwo promote them to the same time, using list evaluation
time = Math.max ap.npos0[2], ap.npos1[2]
fld1 = patternAt rule, p1, ap.npos0, time
fld2 = patternAt rule, p2, ap.npos1, time
#OK, collision prepared. Now simulate both spaceships separately and
# together, waiting while interaction occurs
timeGiveUp = params.tcoll + waitForCollision #when to stop waiting for some interaction
coll = simulateUntilCollision rule, [fld1, fld2], time, timeGiveUp
fld1 = fld2 = null #They are not needed anymore
if not coll.collided
#console.log "#### No interaction detected until T=#{timeGiveUp}. Give up."
return collision
#console.log "#### colliding:"
#console.log "#### 1) #{normalizedRle p1} at [0, 0, 0]"
#console.log "#### 2) #{normalizedRle p2} at #{JSON.stringify offset}"
#console.log "#### collision at T=#{coll.time} (give up at #{timeGiveUp})"
collision.timeStart = coll.time
collision.patterns = [p1, p2]
collision.offsets = [
firstPositionBefore([0,0,0], v1, coll.time-1),
firstPositionBefore(offset, v2, coll.time-1),
]
collision.collision = true
{products, verifyTime, verifyField} = finishCollision rule, library, coll.field, coll.time
collision.products = products
#findEmergeTime = (rule, products, minimalTime) ->
collision.timeEnd = findEmergeTime rule, collision.products, collision.timeStart, verifyField, verifyTime
#Update positions of products
for product in collision.products
product.pos = firstPositionAfter product.pos, product.delta, collision.timeEnd+1
#normalize relative to the first spaceship
translateCollision collision, vecScale(collision.offsets[0], -1)
#Offser collision information record by the given amount, in time and space
translateCollision = (collision, dpos) ->
[dx, dy, dt] = dpos
for o, i in collision.offsets
collision.offsets[i] = vecSum o, dpos
collision.timeStart += dt
collision.timeEnd += dt
for product in collision.products
product.pos = vecSum product.pos, dpos
return collision
#Simulate several patterns until they collide.
# Return first oment of time, when patterns started interacting.
simulateUntilCollision = (rule, patterns, time, timeGiveUp) ->
if patterns.length < 2 then return {collided: false} # 1 pattern can't collide.
fld = [].concat patterns ... #concatenate all patterns
while time < timeGiveUp
phase = mod2 time
#evaluate each pattern separately
#console.log "### patterns: #{JSON.stringify patterns}"
patterns = (evaluateCellList(rule, p, phase) for p in patterns)
#console.log "### after eval: #{JSON.stringify patterns}"
#And together
fld = evaluateCellList rule, fld, phase
time += 1
#check if they are different
mergedPatterns = [].concat patterns...
Cells.sortXY fld
Cells.sortXY mergedPatterns
if not Cells.areEqual fld, mergedPatterns
#console.log "#### Collision detected! T=#{time}, #{normalizedRle fld}"
return {
collided: true
time: time
field: fld
}
return{
collided: false
}
### Given the rule and the list of collition products (with their positions)
# find a moment of time when they emerged.
# verifyField, verifyTime: knwon state of the field, for verification.
###
findEmergeTime = (rule, products, minimalTime, verifyField, verifyTime) ->
invRule = rule.reverse()
#Time position of the latest fragment
maxTime = Math.max (p.pos[2] for p in products)...
if verifyTime? and maxTime < verifyTime
throw new Error "Something is strange: maximal time of fragments smaller than verification time"
#Prepare all fragments, at time maxTime
patterns = for product in products
#console.log "#### Product: #{JSON.stringify product}"
#first, calculate first space-time point before the maxTime
initialPos = firstPositionBefore product.pos, product.delta, maxTime
#Put the pattern at this point
pattern = Cells.transform product.pattern, product.transform, false
patternAt rule, pattern, initialPos, maxTime
if verifyTime?
allPatterns = [].concat(patterns...)
patternEvolution invRule, allPatterns, 1-maxTime, (p, t)->
if t is (1 - verifyTime)
#console.log "#### verifying. At time #{1-t} "
#console.log "#### Expected: #{normalizedRle verifyField}"
#console.log "#### Got : #{normalizedRle p}"
Cells.sortXY p
Cells.sortXY verifyField
if not Cells.areEqual verifyField, p
throw new Error "Verification failed: reconstructed backward collision did not match expected"
return false
else
return true
#console.log "#### Generated #{patterns.length} patterns at time #{maxTime}:"
#console.log "#### #{normalizedRle [].concat(patterns...)}"
#Now simulate it inverse in time
invCollision = simulateUntilCollision invRule, patterns, -maxTime+1, -minimalTime
if not invCollision.collided
throw new Error "Something is wrong: patterns did not collided in inverse time"
return 1-invCollision.time
#simulate patern until it decomposes into several simple patterns
# Return list of collision products
finishCollision = (rule, library, field, time) ->
#console.log "#### Collision RLE: #{normalizedRle field}"
growthLimit = field.length*3 + 8 #when to try to separate pattern
while true
field = evaluateCellList rule, field, mod2(time)
time += 1
[x0, y0, x1,y1] = Cells.bounds field
size = Math.max (x1-x0), (y1-y0)
#console.log "#### T:#{time}, s:#{size}, R:#{normalizedRle field}"
if size > growthLimit
#console.log "#### At time #{time}, pattern grew to #{size}: #{normalizedRle field}"
verifyTime = time
verifyField = field
break
#now try to split result into several patterns
parts = separatePatternParts field
#console.log "#### Detected #{parts.length} parts"
if parts.length is 1
#TODO: increase growth limit?
#console.log "#### only one part, try more time"
return finishCollision rule, library, field, time
results = []
for part, i in parts
#now analyze this part
res = analyzeFragment rule, library, part, time
for r in res
results.push r
return{
products: results
verifyTime: verifyTime
verifyField: field
}
analyzeFragment = (rule, library, pattern, time, options={})->
analysys = determinePeriod rule, pattern, time, options
if analysys.cycle
#console.log "#### Pattern analysys: #{JSON.stringify analysys}"
res = library.classifyPattern pattern, time, analysys.delta...
[res]
else
console.log "#### Pattern not decomposed completely: #{normalizedRle pattern} #{time}"
finishCollision(rule, library, pattern, time).products
#detect periodicity in pattern
# Returns :
# cycle::bool - is cycle found
# error::str - if not cycle, says error details. Otherwise - udefined.
# delta::[dx, dy, dt] - velocity and period, if cycle is found.
determinePeriod = (rule, pattern, time, options={})->
pattern = Cells.copy pattern
Cells.sortXY pattern
max_iters = options.max_iters ? 2048
max_population = options.max_population ? 1024
max_size = options.max_size ? 1024
#wait for the cycle
result = {cycle: false}
patternEvolution rule, pattern, time, (curPattern, t) ->
dt = t-time
if dt is 0 then return true
Cells.sortXY curPattern
eq = Cells.shiftEqual pattern, curPattern, mod2 dt
if eq
result.cycle = true
eq.push dt
result.delta = eq
return false
if curPattern.length > max_population
result.error = "pattern grew too big"
return false
bounds = Cells.bounds curPattern
if Math.max( bounds[2]-bounds[0], bounds[3]-bounds[1]) > max_size
result.error = "pattern dimensions grew too big"
return false
return true #continue evaluation
return result
snap_below = (x,generation) ->
x - mod2(x + generation)
#move pattern to 0,
offsetToOrigin = (pattern, generation) ->
[x0,y0] = Cells.topLeft pattern
x0 = snap_below x0, generation
y0 = snap_below y0, generation
Cells.offset pattern, -x0, -y0
return [x0, y0]
#Continuousely evaluate the pattern
# Only returns pattern in ruleset phase 0.
patternEvolution = (rule, pattern, time, callback)->
#pattern = Cells.copy pattern
stable_rules = [rule]
vacuum_period = stable_rules.length #ruleset size
curPattern = pattern
while true
phase = mod2 time
sub_rule_idx = mod time, vacuum_period
if sub_rule_idx is 0
break unless callback curPattern, time
curPattern = evaluateCellList stable_rules[sub_rule_idx], curPattern, phase
time += 1
return
class Library
constructor: (@rule) ->
@rle2pattern = {}
#Assumes that pattern is in its canonical form
addPattern: (pattern, data) ->
rle = Cells.to_rle pattern
if @rle2pattern.hasOwnProperty rle
throw new Error "Pattern already present: #{rle}"
@rle2pattern[rle] = data
addRle: (rle, data) ->
pattern = Cells.from_rle rle
analysys = determinePeriod @rule, pattern, 0
if not analysys.cycle then throw new Error "Pattern #{rle} is not periodic!"
#console.log "#### add anal: #{JSON.stringify analysys}"
[dx,dy,p]=delta=analysys.delta
unless (dx>0 and dy>=0) or (dx is 0 and dy is 0)
throw new Error "Pattern #{rle} moves in wrong direction: #{dx},#{dy}"
@addPattern pattern, data ? {delta: delta}
classifyPattern: (pattern, time, dx, dy, period) ->
#determine canonical ofrm ofthe pattern, present in the library;
# return its offset
#first: rotate the pattern caninically, if it is moving
if dx isnt 0 or dy isnt 0
[dx1, dy1, tfm] = Cells._find_normalizing_rotation dx, dy
pattern1 = Cells.transform pattern, tfm, false #no need to normalize
result = @_classifyNormalizedPattern pattern1, time, dx1, dy1, period
result.transform = inverseTfm tfm
else
#it is not a spaceship - no way to find a normal rotation. Check all 4 rotations.
for tfm in Cells._rotations
pattern1 = Cells.transform pattern, tfm, false
result = @_classifyNormalizedPattern pattern1, time, 0, 0, period
result.transform = inverseTfm tfm
if result.found
break
#reverse-transform position
[x,y,t] = result.pos
#console.log "#### Original pos: #{JSON.stringify result.pos}"
[x,y] = Cells.transformVector [x,y], result.transform #no normalize!
#console.log "#### after inverse rotate: #{JSON.stringify [x,y,t]}"
result.pos = [x,y,t]
result.delta = [dx,dy,period]
return result
_classifyNormalizedPattern: (pattern, time, dx, dy, period) ->
#console.log "#### Classifying: #{JSON.stringify pattern} at #{time}"
result = {found:false}
self = this
patternEvolution @rule, pattern, time, (p, t)->
p = Cells.copy p
[dx, dy] = offsetToOrigin p, t
Cells.sortXY p
rle = Cells.to_rle p
#console.log "#### T:#{t}, rle:#{rle}"
if rle of self.rle2pattern
#console.log "#### found! #{rle}"
result.pos = [dx, dy, t]
result.rle = rle
result.pattern = p
result.found=true
result.info = self.rle2pattern[rle]
return false
return (t-time) < period
if not result.found
p = Cells.copy pattern
[dx, dy] = offsetToOrigin p, time
Cells.sortXY p
result.pos = [dx, dy, time]
result.rle = Cells.to_rle p
result.pattern = p
result.found = false
result.transform = [1,0,0,1]
return result
#load library from the simple JSON file.
# Library format is simplified: "rle": data, where data is arbitrary object
load: (file) ->
fs = require "fs"
libData = JSON.parse fs.readFileSync file, "utf8"
#re-parse library data to ensure its correctness
n = 0
for rle, data of libData
@addPattern Cells.from_rle(rle), data
n += 1
console.log "#### Loaded #{n} patterns from library #{file}"
return
# geometrically separate pattern into several disconnected parts
# returns: list of sub-patterns
separatePatternParts = (pattern, range=4) ->
mpattern = {} #set of visited coordinates
key = (x,y) -> ""+x+"#"+y
has_cell = (x,y) -> mpattern.hasOwnProperty key x, y
erase = (x,y) -> delete mpattern[ key x, y ]
#convert pattern to map-based repersentation
for xy in pattern
mpattern[key xy...] = xy
cells = []
#return true, if max size reached.
do_pick_at = (x,y)->
erase x, y
cells.push [x,y]
for dy in [-range..range] by 1
y1 = y+dy
for dx in [-range..range] by 1
continue if dy is 0 and dx is 0
x1 = x+dx
if has_cell x1, y1
do_pick_at x1, y1
return
parts = []
while true
hadPattern = false
for _k, xy of mpattern
hadPattern = true #found at least one non-picked cell
do_pick_at xy ...
break
if hadPattern
parts.push cells
cells = []
else
break
return parts
#in margolus neighborhood, not all offsets produce the same pattern
isValidOffset = ([dx, dy, dt]) -> ((dx+dt)%2 is 0) and ((dy+dt)%2 is 0)
############################
#Mostly for debug: display cllision indormation
showCollision = (collision)->
console.log "##########################################################"
for key, value of collision
switch key
when "collision"
null
when "products"
for p, i in value
console.log "#### -> #{i+1}: #{JSON.stringify p}"
when "patterns"
[p1,p2] = collision.patterns
console.log "#### patterns: #{Cells.to_rle p1}, #{Cells.to_rle p2}"
else
console.log "#### #{key}: #{JSON.stringify value}"
#### colliding with offset [0,0,0]
#### CP: {"dist":0,"npos0":[0,0,0],"npos1":[0,0,0],"tcoll":0}
#### AP: {"approach":true,"npos0":[-30,0,-180],"npos1":[0,0,-180],"tapp":-180}
#### Collision RLE: $1379bo22$2o2$2o
### Calculate the space of all principially different relative positions of 2 patterns
# Returns:
# elementaryCell: list of 3-vectors of relative positions
# freeIndex: index of the coordinate, that changes freely. 0 or 1 for valid patterns
###
determinePatternRelativePositionsSpace = (v1, v2) ->
[freeIndex, freeOrt] = opposingOrt v1, v2
#console.log "Free offset direction: #{freeOrt}, free index is #{freeIndex}"
pv1 = removeComponent v1, freeIndex
pv2 = removeComponent v2, freeIndex
#console.log "Projected to null-space of free ort:"
#console.log " PV1=#{pv1}, PV2=#{pv2}"
#s = area2d pv1, pv2
#console.log "Area of non-free section: #{s}"
ecell = (restoreComponent(v,freeIndex) for v in elementaryCell2d(pv1, pv2))
if ecell.length isnt Math.abs area2d pv1, pv2
throw new Error "elementary cell size is wrong"
return{
elementaryCell: ecell
freeIndex: freeIndex
}
### Call the callback for all collisions between these 2 patterns
###
allCollisions = (rule, library, pattern1, pattern2, onCollision) ->
v2 = (determinePeriod rule, pattern2, 0).delta
v1 = (determinePeriod rule, pattern1, 0).delta
console.log "Two velocities: #{v1}, #{v2}"
{elementaryCell, freeIndex} = determinePatternRelativePositionsSpace v1, v2
#now we are ready to perform collisions
# free index changes unboundedly, other variables change inside the elementary cell
minimalTouchDistance = (pattern1.length + pattern2.length + 1)*3
#console.log "#### Minimal touch distance is #{minimalTouchDistance}"
for offset in elementaryCell
#dPos, v0, v1, dMax, index
offsetRange = freeIndexRange offset, v1, v2, minimalTouchDistance, freeIndex
#console.log "#### FOr offset #{JSON.stringify offset}, index range is #{JSON.stringify offsetRange}"
for xFree in [offsetRange[0] .. offsetRange[1]] by 1
offset = offset[..]
offset[freeIndex] = xFree
if isValidOffset offset
collision = doCollision rule, library, pattern1, v1, pattern2, v2, offset, minimalTouchDistance*2, minimalTouchDistance
if collision.collision
onCollision collision
return
runCollider = ->
#single rotate - for test
rule = from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
library = new Library rule
library.load "./singlerot-simple.lib.json"
#2-block
pattern2 = Cells.from_rle "$2o2$2o"
pattern1 = Cells.from_rle "o"
allCollisions rule, library, pattern1, pattern2, (collision) ->
showCollision collision
makeCollisionCatalog = (rule, library, pattern1, pattern2) ->
catalog = []
allCollisions rule, library, pattern1, pattern2, (collision) ->
#showCollision collision
catalog.push collision
return catalog
# Main fgunctons, that reads command line parameters and generates collision catalog
mainCatalog = ->
stdio = require "stdio"
opts = stdio.getopt {
output:
key: 'o'
args: 1
description: "Output file. Default is collisions-[p1]-[p2]-rule.json"
rule:
key:'r'
args: 1
description: "Rule (16 integers). Default is SingleRotation"
libs:
key:"L"
args: 1
description: "List of libraries to load. Use : to separate files"
}, "pattern1 pattern2"
################# Parsing options #######################
unless opts.args? and opts.args.length in [2..2]
process.stderr.write "Not enough arguments\n"
process.exit 1
[rle1, rle2] = opts.args
pattern1 = Cells.from_rle rle1
pattern2 = Cells.from_rle rle2
console.log "#### RLEs: #{rle1}, #{rle2}"
console.log "Colliding 2 patterns:"
console.log pattern2string pattern1
console.log "--------"
console.log pattern2string pattern2
rule = if opts.rule?
parseElementary opts.rule
else
from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
unless rule.is_vacuum_stable()
throw new Error "Rule is not vacuum-stable. Not supported currently."
unless rule.is_invertible()
throw new Error "Rule is not invertible. Not supported currently."
outputFile = if opts.output?
opts.output
else
"collisions-#{normalizedRle pattern1}-#{normalizedRle pattern2}-#{rule.stringify()}.json"
libFiles = if opts.libs?
opts.libs.split ":"
else
[]
############### Running the collisions ###################
library = new Library rule
for libFile in libFiles
library.load libFile
czs = makeCollisionCatalog rule, library, pattern1, pattern2
console.log "Found #{czs.length} collisions, stored in #{outputFile}"
fs = require "fs"
czsData =
rule: rule.to_list()
patterns: [pattern1, pattern2]
collisions: czs
fs.writeFileSync outputFile, JSON.stringify(czsData), {encoding:"utf8"}
pattern2string = (pattern, signs = ['.', '#']) ->
[x0, y0, x1, y1] = Cells.bounds pattern
x0 -= mod2 x0
y0 -= mod2 y0
x1 += 1
y1 += 1
x1 += mod2 x1
y1 += mod2 y1
w = x1 - x0
h = y1 - y0
fld = ((signs[0] for i in [0...w]) for j in [0...h])
for [x,y] in pattern
fld[y-y0][x-x0] = signs[1]
return (row.join("") for row in fld).join("\n")
#runCollider()
mainCatalog()
| 48061 | #!/usr/bin/env coffee
"use strict"
# Particle collider.
# Make collision table
fs = require "fs"
{Cells, inverseTfm, evaluateCellList, getDualTransform, splitPattern} = require "../scripts-src/cells"
{from_list_elem, parseElementary} = require "../scripts-src/rules"
stdio = require "stdio"
{mod,mod2} = require "../scripts-src/math_util"
#GIven 2 3-vectors, return 3-ort, that forms full basis with both vectors
opposingOrt = (v1, v2) ->
for i in [0..2]
ort = [0,0,0]
ort[i] = 1
if isCompleteBasis v1, v2, ort
return [i, ort]
throw new Error "Two vectors are collinear"
#Scalar product of 2 vectors
dot = (a,b) ->
s = 0
for ai, i in a
s += ai*b[i]
return s
#project 3-vector vec to the null-space of ort
#projectToNullSpace = (ort, vec) ->
# if dot(ort,ort) isnt 1
# throw new Error "Not an ort!"
# p = dot ort, vec
#
# return (vec[i] - ort[i]*p for i in [0...3] )
#Remove component from a vector
removeComponent =( vec, index) ->
result = []
for xi, i in vec
if i isnt index
result.push xi
return result
restoreComponent = (vec, index) ->
#insert 0 into index i
v = vec[..]
v.splice index, 0, 0
return v
isCompleteBasis = (v1, v2, v3) ->
#determinant of a matrix of 3 vectors. copipe from maxima
det = v1[0]*(v2[1]*v3[2]-v3[1]*v2[2])-v1[1]*(v2[0]*v3[2]-v3[0]*v2[2])+(v2[0]*v3[1]-v3[0]*v2[1])*v1[2]
return det isnt 0
#Area of a tetragon, built on 2 vectors. May be negative.
area2d = ([x1,y1],[x2,y2]) -> x1*y2 - x2*y1
vecSum = (v1, v2) -> (v1i+v2[i] for v1i, i in v1)
vecDiff = (v1, v2) -> (v1i-v2[i] for v1i, i in v1)
vecScale = (v1, k) -> (v1i*k for v1i in v1)
#Returns list of coordinates of points in elementary cell
# both vectors must be 2d, nonzero, non-collinear
elementaryCell2d = (v1, v2) ->
#vertices
[x1,y1] = v1
[x2,y2] = v2
if area2d(v1,v2) is 0
throw new Error "vectors are collinear!"
#orient vectors
if x1 < 0
x1 = -x1
y1 = -y1
if x2 < 0
x2 = -x2
y2 = -y2
# x intervals:
# 0, min(x1,x2), max(x1,x2), x1+x2
xs = [0, x1, x2, x1+x2]
xmin = Math.min xs ...
xmax = Math.max xs ...
ys = [0, y1, y2, y1+y2]
ymin = Math.min ys ...
ymax = Math.max ys ...
d = x2*y1-x1*y2 #determinant of the equation
s = if d < 0 then -1 else 1
points = []
for x in [xmin .. xmax] by 1
for y in [ymin .. ymax] by 1
#check that the point belongs to the rhombus
#[t1 = (x2*y-x*y2)/d,
# t2 = -(x1*y-x*y1)/d]
#condition is: t1,2 in [0, 1)
if ( 0 <= (x2*y-x*y2)*s < d*s ) and ( 0 <= -(x1*y-x*y1)*s < d*s )
points.push [x,y]
return points
#Calculate parameters of the collision:
# collision time, nearest node points, collision distance.
# pos : position [x, y, t]
# delta : velocity and period [dx, dy, dt]
collisionParameters = (pos0, delta0, pos1, delta1) ->
#pos and delta are 3-vectors: (x,y,t)
#
#deltax : dx+a*vx0-b*vx1;
#deltay : dy+a*vy0-b*vy1;
#deltat : dt+a*p0-b*p1;
# Dropbox.Math.spaceship-collision
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
# D = p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2 + p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2
D = (p0*vy1 - p1*vy0)**2 + (p0*vx1-p1*vx0)**2
a = -(dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -((dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
dist = Math.abs(dt*vx0*vy1-dx*p0*vy1-dt*vx1*vy0+dx*p1*vy0+dy*p0*vx1-dy*p1*vx0)/Math.sqrt(D)
#nearest points with time before collision time
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
tcoll = pos0[2] + delta0[2]*a
tcoll1 = pos1[2] + delta1[2]*b #must be same as tcoll1
if Math.abs(tcoll-tcoll1) > 1e-6 then throw new Error "assert: tcoll"
return {
dist: dist #distance of the nearest approach
npos0: npos0
npos1: npos1 #node point nearest to the collision (below)
tcoll: tcoll #when nearest approach occurs
}
#In what rande DX can change, if minimal distanec between 2 patterns is less than dmax?
# This fucntion gives the answer.
# Calculation is in the maxima sheet:
# solve( d2 = dd^2, dx );
dxRange = (dPos, v0, v1, dMax) ->
#dPos, v0, v1 :: vector3
#dMax :: integer
[_, dy, dt] = dPos #dx is ignored, because we will find its diapason
[vx0, vy0, p0] = v0
[vx1, vy1, p1] = v1
#Solution from Maxima:
# dx=-(dd*sqrt(p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p0*vy1-p1*vy0)
# q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
#
# dx=(+-dd*sqrt(q)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p1*vy0 - p0*vy1)
num = p1*vy0 - p0*vy1
if num is 0
#throw new Error "Patterns are parallel and neveer touch"
return [0, -1]
dc = (-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0) / num
#q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2 + p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
q = (p0*vy1-p1*vy0)**2 + (p0*vx1-p1*vx0)**2 #after small simplification
delta = Math.abs(Math.sqrt(q) * (dMax / num))
#return upper and lower limits, rounded to integers
return [Math.floor(dc - delta)|0, Math.ceil(dc + delta)|0]
#Same as dxRange, but for dy. Reuses dxRange
dyRange = (dPos, v0, v1, dMax) ->
swapxy = ([x,y,t]) -> [y,x,t]
dxRange swapxy(dPos), swapxy(v0), swapxy(v1), dMax
#Chooses one of dxRange, dyRange.
freeIndexRange = (dPos, v0, v1, dMax, index) ->
if index not in [0..1] then throw new Error "Unsupported index #{index}"
[dxRange, dyRange][index](dPos, v0, v1, dMax)
#Calculate time, when 2 spaceship approach to the specified distance.
approachParameters = (pos0, delta0, pos1, delta1, approachDistance) ->
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
#solve( [deltax^2 + deltay^2 = dd^2, deltat=0], [a,b] );
dd = approachDistance
D = (p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2+p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2)
#thanks maxima. The formula is not well optimized, but I don't care.
Q2 = (-dt**2*vx0**2+2*dt*dx*p0*vx0+(dd**2-dx**2)*p0**2)*vy1**2+(((2*dt**2*vx0-2*dt*dx*p0)*vx1-2*dt*dx*p1*vx0+(2*dx**2-2*dd**2)*p0*p1)*vy0+(2*dx*dy*p0**2-2*dt*dy*p0*vx0)*vx1+2*dt*dy*p1*vx0**2-2*dx*dy*p0*p1*vx0)*vy1+(-dt**2*vx1**2+2*dt*dx*p1*vx1+(dd**2-dx**2)*p1**2)*vy0**2+(2*dt*dy*p0*vx1**2+(-2*dt*dy*p1*vx0-2*dx*dy*p0*p1)*vx1+2*dx*dy*p1**2*vx0)*vy0+(dd**2-dy**2)*p0**2*vx1**2+(2*dy**2-2*dd**2)*p0*p1*vx0*vx1+(dd**2-dy**2)*p1**2*vx0**2
if Q2 < 0
#Approach not possible, spaceships are not coming close enough
return {approach: false}
Q = Math.sqrt(Q2)
a = -(p1*Q+dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -(p0*Q+(dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
tapp = pos0[2]+p0*a
tapp1 = pos1[2]+p1*b
if Math.abs(tapp1-tapp) >1e-6 then throw new Error "Assertion failed"
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
return {
approach: true
npos0 : npos0 #nearest positions before approach
npos1 : npos1
tapp : tapp
}
#Give n position: [x,y,t] and delta: [dx,dy,dt],
# Return position with biggest time <= t (inclusive).
firstPositionBefore = (pos, delta, time) ->
# find integer i:
# t + i*dt < time
#
# i*dt < time - t
# i < (time-t)/dt
i0 = (time - pos[2]) / delta[2] #not integer.
#now find the nearest integer below
i = (Math.floor i0) |0
#and return the position
vecSum pos, vecScale delta, i
#Given spaceship trajectory, returns first it position before the given moment of time (inclusive)
firstPositionAfter = (pos, delta, time) ->
i0 = (time - pos[2]) / delta[2] #not integer.
i = (Math.ceil i0) |0
vecSum pos, vecScale delta, i
#Normalize pattern and returns its rle.
normalizedRle = (fld) ->
ff = Cells.copy fld
Cells.normalize ff
Cells.to_rle ff
evalToTime = (rule, fld, t0, tend) ->
if t > tend then throw new Error "assert: bad time"
for t in [t0 ... tend] by 1
fld = evaluateCellList rule, fld, mod2(t)
return fld
#put the pattern to the specified time and position, and return its state at time t
patternAt = (rule, pattern, posAndTime, t) ->
pattern = Cells.copy pattern
[x0,y0,t0] = posAndTime
Cells.offset pattern, x0, y0
evalToTime rule, pattern, t0, t
# Collide 2 patterns: p1 and p2,
# p1 at [0,0,0] and p2 at `offset`.
# initialSeparation::int approximate initial distance to put patterns at. Should be large enought for patterns not to intersect
# offset: [dx, dy, dt] - initial offset of the pattern p2 (p1 at 000)
# collisionTreshold:: if patterns don't come closer than this distance, don't consider them colliding.
# waitForCollision::int How many generations to wait after the approximate nearest approach, until the interaction would start.
#
# Returned value: object
# collision::bool true if collision
# patterns :: [p1, p2] two patterns
# offsets :: [vec1, vec2] first position of each pattern before collision time
# timeStart::int first generation, where interaction has started
# products::[ ProductDesc ] list of collision products (patterns with their positions and classification
doCollision = (rule, library, p1, v1, p2, v2, offset, initialSeparation = 30, collisionTreshold=20)->
waitForCollision = v1[2] + v2[2] #sum of periods
params = collisionParameters [0,0,0], v1, offset, v2
ap = approachParameters [0,0,0], v1, offset, v2, initialSeparation
collision = {collision:false}
if not ap.approach
#console.log "#### No approach, nearest approach: #{params.dist}"
return collision
if params.dist > collisionTreshold
#console.log "#### Too far, nearest approach #{params.dist} > #{collisionTreshold}"
return collision
#console.log "#### CP: #{JSON.stringify params}"
#console.log "#### AP: #{JSON.stringify ap}"
#Create the initial field. Put 2 patterns: p1 and p2 at initial time
#nwo promote them to the same time, using list evaluation
time = Math.max ap.npos0[2], ap.npos1[2]
fld1 = patternAt rule, p1, ap.npos0, time
fld2 = patternAt rule, p2, ap.npos1, time
#OK, collision prepared. Now simulate both spaceships separately and
# together, waiting while interaction occurs
timeGiveUp = params.tcoll + waitForCollision #when to stop waiting for some interaction
coll = simulateUntilCollision rule, [fld1, fld2], time, timeGiveUp
fld1 = fld2 = null #They are not needed anymore
if not coll.collided
#console.log "#### No interaction detected until T=#{timeGiveUp}. Give up."
return collision
#console.log "#### colliding:"
#console.log "#### 1) #{normalizedRle p1} at [0, 0, 0]"
#console.log "#### 2) #{normalizedRle p2} at #{JSON.stringify offset}"
#console.log "#### collision at T=#{coll.time} (give up at #{timeGiveUp})"
collision.timeStart = coll.time
collision.patterns = [p1, p2]
collision.offsets = [
firstPositionBefore([0,0,0], v1, coll.time-1),
firstPositionBefore(offset, v2, coll.time-1),
]
collision.collision = true
{products, verifyTime, verifyField} = finishCollision rule, library, coll.field, coll.time
collision.products = products
#findEmergeTime = (rule, products, minimalTime) ->
collision.timeEnd = findEmergeTime rule, collision.products, collision.timeStart, verifyField, verifyTime
#Update positions of products
for product in collision.products
product.pos = firstPositionAfter product.pos, product.delta, collision.timeEnd+1
#normalize relative to the first spaceship
translateCollision collision, vecScale(collision.offsets[0], -1)
#Offser collision information record by the given amount, in time and space
translateCollision = (collision, dpos) ->
[dx, dy, dt] = dpos
for o, i in collision.offsets
collision.offsets[i] = vecSum o, dpos
collision.timeStart += dt
collision.timeEnd += dt
for product in collision.products
product.pos = vecSum product.pos, dpos
return collision
#Simulate several patterns until they collide.
# Return first oment of time, when patterns started interacting.
simulateUntilCollision = (rule, patterns, time, timeGiveUp) ->
if patterns.length < 2 then return {collided: false} # 1 pattern can't collide.
fld = [].concat patterns ... #concatenate all patterns
while time < timeGiveUp
phase = mod2 time
#evaluate each pattern separately
#console.log "### patterns: #{JSON.stringify patterns}"
patterns = (evaluateCellList(rule, p, phase) for p in patterns)
#console.log "### after eval: #{JSON.stringify patterns}"
#And together
fld = evaluateCellList rule, fld, phase
time += 1
#check if they are different
mergedPatterns = [].concat patterns...
Cells.sortXY fld
Cells.sortXY mergedPatterns
if not Cells.areEqual fld, mergedPatterns
#console.log "#### Collision detected! T=#{time}, #{normalizedRle fld}"
return {
collided: true
time: time
field: fld
}
return{
collided: false
}
### Given the rule and the list of collition products (with their positions)
# find a moment of time when they emerged.
# verifyField, verifyTime: knwon state of the field, for verification.
###
findEmergeTime = (rule, products, minimalTime, verifyField, verifyTime) ->
invRule = rule.reverse()
#Time position of the latest fragment
maxTime = Math.max (p.pos[2] for p in products)...
if verifyTime? and maxTime < verifyTime
throw new Error "Something is strange: maximal time of fragments smaller than verification time"
#Prepare all fragments, at time maxTime
patterns = for product in products
#console.log "#### Product: #{JSON.stringify product}"
#first, calculate first space-time point before the maxTime
initialPos = firstPositionBefore product.pos, product.delta, maxTime
#Put the pattern at this point
pattern = Cells.transform product.pattern, product.transform, false
patternAt rule, pattern, initialPos, maxTime
if verifyTime?
allPatterns = [].concat(patterns...)
patternEvolution invRule, allPatterns, 1-maxTime, (p, t)->
if t is (1 - verifyTime)
#console.log "#### verifying. At time #{1-t} "
#console.log "#### Expected: #{normalizedRle verifyField}"
#console.log "#### Got : #{normalizedRle p}"
Cells.sortXY p
Cells.sortXY verifyField
if not Cells.areEqual verifyField, p
throw new Error "Verification failed: reconstructed backward collision did not match expected"
return false
else
return true
#console.log "#### Generated #{patterns.length} patterns at time #{maxTime}:"
#console.log "#### #{normalizedRle [].concat(patterns...)}"
#Now simulate it inverse in time
invCollision = simulateUntilCollision invRule, patterns, -maxTime+1, -minimalTime
if not invCollision.collided
throw new Error "Something is wrong: patterns did not collided in inverse time"
return 1-invCollision.time
#simulate patern until it decomposes into several simple patterns
# Return list of collision products
finishCollision = (rule, library, field, time) ->
#console.log "#### Collision RLE: #{normalizedRle field}"
growthLimit = field.length*3 + 8 #when to try to separate pattern
while true
field = evaluateCellList rule, field, mod2(time)
time += 1
[x0, y0, x1,y1] = Cells.bounds field
size = Math.max (x1-x0), (y1-y0)
#console.log "#### T:#{time}, s:#{size}, R:#{normalizedRle field}"
if size > growthLimit
#console.log "#### At time #{time}, pattern grew to #{size}: #{normalizedRle field}"
verifyTime = time
verifyField = field
break
#now try to split result into several patterns
parts = separatePatternParts field
#console.log "#### Detected #{parts.length} parts"
if parts.length is 1
#TODO: increase growth limit?
#console.log "#### only one part, try more time"
return finishCollision rule, library, field, time
results = []
for part, i in parts
#now analyze this part
res = analyzeFragment rule, library, part, time
for r in res
results.push r
return{
products: results
verifyTime: verifyTime
verifyField: field
}
analyzeFragment = (rule, library, pattern, time, options={})->
analysys = determinePeriod rule, pattern, time, options
if analysys.cycle
#console.log "#### Pattern analysys: #{JSON.stringify analysys}"
res = library.classifyPattern pattern, time, analysys.delta...
[res]
else
console.log "#### Pattern not decomposed completely: #{normalizedRle pattern} #{time}"
finishCollision(rule, library, pattern, time).products
#detect periodicity in pattern
# Returns :
# cycle::bool - is cycle found
# error::str - if not cycle, says error details. Otherwise - udefined.
# delta::[dx, dy, dt] - velocity and period, if cycle is found.
determinePeriod = (rule, pattern, time, options={})->
pattern = Cells.copy pattern
Cells.sortXY pattern
max_iters = options.max_iters ? 2048
max_population = options.max_population ? 1024
max_size = options.max_size ? 1024
#wait for the cycle
result = {cycle: false}
patternEvolution rule, pattern, time, (curPattern, t) ->
dt = t-time
if dt is 0 then return true
Cells.sortXY curPattern
eq = Cells.shiftEqual pattern, curPattern, mod2 dt
if eq
result.cycle = true
eq.push dt
result.delta = eq
return false
if curPattern.length > max_population
result.error = "pattern grew too big"
return false
bounds = Cells.bounds curPattern
if Math.max( bounds[2]-bounds[0], bounds[3]-bounds[1]) > max_size
result.error = "pattern dimensions grew too big"
return false
return true #continue evaluation
return result
snap_below = (x,generation) ->
x - mod2(x + generation)
#move pattern to 0,
offsetToOrigin = (pattern, generation) ->
[x0,y0] = Cells.topLeft pattern
x0 = snap_below x0, generation
y0 = snap_below y0, generation
Cells.offset pattern, -x0, -y0
return [x0, y0]
#Continuousely evaluate the pattern
# Only returns pattern in ruleset phase 0.
patternEvolution = (rule, pattern, time, callback)->
#pattern = Cells.copy pattern
stable_rules = [rule]
vacuum_period = stable_rules.length #ruleset size
curPattern = pattern
while true
phase = mod2 time
sub_rule_idx = mod time, vacuum_period
if sub_rule_idx is 0
break unless callback curPattern, time
curPattern = evaluateCellList stable_rules[sub_rule_idx], curPattern, phase
time += 1
return
class Library
constructor: (@rule) ->
@rle2pattern = {}
#Assumes that pattern is in its canonical form
addPattern: (pattern, data) ->
rle = Cells.to_rle pattern
if @rle2pattern.hasOwnProperty rle
throw new Error "Pattern already present: #{rle}"
@rle2pattern[rle] = data
addRle: (rle, data) ->
pattern = Cells.from_rle rle
analysys = determinePeriod @rule, pattern, 0
if not analysys.cycle then throw new Error "Pattern #{rle} is not periodic!"
#console.log "#### add anal: #{JSON.stringify analysys}"
[dx,dy,p]=delta=analysys.delta
unless (dx>0 and dy>=0) or (dx is 0 and dy is 0)
throw new Error "Pattern #{rle} moves in wrong direction: #{dx},#{dy}"
@addPattern pattern, data ? {delta: delta}
classifyPattern: (pattern, time, dx, dy, period) ->
#determine canonical ofrm ofthe pattern, present in the library;
# return its offset
#first: rotate the pattern caninically, if it is moving
if dx isnt 0 or dy isnt 0
[dx1, dy1, tfm] = Cells._find_normalizing_rotation dx, dy
pattern1 = Cells.transform pattern, tfm, false #no need to normalize
result = @_classifyNormalizedPattern pattern1, time, dx1, dy1, period
result.transform = inverseTfm tfm
else
#it is not a spaceship - no way to find a normal rotation. Check all 4 rotations.
for tfm in Cells._rotations
pattern1 = Cells.transform pattern, tfm, false
result = @_classifyNormalizedPattern pattern1, time, 0, 0, period
result.transform = inverseTfm tfm
if result.found
break
#reverse-transform position
[x,y,t] = result.pos
#console.log "#### Original pos: #{JSON.stringify result.pos}"
[x,y] = Cells.transformVector [x,y], result.transform #no normalize!
#console.log "#### after inverse rotate: #{JSON.stringify [x,y,t]}"
result.pos = [x,y,t]
result.delta = [dx,dy,period]
return result
_classifyNormalizedPattern: (pattern, time, dx, dy, period) ->
#console.log "#### Classifying: #{JSON.stringify pattern} at #{time}"
result = {found:false}
self = this
patternEvolution @rule, pattern, time, (p, t)->
p = Cells.copy p
[dx, dy] = offsetToOrigin p, t
Cells.sortXY p
rle = Cells.to_rle p
#console.log "#### T:#{t}, rle:#{rle}"
if rle of self.rle2pattern
#console.log "#### found! #{rle}"
result.pos = [dx, dy, t]
result.rle = rle
result.pattern = p
result.found=true
result.info = self.rle2pattern[rle]
return false
return (t-time) < period
if not result.found
p = Cells.copy pattern
[dx, dy] = offsetToOrigin p, time
Cells.sortXY p
result.pos = [dx, dy, time]
result.rle = Cells.to_rle p
result.pattern = p
result.found = false
result.transform = [1,0,0,1]
return result
#load library from the simple JSON file.
# Library format is simplified: "rle": data, where data is arbitrary object
load: (file) ->
fs = require "fs"
libData = JSON.parse fs.readFileSync file, "utf8"
#re-parse library data to ensure its correctness
n = 0
for rle, data of libData
@addPattern Cells.from_rle(rle), data
n += 1
console.log "#### Loaded #{n} patterns from library #{file}"
return
# geometrically separate pattern into several disconnected parts
# returns: list of sub-patterns
separatePatternParts = (pattern, range=4) ->
mpattern = {} #set of visited coordinates
key = (x,y) -> <KEY>
has_cell = (x,y) -> mpattern.hasOwnProperty key x, y
erase = (x,y) -> delete mpattern[ key x, y ]
#convert pattern to map-based repersentation
for xy in pattern
mpattern[key xy...] = xy
cells = []
#return true, if max size reached.
do_pick_at = (x,y)->
erase x, y
cells.push [x,y]
for dy in [-range..range] by 1
y1 = y+dy
for dx in [-range..range] by 1
continue if dy is 0 and dx is 0
x1 = x+dx
if has_cell x1, y1
do_pick_at x1, y1
return
parts = []
while true
hadPattern = false
for _k, xy of mpattern
hadPattern = true #found at least one non-picked cell
do_pick_at xy ...
break
if hadPattern
parts.push cells
cells = []
else
break
return parts
#in margolus neighborhood, not all offsets produce the same pattern
isValidOffset = ([dx, dy, dt]) -> ((dx+dt)%2 is 0) and ((dy+dt)%2 is 0)
############################
#Mostly for debug: display cllision indormation
showCollision = (collision)->
console.log "##########################################################"
for key, value of collision
switch key
when "collision"
null
when "products"
for p, i in value
console.log "#### -> #{i+1}: #{JSON.stringify p}"
when "patterns"
[p1,p2] = collision.patterns
console.log "#### patterns: #{Cells.to_rle p1}, #{Cells.to_rle p2}"
else
console.log "#### #{key}: #{JSON.stringify value}"
#### colliding with offset [0,0,0]
#### CP: {"dist":0,"npos0":[0,0,0],"npos1":[0,0,0],"tcoll":0}
#### AP: {"approach":true,"npos0":[-30,0,-180],"npos1":[0,0,-180],"tapp":-180}
#### Collision RLE: $1379bo22$2o2$2o
### Calculate the space of all principially different relative positions of 2 patterns
# Returns:
# elementaryCell: list of 3-vectors of relative positions
# freeIndex: index of the coordinate, that changes freely. 0 or 1 for valid patterns
###
determinePatternRelativePositionsSpace = (v1, v2) ->
[freeIndex, freeOrt] = opposingOrt v1, v2
#console.log "Free offset direction: #{freeOrt}, free index is #{freeIndex}"
pv1 = removeComponent v1, freeIndex
pv2 = removeComponent v2, freeIndex
#console.log "Projected to null-space of free ort:"
#console.log " PV1=#{pv1}, PV2=#{pv2}"
#s = area2d pv1, pv2
#console.log "Area of non-free section: #{s}"
ecell = (restoreComponent(v,freeIndex) for v in elementaryCell2d(pv1, pv2))
if ecell.length isnt Math.abs area2d pv1, pv2
throw new Error "elementary cell size is wrong"
return{
elementaryCell: ecell
freeIndex: freeIndex
}
### Call the callback for all collisions between these 2 patterns
###
allCollisions = (rule, library, pattern1, pattern2, onCollision) ->
v2 = (determinePeriod rule, pattern2, 0).delta
v1 = (determinePeriod rule, pattern1, 0).delta
console.log "Two velocities: #{v1}, #{v2}"
{elementaryCell, freeIndex} = determinePatternRelativePositionsSpace v1, v2
#now we are ready to perform collisions
# free index changes unboundedly, other variables change inside the elementary cell
minimalTouchDistance = (pattern1.length + pattern2.length + 1)*3
#console.log "#### Minimal touch distance is #{minimalTouchDistance}"
for offset in elementaryCell
#dPos, v0, v1, dMax, index
offsetRange = freeIndexRange offset, v1, v2, minimalTouchDistance, freeIndex
#console.log "#### FOr offset #{JSON.stringify offset}, index range is #{JSON.stringify offsetRange}"
for xFree in [offsetRange[0] .. offsetRange[1]] by 1
offset = offset[..]
offset[freeIndex] = xFree
if isValidOffset offset
collision = doCollision rule, library, pattern1, v1, pattern2, v2, offset, minimalTouchDistance*2, minimalTouchDistance
if collision.collision
onCollision collision
return
runCollider = ->
#single rotate - for test
rule = from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
library = new Library rule
library.load "./singlerot-simple.lib.json"
#2-block
pattern2 = Cells.from_rle "$2o2$2o"
pattern1 = Cells.from_rle "o"
allCollisions rule, library, pattern1, pattern2, (collision) ->
showCollision collision
makeCollisionCatalog = (rule, library, pattern1, pattern2) ->
catalog = []
allCollisions rule, library, pattern1, pattern2, (collision) ->
#showCollision collision
catalog.push collision
return catalog
# Main fgunctons, that reads command line parameters and generates collision catalog
mainCatalog = ->
stdio = require "stdio"
opts = stdio.getopt {
output:
key: 'o'
args: 1
description: "Output file. Default is collisions-[p1]-[p2]-rule.json"
rule:
key:'r'
args: 1
description: "Rule (16 integers). Default is SingleRotation"
libs:
key:"L"
args: 1
description: "List of libraries to load. Use : to separate files"
}, "pattern1 pattern2"
################# Parsing options #######################
unless opts.args? and opts.args.length in [2..2]
process.stderr.write "Not enough arguments\n"
process.exit 1
[rle1, rle2] = opts.args
pattern1 = Cells.from_rle rle1
pattern2 = Cells.from_rle rle2
console.log "#### RLEs: #{rle1}, #{rle2}"
console.log "Colliding 2 patterns:"
console.log pattern2string pattern1
console.log "--------"
console.log pattern2string pattern2
rule = if opts.rule?
parseElementary opts.rule
else
from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
unless rule.is_vacuum_stable()
throw new Error "Rule is not vacuum-stable. Not supported currently."
unless rule.is_invertible()
throw new Error "Rule is not invertible. Not supported currently."
outputFile = if opts.output?
opts.output
else
"collisions-#{normalizedRle pattern1}-#{normalizedRle pattern2}-#{rule.stringify()}.json"
libFiles = if opts.libs?
opts.libs.split ":"
else
[]
############### Running the collisions ###################
library = new Library rule
for libFile in libFiles
library.load libFile
czs = makeCollisionCatalog rule, library, pattern1, pattern2
console.log "Found #{czs.length} collisions, stored in #{outputFile}"
fs = require "fs"
czsData =
rule: rule.to_list()
patterns: [pattern1, pattern2]
collisions: czs
fs.writeFileSync outputFile, JSON.stringify(czsData), {encoding:"utf8"}
pattern2string = (pattern, signs = ['.', '#']) ->
[x0, y0, x1, y1] = Cells.bounds pattern
x0 -= mod2 x0
y0 -= mod2 y0
x1 += 1
y1 += 1
x1 += mod2 x1
y1 += mod2 y1
w = x1 - x0
h = y1 - y0
fld = ((signs[0] for i in [0...w]) for j in [0...h])
for [x,y] in pattern
fld[y-y0][x-x0] = signs[1]
return (row.join("") for row in fld).join("\n")
#runCollider()
mainCatalog()
| true | #!/usr/bin/env coffee
"use strict"
# Particle collider.
# Make collision table
fs = require "fs"
{Cells, inverseTfm, evaluateCellList, getDualTransform, splitPattern} = require "../scripts-src/cells"
{from_list_elem, parseElementary} = require "../scripts-src/rules"
stdio = require "stdio"
{mod,mod2} = require "../scripts-src/math_util"
#GIven 2 3-vectors, return 3-ort, that forms full basis with both vectors
opposingOrt = (v1, v2) ->
for i in [0..2]
ort = [0,0,0]
ort[i] = 1
if isCompleteBasis v1, v2, ort
return [i, ort]
throw new Error "Two vectors are collinear"
#Scalar product of 2 vectors
dot = (a,b) ->
s = 0
for ai, i in a
s += ai*b[i]
return s
#project 3-vector vec to the null-space of ort
#projectToNullSpace = (ort, vec) ->
# if dot(ort,ort) isnt 1
# throw new Error "Not an ort!"
# p = dot ort, vec
#
# return (vec[i] - ort[i]*p for i in [0...3] )
#Remove component from a vector
removeComponent =( vec, index) ->
result = []
for xi, i in vec
if i isnt index
result.push xi
return result
restoreComponent = (vec, index) ->
#insert 0 into index i
v = vec[..]
v.splice index, 0, 0
return v
isCompleteBasis = (v1, v2, v3) ->
#determinant of a matrix of 3 vectors. copipe from maxima
det = v1[0]*(v2[1]*v3[2]-v3[1]*v2[2])-v1[1]*(v2[0]*v3[2]-v3[0]*v2[2])+(v2[0]*v3[1]-v3[0]*v2[1])*v1[2]
return det isnt 0
#Area of a tetragon, built on 2 vectors. May be negative.
area2d = ([x1,y1],[x2,y2]) -> x1*y2 - x2*y1
vecSum = (v1, v2) -> (v1i+v2[i] for v1i, i in v1)
vecDiff = (v1, v2) -> (v1i-v2[i] for v1i, i in v1)
vecScale = (v1, k) -> (v1i*k for v1i in v1)
#Returns list of coordinates of points in elementary cell
# both vectors must be 2d, nonzero, non-collinear
elementaryCell2d = (v1, v2) ->
#vertices
[x1,y1] = v1
[x2,y2] = v2
if area2d(v1,v2) is 0
throw new Error "vectors are collinear!"
#orient vectors
if x1 < 0
x1 = -x1
y1 = -y1
if x2 < 0
x2 = -x2
y2 = -y2
# x intervals:
# 0, min(x1,x2), max(x1,x2), x1+x2
xs = [0, x1, x2, x1+x2]
xmin = Math.min xs ...
xmax = Math.max xs ...
ys = [0, y1, y2, y1+y2]
ymin = Math.min ys ...
ymax = Math.max ys ...
d = x2*y1-x1*y2 #determinant of the equation
s = if d < 0 then -1 else 1
points = []
for x in [xmin .. xmax] by 1
for y in [ymin .. ymax] by 1
#check that the point belongs to the rhombus
#[t1 = (x2*y-x*y2)/d,
# t2 = -(x1*y-x*y1)/d]
#condition is: t1,2 in [0, 1)
if ( 0 <= (x2*y-x*y2)*s < d*s ) and ( 0 <= -(x1*y-x*y1)*s < d*s )
points.push [x,y]
return points
#Calculate parameters of the collision:
# collision time, nearest node points, collision distance.
# pos : position [x, y, t]
# delta : velocity and period [dx, dy, dt]
collisionParameters = (pos0, delta0, pos1, delta1) ->
#pos and delta are 3-vectors: (x,y,t)
#
#deltax : dx+a*vx0-b*vx1;
#deltay : dy+a*vy0-b*vy1;
#deltat : dt+a*p0-b*p1;
# Dropbox.Math.spaceship-collision
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
# D = p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2 + p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2
D = (p0*vy1 - p1*vy0)**2 + (p0*vx1-p1*vx0)**2
a = -(dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -((dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
dist = Math.abs(dt*vx0*vy1-dx*p0*vy1-dt*vx1*vy0+dx*p1*vy0+dy*p0*vx1-dy*p1*vx0)/Math.sqrt(D)
#nearest points with time before collision time
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
tcoll = pos0[2] + delta0[2]*a
tcoll1 = pos1[2] + delta1[2]*b #must be same as tcoll1
if Math.abs(tcoll-tcoll1) > 1e-6 then throw new Error "assert: tcoll"
return {
dist: dist #distance of the nearest approach
npos0: npos0
npos1: npos1 #node point nearest to the collision (below)
tcoll: tcoll #when nearest approach occurs
}
#In what rande DX can change, if minimal distanec between 2 patterns is less than dmax?
# This fucntion gives the answer.
# Calculation is in the maxima sheet:
# solve( d2 = dd^2, dx );
dxRange = (dPos, v0, v1, dMax) ->
#dPos, v0, v1 :: vector3
#dMax :: integer
[_, dy, dt] = dPos #dx is ignored, because we will find its diapason
[vx0, vy0, p0] = v0
[vx1, vy1, p1] = v1
#Solution from Maxima:
# dx=-(dd*sqrt(p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p0*vy1-p1*vy0)
# q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2+p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
#
# dx=(+-dd*sqrt(q)-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0)/(p1*vy0 - p0*vy1)
num = p1*vy0 - p0*vy1
if num is 0
#throw new Error "Patterns are parallel and neveer touch"
return [0, -1]
dc = (-dt*vx0*vy1+dt*vx1*vy0-dy*p0*vx1+dy*p1*vx0) / num
#q = p0^2*vy1^2-2*p0*p1*vy0*vy1+p1^2*vy0^2 + p0^2*vx1^2-2*p0*p1*vx0*vx1+p1^2*vx0^2
q = (p0*vy1-p1*vy0)**2 + (p0*vx1-p1*vx0)**2 #after small simplification
delta = Math.abs(Math.sqrt(q) * (dMax / num))
#return upper and lower limits, rounded to integers
return [Math.floor(dc - delta)|0, Math.ceil(dc + delta)|0]
#Same as dxRange, but for dy. Reuses dxRange
dyRange = (dPos, v0, v1, dMax) ->
swapxy = ([x,y,t]) -> [y,x,t]
dxRange swapxy(dPos), swapxy(v0), swapxy(v1), dMax
#Chooses one of dxRange, dyRange.
freeIndexRange = (dPos, v0, v1, dMax, index) ->
if index not in [0..1] then throw new Error "Unsupported index #{index}"
[dxRange, dyRange][index](dPos, v0, v1, dMax)
#Calculate time, when 2 spaceship approach to the specified distance.
approachParameters = (pos0, delta0, pos1, delta1, approachDistance) ->
[dx, dy, dt] = vecDiff pos0, pos1
[vx0, vy0, p0] = delta0
[vx1, vy1, p1] = delta1
#solve( [deltax^2 + deltay^2 = dd^2, deltat=0], [a,b] );
dd = approachDistance
D = (p0**2*vy1**2-2*p0*p1*vy0*vy1+p1**2*vy0**2+p0**2*vx1**2-2*p0*p1*vx0*vx1+p1**2*vx0**2)
#thanks maxima. The formula is not well optimized, but I don't care.
Q2 = (-dt**2*vx0**2+2*dt*dx*p0*vx0+(dd**2-dx**2)*p0**2)*vy1**2+(((2*dt**2*vx0-2*dt*dx*p0)*vx1-2*dt*dx*p1*vx0+(2*dx**2-2*dd**2)*p0*p1)*vy0+(2*dx*dy*p0**2-2*dt*dy*p0*vx0)*vx1+2*dt*dy*p1*vx0**2-2*dx*dy*p0*p1*vx0)*vy1+(-dt**2*vx1**2+2*dt*dx*p1*vx1+(dd**2-dx**2)*p1**2)*vy0**2+(2*dt*dy*p0*vx1**2+(-2*dt*dy*p1*vx0-2*dx*dy*p0*p1)*vx1+2*dx*dy*p1**2*vx0)*vy0+(dd**2-dy**2)*p0**2*vx1**2+(2*dy**2-2*dd**2)*p0*p1*vx0*vx1+(dd**2-dy**2)*p1**2*vx0**2
if Q2 < 0
#Approach not possible, spaceships are not coming close enough
return {approach: false}
Q = Math.sqrt(Q2)
a = -(p1*Q+dt*p0*vy1**2+(-dt*p1*vy0-dy*p0*p1)*vy1+dy*p1**2*vy0+dt*p0*vx1**2+(-dt*p1*vx0-dx*p0*p1)*vx1+dx*p1**2*vx0) / D
b = -(p0*Q+(dt*p0*vy0-dy*p0**2)*vy1-dt*p1*vy0**2+dy*p0*p1*vy0+(dt*p0*vx0-dx*p0**2)*vx1-dt*p1*vx0**2+dx*p0*p1*vx0) / D
tapp = pos0[2]+p0*a
tapp1 = pos1[2]+p1*b
if Math.abs(tapp1-tapp) >1e-6 then throw new Error "Assertion failed"
ia = Math.floor(a)|0
ib = Math.floor(b)|0
npos0 = vecSum pos0, vecScale(delta0, ia)
npos1 = vecSum pos1, vecScale(delta1, ib)
return {
approach: true
npos0 : npos0 #nearest positions before approach
npos1 : npos1
tapp : tapp
}
#Give n position: [x,y,t] and delta: [dx,dy,dt],
# Return position with biggest time <= t (inclusive).
firstPositionBefore = (pos, delta, time) ->
# find integer i:
# t + i*dt < time
#
# i*dt < time - t
# i < (time-t)/dt
i0 = (time - pos[2]) / delta[2] #not integer.
#now find the nearest integer below
i = (Math.floor i0) |0
#and return the position
vecSum pos, vecScale delta, i
#Given spaceship trajectory, returns first it position before the given moment of time (inclusive)
firstPositionAfter = (pos, delta, time) ->
i0 = (time - pos[2]) / delta[2] #not integer.
i = (Math.ceil i0) |0
vecSum pos, vecScale delta, i
#Normalize pattern and returns its rle.
normalizedRle = (fld) ->
ff = Cells.copy fld
Cells.normalize ff
Cells.to_rle ff
evalToTime = (rule, fld, t0, tend) ->
if t > tend then throw new Error "assert: bad time"
for t in [t0 ... tend] by 1
fld = evaluateCellList rule, fld, mod2(t)
return fld
#put the pattern to the specified time and position, and return its state at time t
patternAt = (rule, pattern, posAndTime, t) ->
pattern = Cells.copy pattern
[x0,y0,t0] = posAndTime
Cells.offset pattern, x0, y0
evalToTime rule, pattern, t0, t
# Collide 2 patterns: p1 and p2,
# p1 at [0,0,0] and p2 at `offset`.
# initialSeparation::int approximate initial distance to put patterns at. Should be large enought for patterns not to intersect
# offset: [dx, dy, dt] - initial offset of the pattern p2 (p1 at 000)
# collisionTreshold:: if patterns don't come closer than this distance, don't consider them colliding.
# waitForCollision::int How many generations to wait after the approximate nearest approach, until the interaction would start.
#
# Returned value: object
# collision::bool true if collision
# patterns :: [p1, p2] two patterns
# offsets :: [vec1, vec2] first position of each pattern before collision time
# timeStart::int first generation, where interaction has started
# products::[ ProductDesc ] list of collision products (patterns with their positions and classification
doCollision = (rule, library, p1, v1, p2, v2, offset, initialSeparation = 30, collisionTreshold=20)->
waitForCollision = v1[2] + v2[2] #sum of periods
params = collisionParameters [0,0,0], v1, offset, v2
ap = approachParameters [0,0,0], v1, offset, v2, initialSeparation
collision = {collision:false}
if not ap.approach
#console.log "#### No approach, nearest approach: #{params.dist}"
return collision
if params.dist > collisionTreshold
#console.log "#### Too far, nearest approach #{params.dist} > #{collisionTreshold}"
return collision
#console.log "#### CP: #{JSON.stringify params}"
#console.log "#### AP: #{JSON.stringify ap}"
#Create the initial field. Put 2 patterns: p1 and p2 at initial time
#nwo promote them to the same time, using list evaluation
time = Math.max ap.npos0[2], ap.npos1[2]
fld1 = patternAt rule, p1, ap.npos0, time
fld2 = patternAt rule, p2, ap.npos1, time
#OK, collision prepared. Now simulate both spaceships separately and
# together, waiting while interaction occurs
timeGiveUp = params.tcoll + waitForCollision #when to stop waiting for some interaction
coll = simulateUntilCollision rule, [fld1, fld2], time, timeGiveUp
fld1 = fld2 = null #They are not needed anymore
if not coll.collided
#console.log "#### No interaction detected until T=#{timeGiveUp}. Give up."
return collision
#console.log "#### colliding:"
#console.log "#### 1) #{normalizedRle p1} at [0, 0, 0]"
#console.log "#### 2) #{normalizedRle p2} at #{JSON.stringify offset}"
#console.log "#### collision at T=#{coll.time} (give up at #{timeGiveUp})"
collision.timeStart = coll.time
collision.patterns = [p1, p2]
collision.offsets = [
firstPositionBefore([0,0,0], v1, coll.time-1),
firstPositionBefore(offset, v2, coll.time-1),
]
collision.collision = true
{products, verifyTime, verifyField} = finishCollision rule, library, coll.field, coll.time
collision.products = products
#findEmergeTime = (rule, products, minimalTime) ->
collision.timeEnd = findEmergeTime rule, collision.products, collision.timeStart, verifyField, verifyTime
#Update positions of products
for product in collision.products
product.pos = firstPositionAfter product.pos, product.delta, collision.timeEnd+1
#normalize relative to the first spaceship
translateCollision collision, vecScale(collision.offsets[0], -1)
#Offser collision information record by the given amount, in time and space
translateCollision = (collision, dpos) ->
[dx, dy, dt] = dpos
for o, i in collision.offsets
collision.offsets[i] = vecSum o, dpos
collision.timeStart += dt
collision.timeEnd += dt
for product in collision.products
product.pos = vecSum product.pos, dpos
return collision
#Simulate several patterns until they collide.
# Return first oment of time, when patterns started interacting.
simulateUntilCollision = (rule, patterns, time, timeGiveUp) ->
if patterns.length < 2 then return {collided: false} # 1 pattern can't collide.
fld = [].concat patterns ... #concatenate all patterns
while time < timeGiveUp
phase = mod2 time
#evaluate each pattern separately
#console.log "### patterns: #{JSON.stringify patterns}"
patterns = (evaluateCellList(rule, p, phase) for p in patterns)
#console.log "### after eval: #{JSON.stringify patterns}"
#And together
fld = evaluateCellList rule, fld, phase
time += 1
#check if they are different
mergedPatterns = [].concat patterns...
Cells.sortXY fld
Cells.sortXY mergedPatterns
if not Cells.areEqual fld, mergedPatterns
#console.log "#### Collision detected! T=#{time}, #{normalizedRle fld}"
return {
collided: true
time: time
field: fld
}
return{
collided: false
}
### Given the rule and the list of collition products (with their positions)
# find a moment of time when they emerged.
# verifyField, verifyTime: knwon state of the field, for verification.
###
findEmergeTime = (rule, products, minimalTime, verifyField, verifyTime) ->
invRule = rule.reverse()
#Time position of the latest fragment
maxTime = Math.max (p.pos[2] for p in products)...
if verifyTime? and maxTime < verifyTime
throw new Error "Something is strange: maximal time of fragments smaller than verification time"
#Prepare all fragments, at time maxTime
patterns = for product in products
#console.log "#### Product: #{JSON.stringify product}"
#first, calculate first space-time point before the maxTime
initialPos = firstPositionBefore product.pos, product.delta, maxTime
#Put the pattern at this point
pattern = Cells.transform product.pattern, product.transform, false
patternAt rule, pattern, initialPos, maxTime
if verifyTime?
allPatterns = [].concat(patterns...)
patternEvolution invRule, allPatterns, 1-maxTime, (p, t)->
if t is (1 - verifyTime)
#console.log "#### verifying. At time #{1-t} "
#console.log "#### Expected: #{normalizedRle verifyField}"
#console.log "#### Got : #{normalizedRle p}"
Cells.sortXY p
Cells.sortXY verifyField
if not Cells.areEqual verifyField, p
throw new Error "Verification failed: reconstructed backward collision did not match expected"
return false
else
return true
#console.log "#### Generated #{patterns.length} patterns at time #{maxTime}:"
#console.log "#### #{normalizedRle [].concat(patterns...)}"
#Now simulate it inverse in time
invCollision = simulateUntilCollision invRule, patterns, -maxTime+1, -minimalTime
if not invCollision.collided
throw new Error "Something is wrong: patterns did not collided in inverse time"
return 1-invCollision.time
#simulate patern until it decomposes into several simple patterns
# Return list of collision products
finishCollision = (rule, library, field, time) ->
#console.log "#### Collision RLE: #{normalizedRle field}"
growthLimit = field.length*3 + 8 #when to try to separate pattern
while true
field = evaluateCellList rule, field, mod2(time)
time += 1
[x0, y0, x1,y1] = Cells.bounds field
size = Math.max (x1-x0), (y1-y0)
#console.log "#### T:#{time}, s:#{size}, R:#{normalizedRle field}"
if size > growthLimit
#console.log "#### At time #{time}, pattern grew to #{size}: #{normalizedRle field}"
verifyTime = time
verifyField = field
break
#now try to split result into several patterns
parts = separatePatternParts field
#console.log "#### Detected #{parts.length} parts"
if parts.length is 1
#TODO: increase growth limit?
#console.log "#### only one part, try more time"
return finishCollision rule, library, field, time
results = []
for part, i in parts
#now analyze this part
res = analyzeFragment rule, library, part, time
for r in res
results.push r
return{
products: results
verifyTime: verifyTime
verifyField: field
}
analyzeFragment = (rule, library, pattern, time, options={})->
analysys = determinePeriod rule, pattern, time, options
if analysys.cycle
#console.log "#### Pattern analysys: #{JSON.stringify analysys}"
res = library.classifyPattern pattern, time, analysys.delta...
[res]
else
console.log "#### Pattern not decomposed completely: #{normalizedRle pattern} #{time}"
finishCollision(rule, library, pattern, time).products
#detect periodicity in pattern
# Returns :
# cycle::bool - is cycle found
# error::str - if not cycle, says error details. Otherwise - udefined.
# delta::[dx, dy, dt] - velocity and period, if cycle is found.
determinePeriod = (rule, pattern, time, options={})->
pattern = Cells.copy pattern
Cells.sortXY pattern
max_iters = options.max_iters ? 2048
max_population = options.max_population ? 1024
max_size = options.max_size ? 1024
#wait for the cycle
result = {cycle: false}
patternEvolution rule, pattern, time, (curPattern, t) ->
dt = t-time
if dt is 0 then return true
Cells.sortXY curPattern
eq = Cells.shiftEqual pattern, curPattern, mod2 dt
if eq
result.cycle = true
eq.push dt
result.delta = eq
return false
if curPattern.length > max_population
result.error = "pattern grew too big"
return false
bounds = Cells.bounds curPattern
if Math.max( bounds[2]-bounds[0], bounds[3]-bounds[1]) > max_size
result.error = "pattern dimensions grew too big"
return false
return true #continue evaluation
return result
snap_below = (x,generation) ->
x - mod2(x + generation)
#move pattern to 0,
offsetToOrigin = (pattern, generation) ->
[x0,y0] = Cells.topLeft pattern
x0 = snap_below x0, generation
y0 = snap_below y0, generation
Cells.offset pattern, -x0, -y0
return [x0, y0]
#Continuousely evaluate the pattern
# Only returns pattern in ruleset phase 0.
patternEvolution = (rule, pattern, time, callback)->
#pattern = Cells.copy pattern
stable_rules = [rule]
vacuum_period = stable_rules.length #ruleset size
curPattern = pattern
while true
phase = mod2 time
sub_rule_idx = mod time, vacuum_period
if sub_rule_idx is 0
break unless callback curPattern, time
curPattern = evaluateCellList stable_rules[sub_rule_idx], curPattern, phase
time += 1
return
class Library
constructor: (@rule) ->
@rle2pattern = {}
#Assumes that pattern is in its canonical form
addPattern: (pattern, data) ->
rle = Cells.to_rle pattern
if @rle2pattern.hasOwnProperty rle
throw new Error "Pattern already present: #{rle}"
@rle2pattern[rle] = data
addRle: (rle, data) ->
pattern = Cells.from_rle rle
analysys = determinePeriod @rule, pattern, 0
if not analysys.cycle then throw new Error "Pattern #{rle} is not periodic!"
#console.log "#### add anal: #{JSON.stringify analysys}"
[dx,dy,p]=delta=analysys.delta
unless (dx>0 and dy>=0) or (dx is 0 and dy is 0)
throw new Error "Pattern #{rle} moves in wrong direction: #{dx},#{dy}"
@addPattern pattern, data ? {delta: delta}
classifyPattern: (pattern, time, dx, dy, period) ->
#determine canonical ofrm ofthe pattern, present in the library;
# return its offset
#first: rotate the pattern caninically, if it is moving
if dx isnt 0 or dy isnt 0
[dx1, dy1, tfm] = Cells._find_normalizing_rotation dx, dy
pattern1 = Cells.transform pattern, tfm, false #no need to normalize
result = @_classifyNormalizedPattern pattern1, time, dx1, dy1, period
result.transform = inverseTfm tfm
else
#it is not a spaceship - no way to find a normal rotation. Check all 4 rotations.
for tfm in Cells._rotations
pattern1 = Cells.transform pattern, tfm, false
result = @_classifyNormalizedPattern pattern1, time, 0, 0, period
result.transform = inverseTfm tfm
if result.found
break
#reverse-transform position
[x,y,t] = result.pos
#console.log "#### Original pos: #{JSON.stringify result.pos}"
[x,y] = Cells.transformVector [x,y], result.transform #no normalize!
#console.log "#### after inverse rotate: #{JSON.stringify [x,y,t]}"
result.pos = [x,y,t]
result.delta = [dx,dy,period]
return result
_classifyNormalizedPattern: (pattern, time, dx, dy, period) ->
#console.log "#### Classifying: #{JSON.stringify pattern} at #{time}"
result = {found:false}
self = this
patternEvolution @rule, pattern, time, (p, t)->
p = Cells.copy p
[dx, dy] = offsetToOrigin p, t
Cells.sortXY p
rle = Cells.to_rle p
#console.log "#### T:#{t}, rle:#{rle}"
if rle of self.rle2pattern
#console.log "#### found! #{rle}"
result.pos = [dx, dy, t]
result.rle = rle
result.pattern = p
result.found=true
result.info = self.rle2pattern[rle]
return false
return (t-time) < period
if not result.found
p = Cells.copy pattern
[dx, dy] = offsetToOrigin p, time
Cells.sortXY p
result.pos = [dx, dy, time]
result.rle = Cells.to_rle p
result.pattern = p
result.found = false
result.transform = [1,0,0,1]
return result
#load library from the simple JSON file.
# Library format is simplified: "rle": data, where data is arbitrary object
load: (file) ->
fs = require "fs"
libData = JSON.parse fs.readFileSync file, "utf8"
#re-parse library data to ensure its correctness
n = 0
for rle, data of libData
@addPattern Cells.from_rle(rle), data
n += 1
console.log "#### Loaded #{n} patterns from library #{file}"
return
# geometrically separate pattern into several disconnected parts
# returns: list of sub-patterns
separatePatternParts = (pattern, range=4) ->
mpattern = {} #set of visited coordinates
key = (x,y) -> PI:KEY:<KEY>END_PI
has_cell = (x,y) -> mpattern.hasOwnProperty key x, y
erase = (x,y) -> delete mpattern[ key x, y ]
#convert pattern to map-based repersentation
for xy in pattern
mpattern[key xy...] = xy
cells = []
#return true, if max size reached.
do_pick_at = (x,y)->
erase x, y
cells.push [x,y]
for dy in [-range..range] by 1
y1 = y+dy
for dx in [-range..range] by 1
continue if dy is 0 and dx is 0
x1 = x+dx
if has_cell x1, y1
do_pick_at x1, y1
return
parts = []
while true
hadPattern = false
for _k, xy of mpattern
hadPattern = true #found at least one non-picked cell
do_pick_at xy ...
break
if hadPattern
parts.push cells
cells = []
else
break
return parts
#in margolus neighborhood, not all offsets produce the same pattern
isValidOffset = ([dx, dy, dt]) -> ((dx+dt)%2 is 0) and ((dy+dt)%2 is 0)
############################
#Mostly for debug: display cllision indormation
showCollision = (collision)->
console.log "##########################################################"
for key, value of collision
switch key
when "collision"
null
when "products"
for p, i in value
console.log "#### -> #{i+1}: #{JSON.stringify p}"
when "patterns"
[p1,p2] = collision.patterns
console.log "#### patterns: #{Cells.to_rle p1}, #{Cells.to_rle p2}"
else
console.log "#### #{key}: #{JSON.stringify value}"
#### colliding with offset [0,0,0]
#### CP: {"dist":0,"npos0":[0,0,0],"npos1":[0,0,0],"tcoll":0}
#### AP: {"approach":true,"npos0":[-30,0,-180],"npos1":[0,0,-180],"tapp":-180}
#### Collision RLE: $1379bo22$2o2$2o
### Calculate the space of all principially different relative positions of 2 patterns
# Returns:
# elementaryCell: list of 3-vectors of relative positions
# freeIndex: index of the coordinate, that changes freely. 0 or 1 for valid patterns
###
determinePatternRelativePositionsSpace = (v1, v2) ->
[freeIndex, freeOrt] = opposingOrt v1, v2
#console.log "Free offset direction: #{freeOrt}, free index is #{freeIndex}"
pv1 = removeComponent v1, freeIndex
pv2 = removeComponent v2, freeIndex
#console.log "Projected to null-space of free ort:"
#console.log " PV1=#{pv1}, PV2=#{pv2}"
#s = area2d pv1, pv2
#console.log "Area of non-free section: #{s}"
ecell = (restoreComponent(v,freeIndex) for v in elementaryCell2d(pv1, pv2))
if ecell.length isnt Math.abs area2d pv1, pv2
throw new Error "elementary cell size is wrong"
return{
elementaryCell: ecell
freeIndex: freeIndex
}
### Call the callback for all collisions between these 2 patterns
###
allCollisions = (rule, library, pattern1, pattern2, onCollision) ->
v2 = (determinePeriod rule, pattern2, 0).delta
v1 = (determinePeriod rule, pattern1, 0).delta
console.log "Two velocities: #{v1}, #{v2}"
{elementaryCell, freeIndex} = determinePatternRelativePositionsSpace v1, v2
#now we are ready to perform collisions
# free index changes unboundedly, other variables change inside the elementary cell
minimalTouchDistance = (pattern1.length + pattern2.length + 1)*3
#console.log "#### Minimal touch distance is #{minimalTouchDistance}"
for offset in elementaryCell
#dPos, v0, v1, dMax, index
offsetRange = freeIndexRange offset, v1, v2, minimalTouchDistance, freeIndex
#console.log "#### FOr offset #{JSON.stringify offset}, index range is #{JSON.stringify offsetRange}"
for xFree in [offsetRange[0] .. offsetRange[1]] by 1
offset = offset[..]
offset[freeIndex] = xFree
if isValidOffset offset
collision = doCollision rule, library, pattern1, v1, pattern2, v2, offset, minimalTouchDistance*2, minimalTouchDistance
if collision.collision
onCollision collision
return
runCollider = ->
#single rotate - for test
rule = from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
library = new Library rule
library.load "./singlerot-simple.lib.json"
#2-block
pattern2 = Cells.from_rle "$2o2$2o"
pattern1 = Cells.from_rle "o"
allCollisions rule, library, pattern1, pattern2, (collision) ->
showCollision collision
makeCollisionCatalog = (rule, library, pattern1, pattern2) ->
catalog = []
allCollisions rule, library, pattern1, pattern2, (collision) ->
#showCollision collision
catalog.push collision
return catalog
# Main fgunctons, that reads command line parameters and generates collision catalog
mainCatalog = ->
stdio = require "stdio"
opts = stdio.getopt {
output:
key: 'o'
args: 1
description: "Output file. Default is collisions-[p1]-[p2]-rule.json"
rule:
key:'r'
args: 1
description: "Rule (16 integers). Default is SingleRotation"
libs:
key:"L"
args: 1
description: "List of libraries to load. Use : to separate files"
}, "pattern1 pattern2"
################# Parsing options #######################
unless opts.args? and opts.args.length in [2..2]
process.stderr.write "Not enough arguments\n"
process.exit 1
[rle1, rle2] = opts.args
pattern1 = Cells.from_rle rle1
pattern2 = Cells.from_rle rle2
console.log "#### RLEs: #{rle1}, #{rle2}"
console.log "Colliding 2 patterns:"
console.log pattern2string pattern1
console.log "--------"
console.log pattern2string pattern2
rule = if opts.rule?
parseElementary opts.rule
else
from_list_elem [0,2,8,3,1,5,6,7,4,9,10,11,12,13,14,15]
unless rule.is_vacuum_stable()
throw new Error "Rule is not vacuum-stable. Not supported currently."
unless rule.is_invertible()
throw new Error "Rule is not invertible. Not supported currently."
outputFile = if opts.output?
opts.output
else
"collisions-#{normalizedRle pattern1}-#{normalizedRle pattern2}-#{rule.stringify()}.json"
libFiles = if opts.libs?
opts.libs.split ":"
else
[]
############### Running the collisions ###################
library = new Library rule
for libFile in libFiles
library.load libFile
czs = makeCollisionCatalog rule, library, pattern1, pattern2
console.log "Found #{czs.length} collisions, stored in #{outputFile}"
fs = require "fs"
czsData =
rule: rule.to_list()
patterns: [pattern1, pattern2]
collisions: czs
fs.writeFileSync outputFile, JSON.stringify(czsData), {encoding:"utf8"}
pattern2string = (pattern, signs = ['.', '#']) ->
[x0, y0, x1, y1] = Cells.bounds pattern
x0 -= mod2 x0
y0 -= mod2 y0
x1 += 1
y1 += 1
x1 += mod2 x1
y1 += mod2 y1
w = x1 - x0
h = y1 - y0
fld = ((signs[0] for i in [0...w]) for j in [0...h])
for [x,y] in pattern
fld[y-y0][x-x0] = signs[1]
return (row.join("") for row in fld).join("\n")
#runCollider()
mainCatalog()
|
[
{
"context": "###\n QuoJS 2.1\n (c) 2011, 2012 Javi Jiménez Villar (@soyjavi)\n http://quojs.tapquo.com\n###\n\n(($$) -",
"end": 52,
"score": 0.9998698234558105,
"start": 33,
"tag": "NAME",
"value": "Javi Jiménez Villar"
},
{
"context": "#\n QuoJS 2.1\n (c) 2011, 2012 Javi Jiménez Villar (@soyjavi)\n http://quojs.tapquo.com\n###\n\n(($$) ->\n\n $$.",
"end": 62,
"score": 0.9995682835578918,
"start": 53,
"tag": "USERNAME",
"value": "(@soyjavi"
}
] | src/QuoJS/src/quo.element.coffee | biojazzard/kirbout | 2 | ###
QuoJS 2.1
(c) 2011, 2012 Javi Jiménez Villar (@soyjavi)
http://quojs.tapquo.com
###
(($$) ->
$$.fn.attr = (name, value) ->
if $$.toType(name) is "string" and value is undefined
this[0].getAttribute name
else
@each -> @setAttribute name, value
$$.fn.data = (name, value) -> @attr "data-" + name, value
$$.fn.val = (value) ->
if $$.toType(value) is "string"
@each -> @value = value
else
(if @length > 0 then this[0].value else null)
$$.fn.show = -> @style "display", "block"
$$.fn.hide = -> @style "display", "none"
$$.fn.height = ->
offset = @offset()
offset.height
$$.fn.width = ->
offset = @offset()
offset.width
$$.fn.offset = ->
bounding = this[0].getBoundingClientRect()
left: bounding.left + window.pageXOffset
top: bounding.top + window.pageYOffset
width: bounding.width
height: bounding.height
$$.fn.remove = ->
@each -> @parentNode.removeChild this if @parentNode?
return
) Quo
| 203848 | ###
QuoJS 2.1
(c) 2011, 2012 <NAME> (@soyjavi)
http://quojs.tapquo.com
###
(($$) ->
$$.fn.attr = (name, value) ->
if $$.toType(name) is "string" and value is undefined
this[0].getAttribute name
else
@each -> @setAttribute name, value
$$.fn.data = (name, value) -> @attr "data-" + name, value
$$.fn.val = (value) ->
if $$.toType(value) is "string"
@each -> @value = value
else
(if @length > 0 then this[0].value else null)
$$.fn.show = -> @style "display", "block"
$$.fn.hide = -> @style "display", "none"
$$.fn.height = ->
offset = @offset()
offset.height
$$.fn.width = ->
offset = @offset()
offset.width
$$.fn.offset = ->
bounding = this[0].getBoundingClientRect()
left: bounding.left + window.pageXOffset
top: bounding.top + window.pageYOffset
width: bounding.width
height: bounding.height
$$.fn.remove = ->
@each -> @parentNode.removeChild this if @parentNode?
return
) Quo
| true | ###
QuoJS 2.1
(c) 2011, 2012 PI:NAME:<NAME>END_PI (@soyjavi)
http://quojs.tapquo.com
###
(($$) ->
$$.fn.attr = (name, value) ->
if $$.toType(name) is "string" and value is undefined
this[0].getAttribute name
else
@each -> @setAttribute name, value
$$.fn.data = (name, value) -> @attr "data-" + name, value
$$.fn.val = (value) ->
if $$.toType(value) is "string"
@each -> @value = value
else
(if @length > 0 then this[0].value else null)
$$.fn.show = -> @style "display", "block"
$$.fn.hide = -> @style "display", "none"
$$.fn.height = ->
offset = @offset()
offset.height
$$.fn.width = ->
offset = @offset()
offset.width
$$.fn.offset = ->
bounding = this[0].getBoundingClientRect()
left: bounding.left + window.pageXOffset
top: bounding.top + window.pageYOffset
width: bounding.width
height: bounding.height
$$.fn.remove = ->
@each -> @parentNode.removeChild this if @parentNode?
return
) Quo
|
[
{
"context": "ll,\"Aapeli\",\"Elmo ja Elmer\",\"Ruut\",\"Lea ja Leea\",\"Harri\",\"Aukusti, Aku\",\"Hilppa ja Titta\",\"Veikko, Veli j",
"end": 87,
"score": 0.8743336796760559,
"start": 82,
"tag": "NAME",
"value": "Harri"
},
{
"context": "mari ja Ilmo\",\"Toni ja Anttoni\",\"Laura\",\"Heikki ja Henrik\",\"Henna ja Henni\",\"Aune ja Oona\",\"Visa\",\"Eine, Ei",
"end": 280,
"score": 0.7228386998176575,
"start": 274,
"tag": "NAME",
"value": "Henrik"
},
{
"context": "mo\",\"Toni ja Anttoni\",\"Laura\",\"Heikki ja Henrik\",\"Henna ja Henni\",\"Aune ja Oona\",\"Visa\",\"Eine, Eini ja En",
"end": 288,
"score": 0.8290072679519653,
"start": 283,
"tag": "NAME",
"value": "Henna"
},
{
"context": "i ja Anttoni\",\"Laura\",\"Heikki ja Henrik\",\"Henna ja Henni\",\"Aune ja Oona\",\"Visa\",\"Eine, Eini ja Enni\",\"Senj",
"end": 297,
"score": 0.7979479432106018,
"start": 292,
"tag": "NAME",
"value": "Henni"
},
{
"context": "ri\",\"Irja\",\"Alli\"],\n\n [\"Riitta\",\"Aamu\",\"Valo\",\"Armi\",\"Asser\",\"Terhi, Teija ja Tiia\",\"Riku ja Rikhard\"",
"end": 470,
"score": 0.6216833591461182,
"start": 466,
"tag": "NAME",
"value": "Armi"
},
{
"context": "ja\",\"Alli\"],\n\n [\"Riitta\",\"Aamu\",\"Valo\",\"Armi\",\"Asser\",\"Terhi, Teija ja Tiia\",\"Riku ja Rikhard\",\"Lain",
"end": 476,
"score": 0.551880419254303,
"start": 473,
"tag": "NAME",
"value": "Ass"
},
{
"context": "va\",\"Kauko\",\"Ari, Arsi ja Atro\",\"Laila ja Leila\",\"Tarmo\",\"Tarja ja Taru\",\"Vilppu\",\"Auvo\",\"Aurora, Aura ",
"end": 881,
"score": 0.5986247062683105,
"start": 878,
"tag": "NAME",
"value": "Tar"
},
{
"context": "akim ja Kim\",\"Pentti\",\"Vihtori\",\"Akseli\",\"Kaapo ja Gabriel\",\"Aija\",\"Manu ja Immanuel\",\n \"Sauli ja Sau",
"end": 1142,
"score": 0.8536331653594971,
"start": 1139,
"tag": "NAME",
"value": "Gab"
},
{
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"context": "eliina\",null,\"Tapani ja Teppo\",\"Hannu ja Hannes\",\"Piia\",\"Rauha\",\"Daavid, Taavetti ja Taavi\",\"Sylvester j",
"end": 5610,
"score": 0.9790107011795044,
"start": 5606,
"tag": "NAME",
"value": "Piia"
},
{
"context": ",null,\"Tapani ja Teppo\",\"Hannu ja Hannes\",\"Piia\",\"Rauha\",\"Daavid, Taavetti ja Taavi\",\"Sylvester ja Silvo\"",
"end": 5618,
"score": 0.9225689768791199,
"start": 5613,
"tag": "NAME",
"value": "Rauha"
},
{
"context": "apani ja Teppo\",\"Hannu ja Hannes\",\"Piia\",\"Rauha\",\"Daavid, Taavetti ja Taavi\",\"Sylvester ja Silvo\"]\n ]",
"end": 5623,
"score": 0.8455916047096252,
"start": 5621,
"tag": "NAME",
"value": "Da"
}
] | homedisplay/display/static/js/namedays.coffee | ojarva/home-info-display | 1 | Namedays = ->
data = [
[null,"Aapeli","Elmo ja Elmer","Ruut","Lea ja Leea","Harri","Aukusti, Aku","Hilppa ja Titta","Veikko, Veli ja Veijo","Nyyrikki","Kari ja Karri","Toini","Nuutti","Sakari ja Saku","Solja",
"Ilmari ja Ilmo","Toni ja Anttoni","Laura","Heikki ja Henrik","Henna ja Henni","Aune ja Oona","Visa","Eine, Eini ja Enni","Senja","Paavo ja Pauli","Joonatan","Viljo","Kaarlo ja Kalle",
"Valtteri","Irja","Alli"],
["Riitta","Aamu","Valo","Armi","Asser","Terhi, Teija ja Tiia","Riku ja Rikhard","Laina","Raija ja Raisa","Elina ja Elna","Talvikki","Elma ja Elmi","Sulo ja Sulho","Voitto","Sipi ja Sippo","Kai",
"Väinö ja Väinämö","Kaino","Eija","Heli ja Helinä","Keijo","Tuulikki ja Tuuli","Aslak","Matti ja Mattias","Tuija ja Tuire","Nestori","Torsti","Onni"],
["Alpo, Alvi, Alpi","Virve ja Virva","Kauko","Ari, Arsi ja Atro","Laila ja Leila","Tarmo","Tarja ja Taru","Vilppu","Auvo","Aurora, Aura ja Auri","Kalervo","Reijo ja Reko","Erno ja Tarvo",
"Matilda ja Tilda","Risto","Ilkka","Kerttu ja Kerttuli","Eetu ja Edvard","Jooseppi ja Juuso","Aki, Joakim ja Kim","Pentti","Vihtori","Akseli","Kaapo ja Gabriel","Aija","Manu ja Immanuel",
"Sauli ja Saul","Armas","Joonas, Jouni ja Joni","Usko ja Tage","Irma ja Irmeli"],
["Raita ja Pulmu","Pellervo","Sampo","Ukko","Irene ja Irina","Vilho ja Ville","Allan ja Ahvo","Suoma ja Suometar","Elias ja Eelis","Tero","Verna","Julius ja Julia","Tellervo","Taito",
"Linda ja Tuomi","Jalo ja Patrik","Otto","Valto ja Valdemar","Päivi ja Pilvi","Lauha","Anssi ja Anselmi","Alina","Yrjö, Jyrki ja Jyri","Pertti ja Albert","Markku, Markus ja Marko",
"Terttu ja Teresa","Merja","Ilpo ja Ilppo","Teijo","Mirja, Mirva, Mira ja Miia"],
["Vappu ja Valpuri","Vuokko ja Viivi","Outi","Ruusu ja Roosa","Maini","Ylermi","Helmi ja Kastehelmi","Heino","Timo","Aino, Aina ja Aini","Osmo","Lotta","Kukka ja Floora","Tuula",
"Sofia ja Sonja","Esteri ja Essi","Maila ja Maili","Erkki ja Eero","Emilia, Milja ja Emma","Lilja ja Karoliina","Kosti ja Kosta","Hemminki ja Hemmo","Lyydia ja Lyyli","Tuukka ja Touko",
"Urpo","Minna ja Vilma","Ritva","Alma","Oiva ja Oivi","Pasi","Helka ja Helga"],
["Teemu ja Nikodemus","Venla","Orvokki","Toivo","Sulevi","Kustaa ja Kyösti","Suvi","Salomo ja Salomon","Ensio","Seppo","Impi ja Immi","Esko","Raili ja Raila","Kielo","Vieno ja Viena",
"Päivi ja Päivikki ja Päivä","Urho","Tapio","Siiri","Into","Ahti ja Ahto","Paula, Liina ja Pauliina","Aatto, Aatu ja Aadolf","Johannes, Juhani ja Juha","Uuno","Jorma, Jarmo ja Jarkko",
"Elviira ja Elvi","Leo","Pietari, Pekka, Petri ja Petra","Päiviö ja Päivö"],
["Aaro ja Aaron","Maria, Mari, Maija, Meeri ja Maaria","Arvo","Ulla ja Upu","Unto ja Untamo","Esa ja Esaias","Klaus ja Launo","Turo ja Turkka","Ilta ja Jasmin","Saima ja Saimi",
"Elli, Noora ja Nelli","Hermanni, Herkko","Ilari, Lari ja Joel","Aliisa","Rauni ja Rauna","Reino","Ossi ja Ossian","Riikka","Saara, Sari, Salli ja Salla","Marketta, Maarit ja Reeta",
"Johanna, Hanna ja Jenni","Leena, Leeni ja Lenita","Oili ja Olga","Kirsti, Tiina, Kirsi ja Kristiina","Jaakko ja Jaakoppi","Martta","Heidi","Atso","Olavi, Olli, Uolevi ja Uoti","Asta",
"Helena ja Elena"],
["Maire","Kimmo","Linnea, Nea ja Vanamo","Veera","Salme ja Sanelma","Toimi ja Keimo","Lahja","Sylvi, Sylvia ja Silva","Erja ja Eira","Lauri, Lasse ja Lassi","Sanna, Susanna ja Sanni","Klaara",
"Jesse","Onerva ja Kanerva","Marjatta, Marja ja Jaana","Aulis","Verneri","Leevi","Mauno ja Maunu","Samuli, Sami, Samuel ja Samu","Soini ja Veini","Iivari ja Iivo","Varma ja Signe","Perttu",
"Loviisa","Ilma, Ilmi ja Ilmatar","Rauli","Tauno","Iines, Iina ja Inari","Eemil ja Eemeli","Arvi"],
["Pirkka","Sinikka ja Sini","Soili, Soile ja Soila","Ansa","Mainio","Asko","Arho ja Arhippa","Taimi","Eevert ja Isto","Kalevi ja Kaleva","Santeri, Ali, Ale ja Aleksanteri","Valma ja Vilja ",
"Orvo","Iida","Sirpa","Hellevi, Hillevi, Hille ja Hilla","Aili ja Aila","Tyyne, Tytti ja Tyyni","Reija","Varpu ja Vaula","Mervi","Mauri","Mielikki","Alvar ja Auno","Kullervo","Kuisma","Vesa",
"Arja","Mikko, Mika, Mikael, Miika","Sorja ja Sirja"],
["Rauno, Rainer, Raine ja Raino","Valio","Raimo","Saila ja Saija","Inkeri ja Inka","Minttu ja Pinja","Pirkko, Pirjo, Piritta ja Pirita","Hilja","Ilona","Aleksi ja Aleksis","Otso ja Ohto",
"Aarre ja Aarto","Taina, Tanja ja Taija","Elsa, Else ja Elsi","Helvi ja Heta","Sirkka ja Sirkku","Saini ja Saana","Satu ja Säde","Uljas","Kauno ja Kasperi","Ursula",
"Anja, Anita, Anniina ja Anitta","Severi","Asmo","Sointu","Amanda ja Niina, Manta","Helli, Hellä, Hellin ja Helle","Simo","Alfred ja Urmas","Eila","Artturi, Arto ja Arttu"],
["Pyry ja Lyly","Topi ja Topias","Terho","Hertta","Reima","Kustaa Aadolf","Taisto","Aatos","Teuvo","Martti","Panu","Virpi","Ano ja Kristian","Iiris","Janika, Janita ja Janina",
"Aarne ja Aarno, Aarni","Eino ja Einar","Tenho ja Jousia","Liisa, Eliisa, Elisa ja Elisabet","Jalmari ja Jari","Hilma","Silja ja Selja","Ismo","Lempi, Lemmikki ja Sivi",
"Katri, Kaisa, Kaija ja Katja","Sisko","Hilkka","Heini","Aimo","Antti, Antero ja Atte"],
["Oskari","Anelma ja Unelma","Vellamo ja Meri","Airi ja Aira","Selma","Niilo, Niko ja Niklas","Sampsa","Kyllikki ja Kylli","Anna, Anne, Anni, Anu ja Annikki","Jutta","Taneli, Tatu ja Daniel",
"Tuovi","Seija","Jouko","Heimo","Auli ja Aulikki","Raakel","Aapo, Aappo ja Rami","Iikka, Iiro, Iisakki ja Isko","Benjamin ja Kerkko","Tuomas, Tuomo ja Tommi","Raafael","Senni",
"Aatami, Eeva, Eevi ja Eveliina",null,"Tapani ja Teppo","Hannu ja Hannes","Piia","Rauha","Daavid, Taavetti ja Taavi","Sylvester ja Silvo"]
]
clearItems = ->
jq("#namedays-modal ul li").remove()
addItems = ->
clearItems()
now = clock.getMoment()
current_index = 0
items_in_current = 1000
for [0..365]
day = now.date() - 1
month = now.month()
if items_in_current > 45
current_elem = jq("#namedays-modal ul").slice current_index, current_index + 1
items_in_current = 0
current_index++
if data[month].length == day
# 29th of Feb
else
current_elem.append "<li>#{data[month][day]} " + now.format("DD.MM (dd)") + "</li>"
items_in_current += 1
now.add 1, "day"
update = ->
debug.log "Updating namedays"
addItems()
d = clock.getMoment()
nameday = data[d.month()][d.date() - 1]
jq("#today .list-namedays ul li").remove()
jq("#today .list-namedays ul").append "<li><i class='fa-li fa fa-calendar'></i> #{nameday}</li>"
startInterval = ->
update()
ge_refresh.register "namedays", update
ge_intervals.register "namedays", "daily", update
stopInterval = ->
ge_refresh.deRegister "namedays"
ge_intervals.deRegister "namedays", "daily"
@update = update
@startInterval = startInterval
@stopInterval = stopInterval
return @
jq =>
@name_days = new Namedays()
@name_days.startInterval()
jq(".list-namedays").on "click", ->
content_switch.switchContent "#namedays-modal"
jq("#namedays-modal .close").on "click", ->
content_switch.switchContent "#main-content"
| 209900 | Namedays = ->
data = [
[null,"Aapeli","Elmo ja Elmer","Ruut","Lea ja Leea","<NAME>","Aukusti, Aku","Hilppa ja Titta","Veikko, Veli ja Veijo","Nyyrikki","Kari ja Karri","Toini","Nuutti","Sakari ja Saku","Solja",
"Ilmari ja Ilmo","Toni ja Anttoni","Laura","Heikki ja <NAME>","<NAME> ja <NAME>","Aune ja Oona","Visa","Eine, Eini ja Enni","Senja","Paavo ja Pauli","Joonatan","Viljo","Kaarlo ja Kalle",
"Valtteri","Irja","Alli"],
["Riitta","Aamu","Valo","<NAME>","<NAME>er","Terhi, Teija ja Tiia","Riku ja Rikhard","Laina","Raija ja Raisa","Elina ja Elna","Talvikki","Elma ja Elmi","Sulo ja Sulho","Voitto","Sipi ja Sippo","Kai",
"Väinö ja Väinämö","Kaino","Eija","Heli ja Helinä","Keijo","Tuulikki ja Tuuli","Aslak","Matti ja Mattias","Tuija ja Tuire","Nestori","Torsti","Onni"],
["Alpo, Alvi, Alpi","Virve ja Virva","Kauko","Ari, Arsi ja Atro","Laila ja Leila","<NAME>mo","Tarja ja Taru","Vilppu","Auvo","Aurora, Aura ja Auri","Kalervo","Reijo ja Reko","Erno ja Tarvo",
"Matilda ja Tilda","Risto","Ilkka","Kerttu ja Kerttuli","Eetu ja Edvard","Jooseppi ja Juuso","Aki, Joakim ja Kim","Pentti","Vihtori","Akseli","Kaapo ja <NAME>riel","Aija","Manu ja Immanuel",
"Sauli ja Saul","<NAME>","Joonas, Jouni ja Joni","Usko ja Tage","Irma ja Irmeli"],
["Raita ja Pulmu","Pellervo","Sampo","Ukko","Irene ja Irina","Vilho ja Ville","Allan ja Ahvo","Suoma ja Suometar","Elias ja Eelis","Tero","<NAME>erna","<NAME> ja <NAME>","<NAME>vo","Taito",
"Linda ja Tuomi","Jalo ja <NAME>rik","<NAME>to","<NAME>to ja <NAME>demar","Päivi ja Pilvi","Lauha","Anssi ja Anselmi","Alina","Yrjö, Jyrki ja Jyri","Pertti ja Albert","Markku, Markus ja Marko",
"Terttu ja Teresa","<NAME>ja","Ilpo ja Ilppo","Teijo","Mirja, Mirva, Mira ja Miia"],
["Vappu ja Valpuri","Vuokko ja Viivi","Outi","Ruusu ja Roosa","Maini","Ylermi","Helmi ja Kastehelmi","<NAME>ino","Timo","Aino, Aina ja Aini","Osmo","Lotta","Kukka ja Floora","Tuula",
"Sofia ja Sonja","Esteri ja Essi","Maila ja Maili","Erkki ja Eero","Emilia, Milja ja Emma","Lilja ja Karoliina","Kosti ja Kosta","Hemminki ja Hemmo","Lyydia ja Lyyli","Tuukka ja Touko",
"Urpo","Minna ja Vilma","Ritva","Alma","Oiva ja Oivi","Pasi","Helka ja Helga"],
["Teemu ja Nikodemus","Venla","Orvokki","Toivo","Sulevi","Kustaa ja Kyösti","Suvi","Salomo ja Salomon","Ensio","Seppo","Impi ja Immi","Esko","Raili ja Raila","Kielo","Vieno ja Viena",
"Päivi ja Päivikki ja Päivä","Urho","Tapio","Siiri","Into","Ahti ja Ahto","Paula, Liina ja Pauliina","<NAME>atto, Aatu ja <NAME>olf","Johannes, Juhani ja Juha","Uuno","Jorma, Jarmo ja Jarkko",
"Elviira ja Elvi","Leo","Pietari, Pekka, Petri ja Petra","Päiviö ja Päivö"],
["<NAME> ja <NAME>","<NAME>, Mari, Maija, Meeri ja Maaria","<NAME>","Ulla ja Upu","Unto ja Untamo","Esa ja Esaias","Klaus ja Launo","Turo ja Turkka","Ilta ja Jasmin","Saima ja Saimi",
"<NAME>li, Noora ja Nelli","<NAME>i, Herkko","Ilari, Lari ja Joel","Aliisa","Rauni ja Rauna","Reino","Ossi ja Ossian","Riikka","Saara, Sari, Salli ja Salla","Marketta, Maarit ja Reeta",
"<NAME>, <NAME> ja <NAME>","<NAME>ena, Leeni ja Lenita","Oili ja Olga","<NAME>i, Ti<NAME>, <NAME>irsi ja <NAME>iina","Jaakko ja Jaakoppi","<NAME>","Heidi","Atso","<NAME>avi, Olli, Uolevi ja Uoti","Asta",
"<NAME>ena ja E<NAME>a"],
["<NAME>","<NAME>","<NAME>, Nea ja <NAME>","Veera","Salme ja Sanelma","Toimi ja Keimo","Lahja","Sylvi, Sylvia ja Silva","Erja ja Eira","Lauri, Lasse ja Lassi","Sanna, Susanna ja Sanni","Klaara",
"<NAME>esse","Onerva ja Kanerva","Marjatta, Marja ja Jaana","<NAME>","<NAME>i","Leevi","Mauno ja Maunu","Samuli, Sami, Samuel ja Samu","Soini ja Veini","Iivari ja Iivo","Varma ja Signe","Perttu",
"Loviisa","Ilma, Ilmi ja Ilmatar","<NAME>uli","<NAME>uno","<NAME>ines, Iina ja Inari","Eemil ja Eemeli","Arvi"],
["Pirkka","Sinikka ja Sini","Soili, Soile ja Soila","<NAME>sa","<NAME>io","<NAME>ko","Arho ja Arhippa","Taimi","Eevert ja Isto","Kalevi ja Kaleva","Santeri, Ali, Ale ja Aleksanteri","Valma ja Vilja ",
"Orvo","Iida","Sirpa","Hellevi, Hillevi, Hille ja Hilla","Aili ja Aila","Tyyne, Tytti ja Tyyni","Reija","Varpu ja Vaula","Mervi","Mauri","Mielikki","Alvar ja Auno","Kullervo","Kuisma","Vesa",
"Arja","Mikko, Mika, Mikael, Miika","Sorja ja Sirja"],
["<NAME>, <NAME>, <NAME>aine ja <NAME>o","<NAME>","Raimo","Saila ja Saija","Inkeri ja Inka","Minttu ja Pinja","Pirkko, Pirjo, Piritta ja Pirita","Hilja","Ilona","Aleksi ja Aleksis","Otso ja Ohto",
"Aarre ja Aarto","Taina, Tanja ja Taija","Elsa, Else ja Elsi","Helvi ja Heta","Sirkka ja Sirkku","Saini ja Saana","Satu ja Säde","Uljas","Kauno ja Kasperi","Ursula",
"Anja, Anita, Anniina ja Anitta","<NAME>veri","Asmo","Sointu","Amanda ja Niina, Manta","<NAME>li, Hellä, Hellin ja Helle","Simo","Alfred ja Urmas","Eila","Artturi, Arto ja Arttu"],
["<NAME> ja <NAME>yly","Topi ja Topias","<NAME>ho","<NAME>","Reima","<NAME>ustaa A<NAME>olf","Taisto","Aatos","Teuvo","Martti","Panu","Virpi","Ano ja Kristian","Iiris","Janika, Janita ja Janina",
"Aarne ja Aarno, Aarni","Eino ja E<NAME>","Tenho ja Jousia","Liisa, Eliisa, Elisa ja Elisabet","Jalmari ja Jari","Hilma","Silja ja Selja","Ismo","Lempi, Lemmikki ja Sivi",
"Katri, Kaisa, Kaija ja Katja","<NAME>ko","<NAME>","<NAME>","<NAME>","Antti, Antero ja Atte"],
["Oskari","Anelma ja Unelma","Vellamo ja Meri","Airi ja Aira","Selma","Niilo, Niko ja Niklas","Sampsa","Kyllikki ja Kylli","Anna, Anne, Anni, Anu ja Annikki","Jutta","Taneli, Tatu ja Daniel",
"Tuovi","Seija","Jouko","<NAME>imo","Auli ja Aulikki","<NAME>akel","<NAME>apo, Aappo ja <NAME>ami","Iikka, Iiro, Iisakki ja Isko","<NAME> ja Ker<NAME>ko","<NAME>, Tuomo ja <NAME>","<NAME>","<NAME>",
"<NAME>atami, Eeva, Eevi ja Eveliina",null,"Tapani ja Teppo","<NAME>u ja H<NAME>","<NAME>","<NAME>","<NAME>avid, Taavetti ja Taavi","Sylvester ja Silvo"]
]
clearItems = ->
jq("#namedays-modal ul li").remove()
addItems = ->
clearItems()
now = clock.getMoment()
current_index = 0
items_in_current = 1000
for [0..365]
day = now.date() - 1
month = now.month()
if items_in_current > 45
current_elem = jq("#namedays-modal ul").slice current_index, current_index + 1
items_in_current = 0
current_index++
if data[month].length == day
# 29th of Feb
else
current_elem.append "<li>#{data[month][day]} " + now.format("DD.MM (dd)") + "</li>"
items_in_current += 1
now.add 1, "day"
update = ->
debug.log "Updating namedays"
addItems()
d = clock.getMoment()
nameday = data[d.month()][d.date() - 1]
jq("#today .list-namedays ul li").remove()
jq("#today .list-namedays ul").append "<li><i class='fa-li fa fa-calendar'></i> #{nameday}</li>"
startInterval = ->
update()
ge_refresh.register "namedays", update
ge_intervals.register "namedays", "daily", update
stopInterval = ->
ge_refresh.deRegister "namedays"
ge_intervals.deRegister "namedays", "daily"
@update = update
@startInterval = startInterval
@stopInterval = stopInterval
return @
jq =>
@name_days = new Namedays()
@name_days.startInterval()
jq(".list-namedays").on "click", ->
content_switch.switchContent "#namedays-modal"
jq("#namedays-modal .close").on "click", ->
content_switch.switchContent "#main-content"
| true | Namedays = ->
data = [
[null,"Aapeli","Elmo ja Elmer","Ruut","Lea ja Leea","PI:NAME:<NAME>END_PI","Aukusti, Aku","Hilppa ja Titta","Veikko, Veli ja Veijo","Nyyrikki","Kari ja Karri","Toini","Nuutti","Sakari ja Saku","Solja",
"Ilmari ja Ilmo","Toni ja Anttoni","Laura","Heikki ja PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI ja PI:NAME:<NAME>END_PI","Aune ja Oona","Visa","Eine, Eini ja Enni","Senja","Paavo ja Pauli","Joonatan","Viljo","Kaarlo ja Kalle",
"Valtteri","Irja","Alli"],
["Riitta","Aamu","Valo","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PIer","Terhi, Teija ja Tiia","Riku ja Rikhard","Laina","Raija ja Raisa","Elina ja Elna","Talvikki","Elma ja Elmi","Sulo ja Sulho","Voitto","Sipi ja Sippo","Kai",
"Väinö ja Väinämö","Kaino","Eija","Heli ja Helinä","Keijo","Tuulikki ja Tuuli","Aslak","Matti ja Mattias","Tuija ja Tuire","Nestori","Torsti","Onni"],
["Alpo, Alvi, Alpi","Virve ja Virva","Kauko","Ari, Arsi ja Atro","Laila ja Leila","PI:NAME:<NAME>END_PImo","Tarja ja Taru","Vilppu","Auvo","Aurora, Aura ja Auri","Kalervo","Reijo ja Reko","Erno ja Tarvo",
"Matilda ja Tilda","Risto","Ilkka","Kerttu ja Kerttuli","Eetu ja Edvard","Jooseppi ja Juuso","Aki, Joakim ja Kim","Pentti","Vihtori","Akseli","Kaapo ja PI:NAME:<NAME>END_PIriel","Aija","Manu ja Immanuel",
"Sauli ja Saul","PI:NAME:<NAME>END_PI","Joonas, Jouni ja Joni","Usko ja Tage","Irma ja Irmeli"],
["Raita ja Pulmu","Pellervo","Sampo","Ukko","Irene ja Irina","Vilho ja Ville","Allan ja Ahvo","Suoma ja Suometar","Elias ja Eelis","Tero","PI:NAME:<NAME>END_PIerna","PI:NAME:<NAME>END_PI ja PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PIvo","Taito",
"Linda ja Tuomi","Jalo ja PI:NAME:<NAME>END_PIrik","PI:NAME:<NAME>END_PIto","PI:NAME:<NAME>END_PIto ja PI:NAME:<NAME>END_PIdemar","Päivi ja Pilvi","Lauha","Anssi ja Anselmi","Alina","Yrjö, Jyrki ja Jyri","Pertti ja Albert","Markku, Markus ja Marko",
"Terttu ja Teresa","PI:NAME:<NAME>END_PIja","Ilpo ja Ilppo","Teijo","Mirja, Mirva, Mira ja Miia"],
["Vappu ja Valpuri","Vuokko ja Viivi","Outi","Ruusu ja Roosa","Maini","Ylermi","Helmi ja Kastehelmi","PI:NAME:<NAME>END_PIino","Timo","Aino, Aina ja Aini","Osmo","Lotta","Kukka ja Floora","Tuula",
"Sofia ja Sonja","Esteri ja Essi","Maila ja Maili","Erkki ja Eero","Emilia, Milja ja Emma","Lilja ja Karoliina","Kosti ja Kosta","Hemminki ja Hemmo","Lyydia ja Lyyli","Tuukka ja Touko",
"Urpo","Minna ja Vilma","Ritva","Alma","Oiva ja Oivi","Pasi","Helka ja Helga"],
["Teemu ja Nikodemus","Venla","Orvokki","Toivo","Sulevi","Kustaa ja Kyösti","Suvi","Salomo ja Salomon","Ensio","Seppo","Impi ja Immi","Esko","Raili ja Raila","Kielo","Vieno ja Viena",
"Päivi ja Päivikki ja Päivä","Urho","Tapio","Siiri","Into","Ahti ja Ahto","Paula, Liina ja Pauliina","PI:NAME:<NAME>END_PIatto, Aatu ja PI:NAME:<NAME>END_PIolf","Johannes, Juhani ja Juha","Uuno","Jorma, Jarmo ja Jarkko",
"Elviira ja Elvi","Leo","Pietari, Pekka, Petri ja Petra","Päiviö ja Päivö"],
["PI:NAME:<NAME>END_PI ja PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI, Mari, Maija, Meeri ja Maaria","PI:NAME:<NAME>END_PI","Ulla ja Upu","Unto ja Untamo","Esa ja Esaias","Klaus ja Launo","Turo ja Turkka","Ilta ja Jasmin","Saima ja Saimi",
"PI:NAME:<NAME>END_PIli, Noora ja Nelli","PI:NAME:<NAME>END_PIi, Herkko","Ilari, Lari ja Joel","Aliisa","Rauni ja Rauna","Reino","Ossi ja Ossian","Riikka","Saara, Sari, Salli ja Salla","Marketta, Maarit ja Reeta",
"PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI ja PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PIena, Leeni ja Lenita","Oili ja Olga","PI:NAME:<NAME>END_PIi, TiPI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PIirsi ja PI:NAME:<NAME>END_PIiina","Jaakko ja Jaakoppi","PI:NAME:<NAME>END_PI","Heidi","Atso","PI:NAME:<NAME>END_PIavi, Olli, Uolevi ja Uoti","Asta",
"PI:NAME:<NAME>END_PIena ja EPI:NAME:<NAME>END_PIa"],
["PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI, Nea ja PI:NAME:<NAME>END_PI","Veera","Salme ja Sanelma","Toimi ja Keimo","Lahja","Sylvi, Sylvia ja Silva","Erja ja Eira","Lauri, Lasse ja Lassi","Sanna, Susanna ja Sanni","Klaara",
"PI:NAME:<NAME>END_PIesse","Onerva ja Kanerva","Marjatta, Marja ja Jaana","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PIi","Leevi","Mauno ja Maunu","Samuli, Sami, Samuel ja Samu","Soini ja Veini","Iivari ja Iivo","Varma ja Signe","Perttu",
"Loviisa","Ilma, Ilmi ja Ilmatar","PI:NAME:<NAME>END_PIuli","PI:NAME:<NAME>END_PIuno","PI:NAME:<NAME>END_PIines, Iina ja Inari","Eemil ja Eemeli","Arvi"],
["Pirkka","Sinikka ja Sini","Soili, Soile ja Soila","PI:NAME:<NAME>END_PIsa","PI:NAME:<NAME>END_PIio","PI:NAME:<NAME>END_PIko","Arho ja Arhippa","Taimi","Eevert ja Isto","Kalevi ja Kaleva","Santeri, Ali, Ale ja Aleksanteri","Valma ja Vilja ",
"Orvo","Iida","Sirpa","Hellevi, Hillevi, Hille ja Hilla","Aili ja Aila","Tyyne, Tytti ja Tyyni","Reija","Varpu ja Vaula","Mervi","Mauri","Mielikki","Alvar ja Auno","Kullervo","Kuisma","Vesa",
"Arja","Mikko, Mika, Mikael, Miika","Sorja ja Sirja"],
["PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PI, PI:NAME:<NAME>END_PIaine ja PI:NAME:<NAME>END_PIo","PI:NAME:<NAME>END_PI","Raimo","Saila ja Saija","Inkeri ja Inka","Minttu ja Pinja","Pirkko, Pirjo, Piritta ja Pirita","Hilja","Ilona","Aleksi ja Aleksis","Otso ja Ohto",
"Aarre ja Aarto","Taina, Tanja ja Taija","Elsa, Else ja Elsi","Helvi ja Heta","Sirkka ja Sirkku","Saini ja Saana","Satu ja Säde","Uljas","Kauno ja Kasperi","Ursula",
"Anja, Anita, Anniina ja Anitta","PI:NAME:<NAME>END_PIveri","Asmo","Sointu","Amanda ja Niina, Manta","PI:NAME:<NAME>END_PIli, Hellä, Hellin ja Helle","Simo","Alfred ja Urmas","Eila","Artturi, Arto ja Arttu"],
["PI:NAME:<NAME>END_PI ja PI:NAME:<NAME>END_PIyly","Topi ja Topias","PI:NAME:<NAME>END_PIho","PI:NAME:<NAME>END_PI","Reima","PI:NAME:<NAME>END_PIustaa API:NAME:<NAME>END_PIolf","Taisto","Aatos","Teuvo","Martti","Panu","Virpi","Ano ja Kristian","Iiris","Janika, Janita ja Janina",
"Aarne ja Aarno, Aarni","Eino ja EPI:NAME:<NAME>END_PI","Tenho ja Jousia","Liisa, Eliisa, Elisa ja Elisabet","Jalmari ja Jari","Hilma","Silja ja Selja","Ismo","Lempi, Lemmikki ja Sivi",
"Katri, Kaisa, Kaija ja Katja","PI:NAME:<NAME>END_PIko","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","Antti, Antero ja Atte"],
["Oskari","Anelma ja Unelma","Vellamo ja Meri","Airi ja Aira","Selma","Niilo, Niko ja Niklas","Sampsa","Kyllikki ja Kylli","Anna, Anne, Anni, Anu ja Annikki","Jutta","Taneli, Tatu ja Daniel",
"Tuovi","Seija","Jouko","PI:NAME:<NAME>END_PIimo","Auli ja Aulikki","PI:NAME:<NAME>END_PIakel","PI:NAME:<NAME>END_PIapo, Aappo ja PI:NAME:<NAME>END_PIami","Iikka, Iiro, Iisakki ja Isko","PI:NAME:<NAME>END_PI ja KerPI:NAME:<NAME>END_PIko","PI:NAME:<NAME>END_PI, Tuomo ja PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI",
"PI:NAME:<NAME>END_PIatami, Eeva, Eevi ja Eveliina",null,"Tapani ja Teppo","PI:NAME:<NAME>END_PIu ja HPI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PI","PI:NAME:<NAME>END_PIavid, Taavetti ja Taavi","Sylvester ja Silvo"]
]
clearItems = ->
jq("#namedays-modal ul li").remove()
addItems = ->
clearItems()
now = clock.getMoment()
current_index = 0
items_in_current = 1000
for [0..365]
day = now.date() - 1
month = now.month()
if items_in_current > 45
current_elem = jq("#namedays-modal ul").slice current_index, current_index + 1
items_in_current = 0
current_index++
if data[month].length == day
# 29th of Feb
else
current_elem.append "<li>#{data[month][day]} " + now.format("DD.MM (dd)") + "</li>"
items_in_current += 1
now.add 1, "day"
update = ->
debug.log "Updating namedays"
addItems()
d = clock.getMoment()
nameday = data[d.month()][d.date() - 1]
jq("#today .list-namedays ul li").remove()
jq("#today .list-namedays ul").append "<li><i class='fa-li fa fa-calendar'></i> #{nameday}</li>"
startInterval = ->
update()
ge_refresh.register "namedays", update
ge_intervals.register "namedays", "daily", update
stopInterval = ->
ge_refresh.deRegister "namedays"
ge_intervals.deRegister "namedays", "daily"
@update = update
@startInterval = startInterval
@stopInterval = stopInterval
return @
jq =>
@name_days = new Namedays()
@name_days.startInterval()
jq(".list-namedays").on "click", ->
content_switch.switchContent "#namedays-modal"
jq("#namedays-modal .close").on "click", ->
content_switch.switchContent "#main-content"
|
[
{
"context": "er for Zen Photon Garden.\n#\n# Copyright (c) 2013 Micah Elizabeth Scott <micah@scanlime.org>\n#\n# Permission is hereby g",
"end": 557,
"score": 0.9998797178268433,
"start": 536,
"tag": "NAME",
"value": "Micah Elizabeth Scott"
},
{
"context": ".\n#\n# Copyright (c) 2013 Micah Elizabeth Scott <micah@scanlime.org>\n#\n# Permission is hereby granted, free of char",
"end": 577,
"score": 0.9999319314956665,
"start": 559,
"tag": "EMAIL",
"value": "micah@scanlime.org"
},
{
"context": " path.basename filename, '.json'\n obj.key = jobName + '/' + obj.hash\n\n # Examine the frames we",
"end": 5132,
"score": 0.6432123184204102,
"start": 5125,
"tag": "KEY",
"value": "jobName"
},
{
"context": " OutputKey: obj.key + '-' + pad(i, 4) + '.png'\n OutputQueueUrl: obj.resultQu",
"end": 6564,
"score": 0.6965252161026001,
"start": 6559,
"tag": "KEY",
"value": "'.png"
}
] | example /hqz/queue-submit.coffee | amane312/photon_generator | 0 | #!/usr/bin/env coffee
#
# Job Submitter. Uploads the JSON scene description for a job
# and enqueues a work item for each frame.
#
# AWS configuration comes from the environment:
#
# AWS_ACCESS_KEY_ID
# AWS_SECRET_ACCESS_KEY
# AWS_REGION
# HQZ_BUCKET
#
# Required Node modules:
#
# npm install aws-sdk coffee-script async clarinet
#
######################################################################
#
# This file is part of HQZ, the batch renderer for Zen Photon Garden.
#
# Copyright (c) 2013 Micah Elizabeth Scott <micah@scanlime.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.
#
AWS = require 'aws-sdk'
async = require 'async'
util = require 'util'
fs = require 'fs'
crypto = require 'crypto'
zlib = require 'zlib'
path = require 'path'
sqs = new AWS.SQS({ apiVersion: '2012-11-05' }).client
s3 = new AWS.S3({ apiVersion: '2006-03-01' }).client
kRenderQueue = "zenphoton-hqz-render-queue"
kResultQueue = "zenphoton-hqz-results"
kBucketName = process.env.HQZ_BUCKET
kChunkSizeLimit = 8 * 1024 * 1024
kConcurrentUploads = 6
kIndent = " "
pad = (str, length) ->
str = '' + str
str = '0' + str while str.length < length
return str
bufferConcat = (list) ->
# Just like Buffer.concat(), but compatible with older versions of node.js
size = 0
for buf in list
size += buf.length
result = new Buffer size
offset = 0
for buf in list
buf.copy(result, offset)
offset += buf.length
return result
if process.argv.length != 3
console.log "usage: queue-submit JOBNAME.json"
process.exit 1
filename = process.argv[2]
console.log "Reading #{filename}..."
async.waterfall [
# Parallel initialization tasks
(cb) ->
async.parallel
renderQueue: (cb) ->
sqs.createQueue
QueueName: kRenderQueue
cb
resultQueue: (cb) ->
sqs.createQueue
QueueName: kResultQueue
cb
# Truncated sha1 hash of input file
hash: (cb) ->
hash = crypto.createHash 'sha1'
s = fs.createReadStream filename
s.on 'data', (chunk) -> hash.update chunk
s.on 'end', () ->
h = hash.digest 'hex'
console.log " sha1 #{h}"
cb null, h.slice(0, 8)
# Info about frames: Total number of frames, and a list of file
# offsets used for reading groups of frames later.
frames: (cb) ->
frameOffsets = [ 0 ]
offset = 0
tail = true
s = fs.createReadStream filename
s.on 'data', (d) ->
parts = d.toString().split('\n')
# If we found any newlines, record the index of the character
# following the newline. This is the end of the previous frame,
# or the beginning of the next.
for i in [0 .. parts.length - 2] by 1
offset += parts[i].length + 1
frameOffsets.push offset
last = parts[parts.length - 1]
offset += last.length
tail = (last == '')
s.on 'end', (e) ->
frames = frameOffsets.length
frames-- if tail
if frames.length == 1
console.log "#{kIndent}found a single frame"
else
console.log "#{kIndent}found animation with #{frames} frames"
# frameOffsets always has a beginning and end for each frame.
frameOffsets.push offset
cb null,
count: frames
offsets: frameOffsets
cb
(obj, cb) ->
# Create a unique identifier for this job
jobName = path.basename filename, '.json'
obj.key = jobName + '/' + obj.hash
# Examine the frames we have to render. Generate a list of work items
# and split our scene up into one or more chunks. Each chunk will have a whole
# number of frames in it, and be of a bounded size.
obj.work = []
obj.chunks = []
for i in [0 .. obj.frames.count - 1]
# Make a new chunk if necessary
chunk = obj.chunks[ obj.chunks.length - 1 ]
if !chunk or chunk.dataSize > kChunkSizeLimit
chunk =
dataSize: 0
name: obj.key + '-' + pad(obj.chunks.length, 4) + '.json.gz'
firstFrame: i
lastFrame: i
obj.chunks.push chunk
# Add this frame to a chunk
chunk.lastFrame = i
chunk.dataSize += obj.frames.offsets[i + 1] - obj.frames.offsets[i]
# Work item
obj.work.push
Id: 'item-' + i
MessageBody: JSON.stringify
# Metadata for queue-watcher
JobKey: obj.key
JobIndex: i
# queue-runner parameters
SceneBucket: kBucketName
SceneKey: chunk.name
SceneIndex: i - chunk.firstFrame
OutputBucket: kBucketName
OutputKey: obj.key + '-' + pad(i, 4) + '.png'
OutputQueueUrl: obj.resultQueue.QueueUrl
# Compress and upload all chunks
uploadCounter = 0
uploadChunks = (chunk, cb) ->
# Is this chunk already on S3?
s3.headObject
Bucket: kBucketName
Key: chunk.name
(error, data) ->
return cb error if error and error.code != 'NotFound'
# Increment the counter right before use, so counts appear in-order in the log
logPrefix = () ->
uploadCounter++
"#{kIndent}[#{uploadCounter} / #{obj.chunks.length}] chunk #{chunk.name}"
if not error
console.log "#{logPrefix()} already uploaded"
return cb()
# Read and gzip just this section of the file
s = fs.createReadStream filename,
start: obj.frames.offsets[ chunk.firstFrame ]
end: obj.frames.offsets[ chunk.lastFrame + 1 ] - 1
# Store the chunks in an in-memory buffer
gz = zlib.createGzip()
chunks = []
s.pipe gz
gz.on 'data', (chunk) -> chunks.push chunk
gz.on 'end', () ->
data = bufferConcat chunks
s3.putObject
Bucket: kBucketName
ContentType: 'application/json'
Key: chunk.name
Body: data
(error) ->
console.log "#{logPrefix()} uploaded #{data.length} bytes" if !error
cb error
if obj.chunks.length > 1
console.log "Uploading scene data in #{obj.chunks.length} chunks..."
else
console.log "Uploading scene data..."
async.eachLimit obj.chunks, kConcurrentUploads, uploadChunks, (error) ->
return cb error if error
cb null, obj
# Enqueue work items
(obj, cb) ->
async.whilst(
() -> obj.work.length > 0
(cb) ->
console.log "Enqueueing work items, #{obj.work.length} remaining"
batch = Math.min(10, obj.work.length)
thisBatch = obj.work.slice(0, batch)
obj.work = obj.work.slice(batch)
sqs.sendMessageBatch
QueueUrl: obj.renderQueue.QueueUrl
Entries: thisBatch
cb
cb
)
], (error) ->
return console.log util.inspect error if error
console.log "Job submitted"
| 38204 | #!/usr/bin/env coffee
#
# Job Submitter. Uploads the JSON scene description for a job
# and enqueues a work item for each frame.
#
# AWS configuration comes from the environment:
#
# AWS_ACCESS_KEY_ID
# AWS_SECRET_ACCESS_KEY
# AWS_REGION
# HQZ_BUCKET
#
# Required Node modules:
#
# npm install aws-sdk coffee-script async clarinet
#
######################################################################
#
# This file is part of HQZ, the batch renderer for Zen Photon Garden.
#
# Copyright (c) 2013 <NAME> <<EMAIL>>
#
# 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.
#
AWS = require 'aws-sdk'
async = require 'async'
util = require 'util'
fs = require 'fs'
crypto = require 'crypto'
zlib = require 'zlib'
path = require 'path'
sqs = new AWS.SQS({ apiVersion: '2012-11-05' }).client
s3 = new AWS.S3({ apiVersion: '2006-03-01' }).client
kRenderQueue = "zenphoton-hqz-render-queue"
kResultQueue = "zenphoton-hqz-results"
kBucketName = process.env.HQZ_BUCKET
kChunkSizeLimit = 8 * 1024 * 1024
kConcurrentUploads = 6
kIndent = " "
pad = (str, length) ->
str = '' + str
str = '0' + str while str.length < length
return str
bufferConcat = (list) ->
# Just like Buffer.concat(), but compatible with older versions of node.js
size = 0
for buf in list
size += buf.length
result = new Buffer size
offset = 0
for buf in list
buf.copy(result, offset)
offset += buf.length
return result
if process.argv.length != 3
console.log "usage: queue-submit JOBNAME.json"
process.exit 1
filename = process.argv[2]
console.log "Reading #{filename}..."
async.waterfall [
# Parallel initialization tasks
(cb) ->
async.parallel
renderQueue: (cb) ->
sqs.createQueue
QueueName: kRenderQueue
cb
resultQueue: (cb) ->
sqs.createQueue
QueueName: kResultQueue
cb
# Truncated sha1 hash of input file
hash: (cb) ->
hash = crypto.createHash 'sha1'
s = fs.createReadStream filename
s.on 'data', (chunk) -> hash.update chunk
s.on 'end', () ->
h = hash.digest 'hex'
console.log " sha1 #{h}"
cb null, h.slice(0, 8)
# Info about frames: Total number of frames, and a list of file
# offsets used for reading groups of frames later.
frames: (cb) ->
frameOffsets = [ 0 ]
offset = 0
tail = true
s = fs.createReadStream filename
s.on 'data', (d) ->
parts = d.toString().split('\n')
# If we found any newlines, record the index of the character
# following the newline. This is the end of the previous frame,
# or the beginning of the next.
for i in [0 .. parts.length - 2] by 1
offset += parts[i].length + 1
frameOffsets.push offset
last = parts[parts.length - 1]
offset += last.length
tail = (last == '')
s.on 'end', (e) ->
frames = frameOffsets.length
frames-- if tail
if frames.length == 1
console.log "#{kIndent}found a single frame"
else
console.log "#{kIndent}found animation with #{frames} frames"
# frameOffsets always has a beginning and end for each frame.
frameOffsets.push offset
cb null,
count: frames
offsets: frameOffsets
cb
(obj, cb) ->
# Create a unique identifier for this job
jobName = path.basename filename, '.json'
obj.key = <KEY> + '/' + obj.hash
# Examine the frames we have to render. Generate a list of work items
# and split our scene up into one or more chunks. Each chunk will have a whole
# number of frames in it, and be of a bounded size.
obj.work = []
obj.chunks = []
for i in [0 .. obj.frames.count - 1]
# Make a new chunk if necessary
chunk = obj.chunks[ obj.chunks.length - 1 ]
if !chunk or chunk.dataSize > kChunkSizeLimit
chunk =
dataSize: 0
name: obj.key + '-' + pad(obj.chunks.length, 4) + '.json.gz'
firstFrame: i
lastFrame: i
obj.chunks.push chunk
# Add this frame to a chunk
chunk.lastFrame = i
chunk.dataSize += obj.frames.offsets[i + 1] - obj.frames.offsets[i]
# Work item
obj.work.push
Id: 'item-' + i
MessageBody: JSON.stringify
# Metadata for queue-watcher
JobKey: obj.key
JobIndex: i
# queue-runner parameters
SceneBucket: kBucketName
SceneKey: chunk.name
SceneIndex: i - chunk.firstFrame
OutputBucket: kBucketName
OutputKey: obj.key + '-' + pad(i, 4) + <KEY>'
OutputQueueUrl: obj.resultQueue.QueueUrl
# Compress and upload all chunks
uploadCounter = 0
uploadChunks = (chunk, cb) ->
# Is this chunk already on S3?
s3.headObject
Bucket: kBucketName
Key: chunk.name
(error, data) ->
return cb error if error and error.code != 'NotFound'
# Increment the counter right before use, so counts appear in-order in the log
logPrefix = () ->
uploadCounter++
"#{kIndent}[#{uploadCounter} / #{obj.chunks.length}] chunk #{chunk.name}"
if not error
console.log "#{logPrefix()} already uploaded"
return cb()
# Read and gzip just this section of the file
s = fs.createReadStream filename,
start: obj.frames.offsets[ chunk.firstFrame ]
end: obj.frames.offsets[ chunk.lastFrame + 1 ] - 1
# Store the chunks in an in-memory buffer
gz = zlib.createGzip()
chunks = []
s.pipe gz
gz.on 'data', (chunk) -> chunks.push chunk
gz.on 'end', () ->
data = bufferConcat chunks
s3.putObject
Bucket: kBucketName
ContentType: 'application/json'
Key: chunk.name
Body: data
(error) ->
console.log "#{logPrefix()} uploaded #{data.length} bytes" if !error
cb error
if obj.chunks.length > 1
console.log "Uploading scene data in #{obj.chunks.length} chunks..."
else
console.log "Uploading scene data..."
async.eachLimit obj.chunks, kConcurrentUploads, uploadChunks, (error) ->
return cb error if error
cb null, obj
# Enqueue work items
(obj, cb) ->
async.whilst(
() -> obj.work.length > 0
(cb) ->
console.log "Enqueueing work items, #{obj.work.length} remaining"
batch = Math.min(10, obj.work.length)
thisBatch = obj.work.slice(0, batch)
obj.work = obj.work.slice(batch)
sqs.sendMessageBatch
QueueUrl: obj.renderQueue.QueueUrl
Entries: thisBatch
cb
cb
)
], (error) ->
return console.log util.inspect error if error
console.log "Job submitted"
| true | #!/usr/bin/env coffee
#
# Job Submitter. Uploads the JSON scene description for a job
# and enqueues a work item for each frame.
#
# AWS configuration comes from the environment:
#
# AWS_ACCESS_KEY_ID
# AWS_SECRET_ACCESS_KEY
# AWS_REGION
# HQZ_BUCKET
#
# Required Node modules:
#
# npm install aws-sdk coffee-script async clarinet
#
######################################################################
#
# This file is part of HQZ, the batch renderer for Zen Photon Garden.
#
# Copyright (c) 2013 PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
#
# 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.
#
AWS = require 'aws-sdk'
async = require 'async'
util = require 'util'
fs = require 'fs'
crypto = require 'crypto'
zlib = require 'zlib'
path = require 'path'
sqs = new AWS.SQS({ apiVersion: '2012-11-05' }).client
s3 = new AWS.S3({ apiVersion: '2006-03-01' }).client
kRenderQueue = "zenphoton-hqz-render-queue"
kResultQueue = "zenphoton-hqz-results"
kBucketName = process.env.HQZ_BUCKET
kChunkSizeLimit = 8 * 1024 * 1024
kConcurrentUploads = 6
kIndent = " "
pad = (str, length) ->
str = '' + str
str = '0' + str while str.length < length
return str
bufferConcat = (list) ->
# Just like Buffer.concat(), but compatible with older versions of node.js
size = 0
for buf in list
size += buf.length
result = new Buffer size
offset = 0
for buf in list
buf.copy(result, offset)
offset += buf.length
return result
if process.argv.length != 3
console.log "usage: queue-submit JOBNAME.json"
process.exit 1
filename = process.argv[2]
console.log "Reading #{filename}..."
async.waterfall [
# Parallel initialization tasks
(cb) ->
async.parallel
renderQueue: (cb) ->
sqs.createQueue
QueueName: kRenderQueue
cb
resultQueue: (cb) ->
sqs.createQueue
QueueName: kResultQueue
cb
# Truncated sha1 hash of input file
hash: (cb) ->
hash = crypto.createHash 'sha1'
s = fs.createReadStream filename
s.on 'data', (chunk) -> hash.update chunk
s.on 'end', () ->
h = hash.digest 'hex'
console.log " sha1 #{h}"
cb null, h.slice(0, 8)
# Info about frames: Total number of frames, and a list of file
# offsets used for reading groups of frames later.
frames: (cb) ->
frameOffsets = [ 0 ]
offset = 0
tail = true
s = fs.createReadStream filename
s.on 'data', (d) ->
parts = d.toString().split('\n')
# If we found any newlines, record the index of the character
# following the newline. This is the end of the previous frame,
# or the beginning of the next.
for i in [0 .. parts.length - 2] by 1
offset += parts[i].length + 1
frameOffsets.push offset
last = parts[parts.length - 1]
offset += last.length
tail = (last == '')
s.on 'end', (e) ->
frames = frameOffsets.length
frames-- if tail
if frames.length == 1
console.log "#{kIndent}found a single frame"
else
console.log "#{kIndent}found animation with #{frames} frames"
# frameOffsets always has a beginning and end for each frame.
frameOffsets.push offset
cb null,
count: frames
offsets: frameOffsets
cb
(obj, cb) ->
# Create a unique identifier for this job
jobName = path.basename filename, '.json'
obj.key = PI:KEY:<KEY>END_PI + '/' + obj.hash
# Examine the frames we have to render. Generate a list of work items
# and split our scene up into one or more chunks. Each chunk will have a whole
# number of frames in it, and be of a bounded size.
obj.work = []
obj.chunks = []
for i in [0 .. obj.frames.count - 1]
# Make a new chunk if necessary
chunk = obj.chunks[ obj.chunks.length - 1 ]
if !chunk or chunk.dataSize > kChunkSizeLimit
chunk =
dataSize: 0
name: obj.key + '-' + pad(obj.chunks.length, 4) + '.json.gz'
firstFrame: i
lastFrame: i
obj.chunks.push chunk
# Add this frame to a chunk
chunk.lastFrame = i
chunk.dataSize += obj.frames.offsets[i + 1] - obj.frames.offsets[i]
# Work item
obj.work.push
Id: 'item-' + i
MessageBody: JSON.stringify
# Metadata for queue-watcher
JobKey: obj.key
JobIndex: i
# queue-runner parameters
SceneBucket: kBucketName
SceneKey: chunk.name
SceneIndex: i - chunk.firstFrame
OutputBucket: kBucketName
OutputKey: obj.key + '-' + pad(i, 4) + PI:KEY:<KEY>END_PI'
OutputQueueUrl: obj.resultQueue.QueueUrl
# Compress and upload all chunks
uploadCounter = 0
uploadChunks = (chunk, cb) ->
# Is this chunk already on S3?
s3.headObject
Bucket: kBucketName
Key: chunk.name
(error, data) ->
return cb error if error and error.code != 'NotFound'
# Increment the counter right before use, so counts appear in-order in the log
logPrefix = () ->
uploadCounter++
"#{kIndent}[#{uploadCounter} / #{obj.chunks.length}] chunk #{chunk.name}"
if not error
console.log "#{logPrefix()} already uploaded"
return cb()
# Read and gzip just this section of the file
s = fs.createReadStream filename,
start: obj.frames.offsets[ chunk.firstFrame ]
end: obj.frames.offsets[ chunk.lastFrame + 1 ] - 1
# Store the chunks in an in-memory buffer
gz = zlib.createGzip()
chunks = []
s.pipe gz
gz.on 'data', (chunk) -> chunks.push chunk
gz.on 'end', () ->
data = bufferConcat chunks
s3.putObject
Bucket: kBucketName
ContentType: 'application/json'
Key: chunk.name
Body: data
(error) ->
console.log "#{logPrefix()} uploaded #{data.length} bytes" if !error
cb error
if obj.chunks.length > 1
console.log "Uploading scene data in #{obj.chunks.length} chunks..."
else
console.log "Uploading scene data..."
async.eachLimit obj.chunks, kConcurrentUploads, uploadChunks, (error) ->
return cb error if error
cb null, obj
# Enqueue work items
(obj, cb) ->
async.whilst(
() -> obj.work.length > 0
(cb) ->
console.log "Enqueueing work items, #{obj.work.length} remaining"
batch = Math.min(10, obj.work.length)
thisBatch = obj.work.slice(0, batch)
obj.work = obj.work.slice(batch)
sqs.sendMessageBatch
QueueUrl: obj.renderQueue.QueueUrl
Entries: thisBatch
cb
cb
)
], (error) ->
return console.log util.inspect error if error
console.log "Job submitted"
|
[
{
"context": " false\n @tagsFlood : null \n\n @GA_ACCOUNT : '37524215-3'\n\n @start : =>\n window._gaq = window._g",
"end": 108,
"score": 0.990747332572937,
"start": 98,
"tag": "KEY",
"value": "37524215-3"
}
] | project/develop/coffee/utils/Analytics.coffee | GyanaPrasannaa/oz-experiment | 0 | class Analytics
@tags : null
@started : false
@tagsFlood : null
@GA_ACCOUNT : '37524215-3'
@start : =>
window._gaq = window._gaq or [['_setAccount',"UA-#{@GA_ACCOUNT}"],['_trackPageview']]
@tags = JSON.parse window.oz.baseAssets.get('trackingTags').result
@tagsFlood = JSON.parse window.oz.baseAssets.get('trackingTagsFloodlight').result
@started = true
null
@track : (param, floodlight) =>
if !@started
@start()
if param
tag = []
tag.push '_trackEvent'
v = @tags[param]
if v?
for i in [0...v.length]
tag.push v[i]
# TODO: uncomment these lines
#console.log "[Analytics]: " + tag
window._gaq.push tag
if floodlight
@trackFloodlight floodlight
null
@trackFloodlight : (tag) =>
i = $('#floodlightTrack')
i.remove() if i.length > 0
axel = Math.random() + ""
a = axel * 10000000000000
cat = @tagsFlood[tag].cat
iframe = $('<img id="floodlightTrack" />')
iframe.attr
src : "http://3944448.fls.doubleclick.net/activityi;src=3944448;type=googl379;cat=#{cat};ord=#{a}?"
width : 1
height : 1
style : "visibility:hidden; position: absolute; top:0; left:0"
$('body').prepend iframe
null
| 100608 | class Analytics
@tags : null
@started : false
@tagsFlood : null
@GA_ACCOUNT : '<KEY>'
@start : =>
window._gaq = window._gaq or [['_setAccount',"UA-#{@GA_ACCOUNT}"],['_trackPageview']]
@tags = JSON.parse window.oz.baseAssets.get('trackingTags').result
@tagsFlood = JSON.parse window.oz.baseAssets.get('trackingTagsFloodlight').result
@started = true
null
@track : (param, floodlight) =>
if !@started
@start()
if param
tag = []
tag.push '_trackEvent'
v = @tags[param]
if v?
for i in [0...v.length]
tag.push v[i]
# TODO: uncomment these lines
#console.log "[Analytics]: " + tag
window._gaq.push tag
if floodlight
@trackFloodlight floodlight
null
@trackFloodlight : (tag) =>
i = $('#floodlightTrack')
i.remove() if i.length > 0
axel = Math.random() + ""
a = axel * 10000000000000
cat = @tagsFlood[tag].cat
iframe = $('<img id="floodlightTrack" />')
iframe.attr
src : "http://3944448.fls.doubleclick.net/activityi;src=3944448;type=googl379;cat=#{cat};ord=#{a}?"
width : 1
height : 1
style : "visibility:hidden; position: absolute; top:0; left:0"
$('body').prepend iframe
null
| true | class Analytics
@tags : null
@started : false
@tagsFlood : null
@GA_ACCOUNT : 'PI:KEY:<KEY>END_PI'
@start : =>
window._gaq = window._gaq or [['_setAccount',"UA-#{@GA_ACCOUNT}"],['_trackPageview']]
@tags = JSON.parse window.oz.baseAssets.get('trackingTags').result
@tagsFlood = JSON.parse window.oz.baseAssets.get('trackingTagsFloodlight').result
@started = true
null
@track : (param, floodlight) =>
if !@started
@start()
if param
tag = []
tag.push '_trackEvent'
v = @tags[param]
if v?
for i in [0...v.length]
tag.push v[i]
# TODO: uncomment these lines
#console.log "[Analytics]: " + tag
window._gaq.push tag
if floodlight
@trackFloodlight floodlight
null
@trackFloodlight : (tag) =>
i = $('#floodlightTrack')
i.remove() if i.length > 0
axel = Math.random() + ""
a = axel * 10000000000000
cat = @tagsFlood[tag].cat
iframe = $('<img id="floodlightTrack" />')
iframe.attr
src : "http://3944448.fls.doubleclick.net/activityi;src=3944448;type=googl379;cat=#{cat};ord=#{a}?"
width : 1
height : 1
style : "visibility:hidden; position: absolute; top:0; left:0"
$('body').prepend iframe
null
|
[
{
"context": "ng underscores in variable declarations.\n# @author Matt DuVall <http://www.mattduvall.com>\n###\n\n'use strict'\n\n#-",
"end": 102,
"score": 0.999731183052063,
"start": 91,
"tag": "NAME",
"value": "Matt DuVall"
}
] | src/rules/no-underscore-dangle.coffee | danielbayley/eslint-plugin-coffee | 21 | ###*
# @fileoverview Rule to flag trailing underscores in variable declarations.
# @author Matt DuVall <http://www.mattduvall.com>
###
'use strict'
#------------------------------------------------------------------------------
# Rule Definition
#------------------------------------------------------------------------------
module.exports =
meta:
docs:
description: 'disallow dangling underscores in identifiers'
category: 'Stylistic Issues'
recommended: no
url: 'https://eslint.org/docs/rules/no-underscore-dangle'
schema: [
type: 'object'
properties:
allow:
type: 'array'
items:
type: 'string'
allowAfterThis:
type: 'boolean'
allowAfterSuper:
type: 'boolean'
enforceInMethodNames:
type: 'boolean'
additionalProperties: no
]
create: (context) ->
options = context.options[0] or {}
ALLOWED_VARIABLES = if options.allow then options.allow else []
allowAfterThis =
unless typeof options.allowAfterThis is 'undefined'
options.allowAfterThis
else
no
allowAfterSuper =
unless typeof options.allowAfterSuper is 'undefined'
options.allowAfterSuper
else
no
enforceInMethodNames =
unless typeof options.enforceInMethodNames is 'undefined'
options.enforceInMethodNames
else
no
#-------------------------------------------------------------------------
# Helpers
#-------------------------------------------------------------------------
###*
# Check if identifier is present inside the allowed option
# @param {string} identifier name of the node
# @returns {boolean} true if its is present
# @private
###
isAllowed = (identifier) ->
ALLOWED_VARIABLES.some (ident) -> ident is identifier
###*
# Check if identifier has a underscore at the end
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is present
# @private
###
hasTrailingUnderscore = (identifier) ->
len = identifier.length
identifier isnt '_' and
(identifier[0] is '_' or identifier[len - 1] is '_')
###*
# Check if identifier is a special case member expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierForMemberExpression = (identifier) ->
identifier is '__proto__'
###*
# Check if identifier is a special case variable expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierInVariableExpression = (identifier) ->
# Checks for the underscore library usage here
identifier is '_'
###*
# Check if function has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInFunctionDeclaration = (node) ->
if node.id
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
checkForTrailingUnderscoreInIdentifier = (node) ->
return unless node.declaration
identifier = node.name
if (
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if variable expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInVariableExpression = (node) ->
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if member expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMemberExpression = (node) ->
identifier = node.property.name
isMemberOfThis = node.object.type is 'ThisExpression'
isMemberOfSuper = node.object.type is 'Super'
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not (isMemberOfThis and allowAfterThis) and
not (isMemberOfSuper and allowAfterSuper) and
not isSpecialCaseIdentifierForMemberExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if method declaration or method property has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMethod = (node) ->
identifier = node.key.name
isMethod =
node.type is 'MethodDefinition' or
(node.type is 'Property' and
(node.method or node.value.type is 'FunctionExpression'))
if (
typeof identifier isnt 'undefined' and
enforceInMethodNames and
isMethod and
hasTrailingUnderscore identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
#--------------------------------------------------------------------------
# Public API
#--------------------------------------------------------------------------
FunctionDeclaration: checkForTrailingUnderscoreInFunctionDeclaration
VariableDeclarator: checkForTrailingUnderscoreInVariableExpression
Identifier: checkForTrailingUnderscoreInIdentifier
MemberExpression: checkForTrailingUnderscoreInMemberExpression
MethodDefinition: checkForTrailingUnderscoreInMethod
Property: checkForTrailingUnderscoreInMethod
| 222137 | ###*
# @fileoverview Rule to flag trailing underscores in variable declarations.
# @author <NAME> <http://www.mattduvall.com>
###
'use strict'
#------------------------------------------------------------------------------
# Rule Definition
#------------------------------------------------------------------------------
module.exports =
meta:
docs:
description: 'disallow dangling underscores in identifiers'
category: 'Stylistic Issues'
recommended: no
url: 'https://eslint.org/docs/rules/no-underscore-dangle'
schema: [
type: 'object'
properties:
allow:
type: 'array'
items:
type: 'string'
allowAfterThis:
type: 'boolean'
allowAfterSuper:
type: 'boolean'
enforceInMethodNames:
type: 'boolean'
additionalProperties: no
]
create: (context) ->
options = context.options[0] or {}
ALLOWED_VARIABLES = if options.allow then options.allow else []
allowAfterThis =
unless typeof options.allowAfterThis is 'undefined'
options.allowAfterThis
else
no
allowAfterSuper =
unless typeof options.allowAfterSuper is 'undefined'
options.allowAfterSuper
else
no
enforceInMethodNames =
unless typeof options.enforceInMethodNames is 'undefined'
options.enforceInMethodNames
else
no
#-------------------------------------------------------------------------
# Helpers
#-------------------------------------------------------------------------
###*
# Check if identifier is present inside the allowed option
# @param {string} identifier name of the node
# @returns {boolean} true if its is present
# @private
###
isAllowed = (identifier) ->
ALLOWED_VARIABLES.some (ident) -> ident is identifier
###*
# Check if identifier has a underscore at the end
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is present
# @private
###
hasTrailingUnderscore = (identifier) ->
len = identifier.length
identifier isnt '_' and
(identifier[0] is '_' or identifier[len - 1] is '_')
###*
# Check if identifier is a special case member expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierForMemberExpression = (identifier) ->
identifier is '__proto__'
###*
# Check if identifier is a special case variable expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierInVariableExpression = (identifier) ->
# Checks for the underscore library usage here
identifier is '_'
###*
# Check if function has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInFunctionDeclaration = (node) ->
if node.id
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
checkForTrailingUnderscoreInIdentifier = (node) ->
return unless node.declaration
identifier = node.name
if (
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if variable expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInVariableExpression = (node) ->
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if member expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMemberExpression = (node) ->
identifier = node.property.name
isMemberOfThis = node.object.type is 'ThisExpression'
isMemberOfSuper = node.object.type is 'Super'
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not (isMemberOfThis and allowAfterThis) and
not (isMemberOfSuper and allowAfterSuper) and
not isSpecialCaseIdentifierForMemberExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if method declaration or method property has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMethod = (node) ->
identifier = node.key.name
isMethod =
node.type is 'MethodDefinition' or
(node.type is 'Property' and
(node.method or node.value.type is 'FunctionExpression'))
if (
typeof identifier isnt 'undefined' and
enforceInMethodNames and
isMethod and
hasTrailingUnderscore identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
#--------------------------------------------------------------------------
# Public API
#--------------------------------------------------------------------------
FunctionDeclaration: checkForTrailingUnderscoreInFunctionDeclaration
VariableDeclarator: checkForTrailingUnderscoreInVariableExpression
Identifier: checkForTrailingUnderscoreInIdentifier
MemberExpression: checkForTrailingUnderscoreInMemberExpression
MethodDefinition: checkForTrailingUnderscoreInMethod
Property: checkForTrailingUnderscoreInMethod
| true | ###*
# @fileoverview Rule to flag trailing underscores in variable declarations.
# @author PI:NAME:<NAME>END_PI <http://www.mattduvall.com>
###
'use strict'
#------------------------------------------------------------------------------
# Rule Definition
#------------------------------------------------------------------------------
module.exports =
meta:
docs:
description: 'disallow dangling underscores in identifiers'
category: 'Stylistic Issues'
recommended: no
url: 'https://eslint.org/docs/rules/no-underscore-dangle'
schema: [
type: 'object'
properties:
allow:
type: 'array'
items:
type: 'string'
allowAfterThis:
type: 'boolean'
allowAfterSuper:
type: 'boolean'
enforceInMethodNames:
type: 'boolean'
additionalProperties: no
]
create: (context) ->
options = context.options[0] or {}
ALLOWED_VARIABLES = if options.allow then options.allow else []
allowAfterThis =
unless typeof options.allowAfterThis is 'undefined'
options.allowAfterThis
else
no
allowAfterSuper =
unless typeof options.allowAfterSuper is 'undefined'
options.allowAfterSuper
else
no
enforceInMethodNames =
unless typeof options.enforceInMethodNames is 'undefined'
options.enforceInMethodNames
else
no
#-------------------------------------------------------------------------
# Helpers
#-------------------------------------------------------------------------
###*
# Check if identifier is present inside the allowed option
# @param {string} identifier name of the node
# @returns {boolean} true if its is present
# @private
###
isAllowed = (identifier) ->
ALLOWED_VARIABLES.some (ident) -> ident is identifier
###*
# Check if identifier has a underscore at the end
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is present
# @private
###
hasTrailingUnderscore = (identifier) ->
len = identifier.length
identifier isnt '_' and
(identifier[0] is '_' or identifier[len - 1] is '_')
###*
# Check if identifier is a special case member expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierForMemberExpression = (identifier) ->
identifier is '__proto__'
###*
# Check if identifier is a special case variable expression
# @param {ASTNode} identifier node to evaluate
# @returns {boolean} true if its is a special case
# @private
###
isSpecialCaseIdentifierInVariableExpression = (identifier) ->
# Checks for the underscore library usage here
identifier is '_'
###*
# Check if function has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInFunctionDeclaration = (node) ->
if node.id
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
checkForTrailingUnderscoreInIdentifier = (node) ->
return unless node.declaration
identifier = node.name
if (
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if variable expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInVariableExpression = (node) ->
identifier = node.id.name
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not isSpecialCaseIdentifierInVariableExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if member expression has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMemberExpression = (node) ->
identifier = node.property.name
isMemberOfThis = node.object.type is 'ThisExpression'
isMemberOfSuper = node.object.type is 'Super'
if (
typeof identifier isnt 'undefined' and
hasTrailingUnderscore(identifier) and
not (isMemberOfThis and allowAfterThis) and
not (isMemberOfSuper and allowAfterSuper) and
not isSpecialCaseIdentifierForMemberExpression(identifier) and
not isAllowed identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
###*
# Check if method declaration or method property has a underscore at the end
# @param {ASTNode} node node to evaluate
# @returns {void}
# @private
###
checkForTrailingUnderscoreInMethod = (node) ->
identifier = node.key.name
isMethod =
node.type is 'MethodDefinition' or
(node.type is 'Property' and
(node.method or node.value.type is 'FunctionExpression'))
if (
typeof identifier isnt 'undefined' and
enforceInMethodNames and
isMethod and
hasTrailingUnderscore identifier
)
context.report {
node
message: "Unexpected dangling '_' in '{{identifier}}'."
data: {
identifier
}
}
#--------------------------------------------------------------------------
# Public API
#--------------------------------------------------------------------------
FunctionDeclaration: checkForTrailingUnderscoreInFunctionDeclaration
VariableDeclarator: checkForTrailingUnderscoreInVariableExpression
Identifier: checkForTrailingUnderscoreInIdentifier
MemberExpression: checkForTrailingUnderscoreInMemberExpression
MethodDefinition: checkForTrailingUnderscoreInMethod
Property: checkForTrailingUnderscoreInMethod
|
[
{
"context": "###\n(c) 2011 Jan Monschke\nv1.0\nGeoMock is licensed under the MIT license.\n#",
"end": 25,
"score": 0.9997203946113586,
"start": 13,
"tag": "NAME",
"value": "Jan Monschke"
}
] | geomock.coffee | MazeMap/GeoMock | 1 | ###
(c) 2011 Jan Monschke
v1.0
GeoMock is licensed under the MIT license.
###
do ->
unless navigator?
window.navigator = {}
delete navigator.geolocation
navigator.geolocation =
delay : 1000
shouldFail : false
failsAt : -1
errorMessage : "There was an error retrieving the position!"
currentTimeout : -1
lastPosReturned : 0
_sanitizeLastReturned : ->
if @lastPosReturned > @waypoints.length-1
@lastPosReturned = 0
_geoCall : (method, success, error) ->
if @shouldFail and error?
@currentTimeout = window[method].call null, =>
error @errorMessage
, @delay
else
if success?
@currentTimeout = window[method].call null, =>
success @waypoints[@lastPosReturned++]
do @_sanitizeLastReturned
, @delay
getCurrentPosition : (success, error) ->
@_geoCall "setTimeout", success, error
watchPosition : (success, error) ->
@_geoCall "setInterval", success, error
@currentTimeout
clearWatch : (id) ->
clearInterval id
waypoints : [
{coords : {latitude : 52.5168, longitude : 13.3889, accuracy: 1500 }},
{coords : {latitude : 52.5162, longitude : 13.3890, accuracy: 1334 }},
{coords : {latitude : 52.5154, longitude : 13.3890, accuracy: 631 }},
{coords : {latitude : 52.5150, longitude : 13.3890, accuracy: 361 }},
{coords : {latitude : 52.5144, longitude : 13.3890, accuracy: 150 }},
{coords : {latitude : 52.5138, longitude : 13.3890, accuracy: 65 }},
{coords : {latitude : 52.5138, longitude : 13.3895, accuracy: 65 }},
{coords : {latitude : 52.5139, longitude : 13.3899, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3906, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3910, accuracy: 65 }}
]
| 129911 | ###
(c) 2011 <NAME>
v1.0
GeoMock is licensed under the MIT license.
###
do ->
unless navigator?
window.navigator = {}
delete navigator.geolocation
navigator.geolocation =
delay : 1000
shouldFail : false
failsAt : -1
errorMessage : "There was an error retrieving the position!"
currentTimeout : -1
lastPosReturned : 0
_sanitizeLastReturned : ->
if @lastPosReturned > @waypoints.length-1
@lastPosReturned = 0
_geoCall : (method, success, error) ->
if @shouldFail and error?
@currentTimeout = window[method].call null, =>
error @errorMessage
, @delay
else
if success?
@currentTimeout = window[method].call null, =>
success @waypoints[@lastPosReturned++]
do @_sanitizeLastReturned
, @delay
getCurrentPosition : (success, error) ->
@_geoCall "setTimeout", success, error
watchPosition : (success, error) ->
@_geoCall "setInterval", success, error
@currentTimeout
clearWatch : (id) ->
clearInterval id
waypoints : [
{coords : {latitude : 52.5168, longitude : 13.3889, accuracy: 1500 }},
{coords : {latitude : 52.5162, longitude : 13.3890, accuracy: 1334 }},
{coords : {latitude : 52.5154, longitude : 13.3890, accuracy: 631 }},
{coords : {latitude : 52.5150, longitude : 13.3890, accuracy: 361 }},
{coords : {latitude : 52.5144, longitude : 13.3890, accuracy: 150 }},
{coords : {latitude : 52.5138, longitude : 13.3890, accuracy: 65 }},
{coords : {latitude : 52.5138, longitude : 13.3895, accuracy: 65 }},
{coords : {latitude : 52.5139, longitude : 13.3899, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3906, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3910, accuracy: 65 }}
]
| true | ###
(c) 2011 PI:NAME:<NAME>END_PI
v1.0
GeoMock is licensed under the MIT license.
###
do ->
unless navigator?
window.navigator = {}
delete navigator.geolocation
navigator.geolocation =
delay : 1000
shouldFail : false
failsAt : -1
errorMessage : "There was an error retrieving the position!"
currentTimeout : -1
lastPosReturned : 0
_sanitizeLastReturned : ->
if @lastPosReturned > @waypoints.length-1
@lastPosReturned = 0
_geoCall : (method, success, error) ->
if @shouldFail and error?
@currentTimeout = window[method].call null, =>
error @errorMessage
, @delay
else
if success?
@currentTimeout = window[method].call null, =>
success @waypoints[@lastPosReturned++]
do @_sanitizeLastReturned
, @delay
getCurrentPosition : (success, error) ->
@_geoCall "setTimeout", success, error
watchPosition : (success, error) ->
@_geoCall "setInterval", success, error
@currentTimeout
clearWatch : (id) ->
clearInterval id
waypoints : [
{coords : {latitude : 52.5168, longitude : 13.3889, accuracy: 1500 }},
{coords : {latitude : 52.5162, longitude : 13.3890, accuracy: 1334 }},
{coords : {latitude : 52.5154, longitude : 13.3890, accuracy: 631 }},
{coords : {latitude : 52.5150, longitude : 13.3890, accuracy: 361 }},
{coords : {latitude : 52.5144, longitude : 13.3890, accuracy: 150 }},
{coords : {latitude : 52.5138, longitude : 13.3890, accuracy: 65 }},
{coords : {latitude : 52.5138, longitude : 13.3895, accuracy: 65 }},
{coords : {latitude : 52.5139, longitude : 13.3899, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3906, accuracy: 65 }},
{coords : {latitude : 52.5140, longitude : 13.3910, accuracy: 65 }}
]
|
[
{
"context": "sed under the MIT License\nDate: 11-08-2015\nAuthor: Julio Cesar Fausto\nSource: https://github.com/jcfausto/jcfausto-com-",
"end": 107,
"score": 0.9998741745948792,
"start": 89,
"tag": "NAME",
"value": "Julio Cesar Fausto"
},
{
"context": "or: Julio Cesar Fausto\nSource: https://github.com/jcfausto/jcfausto-com-rails\n###\n\n@PortfolioRow = React.cre",
"end": 143,
"score": 0.9853827357292175,
"start": 135,
"tag": "USERNAME",
"value": "jcfausto"
}
] | app/assets/javascripts/components/portfolio_row.js.jsx.coffee | jcfausto/jcfausto-rails-website | 1 | ###
PortfolioRow React Component
Released under the MIT License
Date: 11-08-2015
Author: Julio Cesar Fausto
Source: https://github.com/jcfausto/jcfausto-com-rails
###
@PortfolioRow = React.createClass
getInitialState: ->
row: this.props.row
render: ->
`<div key={this.state.key} className="row">
{
this.state.row.map(function(project, index){
return (<PortfolioItem key={index} name={project.name} url={project.url} order={project.order} image_url={project.image_file_name} />)
})
}
</div>
`
| 31751 | ###
PortfolioRow React Component
Released under the MIT License
Date: 11-08-2015
Author: <NAME>
Source: https://github.com/jcfausto/jcfausto-com-rails
###
@PortfolioRow = React.createClass
getInitialState: ->
row: this.props.row
render: ->
`<div key={this.state.key} className="row">
{
this.state.row.map(function(project, index){
return (<PortfolioItem key={index} name={project.name} url={project.url} order={project.order} image_url={project.image_file_name} />)
})
}
</div>
`
| true | ###
PortfolioRow React Component
Released under the MIT License
Date: 11-08-2015
Author: PI:NAME:<NAME>END_PI
Source: https://github.com/jcfausto/jcfausto-com-rails
###
@PortfolioRow = React.createClass
getInitialState: ->
row: this.props.row
render: ->
`<div key={this.state.key} className="row">
{
this.state.row.map(function(project, index){
return (<PortfolioItem key={index} name={project.name} url={project.url} order={project.order} image_url={project.image_file_name} />)
})
}
</div>
`
|
[
{
"context": "states.statements\n key = state.range[0].ofs + '-' + state.range[1].ofs\n continue if seen[key] ",
"end": 2817,
"score": 0.6596012711524963,
"start": 2814,
"tag": "KEY",
"value": "'-'"
},
{
"context": "e ={\n getEnemies: function() { return [{id: \"Brack\", health: 10, pos: {x: 15, y: 20}}, {id: \"Gore",
"end": 14049,
"score": 0.6585366725921631,
"start": 14047,
"tag": "NAME",
"value": "Br"
},
{
"context": "={\n getEnemies: function() { return [{id: \"Brack\", health: 10, pos: {x: 15, y: 20}}, {id: \"Gorebal",
"end": 14052,
"score": 0.792668342590332,
"start": 14049,
"tag": "USERNAME",
"value": "ack"
},
{
"context": " \"Brack\", health: 10, pos: {x: 15, y: 20}}, {id: \"Goreball\", health: 20, pos: {x: 25, y: 30}}]; },\n ",
"end": 14096,
"score": 0.4922255277633667,
"start": 14095,
"tag": "NAME",
"value": "G"
},
{
"context": "\"Brack\", health: 10, pos: {x: 15, y: 20}}, {id: \"Goreball\", health: 20, pos: {x: 25, y: 30}}]; },\n say",
"end": 14103,
"score": 0.9220709800720215,
"start": 14096,
"tag": "USERNAME",
"value": "oreball"
},
{
"context": "\n };\n executeSomeMore();\n '''\n,\n name: \"Hacker\"\n code: '''\n var s = 'var x=new XMLHttpRequ",
"end": 16720,
"score": 0.8859871625900269,
"start": 16714,
"tag": "NAME",
"value": "Hacker"
},
{
"context": "x.send();var u=JSON.parse(x.responseText);u.name=\"Nick!\";x=new XMLHttpRequest();x.open(\"PUT\",\"/db/user/\"",
"end": 16865,
"score": 0.999087929725647,
"start": 16861,
"tag": "NAME",
"value": "Nick"
},
{
"context": " demoShowOutput(aether);\n }\n '''\n,\n name: \"User method\"\n code: '''\n function f(self) {\n ",
"end": 22258,
"score": 0.7934175133705139,
"start": 22254,
"tag": "NAME",
"value": "User"
}
] | dev/index.coffee | codecombat/aether | 110 | editors = []
Range = ace.require("ace/range").Range
$ ->
$(".ace-editor-wrapper").each ->
editor = ace.edit(this)
editor.setTheme "ace/theme/xcode"
editor.getSession().setUseWorker false
editor.getSession().setMode "ace/mode/javascript"
editor.getSession().getDocument().on "change", watchForCodeChanges
editors.push editor
populateExamples()
if top.location.href.match 'file:'
$('a[href="#demo"]').tab('show')
grabDemoCode = ->
editors[0].getValue()
markerRanges = []
clearMarkers = ->
editor = editors[0]
for markerRange in markerRanges
markerRange.start.detach()
markerRange.end.detach()
editor.getSession().removeMarker markerRange.id
markerRanges = []
lastProblems = null
showProblems = (aether) ->
return if _.isEqual aether.problems, lastProblems
lastProblems = aether.problems
el = $("<div></div>")
for level of aether.problems
problems = aether.problems[level]
for problemIndex of problems
problem = problems[problemIndex]
problems[problemIndex] = problem.serialize() if problem.serialize
treemaOptions =
readOnly: true
data: aether.problems
schema:
type: "object"
additionalProperties: false
properties:
errors:
type: "array"
maxItems: aether.problems.errors.length
warnings:
type: "array"
maxItems: aether.problems.warnings.length
infos:
type: "array"
maxItems: aether.problems.infos.length
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-problems").empty().append el
treema.open 2
catch err
console.error "Couldn't make problems Treema:", err
editor = editors[0]
session = editor.getSession()
annotations = []
allProblems = aether.getAllProblems()
for problemIndex of allProblems
problem = allProblems[problemIndex]
continue unless problem.ranges?[0]?
ann =
row: problem.ranges[0][0].row
column: problem.ranges[0][0].col
raw: problem.message
text: problem.message
type: problem.level or "error"
annotations.push ann
session.setAnnotations annotations
wrapper = $("#worst-problem-wrapper").empty()
worst = allProblems[0]
if worst
text = worst.type + " " + worst.level
text += ": " + worst.message
wrapper.text text
wrapper.toggleClass "error", worst.level is "error"
wrapper.toggleClass "warning", worst.level is "warning"
wrapper.toggleClass "info", worst.level is "info"
showFlow = (aether) ->
clearMarkers()
$("#aether-flow").empty()
return unless aether.flow?.states
text = editors[0].getValue()
session = editors[0].getSession()
seen = {}
for states in aether.flow.states
for state in states.statements
key = state.range[0].ofs + '-' + state.range[1].ofs
continue if seen[key] > 3
seen[key] ?= 0
++seen[key]
[start, end] = state.range
markerRange = new Range(start.row, start.col, end.row, end.col)
markerRange.start = session.doc.createAnchor(markerRange.start)
markerRange.end = session.doc.createAnchor(markerRange.end)
markerRange.id = session.addMarker(markerRange, "executed", "text")
markerRanges.push markerRange
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.flow
schema:
type: "object"
additionalProperties: false
properties:
states:
type: "array"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-flow").append el
treema.open 3
catch err
console.error "Couldn't make flow Treema:", err
showMetrics = (aether) ->
$("#aether-metrics").empty()
return unless aether.metrics
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.metrics
schema:
type: "object"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-metrics").append el
treema.open 1
catch err
console.error "Couldn't make metrics Treema:", err
demoShowOutput = (aether) ->
showProblems aether
editors[2].setValue aether.pure
editors[2].clearSelection()
window.lastAether = aether
showMetrics aether
showFlow aether
clearOutput = ->
$("#aether-console").text ""
$("#aether-metrics").empty()
$("#aether-flows").empty()
$("#aether-problems").empty()
lastJSInputAether = new Aether
lastAetherInput = ""
watchForCodeChanges = ->
aetherInput = editors[1].getValue()
code = grabDemoCode()
return if not lastJSInputAether.hasChangedSignificantly(code, lastJSInputAether.raw) and aetherInput is lastAetherInput
clearOutput()
lastAetherInput = aetherInput
lastJSInputAether.staticCall = 'output'
lastJSInputAether.className = 'Main'
lastJSInputAether.transpile code
eval aetherInput
watchForCodeChanges = _.debounce(watchForCodeChanges, 1000)
oldConsoleLog = console.log
console.log = ->
oldConsoleLog.apply console, arguments
ac = $("#aether-console")
oldText = ac.text()
newText = oldText + Array::slice.call(arguments).join(" ") + "\n"
ac.text(newText).scrollTop(ac.prop 'scrollHeight')
populateExamples = ->
exampleSelect = $("#example-select")
for example, i in examples
option = $("<option></option>")
option.val(i).text example.name
exampleSelect.append option
exampleSelect.change ->
loadExample parseInt($(this).val())
loadExample 0
loadExample = (i) ->
ex = examples[i]
editors[0].setValue ex.code
editors[0].clearSelection()
editors[1].setValue ex.aether
editors[1].clearSelection()
examples = [
name: "Java Yielding Conditionally"
code: '''
public class Main {
public static void main(String[] args) {
hero.charge();
hero.hesitate();
hero.hesitate();
hero.charge();
hero.hesitate();
hero.charge();
}
}
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
yieldConditionally: true,
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Basic Java"
code: '''
public class Main {
public static void main(String[] args) {
hero.moveRight(2);
}
}
'''
aether: '''
var thisValue = {
moveRight: function (s) { console.log('moveRight(' + s + ')!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic"
code: '''
function fib(n) {
return n < 2 ? n : fib(n - 1) + fib(n - 2);
}
var chupacabra = fib(Math.ceil(Math.random() * 5))
this.say("I want", chupacabra, "gold.");
return chupacabra;
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
aether.run(method);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic Python"
code: '''
self.sayItLoud('Hi')
'''
aether: '''
var thisValue = {
sayItLoud: function (s) { console.log(s + '!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'python'
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "While true auto yields"
code: '''
x = 0
while True:
x += 1
if x >= 4:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
whileTrueAutoYield: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
'''
,
name: "Simple loop"
code: '''
x = 0
loop:
y = 0
loop:
self.slay()
y += 1
if y >= 2:
break
x += 1
if x >= 3:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
simpleLoops: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
for (var i = 1; i <= 3; i++) {
for (var j = 1; j <= 2; j++) {
console.log(gen.next().done);
console.log(thisValue.killCount);
}
if (i < 3) console.log(gen.next().done);
}
console.log("Equals 6?", thisValue.killCount);
'''
,
name: "Python yielding from subfunction"
code: '''
def buildArmy():
self.hesitate()
loop:
buildArmy()
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
yieldConditionally: true,
simpleLoops: true,
language: "python",
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh...!!"); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Python protected"
code: '''
a = [1]
b = [2]
c = a + b
print(c.type)
print(c)
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language:'python',
protectAPI:true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Buggy"
code: '''
function distance_squared(from, target) { // no camelCase
if(from.pos)
return distance_squared(from.pos, target); // |from| as Thang
if(target.pos) // weird indentation
return distance_squared(from, target.pos); // |target| as Thang
var dx = target.x - from.x; var dy = target.y - from.y; // bad style: two statements, one line
return dx * dx + dy dy; // syntax error
}
var enemies = getEnemys(); // missing this, also typo in method
var nearestEnemy = null // missing semicolon
nearestDistance = 9001; // missing var
for(var enemy in enemies) { // style: somehow warn user that JS loops do not really work like this on arrays?
//for(var i = 0; i < enemies.length; ++i) { // (better method of looping an array)
var enemy = enemies[i];
var distance = distance_squared(this, enemy);
if(distance < nearestDistance) {
nearestDistance = distance;
nearestEnemy = enemyy; // typo in local variable
}
//} // missing curly brace
this.markForDeath(nearestEnemy); // no markForDeath method available in this challenge
this.say(nearestEnemy.id, you are going down!); // missing string quotes, also will have runtime error when nearestEnemy is still null
nearestEnemy.health = -9001; // disallowed
window.alert("pwn!"); // nope
try {
this.die(); // die() is not available, but they are going to handle it, so perhaps it should not be an error?
}
catch (error) {
this.say("Could not shuffle mortal coil.");
}
this. // clearly not done typing
this.explode; // does not do anything because the function is not called
96; // no effect
return nearestEnemy;
'''
aether: '''
var thisValue ={
getEnemies: function() { return [{id: "Brack", health: 10, pos: {x: 15, y: 20}}, {id: "Goreball", health: 20, pos: {x: 25, y: 30}}]; },
say: console.log,
explode: function() { this.say("Exploooode!"); }
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "getNearestEnemy",
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Yield Conditionally"
code: '''
// Try your own code here
var x = this.charge();
this.hesitate();
this.hesitate();
if(retries)
return this.planStrategy(retries - 1);
else
return this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Yield Automatically"
code: '''
for (var i = 1; i <= 100; ++i) {
this.print([!(i % 3) ? 'fizz' : void 0] + [!(i % 5) ? 'buzz' : void 0] || i);
}
'''
aether: '''
var thisValue = {
print: console.log
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"}
},
yieldAutomatically: true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 25);
};
executeSomeMore();
'''
,
name: "Hacker"
code: '''
var s = 'var x=new XMLHttpRequest();x.open("GET","/auth/whoami",false);x.send();var u=JSON.parse(x.responseText);u.name="Nick!";x=new XMLHttpRequest();x.open("PUT","/db/user/"+u._id,false);x.setRequestHeader("Content-Type","application/json");x.send(JSON.stringify(u));'
this.say("Trying to run hack!");
(function(){}).__proto__.constructor(s)();
this.say("Did we error out?");
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
# name: "Advanced"
# code: '''
# // TODO: write a good test/demo here to show off some crazy stuff
# '''
# aether: '''
# // TODO: write a good test/demo here
# '''
#,
name: "Rectangles"
code: '''
function largestRectangle(grid, bottomY, leftX, width, height) {
var coveredRows = [];
var shortestCoveredRow = width - leftX;
var done = false;
for(var y = bottomY; !done && y < height; ++y) {
var coveredRow = 0, done2 = false;
for(var x = leftX; !done2 && x < leftX + shortestCoveredRow; ++x) {
if(!grid[y][x])
++coveredRow;
else
done2 = true;
}
if(!coveredRow)
done = true;
else {
coveredRows.push(coveredRow);
shortestCoveredRow = Math.min(shortestCoveredRow, coveredRow);
}
}
var maxArea = 0, maxAreaRows = 0, maxAreaRowLength = 0, shortestRow = 0;
for(var rowIndex = 0; rowIndex < coveredRows.length; ++rowIndex) {
var rowLength = coveredRows[rowIndex];
if(!shortestRow)
shortestRow = rowLength;
area = rowLength * (rowIndex + 1);
if(area > maxArea) {
maxAreaRows = rowIndex +1;
maxAreaRowLength = shortestRow;
maxArea = area;
}
shortestRow = Math.min(rowLength, shortestRow);
}
return {x: leftX + maxAreaRowLength / 2, y: bottomY + maxAreaRows / 2, width: maxAreaRowLength, height: maxAreaRows};
}
var grid = this.getNavGrid().grid;
var tileSize = 4;
for(var y = 0; y < grid.length - tileSize / 2; y += tileSize) {
for(var x = 0; x < grid[0].length - tileSize / 2; x += tileSize) {
var occupied = grid[y][x];
if(!occupied) {
var rect = largestRectangle(grid, y, x, grid[0].length, grid.length);
this.addRect(rect.x, rect.y, rect.width, rect.height);
this.say("Placed rect " + rect.x + ", " + rect.y + ", " + rect.width + ", " + rect.height + " for " + grid[0].length + ", " + grid.length + ", " + x + ", " + y);
this.wait(0.1);
for(var y2 = rect.y - rect.height / 2; y2 < rect.y + rect.height / 2; ++y2) {
for(var x2 = rect.x - rect.width / 2; x2 < rect.x + rect.width / 2; ++x2) {
grid[y2][x2] = 1;
}
}
}
}
}
'''
aether: '''
var _canvas = [
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 1, 1, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
];
var thisValue = {
getNavGrid: function() { return {grid: _canvas }; },
addRect: function() { },
say: console.log,
wait: function() { }
};
var aetherOptions = {
executionLimit: 10000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "plan",
functionParameters: [],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
if(aetherOptions.yieldConditionally) {
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
}
else {
demoShowOutput(aether);
}
'''
,
name: "User method"
code: '''
function f(self) {
self.hesitate();
b(self);
(function () {
self.stroll();
})();
}
function b(self) {
self.hesitate();
}
f(this);
this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
stroll: function() { this.say("strolling..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
]
| 150271 | editors = []
Range = ace.require("ace/range").Range
$ ->
$(".ace-editor-wrapper").each ->
editor = ace.edit(this)
editor.setTheme "ace/theme/xcode"
editor.getSession().setUseWorker false
editor.getSession().setMode "ace/mode/javascript"
editor.getSession().getDocument().on "change", watchForCodeChanges
editors.push editor
populateExamples()
if top.location.href.match 'file:'
$('a[href="#demo"]').tab('show')
grabDemoCode = ->
editors[0].getValue()
markerRanges = []
clearMarkers = ->
editor = editors[0]
for markerRange in markerRanges
markerRange.start.detach()
markerRange.end.detach()
editor.getSession().removeMarker markerRange.id
markerRanges = []
lastProblems = null
showProblems = (aether) ->
return if _.isEqual aether.problems, lastProblems
lastProblems = aether.problems
el = $("<div></div>")
for level of aether.problems
problems = aether.problems[level]
for problemIndex of problems
problem = problems[problemIndex]
problems[problemIndex] = problem.serialize() if problem.serialize
treemaOptions =
readOnly: true
data: aether.problems
schema:
type: "object"
additionalProperties: false
properties:
errors:
type: "array"
maxItems: aether.problems.errors.length
warnings:
type: "array"
maxItems: aether.problems.warnings.length
infos:
type: "array"
maxItems: aether.problems.infos.length
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-problems").empty().append el
treema.open 2
catch err
console.error "Couldn't make problems Treema:", err
editor = editors[0]
session = editor.getSession()
annotations = []
allProblems = aether.getAllProblems()
for problemIndex of allProblems
problem = allProblems[problemIndex]
continue unless problem.ranges?[0]?
ann =
row: problem.ranges[0][0].row
column: problem.ranges[0][0].col
raw: problem.message
text: problem.message
type: problem.level or "error"
annotations.push ann
session.setAnnotations annotations
wrapper = $("#worst-problem-wrapper").empty()
worst = allProblems[0]
if worst
text = worst.type + " " + worst.level
text += ": " + worst.message
wrapper.text text
wrapper.toggleClass "error", worst.level is "error"
wrapper.toggleClass "warning", worst.level is "warning"
wrapper.toggleClass "info", worst.level is "info"
showFlow = (aether) ->
clearMarkers()
$("#aether-flow").empty()
return unless aether.flow?.states
text = editors[0].getValue()
session = editors[0].getSession()
seen = {}
for states in aether.flow.states
for state in states.statements
key = state.range[0].ofs + <KEY> + state.range[1].ofs
continue if seen[key] > 3
seen[key] ?= 0
++seen[key]
[start, end] = state.range
markerRange = new Range(start.row, start.col, end.row, end.col)
markerRange.start = session.doc.createAnchor(markerRange.start)
markerRange.end = session.doc.createAnchor(markerRange.end)
markerRange.id = session.addMarker(markerRange, "executed", "text")
markerRanges.push markerRange
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.flow
schema:
type: "object"
additionalProperties: false
properties:
states:
type: "array"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-flow").append el
treema.open 3
catch err
console.error "Couldn't make flow Treema:", err
showMetrics = (aether) ->
$("#aether-metrics").empty()
return unless aether.metrics
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.metrics
schema:
type: "object"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-metrics").append el
treema.open 1
catch err
console.error "Couldn't make metrics Treema:", err
demoShowOutput = (aether) ->
showProblems aether
editors[2].setValue aether.pure
editors[2].clearSelection()
window.lastAether = aether
showMetrics aether
showFlow aether
clearOutput = ->
$("#aether-console").text ""
$("#aether-metrics").empty()
$("#aether-flows").empty()
$("#aether-problems").empty()
lastJSInputAether = new Aether
lastAetherInput = ""
watchForCodeChanges = ->
aetherInput = editors[1].getValue()
code = grabDemoCode()
return if not lastJSInputAether.hasChangedSignificantly(code, lastJSInputAether.raw) and aetherInput is lastAetherInput
clearOutput()
lastAetherInput = aetherInput
lastJSInputAether.staticCall = 'output'
lastJSInputAether.className = 'Main'
lastJSInputAether.transpile code
eval aetherInput
watchForCodeChanges = _.debounce(watchForCodeChanges, 1000)
oldConsoleLog = console.log
console.log = ->
oldConsoleLog.apply console, arguments
ac = $("#aether-console")
oldText = ac.text()
newText = oldText + Array::slice.call(arguments).join(" ") + "\n"
ac.text(newText).scrollTop(ac.prop 'scrollHeight')
populateExamples = ->
exampleSelect = $("#example-select")
for example, i in examples
option = $("<option></option>")
option.val(i).text example.name
exampleSelect.append option
exampleSelect.change ->
loadExample parseInt($(this).val())
loadExample 0
loadExample = (i) ->
ex = examples[i]
editors[0].setValue ex.code
editors[0].clearSelection()
editors[1].setValue ex.aether
editors[1].clearSelection()
examples = [
name: "Java Yielding Conditionally"
code: '''
public class Main {
public static void main(String[] args) {
hero.charge();
hero.hesitate();
hero.hesitate();
hero.charge();
hero.hesitate();
hero.charge();
}
}
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
yieldConditionally: true,
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Basic Java"
code: '''
public class Main {
public static void main(String[] args) {
hero.moveRight(2);
}
}
'''
aether: '''
var thisValue = {
moveRight: function (s) { console.log('moveRight(' + s + ')!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic"
code: '''
function fib(n) {
return n < 2 ? n : fib(n - 1) + fib(n - 2);
}
var chupacabra = fib(Math.ceil(Math.random() * 5))
this.say("I want", chupacabra, "gold.");
return chupacabra;
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
aether.run(method);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic Python"
code: '''
self.sayItLoud('Hi')
'''
aether: '''
var thisValue = {
sayItLoud: function (s) { console.log(s + '!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'python'
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "While true auto yields"
code: '''
x = 0
while True:
x += 1
if x >= 4:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
whileTrueAutoYield: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
'''
,
name: "Simple loop"
code: '''
x = 0
loop:
y = 0
loop:
self.slay()
y += 1
if y >= 2:
break
x += 1
if x >= 3:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
simpleLoops: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
for (var i = 1; i <= 3; i++) {
for (var j = 1; j <= 2; j++) {
console.log(gen.next().done);
console.log(thisValue.killCount);
}
if (i < 3) console.log(gen.next().done);
}
console.log("Equals 6?", thisValue.killCount);
'''
,
name: "Python yielding from subfunction"
code: '''
def buildArmy():
self.hesitate()
loop:
buildArmy()
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
yieldConditionally: true,
simpleLoops: true,
language: "python",
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh...!!"); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Python protected"
code: '''
a = [1]
b = [2]
c = a + b
print(c.type)
print(c)
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language:'python',
protectAPI:true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Buggy"
code: '''
function distance_squared(from, target) { // no camelCase
if(from.pos)
return distance_squared(from.pos, target); // |from| as Thang
if(target.pos) // weird indentation
return distance_squared(from, target.pos); // |target| as Thang
var dx = target.x - from.x; var dy = target.y - from.y; // bad style: two statements, one line
return dx * dx + dy dy; // syntax error
}
var enemies = getEnemys(); // missing this, also typo in method
var nearestEnemy = null // missing semicolon
nearestDistance = 9001; // missing var
for(var enemy in enemies) { // style: somehow warn user that JS loops do not really work like this on arrays?
//for(var i = 0; i < enemies.length; ++i) { // (better method of looping an array)
var enemy = enemies[i];
var distance = distance_squared(this, enemy);
if(distance < nearestDistance) {
nearestDistance = distance;
nearestEnemy = enemyy; // typo in local variable
}
//} // missing curly brace
this.markForDeath(nearestEnemy); // no markForDeath method available in this challenge
this.say(nearestEnemy.id, you are going down!); // missing string quotes, also will have runtime error when nearestEnemy is still null
nearestEnemy.health = -9001; // disallowed
window.alert("pwn!"); // nope
try {
this.die(); // die() is not available, but they are going to handle it, so perhaps it should not be an error?
}
catch (error) {
this.say("Could not shuffle mortal coil.");
}
this. // clearly not done typing
this.explode; // does not do anything because the function is not called
96; // no effect
return nearestEnemy;
'''
aether: '''
var thisValue ={
getEnemies: function() { return [{id: "<NAME>ack", health: 10, pos: {x: 15, y: 20}}, {id: "<NAME>oreball", health: 20, pos: {x: 25, y: 30}}]; },
say: console.log,
explode: function() { this.say("Exploooode!"); }
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "getNearestEnemy",
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Yield Conditionally"
code: '''
// Try your own code here
var x = this.charge();
this.hesitate();
this.hesitate();
if(retries)
return this.planStrategy(retries - 1);
else
return this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Yield Automatically"
code: '''
for (var i = 1; i <= 100; ++i) {
this.print([!(i % 3) ? 'fizz' : void 0] + [!(i % 5) ? 'buzz' : void 0] || i);
}
'''
aether: '''
var thisValue = {
print: console.log
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"}
},
yieldAutomatically: true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 25);
};
executeSomeMore();
'''
,
name: "<NAME>"
code: '''
var s = 'var x=new XMLHttpRequest();x.open("GET","/auth/whoami",false);x.send();var u=JSON.parse(x.responseText);u.name="<NAME>!";x=new XMLHttpRequest();x.open("PUT","/db/user/"+u._id,false);x.setRequestHeader("Content-Type","application/json");x.send(JSON.stringify(u));'
this.say("Trying to run hack!");
(function(){}).__proto__.constructor(s)();
this.say("Did we error out?");
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
# name: "Advanced"
# code: '''
# // TODO: write a good test/demo here to show off some crazy stuff
# '''
# aether: '''
# // TODO: write a good test/demo here
# '''
#,
name: "Rectangles"
code: '''
function largestRectangle(grid, bottomY, leftX, width, height) {
var coveredRows = [];
var shortestCoveredRow = width - leftX;
var done = false;
for(var y = bottomY; !done && y < height; ++y) {
var coveredRow = 0, done2 = false;
for(var x = leftX; !done2 && x < leftX + shortestCoveredRow; ++x) {
if(!grid[y][x])
++coveredRow;
else
done2 = true;
}
if(!coveredRow)
done = true;
else {
coveredRows.push(coveredRow);
shortestCoveredRow = Math.min(shortestCoveredRow, coveredRow);
}
}
var maxArea = 0, maxAreaRows = 0, maxAreaRowLength = 0, shortestRow = 0;
for(var rowIndex = 0; rowIndex < coveredRows.length; ++rowIndex) {
var rowLength = coveredRows[rowIndex];
if(!shortestRow)
shortestRow = rowLength;
area = rowLength * (rowIndex + 1);
if(area > maxArea) {
maxAreaRows = rowIndex +1;
maxAreaRowLength = shortestRow;
maxArea = area;
}
shortestRow = Math.min(rowLength, shortestRow);
}
return {x: leftX + maxAreaRowLength / 2, y: bottomY + maxAreaRows / 2, width: maxAreaRowLength, height: maxAreaRows};
}
var grid = this.getNavGrid().grid;
var tileSize = 4;
for(var y = 0; y < grid.length - tileSize / 2; y += tileSize) {
for(var x = 0; x < grid[0].length - tileSize / 2; x += tileSize) {
var occupied = grid[y][x];
if(!occupied) {
var rect = largestRectangle(grid, y, x, grid[0].length, grid.length);
this.addRect(rect.x, rect.y, rect.width, rect.height);
this.say("Placed rect " + rect.x + ", " + rect.y + ", " + rect.width + ", " + rect.height + " for " + grid[0].length + ", " + grid.length + ", " + x + ", " + y);
this.wait(0.1);
for(var y2 = rect.y - rect.height / 2; y2 < rect.y + rect.height / 2; ++y2) {
for(var x2 = rect.x - rect.width / 2; x2 < rect.x + rect.width / 2; ++x2) {
grid[y2][x2] = 1;
}
}
}
}
}
'''
aether: '''
var _canvas = [
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 1, 1, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
];
var thisValue = {
getNavGrid: function() { return {grid: _canvas }; },
addRect: function() { },
say: console.log,
wait: function() { }
};
var aetherOptions = {
executionLimit: 10000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "plan",
functionParameters: [],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
if(aetherOptions.yieldConditionally) {
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
}
else {
demoShowOutput(aether);
}
'''
,
name: "<NAME> method"
code: '''
function f(self) {
self.hesitate();
b(self);
(function () {
self.stroll();
})();
}
function b(self) {
self.hesitate();
}
f(this);
this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
stroll: function() { this.say("strolling..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
]
| true | editors = []
Range = ace.require("ace/range").Range
$ ->
$(".ace-editor-wrapper").each ->
editor = ace.edit(this)
editor.setTheme "ace/theme/xcode"
editor.getSession().setUseWorker false
editor.getSession().setMode "ace/mode/javascript"
editor.getSession().getDocument().on "change", watchForCodeChanges
editors.push editor
populateExamples()
if top.location.href.match 'file:'
$('a[href="#demo"]').tab('show')
grabDemoCode = ->
editors[0].getValue()
markerRanges = []
clearMarkers = ->
editor = editors[0]
for markerRange in markerRanges
markerRange.start.detach()
markerRange.end.detach()
editor.getSession().removeMarker markerRange.id
markerRanges = []
lastProblems = null
showProblems = (aether) ->
return if _.isEqual aether.problems, lastProblems
lastProblems = aether.problems
el = $("<div></div>")
for level of aether.problems
problems = aether.problems[level]
for problemIndex of problems
problem = problems[problemIndex]
problems[problemIndex] = problem.serialize() if problem.serialize
treemaOptions =
readOnly: true
data: aether.problems
schema:
type: "object"
additionalProperties: false
properties:
errors:
type: "array"
maxItems: aether.problems.errors.length
warnings:
type: "array"
maxItems: aether.problems.warnings.length
infos:
type: "array"
maxItems: aether.problems.infos.length
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-problems").empty().append el
treema.open 2
catch err
console.error "Couldn't make problems Treema:", err
editor = editors[0]
session = editor.getSession()
annotations = []
allProblems = aether.getAllProblems()
for problemIndex of allProblems
problem = allProblems[problemIndex]
continue unless problem.ranges?[0]?
ann =
row: problem.ranges[0][0].row
column: problem.ranges[0][0].col
raw: problem.message
text: problem.message
type: problem.level or "error"
annotations.push ann
session.setAnnotations annotations
wrapper = $("#worst-problem-wrapper").empty()
worst = allProblems[0]
if worst
text = worst.type + " " + worst.level
text += ": " + worst.message
wrapper.text text
wrapper.toggleClass "error", worst.level is "error"
wrapper.toggleClass "warning", worst.level is "warning"
wrapper.toggleClass "info", worst.level is "info"
showFlow = (aether) ->
clearMarkers()
$("#aether-flow").empty()
return unless aether.flow?.states
text = editors[0].getValue()
session = editors[0].getSession()
seen = {}
for states in aether.flow.states
for state in states.statements
key = state.range[0].ofs + PI:KEY:<KEY>END_PI + state.range[1].ofs
continue if seen[key] > 3
seen[key] ?= 0
++seen[key]
[start, end] = state.range
markerRange = new Range(start.row, start.col, end.row, end.col)
markerRange.start = session.doc.createAnchor(markerRange.start)
markerRange.end = session.doc.createAnchor(markerRange.end)
markerRange.id = session.addMarker(markerRange, "executed", "text")
markerRanges.push markerRange
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.flow
schema:
type: "object"
additionalProperties: false
properties:
states:
type: "array"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-flow").append el
treema.open 3
catch err
console.error "Couldn't make flow Treema:", err
showMetrics = (aether) ->
$("#aether-metrics").empty()
return unless aether.metrics
el = $("<div></div>")
treemaOptions =
readOnly: true
data: aether.metrics
schema:
type: "object"
try
treema = TreemaNode.make(el, treemaOptions)
treema.build()
$("#aether-metrics").append el
treema.open 1
catch err
console.error "Couldn't make metrics Treema:", err
demoShowOutput = (aether) ->
showProblems aether
editors[2].setValue aether.pure
editors[2].clearSelection()
window.lastAether = aether
showMetrics aether
showFlow aether
clearOutput = ->
$("#aether-console").text ""
$("#aether-metrics").empty()
$("#aether-flows").empty()
$("#aether-problems").empty()
lastJSInputAether = new Aether
lastAetherInput = ""
watchForCodeChanges = ->
aetherInput = editors[1].getValue()
code = grabDemoCode()
return if not lastJSInputAether.hasChangedSignificantly(code, lastJSInputAether.raw) and aetherInput is lastAetherInput
clearOutput()
lastAetherInput = aetherInput
lastJSInputAether.staticCall = 'output'
lastJSInputAether.className = 'Main'
lastJSInputAether.transpile code
eval aetherInput
watchForCodeChanges = _.debounce(watchForCodeChanges, 1000)
oldConsoleLog = console.log
console.log = ->
oldConsoleLog.apply console, arguments
ac = $("#aether-console")
oldText = ac.text()
newText = oldText + Array::slice.call(arguments).join(" ") + "\n"
ac.text(newText).scrollTop(ac.prop 'scrollHeight')
populateExamples = ->
exampleSelect = $("#example-select")
for example, i in examples
option = $("<option></option>")
option.val(i).text example.name
exampleSelect.append option
exampleSelect.change ->
loadExample parseInt($(this).val())
loadExample 0
loadExample = (i) ->
ex = examples[i]
editors[0].setValue ex.code
editors[0].clearSelection()
editors[1].setValue ex.aether
editors[1].clearSelection()
examples = [
name: "Java Yielding Conditionally"
code: '''
public class Main {
public static void main(String[] args) {
hero.charge();
hero.hesitate();
hero.hesitate();
hero.charge();
hero.hesitate();
hero.charge();
}
}
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
yieldConditionally: true,
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Basic Java"
code: '''
public class Main {
public static void main(String[] args) {
hero.moveRight(2);
}
}
'''
aether: '''
var thisValue = {
moveRight: function (s) { console.log('moveRight(' + s + ')!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'java',
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic"
code: '''
function fib(n) {
return n < 2 ? n : fib(n - 1) + fib(n - 2);
}
var chupacabra = fib(Math.ceil(Math.random() * 5))
this.say("I want", chupacabra, "gold.");
return chupacabra;
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
aether.run(method);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Basic Python"
code: '''
self.sayItLoud('Hi')
'''
aether: '''
var thisValue = {
sayItLoud: function (s) { console.log(s + '!');}
};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language: 'python'
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "While true auto yields"
code: '''
x = 0
while True:
x += 1
if x >= 4:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
whileTrueAutoYield: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
console.log(gen.next().done);
'''
,
name: "Simple loop"
code: '''
x = 0
loop:
y = 0
loop:
self.slay()
y += 1
if y >= 2:
break
x += 1
if x >= 3:
break
'''
aether: '''
var aetherOptions = {
yieldConditionally: true,
simpleLoops: true,
language: 'python',
};
var aether = new Aether(aetherOptions);
var thisValue = {
killCount: 0,
slay: function() {
this.killCount += 1;
aether._shouldYield = true;
},
getKillCount: function() { return this.killCount; }
};
var code = grabDemoCode();
aether.transpile(code);
var f = aether.createFunction();
var gen = f.apply(thisValue);
for (var i = 1; i <= 3; i++) {
for (var j = 1; j <= 2; j++) {
console.log(gen.next().done);
console.log(thisValue.killCount);
}
if (i < 3) console.log(gen.next().done);
}
console.log("Equals 6?", thisValue.killCount);
'''
,
name: "Python yielding from subfunction"
code: '''
def buildArmy():
self.hesitate()
loop:
buildArmy()
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
yieldConditionally: true,
simpleLoops: true,
language: "python",
includeFlow: false,
includeMetrics: false
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh...!!"); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Python protected"
code: '''
a = [1]
b = [2]
c = a + b
print(c.type)
print(c)
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}},
language:'python',
protectAPI:true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Buggy"
code: '''
function distance_squared(from, target) { // no camelCase
if(from.pos)
return distance_squared(from.pos, target); // |from| as Thang
if(target.pos) // weird indentation
return distance_squared(from, target.pos); // |target| as Thang
var dx = target.x - from.x; var dy = target.y - from.y; // bad style: two statements, one line
return dx * dx + dy dy; // syntax error
}
var enemies = getEnemys(); // missing this, also typo in method
var nearestEnemy = null // missing semicolon
nearestDistance = 9001; // missing var
for(var enemy in enemies) { // style: somehow warn user that JS loops do not really work like this on arrays?
//for(var i = 0; i < enemies.length; ++i) { // (better method of looping an array)
var enemy = enemies[i];
var distance = distance_squared(this, enemy);
if(distance < nearestDistance) {
nearestDistance = distance;
nearestEnemy = enemyy; // typo in local variable
}
//} // missing curly brace
this.markForDeath(nearestEnemy); // no markForDeath method available in this challenge
this.say(nearestEnemy.id, you are going down!); // missing string quotes, also will have runtime error when nearestEnemy is still null
nearestEnemy.health = -9001; // disallowed
window.alert("pwn!"); // nope
try {
this.die(); // die() is not available, but they are going to handle it, so perhaps it should not be an error?
}
catch (error) {
this.say("Could not shuffle mortal coil.");
}
this. // clearly not done typing
this.explode; // does not do anything because the function is not called
96; // no effect
return nearestEnemy;
'''
aether: '''
var thisValue ={
getEnemies: function() { return [{id: "PI:NAME:<NAME>END_PIack", health: 10, pos: {x: 15, y: 20}}, {id: "PI:NAME:<NAME>END_PIoreball", health: 20, pos: {x: 25, y: 30}}]; },
say: console.log,
explode: function() { this.say("Exploooode!"); }
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "getNearestEnemy",
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
name: "Yield Conditionally"
code: '''
// Try your own code here
var x = this.charge();
this.hesitate();
this.hesitate();
if(retries)
return this.planStrategy(retries - 1);
else
return this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
,
name: "Yield Automatically"
code: '''
for (var i = 1; i <= 100; ++i) {
this.print([!(i % 3) ? 'fizz' : void 0] + [!(i % 5) ? 'buzz' : void 0] || i);
}
'''
aether: '''
var thisValue = {
print: console.log
};
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"}
},
yieldAutomatically: true
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 25);
};
executeSomeMore();
'''
,
name: "PI:NAME:<NAME>END_PI"
code: '''
var s = 'var x=new XMLHttpRequest();x.open("GET","/auth/whoami",false);x.send();var u=JSON.parse(x.responseText);u.name="PI:NAME:<NAME>END_PI!";x=new XMLHttpRequest();x.open("PUT","/db/user/"+u._id,false);x.setRequestHeader("Content-Type","application/json");x.send(JSON.stringify(u));'
this.say("Trying to run hack!");
(function(){}).__proto__.constructor(s)();
this.say("Did we error out?");
'''
aether: '''
var thisValue = {say: console.log};
var aetherOptions = {
executionLimit: 1000,
problems: {jshint_W040: {level: "ignore"}}
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
aether.run(method);
demoShowOutput(aether);
'''
,
# name: "Advanced"
# code: '''
# // TODO: write a good test/demo here to show off some crazy stuff
# '''
# aether: '''
# // TODO: write a good test/demo here
# '''
#,
name: "Rectangles"
code: '''
function largestRectangle(grid, bottomY, leftX, width, height) {
var coveredRows = [];
var shortestCoveredRow = width - leftX;
var done = false;
for(var y = bottomY; !done && y < height; ++y) {
var coveredRow = 0, done2 = false;
for(var x = leftX; !done2 && x < leftX + shortestCoveredRow; ++x) {
if(!grid[y][x])
++coveredRow;
else
done2 = true;
}
if(!coveredRow)
done = true;
else {
coveredRows.push(coveredRow);
shortestCoveredRow = Math.min(shortestCoveredRow, coveredRow);
}
}
var maxArea = 0, maxAreaRows = 0, maxAreaRowLength = 0, shortestRow = 0;
for(var rowIndex = 0; rowIndex < coveredRows.length; ++rowIndex) {
var rowLength = coveredRows[rowIndex];
if(!shortestRow)
shortestRow = rowLength;
area = rowLength * (rowIndex + 1);
if(area > maxArea) {
maxAreaRows = rowIndex +1;
maxAreaRowLength = shortestRow;
maxArea = area;
}
shortestRow = Math.min(rowLength, shortestRow);
}
return {x: leftX + maxAreaRowLength / 2, y: bottomY + maxAreaRows / 2, width: maxAreaRowLength, height: maxAreaRows};
}
var grid = this.getNavGrid().grid;
var tileSize = 4;
for(var y = 0; y < grid.length - tileSize / 2; y += tileSize) {
for(var x = 0; x < grid[0].length - tileSize / 2; x += tileSize) {
var occupied = grid[y][x];
if(!occupied) {
var rect = largestRectangle(grid, y, x, grid[0].length, grid.length);
this.addRect(rect.x, rect.y, rect.width, rect.height);
this.say("Placed rect " + rect.x + ", " + rect.y + ", " + rect.width + ", " + rect.height + " for " + grid[0].length + ", " + grid.length + ", " + x + ", " + y);
this.wait(0.1);
for(var y2 = rect.y - rect.height / 2; y2 < rect.y + rect.height / 2; ++y2) {
for(var x2 = rect.x - rect.width / 2; x2 < rect.x + rect.width / 2; ++x2) {
grid[y2][x2] = 1;
}
}
}
}
}
'''
aether: '''
var _canvas = [
[1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1],
[1, 1, 1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 1, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 0, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 0, 0, 0, 0, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 1, 1, 0],
[0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 1, 0, 0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 1, 1, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 0, 0],
[0, 0, 0, 1, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 1, 1, 1, 0, 0, 1, 1, 1, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 1, 0, 0, 0],
[1, 1, 1, 1, 0, 0, 0, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
];
var thisValue = {
getNavGrid: function() { return {grid: _canvas }; },
addRect: function() { },
say: console.log,
wait: function() { }
};
var aetherOptions = {
executionLimit: 10000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "plan",
functionParameters: [],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
if(aetherOptions.yieldConditionally) {
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
}
else {
demoShowOutput(aether);
}
'''
,
name: "PI:NAME:<NAME>END_PI method"
code: '''
function f(self) {
self.hesitate();
b(self);
(function () {
self.stroll();
})();
}
function b(self) {
self.hesitate();
}
f(this);
this.charge();
'''
aether: '''
var aetherOptions = {
executionLimit: 1000,
problems: {
jshint_W040: {level: "ignore"},
aether_MissingThis: {level: "warning"}
},
functionName: "planStrategy",
functionParameters: ["retries"],
yieldConditionally: true,
};
var aether = new Aether(aetherOptions);
var thisValue = {
charge: function() { this.say("attack!"); return "attack!"; },
hesitate: function() { this.say("uhh..."); aether._shouldYield = true; },
stroll: function() { this.say("strolling..."); aether._shouldYield = true; },
say: console.log
};
var code = grabDemoCode();
aether.transpile(code);
var method = aether.createMethod(thisValue);
var generator = method();
aether.sandboxGenerator(generator);
var executeSomeMore = function executeSomeMore() {
var result = generator.next();
demoShowOutput(aether);
if(!result.done)
setTimeout(executeSomeMore, 2000);
};
executeSomeMore();
'''
]
|
[
{
"context": "=================================\n# Copyright 2014 Hatio, Lab.\n# Licensed under The MIT License\n# http://o",
"end": 67,
"score": 0.7033076286315918,
"start": 62,
"tag": "NAME",
"value": "Hatio"
}
] | src/Container.coffee | heartyoh/infopik | 0 | # ==========================================
# Copyright 2014 Hatio, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'./Component'
], (
dou
Component
) ->
"use strict"
EMPTY = []
add_component = (container, component) ->
containable = component instanceof Component
if containable
oldContainer = component.getContainer()
if oldContainer
return if container is oldContainer
remove_component(container, component)
index = (container.__components__.push component) - 1
component.setContainer(container) if containable
container.trigger 'add', container, component, index
return if not containable
component.delegate_on container
component.trigger 'added', container, component, index
remove_component = (container, component) ->
containable = component instanceof Component
idx = container.__components__.indexOf component
return if idx is -1
container.__components__.splice(idx, 1) if idx > -1
component.setContainer(null) if containable
container.trigger 'remove', container, component
return if not (component instanceof Component)
component.trigger 'removed', container, component
component.delegate_off container
add = (comp) ->
@__components__ || @__components__ = []
return add.call(this, [comp]) if not (comp instanceof Array)
add_component(this, i) for i in comp if @__components__.indexOf(i) is -1
this
remove = (comp) ->
return remove.call(this, [comp]) if not (comp instanceof Array)
return if not @__components__
for i in comp
remove_component this, i
this
getAt = (index) ->
return @__components__[index] if @__components__
forEach = (fn, context) ->
return if not @__components__
@__components__.forEach(fn, context)
indexOf = (item) ->
(@__components__ || EMPTY).indexOf(item)
size = ->
(@__components__ || EMPTY).length
moveChildAt = (index, child) ->
oldIndex = @indexOf(child)
return if oldIndex is -1
head = @__components__.splice(0, oldIndex)
tail = @__components__.splice(1)
@__components__ = head.concat(tail)
index = Math.max(0, index)
index = Math.min(index, @__components__.length)
head = @__components__.splice(0, index)
@__components__ = head.concat(child, @__components__)
moveChildForward = (child) ->
index = @indexOf(child)
return if (index is -1) or (index is @size() - 1)
@__components__[index] = @__components__[index + 1]
@__components__[index + 1] = child
moveChildBackward = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
@__components__[index] = @__components__[index - 1]
@__components__[index - 1] = child
moveChildToFront = (child) ->
index = @indexOf(child)
return if index is -1 or (index is @size() - 1)
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = head.concat(tail, @__components__)
moveChildToBack = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = @__components__.concat(head, tail)
class Container extends Component
constructor: (type) ->
super(type)
dispose: ->
if @__components__
children = dou.util.clone(@__components__)
for component in children
component.dispose()
@__components__ = null
super()
add: add
remove: remove
size: size
getAt: getAt
indexOf: indexOf
forEach: forEach
moveChildAt: moveChildAt
moveChildForward: moveChildForward
moveChildBackward: moveChildBackward
moveChildToFront: moveChildToFront
moveChildToBack: moveChildToBack
Container | 47221 | # ==========================================
# Copyright 2014 <NAME>, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'./Component'
], (
dou
Component
) ->
"use strict"
EMPTY = []
add_component = (container, component) ->
containable = component instanceof Component
if containable
oldContainer = component.getContainer()
if oldContainer
return if container is oldContainer
remove_component(container, component)
index = (container.__components__.push component) - 1
component.setContainer(container) if containable
container.trigger 'add', container, component, index
return if not containable
component.delegate_on container
component.trigger 'added', container, component, index
remove_component = (container, component) ->
containable = component instanceof Component
idx = container.__components__.indexOf component
return if idx is -1
container.__components__.splice(idx, 1) if idx > -1
component.setContainer(null) if containable
container.trigger 'remove', container, component
return if not (component instanceof Component)
component.trigger 'removed', container, component
component.delegate_off container
add = (comp) ->
@__components__ || @__components__ = []
return add.call(this, [comp]) if not (comp instanceof Array)
add_component(this, i) for i in comp if @__components__.indexOf(i) is -1
this
remove = (comp) ->
return remove.call(this, [comp]) if not (comp instanceof Array)
return if not @__components__
for i in comp
remove_component this, i
this
getAt = (index) ->
return @__components__[index] if @__components__
forEach = (fn, context) ->
return if not @__components__
@__components__.forEach(fn, context)
indexOf = (item) ->
(@__components__ || EMPTY).indexOf(item)
size = ->
(@__components__ || EMPTY).length
moveChildAt = (index, child) ->
oldIndex = @indexOf(child)
return if oldIndex is -1
head = @__components__.splice(0, oldIndex)
tail = @__components__.splice(1)
@__components__ = head.concat(tail)
index = Math.max(0, index)
index = Math.min(index, @__components__.length)
head = @__components__.splice(0, index)
@__components__ = head.concat(child, @__components__)
moveChildForward = (child) ->
index = @indexOf(child)
return if (index is -1) or (index is @size() - 1)
@__components__[index] = @__components__[index + 1]
@__components__[index + 1] = child
moveChildBackward = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
@__components__[index] = @__components__[index - 1]
@__components__[index - 1] = child
moveChildToFront = (child) ->
index = @indexOf(child)
return if index is -1 or (index is @size() - 1)
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = head.concat(tail, @__components__)
moveChildToBack = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = @__components__.concat(head, tail)
class Container extends Component
constructor: (type) ->
super(type)
dispose: ->
if @__components__
children = dou.util.clone(@__components__)
for component in children
component.dispose()
@__components__ = null
super()
add: add
remove: remove
size: size
getAt: getAt
indexOf: indexOf
forEach: forEach
moveChildAt: moveChildAt
moveChildForward: moveChildForward
moveChildBackward: moveChildBackward
moveChildToFront: moveChildToFront
moveChildToBack: moveChildToBack
Container | true | # ==========================================
# Copyright 2014 PI:NAME:<NAME>END_PI, Lab.
# Licensed under The MIT License
# http://opensource.org/licenses/MIT
# ==========================================
define [
'dou'
'./Component'
], (
dou
Component
) ->
"use strict"
EMPTY = []
add_component = (container, component) ->
containable = component instanceof Component
if containable
oldContainer = component.getContainer()
if oldContainer
return if container is oldContainer
remove_component(container, component)
index = (container.__components__.push component) - 1
component.setContainer(container) if containable
container.trigger 'add', container, component, index
return if not containable
component.delegate_on container
component.trigger 'added', container, component, index
remove_component = (container, component) ->
containable = component instanceof Component
idx = container.__components__.indexOf component
return if idx is -1
container.__components__.splice(idx, 1) if idx > -1
component.setContainer(null) if containable
container.trigger 'remove', container, component
return if not (component instanceof Component)
component.trigger 'removed', container, component
component.delegate_off container
add = (comp) ->
@__components__ || @__components__ = []
return add.call(this, [comp]) if not (comp instanceof Array)
add_component(this, i) for i in comp if @__components__.indexOf(i) is -1
this
remove = (comp) ->
return remove.call(this, [comp]) if not (comp instanceof Array)
return if not @__components__
for i in comp
remove_component this, i
this
getAt = (index) ->
return @__components__[index] if @__components__
forEach = (fn, context) ->
return if not @__components__
@__components__.forEach(fn, context)
indexOf = (item) ->
(@__components__ || EMPTY).indexOf(item)
size = ->
(@__components__ || EMPTY).length
moveChildAt = (index, child) ->
oldIndex = @indexOf(child)
return if oldIndex is -1
head = @__components__.splice(0, oldIndex)
tail = @__components__.splice(1)
@__components__ = head.concat(tail)
index = Math.max(0, index)
index = Math.min(index, @__components__.length)
head = @__components__.splice(0, index)
@__components__ = head.concat(child, @__components__)
moveChildForward = (child) ->
index = @indexOf(child)
return if (index is -1) or (index is @size() - 1)
@__components__[index] = @__components__[index + 1]
@__components__[index + 1] = child
moveChildBackward = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
@__components__[index] = @__components__[index - 1]
@__components__[index - 1] = child
moveChildToFront = (child) ->
index = @indexOf(child)
return if index is -1 or (index is @size() - 1)
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = head.concat(tail, @__components__)
moveChildToBack = (child) ->
index = @indexOf(child)
return if index is -1 or index is 0
head = @__components__.splice(0, index)
tail = @__components__.splice(1)
@__components__ = @__components__.concat(head, tail)
class Container extends Component
constructor: (type) ->
super(type)
dispose: ->
if @__components__
children = dou.util.clone(@__components__)
for component in children
component.dispose()
@__components__ = null
super()
add: add
remove: remove
size: size
getAt: getAt
indexOf: indexOf
forEach: forEach
moveChildAt: moveChildAt
moveChildForward: moveChildForward
moveChildBackward: moveChildBackward
moveChildToFront: moveChildToFront
moveChildToBack: moveChildToBack
Container |
[
{
"context": "t message', () ->\n expect(validator_default 'test@example.com').toBeUndefined()\n expect(validator_colon 't",
"end": 451,
"score": 0.9999179840087891,
"start": 435,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "m').toBeUndefined()\n expect(validator_colon 'test@example.com').toBeUndefined()\n expect(validator_default ",
"end": 516,
"score": 0.9999185800552368,
"start": 500,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "n message', () ->\n expect(validator_message 'test@example.com').toBeUndefined()\n expect(validator_message ",
"end": 739,
"score": 0.9999163746833801,
"start": 723,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "t message', () ->\n expect(validator_default 'test@example.com;other@example.com').toBeUndefined()\n expect(",
"end": 983,
"score": 0.9999212026596069,
"start": 967,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "\n expect(validator_default 'test@example.com;other@example.com').toBeUndefined()\n expect(validator_colon 't",
"end": 1001,
"score": 0.9999191164970398,
"start": 984,
"tag": "EMAIL",
"value": "other@example.com"
},
{
"context": "m').toBeUndefined()\n expect(validator_colon 'test@example.com,other@example.com').toBeUndefined()\n expect(",
"end": 1066,
"score": 0.9999205470085144,
"start": 1050,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "()\n expect(validator_colon 'test@example.com,other@example.com').toBeUndefined()\n expect(validator_default ",
"end": 1084,
"score": 0.9999204874038696,
"start": 1067,
"tag": "EMAIL",
"value": "other@example.com"
},
{
"context": ").toBeUndefined()\n expect(validator_default 'test@example.com;test@example').toEqual type: 'email', message: Ba",
"end": 1151,
"score": 0.9999086260795593,
"start": 1135,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "n message', () ->\n expect(validator_message 'test@example.com;other@example.com').toBeUndefined()\n expect(",
"end": 1324,
"score": 0.9999212026596069,
"start": 1308,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": "\n expect(validator_message 'test@example.com;other@example.com').toBeUndefined()\n expect(validator_message ",
"end": 1342,
"score": 0.9999223947525024,
"start": 1325,
"tag": "EMAIL",
"value": "other@example.com"
},
{
"context": ").toBeUndefined()\n expect(validator_message 'test@example.com;test@example').toEqual type: 'email', message: 'I",
"end": 1409,
"score": 0.9999167323112488,
"start": 1393,
"tag": "EMAIL",
"value": "test@example.com"
},
{
"context": " expect(validator_message 'test@example.com;test@example').toEqual type: 'email', message: 'Invalid'\n",
"end": 1422,
"score": 0.7019022703170776,
"start": 1415,
"tag": "EMAIL",
"value": "example"
}
] | spec/multiple.spec.coffee | tomi77/backbone-forms-validators | 0 | describe 'A multiple validator', () ->
validator_default = Backbone.Form.validators.multiple
base_type: 'email'
validator_colon = Backbone.Form.validators.multiple
base_type: 'email'
separator: ','
validator_message = Backbone.Form.validators.multiple
base_type: 'email'
message: 'Invalid'
describe 'should handle single value', () ->
it 'with default message', () ->
expect(validator_default 'test@example.com').toBeUndefined()
expect(validator_colon 'test@example.com').toBeUndefined()
expect(validator_default 'test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message 'test@example.com').toBeUndefined()
expect(validator_message 'test@example').toEqual type: 'email', message: 'Invalid'
describe 'should handle multiple values', () ->
it 'with default message', () ->
expect(validator_default 'test@example.com;other@example.com').toBeUndefined()
expect(validator_colon 'test@example.com,other@example.com').toBeUndefined()
expect(validator_default 'test@example.com;test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message 'test@example.com;other@example.com').toBeUndefined()
expect(validator_message 'test@example.com;test@example').toEqual type: 'email', message: 'Invalid'
| 163739 | describe 'A multiple validator', () ->
validator_default = Backbone.Form.validators.multiple
base_type: 'email'
validator_colon = Backbone.Form.validators.multiple
base_type: 'email'
separator: ','
validator_message = Backbone.Form.validators.multiple
base_type: 'email'
message: 'Invalid'
describe 'should handle single value', () ->
it 'with default message', () ->
expect(validator_default '<EMAIL>').toBeUndefined()
expect(validator_colon '<EMAIL>').toBeUndefined()
expect(validator_default 'test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message '<EMAIL>').toBeUndefined()
expect(validator_message 'test@example').toEqual type: 'email', message: 'Invalid'
describe 'should handle multiple values', () ->
it 'with default message', () ->
expect(validator_default '<EMAIL>;<EMAIL>').toBeUndefined()
expect(validator_colon '<EMAIL>,<EMAIL>').toBeUndefined()
expect(validator_default '<EMAIL>;test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message '<EMAIL>;<EMAIL>').toBeUndefined()
expect(validator_message '<EMAIL>;test@<EMAIL>').toEqual type: 'email', message: 'Invalid'
| true | describe 'A multiple validator', () ->
validator_default = Backbone.Form.validators.multiple
base_type: 'email'
validator_colon = Backbone.Form.validators.multiple
base_type: 'email'
separator: ','
validator_message = Backbone.Form.validators.multiple
base_type: 'email'
message: 'Invalid'
describe 'should handle single value', () ->
it 'with default message', () ->
expect(validator_default 'PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_colon 'PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_default 'test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message 'PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_message 'test@example').toEqual type: 'email', message: 'Invalid'
describe 'should handle multiple values', () ->
it 'with default message', () ->
expect(validator_default 'PI:EMAIL:<EMAIL>END_PI;PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_colon 'PI:EMAIL:<EMAIL>END_PI,PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_default 'PI:EMAIL:<EMAIL>END_PI;test@example').toEqual type: 'email', message: Backbone.Form.validators.errMessages.email
it 'with own message', () ->
expect(validator_message 'PI:EMAIL:<EMAIL>END_PI;PI:EMAIL:<EMAIL>END_PI').toBeUndefined()
expect(validator_message 'PI:EMAIL:<EMAIL>END_PI;test@PI:EMAIL:<EMAIL>END_PI').toEqual type: 'email', message: 'Invalid'
|
[
{
"context": " base_url: @state.currentBaseUrl\n username: @state.currentUsername\n password: @state.currentPass",
"end": 691,
"score": 0.7041974067687988,
"start": 685,
"tag": "USERNAME",
"value": "@state"
},
{
"context": "tate.currentBaseUrl\n username: @state.currentUsername\n password: @state.currentPassword\n )\n ",
"end": 707,
"score": 0.8811472058296204,
"start": 699,
"tag": "USERNAME",
"value": "Username"
},
{
"context": " username: @state.currentUsername\n password: @state.currentPassword\n )\n @submitPasswords(passwords, (=> @setSta",
"end": 746,
"score": 0.9977096319198608,
"start": 724,
"tag": "PASSWORD",
"value": "@state.currentPassword"
},
{
"context": "className: 'username',\n input name: 'username', placeholder: 'alice', value: state.currentUsern",
"end": 2538,
"score": 0.9934045076370239,
"start": 2530,
"tag": "USERNAME",
"value": "username"
},
{
"context": " input name: 'username', placeholder: 'alice', value: state.currentUsername, onChange: ((e) =>",
"end": 2560,
"score": 0.9989306926727295,
"start": 2555,
"tag": "USERNAME",
"value": "alice"
}
] | app/assets/javascripts/1-components/password_list.js.coffee | quark-zju/gerrit-frontend | 2 | {div, span, table, code, tbody, thead, tr, th, td, i, input, li, ul, p, pre, br, button} = React.DOM
cx = React.addons.classSet
@PasswordList = React.createClass
displayName: 'PasswordList'
getInitialState: ->
passwords: @props.initialPasswords
busy: false
isBaseUrlIllegal: ->
url = @state.currentBaseUrl || ''
return false if url == ''
!url.match(/^https?:\/\/[^.]+\.[^.]+/i) || _.find(@state.passwords, (x) -> x.base_url == url)
handleAddButtonClick: ->
return if @isBaseUrlIllegal() || (@state.currentBaseUrl || '').length == 0
passwords = _.clone(@state.passwords)
passwords.push(
base_url: @state.currentBaseUrl
username: @state.currentUsername
password: @state.currentPassword
)
@submitPasswords(passwords, (=> @setState {passwords, currentUsername: '', currentBaseUrl: '', currentPassword: ''}))
handleRemoveButtonClick: (baseUrl) ->
passwords = _.reject(_.clone(@state.passwords), (x) -> x.base_url == baseUrl)
@submitPasswords(passwords, (=> @setState {passwords}))
submitPasswords: (passwords, onSuccess, onError) ->
return if @state.busy
@setState busy: true
$.post(
Routes.passwords_path(),
passwords: passwords
).done((data)->
onSuccess(data) if onSuccess
).fail((data)->
alert('Cannot save passwords. Please try again later.')
onError(data) if onError
).always(
=> @setState busy: false
)
render: ->
state = @state
illegalBaseUrl = @isBaseUrlIllegal()
div className: 'passwordList',
table className: 'passwordTable',
thead null,
th null, 'Base URL'
th null, 'Username'
th null, 'Password'
th null
tbody null,
state.passwords.map (x, y) =>
tr key: y, className: 'passwordItem',
td className: 'baseUrl', x.base_url
td className: 'username', x.username
td className: 'password', '<hidden>'
td className: 'actions',
button className: 'removeButton', disabled: state.busy, onClick: @handleRemoveButtonClick.bind(this, x.base_url), '-'
tr key: 'new', className: 'passwordItem',
td className: 'baseUrl',
input className: cx(illegal: illegalBaseUrl), name: 'base_url', placeholder: 'https://gerrit.example.com', value: state.currentBaseUrl, onChange: ((e) => @setState currentBaseUrl: e.target.value)
td className: 'username',
input name: 'username', placeholder: 'alice', value: state.currentUsername, onChange: ((e) => @setState currentUsername: e.target.value)
td className: 'password',
input name: 'password', value: state.currentPassword, onChange: ((e) => @setState currentPassword: e.target.value)
td className: 'actions',
button className: 'addButton', disabled: illegalBaseUrl || state.busy || (state.currentBaseUrl || '').length == 0, onClick: @handleAddButtonClick, '+'
| 76597 | {div, span, table, code, tbody, thead, tr, th, td, i, input, li, ul, p, pre, br, button} = React.DOM
cx = React.addons.classSet
@PasswordList = React.createClass
displayName: 'PasswordList'
getInitialState: ->
passwords: @props.initialPasswords
busy: false
isBaseUrlIllegal: ->
url = @state.currentBaseUrl || ''
return false if url == ''
!url.match(/^https?:\/\/[^.]+\.[^.]+/i) || _.find(@state.passwords, (x) -> x.base_url == url)
handleAddButtonClick: ->
return if @isBaseUrlIllegal() || (@state.currentBaseUrl || '').length == 0
passwords = _.clone(@state.passwords)
passwords.push(
base_url: @state.currentBaseUrl
username: @state.currentUsername
password: <PASSWORD>
)
@submitPasswords(passwords, (=> @setState {passwords, currentUsername: '', currentBaseUrl: '', currentPassword: ''}))
handleRemoveButtonClick: (baseUrl) ->
passwords = _.reject(_.clone(@state.passwords), (x) -> x.base_url == baseUrl)
@submitPasswords(passwords, (=> @setState {passwords}))
submitPasswords: (passwords, onSuccess, onError) ->
return if @state.busy
@setState busy: true
$.post(
Routes.passwords_path(),
passwords: passwords
).done((data)->
onSuccess(data) if onSuccess
).fail((data)->
alert('Cannot save passwords. Please try again later.')
onError(data) if onError
).always(
=> @setState busy: false
)
render: ->
state = @state
illegalBaseUrl = @isBaseUrlIllegal()
div className: 'passwordList',
table className: 'passwordTable',
thead null,
th null, 'Base URL'
th null, 'Username'
th null, 'Password'
th null
tbody null,
state.passwords.map (x, y) =>
tr key: y, className: 'passwordItem',
td className: 'baseUrl', x.base_url
td className: 'username', x.username
td className: 'password', '<hidden>'
td className: 'actions',
button className: 'removeButton', disabled: state.busy, onClick: @handleRemoveButtonClick.bind(this, x.base_url), '-'
tr key: 'new', className: 'passwordItem',
td className: 'baseUrl',
input className: cx(illegal: illegalBaseUrl), name: 'base_url', placeholder: 'https://gerrit.example.com', value: state.currentBaseUrl, onChange: ((e) => @setState currentBaseUrl: e.target.value)
td className: 'username',
input name: 'username', placeholder: 'alice', value: state.currentUsername, onChange: ((e) => @setState currentUsername: e.target.value)
td className: 'password',
input name: 'password', value: state.currentPassword, onChange: ((e) => @setState currentPassword: e.target.value)
td className: 'actions',
button className: 'addButton', disabled: illegalBaseUrl || state.busy || (state.currentBaseUrl || '').length == 0, onClick: @handleAddButtonClick, '+'
| true | {div, span, table, code, tbody, thead, tr, th, td, i, input, li, ul, p, pre, br, button} = React.DOM
cx = React.addons.classSet
@PasswordList = React.createClass
displayName: 'PasswordList'
getInitialState: ->
passwords: @props.initialPasswords
busy: false
isBaseUrlIllegal: ->
url = @state.currentBaseUrl || ''
return false if url == ''
!url.match(/^https?:\/\/[^.]+\.[^.]+/i) || _.find(@state.passwords, (x) -> x.base_url == url)
handleAddButtonClick: ->
return if @isBaseUrlIllegal() || (@state.currentBaseUrl || '').length == 0
passwords = _.clone(@state.passwords)
passwords.push(
base_url: @state.currentBaseUrl
username: @state.currentUsername
password: PI:PASSWORD:<PASSWORD>END_PI
)
@submitPasswords(passwords, (=> @setState {passwords, currentUsername: '', currentBaseUrl: '', currentPassword: ''}))
handleRemoveButtonClick: (baseUrl) ->
passwords = _.reject(_.clone(@state.passwords), (x) -> x.base_url == baseUrl)
@submitPasswords(passwords, (=> @setState {passwords}))
submitPasswords: (passwords, onSuccess, onError) ->
return if @state.busy
@setState busy: true
$.post(
Routes.passwords_path(),
passwords: passwords
).done((data)->
onSuccess(data) if onSuccess
).fail((data)->
alert('Cannot save passwords. Please try again later.')
onError(data) if onError
).always(
=> @setState busy: false
)
render: ->
state = @state
illegalBaseUrl = @isBaseUrlIllegal()
div className: 'passwordList',
table className: 'passwordTable',
thead null,
th null, 'Base URL'
th null, 'Username'
th null, 'Password'
th null
tbody null,
state.passwords.map (x, y) =>
tr key: y, className: 'passwordItem',
td className: 'baseUrl', x.base_url
td className: 'username', x.username
td className: 'password', '<hidden>'
td className: 'actions',
button className: 'removeButton', disabled: state.busy, onClick: @handleRemoveButtonClick.bind(this, x.base_url), '-'
tr key: 'new', className: 'passwordItem',
td className: 'baseUrl',
input className: cx(illegal: illegalBaseUrl), name: 'base_url', placeholder: 'https://gerrit.example.com', value: state.currentBaseUrl, onChange: ((e) => @setState currentBaseUrl: e.target.value)
td className: 'username',
input name: 'username', placeholder: 'alice', value: state.currentUsername, onChange: ((e) => @setState currentUsername: e.target.value)
td className: 'password',
input name: 'password', value: state.currentPassword, onChange: ((e) => @setState currentPassword: e.target.value)
td className: 'actions',
button className: 'addButton', disabled: illegalBaseUrl || state.busy || (state.currentBaseUrl || '').length == 0, onClick: @handleAddButtonClick, '+'
|
[
{
"context": "ct':{Project:Project}\n\t\t\t'../../models/User':{User:@User}\n\t\t\t\"./ProjectGetter\":@ProjectGetter\n\t\t\t'logger-s",
"end": 1539,
"score": 0.8278820514678955,
"start": 1534,
"tag": "USERNAME",
"value": "@User"
},
{
"context": "an array case insenstive', (done)->\n\t\t\tuser_id = \"123jojoidns\"\n\t\t\tstubbedProject = {name:\"findThis\"}\n\t\t\tproject",
"end": 12041,
"score": 0.9994229078292847,
"start": 12030,
"tag": "USERNAME",
"value": "123jojoidns"
},
{
"context": "ct which is not archived', (done)->\n\t\t\tuser_id = \"123jojoidns\"\n\t\t\tstubbedProject = {name:\"findThis\", _id:123313",
"end": 12505,
"score": 0.9994826912879944,
"start": 12494,
"tag": "USERNAME",
"value": "123jojoidns"
},
{
"context": " collab projects as well', (done)->\n\t\t\tuser_id = \"123jojoidns\"\n\t\t\tstubbedProject = {name:\"findThis\"}\n\t\t\tproject",
"end": 13083,
"score": 0.9994942545890808,
"start": 13072,
"tag": "USERNAME",
"value": "123jojoidns"
},
{
"context": "projects = {\n\t\t\t\towned: [{name:\"notThis\"}, {name:\"wellll\"}, {name:\"Noooo\"}]\n\t\t\t\treadAndWrite: [stubbedProj",
"end": 13182,
"score": 0.9977689981460571,
"start": 13176,
"tag": "NAME",
"value": "wellll"
},
{
"context": "owned: [{name:\"notThis\"}, {name:\"wellll\"}, {name:\"Noooo\"}]\n\t\t\t\treadAndWrite: [stubbedProject]\n\t\t\t}\n\t\t\t@Pr",
"end": 13198,
"score": 0.9991219639778137,
"start": 13193,
"tag": "NAME",
"value": "Noooo"
}
] | test/UnitTests/coffee/Project/ProjectLocatorTests.coffee | HasanSanli/web-sharelatex | 0 | spies = require('chai-spies')
chai = require('chai').use(spies)
assert = require('chai').assert
should = chai.should()
modulePath = "../../../../app/js/Features/Project/ProjectLocator"
SandboxedModule = require('sandboxed-module')
sinon = require('sinon')
Errors = require "../../../../app/js/Features/Errors/Errors"
expect = require("chai").expect
Project = class Project
project = _id : "1234566", rootFolder:[]
rootDoc = name:"rootDoc", _id:"das239djd"
doc1 = name:"otherDoc.txt", _id:"dsad2ddd"
doc2 = name:"docname.txt", _id:"dsad2ddddd"
file1 = name:"file1", _id:"dsa9lkdsad"
subSubFile = name:"subSubFile", _id:"d1d2dk"
subSubDoc = name:"subdoc.txt", _id:"321dmdwi"
secondSubFolder = name:"secondSubFolder", _id:"dsa3e23", docs:[subSubDoc], fileRefs:[subSubFile], folders:[]
subFolder = name:"subFolder", _id:"dsadsa93", folders:[secondSubFolder, null], docs:[], fileRefs:[]
subFolder1 = name:"subFolder1", _id:"123asdjoij"
rootFolder =
_id : "123sdskd"
docs:[doc1, doc2, null, rootDoc]
fileRefs:[file1]
folders:[subFolder1, subFolder]
project.rootFolder[0] = rootFolder
project.rootDoc_id = rootDoc._id
describe 'ProjectLocator', ->
beforeEach ->
Project.getProject = (project_id, fields, callback)=>
callback(null, project)
Project.findById = (project_id, callback)=>
callback(null, project)
@ProjectGetter =
getProject: sinon.stub().callsArgWith(2, null, project)
@locator = SandboxedModule.require modulePath, requires:
'../../models/Project':{Project:Project}
'../../models/User':{User:@User}
"./ProjectGetter":@ProjectGetter
'logger-sharelatex':
log:->
err:->
warn: ->
describe 'finding a doc', ->
it 'finds one at the root level', (done)->
@locator.findElement {project_id:project._id, element_id:doc2._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc2._id
path.fileSystem.should.equal "/#{doc2.name}"
parentFolder._id.should.equal project.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.1"
done()
it 'when it is nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err?)
should.equal foundElement._id, subSubDoc._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.docs.0"
done()
it 'should give error if element could not be found', (done)->
@locator.findElement {project_id:project._id, element_id:"ddsd432nj42", type:"docs"}, (err, foundElement, path, parentFolder)->
err.should.deep.equal new Errors.NotFoundError("entity not found")
done()
describe 'finding a folder', ->
it 'should return root folder when looking for root folder', (done)->
@locator.findElement {project_id:project._id, element_id:rootFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal rootFolder._id
done()
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:subFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subFolder._id
path.fileSystem.should.equal "/#{subFolder.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.folders.1"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:secondSubFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal secondSubFolder._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}"
parentFolder._id.should.equal subFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0"
done()
describe 'finding a file', ->
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
path.fileSystem.should.equal "/#{file1.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.fileRefs.0"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubFile._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubFile._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.fileRefs.0"
done()
describe 'finding an element with wrong element type', ->
it 'should add an s onto the element type', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubDoc._id
done()
it 'should convert file to fileRefs', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
done()
describe 'should be able to take actual project as well as id', ->
doc3 =
_id:"123dsdj3"
name:"doc3"
rootFolder2 =
_id : "123sddedskd"
docs:[doc3]
project2 =
_id : "1234566"
rootFolder:[rootFolder2]
it 'should find doc in project', (done)->
@locator.findElement {project:project2, element_id:doc3._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc3._id
path.fileSystem.should.equal "/#{doc3.name}"
parentFolder._id.should.equal project2.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.0"
done()
describe 'finding root doc', ->
it 'should return root doc when passed project', (done)->
@locator.findRootDoc project, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return root doc when passed project_id', (done)->
@locator.findRootDoc project._id, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return null when the project has no rootDoc', (done) ->
project.rootDoc_id = null
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
it 'should return null when the rootDoc_id no longer exists', (done) ->
project.rootDoc_id = "doesntexist"
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
describe 'findElementByPath', ->
it 'should take a doc path and return the element for a root level document', (done)->
path = "#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a root level document with a starting slash', (done)->
path = "/#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubDoc
expect(type).to.equal "doc"
done()
it 'should take a file path and return the element for a root level document', (done)->
path = "#{file1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal file1
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document case insenstive', (done)->
path = "#{subFolder.name.toUpperCase()}/#{secondSubFolder.name.toUpperCase()}/#{subSubFile.name.toUpperCase()}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested folder', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal secondSubFolder
expect(type).to.equal "folder"
done()
it 'should take a file path and return the root folder', (done)->
@locator.findElementByPath project._id, "/", (err, element, type)->
element.should.deep.equal rootFolder
expect(type).to.equal "folder"
done()
it 'should return an error if the file can not be found inside know folder', (done)->
@locator.findElementByPath project._id, "#{subFolder.name}/#{secondSubFolder.name}/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
it 'should return an error if the file can not be found inside unknown folder', (done)->
@locator.findElementByPath project._id, "this/does/not/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
describe "where duplicate folder exists", ->
beforeEach ->
@duplicateFolder = {name:"duplicate1", _id:"1234", folders:[{
name: "1"
docs:[{name:"main.tex", _id:"456"}]
folders: []
fileRefs: []
}], docs:[@doc = {name:"main.tex", _id:"456"}], fileRefs:[]}
@project =
rootFolder:[
folders: [@duplicateFolder, @duplicateFolder]
fileRefs: []
docs: []
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not call the callback more than once", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/#{@doc.name}", ->
done() #mocha will throw exception if done called multiple times
it "should not call the callback more than once when the path is longer than 1 level below the duplicate level", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/1/main.tex", ->
done() #mocha will throw exception if done called multiple times
describe "with a null doc", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
element.name.should.equal "other.tex"
done()
describe "with a null project", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
expect(err).to.exist
done()
describe 'findUsersProjectByName finding a project by user_id and project name', ()->
it 'should return the project from an array case insenstive', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"wellll"}, stubbedProject, {name:"Noooo"}]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
it 'should return the project which is not archived', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis", _id:12331321}
projects = {
owned: [
{name:"notThis"},
{name:"wellll"},
{name:"findThis",archived:true},
stubbedProject,
{name:"findThis",archived:true},
{name:"Noooo"}
]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project._id.should.equal stubbedProject._id
done()
it 'should search collab projects as well', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"wellll"}, {name:"Noooo"}]
readAndWrite: [stubbedProject]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
| 160723 | spies = require('chai-spies')
chai = require('chai').use(spies)
assert = require('chai').assert
should = chai.should()
modulePath = "../../../../app/js/Features/Project/ProjectLocator"
SandboxedModule = require('sandboxed-module')
sinon = require('sinon')
Errors = require "../../../../app/js/Features/Errors/Errors"
expect = require("chai").expect
Project = class Project
project = _id : "1234566", rootFolder:[]
rootDoc = name:"rootDoc", _id:"das239djd"
doc1 = name:"otherDoc.txt", _id:"dsad2ddd"
doc2 = name:"docname.txt", _id:"dsad2ddddd"
file1 = name:"file1", _id:"dsa9lkdsad"
subSubFile = name:"subSubFile", _id:"d1d2dk"
subSubDoc = name:"subdoc.txt", _id:"321dmdwi"
secondSubFolder = name:"secondSubFolder", _id:"dsa3e23", docs:[subSubDoc], fileRefs:[subSubFile], folders:[]
subFolder = name:"subFolder", _id:"dsadsa93", folders:[secondSubFolder, null], docs:[], fileRefs:[]
subFolder1 = name:"subFolder1", _id:"123asdjoij"
rootFolder =
_id : "123sdskd"
docs:[doc1, doc2, null, rootDoc]
fileRefs:[file1]
folders:[subFolder1, subFolder]
project.rootFolder[0] = rootFolder
project.rootDoc_id = rootDoc._id
describe 'ProjectLocator', ->
beforeEach ->
Project.getProject = (project_id, fields, callback)=>
callback(null, project)
Project.findById = (project_id, callback)=>
callback(null, project)
@ProjectGetter =
getProject: sinon.stub().callsArgWith(2, null, project)
@locator = SandboxedModule.require modulePath, requires:
'../../models/Project':{Project:Project}
'../../models/User':{User:@User}
"./ProjectGetter":@ProjectGetter
'logger-sharelatex':
log:->
err:->
warn: ->
describe 'finding a doc', ->
it 'finds one at the root level', (done)->
@locator.findElement {project_id:project._id, element_id:doc2._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc2._id
path.fileSystem.should.equal "/#{doc2.name}"
parentFolder._id.should.equal project.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.1"
done()
it 'when it is nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err?)
should.equal foundElement._id, subSubDoc._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.docs.0"
done()
it 'should give error if element could not be found', (done)->
@locator.findElement {project_id:project._id, element_id:"ddsd432nj42", type:"docs"}, (err, foundElement, path, parentFolder)->
err.should.deep.equal new Errors.NotFoundError("entity not found")
done()
describe 'finding a folder', ->
it 'should return root folder when looking for root folder', (done)->
@locator.findElement {project_id:project._id, element_id:rootFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal rootFolder._id
done()
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:subFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subFolder._id
path.fileSystem.should.equal "/#{subFolder.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.folders.1"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:secondSubFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal secondSubFolder._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}"
parentFolder._id.should.equal subFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0"
done()
describe 'finding a file', ->
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
path.fileSystem.should.equal "/#{file1.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.fileRefs.0"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubFile._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubFile._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.fileRefs.0"
done()
describe 'finding an element with wrong element type', ->
it 'should add an s onto the element type', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubDoc._id
done()
it 'should convert file to fileRefs', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
done()
describe 'should be able to take actual project as well as id', ->
doc3 =
_id:"123dsdj3"
name:"doc3"
rootFolder2 =
_id : "123sddedskd"
docs:[doc3]
project2 =
_id : "1234566"
rootFolder:[rootFolder2]
it 'should find doc in project', (done)->
@locator.findElement {project:project2, element_id:doc3._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc3._id
path.fileSystem.should.equal "/#{doc3.name}"
parentFolder._id.should.equal project2.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.0"
done()
describe 'finding root doc', ->
it 'should return root doc when passed project', (done)->
@locator.findRootDoc project, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return root doc when passed project_id', (done)->
@locator.findRootDoc project._id, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return null when the project has no rootDoc', (done) ->
project.rootDoc_id = null
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
it 'should return null when the rootDoc_id no longer exists', (done) ->
project.rootDoc_id = "doesntexist"
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
describe 'findElementByPath', ->
it 'should take a doc path and return the element for a root level document', (done)->
path = "#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a root level document with a starting slash', (done)->
path = "/#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubDoc
expect(type).to.equal "doc"
done()
it 'should take a file path and return the element for a root level document', (done)->
path = "#{file1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal file1
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document case insenstive', (done)->
path = "#{subFolder.name.toUpperCase()}/#{secondSubFolder.name.toUpperCase()}/#{subSubFile.name.toUpperCase()}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested folder', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal secondSubFolder
expect(type).to.equal "folder"
done()
it 'should take a file path and return the root folder', (done)->
@locator.findElementByPath project._id, "/", (err, element, type)->
element.should.deep.equal rootFolder
expect(type).to.equal "folder"
done()
it 'should return an error if the file can not be found inside know folder', (done)->
@locator.findElementByPath project._id, "#{subFolder.name}/#{secondSubFolder.name}/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
it 'should return an error if the file can not be found inside unknown folder', (done)->
@locator.findElementByPath project._id, "this/does/not/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
describe "where duplicate folder exists", ->
beforeEach ->
@duplicateFolder = {name:"duplicate1", _id:"1234", folders:[{
name: "1"
docs:[{name:"main.tex", _id:"456"}]
folders: []
fileRefs: []
}], docs:[@doc = {name:"main.tex", _id:"456"}], fileRefs:[]}
@project =
rootFolder:[
folders: [@duplicateFolder, @duplicateFolder]
fileRefs: []
docs: []
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not call the callback more than once", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/#{@doc.name}", ->
done() #mocha will throw exception if done called multiple times
it "should not call the callback more than once when the path is longer than 1 level below the duplicate level", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/1/main.tex", ->
done() #mocha will throw exception if done called multiple times
describe "with a null doc", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
element.name.should.equal "other.tex"
done()
describe "with a null project", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
expect(err).to.exist
done()
describe 'findUsersProjectByName finding a project by user_id and project name', ()->
it 'should return the project from an array case insenstive', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"wellll"}, stubbedProject, {name:"Noooo"}]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
it 'should return the project which is not archived', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis", _id:12331321}
projects = {
owned: [
{name:"notThis"},
{name:"wellll"},
{name:"findThis",archived:true},
stubbedProject,
{name:"findThis",archived:true},
{name:"Noooo"}
]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project._id.should.equal stubbedProject._id
done()
it 'should search collab projects as well', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"<NAME>"}, {name:"<NAME>"}]
readAndWrite: [stubbedProject]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
| true | spies = require('chai-spies')
chai = require('chai').use(spies)
assert = require('chai').assert
should = chai.should()
modulePath = "../../../../app/js/Features/Project/ProjectLocator"
SandboxedModule = require('sandboxed-module')
sinon = require('sinon')
Errors = require "../../../../app/js/Features/Errors/Errors"
expect = require("chai").expect
Project = class Project
project = _id : "1234566", rootFolder:[]
rootDoc = name:"rootDoc", _id:"das239djd"
doc1 = name:"otherDoc.txt", _id:"dsad2ddd"
doc2 = name:"docname.txt", _id:"dsad2ddddd"
file1 = name:"file1", _id:"dsa9lkdsad"
subSubFile = name:"subSubFile", _id:"d1d2dk"
subSubDoc = name:"subdoc.txt", _id:"321dmdwi"
secondSubFolder = name:"secondSubFolder", _id:"dsa3e23", docs:[subSubDoc], fileRefs:[subSubFile], folders:[]
subFolder = name:"subFolder", _id:"dsadsa93", folders:[secondSubFolder, null], docs:[], fileRefs:[]
subFolder1 = name:"subFolder1", _id:"123asdjoij"
rootFolder =
_id : "123sdskd"
docs:[doc1, doc2, null, rootDoc]
fileRefs:[file1]
folders:[subFolder1, subFolder]
project.rootFolder[0] = rootFolder
project.rootDoc_id = rootDoc._id
describe 'ProjectLocator', ->
beforeEach ->
Project.getProject = (project_id, fields, callback)=>
callback(null, project)
Project.findById = (project_id, callback)=>
callback(null, project)
@ProjectGetter =
getProject: sinon.stub().callsArgWith(2, null, project)
@locator = SandboxedModule.require modulePath, requires:
'../../models/Project':{Project:Project}
'../../models/User':{User:@User}
"./ProjectGetter":@ProjectGetter
'logger-sharelatex':
log:->
err:->
warn: ->
describe 'finding a doc', ->
it 'finds one at the root level', (done)->
@locator.findElement {project_id:project._id, element_id:doc2._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc2._id
path.fileSystem.should.equal "/#{doc2.name}"
parentFolder._id.should.equal project.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.1"
done()
it 'when it is nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err?)
should.equal foundElement._id, subSubDoc._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.docs.0"
done()
it 'should give error if element could not be found', (done)->
@locator.findElement {project_id:project._id, element_id:"ddsd432nj42", type:"docs"}, (err, foundElement, path, parentFolder)->
err.should.deep.equal new Errors.NotFoundError("entity not found")
done()
describe 'finding a folder', ->
it 'should return root folder when looking for root folder', (done)->
@locator.findElement {project_id:project._id, element_id:rootFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal rootFolder._id
done()
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:subFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subFolder._id
path.fileSystem.should.equal "/#{subFolder.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.folders.1"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:secondSubFolder._id, type:"folder"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal secondSubFolder._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}"
parentFolder._id.should.equal subFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0"
done()
describe 'finding a file', ->
it 'when at root', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
path.fileSystem.should.equal "/#{file1.name}"
parentFolder._id.should.equal rootFolder._id
path.mongo.should.equal "rootFolder.0.fileRefs.0"
done()
it 'when deeply nested', (done)->
@locator.findElement {project_id:project._id, element_id:subSubFile._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubFile._id
path.fileSystem.should.equal "/#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
parentFolder._id.should.equal secondSubFolder._id
path.mongo.should.equal "rootFolder.0.folders.1.folders.0.fileRefs.0"
done()
describe 'finding an element with wrong element type', ->
it 'should add an s onto the element type', (done)->
@locator.findElement {project_id:project._id, element_id:subSubDoc._id, type:"doc"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal subSubDoc._id
done()
it 'should convert file to fileRefs', (done)->
@locator.findElement {project_id:project._id, element_id:file1._id, type:"fileRefs"}, (err, foundElement, path, parentFolder)->
assert(!err)
foundElement._id.should.equal file1._id
done()
describe 'should be able to take actual project as well as id', ->
doc3 =
_id:"123dsdj3"
name:"doc3"
rootFolder2 =
_id : "123sddedskd"
docs:[doc3]
project2 =
_id : "1234566"
rootFolder:[rootFolder2]
it 'should find doc in project', (done)->
@locator.findElement {project:project2, element_id:doc3._id, type:"docs"}, (err, foundElement, path, parentFolder)->
assert(!err?)
foundElement._id.should.equal doc3._id
path.fileSystem.should.equal "/#{doc3.name}"
parentFolder._id.should.equal project2.rootFolder[0]._id
path.mongo.should.equal "rootFolder.0.docs.0"
done()
describe 'finding root doc', ->
it 'should return root doc when passed project', (done)->
@locator.findRootDoc project, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return root doc when passed project_id', (done)->
@locator.findRootDoc project._id, (err, doc)->
assert !err?
doc._id.should.equal rootDoc._id
done()
it 'should return null when the project has no rootDoc', (done) ->
project.rootDoc_id = null
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
it 'should return null when the rootDoc_id no longer exists', (done) ->
project.rootDoc_id = "doesntexist"
@locator.findRootDoc project, (err, doc)->
assert !err?
expect(doc).to.equal null
done()
describe 'findElementByPath', ->
it 'should take a doc path and return the element for a root level document', (done)->
path = "#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a root level document with a starting slash', (done)->
path = "/#{doc1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal doc1
expect(type).to.equal "doc"
done()
it 'should take a doc path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubDoc.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubDoc
expect(type).to.equal "doc"
done()
it 'should take a file path and return the element for a root level document', (done)->
path = "#{file1.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal file1
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}/#{subSubFile.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested document case insenstive', (done)->
path = "#{subFolder.name.toUpperCase()}/#{secondSubFolder.name.toUpperCase()}/#{subSubFile.name.toUpperCase()}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal subSubFile
expect(type).to.equal "file"
done()
it 'should take a file path and return the element for a nested folder', (done)->
path = "#{subFolder.name}/#{secondSubFolder.name}"
@locator.findElementByPath project._id, path, (err, element, type)->
element.should.deep.equal secondSubFolder
expect(type).to.equal "folder"
done()
it 'should take a file path and return the root folder', (done)->
@locator.findElementByPath project._id, "/", (err, element, type)->
element.should.deep.equal rootFolder
expect(type).to.equal "folder"
done()
it 'should return an error if the file can not be found inside know folder', (done)->
@locator.findElementByPath project._id, "#{subFolder.name}/#{secondSubFolder.name}/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
it 'should return an error if the file can not be found inside unknown folder', (done)->
@locator.findElementByPath project._id, "this/does/not/exist.txt", (err, element, type)->
err.should.not.equal undefined
assert.equal element, undefined
expect(type).to.be.undefined
done()
describe "where duplicate folder exists", ->
beforeEach ->
@duplicateFolder = {name:"duplicate1", _id:"1234", folders:[{
name: "1"
docs:[{name:"main.tex", _id:"456"}]
folders: []
fileRefs: []
}], docs:[@doc = {name:"main.tex", _id:"456"}], fileRefs:[]}
@project =
rootFolder:[
folders: [@duplicateFolder, @duplicateFolder]
fileRefs: []
docs: []
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not call the callback more than once", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/#{@doc.name}", ->
done() #mocha will throw exception if done called multiple times
it "should not call the callback more than once when the path is longer than 1 level below the duplicate level", (done)->
@locator.findElementByPath project._id, "#{@duplicateFolder.name}/1/main.tex", ->
done() #mocha will throw exception if done called multiple times
describe "with a null doc", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null, @project)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
element.name.should.equal "other.tex"
done()
describe "with a null project", ->
beforeEach ->
@project =
rootFolder:[
folders: []
fileRefs: []
docs: [{name:"main.tex"}, null, {name:"other.tex"}]
]
Project.getProject = sinon.stub()
Project.getProject.callsArgWith(2, null)
it "should not crash with a null", (done)->
callback = sinon.stub()
@locator.findElementByPath project._id, "/other.tex", (err, element)->
expect(err).to.exist
done()
describe 'findUsersProjectByName finding a project by user_id and project name', ()->
it 'should return the project from an array case insenstive', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"wellll"}, stubbedProject, {name:"Noooo"}]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
it 'should return the project which is not archived', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis", _id:12331321}
projects = {
owned: [
{name:"notThis"},
{name:"wellll"},
{name:"findThis",archived:true},
stubbedProject,
{name:"findThis",archived:true},
{name:"Noooo"}
]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project._id.should.equal stubbedProject._id
done()
it 'should search collab projects as well', (done)->
user_id = "123jojoidns"
stubbedProject = {name:"findThis"}
projects = {
owned: [{name:"notThis"}, {name:"PI:NAME:<NAME>END_PI"}, {name:"PI:NAME:<NAME>END_PI"}]
readAndWrite: [stubbedProject]
}
@ProjectGetter.findAllUsersProjects = sinon.stub().callsArgWith(2, null, projects)
@locator.findUsersProjectByName user_id, stubbedProject.name.toLowerCase(), (err, project)->
project.should.equal stubbedProject
done()
|
[
{
"context": "om/articulate/grunt-release\n#\n# Copyright (c) 2013 Andrew Nordman\n# Licensed under the MIT license.\n#\n\nexec = requi",
"end": 101,
"score": 0.9998394250869751,
"start": 87,
"tag": "NAME",
"value": "Andrew Nordman"
}
] | src/tasks/release.coffee | articulate/grunt-release | 0 | #
# grunt-release
# https://github.com/articulate/grunt-release
#
# Copyright (c) 2013 Andrew Nordman
# Licensed under the MIT license.
#
exec = require('child_process').exec
fs = require 'fs'
path = require 'path'
module.exports = (grunt) ->
grunt.registerMultiTask 'release', 'Release a version of application', ->
options = @options
repo: 'articulate/grunt-release'
remote: 'origin'
branch: 'master'
done = @async()
determineVersion options
updatePackage options
generateChangelog options, ->
versionBump options, (error) ->
if error?
done(false)
else
done()
determineVersion = (options) ->
unless grunt.option('currentVersion')
version = grunt.file.readJSON('package.json')['version']
grunt.option('currentVersion', version)
unless grunt.option('newVersion')
[major, minor, patch] = grunt.option('currentVersion').split('.')
if grunt.option('major')?
major++
else if grunt.option('minor')
minor++
else if grunt.option('patch')
patch++
newVersion = "#{major}.#{minor}.#{patch}"
grunt.option('newVersion', newVersion)
generateChangelog = (options, callback) ->
currentVersion = grunt.option('currentVersion')
nextVersion = grunt.option('newVersion')
range = "#{currentVersion}...HEAD"
grunt.log.writeln "Generating CHANGELOG entry for #{nextVersion}..."
format = '%s|||||%b'
cmd = "git log #{range} --pretty='#{format}' --reverse --grep='pull request'"
exec cmd, (error, stdout, stderr) ->
date = new Date()
changes = "## Authoring Tools #{nextVersion} (#{date.toDateString()})" + '\n\n'
for line in stdout.split('\n')
if line != ''
[title, description] = line.split "|||||"
pr_id = title.match(/request #(\d+)/)[1]
changes += "* [##{pr_id} - #{description}](https://github.com/#{options.repo}/pull/#{pr_id})" + '\r\n'
fs.readFile './CHANGELOG.md', (error, data) ->
newLog = changes + '\n' + data
fs.writeFile './CHANGELOG.md', newLog, (err) ->
callback(null)
updatePackage = () ->
pkg = grunt.config('pkg') || grunt.file.readJSON('package.json')
grunt.log.writeln "Updating package.json version to #{grunt.option('newVersion')}..."
pkg.version = grunt.option('newVersion')
grunt.file.write './package.json', JSON.stringify(pkg, undefined, 2)
versionBump = (options, callback) ->
commands = [
"git add package.json CHANGELOG.md"
"git commit -m 'Version bump to v#{grunt.option('newVersion')}'"
"git tag v#{grunt.option('newVersion')}"
"git push #{options.remote} #{options.branch} --tags"
]
grunt.log.writeln "Committing changes and pushing tag..."
exec commands.join(" && "), (error, stdout, stderr) ->
if error
grunt.log.error stderr
callback(error)
else
callback(null)
| 199581 | #
# grunt-release
# https://github.com/articulate/grunt-release
#
# Copyright (c) 2013 <NAME>
# Licensed under the MIT license.
#
exec = require('child_process').exec
fs = require 'fs'
path = require 'path'
module.exports = (grunt) ->
grunt.registerMultiTask 'release', 'Release a version of application', ->
options = @options
repo: 'articulate/grunt-release'
remote: 'origin'
branch: 'master'
done = @async()
determineVersion options
updatePackage options
generateChangelog options, ->
versionBump options, (error) ->
if error?
done(false)
else
done()
determineVersion = (options) ->
unless grunt.option('currentVersion')
version = grunt.file.readJSON('package.json')['version']
grunt.option('currentVersion', version)
unless grunt.option('newVersion')
[major, minor, patch] = grunt.option('currentVersion').split('.')
if grunt.option('major')?
major++
else if grunt.option('minor')
minor++
else if grunt.option('patch')
patch++
newVersion = "#{major}.#{minor}.#{patch}"
grunt.option('newVersion', newVersion)
generateChangelog = (options, callback) ->
currentVersion = grunt.option('currentVersion')
nextVersion = grunt.option('newVersion')
range = "#{currentVersion}...HEAD"
grunt.log.writeln "Generating CHANGELOG entry for #{nextVersion}..."
format = '%s|||||%b'
cmd = "git log #{range} --pretty='#{format}' --reverse --grep='pull request'"
exec cmd, (error, stdout, stderr) ->
date = new Date()
changes = "## Authoring Tools #{nextVersion} (#{date.toDateString()})" + '\n\n'
for line in stdout.split('\n')
if line != ''
[title, description] = line.split "|||||"
pr_id = title.match(/request #(\d+)/)[1]
changes += "* [##{pr_id} - #{description}](https://github.com/#{options.repo}/pull/#{pr_id})" + '\r\n'
fs.readFile './CHANGELOG.md', (error, data) ->
newLog = changes + '\n' + data
fs.writeFile './CHANGELOG.md', newLog, (err) ->
callback(null)
updatePackage = () ->
pkg = grunt.config('pkg') || grunt.file.readJSON('package.json')
grunt.log.writeln "Updating package.json version to #{grunt.option('newVersion')}..."
pkg.version = grunt.option('newVersion')
grunt.file.write './package.json', JSON.stringify(pkg, undefined, 2)
versionBump = (options, callback) ->
commands = [
"git add package.json CHANGELOG.md"
"git commit -m 'Version bump to v#{grunt.option('newVersion')}'"
"git tag v#{grunt.option('newVersion')}"
"git push #{options.remote} #{options.branch} --tags"
]
grunt.log.writeln "Committing changes and pushing tag..."
exec commands.join(" && "), (error, stdout, stderr) ->
if error
grunt.log.error stderr
callback(error)
else
callback(null)
| true | #
# grunt-release
# https://github.com/articulate/grunt-release
#
# Copyright (c) 2013 PI:NAME:<NAME>END_PI
# Licensed under the MIT license.
#
exec = require('child_process').exec
fs = require 'fs'
path = require 'path'
module.exports = (grunt) ->
grunt.registerMultiTask 'release', 'Release a version of application', ->
options = @options
repo: 'articulate/grunt-release'
remote: 'origin'
branch: 'master'
done = @async()
determineVersion options
updatePackage options
generateChangelog options, ->
versionBump options, (error) ->
if error?
done(false)
else
done()
determineVersion = (options) ->
unless grunt.option('currentVersion')
version = grunt.file.readJSON('package.json')['version']
grunt.option('currentVersion', version)
unless grunt.option('newVersion')
[major, minor, patch] = grunt.option('currentVersion').split('.')
if grunt.option('major')?
major++
else if grunt.option('minor')
minor++
else if grunt.option('patch')
patch++
newVersion = "#{major}.#{minor}.#{patch}"
grunt.option('newVersion', newVersion)
generateChangelog = (options, callback) ->
currentVersion = grunt.option('currentVersion')
nextVersion = grunt.option('newVersion')
range = "#{currentVersion}...HEAD"
grunt.log.writeln "Generating CHANGELOG entry for #{nextVersion}..."
format = '%s|||||%b'
cmd = "git log #{range} --pretty='#{format}' --reverse --grep='pull request'"
exec cmd, (error, stdout, stderr) ->
date = new Date()
changes = "## Authoring Tools #{nextVersion} (#{date.toDateString()})" + '\n\n'
for line in stdout.split('\n')
if line != ''
[title, description] = line.split "|||||"
pr_id = title.match(/request #(\d+)/)[1]
changes += "* [##{pr_id} - #{description}](https://github.com/#{options.repo}/pull/#{pr_id})" + '\r\n'
fs.readFile './CHANGELOG.md', (error, data) ->
newLog = changes + '\n' + data
fs.writeFile './CHANGELOG.md', newLog, (err) ->
callback(null)
updatePackage = () ->
pkg = grunt.config('pkg') || grunt.file.readJSON('package.json')
grunt.log.writeln "Updating package.json version to #{grunt.option('newVersion')}..."
pkg.version = grunt.option('newVersion')
grunt.file.write './package.json', JSON.stringify(pkg, undefined, 2)
versionBump = (options, callback) ->
commands = [
"git add package.json CHANGELOG.md"
"git commit -m 'Version bump to v#{grunt.option('newVersion')}'"
"git tag v#{grunt.option('newVersion')}"
"git push #{options.remote} #{options.branch} --tags"
]
grunt.log.writeln "Committing changes and pushing tag..."
exec commands.join(" && "), (error, stdout, stderr) ->
if error
grunt.log.error stderr
callback(error)
else
callback(null)
|
[
{
"context": "# * http://foundation.zurb.com\n# * Copyright 2012, ZURB\n# * Free to use under the MIT license.\n# * http:/",
"end": 165,
"score": 0.9732481837272644,
"start": 161,
"tag": "NAME",
"value": "ZURB"
},
{
"context": "control whether cookies are used\n cookieName: \"joyride\" # Name the cookie you'll use\n cookieDomai",
"end": 1241,
"score": 0.5761966705322266,
"start": 1238,
"tag": "USERNAME",
"value": "joy"
}
] | coffee/nextstep.coffee | alejo8591/shurikend | 0 | ###
Inspired in foundation v.3.2
joyride: joyride.coffee
###
#
# * jQuery Foundation Joyride Plugin 2.0.3
# * http://foundation.zurb.com
# * Copyright 2012, ZURB
# * Free to use under the MIT license.
# * http://www.opensource.org/licenses/mit-license.php
#
#jslint unparam: true, browser: true, indent: 2
(($, window, undefined_) ->
"use strict"
defaults =
version: "2.0.3"
tipLocation: "bottom" # 'top' or 'bottom' in relation to parent
nubPosition: "auto" # override on a per tooltip bases
scrollSpeed: 300 # Page scrolling speed in milliseconds
timer: 0 # 0 = no timer , all other numbers = timer in milliseconds
startTimerOnClick: true # true or false - true requires clicking the first button start the timer
startOffset: 0 # the index of the tooltip you want to start on (index of the li)
nextButton: true # true or false to control whether a next button is used
tipAnimation: "fade" # 'pop' or 'fade' in each tip
pauseAfter: [] # array of indexes where to pause the tour after
tipAnimationFadeSpeed: 300 # when tipAnimation = 'fade' this is speed in milliseconds for the transition
cookieMonster: false # true or false to control whether cookies are used
cookieName: "joyride" # Name the cookie you'll use
cookieDomain: false # Will this cookie be attached to a domain, ie. '.notableapp.com'
tipContainer: "body" # Where will the tip be attached
postRideCallback: $.noop # A method to call once the tour closes (canceled or complete)
postStepCallback: $.noop # A method to call after each step
template: # HTML segments for tip layout
link: "<a href=\"#close\" class=\"joyride-close-tip\">X</a>"
timer: "<div class=\"joyride-timer-indicator-wrap\"><span class=\"joyride-timer-indicator\"></span></div>"
tip: "<div class=\"joyride-tip-guide\"><span class=\"joyride-nub\"></span></div>"
wrapper: "<div class=\"joyride-content-wrapper\"></div>"
button: "<a href=\"#\" class=\"small button joyride-next-tip\"></a>"
Modernizr = Modernizr or false
settings = {}
methods =
init: (opts) ->
@each ->
if $.isEmptyObject(settings)
settings = $.extend(true, defaults, opts)
# non configurable settings
settings.document = window.document
settings.$document = $(settings.document)
settings.$window = $(window)
settings.$content_el = $(this)
settings.body_offset = $(settings.tipContainer).position()
settings.$tip_content = $("> li", settings.$content_el)
settings.paused = false
settings.attempts = 0
settings.tipLocationPatterns =
top: ["bottom"]
bottom: [] # bottom should not need to be repositioned
left: ["right", "top", "bottom"]
right: ["left", "top", "bottom"]
# are we using jQuery 1.7+
methods.jquery_check()
# can we create cookies?
settings.cookieMonster = false unless $.isFunction($.cookie)
# generate the tips and insert into dom.
if not settings.cookieMonster or not $.cookie(settings.cookieName)
settings.$tip_content.each (index) ->
methods.create
$li: $(this)
index: index
# show first tip
if not settings.startTimerOnClick and settings.timer > 0
methods.show "init"
methods.startTimer()
else
methods.show "init"
settings.$document.on "click.joyride", ".joyride-next-tip, .joyride-modal-bg", (e) ->
e.preventDefault()
if settings.$li.next().length < 1
methods.end()
else if settings.timer > 0
clearTimeout settings.automate
methods.hide()
methods.show()
methods.startTimer()
else
methods.hide()
methods.show()
settings.$document.on "click.joyride", ".joyride-close-tip", (e) ->
e.preventDefault()
methods.end()
settings.$window.bind "resize.joyride", (e) ->
if methods.is_phone()
methods.pos_phone()
else
methods.pos_default()
else
methods.restart()
# call this method when you want to resume the tour
resume: ->
methods.set_li()
methods.show()
tip_template: (opts) ->
$blank = undefined_
content = undefined_
opts.tip_class = opts.tip_class or ""
$blank = $(settings.template.tip).addClass(opts.tip_class)
content = $.trim($(opts.li).html()) + methods.button_text(opts.button_text) + settings.template.link + methods.timer_instance(opts.index)
$blank.append $(settings.template.wrapper)
$blank.first().attr "data-index", opts.index
$(".joyride-content-wrapper", $blank).append content
$blank[0]
timer_instance: (index) ->
txt = undefined_
if (index is 0 and settings.startTimerOnClick and settings.timer > 0) or settings.timer is 0
txt = ""
else
txt = methods.outerHTML($(settings.template.timer)[0])
txt
button_text: (txt) ->
if settings.nextButton
txt = $.trim(txt) or "Next"
txt = methods.outerHTML($(settings.template.button).append(txt)[0])
else
txt = ""
txt
create: (opts) ->
# backwards compatibility with data-text attribute
buttonText = opts.$li.attr("data-button") or opts.$li.attr("data-text")
tipClass = opts.$li.attr("class")
$tip_content = $(methods.tip_template(
tip_class: tipClass
index: opts.index
button_text: buttonText
li: opts.$li
))
$(settings.tipContainer).append $tip_content
show: (init) ->
opts = {}
ii = undefined_
opts_arr = []
opts_len = 0
p = undefined_
$timer = null
# are we paused?
if settings.$li is `undefined` or ($.inArray(settings.$li.index(), settings.pauseAfter) is -1)
# don't go to the next li if the tour was paused
if settings.paused
settings.paused = false
else
methods.set_li init
settings.attempts = 0
if settings.$li.length and settings.$target.length > 0
opts_arr = (settings.$li.data("options") or ":").split(";")
opts_len = opts_arr.length
# parse options
ii = opts_len - 1
while ii >= 0
p = opts_arr[ii].split(":")
opts[$.trim(p[0])] = $.trim(p[1]) if p.length is 2
ii--
settings.tipSettings = $.extend({}, settings, opts)
settings.tipSettings.tipLocationPattern = settings.tipLocationPatterns[settings.tipSettings.tipLocation]
# scroll if not modal
methods.scroll_to() unless /body/i.test(settings.$target.selector)
if methods.is_phone()
methods.pos_phone true
else
methods.pos_default true
$timer = $(".joyride-timer-indicator", settings.$next_tip)
if /pop/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.show()
else if /fade/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$current_tip = settings.$next_tip
# skip non-existent targets
else if settings.$li and settings.$target.length < 1
methods.show()
else
methods.end()
else
settings.paused = true
# detect phones with media queries if supported.
is_phone: ->
return Modernizr.mq("only screen and (max-width: 767px)") if Modernizr
(if (settings.$window.width() < 767) then true else false)
hide: ->
settings.postStepCallback settings.$li.index(), settings.$current_tip
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
set_li: (init) ->
if init
settings.$li = settings.$tip_content.eq(settings.startOffset)
methods.set_next_tip()
settings.$current_tip = settings.$next_tip
else
settings.$li = settings.$li.next()
methods.set_next_tip()
methods.set_target()
set_next_tip: ->
settings.$next_tip = $(".joyride-tip-guide[data-index=" + settings.$li.index() + "]")
set_target: ->
cl = settings.$li.attr("data-class")
id = settings.$li.attr("data-id")
$sel = ->
if id
$ settings.document.getElementById(id)
else if cl
$("." + cl).first()
else
$ "body"
settings.$target = $sel()
scroll_to: ->
window_half = undefined_
tipOffset = undefined_
window_half = settings.$window.height() / 2
tipOffset = Math.ceil(settings.$target.offset().top - window_half + settings.$next_tip.outerHeight())
$("html, body").stop().animate
scrollTop: tipOffset
, settings.scrollSpeed
paused: ->
return true if $.inArray((settings.$li.index() + 1), settings.pauseAfter) is -1
false
destroy: ->
settings.$document.off ".joyride"
$(window).off ".joyride"
$(".joyride-close-tip, .joyride-next-tip, .joyride-modal-bg").off ".joyride"
$(".joyride-tip-guide, .joyride-modal-bg").remove()
clearTimeout settings.automate
settings = {}
restart: ->
methods.hide()
settings.$li = `undefined`
methods.show "init"
pos_default: (init) ->
half_fold = Math.ceil(settings.$window.height() / 2)
tip_position = settings.$next_tip.offset()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
# tip must not be "display: none" to calculate position
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.bottom()
settings.$next_tip.css
top: (settings.$target.offset().top + nub_height + settings.$target.outerHeight())
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "top"
else if methods.top()
settings.$next_tip.css
top: (settings.$target.offset().top - settings.$next_tip.outerHeight() - nub_height)
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "bottom"
else if methods.right()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.outerWidth() + settings.$target.offset().left)
methods.nub_position $nub, settings.tipSettings.nubPosition, "left"
else if methods.left()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.offset().left - settings.$next_tip.outerWidth() - nub_height)
methods.nub_position $nub, settings.tipSettings.nubPosition, "right"
if not methods.visible(methods.corners(settings.$next_tip)) and settings.attempts < settings.tipSettings.tipLocationPattern.length
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
settings.tipSettings.tipLocation = settings.tipSettings.tipLocationPattern[settings.attempts]
settings.attempts++
methods.pos_default true
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_phone: (init) ->
tip_height = settings.$next_tip.outerHeight()
tip_offset = settings.$next_tip.offset()
target_height = settings.$target.outerHeight()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.top()
settings.$next_tip.offset top: settings.$target.offset().top - tip_height - nub_height
$nub.addClass "bottom"
else
settings.$next_tip.offset top: settings.$target.offset().top + target_height + nub_height
$nub.addClass "top"
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_modal: ($nub) ->
methods.center()
$nub.hide()
$("body").append("<div class=\"joyride-modal-bg\">").show() if $(".joyride-modal-bg").length < 1
if /pop/i.test(settings.tipAnimation)
$(".joyride-modal-bg").show()
else
$(".joyride-modal-bg").fadeIn settings.tipAnimationFadeSpeed
center: ->
$w = settings.$window
settings.$next_tip.css
top: ((($w.height() - settings.$next_tip.outerHeight()) / 2) + $w.scrollTop())
left: ((($w.width() - settings.$next_tip.outerWidth()) / 2) + $w.scrollLeft())
true
bottom: ->
/bottom/i.test settings.tipSettings.tipLocation
top: ->
/top/i.test settings.tipSettings.tipLocation
right: ->
/right/i.test settings.tipSettings.tipLocation
left: ->
/left/i.test settings.tipSettings.tipLocation
corners: (el) ->
w = settings.$window
right = w.width() + w.scrollLeft()
bottom = w.width() + w.scrollTop()
[el.offset().top <= w.scrollTop(), right <= el.offset().left + el.outerWidth(), bottom <= el.offset().top + el.outerHeight(), w.scrollLeft() >= el.offset().left]
visible: (hidden_corners) ->
i = hidden_corners.length
return false if hidden_corners[i] while i--
true
nub_position: (nub, pos, def) ->
if pos is "auto"
nub.addClass def
else
nub.addClass pos
startTimer: ->
if settings.$li.length
settings.automate = setTimeout(->
methods.hide()
methods.show()
methods.startTimer()
, settings.timer)
else
clearTimeout settings.automate
end: ->
if settings.cookieMonster
$.cookie settings.cookieName, "ridden",
expires: 365
domain: settings.cookieDomain
clearTimeout settings.automate if settings.timer > 0
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
settings.postStepCallback settings.$li.index(), settings.$current_tip
settings.postRideCallback settings.$li.index(), settings.$current_tip
jquery_check: ->
# define on() and off() for older jQuery
unless $.isFunction($.fn.on)
$.fn.on = (types, sel, fn) ->
@delegate sel, types, fn
$.fn.off = (types, sel, fn) ->
@undelegate sel, types, fn
return false
true
outerHTML: (el) ->
# support FireFox < 11
el.outerHTML or new XMLSerializer().serializeToString(el)
version: ->
settings.version
$.fn.joyride = (method) ->
if methods[method]
methods[method].apply this, Array::slice.call(arguments, 1)
else if typeof method is "object" or not method
methods.init.apply this, arguments
else
$.error "Method " + method + " does not exist on jQuery.joyride"
) jQuery, this
| 172955 | ###
Inspired in foundation v.3.2
joyride: joyride.coffee
###
#
# * jQuery Foundation Joyride Plugin 2.0.3
# * http://foundation.zurb.com
# * Copyright 2012, <NAME>
# * Free to use under the MIT license.
# * http://www.opensource.org/licenses/mit-license.php
#
#jslint unparam: true, browser: true, indent: 2
(($, window, undefined_) ->
"use strict"
defaults =
version: "2.0.3"
tipLocation: "bottom" # 'top' or 'bottom' in relation to parent
nubPosition: "auto" # override on a per tooltip bases
scrollSpeed: 300 # Page scrolling speed in milliseconds
timer: 0 # 0 = no timer , all other numbers = timer in milliseconds
startTimerOnClick: true # true or false - true requires clicking the first button start the timer
startOffset: 0 # the index of the tooltip you want to start on (index of the li)
nextButton: true # true or false to control whether a next button is used
tipAnimation: "fade" # 'pop' or 'fade' in each tip
pauseAfter: [] # array of indexes where to pause the tour after
tipAnimationFadeSpeed: 300 # when tipAnimation = 'fade' this is speed in milliseconds for the transition
cookieMonster: false # true or false to control whether cookies are used
cookieName: "joyride" # Name the cookie you'll use
cookieDomain: false # Will this cookie be attached to a domain, ie. '.notableapp.com'
tipContainer: "body" # Where will the tip be attached
postRideCallback: $.noop # A method to call once the tour closes (canceled or complete)
postStepCallback: $.noop # A method to call after each step
template: # HTML segments for tip layout
link: "<a href=\"#close\" class=\"joyride-close-tip\">X</a>"
timer: "<div class=\"joyride-timer-indicator-wrap\"><span class=\"joyride-timer-indicator\"></span></div>"
tip: "<div class=\"joyride-tip-guide\"><span class=\"joyride-nub\"></span></div>"
wrapper: "<div class=\"joyride-content-wrapper\"></div>"
button: "<a href=\"#\" class=\"small button joyride-next-tip\"></a>"
Modernizr = Modernizr or false
settings = {}
methods =
init: (opts) ->
@each ->
if $.isEmptyObject(settings)
settings = $.extend(true, defaults, opts)
# non configurable settings
settings.document = window.document
settings.$document = $(settings.document)
settings.$window = $(window)
settings.$content_el = $(this)
settings.body_offset = $(settings.tipContainer).position()
settings.$tip_content = $("> li", settings.$content_el)
settings.paused = false
settings.attempts = 0
settings.tipLocationPatterns =
top: ["bottom"]
bottom: [] # bottom should not need to be repositioned
left: ["right", "top", "bottom"]
right: ["left", "top", "bottom"]
# are we using jQuery 1.7+
methods.jquery_check()
# can we create cookies?
settings.cookieMonster = false unless $.isFunction($.cookie)
# generate the tips and insert into dom.
if not settings.cookieMonster or not $.cookie(settings.cookieName)
settings.$tip_content.each (index) ->
methods.create
$li: $(this)
index: index
# show first tip
if not settings.startTimerOnClick and settings.timer > 0
methods.show "init"
methods.startTimer()
else
methods.show "init"
settings.$document.on "click.joyride", ".joyride-next-tip, .joyride-modal-bg", (e) ->
e.preventDefault()
if settings.$li.next().length < 1
methods.end()
else if settings.timer > 0
clearTimeout settings.automate
methods.hide()
methods.show()
methods.startTimer()
else
methods.hide()
methods.show()
settings.$document.on "click.joyride", ".joyride-close-tip", (e) ->
e.preventDefault()
methods.end()
settings.$window.bind "resize.joyride", (e) ->
if methods.is_phone()
methods.pos_phone()
else
methods.pos_default()
else
methods.restart()
# call this method when you want to resume the tour
resume: ->
methods.set_li()
methods.show()
tip_template: (opts) ->
$blank = undefined_
content = undefined_
opts.tip_class = opts.tip_class or ""
$blank = $(settings.template.tip).addClass(opts.tip_class)
content = $.trim($(opts.li).html()) + methods.button_text(opts.button_text) + settings.template.link + methods.timer_instance(opts.index)
$blank.append $(settings.template.wrapper)
$blank.first().attr "data-index", opts.index
$(".joyride-content-wrapper", $blank).append content
$blank[0]
timer_instance: (index) ->
txt = undefined_
if (index is 0 and settings.startTimerOnClick and settings.timer > 0) or settings.timer is 0
txt = ""
else
txt = methods.outerHTML($(settings.template.timer)[0])
txt
button_text: (txt) ->
if settings.nextButton
txt = $.trim(txt) or "Next"
txt = methods.outerHTML($(settings.template.button).append(txt)[0])
else
txt = ""
txt
create: (opts) ->
# backwards compatibility with data-text attribute
buttonText = opts.$li.attr("data-button") or opts.$li.attr("data-text")
tipClass = opts.$li.attr("class")
$tip_content = $(methods.tip_template(
tip_class: tipClass
index: opts.index
button_text: buttonText
li: opts.$li
))
$(settings.tipContainer).append $tip_content
show: (init) ->
opts = {}
ii = undefined_
opts_arr = []
opts_len = 0
p = undefined_
$timer = null
# are we paused?
if settings.$li is `undefined` or ($.inArray(settings.$li.index(), settings.pauseAfter) is -1)
# don't go to the next li if the tour was paused
if settings.paused
settings.paused = false
else
methods.set_li init
settings.attempts = 0
if settings.$li.length and settings.$target.length > 0
opts_arr = (settings.$li.data("options") or ":").split(";")
opts_len = opts_arr.length
# parse options
ii = opts_len - 1
while ii >= 0
p = opts_arr[ii].split(":")
opts[$.trim(p[0])] = $.trim(p[1]) if p.length is 2
ii--
settings.tipSettings = $.extend({}, settings, opts)
settings.tipSettings.tipLocationPattern = settings.tipLocationPatterns[settings.tipSettings.tipLocation]
# scroll if not modal
methods.scroll_to() unless /body/i.test(settings.$target.selector)
if methods.is_phone()
methods.pos_phone true
else
methods.pos_default true
$timer = $(".joyride-timer-indicator", settings.$next_tip)
if /pop/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.show()
else if /fade/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$current_tip = settings.$next_tip
# skip non-existent targets
else if settings.$li and settings.$target.length < 1
methods.show()
else
methods.end()
else
settings.paused = true
# detect phones with media queries if supported.
is_phone: ->
return Modernizr.mq("only screen and (max-width: 767px)") if Modernizr
(if (settings.$window.width() < 767) then true else false)
hide: ->
settings.postStepCallback settings.$li.index(), settings.$current_tip
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
set_li: (init) ->
if init
settings.$li = settings.$tip_content.eq(settings.startOffset)
methods.set_next_tip()
settings.$current_tip = settings.$next_tip
else
settings.$li = settings.$li.next()
methods.set_next_tip()
methods.set_target()
set_next_tip: ->
settings.$next_tip = $(".joyride-tip-guide[data-index=" + settings.$li.index() + "]")
set_target: ->
cl = settings.$li.attr("data-class")
id = settings.$li.attr("data-id")
$sel = ->
if id
$ settings.document.getElementById(id)
else if cl
$("." + cl).first()
else
$ "body"
settings.$target = $sel()
scroll_to: ->
window_half = undefined_
tipOffset = undefined_
window_half = settings.$window.height() / 2
tipOffset = Math.ceil(settings.$target.offset().top - window_half + settings.$next_tip.outerHeight())
$("html, body").stop().animate
scrollTop: tipOffset
, settings.scrollSpeed
paused: ->
return true if $.inArray((settings.$li.index() + 1), settings.pauseAfter) is -1
false
destroy: ->
settings.$document.off ".joyride"
$(window).off ".joyride"
$(".joyride-close-tip, .joyride-next-tip, .joyride-modal-bg").off ".joyride"
$(".joyride-tip-guide, .joyride-modal-bg").remove()
clearTimeout settings.automate
settings = {}
restart: ->
methods.hide()
settings.$li = `undefined`
methods.show "init"
pos_default: (init) ->
half_fold = Math.ceil(settings.$window.height() / 2)
tip_position = settings.$next_tip.offset()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
# tip must not be "display: none" to calculate position
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.bottom()
settings.$next_tip.css
top: (settings.$target.offset().top + nub_height + settings.$target.outerHeight())
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "top"
else if methods.top()
settings.$next_tip.css
top: (settings.$target.offset().top - settings.$next_tip.outerHeight() - nub_height)
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "bottom"
else if methods.right()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.outerWidth() + settings.$target.offset().left)
methods.nub_position $nub, settings.tipSettings.nubPosition, "left"
else if methods.left()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.offset().left - settings.$next_tip.outerWidth() - nub_height)
methods.nub_position $nub, settings.tipSettings.nubPosition, "right"
if not methods.visible(methods.corners(settings.$next_tip)) and settings.attempts < settings.tipSettings.tipLocationPattern.length
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
settings.tipSettings.tipLocation = settings.tipSettings.tipLocationPattern[settings.attempts]
settings.attempts++
methods.pos_default true
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_phone: (init) ->
tip_height = settings.$next_tip.outerHeight()
tip_offset = settings.$next_tip.offset()
target_height = settings.$target.outerHeight()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.top()
settings.$next_tip.offset top: settings.$target.offset().top - tip_height - nub_height
$nub.addClass "bottom"
else
settings.$next_tip.offset top: settings.$target.offset().top + target_height + nub_height
$nub.addClass "top"
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_modal: ($nub) ->
methods.center()
$nub.hide()
$("body").append("<div class=\"joyride-modal-bg\">").show() if $(".joyride-modal-bg").length < 1
if /pop/i.test(settings.tipAnimation)
$(".joyride-modal-bg").show()
else
$(".joyride-modal-bg").fadeIn settings.tipAnimationFadeSpeed
center: ->
$w = settings.$window
settings.$next_tip.css
top: ((($w.height() - settings.$next_tip.outerHeight()) / 2) + $w.scrollTop())
left: ((($w.width() - settings.$next_tip.outerWidth()) / 2) + $w.scrollLeft())
true
bottom: ->
/bottom/i.test settings.tipSettings.tipLocation
top: ->
/top/i.test settings.tipSettings.tipLocation
right: ->
/right/i.test settings.tipSettings.tipLocation
left: ->
/left/i.test settings.tipSettings.tipLocation
corners: (el) ->
w = settings.$window
right = w.width() + w.scrollLeft()
bottom = w.width() + w.scrollTop()
[el.offset().top <= w.scrollTop(), right <= el.offset().left + el.outerWidth(), bottom <= el.offset().top + el.outerHeight(), w.scrollLeft() >= el.offset().left]
visible: (hidden_corners) ->
i = hidden_corners.length
return false if hidden_corners[i] while i--
true
nub_position: (nub, pos, def) ->
if pos is "auto"
nub.addClass def
else
nub.addClass pos
startTimer: ->
if settings.$li.length
settings.automate = setTimeout(->
methods.hide()
methods.show()
methods.startTimer()
, settings.timer)
else
clearTimeout settings.automate
end: ->
if settings.cookieMonster
$.cookie settings.cookieName, "ridden",
expires: 365
domain: settings.cookieDomain
clearTimeout settings.automate if settings.timer > 0
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
settings.postStepCallback settings.$li.index(), settings.$current_tip
settings.postRideCallback settings.$li.index(), settings.$current_tip
jquery_check: ->
# define on() and off() for older jQuery
unless $.isFunction($.fn.on)
$.fn.on = (types, sel, fn) ->
@delegate sel, types, fn
$.fn.off = (types, sel, fn) ->
@undelegate sel, types, fn
return false
true
outerHTML: (el) ->
# support FireFox < 11
el.outerHTML or new XMLSerializer().serializeToString(el)
version: ->
settings.version
$.fn.joyride = (method) ->
if methods[method]
methods[method].apply this, Array::slice.call(arguments, 1)
else if typeof method is "object" or not method
methods.init.apply this, arguments
else
$.error "Method " + method + " does not exist on jQuery.joyride"
) jQuery, this
| true | ###
Inspired in foundation v.3.2
joyride: joyride.coffee
###
#
# * jQuery Foundation Joyride Plugin 2.0.3
# * http://foundation.zurb.com
# * Copyright 2012, PI:NAME:<NAME>END_PI
# * Free to use under the MIT license.
# * http://www.opensource.org/licenses/mit-license.php
#
#jslint unparam: true, browser: true, indent: 2
(($, window, undefined_) ->
"use strict"
defaults =
version: "2.0.3"
tipLocation: "bottom" # 'top' or 'bottom' in relation to parent
nubPosition: "auto" # override on a per tooltip bases
scrollSpeed: 300 # Page scrolling speed in milliseconds
timer: 0 # 0 = no timer , all other numbers = timer in milliseconds
startTimerOnClick: true # true or false - true requires clicking the first button start the timer
startOffset: 0 # the index of the tooltip you want to start on (index of the li)
nextButton: true # true or false to control whether a next button is used
tipAnimation: "fade" # 'pop' or 'fade' in each tip
pauseAfter: [] # array of indexes where to pause the tour after
tipAnimationFadeSpeed: 300 # when tipAnimation = 'fade' this is speed in milliseconds for the transition
cookieMonster: false # true or false to control whether cookies are used
cookieName: "joyride" # Name the cookie you'll use
cookieDomain: false # Will this cookie be attached to a domain, ie. '.notableapp.com'
tipContainer: "body" # Where will the tip be attached
postRideCallback: $.noop # A method to call once the tour closes (canceled or complete)
postStepCallback: $.noop # A method to call after each step
template: # HTML segments for tip layout
link: "<a href=\"#close\" class=\"joyride-close-tip\">X</a>"
timer: "<div class=\"joyride-timer-indicator-wrap\"><span class=\"joyride-timer-indicator\"></span></div>"
tip: "<div class=\"joyride-tip-guide\"><span class=\"joyride-nub\"></span></div>"
wrapper: "<div class=\"joyride-content-wrapper\"></div>"
button: "<a href=\"#\" class=\"small button joyride-next-tip\"></a>"
Modernizr = Modernizr or false
settings = {}
methods =
init: (opts) ->
@each ->
if $.isEmptyObject(settings)
settings = $.extend(true, defaults, opts)
# non configurable settings
settings.document = window.document
settings.$document = $(settings.document)
settings.$window = $(window)
settings.$content_el = $(this)
settings.body_offset = $(settings.tipContainer).position()
settings.$tip_content = $("> li", settings.$content_el)
settings.paused = false
settings.attempts = 0
settings.tipLocationPatterns =
top: ["bottom"]
bottom: [] # bottom should not need to be repositioned
left: ["right", "top", "bottom"]
right: ["left", "top", "bottom"]
# are we using jQuery 1.7+
methods.jquery_check()
# can we create cookies?
settings.cookieMonster = false unless $.isFunction($.cookie)
# generate the tips and insert into dom.
if not settings.cookieMonster or not $.cookie(settings.cookieName)
settings.$tip_content.each (index) ->
methods.create
$li: $(this)
index: index
# show first tip
if not settings.startTimerOnClick and settings.timer > 0
methods.show "init"
methods.startTimer()
else
methods.show "init"
settings.$document.on "click.joyride", ".joyride-next-tip, .joyride-modal-bg", (e) ->
e.preventDefault()
if settings.$li.next().length < 1
methods.end()
else if settings.timer > 0
clearTimeout settings.automate
methods.hide()
methods.show()
methods.startTimer()
else
methods.hide()
methods.show()
settings.$document.on "click.joyride", ".joyride-close-tip", (e) ->
e.preventDefault()
methods.end()
settings.$window.bind "resize.joyride", (e) ->
if methods.is_phone()
methods.pos_phone()
else
methods.pos_default()
else
methods.restart()
# call this method when you want to resume the tour
resume: ->
methods.set_li()
methods.show()
tip_template: (opts) ->
$blank = undefined_
content = undefined_
opts.tip_class = opts.tip_class or ""
$blank = $(settings.template.tip).addClass(opts.tip_class)
content = $.trim($(opts.li).html()) + methods.button_text(opts.button_text) + settings.template.link + methods.timer_instance(opts.index)
$blank.append $(settings.template.wrapper)
$blank.first().attr "data-index", opts.index
$(".joyride-content-wrapper", $blank).append content
$blank[0]
timer_instance: (index) ->
txt = undefined_
if (index is 0 and settings.startTimerOnClick and settings.timer > 0) or settings.timer is 0
txt = ""
else
txt = methods.outerHTML($(settings.template.timer)[0])
txt
button_text: (txt) ->
if settings.nextButton
txt = $.trim(txt) or "Next"
txt = methods.outerHTML($(settings.template.button).append(txt)[0])
else
txt = ""
txt
create: (opts) ->
# backwards compatibility with data-text attribute
buttonText = opts.$li.attr("data-button") or opts.$li.attr("data-text")
tipClass = opts.$li.attr("class")
$tip_content = $(methods.tip_template(
tip_class: tipClass
index: opts.index
button_text: buttonText
li: opts.$li
))
$(settings.tipContainer).append $tip_content
show: (init) ->
opts = {}
ii = undefined_
opts_arr = []
opts_len = 0
p = undefined_
$timer = null
# are we paused?
if settings.$li is `undefined` or ($.inArray(settings.$li.index(), settings.pauseAfter) is -1)
# don't go to the next li if the tour was paused
if settings.paused
settings.paused = false
else
methods.set_li init
settings.attempts = 0
if settings.$li.length and settings.$target.length > 0
opts_arr = (settings.$li.data("options") or ":").split(";")
opts_len = opts_arr.length
# parse options
ii = opts_len - 1
while ii >= 0
p = opts_arr[ii].split(":")
opts[$.trim(p[0])] = $.trim(p[1]) if p.length is 2
ii--
settings.tipSettings = $.extend({}, settings, opts)
settings.tipSettings.tipLocationPattern = settings.tipLocationPatterns[settings.tipSettings.tipLocation]
# scroll if not modal
methods.scroll_to() unless /body/i.test(settings.$target.selector)
if methods.is_phone()
methods.pos_phone true
else
methods.pos_default true
$timer = $(".joyride-timer-indicator", settings.$next_tip)
if /pop/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.show()
else if /fade/i.test(settings.tipAnimation)
$timer.outerWidth 0
if settings.timer > 0
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$next_tip.show()
$timer.animate
width: $(".joyride-timer-indicator-wrap", settings.$next_tip).outerWidth()
, settings.timer
else
settings.$next_tip.fadeIn settings.tipAnimationFadeSpeed
settings.$current_tip = settings.$next_tip
# skip non-existent targets
else if settings.$li and settings.$target.length < 1
methods.show()
else
methods.end()
else
settings.paused = true
# detect phones with media queries if supported.
is_phone: ->
return Modernizr.mq("only screen and (max-width: 767px)") if Modernizr
(if (settings.$window.width() < 767) then true else false)
hide: ->
settings.postStepCallback settings.$li.index(), settings.$current_tip
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
set_li: (init) ->
if init
settings.$li = settings.$tip_content.eq(settings.startOffset)
methods.set_next_tip()
settings.$current_tip = settings.$next_tip
else
settings.$li = settings.$li.next()
methods.set_next_tip()
methods.set_target()
set_next_tip: ->
settings.$next_tip = $(".joyride-tip-guide[data-index=" + settings.$li.index() + "]")
set_target: ->
cl = settings.$li.attr("data-class")
id = settings.$li.attr("data-id")
$sel = ->
if id
$ settings.document.getElementById(id)
else if cl
$("." + cl).first()
else
$ "body"
settings.$target = $sel()
scroll_to: ->
window_half = undefined_
tipOffset = undefined_
window_half = settings.$window.height() / 2
tipOffset = Math.ceil(settings.$target.offset().top - window_half + settings.$next_tip.outerHeight())
$("html, body").stop().animate
scrollTop: tipOffset
, settings.scrollSpeed
paused: ->
return true if $.inArray((settings.$li.index() + 1), settings.pauseAfter) is -1
false
destroy: ->
settings.$document.off ".joyride"
$(window).off ".joyride"
$(".joyride-close-tip, .joyride-next-tip, .joyride-modal-bg").off ".joyride"
$(".joyride-tip-guide, .joyride-modal-bg").remove()
clearTimeout settings.automate
settings = {}
restart: ->
methods.hide()
settings.$li = `undefined`
methods.show "init"
pos_default: (init) ->
half_fold = Math.ceil(settings.$window.height() / 2)
tip_position = settings.$next_tip.offset()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
# tip must not be "display: none" to calculate position
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.bottom()
settings.$next_tip.css
top: (settings.$target.offset().top + nub_height + settings.$target.outerHeight())
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "top"
else if methods.top()
settings.$next_tip.css
top: (settings.$target.offset().top - settings.$next_tip.outerHeight() - nub_height)
left: settings.$target.offset().left
methods.nub_position $nub, settings.tipSettings.nubPosition, "bottom"
else if methods.right()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.outerWidth() + settings.$target.offset().left)
methods.nub_position $nub, settings.tipSettings.nubPosition, "left"
else if methods.left()
settings.$next_tip.css
top: settings.$target.offset().top
left: (settings.$target.offset().left - settings.$next_tip.outerWidth() - nub_height)
methods.nub_position $nub, settings.tipSettings.nubPosition, "right"
if not methods.visible(methods.corners(settings.$next_tip)) and settings.attempts < settings.tipSettings.tipLocationPattern.length
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
settings.tipSettings.tipLocation = settings.tipSettings.tipLocationPattern[settings.attempts]
settings.attempts++
methods.pos_default true
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_phone: (init) ->
tip_height = settings.$next_tip.outerHeight()
tip_offset = settings.$next_tip.offset()
target_height = settings.$target.outerHeight()
$nub = $(".joyride-nub", settings.$next_tip)
nub_height = Math.ceil($nub.outerHeight() / 2)
toggle = init or false
$nub.removeClass("bottom").removeClass("top").removeClass("right").removeClass "left"
if toggle
settings.$next_tip.css "visibility", "hidden"
settings.$next_tip.show()
unless /body/i.test(settings.$target.selector)
if methods.top()
settings.$next_tip.offset top: settings.$target.offset().top - tip_height - nub_height
$nub.addClass "bottom"
else
settings.$next_tip.offset top: settings.$target.offset().top + target_height + nub_height
$nub.addClass "top"
else methods.pos_modal $nub if settings.$li.length
if toggle
settings.$next_tip.hide()
settings.$next_tip.css "visibility", "visible"
pos_modal: ($nub) ->
methods.center()
$nub.hide()
$("body").append("<div class=\"joyride-modal-bg\">").show() if $(".joyride-modal-bg").length < 1
if /pop/i.test(settings.tipAnimation)
$(".joyride-modal-bg").show()
else
$(".joyride-modal-bg").fadeIn settings.tipAnimationFadeSpeed
center: ->
$w = settings.$window
settings.$next_tip.css
top: ((($w.height() - settings.$next_tip.outerHeight()) / 2) + $w.scrollTop())
left: ((($w.width() - settings.$next_tip.outerWidth()) / 2) + $w.scrollLeft())
true
bottom: ->
/bottom/i.test settings.tipSettings.tipLocation
top: ->
/top/i.test settings.tipSettings.tipLocation
right: ->
/right/i.test settings.tipSettings.tipLocation
left: ->
/left/i.test settings.tipSettings.tipLocation
corners: (el) ->
w = settings.$window
right = w.width() + w.scrollLeft()
bottom = w.width() + w.scrollTop()
[el.offset().top <= w.scrollTop(), right <= el.offset().left + el.outerWidth(), bottom <= el.offset().top + el.outerHeight(), w.scrollLeft() >= el.offset().left]
visible: (hidden_corners) ->
i = hidden_corners.length
return false if hidden_corners[i] while i--
true
nub_position: (nub, pos, def) ->
if pos is "auto"
nub.addClass def
else
nub.addClass pos
startTimer: ->
if settings.$li.length
settings.automate = setTimeout(->
methods.hide()
methods.show()
methods.startTimer()
, settings.timer)
else
clearTimeout settings.automate
end: ->
if settings.cookieMonster
$.cookie settings.cookieName, "ridden",
expires: 365
domain: settings.cookieDomain
clearTimeout settings.automate if settings.timer > 0
$(".joyride-modal-bg").hide()
settings.$current_tip.hide()
settings.postStepCallback settings.$li.index(), settings.$current_tip
settings.postRideCallback settings.$li.index(), settings.$current_tip
jquery_check: ->
# define on() and off() for older jQuery
unless $.isFunction($.fn.on)
$.fn.on = (types, sel, fn) ->
@delegate sel, types, fn
$.fn.off = (types, sel, fn) ->
@undelegate sel, types, fn
return false
true
outerHTML: (el) ->
# support FireFox < 11
el.outerHTML or new XMLSerializer().serializeToString(el)
version: ->
settings.version
$.fn.joyride = (method) ->
if methods[method]
methods[method].apply this, Array::slice.call(arguments, 1)
else if typeof method is "object" or not method
methods.init.apply this, arguments
else
$.error "Method " + method + " does not exist on jQuery.joyride"
) jQuery, this
|
[
{
"context": " people who do not use Coffeescript. \n \n @author Mads Hartmann Jensen. \n###\n\nmugs.provide(\"mugs.range\")\n\nmugs.range = {",
"end": 185,
"score": 0.9998239278793335,
"start": 165,
"tag": "NAME",
"value": "Mads Hartmann Jensen"
}
] | src/Range.coffee | mads-hartmann/mugs | 1 | ###
range is a utility object that can create arrays with all natural number in a
given range. Convenient for people who do not use Coffeescript.
@author Mads Hartmann Jensen.
###
mugs.provide("mugs.range")
mugs.range = {}
###*
Creates an array with all the numbers between from and to inclusive.
@param from The lower bound of the range (included)
@param to The upper bound of the range (included)
@return An array with all the numbers between from and to inclusive.
###
mugs.range.to = (from, to) -> [from..to]
###*
Creates an array with all the numbers between from and until. From
is included, until isn't.
@param from The lower bound of the range (included)
@param until_ The upper bound of the range (excluded)
@return An array with all the numbers between from and until. From
is included, until isn't.
###
mugs.range.until = (from, until_) -> [from..until_-1] | 180086 | ###
range is a utility object that can create arrays with all natural number in a
given range. Convenient for people who do not use Coffeescript.
@author <NAME>.
###
mugs.provide("mugs.range")
mugs.range = {}
###*
Creates an array with all the numbers between from and to inclusive.
@param from The lower bound of the range (included)
@param to The upper bound of the range (included)
@return An array with all the numbers between from and to inclusive.
###
mugs.range.to = (from, to) -> [from..to]
###*
Creates an array with all the numbers between from and until. From
is included, until isn't.
@param from The lower bound of the range (included)
@param until_ The upper bound of the range (excluded)
@return An array with all the numbers between from and until. From
is included, until isn't.
###
mugs.range.until = (from, until_) -> [from..until_-1] | true | ###
range is a utility object that can create arrays with all natural number in a
given range. Convenient for people who do not use Coffeescript.
@author PI:NAME:<NAME>END_PI.
###
mugs.provide("mugs.range")
mugs.range = {}
###*
Creates an array with all the numbers between from and to inclusive.
@param from The lower bound of the range (included)
@param to The upper bound of the range (included)
@return An array with all the numbers between from and to inclusive.
###
mugs.range.to = (from, to) -> [from..to]
###*
Creates an array with all the numbers between from and until. From
is included, until isn't.
@param from The lower bound of the range (included)
@param until_ The upper bound of the range (excluded)
@return An array with all the numbers between from and until. From
is included, until isn't.
###
mugs.range.until = (from, until_) -> [from..until_-1] |
[
{
"context": "# base64\n# \n# @description\n# @Copyright 2014 Fantasy <fantasyshao@icloud.com>\n# @create 2014-12-11\n# @",
"end": 52,
"score": 0.9777643084526062,
"start": 45,
"tag": "USERNAME",
"value": "Fantasy"
},
{
"context": "se64\n# \n# @description\n# @Copyright 2014 Fantasy <fantasyshao@icloud.com>\n# @create 2014-12-11\n# @update 2014-12-22\n\nexpor",
"end": 76,
"score": 0.9999297261238098,
"start": 54,
"tag": "EMAIL",
"value": "fantasyshao@icloud.com"
}
] | src/coffee/base64.coffee | FantasyMedia/Toolbox | 0 | # base64
#
# @description
# @Copyright 2014 Fantasy <fantasyshao@icloud.com>
# @create 2014-12-11
# @update 2014-12-22
exports.encode = (str) ->
try
new Buffer(str).toString('base64')
catch err
console.debug err
exports.decode = (str) ->
try
new Buffer(str, 'base64').toString('ascii')
catch err
console.debug err
| 63538 | # base64
#
# @description
# @Copyright 2014 Fantasy <<EMAIL>>
# @create 2014-12-11
# @update 2014-12-22
exports.encode = (str) ->
try
new Buffer(str).toString('base64')
catch err
console.debug err
exports.decode = (str) ->
try
new Buffer(str, 'base64').toString('ascii')
catch err
console.debug err
| true | # base64
#
# @description
# @Copyright 2014 Fantasy <PI:EMAIL:<EMAIL>END_PI>
# @create 2014-12-11
# @update 2014-12-22
exports.encode = (str) ->
try
new Buffer(str).toString('base64')
catch err
console.debug err
exports.decode = (str) ->
try
new Buffer(str, 'base64').toString('ascii')
catch err
console.debug err
|
[
{
"context": "rn\n\ncola.util.cancelDelay = (owner, name)->\n\tkey = \"_timer_\" + name\n\ttimerId = owner[key]\n\tif timerId\n\t\tdelete owner[",
"end": 3221,
"score": 0.9747292399406433,
"start": 3205,
"tag": "KEY",
"value": "\"_timer_\" + name"
}
] | src/core/util.coffee | homeant/cola-ui | 90 | cola.util.createDeferredIf = (originDfd, failbackArgs)->
return originDfd or $.Deferred().resolve(failbackArgs)
cola.util.wrapDeferredWith = (context, originDfd, failbackArgs)->
if originDfd and (not originDfd.done or not originDfd.fail)
return originDfd
dfd = $.Deferred()
if originDfd
originDfd.done(()->
dfd.resolveWith.apply(dfd, [context, arguments])
).fail(()->
dfd.rejectWith.apply(dfd, [context, arguments])
).notify?(()->
dfd.notifyWith.apply(dfd, [context, arguments])
)
else
dfd.resolveWith(context, failbackArgs)
return dfd
cola.util.findModel = (dom)->
scope = cola.util.userData(dom, "scope")
if scope
return scope
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
return domBinding.scope
if dom.parentNode
return cola.util.findModel(dom.parentNode)
else
return null
cola.util.trim = (text)->
return if text? then String.prototype.trim.call(text) else ""
cola.util.capitalize = (text)->
return text unless text
return text.charAt(0).toUpperCase() + text.slice(1);
cola.util.isSimpleValue = (value)->
if value == null or value == undefined then return true
type = typeof value
return type != "object" and type != "function" or value instanceof Date or value instanceof Array
cola.util.path = (parts...)->
last = parts.length - 1
for part, i in parts
changed = false
if i > 0 and part.charCodeAt(0) is 47 # `/`
part = part.substring(1)
changed = true
if i < last and part.charCodeAt(part.length - 1) is 47 # `/`
part = part.substring(0, part.length - 1)
changed = true
if changed then parts[i] = part
return parts.join("/")
cola.util.each = (array, fn)->
for item, i in array
if fn(item, i) is false
break
return
cola.util.parseStyleLikeString = (styleStr, headerProp)->
return false unless styleStr
style = {}
parts = styleStr.split(";")
for part, i in parts
j = part.indexOf(":")
if j > 0
styleProp = @trim(part.substring(0, j))
styleExpr = @trim(part.substring(j + 1))
if styleProp and styleExpr
style[styleProp] = styleExpr
else
part = @trim(part)
if not part then continue
if i is 0 and headerProp
style[headerProp] = part
else
style[part] = true
return style
cola.util.parseFunctionArgs = (func)->
argStr = func.toString().match(/\([^\(\)]*\)/)[0]
rawArgs = argStr.substring(1, argStr.length - 1).split(",");
args = []
for arg, i in rawArgs
arg = cola.util.trim(arg)
if arg then args.push(arg)
return args
cola.util.parseListener = (listener)->
argsMode = 1
argStr = listener.toString().match(/\([^\(\)]*\)/)[0]
args = argStr.substring(1, argStr.length - 1).split(",");
if args.length
if cola.util.trim(args[0]) is "arg" then argsMode = 2
listener._argsMode = argsMode
return argsMode
cola.util.isCompatibleType = (baseType, type)->
if type == baseType then return true
while type.__super__
type = type.__super__.constructor
if type == baseType then return true
return false
cola.util.delay = (owner, name, delay, fn)->
cola.util.cancelDelay(owner, name)
owner["_timer_" + name] = setTimeout(()->
fn.call(owner)
return
, delay)
return
cola.util.cancelDelay = (owner, name)->
key = "_timer_" + name
timerId = owner[key]
if timerId
delete owner[key]
clearTimeout(timerId)
return
cola.util.formatDate = (date, pattern)->
return "" unless date?
if not (date instanceof XDate)
date = new XDate(date)
return date.toString(pattern or cola.setting("defaultDateFormat"))
cola.util.formatNumber = (number, pattern)->
return "" unless number?
return number if isNaN(number)
return formatNumber(pattern or cola.setting("defaultNumberFormat"), number)
cola.util.format = (value, format)->
if value is null or value is undefined or value is ""
return ""
else if value instanceof Date
return cola.util.formatDate(value, format)
else if isFinite(value)
return cola.util.formatNumber(value, format)
else if value and typeof value is "string"
date = (new XDate(value)).toDate()
if not isFinite(date)
return value
else
return cola.util.formatDate(date, format)
else
return value
cola.util.getItemByItemDom = (dom)->
scope = cola.util.userData(dom, "scope")
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
scope = domBinding.scope
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
if dom.parentNode
return cola.util.getItemByItemDom(dom.parentNode)
else
return null
## URL
cola.util.queryParams = ()->
decode = (str)-> decodeURIComponent((str || "").replace(/\+/g, " "))
query = (window.location.search || "").substring(1)
params = {}
if query.length > 0
for param, i in query.split("&")
pair = param.split("=")
key = decode(pair.shift())
value = decode(if pair.length then pair.join("=") else null)
if (params.hasOwnProperty(key))
oldValue = params[key]
if oldValue instanceof Array
oldValue.push(value)
else
params[key] = [oldValue, value]
else
params[key] = value
return params
cola.util.pathParams = (prefix, index = 0)->
path = (window.location.pathname || "").replace(/^\//, "")
parts = path.split("/")
i = parts.indexOf(prefix)
if i >= 0
return parts[i + 1 + index]
else
return
## Dictionary
keyValuesMap = {}
dictionaryMap = {}
cola.util.dictionary = (name, keyValues)->
if keyValues is null
delete keyValuesMap[name]
delete dictionaryMap[name]
return
else if keyValues is undefined
return keyValuesMap[name]
else if keyValues instanceof Array
keyValuesMap[name] = keyValues
dictionaryMap[name] = dictionary = {}
for pair in keyValues
dictionary[pair.key or ""] = pair.value
return dictionary
else
keyValuesMap[name] = values = []
for key, value of keyValues
values.push(
key: key
value: value
)
dictionaryMap[name] = keyValues
return keyValues
cola.util.translate = (dictionaryName, key)->
return dictionaryMap[dictionaryName]?[key or ""]
# OO
cola.util.isSuperClass = (superCls, cls)->
return false unless superCls
while cls
return true if cls.__super__ is superCls::
cls = cls.__super__?.constructor
return false | 209212 | cola.util.createDeferredIf = (originDfd, failbackArgs)->
return originDfd or $.Deferred().resolve(failbackArgs)
cola.util.wrapDeferredWith = (context, originDfd, failbackArgs)->
if originDfd and (not originDfd.done or not originDfd.fail)
return originDfd
dfd = $.Deferred()
if originDfd
originDfd.done(()->
dfd.resolveWith.apply(dfd, [context, arguments])
).fail(()->
dfd.rejectWith.apply(dfd, [context, arguments])
).notify?(()->
dfd.notifyWith.apply(dfd, [context, arguments])
)
else
dfd.resolveWith(context, failbackArgs)
return dfd
cola.util.findModel = (dom)->
scope = cola.util.userData(dom, "scope")
if scope
return scope
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
return domBinding.scope
if dom.parentNode
return cola.util.findModel(dom.parentNode)
else
return null
cola.util.trim = (text)->
return if text? then String.prototype.trim.call(text) else ""
cola.util.capitalize = (text)->
return text unless text
return text.charAt(0).toUpperCase() + text.slice(1);
cola.util.isSimpleValue = (value)->
if value == null or value == undefined then return true
type = typeof value
return type != "object" and type != "function" or value instanceof Date or value instanceof Array
cola.util.path = (parts...)->
last = parts.length - 1
for part, i in parts
changed = false
if i > 0 and part.charCodeAt(0) is 47 # `/`
part = part.substring(1)
changed = true
if i < last and part.charCodeAt(part.length - 1) is 47 # `/`
part = part.substring(0, part.length - 1)
changed = true
if changed then parts[i] = part
return parts.join("/")
cola.util.each = (array, fn)->
for item, i in array
if fn(item, i) is false
break
return
cola.util.parseStyleLikeString = (styleStr, headerProp)->
return false unless styleStr
style = {}
parts = styleStr.split(";")
for part, i in parts
j = part.indexOf(":")
if j > 0
styleProp = @trim(part.substring(0, j))
styleExpr = @trim(part.substring(j + 1))
if styleProp and styleExpr
style[styleProp] = styleExpr
else
part = @trim(part)
if not part then continue
if i is 0 and headerProp
style[headerProp] = part
else
style[part] = true
return style
cola.util.parseFunctionArgs = (func)->
argStr = func.toString().match(/\([^\(\)]*\)/)[0]
rawArgs = argStr.substring(1, argStr.length - 1).split(",");
args = []
for arg, i in rawArgs
arg = cola.util.trim(arg)
if arg then args.push(arg)
return args
cola.util.parseListener = (listener)->
argsMode = 1
argStr = listener.toString().match(/\([^\(\)]*\)/)[0]
args = argStr.substring(1, argStr.length - 1).split(",");
if args.length
if cola.util.trim(args[0]) is "arg" then argsMode = 2
listener._argsMode = argsMode
return argsMode
cola.util.isCompatibleType = (baseType, type)->
if type == baseType then return true
while type.__super__
type = type.__super__.constructor
if type == baseType then return true
return false
cola.util.delay = (owner, name, delay, fn)->
cola.util.cancelDelay(owner, name)
owner["_timer_" + name] = setTimeout(()->
fn.call(owner)
return
, delay)
return
cola.util.cancelDelay = (owner, name)->
key = <KEY>
timerId = owner[key]
if timerId
delete owner[key]
clearTimeout(timerId)
return
cola.util.formatDate = (date, pattern)->
return "" unless date?
if not (date instanceof XDate)
date = new XDate(date)
return date.toString(pattern or cola.setting("defaultDateFormat"))
cola.util.formatNumber = (number, pattern)->
return "" unless number?
return number if isNaN(number)
return formatNumber(pattern or cola.setting("defaultNumberFormat"), number)
cola.util.format = (value, format)->
if value is null or value is undefined or value is ""
return ""
else if value instanceof Date
return cola.util.formatDate(value, format)
else if isFinite(value)
return cola.util.formatNumber(value, format)
else if value and typeof value is "string"
date = (new XDate(value)).toDate()
if not isFinite(date)
return value
else
return cola.util.formatDate(date, format)
else
return value
cola.util.getItemByItemDom = (dom)->
scope = cola.util.userData(dom, "scope")
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
scope = domBinding.scope
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
if dom.parentNode
return cola.util.getItemByItemDom(dom.parentNode)
else
return null
## URL
cola.util.queryParams = ()->
decode = (str)-> decodeURIComponent((str || "").replace(/\+/g, " "))
query = (window.location.search || "").substring(1)
params = {}
if query.length > 0
for param, i in query.split("&")
pair = param.split("=")
key = decode(pair.shift())
value = decode(if pair.length then pair.join("=") else null)
if (params.hasOwnProperty(key))
oldValue = params[key]
if oldValue instanceof Array
oldValue.push(value)
else
params[key] = [oldValue, value]
else
params[key] = value
return params
cola.util.pathParams = (prefix, index = 0)->
path = (window.location.pathname || "").replace(/^\//, "")
parts = path.split("/")
i = parts.indexOf(prefix)
if i >= 0
return parts[i + 1 + index]
else
return
## Dictionary
keyValuesMap = {}
dictionaryMap = {}
cola.util.dictionary = (name, keyValues)->
if keyValues is null
delete keyValuesMap[name]
delete dictionaryMap[name]
return
else if keyValues is undefined
return keyValuesMap[name]
else if keyValues instanceof Array
keyValuesMap[name] = keyValues
dictionaryMap[name] = dictionary = {}
for pair in keyValues
dictionary[pair.key or ""] = pair.value
return dictionary
else
keyValuesMap[name] = values = []
for key, value of keyValues
values.push(
key: key
value: value
)
dictionaryMap[name] = keyValues
return keyValues
cola.util.translate = (dictionaryName, key)->
return dictionaryMap[dictionaryName]?[key or ""]
# OO
cola.util.isSuperClass = (superCls, cls)->
return false unless superCls
while cls
return true if cls.__super__ is superCls::
cls = cls.__super__?.constructor
return false | true | cola.util.createDeferredIf = (originDfd, failbackArgs)->
return originDfd or $.Deferred().resolve(failbackArgs)
cola.util.wrapDeferredWith = (context, originDfd, failbackArgs)->
if originDfd and (not originDfd.done or not originDfd.fail)
return originDfd
dfd = $.Deferred()
if originDfd
originDfd.done(()->
dfd.resolveWith.apply(dfd, [context, arguments])
).fail(()->
dfd.rejectWith.apply(dfd, [context, arguments])
).notify?(()->
dfd.notifyWith.apply(dfd, [context, arguments])
)
else
dfd.resolveWith(context, failbackArgs)
return dfd
cola.util.findModel = (dom)->
scope = cola.util.userData(dom, "scope")
if scope
return scope
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
return domBinding.scope
if dom.parentNode
return cola.util.findModel(dom.parentNode)
else
return null
cola.util.trim = (text)->
return if text? then String.prototype.trim.call(text) else ""
cola.util.capitalize = (text)->
return text unless text
return text.charAt(0).toUpperCase() + text.slice(1);
cola.util.isSimpleValue = (value)->
if value == null or value == undefined then return true
type = typeof value
return type != "object" and type != "function" or value instanceof Date or value instanceof Array
cola.util.path = (parts...)->
last = parts.length - 1
for part, i in parts
changed = false
if i > 0 and part.charCodeAt(0) is 47 # `/`
part = part.substring(1)
changed = true
if i < last and part.charCodeAt(part.length - 1) is 47 # `/`
part = part.substring(0, part.length - 1)
changed = true
if changed then parts[i] = part
return parts.join("/")
cola.util.each = (array, fn)->
for item, i in array
if fn(item, i) is false
break
return
cola.util.parseStyleLikeString = (styleStr, headerProp)->
return false unless styleStr
style = {}
parts = styleStr.split(";")
for part, i in parts
j = part.indexOf(":")
if j > 0
styleProp = @trim(part.substring(0, j))
styleExpr = @trim(part.substring(j + 1))
if styleProp and styleExpr
style[styleProp] = styleExpr
else
part = @trim(part)
if not part then continue
if i is 0 and headerProp
style[headerProp] = part
else
style[part] = true
return style
cola.util.parseFunctionArgs = (func)->
argStr = func.toString().match(/\([^\(\)]*\)/)[0]
rawArgs = argStr.substring(1, argStr.length - 1).split(",");
args = []
for arg, i in rawArgs
arg = cola.util.trim(arg)
if arg then args.push(arg)
return args
cola.util.parseListener = (listener)->
argsMode = 1
argStr = listener.toString().match(/\([^\(\)]*\)/)[0]
args = argStr.substring(1, argStr.length - 1).split(",");
if args.length
if cola.util.trim(args[0]) is "arg" then argsMode = 2
listener._argsMode = argsMode
return argsMode
cola.util.isCompatibleType = (baseType, type)->
if type == baseType then return true
while type.__super__
type = type.__super__.constructor
if type == baseType then return true
return false
cola.util.delay = (owner, name, delay, fn)->
cola.util.cancelDelay(owner, name)
owner["_timer_" + name] = setTimeout(()->
fn.call(owner)
return
, delay)
return
cola.util.cancelDelay = (owner, name)->
key = PI:KEY:<KEY>END_PI
timerId = owner[key]
if timerId
delete owner[key]
clearTimeout(timerId)
return
cola.util.formatDate = (date, pattern)->
return "" unless date?
if not (date instanceof XDate)
date = new XDate(date)
return date.toString(pattern or cola.setting("defaultDateFormat"))
cola.util.formatNumber = (number, pattern)->
return "" unless number?
return number if isNaN(number)
return formatNumber(pattern or cola.setting("defaultNumberFormat"), number)
cola.util.format = (value, format)->
if value is null or value is undefined or value is ""
return ""
else if value instanceof Date
return cola.util.formatDate(value, format)
else if isFinite(value)
return cola.util.formatNumber(value, format)
else if value and typeof value is "string"
date = (new XDate(value)).toDate()
if not isFinite(date)
return value
else
return cola.util.formatDate(date, format)
else
return value
cola.util.getItemByItemDom = (dom)->
scope = cola.util.userData(dom, "scope")
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
domBinding = cola.util.userData(dom, cola.constants.DOM_BINDING_KEY)
if domBinding
scope = domBinding.scope
if scope and scope instanceof cola.ItemScope
return scope.data.getItemData()
if dom.parentNode
return cola.util.getItemByItemDom(dom.parentNode)
else
return null
## URL
cola.util.queryParams = ()->
decode = (str)-> decodeURIComponent((str || "").replace(/\+/g, " "))
query = (window.location.search || "").substring(1)
params = {}
if query.length > 0
for param, i in query.split("&")
pair = param.split("=")
key = decode(pair.shift())
value = decode(if pair.length then pair.join("=") else null)
if (params.hasOwnProperty(key))
oldValue = params[key]
if oldValue instanceof Array
oldValue.push(value)
else
params[key] = [oldValue, value]
else
params[key] = value
return params
cola.util.pathParams = (prefix, index = 0)->
path = (window.location.pathname || "").replace(/^\//, "")
parts = path.split("/")
i = parts.indexOf(prefix)
if i >= 0
return parts[i + 1 + index]
else
return
## Dictionary
keyValuesMap = {}
dictionaryMap = {}
cola.util.dictionary = (name, keyValues)->
if keyValues is null
delete keyValuesMap[name]
delete dictionaryMap[name]
return
else if keyValues is undefined
return keyValuesMap[name]
else if keyValues instanceof Array
keyValuesMap[name] = keyValues
dictionaryMap[name] = dictionary = {}
for pair in keyValues
dictionary[pair.key or ""] = pair.value
return dictionary
else
keyValuesMap[name] = values = []
for key, value of keyValues
values.push(
key: key
value: value
)
dictionaryMap[name] = keyValues
return keyValues
cola.util.translate = (dictionaryName, key)->
return dictionaryMap[dictionaryName]?[key or ""]
# OO
cola.util.isSuperClass = (superCls, cls)->
return false unless superCls
while cls
return true if cls.__super__ is superCls::
cls = cls.__super__?.constructor
return false |
[
{
"context": "\ntest_passwords = '''\nzxcvbn\nqwER43@!\nTr0ub4dour&3\ncorrecthorsebatteryst",
"end": 21,
"score": 0.9680730104446411,
"start": 21,
"tag": "PASSWORD",
"value": ""
},
{
"context": "\ntest_passwords = '''\nzxcvbn\nqwER43@!\nTr0ub4dour&3\ncorrecthorsebatterystaple\nco",
"end": 28,
"score": 0.9408754110336304,
"start": 22,
"tag": "PASSWORD",
"value": "zxcvbn"
},
{
"context": "\ntest_passwords = '''\nzxcvbn\nqwER43@!\nTr0ub4dour&3\ncorrecthorsebatterystaple\ncoRrecth0rseba++ery9.23.2007staple$\n\nD0g.........",
"end": 76,
"score": 0.9406453967094421,
"start": 29,
"tag": "PASSWORD",
"value": "qwER43@!\nTr0ub4dour&3\ncorrecthorsebatterystaple"
},
{
"context": "......\nabcdefghijk987654321\nneverforget13/3/1997\n1qaz2wsx3edc\n\ntemppass22\nbriansmith\nbriansmith4mayor\npasswo",
"end": 187,
"score": 0.8337382674217224,
"start": 179,
"tag": "PASSWORD",
"value": "qaz2wsx3"
},
{
"context": "21\nneverforget13/3/1997\n1qaz2wsx3edc\n\ntemppass22\nbriansmith\nbriansmith4mayor\npassword1\nviking\nthx1138\nScoRpi0",
"end": 213,
"score": 0.8661907315254211,
"start": 204,
"tag": "PASSWORD",
"value": "riansmith"
},
{
"context": "get13/3/1997\n1qaz2wsx3edc\n\ntemppass22\nbriansmith\nbriansmith4mayor\npassword1\nviking\nthx1138\nScoRpi0ns\ndo you know\n",
"end": 228,
"score": 0.8155181407928467,
"start": 215,
"tag": "PASSWORD",
"value": "riansmith4may"
},
{
"context": "mppass22\nbriansmith\nbriansmith4mayor\npassword1\nviking\nthx1138\nScoRpi0ns\ndo you know\n\nryanhunter2000\nria",
"end": 247,
"score": 0.8201555013656616,
"start": 244,
"tag": "PASSWORD",
"value": "ing"
},
{
"context": "22\nbriansmith\nbriansmith4mayor\npassword1\nviking\nthx1138\nScoRpi0ns\ndo you know\n\nryanhunter2000\nrianhunter2",
"end": 255,
"score": 0.7747747302055359,
"start": 250,
"tag": "PASSWORD",
"value": "x1138"
},
{
"context": "r\npassword1\nviking\nthx1138\nScoRpi0ns\ndo you know\n\nryanhunter2000\nrianhunter2000\n\nasdfghju7654rewq\nAOEUIDHG&*()L",
"end": 290,
"score": 0.9352980852127075,
"start": 279,
"tag": "USERNAME",
"value": "ryanhunter2"
},
{
"context": "ing\nthx1138\nScoRpi0ns\ndo you know\n\nryanhunter2000\nrianhunter2000\n\nasdfghju7654rewq\nAOEUIDHG&*()LS_\n\n12345678\nde",
"end": 305,
"score": 0.9563693404197693,
"start": 294,
"tag": "USERNAME",
"value": "rianhunter2"
},
{
"context": "ScoRpi0ns\ndo you know\n\nryanhunter2000\nrianhunter2000\n\nasdfghju7654rewq\nAOEUIDHG&*()LS_\n\n12345678\ndefgh",
"end": 308,
"score": 0.6591482162475586,
"start": 306,
"tag": "USERNAME",
"value": "00"
}
] | contrib/client/zxcvbn-1.0/test/test.coffee | stdjon/httplib | 2 |
test_passwords = '''
zxcvbn
qwER43@!
Tr0ub4dour&3
correcthorsebatterystaple
coRrecth0rseba++ery9.23.2007staple$
D0g..................
abcdefghijk987654321
neverforget13/3/1997
1qaz2wsx3edc
temppass22
briansmith
briansmith4mayor
password1
viking
thx1138
ScoRpi0ns
do you know
ryanhunter2000
rianhunter2000
asdfghju7654rewq
AOEUIDHG&*()LS_
12345678
defghi6789
rosebud
Rosebud
ROSEBUD
rosebuD
ros3bud99
r0s3bud99
R0$38uD99
verlineVANDERMARK
eheuczkqyq
rWibMFACxAUGZmxhVncy
Ba9ZyWABu99[BK#6MBgbH88Tofv)vs$w
'''
results_tmpl = '''
{{#results}}
<table class="result">
<tr>
<td>password: </td>
<td><strong>{{password}}</strong></td>
</tr>
<tr>
<td>entropy: </td>
<td>{{entropy}}</td>
</tr>
<tr>
<td>crack time (seconds): </td>
<td>{{crack_time}}</td>
</tr>
<tr>
<td>crack time (display): </td>
<td>{{crack_time_display}}</td>
</tr>
<tr>
<td>score from 0 to 4:</td>
<td>{{score}}</td>
</tr>
<tr>
<td>calculation time (ms): </td>
<td>{{calc_time}}</td>
</tr>
<tr>
<td colspan="2"><strong>match sequence:</strong></td>
</tr>
</table>
{{& match_sequence_display}}
{{/results}}
'''
props_tmpl = '''
<div class="match-sequence">
{{#match_sequence}}
<table>
<tr>
<td colspan="2">'{{token}}'</td>
</tr>
<tr>
<td>pattern:</td>
<td>{{pattern}}</td>
</tr>
<tr>
<td>entropy:</td>
<td>{{entropy}}</td>
</tr>
{{#cardinality}}
<tr>
<td>cardinality:</td>
<td>{{cardinality}}</td>
</tr>
{{/cardinality}}
{{#rank}}
<tr>
<td>dict-name:</td>
<td>{{dictionary_name}}</td>
</tr>
<tr>
<td>rank:</td>
<td>{{rank}}</td>
</tr>
<tr>
<td>base-entropy:</td>
<td>{{base_entropy}}</td>
</tr>
<tr>
<td>upper-entropy:</td>
<td>{{uppercase_entropy}}</td>
</tr>
{{/rank}}
{{#l33t}}
<tr>
<td>l33t-entropy:</td>
<td>{{l33t_entropy}}</td>
</tr>
<tr>
<td>l33t subs:</td>
<td>{{sub_display}}</td>
</tr>
<tr>
<td>un-l33ted:</td>
<td>{{matched_word}}</td>
</tr>
{{/l33t}}
{{#graph}}
<tr>
<td>graph: </td>
<td>{{graph}}</td>
</tr>
<tr>
<td>turns: </td>
<td>{{turns}}</td>
</tr>
<tr>
<td>shifted keys: </td>
<td>{{shifted_count}}</td>
</tr>
{{/graph}}
{{#repeated_char}}
<tr>
<td>repeat-char:</td>
<td>'{{repeated_char}}'</td>
</tr>
{{/repeated_char}}
{{#sequence_name}}
<tr>
<td>sequence-name:</td>
<td>{{sequence_name}}</td>
</tr>
<tr>
<td>sequence-size</td>
<td>{{sequence_space}}</td>
</tr>
<tr>
<td>ascending:</td>
<td>{{ascending}}</td>
</tr>
{{/sequence_name}}
{{#day}}
<tr>
<td>day:</td>
<td>{{day}}</td>
</tr>
<tr>
<td>month:</td>
<td>{{month}}</td>
</tr>
<tr>
<td>year:</td>
<td>{{year}}</td>
</tr>
<tr>
<td>separator:</td>
<td>'{{separator}}'</td>
</tr>
{{/day}}
</table>
{{/match_sequence}}
</div>
'''
zxcvbn_load_hook = ->
$ ->
results_lst = []
for password in test_passwords.split('\n') when password
r = zxcvbn(password)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results_lst.push r
rendered = Mustache.render(results_tmpl, {
results: results_lst,
})
$('#results').html(rendered)
last_q = ''
_listener = ->
current = $('#search-bar').val()
unless current
$('#search-results').html('')
return
if current != last_q
last_q = current
r = zxcvbn(current)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results = {results: [r]}
rendered = Mustache.render(results_tmpl, results)
$('#search-results').html(rendered)
setInterval _listener, 100
| 28563 |
test_passwords = '''<PASSWORD>
<PASSWORD>
<PASSWORD>
coRrecth0rseba++ery9.23.2007staple$
D0g..................
abcdefghijk987654321
neverforget13/3/1997
1<PASSWORD>edc
temppass22
b<PASSWORD>
b<PASSWORD>or
password1
vik<PASSWORD>
th<PASSWORD>
ScoRpi0ns
do you know
ryanhunter2000
rianhunter2000
asdfghju7654rewq
AOEUIDHG&*()LS_
12345678
defghi6789
rosebud
Rosebud
ROSEBUD
rosebuD
ros3bud99
r0s3bud99
R0$38uD99
verlineVANDERMARK
eheuczkqyq
rWibMFACxAUGZmxhVncy
Ba9ZyWABu99[BK#6MBgbH88Tofv)vs$w
'''
results_tmpl = '''
{{#results}}
<table class="result">
<tr>
<td>password: </td>
<td><strong>{{password}}</strong></td>
</tr>
<tr>
<td>entropy: </td>
<td>{{entropy}}</td>
</tr>
<tr>
<td>crack time (seconds): </td>
<td>{{crack_time}}</td>
</tr>
<tr>
<td>crack time (display): </td>
<td>{{crack_time_display}}</td>
</tr>
<tr>
<td>score from 0 to 4:</td>
<td>{{score}}</td>
</tr>
<tr>
<td>calculation time (ms): </td>
<td>{{calc_time}}</td>
</tr>
<tr>
<td colspan="2"><strong>match sequence:</strong></td>
</tr>
</table>
{{& match_sequence_display}}
{{/results}}
'''
props_tmpl = '''
<div class="match-sequence">
{{#match_sequence}}
<table>
<tr>
<td colspan="2">'{{token}}'</td>
</tr>
<tr>
<td>pattern:</td>
<td>{{pattern}}</td>
</tr>
<tr>
<td>entropy:</td>
<td>{{entropy}}</td>
</tr>
{{#cardinality}}
<tr>
<td>cardinality:</td>
<td>{{cardinality}}</td>
</tr>
{{/cardinality}}
{{#rank}}
<tr>
<td>dict-name:</td>
<td>{{dictionary_name}}</td>
</tr>
<tr>
<td>rank:</td>
<td>{{rank}}</td>
</tr>
<tr>
<td>base-entropy:</td>
<td>{{base_entropy}}</td>
</tr>
<tr>
<td>upper-entropy:</td>
<td>{{uppercase_entropy}}</td>
</tr>
{{/rank}}
{{#l33t}}
<tr>
<td>l33t-entropy:</td>
<td>{{l33t_entropy}}</td>
</tr>
<tr>
<td>l33t subs:</td>
<td>{{sub_display}}</td>
</tr>
<tr>
<td>un-l33ted:</td>
<td>{{matched_word}}</td>
</tr>
{{/l33t}}
{{#graph}}
<tr>
<td>graph: </td>
<td>{{graph}}</td>
</tr>
<tr>
<td>turns: </td>
<td>{{turns}}</td>
</tr>
<tr>
<td>shifted keys: </td>
<td>{{shifted_count}}</td>
</tr>
{{/graph}}
{{#repeated_char}}
<tr>
<td>repeat-char:</td>
<td>'{{repeated_char}}'</td>
</tr>
{{/repeated_char}}
{{#sequence_name}}
<tr>
<td>sequence-name:</td>
<td>{{sequence_name}}</td>
</tr>
<tr>
<td>sequence-size</td>
<td>{{sequence_space}}</td>
</tr>
<tr>
<td>ascending:</td>
<td>{{ascending}}</td>
</tr>
{{/sequence_name}}
{{#day}}
<tr>
<td>day:</td>
<td>{{day}}</td>
</tr>
<tr>
<td>month:</td>
<td>{{month}}</td>
</tr>
<tr>
<td>year:</td>
<td>{{year}}</td>
</tr>
<tr>
<td>separator:</td>
<td>'{{separator}}'</td>
</tr>
{{/day}}
</table>
{{/match_sequence}}
</div>
'''
zxcvbn_load_hook = ->
$ ->
results_lst = []
for password in test_passwords.split('\n') when password
r = zxcvbn(password)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results_lst.push r
rendered = Mustache.render(results_tmpl, {
results: results_lst,
})
$('#results').html(rendered)
last_q = ''
_listener = ->
current = $('#search-bar').val()
unless current
$('#search-results').html('')
return
if current != last_q
last_q = current
r = zxcvbn(current)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results = {results: [r]}
rendered = Mustache.render(results_tmpl, results)
$('#search-results').html(rendered)
setInterval _listener, 100
| true |
test_passwords = '''PI:PASSWORD:<PASSWORD>END_PI
PI:PASSWORD:<PASSWORD>END_PI
PI:PASSWORD:<PASSWORD>END_PI
coRrecth0rseba++ery9.23.2007staple$
D0g..................
abcdefghijk987654321
neverforget13/3/1997
1PI:PASSWORD:<PASSWORD>END_PIedc
temppass22
bPI:PASSWORD:<PASSWORD>END_PI
bPI:PASSWORD:<PASSWORD>END_PIor
password1
vikPI:PASSWORD:<PASSWORD>END_PI
thPI:PASSWORD:<PASSWORD>END_PI
ScoRpi0ns
do you know
ryanhunter2000
rianhunter2000
asdfghju7654rewq
AOEUIDHG&*()LS_
12345678
defghi6789
rosebud
Rosebud
ROSEBUD
rosebuD
ros3bud99
r0s3bud99
R0$38uD99
verlineVANDERMARK
eheuczkqyq
rWibMFACxAUGZmxhVncy
Ba9ZyWABu99[BK#6MBgbH88Tofv)vs$w
'''
results_tmpl = '''
{{#results}}
<table class="result">
<tr>
<td>password: </td>
<td><strong>{{password}}</strong></td>
</tr>
<tr>
<td>entropy: </td>
<td>{{entropy}}</td>
</tr>
<tr>
<td>crack time (seconds): </td>
<td>{{crack_time}}</td>
</tr>
<tr>
<td>crack time (display): </td>
<td>{{crack_time_display}}</td>
</tr>
<tr>
<td>score from 0 to 4:</td>
<td>{{score}}</td>
</tr>
<tr>
<td>calculation time (ms): </td>
<td>{{calc_time}}</td>
</tr>
<tr>
<td colspan="2"><strong>match sequence:</strong></td>
</tr>
</table>
{{& match_sequence_display}}
{{/results}}
'''
props_tmpl = '''
<div class="match-sequence">
{{#match_sequence}}
<table>
<tr>
<td colspan="2">'{{token}}'</td>
</tr>
<tr>
<td>pattern:</td>
<td>{{pattern}}</td>
</tr>
<tr>
<td>entropy:</td>
<td>{{entropy}}</td>
</tr>
{{#cardinality}}
<tr>
<td>cardinality:</td>
<td>{{cardinality}}</td>
</tr>
{{/cardinality}}
{{#rank}}
<tr>
<td>dict-name:</td>
<td>{{dictionary_name}}</td>
</tr>
<tr>
<td>rank:</td>
<td>{{rank}}</td>
</tr>
<tr>
<td>base-entropy:</td>
<td>{{base_entropy}}</td>
</tr>
<tr>
<td>upper-entropy:</td>
<td>{{uppercase_entropy}}</td>
</tr>
{{/rank}}
{{#l33t}}
<tr>
<td>l33t-entropy:</td>
<td>{{l33t_entropy}}</td>
</tr>
<tr>
<td>l33t subs:</td>
<td>{{sub_display}}</td>
</tr>
<tr>
<td>un-l33ted:</td>
<td>{{matched_word}}</td>
</tr>
{{/l33t}}
{{#graph}}
<tr>
<td>graph: </td>
<td>{{graph}}</td>
</tr>
<tr>
<td>turns: </td>
<td>{{turns}}</td>
</tr>
<tr>
<td>shifted keys: </td>
<td>{{shifted_count}}</td>
</tr>
{{/graph}}
{{#repeated_char}}
<tr>
<td>repeat-char:</td>
<td>'{{repeated_char}}'</td>
</tr>
{{/repeated_char}}
{{#sequence_name}}
<tr>
<td>sequence-name:</td>
<td>{{sequence_name}}</td>
</tr>
<tr>
<td>sequence-size</td>
<td>{{sequence_space}}</td>
</tr>
<tr>
<td>ascending:</td>
<td>{{ascending}}</td>
</tr>
{{/sequence_name}}
{{#day}}
<tr>
<td>day:</td>
<td>{{day}}</td>
</tr>
<tr>
<td>month:</td>
<td>{{month}}</td>
</tr>
<tr>
<td>year:</td>
<td>{{year}}</td>
</tr>
<tr>
<td>separator:</td>
<td>'{{separator}}'</td>
</tr>
{{/day}}
</table>
{{/match_sequence}}
</div>
'''
zxcvbn_load_hook = ->
$ ->
results_lst = []
for password in test_passwords.split('\n') when password
r = zxcvbn(password)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results_lst.push r
rendered = Mustache.render(results_tmpl, {
results: results_lst,
})
$('#results').html(rendered)
last_q = ''
_listener = ->
current = $('#search-bar').val()
unless current
$('#search-results').html('')
return
if current != last_q
last_q = current
r = zxcvbn(current)
r.match_sequence_display = Mustache.render(props_tmpl, r)
results = {results: [r]}
rendered = Mustache.render(results_tmpl, results)
$('#search-results').html(rendered)
setInterval _listener, 100
|
[
{
"context": "\"fs\"\nlibraries = {}\nscripts =\n init:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: []\n upda",
"end": 176,
"score": 0.996023952960968,
"start": 166,
"tag": "KEY",
"value": "b_settings"
},
{
"context": " = {}\nscripts =\n init:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: []\n updateSettings:\n ",
"end": 189,
"score": 0.9438126683235168,
"start": 180,
"tag": "KEY",
"value": "b_running"
},
{
"context": " =\n init:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: []\n updateSettings:\n keys: [\"b_se",
"end": 204,
"score": 0.9235000014305115,
"start": 193,
"tag": "KEY",
"value": "b_executing"
},
{
"context": "ting\"]\n libs: []\n updateSettings:\n keys: [\"b_settings\"]\n libs: []\n running:\n keys: [\"b_settings\"",
"end": 260,
"score": 0.9914607405662537,
"start": 250,
"tag": "KEY",
"value": "b_settings"
},
{
"context": "\"b_settings\"]\n libs: []\n running:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh",
"end": 309,
"score": 0.989549458026886,
"start": 299,
"tag": "KEY",
"value": "b_settings"
},
{
"context": " libs: []\n running:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\"]\n ",
"end": 322,
"score": 0.9199970364570618,
"start": 313,
"tag": "KEY",
"value": "b_running"
},
{
"context": " running:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\"]\n check:\n keys",
"end": 337,
"score": 0.9390061497688293,
"start": 326,
"tag": "KEY",
"value": "b_executing"
},
{
"context": " libs: [\"refresh_running\"]\n check:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_r",
"end": 403,
"score": 0.9597190022468567,
"start": 391,
"tag": "KEY",
"value": "b_settings\","
},
{
"context": "resh_running\"]\n check:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"con",
"end": 416,
"score": 0.9377912282943726,
"start": 405,
"tag": "KEY",
"value": "b_running\","
},
{
"context": "]\n check:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"conditions_check",
"end": 429,
"score": 0.966519832611084,
"start": 418,
"tag": "KEY",
"value": "b_executing"
},
{
"context": "nning\", \"conditions_check\"]\n submit:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh",
"end": 514,
"score": 0.9947230219841003,
"start": 504,
"tag": "KEY",
"value": "b_settings"
},
{
"context": "tions_check\"]\n submit:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"con",
"end": 529,
"score": 0.8288503289222717,
"start": 518,
"tag": "KEY",
"value": "b_running\","
},
{
"context": "\n submit:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"conditions_check",
"end": 542,
"score": 0.9108948707580566,
"start": 531,
"tag": "KEY",
"value": "b_executing"
},
{
"context": "ing\", \"conditions_check\"]\n register:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh",
"end": 629,
"score": 0.9935616850852966,
"start": 619,
"tag": "KEY",
"value": "b_settings"
},
{
"context": "ons_check\"]\n register:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"con",
"end": 644,
"score": 0.8348021507263184,
"start": 633,
"tag": "KEY",
"value": "b_running\","
},
{
"context": " register:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\", \"conditions_check",
"end": 657,
"score": 0.9651995301246643,
"start": 646,
"tag": "KEY",
"value": "b_executing"
},
{
"context": "running\", \"conditions_check\"]\n free:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_r",
"end": 742,
"score": 0.9804084897041321,
"start": 730,
"tag": "KEY",
"value": "b_settings\","
},
{
"context": "ditions_check\"]\n free:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\"]\n cu",
"end": 755,
"score": 0.9087504148483276,
"start": 744,
"tag": "KEY",
"value": "b_running\","
},
{
"context": "\"]\n free:\n keys: [\"b_settings\", \"b_running\", \"b_executing\"]\n libs: [\"refresh_running\"]\n current_reservo",
"end": 768,
"score": 0.9379499554634094,
"start": 757,
"tag": "KEY",
"value": "b_executing"
},
{
"context": "efresh_running\"]\n current_reservoir:\n keys: [\"b_settings\"]\n libs: []\n increment_reservoir:\n keys: [",
"end": 844,
"score": 0.9920771718025208,
"start": 834,
"tag": "KEY",
"value": "b_settings"
},
{
"context": "]\n libs: []\n increment_reservoir:\n keys: [\"b_settings\"]\n libs: []\n\n# Runs as-is in Node, but it also",
"end": 905,
"score": 0.9665215015411377,
"start": 895,
"tag": "KEY",
"value": "b_settings"
}
] | src/RedisStorage.coffee | VinayaSathyanarayana/bottleneck | 0 | parser = require "./parser"
DLList = require "./DLList"
BottleneckError = require "./BottleneckError"
fs = require "fs"
libraries = {}
scripts =
init:
keys: ["b_settings", "b_running", "b_executing"]
libs: []
updateSettings:
keys: ["b_settings"]
libs: []
running:
keys: ["b_settings", "b_running", "b_executing"]
libs: ["refresh_running"]
check:
keys: ["b_settings", "b_running", "b_executing"]
libs: ["refresh_running", "conditions_check"]
submit:
keys: ["b_settings", "b_running", "b_executing"]
libs: ["refresh_running", "conditions_check"]
register:
keys: ["b_settings", "b_running", "b_executing"]
libs: ["refresh_running", "conditions_check"]
free:
keys: ["b_settings", "b_running", "b_executing"]
libs: ["refresh_running"]
current_reservoir:
keys: ["b_settings"]
libs: []
increment_reservoir:
keys: ["b_settings"]
libs: []
# Runs as-is in Node, but it also gets preprocessed by brfs
# brfs looks for the pattern "fs.readFile [string], [function]", can't use variables here
fs.readFile "./src/redis/refresh_running.lua", (err, data) -> if err? then throw err else libraries["refresh_running"] = data.toString "utf8"
fs.readFile "./src/redis/conditions_check.lua", (err, data) -> if err? then throw err else libraries["conditions_check"] = data.toString "utf8"
fs.readFile "./src/redis/init.lua", (err, data) -> if err? then throw err else scripts["init"].code = data.toString "utf8"
fs.readFile "./src/redis/running.lua", (err, data) -> if err? then throw err else scripts["running"].code = data.toString "utf8"
fs.readFile "./src/redis/update_settings.lua", (err, data) -> if err? then throw err else scripts["updateSettings"].code = data.toString "utf8"
fs.readFile "./src/redis/check.lua", (err, data) -> if err? then throw err else scripts["check"].code = data.toString "utf8"
fs.readFile "./src/redis/submit.lua", (err, data) -> if err? then throw err else scripts["submit"].code = data.toString "utf8"
fs.readFile "./src/redis/register.lua", (err, data) -> if err? then throw err else scripts["register"].code = data.toString "utf8"
fs.readFile "./src/redis/free.lua", (err, data) -> if err? then throw err else scripts["free"].code = data.toString "utf8"
fs.readFile "./src/redis/current_reservoir.lua", (err, data) -> if err? then throw err else scripts["current_reservoir"].code = data.toString "utf8"
fs.readFile "./src/redis/increment_reservoir.lua", (err, data) -> if err? then throw err else scripts["increment_reservoir"].code = data.toString "utf8"
class RedisStorage
constructor: (@instance, initSettings, options) ->
redis = require "redis"
parser.load options, options, @
@client = redis.createClient @clientOptions
@subClient = redis.createClient @clientOptions
@shas = {}
@ready = new @Promise (resolve, reject) =>
count = 0
done = ->
count++
if count == 2 then resolve()
@client.on "error", (e) -> reject e
@client.on "ready", -> done()
@subClient.on "error", (e) -> reject e
@subClient.on "ready", =>
@subClient.on "subscribe", -> done()
@subClient.subscribe "bottleneck"
.then @loadAll
.then =>
@subClient.on "message", (channel, message) =>
[type, info] = message.split ":"
if type == "freed" then @instance._drainAll ~~info
initSettings.nextRequest = Date.now()
initSettings.running = 0
initSettings.unblockTime = 0
# initSettings.version =
args = @prepareObject(initSettings)
args.unshift (if options.clearDatastore then 1 else 0)
@runScript "init", args
.then (results) =>
# console.log @shas
@client
disconnect: (flush) ->
@client.end flush
@subClient.end flush
@
loadScript: (name) ->
new @Promise (resolve, reject) =>
payload = scripts[name].libs.map (lib) -> libraries[lib]
.join("\n") + scripts[name].code
@client.multi([["script", "load", payload]]).exec (err, replies) =>
if err? then return reject err
@shas[name] = replies[0]
return resolve replies[0]
loadAll: => @Promise.all(for k, v of scripts then @loadScript k)
prepareArray: (arr) -> arr.map (x) -> if x? then x.toString() else ""
prepareObject: (obj) ->
arr = []
for k, v of obj then arr.push k, (if v? then v.toString() else "")
arr
runScript: (name, args) ->
new @Promise (resolve, reject) =>
script = scripts[name]
arr = [@shas[name], script.keys.length].concat script.keys, args, (err, replies) ->
if err? then return reject err
return resolve replies
@client.evalsha.bind(@client).apply {}, arr
convertBool: (b) -> !!b
__updateSettings__: (options) -> @runScript "updateSettings", @prepareObject options
__running__: -> await @runScript "running", [Date.now()]
__incrementReservoir__: (incr) -> @runScript "increment_reservoir", [incr]
__currentReservoir__: -> @runScript "current_reservoir", @prepareArray []
__check__: (weight) -> @convertBool await @runScript "check", @prepareArray [weight, Date.now()]
__register__: (index, weight, expiration) ->
[success, wait] = await @runScript "register", @prepareArray [index, weight, expiration, Date.now()]
return {
success: @convertBool(success),
wait
}
__submit__: (queueLength, weight) ->
try
[reachedHWM, blocked, strategy] = await @runScript "submit", @prepareArray [queueLength, weight, Date.now()]
return {
reachedHWM: @convertBool(reachedHWM),
blocked: @convertBool(blocked),
strategy
}
catch e
if e.message.indexOf("OVERWEIGHT") == 0
[overweight, weight, maxConcurrent] = e.message.split " "
throw new BottleneckError("Impossible to add a job having a weight of #{weight} to a limiter having a maxConcurrent setting of #{maxConcurrent}")
else
throw e
__free__: (index, weight) ->
result = await @runScript "free", @prepareArray [index, Date.now()]
return { running: result }
module.exports = RedisStorage
| 217608 | parser = require "./parser"
DLList = require "./DLList"
BottleneckError = require "./BottleneckError"
fs = require "fs"
libraries = {}
scripts =
init:
keys: ["<KEY>", "<KEY>", "<KEY>"]
libs: []
updateSettings:
keys: ["<KEY>"]
libs: []
running:
keys: ["<KEY>", "<KEY>", "<KEY>"]
libs: ["refresh_running"]
check:
keys: ["<KEY> "<KEY> "<KEY>"]
libs: ["refresh_running", "conditions_check"]
submit:
keys: ["<KEY>", "<KEY> "<KEY>"]
libs: ["refresh_running", "conditions_check"]
register:
keys: ["<KEY>", "<KEY> "<KEY>"]
libs: ["refresh_running", "conditions_check"]
free:
keys: ["<KEY> "<KEY> "<KEY>"]
libs: ["refresh_running"]
current_reservoir:
keys: ["<KEY>"]
libs: []
increment_reservoir:
keys: ["<KEY>"]
libs: []
# Runs as-is in Node, but it also gets preprocessed by brfs
# brfs looks for the pattern "fs.readFile [string], [function]", can't use variables here
fs.readFile "./src/redis/refresh_running.lua", (err, data) -> if err? then throw err else libraries["refresh_running"] = data.toString "utf8"
fs.readFile "./src/redis/conditions_check.lua", (err, data) -> if err? then throw err else libraries["conditions_check"] = data.toString "utf8"
fs.readFile "./src/redis/init.lua", (err, data) -> if err? then throw err else scripts["init"].code = data.toString "utf8"
fs.readFile "./src/redis/running.lua", (err, data) -> if err? then throw err else scripts["running"].code = data.toString "utf8"
fs.readFile "./src/redis/update_settings.lua", (err, data) -> if err? then throw err else scripts["updateSettings"].code = data.toString "utf8"
fs.readFile "./src/redis/check.lua", (err, data) -> if err? then throw err else scripts["check"].code = data.toString "utf8"
fs.readFile "./src/redis/submit.lua", (err, data) -> if err? then throw err else scripts["submit"].code = data.toString "utf8"
fs.readFile "./src/redis/register.lua", (err, data) -> if err? then throw err else scripts["register"].code = data.toString "utf8"
fs.readFile "./src/redis/free.lua", (err, data) -> if err? then throw err else scripts["free"].code = data.toString "utf8"
fs.readFile "./src/redis/current_reservoir.lua", (err, data) -> if err? then throw err else scripts["current_reservoir"].code = data.toString "utf8"
fs.readFile "./src/redis/increment_reservoir.lua", (err, data) -> if err? then throw err else scripts["increment_reservoir"].code = data.toString "utf8"
class RedisStorage
constructor: (@instance, initSettings, options) ->
redis = require "redis"
parser.load options, options, @
@client = redis.createClient @clientOptions
@subClient = redis.createClient @clientOptions
@shas = {}
@ready = new @Promise (resolve, reject) =>
count = 0
done = ->
count++
if count == 2 then resolve()
@client.on "error", (e) -> reject e
@client.on "ready", -> done()
@subClient.on "error", (e) -> reject e
@subClient.on "ready", =>
@subClient.on "subscribe", -> done()
@subClient.subscribe "bottleneck"
.then @loadAll
.then =>
@subClient.on "message", (channel, message) =>
[type, info] = message.split ":"
if type == "freed" then @instance._drainAll ~~info
initSettings.nextRequest = Date.now()
initSettings.running = 0
initSettings.unblockTime = 0
# initSettings.version =
args = @prepareObject(initSettings)
args.unshift (if options.clearDatastore then 1 else 0)
@runScript "init", args
.then (results) =>
# console.log @shas
@client
disconnect: (flush) ->
@client.end flush
@subClient.end flush
@
loadScript: (name) ->
new @Promise (resolve, reject) =>
payload = scripts[name].libs.map (lib) -> libraries[lib]
.join("\n") + scripts[name].code
@client.multi([["script", "load", payload]]).exec (err, replies) =>
if err? then return reject err
@shas[name] = replies[0]
return resolve replies[0]
loadAll: => @Promise.all(for k, v of scripts then @loadScript k)
prepareArray: (arr) -> arr.map (x) -> if x? then x.toString() else ""
prepareObject: (obj) ->
arr = []
for k, v of obj then arr.push k, (if v? then v.toString() else "")
arr
runScript: (name, args) ->
new @Promise (resolve, reject) =>
script = scripts[name]
arr = [@shas[name], script.keys.length].concat script.keys, args, (err, replies) ->
if err? then return reject err
return resolve replies
@client.evalsha.bind(@client).apply {}, arr
convertBool: (b) -> !!b
__updateSettings__: (options) -> @runScript "updateSettings", @prepareObject options
__running__: -> await @runScript "running", [Date.now()]
__incrementReservoir__: (incr) -> @runScript "increment_reservoir", [incr]
__currentReservoir__: -> @runScript "current_reservoir", @prepareArray []
__check__: (weight) -> @convertBool await @runScript "check", @prepareArray [weight, Date.now()]
__register__: (index, weight, expiration) ->
[success, wait] = await @runScript "register", @prepareArray [index, weight, expiration, Date.now()]
return {
success: @convertBool(success),
wait
}
__submit__: (queueLength, weight) ->
try
[reachedHWM, blocked, strategy] = await @runScript "submit", @prepareArray [queueLength, weight, Date.now()]
return {
reachedHWM: @convertBool(reachedHWM),
blocked: @convertBool(blocked),
strategy
}
catch e
if e.message.indexOf("OVERWEIGHT") == 0
[overweight, weight, maxConcurrent] = e.message.split " "
throw new BottleneckError("Impossible to add a job having a weight of #{weight} to a limiter having a maxConcurrent setting of #{maxConcurrent}")
else
throw e
__free__: (index, weight) ->
result = await @runScript "free", @prepareArray [index, Date.now()]
return { running: result }
module.exports = RedisStorage
| true | parser = require "./parser"
DLList = require "./DLList"
BottleneckError = require "./BottleneckError"
fs = require "fs"
libraries = {}
scripts =
init:
keys: ["PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI"]
libs: []
updateSettings:
keys: ["PI:KEY:<KEY>END_PI"]
libs: []
running:
keys: ["PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI"]
libs: ["refresh_running"]
check:
keys: ["PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI"]
libs: ["refresh_running", "conditions_check"]
submit:
keys: ["PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI"]
libs: ["refresh_running", "conditions_check"]
register:
keys: ["PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI"]
libs: ["refresh_running", "conditions_check"]
free:
keys: ["PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI "PI:KEY:<KEY>END_PI"]
libs: ["refresh_running"]
current_reservoir:
keys: ["PI:KEY:<KEY>END_PI"]
libs: []
increment_reservoir:
keys: ["PI:KEY:<KEY>END_PI"]
libs: []
# Runs as-is in Node, but it also gets preprocessed by brfs
# brfs looks for the pattern "fs.readFile [string], [function]", can't use variables here
fs.readFile "./src/redis/refresh_running.lua", (err, data) -> if err? then throw err else libraries["refresh_running"] = data.toString "utf8"
fs.readFile "./src/redis/conditions_check.lua", (err, data) -> if err? then throw err else libraries["conditions_check"] = data.toString "utf8"
fs.readFile "./src/redis/init.lua", (err, data) -> if err? then throw err else scripts["init"].code = data.toString "utf8"
fs.readFile "./src/redis/running.lua", (err, data) -> if err? then throw err else scripts["running"].code = data.toString "utf8"
fs.readFile "./src/redis/update_settings.lua", (err, data) -> if err? then throw err else scripts["updateSettings"].code = data.toString "utf8"
fs.readFile "./src/redis/check.lua", (err, data) -> if err? then throw err else scripts["check"].code = data.toString "utf8"
fs.readFile "./src/redis/submit.lua", (err, data) -> if err? then throw err else scripts["submit"].code = data.toString "utf8"
fs.readFile "./src/redis/register.lua", (err, data) -> if err? then throw err else scripts["register"].code = data.toString "utf8"
fs.readFile "./src/redis/free.lua", (err, data) -> if err? then throw err else scripts["free"].code = data.toString "utf8"
fs.readFile "./src/redis/current_reservoir.lua", (err, data) -> if err? then throw err else scripts["current_reservoir"].code = data.toString "utf8"
fs.readFile "./src/redis/increment_reservoir.lua", (err, data) -> if err? then throw err else scripts["increment_reservoir"].code = data.toString "utf8"
class RedisStorage
constructor: (@instance, initSettings, options) ->
redis = require "redis"
parser.load options, options, @
@client = redis.createClient @clientOptions
@subClient = redis.createClient @clientOptions
@shas = {}
@ready = new @Promise (resolve, reject) =>
count = 0
done = ->
count++
if count == 2 then resolve()
@client.on "error", (e) -> reject e
@client.on "ready", -> done()
@subClient.on "error", (e) -> reject e
@subClient.on "ready", =>
@subClient.on "subscribe", -> done()
@subClient.subscribe "bottleneck"
.then @loadAll
.then =>
@subClient.on "message", (channel, message) =>
[type, info] = message.split ":"
if type == "freed" then @instance._drainAll ~~info
initSettings.nextRequest = Date.now()
initSettings.running = 0
initSettings.unblockTime = 0
# initSettings.version =
args = @prepareObject(initSettings)
args.unshift (if options.clearDatastore then 1 else 0)
@runScript "init", args
.then (results) =>
# console.log @shas
@client
disconnect: (flush) ->
@client.end flush
@subClient.end flush
@
loadScript: (name) ->
new @Promise (resolve, reject) =>
payload = scripts[name].libs.map (lib) -> libraries[lib]
.join("\n") + scripts[name].code
@client.multi([["script", "load", payload]]).exec (err, replies) =>
if err? then return reject err
@shas[name] = replies[0]
return resolve replies[0]
loadAll: => @Promise.all(for k, v of scripts then @loadScript k)
prepareArray: (arr) -> arr.map (x) -> if x? then x.toString() else ""
prepareObject: (obj) ->
arr = []
for k, v of obj then arr.push k, (if v? then v.toString() else "")
arr
runScript: (name, args) ->
new @Promise (resolve, reject) =>
script = scripts[name]
arr = [@shas[name], script.keys.length].concat script.keys, args, (err, replies) ->
if err? then return reject err
return resolve replies
@client.evalsha.bind(@client).apply {}, arr
convertBool: (b) -> !!b
__updateSettings__: (options) -> @runScript "updateSettings", @prepareObject options
__running__: -> await @runScript "running", [Date.now()]
__incrementReservoir__: (incr) -> @runScript "increment_reservoir", [incr]
__currentReservoir__: -> @runScript "current_reservoir", @prepareArray []
__check__: (weight) -> @convertBool await @runScript "check", @prepareArray [weight, Date.now()]
__register__: (index, weight, expiration) ->
[success, wait] = await @runScript "register", @prepareArray [index, weight, expiration, Date.now()]
return {
success: @convertBool(success),
wait
}
__submit__: (queueLength, weight) ->
try
[reachedHWM, blocked, strategy] = await @runScript "submit", @prepareArray [queueLength, weight, Date.now()]
return {
reachedHWM: @convertBool(reachedHWM),
blocked: @convertBool(blocked),
strategy
}
catch e
if e.message.indexOf("OVERWEIGHT") == 0
[overweight, weight, maxConcurrent] = e.message.split " "
throw new BottleneckError("Impossible to add a job having a weight of #{weight} to a limiter having a maxConcurrent setting of #{maxConcurrent}")
else
throw e
__free__: (index, weight) ->
result = await @runScript "free", @prepareArray [index, Date.now()]
return { running: result }
module.exports = RedisStorage
|
[
{
"context": "f items[i].sell_in < 0\n if items[i].name != 'Aged Brie'\n if items[i].name != 'Backstage passes to",
"end": 1487,
"score": 0.9996030330657959,
"start": 1478,
"tag": "NAME",
"value": "Aged Brie"
},
{
"context": "s[i].quality > 0\n if items[i].name != 'Sulfuras, Hand of Ragnaros'\n items[i].quality",
"end": 1636,
"score": 0.9900352954864502,
"start": 1628,
"tag": "NAME",
"value": "Sulfuras"
}
] | Original.coffee | Adelost/CodeKata-GildedRose-Redesign | 0 | Item = (name, sell_in, quality) ->
@name = name
@sell_in = sell_in
@quality = quality
return
class Item
constructor: (@name, @sell_in, @quality) ->
items = [
new Item("+5 Dexterity Vest", 10, 20),
new Item("Aged Brie", 2, 0),
new Item("Elixir of the Mongoose", 5, 7),
new Item("Sulfuras, Hand of Ragnaros", 0, 80),
new Item("Sulfuras, Hand of Ragnaros", -1, 80),
new Item("Backstage passes to a TAFKAL80ETC concert", 15, 20),
new Item("Backstage passes to a TAFKAL80ETC concert", 10, 49),
new Item("Backstage passes to a TAFKAL80ETC concert", 5, 49),
new Item("Conjured Mana Cake", 3, 6);
]
update_quality = ->
i = 0
while i < items.length
if items[i].name != 'Aged Brie' and items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name == 'Backstage passes to a TAFKAL80ETC concert'
if items[i].sell_in < 11
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].sell_in < 6
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].sell_in = items[i].sell_in - 1
if items[i].sell_in < 0
if items[i].name != 'Aged Brie'
if items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
items[i].quality = items[i].quality - (items[i].quality)
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
i++
return | 137547 | Item = (name, sell_in, quality) ->
@name = name
@sell_in = sell_in
@quality = quality
return
class Item
constructor: (@name, @sell_in, @quality) ->
items = [
new Item("+5 Dexterity Vest", 10, 20),
new Item("Aged Brie", 2, 0),
new Item("Elixir of the Mongoose", 5, 7),
new Item("Sulfuras, Hand of Ragnaros", 0, 80),
new Item("Sulfuras, Hand of Ragnaros", -1, 80),
new Item("Backstage passes to a TAFKAL80ETC concert", 15, 20),
new Item("Backstage passes to a TAFKAL80ETC concert", 10, 49),
new Item("Backstage passes to a TAFKAL80ETC concert", 5, 49),
new Item("Conjured Mana Cake", 3, 6);
]
update_quality = ->
i = 0
while i < items.length
if items[i].name != 'Aged Brie' and items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name == 'Backstage passes to a TAFKAL80ETC concert'
if items[i].sell_in < 11
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].sell_in < 6
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].sell_in = items[i].sell_in - 1
if items[i].sell_in < 0
if items[i].name != '<NAME>'
if items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != '<NAME>, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
items[i].quality = items[i].quality - (items[i].quality)
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
i++
return | true | Item = (name, sell_in, quality) ->
@name = name
@sell_in = sell_in
@quality = quality
return
class Item
constructor: (@name, @sell_in, @quality) ->
items = [
new Item("+5 Dexterity Vest", 10, 20),
new Item("Aged Brie", 2, 0),
new Item("Elixir of the Mongoose", 5, 7),
new Item("Sulfuras, Hand of Ragnaros", 0, 80),
new Item("Sulfuras, Hand of Ragnaros", -1, 80),
new Item("Backstage passes to a TAFKAL80ETC concert", 15, 20),
new Item("Backstage passes to a TAFKAL80ETC concert", 10, 49),
new Item("Backstage passes to a TAFKAL80ETC concert", 5, 49),
new Item("Conjured Mana Cake", 3, 6);
]
update_quality = ->
i = 0
while i < items.length
if items[i].name != 'Aged Brie' and items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name == 'Backstage passes to a TAFKAL80ETC concert'
if items[i].sell_in < 11
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].sell_in < 6
if items[i].quality < 50
items[i].quality = items[i].quality + 1
if items[i].name != 'Sulfuras, Hand of Ragnaros'
items[i].sell_in = items[i].sell_in - 1
if items[i].sell_in < 0
if items[i].name != 'PI:NAME:<NAME>END_PI'
if items[i].name != 'Backstage passes to a TAFKAL80ETC concert'
if items[i].quality > 0
if items[i].name != 'PI:NAME:<NAME>END_PI, Hand of Ragnaros'
items[i].quality = items[i].quality - 1
else
items[i].quality = items[i].quality - (items[i].quality)
else
if items[i].quality < 50
items[i].quality = items[i].quality + 1
i++
return |
[
{
"context": "key: 'todo'\npatterns: [\n {\n # Borrowed from language-gfm",
"end": 10,
"score": 0.9662103056907654,
"start": 6,
"tag": "KEY",
"value": "todo"
},
{
"context": "wed from language-gfm, because https://github.com/atom/language-todo/pull/36 isn't coming through\n ma",
"end": 93,
"score": 0.9975720047950745,
"start": 89,
"tag": "USERNAME",
"value": "atom"
}
] | grammars/repositories/inlines/todo.cson | doc22940/language-markdown | 138 | key: 'todo'
patterns: [
{
# Borrowed from language-gfm, because https://github.com/atom/language-todo/pull/36 isn't coming through
match: '(?<!\\w)@?(TODO|FIXME|CHANGED|XXX|IDEA|HACK|NOTE|REVIEW|NB|BUG|QUESTION|COMBAK|TEMP)\\b'
name: 'storage.type.class.${1:/downcase}.md'
}
]
| 198630 | key: '<KEY>'
patterns: [
{
# Borrowed from language-gfm, because https://github.com/atom/language-todo/pull/36 isn't coming through
match: '(?<!\\w)@?(TODO|FIXME|CHANGED|XXX|IDEA|HACK|NOTE|REVIEW|NB|BUG|QUESTION|COMBAK|TEMP)\\b'
name: 'storage.type.class.${1:/downcase}.md'
}
]
| true | key: 'PI:KEY:<KEY>END_PI'
patterns: [
{
# Borrowed from language-gfm, because https://github.com/atom/language-todo/pull/36 isn't coming through
match: '(?<!\\w)@?(TODO|FIXME|CHANGED|XXX|IDEA|HACK|NOTE|REVIEW|NB|BUG|QUESTION|COMBAK|TEMP)\\b'
name: 'storage.type.class.${1:/downcase}.md'
}
]
|
[
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n toUuid: 'bright-green'\n f",
"end": 561,
"score": 0.6870265603065491,
"start": 550,
"tag": "PASSWORD",
"value": "blue-purple"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n as: 'potato'\n toUuid: '",
"end": 1331,
"score": 0.7045450210571289,
"start": 1320,
"tag": "PASSWORD",
"value": "blue-purple"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n toUuid: 'bright-green'\n ",
"end": 2110,
"score": 0.544183075428009,
"start": 2106,
"tag": "PASSWORD",
"value": "blue"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n toUuid: 'bright-green'\n f",
"end": 2117,
"score": 0.7027136087417603,
"start": 2111,
"tag": "KEY",
"value": "purple"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n toUuid: 'bright-green'\n ",
"end": 2866,
"score": 0.5821751356124878,
"start": 2862,
"tag": "PASSWORD",
"value": "blue"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-purple'\n toUuid: 'bright-green'\n f",
"end": 2873,
"score": 0.6341642141342163,
"start": 2867,
"tag": "KEY",
"value": "purple"
},
{
"context": " uuid: 'green-blue'\n token: 'blue-purple'\n toUuid: 'bright-green'\n ",
"end": 3638,
"score": 0.5209183692932129,
"start": 3634,
"tag": "PASSWORD",
"value": "blue"
},
{
"context": " uuid: 'green-blue'\n token: 'blue-purple'\n toUuid: 'bright-green'\n r",
"end": 3645,
"score": 0.6690832376480103,
"start": 3639,
"tag": "KEY",
"value": "purple"
},
{
"context": " uuid: 'green-blue'\n token: 'blue-purple'\n fromUuid: 'green-blue'\n r",
"end": 4381,
"score": 0.6006598472595215,
"start": 4370,
"tag": "KEY",
"value": "blue-purple"
},
{
"context": " uuid: 'green-blue'\n token: 'blue-purple'\n as: 'monkey-man'\n toUui",
"end": 5115,
"score": 0.653824508190155,
"start": 5104,
"tag": "KEY",
"value": "blue-purple"
},
{
"context": " token: 'blue-purple'\n as: 'monkey-man'\n toUuid: 'bright-green'\n f",
"end": 5146,
"score": 0.9686694145202637,
"start": 5136,
"tag": "USERNAME",
"value": "monkey-man"
},
{
"context": " uuid: 'dim-green'\n token: 'blue-lime-green'\n toUuid: 'hot-yellow'\n fro",
"end": 5797,
"score": 0.7287129163742065,
"start": 5782,
"tag": "KEY",
"value": "blue-lime-green"
},
{
"context": " uuid: 'puke-green'\n token: 'blue-lime-green'\n toUuid: 'super-purple'\n f",
"end": 6602,
"score": 0.9603716135025024,
"start": 6587,
"tag": "PASSWORD",
"value": "blue-lime-green"
},
{
"context": " uuid: 'puke-green'\n token: 'blue-lime-green'\n toUuid: 'green-bomb'\n fro",
"end": 7412,
"score": 0.9563271403312683,
"start": 7397,
"tag": "PASSWORD",
"value": "blue-lime-green"
}
] | test/check-whitelist-message-from-spec.coffee | octoblu/meshblu-core-task-check-whitelist-message-from | 0 | http = require 'http'
CheckWhitelistMessageFrom = require '../'
describe 'CheckWhitelistMessageFrom', ->
beforeEach ->
@whitelistManager =
checkMessageFrom: sinon.stub()
@sut = new CheckWhitelistMessageFrom
whitelistManager: @whitelistManager
describe '->do', ->
describe 'when the auth.uuid does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'blue-purple'
toUuid: 'bright-green'
fromUuid: 'frog'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when the auth.as does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'blue-purple'
as: 'potato'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'blue-purple'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'blue-purple'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job without a from', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'blue-purple'
toUuid: 'bright-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job without a to', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'blue-purple'
fromUuid: 'green-blue'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job with an as', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'blue-purple'
as: 'monkey-man'
toUuid: 'bright-green'
fromUuid: 'monkey-man'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should call the whitelistmanager with the correct arguments', ->
expect(@whitelistManager.checkMessageFrom).to.have.been.calledWith
emitter: 'monkey-man'
subscriber: 'bright-green'
describe 'when called with a different valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'blue-lime-green'
toUuid: 'hot-yellow'
fromUuid: 'dim-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of OK', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a job that with a device that has an invalid whitelist', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, false
job =
metadata:
auth:
uuid: 'puke-green'
token: 'blue-lime-green'
toUuid: 'super-purple'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called and the checkMessageFrom yields an error', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields new Error "black-n-black"
job =
metadata:
auth:
uuid: 'puke-green'
token: 'blue-lime-green'
toUuid: 'green-bomb'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 500', ->
expect(@newJob.metadata.code).to.equal 500
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[500]
| 41950 | http = require 'http'
CheckWhitelistMessageFrom = require '../'
describe 'CheckWhitelistMessageFrom', ->
beforeEach ->
@whitelistManager =
checkMessageFrom: sinon.stub()
@sut = new CheckWhitelistMessageFrom
whitelistManager: @whitelistManager
describe '->do', ->
describe 'when the auth.uuid does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: '<PASSWORD>'
toUuid: 'bright-green'
fromUuid: 'frog'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when the auth.as does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: '<PASSWORD>'
as: 'potato'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: '<PASSWORD>-<KEY>'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: '<PASSWORD>-<KEY>'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job without a from', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: '<PASSWORD>-<KEY>'
toUuid: 'bright-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job without a to', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: '<PASSWORD>'
fromUuid: 'green-blue'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job with an as', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: '<PASSWORD>'
as: 'monkey-man'
toUuid: 'bright-green'
fromUuid: 'monkey-man'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should call the whitelistmanager with the correct arguments', ->
expect(@whitelistManager.checkMessageFrom).to.have.been.calledWith
emitter: 'monkey-man'
subscriber: 'bright-green'
describe 'when called with a different valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: '<KEY>'
toUuid: 'hot-yellow'
fromUuid: 'dim-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of OK', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a job that with a device that has an invalid whitelist', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, false
job =
metadata:
auth:
uuid: 'puke-green'
token: '<KEY>'
toUuid: 'super-purple'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called and the checkMessageFrom yields an error', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields new Error "black-n-black"
job =
metadata:
auth:
uuid: 'puke-green'
token: '<KEY>'
toUuid: 'green-bomb'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 500', ->
expect(@newJob.metadata.code).to.equal 500
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[500]
| true | http = require 'http'
CheckWhitelistMessageFrom = require '../'
describe 'CheckWhitelistMessageFrom', ->
beforeEach ->
@whitelistManager =
checkMessageFrom: sinon.stub()
@sut = new CheckWhitelistMessageFrom
whitelistManager: @whitelistManager
describe '->do', ->
describe 'when the auth.uuid does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
toUuid: 'bright-green'
fromUuid: 'frog'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when the auth.as does not match the fromUuid', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'PI:PASSWORD:<PASSWORD>END_PI'
as: 'potato'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of 403', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'PI:PASSWORD:<PASSWORD>END_PI-PI:KEY:<KEY>END_PI'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'PI:PASSWORD:<PASSWORD>END_PI-PI:KEY:<KEY>END_PI'
toUuid: 'bright-green'
fromUuid: 'dim-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a valid job without a from', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'PI:PASSWORD:<PASSWORD>END_PI-PI:KEY:<KEY>END_PI'
toUuid: 'bright-green'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job without a to', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'PI:KEY:<PASSWORD>END_PI'
fromUuid: 'green-blue'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'yellow-green'
it 'should get have the status code of 422', ->
expect(@newJob.metadata.code).to.equal 422
it 'should get have the status of ', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[422]
describe 'when called with a valid job with an as', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'green-blue'
token: 'PI:KEY:<PASSWORD>END_PI'
as: 'monkey-man'
toUuid: 'bright-green'
fromUuid: 'monkey-man'
responseId: 'yellow-green'
@sut.do job, (error, @newJob) => done error
it 'should call the whitelistmanager with the correct arguments', ->
expect(@whitelistManager.checkMessageFrom).to.have.been.calledWith
emitter: 'monkey-man'
subscriber: 'bright-green'
describe 'when called with a different valid job', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, true
job =
metadata:
auth:
uuid: 'dim-green'
token: 'PI:KEY:<KEY>END_PI'
toUuid: 'hot-yellow'
fromUuid: 'dim-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 204', ->
expect(@newJob.metadata.code).to.equal 204
it 'should get have the status of OK', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[204]
describe 'when called with a job that with a device that has an invalid whitelist', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields null, false
job =
metadata:
auth:
uuid: 'puke-green'
token: 'PI:PASSWORD:<KEY>END_PI'
toUuid: 'super-purple'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 403', ->
expect(@newJob.metadata.code).to.equal 403
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[403]
describe 'when called and the checkMessageFrom yields an error', ->
beforeEach (done) ->
@whitelistManager.checkMessageFrom.yields new Error "black-n-black"
job =
metadata:
auth:
uuid: 'puke-green'
token: 'PI:PASSWORD:<KEY>END_PI'
toUuid: 'green-bomb'
fromUuid: 'puke-green'
responseId: 'purple-green'
@sut.do job, (error, @newJob) => done error
it 'should get have the responseId', ->
expect(@newJob.metadata.responseId).to.equal 'purple-green'
it 'should get have the status code of 500', ->
expect(@newJob.metadata.code).to.equal 500
it 'should get have the status of Forbidden', ->
expect(@newJob.metadata.status).to.equal http.STATUS_CODES[500]
|
[
{
"context": " mediamanager\n#\n# Nodize CMS\n# https://github.com/nodize/nodizecms\n#\n# Copyright 2012, Hypee\n# http://hype",
"end": 72,
"score": 0.9992935657501221,
"start": 66,
"tag": "USERNAME",
"value": "nodize"
},
{
"context": "://github.com/nodize/nodizecms\n#\n# Copyright 2012, Hypee\n# http://hypee.com\n#\n# Licensed under the MIT lic",
"end": 108,
"score": 0.978455126285553,
"start": 103,
"tag": "NAME",
"value": "Hypee"
},
{
"context": "ia/get_tokken' : ->\n response = \n tokken:\"8b84445bf7a72faf1de2fe58a058efe6\"\n\n @send respon",
"end": 847,
"score": 0.5066683292388916,
"start": 846,
"tag": "KEY",
"value": "8"
},
{
"context": "a/get_tokken' : ->\n response = \n tokken:\"8b84445bf7a72faf1de2fe58a058efe6\"\n\n @send response\n\n\n #\n # Returning files & ",
"end": 878,
"score": 0.6392201781272888,
"start": 847,
"tag": "PASSWORD",
"value": "b84445bf7a72faf1de2fe58a058efe6"
}
] | modules/backend/controllers/ctrl_mediamanager.coffee | nodize/nodizecms | 32 | # Controller for mediamanager
#
# Nodize CMS
# https://github.com/nodize/nodizecms
#
# Copyright 2012, Hypee
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
# Components used :
# http://blueimp.github.com/jQuery-File-Upload/
# TinyMCE
# ...
@include = ->
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
#
# Displaying MEDIA MANAGER
#
@get '/:lang/admin/media/get_media_manager' : ->
renderPage = (user_groups) =>
@render "backend_mediamanager",
layout : no
hardcode : @helpers
lang : @params.lang
ion_lang : ion_lang[ @params.lang ]
#user_groups : user_groups
renderPage()
#
# Generating token
#
@post '/:lang?/admin/media/get_tokken' : ->
response =
tokken:"8b84445bf7a72faf1de2fe58a058efe6"
@send response
#
# Returning files & folders DETAIL
# TODO: manage token
#
@post '/:lang?/admin/media/filemanager/detail' : (req, res) ->
values = req.body
# Params :
# uploadTokken
# directory
# file
# filter
# mode (direct)
#
# console.log values
fileDirectory = values.directory.replace( basePath, '' )
ck = require 'coffeecup'
imageinfo = require 'imageinfo'
fs = require 'fs'
#
# Generate template & send response
#
generateTemplate = (filedata, filestats) ->
if filedata
fileinfo = imageinfo( filedata )
fileinfo.length = filedata.length
else
fileinfo = null
template = ->
dl ->
dt "${modified}"
dd ".filemanager-modified", -> @filestats.mtime.toString()
if @fileinfo
dt "${type}"
dd ".filemanager-type", -> @fileinfo.mimeType
dt "${size}"
dd ".filemanager-size", -> (@fileinfo.length/1024).toFixed(2)+" KB (#{@fileinfo.length} Bytes)"
dt "${width}"
dd @fileinfo.width+"px"
dt "${height}"
dd @fileinfo.height+"px"
if @fileinfo
div ".filemanager-preview-content", ->
a href:"\/files"+@filename, "data-milkbox":"single", title:@filename, ->
img src:"\/files"+@filename, class:"preview", alt:"preview", style:"width: 220px; height: 220px;"
content = ck.render( template, filename:fileDirectory+"\/"+values.file, fileinfo:fileinfo, filestats:filestats )
response =
status:1
content:content
path:basePath+fileDirectory+"\/"+values.file
name:values.file
date:filestats.mtime.toString()
mime:fileinfo?.mimeType
size:fileinfo?.length
width:fileinfo?.width
height:fileinfo?.height
thumb250:"\/files"+fileDirectory+"\/"+values.file
thumb250_width:220
thumb250_height:220
thumb48:"\/files"+fileDirectory+"\/"+values.file
thumb48_width:120
thumb48_height:120
thumbs_deferred:true
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
metadata:null
res.send response
#
# Retrieving modification date
#
getFileStat = (filename) ->
fs.stat filename, (err, stats ) ->
if err
console.log "getFileStat error on ",filename, err
else
getFileInfos( filename, stats )
getFileInfos = (filename, filestats) ->
if filestats.isDirectory()
generateTemplate( null, filestats )
else
fs.readFile filename, (err, filedata) ->
if (err)
console.log "getFileInfos error",err
else
generateTemplate( filedata, filestats )
#
# Start process
#
values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
imageFile = values.directory + "/" + values.file
getFileStat( imageFile )
#
# Returning files & folders list
#
@post '/:lang?/admin/media/filemanager/view' : (req,res) ->
values = req.body
#
# Get file list (folder "files" in /themes)
#
fs = require 'fs'
path = require 'path'
files = ""
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
filesFolder = basePath+values.directory
getFolders = (dir, done) ->
results = []
fs.readdir dir, (err, list) ->
if (err)
done(err)
else
done(null, list)
path = require 'path'
#
# Get all files in a folder (recursive)
#
walk = (dir, done) ->
files = []
folders = []
fs.readdir dir, (err, list) ->
return done(err) if (err)
pending = list.length
return done(null, folders, files) if not pending
list.forEach (file) ->
file = dir + '/' + file
fs.stat file, (err, stat) ->
if (stat and stat.isDirectory())
folders.push(file)
pending--
done(null, folders, files) if not pending
else
files.push(file)
pending--
done(null, folders, files) if not pending
#
# We fill JSON structures to store folders & files
#
walk filesFolder, (err, folders, files) ->
folders_json = []
#
# Building file list JSON structure
#
files_json = []
try
files = files.sort()
for filename in files
item =
path : filename
name : path.basename( filename )
mime :"image\/jpeg"
thumbs_deferred :true
icon48 :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
files_json.push( item )
catch error
console.log "files_json error : ",error
#
# Building folder list JSON structure
#
try
for folder in folders
item =
path : folder.replace( basePath, '' )
name : path.basename( folder )
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
folders_json.push( item )
catch error
console.log error
#
# Adding access to parent folder
#
if values.directory not in ['/','']
item =
path : path.join( values.directory, '..' )
name : ".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
folders_json.push( item )
#
# Remove trailing slash
#
values.directory = values.directory.substr( 0, values.directory.length - 1 ) if values.directory.substr(-1) is "/"
#values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
#console.log "this_dir path", basePath+values.directory
#console.log "this_dir name", (if values.directory is "" then "/" else path.basename( values.directory ))
#console.log "this_dir path", values.directory
#console.log "this_dir name", path.basename( values.directory )
response =
status:1
root:"files\/"
this_dir:
#path: basePath+values.directory
path: values.directory
name: path.basename( values.directory )
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:folders_json
files:files_json
res.send response
#
# Creating folder
#
@post '/:lang?/admin/media/filemanager/create' : (req, res) ->
values = req.body
# console.log values
fs = require 'fs'
fs.mkdir values.directory+'\/'+values.file, 0o0777, (err) ->
if err
console.log err
response =
status:0
else
response =
status:1
root:"files\/"
this_dir:
path:values.directory+"\/"+values.file
name:values.file
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:[
path: values.directory.replace( basePath, "" )
name:".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
]
files:[]
res.send response
| 57222 | # Controller for mediamanager
#
# Nodize CMS
# https://github.com/nodize/nodizecms
#
# Copyright 2012, <NAME>
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
# Components used :
# http://blueimp.github.com/jQuery-File-Upload/
# TinyMCE
# ...
@include = ->
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
#
# Displaying MEDIA MANAGER
#
@get '/:lang/admin/media/get_media_manager' : ->
renderPage = (user_groups) =>
@render "backend_mediamanager",
layout : no
hardcode : @helpers
lang : @params.lang
ion_lang : ion_lang[ @params.lang ]
#user_groups : user_groups
renderPage()
#
# Generating token
#
@post '/:lang?/admin/media/get_tokken' : ->
response =
tokken:"<KEY> <PASSWORD>"
@send response
#
# Returning files & folders DETAIL
# TODO: manage token
#
@post '/:lang?/admin/media/filemanager/detail' : (req, res) ->
values = req.body
# Params :
# uploadTokken
# directory
# file
# filter
# mode (direct)
#
# console.log values
fileDirectory = values.directory.replace( basePath, '' )
ck = require 'coffeecup'
imageinfo = require 'imageinfo'
fs = require 'fs'
#
# Generate template & send response
#
generateTemplate = (filedata, filestats) ->
if filedata
fileinfo = imageinfo( filedata )
fileinfo.length = filedata.length
else
fileinfo = null
template = ->
dl ->
dt "${modified}"
dd ".filemanager-modified", -> @filestats.mtime.toString()
if @fileinfo
dt "${type}"
dd ".filemanager-type", -> @fileinfo.mimeType
dt "${size}"
dd ".filemanager-size", -> (@fileinfo.length/1024).toFixed(2)+" KB (#{@fileinfo.length} Bytes)"
dt "${width}"
dd @fileinfo.width+"px"
dt "${height}"
dd @fileinfo.height+"px"
if @fileinfo
div ".filemanager-preview-content", ->
a href:"\/files"+@filename, "data-milkbox":"single", title:@filename, ->
img src:"\/files"+@filename, class:"preview", alt:"preview", style:"width: 220px; height: 220px;"
content = ck.render( template, filename:fileDirectory+"\/"+values.file, fileinfo:fileinfo, filestats:filestats )
response =
status:1
content:content
path:basePath+fileDirectory+"\/"+values.file
name:values.file
date:filestats.mtime.toString()
mime:fileinfo?.mimeType
size:fileinfo?.length
width:fileinfo?.width
height:fileinfo?.height
thumb250:"\/files"+fileDirectory+"\/"+values.file
thumb250_width:220
thumb250_height:220
thumb48:"\/files"+fileDirectory+"\/"+values.file
thumb48_width:120
thumb48_height:120
thumbs_deferred:true
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
metadata:null
res.send response
#
# Retrieving modification date
#
getFileStat = (filename) ->
fs.stat filename, (err, stats ) ->
if err
console.log "getFileStat error on ",filename, err
else
getFileInfos( filename, stats )
getFileInfos = (filename, filestats) ->
if filestats.isDirectory()
generateTemplate( null, filestats )
else
fs.readFile filename, (err, filedata) ->
if (err)
console.log "getFileInfos error",err
else
generateTemplate( filedata, filestats )
#
# Start process
#
values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
imageFile = values.directory + "/" + values.file
getFileStat( imageFile )
#
# Returning files & folders list
#
@post '/:lang?/admin/media/filemanager/view' : (req,res) ->
values = req.body
#
# Get file list (folder "files" in /themes)
#
fs = require 'fs'
path = require 'path'
files = ""
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
filesFolder = basePath+values.directory
getFolders = (dir, done) ->
results = []
fs.readdir dir, (err, list) ->
if (err)
done(err)
else
done(null, list)
path = require 'path'
#
# Get all files in a folder (recursive)
#
walk = (dir, done) ->
files = []
folders = []
fs.readdir dir, (err, list) ->
return done(err) if (err)
pending = list.length
return done(null, folders, files) if not pending
list.forEach (file) ->
file = dir + '/' + file
fs.stat file, (err, stat) ->
if (stat and stat.isDirectory())
folders.push(file)
pending--
done(null, folders, files) if not pending
else
files.push(file)
pending--
done(null, folders, files) if not pending
#
# We fill JSON structures to store folders & files
#
walk filesFolder, (err, folders, files) ->
folders_json = []
#
# Building file list JSON structure
#
files_json = []
try
files = files.sort()
for filename in files
item =
path : filename
name : path.basename( filename )
mime :"image\/jpeg"
thumbs_deferred :true
icon48 :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
files_json.push( item )
catch error
console.log "files_json error : ",error
#
# Building folder list JSON structure
#
try
for folder in folders
item =
path : folder.replace( basePath, '' )
name : path.basename( folder )
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
folders_json.push( item )
catch error
console.log error
#
# Adding access to parent folder
#
if values.directory not in ['/','']
item =
path : path.join( values.directory, '..' )
name : ".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
folders_json.push( item )
#
# Remove trailing slash
#
values.directory = values.directory.substr( 0, values.directory.length - 1 ) if values.directory.substr(-1) is "/"
#values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
#console.log "this_dir path", basePath+values.directory
#console.log "this_dir name", (if values.directory is "" then "/" else path.basename( values.directory ))
#console.log "this_dir path", values.directory
#console.log "this_dir name", path.basename( values.directory )
response =
status:1
root:"files\/"
this_dir:
#path: basePath+values.directory
path: values.directory
name: path.basename( values.directory )
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:folders_json
files:files_json
res.send response
#
# Creating folder
#
@post '/:lang?/admin/media/filemanager/create' : (req, res) ->
values = req.body
# console.log values
fs = require 'fs'
fs.mkdir values.directory+'\/'+values.file, 0o0777, (err) ->
if err
console.log err
response =
status:0
else
response =
status:1
root:"files\/"
this_dir:
path:values.directory+"\/"+values.file
name:values.file
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:[
path: values.directory.replace( basePath, "" )
name:".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
]
files:[]
res.send response
| true | # Controller for mediamanager
#
# Nodize CMS
# https://github.com/nodize/nodizecms
#
# Copyright 2012, PI:NAME:<NAME>END_PI
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
# Components used :
# http://blueimp.github.com/jQuery-File-Upload/
# TinyMCE
# ...
@include = ->
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
#
# Displaying MEDIA MANAGER
#
@get '/:lang/admin/media/get_media_manager' : ->
renderPage = (user_groups) =>
@render "backend_mediamanager",
layout : no
hardcode : @helpers
lang : @params.lang
ion_lang : ion_lang[ @params.lang ]
#user_groups : user_groups
renderPage()
#
# Generating token
#
@post '/:lang?/admin/media/get_tokken' : ->
response =
tokken:"PI:KEY:<KEY>END_PI PI:PASSWORD:<PASSWORD>END_PI"
@send response
#
# Returning files & folders DETAIL
# TODO: manage token
#
@post '/:lang?/admin/media/filemanager/detail' : (req, res) ->
values = req.body
# Params :
# uploadTokken
# directory
# file
# filter
# mode (direct)
#
# console.log values
fileDirectory = values.directory.replace( basePath, '' )
ck = require 'coffeecup'
imageinfo = require 'imageinfo'
fs = require 'fs'
#
# Generate template & send response
#
generateTemplate = (filedata, filestats) ->
if filedata
fileinfo = imageinfo( filedata )
fileinfo.length = filedata.length
else
fileinfo = null
template = ->
dl ->
dt "${modified}"
dd ".filemanager-modified", -> @filestats.mtime.toString()
if @fileinfo
dt "${type}"
dd ".filemanager-type", -> @fileinfo.mimeType
dt "${size}"
dd ".filemanager-size", -> (@fileinfo.length/1024).toFixed(2)+" KB (#{@fileinfo.length} Bytes)"
dt "${width}"
dd @fileinfo.width+"px"
dt "${height}"
dd @fileinfo.height+"px"
if @fileinfo
div ".filemanager-preview-content", ->
a href:"\/files"+@filename, "data-milkbox":"single", title:@filename, ->
img src:"\/files"+@filename, class:"preview", alt:"preview", style:"width: 220px; height: 220px;"
content = ck.render( template, filename:fileDirectory+"\/"+values.file, fileinfo:fileinfo, filestats:filestats )
response =
status:1
content:content
path:basePath+fileDirectory+"\/"+values.file
name:values.file
date:filestats.mtime.toString()
mime:fileinfo?.mimeType
size:fileinfo?.length
width:fileinfo?.width
height:fileinfo?.height
thumb250:"\/files"+fileDirectory+"\/"+values.file
thumb250_width:220
thumb250_height:220
thumb48:"\/files"+fileDirectory+"\/"+values.file
thumb48_width:120
thumb48_height:120
thumbs_deferred:true
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
metadata:null
res.send response
#
# Retrieving modification date
#
getFileStat = (filename) ->
fs.stat filename, (err, stats ) ->
if err
console.log "getFileStat error on ",filename, err
else
getFileInfos( filename, stats )
getFileInfos = (filename, filestats) ->
if filestats.isDirectory()
generateTemplate( null, filestats )
else
fs.readFile filename, (err, filedata) ->
if (err)
console.log "getFileInfos error",err
else
generateTemplate( filedata, filestats )
#
# Start process
#
values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
imageFile = values.directory + "/" + values.file
getFileStat( imageFile )
#
# Returning files & folders list
#
@post '/:lang?/admin/media/filemanager/view' : (req,res) ->
values = req.body
#
# Get file list (folder "files" in /themes)
#
fs = require 'fs'
path = require 'path'
files = ""
basePath = __applicationPath+'/themes/'+__nodizeTheme+"/public/files"
filesFolder = basePath+values.directory
getFolders = (dir, done) ->
results = []
fs.readdir dir, (err, list) ->
if (err)
done(err)
else
done(null, list)
path = require 'path'
#
# Get all files in a folder (recursive)
#
walk = (dir, done) ->
files = []
folders = []
fs.readdir dir, (err, list) ->
return done(err) if (err)
pending = list.length
return done(null, folders, files) if not pending
list.forEach (file) ->
file = dir + '/' + file
fs.stat file, (err, stat) ->
if (stat and stat.isDirectory())
folders.push(file)
pending--
done(null, folders, files) if not pending
else
files.push(file)
pending--
done(null, folders, files) if not pending
#
# We fill JSON structures to store folders & files
#
walk filesFolder, (err, folders, files) ->
folders_json = []
#
# Building file list JSON structure
#
files_json = []
try
files = files.sort()
for filename in files
item =
path : filename
name : path.basename( filename )
mime :"image\/jpeg"
thumbs_deferred :true
icon48 :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/jpg.png"
icon :"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/jpg.png"
files_json.push( item )
catch error
console.log "files_json error : ",error
#
# Building folder list JSON structure
#
try
for folder in folders
item =
path : folder.replace( basePath, '' )
name : path.basename( folder )
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
folders_json.push( item )
catch error
console.log error
#
# Adding access to parent folder
#
if values.directory not in ['/','']
item =
path : path.join( values.directory, '..' )
name : ".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
folders_json.push( item )
#
# Remove trailing slash
#
values.directory = values.directory.substr( 0, values.directory.length - 1 ) if values.directory.substr(-1) is "/"
#values.directory = basePath+"/"+values.directory if values.directory.indexOf( basePath )<0
#console.log "this_dir path", basePath+values.directory
#console.log "this_dir name", (if values.directory is "" then "/" else path.basename( values.directory ))
#console.log "this_dir path", values.directory
#console.log "this_dir name", path.basename( values.directory )
response =
status:1
root:"files\/"
this_dir:
#path: basePath+values.directory
path: values.directory
name: path.basename( values.directory )
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:folders_json
files:files_json
res.send response
#
# Creating folder
#
@post '/:lang?/admin/media/filemanager/create' : (req, res) ->
values = req.body
# console.log values
fs = require 'fs'
fs.mkdir values.directory+'\/'+values.file, 0o0777, (err) ->
if err
console.log err
response =
status:0
else
response =
status:1
root:"files\/"
this_dir:
path:values.directory+"\/"+values.file
name:values.file
date:"20 Mar 2012 - 21:36"
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory.png"
preselect_index:0
preselect_name:null
dirs:[
path: values.directory.replace( basePath, "" )
name:".."
mime:"text\/directory"
icon48:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/Large\/directory_up.png"
icon:"\/backend\/javascript\/mootools-filemanager\/Assets\/Images\/Icons\/directory_up.png"
]
files:[]
res.send response
|
[
{
"context": "t be blank'\n return\n if newPassword != cnfPassword\n @error 'Passwords do not match'",
"end": 1114,
"score": 0.5602576732635498,
"start": 1113,
"tag": "PASSWORD",
"value": "c"
},
{
"context": " blank'\n return\n if newPassword != cnfPassword\n @error 'Passwords do not match'\n r",
"end": 1124,
"score": 0.5838024020195007,
"start": 1116,
"tag": "PASSWORD",
"value": "Password"
},
{
"context": " current: currentPassword\n password: newPassword\n success: (res) =>\n if res.succes",
"end": 1358,
"score": 0.9870785474777222,
"start": 1347,
"tag": "PASSWORD",
"value": "newPassword"
}
] | public/scripts/backbone-schedule/views/settings/general/password.coffee | courseshark/courseshark | 1 | define(['jQuery'
'Underscore'
'Backbone'
'views/shark-view'
'models/user'
'text!tmpl/settings/general/password.ejs'], ($, _, Backbone, SharkView, User, templateText) ->
class EmailSettingsView extends SharkView
initialize: ->
_.bindAll @
@template = _.template(templateText)
@render()
render: ->
@$el.html $ @template user: Shark.session.get('user')
@
events:
'click .cancel': 'emitClose'
'click .submit': 'submit'
error: (message) ->
@$el.find('.error').hide().html(message).fadeIn()
emitClose: ->
@trigger('close')
submit: ->
currentPassword = @$el.find('#inputCurrentPassword').val()
newPassword = @$el.find('#inputNewPassword').val()
cnfPassword = @$el.find('#inputConfirmPassword').val()
user = Shark.session.get('user')
if user.get('password') and not currentPassword
@error 'Please enter your current password'
return
if newPassword == ''
@error 'New password cannot be blank'
return
if newPassword != cnfPassword
@error 'Passwords do not match'
return
$.ajax
url: '/api/user/'+user.id
type: 'post'
data:
changePassword:
current: currentPassword
password: newPassword
success: (res) =>
if res.success
Shark.session.get('user').trigger('setPassword')
@emitClose()
else
@error res.error
teardown: ->
super()
EmailSettingsView
) | 3355 | define(['jQuery'
'Underscore'
'Backbone'
'views/shark-view'
'models/user'
'text!tmpl/settings/general/password.ejs'], ($, _, Backbone, SharkView, User, templateText) ->
class EmailSettingsView extends SharkView
initialize: ->
_.bindAll @
@template = _.template(templateText)
@render()
render: ->
@$el.html $ @template user: Shark.session.get('user')
@
events:
'click .cancel': 'emitClose'
'click .submit': 'submit'
error: (message) ->
@$el.find('.error').hide().html(message).fadeIn()
emitClose: ->
@trigger('close')
submit: ->
currentPassword = @$el.find('#inputCurrentPassword').val()
newPassword = @$el.find('#inputNewPassword').val()
cnfPassword = @$el.find('#inputConfirmPassword').val()
user = Shark.session.get('user')
if user.get('password') and not currentPassword
@error 'Please enter your current password'
return
if newPassword == ''
@error 'New password cannot be blank'
return
if newPassword != <PASSWORD>nf<PASSWORD>
@error 'Passwords do not match'
return
$.ajax
url: '/api/user/'+user.id
type: 'post'
data:
changePassword:
current: currentPassword
password: <PASSWORD>
success: (res) =>
if res.success
Shark.session.get('user').trigger('setPassword')
@emitClose()
else
@error res.error
teardown: ->
super()
EmailSettingsView
) | true | define(['jQuery'
'Underscore'
'Backbone'
'views/shark-view'
'models/user'
'text!tmpl/settings/general/password.ejs'], ($, _, Backbone, SharkView, User, templateText) ->
class EmailSettingsView extends SharkView
initialize: ->
_.bindAll @
@template = _.template(templateText)
@render()
render: ->
@$el.html $ @template user: Shark.session.get('user')
@
events:
'click .cancel': 'emitClose'
'click .submit': 'submit'
error: (message) ->
@$el.find('.error').hide().html(message).fadeIn()
emitClose: ->
@trigger('close')
submit: ->
currentPassword = @$el.find('#inputCurrentPassword').val()
newPassword = @$el.find('#inputNewPassword').val()
cnfPassword = @$el.find('#inputConfirmPassword').val()
user = Shark.session.get('user')
if user.get('password') and not currentPassword
@error 'Please enter your current password'
return
if newPassword == ''
@error 'New password cannot be blank'
return
if newPassword != PI:PASSWORD:<PASSWORD>END_PInfPI:PASSWORD:<PASSWORD>END_PI
@error 'Passwords do not match'
return
$.ajax
url: '/api/user/'+user.id
type: 'post'
data:
changePassword:
current: currentPassword
password: PI:PASSWORD:<PASSWORD>END_PI
success: (res) =>
if res.success
Shark.session.get('user').trigger('setPassword')
@emitClose()
else
@error res.error
teardown: ->
super()
EmailSettingsView
) |
[
{
"context": "e: process.env.CONOHA_USERNAME\n password: process.env.CONOHA_PASSWORD\n tenantId: process.env.CONOHA_TENANT_ID\n ",
"end": 292,
"score": 0.9975185394287109,
"start": 265,
"tag": "PASSWORD",
"value": "process.env.CONOHA_PASSWORD"
}
] | tests/conoha_test.spec.coffee | nukosuke/node-conoha-api | 0 | ConoHa = require '../src/conoha'
describe 'ConoHa class', ->
conoha = null
before (done) ->
conoha = new ConoHa process.env.CONOHA_IDENTITY_URL,
auth:
passwordCredentials:
username: process.env.CONOHA_USERNAME
password: process.env.CONOHA_PASSWORD
tenantId: process.env.CONOHA_TENANT_ID
done()
describe 'credentials is set correctly', ->
it 'username', ->
expect(conoha.auth.auth.passwordCredentials.username)
.to.not.be.undefined
it 'password', ->
expect(conoha.auth.auth.passwordCredentials.password)
.to.not.be.undefined
it 'tenant id', ->
expect(conoha.auth.auth.tenantId)
.to.not.be.undefined
it 'identity service endpoint', ->
expect(process.env.CONOHA_IDENTITY_URL)
.to.not.be.undefined
describe 'getService() method returns non undefined', ->
[
'account',
'compute',
'blockstorage',
'databasehosting',
'image',
'dns',
'objectstorage',
'mailhosting',
'identity',
'network'
]
.forEach (service) ->
it "#{service} service", ->
expect(conoha.getService(service)).to.not.be.undefined
| 195904 | ConoHa = require '../src/conoha'
describe 'ConoHa class', ->
conoha = null
before (done) ->
conoha = new ConoHa process.env.CONOHA_IDENTITY_URL,
auth:
passwordCredentials:
username: process.env.CONOHA_USERNAME
password: <PASSWORD>
tenantId: process.env.CONOHA_TENANT_ID
done()
describe 'credentials is set correctly', ->
it 'username', ->
expect(conoha.auth.auth.passwordCredentials.username)
.to.not.be.undefined
it 'password', ->
expect(conoha.auth.auth.passwordCredentials.password)
.to.not.be.undefined
it 'tenant id', ->
expect(conoha.auth.auth.tenantId)
.to.not.be.undefined
it 'identity service endpoint', ->
expect(process.env.CONOHA_IDENTITY_URL)
.to.not.be.undefined
describe 'getService() method returns non undefined', ->
[
'account',
'compute',
'blockstorage',
'databasehosting',
'image',
'dns',
'objectstorage',
'mailhosting',
'identity',
'network'
]
.forEach (service) ->
it "#{service} service", ->
expect(conoha.getService(service)).to.not.be.undefined
| true | ConoHa = require '../src/conoha'
describe 'ConoHa class', ->
conoha = null
before (done) ->
conoha = new ConoHa process.env.CONOHA_IDENTITY_URL,
auth:
passwordCredentials:
username: process.env.CONOHA_USERNAME
password: PI:PASSWORD:<PASSWORD>END_PI
tenantId: process.env.CONOHA_TENANT_ID
done()
describe 'credentials is set correctly', ->
it 'username', ->
expect(conoha.auth.auth.passwordCredentials.username)
.to.not.be.undefined
it 'password', ->
expect(conoha.auth.auth.passwordCredentials.password)
.to.not.be.undefined
it 'tenant id', ->
expect(conoha.auth.auth.tenantId)
.to.not.be.undefined
it 'identity service endpoint', ->
expect(process.env.CONOHA_IDENTITY_URL)
.to.not.be.undefined
describe 'getService() method returns non undefined', ->
[
'account',
'compute',
'blockstorage',
'databasehosting',
'image',
'dns',
'objectstorage',
'mailhosting',
'identity',
'network'
]
.forEach (service) ->
it "#{service} service", ->
expect(conoha.getService(service)).to.not.be.undefined
|
[
{
"context": "in pres\n parts = pre.split \"</pre>\"\n key = \"code#{ i }\"\n lang = null\n code = parts[ 0 ]\n ",
"end": 977,
"score": 0.9073674082756042,
"start": 973,
"tag": "KEY",
"value": "code"
}
] | lib/react-transform.coffee | PaulLeCam/voila | 1 | transform = require("react-tools").transform
jsdom = require "jsdom"
# Lib from https://github.com/facebook/react/blob/master/docs/_js/html-jsx-lib.js
html2jsxlib = require("fs").readFileSync __dirname + "/html-jsx-lib.js"
html2jsx = (html, cb) ->
jsdom.env
html: "<html><body></body></html>"
src: [html2jsxlib]
done: (err, window) ->
return cb err if err
converter = new window.HTMLtoJSX createClass: no
jsx = converter.convert html
window.close()
cb null, jsx
jsx2component = (jsx) ->
transform "/** @jsx React.DOM */#{ jsx }"
.replace "/** @jsx React.DOM */", ""
html2component = (html, mappings = {}, cb) ->
# Terrible hack to make <pre> code render properly
# It is processed by highlight.js in the gulpfile, but jsdom will break spacing
# There must be a better way to do this...
pres = html.split "<pre>"
prepared = pres.shift()
codes = {}
for pre, i in pres
parts = pre.split "</pre>"
key = "code#{ i }"
lang = null
code = parts[ 0 ]
# Extract code class and remove tag
.replace /<code class="([-_\w\s]*)">/, (match, lng) ->
lang = lng
""
# Remove closing code tag
.replace "</code>", ""
# Replace \n by <br/> - must be done before \s
.replace /\n/g, "<br/>"
# Replace \t by 2 - must be done before \s
.replace /\t/g, " "
# Replace \s by
.replace /\s/g, " "
# Remove added in spans
.replace /<span class/g, "<span class"
codes[ key ] = {lang, code}
prepared += "<pre><code data-replace='#{ key }'></code></pre>#{ parts[ 1 ] }"
html2jsx prepared, (err, jsx) ->
if err then cb err
else
jsx = jsx.replace /<code data-replace="(code\d)+" \/>/gi, (match, id) ->
if res = codes[ id ]
"<code className='#{ res.lang }' highlight='#{ res.code }'></code>"
jsx = jsx.replace new RegExp(from, "g"), to for from, to of mappings
cb null, jsx2component jsx
module.exports = {html2jsx, jsx2component, html2component}
| 118692 | transform = require("react-tools").transform
jsdom = require "jsdom"
# Lib from https://github.com/facebook/react/blob/master/docs/_js/html-jsx-lib.js
html2jsxlib = require("fs").readFileSync __dirname + "/html-jsx-lib.js"
html2jsx = (html, cb) ->
jsdom.env
html: "<html><body></body></html>"
src: [html2jsxlib]
done: (err, window) ->
return cb err if err
converter = new window.HTMLtoJSX createClass: no
jsx = converter.convert html
window.close()
cb null, jsx
jsx2component = (jsx) ->
transform "/** @jsx React.DOM */#{ jsx }"
.replace "/** @jsx React.DOM */", ""
html2component = (html, mappings = {}, cb) ->
# Terrible hack to make <pre> code render properly
# It is processed by highlight.js in the gulpfile, but jsdom will break spacing
# There must be a better way to do this...
pres = html.split "<pre>"
prepared = pres.shift()
codes = {}
for pre, i in pres
parts = pre.split "</pre>"
key = "<KEY>#{ i }"
lang = null
code = parts[ 0 ]
# Extract code class and remove tag
.replace /<code class="([-_\w\s]*)">/, (match, lng) ->
lang = lng
""
# Remove closing code tag
.replace "</code>", ""
# Replace \n by <br/> - must be done before \s
.replace /\n/g, "<br/>"
# Replace \t by 2 - must be done before \s
.replace /\t/g, " "
# Replace \s by
.replace /\s/g, " "
# Remove added in spans
.replace /<span class/g, "<span class"
codes[ key ] = {lang, code}
prepared += "<pre><code data-replace='#{ key }'></code></pre>#{ parts[ 1 ] }"
html2jsx prepared, (err, jsx) ->
if err then cb err
else
jsx = jsx.replace /<code data-replace="(code\d)+" \/>/gi, (match, id) ->
if res = codes[ id ]
"<code className='#{ res.lang }' highlight='#{ res.code }'></code>"
jsx = jsx.replace new RegExp(from, "g"), to for from, to of mappings
cb null, jsx2component jsx
module.exports = {html2jsx, jsx2component, html2component}
| true | transform = require("react-tools").transform
jsdom = require "jsdom"
# Lib from https://github.com/facebook/react/blob/master/docs/_js/html-jsx-lib.js
html2jsxlib = require("fs").readFileSync __dirname + "/html-jsx-lib.js"
html2jsx = (html, cb) ->
jsdom.env
html: "<html><body></body></html>"
src: [html2jsxlib]
done: (err, window) ->
return cb err if err
converter = new window.HTMLtoJSX createClass: no
jsx = converter.convert html
window.close()
cb null, jsx
jsx2component = (jsx) ->
transform "/** @jsx React.DOM */#{ jsx }"
.replace "/** @jsx React.DOM */", ""
html2component = (html, mappings = {}, cb) ->
# Terrible hack to make <pre> code render properly
# It is processed by highlight.js in the gulpfile, but jsdom will break spacing
# There must be a better way to do this...
pres = html.split "<pre>"
prepared = pres.shift()
codes = {}
for pre, i in pres
parts = pre.split "</pre>"
key = "PI:KEY:<KEY>END_PI#{ i }"
lang = null
code = parts[ 0 ]
# Extract code class and remove tag
.replace /<code class="([-_\w\s]*)">/, (match, lng) ->
lang = lng
""
# Remove closing code tag
.replace "</code>", ""
# Replace \n by <br/> - must be done before \s
.replace /\n/g, "<br/>"
# Replace \t by 2 - must be done before \s
.replace /\t/g, " "
# Replace \s by
.replace /\s/g, " "
# Remove added in spans
.replace /<span class/g, "<span class"
codes[ key ] = {lang, code}
prepared += "<pre><code data-replace='#{ key }'></code></pre>#{ parts[ 1 ] }"
html2jsx prepared, (err, jsx) ->
if err then cb err
else
jsx = jsx.replace /<code data-replace="(code\d)+" \/>/gi, (match, id) ->
if res = codes[ id ]
"<code className='#{ res.lang }' highlight='#{ res.code }'></code>"
jsx = jsx.replace new RegExp(from, "g"), to for from, to of mappings
cb null, jsx2component jsx
module.exports = {html2jsx, jsx2component, html2component}
|
[
{
"context": " ->\n Backbone.history.start()\n\nParse.initialize(\"uwdostKJHj59UqMPm8pS6XO6OspSXBOy7s1IHkJo\", \"o0IPafacxdIuNIbsirAkULxMn2p28fBMbu7l0abY\")",
"end": 377,
"score": 0.9995355010032654,
"start": 337,
"tag": "KEY",
"value": "uwdostKJHj59UqMPm8pS6XO6OspSXBOy7s1IHkJo"
},
{
"context": "lize(\"uwdostKJHj59UqMPm8pS6XO6OspSXBOy7s1IHkJo\", \"o0IPafacxdIuNIbsirAkULxMn2p28fBMbu7l0abY\")",
"end": 421,
"score": 0.9994028806686401,
"start": 381,
"tag": "KEY",
"value": "o0IPafacxdIuNIbsirAkULxMn2p28fBMbu7l0abY"
}
] | source/javascripts/app/index.coffee | iic-ninjas/shakespear | 0 | #= require_self
#= require_tree ./models
#= require_tree ./views
#= require_tree ./controllers
window.Shake = new Marionette.Application()
window.Shake.addRegions(
top: '.top'
main: '.main'
)
Shake.Models = {}
Shake.Views = {}
Shake.Controllers = {}
Shake.addInitializer (options) ->
Backbone.history.start()
Parse.initialize("uwdostKJHj59UqMPm8pS6XO6OspSXBOy7s1IHkJo", "o0IPafacxdIuNIbsirAkULxMn2p28fBMbu7l0abY") | 53595 | #= require_self
#= require_tree ./models
#= require_tree ./views
#= require_tree ./controllers
window.Shake = new Marionette.Application()
window.Shake.addRegions(
top: '.top'
main: '.main'
)
Shake.Models = {}
Shake.Views = {}
Shake.Controllers = {}
Shake.addInitializer (options) ->
Backbone.history.start()
Parse.initialize("<KEY>", "<KEY>") | true | #= require_self
#= require_tree ./models
#= require_tree ./views
#= require_tree ./controllers
window.Shake = new Marionette.Application()
window.Shake.addRegions(
top: '.top'
main: '.main'
)
Shake.Models = {}
Shake.Views = {}
Shake.Controllers = {}
Shake.addInitializer (options) ->
Backbone.history.start()
Parse.initialize("PI:KEY:<KEY>END_PI", "PI:KEY:<KEY>END_PI") |
[
{
"context": "ort')[0].value\n conf.proxy.shadowsocks.password = $('#shadowsocks-password')[0].value\n conf.proxy.shadowsocks.method = $('#",
"end": 2540,
"score": 0.8733566403388977,
"start": 2516,
"tag": "PASSWORD",
"value": "$('#shadowsocks-password"
}
] | modules/settingsUi.coffee | Magimagi/poi | 3 | config = require('./config')
proxy = config.config.proxy
util = require('./util')
fs = require('fs')
$ = global.settingsWin.window.$
exports.updatePacPath = (path) ->
$('#pac-path')[0].value = "file://#{path}"
exports.showModal = (title, content) ->
$('#modal-message-title').text title
$('#modal-message-content').text content
$('#modal-message').modal()
exports.showModalHtml = (title, content) ->
$('#modal-message-title').html title
$('#modal-message-content').html content
$('#modal-message').modal()
exports.initConfig = ->
# Update tab state
console.log 'in initConfig'
console.log proxy
$('#shadowsocks-tab-li').removeClass 'am-active'
$('#shadowsocks-tab').removeClass 'am-in am-active'
$('#http-tab-li').removeClass 'am-active'
$('#http-tab').removeClass 'am-in am-active'
$('#socks-tab-li').removeClass 'am-active'
$('#socks-tab').removeClass 'am-in am-active'
$('#none-tab-li').removeClass 'am-active'
$('#none-tab').removeClass 'am-in am-active'
if proxy.useShadowsocks
$('#current-proxy').text 'shadowsocks'
$('#shadowsocks-tab-li').addClass 'am-active'
$('#shadowsocks-tab').addClass 'am-in am-active'
else if proxy.useHttpProxy
$('#current-proxy').text 'http'
$('#http-tab-li').addClass 'am-active'
$('#http-tab').addClass 'am-in am-active'
else if proxy.useSocksProxy
$('#current-proxy').text 'socks'
$('#socks-tab-li').addClass 'am-active'
$('#socks-tab').addClass 'am-in am-active'
else
$('#current-proxy').text 'none'
$('#none-tab-li').addClass 'am-active'
$('#none-tab').addClass 'am-in am-active'
# Shadowsocks
$('#shadowsocks-server-ip')[0].value = proxy.shadowsocks.serverIp
$('#shadowsocks-server-port')[0].value = proxy.shadowsocks.serverPort
$('#shadowsocks-password')[0].value = proxy.shadowsocks.password
$('#shadowsocks-method')[0].value = proxy.shadowsocks.method
# HTTP Proxy
$('#httpproxy-ip')[0].value = proxy.httpProxy.httpProxyIp
$('#httpproxy-port')[0].value = proxy.httpProxy.httpProxyPort
# Socks Proxy
$('#socksproxy-ip')[0].value = proxy.socksProxy.socksProxyIp
$('#socksproxy-port')[0].value = proxy.socksProxy.socksProxyPort
exports.saveConfig = ->
conf = config.config
# Shadowsocks
conf.proxy.useShadowsocks = $('#current-proxy').text() == 'shadowsocks'
conf.proxy.shadowsocks.serverIp = $('#shadowsocks-server-ip')[0].value
conf.proxy.shadowsocks.serverPort = $('#shadowsocks-server-port')[0].value
conf.proxy.shadowsocks.password = $('#shadowsocks-password')[0].value
conf.proxy.shadowsocks.method = $('#shadowsocks-method')[0].value
# HTTP
conf.proxy.useHttpProxy = $('#current-proxy').text() == 'http'
conf.proxy.httpProxy.httpProxyIp = $('#httpproxy-ip')[0].value
conf.proxy.httpProxy.httpProxyPort = $('#httpproxy-port')[0].value
# Socks
conf.proxy.useSocksProxy = $('#current-proxy').text() == 'socks'
conf.proxy.socksProxy.socksProxyIp = $('#socksproxy-ip')[0].value
conf.proxy.socksProxy.socksProxyPort = $('#socksproxy-port')[0].value
if config.updateConfig conf
exports.showModal '保存设置', '保存成功，重新启动软件后生效。'
else
exports.showModal '保存设置', '保存失败…'
| 86858 | config = require('./config')
proxy = config.config.proxy
util = require('./util')
fs = require('fs')
$ = global.settingsWin.window.$
exports.updatePacPath = (path) ->
$('#pac-path')[0].value = "file://#{path}"
exports.showModal = (title, content) ->
$('#modal-message-title').text title
$('#modal-message-content').text content
$('#modal-message').modal()
exports.showModalHtml = (title, content) ->
$('#modal-message-title').html title
$('#modal-message-content').html content
$('#modal-message').modal()
exports.initConfig = ->
# Update tab state
console.log 'in initConfig'
console.log proxy
$('#shadowsocks-tab-li').removeClass 'am-active'
$('#shadowsocks-tab').removeClass 'am-in am-active'
$('#http-tab-li').removeClass 'am-active'
$('#http-tab').removeClass 'am-in am-active'
$('#socks-tab-li').removeClass 'am-active'
$('#socks-tab').removeClass 'am-in am-active'
$('#none-tab-li').removeClass 'am-active'
$('#none-tab').removeClass 'am-in am-active'
if proxy.useShadowsocks
$('#current-proxy').text 'shadowsocks'
$('#shadowsocks-tab-li').addClass 'am-active'
$('#shadowsocks-tab').addClass 'am-in am-active'
else if proxy.useHttpProxy
$('#current-proxy').text 'http'
$('#http-tab-li').addClass 'am-active'
$('#http-tab').addClass 'am-in am-active'
else if proxy.useSocksProxy
$('#current-proxy').text 'socks'
$('#socks-tab-li').addClass 'am-active'
$('#socks-tab').addClass 'am-in am-active'
else
$('#current-proxy').text 'none'
$('#none-tab-li').addClass 'am-active'
$('#none-tab').addClass 'am-in am-active'
# Shadowsocks
$('#shadowsocks-server-ip')[0].value = proxy.shadowsocks.serverIp
$('#shadowsocks-server-port')[0].value = proxy.shadowsocks.serverPort
$('#shadowsocks-password')[0].value = proxy.shadowsocks.password
$('#shadowsocks-method')[0].value = proxy.shadowsocks.method
# HTTP Proxy
$('#httpproxy-ip')[0].value = proxy.httpProxy.httpProxyIp
$('#httpproxy-port')[0].value = proxy.httpProxy.httpProxyPort
# Socks Proxy
$('#socksproxy-ip')[0].value = proxy.socksProxy.socksProxyIp
$('#socksproxy-port')[0].value = proxy.socksProxy.socksProxyPort
exports.saveConfig = ->
conf = config.config
# Shadowsocks
conf.proxy.useShadowsocks = $('#current-proxy').text() == 'shadowsocks'
conf.proxy.shadowsocks.serverIp = $('#shadowsocks-server-ip')[0].value
conf.proxy.shadowsocks.serverPort = $('#shadowsocks-server-port')[0].value
conf.proxy.shadowsocks.password = <PASSWORD>')[0].value
conf.proxy.shadowsocks.method = $('#shadowsocks-method')[0].value
# HTTP
conf.proxy.useHttpProxy = $('#current-proxy').text() == 'http'
conf.proxy.httpProxy.httpProxyIp = $('#httpproxy-ip')[0].value
conf.proxy.httpProxy.httpProxyPort = $('#httpproxy-port')[0].value
# Socks
conf.proxy.useSocksProxy = $('#current-proxy').text() == 'socks'
conf.proxy.socksProxy.socksProxyIp = $('#socksproxy-ip')[0].value
conf.proxy.socksProxy.socksProxyPort = $('#socksproxy-port')[0].value
if config.updateConfig conf
exports.showModal '保存设置', '保存成功，重新启动软件后生效。'
else
exports.showModal '保存设置', '保存失败…'
| true | config = require('./config')
proxy = config.config.proxy
util = require('./util')
fs = require('fs')
$ = global.settingsWin.window.$
exports.updatePacPath = (path) ->
$('#pac-path')[0].value = "file://#{path}"
exports.showModal = (title, content) ->
$('#modal-message-title').text title
$('#modal-message-content').text content
$('#modal-message').modal()
exports.showModalHtml = (title, content) ->
$('#modal-message-title').html title
$('#modal-message-content').html content
$('#modal-message').modal()
exports.initConfig = ->
# Update tab state
console.log 'in initConfig'
console.log proxy
$('#shadowsocks-tab-li').removeClass 'am-active'
$('#shadowsocks-tab').removeClass 'am-in am-active'
$('#http-tab-li').removeClass 'am-active'
$('#http-tab').removeClass 'am-in am-active'
$('#socks-tab-li').removeClass 'am-active'
$('#socks-tab').removeClass 'am-in am-active'
$('#none-tab-li').removeClass 'am-active'
$('#none-tab').removeClass 'am-in am-active'
if proxy.useShadowsocks
$('#current-proxy').text 'shadowsocks'
$('#shadowsocks-tab-li').addClass 'am-active'
$('#shadowsocks-tab').addClass 'am-in am-active'
else if proxy.useHttpProxy
$('#current-proxy').text 'http'
$('#http-tab-li').addClass 'am-active'
$('#http-tab').addClass 'am-in am-active'
else if proxy.useSocksProxy
$('#current-proxy').text 'socks'
$('#socks-tab-li').addClass 'am-active'
$('#socks-tab').addClass 'am-in am-active'
else
$('#current-proxy').text 'none'
$('#none-tab-li').addClass 'am-active'
$('#none-tab').addClass 'am-in am-active'
# Shadowsocks
$('#shadowsocks-server-ip')[0].value = proxy.shadowsocks.serverIp
$('#shadowsocks-server-port')[0].value = proxy.shadowsocks.serverPort
$('#shadowsocks-password')[0].value = proxy.shadowsocks.password
$('#shadowsocks-method')[0].value = proxy.shadowsocks.method
# HTTP Proxy
$('#httpproxy-ip')[0].value = proxy.httpProxy.httpProxyIp
$('#httpproxy-port')[0].value = proxy.httpProxy.httpProxyPort
# Socks Proxy
$('#socksproxy-ip')[0].value = proxy.socksProxy.socksProxyIp
$('#socksproxy-port')[0].value = proxy.socksProxy.socksProxyPort
exports.saveConfig = ->
conf = config.config
# Shadowsocks
conf.proxy.useShadowsocks = $('#current-proxy').text() == 'shadowsocks'
conf.proxy.shadowsocks.serverIp = $('#shadowsocks-server-ip')[0].value
conf.proxy.shadowsocks.serverPort = $('#shadowsocks-server-port')[0].value
conf.proxy.shadowsocks.password = PI:PASSWORD:<PASSWORD>END_PI')[0].value
conf.proxy.shadowsocks.method = $('#shadowsocks-method')[0].value
# HTTP
conf.proxy.useHttpProxy = $('#current-proxy').text() == 'http'
conf.proxy.httpProxy.httpProxyIp = $('#httpproxy-ip')[0].value
conf.proxy.httpProxy.httpProxyPort = $('#httpproxy-port')[0].value
# Socks
conf.proxy.useSocksProxy = $('#current-proxy').text() == 'socks'
conf.proxy.socksProxy.socksProxyIp = $('#socksproxy-ip')[0].value
conf.proxy.socksProxy.socksProxyPort = $('#socksproxy-port')[0].value
if config.updateConfig conf
exports.showModal '保存设置', '保存成功，重新启动软件后生效。'
else
exports.showModal '保存设置', '保存失败…'
|
[
{
"context": "file), destFile)\n\n queue.push({\n name: name\n num: num\n lucky: 0\n image: ",
"end": 942,
"score": 0.9979379773139954,
"start": 938,
"tag": "NAME",
"value": "name"
}
] | init-data.coffee | huyinghuan/lottery-2016 | 113 | _fs = require 'fs'
_fse = require 'fs-extra'
_path = require 'path'
_Coal = require('./connection').getConnection()
_config = require './config'
_Employee = _Coal.Model('employee')
_dest = _config.dest
_img_source = _config.img_source
doInit = ->
_fs.readdir(_img_source, (err, files)->
queue = []
for file, index in files
prefix = file.split(".")[0]
name = prefix.split("_")[0]
num = prefix.split("_")[1]
if not num?
console.log("照片格式不符合规范，应该以 姓名_唯一工号.png 或 姓名_唯一工号.jpg 命名:", file)
continue
num = num.replace(/\s/g, "")
if index > 1 and (index % 30) is 1
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue).then(-> console.log(arguments, "成功！")).catch((e)-> console.log(e))
queue = []
destFile = _path.join(_dest, "#{num}.jpg")
_fse.copySync(_path.join(_img_source, file), destFile)
queue.push({
name: name
num: num
lucky: 0
image: "#{num}.jpg"
})
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue)
.then(->
console.log "所有数据插入成功！"
_Employee.sql("SELECT count(*) from employee").then((data)-> console.log(data))
).catch((e)-> console.log(e))
)
#取消下面三行才会进行数据初始化，数据初始化后 记得把注释加上，避免每次数据都还原。
#setTimeout(->
# doInit()
#, 3000)
| 1797 | _fs = require 'fs'
_fse = require 'fs-extra'
_path = require 'path'
_Coal = require('./connection').getConnection()
_config = require './config'
_Employee = _Coal.Model('employee')
_dest = _config.dest
_img_source = _config.img_source
doInit = ->
_fs.readdir(_img_source, (err, files)->
queue = []
for file, index in files
prefix = file.split(".")[0]
name = prefix.split("_")[0]
num = prefix.split("_")[1]
if not num?
console.log("照片格式不符合规范，应该以 姓名_唯一工号.png 或 姓名_唯一工号.jpg 命名:", file)
continue
num = num.replace(/\s/g, "")
if index > 1 and (index % 30) is 1
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue).then(-> console.log(arguments, "成功！")).catch((e)-> console.log(e))
queue = []
destFile = _path.join(_dest, "#{num}.jpg")
_fse.copySync(_path.join(_img_source, file), destFile)
queue.push({
name: <NAME>
num: num
lucky: 0
image: "#{num}.jpg"
})
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue)
.then(->
console.log "所有数据插入成功！"
_Employee.sql("SELECT count(*) from employee").then((data)-> console.log(data))
).catch((e)-> console.log(e))
)
#取消下面三行才会进行数据初始化，数据初始化后 记得把注释加上，避免每次数据都还原。
#setTimeout(->
# doInit()
#, 3000)
| true | _fs = require 'fs'
_fse = require 'fs-extra'
_path = require 'path'
_Coal = require('./connection').getConnection()
_config = require './config'
_Employee = _Coal.Model('employee')
_dest = _config.dest
_img_source = _config.img_source
doInit = ->
_fs.readdir(_img_source, (err, files)->
queue = []
for file, index in files
prefix = file.split(".")[0]
name = prefix.split("_")[0]
num = prefix.split("_")[1]
if not num?
console.log("照片格式不符合规范，应该以 姓名_唯一工号.png 或 姓名_唯一工号.jpg 命名:", file)
continue
num = num.replace(/\s/g, "")
if index > 1 and (index % 30) is 1
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue).then(-> console.log(arguments, "成功！")).catch((e)-> console.log(e))
queue = []
destFile = _path.join(_dest, "#{num}.jpg")
_fse.copySync(_path.join(_img_source, file), destFile)
queue.push({
name: PI:NAME:<NAME>END_PI
num: num
lucky: 0
image: "#{num}.jpg"
})
console.log "本次插入#{queue.length}"
_Employee.table().insert(queue)
.then(->
console.log "所有数据插入成功！"
_Employee.sql("SELECT count(*) from employee").then((data)-> console.log(data))
).catch((e)-> console.log(e))
)
#取消下面三行才会进行数据初始化，数据初始化后 记得把注释加上，避免每次数据都还原。
#setTimeout(->
# doInit()
#, 3000)
|
[
{
"context": " #\n # Category.\n #\n # Created by hector spc <hector@aerstudio.com>\n # Aer Studio \n # http:/",
"end": 45,
"score": 0.9646839499473572,
"start": 35,
"tag": "NAME",
"value": "hector spc"
},
{
"context": " #\n # Category.\n #\n # Created by hector spc <hector@aerstudio.com>\n # Aer Studio \n # http://www.aerstudio.com\n #\n",
"end": 67,
"score": 0.9999329447746277,
"start": 47,
"tag": "EMAIL",
"value": "hector@aerstudio.com"
}
] | src/collections/categories_collection.coffee | aerstudio/Phallanxpress | 1 | #
# Category.
#
# Created by hector spc <hector@aerstudio.com>
# Aer Studio
# http://www.aerstudio.com
#
# Sun Mar 04 2012
#
# collections/categories_collection.js.coffee
#
class Phallanxpress.Categories extends Phallanxpress.Collection
model: Phallanxpress.Category
parseTag: 'categories'
categoryList: (options)->
@_wpAPI('get_category_index', options)
topCategories: ()->
top = @filter( (model)->
model.get('parent') is 0
)
tops = new Phallanxpress.Categories(top)
tops.api = @api
tops.apiUrl = @apiUrl
tops
| 212488 | #
# Category.
#
# Created by <NAME> <<EMAIL>>
# Aer Studio
# http://www.aerstudio.com
#
# Sun Mar 04 2012
#
# collections/categories_collection.js.coffee
#
class Phallanxpress.Categories extends Phallanxpress.Collection
model: Phallanxpress.Category
parseTag: 'categories'
categoryList: (options)->
@_wpAPI('get_category_index', options)
topCategories: ()->
top = @filter( (model)->
model.get('parent') is 0
)
tops = new Phallanxpress.Categories(top)
tops.api = @api
tops.apiUrl = @apiUrl
tops
| true | #
# Category.
#
# Created by PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
# Aer Studio
# http://www.aerstudio.com
#
# Sun Mar 04 2012
#
# collections/categories_collection.js.coffee
#
class Phallanxpress.Categories extends Phallanxpress.Collection
model: Phallanxpress.Category
parseTag: 'categories'
categoryList: (options)->
@_wpAPI('get_category_index', options)
topCategories: ()->
top = @filter( (model)->
model.get('parent') is 0
)
tops = new Phallanxpress.Categories(top)
tops.api = @api
tops.apiUrl = @apiUrl
tops
|
[
{
"context": "# Copyright Joyent, Inc. and other Node contributors.\n#\n# Permission",
"end": 18,
"score": 0.9993050694465637,
"start": 12,
"tag": "NAME",
"value": "Joyent"
}
] | test/simple/test-child-process-internal.coffee | lxe/io.coffee | 0 | # Copyright Joyent, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
#messages
PREFIX = "NODE_"
normal = cmd: "foo" + PREFIX
internal = cmd: PREFIX + "bar"
if process.argv[2] is "child"
#send non-internal message containing PREFIX at a non prefix position
process.send normal
#send inernal message
process.send internal
process.exit 0
else
fork = require("child_process").fork
child = fork(process.argv[1], ["child"])
gotNormal = undefined
child.once "message", (data) ->
gotNormal = data
return
gotInternal = undefined
child.once "internalMessage", (data) ->
gotInternal = data
return
process.on "exit", ->
assert.deepEqual gotNormal, normal
assert.deepEqual gotInternal, internal
return
| 170913 | # Copyright <NAME>, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
#messages
PREFIX = "NODE_"
normal = cmd: "foo" + PREFIX
internal = cmd: PREFIX + "bar"
if process.argv[2] is "child"
#send non-internal message containing PREFIX at a non prefix position
process.send normal
#send inernal message
process.send internal
process.exit 0
else
fork = require("child_process").fork
child = fork(process.argv[1], ["child"])
gotNormal = undefined
child.once "message", (data) ->
gotNormal = data
return
gotInternal = undefined
child.once "internalMessage", (data) ->
gotInternal = data
return
process.on "exit", ->
assert.deepEqual gotNormal, normal
assert.deepEqual gotInternal, internal
return
| true | # Copyright PI:NAME:<NAME>END_PI, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
common = require("../common")
assert = require("assert")
#messages
PREFIX = "NODE_"
normal = cmd: "foo" + PREFIX
internal = cmd: PREFIX + "bar"
if process.argv[2] is "child"
#send non-internal message containing PREFIX at a non prefix position
process.send normal
#send inernal message
process.send internal
process.exit 0
else
fork = require("child_process").fork
child = fork(process.argv[1], ["child"])
gotNormal = undefined
child.once "message", (data) ->
gotNormal = data
return
gotInternal = undefined
child.once "internalMessage", (data) ->
gotInternal = data
return
process.on "exit", ->
assert.deepEqual gotNormal, normal
assert.deepEqual gotInternal, internal
return
|
[
{
"context": "# Copyright Joyent, Inc. and other Node contributors.\n#\n# Permission",
"end": 18,
"score": 0.9991295337677002,
"start": 12,
"tag": "NAME",
"value": "Joyent"
}
] | test/simple/test-repl-end-emits-exit.coffee | lxe/io.coffee | 0 | # Copyright Joyent, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# create a dummy stream that does nothing
testTerminalMode = ->
r1 = repl.start(
input: stream
output: stream
terminal: true
)
process.nextTick ->
# manually fire a ^D keypress
stream.emit "data", "\u0004"
return
r1.on "exit", ->
# should be fired from the simulated ^D keypress
terminalExit++
testRegularMode()
return
return
testRegularMode = ->
r2 = repl.start(
input: stream
output: stream
terminal: false
)
process.nextTick ->
stream.emit "end"
return
r2.on "exit", ->
# should be fired from the simulated 'end' event
regularExit++
return
return
common = require("../common")
assert = require("assert")
Stream = require("stream")
repl = require("repl")
terminalExit = 0
regularExit = 0
stream = new Stream()
stream.write = stream.pause = stream.resume = ->
stream.readable = stream.writable = true
process.on "exit", ->
assert.equal terminalExit, 1
assert.equal regularExit, 1
return
# start
testTerminalMode()
| 8402 | # Copyright <NAME>, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# create a dummy stream that does nothing
testTerminalMode = ->
r1 = repl.start(
input: stream
output: stream
terminal: true
)
process.nextTick ->
# manually fire a ^D keypress
stream.emit "data", "\u0004"
return
r1.on "exit", ->
# should be fired from the simulated ^D keypress
terminalExit++
testRegularMode()
return
return
testRegularMode = ->
r2 = repl.start(
input: stream
output: stream
terminal: false
)
process.nextTick ->
stream.emit "end"
return
r2.on "exit", ->
# should be fired from the simulated 'end' event
regularExit++
return
return
common = require("../common")
assert = require("assert")
Stream = require("stream")
repl = require("repl")
terminalExit = 0
regularExit = 0
stream = new Stream()
stream.write = stream.pause = stream.resume = ->
stream.readable = stream.writable = true
process.on "exit", ->
assert.equal terminalExit, 1
assert.equal regularExit, 1
return
# start
testTerminalMode()
| true | # Copyright PI:NAME:<NAME>END_PI, Inc. and other Node contributors.
#
# Permission is hereby granted, free of charge, to any person obtaining a
# copy of this software and associated documentation files (the
# "Software"), to deal in the Software without restriction, including
# without limitation the rights to use, copy, modify, merge, publish,
# distribute, sublicense, and/or sell copies of the Software, and to permit
# persons to whom the Software is furnished to do so, subject to the
# following conditions:
#
# The above copyright notice and this permission notice shall be included
# in all copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
# OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
# MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN
# NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM,
# DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR
# OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE
# USE OR OTHER DEALINGS IN THE SOFTWARE.
# create a dummy stream that does nothing
testTerminalMode = ->
r1 = repl.start(
input: stream
output: stream
terminal: true
)
process.nextTick ->
# manually fire a ^D keypress
stream.emit "data", "\u0004"
return
r1.on "exit", ->
# should be fired from the simulated ^D keypress
terminalExit++
testRegularMode()
return
return
testRegularMode = ->
r2 = repl.start(
input: stream
output: stream
terminal: false
)
process.nextTick ->
stream.emit "end"
return
r2.on "exit", ->
# should be fired from the simulated 'end' event
regularExit++
return
return
common = require("../common")
assert = require("assert")
Stream = require("stream")
repl = require("repl")
terminalExit = 0
regularExit = 0
stream = new Stream()
stream.write = stream.pause = stream.resume = ->
stream.readable = stream.writable = true
process.on "exit", ->
assert.equal terminalExit, 1
assert.equal regularExit, 1
return
# start
testTerminalMode()
|
[
{
"context": "\"Recorda-m'ho més tard\"\n \"Escriure una ressenya ara\"\n\t\t]\n\tcs:\n\t\ttitle: \"Ohodnotit %@\"\n\t\tmessage: \"Pok",
"end": 885,
"score": 0.6791742444038391,
"start": 879,
"tag": "NAME",
"value": "ya ara"
},
{
"context": "r!\"\n\t\tbuttonLabels: [\n\t\t\t\"Teşekkürler, Hayır\"\n\t\t\t\"Şimdi Oyla\"\n\t\t\t\"Sonra Hatırlat\"\n\t\t]\n\tuk:\n\t\ttitle: \"Оцінити %",
"end": 6882,
"score": 0.8698986172676086,
"start": 6872,
"tag": "NAME",
"value": "Şimdi Oyla"
},
{
"context": " [\n\t\t\t\"Teşekkürler, Hayır\"\n\t\t\t\"Şimdi Oyla\"\n\t\t\t\"Sonra Hatırlat\"\n\t\t]\n\tuk:\n\t\ttitle: \"Оцінити %@\"\n\t\tmessage: \"Якщо ",
"end": 6902,
"score": 0.9342222213745117,
"start": 6891,
"tag": "NAME",
"value": "ra Hatırlat"
}
] | www_src/locales.coffee | Abine/cordova-plugin-apprate | 0 | ###
ar:
displayAppName: "localized application name"
title: "Window title"
message: "Info message"
buttonLabels: [
"no - 1"
"later - 2"
"yes - 3"
]
###
AppRateLocales =
ar:
title: "قيِّم %@"
message: "ذا أعجبك برنامج %@، هل تمانع من أخذ دقيقة لتقييمه؟ شكرا لدعمك!"
buttonLabels: [
"لا، شكرا"
"قيم البرنامج الآن"
"ذكرني لاحقا"
]
bn:
title: "রেট %@"
message: "আপনি %@ ব্যবহার করে ভোগ, আপনি এটি রেট একটি মুহূর্ত গ্রহণ কিছু মনে করবে? এটি একটি মিনিট চেয়ে বেশি গ্রহণ করা হবে না. আপনার সমর্থনের জন্য ধন্যবাদ!"
buttonLabels: [
"না, ধন্যবাদ"
"এখন এটি রেটিং করুন"
"পরে আমাকে মনে করিয়ে দিন"
]
ca:
title: "Ressenya %@",
message: "Si t'agrada %@, podries escriure una ressenya? No et prendrà més d'un minut. Gràcies pel teu suport!",
buttonLabels: [
"No, gràcies"
"Recorda-m'ho més tard"
"Escriure una ressenya ara"
]
cs:
title: "Ohodnotit %@"
message: "Pokud se vám líbí %@, našli byste si chvilku na ohodnocení aplikace? Nebude to trvat víc než minutu.\nDěkujeme za vaši podporu!"
buttonLabels: [
"Ne, děkuji"
"Ohodnotit nyní"
"Připomenout později"
]
da:
title: "Vurdér %@"
message: "Hvis du kan lide at bruge %@, vil du så ikke bruge et øjeblik på at give en vurdering? Det tager ikke mere end et minut. Mange tak for hjælpen!"
buttonLabels: [
"Nej tak"
"Vurdér nu"
"Påmind mig senere"
]
de:
title: "Bewerte %@"
message: "Wenn dir %@ gefällt, würdest Du es bitte bewerten? Dies wird nicht länger als eine Minute dauern. Danke für die Unterstützung!"
buttonLabels: [
"Nein, danke"
"Später erinnern"
"Jetzt bewerten"
]
el:
title: "Αξιολόγησε %@"
message: "Αν σ' αρέσει η εφαρμογή %@, θα μπορούσες να αφιερώσεις ένα δευτερόλεπτο για να την αξιολογήσεις; Ευχαριστούμε για την υποστήριξη!"
buttonLabels: [
"Όχι, ευχαριστώ"
"Αξιολόγησε τώρα"
"Υπενθύμιση αργότερα"
]
en:
title: "Rate %@"
message: "If you enjoy using %@, would you mind taking a moment to rate it? It won’t take more than a minute. Thanks for your support!"
buttonLabels: [
"No, Thanks"
"Remind Me Later"
"Rate It Now"
]
es:
title: "Reseña %@"
message: "Si te gusta %@, ¿podrías escribirnos una reseña? No te tomará más de un minuto. ¡Gracias por tu apoyo!"
buttonLabels: [
"No, gracias"
"Recordarme más tarde"
"Escribir reseña ahora"
]
fa:
title: "نرخ %@"
message: "اگر شما با استفاده از %@ لذت بردن از، اشکالی ندارد یک لحظه به امتیاز دهی هستند؟ آن را نمی خواهد بیشتر از یک دقیقه طول بکشد. با تشکر از حمایت شما!"
buttonLabels: [
"نه، با تشکر"
"آن را دوست ندارم حالا"
"یادآوری من بعد"
]
fr:
title: "Notez %@"
message: "Si vous aimez utiliser %@, n’oubliez pas de voter sur l’App Store. Cela ne prend qu’une minute. Merci d’avance pour votre soutien !"
buttonLabels: [
"Non, merci"
"Votez maintenant"
"Me le rappeler ultérieurement"
]
he:
title: "דרג את %@"
message: "אם אתה נהנה להשתמש ב- %@, אתה מוכן לקחת רגע כדי לדרג את את התוכנה? זה לא ייקח יותר מדקה. תודה על התמיכה!"
buttonLabels: [
"לא, תודה"
"דרג עכשיו"
"הזכר לי מאוחר יותר"
]
hi:
title: "दर %@"
message: "आप %@ उपयोग का आनंद ले, तो आप यह दर क्षण ले मन होगा? यह एक मिनट से अधिक नहीं ले जाएगा. आपके समर्थन के लिए धन्यवाद!"
buttonLabels: [
"नहीं, धन्यवाद"
"अब यह दर"
"मुझे बाद में याद दिलाएं"
]
id:
title: "Beri Nilai %@"
message: "Jika anda senang menggunakan %@, maukah anda memberikan nilai? Ini Hanya Sebentar. Terima kasih atas dukungan Anda!"
buttonLabels: [
"Tidak, Terimakasih"
"Berikan nilai sekarang!"
"Ingatkan saya lagi"
]
il:
title: "Vota %@"
message: "Se ti piace utilizzare %@, ti dispiacerebbe darle un voto? Non ci vorrà più di un minuto. Grazie per il vostro supporto!"
buttonLabels: [
"No, grazie"
"Vota ora"
"Ricordamelo dopo"
]
ja:
title: "%@の評価"
message: "%@をお使いいただき大変ありがとうございます。もしよろしければ1分程で済みますので、このアプリの評価をお願いします。ご協力感謝いたします！"
buttonLabels: [
"いえ、結構です"
"今すぐ評価する"
"後でする"
]
ko:
title: "%@ 평가하기"
message: "%@ 앱을 사용해 보신 소감이 어떠신가요? 리뷰 작성을 부탁 드립니다. 길어도 1분이면 작성하실 수 있을 것입니다. 도움 감사 드립니다."
buttonLabels: [
"괜찮습니다"
"지금 평가하기"
"나중에 다시 알림"
]
nl:
title: "Beoordeel %@"
message: "Als het gebruik van %@ je bevalt, wil je dan een moment nemen om het te beoordelen? Het duurt nog geen minuut. Bedankt voor je steun!"
buttonLabels: [
"Nee, bedankt"
"Beoordeel nu"
"Herinner me er later aan"
]
no:
title: "Vurder %@"
message: "Hvis du liker å bruke %@, ville du vært grei å vurdere appen? Det vil ikke ta mer enn et minutt. Takk for hjelpen!"
buttonLabels: [
"Ellers takk"
"Vurder nå"
"Påminn meg senere"
]
pa:
title: "ਦਰ %@"
message: "ਤੁਹਾਨੂੰ %@ ਵਰਤ ਆਨੰਦ ਹੋ, ਤੁਹਾਨੂੰ ਇਸ ਨੂੰ ਦਾ ਦਰਜਾ ਦਿੰਦੇ ਹਨ ਕਰਨ ਲਈ ਇੱਕ ਪਲ ਲੈ ਕੇ ਯਾਦ ਹੋਵੇਗਾ? ਇਸ ਨੂੰ ਇੱਕ ਮਿੰਟ ਵੀ ਵੱਧ ਲੱਗ ਨਹ ਹੋਵੇਗਾ. ਤੁਹਾਡੇ ਸਹਿਯੋਗ ਲਈ ਲਈ ਧੰਨਵਾਦ!"
buttonLabels: [
"ਕੋਈ, ਦਾ ਧੰਨਵਾਦ ਹੈ"
"ਹੁਣ ਇਹ ਦਰ ਨੂੰ"
"ਮੈਨੂੰ ਬਾਅਦ ਵਿੱਚ ਯਾਦ"
]
pl:
title: "Oceń %@"
message: "Jeśli lubisz %@, czy mógłbyś poświęcić chwilę na ocenienie? To nie zajmie więcej niż minutę. Dziękujemy za wsparcie!"
buttonLabels: [
"Nie, dziękuję"
"Oceń teraz"
"Przypomnij później"
]
pt:
title: "Avaliar %@"
message: "Se você gosta de usar o %@, você se importaria de avaliá-lo? Não vai demorar mais de um minuto. Obrigado por seu apoio!"
buttonLabels: [
"Não, Obrigado"
"Avaliar Agora"
"Lembrar mais tarde"
]
ru:
title: "Оцените %@"
message: "Если вам нравится пользоваться %@, не будете ли вы возражать против того, чтобы уделить минуту и оценить его?\nСпасибо вам за поддержку!"
buttonLabels: [
"Нет, спасибо"
"Напомнить позже"
"Оценить сейчас"
]
sk:
title: "Ohodnotiť %@"
message: "Ak sa vám páči %@, našli by ste si chvíľku na ohodnotenie aplikácie? Nebude to trvať viac ako minútu.\nĎakujeme za vašu podporu!"
buttonLabels: [
"Nie, Ďakujem"
"Ohodnotiť teraz"
"Pripomenúť neskôr"
]
sl:
title: "Oceni %@"
message: "Če vam je %@ všeč, bi vas prosili, da si vzamete moment in ocenite? Ne bo vam vzelo več kot minuto. Hvala za vašo podporo!"
buttonLabels: [
"Ne, hvala"
"Oceni zdaj"
"Spomni me kasneje"
]
sv:
title: "Betygsätt %@"
message: "Gillar du %@ och kan tänka dig att betygsätta den? Det tar inte mer än en minut. Tack för ditt stöd!"
buttonLabels: [
"Nej tack"
"Betygsätt nu!"
"Påminn mig senare"
]
th:
title: "อัตรา %@"
message: "หากคุณเพลิดเพลินกับการใช้ %@ คุณจะคิดสละเวลาให้คะแนนมันได้หรือไม่ มันจะไม่ใช้เวลานานกว่าหนึ่งนาที ขอบคุณสำหรับการสนับสนุนของคุณ"
buttonLabels: [
"ไม่ขอบคุณ"
"ให้คะแนนตอนนี้"
"กรุณาเตือนผมมา"
]
tr:
title: "Oy %@"
message: "Eğer %@ uygulamamız hoşunuza gittiyse, oy vermek ister misiniz? Bir dakikadan fazla sürmeyecektir. Desteğiniz için teşekkürler!"
buttonLabels: [
"Teşekkürler, Hayır"
"Şimdi Oyla"
"Sonra Hatırlat"
]
uk:
title: "Оцінити %@"
message: "Якщо вам подобається користуватися %@, чи не будете ви заперечувати проти того, щоб приділити хвилинку та оцінити її? Спасибі вам за підтримку!"
buttonLabels: [
"Ні, дякую"
"Оцінити зараз"
"Нагадати пізніше"
]
ur:
title: "شرح %@"
message: "اگر آپ نے %@ کا استعمال کرتے ہوئے سے لطف اندوز ہوتے، تو آپ کو ایک درجہ لمحے لینے میں کوئی اعتراض کریں گے؟ یہ ایک منٹ سے زیادہ نہیں لگے گا. آپ کی حمایت کے لئے شکریہ!"
buttonLabels: [
"نہیں، شکریہ"
"شرح اب یہ"
"مجھے بعد میں یاد دلائیں"
]
vi:
title: "Đánh giá %@"
message: "Nếu thích sử dụng %@, bạn có muốn giành một chút thời gian để đánh giá nó? Sẽ không lâu hơn một phút. Cảm ơn sự hỗ trợ của bạn!"
buttonLabels: [
"Không, Cảm ơn"
"Đánh Giá Ngay"
"Nhắc Tôi Sau"
]
module.exports = AppRateLocales
| 205815 | ###
ar:
displayAppName: "localized application name"
title: "Window title"
message: "Info message"
buttonLabels: [
"no - 1"
"later - 2"
"yes - 3"
]
###
AppRateLocales =
ar:
title: "قيِّم %@"
message: "ذا أعجبك برنامج %@، هل تمانع من أخذ دقيقة لتقييمه؟ شكرا لدعمك!"
buttonLabels: [
"لا، شكرا"
"قيم البرنامج الآن"
"ذكرني لاحقا"
]
bn:
title: "রেট %@"
message: "আপনি %@ ব্যবহার করে ভোগ, আপনি এটি রেট একটি মুহূর্ত গ্রহণ কিছু মনে করবে? এটি একটি মিনিট চেয়ে বেশি গ্রহণ করা হবে না. আপনার সমর্থনের জন্য ধন্যবাদ!"
buttonLabels: [
"না, ধন্যবাদ"
"এখন এটি রেটিং করুন"
"পরে আমাকে মনে করিয়ে দিন"
]
ca:
title: "Ressenya %@",
message: "Si t'agrada %@, podries escriure una ressenya? No et prendrà més d'un minut. Gràcies pel teu suport!",
buttonLabels: [
"No, gràcies"
"Recorda-m'ho més tard"
"Escriure una ressen<NAME>"
]
cs:
title: "Ohodnotit %@"
message: "Pokud se vám líbí %@, našli byste si chvilku na ohodnocení aplikace? Nebude to trvat víc než minutu.\nDěkujeme za vaši podporu!"
buttonLabels: [
"Ne, děkuji"
"Ohodnotit nyní"
"Připomenout později"
]
da:
title: "Vurdér %@"
message: "Hvis du kan lide at bruge %@, vil du så ikke bruge et øjeblik på at give en vurdering? Det tager ikke mere end et minut. Mange tak for hjælpen!"
buttonLabels: [
"Nej tak"
"Vurdér nu"
"Påmind mig senere"
]
de:
title: "Bewerte %@"
message: "Wenn dir %@ gefällt, würdest Du es bitte bewerten? Dies wird nicht länger als eine Minute dauern. Danke für die Unterstützung!"
buttonLabels: [
"Nein, danke"
"Später erinnern"
"Jetzt bewerten"
]
el:
title: "Αξιολόγησε %@"
message: "Αν σ' αρέσει η εφαρμογή %@, θα μπορούσες να αφιερώσεις ένα δευτερόλεπτο για να την αξιολογήσεις; Ευχαριστούμε για την υποστήριξη!"
buttonLabels: [
"Όχι, ευχαριστώ"
"Αξιολόγησε τώρα"
"Υπενθύμιση αργότερα"
]
en:
title: "Rate %@"
message: "If you enjoy using %@, would you mind taking a moment to rate it? It won’t take more than a minute. Thanks for your support!"
buttonLabels: [
"No, Thanks"
"Remind Me Later"
"Rate It Now"
]
es:
title: "Reseña %@"
message: "Si te gusta %@, ¿podrías escribirnos una reseña? No te tomará más de un minuto. ¡Gracias por tu apoyo!"
buttonLabels: [
"No, gracias"
"Recordarme más tarde"
"Escribir reseña ahora"
]
fa:
title: "نرخ %@"
message: "اگر شما با استفاده از %@ لذت بردن از، اشکالی ندارد یک لحظه به امتیاز دهی هستند؟ آن را نمی خواهد بیشتر از یک دقیقه طول بکشد. با تشکر از حمایت شما!"
buttonLabels: [
"نه، با تشکر"
"آن را دوست ندارم حالا"
"یادآوری من بعد"
]
fr:
title: "Notez %@"
message: "Si vous aimez utiliser %@, n’oubliez pas de voter sur l’App Store. Cela ne prend qu’une minute. Merci d’avance pour votre soutien !"
buttonLabels: [
"Non, merci"
"Votez maintenant"
"Me le rappeler ultérieurement"
]
he:
title: "דרג את %@"
message: "אם אתה נהנה להשתמש ב- %@, אתה מוכן לקחת רגע כדי לדרג את את התוכנה? זה לא ייקח יותר מדקה. תודה על התמיכה!"
buttonLabels: [
"לא, תודה"
"דרג עכשיו"
"הזכר לי מאוחר יותר"
]
hi:
title: "दर %@"
message: "आप %@ उपयोग का आनंद ले, तो आप यह दर क्षण ले मन होगा? यह एक मिनट से अधिक नहीं ले जाएगा. आपके समर्थन के लिए धन्यवाद!"
buttonLabels: [
"नहीं, धन्यवाद"
"अब यह दर"
"मुझे बाद में याद दिलाएं"
]
id:
title: "Beri Nilai %@"
message: "Jika anda senang menggunakan %@, maukah anda memberikan nilai? Ini Hanya Sebentar. Terima kasih atas dukungan Anda!"
buttonLabels: [
"Tidak, Terimakasih"
"Berikan nilai sekarang!"
"Ingatkan saya lagi"
]
il:
title: "Vota %@"
message: "Se ti piace utilizzare %@, ti dispiacerebbe darle un voto? Non ci vorrà più di un minuto. Grazie per il vostro supporto!"
buttonLabels: [
"No, grazie"
"Vota ora"
"Ricordamelo dopo"
]
ja:
title: "%@の評価"
message: "%@をお使いいただき大変ありがとうございます。もしよろしければ1分程で済みますので、このアプリの評価をお願いします。ご協力感謝いたします！"
buttonLabels: [
"いえ、結構です"
"今すぐ評価する"
"後でする"
]
ko:
title: "%@ 평가하기"
message: "%@ 앱을 사용해 보신 소감이 어떠신가요? 리뷰 작성을 부탁 드립니다. 길어도 1분이면 작성하실 수 있을 것입니다. 도움 감사 드립니다."
buttonLabels: [
"괜찮습니다"
"지금 평가하기"
"나중에 다시 알림"
]
nl:
title: "Beoordeel %@"
message: "Als het gebruik van %@ je bevalt, wil je dan een moment nemen om het te beoordelen? Het duurt nog geen minuut. Bedankt voor je steun!"
buttonLabels: [
"Nee, bedankt"
"Beoordeel nu"
"Herinner me er later aan"
]
no:
title: "Vurder %@"
message: "Hvis du liker å bruke %@, ville du vært grei å vurdere appen? Det vil ikke ta mer enn et minutt. Takk for hjelpen!"
buttonLabels: [
"Ellers takk"
"Vurder nå"
"Påminn meg senere"
]
pa:
title: "ਦਰ %@"
message: "ਤੁਹਾਨੂੰ %@ ਵਰਤ ਆਨੰਦ ਹੋ, ਤੁਹਾਨੂੰ ਇਸ ਨੂੰ ਦਾ ਦਰਜਾ ਦਿੰਦੇ ਹਨ ਕਰਨ ਲਈ ਇੱਕ ਪਲ ਲੈ ਕੇ ਯਾਦ ਹੋਵੇਗਾ? ਇਸ ਨੂੰ ਇੱਕ ਮਿੰਟ ਵੀ ਵੱਧ ਲੱਗ ਨਹ ਹੋਵੇਗਾ. ਤੁਹਾਡੇ ਸਹਿਯੋਗ ਲਈ ਲਈ ਧੰਨਵਾਦ!"
buttonLabels: [
"ਕੋਈ, ਦਾ ਧੰਨਵਾਦ ਹੈ"
"ਹੁਣ ਇਹ ਦਰ ਨੂੰ"
"ਮੈਨੂੰ ਬਾਅਦ ਵਿੱਚ ਯਾਦ"
]
pl:
title: "Oceń %@"
message: "Jeśli lubisz %@, czy mógłbyś poświęcić chwilę na ocenienie? To nie zajmie więcej niż minutę. Dziękujemy za wsparcie!"
buttonLabels: [
"Nie, dziękuję"
"Oceń teraz"
"Przypomnij później"
]
pt:
title: "Avaliar %@"
message: "Se você gosta de usar o %@, você se importaria de avaliá-lo? Não vai demorar mais de um minuto. Obrigado por seu apoio!"
buttonLabels: [
"Não, Obrigado"
"Avaliar Agora"
"Lembrar mais tarde"
]
ru:
title: "Оцените %@"
message: "Если вам нравится пользоваться %@, не будете ли вы возражать против того, чтобы уделить минуту и оценить его?\nСпасибо вам за поддержку!"
buttonLabels: [
"Нет, спасибо"
"Напомнить позже"
"Оценить сейчас"
]
sk:
title: "Ohodnotiť %@"
message: "Ak sa vám páči %@, našli by ste si chvíľku na ohodnotenie aplikácie? Nebude to trvať viac ako minútu.\nĎakujeme za vašu podporu!"
buttonLabels: [
"Nie, Ďakujem"
"Ohodnotiť teraz"
"Pripomenúť neskôr"
]
sl:
title: "Oceni %@"
message: "Če vam je %@ všeč, bi vas prosili, da si vzamete moment in ocenite? Ne bo vam vzelo več kot minuto. Hvala za vašo podporo!"
buttonLabels: [
"Ne, hvala"
"Oceni zdaj"
"Spomni me kasneje"
]
sv:
title: "Betygsätt %@"
message: "Gillar du %@ och kan tänka dig att betygsätta den? Det tar inte mer än en minut. Tack för ditt stöd!"
buttonLabels: [
"Nej tack"
"Betygsätt nu!"
"Påminn mig senare"
]
th:
title: "อัตรา %@"
message: "หากคุณเพลิดเพลินกับการใช้ %@ คุณจะคิดสละเวลาให้คะแนนมันได้หรือไม่ มันจะไม่ใช้เวลานานกว่าหนึ่งนาที ขอบคุณสำหรับการสนับสนุนของคุณ"
buttonLabels: [
"ไม่ขอบคุณ"
"ให้คะแนนตอนนี้"
"กรุณาเตือนผมมา"
]
tr:
title: "Oy %@"
message: "Eğer %@ uygulamamız hoşunuza gittiyse, oy vermek ister misiniz? Bir dakikadan fazla sürmeyecektir. Desteğiniz için teşekkürler!"
buttonLabels: [
"Teşekkürler, Hayır"
"<NAME>"
"Son<NAME>"
]
uk:
title: "Оцінити %@"
message: "Якщо вам подобається користуватися %@, чи не будете ви заперечувати проти того, щоб приділити хвилинку та оцінити її? Спасибі вам за підтримку!"
buttonLabels: [
"Ні, дякую"
"Оцінити зараз"
"Нагадати пізніше"
]
ur:
title: "شرح %@"
message: "اگر آپ نے %@ کا استعمال کرتے ہوئے سے لطف اندوز ہوتے، تو آپ کو ایک درجہ لمحے لینے میں کوئی اعتراض کریں گے؟ یہ ایک منٹ سے زیادہ نہیں لگے گا. آپ کی حمایت کے لئے شکریہ!"
buttonLabels: [
"نہیں، شکریہ"
"شرح اب یہ"
"مجھے بعد میں یاد دلائیں"
]
vi:
title: "Đánh giá %@"
message: "Nếu thích sử dụng %@, bạn có muốn giành một chút thời gian để đánh giá nó? Sẽ không lâu hơn một phút. Cảm ơn sự hỗ trợ của bạn!"
buttonLabels: [
"Không, Cảm ơn"
"Đánh Giá Ngay"
"Nhắc Tôi Sau"
]
module.exports = AppRateLocales
| true | ###
ar:
displayAppName: "localized application name"
title: "Window title"
message: "Info message"
buttonLabels: [
"no - 1"
"later - 2"
"yes - 3"
]
###
AppRateLocales =
ar:
title: "قيِّم %@"
message: "ذا أعجبك برنامج %@، هل تمانع من أخذ دقيقة لتقييمه؟ شكرا لدعمك!"
buttonLabels: [
"لا، شكرا"
"قيم البرنامج الآن"
"ذكرني لاحقا"
]
bn:
title: "রেট %@"
message: "আপনি %@ ব্যবহার করে ভোগ, আপনি এটি রেট একটি মুহূর্ত গ্রহণ কিছু মনে করবে? এটি একটি মিনিট চেয়ে বেশি গ্রহণ করা হবে না. আপনার সমর্থনের জন্য ধন্যবাদ!"
buttonLabels: [
"না, ধন্যবাদ"
"এখন এটি রেটিং করুন"
"পরে আমাকে মনে করিয়ে দিন"
]
ca:
title: "Ressenya %@",
message: "Si t'agrada %@, podries escriure una ressenya? No et prendrà més d'un minut. Gràcies pel teu suport!",
buttonLabels: [
"No, gràcies"
"Recorda-m'ho més tard"
"Escriure una ressenPI:NAME:<NAME>END_PI"
]
cs:
title: "Ohodnotit %@"
message: "Pokud se vám líbí %@, našli byste si chvilku na ohodnocení aplikace? Nebude to trvat víc než minutu.\nDěkujeme za vaši podporu!"
buttonLabels: [
"Ne, děkuji"
"Ohodnotit nyní"
"Připomenout později"
]
da:
title: "Vurdér %@"
message: "Hvis du kan lide at bruge %@, vil du så ikke bruge et øjeblik på at give en vurdering? Det tager ikke mere end et minut. Mange tak for hjælpen!"
buttonLabels: [
"Nej tak"
"Vurdér nu"
"Påmind mig senere"
]
de:
title: "Bewerte %@"
message: "Wenn dir %@ gefällt, würdest Du es bitte bewerten? Dies wird nicht länger als eine Minute dauern. Danke für die Unterstützung!"
buttonLabels: [
"Nein, danke"
"Später erinnern"
"Jetzt bewerten"
]
el:
title: "Αξιολόγησε %@"
message: "Αν σ' αρέσει η εφαρμογή %@, θα μπορούσες να αφιερώσεις ένα δευτερόλεπτο για να την αξιολογήσεις; Ευχαριστούμε για την υποστήριξη!"
buttonLabels: [
"Όχι, ευχαριστώ"
"Αξιολόγησε τώρα"
"Υπενθύμιση αργότερα"
]
en:
title: "Rate %@"
message: "If you enjoy using %@, would you mind taking a moment to rate it? It won’t take more than a minute. Thanks for your support!"
buttonLabels: [
"No, Thanks"
"Remind Me Later"
"Rate It Now"
]
es:
title: "Reseña %@"
message: "Si te gusta %@, ¿podrías escribirnos una reseña? No te tomará más de un minuto. ¡Gracias por tu apoyo!"
buttonLabels: [
"No, gracias"
"Recordarme más tarde"
"Escribir reseña ahora"
]
fa:
title: "نرخ %@"
message: "اگر شما با استفاده از %@ لذت بردن از، اشکالی ندارد یک لحظه به امتیاز دهی هستند؟ آن را نمی خواهد بیشتر از یک دقیقه طول بکشد. با تشکر از حمایت شما!"
buttonLabels: [
"نه، با تشکر"
"آن را دوست ندارم حالا"
"یادآوری من بعد"
]
fr:
title: "Notez %@"
message: "Si vous aimez utiliser %@, n’oubliez pas de voter sur l’App Store. Cela ne prend qu’une minute. Merci d’avance pour votre soutien !"
buttonLabels: [
"Non, merci"
"Votez maintenant"
"Me le rappeler ultérieurement"
]
he:
title: "דרג את %@"
message: "אם אתה נהנה להשתמש ב- %@, אתה מוכן לקחת רגע כדי לדרג את את התוכנה? זה לא ייקח יותר מדקה. תודה על התמיכה!"
buttonLabels: [
"לא, תודה"
"דרג עכשיו"
"הזכר לי מאוחר יותר"
]
hi:
title: "दर %@"
message: "आप %@ उपयोग का आनंद ले, तो आप यह दर क्षण ले मन होगा? यह एक मिनट से अधिक नहीं ले जाएगा. आपके समर्थन के लिए धन्यवाद!"
buttonLabels: [
"नहीं, धन्यवाद"
"अब यह दर"
"मुझे बाद में याद दिलाएं"
]
id:
title: "Beri Nilai %@"
message: "Jika anda senang menggunakan %@, maukah anda memberikan nilai? Ini Hanya Sebentar. Terima kasih atas dukungan Anda!"
buttonLabels: [
"Tidak, Terimakasih"
"Berikan nilai sekarang!"
"Ingatkan saya lagi"
]
il:
title: "Vota %@"
message: "Se ti piace utilizzare %@, ti dispiacerebbe darle un voto? Non ci vorrà più di un minuto. Grazie per il vostro supporto!"
buttonLabels: [
"No, grazie"
"Vota ora"
"Ricordamelo dopo"
]
ja:
title: "%@の評価"
message: "%@をお使いいただき大変ありがとうございます。もしよろしければ1分程で済みますので、このアプリの評価をお願いします。ご協力感謝いたします！"
buttonLabels: [
"いえ、結構です"
"今すぐ評価する"
"後でする"
]
ko:
title: "%@ 평가하기"
message: "%@ 앱을 사용해 보신 소감이 어떠신가요? 리뷰 작성을 부탁 드립니다. 길어도 1분이면 작성하실 수 있을 것입니다. 도움 감사 드립니다."
buttonLabels: [
"괜찮습니다"
"지금 평가하기"
"나중에 다시 알림"
]
nl:
title: "Beoordeel %@"
message: "Als het gebruik van %@ je bevalt, wil je dan een moment nemen om het te beoordelen? Het duurt nog geen minuut. Bedankt voor je steun!"
buttonLabels: [
"Nee, bedankt"
"Beoordeel nu"
"Herinner me er later aan"
]
no:
title: "Vurder %@"
message: "Hvis du liker å bruke %@, ville du vært grei å vurdere appen? Det vil ikke ta mer enn et minutt. Takk for hjelpen!"
buttonLabels: [
"Ellers takk"
"Vurder nå"
"Påminn meg senere"
]
pa:
title: "ਦਰ %@"
message: "ਤੁਹਾਨੂੰ %@ ਵਰਤ ਆਨੰਦ ਹੋ, ਤੁਹਾਨੂੰ ਇਸ ਨੂੰ ਦਾ ਦਰਜਾ ਦਿੰਦੇ ਹਨ ਕਰਨ ਲਈ ਇੱਕ ਪਲ ਲੈ ਕੇ ਯਾਦ ਹੋਵੇਗਾ? ਇਸ ਨੂੰ ਇੱਕ ਮਿੰਟ ਵੀ ਵੱਧ ਲੱਗ ਨਹ ਹੋਵੇਗਾ. ਤੁਹਾਡੇ ਸਹਿਯੋਗ ਲਈ ਲਈ ਧੰਨਵਾਦ!"
buttonLabels: [
"ਕੋਈ, ਦਾ ਧੰਨਵਾਦ ਹੈ"
"ਹੁਣ ਇਹ ਦਰ ਨੂੰ"
"ਮੈਨੂੰ ਬਾਅਦ ਵਿੱਚ ਯਾਦ"
]
pl:
title: "Oceń %@"
message: "Jeśli lubisz %@, czy mógłbyś poświęcić chwilę na ocenienie? To nie zajmie więcej niż minutę. Dziękujemy za wsparcie!"
buttonLabels: [
"Nie, dziękuję"
"Oceń teraz"
"Przypomnij później"
]
pt:
title: "Avaliar %@"
message: "Se você gosta de usar o %@, você se importaria de avaliá-lo? Não vai demorar mais de um minuto. Obrigado por seu apoio!"
buttonLabels: [
"Não, Obrigado"
"Avaliar Agora"
"Lembrar mais tarde"
]
ru:
title: "Оцените %@"
message: "Если вам нравится пользоваться %@, не будете ли вы возражать против того, чтобы уделить минуту и оценить его?\nСпасибо вам за поддержку!"
buttonLabels: [
"Нет, спасибо"
"Напомнить позже"
"Оценить сейчас"
]
sk:
title: "Ohodnotiť %@"
message: "Ak sa vám páči %@, našli by ste si chvíľku na ohodnotenie aplikácie? Nebude to trvať viac ako minútu.\nĎakujeme za vašu podporu!"
buttonLabels: [
"Nie, Ďakujem"
"Ohodnotiť teraz"
"Pripomenúť neskôr"
]
sl:
title: "Oceni %@"
message: "Če vam je %@ všeč, bi vas prosili, da si vzamete moment in ocenite? Ne bo vam vzelo več kot minuto. Hvala za vašo podporo!"
buttonLabels: [
"Ne, hvala"
"Oceni zdaj"
"Spomni me kasneje"
]
sv:
title: "Betygsätt %@"
message: "Gillar du %@ och kan tänka dig att betygsätta den? Det tar inte mer än en minut. Tack för ditt stöd!"
buttonLabels: [
"Nej tack"
"Betygsätt nu!"
"Påminn mig senare"
]
th:
title: "อัตรา %@"
message: "หากคุณเพลิดเพลินกับการใช้ %@ คุณจะคิดสละเวลาให้คะแนนมันได้หรือไม่ มันจะไม่ใช้เวลานานกว่าหนึ่งนาที ขอบคุณสำหรับการสนับสนุนของคุณ"
buttonLabels: [
"ไม่ขอบคุณ"
"ให้คะแนนตอนนี้"
"กรุณาเตือนผมมา"
]
tr:
title: "Oy %@"
message: "Eğer %@ uygulamamız hoşunuza gittiyse, oy vermek ister misiniz? Bir dakikadan fazla sürmeyecektir. Desteğiniz için teşekkürler!"
buttonLabels: [
"Teşekkürler, Hayır"
"PI:NAME:<NAME>END_PI"
"SonPI:NAME:<NAME>END_PI"
]
uk:
title: "Оцінити %@"
message: "Якщо вам подобається користуватися %@, чи не будете ви заперечувати проти того, щоб приділити хвилинку та оцінити її? Спасибі вам за підтримку!"
buttonLabels: [
"Ні, дякую"
"Оцінити зараз"
"Нагадати пізніше"
]
ur:
title: "شرح %@"
message: "اگر آپ نے %@ کا استعمال کرتے ہوئے سے لطف اندوز ہوتے، تو آپ کو ایک درجہ لمحے لینے میں کوئی اعتراض کریں گے؟ یہ ایک منٹ سے زیادہ نہیں لگے گا. آپ کی حمایت کے لئے شکریہ!"
buttonLabels: [
"نہیں، شکریہ"
"شرح اب یہ"
"مجھے بعد میں یاد دلائیں"
]
vi:
title: "Đánh giá %@"
message: "Nếu thích sử dụng %@, bạn có muốn giành một chút thời gian để đánh giá nó? Sẽ không lâu hơn một phút. Cảm ơn sự hỗ trợ của bạn!"
buttonLabels: [
"Không, Cảm ơn"
"Đánh Giá Ngay"
"Nhắc Tôi Sau"
]
module.exports = AppRateLocales
|
[
{
"context": "###!\n@author Branko Vukelic <branko@brankovukelic.com>\n@license MIT\n###\n\n# # ",
"end": 27,
"score": 0.9998807907104492,
"start": 13,
"tag": "NAME",
"value": "Branko Vukelic"
},
{
"context": "###!\n@author Branko Vukelic <branko@brankovukelic.com>\n@license MIT\n###\n\n# # Soap collection\n#\n# This m",
"end": 53,
"score": 0.999930202960968,
"start": 29,
"tag": "EMAIL",
"value": "branko@brankovukelic.com"
}
] | src/lib/collection.coffee | foxbunny/ribcage-soap | 0 | ###!
@author Branko Vukelic <branko@brankovukelic.com>
@license MIT
###
# # Soap collection
#
# This module implements a soap-based collection. Since making Soap requests
# per model can be expensive in some cases, this collection will make a SOAP
# request and instantiate appropriate models.
#
# This module is in UMD format and will export `ribcgeSoap.Collection` global
# if not used with an AMD loader such as RequireJS.
if typeof define isnt 'function' or not define.amd
@require = (dep) =>
(() =>
switch dep
when 'ribcage' then @Ribcage
when './mixin' then @ribcageSoap.mixin
else null
)() or throw new Error "Unmet dependency #{dep}"
@define = (factory) =>
@ribcageSoap.Collection = factory @require
# This module depends on `ribcage-soap.mixin` module and Ribcage
define (require) ->
ribcage = require 'ribcage'
soapMixin = require './mixin'
# ## `SoapCollection`
#
# Please see the documentation on `soapMixin` for more information on the API
# for this collection.
SoapCollection = ribcage.collections.BaseCollection.extend soapMixin
# Add the mixin and collection to ribcage object
ribcage.collectionMixins.SoapCollection = soapMixin
ribcage.collections.SoapCollection = SoapCollection
| 93330 | ###!
@author <NAME> <<EMAIL>>
@license MIT
###
# # Soap collection
#
# This module implements a soap-based collection. Since making Soap requests
# per model can be expensive in some cases, this collection will make a SOAP
# request and instantiate appropriate models.
#
# This module is in UMD format and will export `ribcgeSoap.Collection` global
# if not used with an AMD loader such as RequireJS.
if typeof define isnt 'function' or not define.amd
@require = (dep) =>
(() =>
switch dep
when 'ribcage' then @Ribcage
when './mixin' then @ribcageSoap.mixin
else null
)() or throw new Error "Unmet dependency #{dep}"
@define = (factory) =>
@ribcageSoap.Collection = factory @require
# This module depends on `ribcage-soap.mixin` module and Ribcage
define (require) ->
ribcage = require 'ribcage'
soapMixin = require './mixin'
# ## `SoapCollection`
#
# Please see the documentation on `soapMixin` for more information on the API
# for this collection.
SoapCollection = ribcage.collections.BaseCollection.extend soapMixin
# Add the mixin and collection to ribcage object
ribcage.collectionMixins.SoapCollection = soapMixin
ribcage.collections.SoapCollection = SoapCollection
| true | ###!
@author PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
@license MIT
###
# # Soap collection
#
# This module implements a soap-based collection. Since making Soap requests
# per model can be expensive in some cases, this collection will make a SOAP
# request and instantiate appropriate models.
#
# This module is in UMD format and will export `ribcgeSoap.Collection` global
# if not used with an AMD loader such as RequireJS.
if typeof define isnt 'function' or not define.amd
@require = (dep) =>
(() =>
switch dep
when 'ribcage' then @Ribcage
when './mixin' then @ribcageSoap.mixin
else null
)() or throw new Error "Unmet dependency #{dep}"
@define = (factory) =>
@ribcageSoap.Collection = factory @require
# This module depends on `ribcage-soap.mixin` module and Ribcage
define (require) ->
ribcage = require 'ribcage'
soapMixin = require './mixin'
# ## `SoapCollection`
#
# Please see the documentation on `soapMixin` for more information on the API
# for this collection.
SoapCollection = ribcage.collections.BaseCollection.extend soapMixin
# Add the mixin and collection to ribcage object
ribcage.collectionMixins.SoapCollection = soapMixin
ribcage.collections.SoapCollection = SoapCollection
|
[
{
"context": "rrors.push errorMsg\n\n # \"a.en,a.de,a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi",
"end": 16265,
"score": 0.9910492897033691,
"start": 16260,
"tag": "NAME",
"value": "Hallo"
},
{
"context": "push errorMsg\n\n # \"a.en,a.de,a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi'\n #",
"end": 16270,
"score": 0.9649405479431152,
"start": 16266,
"tag": "NAME",
"value": "ciao"
},
{
"context": ",a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi'\n # it: 'ciao'\n mapLocalizedAt",
"end": 16300,
"score": 0.9993659257888794,
"start": 16295,
"tag": "NAME",
"value": "Hallo"
},
{
"context": "y values\n values\n\n # \"a.en,a.de,a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi",
"end": 16877,
"score": 0.9826900959014893,
"start": 16872,
"tag": "NAME",
"value": "Hallo"
},
{
"context": "es\n values\n\n # \"a.en,a.de,a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi'\n #",
"end": 16882,
"score": 0.917851448059082,
"start": 16878,
"tag": "NAME",
"value": "ciao"
},
{
"context": ",a.it\"\n # \"hi,Hallo,ciao\"\n # values:\n # de: 'Hallo'\n # en: 'hi'\n # it: 'ciao'\n mapSearchKeywo",
"end": 16912,
"score": 0.9992319345474243,
"start": 16907,
"tag": "NAME",
"value": "Hallo"
}
] | src/coffee/mapping.coffee | easybi-vv/sphere-node-product-csv-sync-1 | 0 | _ = require 'underscore'
_.mixin require('underscore.string').exports()
CONS = require './constants'
GLOBALS = require './globals'
# TODO:
# - JSDoc
# - no services!!!
# - utils only
class Mapping
constructor: (options = {}) ->
@types = options.types
@customerGroups = options.customerGroups
@categories = options.categories
@taxes = options.taxes
@states = options.states
@channels = options.channels
@continueOnProblems = options.continueOnProblems
@errors = []
mapProduct: (raw, productType) ->
productType or= raw.master[@header.toIndex CONS.HEADER_PRODUCT_TYPE]
rowIndex = raw.startRow
product = @mapBaseProduct raw.master, productType, rowIndex
product.masterVariant = @mapVariant raw.master, 1, productType, rowIndex, product
_.each raw.variants, (entry, index) =>
product.variants.push @mapVariant entry.variant, index + 2, productType, entry.rowIndex, product
data =
product: product
rowIndex: raw.startRow
header: @header
publish: raw.publish
data
mapBaseProduct: (rawMaster, productType, rowIndex) ->
product =
productType:
typeId: 'product-type'
id: productType.id
masterVariant: {}
variants: []
if @header.has(CONS.HEADER_ID)
product.id = rawMaster[@header.toIndex CONS.HEADER_ID]
if @header.has(CONS.HEADER_KEY)
product.key = rawMaster[@header.toIndex CONS.HEADER_KEY]
if @header.has(CONS.HEADER_META_TITLE)
product.metaTitle = rawMaster[@header.toIndex CONS.HEADER_META_TITLE] or {}
if @header.has(CONS.HEADER_META_DESCRIPTION)
product.metaDescription = rawMaster[@header.toIndex CONS.HEADER_META_DESCRIPTION] or {}
if @header.has(CONS.HEADER_META_KEYWORDS)
product.metaKeywords = rawMaster[@header.toIndex CONS.HEADER_META_KEYWORDS] or {}
if @header.has(CONS.HEADER_SEARCH_KEYWORDS)
product.searchKeywords = rawMaster[@header.toIndex CONS.HEADER_SEARCH_KEYWORDS] or {}
product.categories = @mapCategories rawMaster, rowIndex
tax = @mapTaxCategory rawMaster, rowIndex
product.taxCategory = tax if tax
state = @mapState rawMaster, rowIndex
product.state = state if state
product.categoryOrderHints = @mapCategoryOrderHints rawMaster, rowIndex
for attribName in CONS.BASE_LOCALIZED_HEADERS
if attribName is CONS.HEADER_SEARCH_KEYWORDS
val = @mapSearchKeywords rawMaster, attribName, @header.toLanguageIndex()
else
val = @mapLocalizedAttrib rawMaster, attribName, @header.toLanguageIndex()
product[attribName] = val if val
unless product.slug
product.slug = {}
if product.name? and product.name[GLOBALS.DEFAULT_LANGUAGE]?
product.slug[GLOBALS.DEFAULT_LANGUAGE] = @ensureValidSlug(_.slugify product.name[GLOBALS.DEFAULT_LANGUAGE], rowIndex)
product
ensureValidSlug: (slug, rowIndex, appendix = '') ->
unless _.isString(slug) and slug.length > 2
@errors.push "[row #{rowIndex}:#{CONS.HEADER_SLUG}] Can't generate valid slug out of '#{slug}'! If you did not provide slug in your file, please do so as slug could not be auto-generated from the product name given."
return
@slugs or= []
currentSlug = "#{slug}#{appendix}"
unless _.contains(@slugs, currentSlug)
@slugs.push currentSlug
return currentSlug
@ensureValidSlug slug, rowIndex, Math.floor((Math.random() * 89999) + 10001) # five digets
hasValidValueForHeader: (row, headerName) ->
return false unless @header.has(headerName)
@isValidValue(row[@header.toIndex headerName])
isValidValue: (rawValue) ->
return _.isString(rawValue) and rawValue.length > 0
mapCategories: (rawMaster, rowIndex) ->
categories = []
return categories unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORIES)
rawCategories = rawMaster[@header.toIndex CONS.HEADER_CATEGORIES].split GLOBALS.DELIM_MULTI_VALUE
for rawCategory in rawCategories
cat =
typeId: 'category'
if _.has(@categories.externalId2id, rawCategory)
cat.id = @categories.externalId2id[rawCategory]
else if _.has(@categories.fqName2id, rawCategory)
cat.id = @categories.fqName2id[rawCategory]
else if _.has(@categories.name2id, rawCategory)
if _.contains(@categories.duplicateNames, rawCategory)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] The category '#{rawCategory}' is not unqiue!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
cat.id = @categories.name2id[rawCategory]
if cat.id
categories.push cat
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] Can not find category for '#{rawCategory}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
categories
# parses the categoryOrderHints column for a given row
mapCategoryOrderHints: (rawMaster, rowIndex) ->
catOrderHints = {}
# check if there actually is something to parse in the column
return catOrderHints unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORY_ORDER_HINTS)
# parse the value to get a list of all catOrderHints
rawCatOrderHints = rawMaster[@header.toIndex CONS.HEADER_CATEGORY_ORDER_HINTS].split GLOBALS.DELIM_MULTI_VALUE
_.each rawCatOrderHints, (rawCatOrderHint) =>
# extract the category id and the order hint from the raw value
[rawCatId, rawOrderHint] = rawCatOrderHint.split ':'
orderHint = parseFloat(rawOrderHint)
# check if the product is actually assigned to the category
catId =
if _.has(@categories.id2fqName, rawCatId)
rawCatId
else if _.has(@categories.externalId2id, rawCatId)
@categories.externalId2id[rawCatId]
# in case the category was provided as the category name
# check if the product is actually assigend to the category
else if _.has(@categories.name2id, rawCatId)
# get the actual category id instead of the category name
@categories.name2id[rawCatId]
# in case the category was provided using the category slug
else if _.contains(@categories.id2slug, rawCatId)
# get the actual category id instead of the category name
_.findKey @categories.id2slug, (slug) ->
slug == rawCatId
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Can not find category for ID '#{rawCatId}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
null
if orderHint == NaN
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be a valid number!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else if !(orderHint > 0 && orderHint < 1)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be < 1 and > 0 but was '#{orderHint}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
if catId
# orderHint and catId are ensured to be valid
catOrderHints[catId] = orderHint.toString()
catOrderHints
mapTaxCategory: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_TAX)
rawTax = rawMaster[@header.toIndex CONS.HEADER_TAX]
if _.contains(@taxes.duplicateNames, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is not unqiue!"
return
unless _.has(@taxes.name2id, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is unknown!"
return
tax =
typeId: 'tax-category'
id: @taxes.name2id[rawTax]
mapState: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_STATE)
rawState = rawMaster[@header.toIndex CONS.HEADER_STATE]
if _.contains(@states.duplicateKeys, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is not unqiue!"
return
unless _.has(@states.key2id, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is unknown!"
return
state =
typeId: 'state'
id: @states.key2id[rawState]
mapVariant: (rawVariant, variantId, productType, rowIndex, product) ->
if variantId > 2 and @header.has(CONS.HEADER_VARIANT_ID)
vId = @mapInteger rawVariant[@header.toIndex CONS.HEADER_VARIANT_ID], CONS.HEADER_VARIANT_ID, rowIndex
if vId? and not _.isNaN vId
variantId = vId
else
# we have no valid variant id - mapInteger already mentioned this as error
return
variant =
id: variantId
attributes: []
if @header.has(CONS.HEADER_VARIANT_KEY)
variant.key = rawVariant[@header.toIndex CONS.HEADER_VARIANT_KEY]
variant.sku = rawVariant[@header.toIndex CONS.HEADER_SKU] if @header.has CONS.HEADER_SKU
languageHeader2Index = @header._productTypeLanguageIndexes productType
if productType.attributes
for attribute in productType.attributes
attrib = if attribute.attributeConstraint is CONS.ATTRIBUTE_CONSTRAINT_SAME_FOR_ALL and variantId > 1
_.find product.masterVariant.attributes, (a) ->
a.name is attribute.name
else
@mapAttribute rawVariant, attribute, languageHeader2Index, rowIndex
variant.attributes.push attrib if attrib
variant.prices = @mapPrices rawVariant[@header.toIndex CONS.HEADER_PRICES], rowIndex
variant.images = @mapImages rawVariant, variantId, rowIndex
variant
mapAttribute: (rawVariant, attribute, languageHeader2Index, rowIndex) ->
# if attribute conflicts with some base product property prefix it with "attribute." string
prefixedAttributeName = if attribute.name in CONS.PRODUCT_LEVEL_PROPERTIES.concat(CONS.ALL_HEADERS)
"attribute.#{attribute.name}"
else
attribute.name
value = @mapValue rawVariant, prefixedAttributeName, attribute, languageHeader2Index, rowIndex
return undefined if _.isUndefined(value) or (_.isObject(value) and _.isEmpty(value)) or (_.isString(value) and _.isEmpty(value))
attribute =
name: attribute.name
value: value
attribute
mapValue: (rawVariant, attributeName, attribute, languageHeader2Index, rowIndex) ->
switch attribute.type.name
when CONS.ATTRIBUTE_TYPE_SET then @mapSetAttribute rawVariant, attributeName, attribute.type.elementType, languageHeader2Index, rowIndex
when CONS.ATTRIBUTE_TYPE_LTEXT then @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
when CONS.ATTRIBUTE_TYPE_NUMBER then @mapNumber rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN then @mapBoolean rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_MONEY then @mapMoney rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_REFERENCE then @mapReference rawVariant[@header.toIndex attributeName], attribute.type
when CONS.ATTRIBUTE_TYPE_ENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
when CONS.ATTRIBUTE_TYPE_LENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
else rawVariant[@header.toIndex attributeName] # works for text
mapEnumAttribute: (enumKey, enumValues) ->
if enumKey
_.find enumValues, (value) -> value.key is enumKey
mapSetAttribute: (rawVariant, attributeName, elementType, languageHeader2Index, rowIndex) ->
if elementType.name is CONS.ATTRIBUTE_TYPE_LTEXT
multiValObj = @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
value = []
_.each multiValObj, (raw, lang) =>
if @isValidValue(raw)
languageVals = raw.split GLOBALS.DELIM_MULTI_VALUE
_.each languageVals, (v, index) ->
localized = {}
localized[lang] = v
value[index] = _.extend (value[index] or {}), localized
value
else
raw = rawVariant[@header.toIndex attributeName]
if @isValidValue(raw)
rawValues = raw.split GLOBALS.DELIM_MULTI_VALUE
_.map rawValues, (rawValue) =>
switch elementType.name
when CONS.ATTRIBUTE_TYPE_MONEY
@mapMoney rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_NUMBER
@mapNumber rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN
@mapBoolean rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_ENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_LENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_REFERENCE
@mapReference rawValue, elementType
else
rawValue
mapPrices: (raw, rowIndex) ->
prices = []
return prices unless @isValidValue(raw)
rawPrices = raw.split GLOBALS.DELIM_MULTI_VALUE
for rawPrice in rawPrices
matchedPrice = CONS.REGEX_PRICE.exec rawPrice
unless matchedPrice
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not parse price '#{rawPrice}'!"
continue
country = matchedPrice[2]
currencyCode = matchedPrice[3]
centAmount = matchedPrice[4]
customerGroupName = matchedPrice[8]
channelKey = matchedPrice[10]
validFrom = matchedPrice[12]
validUntil = matchedPrice[14]
price =
value: @mapMoney "#{currencyCode} #{centAmount}", CONS.HEADER_PRICES, rowIndex
price.validFrom = validFrom if validFrom
price.validUntil = validUntil if validUntil
price.country = country if country
if customerGroupName
unless _.has(@customerGroups.name2id, customerGroupName)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find customer group '#{customerGroupName}'!"
return []
price.customerGroup =
typeId: 'customer-group'
id: @customerGroups.name2id[customerGroupName]
if channelKey
unless _.has(@channels.key2id, channelKey)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find channel with key '#{channelKey}'!"
return []
price.channel =
typeId: 'channel'
id: @channels.key2id[channelKey]
prices.push price
prices
# EUR 300
# USD 999
mapMoney: (rawMoney, attribName, rowIndex) ->
return unless @isValidValue(rawMoney)
matchedMoney = CONS.REGEX_MONEY.exec rawMoney
unless matchedMoney
@errors.push "[row #{rowIndex}:#{attribName}] Can not parse money '#{rawMoney}'!"
return
# TODO: check for correct currencyCode
money =
currencyCode: matchedMoney[1]
centAmount: parseInt matchedMoney[2]
mapReference: (rawReference, attributeType) ->
return undefined unless rawReference
ref =
id: rawReference
typeId: attributeType.referenceTypeId
mapInteger: (rawNumber, attribName, rowIndex) ->
parseInt @mapNumber(rawNumber, attribName, rowIndex, CONS.REGEX_INTEGER)
mapNumber: (rawNumber, attribName, rowIndex, regEx = CONS.REGEX_FLOAT) ->
return unless @isValidValue(rawNumber)
matchedNumber = regEx.exec rawNumber
unless matchedNumber
@errors.push "[row #{rowIndex}:#{attribName}] The number '#{rawNumber}' isn't valid!"
return
parseFloat matchedNumber[0]
mapBoolean: (rawBoolean, attribName, rowIndex) ->
if _.isUndefined(rawBoolean) or (_.isString(rawBoolean) and _.isEmpty(rawBoolean))
return
errorMsg = "[row #{rowIndex}:#{attribName}] The value '#{rawBoolean}' isn't a valid boolean!"
try
b = JSON.parse(rawBoolean.toLowerCase())
if _.isBoolean(b) or b == 0 or b == 1
return Boolean(b)
else
@errors.push errorMsg
return
catch
@errors.push errorMsg
# "a.en,a.de,a.it"
# "hi,Hallo,ciao"
# values:
# de: 'Hallo'
# en: 'hi'
# it: 'ciao'
mapLocalizedAttrib: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
values[language] = val if val
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE] = val if val
return if _.isEmpty values
values
# "a.en,a.de,a.it"
# "hi,Hallo,ciao"
# values:
# de: 'Hallo'
# en: 'hi'
# it: 'ciao'
mapSearchKeywords: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
if not _.isString(val) || val == ""
return
singleValues = val.split GLOBALS.DELIM_MULTI_VALUE
texts = []
_.each singleValues, (v, index) ->
texts.push { text: v}
values[language] = texts
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE].text = val if val
return if _.isEmpty values
values
mapImages: (rawVariant, variantId, rowIndex) ->
images = []
return images unless @hasValidValueForHeader(rawVariant, CONS.HEADER_IMAGES)
rawImages = rawVariant[@header.toIndex CONS.HEADER_IMAGES].split GLOBALS.DELIM_MULTI_VALUE
for rawImage in rawImages
image =
url: rawImage
# TODO: get dimensions from CSV - format idea: 200x400;90x90
dimensions:
w: 0
h: 0
# label: 'TODO'
images.push image
images
module.exports = Mapping
| 223143 | _ = require 'underscore'
_.mixin require('underscore.string').exports()
CONS = require './constants'
GLOBALS = require './globals'
# TODO:
# - JSDoc
# - no services!!!
# - utils only
class Mapping
constructor: (options = {}) ->
@types = options.types
@customerGroups = options.customerGroups
@categories = options.categories
@taxes = options.taxes
@states = options.states
@channels = options.channels
@continueOnProblems = options.continueOnProblems
@errors = []
mapProduct: (raw, productType) ->
productType or= raw.master[@header.toIndex CONS.HEADER_PRODUCT_TYPE]
rowIndex = raw.startRow
product = @mapBaseProduct raw.master, productType, rowIndex
product.masterVariant = @mapVariant raw.master, 1, productType, rowIndex, product
_.each raw.variants, (entry, index) =>
product.variants.push @mapVariant entry.variant, index + 2, productType, entry.rowIndex, product
data =
product: product
rowIndex: raw.startRow
header: @header
publish: raw.publish
data
mapBaseProduct: (rawMaster, productType, rowIndex) ->
product =
productType:
typeId: 'product-type'
id: productType.id
masterVariant: {}
variants: []
if @header.has(CONS.HEADER_ID)
product.id = rawMaster[@header.toIndex CONS.HEADER_ID]
if @header.has(CONS.HEADER_KEY)
product.key = rawMaster[@header.toIndex CONS.HEADER_KEY]
if @header.has(CONS.HEADER_META_TITLE)
product.metaTitle = rawMaster[@header.toIndex CONS.HEADER_META_TITLE] or {}
if @header.has(CONS.HEADER_META_DESCRIPTION)
product.metaDescription = rawMaster[@header.toIndex CONS.HEADER_META_DESCRIPTION] or {}
if @header.has(CONS.HEADER_META_KEYWORDS)
product.metaKeywords = rawMaster[@header.toIndex CONS.HEADER_META_KEYWORDS] or {}
if @header.has(CONS.HEADER_SEARCH_KEYWORDS)
product.searchKeywords = rawMaster[@header.toIndex CONS.HEADER_SEARCH_KEYWORDS] or {}
product.categories = @mapCategories rawMaster, rowIndex
tax = @mapTaxCategory rawMaster, rowIndex
product.taxCategory = tax if tax
state = @mapState rawMaster, rowIndex
product.state = state if state
product.categoryOrderHints = @mapCategoryOrderHints rawMaster, rowIndex
for attribName in CONS.BASE_LOCALIZED_HEADERS
if attribName is CONS.HEADER_SEARCH_KEYWORDS
val = @mapSearchKeywords rawMaster, attribName, @header.toLanguageIndex()
else
val = @mapLocalizedAttrib rawMaster, attribName, @header.toLanguageIndex()
product[attribName] = val if val
unless product.slug
product.slug = {}
if product.name? and product.name[GLOBALS.DEFAULT_LANGUAGE]?
product.slug[GLOBALS.DEFAULT_LANGUAGE] = @ensureValidSlug(_.slugify product.name[GLOBALS.DEFAULT_LANGUAGE], rowIndex)
product
ensureValidSlug: (slug, rowIndex, appendix = '') ->
unless _.isString(slug) and slug.length > 2
@errors.push "[row #{rowIndex}:#{CONS.HEADER_SLUG}] Can't generate valid slug out of '#{slug}'! If you did not provide slug in your file, please do so as slug could not be auto-generated from the product name given."
return
@slugs or= []
currentSlug = "#{slug}#{appendix}"
unless _.contains(@slugs, currentSlug)
@slugs.push currentSlug
return currentSlug
@ensureValidSlug slug, rowIndex, Math.floor((Math.random() * 89999) + 10001) # five digets
hasValidValueForHeader: (row, headerName) ->
return false unless @header.has(headerName)
@isValidValue(row[@header.toIndex headerName])
isValidValue: (rawValue) ->
return _.isString(rawValue) and rawValue.length > 0
mapCategories: (rawMaster, rowIndex) ->
categories = []
return categories unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORIES)
rawCategories = rawMaster[@header.toIndex CONS.HEADER_CATEGORIES].split GLOBALS.DELIM_MULTI_VALUE
for rawCategory in rawCategories
cat =
typeId: 'category'
if _.has(@categories.externalId2id, rawCategory)
cat.id = @categories.externalId2id[rawCategory]
else if _.has(@categories.fqName2id, rawCategory)
cat.id = @categories.fqName2id[rawCategory]
else if _.has(@categories.name2id, rawCategory)
if _.contains(@categories.duplicateNames, rawCategory)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] The category '#{rawCategory}' is not unqiue!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
cat.id = @categories.name2id[rawCategory]
if cat.id
categories.push cat
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] Can not find category for '#{rawCategory}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
categories
# parses the categoryOrderHints column for a given row
mapCategoryOrderHints: (rawMaster, rowIndex) ->
catOrderHints = {}
# check if there actually is something to parse in the column
return catOrderHints unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORY_ORDER_HINTS)
# parse the value to get a list of all catOrderHints
rawCatOrderHints = rawMaster[@header.toIndex CONS.HEADER_CATEGORY_ORDER_HINTS].split GLOBALS.DELIM_MULTI_VALUE
_.each rawCatOrderHints, (rawCatOrderHint) =>
# extract the category id and the order hint from the raw value
[rawCatId, rawOrderHint] = rawCatOrderHint.split ':'
orderHint = parseFloat(rawOrderHint)
# check if the product is actually assigned to the category
catId =
if _.has(@categories.id2fqName, rawCatId)
rawCatId
else if _.has(@categories.externalId2id, rawCatId)
@categories.externalId2id[rawCatId]
# in case the category was provided as the category name
# check if the product is actually assigend to the category
else if _.has(@categories.name2id, rawCatId)
# get the actual category id instead of the category name
@categories.name2id[rawCatId]
# in case the category was provided using the category slug
else if _.contains(@categories.id2slug, rawCatId)
# get the actual category id instead of the category name
_.findKey @categories.id2slug, (slug) ->
slug == rawCatId
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Can not find category for ID '#{rawCatId}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
null
if orderHint == NaN
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be a valid number!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else if !(orderHint > 0 && orderHint < 1)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be < 1 and > 0 but was '#{orderHint}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
if catId
# orderHint and catId are ensured to be valid
catOrderHints[catId] = orderHint.toString()
catOrderHints
mapTaxCategory: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_TAX)
rawTax = rawMaster[@header.toIndex CONS.HEADER_TAX]
if _.contains(@taxes.duplicateNames, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is not unqiue!"
return
unless _.has(@taxes.name2id, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is unknown!"
return
tax =
typeId: 'tax-category'
id: @taxes.name2id[rawTax]
mapState: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_STATE)
rawState = rawMaster[@header.toIndex CONS.HEADER_STATE]
if _.contains(@states.duplicateKeys, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is not unqiue!"
return
unless _.has(@states.key2id, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is unknown!"
return
state =
typeId: 'state'
id: @states.key2id[rawState]
mapVariant: (rawVariant, variantId, productType, rowIndex, product) ->
if variantId > 2 and @header.has(CONS.HEADER_VARIANT_ID)
vId = @mapInteger rawVariant[@header.toIndex CONS.HEADER_VARIANT_ID], CONS.HEADER_VARIANT_ID, rowIndex
if vId? and not _.isNaN vId
variantId = vId
else
# we have no valid variant id - mapInteger already mentioned this as error
return
variant =
id: variantId
attributes: []
if @header.has(CONS.HEADER_VARIANT_KEY)
variant.key = rawVariant[@header.toIndex CONS.HEADER_VARIANT_KEY]
variant.sku = rawVariant[@header.toIndex CONS.HEADER_SKU] if @header.has CONS.HEADER_SKU
languageHeader2Index = @header._productTypeLanguageIndexes productType
if productType.attributes
for attribute in productType.attributes
attrib = if attribute.attributeConstraint is CONS.ATTRIBUTE_CONSTRAINT_SAME_FOR_ALL and variantId > 1
_.find product.masterVariant.attributes, (a) ->
a.name is attribute.name
else
@mapAttribute rawVariant, attribute, languageHeader2Index, rowIndex
variant.attributes.push attrib if attrib
variant.prices = @mapPrices rawVariant[@header.toIndex CONS.HEADER_PRICES], rowIndex
variant.images = @mapImages rawVariant, variantId, rowIndex
variant
mapAttribute: (rawVariant, attribute, languageHeader2Index, rowIndex) ->
# if attribute conflicts with some base product property prefix it with "attribute." string
prefixedAttributeName = if attribute.name in CONS.PRODUCT_LEVEL_PROPERTIES.concat(CONS.ALL_HEADERS)
"attribute.#{attribute.name}"
else
attribute.name
value = @mapValue rawVariant, prefixedAttributeName, attribute, languageHeader2Index, rowIndex
return undefined if _.isUndefined(value) or (_.isObject(value) and _.isEmpty(value)) or (_.isString(value) and _.isEmpty(value))
attribute =
name: attribute.name
value: value
attribute
mapValue: (rawVariant, attributeName, attribute, languageHeader2Index, rowIndex) ->
switch attribute.type.name
when CONS.ATTRIBUTE_TYPE_SET then @mapSetAttribute rawVariant, attributeName, attribute.type.elementType, languageHeader2Index, rowIndex
when CONS.ATTRIBUTE_TYPE_LTEXT then @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
when CONS.ATTRIBUTE_TYPE_NUMBER then @mapNumber rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN then @mapBoolean rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_MONEY then @mapMoney rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_REFERENCE then @mapReference rawVariant[@header.toIndex attributeName], attribute.type
when CONS.ATTRIBUTE_TYPE_ENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
when CONS.ATTRIBUTE_TYPE_LENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
else rawVariant[@header.toIndex attributeName] # works for text
mapEnumAttribute: (enumKey, enumValues) ->
if enumKey
_.find enumValues, (value) -> value.key is enumKey
mapSetAttribute: (rawVariant, attributeName, elementType, languageHeader2Index, rowIndex) ->
if elementType.name is CONS.ATTRIBUTE_TYPE_LTEXT
multiValObj = @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
value = []
_.each multiValObj, (raw, lang) =>
if @isValidValue(raw)
languageVals = raw.split GLOBALS.DELIM_MULTI_VALUE
_.each languageVals, (v, index) ->
localized = {}
localized[lang] = v
value[index] = _.extend (value[index] or {}), localized
value
else
raw = rawVariant[@header.toIndex attributeName]
if @isValidValue(raw)
rawValues = raw.split GLOBALS.DELIM_MULTI_VALUE
_.map rawValues, (rawValue) =>
switch elementType.name
when CONS.ATTRIBUTE_TYPE_MONEY
@mapMoney rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_NUMBER
@mapNumber rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN
@mapBoolean rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_ENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_LENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_REFERENCE
@mapReference rawValue, elementType
else
rawValue
mapPrices: (raw, rowIndex) ->
prices = []
return prices unless @isValidValue(raw)
rawPrices = raw.split GLOBALS.DELIM_MULTI_VALUE
for rawPrice in rawPrices
matchedPrice = CONS.REGEX_PRICE.exec rawPrice
unless matchedPrice
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not parse price '#{rawPrice}'!"
continue
country = matchedPrice[2]
currencyCode = matchedPrice[3]
centAmount = matchedPrice[4]
customerGroupName = matchedPrice[8]
channelKey = matchedPrice[10]
validFrom = matchedPrice[12]
validUntil = matchedPrice[14]
price =
value: @mapMoney "#{currencyCode} #{centAmount}", CONS.HEADER_PRICES, rowIndex
price.validFrom = validFrom if validFrom
price.validUntil = validUntil if validUntil
price.country = country if country
if customerGroupName
unless _.has(@customerGroups.name2id, customerGroupName)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find customer group '#{customerGroupName}'!"
return []
price.customerGroup =
typeId: 'customer-group'
id: @customerGroups.name2id[customerGroupName]
if channelKey
unless _.has(@channels.key2id, channelKey)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find channel with key '#{channelKey}'!"
return []
price.channel =
typeId: 'channel'
id: @channels.key2id[channelKey]
prices.push price
prices
# EUR 300
# USD 999
mapMoney: (rawMoney, attribName, rowIndex) ->
return unless @isValidValue(rawMoney)
matchedMoney = CONS.REGEX_MONEY.exec rawMoney
unless matchedMoney
@errors.push "[row #{rowIndex}:#{attribName}] Can not parse money '#{rawMoney}'!"
return
# TODO: check for correct currencyCode
money =
currencyCode: matchedMoney[1]
centAmount: parseInt matchedMoney[2]
mapReference: (rawReference, attributeType) ->
return undefined unless rawReference
ref =
id: rawReference
typeId: attributeType.referenceTypeId
mapInteger: (rawNumber, attribName, rowIndex) ->
parseInt @mapNumber(rawNumber, attribName, rowIndex, CONS.REGEX_INTEGER)
mapNumber: (rawNumber, attribName, rowIndex, regEx = CONS.REGEX_FLOAT) ->
return unless @isValidValue(rawNumber)
matchedNumber = regEx.exec rawNumber
unless matchedNumber
@errors.push "[row #{rowIndex}:#{attribName}] The number '#{rawNumber}' isn't valid!"
return
parseFloat matchedNumber[0]
mapBoolean: (rawBoolean, attribName, rowIndex) ->
if _.isUndefined(rawBoolean) or (_.isString(rawBoolean) and _.isEmpty(rawBoolean))
return
errorMsg = "[row #{rowIndex}:#{attribName}] The value '#{rawBoolean}' isn't a valid boolean!"
try
b = JSON.parse(rawBoolean.toLowerCase())
if _.isBoolean(b) or b == 0 or b == 1
return Boolean(b)
else
@errors.push errorMsg
return
catch
@errors.push errorMsg
# "a.en,a.de,a.it"
# "hi,<NAME>,<NAME>"
# values:
# de: '<NAME>'
# en: 'hi'
# it: 'ciao'
mapLocalizedAttrib: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
values[language] = val if val
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE] = val if val
return if _.isEmpty values
values
# "a.en,a.de,a.it"
# "hi,<NAME>,<NAME>"
# values:
# de: '<NAME>'
# en: 'hi'
# it: 'ciao'
mapSearchKeywords: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
if not _.isString(val) || val == ""
return
singleValues = val.split GLOBALS.DELIM_MULTI_VALUE
texts = []
_.each singleValues, (v, index) ->
texts.push { text: v}
values[language] = texts
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE].text = val if val
return if _.isEmpty values
values
mapImages: (rawVariant, variantId, rowIndex) ->
images = []
return images unless @hasValidValueForHeader(rawVariant, CONS.HEADER_IMAGES)
rawImages = rawVariant[@header.toIndex CONS.HEADER_IMAGES].split GLOBALS.DELIM_MULTI_VALUE
for rawImage in rawImages
image =
url: rawImage
# TODO: get dimensions from CSV - format idea: 200x400;90x90
dimensions:
w: 0
h: 0
# label: 'TODO'
images.push image
images
module.exports = Mapping
| true | _ = require 'underscore'
_.mixin require('underscore.string').exports()
CONS = require './constants'
GLOBALS = require './globals'
# TODO:
# - JSDoc
# - no services!!!
# - utils only
class Mapping
constructor: (options = {}) ->
@types = options.types
@customerGroups = options.customerGroups
@categories = options.categories
@taxes = options.taxes
@states = options.states
@channels = options.channels
@continueOnProblems = options.continueOnProblems
@errors = []
mapProduct: (raw, productType) ->
productType or= raw.master[@header.toIndex CONS.HEADER_PRODUCT_TYPE]
rowIndex = raw.startRow
product = @mapBaseProduct raw.master, productType, rowIndex
product.masterVariant = @mapVariant raw.master, 1, productType, rowIndex, product
_.each raw.variants, (entry, index) =>
product.variants.push @mapVariant entry.variant, index + 2, productType, entry.rowIndex, product
data =
product: product
rowIndex: raw.startRow
header: @header
publish: raw.publish
data
mapBaseProduct: (rawMaster, productType, rowIndex) ->
product =
productType:
typeId: 'product-type'
id: productType.id
masterVariant: {}
variants: []
if @header.has(CONS.HEADER_ID)
product.id = rawMaster[@header.toIndex CONS.HEADER_ID]
if @header.has(CONS.HEADER_KEY)
product.key = rawMaster[@header.toIndex CONS.HEADER_KEY]
if @header.has(CONS.HEADER_META_TITLE)
product.metaTitle = rawMaster[@header.toIndex CONS.HEADER_META_TITLE] or {}
if @header.has(CONS.HEADER_META_DESCRIPTION)
product.metaDescription = rawMaster[@header.toIndex CONS.HEADER_META_DESCRIPTION] or {}
if @header.has(CONS.HEADER_META_KEYWORDS)
product.metaKeywords = rawMaster[@header.toIndex CONS.HEADER_META_KEYWORDS] or {}
if @header.has(CONS.HEADER_SEARCH_KEYWORDS)
product.searchKeywords = rawMaster[@header.toIndex CONS.HEADER_SEARCH_KEYWORDS] or {}
product.categories = @mapCategories rawMaster, rowIndex
tax = @mapTaxCategory rawMaster, rowIndex
product.taxCategory = tax if tax
state = @mapState rawMaster, rowIndex
product.state = state if state
product.categoryOrderHints = @mapCategoryOrderHints rawMaster, rowIndex
for attribName in CONS.BASE_LOCALIZED_HEADERS
if attribName is CONS.HEADER_SEARCH_KEYWORDS
val = @mapSearchKeywords rawMaster, attribName, @header.toLanguageIndex()
else
val = @mapLocalizedAttrib rawMaster, attribName, @header.toLanguageIndex()
product[attribName] = val if val
unless product.slug
product.slug = {}
if product.name? and product.name[GLOBALS.DEFAULT_LANGUAGE]?
product.slug[GLOBALS.DEFAULT_LANGUAGE] = @ensureValidSlug(_.slugify product.name[GLOBALS.DEFAULT_LANGUAGE], rowIndex)
product
ensureValidSlug: (slug, rowIndex, appendix = '') ->
unless _.isString(slug) and slug.length > 2
@errors.push "[row #{rowIndex}:#{CONS.HEADER_SLUG}] Can't generate valid slug out of '#{slug}'! If you did not provide slug in your file, please do so as slug could not be auto-generated from the product name given."
return
@slugs or= []
currentSlug = "#{slug}#{appendix}"
unless _.contains(@slugs, currentSlug)
@slugs.push currentSlug
return currentSlug
@ensureValidSlug slug, rowIndex, Math.floor((Math.random() * 89999) + 10001) # five digets
hasValidValueForHeader: (row, headerName) ->
return false unless @header.has(headerName)
@isValidValue(row[@header.toIndex headerName])
isValidValue: (rawValue) ->
return _.isString(rawValue) and rawValue.length > 0
mapCategories: (rawMaster, rowIndex) ->
categories = []
return categories unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORIES)
rawCategories = rawMaster[@header.toIndex CONS.HEADER_CATEGORIES].split GLOBALS.DELIM_MULTI_VALUE
for rawCategory in rawCategories
cat =
typeId: 'category'
if _.has(@categories.externalId2id, rawCategory)
cat.id = @categories.externalId2id[rawCategory]
else if _.has(@categories.fqName2id, rawCategory)
cat.id = @categories.fqName2id[rawCategory]
else if _.has(@categories.name2id, rawCategory)
if _.contains(@categories.duplicateNames, rawCategory)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] The category '#{rawCategory}' is not unqiue!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
cat.id = @categories.name2id[rawCategory]
if cat.id
categories.push cat
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORIES}] Can not find category for '#{rawCategory}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
categories
# parses the categoryOrderHints column for a given row
mapCategoryOrderHints: (rawMaster, rowIndex) ->
catOrderHints = {}
# check if there actually is something to parse in the column
return catOrderHints unless @hasValidValueForHeader(rawMaster, CONS.HEADER_CATEGORY_ORDER_HINTS)
# parse the value to get a list of all catOrderHints
rawCatOrderHints = rawMaster[@header.toIndex CONS.HEADER_CATEGORY_ORDER_HINTS].split GLOBALS.DELIM_MULTI_VALUE
_.each rawCatOrderHints, (rawCatOrderHint) =>
# extract the category id and the order hint from the raw value
[rawCatId, rawOrderHint] = rawCatOrderHint.split ':'
orderHint = parseFloat(rawOrderHint)
# check if the product is actually assigned to the category
catId =
if _.has(@categories.id2fqName, rawCatId)
rawCatId
else if _.has(@categories.externalId2id, rawCatId)
@categories.externalId2id[rawCatId]
# in case the category was provided as the category name
# check if the product is actually assigend to the category
else if _.has(@categories.name2id, rawCatId)
# get the actual category id instead of the category name
@categories.name2id[rawCatId]
# in case the category was provided using the category slug
else if _.contains(@categories.id2slug, rawCatId)
# get the actual category id instead of the category name
_.findKey @categories.id2slug, (slug) ->
slug == rawCatId
else
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Can not find category for ID '#{rawCatId}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
null
if orderHint == NaN
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be a valid number!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else if !(orderHint > 0 && orderHint < 1)
msg = "[row #{rowIndex}:#{CONS.HEADER_CATEGORY_ORDER_HINTS}] Order hint has to be < 1 and > 0 but was '#{orderHint}'!"
if @continueOnProblems
console.warn msg
else
@errors.push msg
else
if catId
# orderHint and catId are ensured to be valid
catOrderHints[catId] = orderHint.toString()
catOrderHints
mapTaxCategory: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_TAX)
rawTax = rawMaster[@header.toIndex CONS.HEADER_TAX]
if _.contains(@taxes.duplicateNames, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is not unqiue!"
return
unless _.has(@taxes.name2id, rawTax)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_TAX}] The tax category '#{rawTax}' is unknown!"
return
tax =
typeId: 'tax-category'
id: @taxes.name2id[rawTax]
mapState: (rawMaster, rowIndex) ->
return unless @hasValidValueForHeader(rawMaster, CONS.HEADER_STATE)
rawState = rawMaster[@header.toIndex CONS.HEADER_STATE]
if _.contains(@states.duplicateKeys, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is not unqiue!"
return
unless _.has(@states.key2id, rawState)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_STATE}] The state '#{rawState}' is unknown!"
return
state =
typeId: 'state'
id: @states.key2id[rawState]
mapVariant: (rawVariant, variantId, productType, rowIndex, product) ->
if variantId > 2 and @header.has(CONS.HEADER_VARIANT_ID)
vId = @mapInteger rawVariant[@header.toIndex CONS.HEADER_VARIANT_ID], CONS.HEADER_VARIANT_ID, rowIndex
if vId? and not _.isNaN vId
variantId = vId
else
# we have no valid variant id - mapInteger already mentioned this as error
return
variant =
id: variantId
attributes: []
if @header.has(CONS.HEADER_VARIANT_KEY)
variant.key = rawVariant[@header.toIndex CONS.HEADER_VARIANT_KEY]
variant.sku = rawVariant[@header.toIndex CONS.HEADER_SKU] if @header.has CONS.HEADER_SKU
languageHeader2Index = @header._productTypeLanguageIndexes productType
if productType.attributes
for attribute in productType.attributes
attrib = if attribute.attributeConstraint is CONS.ATTRIBUTE_CONSTRAINT_SAME_FOR_ALL and variantId > 1
_.find product.masterVariant.attributes, (a) ->
a.name is attribute.name
else
@mapAttribute rawVariant, attribute, languageHeader2Index, rowIndex
variant.attributes.push attrib if attrib
variant.prices = @mapPrices rawVariant[@header.toIndex CONS.HEADER_PRICES], rowIndex
variant.images = @mapImages rawVariant, variantId, rowIndex
variant
mapAttribute: (rawVariant, attribute, languageHeader2Index, rowIndex) ->
# if attribute conflicts with some base product property prefix it with "attribute." string
prefixedAttributeName = if attribute.name in CONS.PRODUCT_LEVEL_PROPERTIES.concat(CONS.ALL_HEADERS)
"attribute.#{attribute.name}"
else
attribute.name
value = @mapValue rawVariant, prefixedAttributeName, attribute, languageHeader2Index, rowIndex
return undefined if _.isUndefined(value) or (_.isObject(value) and _.isEmpty(value)) or (_.isString(value) and _.isEmpty(value))
attribute =
name: attribute.name
value: value
attribute
mapValue: (rawVariant, attributeName, attribute, languageHeader2Index, rowIndex) ->
switch attribute.type.name
when CONS.ATTRIBUTE_TYPE_SET then @mapSetAttribute rawVariant, attributeName, attribute.type.elementType, languageHeader2Index, rowIndex
when CONS.ATTRIBUTE_TYPE_LTEXT then @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
when CONS.ATTRIBUTE_TYPE_NUMBER then @mapNumber rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN then @mapBoolean rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_MONEY then @mapMoney rawVariant[@header.toIndex attributeName], attribute.name, rowIndex
when CONS.ATTRIBUTE_TYPE_REFERENCE then @mapReference rawVariant[@header.toIndex attributeName], attribute.type
when CONS.ATTRIBUTE_TYPE_ENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
when CONS.ATTRIBUTE_TYPE_LENUM then @mapEnumAttribute rawVariant[@header.toIndex attributeName], attribute.type.values
else rawVariant[@header.toIndex attributeName] # works for text
mapEnumAttribute: (enumKey, enumValues) ->
if enumKey
_.find enumValues, (value) -> value.key is enumKey
mapSetAttribute: (rawVariant, attributeName, elementType, languageHeader2Index, rowIndex) ->
if elementType.name is CONS.ATTRIBUTE_TYPE_LTEXT
multiValObj = @mapLocalizedAttrib rawVariant, attributeName, languageHeader2Index
value = []
_.each multiValObj, (raw, lang) =>
if @isValidValue(raw)
languageVals = raw.split GLOBALS.DELIM_MULTI_VALUE
_.each languageVals, (v, index) ->
localized = {}
localized[lang] = v
value[index] = _.extend (value[index] or {}), localized
value
else
raw = rawVariant[@header.toIndex attributeName]
if @isValidValue(raw)
rawValues = raw.split GLOBALS.DELIM_MULTI_VALUE
_.map rawValues, (rawValue) =>
switch elementType.name
when CONS.ATTRIBUTE_TYPE_MONEY
@mapMoney rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_NUMBER
@mapNumber rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_BOOLEAN
@mapBoolean rawValue, attributeName, rowIndex
when CONS.ATTRIBUTE_TYPE_ENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_LENUM
@mapEnumAttribute rawValue, elementType.values
when CONS.ATTRIBUTE_TYPE_REFERENCE
@mapReference rawValue, elementType
else
rawValue
mapPrices: (raw, rowIndex) ->
prices = []
return prices unless @isValidValue(raw)
rawPrices = raw.split GLOBALS.DELIM_MULTI_VALUE
for rawPrice in rawPrices
matchedPrice = CONS.REGEX_PRICE.exec rawPrice
unless matchedPrice
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not parse price '#{rawPrice}'!"
continue
country = matchedPrice[2]
currencyCode = matchedPrice[3]
centAmount = matchedPrice[4]
customerGroupName = matchedPrice[8]
channelKey = matchedPrice[10]
validFrom = matchedPrice[12]
validUntil = matchedPrice[14]
price =
value: @mapMoney "#{currencyCode} #{centAmount}", CONS.HEADER_PRICES, rowIndex
price.validFrom = validFrom if validFrom
price.validUntil = validUntil if validUntil
price.country = country if country
if customerGroupName
unless _.has(@customerGroups.name2id, customerGroupName)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find customer group '#{customerGroupName}'!"
return []
price.customerGroup =
typeId: 'customer-group'
id: @customerGroups.name2id[customerGroupName]
if channelKey
unless _.has(@channels.key2id, channelKey)
@errors.push "[row #{rowIndex}:#{CONS.HEADER_PRICES}] Can not find channel with key '#{channelKey}'!"
return []
price.channel =
typeId: 'channel'
id: @channels.key2id[channelKey]
prices.push price
prices
# EUR 300
# USD 999
mapMoney: (rawMoney, attribName, rowIndex) ->
return unless @isValidValue(rawMoney)
matchedMoney = CONS.REGEX_MONEY.exec rawMoney
unless matchedMoney
@errors.push "[row #{rowIndex}:#{attribName}] Can not parse money '#{rawMoney}'!"
return
# TODO: check for correct currencyCode
money =
currencyCode: matchedMoney[1]
centAmount: parseInt matchedMoney[2]
mapReference: (rawReference, attributeType) ->
return undefined unless rawReference
ref =
id: rawReference
typeId: attributeType.referenceTypeId
mapInteger: (rawNumber, attribName, rowIndex) ->
parseInt @mapNumber(rawNumber, attribName, rowIndex, CONS.REGEX_INTEGER)
mapNumber: (rawNumber, attribName, rowIndex, regEx = CONS.REGEX_FLOAT) ->
return unless @isValidValue(rawNumber)
matchedNumber = regEx.exec rawNumber
unless matchedNumber
@errors.push "[row #{rowIndex}:#{attribName}] The number '#{rawNumber}' isn't valid!"
return
parseFloat matchedNumber[0]
mapBoolean: (rawBoolean, attribName, rowIndex) ->
if _.isUndefined(rawBoolean) or (_.isString(rawBoolean) and _.isEmpty(rawBoolean))
return
errorMsg = "[row #{rowIndex}:#{attribName}] The value '#{rawBoolean}' isn't a valid boolean!"
try
b = JSON.parse(rawBoolean.toLowerCase())
if _.isBoolean(b) or b == 0 or b == 1
return Boolean(b)
else
@errors.push errorMsg
return
catch
@errors.push errorMsg
# "a.en,a.de,a.it"
# "hi,PI:NAME:<NAME>END_PI,PI:NAME:<NAME>END_PI"
# values:
# de: 'PI:NAME:<NAME>END_PI'
# en: 'hi'
# it: 'ciao'
mapLocalizedAttrib: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
values[language] = val if val
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE] = val if val
return if _.isEmpty values
values
# "a.en,a.de,a.it"
# "hi,PI:NAME:<NAME>END_PI,PI:NAME:<NAME>END_PI"
# values:
# de: 'PI:NAME:<NAME>END_PI'
# en: 'hi'
# it: 'ciao'
mapSearchKeywords: (row, attribName, langH2i) ->
values = {}
if _.has langH2i, attribName
_.each langH2i[attribName], (index, language) ->
val = row[index]
if not _.isString(val) || val == ""
return
singleValues = val.split GLOBALS.DELIM_MULTI_VALUE
texts = []
_.each singleValues, (v, index) ->
texts.push { text: v}
values[language] = texts
# fall back to non localized column if language columns could not be found
if _.size(values) is 0
return unless @header.has(attribName)
val = row[@header.toIndex attribName]
values[GLOBALS.DEFAULT_LANGUAGE].text = val if val
return if _.isEmpty values
values
mapImages: (rawVariant, variantId, rowIndex) ->
images = []
return images unless @hasValidValueForHeader(rawVariant, CONS.HEADER_IMAGES)
rawImages = rawVariant[@header.toIndex CONS.HEADER_IMAGES].split GLOBALS.DELIM_MULTI_VALUE
for rawImage in rawImages
image =
url: rawImage
# TODO: get dimensions from CSV - format idea: 200x400;90x90
dimensions:
w: 0
h: 0
# label: 'TODO'
images.push image
images
module.exports = Mapping
|
[
{
"context": "#\n# batman.js\n#\n# Created by Nick Small\n# Copyright 2011, Shopify\n#\n\n# The global namespa",
"end": 39,
"score": 0.999626874923706,
"start": 29,
"tag": "NAME",
"value": "Nick Small"
},
{
"context": "n.Hash::hashKeyFor(@base)}, key: \\\"#{Batman.Hash::hashKeyFor(@key)}\\\">\"\n\n addHandler: (handler) ->\n ",
"end": 13400,
"score": 0.513894259929657,
"start": 13396,
"tag": "KEY",
"value": "hash"
},
{
"context": "y\n hashKey: ->\n @hashKey = -> key\n key = \"<Batman.Property base: #{Batman.Hash::hashKeyFor(@base)},",
"end": 17222,
"score": 0.7187252044677734,
"start": 17216,
"tag": "KEY",
"value": "Batman"
},
{
"context": "Key = -> key\n key = \"<Batman.Property base: #{Batman.Hash::hashKeyFor(@base)}, key: \\\"#{Batman.Hash::h",
"end": 17246,
"score": 0.863603413105011,
"start": 17241,
"tag": "KEY",
"value": "atman"
},
{
"context": "-> key\n key = \"<Batman.Property base: #{Batman.Hash::hashKeyFor(@base)}, key: \\\"#{Batman.Hash::hashKeyFor(@key)}\\",
"end": 17263,
"score": 0.8906537890434265,
"start": 17247,
"tag": "KEY",
"value": "Hash::hashKeyFor"
},
{
"context": "y base: #{Batman.Hash::hashKeyFor(@base)}, key: \\\"#{Batman.Hash::hashKeyFor(@key)}\\\">\"\n\n changeEvent: ->\n event = @event('change')\n ",
"end": 17316,
"score": 0.8880119919776917,
"start": 17280,
"tag": "KEY",
"value": "#{Batman.Hash::hashKeyFor(@key)}\\\">\""
},
{
"context": " super\n @primaryKey = @options.primaryKey or \"id\"\n @foreignKey = @options.foreignKey or \"#{help",
"end": 104729,
"score": 0.6331667900085449,
"start": 104727,
"tag": "KEY",
"value": "id"
},
{
"context": " or \"#{helpers.underscore($functionName(@model))}_id\"\n\n apply: (baseSaveError, base) ->\n unless ba",
"end": 104820,
"score": 0.5984191298484802,
"start": 104818,
"tag": "KEY",
"value": "id"
},
{
"context": "options ||= {}\n env = {options}\n if key == 'readAll'\n env.proto = recordOrProto\n else\n e",
"end": 112270,
"score": 0.9796947240829468,
"start": 112263,
"tag": "KEY",
"value": "readAll"
},
{
"context": "e: (key, value) =>\n return unless key\n key = helpers.camelize(key.trim(), true)\n @oldStyles[key] = @node.sty",
"end": 164926,
"score": 0.8836968541145325,
"start": 164910,
"tag": "KEY",
"value": "helpers.camelize"
},
{
"context": " return unless key\n key = helpers.camelize(key.trim(), true)\n @oldStyles[key] = @node.style[key]\n @node",
"end": 164943,
"score": 0.8435057997703552,
"start": 164931,
"tag": "KEY",
"value": "trim(), true"
}
] | data/coffeescript/0569016f3e1a9ec6aeace62190287183_batman.coffee | maxim5/code-inspector | 5 | #
# batman.js
#
# Created by Nick Small
# Copyright 2011, Shopify
#
# The global namespace, the `Batman` function will also create also create a new
# instance of Batman.Object and mixin all arguments to it.
Batman = (mixins...) ->
new Batman.Object mixins...
Batman.version = '0.8.0'
Batman.config =
pathPrefix: '/'
usePushState: no
Batman.container = if exports?
module.exports = Batman
global
else
window.Batman = Batman
window
# Global Helpers
# -------
# `$typeOf` returns a string that contains the built-in class of an object
# like `String`, `Array`, or `Object`. Note that only `Object` will be returned for
# the entire prototype chain.
Batman.typeOf = $typeOf = (object) ->
return "Undefined" if typeof object == 'undefined'
_objectToString.call(object).slice(8, -1)
# Cache this function to skip property lookups.
_objectToString = Object.prototype.toString
# `$mixin` applies every key from every argument after the first to the
# first argument. If a mixin has an `initialize` method, it will be called in
# the context of the `to` object, and it's key/values won't be applied.
Batman.mixin = $mixin = (to, mixins...) ->
hasSet = typeof to.set is 'function'
for mixin in mixins
continue if $typeOf(mixin) isnt 'Object'
for own key, value of mixin
continue if key in ['initialize', 'uninitialize', 'prototype']
if hasSet
to.set(key, value)
else if to.nodeName?
Batman.data to, key, value
else
to[key] = value
if typeof mixin.initialize is 'function'
mixin.initialize.call to
to
# `$unmixin` removes every key/value from every argument after the first
# from the first argument. If a mixin has a `deinitialize` method, it will be
# called in the context of the `from` object and won't be removed.
Batman.unmixin = $unmixin = (from, mixins...) ->
for mixin in mixins
for key of mixin
continue if key in ['initialize', 'uninitialize']
delete from[key]
if typeof mixin.uninitialize is 'function'
mixin.uninitialize.call from
from
# `$functionName` returns the name of a given function, if any
# Used to deal with functions not having the `name` property in IE
Batman._functionName = $functionName = (f) ->
return f.__name__ if f.__name__
return f.name if f.name
f.toString().match(/\W*function\s+([\w\$]+)\(/)?[1]
# `$preventDefault` checks for preventDefault, since it's not
# always available across all browsers
Batman._preventDefault = $preventDefault = (e) ->
if typeof e.preventDefault is "function" then e.preventDefault() else e.returnValue = false
Batman._isChildOf = $isChildOf = (parentNode, childNode) ->
node = childNode.parentNode
while node
return true if node == parentNode
node = node.parentNode
false
$setImmediate = $clearImmediate = null
_implementImmediates = (container) ->
canUsePostMessage = ->
return false unless container.postMessage
async = true
oldMessage = container.onmessage
container.onmessage = -> async = false
container.postMessage("","*")
container.onmessage = oldMessage
async
tasks = new Batman.SimpleHash
count = 0
getHandle = -> "go#{++count}"
if container.setImmediate
$setImmediate = container.setImmediate
$clearImmediate = container.clearImmediate
else if container.msSetImmediate
$setImmediate = msSetImmediate
$clearImmediate = msClearImmediate
else if canUsePostMessage()
prefix = 'com.batman.'
functions = new Batman.SimpleHash
handler = (e) ->
return unless ~e.data.search(prefix)
handle = e.data.substring(prefix.length)
tasks.unset(handle)?()
if container.addEventListener
container.addEventListener('message', handler, false)
else
container.attachEvent('onmessage', handler)
$setImmediate = (f) ->
tasks.set(handle = getHandle(), f)
container.postMessage(prefix+handle, "*")
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else if typeof document isnt 'undefined' && "onreadystatechange" in document.createElement("script")
$setImmediate = (f) ->
handle = getHandle()
script = document.createElement("script")
script.onreadystatechange = ->
tasks.get(handle)?()
script.onreadystatechange = null
script.parentNode.removeChild(script)
script = null
document.documentElement.appendChild(script)
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else
$setImmediate = (f) -> setTimeout(f, 0)
$clearImmediate = (handle) -> clearTimeout(handle)
Batman.setImmediate = $setImmediate
Batman.clearImmediate = $clearImmediate
Batman.setImmediate = $setImmediate = ->
_implementImmediates(Batman.container)
Batman.setImmediate.apply(@, arguments)
Batman.clearImmediate = $clearImmediate = ->
_implementImmediates(Batman.container)
Batman.clearImmediate.apply(@, arguments)
Batman.forEach = $forEach = (container, iterator, ctx) ->
if container.forEach
container.forEach(iterator, ctx)
else if container.indexOf
iterator.call(ctx, e, i, container) for e,i in container
else
iterator.call(ctx, k, v, container) for k,v of container
Batman.objectHasKey = $objectHasKey = (object, key) ->
if typeof object.hasKey is 'function'
object.hasKey(key)
else
key of object
Batman.contains = $contains = (container, item) ->
if container.indexOf
item in container
else if typeof container.has is 'function'
container.has(item)
else
$objectHasKey(container, item)
Batman.get = $get = (base, key) ->
if typeof base.get is 'function'
base.get(key)
else
Batman.Property.forBaseAndKey(base, key).getValue()
Batman.escapeHTML = $escapeHTML = do ->
replacements =
"&": "&"
"<": "<"
">": ">"
"\"": """
"'": "'"
return (s) -> (""+s).replace(/[&<>'"]/g, (c) -> replacements[c])
# `translate` is hook for the i18n extra to override and implemnent. All strings which might
# be shown to the user pass through this method. `translate` is aliased to `t` internally.
Batman.translate = (x, values = {}) -> helpers.interpolate($get(Batman.translate.messages, x), values)
Batman.translate.messages = {}
t = -> Batman.translate(arguments...)
# Developer Tooling
# -----------------
Batman.developer =
suppressed: false
DevelopmentError: (->
DevelopmentError = (@message) ->
@name = "DevelopmentError"
DevelopmentError:: = Error::
DevelopmentError
)()
_ie_console: (f, args) ->
console?[f] "...#{f} of #{args.length} items..." unless args.length == 1
console?[f] arg for arg in args
suppress: (f) ->
developer.suppressed = true
if f
f()
developer.suppressed = false
unsuppress: ->
developer.suppressed = false
log: ->
return if developer.suppressed or !(console?.log?)
if console.log.apply then console.log(arguments...) else developer._ie_console "log", arguments
warn: ->
return if developer.suppressed or !(console?.warn?)
if console.warn.apply then console.warn(arguments...) else developer._ie_console "warn", arguments
error: (message) -> throw new developer.DevelopmentError(message)
assert: (result, message) -> developer.error(message) unless result
do: (f) -> f() unless developer.suppressed
addFilters: ->
$mixin Batman.Filters,
log: (value, key) ->
console?.log? arguments
value
logStack: (value) ->
console?.log? developer.currentFilterStack
value
developer = Batman.developer
developer.assert (->).bind, "Error! Batman needs Function.bind to work! Please shim it using something like es5-shim or augmentjs!"
# Helpers
# -------
# Just a few random Rails-style string helpers. You can add more
# to the Batman.helpers object.
class Batman.Inflector
plural: []
singular: []
uncountable: []
@plural: (regex, replacement) -> @::plural.unshift [regex, replacement]
@singular: (regex, replacement) -> @::singular.unshift [regex, replacement]
@irregular: (singular, plural) ->
if singular.charAt(0) == plural.charAt(0)
@plural new RegExp("(#{singular.charAt(0)})#{singular.slice(1)}$", "i"), "$1" + plural.slice(1)
@plural new RegExp("(#{singular.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + plural.slice(1)
@singular new RegExp("(#{plural.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + singular.slice(1)
else
@plural new RegExp("#{singular}$", 'i'), plural
@plural new RegExp("#{plural}$", 'i'), plural
@singular new RegExp("#{plural}$", 'i'), singular
@uncountable: (strings...) -> @::uncountable = @::uncountable.concat(strings.map((x) -> new RegExp("#{x}$", 'i')))
@plural(/$/, 's')
@plural(/s$/i, 's')
@plural(/(ax|test)is$/i, '$1es')
@plural(/(octop|vir)us$/i, '$1i')
@plural(/(octop|vir)i$/i, '$1i')
@plural(/(alias|status)$/i, '$1es')
@plural(/(bu)s$/i, '$1ses')
@plural(/(buffal|tomat)o$/i, '$1oes')
@plural(/([ti])um$/i, '$1a')
@plural(/([ti])a$/i, '$1a')
@plural(/sis$/i, 'ses')
@plural(/(?:([^f])fe|([lr])f)$/i, '$1$2ves')
@plural(/(hive)$/i, '$1s')
@plural(/([^aeiouy]|qu)y$/i, '$1ies')
@plural(/(x|ch|ss|sh)$/i, '$1es')
@plural(/(matr|vert|ind)(?:ix|ex)$/i, '$1ices')
@plural(/([m|l])ouse$/i, '$1ice')
@plural(/([m|l])ice$/i, '$1ice')
@plural(/^(ox)$/i, '$1en')
@plural(/^(oxen)$/i, '$1')
@plural(/(quiz)$/i, '$1zes')
@singular(/s$/i, '')
@singular(/(n)ews$/i, '$1ews')
@singular(/([ti])a$/i, '$1um')
@singular(/((a)naly|(b)a|(d)iagno|(p)arenthe|(p)rogno|(s)ynop|(t)he)ses$/i, '$1$2sis')
@singular(/(^analy)ses$/i, '$1sis')
@singular(/([^f])ves$/i, '$1fe')
@singular(/(hive)s$/i, '$1')
@singular(/(tive)s$/i, '$1')
@singular(/([lr])ves$/i, '$1f')
@singular(/([^aeiouy]|qu)ies$/i, '$1y')
@singular(/(s)eries$/i, '$1eries')
@singular(/(m)ovies$/i, '$1ovie')
@singular(/(x|ch|ss|sh)es$/i, '$1')
@singular(/([m|l])ice$/i, '$1ouse')
@singular(/(bus)es$/i, '$1')
@singular(/(o)es$/i, '$1')
@singular(/(shoe)s$/i, '$1')
@singular(/(cris|ax|test)es$/i, '$1is')
@singular(/(octop|vir)i$/i, '$1us')
@singular(/(alias|status)es$/i, '$1')
@singular(/^(ox)en/i, '$1')
@singular(/(vert|ind)ices$/i, '$1ex')
@singular(/(matr)ices$/i, '$1ix')
@singular(/(quiz)zes$/i, '$1')
@singular(/(database)s$/i, '$1')
@irregular('person', 'people')
@irregular('man', 'men')
@irregular('child', 'children')
@irregular('sex', 'sexes')
@irregular('move', 'moves')
@irregular('cow', 'kine')
@irregular('zombie', 'zombies')
@uncountable('equipment', 'information', 'rice', 'money', 'species', 'series', 'fish', 'sheep', 'jeans')
ordinalize: (number) ->
absNumber = Math.abs(parseInt(number))
if absNumber % 100 in [11..13]
number + "th"
else
switch absNumber % 10
when 1
number + "st"
when 2
number + "nd"
when 3
number + "rd"
else
number + "th"
pluralize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @plural
return word.replace(regex, replace_string) if regex.test(word)
word
singularize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @singular
return word.replace(regex, replace_string) if regex.test(word)
word
camelize_rx = /(?:^|_|\-)(.)/g
capitalize_rx = /(^|\s)([a-z])/g
underscore_rx1 = /([A-Z]+)([A-Z][a-z])/g
underscore_rx2 = /([a-z\d])([A-Z])/g
helpers = Batman.helpers =
inflector: new Batman.Inflector
ordinalize: -> helpers.inflector.ordinalize.apply helpers.inflector, arguments
singularize: -> helpers.inflector.singularize.apply helpers.inflector, arguments
pluralize: (count, singular, plural) ->
if arguments.length < 2
helpers.inflector.pluralize count
else
"#{count || 0} " + if +count is 1 then singular else (plural || helpers.inflector.pluralize(singular))
camelize: (string, firstLetterLower) ->
string = string.replace camelize_rx, (str, p1) -> p1.toUpperCase()
if firstLetterLower then string.substr(0,1).toLowerCase() + string.substr(1) else string
underscore: (string) ->
string.replace(underscore_rx1, '$1_$2')
.replace(underscore_rx2, '$1_$2')
.replace('-', '_').toLowerCase()
capitalize: (string) -> string.replace capitalize_rx, (m,p1,p2) -> p1 + p2.toUpperCase()
trim: (string) -> if string then string.trim() else ""
interpolate: (stringOrObject, keys) ->
if typeof stringOrObject is 'object'
string = stringOrObject[keys.count]
unless string
string = stringOrObject['other']
else
string = stringOrObject
for key, value of keys
string = string.replace(new RegExp("%\\{#{key}\\}", "g"), value)
string
class Batman.Event
@forBaseAndKey: (base, key) ->
if base.isEventEmitter
base.event(key)
else
new Batman.Event(base, key)
constructor: (@base, @key) ->
@handlers = new Batman.SimpleSet
@_preventCount = 0
isEvent: true
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<Batman.Event base: #{Batman.Hash::hashKeyFor(@base)}, key: \"#{Batman.Hash::hashKeyFor(@key)}\">"
addHandler: (handler) ->
@handlers.add(handler)
@autofireHandler(handler) if @oneShot
this
removeHandler: (handler) ->
@handlers.remove(handler)
this
eachHandler: (iterator) ->
@handlers.forEach(iterator)
if @base?.isEventEmitter
key = @key
@base._batman.ancestors (ancestor) ->
if ancestor.isEventEmitter and ancestor.hasEvent(key)
handlers = ancestor.event(key).handlers
handlers.forEach(iterator)
handlerContext: -> @base
prevent: -> ++@_preventCount
allow: ->
--@_preventCount if @_preventCount
@_preventCount
isPrevented: -> @_preventCount > 0
autofireHandler: (handler) ->
if @_oneShotFired and @_oneShotArgs?
handler.apply(@handlerContext(), @_oneShotArgs)
resetOneShot: ->
@_oneShotFired = false
@_oneShotArgs = null
fire: ->
return false if @isPrevented() or @_oneShotFired
context = @handlerContext()
args = arguments
if @oneShot
@_oneShotFired = true
@_oneShotArgs = arguments
@eachHandler (handler) -> handler.apply(context, args)
allowAndFire: ->
@allow()
@fire(arguments...)
Batman.EventEmitter =
isEventEmitter: true
hasEvent: (key) ->
@_batman?.get?('events')?.hasKey(key)
event: (key) ->
Batman.initializeObject @
eventClass = @eventClass or Batman.Event
events = @_batman.events ||= new Batman.SimpleHash
if events.hasKey(key)
existingEvent = events.get(key)
else
existingEvents = @_batman.get('events')
newEvent = events.set(key, new eventClass(this, key))
newEvent.oneShot = existingEvents?.get(key)?.oneShot
newEvent
on: (key, handler) ->
@event(key).addHandler(handler)
registerAsMutableSource: ->
Batman.Property.registerSource(@)
mutation: (wrappedFunction) ->
->
result = wrappedFunction.apply(this, arguments)
@event('change').fire(this, this)
result
prevent: (key) ->
@event(key).prevent()
@
allow: (key) ->
@event(key).allow()
@
isPrevented: (key) ->
@event(key).isPrevented()
fire: (key, args...) ->
@event(key).fire(args...)
allowAndFire: (key, args...) ->
@event(key).allowAndFire(args...)
class Batman.PropertyEvent extends Batman.Event
eachHandler: (iterator) -> @base.eachObserver(iterator)
handlerContext: -> @base.base
class Batman.Property
$mixin @prototype, Batman.EventEmitter
@_sourceTrackerStack: []
@sourceTracker: -> (stack = @_sourceTrackerStack)[stack.length - 1]
@defaultAccessor:
get: (key) -> @[key]
set: (key, val) -> @[key] = val
unset: (key) -> x = @[key]; delete @[key]; x
cachable: no
@forBaseAndKey: (base, key) ->
if base.isObservable
base.property(key)
else
new Batman.Keypath(base, key)
@withoutTracking: (block) ->
@pushDummySourceTracker()
try
block()
finally
@popSourceTracker()
@registerSource: (obj) ->
return unless obj.isEventEmitter
@sourceTracker()?.add(obj)
@pushSourceTracker: -> Batman.Property._sourceTrackerStack.push(new Batman.SimpleSet)
@pushDummySourceTracker: -> Batman.Property._sourceTrackerStack.push(null)
@popSourceTracker: -> Batman.Property._sourceTrackerStack.pop()
constructor: (@base, @key) ->
developer.do =>
keyType = $typeOf(@key)
if keyType in ['Array', 'Object']
developer.log "Accessing a property with an #{keyType} key. This is okay, but could be a source of memory leaks if you aren't careful."
_isolationCount: 0
cached: no
value: null
sources: null
isProperty: true
isDead: false
eventClass: Batman.PropertyEvent
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<Batman.Property base: #{Batman.Hash::hashKeyFor(@base)}, key: \"#{Batman.Hash::hashKeyFor(@key)}\">"
changeEvent: ->
event = @event('change')
@changeEvent = -> event
event
accessor: ->
keyAccessors = @base._batman?.get('keyAccessors')
accessor = if keyAccessors && (val = keyAccessors.get(@key))
val
else
@base._batman?.getFirst('defaultAccessor') or Batman.Property.defaultAccessor
@accessor = -> accessor
accessor
eachObserver: (iterator) ->
key = @key
@changeEvent().handlers.forEach(iterator)
if @base.isObservable
@base._batman.ancestors (ancestor) ->
if ancestor.isObservable and ancestor.hasProperty(key)
property = ancestor.property(key)
handlers = property.changeEvent().handlers
handlers.forEach(iterator)
observers: ->
results = []
@eachObserver (observer) -> results.push(observer)
results
hasObservers: -> @observers().length > 0
updateSourcesFromTracker: ->
newSources = @constructor.popSourceTracker()
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
@sources = newSources
@_eachSourceChangeEvent (e) -> e.addHandler(handler)
_eachSourceChangeEvent: (iterator) ->
return unless @sources?
@sources.forEach (source) -> iterator(source.event('change'))
getValue: ->
@registerAsMutableSource()
unless @isCached()
@constructor.pushSourceTracker()
try
@value = @valueFromAccessor()
@cached = yes
finally
@updateSourcesFromTracker()
@value
isCachable: ->
return true if @isFinal()
cachable = @accessor().cachable
if cachable? then !!cachable else true
isCached: -> @isCachable() and @cached
isFinal: -> !!@accessor()['final']
refresh: ->
@cached = no
previousValue = @value
value = @getValue()
if value isnt previousValue and not @isIsolated()
@fire(value, previousValue)
@lockValue() if @value isnt undefined and @isFinal()
sourceChangeHandler: ->
handler = => @_handleSourceChange()
@sourceChangeHandler = -> handler
handler
_handleSourceChange: ->
if @isIsolated()
@_needsRefresh = yes
else if not @isFinal() && not @hasObservers()
@cached = no
else
@refresh()
valueFromAccessor: -> @accessor().get?.call(@base, @key)
setValue: (val) ->
return unless set = @accessor().set
@_changeValue -> set.call(@base, @key, val)
unsetValue: ->
return unless unset = @accessor().unset
@_changeValue -> unset.call(@base, @key)
_changeValue: (block) ->
@cached = no
@constructor.pushDummySourceTracker()
try
result = block.apply(this)
@refresh()
finally
@constructor.popSourceTracker()
@die() unless @isCached() or @hasObservers()
result
forget: (handler) ->
if handler?
@changeEvent().removeHandler(handler)
else
@changeEvent().handlers.clear()
observeAndFire: (handler) ->
@observe(handler)
handler.call(@base, @value, @value)
observe: (handler) ->
@changeEvent().addHandler(handler)
@getValue() unless @sources?
this
_removeHandlers: ->
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
delete @sources
@changeEvent().handlers.clear()
lockValue: ->
@_removeHandlers()
@getValue = -> @value
@setValue = @unsetValue = @refresh = @observe = ->
die: ->
@_removeHandlers()
@base._batman?.properties?.unset(@key)
@isDead = true
fire: -> @changeEvent().fire(arguments...)
isolate: ->
if @_isolationCount is 0
@_preIsolationValue = @getValue()
@_isolationCount++
expose: ->
if @_isolationCount is 1
@_isolationCount--
if @_needsRefresh
@value = @_preIsolationValue
@refresh()
else if @value isnt @_preIsolationValue
@fire(@value, @_preIsolationValue)
@_preIsolationValue = null
else if @_isolationCount > 0
@_isolationCount--
isIsolated: -> @_isolationCount > 0
# Keypaths
# --------
class Batman.Keypath extends Batman.Property
constructor: (base, key) ->
if $typeOf(key) is 'String'
@segments = key.split('.')
@depth = @segments.length
else
@segments = [key]
@depth = 1
super
slice: (begin, end=@depth) ->
base = @base
for segment in @segments.slice(0, begin)
return unless base? and base = $get(base, segment)
propertyClass = base.propertyClass or Batman.Keypath
remainingSegments = @segments.slice(begin, end)
remainingPath = remainingSegments.join('.')
if propertyClass is Batman.Keypath or remainingSegments.length is 1
Batman.Keypath.forBaseAndKey(base, remainingPath)
else
new Batman.Keypath(base, remainingPath)
terminalProperty: -> @slice -1
valueFromAccessor: ->
if @depth is 1 then super else @terminalProperty()?.getValue()
setValue: (val) -> if @depth is 1 then super else @terminalProperty()?.setValue(val)
unsetValue: -> if @depth is 1 then super else @terminalProperty()?.unsetValue()
# Observable
# ----------
# Batman.Observable is a generic mixin that can be applied to any object to allow it to be bound to.
# It is applied by default to every instance of `Batman.Object` and subclasses.
Batman.Observable =
isObservable: true
hasProperty: (key) ->
@_batman?.properties?.hasKey?(key)
property: (key) ->
Batman.initializeObject @
propertyClass = @propertyClass or Batman.Keypath
properties = @_batman.properties ||= new Batman.SimpleHash
properties.get(key) or properties.set(key, new propertyClass(this, key))
get: (key) ->
@property(key).getValue()
set: (key, val) ->
@property(key).setValue(val)
unset: (key) ->
@property(key).unsetValue()
getOrSet: (key, valueFunction) ->
currentValue = @get(key)
unless currentValue
currentValue = valueFunction()
@set(key, currentValue)
currentValue
# `forget` removes an observer from an object. If the callback is passed in,
# its removed. If no callback but a key is passed in, all the observers on
# that key are removed. If no key is passed in, all observers are removed.
forget: (key, observer) ->
if key
@property(key).forget(observer)
else
@_batman.properties?.forEach (key, property) -> property.forget()
@
# `fire` tells any observers attached to a key to fire, manually.
# `prevent` stops of a given binding from firing. `prevent` calls can be repeated such that
# the same number of calls to allow are needed before observers can be fired.
# `allow` unblocks a property for firing observers. Every call to prevent
# must have a matching call to allow later if observers are to be fired.
# `observe` takes a key and a callback. Whenever the value for that key changes, your
# callback will be called in the context of the original object.
observe: (key, args...) ->
@property(key).observe(args...)
@
observeAndFire: (key, args...) ->
@property(key).observeAndFire(args...)
@
# Objects
# -------
# `Batman.initializeObject` is called by all the methods in Batman.Object to ensure that the
# object's `_batman` property is initialized and it's own. Classes extending Batman.Object inherit
# methods like `get`, `set`, and `observe` by default on the class and prototype levels, such that
# both instances and the class respond to them and can be bound to. However, CoffeeScript's static
# class inheritance copies over all class level properties indiscriminately, so a parent class'
# `_batman` object will get copied to its subclasses, transferring all the information stored there and
# allowing subclasses to mutate parent state. This method prevents this undesirable behaviour by tracking
# which object the `_batman_` object was initialized upon, and reinitializing if that has changed since
# initialization.
Batman.initializeObject = (object) ->
if object._batman?
object._batman.check(object)
else
object._batman = new _Batman(object)
# _Batman provides a convienient, parent class and prototype aware place to store hidden
# object state. Things like observers, accessors, and states belong in the `_batman` object
# attached to every Batman.Object subclass and subclass instance.
Batman._Batman = class _Batman
constructor: (@object, mixins...) ->
$mixin(@, mixins...) if mixins.length > 0
# Used by `Batman.initializeObject` to ensure that this `_batman` was created referencing
# the object it is pointing to.
check: (object) ->
if object != @object
object._batman = new _Batman(object)
return false
return true
# `get` is a prototype and class aware property access method. `get` will traverse the prototype chain, asking
# for the passed key at each step, and then attempting to merge the results into one object.
# It can only do this if at each level an `Array`, `Hash`, or `Set` is found, so try to use
# those if you need `_batman` inhertiance.
get: (key) ->
# Get all the keys from the ancestor chain
results = @getAll(key)
switch results.length
when 0
undefined
when 1
results[0]
else
# And then try to merge them if there is more than one. Use `concat` on arrays, and `merge` on
# sets and hashes.
if results[0].concat?
results = results.reduceRight (a, b) -> a.concat(b)
else if results[0].merge?
results = results.reduceRight (a, b) -> a.merge(b)
results
# `getFirst` is a prototype and class aware property access method. `getFirst` traverses the prototype chain,
# and returns the value of the first `_batman` object which defines the passed key. Useful for
# times when the merged value doesn't make sense or the value is a primitive.
getFirst: (key) ->
results = @getAll(key)
results[0]
# `getAll` is a prototype and class chain iterator. When passed a key or function, it applies it to each
# parent class or parent prototype, and returns the undefined values, closest ancestor first.
getAll: (keyOrGetter) ->
# Get a function which pulls out the key from the ancestor's `_batman` or use the passed function.
if typeof keyOrGetter is 'function'
getter = keyOrGetter
else
getter = (ancestor) -> ancestor._batman?[keyOrGetter]
# Apply it to all the ancestors, and then this `_batman`'s object.
results = @ancestors(getter)
if val = getter(@object)
results.unshift val
results
# `ancestors` traverses the prototype or class chain and returns the application of a function to each
# object in the chain. `ancestors` does this _only_ to the `@object`'s ancestors, and not the `@object`
# itsself.
ancestors: (getter = (x) -> x) ->
results = []
# Decide if the object is a class or not, and pull out the first ancestor
isClass = !!@object.prototype
parent = if isClass
@object.__super__?.constructor
else
if (proto = Object.getPrototypeOf(@object)) == @object
@object.constructor.__super__
else
proto
if parent?
parent._batman?.check(parent)
# Apply the function and store the result if it isn't undefined.
val = getter(parent)
results.push(val) if val?
# Use a recursive call to `_batman.ancestors` on the ancestor, which will take the next step up the chain.
if parent._batman?
results = results.concat(parent._batman.ancestors(getter))
results
set: (key, value) ->
@[key] = value
# `Batman.Object` is the base class for all other Batman objects. It is not abstract.
class BatmanObject extends Object
Batman.initializeObject(this)
Batman.initializeObject(@prototype)
# Setting `isGlobal` to true will cause the class name to be defined on the
# global object. For example, Batman.Model will be aliased to window.Model.
# This should be used sparingly; it's mostly useful for debugging.
@global: (isGlobal) ->
return if isGlobal is false
Batman.container[$functionName(@)] = @
# Apply mixins to this class.
@classMixin: -> $mixin @, arguments...
# Apply mixins to instances of this class.
@mixin: -> @classMixin.apply @prototype, arguments
mixin: @classMixin
counter = 0
_objectID: ->
@_objectID = -> c
c = counter++
hashKey: ->
return if typeof @isEqual is 'function'
@hashKey = -> key
key = "<Batman.Object #{@_objectID()}>"
toJSON: ->
obj = {}
for own key, value of @ when key not in ["_batman", "hashKey", "_objectID"]
obj[key] = if value?.toJSON then value.toJSON() else value
obj
# Accessor implementation. Accessors are used to create properties on a class or prototype which can be fetched
# with get, but are computed instead of just stored. This is a batman and old browser friendly version of
# `defineProperty` without as much goodness.
#
# Accessors track which other properties they rely on for computation, and when those other properties change,
# an accessor will recalculate its value and notifiy its observers. This way, when a source value is changed,
# any dependent accessors will automatically update any bindings to them with a new value. Accessors accomplish
# this feat by tracking `get` calls, do be sure to use `get` to retrieve properties inside accessors.
#
# `@accessor` or `@classAccessor` can be called with zero, one, or many keys to attach the accessor to. This
# has the following effects:
#
# * zero: create a `defaultAccessor`, which will be called when no other properties or accessors on an object
# match a keypath. This is similar to `method_missing` in Ruby or `#doesNotUnderstand` in Smalltalk.
# * one: create a `keyAccessor` at the given key, which will only be called when that key is `get`ed.
# * many: create `keyAccessors` for each given key, which will then be called whenever each key is `get`ed.
#
# Note: This function gets called in all sorts of different contexts by various
# other pointers to it, but it acts the same way on `this` in all cases.
getAccessorObject = (accessor) ->
accessor = {get: accessor} if !accessor.get && !accessor.set && !accessor.unset
accessor
@classAccessor: (keys..., accessor) ->
Batman.initializeObject @
# Create a default accessor if no keys have been given.
if keys.length is 0
# The `accessor` argument is wrapped in `getAccessorObject` which allows functions to be passed in
# as a shortcut to {get: function}
@_batman.defaultAccessor = getAccessorObject(accessor)
else
# Otherwise, add key accessors for each key given.
@_batman.keyAccessors ||= new Batman.SimpleHash
@_batman.keyAccessors.set(key, getAccessorObject(accessor)) for key in keys
# Support adding accessors to the prototype from within class defintions or after the class has been created
# with `KlassExtendingBatmanObject.accessor(keys..., accessorObject)`
@accessor: -> @classAccessor.apply @prototype, arguments
# Support adding accessors to instances after creation
accessor: @classAccessor
constructor: (mixins...) ->
@_batman = new _Batman(@)
@mixin mixins...
# Make every subclass and their instances observable.
@classMixin Batman.EventEmitter, Batman.Observable
@mixin Batman.EventEmitter, Batman.Observable
# Observe this property on every instance of this class.
@observeAll: -> @::observe.apply @prototype, arguments
@singleton: (singletonMethodName="sharedInstance") ->
@classAccessor singletonMethodName,
get: -> @["_#{singletonMethodName}"] ||= new @
Batman.Object = BatmanObject
class Batman.Accessible extends Batman.Object
constructor: -> @accessor.apply(@, arguments)
class Batman.TerminalAccessible extends Batman.Accessible
propertyClass: Batman.Property
# Collections
Batman.Enumerable =
isEnumerable: true
map: (f, ctx = Batman.container) -> r = []; @forEach(-> r.push f.apply(ctx, arguments)); r
mapToProperty: (key) -> r = []; @forEach((item) -> r.push item.get(key)); r
every: (f, ctx = Batman.container) -> r = true; @forEach(-> r = r && f.apply(ctx, arguments)); r
some: (f, ctx = Batman.container) -> r = false; @forEach(-> r = r || f.apply(ctx, arguments)); r
reduce: (f, r) ->
count = 0
self = @
@forEach -> if r? then r = f(r, arguments..., count, self) else r = arguments[0]
r
filter: (f) ->
r = new @constructor
if r.add
wrap = (r, e) -> r.add(e) if f(e); r
else if r.set
wrap = (r, k, v) -> r.set(k, v) if f(k, v); r
else
r = [] unless r.push
wrap = (r, e) -> r.push(e) if f(e); r
@reduce wrap, r
# Provide this simple mixin ability so that during bootstrapping we don't have to use `$mixin`. `$mixin`
# will correctly attempt to use `set` on the mixinee, which ends up requiring the definition of
# `SimpleSet` to be complete during its definition.
$extendsEnumerable = (onto) -> onto[k] = v for k,v of Batman.Enumerable
class Batman.SimpleHash
constructor: (obj) ->
@_storage = {}
@length = 0
@update(obj) if obj?
$extendsEnumerable(@::)
propertyClass: Batman.Property
hasKey: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return true if @equality(pair[0], key)
return false
get: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return pair[1] if @equality(pair[0], key)
set: (key, val) ->
pairs = @_storage[@hashKeyFor(key)] ||= []
for pair in pairs
if @equality(pair[0], key)
return pair[1] = val
@length++
pairs.push([key, val])
val
unset: (key) ->
hashKey = @hashKeyFor(key)
if pairs = @_storage[hashKey]
for [obj,value], index in pairs
if @equality(obj, key)
pair = pairs.splice(index,1)
delete @_storage[hashKey] unless pairs.length
@length--
return pair[0][1]
getOrSet: Batman.Observable.getOrSet
hashKeyFor: (obj) -> obj?.hashKey?() or obj
equality: (lhs, rhs) ->
return true if lhs is rhs
return true if lhs isnt lhs and rhs isnt rhs # when both are NaN
return true if lhs?.isEqual?(rhs) and rhs?.isEqual?(lhs)
return false
forEach: (iterator, ctx) ->
for key, values of @_storage
iterator.call(ctx, obj, value, this) for [obj, value] in values.slice()
keys: ->
result = []
# Explicitly reference this foreach so that if it's overriden in subclasses the new implementation isn't used.
Batman.SimpleHash::forEach.call @, (key) -> result.push key
result
clear: ->
@_storage = {}
@length = 0
isEmpty: ->
@length is 0
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for hash in others
hash.forEach (obj, value) ->
merged.set obj, value
merged
update: (object) -> @set(k,v) for k,v of object
replace: (object) ->
@forEach (key, value) =>
@unset(key) unless key of object
@update(object)
toObject: ->
obj = {}
for key, pair of @_storage
obj[key] = pair[0][1] # the first value for this key
obj
toJSON: @::toObject
class Batman.Hash extends Batman.Object
class @Metadata extends Batman.Object
constructor: (@hash) ->
@accessor 'length', ->
@hash.registerAsMutableSource()
@hash.length
@accessor 'isEmpty', -> @hash.isEmpty()
@accessor 'keys', -> @hash.keys()
constructor: ->
@meta = new @constructor.Metadata(this)
Batman.SimpleHash.apply(@, arguments)
super
$extendsEnumerable(@::)
propertyClass: Batman.Property
@accessor
get: Batman.SimpleHash::get
set: @mutation (key, value) ->
result = Batman.SimpleHash::set.call(@, key, value)
@fire 'itemsWereAdded', key
result
unset: @mutation (key) ->
result = Batman.SimpleHash::unset.call(@, key)
@fire 'itemsWereRemoved', key if result?
result
cachable: false
_preventMutationEvents: (block) ->
@prevent 'change'
@prevent 'itemsWereAdded'
@prevent 'itemsWereRemoved'
try
block.call(this)
finally
@allow 'change'
@allow 'itemsWereAdded'
@allow 'itemsWereRemoved'
clear: @mutation ->
keys = @keys()
@_preventMutationEvents -> @forEach (k) => @unset(k)
result = Batman.SimpleHash::clear.call(@)
@fire 'itemsWereRemoved', keys...
result
update: @mutation (object) ->
addedKeys = []
@_preventMutationEvents ->
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
replace: @mutation (object) ->
addedKeys = []
removedKeys = []
@_preventMutationEvents ->
@forEach (k, _) =>
unless Batman.objectHasKey(object, k)
@unset(k)
removedKeys.push(k)
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
@fire('itemsWereRemoved', removedKeys...) if removedKeys.length > 0
equality: Batman.SimpleHash::equality
hashKeyFor: Batman.SimpleHash::hashKeyFor
for k in ['hasKey', 'forEach', 'isEmpty', 'keys', 'merge', 'toJSON', 'toObject']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleHash::[k].apply(@, arguments)
class Batman.SimpleSet
constructor: ->
@_storage = new Batman.SimpleHash
@_indexes = new Batman.SimpleHash
@_uniqueIndexes = new Batman.SimpleHash
@_sorts = new Batman.SimpleHash
@length = 0
@add.apply @, arguments if arguments.length > 0
$extendsEnumerable(@::)
has: (item) ->
@_storage.hasKey item
add: (items...) ->
addedItems = []
for item in items when !@_storage.hasKey(item)
@_storage.set item, true
addedItems.push item
@length++
if @fire and addedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereAdded', addedItems...)
addedItems
remove: (items...) ->
removedItems = []
for item in items when @_storage.hasKey(item)
@_storage.unset item
removedItems.push item
@length--
if @fire and removedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', removedItems...)
removedItems
find: (f) ->
ret = undefined
@forEach (item) ->
if ret is undefined && f(item) is true
ret = item
ret
forEach: (iterator, ctx) ->
container = this
@_storage.forEach (key) -> iterator.call(ctx, key, null, container)
isEmpty: -> @length is 0
clear: ->
items = @toArray()
@_storage = new Batman.SimpleHash
@length = 0
if @fire and items.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', items...)
items
replace: (other) ->
try
@prevent?('change')
@clear()
@add(other.toArray()...)
finally
@allowAndFire?('change', this, this)
toArray: ->
@_storage.keys()
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
indexedBy: (key) ->
@_indexes.get(key) or @_indexes.set(key, new Batman.SetIndex(@, key))
indexedByUnique: (key) ->
@_uniqueIndexes.get(key) or @_uniqueIndexes.set(key, new Batman.UniqueSetIndex(@, key))
sortedBy: (key, order="asc") ->
order = if order.toLowerCase() is "desc" then "desc" else "asc"
sortsForKey = @_sorts.get(key) or @_sorts.set(key, new Batman.Object)
sortsForKey.get(order) or sortsForKey.set(order, new Batman.SetSort(@, key, order))
class Batman.Set extends Batman.Object
constructor: ->
Batman.SimpleSet.apply @, arguments
$extendsEnumerable(@::)
for k in ['add', 'remove', 'find', 'clear', 'replace', 'indexedBy', 'indexedByUnique', 'sortedBy']
@::[k] = Batman.SimpleSet::[k]
for k in ['merge', 'forEach', 'toArray', 'isEmpty', 'has']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleSet::[k].apply(@, arguments)
toJSON: @::toArray
applySetAccessors = (klass) ->
klass.accessor 'first', -> @toArray()[0]
klass.accessor 'last', -> @toArray()[@length - 1]
klass.accessor 'indexedBy', -> new Batman.TerminalAccessible (key) => @indexedBy(key)
klass.accessor 'indexedByUnique', -> new Batman.TerminalAccessible (key) => @indexedByUnique(key)
klass.accessor 'sortedBy', -> new Batman.TerminalAccessible (key) => @sortedBy(key)
klass.accessor 'sortedByDescending', -> new Batman.TerminalAccessible (key) => @sortedBy(key, 'desc')
klass.accessor 'isEmpty', -> @isEmpty()
klass.accessor 'toArray', -> @toArray()
klass.accessor 'length', ->
@registerAsMutableSource()
@length
applySetAccessors(Batman.Set)
class Batman.SetObserver extends Batman.Object
constructor: (@base) ->
@_itemObservers = new Batman.SimpleHash
@_setObservers = new Batman.SimpleHash
@_setObservers.set "itemsWereAdded", => @fire('itemsWereAdded', arguments...)
@_setObservers.set "itemsWereRemoved", => @fire('itemsWereRemoved', arguments...)
@on 'itemsWereAdded', @startObservingItems.bind(@)
@on 'itemsWereRemoved', @stopObservingItems.bind(@)
observedItemKeys: []
observerForItemAndKey: (item, key) ->
_getOrSetObserverForItemAndKey: (item, key) ->
@_itemObservers.getOrSet item, =>
observersByKey = new Batman.SimpleHash
observersByKey.getOrSet key, =>
@observerForItemAndKey(item, key)
startObserving: ->
@_manageItemObservers("observe")
@_manageSetObservers("addHandler")
stopObserving: ->
@_manageItemObservers("forget")
@_manageSetObservers("removeHandler")
startObservingItems: (items...) ->
@_manageObserversForItem(item, "observe") for item in items
stopObservingItems: (items...) ->
@_manageObserversForItem(item, "forget") for item in items
_manageObserversForItem: (item, method) ->
return unless item.isObservable
for key in @observedItemKeys
item[method] key, @_getOrSetObserverForItemAndKey(item, key)
@_itemObservers.unset(item) if method is "forget"
_manageItemObservers: (method) ->
@base.forEach (item) => @_manageObserversForItem(item, method)
_manageSetObservers: (method) ->
return unless @base.isObservable
@_setObservers.forEach (key, observer) =>
@base.event(key)[method](observer)
class Batman.SetProxy extends Batman.Object
constructor: () ->
super()
@length = 0
@base.on 'itemsWereAdded', (items...) => @fire('itemsWereAdded', items...)
@base.on 'itemsWereRemoved', (items...) => @fire('itemsWereRemoved', items...)
$extendsEnumerable(@::)
filter: (f) ->
r = new Batman.Set()
@reduce(((r, e) -> r.add(e) if f(e); r), r)
for k in ['add', 'remove', 'find', 'clear', 'replace']
do (k) =>
@::[k] = ->
results = @base[k](arguments...)
@length = @set('length', @base.get 'length')
results
for k in ['has', 'merge', 'toArray', 'isEmpty', 'indexedBy', 'indexedByUnique', 'sortedBy']
do (k) =>
@::[k] = -> @base[k](arguments...)
applySetAccessors(@)
@accessor 'length',
get: ->
@registerAsMutableSource()
@length
set: (_, v) -> @length = v
class Batman.SetSort extends Batman.SetProxy
constructor: (@base, @key, order="asc") ->
super()
@descending = order.toLowerCase() is "desc"
if @base.isObservable
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
boundReIndex = @_reIndex.bind(@)
@_setObserver.observerForItemAndKey = -> boundReIndex
@_setObserver.on 'itemsWereAdded', boundReIndex
@_setObserver.on 'itemsWereRemoved', boundReIndex
@startObserving()
@_reIndex()
startObserving: -> @_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
toArray: -> @get('_storage')
forEach: (iterator, ctx) -> iterator.call(ctx,e,i,this) for e,i in @get('_storage')
compare: (a,b) ->
return 0 if a is b
return 1 if a is undefined
return -1 if b is undefined
return 1 if a is null
return -1 if b is null
return 1 if a is false
return -1 if b is false
return 1 if a is true
return -1 if b is true
if a isnt a
if b isnt b
return 0 # both are NaN
else
return 1 # a is NaN
return -1 if b isnt b # b is NaN
return 1 if a > b
return -1 if a < b
return 0
_reIndex: ->
newOrder = @base.toArray().sort (a,b) =>
valueA = $get(a, @key)
valueA = valueA.valueOf() if valueA?
valueB = $get(b, @key)
valueB = valueB.valueOf() if valueB?
multiple = if @descending then -1 else 1
@compare.call(@, valueA, valueB) * multiple
@_setObserver?.startObservingItems(newOrder...)
@set('_storage', newOrder)
class Batman.SetIndex extends Batman.Object
propertyClass: Batman.Property
constructor: (@base, @key) ->
super()
@_storage = new Batman.SimpleHash
if @base.isEventEmitter
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
@_setObserver.observerForItemAndKey = @observerForItemAndKey.bind(@)
@_setObserver.on 'itemsWereAdded', (items...) =>
@_addItem(item) for item in items
@_setObserver.on 'itemsWereRemoved', (items...) =>
@_removeItem(item) for item in items
@base.forEach @_addItem.bind(@)
@startObserving()
@accessor (key) -> @_resultSetForKey(key)
startObserving: ->@_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
observerForItemAndKey: (item, key) ->
(newValue, oldValue) =>
@_removeItemFromKey(item, oldValue)
@_addItemToKey(item, newValue)
_addItem: (item) -> @_addItemToKey(item, @_keyForItem(item))
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
_removeItem: (item) -> @_removeItemFromKey(item, @_keyForItem(item))
_removeItemFromKey: (item, key) -> @_resultSetForKey(key).remove(item)
_resultSetForKey: (key) ->
@_storage.getOrSet(key, -> new Batman.Set)
_keyForItem: (item) ->
Batman.Keypath.forBaseAndKey(item, @key).getValue()
class Batman.UniqueSetIndex extends Batman.SetIndex
constructor: ->
@_uniqueIndex = new Batman.Hash
super
@accessor (key) -> @_uniqueIndex.get(key)
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
unless @_uniqueIndex.hasKey(key)
@_uniqueIndex.set(key, item)
_removeItemFromKey: (item, key) ->
resultSet = @_resultSetForKey(key)
super
if resultSet.isEmpty()
@_uniqueIndex.unset(key)
else
@_uniqueIndex.set(key, resultSet.toArray()[0])
class Batman.BinarySetOperation extends Batman.Set
constructor: (@left, @right) ->
super()
@_setup @left, @right
@_setup @right, @left
_setup: (set, opposite) =>
set.on 'itemsWereAdded', (items...) =>
@_itemsWereAddedToSource(set, opposite, items...)
set.on 'itemsWereRemoved', (items...) =>
@_itemsWereRemovedFromSource(set, opposite, items...)
@_itemsWereAddedToSource set, opposite, set.toArray()...
merge: (others...) ->
merged = new Batman.Set
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
filter: Batman.SetProxy::filter
class Batman.SetUnion extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) -> @add items...
_itemsWereRemovedFromSource: (source, opposite, items...) ->
itemsToRemove = (item for item in items when !opposite.has(item))
@remove itemsToRemove...
class Batman.SetIntersection extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) ->
itemsToAdd = (item for item in items when opposite.has(item))
@add itemsToAdd...
_itemsWereRemovedFromSource: (source, opposite, items...) -> @remove items...
# State Machines
# --------------
Batman.StateMachine = {
initialize: ->
Batman.initializeObject @
if not @_batman.states
@_batman.states = new Batman.SimpleHash
state: (name, callback) ->
Batman.StateMachine.initialize.call @
return @_batman.getFirst 'state' unless name
developer.assert @isEventEmitter, "StateMachine requires EventEmitter"
@[name] ||= (callback) -> _stateMachine_setState.call(@, name)
@on(name, callback) if typeof callback is 'function'
transition: (from, to, callback) ->
Batman.StateMachine.initialize.call @
@state from
@state to
@on("#{from}->#{to}", callback) if callback
}
# A special method to alias state machine methods to class methods
Batman.Object.actsAsStateMachine = (includeInstanceMethods=true) ->
Batman.StateMachine.initialize.call @
Batman.StateMachine.initialize.call @prototype
@classState = -> Batman.StateMachine.state.apply @, arguments
@state = -> @classState.apply @prototype, arguments
@::state = @classState if includeInstanceMethods
@classTransition = -> Batman.StateMachine.transition.apply @, arguments
@transition = -> @classTransition.apply @prototype, arguments
@::transition = @classTransition if includeInstanceMethods
# This is cached here so it doesn't need to be recompiled for every setter
_stateMachine_setState = (newState) ->
Batman.StateMachine.initialize.call @
if @_batman.isTransitioning
(@_batman.nextState ||= []).push(newState)
return false
@_batman.isTransitioning = yes
oldState = @state()
@_batman.state = newState
if newState and oldState
@fire("#{oldState}->#{newState}", newState, oldState)
if newState
@fire(newState, newState, oldState)
@_batman.isTransitioning = no
@[@_batman.nextState.shift()]() if @_batman.nextState?.length
newState
# App, Requests, and Routing
# --------------------------
# `Batman.Request` is a normalizer for XHR requests in the Batman world.
class Batman.Request extends Batman.Object
@objectToFormData: (data) ->
pairForList = (key, object, first = false) ->
list = switch Batman.typeOf(object)
when 'Object'
list = for k, v of object
pairForList((if first then k else "#{key}[#{k}]"), v)
list.reduce((acc, list) ->
acc.concat list
, [])
when 'Array'
object.reduce((acc, element) ->
acc.concat pairForList("#{key}[]", element)
, [])
else
[[key, object]]
formData = new Batman.container.FormData()
for [key, val] in pairForList("", data, true)
formData.append(key, val)
formData
url: ''
data: ''
method: 'GET'
formData: false
response: null
status: null
headers: {}
@accessor 'method', $mixin {}, Batman.Property.defaultAccessor,
set: (k,val) -> @[k] = val?.toUpperCase?()
# Set the content type explicitly for PUT and POST requests.
contentType: 'application/x-www-form-urlencoded'
constructor: (options) ->
handlers = {}
for k, handler of options when k in ['success', 'error', 'loading', 'loaded']
handlers[k] = handler
delete options[k]
super(options)
@on k, handler for k, handler of handlers
# After the URL gets set, we'll try to automatically send
# your request after a short period. If this behavior is
# not desired, use @cancel() after setting the URL.
@observeAll 'url', (url) ->
@_autosendTimeout = $setImmediate =>
@send()
# `send` is implmented in the platform layer files. One of those must be required for
# `Batman.Request` to be useful.
send: -> developer.error "Please source a dependency file for a request implementation"
cancel: ->
$clearImmediate(@_autosendTimeout) if @_autosendTimeout
## Routes
class Batman.Route extends Batman.Object
# Route regexes courtesy of Backbone
@regexps =
namedParam: /:([\w\d]+)/g
splatParam: /\*([\w\d]+)/g
queryParam: '(?:\\?.+)?'
namedOrSplat: /[:|\*]([\w\d]+)/g
namePrefix: '[:|\*]'
escapeRegExp: /[-[\]{}()+?.,\\^$|#\s]/g
optionKeys: ['member', 'collection']
testKeys: ['controller', 'action']
isRoute: true
constructor: (templatePath, baseParams) ->
regexps = @constructor.regexps
templatePath = "/#{templatePath}" if templatePath.indexOf('/') isnt 0
pattern = templatePath.replace(regexps.escapeRegExp, '\\$&')
regexp = ///
^
#{pattern
.replace(regexps.namedParam, '([^\/]+)')
.replace(regexps.splatParam, '(.*?)') }
#{regexps.queryParam}
$
///
namedArguments = (matches[1] while matches = regexps.namedOrSplat.exec(pattern))
properties = {templatePath, pattern, regexp, namedArguments, baseParams}
for k in @optionKeys
properties[k] = baseParams[k]
delete baseParams[k]
super(properties)
paramsFromPath: (path) ->
[path, query] = path.split '?'
namedArguments = @get('namedArguments')
params = $mixin {path}, @get('baseParams')
matches = @get('regexp').exec(path).slice(1)
for match, index in matches
name = namedArguments[index]
params[name] = match
if query
for pair in query.split('&')
[key, value] = pair.split '='
params[key] = value
params
pathFromParams: (argumentParams) ->
params = $mixin {}, argumentParams
path = @get('templatePath')
# Replace the names in the template with their values from params
for name in @get('namedArguments')
regexp = ///#{@constructor.regexps.namePrefix}#{name}///
newPath = path.replace regexp, (if params[name]? then params[name] else '')
if newPath != path
delete params[name]
path = newPath
for key in @testKeys
delete params[key]
# Append the rest of the params as a query string
queryParams = ("#{key}=#{value}" for key, value of params)
if queryParams.length > 0
path += "?" + queryParams.join("&")
path
test: (pathOrParams) ->
if typeof pathOrParams is 'string'
path = pathOrParams
else if pathOrParams.path?
path = pathOrParams.path
else
path = @pathFromParams(pathOrParams)
for key in @testKeys
if (value = @get(key))?
return false unless pathOrParams[key] == value
@get('regexp').test(path)
dispatch: (pathOrParams) ->
return false unless @test(pathOrParams)
if typeof pathOrParams is 'string'
params = @paramsFromPath(pathOrParams)
path = pathOrParams
else
params = pathOrParams
path = @pathFromParams(pathOrParams)
@get('callback')(params)
return path
callback: -> throw new Batman.DevelopmentError "Override callback in a Route subclass"
class Batman.CallbackActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'callback', 'app']
controller: false
action: false
class Batman.ControllerActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'app', 'controller', 'action']
constructor: (templatePath, options) ->
if options.signature
[controller, action] = options.signature.split('#')
action ||= 'index'
options.controller = controller
options.action = action
delete options.signature
super(templatePath, options)
callback: (params) =>
controller = @get("app.dispatcher.controllers.#{@get('controller')}")
controller.dispatch(@get('action'), params)
class Batman.Dispatcher extends Batman.Object
@canInferRoute: (argument) ->
argument instanceof Batman.Model ||
argument instanceof Batman.AssociationProxy ||
argument.prototype instanceof Batman.Model
@paramsFromArgument: (argument) ->
resourceNameFromModel = (model) ->
helpers.underscore(helpers.pluralize($functionName(model)))
return argument unless @canInferRoute(argument)
if argument instanceof Batman.Model || argument instanceof Batman.AssociationProxy
argument = argument.get('target') if argument.isProxy
if argument?
{
controller: resourceNameFromModel(argument.constructor)
action: 'show'
id: argument.get('id')
}
else
{}
else if argument.prototype instanceof Batman.Model
{
controller: resourceNameFromModel(argument)
action: 'index'
}
else
argument
class ControllerDirectory extends Batman.Object
@accessor '__app', Batman.Property.defaultAccessor
@accessor (key) -> @get("__app.#{helpers.capitalize(key)}Controller.sharedController")
@accessor 'controllers', -> new ControllerDirectory(__app: @get('app'))
constructor: (app, routeMap) ->
super({app, routeMap})
routeForParams: (params) ->
params = @constructor.paramsFromArgument(params)
@get('routeMap').routeForParams(params)
pathFromParams: (params) ->
return params if typeof params is 'string'
params = @constructor.paramsFromArgument(params)
@routeForParams(params)?.pathFromParams(params)
dispatch: (params) ->
inferredParams = @constructor.paramsFromArgument(params)
route = @routeForParams(inferredParams)
if route
path = route.dispatch(inferredParams)
else
# No route matching the parameters was found, but an object which might be for
# use with the params replacer has been passed. If its an object like a model
# or a record we could have inferred a route for it (but didn't), so we make
# sure that it isn't by running it through canInferRoute.
if $typeOf(params) is 'Object' && !@constructor.canInferRoute(params)
return @get('app.currentParams').replace(params)
else
@get('app.currentParams').clear()
return Batman.redirect('/404') unless path is '/404' or params is '/404'
@set 'app.currentURL', path
@set 'app.currentRoute', route
path
class Batman.RouteMap
memberRoute: null
collectionRoute: null
constructor: ->
@childrenByOrder = []
@childrenByName = {}
routeForParams: (params) ->
for route in @childrenByOrder
return route if route.test(params)
return undefined
addRoute: (name, route) ->
@childrenByOrder.push(route)
if name.length > 0 && (names = name.split('.')).length > 0
base = names.shift()
unless @childrenByName[base]
@childrenByName[base] = new Batman.RouteMap
@childrenByName[base].addRoute(names.join('.'), route)
else
if route.get('member')
developer.do =>
Batman.developer.error("Member route with name #{name} already exists!") if @memberRoute
@memberRoute = route
else
developer.do =>
Batman.developer.error("Collection route with name #{name} already exists!") if @collectionRoute
@collectionRoute = route
true
class Batman.NamedRouteQuery extends Batman.Object
isNamedRouteQuery: true
developer.do =>
class NonWarningProperty extends Batman.Keypath
constructor: ->
developer.suppress()
super
developer.unsuppress()
@::propertyClass = NonWarningProperty
constructor: (routeMap, args = []) ->
super({routeMap, args})
@accessor 'route', ->
{memberRoute, collectionRoute} = @get('routeMap')
for route in [memberRoute, collectionRoute] when route?
return route if route.namedArguments.length == @get('args').length
return collectionRoute || memberRoute
@accessor 'path', ->
params = {}
namedArguments = @get('route.namedArguments')
for argumentName, index in namedArguments
if (argumentValue = @get('args')[index])?
params[argumentName] = @_toParam(argumentValue)
@get('route').pathFromParams(params)
@accessor 'routeMap', 'args', 'cardinality', Batman.Property.defaultAccessor
@accessor
get: (key) ->
return if !key?
if typeof key is 'string'
@nextQueryForName(key)
else
@nextQueryWithArgument(key)
set: ->
cacheable: false
nextQueryForName: (key) ->
if map = @get('routeMap').childrenByName[key]
return new Batman.NamedRouteQuery(map, @args)
else
Batman.developer.error "Couldn't find a route for the name #{key}!"
nextQueryWithArgument: (arg) ->
args = @args.slice(0)
args.push arg
@clone(args)
_toParam: (arg) ->
if arg instanceof Batman.AssociationProxy
arg = arg.get('target')
if arg.toParam isnt 'undefined' then arg.toParam() else arg
_paramName: (arg) ->
string = helpers.singularize($functionName(arg)) + "Id"
string.charAt(0).toLowerCase() + string.slice(1)
clone: (args = @args) -> new Batman.NamedRouteQuery(@routeMap, args)
class Batman.RouteMapBuilder
@BUILDER_FUNCTIONS = ['resources', 'member', 'collection', 'route', 'root']
@ROUTES =
index:
cardinality: 'collection'
path: (resource) -> resource
name: (resource) -> resource
new:
cardinality: 'collection'
path: (resource) -> "#{resource}/new"
name: (resource) -> "#{resource}.new"
show:
cardinality: 'member'
path: (resource) -> "#{resource}/:id"
name: (resource) -> resource
edit:
cardinality: 'member'
path: (resource) -> "#{resource}/:id/edit"
name: (resource) -> "#{resource}.edit"
collection:
cardinality: 'collection'
path: (resource, name) -> "#{resource}/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
member:
cardinality: 'member'
path: (resource, name) -> "#{resource}/:id/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
constructor: (@app, @routeMap, @parent, @baseOptions = {}) ->
if @parent
@rootPath = @parent._nestingPath()
@rootName = @parent._nestingName()
else
@rootPath = ''
@rootName = ''
resources: (args...) ->
resourceNames = (arg for arg in args when typeof arg is 'string')
callback = args.pop() if typeof args[args.length - 1] is 'function'
if typeof args[args.length - 1] is 'object'
options = args.pop()
else
options = {}
actions = {index: true, new: true, show: true, edit: true}
if options.except
actions[k] = false for k in options.except
delete options.except
else if options.only
actions[k] = false for k, v of actions
actions[k] = true for k in options.only
delete options.only
for resourceName in resourceNames
controller = resourceRoot = helpers.pluralize(resourceName)
childBuilder = @_childBuilder({controller})
# Call the callback so that routes defined within it are matched
# before the standard routes defined by `resources`.
callback?.call(childBuilder)
for action, included of actions when included
route = @constructor.ROUTES[action]
as = route.name(resourceRoot)
path = route.path(resourceRoot)
routeOptions = $mixin {controller, action, path, as}, options
childBuilder[route.cardinality](action, routeOptions)
true
member: -> @_addRoutesWithCardinality('member', arguments...)
collection: -> @_addRoutesWithCardinality('collection', arguments...)
root: (signature, options) -> @route '/', signature, options
route: (path, signature, options, callback) ->
if !callback
if typeof options is 'function'
callback = options
options = undefined
else if typeof signature is 'function'
callback = signature
signature = undefined
if !options
if typeof signature is 'string'
options = {signature}
else
options = signature
options ||= {}
else
options.signature = signature if signature
options.callback = callback if callback
options.as ||= @_nameFromPath(path)
options.path = path
@_addRoute(options)
_addRoutesWithCardinality: (cardinality, names..., options) ->
if typeof options is 'string'
names.push options
options = {}
options = $mixin {}, @baseOptions, options
options[cardinality] = true
route = @constructor.ROUTES[cardinality]
resourceRoot = options.controller
for name in names
routeOptions = $mixin {action: name}, options
unless routeOptions.path?
routeOptions.path = route.path(resourceRoot, name)
unless routeOptions.as?
routeOptions.as = route.name(resourceRoot, name)
@_addRoute(routeOptions)
true
_addRoute: (options = {}) ->
path = @rootPath + options.path
name = @rootName + options.as
delete options.as
delete options.path
klass = if options.callback then Batman.CallbackActionRoute else Batman.ControllerActionRoute
options.app = @app
route = new klass(path, options)
@routeMap.addRoute(name, route)
_nameFromPath: (path) ->
underscored = path
.replace(Batman.Route.regexps.namedOrSplat, '')
.replace(/\/+/g, '_')
.replace(/(^_)|(_$)/g, '')
name = helpers.camelize(underscored)
name.charAt(0).toLowerCase() + name.slice(1)
_nestingPath: ->
unless @parent
""
else
nestingParam = ":" + helpers.singularize(@baseOptions.controller) + "Id"
"#{@parent._nestingPath()}/#{@baseOptions.controller}/#{nestingParam}/"
_nestingName: ->
unless @parent
""
else
@baseOptions.controller + "."
_childBuilder: (baseOptions = {}) -> new Batman.RouteMapBuilder(@app, @routeMap, @, baseOptions)
class Batman.Navigator
@defaultClass: ->
if Batman.config.usePushState and Batman.PushStateNavigator.isSupported()
Batman.PushStateNavigator
else
Batman.HashbangNavigator
@forApp: (app) -> new (@defaultClass())(app)
constructor: (@app) ->
start: ->
return if typeof window is 'undefined'
return if @started
@started = yes
@startWatching()
Batman.currentApp.prevent 'ready'
$setImmediate =>
if @started && Batman.currentApp
@handleCurrentLocation()
Batman.currentApp.allowAndFire 'ready'
stop: ->
@stopWatching()
@started = no
handleLocation: (location) ->
path = @pathFromLocation(location)
return if path is @cachedPath
@dispatch(path)
handleCurrentLocation: => @handleLocation(window.location)
dispatch: (params) ->
@cachedPath = @app.get('dispatcher').dispatch(params)
push: (params) ->
path = @dispatch(params)
@pushState(null, '', path)
path
replace: (params) ->
path = @dispatch(params)
@replaceState(null, '', path)
path
redirect: @::push
normalizePath: (segments...) ->
segments = for seg, i in segments
"#{seg}".replace(/^(?!\/)/, '/').replace(/\/+$/,'')
segments.join('') or '/'
@normalizePath: @::normalizePath
class Batman.PushStateNavigator extends Batman.Navigator
@isSupported: -> window?.history?.pushState?
startWatching: ->
$addEventListener window, 'popstate', @handleCurrentLocation
stopWatching: ->
$removeEventListener window, 'popstate', @handleCurrentLocation
pushState: (stateObject, title, path) ->
window.history.pushState(stateObject, title, @linkTo(path))
replaceState: (stateObject, title, path) ->
window.history.replaceState(stateObject, title, @linkTo(path))
linkTo: (url) ->
@normalizePath(Batman.config.pathPrefix, url)
pathFromLocation: (location) ->
fullPath = "#{location.pathname or ''}#{location.search or ''}"
prefixPattern = new RegExp("^#{@normalizePath(Batman.config.pathPrefix)}")
@normalizePath(fullPath.replace(prefixPattern, ''))
handleLocation: (location) ->
path = @pathFromLocation(location)
if path is '/' and (hashbangPath = Batman.HashbangNavigator::pathFromLocation(location)) isnt '/'
@replace(hashbangPath)
else
super
class Batman.HashbangNavigator extends Batman.Navigator
HASH_PREFIX: '#!'
if window? and 'onhashchange' of window
@::startWatching = ->
$addEventListener window, 'hashchange', @handleCurrentLocation
@::stopWatching = ->
$removeEventListener window, 'hashchange', @handleCurrentLocation
else
@::startWatching = ->
@interval = setInterval @handleCurrentLocation, 100
@::stopWatching = ->
@interval = clearInterval @interval
pushState: (stateObject, title, path) ->
window.location.hash = @linkTo(path)
replaceState: (stateObject, title, path) ->
loc = window.location
loc.replace("#{loc.pathname}#{loc.search}#{@linkTo(path)}")
linkTo: (url) -> @HASH_PREFIX + url
pathFromLocation: (location) ->
hash = location.hash
if hash?.substr(0,2) is @HASH_PREFIX
@normalizePath(hash.substr(2))
else
'/'
handleLocation: (location) ->
return super unless Batman.config.usePushState
realPath = Batman.PushStateNavigator::pathFromLocation(location)
if realPath is '/'
super
else
location.replace(@normalizePath("#{Batman.config.pathPrefix}#{@linkTo(realPath)}"))
Batman.redirect = $redirect = (url) ->
Batman.navigator?.redirect url
class Batman.ParamsReplacer extends Batman.Object
constructor: (@navigator, @params) ->
redirect: -> @navigator.replace(@toObject())
replace: (params) ->
@params.replace(params)
@redirect()
update: (params) ->
@params.update(params)
@redirect()
clear: () ->
@params.clear()
@redirect()
toObject: -> @params.toObject()
@accessor
get: (k) -> @params.get(k)
set: (k,v) ->
oldValue = @params.get(k)
result = @params.set(k,v)
@redirect() if oldValue isnt v
result
unset: (k) ->
hadKey = @params.hasKey(k)
result = @params.unset(k)
@redirect() if hadKey
result
class Batman.ParamsPusher extends Batman.ParamsReplacer
redirect: -> @navigator.push(@toObject())
# `Batman.App` manages requiring files and acts as a namespace for all code subclassing
# Batman objects.
class Batman.App extends Batman.Object
@classAccessor 'currentParams',
get: -> new Batman.Hash
'final': true
@classAccessor 'paramsManager',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.replacer = new Batman.ParamsReplacer(nav, params)
'final': true
@classAccessor 'paramsPusher',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.pusher = new Batman.ParamsPusher(nav, params)
'final': true
@classAccessor 'routes', -> new Batman.NamedRouteQuery(@get('routeMap'))
@classAccessor 'routeMap', -> new Batman.RouteMap
@classAccessor 'routeMapBuilder', -> new Batman.RouteMapBuilder(@, @get('routeMap'))
@classAccessor 'dispatcher', -> new Batman.Dispatcher(@, @get('routeMap'))
@classAccessor 'controllers', -> @get('dispatcher.controllers')
@classAccessor '_renderContext', -> Batman.RenderContext.base.descend(@)
# Require path tells the require methods which base directory to look in.
@requirePath: ''
# The require class methods (`controller`, `model`, `view`) simply tells
# your app where to look for coffeescript source files. This
# implementation may change in the future.
developer.do =>
App.require = (path, names...) ->
base = @requirePath + path
for name in names
@prevent 'run'
path = base + '/' + name + '.coffee'
new Batman.Request
url: path
type: 'html'
success: (response) =>
CoffeeScript.eval response
@allow 'run'
if not @isPrevented 'run'
@fire 'loaded'
@run() if @wantsToRun
@
@controller = (names...) ->
names = names.map (n) -> n + '_controller'
@require 'controllers', names...
@model = ->
@require 'models', arguments...
@view = ->
@require 'views', arguments...
# Layout is the base view that other views can be yielded into. The
# default behavior is that when `app.run()` is called, a new view will
# be created for the layout using the `document` node as its content.
# Use `MyApp.layout = null` to turn off the default behavior.
@layout: undefined
# Routes for the app are built using a RouteMapBuilder, so delegate the
# functions used to build routes to it.
for name in Batman.RouteMapBuilder.BUILDER_FUNCTIONS
do (name) =>
@[name] = -> @get('routeMapBuilder')[name](arguments...)
# Call `MyApp.run()` to start up an app. Batman level initializers will
# be run to bootstrap the application.
@event('ready').oneShot = true
@event('run').oneShot = true
@run: ->
if Batman.currentApp
return if Batman.currentApp is @
Batman.currentApp.stop()
return false if @hasRun
if @isPrevented 'run'
@wantsToRun = true
return false
else
delete @wantsToRun
Batman.currentApp = @
Batman.App.set('current', @)
unless @get('dispatcher')?
@set 'dispatcher', new Batman.Dispatcher(@, @get('routeMap'))
@set 'controllers', @get('dispatcher.controllers')
unless @get('navigator')?
@set('navigator', Batman.Navigator.forApp(@))
@on 'run', =>
Batman.navigator = @get('navigator')
Batman.navigator.start() if Object.keys(@get('dispatcher').routeMap).length > 0
@observe 'layout', (layout) =>
layout?.on 'ready', => @fire 'ready'
if typeof @layout is 'undefined'
@set 'layout', new Batman.View
context: @
node: document
else if typeof @layout is 'string'
@set 'layout', new @[helpers.camelize(@layout) + 'View']
@hasRun = yes
@fire('run')
@
@event('ready').oneShot = true
@event('stop').oneShot = true
@stop: ->
@navigator?.stop()
Batman.navigator = null
@hasRun = no
@fire('stop')
@
# Controllers
# -----------
class Batman.Controller extends Batman.Object
@singleton 'sharedController'
@accessor 'controllerName', -> @_controllerName ||= helpers.underscore($functionName(@constructor).replace('Controller', ''))
@accessor '_renderContext', -> Batman.RenderContext.root().descend(@)
@beforeFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.beforeFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
@afterFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.afterFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
runFilters: (params, filters) ->
action = params.action
if filters = @constructor._batman?.get(filters)
filters.forEach (_, options) =>
return if options.only and action not in options.only
return if options.except and action in options.except
block = options.block
if typeof block is 'function' then block.call(@, params) else @[block]?(params)
# You shouldn't call this method directly. It will be called by the dispatcher when a route is called.
# If you need to call a route manually, use `$redirect()`.
dispatch: (action, params = {}) ->
params.controller ||= @get 'controllerName'
params.action ||= action
params.target ||= @
oldRedirect = Batman.navigator?.redirect
Batman.navigator?.redirect = @redirect
@_inAction = yes
@_actedDuringAction = no
@set 'action', action
@set 'params', params
@runFilters params, 'beforeFilters'
developer.assert @[action], "Error! Controller action #{@get 'controllerName'}.#{action} couldn't be found!"
@[action](params)
if not @_actedDuringAction
@render()
@runFilters params, 'afterFilters'
delete @_actedDuringAction
delete @_inAction
Batman.navigator?.redirect = oldRedirect
redirectTo = @_afterFilterRedirect
delete @_afterFilterRedirect
$redirect(redirectTo) if redirectTo
redirect: (url) =>
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to redirect but an action has already be taken during #{@get('controllerName')}.#{@get('action')}}"
if @_inAction
@_actedDuringAction = yes
@_afterFilterRedirect = url
else
if $typeOf(url) is 'Object'
url.controller = @ if not url.controller
$redirect url
render: (options = {}) ->
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to render but an action has already be taken during #{@get('controllerName')}.#{@get('action')}"
@_actedDuringAction = yes
return if options is false
if not options.view
options.context ||= @get('_renderContext')
options.source ||= helpers.underscore(@get('controllerName') + '/' + @get('action'))
options.view = new (Batman.currentApp?[helpers.camelize("#{@get('controllerName')}_#{@get('action')}_view")] || Batman.View)(options)
if view = options.view
Batman.currentApp?.prevent 'ready'
view.on 'ready', =>
Batman.DOM.replace options.into || 'main', view.get('node'), view.hasContainer
Batman.currentApp?.allowAndFire 'ready'
view.ready?(@params)
view
# Models
# ------
class Batman.Model extends Batman.Object
# ## Model API
# Override this property if your model is indexed by a key other than `id`
@primaryKey: 'id'
# Override this property to define the key which storage adapters will use to store instances of this model under.
# - For RestStorage, this ends up being part of the url built to store this model
# - For LocalStorage, this ends up being the namespace in localStorage in which JSON is stored
@storageKey: null
# Pick one or many mechanisms with which this model should be persisted. The mechanisms
# can be already instantiated or just the class defining them.
@persist: (mechanisms...) ->
Batman.initializeObject @prototype
storage = @::_batman.storage ||= []
results = for mechanism in mechanisms
mechanism = if mechanism.isStorageAdapter then mechanism else new mechanism(@)
storage.push mechanism
mechanism
if results.length > 1
results
else
results[0]
# Encoders are the tiny bits of logic which manage marshalling Batman models to and from their
# storage representations. Encoders do things like stringifying dates and parsing them back out again,
# pulling out nested model collections and instantiating them (and JSON.stringifying them back again),
# and marshalling otherwise un-storable object.
@encode: (keys..., encoderOrLastKey) ->
Batman.initializeObject @prototype
@::_batman.encoders ||= new Batman.SimpleHash
@::_batman.decoders ||= new Batman.SimpleHash
encoder = {}
switch $typeOf(encoderOrLastKey)
when 'String'
keys.push encoderOrLastKey
when 'Function'
encoder.encode = encoderOrLastKey
else
encoder.encode = encoderOrLastKey.encode
encoder.decode = encoderOrLastKey.decode
encoder = $mixin {}, @defaultEncoder, encoder
for operation in ['encode', 'decode']
for key in keys
hash = @::_batman["#{operation}rs"]
if encoder[operation]
hash.set(key, encoder[operation])
else
hash.unset(key)
#true
# Set up the unit functions as the default for both
@defaultEncoder:
encode: (x) -> x
decode: (x) -> x
# Attach encoders and decoders for the primary key, and update them if the primary key changes.
@observeAndFire 'primaryKey', (newPrimaryKey) -> @encode newPrimaryKey, {encode: false, decode: @defaultEncoder.decode}
# Validations allow a model to be marked as 'valid' or 'invalid' based on a set of programmatic rules.
# By validating our data before it gets to the server we can provide immediate feedback to the user about
# what they have entered and forgo waiting on a round trip to the server.
# `validate` allows the attachment of validations to the model on particular keys, where the validation is
# either a built in one (by use of options to pass to them) or a custom one (by use of a custom function as
# the second argument). Custom validators should have the signature `(errors, record, key, callback)`. They
# should add strings to the `errors` set based on the record (maybe depending on the `key` they were attached
# to) and then always call the callback. Again: the callback must always be called.
@validate: (keys..., optionsOrFunction) ->
Batman.initializeObject @prototype
validators = @::_batman.validators ||= []
if typeof optionsOrFunction is 'function'
# Given a function, use that as the actual validator, expecting it to conform to the API
# the built in validators do.
validators.push
keys: keys
callback: optionsOrFunction
else
# Given options, find the validations which match the given options, and add them to the validators
# array.
options = optionsOrFunction
for validator in Validators
if (matches = validator.matches(options))
delete options[match] for match in matches
validators.push
keys: keys
validator: new validator(matches)
@urlNestsUnder: (key) ->
parent = Batman.helpers.pluralize(key)
children = Batman.helpers.pluralize(Batman._functionName(@).toLowerCase())
@url = (options) ->
parentID = options.data[key + '_id']
delete options.data[key + '_id']
"#{parent}/#{parentID}/#{children}"
@::url = ->
url = "#{parent}/#{@get(key + '_id')}/#{children}"
if id = @get('id')
url += '/' + id
url
# ### Query methods
@classAccessor 'all',
get: ->
@load() if @::hasStorage() and @classState() not in ['loaded', 'loading']
@get('loaded')
set: (k, v) -> @set('loaded', v)
@classAccessor 'loaded',
get: -> @_loaded ||= new Batman.Set
set: (k, v) -> @_loaded = v
@classAccessor 'first', -> @get('all').toArray()[0]
@classAccessor 'last', -> x = @get('all').toArray(); x[x.length - 1]
@clear: ->
Batman.initializeObject(@)
result = @get('loaded').clear()
@_batman.get('associations')?.reset()
result
@find: (id, callback) ->
developer.assert callback, "Must call find with a callback!"
record = new @()
record.set 'id', id
newRecord = @_mapIdentity(record)
newRecord.load callback
return newRecord
# `load` fetches records from all sources possible
@load: (options, callback) ->
if typeof options in ['function', 'undefined']
callback = options
options = {}
developer.assert @::_batman.getAll('storage').length, "Can't load model #{$functionName(@)} without any storage adapters!"
@loading()
@::_doStorageOperation 'readAll', options, (err, records) =>
if err?
callback?(err, [])
else
mappedRecords = (@_mapIdentity(record) for record in records)
@loaded()
callback?(err, mappedRecords)
# `create` takes an attributes hash, creates a record from it, and saves it given the callback.
@create: (attrs, callback) ->
if !callback
[attrs, callback] = [{}, attrs]
obj = new this(attrs)
obj.save(callback)
obj
# `findOrCreate` takes an attributes hash, optionally containing a primary key, and returns to you a saved record
# representing those attributes, either from the server or from the identity map.
@findOrCreate: (attrs, callback) ->
record = new this(attrs)
if record.isNew()
record.save(callback)
else
foundRecord = @_mapIdentity(record)
foundRecord.updateAttributes(attrs)
callback(undefined, foundRecord)
@_mapIdentity: (record) ->
if typeof (id = record.get('id')) == 'undefined' || id == ''
return record
else
existing = @get("loaded.indexedBy.id").get(id)?.toArray()[0]
if existing
existing.updateAttributes(record._batman.attributes || {})
return existing
else
@get('loaded').add(record)
return record
associationProxy: (association) ->
Batman.initializeObject(@)
proxies = @_batman.associationProxies ||= new Batman.SimpleHash
proxies.get(association.label) or proxies.set(association.label, new association.proxyClass(association, @))
# ### Record API
# Add a universally accessible accessor for retrieving the primrary key, regardless of which key its stored under.
@accessor 'id',
get: ->
pk = @constructor.primaryKey
if pk == 'id'
@id
else
@get(pk)
set: (k, v) ->
# naively coerce string ids into integers
if typeof v is "string" and v.match(/[^0-9]/) is null
v = parseInt(v, 10)
pk = @constructor.primaryKey
if pk == 'id'
@id = v
else
@set(pk, v)
# Add normal accessors for the dirty keys and errors attributes of a record, so these accesses don't fall to the
# default accessor.
@accessor 'dirtyKeys', 'errors', Batman.Property.defaultAccessor
# Add an accessor for the internal batman state under `batmanState`, so that the `state` key can be a valid
# attribute.
@accessor 'batmanState'
get: -> @state()
set: (k, v) -> @state(v)
# Add a default accessor to make models store their attributes under a namespace by default.
@accessor Model.defaultAccessor =
get: (k) ->
attribute = (@_batman.attributes ||= {})[k]
if typeof attribute isnt 'undefined'
attribute
else
@[k]
set: (k, v) -> (@_batman.attributes ||= {})[k] = v
unset: (k) ->
x = (@_batman.attributes ||={})[k]
delete @_batman.attributes[k]
x
# New records can be constructed by passing either an ID or a hash of attributes (potentially
# containing an ID) to the Model constructor. By not passing an ID, the model is marked as new.
constructor: (idOrAttributes = {}) ->
developer.assert @ instanceof Batman.Object, "constructors must be called with new"
# We have to do this ahead of super, because mixins will call set which calls things on dirtyKeys.
@dirtyKeys = new Batman.Hash
@errors = new Batman.ErrorsSet
# Find the ID from either the first argument or the attributes.
if $typeOf(idOrAttributes) is 'Object'
super(idOrAttributes)
else
super()
@set('id', idOrAttributes)
@empty() if not @state()
# Override the `Batman.Observable` implementation of `set` to implement dirty tracking.
set: (key, value) ->
# Optimize setting where the value is the same as what's already been set.
oldValue = @get(key)
return if oldValue is value
# Actually set the value and note what the old value was in the tracking array.
result = super
@dirtyKeys.set(key, oldValue)
# Mark the model as dirty if isn't already.
@dirty() unless @state() in ['dirty', 'loading', 'creating']
result
updateAttributes: (attrs) ->
@mixin(attrs)
@
toString: ->
"#{$functionName(@constructor)}: #{@get('id')}"
# `toJSON` uses the various encoders for each key to grab a storable representation of the record.
toJSON: ->
obj = {}
# Encode each key into a new object
encoders = @_batman.get('encoders')
unless !encoders or encoders.isEmpty()
encoders.forEach (key, encoder) =>
val = @get key
if typeof val isnt 'undefined'
encodedVal = encoder(val, key, obj, @)
if typeof encodedVal isnt 'undefined'
obj[key] = encodedVal
if @constructor.primaryKey isnt 'id'
obj[@constructor.primaryKey] = @get('id')
delete obj.id
obj
# `fromJSON` uses the various decoders for each key to generate a record instance from the JSON
# stored in whichever storage mechanism.
fromJSON: (data) ->
obj = {}
decoders = @_batman.get('decoders')
# If no decoders were specified, do the best we can to interpret the given JSON by camelizing
# each key and just setting the values.
if !decoders or decoders.isEmpty()
for key, value of data
obj[key] = value
else
# If we do have decoders, use them to get the data.
decoders.forEach (key, decoder) =>
obj[key] = decoder(data[key], key, data, obj, @) unless typeof data[key] is 'undefined'
if @constructor.primaryKey isnt 'id'
obj.id = data[@constructor.primaryKey]
developer.do =>
if (!decoders) || decoders.length <= 1
developer.warn "Warning: Model #{$functionName(@constructor)} has suspiciously few decoders!"
# Mixin the buffer object to use optimized and event-preventing sets used by `mixin`.
@mixin obj
toParam: -> @get('id')
# Each model instance (each record) can be in one of many states throughout its lifetime. Since various
# operations on the model are asynchronous, these states are used to indicate exactly what point the
# record is at in it's lifetime, which can often be during a save or load operation.
@actsAsStateMachine yes
# Add the various states to the model.
for k in ['empty', 'dirty', 'loading', 'loaded', 'saving', 'saved', 'creating', 'created', 'validating', 'validated', 'destroying', 'destroyed']
@state k
for k in ['loading', 'loaded']
@classState k
_doStorageOperation: (operation, options, callback) ->
developer.assert @hasStorage(), "Can't #{operation} model #{$functionName(@constructor)} without any storage adapters!"
adapters = @_batman.get('storage')
for adapter in adapters
adapter.perform operation, @, {data: options}, callback
true
hasStorage: -> (@_batman.get('storage') || []).length > 0
# `load` fetches the record from all sources possible
load: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't load a destroyed record!"))
return
@loading()
@_doStorageOperation 'read', {}, (err, record) =>
unless err
@loaded()
record = @constructor._mapIdentity(record)
callback?(err, record)
# `save` persists a record to all the storage mechanisms added using `@persist`. `save` will only save
# a model if it is valid.
save: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't save a destroyed record!"))
return
@validate (isValid, errors) =>
if !isValid
callback?(errors)
return
creating = @isNew()
do @saving
do @creating if creating
associations = @constructor._batman.get('associations')
# Save belongsTo models immediately since we don't need this model's id
associations?.getByType('belongsTo')?.forEach (association, label) => association.apply(@)
@_doStorageOperation (if creating then 'create' else 'update'), {}, (err, record) =>
unless err
if creating
do @created
do @saved
@dirtyKeys.clear()
associations?.getByType('hasOne')?.forEach (association) -> association.apply(err, record)
associations?.getByType('hasMany')?.forEach (association) -> association.apply(err, record)
record = @constructor._mapIdentity(record)
callback?(err, record)
# `destroy` destroys a record in all the stores.
destroy: (callback) =>
do @destroying
@_doStorageOperation 'destroy', {}, (err, record) =>
unless err
@constructor.get('all').remove(@)
do @destroyed
callback?(err)
# `validate` performs the record level validations determining the record's validity. These may be asynchronous,
# in which case `validate` has no useful return value. Results from asynchronous validations can be received by
# listening to the `afterValidation` lifecycle callback.
validate: (callback) ->
oldState = @state()
@errors.clear()
do @validating
finish = () =>
do @validated
@[oldState]()
callback?(@errors.length == 0, @errors)
validators = @_batman.get('validators') || []
unless validators.length > 0
finish()
else
count = validators.length
validationCallback = =>
if --count == 0
finish()
for validator in validators
v = validator.validator
# Run the validator `v` or the custom callback on each key it validates by instantiating a new promise
# and passing it to the appropriate function along with the key and the value to be validated.
for key in validator.keys
if v
v.validateEach @errors, @, key, validationCallback
else
validator.callback @errors, @, key, validationCallback
return
isNew: -> typeof @get('id') is 'undefined'
# ## Associations
class Batman.AssociationProxy extends Batman.Object
isProxy: true
constructor: (@association, @model) ->
loaded: false
toJSON: ->
target = @get('target')
@get('target').toJSON() if target?
load: (callback) ->
@fetch (err, proxiedRecord) =>
unless err
@set 'loaded', true
@set 'target', proxiedRecord
callback?(err, proxiedRecord)
@get('target')
fetch: (callback) ->
unless (@get('foreignValue') || @get('primaryValue'))?
return callback(undefined, undefined)
record = @fetchFromLocal()
if record
return callback(undefined, record)
else
@fetchFromRemote(callback)
@accessor 'loaded', Batman.Property.defaultAccessor
@accessor 'target',
get: -> @fetchFromLocal()
set: (_, v) -> v # This just needs to bust the cache
@accessor
get: (k) -> @get('target')?.get(k)
set: (k, v) -> @get('target')?.set(k, v)
class Batman.BelongsToProxy extends Batman.AssociationProxy
@accessor 'foreignValue', -> @model.get(@association.foreignKey)
fetchFromLocal: -> @association.setIndex().get(@get('foreignValue'))
fetchFromRemote: (callback) ->
@association.getRelatedModel().find @get('foreignValue'), (error, loadedRecord) =>
throw error if error
callback undefined, loadedRecord
class Batman.HasOneProxy extends Batman.AssociationProxy
@accessor 'primaryValue', -> @model.get(@association.primaryKey)
fetchFromLocal: -> @association.setIndex().get(@get('primaryValue'))
fetchFromRemote: (callback) ->
loadOptions = {}
loadOptions[@association.foreignKey] = @get('primaryValue')
@association.getRelatedModel().load loadOptions, (error, loadedRecords) =>
throw error if error
if !loadedRecords or loadedRecords.length <= 0
callback new Error("Couldn't find related record!"), undefined
else
callback undefined, loadedRecords[0]
class Batman.AssociationSet extends Batman.SetSort
constructor: (@value, @association) ->
base = new Batman.Set
super(base, 'hashKey')
loaded: false
load: (callback) ->
return callback(undefined, @) unless @value?
loadOptions = {}
loadOptions[@association.foreignKey] = @value
@association.getRelatedModel().load loadOptions, (err, records) =>
@loaded = true unless err
@fire 'loaded'
callback(err, @)
class Batman.UniqueAssociationSetIndex extends Batman.UniqueSetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
class Batman.AssociationSetIndex extends Batman.SetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
_resultSetForKey: (key) ->
@_storage.getOrSet key, =>
new Batman.AssociationSet(key, @association)
_setResultSet: (key, set) ->
@_storage.set key, set
class Batman.AssociationCurator extends Batman.SimpleHash
@availableAssociations: ['belongsTo', 'hasOne', 'hasMany']
constructor: (@model) ->
super()
# Contains (association, label) pairs mapped by association type
# ie. @storage = {<Association.associationType>: [<Association>, <Association>]}
@_byTypeStorage = new Batman.SimpleHash
add: (association) ->
@set association.label, association
unless associationTypeSet = @_byTypeStorage.get(association.associationType)
associationTypeSet = new Batman.SimpleSet
@_byTypeStorage.set association.associationType, associationTypeSet
associationTypeSet.add association
getByType: (type) -> @_byTypeStorage.get(type)
getByLabel: (label) -> @get(label)
reset: ->
@forEach (label, association) -> association.reset()
true
merge: (others...) ->
result = super
result._byTypeStorage = @_byTypeStorage.merge(others.map (other) -> other._byTypeStorage)
result
class Batman.Association
associationType: ''
defaultOptions:
saveInline: true
autoload: true
constructor: (@model, @label, options = {}) ->
defaultOptions =
namespace: Batman.currentApp
name: helpers.camelize(helpers.singularize(@label))
@options = $mixin defaultOptions, @defaultOptions, options
# Setup encoders and accessors for this association. The accessor needs reference to this
# association object, so curry the association info into the getAccessor, which has the
# model applied as the context
@model.encode label, @encoder()
self = @
getAccessor = -> return self.getAccessor.call(@, self, @model, @label)
@model.accessor @label,
get: getAccessor
set: model.defaultAccessor.set
unset: model.defaultAccessor.unset
if @url
@model.url ||= (recordOptions) ->
return self.url(recordOptions)
getRelatedModel: ->
scope = @options.namespace or Batman.currentApp
modelName = @options.name
relatedModel = scope?[modelName]
developer.do ->
if Batman.currentApp? and not relatedModel
developer.warn "Related model #{modelName} hasn't loaded yet."
relatedModel
getFromAttributes: (record) ->
record.constructor.defaultAccessor.get.call(record, @label)
setIntoAttributes: (record, value) ->
record.constructor.defaultAccessor.set.call(record, @label, value)
encoder: -> developer.error "You must override encoder in Batman.Association subclasses."
setIndex: -> developer.error "You must override setIndex in Batman.Association subclasses."
inverse: ->
if relatedAssocs = @getRelatedModel()._batman.get('associations')
if @options.inverseOf
return relatedAssocs.getByLabel(@options.inverseOf)
inverse = null
relatedAssocs.forEach (label, assoc) =>
if assoc.getRelatedModel() is @model
inverse = assoc
inverse
reset: ->
delete @index
true
class Batman.SingularAssociation extends Batman.Association
isSingular: true
getAccessor: (self, model, label) ->
# Check whether the relation has already been set on this model
if recordInAttributes = self.getFromAttributes(@)
return recordInAttributes
# Make sure the related model has been loaded
if self.getRelatedModel()
proxy = @associationProxy(self)
Batman.Property.withoutTracking ->
if not proxy.get('loaded') and self.options.autoload
proxy.load()
proxy
setIndex: ->
@index ||= new Batman.UniqueAssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.PluralAssociation extends Batman.Association
isSingular: false
setForRecord: (record) ->
Batman.Property.withoutTracking =>
if id = record.get(@primaryKey)
@setIndex().get(id)
else
new Batman.AssociationSet(undefined, @)
getAccessor: (self, model, label) ->
return unless self.getRelatedModel()
# Check whether the relation has already been set on this model
if setInAttributes = self.getFromAttributes(@)
setInAttributes
else
relatedRecords = self.setForRecord(@)
self.setIntoAttributes(@, relatedRecords)
Batman.Property.withoutTracking =>
if self.options.autoload and not @isNew() and not relatedRecords.loaded
relatedRecords.load (error, records) -> throw error if error
relatedRecords
setIndex: ->
@index ||= new Batman.AssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.BelongsToAssociation extends Batman.SingularAssociation
associationType: 'belongsTo'
proxyClass: Batman.BelongsToProxy
indexRelatedModelOn: 'primaryKey'
defaultOptions:
saveInline: false
autoload: true
constructor: ->
super
@foreignKey = @options.foreignKey or "#{@label}_id"
@primaryKey = @options.primaryKey or "id"
@model.encode @foreignKey
url: (recordOptions) ->
if inverse = @inverse()
root = Batman.helpers.pluralize(@label)
id = recordOptions.data?["#{@label}_id"]
helper = if inverse.isSingular then "singularize" else "pluralize"
ending = Batman.helpers[helper](inverse.label)
return "/#{root}/#{id}/#{ending}"
encoder: ->
association = @
encoder =
encode: false
decode: (data, _, __, ___, childRecord) ->
relatedModel = association.getRelatedModel()
record = new relatedModel()
record.fromJSON(data)
record = relatedModel._mapIdentity(record)
if association.options.inverseOf
if inverse = association.inverse()
if inverse instanceof Batman.HasManyAssociation
# Rely on the parent's set index to get this out.
childRecord.set(association.foreignKey, record.get(association.primaryKey))
else
record.set(inverse.label, childRecord)
childRecord.set(association.label, record)
record
if @options.saveInline
encoder.encode = (val) -> val.toJSON()
encoder
apply: (base) ->
if model = base.get(@label)
foreignValue = model.get(@primaryKey)
if foreignValue isnt undefined
base.set @foreignKey, foreignValue
class Batman.HasOneAssociation extends Batman.SingularAssociation
associationType: 'hasOne'
proxyClass: Batman.HasOneProxy
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "id"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_id"
apply: (baseSaveError, base) ->
if relation = @getFromAttributes(base)
relation.set @foreignKey, base.get(@primaryKey)
encoder: ->
association = @
return {
encode: (val, key, object, record) ->
return unless association.options.saveInline
if json = val.toJSON()
json[association.foreignKey] = record.get(association.primaryKey)
json
decode: (data, _, __, ___, parentRecord) ->
relatedModel = association.getRelatedModel()
record = new (relatedModel)()
record.fromJSON(data)
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
record
}
class Batman.HasManyAssociation extends Batman.PluralAssociation
associationType: 'hasMany'
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "id"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_id"
apply: (baseSaveError, base) ->
unless baseSaveError
if relations = @getFromAttributes(base)
relations.forEach (model) =>
model.set @foreignKey, base.get(@primaryKey)
base.set @label, @setForRecord(base)
encoder: ->
association = @
return {
encode: (relationSet, _, __, record) ->
return if association._beingEncoded
association._beingEncoded = true
return unless association.options.saveInline
if relationSet?
jsonArray = []
relationSet.forEach (relation) ->
relationJSON = relation.toJSON()
relationJSON[association.foreignKey] = record.get(association.primaryKey)
jsonArray.push relationJSON
delete association._beingEncoded
jsonArray
decode: (data, key, _, __, parentRecord) ->
if relatedModel = association.getRelatedModel()
existingRelations = association.getFromAttributes(parentRecord) || association.setForRecord(parentRecord)
existingArray = existingRelations?.toArray()
for jsonObject, i in data
record = if existingArray && existingArray[i]
existing = true
existingArray[i]
else
existing = false
new relatedModel()
record.fromJSON jsonObject
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
existingRelations.add record
else
developer.error "Can't decode model #{association.options.name} because it hasn't been loaded yet!"
existingRelations
}
# ### Model Associations API
for k in Batman.AssociationCurator.availableAssociations
do (k) =>
Batman.Model[k] = (label, scope) ->
Batman.initializeObject(@)
collection = @_batman.associations ||= new Batman.AssociationCurator(@)
collection.add new Batman["#{helpers.capitalize(k)}Association"](@, label, scope)
class Batman.ValidationError extends Batman.Object
constructor: (attribute, message) -> super({attribute, message})
# `ErrorSet` is a simple subclass of `Set` which makes it a bit easier to
# manage the errors on a model.
class Batman.ErrorsSet extends Batman.Set
# Define a default accessor to get the set of errors on a key
@accessor (key) -> @indexedBy('attribute').get(key)
# Define a shorthand method for adding errors to a key.
add: (key, error) -> super(new Batman.ValidationError(key, error))
class Batman.Validator extends Batman.Object
constructor: (@options, mixins...) ->
super mixins...
validate: (record) -> developer.error "You must override validate in Batman.Validator subclasses."
format: (key, messageKey, interpolations) -> t('errors.format', {attribute: key, message: t("errors.messages.#{messageKey}", interpolations)})
@options: (options...) ->
Batman.initializeObject @
if @_batman.options then @_batman.options.concat(options) else @_batman.options = options
@matches: (options) ->
results = {}
shouldReturn = no
for key, value of options
if ~@_batman?.options?.indexOf(key)
results[key] = value
shouldReturn = yes
return results if shouldReturn
Validators = Batman.Validators = [
class Batman.LengthValidator extends Batman.Validator
@options 'minLength', 'maxLength', 'length', 'lengthWithin', 'lengthIn'
constructor: (options) ->
if range = (options.lengthIn or options.lengthWithin)
options.minLength = range[0]
options.maxLength = range[1] || -1
delete options.lengthWithin
delete options.lengthIn
super
validateEach: (errors, record, key, callback) ->
options = @options
value = record.get(key) ? []
if options.minLength and value.length < options.minLength
errors.add key, @format(key, 'too_short', {count: options.minLength})
if options.maxLength and value.length > options.maxLength
errors.add key, @format(key, 'too_long', {count: options.maxLength})
if options.length and value.length isnt options.length
errors.add key, @format(key, 'wrong_length', {count: options.length})
callback()
class Batman.PresenceValidator extends Batman.Validator
@options 'presence'
validateEach: (errors, record, key, callback) ->
value = record.get(key)
if @options.presence && (!value? || value is '')
errors.add key, @format(key, 'blank')
callback()
]
$mixin Batman.translate.messages,
errors:
format: "%{attribute} %{message}"
messages:
too_short: "must be at least %{count} characters"
too_long: "must be less than %{count} characters"
wrong_length: "must be %{count} characters"
blank: "can't be blank"
class Batman.StorageAdapter extends Batman.Object
class @StorageError extends Error
name: "StorageError"
constructor: (message) ->
super
@message = message
class @RecordExistsError extends @StorageError
name: 'RecordExistsError'
constructor: (message) ->
super(message || "Can't create this record because it already exists in the store!")
class @NotFoundError extends @StorageError
name: 'NotFoundError'
constructor: (message) ->
super(message || "Record couldn't be found in storage!")
constructor: (model) -> super(model: model)
isStorageAdapter: true
storageKey: (record) ->
model = record?.constructor || @model
model.get('storageKey') || helpers.pluralize(helpers.underscore($functionName(model)))
getRecordFromData: (attributes, constructor = @model) ->
record = new constructor()
record.fromJSON(attributes)
record
@skipIfError: (f) ->
return (env, next) ->
if env.error?
next()
else
f.call(@, env, next)
before: -> @_addFilter('before', arguments...)
after: -> @_addFilter('after', arguments...)
_inheritFilters: ->
if !@_batman.check(@) || !@_batman.filters
oldFilters = @_batman.getFirst('filters')
@_batman.filters = {before: {}, after: {}}
if oldFilters?
for position, filtersByKey of oldFilters
for key, filtersList of filtersByKey
@_batman.filters[position][key] = filtersList.slice(0)
_addFilter: (position, keys..., filter) ->
@_inheritFilters()
for key in keys
@_batman.filters[position][key] ||= []
@_batman.filters[position][key].push filter
true
runFilter: (position, action, env, callback) ->
@_inheritFilters()
allFilters = @_batman.filters[position].all || []
actionFilters = @_batman.filters[position][action] || []
env.action = action
# Action specific filters execute first, and then the `all` filters.
filters = actionFilters.concat(allFilters)
next = (newEnv) =>
env = newEnv if newEnv?
if (nextFilter = filters.shift())?
nextFilter.call @, env, next
else
callback.call @, env
next()
runBeforeFilter: -> @runFilter 'before', arguments...
runAfterFilter: (action, env, callback) -> @runFilter 'after', action, env, @exportResult(callback)
exportResult: (callback) -> (env) -> callback(env.error, env.result, env)
_jsonToAttributes: (json) -> JSON.parse(json)
perform: (key, recordOrProto, options, callback) ->
options ||= {}
env = {options}
if key == 'readAll'
env.proto = recordOrProto
else
env.record = recordOrProto
next = (newEnv) =>
env = newEnv if newEnv?
@runAfterFilter key, env, callback
@runBeforeFilter key, env, (env) ->
@[key](env, next)
class Batman.LocalStorage extends Batman.StorageAdapter
constructor: ->
return null if typeof window.localStorage is 'undefined'
super
@storage = localStorage
storageRegExpForRecord: (record) -> new RegExp("^#{@storageKey(record)}(\\d+)$")
nextIdForRecord: (record) ->
re = @storageRegExpForRecord(record)
nextId = 1
@_forAllStorageEntries (k, v) ->
if matches = re.exec(k)
nextId = Math.max(nextId, parseInt(matches[1], 10) + 1)
nextId
_forAllStorageEntries: (iterator) ->
for i in [0...@storage.length]
key = @storage.key(i)
iterator.call(@, key, @storage.getItem(key))
true
_storageEntriesMatching: (proto, options) ->
re = @storageRegExpForRecord(proto)
records = []
@_forAllStorageEntries (storageKey, storageString) ->
if keyMatches = re.exec(storageKey)
data = @_jsonToAttributes(storageString)
data[proto.constructor.primaryKey] = keyMatches[1]
records.push data if @_dataMatches(options, data)
records
_dataMatches: (conditions, data) ->
match = true
for k, v of conditions
if data[k] != v
match = false
break
match
@::before 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
if env.action == 'create'
env.id = env.record.get('id') || env.record.set('id', @nextIdForRecord(env.record))
else
env.id = env.record.get('id')
unless env.id?
env.error = new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
else
env.key = @storageKey(env.record) + env.id
next()
@::before 'create', 'update', @skipIfError (env, next) ->
env.recordAttributes = JSON.stringify(env.record)
next()
@::after 'read', @skipIfError (env, next) ->
if typeof env.recordAttributes is 'string'
try
env.recordAttributes = @_jsonToAttributes(env.recordAttributes)
catch error
env.error = error
return next()
env.record.fromJSON env.recordAttributes
next()
@::after 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
env.result = env.records = for recordAttributes in env.recordsAttributes
@getRecordFromData(recordAttributes, env.proto.constructor)
next()
read: @skipIfError (env, next) ->
env.recordAttributes = @storage.getItem(env.key)
if !env.recordAttributes
env.error = new @constructor.NotFoundError()
next()
create: @skipIfError ({key, recordAttributes}, next) ->
if @storage.getItem(key)
arguments[0].error = new @constructor.RecordExistsError
else
@storage.setItem(key, recordAttributes)
next()
update: @skipIfError ({key, recordAttributes}, next) ->
@storage.setItem(key, recordAttributes)
next()
destroy: @skipIfError ({key}, next) ->
@storage.removeItem(key)
next()
readAll: @skipIfError ({proto, options}, next) ->
try
arguments[0].recordsAttributes = @_storageEntriesMatching(proto, options.data)
catch error
arguments[0].error = error
next()
class Batman.SessionStorage extends Batman.LocalStorage
constructor: ->
if typeof window.sessionStorage is 'undefined'
return null
super
@storage = sessionStorage
class Batman.RestStorage extends Batman.StorageAdapter
@JSONContentType: 'application/json'
@PostBodyContentType: 'application/x-www-form-urlencoded'
defaultRequestOptions:
type: 'json'
serializeAsForm: true
constructor: ->
super
@defaultRequestOptions = $mixin {}, @defaultRequestOptions
recordJsonNamespace: (record) -> helpers.singularize(@storageKey(record))
collectionJsonNamespace: (proto) -> helpers.pluralize(@storageKey(proto))
_execWithOptions: (object, key, options) -> if typeof object[key] is 'function' then object[key](options) else object[key]
_defaultCollectionUrl: (record) -> "/#{@storageKey(record)}"
urlForRecord: (record, env) ->
if record.url
url = @_execWithOptions(record, 'url', env.options)
else
url = if record.constructor.url
@_execWithOptions(record.constructor, 'url', env.options)
else
@_defaultCollectionUrl(record)
if env.action != 'create'
if (id = record.get('id'))?
url = url + "/" + id
else
throw new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
@urlPrefix(record, env) + url + @urlSuffix(record, env)
urlForCollection: (model, env) ->
url = if model.url
@_execWithOptions(model, 'url', env.options)
else
@_defaultCollectionUrl(model::, env.options)
@urlPrefix(model, env) + url + @urlSuffix(model, env)
urlPrefix: (object, env) ->
@_execWithOptions(object, 'urlPrefix', env.options) || ''
urlSuffix: (object, env) ->
@_execWithOptions(object, 'urlSuffix', env.options) || ''
request: (env, next) ->
options = $mixin env.options,
success: (data) -> env.data = data
error: (error) -> env.error = error
loaded: ->
env.response = req.get('response')
next()
req = new Batman.Request(options)
perform: (key, record, options, callback) ->
$mixin (options ||= {}), @defaultRequestOptions
super
@::before 'create', 'read', 'update', 'destroy', @skipIfError (env, next) ->
try
env.options.url = @urlForRecord(env.record, env)
catch error
env.error = error
next()
@::before 'readAll', @skipIfError (env, next) ->
try
env.options.url = @urlForCollection(env.proto.constructor, env)
catch error
env.error = error
next()
@::before 'create', 'update', @skipIfError (env, next) ->
json = env.record.toJSON()
if namespace = @recordJsonNamespace(env.record)
data = {}
data[namespace] = json
else
data = json
if @serializeAsForm
# Leave the POJO in the data for the request adapter to serialize to a body
env.options.contentType = @constructor.PostBodyContentType
else
data = JSON.stringify(data)
env.options.contentType = @constructor.JSONContentType
env.options.data = data
next()
@::after 'create', 'read', 'update', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
json = @_jsonToAttributes(env.data)
catch error
env.error = error
return next()
else
json = env.data
namespace = @recordJsonNamespace(env.record)
json = json[namespace] if namespace && json[namespace]?
env.record.fromJSON(json)
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
env.data = JSON.parse(env.env)
catch jsonError
env.error = jsonError
return next()
namespace = @collectionJsonNamespace(env.proto)
env.recordsAttributes = if namespace && env.data[namespace]?
env.data[namespace]
else
env.data
env.result = env.records = for jsonRecordAttributes in env.recordsAttributes
@getRecordFromData(jsonRecordAttributes, env.proto.constructor)
next()
@HTTPMethods =
create: 'POST'
update: 'PUT'
read: 'GET'
readAll: 'GET'
destroy: 'DELETE'
for key in ['create', 'read', 'update', 'destroy', 'readAll']
do (key) =>
@::[key] = @skipIfError (env, next) ->
env.options.method = @constructor.HTTPMethods[key]
@request(env, next)
# Views
# -----------
class Batman.ViewStore extends Batman.Object
@prefix: 'views'
constructor: ->
super
@_viewContents = {}
@_requestedPaths = new Batman.SimpleSet
propertyClass: Batman.Property
fetchView: (path) ->
developer.do ->
unless typeof Batman.View::prefix is 'undefined'
developer.warn "Batman.View.prototype.prefix has been removed, please use Batman.ViewStore.prefix instead."
new Batman.Request
url: Batman.Navigator.normalizePath(@constructor.prefix, "#{path}.html")
type: 'html'
success: (response) => @set(path, response)
error: (response) -> throw new Error("Could not load view from #{path}")
@accessor
'final': true
get: (path) ->
return @get("/#{path}") unless path[0] is '/'
return @_viewContents[path] if @_viewContents[path]
return if @_requestedPaths.has(path)
@fetchView(path)
return
set: (path, content) ->
return @set("/#{path}", content) unless path[0] is '/'
@_requestedPaths.add(path)
@_viewContents[path] = content
prefetch: (path) ->
@get(path)
true
# A `Batman.View` can function two ways: a mechanism to load and/or parse html files
# or a root of a subclass hierarchy to create rich UI classes, like in Cocoa.
class Batman.View extends Batman.Object
isView: true
constructor: (options = {}) ->
context = options.context
if context
unless context instanceof Batman.RenderContext
context = Batman.RenderContext.root().descend(context)
else
context = Batman.RenderContext.root()
options.context = context.descend(@)
super(options)
# Start the rendering by asking for the node
Batman.Property.withoutTracking =>
if node = @get('node')
@render node
else
@observe 'node', (node) => @render(node)
@store: new Batman.ViewStore()
# Set the source attribute to an html file to have that file loaded.
source: ''
# Set the html to a string of html to have that html parsed.
html: ''
# Set an existing DOM node to parse immediately.
node: null
# Fires once a node is parsed.
@::event('ready').oneShot = true
@accessor 'html',
get: ->
return @html if @html && @html.length > 0
return unless source = @get 'source'
source = Batman.Navigator.normalizePath(source)
@html = @constructor.store.get(source)
set: (_, html) -> @html = html
@accessor 'node'
get: ->
unless @node
html = @get('html')
return unless html && html.length > 0
@hasContainer = true
@node = document.createElement 'div'
$setInnerHTML(@node, html)
if @node.children.length > 0
Batman.data(@node.children[0], 'view', @)
return @node
set: (_, node) ->
@node = node
Batman.data(@node, 'view', @)
updateHTML = (html) =>
if html?
$setInnerHTML(@get('node'), html)
@forget('html', updateHTML)
@observeAndFire 'html', updateHTML
render: (node) ->
@event('ready').resetOneShot()
@_renderer?.forgetAll()
# We use a renderer with the continuation style rendering engine to not
# block user interaction for too long during the render.
if node
@_renderer = new Batman.Renderer(node, null, @context, @)
@_renderer.on 'rendered', => @fire('ready', node)
@::on 'appear', -> @viewDidAppear? arguments...
@::on 'disappear', -> @viewDidDisappear? arguments...
@::on 'beforeAppear', -> @viewWillAppear? arguments...
@::on 'beforeDisappear', -> @viewWillDisappear? arguments...
# DOM Helpers
# -----------
# `Batman.Renderer` will take a node and parse all recognized data attributes out of it and its children.
# It is a continuation style parser, designed not to block for longer than 50ms at a time if the document
# fragment is particularly long.
class Batman.Renderer extends Batman.Object
deferEvery: 50
constructor: (@node, callback, @context, view) ->
super()
@on('parsed', callback) if callback?
developer.error "Must pass a RenderContext to a renderer for rendering" unless @context instanceof Batman.RenderContext
@immediate = $setImmediate @start
start: =>
@startTime = new Date
@parseNode @node
resume: =>
@startTime = new Date
@parseNode @resumeNode
finish: ->
@startTime = null
@prevent 'stopped'
@fire 'parsed'
@fire 'rendered'
stop: ->
$clearImmediate @immediate
@fire 'stopped'
forgetAll: ->
for k in ['parsed', 'rendered', 'stopped']
@::event(k).oneShot = true
bindingRegexp = /^data\-(.*)/
bindingSortOrder = ["renderif", "foreach", "formfor", "context", "bind", "source", "target"]
bindingSortPositions = {}
bindingSortPositions[name] = pos for name, pos in bindingSortOrder
_sortBindings: (a,b) ->
aindex = bindingSortPositions[a[0]]
bindex = bindingSortPositions[b[0]]
aindex ?= bindingSortOrder.length # put unspecified bindings last
bindex ?= bindingSortOrder.length
if aindex > bindex
1
else if bindex > aindex
-1
else if a[0] > b[0]
1
else if b[0] > a[0]
-1
else
0
parseNode: (node) ->
if @deferEvery && (new Date - @startTime) > @deferEvery
@resumeNode = node
@timeout = $setImmediate @resume
return
if node.getAttribute and node.attributes
bindings = for attr in node.attributes
name = attr.nodeName.match(bindingRegexp)?[1]
continue if not name
if ~(varIndex = name.indexOf('-'))
[name.substr(0, varIndex), name.substr(varIndex + 1), attr.value]
else
[name, attr.value]
for readerArgs in bindings.sort(@_sortBindings)
key = readerArgs[1]
result = if readerArgs.length == 2
Batman.DOM.readers[readerArgs[0]]?(node, key, @context, @)
else
Batman.DOM.attrReaders[readerArgs[0]]?(node, key, readerArgs[2], @context, @)
if result is false
skipChildren = true
break
else if result instanceof Batman.RenderContext
oldContext = @context
@context = result
$onParseExit(node, => @context = oldContext)
if (nextNode = @nextNode(node, skipChildren)) then @parseNode(nextNode) else @finish()
nextNode: (node, skipChildren) ->
if not skipChildren
children = node.childNodes
return children[0] if children?.length
sibling = node.nextSibling # Grab the reference before onParseExit may remove the node
$onParseExit(node).forEach (callback) -> callback()
$forgetParseExit(node)
return if @node == node
return sibling if sibling
nextParent = node
while nextParent = nextParent.parentNode
$onParseExit(nextParent).forEach (callback) -> callback()
$forgetParseExit(nextParent)
return if @node == nextParent
parentSibling = nextParent.nextSibling
return parentSibling if parentSibling
return
# The RenderContext class manages the stack of contexts accessible to a view during rendering.
class Batman.RenderContext
@deProxy: (object) -> if object? && object.isContextProxy then object.get('proxiedObject') else object
@root: ->
if Batman.currentApp?
Batman.currentApp.get('_renderContext')
else
@base
constructor: (@object, @parent) ->
findKey: (key) ->
base = key.split('.')[0].split('|')[0].trim()
currentNode = @
while currentNode
# We define the behaviour of the context stack as latching a get when the first key exists,
# so we need to check only if the basekey exists, not if all intermediary keys do as well.
val = $get(currentNode.object, base)
if typeof val isnt 'undefined'
val = $get(currentNode.object, key)
return [val, currentNode.object].map(@constructor.deProxy)
currentNode = currentNode.parent
@windowWrapper ||= window: Batman.container
[$get(@windowWrapper, key), @windowWrapper]
get: (key) -> @findKey(key)[0]
# Below are the three primitives that all the `Batman.DOM` helpers are composed of.
# `descend` takes an `object`, and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# in the tree with either the object available on the stack or the object available at the `scopedKey`
# on the stack.
descend: (object, scopedKey) ->
if scopedKey
oldObject = object
object = new Batman.Object()
object[scopedKey] = oldObject
return new @constructor(object, @)
# `descendWithKey` takes a `key` and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# with the runtime value of the `key` available on the stack or under the `scopedKey` if given. This
# differs from a normal `descend` in that it looks up the `key` at runtime (in the parent `RenderContext`)
# and will correctly reflect changes if the value at the `key` changes. A normal `descend` takes a concrete
# reference to an object which never changes.
descendWithKey: (key, scopedKey) ->
proxy = new ContextProxy(@, key)
return @descend(proxy, scopedKey)
# `chain` flattens a `RenderContext`'s path to the root.
chain: ->
x = []
parent = this
while parent
x.push parent.object
parent = parent.parent
x
# `ContextProxy` is a simple class which assists in pushing dynamic contexts onto the `RenderContext` tree.
# This happens when a `data-context` is descended into, for each iteration in a `data-foreach`,
# and in other specific HTML bindings like `data-formfor`. `ContextProxy`s use accessors so that if the
# value of the object they proxy changes, the changes will be propagated to any thing observing the `ContextProxy`.
# This is good because it allows `data-context` to take keys which will change, filtered keys, and even filters
# which take keypath arguments. It will calculate the context to descend into when any of those keys change
# because it preserves the property of a binding, and importantly it exposes a friendly `Batman.Object`
# interface for the rest of the `Binding` code to work with.
@ContextProxy = class ContextProxy extends Batman.Object
isContextProxy: true
# Reveal the binding's final value.
@accessor 'proxiedObject', -> @binding.get('filteredValue')
# Proxy all gets to the proxied object.
@accessor
get: (key) -> @get("proxiedObject.#{key}")
set: (key, value) -> @set("proxiedObject.#{key}", value)
unset: (key) -> @unset("proxiedObject.#{key}")
constructor: (@renderContext, @keyPath, @localKey) ->
@binding = new Batman.DOM.AbstractBinding(undefined, @keyPath, @renderContext)
Batman.RenderContext.base = new Batman.RenderContext(window: Batman.container)
Batman.DOM = {
# `Batman.DOM.readers` contains the functions used for binding a node's value or innerHTML, showing/hiding nodes,
# and any other `data-#{name}=""` style DOM directives.
readers: {
target: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'nodeChange')
true
source: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'dataChange')
true
bind: (node, key, context, renderer, only) ->
bindingClass = false
switch node.nodeName.toLowerCase()
when 'input'
switch node.getAttribute('type')
when 'checkbox'
Batman.DOM.attrReaders.bind(node, 'checked', key, context, renderer, only)
return true
when 'radio'
bindingClass = Batman.DOM.RadioBinding
when 'file'
bindingClass = Batman.DOM.FileBinding
when 'select'
bindingClass = Batman.DOM.SelectBinding
bindingClass ||= Batman.DOM.Binding
new bindingClass(arguments...)
true
context: (node, key, context, renderer) -> return context.descendWithKey(key)
mixin: (node, key, context, renderer) ->
new Batman.DOM.MixinBinding(node, key, context.descend(Batman.mixins), renderer)
true
showif: (node, key, context, parentRenderer, invert) ->
new Batman.DOM.ShowHideBinding(node, key, context, parentRenderer, false, invert)
true
hideif: -> Batman.DOM.readers.showif(arguments..., yes)
route: ->
new Batman.DOM.RouteBinding(arguments...)
true
view: ->
new Batman.DOM.ViewBinding arguments...
false
partial: (node, path, context, renderer) ->
Batman.DOM.partial node, path, context, renderer
true
defineview: (node, name, context, renderer) ->
$onParseExit(node, -> $removeNode(node))
Batman.View.store.set(Batman.Navigator.normalizePath(name), node.innerHTML)
false
renderif: (node, key, context, renderer) ->
new Batman.DOM.DeferredRenderingBinding(node, key, context, renderer)
false
yield: (node, key) ->
$setImmediate -> Batman.DOM.yield key, node
true
contentfor: (node, key) ->
$setImmediate -> Batman.DOM.contentFor key, node
true
replace: (node, key) ->
$setImmediate -> Batman.DOM.replace key, node
true
}
_yielders: {} # name/fn pairs of yielding functions
_yields: {} # name/container pairs of yielding nodes
# `Batman.DOM.attrReaders` contains all the DOM directives which take an argument in their name, in the
# `data-dosomething-argument="keypath"` style. This means things like foreach, binding attributes like
# disabled or anything arbitrary, descending into a context, binding specific classes, or binding to events.
attrReaders: {
_parseAttribute: (value) ->
if value is 'false' then value = false
if value is 'true' then value = true
value
source: (node, attr, key, context, renderer) ->
Batman.DOM.attrReaders.bind node, attr, key, context, renderer, 'dataChange'
bind: (node, attr, key, context, renderer, only) ->
bindingClass = switch attr
when 'checked', 'disabled', 'selected'
Batman.DOM.CheckedBinding
when 'value', 'href', 'src', 'size'
Batman.DOM.NodeAttributeBinding
when 'class'
Batman.DOM.ClassBinding
when 'style'
Batman.DOM.StyleBinding
else
Batman.DOM.AttributeBinding
new bindingClass(arguments...)
true
context: (node, contextName, key, context) -> return context.descendWithKey(key, contextName)
event: (node, eventName, key, context) ->
new Batman.DOM.EventBinding(arguments...)
true
addclass: (node, className, key, context, parentRenderer, invert) ->
new Batman.DOM.AddClassBinding(node, className, key, context, parentRenderer, false, invert)
true
removeclass: (node, className, key, context, parentRenderer) -> Batman.DOM.attrReaders.addclass node, className, key, context, parentRenderer, yes
foreach: (node, iteratorName, key, context, parentRenderer) ->
new Batman.DOM.IteratorBinding(arguments...)
false # Return false so the Renderer doesn't descend into this node's children.
formfor: (node, localName, key, context) ->
new Batman.DOM.FormBinding(arguments...)
context.descendWithKey(key, localName)
view: (node, bindKey, contextKey, context) ->
[_, parent] = context.findKey contextKey
view = null
parent.observeAndFire contextKey, (newValue) ->
view ||= Batman.data node, 'view'
view?.set bindKey, newValue
}
# `Batman.DOM.events` contains the helpers used for binding to events. These aren't called by
# DOM directives, but are used to handle specific events by the `data-event-#{name}` helper.
events: {
click: (node, callback, context, eventName = 'click') ->
$addEventListener node, eventName, (args...) ->
callback node, args..., context
$preventDefault args[0]
if node.nodeName.toUpperCase() is 'A' and not node.href
node.href = '#'
node
doubleclick: (node, callback, context) ->
# The actual DOM event is called `dblclick`
Batman.DOM.events.click node, callback, context, 'dblclick'
change: (node, callback, context) ->
eventNames = switch node.nodeName.toUpperCase()
when 'TEXTAREA' then ['keyup', 'change']
when 'INPUT'
if node.type.toLowerCase() in Batman.DOM.textInputTypes
oldCallback = callback
callback = (e) ->
return if e.type == 'keyup' && 13 <= e.keyCode <= 14
oldCallback(arguments...)
['keyup', 'change']
else
['change']
else ['change']
for eventName in eventNames
$addEventListener node, eventName, (args...) ->
callback node, args..., context
isEnter: (ev) -> ev.keyCode is 13 || ev.which is 13 || ev.keyIdentifier is 'Enter' || ev.key is 'Enter'
submit: (node, callback, context) ->
if Batman.DOM.nodeIsEditable(node)
$addEventListener node, 'keydown', (args...) ->
if Batman.DOM.events.isEnter(args[0])
Batman.DOM._keyCapturingNode = node
$addEventListener node, 'keyup', (args...) ->
if Batman.DOM.events.isEnter(args[0])
if Batman.DOM._keyCapturingNode is node
$preventDefault args[0]
callback node, args..., context
Batman.DOM._keyCapturingNode = null
else
$addEventListener node, 'submit', (args...) ->
$preventDefault args[0]
callback node, args..., context
node
other: (node, eventName, callback, context) -> $addEventListener node, eventName, (args...) -> callback node, args..., context
}
# List of input type="types" for which we can use keyup events to track
textInputTypes: ['text', 'search', 'tel', 'url', 'email', 'password']
# `yield` and `contentFor` are used to declare partial views and then pull them in elsewhere.
# `replace` is used to replace yielded content.
# This can be used for abstraction as well as repetition.
yield: (name, node) ->
Batman.DOM._yields[name] = node
# render any content for this yield
if yielders = Batman.DOM._yielders[name]
fn(node) for fn in yielders
contentFor: (name, node, _replaceContent, _yieldChildren) ->
yieldingNode = Batman.DOM._yields[name]
# Clone the node if it's a child in case the parent gets cleared during the yield
if yieldingNode and $isChildOf(yieldingNode, node)
node = $cloneNode node
yieldFn = (yieldingNode) ->
if _replaceContent || !Batman._data(yieldingNode, 'yielded')
$setInnerHTML yieldingNode, '', true
Batman.DOM.didRemoveNode(child) for child in yieldingNode.children
if _yieldChildren
while node.childNodes.length > 0
child = node.childNodes[0]
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node.childNodes[0], true
view?.fire 'appear', child
else
view = Batman.data(node, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node, true
view?.fire 'appear', child
Batman._data node, 'yielded', true
Batman._data yieldingNode, 'yielded', true
delete Batman.DOM._yielders[name]
if contents = Batman.DOM._yielders[name]
contents.push yieldFn
else
Batman.DOM._yielders[name] = [yieldFn]
if yieldingNode
Batman.DOM.yield name, yieldingNode
replace: (name, node, _yieldChildren) ->
Batman.DOM.contentFor name, node, true, _yieldChildren
partial: (container, path, context, renderer) ->
renderer.prevent 'rendered'
view = new Batman.View
source: path
context: context
view.on 'ready', ->
$setInnerHTML container, ''
# Render the partial content into the data-partial node
# Text nodes move when they are appended, so copy childNodes
children = (node for node in view.get('node').childNodes)
$appendChild(container, child) for child in children
renderer.allowAndFire 'rendered'
# Adds a binding or binding-like object to the `bindings` set in a node's
# data, so that upon node removal we can unset the binding and any other objects
# it retains.
trackBinding: $trackBinding = (binding, node) ->
if bindings = Batman._data node, 'bindings'
bindings.add binding
else
Batman._data node, 'bindings', new Batman.SimpleSet(binding)
Batman.DOM.fire('bindingAdded', binding)
true
# Removes listeners and bindings tied to `node`, allowing it to be cleared
# or removed without leaking memory
unbindNode: $unbindNode = (node) ->
# break down all bindings
if bindings = Batman._data node, 'bindings'
bindings.forEach (binding) -> binding.die()
# remove all event listeners
if listeners = Batman._data node, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$removeEventListener node, eventName, listener
# remove all bindings and other data associated with this node
Batman.removeData node # external data (Batman.data)
Batman.removeData node, undefined, true # internal data (Batman._data)
# Unbinds the tree rooted at `node`.
# When set to `false`, `unbindRoot` skips the `node` before unbinding all of its children.
unbindTree: $unbindTree = (node, unbindRoot = true) ->
$unbindNode node if unbindRoot
$unbindTree(child) for child in node.childNodes
# Copy the event handlers from src node to dst node
copyNodeEventListeners: $copyNodeEventListeners = (dst, src) ->
if listeners = Batman._data src, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$addEventListener dst, eventName, listener
# Copy all event handlers from the src tree to the dst tree. Note that the
# trees must have identical structures.
copyTreeEventListeners: $copyTreeEventListeners = (dst, src) ->
$copyNodeEventListeners dst, src
for i in [0...src.childNodes.length]
$copyTreeEventListeners dst.childNodes[i], src.childNodes[i]
# Enhance the base cloneNode method to copy event handlers over to the new
# instance
cloneNode: $cloneNode = (node, deep=true) ->
newNode = node.cloneNode(deep)
if deep
$copyTreeEventListeners newNode, node
else
$copyNodeEventListeners newNode, node
newNode
# Memory-safe setting of a node's innerHTML property
setInnerHTML: $setInnerHTML = (node, html, args...) ->
hide.apply(child, args) for child in node.childNodes when hide = Batman.data(child, 'hide')
$unbindTree node, false
node?.innerHTML = html
setStyleProperty: $setStyleProperty = (node, property, value, importance) ->
if node.style.setAttribute
node.style.setAttribute(property, value, importance)
else
node.style.setProperty(property, value, importance)
# Memory-safe removal of a node from the DOM
removeNode: $removeNode = (node) ->
node.parentNode?.removeChild node
Batman.DOM.didRemoveNode(node)
appendChild: $appendChild = (parent, child, args...) ->
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
Batman.data(child, 'show')?.apply(child, args)
parent.appendChild(child)
view?.fire 'appear', child
insertBefore: $insertBefore = (parentNode, newNode, referenceNode = null) ->
if !referenceNode or parentNode.childNodes.length <= 0
$appendChild parentNode, newNode
else
parentNode.insertBefore newNode, referenceNode
valueForNode: (node, value = '', escapeValue = true) ->
isSetting = arguments.length > 1
switch node.nodeName.toUpperCase()
when 'INPUT', 'TEXTAREA'
if isSetting then (node.value = value) else node.value
when 'SELECT'
if isSetting then node.value = value
else
if isSetting
$setInnerHTML node, if escapeValue then $escapeHTML(value) else value
else node.innerHTML
nodeIsEditable: (node) ->
node.nodeName.toUpperCase() in ['INPUT', 'TEXTAREA', 'SELECT']
# `$addEventListener uses attachEvent when necessary
addEventListener: $addEventListener = (node, eventName, callback) ->
# store the listener in Batman.data
unless listeners = Batman._data node, 'listeners'
listeners = Batman._data node, 'listeners', {}
unless listeners[eventName]
listeners[eventName] = new Batman.Set
listeners[eventName].add callback
if $hasAddEventListener
node.addEventListener eventName, callback, false
else
node.attachEvent "on#{eventName}", callback
# `$removeEventListener` uses detachEvent when necessary
removeEventListener: $removeEventListener = (node, eventName, callback) ->
# remove the listener from Batman.data
if listeners = Batman._data node, 'listeners'
if eventListeners = listeners[eventName]
eventListeners.remove callback
if $hasAddEventListener
node.removeEventListener eventName, callback, false
else
node.detachEvent 'on'+eventName, callback
hasAddEventListener: $hasAddEventListener = !!window?.addEventListener
didRemoveNode: (node) ->
view = Batman.data node, 'view'
view?.fire 'beforeDisappear', node
$unbindTree node
view?.fire 'disappear', node
onParseExit: $onParseExit = (node, callback) ->
set = Batman._data(node, 'onParseExit') || Batman._data(node, 'onParseExit', new Batman.SimpleSet)
set.add callback if callback?
set
forgetParseExit: $forgetParseExit = (node, callback) -> Batman.removeData(node, 'onParseExit', true)
}
$mixin Batman.DOM, Batman.EventEmitter, Batman.Observable
Batman.DOM.event('bindingAdded')
# Bindings are shortlived objects which manage the observation of any keypaths a `data` attribute depends on.
# Bindings parse any keypaths which are filtered and use an accessor to apply the filters, and thus enjoy
# the automatic trigger and dependency system that Batman.Objects use. Every, and I really mean every method
# which uses filters has to be defined in terms of a new binding. This is so that the proper order of
# objects is traversed and any observers are properly attached.
class Batman.DOM.AbstractBinding extends Batman.Object
# A beastly regular expression for pulling keypaths out of the JSON arguments to a filter.
# It makes the following matches:
#
# + `foo` and `baz.qux` in `foo, "bar", baz.qux`
# + `foo.bar.baz` in `true, false, "true", "false", foo.bar.baz`
# + `true.bar` in `2, true.bar`
# + `truesay` in truesay
# + no matches in `"bar", 2, {"x":"y", "Z": foo.bar.baz}, "baz"`
keypath_rx = ///
(^|,) # Match either the start of an arguments list or the start of a space inbetween commas.
\s* # Be insensitive to whitespace between the comma and the actual arguments.
(?! # Use a lookahead to ensure we aren't matching true or false:
(?:true|false) # Match either true or false ...
\s* # and make sure that there's nothing else that comes after the true or false ...
(?:$|,) # before the end of this argument in the list.
)
(
[a-zA-Z][\w\.]* # Now that true and false can't be matched, match a dot delimited list of keys.
[\?\!]? # Allow ? and ! at the end of a keypath to support Ruby's methods
)
\s* # Be insensitive to whitespace before the next comma or end of the filter arguments list.
(?=$|,) # Match either the next comma or the end of the filter arguments list.
///g
# A less beastly pair of regular expressions for pulling out the [] syntax `get`s in a binding string, and
# dotted names that follow them.
get_dot_rx = /(?:\]\.)(.+?)(?=[\[\.]|\s*\||$)/
get_rx = /(?!^\s*)\[(.*?)\]/g
# The `filteredValue` which calculates the final result by reducing the initial value through all the filters.
@accessor 'filteredValue'
get: ->
unfilteredValue = @get('unfilteredValue')
self = @
renderContext = @get('renderContext')
if @filterFunctions.length > 0
developer.currentFilterStack = renderContext
result = @filterFunctions.reduce((value, fn, i) ->
# Get any argument keypaths from the context stored at parse time.
args = self.filterArguments[i].map (argument) ->
if argument._keypath
self.renderContext.get(argument._keypath)
else
argument
# Apply the filter.
args.unshift value
args.push self
fn.apply(renderContext, args)
, unfilteredValue)
developer.currentFilterStack = null
result
else
unfilteredValue
# We ignore any filters for setting, because they often aren't reversible.
set: (_, newValue) -> @set('unfilteredValue', newValue)
# The `unfilteredValue` is whats evaluated each time any dependents change.
@accessor 'unfilteredValue'
get: ->
# If we're working with an `@key` and not an `@value`, find the context the key belongs to so we can
# hold a reference to it for passing to the `dataChange` and `nodeChange` observers.
if k = @get('key')
Batman.RenderContext.deProxy(@get("keyContext.#{k}"))
else
@get('value')
set: (_, value) ->
if k = @get('key')
keyContext = @get('keyContext')
# Supress sets on the window
if keyContext != Batman.container
@set("keyContext.#{k}", value)
else
@set('value', value)
# The `keyContext` accessor is
@accessor 'keyContext', -> @renderContext.findKey(@key)[1]
bindImmediately: true
shouldSet: true
isInputBinding: false
escapeValue: true
constructor: (@node, @keyPath, @renderContext, @renderer, @only = false) ->
# Pull out the `@key` and filter from the `@keyPath`.
@parseFilter()
# Observe the node and the data.
@bind() if @bindImmediately
isTwoWay: -> @key? && @filterFunctions.length is 0
bind: ->
# Attach the observers.
if @node? && @only in [false, 'nodeChange'] and Batman.DOM.nodeIsEditable(@node)
Batman.DOM.events.change @node, @_fireNodeChange, @renderContext
# Usually, we let the HTML value get updated upon binding by `observeAndFire`ing the dataChange
# function below. When dataChange isn't attached, we update the JS land value such that the
# sync between DOM and JS is maintained.
if @only is 'nodeChange'
@_fireNodeChange()
# Observe the value of this binding's `filteredValue` and fire it immediately to update the node.
if @only in [false, 'dataChange']
@observeAndFire 'filteredValue', @_fireDataChange
Batman.DOM.trackBinding(@, @node) if @node?
_fireNodeChange: =>
@shouldSet = false
@nodeChange?(@node, @value || @get('keyContext'))
@shouldSet = true
_fireDataChange: (value) =>
if @shouldSet
@dataChange?(value, @node)
die: ->
@forget()
@_batman.properties?.forEach (key, property) -> property.die()
parseFilter: ->
# Store the function which does the filtering and the arguments (all except the actual value to apply the
# filter to) in these arrays.
@filterFunctions = []
@filterArguments = []
# Rewrite [] style gets, replace quotes to be JSON friendly, and split the string by pipes to see if there are any filters.
keyPath = @keyPath
keyPath = keyPath.replace(get_dot_rx, "]['$1']") while get_dot_rx.test(keyPath) # Stupid lack of lookbehind assertions...
filters = keyPath.replace(get_rx, " | get $1 ").replace(/'/g, '"').split(/(?!")\s+\|\s+(?!")/)
# The key will is always the first token before the pipe.
try
key = @parseSegment(orig = filters.shift())[0]
catch e
developer.warn e
developer.error "Error! Couldn't parse keypath in \"#{orig}\". Parsing error above."
if key and key._keypath
@key = key._keypath
else
@value = key
if filters.length
while filterString = filters.shift()
# For each filter, get the name and the arguments by splitting on the first space.
split = filterString.indexOf(' ')
if ~split
filterName = filterString.substr(0, split)
args = filterString.substr(split)
else
filterName = filterString
# If the filter exists, grab it.
if filter = Batman.Filters[filterName]
@filterFunctions.push filter
# Get the arguments for the filter by parsing the args as JSON, or
# just pushing an placeholder array
if args
try
@filterArguments.push @parseSegment(args)
catch e
developer.error "Bad filter arguments \"#{args}\"!"
else
@filterArguments.push []
else
developer.error "Unrecognized filter '#{filterName}' in key \"#{@keyPath}\"!"
true
# Turn a piece of a `data` keypath into a usable javascript object.
# + replacing keypaths using the above regular expression
# + wrapping the `,` delimited list in square brackets
# + and `JSON.parse`ing them as an array.
parseSegment: (segment) ->
JSON.parse( "[" + segment.replace(keypath_rx, "$1{\"_keypath\": \"$2\"}") + "]" )
class Batman.DOM.AbstractAttributeBinding extends Batman.DOM.AbstractBinding
constructor: (node, @attributeName, args...) -> super(node, args...)
class Batman.DOM.AbstractCollectionBinding extends Batman.DOM.AbstractAttributeBinding
bindCollection: (newCollection) ->
unless newCollection == @collection
@unbindCollection()
@collection = newCollection
if @collection
if @collection.isObservable && @collection.toArray
@collection.observe 'toArray', @handleArrayChanged
else if @collection.isEventEmitter
@collection.on 'itemsWereAdded', @handleItemsWereAdded
@collection.on 'itemsWereRemoved', @handleItemsWereRemoved
else
return false
return true
return false
unbindCollection: ->
if @collection
if @collection.isObservable && @collection.toArray
@collection.forget('toArray', @handleArrayChanged)
else if @collection.isEventEmitter
@collection.event('itemsWereAdded').removeHandler(@handleItemsWereAdded)
@collection.event('itemsWereRemoved').removeHandler(@handleItemsWereRemoved)
handleItemsWereAdded: ->
handleItemsWereRemoved: ->
handleArrayChanged: ->
die: ->
@unbindCollection()
super
class Batman.DOM.Binding extends Batman.DOM.AbstractBinding
constructor: (node) ->
@isInputBinding = node.nodeName.toLowerCase() in ['input', 'textarea']
super
nodeChange: (node, context) ->
if @isTwoWay()
@set 'filteredValue', @node.value
dataChange: (value, node) ->
Batman.DOM.valueForNode @node, value, @escapeValue
class Batman.DOM.AttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value) -> @node.setAttribute(@attributeName, value)
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node.getAttribute(@attributeName))
class Batman.DOM.NodeAttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value = "") -> @node[@attributeName] = value
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node[@attributeName])
class Batman.DOM.ShowHideBinding extends Batman.DOM.AbstractBinding
constructor: (node, className, key, context, parentRenderer, @invert = false) ->
display = node.style.display
display = '' if not display or display is 'none'
@originalDisplay = display
super
dataChange: (value) ->
view = Batman.data @node, 'view'
if !!value is not @invert
view?.fire 'beforeAppear', @node
Batman.data(@node, 'show')?.call(@node)
@node.style.display = @originalDisplay
view?.fire 'appear', @node
else
view?.fire 'beforeDisappear', @node
if typeof (hide = Batman.data(@node, 'hide')) is 'function'
hide.call @node
else
$setStyleProperty(@node, 'display', 'none', 'important')
view?.fire 'disappear', @node
class Batman.DOM.CheckedBinding extends Batman.DOM.NodeAttributeBinding
isInputBinding: true
dataChange: (value) ->
@node[@attributeName] = !!value
# Update the parent's binding if necessary
if @node.parentNode
Batman._data(@node.parentNode, 'updateBinding')?()
constructor: ->
super
# Attach this binding to the node under the attribute name so that parent
# bindings can query this binding and modify its state. This is useful
# for <options> within a select or radio buttons.
Batman._data @node, @attributeName, @
class Batman.DOM.ClassBinding extends Batman.DOM.AbstractCollectionBinding
dataChange: (value) ->
if value?
@unbindCollection()
if typeof value is 'string'
@node.className = value
else
@bindCollection(value)
@updateFromCollection()
updateFromCollection: ->
if @collection
array = if @collection.map
@collection.map((x) -> x)
else
(k for own k,v of @collection)
array = array.toArray() if array.toArray?
@node.className = array.join ' '
handleArrayChanged: => @updateFromCollection()
handleItemsWereRemoved: => @updateFromCollection()
handleItemsWereAdded: => @updateFromCollection()
class Batman.DOM.DeferredRenderingBinding extends Batman.DOM.AbstractBinding
rendered: false
constructor: ->
super
@node.removeAttribute "data-renderif"
nodeChange: ->
dataChange: (value) ->
if value && !@rendered
@render()
render: ->
new Batman.Renderer(@node, null, @renderContext)
@rendered = true
class Batman.DOM.AddClassBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (node, className, keyPath, renderContext, renderer, only, @invert = false) ->
names = className.split('|')
@classes = for name in names
{
name: name
pattern: new RegExp("(?:^|\\s)#{name}(?:$|\\s)", 'i')
}
super
delete @attributeName
dataChange: (value) ->
currentName = @node.className
for {name, pattern} in @classes
includesClassName = pattern.test(currentName)
if !!value is !@invert
@node.className = "#{currentName} #{name}" if !includesClassName
else
@node.className = currentName.replace(pattern, '') if includesClassName
true
class Batman.DOM.EventBinding extends Batman.DOM.AbstractAttributeBinding
bindImmediately: false
constructor: (node, eventName, key, context) ->
super
confirmText = @node.getAttribute('data-confirm')
callback = =>
return if confirmText and not confirm(confirmText)
@get('filteredValue')?.apply @get('callbackContext'), arguments
if attacher = Batman.DOM.events[@attributeName]
attacher @node, callback, context
else
Batman.DOM.events.other @node, @attributeName, callback, context
@accessor 'callbackContext', ->
contextKeySegments = @key.split('.')
contextKeySegments.pop()
if contextKeySegments.length > 0
@get('keyContext').get(contextKeySegments.join('.'))
else
@get('keyContext')
class Batman.DOM.RadioBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
dataChange: (value) ->
# don't overwrite `checked` attributes in the HTML unless a bound
# value is defined in the context. if no bound value is found, bind
# to the key if the node is checked.
if (boundValue = @get('filteredValue'))?
@node.checked = boundValue == @node.value
else if @node.checked
@set 'filteredValue', @node.value
nodeChange: (node) ->
if @isTwoWay()
@set('filteredValue', Batman.DOM.attrReaders._parseAttribute(node.value))
class Batman.DOM.FileBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
nodeChange: (node, subContext) ->
return if !@isTwoWay()
segments = @key.split('.')
if segments.length > 1
keyContext = subContext.get(segments.slice(0, -1).join('.'))
else
keyContext = subContext
actualObject = Batman.RenderContext.deProxy(keyContext)
if actualObject.hasStorage && actualObject.hasStorage()
for adapter in actualObject._batman.get('storage') when adapter instanceof Batman.RestStorage
adapter.defaultRequestOptions.formData = true
if node.hasAttribute('multiple')
@set 'filteredValue', Array::slice.call(node.files)
else
@set 'filteredValue', node.files[0]
class Batman.DOM.MixinBinding extends Batman.DOM.AbstractBinding
dataChange: (value) -> $mixin @node, value if value?
class Batman.DOM.SelectBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
bindImmediately: false
firstBind: true
constructor: ->
super
# wait for the select to render before binding to it
@renderer.on 'rendered', =>
if @node?
Batman._data @node, 'updateBinding', @updateSelectBinding
@bind()
dataChange: (newValue) =>
# For multi-select boxes, the `value` property only holds the first
# selection, so go through the child options and update as necessary.
if newValue instanceof Array
# Use a hash to map values to their nodes to avoid O(n^2).
valueToChild = {}
for child in @node.children
# Clear all options.
child.selected = false
# Avoid collisions among options with same values.
matches = valueToChild[child.value]
if matches then matches.push child else matches = [child]
valueToChild[child.value] = matches
# Select options corresponding to the new values
for value in newValue
for match in valueToChild[value]
match.selected = yes
# For a regular select box, update the value.
else
if typeof newValue is 'undefined' && @firstBind
@firstBind = false
@set('unfilteredValue', @node.value)
else
Batman.DOM.valueForNode(@node, newValue, @escapeValue)
# Finally, update the options' `selected` bindings
@updateOptionBindings()
nodeChange: =>
if @isTwoWay()
@updateSelectBinding()
@updateOptionBindings()
updateSelectBinding: =>
# Gather the selected options and update the binding
selections = if @node.multiple then (c.value for c in @node.children when c.selected) else @node.value
selections = selections[0] if typeof selections is Array && selections.length == 1
@set 'unfilteredValue', selections
true
updateOptionBindings: =>
# Go through the option nodes and update their bindings using the
# context and key attached to the node via Batman.data
for child in @node.children
if selectedBinding = Batman._data(child, 'selected')
selectedBinding.nodeChange(selectedBinding.node)
true
class Batman.DOM.StyleBinding extends Batman.DOM.AbstractCollectionBinding
class @SingleStyleBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (args..., @parent) ->
super(args...)
dataChange: (value) -> @parent.setStyle(@attributeName, value)
constructor: ->
@oldStyles = {}
super
dataChange: (value) ->
unless value
@reapplyOldStyles()
return
@unbindCollection()
if typeof value is 'string'
@reapplyOldStyles()
for style in value.split(';')
# handle a case when css value contains colons itself (absolute URI)
# split and rejoin because IE7/8 don't splice values of capturing regexes into split's return array
[cssName, colonSplitCSSValues...] = style.split(":")
@setStyle cssName, colonSplitCSSValues.join(":")
return
if value instanceof Batman.Hash
if @bindCollection(value)
value.forEach (key, value) => @setStyle key, value
else if value instanceof Object
@reapplyOldStyles()
for own key, keyValue of value
# Check whether the value is an existing keypath, and if so bind this attribute to it
[keypathValue, keypathContext] = @renderContext.findKey(keyValue)
if keypathValue
@bindSingleAttribute key, keyValue
@setStyle key, keypathValue
else
@setStyle key, keyValue
handleItemsWereAdded: (newKey) => @setStyle newKey, @collection.get(newKey); return
handleItemsWereRemoved: (oldKey) => @setStyle oldKey, ''; return
bindSingleAttribute: (attr, keyPath) -> new @constructor.SingleStyleBinding(@node, attr, keyPath, @renderContext, @renderer, @only, @)
setStyle: (key, value) =>
return unless key
key = helpers.camelize(key.trim(), true)
@oldStyles[key] = @node.style[key]
@node.style[key] = if value then value.trim() else ""
reapplyOldStyles: ->
@setStyle(cssName, cssValue) for own cssName, cssValue of @oldStyles
class Batman.DOM.RouteBinding extends Batman.DOM.AbstractBinding
onATag: false
@accessor 'dispatcher', ->
@renderContext.get('dispatcher') || Batman.App.get('current.dispatcher')
bind: ->
if @node.nodeName.toUpperCase() is 'A'
@onATag = true
super
Batman.DOM.events.click @node, =>
params = @pathFromValue(@get('filteredValue'))
Batman.redirect params if params?
dataChange: (value) ->
if value?
path = @pathFromValue(value)
if @onATag
if path?
path = Batman.navigator.linkTo path
else
path = "#"
@node.href = path
pathFromValue: (value) ->
if value.isNamedRouteQuery
value.get('path')
else
@get('dispatcher')?.pathFromParams(value)
class Batman.DOM.ViewBinding extends Batman.DOM.AbstractBinding
constructor: ->
super
@renderer.prevent 'rendered'
@node.removeAttribute 'data-view'
dataChange: (viewClassOrInstance) ->
return unless viewClassOrInstance?
if viewClassOrInstance.isView
@view = viewClassOrInstance
@view.set 'node', @node
@view.set 'context', @renderContext
else
@view = new viewClassOrInstance
node: @node
context: @renderContext
parentView: @renderContext.findKey('isView')?[1]
Batman.data @node, 'view', @view
@view.on 'ready', =>
@view.awakeFromHTML? @node
@view.fire 'beforeAppear', @node
@renderer.allowAndFire 'rendered'
@view.fire 'appear', @node
@die()
class Batman.DOM.FormBinding extends Batman.DOM.AbstractAttributeBinding
@current: null
errorClass: 'error'
defaultErrorsListSelector: 'div.errors'
@accessor 'errorsListSelector', ->
@get('node').getAttribute('data-errors-list') || @defaultErrorsListSelector
constructor: (node, contextName, keyPath, renderContext, renderer, only) ->
super
@contextName = contextName
delete @attributeName
Batman.DOM.events.submit @get('node'), (node, e) -> $preventDefault e
Batman.DOM.on 'bindingAdded', @bindingWasAdded
@setupErrorsList()
bindingWasAdded: (binding) =>
if binding.isInputBinding && $isChildOf(@get('node'), binding.get('node'))
if ~(index = binding.get('key').indexOf(@contextName)) # If the binding is to a key on the thing passed to formfor
node = binding.get('node')
field = binding.get('key').slice(index + @contextName.length + 1) # Slice off up until the context and the following dot
new Batman.DOM.AddClassBinding(node, @errorClass, @get('keyPath') + " | get 'errors.#{field}.length'", @renderContext, @renderer)
setupErrorsList: ->
if @errorsListNode = @get('node').querySelector?(@get('errorsListSelector'))
$setInnerHTML @errorsListNode, @errorsListHTML()
unless @errorsListNode.getAttribute 'data-showif'
@errorsListNode.setAttribute 'data-showif', "#{@contextName}.errors.length"
errorsListHTML: ->
"""
<ul>
<li data-foreach-error="#{@contextName}.errors" data-bind="error.attribute | append ' ' | append error.message"></li>
</ul>
"""
die: ->
Batman.DOM.forget 'bindingAdded', @bindingWasAdded
super
class Batman.DOM.IteratorBinding extends Batman.DOM.AbstractCollectionBinding
deferEvery: 50
currentActionNumber: 0
queuedActionNumber: 0
bindImmediately: false
constructor: (sourceNode, @iteratorName, @key, @context, @parentRenderer) ->
@nodeMap = new Batman.SimpleHash
@actionMap = new Batman.SimpleHash
@rendererMap = new Batman.SimpleHash
@actions = []
@prototypeNode = sourceNode.cloneNode(true)
@prototypeNode.removeAttribute "data-foreach-#{@iteratorName}"
@pNode = sourceNode.parentNode
previousSiblingNode = sourceNode.nextSibling
@siblingNode = document.createComment "end #{@iteratorName}"
@siblingNode[Batman.expando] = sourceNode[Batman.expando]
delete sourceNode[Batman.expando] if Batman.canDeleteExpando
$insertBefore sourceNode.parentNode, @siblingNode, previousSiblingNode
# Remove the original node once the parent has moved past it.
@parentRenderer.on 'parsed', =>
# Move any Batman._data from the sourceNode to the sibling; we need to
# retain the bindings, and we want to dispose of the node.
$removeNode sourceNode
# Attach observers.
@bind()
# Don't let the parent emit its rendered event until all the children have.
# This `prevent`'s matching allow is run once the queue is empty in `processActionQueue`.
@parentRenderer.prevent 'rendered'
# Tie this binding to a node using the default behaviour in the AbstractBinding
super(@siblingNode, @iteratorName, @key, @context, @parentRenderer)
@fragment = document.createDocumentFragment()
parentNode: -> @siblingNode.parentNode
die: ->
super
@dead = true
unbindCollection: ->
if @collection
@nodeMap.forEach (item) => @cancelExistingItem(item)
super
dataChange: (newCollection) ->
if @collection != newCollection
@removeAll()
@bindCollection(newCollection) # Unbinds the old collection as well.
if @collection
if @collection.toArray
@handleArrayChanged()
else if @collection.forEach
@collection.forEach (item) => @addOrInsertItem(item)
else
@addOrInsertItem(key) for own key, value of @collection
else
developer.warn "Warning! data-foreach-#{@iteratorName} called with an undefined binding. Key was: #{@key}."
@processActionQueue()
handleItemsWereAdded: (items...) => @addOrInsertItem(item, {fragment: false}) for item in items; return
handleItemsWereRemoved: (items...) => @removeItem(item) for item in items; return
handleArrayChanged: =>
newItemsInOrder = @collection.toArray()
nodesToRemove = (new Batman.SimpleHash).merge(@nodeMap)
for item in newItemsInOrder
@addOrInsertItem(item, {fragment: false})
nodesToRemove.unset(item)
nodesToRemove.forEach (item, node) => @removeItem(item)
addOrInsertItem: (item, options = {}) ->
existingNode = @nodeMap.get(item)
if existingNode
@insertItem(item, existingNode)
else
@addItem(item, options)
addItem: (item, options = {fragment: true}) ->
@parentRenderer.prevent 'rendered'
# Remove any renderers in progress or actions lined up for an item, since we now know
# this item belongs at the end of the queue.
@cancelExistingItemActions(item) if @actionMap.get(item)?
self = @
options.actionNumber = @queuedActionNumber++
# Render out the child in the custom context, and insert it once the render has completed the parse.
childRenderer = new Batman.Renderer @_nodeForItem(item), (->
self.rendererMap.unset(item)
self.insertItem(item, @node, options)
), @renderContext.descend(item, @iteratorName)
@rendererMap.set(item, childRenderer)
finish = =>
return if @dead
@parentRenderer.allowAndFire 'rendered'
childRenderer.on 'rendered', finish
childRenderer.on 'stopped', =>
return if @dead
@actions[options.actionNumber] = false
finish()
@processActionQueue()
item
removeItem: (item) ->
return if @dead || !item?
oldNode = @nodeMap.unset(item)
@cancelExistingItem(item)
if oldNode
if hideFunction = Batman.data oldNode, 'hide'
hideFunction.call(oldNode)
else
$removeNode(oldNode)
removeAll: -> @nodeMap.forEach (item) => @removeItem(item)
insertItem: (item, node, options = {}) ->
return if @dead
if !options.actionNumber?
options.actionNumber = @queuedActionNumber++
existingActionNumber = @actionMap.get(item)
if existingActionNumber > options.actionNumber
# Another action for this item is scheduled for the future, do it then instead of now. Actions
# added later enforce order, so we make this one a noop and let the later one have its proper effects.
@actions[options.actionNumber] = ->
else
# Another action has been scheduled for this item. It hasn't been done yet because
# its in the actionmap, but this insert is scheduled to happen after it. Skip it since its now defunct.
if existingActionNumber
@cancelExistingItemActions(item)
# Update the action number map to now reflect this new action which will go on the end of the queue.
@actionMap.set item, options.actionNumber
@actions[options.actionNumber] = ->
show = Batman.data node, 'show'
if typeof show is 'function'
show.call node, before: @siblingNode
else
if options.fragment
@fragment.appendChild node
else
$insertBefore @parentNode(), node, @siblingNode
if addItem = node.getAttribute 'data-additem'
[_, context] = @renderer.context.findKey addItem
context?[addItem]?(item, node)
@actions[options.actionNumber].item = item
@processActionQueue()
cancelExistingItem: (item) ->
@cancelExistingItemActions(item)
@cancelExistingItemRender(item)
cancelExistingItemActions: (item) ->
oldActionNumber = @actionMap.get(item)
# Only remove actions which haven't been completed yet.
if oldActionNumber? && oldActionNumber >= @currentActionNumber
@actions[oldActionNumber] = false
@actionMap.unset item
cancelExistingItemRender: (item) ->
oldRenderer = @rendererMap.get(item)
if oldRenderer
oldRenderer.stop()
$removeNode(oldRenderer.node)
@rendererMap.unset item
processActionQueue: ->
return if @dead
unless @actionQueueTimeout
# Prevent the parent which will then be allowed when the timeout actually runs
@actionQueueTimeout = $setImmediate =>
return if @dead
delete @actionQueueTimeout
startTime = new Date
while (f = @actions[@currentActionNumber])?
delete @actions[@currentActionNumber]
@actionMap.unset f.item
f.call(@) if f
@currentActionNumber++
if @deferEvery && (new Date - startTime) > @deferEvery
return @processActionQueue()
if @fragment && @rendererMap.length is 0 && @fragment.hasChildNodes()
$insertBefore @parentNode(), @fragment, @siblingNode
@fragment = document.createDocumentFragment()
if @currentActionNumber == @queuedActionNumber
@parentRenderer.allowAndFire 'rendered'
_nodeForItem: (item) ->
newNode = @prototypeNode.cloneNode(true)
@nodeMap.set(item, newNode)
newNode
# Filters
# -------
#
# `Batman.Filters` contains the simple, determininistic tranforms used in view bindings to
# make life a little easier.
buntUndefined = (f) ->
(value) ->
if typeof value is 'undefined'
undefined
else
f.apply(@, arguments)
filters = Batman.Filters =
raw: buntUndefined (value, binding) ->
binding.escapeValue = false
value
get: buntUndefined (value, key) ->
if value.get?
value.get(key)
else
value[key]
equals: buntUndefined (lhs, rhs, binding) ->
lhs is rhs
not: (value, binding) ->
! !!value
matches: buntUndefined (value, searchFor) ->
value.indexOf(searchFor) isnt -1
truncate: buntUndefined (value, length, end = "...", binding) ->
if !binding
binding = end
end = "..."
if value.length > length
value = value.substr(0, length-end.length) + end
value
default: (value, string, binding) ->
value || string
prepend: (value, string, binding) ->
string + value
append: (value, string, binding) ->
value + string
replace: buntUndefined (value, searchFor, replaceWith, flags, binding) ->
if !binding
binding = flags
flags = undefined
# Work around FF issue, "foo".replace("foo","bar",undefined) throws an error
if flags is undefined
value.replace searchFor, replaceWith
else
value.replace searchFor, replaceWith, flags
downcase: buntUndefined (value) ->
value.toLowerCase()
upcase: buntUndefined (value) ->
value.toUpperCase()
pluralize: buntUndefined (string, count) -> helpers.pluralize(count, string)
join: buntUndefined (value, withWhat = '', binding) ->
if !binding
binding = withWhat
withWhat = ''
value.join(withWhat)
sort: buntUndefined (value) ->
value.sort()
map: buntUndefined (value, key) ->
value.map((x) -> $get(x, key))
has: (set, item) ->
return false unless set?
Batman.contains(set, item)
first: buntUndefined (value) ->
value[0]
meta: buntUndefined (value, keypath) ->
developer.assert value.meta, "Error, value doesn't have a meta to filter on!"
value.meta.get(keypath)
interpolate: (string, interpolationKeypaths, binding) ->
if not binding
binding = interpolationKeypaths
interpolationKeypaths = undefined
return if not string
values = {}
for k, v of interpolationKeypaths
values[k] = @findKey(v)[0]
if !values[k]?
Batman.developer.warn "Warning! Undefined interpolation key #{k} for interpolation", string
values[k] = ''
Batman.helpers.interpolate(string, values)
# allows you to curry arguments to a function via a filter
withArguments: (block, curryArgs..., binding) ->
return if not block
return (regularArgs...) -> block.call @, curryArgs..., regularArgs...
routeToAction: buntUndefined (model, action) ->
params = Batman.Dispatcher.paramsFromArgument(model)
params.action = action
params
escape: buntUndefined($escapeHTML)
for k in ['capitalize', 'singularize', 'underscore', 'camelize']
filters[k] = buntUndefined helpers[k]
developer.addFilters()
# Data
# ----
$mixin Batman,
cache: {}
uuid: 0
expando: "batman" + Math.random().toString().replace(/\D/g, '')
# Test to see if it's possible to delete an expando from an element
# Fails in Internet Explorer
canDeleteExpando: try
div = document.createElement 'div'
delete div.test
catch e
Batman.canDeleteExpando = false
noData: # these throw exceptions if you attempt to add expandos to them
"embed": true,
# Ban all objects except for Flash (which handle expandos)
"object": "clsid:D27CDB6E-AE6D-11cf-96B8-444553540000",
"applet": true
hasData: (elem) ->
elem = (if elem.nodeType then Batman.cache[elem[Batman.expando]] else elem[Batman.expando])
!!elem and !isEmptyDataObject(elem)
data: (elem, name, data, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
getByName = typeof name == "string"
cache = Batman.cache
# Only defining an ID for JS objects if its cache already exists allows
# the code to shortcut on the same path as a DOM node with no cache
id = elem[Batman.expando]
# Avoid doing any more work than we need to when trying to get data on an
# object that has no data at all
if (not id or (pvt and id and (cache[id] and not cache[id][internalKey]))) and getByName and data == undefined
return
unless id
# Also check that it's not a text node; IE can't set expandos on them
if elem.nodeType isnt 3
elem[Batman.expando] = id = ++Batman.uuid
else
id = Batman.expando
cache[id] = {} unless cache[id]
# An object can be passed to Batman._data instead of a key/value pair; this gets
# shallow copied over onto the existing cache
if typeof name == "object" or typeof name == "function"
if pvt
cache[id][internalKey] = $mixin(cache[id][internalKey], name)
else
cache[id] = $mixin(cache[id], name)
thisCache = cache[id]
# Internal Batman data is stored in a separate object inside the object's data
# cache in order to avoid key collisions between internal data and user-defined
# data
if pvt
thisCache[internalKey] ||= {}
thisCache = thisCache[internalKey]
if data != undefined
thisCache[name] = data
# Check for both converted-to-camel and non-converted data property names
# If a data property was specified
if getByName
# First try to find as-is property data
ret = thisCache[name]
else
ret = thisCache
return ret
removeData: (elem, name, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
isNode = elem.nodeType
# non DOM-nodes have their data attached directly
cache = Batman.cache
id = elem[Batman.expando]
# If there is already no cache entry for this object, there is no
# purpose in continuing
return unless cache[id]
if name
thisCache = if pvt then cache[id][internalKey] else cache[id]
if thisCache
# Support interoperable removal of hyphenated or camelcased keys
delete thisCache[name]
# If there is no data left in the cache, we want to continue
# and let the cache object itself get destroyed
return unless isEmptyDataObject(thisCache)
if pvt
delete cache[id][internalKey]
# Don't destroy the parent cache unless the internal data object
# had been the only thing left in it
return unless isEmptyDataObject(cache[id])
internalCache = cache[id][internalKey]
# Browsers that fail expando deletion also refuse to delete expandos on
# the window, but it will allow it on all other JS objects; other browsers
# don't care
# Ensure that `cache` is not a window object
if Batman.canDeleteExpando or !cache.setInterval
delete cache[id]
else
cache[id] = null
# We destroyed the entire user cache at once because it's faster than
# iterating through each key, but we need to continue to persist internal
# data if it existed
if internalCache
cache[id] = {}
cache[id][internalKey] = internalCache
# Otherwise, we need to eliminate the expando on the node to avoid
# false lookups in the cache for entries that no longer exist
else
if Batman.canDeleteExpando
delete elem[Batman.expando]
else if elem.removeAttribute
elem.removeAttribute Batman.expando
else
elem[Batman.expando] = null
# For internal use only
_data: (elem, name, data) ->
Batman.data elem, name, data, true
# A method for determining if a DOM node can handle the data expando
acceptData: (elem) ->
if elem.nodeName
match = Batman.noData[elem.nodeName.toLowerCase()]
if match
return !(match == true or elem.getAttribute("classid") != match)
return true
isEmptyDataObject = (obj) ->
for name of obj
return false
return true
# Mixins
# ------
mixins = Batman.mixins = new Batman.Object()
# Encoders
# ------
Batman.Encoders = {}
class Batman.Paginator extends Batman.Object
class @Range
constructor: (@offset, @limit) ->
@reach = offset + limit
coversOffsetAndLimit: (offset, limit) ->
offset >= @offset and (offset + limit) <= @reach
class @Cache extends @Range
constructor: (@offset, @limit, @items) ->
super
@length = items.length
itemsForOffsetAndLimit: (offset, limit) ->
begin = offset-@offset
end = begin + limit
if begin < 0
padding = new Array(-begin)
begin = 0
slice = @items.slice(begin, end)
if padding
padding.concat(slice)
else
slice
offset: 0
limit: 10
totalCount: 0
markAsLoadingOffsetAndLimit: (offset, limit) -> @loadingRange = new Batman.Paginator.Range(offset, limit)
markAsFinishedLoading: -> delete @loadingRange
offsetFromPageAndLimit: (page, limit) -> Math.round((+page - 1) * limit)
pageFromOffsetAndLimit: (offset, limit) -> offset / limit + 1
_load: (offset, limit) ->
return if @loadingRange?.coversOffsetAndLimit(offset, limit)
@markAsLoadingOffsetAndLimit(offset, limit)
@loadItemsForOffsetAndLimit(offset, limit)
toArray: ->
cache = @get('cache')
offset = @get('offset')
limit = @get('limit')
@_load(offset, limit) unless cache?.coversOffsetAndLimit(offset, limit)
cache?.itemsForOffsetAndLimit(offset, limit) or []
page: ->
@pageFromOffsetAndLimit(@get('offset'), @get('limit'))
pageCount: ->
Math.ceil(@get('totalCount') / @get('limit'))
previousPage: -> @set('page', @get('page')-1)
nextPage: -> @set('page', @get('page')+1)
loadItemsForOffsetAndLimit: (offset, limit) -> # override on subclasses or instances
updateCache: (offset, limit, items) ->
cache = new Batman.Paginator.Cache(offset, limit, items)
return if @loadingRange? and not cache.coversOffsetAndLimit(@loadingRange.offset, @loadingRange.limit)
@markAsFinishedLoading()
@set('cache', cache)
@accessor 'toArray', @::toArray
@accessor 'offset', 'limit', 'totalCount'
get: Batman.Property.defaultAccessor.get
set: (key, value) -> Batman.Property.defaultAccessor.set.call(this, key, +value)
@accessor 'page',
get: @::page
set: (_,value) ->
value = +value
@set('offset', @offsetFromPageAndLimit(value, @get('limit')))
value
@accessor 'pageCount', @::pageCount
class Batman.ModelPaginator extends Batman.Paginator
cachePadding: 0
paddedOffset: (offset) ->
offset -= @cachePadding
if offset < 0 then 0 else offset
paddedLimit: (limit) ->
limit + @cachePadding * 2
loadItemsForOffsetAndLimit: (offset, limit) ->
params = @paramsForOffsetAndLimit(offset, limit)
params[k] = v for k,v of @params
@model.load params, (err, records) =>
if err?
@markAsFinishedLoading()
@fire('error', err)
else
@updateCache(@offsetFromParams(params), @limitFromParams(params), records)
# override these to fetch records however you like:
paramsForOffsetAndLimit: (offset, limit) ->
offset: @paddedOffset(offset), limit: @paddedLimit(limit)
offsetFromParams: (params) -> params.offset
limitFromParams: (params) -> params.limit
# Support AMD loaders
if typeof define is 'function'
define 'batman', [], -> Batman
# Optionally export global sugar. Not sure what to do with this.
Batman.exportHelpers = (onto) ->
for k in ['mixin', 'unmixin', 'route', 'redirect', 'typeOf', 'redirect', 'setImmediate']
onto["$#{k}"] = Batman[k]
onto
Batman.exportGlobals = () ->
Batman.exportHelpers(Batman.container)
| 60733 | #
# batman.js
#
# Created by <NAME>
# Copyright 2011, Shopify
#
# The global namespace, the `Batman` function will also create also create a new
# instance of Batman.Object and mixin all arguments to it.
Batman = (mixins...) ->
new Batman.Object mixins...
Batman.version = '0.8.0'
Batman.config =
pathPrefix: '/'
usePushState: no
Batman.container = if exports?
module.exports = Batman
global
else
window.Batman = Batman
window
# Global Helpers
# -------
# `$typeOf` returns a string that contains the built-in class of an object
# like `String`, `Array`, or `Object`. Note that only `Object` will be returned for
# the entire prototype chain.
Batman.typeOf = $typeOf = (object) ->
return "Undefined" if typeof object == 'undefined'
_objectToString.call(object).slice(8, -1)
# Cache this function to skip property lookups.
_objectToString = Object.prototype.toString
# `$mixin` applies every key from every argument after the first to the
# first argument. If a mixin has an `initialize` method, it will be called in
# the context of the `to` object, and it's key/values won't be applied.
Batman.mixin = $mixin = (to, mixins...) ->
hasSet = typeof to.set is 'function'
for mixin in mixins
continue if $typeOf(mixin) isnt 'Object'
for own key, value of mixin
continue if key in ['initialize', 'uninitialize', 'prototype']
if hasSet
to.set(key, value)
else if to.nodeName?
Batman.data to, key, value
else
to[key] = value
if typeof mixin.initialize is 'function'
mixin.initialize.call to
to
# `$unmixin` removes every key/value from every argument after the first
# from the first argument. If a mixin has a `deinitialize` method, it will be
# called in the context of the `from` object and won't be removed.
Batman.unmixin = $unmixin = (from, mixins...) ->
for mixin in mixins
for key of mixin
continue if key in ['initialize', 'uninitialize']
delete from[key]
if typeof mixin.uninitialize is 'function'
mixin.uninitialize.call from
from
# `$functionName` returns the name of a given function, if any
# Used to deal with functions not having the `name` property in IE
Batman._functionName = $functionName = (f) ->
return f.__name__ if f.__name__
return f.name if f.name
f.toString().match(/\W*function\s+([\w\$]+)\(/)?[1]
# `$preventDefault` checks for preventDefault, since it's not
# always available across all browsers
Batman._preventDefault = $preventDefault = (e) ->
if typeof e.preventDefault is "function" then e.preventDefault() else e.returnValue = false
Batman._isChildOf = $isChildOf = (parentNode, childNode) ->
node = childNode.parentNode
while node
return true if node == parentNode
node = node.parentNode
false
$setImmediate = $clearImmediate = null
_implementImmediates = (container) ->
canUsePostMessage = ->
return false unless container.postMessage
async = true
oldMessage = container.onmessage
container.onmessage = -> async = false
container.postMessage("","*")
container.onmessage = oldMessage
async
tasks = new Batman.SimpleHash
count = 0
getHandle = -> "go#{++count}"
if container.setImmediate
$setImmediate = container.setImmediate
$clearImmediate = container.clearImmediate
else if container.msSetImmediate
$setImmediate = msSetImmediate
$clearImmediate = msClearImmediate
else if canUsePostMessage()
prefix = 'com.batman.'
functions = new Batman.SimpleHash
handler = (e) ->
return unless ~e.data.search(prefix)
handle = e.data.substring(prefix.length)
tasks.unset(handle)?()
if container.addEventListener
container.addEventListener('message', handler, false)
else
container.attachEvent('onmessage', handler)
$setImmediate = (f) ->
tasks.set(handle = getHandle(), f)
container.postMessage(prefix+handle, "*")
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else if typeof document isnt 'undefined' && "onreadystatechange" in document.createElement("script")
$setImmediate = (f) ->
handle = getHandle()
script = document.createElement("script")
script.onreadystatechange = ->
tasks.get(handle)?()
script.onreadystatechange = null
script.parentNode.removeChild(script)
script = null
document.documentElement.appendChild(script)
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else
$setImmediate = (f) -> setTimeout(f, 0)
$clearImmediate = (handle) -> clearTimeout(handle)
Batman.setImmediate = $setImmediate
Batman.clearImmediate = $clearImmediate
Batman.setImmediate = $setImmediate = ->
_implementImmediates(Batman.container)
Batman.setImmediate.apply(@, arguments)
Batman.clearImmediate = $clearImmediate = ->
_implementImmediates(Batman.container)
Batman.clearImmediate.apply(@, arguments)
Batman.forEach = $forEach = (container, iterator, ctx) ->
if container.forEach
container.forEach(iterator, ctx)
else if container.indexOf
iterator.call(ctx, e, i, container) for e,i in container
else
iterator.call(ctx, k, v, container) for k,v of container
Batman.objectHasKey = $objectHasKey = (object, key) ->
if typeof object.hasKey is 'function'
object.hasKey(key)
else
key of object
Batman.contains = $contains = (container, item) ->
if container.indexOf
item in container
else if typeof container.has is 'function'
container.has(item)
else
$objectHasKey(container, item)
Batman.get = $get = (base, key) ->
if typeof base.get is 'function'
base.get(key)
else
Batman.Property.forBaseAndKey(base, key).getValue()
Batman.escapeHTML = $escapeHTML = do ->
replacements =
"&": "&"
"<": "<"
">": ">"
"\"": """
"'": "'"
return (s) -> (""+s).replace(/[&<>'"]/g, (c) -> replacements[c])
# `translate` is hook for the i18n extra to override and implemnent. All strings which might
# be shown to the user pass through this method. `translate` is aliased to `t` internally.
Batman.translate = (x, values = {}) -> helpers.interpolate($get(Batman.translate.messages, x), values)
Batman.translate.messages = {}
t = -> Batman.translate(arguments...)
# Developer Tooling
# -----------------
Batman.developer =
suppressed: false
DevelopmentError: (->
DevelopmentError = (@message) ->
@name = "DevelopmentError"
DevelopmentError:: = Error::
DevelopmentError
)()
_ie_console: (f, args) ->
console?[f] "...#{f} of #{args.length} items..." unless args.length == 1
console?[f] arg for arg in args
suppress: (f) ->
developer.suppressed = true
if f
f()
developer.suppressed = false
unsuppress: ->
developer.suppressed = false
log: ->
return if developer.suppressed or !(console?.log?)
if console.log.apply then console.log(arguments...) else developer._ie_console "log", arguments
warn: ->
return if developer.suppressed or !(console?.warn?)
if console.warn.apply then console.warn(arguments...) else developer._ie_console "warn", arguments
error: (message) -> throw new developer.DevelopmentError(message)
assert: (result, message) -> developer.error(message) unless result
do: (f) -> f() unless developer.suppressed
addFilters: ->
$mixin Batman.Filters,
log: (value, key) ->
console?.log? arguments
value
logStack: (value) ->
console?.log? developer.currentFilterStack
value
developer = Batman.developer
developer.assert (->).bind, "Error! Batman needs Function.bind to work! Please shim it using something like es5-shim or augmentjs!"
# Helpers
# -------
# Just a few random Rails-style string helpers. You can add more
# to the Batman.helpers object.
class Batman.Inflector
plural: []
singular: []
uncountable: []
@plural: (regex, replacement) -> @::plural.unshift [regex, replacement]
@singular: (regex, replacement) -> @::singular.unshift [regex, replacement]
@irregular: (singular, plural) ->
if singular.charAt(0) == plural.charAt(0)
@plural new RegExp("(#{singular.charAt(0)})#{singular.slice(1)}$", "i"), "$1" + plural.slice(1)
@plural new RegExp("(#{singular.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + plural.slice(1)
@singular new RegExp("(#{plural.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + singular.slice(1)
else
@plural new RegExp("#{singular}$", 'i'), plural
@plural new RegExp("#{plural}$", 'i'), plural
@singular new RegExp("#{plural}$", 'i'), singular
@uncountable: (strings...) -> @::uncountable = @::uncountable.concat(strings.map((x) -> new RegExp("#{x}$", 'i')))
@plural(/$/, 's')
@plural(/s$/i, 's')
@plural(/(ax|test)is$/i, '$1es')
@plural(/(octop|vir)us$/i, '$1i')
@plural(/(octop|vir)i$/i, '$1i')
@plural(/(alias|status)$/i, '$1es')
@plural(/(bu)s$/i, '$1ses')
@plural(/(buffal|tomat)o$/i, '$1oes')
@plural(/([ti])um$/i, '$1a')
@plural(/([ti])a$/i, '$1a')
@plural(/sis$/i, 'ses')
@plural(/(?:([^f])fe|([lr])f)$/i, '$1$2ves')
@plural(/(hive)$/i, '$1s')
@plural(/([^aeiouy]|qu)y$/i, '$1ies')
@plural(/(x|ch|ss|sh)$/i, '$1es')
@plural(/(matr|vert|ind)(?:ix|ex)$/i, '$1ices')
@plural(/([m|l])ouse$/i, '$1ice')
@plural(/([m|l])ice$/i, '$1ice')
@plural(/^(ox)$/i, '$1en')
@plural(/^(oxen)$/i, '$1')
@plural(/(quiz)$/i, '$1zes')
@singular(/s$/i, '')
@singular(/(n)ews$/i, '$1ews')
@singular(/([ti])a$/i, '$1um')
@singular(/((a)naly|(b)a|(d)iagno|(p)arenthe|(p)rogno|(s)ynop|(t)he)ses$/i, '$1$2sis')
@singular(/(^analy)ses$/i, '$1sis')
@singular(/([^f])ves$/i, '$1fe')
@singular(/(hive)s$/i, '$1')
@singular(/(tive)s$/i, '$1')
@singular(/([lr])ves$/i, '$1f')
@singular(/([^aeiouy]|qu)ies$/i, '$1y')
@singular(/(s)eries$/i, '$1eries')
@singular(/(m)ovies$/i, '$1ovie')
@singular(/(x|ch|ss|sh)es$/i, '$1')
@singular(/([m|l])ice$/i, '$1ouse')
@singular(/(bus)es$/i, '$1')
@singular(/(o)es$/i, '$1')
@singular(/(shoe)s$/i, '$1')
@singular(/(cris|ax|test)es$/i, '$1is')
@singular(/(octop|vir)i$/i, '$1us')
@singular(/(alias|status)es$/i, '$1')
@singular(/^(ox)en/i, '$1')
@singular(/(vert|ind)ices$/i, '$1ex')
@singular(/(matr)ices$/i, '$1ix')
@singular(/(quiz)zes$/i, '$1')
@singular(/(database)s$/i, '$1')
@irregular('person', 'people')
@irregular('man', 'men')
@irregular('child', 'children')
@irregular('sex', 'sexes')
@irregular('move', 'moves')
@irregular('cow', 'kine')
@irregular('zombie', 'zombies')
@uncountable('equipment', 'information', 'rice', 'money', 'species', 'series', 'fish', 'sheep', 'jeans')
ordinalize: (number) ->
absNumber = Math.abs(parseInt(number))
if absNumber % 100 in [11..13]
number + "th"
else
switch absNumber % 10
when 1
number + "st"
when 2
number + "nd"
when 3
number + "rd"
else
number + "th"
pluralize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @plural
return word.replace(regex, replace_string) if regex.test(word)
word
singularize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @singular
return word.replace(regex, replace_string) if regex.test(word)
word
camelize_rx = /(?:^|_|\-)(.)/g
capitalize_rx = /(^|\s)([a-z])/g
underscore_rx1 = /([A-Z]+)([A-Z][a-z])/g
underscore_rx2 = /([a-z\d])([A-Z])/g
helpers = Batman.helpers =
inflector: new Batman.Inflector
ordinalize: -> helpers.inflector.ordinalize.apply helpers.inflector, arguments
singularize: -> helpers.inflector.singularize.apply helpers.inflector, arguments
pluralize: (count, singular, plural) ->
if arguments.length < 2
helpers.inflector.pluralize count
else
"#{count || 0} " + if +count is 1 then singular else (plural || helpers.inflector.pluralize(singular))
camelize: (string, firstLetterLower) ->
string = string.replace camelize_rx, (str, p1) -> p1.toUpperCase()
if firstLetterLower then string.substr(0,1).toLowerCase() + string.substr(1) else string
underscore: (string) ->
string.replace(underscore_rx1, '$1_$2')
.replace(underscore_rx2, '$1_$2')
.replace('-', '_').toLowerCase()
capitalize: (string) -> string.replace capitalize_rx, (m,p1,p2) -> p1 + p2.toUpperCase()
trim: (string) -> if string then string.trim() else ""
interpolate: (stringOrObject, keys) ->
if typeof stringOrObject is 'object'
string = stringOrObject[keys.count]
unless string
string = stringOrObject['other']
else
string = stringOrObject
for key, value of keys
string = string.replace(new RegExp("%\\{#{key}\\}", "g"), value)
string
class Batman.Event
@forBaseAndKey: (base, key) ->
if base.isEventEmitter
base.event(key)
else
new Batman.Event(base, key)
constructor: (@base, @key) ->
@handlers = new Batman.SimpleSet
@_preventCount = 0
isEvent: true
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<Batman.Event base: #{Batman.Hash::hashKeyFor(@base)}, key: \"#{Batman.Hash::<KEY>KeyFor(@key)}\">"
addHandler: (handler) ->
@handlers.add(handler)
@autofireHandler(handler) if @oneShot
this
removeHandler: (handler) ->
@handlers.remove(handler)
this
eachHandler: (iterator) ->
@handlers.forEach(iterator)
if @base?.isEventEmitter
key = @key
@base._batman.ancestors (ancestor) ->
if ancestor.isEventEmitter and ancestor.hasEvent(key)
handlers = ancestor.event(key).handlers
handlers.forEach(iterator)
handlerContext: -> @base
prevent: -> ++@_preventCount
allow: ->
--@_preventCount if @_preventCount
@_preventCount
isPrevented: -> @_preventCount > 0
autofireHandler: (handler) ->
if @_oneShotFired and @_oneShotArgs?
handler.apply(@handlerContext(), @_oneShotArgs)
resetOneShot: ->
@_oneShotFired = false
@_oneShotArgs = null
fire: ->
return false if @isPrevented() or @_oneShotFired
context = @handlerContext()
args = arguments
if @oneShot
@_oneShotFired = true
@_oneShotArgs = arguments
@eachHandler (handler) -> handler.apply(context, args)
allowAndFire: ->
@allow()
@fire(arguments...)
Batman.EventEmitter =
isEventEmitter: true
hasEvent: (key) ->
@_batman?.get?('events')?.hasKey(key)
event: (key) ->
Batman.initializeObject @
eventClass = @eventClass or Batman.Event
events = @_batman.events ||= new Batman.SimpleHash
if events.hasKey(key)
existingEvent = events.get(key)
else
existingEvents = @_batman.get('events')
newEvent = events.set(key, new eventClass(this, key))
newEvent.oneShot = existingEvents?.get(key)?.oneShot
newEvent
on: (key, handler) ->
@event(key).addHandler(handler)
registerAsMutableSource: ->
Batman.Property.registerSource(@)
mutation: (wrappedFunction) ->
->
result = wrappedFunction.apply(this, arguments)
@event('change').fire(this, this)
result
prevent: (key) ->
@event(key).prevent()
@
allow: (key) ->
@event(key).allow()
@
isPrevented: (key) ->
@event(key).isPrevented()
fire: (key, args...) ->
@event(key).fire(args...)
allowAndFire: (key, args...) ->
@event(key).allowAndFire(args...)
class Batman.PropertyEvent extends Batman.Event
eachHandler: (iterator) -> @base.eachObserver(iterator)
handlerContext: -> @base.base
class Batman.Property
$mixin @prototype, Batman.EventEmitter
@_sourceTrackerStack: []
@sourceTracker: -> (stack = @_sourceTrackerStack)[stack.length - 1]
@defaultAccessor:
get: (key) -> @[key]
set: (key, val) -> @[key] = val
unset: (key) -> x = @[key]; delete @[key]; x
cachable: no
@forBaseAndKey: (base, key) ->
if base.isObservable
base.property(key)
else
new Batman.Keypath(base, key)
@withoutTracking: (block) ->
@pushDummySourceTracker()
try
block()
finally
@popSourceTracker()
@registerSource: (obj) ->
return unless obj.isEventEmitter
@sourceTracker()?.add(obj)
@pushSourceTracker: -> Batman.Property._sourceTrackerStack.push(new Batman.SimpleSet)
@pushDummySourceTracker: -> Batman.Property._sourceTrackerStack.push(null)
@popSourceTracker: -> Batman.Property._sourceTrackerStack.pop()
constructor: (@base, @key) ->
developer.do =>
keyType = $typeOf(@key)
if keyType in ['Array', 'Object']
developer.log "Accessing a property with an #{keyType} key. This is okay, but could be a source of memory leaks if you aren't careful."
_isolationCount: 0
cached: no
value: null
sources: null
isProperty: true
isDead: false
eventClass: Batman.PropertyEvent
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<<KEY>.Property base: #{B<KEY>.<KEY>(@base)}, key: \"<KEY>
changeEvent: ->
event = @event('change')
@changeEvent = -> event
event
accessor: ->
keyAccessors = @base._batman?.get('keyAccessors')
accessor = if keyAccessors && (val = keyAccessors.get(@key))
val
else
@base._batman?.getFirst('defaultAccessor') or Batman.Property.defaultAccessor
@accessor = -> accessor
accessor
eachObserver: (iterator) ->
key = @key
@changeEvent().handlers.forEach(iterator)
if @base.isObservable
@base._batman.ancestors (ancestor) ->
if ancestor.isObservable and ancestor.hasProperty(key)
property = ancestor.property(key)
handlers = property.changeEvent().handlers
handlers.forEach(iterator)
observers: ->
results = []
@eachObserver (observer) -> results.push(observer)
results
hasObservers: -> @observers().length > 0
updateSourcesFromTracker: ->
newSources = @constructor.popSourceTracker()
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
@sources = newSources
@_eachSourceChangeEvent (e) -> e.addHandler(handler)
_eachSourceChangeEvent: (iterator) ->
return unless @sources?
@sources.forEach (source) -> iterator(source.event('change'))
getValue: ->
@registerAsMutableSource()
unless @isCached()
@constructor.pushSourceTracker()
try
@value = @valueFromAccessor()
@cached = yes
finally
@updateSourcesFromTracker()
@value
isCachable: ->
return true if @isFinal()
cachable = @accessor().cachable
if cachable? then !!cachable else true
isCached: -> @isCachable() and @cached
isFinal: -> !!@accessor()['final']
refresh: ->
@cached = no
previousValue = @value
value = @getValue()
if value isnt previousValue and not @isIsolated()
@fire(value, previousValue)
@lockValue() if @value isnt undefined and @isFinal()
sourceChangeHandler: ->
handler = => @_handleSourceChange()
@sourceChangeHandler = -> handler
handler
_handleSourceChange: ->
if @isIsolated()
@_needsRefresh = yes
else if not @isFinal() && not @hasObservers()
@cached = no
else
@refresh()
valueFromAccessor: -> @accessor().get?.call(@base, @key)
setValue: (val) ->
return unless set = @accessor().set
@_changeValue -> set.call(@base, @key, val)
unsetValue: ->
return unless unset = @accessor().unset
@_changeValue -> unset.call(@base, @key)
_changeValue: (block) ->
@cached = no
@constructor.pushDummySourceTracker()
try
result = block.apply(this)
@refresh()
finally
@constructor.popSourceTracker()
@die() unless @isCached() or @hasObservers()
result
forget: (handler) ->
if handler?
@changeEvent().removeHandler(handler)
else
@changeEvent().handlers.clear()
observeAndFire: (handler) ->
@observe(handler)
handler.call(@base, @value, @value)
observe: (handler) ->
@changeEvent().addHandler(handler)
@getValue() unless @sources?
this
_removeHandlers: ->
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
delete @sources
@changeEvent().handlers.clear()
lockValue: ->
@_removeHandlers()
@getValue = -> @value
@setValue = @unsetValue = @refresh = @observe = ->
die: ->
@_removeHandlers()
@base._batman?.properties?.unset(@key)
@isDead = true
fire: -> @changeEvent().fire(arguments...)
isolate: ->
if @_isolationCount is 0
@_preIsolationValue = @getValue()
@_isolationCount++
expose: ->
if @_isolationCount is 1
@_isolationCount--
if @_needsRefresh
@value = @_preIsolationValue
@refresh()
else if @value isnt @_preIsolationValue
@fire(@value, @_preIsolationValue)
@_preIsolationValue = null
else if @_isolationCount > 0
@_isolationCount--
isIsolated: -> @_isolationCount > 0
# Keypaths
# --------
class Batman.Keypath extends Batman.Property
constructor: (base, key) ->
if $typeOf(key) is 'String'
@segments = key.split('.')
@depth = @segments.length
else
@segments = [key]
@depth = 1
super
slice: (begin, end=@depth) ->
base = @base
for segment in @segments.slice(0, begin)
return unless base? and base = $get(base, segment)
propertyClass = base.propertyClass or Batman.Keypath
remainingSegments = @segments.slice(begin, end)
remainingPath = remainingSegments.join('.')
if propertyClass is Batman.Keypath or remainingSegments.length is 1
Batman.Keypath.forBaseAndKey(base, remainingPath)
else
new Batman.Keypath(base, remainingPath)
terminalProperty: -> @slice -1
valueFromAccessor: ->
if @depth is 1 then super else @terminalProperty()?.getValue()
setValue: (val) -> if @depth is 1 then super else @terminalProperty()?.setValue(val)
unsetValue: -> if @depth is 1 then super else @terminalProperty()?.unsetValue()
# Observable
# ----------
# Batman.Observable is a generic mixin that can be applied to any object to allow it to be bound to.
# It is applied by default to every instance of `Batman.Object` and subclasses.
Batman.Observable =
isObservable: true
hasProperty: (key) ->
@_batman?.properties?.hasKey?(key)
property: (key) ->
Batman.initializeObject @
propertyClass = @propertyClass or Batman.Keypath
properties = @_batman.properties ||= new Batman.SimpleHash
properties.get(key) or properties.set(key, new propertyClass(this, key))
get: (key) ->
@property(key).getValue()
set: (key, val) ->
@property(key).setValue(val)
unset: (key) ->
@property(key).unsetValue()
getOrSet: (key, valueFunction) ->
currentValue = @get(key)
unless currentValue
currentValue = valueFunction()
@set(key, currentValue)
currentValue
# `forget` removes an observer from an object. If the callback is passed in,
# its removed. If no callback but a key is passed in, all the observers on
# that key are removed. If no key is passed in, all observers are removed.
forget: (key, observer) ->
if key
@property(key).forget(observer)
else
@_batman.properties?.forEach (key, property) -> property.forget()
@
# `fire` tells any observers attached to a key to fire, manually.
# `prevent` stops of a given binding from firing. `prevent` calls can be repeated such that
# the same number of calls to allow are needed before observers can be fired.
# `allow` unblocks a property for firing observers. Every call to prevent
# must have a matching call to allow later if observers are to be fired.
# `observe` takes a key and a callback. Whenever the value for that key changes, your
# callback will be called in the context of the original object.
observe: (key, args...) ->
@property(key).observe(args...)
@
observeAndFire: (key, args...) ->
@property(key).observeAndFire(args...)
@
# Objects
# -------
# `Batman.initializeObject` is called by all the methods in Batman.Object to ensure that the
# object's `_batman` property is initialized and it's own. Classes extending Batman.Object inherit
# methods like `get`, `set`, and `observe` by default on the class and prototype levels, such that
# both instances and the class respond to them and can be bound to. However, CoffeeScript's static
# class inheritance copies over all class level properties indiscriminately, so a parent class'
# `_batman` object will get copied to its subclasses, transferring all the information stored there and
# allowing subclasses to mutate parent state. This method prevents this undesirable behaviour by tracking
# which object the `_batman_` object was initialized upon, and reinitializing if that has changed since
# initialization.
Batman.initializeObject = (object) ->
if object._batman?
object._batman.check(object)
else
object._batman = new _Batman(object)
# _Batman provides a convienient, parent class and prototype aware place to store hidden
# object state. Things like observers, accessors, and states belong in the `_batman` object
# attached to every Batman.Object subclass and subclass instance.
Batman._Batman = class _Batman
constructor: (@object, mixins...) ->
$mixin(@, mixins...) if mixins.length > 0
# Used by `Batman.initializeObject` to ensure that this `_batman` was created referencing
# the object it is pointing to.
check: (object) ->
if object != @object
object._batman = new _Batman(object)
return false
return true
# `get` is a prototype and class aware property access method. `get` will traverse the prototype chain, asking
# for the passed key at each step, and then attempting to merge the results into one object.
# It can only do this if at each level an `Array`, `Hash`, or `Set` is found, so try to use
# those if you need `_batman` inhertiance.
get: (key) ->
# Get all the keys from the ancestor chain
results = @getAll(key)
switch results.length
when 0
undefined
when 1
results[0]
else
# And then try to merge them if there is more than one. Use `concat` on arrays, and `merge` on
# sets and hashes.
if results[0].concat?
results = results.reduceRight (a, b) -> a.concat(b)
else if results[0].merge?
results = results.reduceRight (a, b) -> a.merge(b)
results
# `getFirst` is a prototype and class aware property access method. `getFirst` traverses the prototype chain,
# and returns the value of the first `_batman` object which defines the passed key. Useful for
# times when the merged value doesn't make sense or the value is a primitive.
getFirst: (key) ->
results = @getAll(key)
results[0]
# `getAll` is a prototype and class chain iterator. When passed a key or function, it applies it to each
# parent class or parent prototype, and returns the undefined values, closest ancestor first.
getAll: (keyOrGetter) ->
# Get a function which pulls out the key from the ancestor's `_batman` or use the passed function.
if typeof keyOrGetter is 'function'
getter = keyOrGetter
else
getter = (ancestor) -> ancestor._batman?[keyOrGetter]
# Apply it to all the ancestors, and then this `_batman`'s object.
results = @ancestors(getter)
if val = getter(@object)
results.unshift val
results
# `ancestors` traverses the prototype or class chain and returns the application of a function to each
# object in the chain. `ancestors` does this _only_ to the `@object`'s ancestors, and not the `@object`
# itsself.
ancestors: (getter = (x) -> x) ->
results = []
# Decide if the object is a class or not, and pull out the first ancestor
isClass = !!@object.prototype
parent = if isClass
@object.__super__?.constructor
else
if (proto = Object.getPrototypeOf(@object)) == @object
@object.constructor.__super__
else
proto
if parent?
parent._batman?.check(parent)
# Apply the function and store the result if it isn't undefined.
val = getter(parent)
results.push(val) if val?
# Use a recursive call to `_batman.ancestors` on the ancestor, which will take the next step up the chain.
if parent._batman?
results = results.concat(parent._batman.ancestors(getter))
results
set: (key, value) ->
@[key] = value
# `Batman.Object` is the base class for all other Batman objects. It is not abstract.
class BatmanObject extends Object
Batman.initializeObject(this)
Batman.initializeObject(@prototype)
# Setting `isGlobal` to true will cause the class name to be defined on the
# global object. For example, Batman.Model will be aliased to window.Model.
# This should be used sparingly; it's mostly useful for debugging.
@global: (isGlobal) ->
return if isGlobal is false
Batman.container[$functionName(@)] = @
# Apply mixins to this class.
@classMixin: -> $mixin @, arguments...
# Apply mixins to instances of this class.
@mixin: -> @classMixin.apply @prototype, arguments
mixin: @classMixin
counter = 0
_objectID: ->
@_objectID = -> c
c = counter++
hashKey: ->
return if typeof @isEqual is 'function'
@hashKey = -> key
key = "<Batman.Object #{@_objectID()}>"
toJSON: ->
obj = {}
for own key, value of @ when key not in ["_batman", "hashKey", "_objectID"]
obj[key] = if value?.toJSON then value.toJSON() else value
obj
# Accessor implementation. Accessors are used to create properties on a class or prototype which can be fetched
# with get, but are computed instead of just stored. This is a batman and old browser friendly version of
# `defineProperty` without as much goodness.
#
# Accessors track which other properties they rely on for computation, and when those other properties change,
# an accessor will recalculate its value and notifiy its observers. This way, when a source value is changed,
# any dependent accessors will automatically update any bindings to them with a new value. Accessors accomplish
# this feat by tracking `get` calls, do be sure to use `get` to retrieve properties inside accessors.
#
# `@accessor` or `@classAccessor` can be called with zero, one, or many keys to attach the accessor to. This
# has the following effects:
#
# * zero: create a `defaultAccessor`, which will be called when no other properties or accessors on an object
# match a keypath. This is similar to `method_missing` in Ruby or `#doesNotUnderstand` in Smalltalk.
# * one: create a `keyAccessor` at the given key, which will only be called when that key is `get`ed.
# * many: create `keyAccessors` for each given key, which will then be called whenever each key is `get`ed.
#
# Note: This function gets called in all sorts of different contexts by various
# other pointers to it, but it acts the same way on `this` in all cases.
getAccessorObject = (accessor) ->
accessor = {get: accessor} if !accessor.get && !accessor.set && !accessor.unset
accessor
@classAccessor: (keys..., accessor) ->
Batman.initializeObject @
# Create a default accessor if no keys have been given.
if keys.length is 0
# The `accessor` argument is wrapped in `getAccessorObject` which allows functions to be passed in
# as a shortcut to {get: function}
@_batman.defaultAccessor = getAccessorObject(accessor)
else
# Otherwise, add key accessors for each key given.
@_batman.keyAccessors ||= new Batman.SimpleHash
@_batman.keyAccessors.set(key, getAccessorObject(accessor)) for key in keys
# Support adding accessors to the prototype from within class defintions or after the class has been created
# with `KlassExtendingBatmanObject.accessor(keys..., accessorObject)`
@accessor: -> @classAccessor.apply @prototype, arguments
# Support adding accessors to instances after creation
accessor: @classAccessor
constructor: (mixins...) ->
@_batman = new _Batman(@)
@mixin mixins...
# Make every subclass and their instances observable.
@classMixin Batman.EventEmitter, Batman.Observable
@mixin Batman.EventEmitter, Batman.Observable
# Observe this property on every instance of this class.
@observeAll: -> @::observe.apply @prototype, arguments
@singleton: (singletonMethodName="sharedInstance") ->
@classAccessor singletonMethodName,
get: -> @["_#{singletonMethodName}"] ||= new @
Batman.Object = BatmanObject
class Batman.Accessible extends Batman.Object
constructor: -> @accessor.apply(@, arguments)
class Batman.TerminalAccessible extends Batman.Accessible
propertyClass: Batman.Property
# Collections
Batman.Enumerable =
isEnumerable: true
map: (f, ctx = Batman.container) -> r = []; @forEach(-> r.push f.apply(ctx, arguments)); r
mapToProperty: (key) -> r = []; @forEach((item) -> r.push item.get(key)); r
every: (f, ctx = Batman.container) -> r = true; @forEach(-> r = r && f.apply(ctx, arguments)); r
some: (f, ctx = Batman.container) -> r = false; @forEach(-> r = r || f.apply(ctx, arguments)); r
reduce: (f, r) ->
count = 0
self = @
@forEach -> if r? then r = f(r, arguments..., count, self) else r = arguments[0]
r
filter: (f) ->
r = new @constructor
if r.add
wrap = (r, e) -> r.add(e) if f(e); r
else if r.set
wrap = (r, k, v) -> r.set(k, v) if f(k, v); r
else
r = [] unless r.push
wrap = (r, e) -> r.push(e) if f(e); r
@reduce wrap, r
# Provide this simple mixin ability so that during bootstrapping we don't have to use `$mixin`. `$mixin`
# will correctly attempt to use `set` on the mixinee, which ends up requiring the definition of
# `SimpleSet` to be complete during its definition.
$extendsEnumerable = (onto) -> onto[k] = v for k,v of Batman.Enumerable
class Batman.SimpleHash
constructor: (obj) ->
@_storage = {}
@length = 0
@update(obj) if obj?
$extendsEnumerable(@::)
propertyClass: Batman.Property
hasKey: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return true if @equality(pair[0], key)
return false
get: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return pair[1] if @equality(pair[0], key)
set: (key, val) ->
pairs = @_storage[@hashKeyFor(key)] ||= []
for pair in pairs
if @equality(pair[0], key)
return pair[1] = val
@length++
pairs.push([key, val])
val
unset: (key) ->
hashKey = @hashKeyFor(key)
if pairs = @_storage[hashKey]
for [obj,value], index in pairs
if @equality(obj, key)
pair = pairs.splice(index,1)
delete @_storage[hashKey] unless pairs.length
@length--
return pair[0][1]
getOrSet: Batman.Observable.getOrSet
hashKeyFor: (obj) -> obj?.hashKey?() or obj
equality: (lhs, rhs) ->
return true if lhs is rhs
return true if lhs isnt lhs and rhs isnt rhs # when both are NaN
return true if lhs?.isEqual?(rhs) and rhs?.isEqual?(lhs)
return false
forEach: (iterator, ctx) ->
for key, values of @_storage
iterator.call(ctx, obj, value, this) for [obj, value] in values.slice()
keys: ->
result = []
# Explicitly reference this foreach so that if it's overriden in subclasses the new implementation isn't used.
Batman.SimpleHash::forEach.call @, (key) -> result.push key
result
clear: ->
@_storage = {}
@length = 0
isEmpty: ->
@length is 0
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for hash in others
hash.forEach (obj, value) ->
merged.set obj, value
merged
update: (object) -> @set(k,v) for k,v of object
replace: (object) ->
@forEach (key, value) =>
@unset(key) unless key of object
@update(object)
toObject: ->
obj = {}
for key, pair of @_storage
obj[key] = pair[0][1] # the first value for this key
obj
toJSON: @::toObject
class Batman.Hash extends Batman.Object
class @Metadata extends Batman.Object
constructor: (@hash) ->
@accessor 'length', ->
@hash.registerAsMutableSource()
@hash.length
@accessor 'isEmpty', -> @hash.isEmpty()
@accessor 'keys', -> @hash.keys()
constructor: ->
@meta = new @constructor.Metadata(this)
Batman.SimpleHash.apply(@, arguments)
super
$extendsEnumerable(@::)
propertyClass: Batman.Property
@accessor
get: Batman.SimpleHash::get
set: @mutation (key, value) ->
result = Batman.SimpleHash::set.call(@, key, value)
@fire 'itemsWereAdded', key
result
unset: @mutation (key) ->
result = Batman.SimpleHash::unset.call(@, key)
@fire 'itemsWereRemoved', key if result?
result
cachable: false
_preventMutationEvents: (block) ->
@prevent 'change'
@prevent 'itemsWereAdded'
@prevent 'itemsWereRemoved'
try
block.call(this)
finally
@allow 'change'
@allow 'itemsWereAdded'
@allow 'itemsWereRemoved'
clear: @mutation ->
keys = @keys()
@_preventMutationEvents -> @forEach (k) => @unset(k)
result = Batman.SimpleHash::clear.call(@)
@fire 'itemsWereRemoved', keys...
result
update: @mutation (object) ->
addedKeys = []
@_preventMutationEvents ->
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
replace: @mutation (object) ->
addedKeys = []
removedKeys = []
@_preventMutationEvents ->
@forEach (k, _) =>
unless Batman.objectHasKey(object, k)
@unset(k)
removedKeys.push(k)
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
@fire('itemsWereRemoved', removedKeys...) if removedKeys.length > 0
equality: Batman.SimpleHash::equality
hashKeyFor: Batman.SimpleHash::hashKeyFor
for k in ['hasKey', 'forEach', 'isEmpty', 'keys', 'merge', 'toJSON', 'toObject']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleHash::[k].apply(@, arguments)
class Batman.SimpleSet
constructor: ->
@_storage = new Batman.SimpleHash
@_indexes = new Batman.SimpleHash
@_uniqueIndexes = new Batman.SimpleHash
@_sorts = new Batman.SimpleHash
@length = 0
@add.apply @, arguments if arguments.length > 0
$extendsEnumerable(@::)
has: (item) ->
@_storage.hasKey item
add: (items...) ->
addedItems = []
for item in items when !@_storage.hasKey(item)
@_storage.set item, true
addedItems.push item
@length++
if @fire and addedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereAdded', addedItems...)
addedItems
remove: (items...) ->
removedItems = []
for item in items when @_storage.hasKey(item)
@_storage.unset item
removedItems.push item
@length--
if @fire and removedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', removedItems...)
removedItems
find: (f) ->
ret = undefined
@forEach (item) ->
if ret is undefined && f(item) is true
ret = item
ret
forEach: (iterator, ctx) ->
container = this
@_storage.forEach (key) -> iterator.call(ctx, key, null, container)
isEmpty: -> @length is 0
clear: ->
items = @toArray()
@_storage = new Batman.SimpleHash
@length = 0
if @fire and items.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', items...)
items
replace: (other) ->
try
@prevent?('change')
@clear()
@add(other.toArray()...)
finally
@allowAndFire?('change', this, this)
toArray: ->
@_storage.keys()
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
indexedBy: (key) ->
@_indexes.get(key) or @_indexes.set(key, new Batman.SetIndex(@, key))
indexedByUnique: (key) ->
@_uniqueIndexes.get(key) or @_uniqueIndexes.set(key, new Batman.UniqueSetIndex(@, key))
sortedBy: (key, order="asc") ->
order = if order.toLowerCase() is "desc" then "desc" else "asc"
sortsForKey = @_sorts.get(key) or @_sorts.set(key, new Batman.Object)
sortsForKey.get(order) or sortsForKey.set(order, new Batman.SetSort(@, key, order))
class Batman.Set extends Batman.Object
constructor: ->
Batman.SimpleSet.apply @, arguments
$extendsEnumerable(@::)
for k in ['add', 'remove', 'find', 'clear', 'replace', 'indexedBy', 'indexedByUnique', 'sortedBy']
@::[k] = Batman.SimpleSet::[k]
for k in ['merge', 'forEach', 'toArray', 'isEmpty', 'has']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleSet::[k].apply(@, arguments)
toJSON: @::toArray
applySetAccessors = (klass) ->
klass.accessor 'first', -> @toArray()[0]
klass.accessor 'last', -> @toArray()[@length - 1]
klass.accessor 'indexedBy', -> new Batman.TerminalAccessible (key) => @indexedBy(key)
klass.accessor 'indexedByUnique', -> new Batman.TerminalAccessible (key) => @indexedByUnique(key)
klass.accessor 'sortedBy', -> new Batman.TerminalAccessible (key) => @sortedBy(key)
klass.accessor 'sortedByDescending', -> new Batman.TerminalAccessible (key) => @sortedBy(key, 'desc')
klass.accessor 'isEmpty', -> @isEmpty()
klass.accessor 'toArray', -> @toArray()
klass.accessor 'length', ->
@registerAsMutableSource()
@length
applySetAccessors(Batman.Set)
class Batman.SetObserver extends Batman.Object
constructor: (@base) ->
@_itemObservers = new Batman.SimpleHash
@_setObservers = new Batman.SimpleHash
@_setObservers.set "itemsWereAdded", => @fire('itemsWereAdded', arguments...)
@_setObservers.set "itemsWereRemoved", => @fire('itemsWereRemoved', arguments...)
@on 'itemsWereAdded', @startObservingItems.bind(@)
@on 'itemsWereRemoved', @stopObservingItems.bind(@)
observedItemKeys: []
observerForItemAndKey: (item, key) ->
_getOrSetObserverForItemAndKey: (item, key) ->
@_itemObservers.getOrSet item, =>
observersByKey = new Batman.SimpleHash
observersByKey.getOrSet key, =>
@observerForItemAndKey(item, key)
startObserving: ->
@_manageItemObservers("observe")
@_manageSetObservers("addHandler")
stopObserving: ->
@_manageItemObservers("forget")
@_manageSetObservers("removeHandler")
startObservingItems: (items...) ->
@_manageObserversForItem(item, "observe") for item in items
stopObservingItems: (items...) ->
@_manageObserversForItem(item, "forget") for item in items
_manageObserversForItem: (item, method) ->
return unless item.isObservable
for key in @observedItemKeys
item[method] key, @_getOrSetObserverForItemAndKey(item, key)
@_itemObservers.unset(item) if method is "forget"
_manageItemObservers: (method) ->
@base.forEach (item) => @_manageObserversForItem(item, method)
_manageSetObservers: (method) ->
return unless @base.isObservable
@_setObservers.forEach (key, observer) =>
@base.event(key)[method](observer)
class Batman.SetProxy extends Batman.Object
constructor: () ->
super()
@length = 0
@base.on 'itemsWereAdded', (items...) => @fire('itemsWereAdded', items...)
@base.on 'itemsWereRemoved', (items...) => @fire('itemsWereRemoved', items...)
$extendsEnumerable(@::)
filter: (f) ->
r = new Batman.Set()
@reduce(((r, e) -> r.add(e) if f(e); r), r)
for k in ['add', 'remove', 'find', 'clear', 'replace']
do (k) =>
@::[k] = ->
results = @base[k](arguments...)
@length = @set('length', @base.get 'length')
results
for k in ['has', 'merge', 'toArray', 'isEmpty', 'indexedBy', 'indexedByUnique', 'sortedBy']
do (k) =>
@::[k] = -> @base[k](arguments...)
applySetAccessors(@)
@accessor 'length',
get: ->
@registerAsMutableSource()
@length
set: (_, v) -> @length = v
class Batman.SetSort extends Batman.SetProxy
constructor: (@base, @key, order="asc") ->
super()
@descending = order.toLowerCase() is "desc"
if @base.isObservable
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
boundReIndex = @_reIndex.bind(@)
@_setObserver.observerForItemAndKey = -> boundReIndex
@_setObserver.on 'itemsWereAdded', boundReIndex
@_setObserver.on 'itemsWereRemoved', boundReIndex
@startObserving()
@_reIndex()
startObserving: -> @_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
toArray: -> @get('_storage')
forEach: (iterator, ctx) -> iterator.call(ctx,e,i,this) for e,i in @get('_storage')
compare: (a,b) ->
return 0 if a is b
return 1 if a is undefined
return -1 if b is undefined
return 1 if a is null
return -1 if b is null
return 1 if a is false
return -1 if b is false
return 1 if a is true
return -1 if b is true
if a isnt a
if b isnt b
return 0 # both are NaN
else
return 1 # a is NaN
return -1 if b isnt b # b is NaN
return 1 if a > b
return -1 if a < b
return 0
_reIndex: ->
newOrder = @base.toArray().sort (a,b) =>
valueA = $get(a, @key)
valueA = valueA.valueOf() if valueA?
valueB = $get(b, @key)
valueB = valueB.valueOf() if valueB?
multiple = if @descending then -1 else 1
@compare.call(@, valueA, valueB) * multiple
@_setObserver?.startObservingItems(newOrder...)
@set('_storage', newOrder)
class Batman.SetIndex extends Batman.Object
propertyClass: Batman.Property
constructor: (@base, @key) ->
super()
@_storage = new Batman.SimpleHash
if @base.isEventEmitter
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
@_setObserver.observerForItemAndKey = @observerForItemAndKey.bind(@)
@_setObserver.on 'itemsWereAdded', (items...) =>
@_addItem(item) for item in items
@_setObserver.on 'itemsWereRemoved', (items...) =>
@_removeItem(item) for item in items
@base.forEach @_addItem.bind(@)
@startObserving()
@accessor (key) -> @_resultSetForKey(key)
startObserving: ->@_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
observerForItemAndKey: (item, key) ->
(newValue, oldValue) =>
@_removeItemFromKey(item, oldValue)
@_addItemToKey(item, newValue)
_addItem: (item) -> @_addItemToKey(item, @_keyForItem(item))
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
_removeItem: (item) -> @_removeItemFromKey(item, @_keyForItem(item))
_removeItemFromKey: (item, key) -> @_resultSetForKey(key).remove(item)
_resultSetForKey: (key) ->
@_storage.getOrSet(key, -> new Batman.Set)
_keyForItem: (item) ->
Batman.Keypath.forBaseAndKey(item, @key).getValue()
class Batman.UniqueSetIndex extends Batman.SetIndex
constructor: ->
@_uniqueIndex = new Batman.Hash
super
@accessor (key) -> @_uniqueIndex.get(key)
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
unless @_uniqueIndex.hasKey(key)
@_uniqueIndex.set(key, item)
_removeItemFromKey: (item, key) ->
resultSet = @_resultSetForKey(key)
super
if resultSet.isEmpty()
@_uniqueIndex.unset(key)
else
@_uniqueIndex.set(key, resultSet.toArray()[0])
class Batman.BinarySetOperation extends Batman.Set
constructor: (@left, @right) ->
super()
@_setup @left, @right
@_setup @right, @left
_setup: (set, opposite) =>
set.on 'itemsWereAdded', (items...) =>
@_itemsWereAddedToSource(set, opposite, items...)
set.on 'itemsWereRemoved', (items...) =>
@_itemsWereRemovedFromSource(set, opposite, items...)
@_itemsWereAddedToSource set, opposite, set.toArray()...
merge: (others...) ->
merged = new Batman.Set
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
filter: Batman.SetProxy::filter
class Batman.SetUnion extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) -> @add items...
_itemsWereRemovedFromSource: (source, opposite, items...) ->
itemsToRemove = (item for item in items when !opposite.has(item))
@remove itemsToRemove...
class Batman.SetIntersection extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) ->
itemsToAdd = (item for item in items when opposite.has(item))
@add itemsToAdd...
_itemsWereRemovedFromSource: (source, opposite, items...) -> @remove items...
# State Machines
# --------------
Batman.StateMachine = {
initialize: ->
Batman.initializeObject @
if not @_batman.states
@_batman.states = new Batman.SimpleHash
state: (name, callback) ->
Batman.StateMachine.initialize.call @
return @_batman.getFirst 'state' unless name
developer.assert @isEventEmitter, "StateMachine requires EventEmitter"
@[name] ||= (callback) -> _stateMachine_setState.call(@, name)
@on(name, callback) if typeof callback is 'function'
transition: (from, to, callback) ->
Batman.StateMachine.initialize.call @
@state from
@state to
@on("#{from}->#{to}", callback) if callback
}
# A special method to alias state machine methods to class methods
Batman.Object.actsAsStateMachine = (includeInstanceMethods=true) ->
Batman.StateMachine.initialize.call @
Batman.StateMachine.initialize.call @prototype
@classState = -> Batman.StateMachine.state.apply @, arguments
@state = -> @classState.apply @prototype, arguments
@::state = @classState if includeInstanceMethods
@classTransition = -> Batman.StateMachine.transition.apply @, arguments
@transition = -> @classTransition.apply @prototype, arguments
@::transition = @classTransition if includeInstanceMethods
# This is cached here so it doesn't need to be recompiled for every setter
_stateMachine_setState = (newState) ->
Batman.StateMachine.initialize.call @
if @_batman.isTransitioning
(@_batman.nextState ||= []).push(newState)
return false
@_batman.isTransitioning = yes
oldState = @state()
@_batman.state = newState
if newState and oldState
@fire("#{oldState}->#{newState}", newState, oldState)
if newState
@fire(newState, newState, oldState)
@_batman.isTransitioning = no
@[@_batman.nextState.shift()]() if @_batman.nextState?.length
newState
# App, Requests, and Routing
# --------------------------
# `Batman.Request` is a normalizer for XHR requests in the Batman world.
class Batman.Request extends Batman.Object
@objectToFormData: (data) ->
pairForList = (key, object, first = false) ->
list = switch Batman.typeOf(object)
when 'Object'
list = for k, v of object
pairForList((if first then k else "#{key}[#{k}]"), v)
list.reduce((acc, list) ->
acc.concat list
, [])
when 'Array'
object.reduce((acc, element) ->
acc.concat pairForList("#{key}[]", element)
, [])
else
[[key, object]]
formData = new Batman.container.FormData()
for [key, val] in pairForList("", data, true)
formData.append(key, val)
formData
url: ''
data: ''
method: 'GET'
formData: false
response: null
status: null
headers: {}
@accessor 'method', $mixin {}, Batman.Property.defaultAccessor,
set: (k,val) -> @[k] = val?.toUpperCase?()
# Set the content type explicitly for PUT and POST requests.
contentType: 'application/x-www-form-urlencoded'
constructor: (options) ->
handlers = {}
for k, handler of options when k in ['success', 'error', 'loading', 'loaded']
handlers[k] = handler
delete options[k]
super(options)
@on k, handler for k, handler of handlers
# After the URL gets set, we'll try to automatically send
# your request after a short period. If this behavior is
# not desired, use @cancel() after setting the URL.
@observeAll 'url', (url) ->
@_autosendTimeout = $setImmediate =>
@send()
# `send` is implmented in the platform layer files. One of those must be required for
# `Batman.Request` to be useful.
send: -> developer.error "Please source a dependency file for a request implementation"
cancel: ->
$clearImmediate(@_autosendTimeout) if @_autosendTimeout
## Routes
class Batman.Route extends Batman.Object
# Route regexes courtesy of Backbone
@regexps =
namedParam: /:([\w\d]+)/g
splatParam: /\*([\w\d]+)/g
queryParam: '(?:\\?.+)?'
namedOrSplat: /[:|\*]([\w\d]+)/g
namePrefix: '[:|\*]'
escapeRegExp: /[-[\]{}()+?.,\\^$|#\s]/g
optionKeys: ['member', 'collection']
testKeys: ['controller', 'action']
isRoute: true
constructor: (templatePath, baseParams) ->
regexps = @constructor.regexps
templatePath = "/#{templatePath}" if templatePath.indexOf('/') isnt 0
pattern = templatePath.replace(regexps.escapeRegExp, '\\$&')
regexp = ///
^
#{pattern
.replace(regexps.namedParam, '([^\/]+)')
.replace(regexps.splatParam, '(.*?)') }
#{regexps.queryParam}
$
///
namedArguments = (matches[1] while matches = regexps.namedOrSplat.exec(pattern))
properties = {templatePath, pattern, regexp, namedArguments, baseParams}
for k in @optionKeys
properties[k] = baseParams[k]
delete baseParams[k]
super(properties)
paramsFromPath: (path) ->
[path, query] = path.split '?'
namedArguments = @get('namedArguments')
params = $mixin {path}, @get('baseParams')
matches = @get('regexp').exec(path).slice(1)
for match, index in matches
name = namedArguments[index]
params[name] = match
if query
for pair in query.split('&')
[key, value] = pair.split '='
params[key] = value
params
pathFromParams: (argumentParams) ->
params = $mixin {}, argumentParams
path = @get('templatePath')
# Replace the names in the template with their values from params
for name in @get('namedArguments')
regexp = ///#{@constructor.regexps.namePrefix}#{name}///
newPath = path.replace regexp, (if params[name]? then params[name] else '')
if newPath != path
delete params[name]
path = newPath
for key in @testKeys
delete params[key]
# Append the rest of the params as a query string
queryParams = ("#{key}=#{value}" for key, value of params)
if queryParams.length > 0
path += "?" + queryParams.join("&")
path
test: (pathOrParams) ->
if typeof pathOrParams is 'string'
path = pathOrParams
else if pathOrParams.path?
path = pathOrParams.path
else
path = @pathFromParams(pathOrParams)
for key in @testKeys
if (value = @get(key))?
return false unless pathOrParams[key] == value
@get('regexp').test(path)
dispatch: (pathOrParams) ->
return false unless @test(pathOrParams)
if typeof pathOrParams is 'string'
params = @paramsFromPath(pathOrParams)
path = pathOrParams
else
params = pathOrParams
path = @pathFromParams(pathOrParams)
@get('callback')(params)
return path
callback: -> throw new Batman.DevelopmentError "Override callback in a Route subclass"
class Batman.CallbackActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'callback', 'app']
controller: false
action: false
class Batman.ControllerActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'app', 'controller', 'action']
constructor: (templatePath, options) ->
if options.signature
[controller, action] = options.signature.split('#')
action ||= 'index'
options.controller = controller
options.action = action
delete options.signature
super(templatePath, options)
callback: (params) =>
controller = @get("app.dispatcher.controllers.#{@get('controller')}")
controller.dispatch(@get('action'), params)
class Batman.Dispatcher extends Batman.Object
@canInferRoute: (argument) ->
argument instanceof Batman.Model ||
argument instanceof Batman.AssociationProxy ||
argument.prototype instanceof Batman.Model
@paramsFromArgument: (argument) ->
resourceNameFromModel = (model) ->
helpers.underscore(helpers.pluralize($functionName(model)))
return argument unless @canInferRoute(argument)
if argument instanceof Batman.Model || argument instanceof Batman.AssociationProxy
argument = argument.get('target') if argument.isProxy
if argument?
{
controller: resourceNameFromModel(argument.constructor)
action: 'show'
id: argument.get('id')
}
else
{}
else if argument.prototype instanceof Batman.Model
{
controller: resourceNameFromModel(argument)
action: 'index'
}
else
argument
class ControllerDirectory extends Batman.Object
@accessor '__app', Batman.Property.defaultAccessor
@accessor (key) -> @get("__app.#{helpers.capitalize(key)}Controller.sharedController")
@accessor 'controllers', -> new ControllerDirectory(__app: @get('app'))
constructor: (app, routeMap) ->
super({app, routeMap})
routeForParams: (params) ->
params = @constructor.paramsFromArgument(params)
@get('routeMap').routeForParams(params)
pathFromParams: (params) ->
return params if typeof params is 'string'
params = @constructor.paramsFromArgument(params)
@routeForParams(params)?.pathFromParams(params)
dispatch: (params) ->
inferredParams = @constructor.paramsFromArgument(params)
route = @routeForParams(inferredParams)
if route
path = route.dispatch(inferredParams)
else
# No route matching the parameters was found, but an object which might be for
# use with the params replacer has been passed. If its an object like a model
# or a record we could have inferred a route for it (but didn't), so we make
# sure that it isn't by running it through canInferRoute.
if $typeOf(params) is 'Object' && !@constructor.canInferRoute(params)
return @get('app.currentParams').replace(params)
else
@get('app.currentParams').clear()
return Batman.redirect('/404') unless path is '/404' or params is '/404'
@set 'app.currentURL', path
@set 'app.currentRoute', route
path
class Batman.RouteMap
memberRoute: null
collectionRoute: null
constructor: ->
@childrenByOrder = []
@childrenByName = {}
routeForParams: (params) ->
for route in @childrenByOrder
return route if route.test(params)
return undefined
addRoute: (name, route) ->
@childrenByOrder.push(route)
if name.length > 0 && (names = name.split('.')).length > 0
base = names.shift()
unless @childrenByName[base]
@childrenByName[base] = new Batman.RouteMap
@childrenByName[base].addRoute(names.join('.'), route)
else
if route.get('member')
developer.do =>
Batman.developer.error("Member route with name #{name} already exists!") if @memberRoute
@memberRoute = route
else
developer.do =>
Batman.developer.error("Collection route with name #{name} already exists!") if @collectionRoute
@collectionRoute = route
true
class Batman.NamedRouteQuery extends Batman.Object
isNamedRouteQuery: true
developer.do =>
class NonWarningProperty extends Batman.Keypath
constructor: ->
developer.suppress()
super
developer.unsuppress()
@::propertyClass = NonWarningProperty
constructor: (routeMap, args = []) ->
super({routeMap, args})
@accessor 'route', ->
{memberRoute, collectionRoute} = @get('routeMap')
for route in [memberRoute, collectionRoute] when route?
return route if route.namedArguments.length == @get('args').length
return collectionRoute || memberRoute
@accessor 'path', ->
params = {}
namedArguments = @get('route.namedArguments')
for argumentName, index in namedArguments
if (argumentValue = @get('args')[index])?
params[argumentName] = @_toParam(argumentValue)
@get('route').pathFromParams(params)
@accessor 'routeMap', 'args', 'cardinality', Batman.Property.defaultAccessor
@accessor
get: (key) ->
return if !key?
if typeof key is 'string'
@nextQueryForName(key)
else
@nextQueryWithArgument(key)
set: ->
cacheable: false
nextQueryForName: (key) ->
if map = @get('routeMap').childrenByName[key]
return new Batman.NamedRouteQuery(map, @args)
else
Batman.developer.error "Couldn't find a route for the name #{key}!"
nextQueryWithArgument: (arg) ->
args = @args.slice(0)
args.push arg
@clone(args)
_toParam: (arg) ->
if arg instanceof Batman.AssociationProxy
arg = arg.get('target')
if arg.toParam isnt 'undefined' then arg.toParam() else arg
_paramName: (arg) ->
string = helpers.singularize($functionName(arg)) + "Id"
string.charAt(0).toLowerCase() + string.slice(1)
clone: (args = @args) -> new Batman.NamedRouteQuery(@routeMap, args)
class Batman.RouteMapBuilder
@BUILDER_FUNCTIONS = ['resources', 'member', 'collection', 'route', 'root']
@ROUTES =
index:
cardinality: 'collection'
path: (resource) -> resource
name: (resource) -> resource
new:
cardinality: 'collection'
path: (resource) -> "#{resource}/new"
name: (resource) -> "#{resource}.new"
show:
cardinality: 'member'
path: (resource) -> "#{resource}/:id"
name: (resource) -> resource
edit:
cardinality: 'member'
path: (resource) -> "#{resource}/:id/edit"
name: (resource) -> "#{resource}.edit"
collection:
cardinality: 'collection'
path: (resource, name) -> "#{resource}/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
member:
cardinality: 'member'
path: (resource, name) -> "#{resource}/:id/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
constructor: (@app, @routeMap, @parent, @baseOptions = {}) ->
if @parent
@rootPath = @parent._nestingPath()
@rootName = @parent._nestingName()
else
@rootPath = ''
@rootName = ''
resources: (args...) ->
resourceNames = (arg for arg in args when typeof arg is 'string')
callback = args.pop() if typeof args[args.length - 1] is 'function'
if typeof args[args.length - 1] is 'object'
options = args.pop()
else
options = {}
actions = {index: true, new: true, show: true, edit: true}
if options.except
actions[k] = false for k in options.except
delete options.except
else if options.only
actions[k] = false for k, v of actions
actions[k] = true for k in options.only
delete options.only
for resourceName in resourceNames
controller = resourceRoot = helpers.pluralize(resourceName)
childBuilder = @_childBuilder({controller})
# Call the callback so that routes defined within it are matched
# before the standard routes defined by `resources`.
callback?.call(childBuilder)
for action, included of actions when included
route = @constructor.ROUTES[action]
as = route.name(resourceRoot)
path = route.path(resourceRoot)
routeOptions = $mixin {controller, action, path, as}, options
childBuilder[route.cardinality](action, routeOptions)
true
member: -> @_addRoutesWithCardinality('member', arguments...)
collection: -> @_addRoutesWithCardinality('collection', arguments...)
root: (signature, options) -> @route '/', signature, options
route: (path, signature, options, callback) ->
if !callback
if typeof options is 'function'
callback = options
options = undefined
else if typeof signature is 'function'
callback = signature
signature = undefined
if !options
if typeof signature is 'string'
options = {signature}
else
options = signature
options ||= {}
else
options.signature = signature if signature
options.callback = callback if callback
options.as ||= @_nameFromPath(path)
options.path = path
@_addRoute(options)
_addRoutesWithCardinality: (cardinality, names..., options) ->
if typeof options is 'string'
names.push options
options = {}
options = $mixin {}, @baseOptions, options
options[cardinality] = true
route = @constructor.ROUTES[cardinality]
resourceRoot = options.controller
for name in names
routeOptions = $mixin {action: name}, options
unless routeOptions.path?
routeOptions.path = route.path(resourceRoot, name)
unless routeOptions.as?
routeOptions.as = route.name(resourceRoot, name)
@_addRoute(routeOptions)
true
_addRoute: (options = {}) ->
path = @rootPath + options.path
name = @rootName + options.as
delete options.as
delete options.path
klass = if options.callback then Batman.CallbackActionRoute else Batman.ControllerActionRoute
options.app = @app
route = new klass(path, options)
@routeMap.addRoute(name, route)
_nameFromPath: (path) ->
underscored = path
.replace(Batman.Route.regexps.namedOrSplat, '')
.replace(/\/+/g, '_')
.replace(/(^_)|(_$)/g, '')
name = helpers.camelize(underscored)
name.charAt(0).toLowerCase() + name.slice(1)
_nestingPath: ->
unless @parent
""
else
nestingParam = ":" + helpers.singularize(@baseOptions.controller) + "Id"
"#{@parent._nestingPath()}/#{@baseOptions.controller}/#{nestingParam}/"
_nestingName: ->
unless @parent
""
else
@baseOptions.controller + "."
_childBuilder: (baseOptions = {}) -> new Batman.RouteMapBuilder(@app, @routeMap, @, baseOptions)
class Batman.Navigator
@defaultClass: ->
if Batman.config.usePushState and Batman.PushStateNavigator.isSupported()
Batman.PushStateNavigator
else
Batman.HashbangNavigator
@forApp: (app) -> new (@defaultClass())(app)
constructor: (@app) ->
start: ->
return if typeof window is 'undefined'
return if @started
@started = yes
@startWatching()
Batman.currentApp.prevent 'ready'
$setImmediate =>
if @started && Batman.currentApp
@handleCurrentLocation()
Batman.currentApp.allowAndFire 'ready'
stop: ->
@stopWatching()
@started = no
handleLocation: (location) ->
path = @pathFromLocation(location)
return if path is @cachedPath
@dispatch(path)
handleCurrentLocation: => @handleLocation(window.location)
dispatch: (params) ->
@cachedPath = @app.get('dispatcher').dispatch(params)
push: (params) ->
path = @dispatch(params)
@pushState(null, '', path)
path
replace: (params) ->
path = @dispatch(params)
@replaceState(null, '', path)
path
redirect: @::push
normalizePath: (segments...) ->
segments = for seg, i in segments
"#{seg}".replace(/^(?!\/)/, '/').replace(/\/+$/,'')
segments.join('') or '/'
@normalizePath: @::normalizePath
class Batman.PushStateNavigator extends Batman.Navigator
@isSupported: -> window?.history?.pushState?
startWatching: ->
$addEventListener window, 'popstate', @handleCurrentLocation
stopWatching: ->
$removeEventListener window, 'popstate', @handleCurrentLocation
pushState: (stateObject, title, path) ->
window.history.pushState(stateObject, title, @linkTo(path))
replaceState: (stateObject, title, path) ->
window.history.replaceState(stateObject, title, @linkTo(path))
linkTo: (url) ->
@normalizePath(Batman.config.pathPrefix, url)
pathFromLocation: (location) ->
fullPath = "#{location.pathname or ''}#{location.search or ''}"
prefixPattern = new RegExp("^#{@normalizePath(Batman.config.pathPrefix)}")
@normalizePath(fullPath.replace(prefixPattern, ''))
handleLocation: (location) ->
path = @pathFromLocation(location)
if path is '/' and (hashbangPath = Batman.HashbangNavigator::pathFromLocation(location)) isnt '/'
@replace(hashbangPath)
else
super
class Batman.HashbangNavigator extends Batman.Navigator
HASH_PREFIX: '#!'
if window? and 'onhashchange' of window
@::startWatching = ->
$addEventListener window, 'hashchange', @handleCurrentLocation
@::stopWatching = ->
$removeEventListener window, 'hashchange', @handleCurrentLocation
else
@::startWatching = ->
@interval = setInterval @handleCurrentLocation, 100
@::stopWatching = ->
@interval = clearInterval @interval
pushState: (stateObject, title, path) ->
window.location.hash = @linkTo(path)
replaceState: (stateObject, title, path) ->
loc = window.location
loc.replace("#{loc.pathname}#{loc.search}#{@linkTo(path)}")
linkTo: (url) -> @HASH_PREFIX + url
pathFromLocation: (location) ->
hash = location.hash
if hash?.substr(0,2) is @HASH_PREFIX
@normalizePath(hash.substr(2))
else
'/'
handleLocation: (location) ->
return super unless Batman.config.usePushState
realPath = Batman.PushStateNavigator::pathFromLocation(location)
if realPath is '/'
super
else
location.replace(@normalizePath("#{Batman.config.pathPrefix}#{@linkTo(realPath)}"))
Batman.redirect = $redirect = (url) ->
Batman.navigator?.redirect url
class Batman.ParamsReplacer extends Batman.Object
constructor: (@navigator, @params) ->
redirect: -> @navigator.replace(@toObject())
replace: (params) ->
@params.replace(params)
@redirect()
update: (params) ->
@params.update(params)
@redirect()
clear: () ->
@params.clear()
@redirect()
toObject: -> @params.toObject()
@accessor
get: (k) -> @params.get(k)
set: (k,v) ->
oldValue = @params.get(k)
result = @params.set(k,v)
@redirect() if oldValue isnt v
result
unset: (k) ->
hadKey = @params.hasKey(k)
result = @params.unset(k)
@redirect() if hadKey
result
class Batman.ParamsPusher extends Batman.ParamsReplacer
redirect: -> @navigator.push(@toObject())
# `Batman.App` manages requiring files and acts as a namespace for all code subclassing
# Batman objects.
class Batman.App extends Batman.Object
@classAccessor 'currentParams',
get: -> new Batman.Hash
'final': true
@classAccessor 'paramsManager',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.replacer = new Batman.ParamsReplacer(nav, params)
'final': true
@classAccessor 'paramsPusher',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.pusher = new Batman.ParamsPusher(nav, params)
'final': true
@classAccessor 'routes', -> new Batman.NamedRouteQuery(@get('routeMap'))
@classAccessor 'routeMap', -> new Batman.RouteMap
@classAccessor 'routeMapBuilder', -> new Batman.RouteMapBuilder(@, @get('routeMap'))
@classAccessor 'dispatcher', -> new Batman.Dispatcher(@, @get('routeMap'))
@classAccessor 'controllers', -> @get('dispatcher.controllers')
@classAccessor '_renderContext', -> Batman.RenderContext.base.descend(@)
# Require path tells the require methods which base directory to look in.
@requirePath: ''
# The require class methods (`controller`, `model`, `view`) simply tells
# your app where to look for coffeescript source files. This
# implementation may change in the future.
developer.do =>
App.require = (path, names...) ->
base = @requirePath + path
for name in names
@prevent 'run'
path = base + '/' + name + '.coffee'
new Batman.Request
url: path
type: 'html'
success: (response) =>
CoffeeScript.eval response
@allow 'run'
if not @isPrevented 'run'
@fire 'loaded'
@run() if @wantsToRun
@
@controller = (names...) ->
names = names.map (n) -> n + '_controller'
@require 'controllers', names...
@model = ->
@require 'models', arguments...
@view = ->
@require 'views', arguments...
# Layout is the base view that other views can be yielded into. The
# default behavior is that when `app.run()` is called, a new view will
# be created for the layout using the `document` node as its content.
# Use `MyApp.layout = null` to turn off the default behavior.
@layout: undefined
# Routes for the app are built using a RouteMapBuilder, so delegate the
# functions used to build routes to it.
for name in Batman.RouteMapBuilder.BUILDER_FUNCTIONS
do (name) =>
@[name] = -> @get('routeMapBuilder')[name](arguments...)
# Call `MyApp.run()` to start up an app. Batman level initializers will
# be run to bootstrap the application.
@event('ready').oneShot = true
@event('run').oneShot = true
@run: ->
if Batman.currentApp
return if Batman.currentApp is @
Batman.currentApp.stop()
return false if @hasRun
if @isPrevented 'run'
@wantsToRun = true
return false
else
delete @wantsToRun
Batman.currentApp = @
Batman.App.set('current', @)
unless @get('dispatcher')?
@set 'dispatcher', new Batman.Dispatcher(@, @get('routeMap'))
@set 'controllers', @get('dispatcher.controllers')
unless @get('navigator')?
@set('navigator', Batman.Navigator.forApp(@))
@on 'run', =>
Batman.navigator = @get('navigator')
Batman.navigator.start() if Object.keys(@get('dispatcher').routeMap).length > 0
@observe 'layout', (layout) =>
layout?.on 'ready', => @fire 'ready'
if typeof @layout is 'undefined'
@set 'layout', new Batman.View
context: @
node: document
else if typeof @layout is 'string'
@set 'layout', new @[helpers.camelize(@layout) + 'View']
@hasRun = yes
@fire('run')
@
@event('ready').oneShot = true
@event('stop').oneShot = true
@stop: ->
@navigator?.stop()
Batman.navigator = null
@hasRun = no
@fire('stop')
@
# Controllers
# -----------
class Batman.Controller extends Batman.Object
@singleton 'sharedController'
@accessor 'controllerName', -> @_controllerName ||= helpers.underscore($functionName(@constructor).replace('Controller', ''))
@accessor '_renderContext', -> Batman.RenderContext.root().descend(@)
@beforeFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.beforeFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
@afterFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.afterFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
runFilters: (params, filters) ->
action = params.action
if filters = @constructor._batman?.get(filters)
filters.forEach (_, options) =>
return if options.only and action not in options.only
return if options.except and action in options.except
block = options.block
if typeof block is 'function' then block.call(@, params) else @[block]?(params)
# You shouldn't call this method directly. It will be called by the dispatcher when a route is called.
# If you need to call a route manually, use `$redirect()`.
dispatch: (action, params = {}) ->
params.controller ||= @get 'controllerName'
params.action ||= action
params.target ||= @
oldRedirect = Batman.navigator?.redirect
Batman.navigator?.redirect = @redirect
@_inAction = yes
@_actedDuringAction = no
@set 'action', action
@set 'params', params
@runFilters params, 'beforeFilters'
developer.assert @[action], "Error! Controller action #{@get 'controllerName'}.#{action} couldn't be found!"
@[action](params)
if not @_actedDuringAction
@render()
@runFilters params, 'afterFilters'
delete @_actedDuringAction
delete @_inAction
Batman.navigator?.redirect = oldRedirect
redirectTo = @_afterFilterRedirect
delete @_afterFilterRedirect
$redirect(redirectTo) if redirectTo
redirect: (url) =>
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to redirect but an action has already be taken during #{@get('controllerName')}.#{@get('action')}}"
if @_inAction
@_actedDuringAction = yes
@_afterFilterRedirect = url
else
if $typeOf(url) is 'Object'
url.controller = @ if not url.controller
$redirect url
render: (options = {}) ->
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to render but an action has already be taken during #{@get('controllerName')}.#{@get('action')}"
@_actedDuringAction = yes
return if options is false
if not options.view
options.context ||= @get('_renderContext')
options.source ||= helpers.underscore(@get('controllerName') + '/' + @get('action'))
options.view = new (Batman.currentApp?[helpers.camelize("#{@get('controllerName')}_#{@get('action')}_view")] || Batman.View)(options)
if view = options.view
Batman.currentApp?.prevent 'ready'
view.on 'ready', =>
Batman.DOM.replace options.into || 'main', view.get('node'), view.hasContainer
Batman.currentApp?.allowAndFire 'ready'
view.ready?(@params)
view
# Models
# ------
class Batman.Model extends Batman.Object
# ## Model API
# Override this property if your model is indexed by a key other than `id`
@primaryKey: 'id'
# Override this property to define the key which storage adapters will use to store instances of this model under.
# - For RestStorage, this ends up being part of the url built to store this model
# - For LocalStorage, this ends up being the namespace in localStorage in which JSON is stored
@storageKey: null
# Pick one or many mechanisms with which this model should be persisted. The mechanisms
# can be already instantiated or just the class defining them.
@persist: (mechanisms...) ->
Batman.initializeObject @prototype
storage = @::_batman.storage ||= []
results = for mechanism in mechanisms
mechanism = if mechanism.isStorageAdapter then mechanism else new mechanism(@)
storage.push mechanism
mechanism
if results.length > 1
results
else
results[0]
# Encoders are the tiny bits of logic which manage marshalling Batman models to and from their
# storage representations. Encoders do things like stringifying dates and parsing them back out again,
# pulling out nested model collections and instantiating them (and JSON.stringifying them back again),
# and marshalling otherwise un-storable object.
@encode: (keys..., encoderOrLastKey) ->
Batman.initializeObject @prototype
@::_batman.encoders ||= new Batman.SimpleHash
@::_batman.decoders ||= new Batman.SimpleHash
encoder = {}
switch $typeOf(encoderOrLastKey)
when 'String'
keys.push encoderOrLastKey
when 'Function'
encoder.encode = encoderOrLastKey
else
encoder.encode = encoderOrLastKey.encode
encoder.decode = encoderOrLastKey.decode
encoder = $mixin {}, @defaultEncoder, encoder
for operation in ['encode', 'decode']
for key in keys
hash = @::_batman["#{operation}rs"]
if encoder[operation]
hash.set(key, encoder[operation])
else
hash.unset(key)
#true
# Set up the unit functions as the default for both
@defaultEncoder:
encode: (x) -> x
decode: (x) -> x
# Attach encoders and decoders for the primary key, and update them if the primary key changes.
@observeAndFire 'primaryKey', (newPrimaryKey) -> @encode newPrimaryKey, {encode: false, decode: @defaultEncoder.decode}
# Validations allow a model to be marked as 'valid' or 'invalid' based on a set of programmatic rules.
# By validating our data before it gets to the server we can provide immediate feedback to the user about
# what they have entered and forgo waiting on a round trip to the server.
# `validate` allows the attachment of validations to the model on particular keys, where the validation is
# either a built in one (by use of options to pass to them) or a custom one (by use of a custom function as
# the second argument). Custom validators should have the signature `(errors, record, key, callback)`. They
# should add strings to the `errors` set based on the record (maybe depending on the `key` they were attached
# to) and then always call the callback. Again: the callback must always be called.
@validate: (keys..., optionsOrFunction) ->
Batman.initializeObject @prototype
validators = @::_batman.validators ||= []
if typeof optionsOrFunction is 'function'
# Given a function, use that as the actual validator, expecting it to conform to the API
# the built in validators do.
validators.push
keys: keys
callback: optionsOrFunction
else
# Given options, find the validations which match the given options, and add them to the validators
# array.
options = optionsOrFunction
for validator in Validators
if (matches = validator.matches(options))
delete options[match] for match in matches
validators.push
keys: keys
validator: new validator(matches)
@urlNestsUnder: (key) ->
parent = Batman.helpers.pluralize(key)
children = Batman.helpers.pluralize(Batman._functionName(@).toLowerCase())
@url = (options) ->
parentID = options.data[key + '_id']
delete options.data[key + '_id']
"#{parent}/#{parentID}/#{children}"
@::url = ->
url = "#{parent}/#{@get(key + '_id')}/#{children}"
if id = @get('id')
url += '/' + id
url
# ### Query methods
@classAccessor 'all',
get: ->
@load() if @::hasStorage() and @classState() not in ['loaded', 'loading']
@get('loaded')
set: (k, v) -> @set('loaded', v)
@classAccessor 'loaded',
get: -> @_loaded ||= new Batman.Set
set: (k, v) -> @_loaded = v
@classAccessor 'first', -> @get('all').toArray()[0]
@classAccessor 'last', -> x = @get('all').toArray(); x[x.length - 1]
@clear: ->
Batman.initializeObject(@)
result = @get('loaded').clear()
@_batman.get('associations')?.reset()
result
@find: (id, callback) ->
developer.assert callback, "Must call find with a callback!"
record = new @()
record.set 'id', id
newRecord = @_mapIdentity(record)
newRecord.load callback
return newRecord
# `load` fetches records from all sources possible
@load: (options, callback) ->
if typeof options in ['function', 'undefined']
callback = options
options = {}
developer.assert @::_batman.getAll('storage').length, "Can't load model #{$functionName(@)} without any storage adapters!"
@loading()
@::_doStorageOperation 'readAll', options, (err, records) =>
if err?
callback?(err, [])
else
mappedRecords = (@_mapIdentity(record) for record in records)
@loaded()
callback?(err, mappedRecords)
# `create` takes an attributes hash, creates a record from it, and saves it given the callback.
@create: (attrs, callback) ->
if !callback
[attrs, callback] = [{}, attrs]
obj = new this(attrs)
obj.save(callback)
obj
# `findOrCreate` takes an attributes hash, optionally containing a primary key, and returns to you a saved record
# representing those attributes, either from the server or from the identity map.
@findOrCreate: (attrs, callback) ->
record = new this(attrs)
if record.isNew()
record.save(callback)
else
foundRecord = @_mapIdentity(record)
foundRecord.updateAttributes(attrs)
callback(undefined, foundRecord)
@_mapIdentity: (record) ->
if typeof (id = record.get('id')) == 'undefined' || id == ''
return record
else
existing = @get("loaded.indexedBy.id").get(id)?.toArray()[0]
if existing
existing.updateAttributes(record._batman.attributes || {})
return existing
else
@get('loaded').add(record)
return record
associationProxy: (association) ->
Batman.initializeObject(@)
proxies = @_batman.associationProxies ||= new Batman.SimpleHash
proxies.get(association.label) or proxies.set(association.label, new association.proxyClass(association, @))
# ### Record API
# Add a universally accessible accessor for retrieving the primrary key, regardless of which key its stored under.
@accessor 'id',
get: ->
pk = @constructor.primaryKey
if pk == 'id'
@id
else
@get(pk)
set: (k, v) ->
# naively coerce string ids into integers
if typeof v is "string" and v.match(/[^0-9]/) is null
v = parseInt(v, 10)
pk = @constructor.primaryKey
if pk == 'id'
@id = v
else
@set(pk, v)
# Add normal accessors for the dirty keys and errors attributes of a record, so these accesses don't fall to the
# default accessor.
@accessor 'dirtyKeys', 'errors', Batman.Property.defaultAccessor
# Add an accessor for the internal batman state under `batmanState`, so that the `state` key can be a valid
# attribute.
@accessor 'batmanState'
get: -> @state()
set: (k, v) -> @state(v)
# Add a default accessor to make models store their attributes under a namespace by default.
@accessor Model.defaultAccessor =
get: (k) ->
attribute = (@_batman.attributes ||= {})[k]
if typeof attribute isnt 'undefined'
attribute
else
@[k]
set: (k, v) -> (@_batman.attributes ||= {})[k] = v
unset: (k) ->
x = (@_batman.attributes ||={})[k]
delete @_batman.attributes[k]
x
# New records can be constructed by passing either an ID or a hash of attributes (potentially
# containing an ID) to the Model constructor. By not passing an ID, the model is marked as new.
constructor: (idOrAttributes = {}) ->
developer.assert @ instanceof Batman.Object, "constructors must be called with new"
# We have to do this ahead of super, because mixins will call set which calls things on dirtyKeys.
@dirtyKeys = new Batman.Hash
@errors = new Batman.ErrorsSet
# Find the ID from either the first argument or the attributes.
if $typeOf(idOrAttributes) is 'Object'
super(idOrAttributes)
else
super()
@set('id', idOrAttributes)
@empty() if not @state()
# Override the `Batman.Observable` implementation of `set` to implement dirty tracking.
set: (key, value) ->
# Optimize setting where the value is the same as what's already been set.
oldValue = @get(key)
return if oldValue is value
# Actually set the value and note what the old value was in the tracking array.
result = super
@dirtyKeys.set(key, oldValue)
# Mark the model as dirty if isn't already.
@dirty() unless @state() in ['dirty', 'loading', 'creating']
result
updateAttributes: (attrs) ->
@mixin(attrs)
@
toString: ->
"#{$functionName(@constructor)}: #{@get('id')}"
# `toJSON` uses the various encoders for each key to grab a storable representation of the record.
toJSON: ->
obj = {}
# Encode each key into a new object
encoders = @_batman.get('encoders')
unless !encoders or encoders.isEmpty()
encoders.forEach (key, encoder) =>
val = @get key
if typeof val isnt 'undefined'
encodedVal = encoder(val, key, obj, @)
if typeof encodedVal isnt 'undefined'
obj[key] = encodedVal
if @constructor.primaryKey isnt 'id'
obj[@constructor.primaryKey] = @get('id')
delete obj.id
obj
# `fromJSON` uses the various decoders for each key to generate a record instance from the JSON
# stored in whichever storage mechanism.
fromJSON: (data) ->
obj = {}
decoders = @_batman.get('decoders')
# If no decoders were specified, do the best we can to interpret the given JSON by camelizing
# each key and just setting the values.
if !decoders or decoders.isEmpty()
for key, value of data
obj[key] = value
else
# If we do have decoders, use them to get the data.
decoders.forEach (key, decoder) =>
obj[key] = decoder(data[key], key, data, obj, @) unless typeof data[key] is 'undefined'
if @constructor.primaryKey isnt 'id'
obj.id = data[@constructor.primaryKey]
developer.do =>
if (!decoders) || decoders.length <= 1
developer.warn "Warning: Model #{$functionName(@constructor)} has suspiciously few decoders!"
# Mixin the buffer object to use optimized and event-preventing sets used by `mixin`.
@mixin obj
toParam: -> @get('id')
# Each model instance (each record) can be in one of many states throughout its lifetime. Since various
# operations on the model are asynchronous, these states are used to indicate exactly what point the
# record is at in it's lifetime, which can often be during a save or load operation.
@actsAsStateMachine yes
# Add the various states to the model.
for k in ['empty', 'dirty', 'loading', 'loaded', 'saving', 'saved', 'creating', 'created', 'validating', 'validated', 'destroying', 'destroyed']
@state k
for k in ['loading', 'loaded']
@classState k
_doStorageOperation: (operation, options, callback) ->
developer.assert @hasStorage(), "Can't #{operation} model #{$functionName(@constructor)} without any storage adapters!"
adapters = @_batman.get('storage')
for adapter in adapters
adapter.perform operation, @, {data: options}, callback
true
hasStorage: -> (@_batman.get('storage') || []).length > 0
# `load` fetches the record from all sources possible
load: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't load a destroyed record!"))
return
@loading()
@_doStorageOperation 'read', {}, (err, record) =>
unless err
@loaded()
record = @constructor._mapIdentity(record)
callback?(err, record)
# `save` persists a record to all the storage mechanisms added using `@persist`. `save` will only save
# a model if it is valid.
save: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't save a destroyed record!"))
return
@validate (isValid, errors) =>
if !isValid
callback?(errors)
return
creating = @isNew()
do @saving
do @creating if creating
associations = @constructor._batman.get('associations')
# Save belongsTo models immediately since we don't need this model's id
associations?.getByType('belongsTo')?.forEach (association, label) => association.apply(@)
@_doStorageOperation (if creating then 'create' else 'update'), {}, (err, record) =>
unless err
if creating
do @created
do @saved
@dirtyKeys.clear()
associations?.getByType('hasOne')?.forEach (association) -> association.apply(err, record)
associations?.getByType('hasMany')?.forEach (association) -> association.apply(err, record)
record = @constructor._mapIdentity(record)
callback?(err, record)
# `destroy` destroys a record in all the stores.
destroy: (callback) =>
do @destroying
@_doStorageOperation 'destroy', {}, (err, record) =>
unless err
@constructor.get('all').remove(@)
do @destroyed
callback?(err)
# `validate` performs the record level validations determining the record's validity. These may be asynchronous,
# in which case `validate` has no useful return value. Results from asynchronous validations can be received by
# listening to the `afterValidation` lifecycle callback.
validate: (callback) ->
oldState = @state()
@errors.clear()
do @validating
finish = () =>
do @validated
@[oldState]()
callback?(@errors.length == 0, @errors)
validators = @_batman.get('validators') || []
unless validators.length > 0
finish()
else
count = validators.length
validationCallback = =>
if --count == 0
finish()
for validator in validators
v = validator.validator
# Run the validator `v` or the custom callback on each key it validates by instantiating a new promise
# and passing it to the appropriate function along with the key and the value to be validated.
for key in validator.keys
if v
v.validateEach @errors, @, key, validationCallback
else
validator.callback @errors, @, key, validationCallback
return
isNew: -> typeof @get('id') is 'undefined'
# ## Associations
class Batman.AssociationProxy extends Batman.Object
isProxy: true
constructor: (@association, @model) ->
loaded: false
toJSON: ->
target = @get('target')
@get('target').toJSON() if target?
load: (callback) ->
@fetch (err, proxiedRecord) =>
unless err
@set 'loaded', true
@set 'target', proxiedRecord
callback?(err, proxiedRecord)
@get('target')
fetch: (callback) ->
unless (@get('foreignValue') || @get('primaryValue'))?
return callback(undefined, undefined)
record = @fetchFromLocal()
if record
return callback(undefined, record)
else
@fetchFromRemote(callback)
@accessor 'loaded', Batman.Property.defaultAccessor
@accessor 'target',
get: -> @fetchFromLocal()
set: (_, v) -> v # This just needs to bust the cache
@accessor
get: (k) -> @get('target')?.get(k)
set: (k, v) -> @get('target')?.set(k, v)
class Batman.BelongsToProxy extends Batman.AssociationProxy
@accessor 'foreignValue', -> @model.get(@association.foreignKey)
fetchFromLocal: -> @association.setIndex().get(@get('foreignValue'))
fetchFromRemote: (callback) ->
@association.getRelatedModel().find @get('foreignValue'), (error, loadedRecord) =>
throw error if error
callback undefined, loadedRecord
class Batman.HasOneProxy extends Batman.AssociationProxy
@accessor 'primaryValue', -> @model.get(@association.primaryKey)
fetchFromLocal: -> @association.setIndex().get(@get('primaryValue'))
fetchFromRemote: (callback) ->
loadOptions = {}
loadOptions[@association.foreignKey] = @get('primaryValue')
@association.getRelatedModel().load loadOptions, (error, loadedRecords) =>
throw error if error
if !loadedRecords or loadedRecords.length <= 0
callback new Error("Couldn't find related record!"), undefined
else
callback undefined, loadedRecords[0]
class Batman.AssociationSet extends Batman.SetSort
constructor: (@value, @association) ->
base = new Batman.Set
super(base, 'hashKey')
loaded: false
load: (callback) ->
return callback(undefined, @) unless @value?
loadOptions = {}
loadOptions[@association.foreignKey] = @value
@association.getRelatedModel().load loadOptions, (err, records) =>
@loaded = true unless err
@fire 'loaded'
callback(err, @)
class Batman.UniqueAssociationSetIndex extends Batman.UniqueSetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
class Batman.AssociationSetIndex extends Batman.SetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
_resultSetForKey: (key) ->
@_storage.getOrSet key, =>
new Batman.AssociationSet(key, @association)
_setResultSet: (key, set) ->
@_storage.set key, set
class Batman.AssociationCurator extends Batman.SimpleHash
@availableAssociations: ['belongsTo', 'hasOne', 'hasMany']
constructor: (@model) ->
super()
# Contains (association, label) pairs mapped by association type
# ie. @storage = {<Association.associationType>: [<Association>, <Association>]}
@_byTypeStorage = new Batman.SimpleHash
add: (association) ->
@set association.label, association
unless associationTypeSet = @_byTypeStorage.get(association.associationType)
associationTypeSet = new Batman.SimpleSet
@_byTypeStorage.set association.associationType, associationTypeSet
associationTypeSet.add association
getByType: (type) -> @_byTypeStorage.get(type)
getByLabel: (label) -> @get(label)
reset: ->
@forEach (label, association) -> association.reset()
true
merge: (others...) ->
result = super
result._byTypeStorage = @_byTypeStorage.merge(others.map (other) -> other._byTypeStorage)
result
class Batman.Association
associationType: ''
defaultOptions:
saveInline: true
autoload: true
constructor: (@model, @label, options = {}) ->
defaultOptions =
namespace: Batman.currentApp
name: helpers.camelize(helpers.singularize(@label))
@options = $mixin defaultOptions, @defaultOptions, options
# Setup encoders and accessors for this association. The accessor needs reference to this
# association object, so curry the association info into the getAccessor, which has the
# model applied as the context
@model.encode label, @encoder()
self = @
getAccessor = -> return self.getAccessor.call(@, self, @model, @label)
@model.accessor @label,
get: getAccessor
set: model.defaultAccessor.set
unset: model.defaultAccessor.unset
if @url
@model.url ||= (recordOptions) ->
return self.url(recordOptions)
getRelatedModel: ->
scope = @options.namespace or Batman.currentApp
modelName = @options.name
relatedModel = scope?[modelName]
developer.do ->
if Batman.currentApp? and not relatedModel
developer.warn "Related model #{modelName} hasn't loaded yet."
relatedModel
getFromAttributes: (record) ->
record.constructor.defaultAccessor.get.call(record, @label)
setIntoAttributes: (record, value) ->
record.constructor.defaultAccessor.set.call(record, @label, value)
encoder: -> developer.error "You must override encoder in Batman.Association subclasses."
setIndex: -> developer.error "You must override setIndex in Batman.Association subclasses."
inverse: ->
if relatedAssocs = @getRelatedModel()._batman.get('associations')
if @options.inverseOf
return relatedAssocs.getByLabel(@options.inverseOf)
inverse = null
relatedAssocs.forEach (label, assoc) =>
if assoc.getRelatedModel() is @model
inverse = assoc
inverse
reset: ->
delete @index
true
class Batman.SingularAssociation extends Batman.Association
isSingular: true
getAccessor: (self, model, label) ->
# Check whether the relation has already been set on this model
if recordInAttributes = self.getFromAttributes(@)
return recordInAttributes
# Make sure the related model has been loaded
if self.getRelatedModel()
proxy = @associationProxy(self)
Batman.Property.withoutTracking ->
if not proxy.get('loaded') and self.options.autoload
proxy.load()
proxy
setIndex: ->
@index ||= new Batman.UniqueAssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.PluralAssociation extends Batman.Association
isSingular: false
setForRecord: (record) ->
Batman.Property.withoutTracking =>
if id = record.get(@primaryKey)
@setIndex().get(id)
else
new Batman.AssociationSet(undefined, @)
getAccessor: (self, model, label) ->
return unless self.getRelatedModel()
# Check whether the relation has already been set on this model
if setInAttributes = self.getFromAttributes(@)
setInAttributes
else
relatedRecords = self.setForRecord(@)
self.setIntoAttributes(@, relatedRecords)
Batman.Property.withoutTracking =>
if self.options.autoload and not @isNew() and not relatedRecords.loaded
relatedRecords.load (error, records) -> throw error if error
relatedRecords
setIndex: ->
@index ||= new Batman.AssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.BelongsToAssociation extends Batman.SingularAssociation
associationType: 'belongsTo'
proxyClass: Batman.BelongsToProxy
indexRelatedModelOn: 'primaryKey'
defaultOptions:
saveInline: false
autoload: true
constructor: ->
super
@foreignKey = @options.foreignKey or "#{@label}_id"
@primaryKey = @options.primaryKey or "id"
@model.encode @foreignKey
url: (recordOptions) ->
if inverse = @inverse()
root = Batman.helpers.pluralize(@label)
id = recordOptions.data?["#{@label}_id"]
helper = if inverse.isSingular then "singularize" else "pluralize"
ending = Batman.helpers[helper](inverse.label)
return "/#{root}/#{id}/#{ending}"
encoder: ->
association = @
encoder =
encode: false
decode: (data, _, __, ___, childRecord) ->
relatedModel = association.getRelatedModel()
record = new relatedModel()
record.fromJSON(data)
record = relatedModel._mapIdentity(record)
if association.options.inverseOf
if inverse = association.inverse()
if inverse instanceof Batman.HasManyAssociation
# Rely on the parent's set index to get this out.
childRecord.set(association.foreignKey, record.get(association.primaryKey))
else
record.set(inverse.label, childRecord)
childRecord.set(association.label, record)
record
if @options.saveInline
encoder.encode = (val) -> val.toJSON()
encoder
apply: (base) ->
if model = base.get(@label)
foreignValue = model.get(@primaryKey)
if foreignValue isnt undefined
base.set @foreignKey, foreignValue
class Batman.HasOneAssociation extends Batman.SingularAssociation
associationType: 'hasOne'
proxyClass: Batman.HasOneProxy
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "id"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_id"
apply: (baseSaveError, base) ->
if relation = @getFromAttributes(base)
relation.set @foreignKey, base.get(@primaryKey)
encoder: ->
association = @
return {
encode: (val, key, object, record) ->
return unless association.options.saveInline
if json = val.toJSON()
json[association.foreignKey] = record.get(association.primaryKey)
json
decode: (data, _, __, ___, parentRecord) ->
relatedModel = association.getRelatedModel()
record = new (relatedModel)()
record.fromJSON(data)
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
record
}
class Batman.HasManyAssociation extends Batman.PluralAssociation
associationType: 'hasMany'
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "<KEY>"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_<KEY>"
apply: (baseSaveError, base) ->
unless baseSaveError
if relations = @getFromAttributes(base)
relations.forEach (model) =>
model.set @foreignKey, base.get(@primaryKey)
base.set @label, @setForRecord(base)
encoder: ->
association = @
return {
encode: (relationSet, _, __, record) ->
return if association._beingEncoded
association._beingEncoded = true
return unless association.options.saveInline
if relationSet?
jsonArray = []
relationSet.forEach (relation) ->
relationJSON = relation.toJSON()
relationJSON[association.foreignKey] = record.get(association.primaryKey)
jsonArray.push relationJSON
delete association._beingEncoded
jsonArray
decode: (data, key, _, __, parentRecord) ->
if relatedModel = association.getRelatedModel()
existingRelations = association.getFromAttributes(parentRecord) || association.setForRecord(parentRecord)
existingArray = existingRelations?.toArray()
for jsonObject, i in data
record = if existingArray && existingArray[i]
existing = true
existingArray[i]
else
existing = false
new relatedModel()
record.fromJSON jsonObject
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
existingRelations.add record
else
developer.error "Can't decode model #{association.options.name} because it hasn't been loaded yet!"
existingRelations
}
# ### Model Associations API
for k in Batman.AssociationCurator.availableAssociations
do (k) =>
Batman.Model[k] = (label, scope) ->
Batman.initializeObject(@)
collection = @_batman.associations ||= new Batman.AssociationCurator(@)
collection.add new Batman["#{helpers.capitalize(k)}Association"](@, label, scope)
class Batman.ValidationError extends Batman.Object
constructor: (attribute, message) -> super({attribute, message})
# `ErrorSet` is a simple subclass of `Set` which makes it a bit easier to
# manage the errors on a model.
class Batman.ErrorsSet extends Batman.Set
# Define a default accessor to get the set of errors on a key
@accessor (key) -> @indexedBy('attribute').get(key)
# Define a shorthand method for adding errors to a key.
add: (key, error) -> super(new Batman.ValidationError(key, error))
class Batman.Validator extends Batman.Object
constructor: (@options, mixins...) ->
super mixins...
validate: (record) -> developer.error "You must override validate in Batman.Validator subclasses."
format: (key, messageKey, interpolations) -> t('errors.format', {attribute: key, message: t("errors.messages.#{messageKey}", interpolations)})
@options: (options...) ->
Batman.initializeObject @
if @_batman.options then @_batman.options.concat(options) else @_batman.options = options
@matches: (options) ->
results = {}
shouldReturn = no
for key, value of options
if ~@_batman?.options?.indexOf(key)
results[key] = value
shouldReturn = yes
return results if shouldReturn
Validators = Batman.Validators = [
class Batman.LengthValidator extends Batman.Validator
@options 'minLength', 'maxLength', 'length', 'lengthWithin', 'lengthIn'
constructor: (options) ->
if range = (options.lengthIn or options.lengthWithin)
options.minLength = range[0]
options.maxLength = range[1] || -1
delete options.lengthWithin
delete options.lengthIn
super
validateEach: (errors, record, key, callback) ->
options = @options
value = record.get(key) ? []
if options.minLength and value.length < options.minLength
errors.add key, @format(key, 'too_short', {count: options.minLength})
if options.maxLength and value.length > options.maxLength
errors.add key, @format(key, 'too_long', {count: options.maxLength})
if options.length and value.length isnt options.length
errors.add key, @format(key, 'wrong_length', {count: options.length})
callback()
class Batman.PresenceValidator extends Batman.Validator
@options 'presence'
validateEach: (errors, record, key, callback) ->
value = record.get(key)
if @options.presence && (!value? || value is '')
errors.add key, @format(key, 'blank')
callback()
]
$mixin Batman.translate.messages,
errors:
format: "%{attribute} %{message}"
messages:
too_short: "must be at least %{count} characters"
too_long: "must be less than %{count} characters"
wrong_length: "must be %{count} characters"
blank: "can't be blank"
class Batman.StorageAdapter extends Batman.Object
class @StorageError extends Error
name: "StorageError"
constructor: (message) ->
super
@message = message
class @RecordExistsError extends @StorageError
name: 'RecordExistsError'
constructor: (message) ->
super(message || "Can't create this record because it already exists in the store!")
class @NotFoundError extends @StorageError
name: 'NotFoundError'
constructor: (message) ->
super(message || "Record couldn't be found in storage!")
constructor: (model) -> super(model: model)
isStorageAdapter: true
storageKey: (record) ->
model = record?.constructor || @model
model.get('storageKey') || helpers.pluralize(helpers.underscore($functionName(model)))
getRecordFromData: (attributes, constructor = @model) ->
record = new constructor()
record.fromJSON(attributes)
record
@skipIfError: (f) ->
return (env, next) ->
if env.error?
next()
else
f.call(@, env, next)
before: -> @_addFilter('before', arguments...)
after: -> @_addFilter('after', arguments...)
_inheritFilters: ->
if !@_batman.check(@) || !@_batman.filters
oldFilters = @_batman.getFirst('filters')
@_batman.filters = {before: {}, after: {}}
if oldFilters?
for position, filtersByKey of oldFilters
for key, filtersList of filtersByKey
@_batman.filters[position][key] = filtersList.slice(0)
_addFilter: (position, keys..., filter) ->
@_inheritFilters()
for key in keys
@_batman.filters[position][key] ||= []
@_batman.filters[position][key].push filter
true
runFilter: (position, action, env, callback) ->
@_inheritFilters()
allFilters = @_batman.filters[position].all || []
actionFilters = @_batman.filters[position][action] || []
env.action = action
# Action specific filters execute first, and then the `all` filters.
filters = actionFilters.concat(allFilters)
next = (newEnv) =>
env = newEnv if newEnv?
if (nextFilter = filters.shift())?
nextFilter.call @, env, next
else
callback.call @, env
next()
runBeforeFilter: -> @runFilter 'before', arguments...
runAfterFilter: (action, env, callback) -> @runFilter 'after', action, env, @exportResult(callback)
exportResult: (callback) -> (env) -> callback(env.error, env.result, env)
_jsonToAttributes: (json) -> JSON.parse(json)
perform: (key, recordOrProto, options, callback) ->
options ||= {}
env = {options}
if key == '<KEY>'
env.proto = recordOrProto
else
env.record = recordOrProto
next = (newEnv) =>
env = newEnv if newEnv?
@runAfterFilter key, env, callback
@runBeforeFilter key, env, (env) ->
@[key](env, next)
class Batman.LocalStorage extends Batman.StorageAdapter
constructor: ->
return null if typeof window.localStorage is 'undefined'
super
@storage = localStorage
storageRegExpForRecord: (record) -> new RegExp("^#{@storageKey(record)}(\\d+)$")
nextIdForRecord: (record) ->
re = @storageRegExpForRecord(record)
nextId = 1
@_forAllStorageEntries (k, v) ->
if matches = re.exec(k)
nextId = Math.max(nextId, parseInt(matches[1], 10) + 1)
nextId
_forAllStorageEntries: (iterator) ->
for i in [0...@storage.length]
key = @storage.key(i)
iterator.call(@, key, @storage.getItem(key))
true
_storageEntriesMatching: (proto, options) ->
re = @storageRegExpForRecord(proto)
records = []
@_forAllStorageEntries (storageKey, storageString) ->
if keyMatches = re.exec(storageKey)
data = @_jsonToAttributes(storageString)
data[proto.constructor.primaryKey] = keyMatches[1]
records.push data if @_dataMatches(options, data)
records
_dataMatches: (conditions, data) ->
match = true
for k, v of conditions
if data[k] != v
match = false
break
match
@::before 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
if env.action == 'create'
env.id = env.record.get('id') || env.record.set('id', @nextIdForRecord(env.record))
else
env.id = env.record.get('id')
unless env.id?
env.error = new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
else
env.key = @storageKey(env.record) + env.id
next()
@::before 'create', 'update', @skipIfError (env, next) ->
env.recordAttributes = JSON.stringify(env.record)
next()
@::after 'read', @skipIfError (env, next) ->
if typeof env.recordAttributes is 'string'
try
env.recordAttributes = @_jsonToAttributes(env.recordAttributes)
catch error
env.error = error
return next()
env.record.fromJSON env.recordAttributes
next()
@::after 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
env.result = env.records = for recordAttributes in env.recordsAttributes
@getRecordFromData(recordAttributes, env.proto.constructor)
next()
read: @skipIfError (env, next) ->
env.recordAttributes = @storage.getItem(env.key)
if !env.recordAttributes
env.error = new @constructor.NotFoundError()
next()
create: @skipIfError ({key, recordAttributes}, next) ->
if @storage.getItem(key)
arguments[0].error = new @constructor.RecordExistsError
else
@storage.setItem(key, recordAttributes)
next()
update: @skipIfError ({key, recordAttributes}, next) ->
@storage.setItem(key, recordAttributes)
next()
destroy: @skipIfError ({key}, next) ->
@storage.removeItem(key)
next()
readAll: @skipIfError ({proto, options}, next) ->
try
arguments[0].recordsAttributes = @_storageEntriesMatching(proto, options.data)
catch error
arguments[0].error = error
next()
class Batman.SessionStorage extends Batman.LocalStorage
constructor: ->
if typeof window.sessionStorage is 'undefined'
return null
super
@storage = sessionStorage
class Batman.RestStorage extends Batman.StorageAdapter
@JSONContentType: 'application/json'
@PostBodyContentType: 'application/x-www-form-urlencoded'
defaultRequestOptions:
type: 'json'
serializeAsForm: true
constructor: ->
super
@defaultRequestOptions = $mixin {}, @defaultRequestOptions
recordJsonNamespace: (record) -> helpers.singularize(@storageKey(record))
collectionJsonNamespace: (proto) -> helpers.pluralize(@storageKey(proto))
_execWithOptions: (object, key, options) -> if typeof object[key] is 'function' then object[key](options) else object[key]
_defaultCollectionUrl: (record) -> "/#{@storageKey(record)}"
urlForRecord: (record, env) ->
if record.url
url = @_execWithOptions(record, 'url', env.options)
else
url = if record.constructor.url
@_execWithOptions(record.constructor, 'url', env.options)
else
@_defaultCollectionUrl(record)
if env.action != 'create'
if (id = record.get('id'))?
url = url + "/" + id
else
throw new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
@urlPrefix(record, env) + url + @urlSuffix(record, env)
urlForCollection: (model, env) ->
url = if model.url
@_execWithOptions(model, 'url', env.options)
else
@_defaultCollectionUrl(model::, env.options)
@urlPrefix(model, env) + url + @urlSuffix(model, env)
urlPrefix: (object, env) ->
@_execWithOptions(object, 'urlPrefix', env.options) || ''
urlSuffix: (object, env) ->
@_execWithOptions(object, 'urlSuffix', env.options) || ''
request: (env, next) ->
options = $mixin env.options,
success: (data) -> env.data = data
error: (error) -> env.error = error
loaded: ->
env.response = req.get('response')
next()
req = new Batman.Request(options)
perform: (key, record, options, callback) ->
$mixin (options ||= {}), @defaultRequestOptions
super
@::before 'create', 'read', 'update', 'destroy', @skipIfError (env, next) ->
try
env.options.url = @urlForRecord(env.record, env)
catch error
env.error = error
next()
@::before 'readAll', @skipIfError (env, next) ->
try
env.options.url = @urlForCollection(env.proto.constructor, env)
catch error
env.error = error
next()
@::before 'create', 'update', @skipIfError (env, next) ->
json = env.record.toJSON()
if namespace = @recordJsonNamespace(env.record)
data = {}
data[namespace] = json
else
data = json
if @serializeAsForm
# Leave the POJO in the data for the request adapter to serialize to a body
env.options.contentType = @constructor.PostBodyContentType
else
data = JSON.stringify(data)
env.options.contentType = @constructor.JSONContentType
env.options.data = data
next()
@::after 'create', 'read', 'update', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
json = @_jsonToAttributes(env.data)
catch error
env.error = error
return next()
else
json = env.data
namespace = @recordJsonNamespace(env.record)
json = json[namespace] if namespace && json[namespace]?
env.record.fromJSON(json)
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
env.data = JSON.parse(env.env)
catch jsonError
env.error = jsonError
return next()
namespace = @collectionJsonNamespace(env.proto)
env.recordsAttributes = if namespace && env.data[namespace]?
env.data[namespace]
else
env.data
env.result = env.records = for jsonRecordAttributes in env.recordsAttributes
@getRecordFromData(jsonRecordAttributes, env.proto.constructor)
next()
@HTTPMethods =
create: 'POST'
update: 'PUT'
read: 'GET'
readAll: 'GET'
destroy: 'DELETE'
for key in ['create', 'read', 'update', 'destroy', 'readAll']
do (key) =>
@::[key] = @skipIfError (env, next) ->
env.options.method = @constructor.HTTPMethods[key]
@request(env, next)
# Views
# -----------
class Batman.ViewStore extends Batman.Object
@prefix: 'views'
constructor: ->
super
@_viewContents = {}
@_requestedPaths = new Batman.SimpleSet
propertyClass: Batman.Property
fetchView: (path) ->
developer.do ->
unless typeof Batman.View::prefix is 'undefined'
developer.warn "Batman.View.prototype.prefix has been removed, please use Batman.ViewStore.prefix instead."
new Batman.Request
url: Batman.Navigator.normalizePath(@constructor.prefix, "#{path}.html")
type: 'html'
success: (response) => @set(path, response)
error: (response) -> throw new Error("Could not load view from #{path}")
@accessor
'final': true
get: (path) ->
return @get("/#{path}") unless path[0] is '/'
return @_viewContents[path] if @_viewContents[path]
return if @_requestedPaths.has(path)
@fetchView(path)
return
set: (path, content) ->
return @set("/#{path}", content) unless path[0] is '/'
@_requestedPaths.add(path)
@_viewContents[path] = content
prefetch: (path) ->
@get(path)
true
# A `Batman.View` can function two ways: a mechanism to load and/or parse html files
# or a root of a subclass hierarchy to create rich UI classes, like in Cocoa.
class Batman.View extends Batman.Object
isView: true
constructor: (options = {}) ->
context = options.context
if context
unless context instanceof Batman.RenderContext
context = Batman.RenderContext.root().descend(context)
else
context = Batman.RenderContext.root()
options.context = context.descend(@)
super(options)
# Start the rendering by asking for the node
Batman.Property.withoutTracking =>
if node = @get('node')
@render node
else
@observe 'node', (node) => @render(node)
@store: new Batman.ViewStore()
# Set the source attribute to an html file to have that file loaded.
source: ''
# Set the html to a string of html to have that html parsed.
html: ''
# Set an existing DOM node to parse immediately.
node: null
# Fires once a node is parsed.
@::event('ready').oneShot = true
@accessor 'html',
get: ->
return @html if @html && @html.length > 0
return unless source = @get 'source'
source = Batman.Navigator.normalizePath(source)
@html = @constructor.store.get(source)
set: (_, html) -> @html = html
@accessor 'node'
get: ->
unless @node
html = @get('html')
return unless html && html.length > 0
@hasContainer = true
@node = document.createElement 'div'
$setInnerHTML(@node, html)
if @node.children.length > 0
Batman.data(@node.children[0], 'view', @)
return @node
set: (_, node) ->
@node = node
Batman.data(@node, 'view', @)
updateHTML = (html) =>
if html?
$setInnerHTML(@get('node'), html)
@forget('html', updateHTML)
@observeAndFire 'html', updateHTML
render: (node) ->
@event('ready').resetOneShot()
@_renderer?.forgetAll()
# We use a renderer with the continuation style rendering engine to not
# block user interaction for too long during the render.
if node
@_renderer = new Batman.Renderer(node, null, @context, @)
@_renderer.on 'rendered', => @fire('ready', node)
@::on 'appear', -> @viewDidAppear? arguments...
@::on 'disappear', -> @viewDidDisappear? arguments...
@::on 'beforeAppear', -> @viewWillAppear? arguments...
@::on 'beforeDisappear', -> @viewWillDisappear? arguments...
# DOM Helpers
# -----------
# `Batman.Renderer` will take a node and parse all recognized data attributes out of it and its children.
# It is a continuation style parser, designed not to block for longer than 50ms at a time if the document
# fragment is particularly long.
class Batman.Renderer extends Batman.Object
deferEvery: 50
constructor: (@node, callback, @context, view) ->
super()
@on('parsed', callback) if callback?
developer.error "Must pass a RenderContext to a renderer for rendering" unless @context instanceof Batman.RenderContext
@immediate = $setImmediate @start
start: =>
@startTime = new Date
@parseNode @node
resume: =>
@startTime = new Date
@parseNode @resumeNode
finish: ->
@startTime = null
@prevent 'stopped'
@fire 'parsed'
@fire 'rendered'
stop: ->
$clearImmediate @immediate
@fire 'stopped'
forgetAll: ->
for k in ['parsed', 'rendered', 'stopped']
@::event(k).oneShot = true
bindingRegexp = /^data\-(.*)/
bindingSortOrder = ["renderif", "foreach", "formfor", "context", "bind", "source", "target"]
bindingSortPositions = {}
bindingSortPositions[name] = pos for name, pos in bindingSortOrder
_sortBindings: (a,b) ->
aindex = bindingSortPositions[a[0]]
bindex = bindingSortPositions[b[0]]
aindex ?= bindingSortOrder.length # put unspecified bindings last
bindex ?= bindingSortOrder.length
if aindex > bindex
1
else if bindex > aindex
-1
else if a[0] > b[0]
1
else if b[0] > a[0]
-1
else
0
parseNode: (node) ->
if @deferEvery && (new Date - @startTime) > @deferEvery
@resumeNode = node
@timeout = $setImmediate @resume
return
if node.getAttribute and node.attributes
bindings = for attr in node.attributes
name = attr.nodeName.match(bindingRegexp)?[1]
continue if not name
if ~(varIndex = name.indexOf('-'))
[name.substr(0, varIndex), name.substr(varIndex + 1), attr.value]
else
[name, attr.value]
for readerArgs in bindings.sort(@_sortBindings)
key = readerArgs[1]
result = if readerArgs.length == 2
Batman.DOM.readers[readerArgs[0]]?(node, key, @context, @)
else
Batman.DOM.attrReaders[readerArgs[0]]?(node, key, readerArgs[2], @context, @)
if result is false
skipChildren = true
break
else if result instanceof Batman.RenderContext
oldContext = @context
@context = result
$onParseExit(node, => @context = oldContext)
if (nextNode = @nextNode(node, skipChildren)) then @parseNode(nextNode) else @finish()
nextNode: (node, skipChildren) ->
if not skipChildren
children = node.childNodes
return children[0] if children?.length
sibling = node.nextSibling # Grab the reference before onParseExit may remove the node
$onParseExit(node).forEach (callback) -> callback()
$forgetParseExit(node)
return if @node == node
return sibling if sibling
nextParent = node
while nextParent = nextParent.parentNode
$onParseExit(nextParent).forEach (callback) -> callback()
$forgetParseExit(nextParent)
return if @node == nextParent
parentSibling = nextParent.nextSibling
return parentSibling if parentSibling
return
# The RenderContext class manages the stack of contexts accessible to a view during rendering.
class Batman.RenderContext
@deProxy: (object) -> if object? && object.isContextProxy then object.get('proxiedObject') else object
@root: ->
if Batman.currentApp?
Batman.currentApp.get('_renderContext')
else
@base
constructor: (@object, @parent) ->
findKey: (key) ->
base = key.split('.')[0].split('|')[0].trim()
currentNode = @
while currentNode
# We define the behaviour of the context stack as latching a get when the first key exists,
# so we need to check only if the basekey exists, not if all intermediary keys do as well.
val = $get(currentNode.object, base)
if typeof val isnt 'undefined'
val = $get(currentNode.object, key)
return [val, currentNode.object].map(@constructor.deProxy)
currentNode = currentNode.parent
@windowWrapper ||= window: Batman.container
[$get(@windowWrapper, key), @windowWrapper]
get: (key) -> @findKey(key)[0]
# Below are the three primitives that all the `Batman.DOM` helpers are composed of.
# `descend` takes an `object`, and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# in the tree with either the object available on the stack or the object available at the `scopedKey`
# on the stack.
descend: (object, scopedKey) ->
if scopedKey
oldObject = object
object = new Batman.Object()
object[scopedKey] = oldObject
return new @constructor(object, @)
# `descendWithKey` takes a `key` and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# with the runtime value of the `key` available on the stack or under the `scopedKey` if given. This
# differs from a normal `descend` in that it looks up the `key` at runtime (in the parent `RenderContext`)
# and will correctly reflect changes if the value at the `key` changes. A normal `descend` takes a concrete
# reference to an object which never changes.
descendWithKey: (key, scopedKey) ->
proxy = new ContextProxy(@, key)
return @descend(proxy, scopedKey)
# `chain` flattens a `RenderContext`'s path to the root.
chain: ->
x = []
parent = this
while parent
x.push parent.object
parent = parent.parent
x
# `ContextProxy` is a simple class which assists in pushing dynamic contexts onto the `RenderContext` tree.
# This happens when a `data-context` is descended into, for each iteration in a `data-foreach`,
# and in other specific HTML bindings like `data-formfor`. `ContextProxy`s use accessors so that if the
# value of the object they proxy changes, the changes will be propagated to any thing observing the `ContextProxy`.
# This is good because it allows `data-context` to take keys which will change, filtered keys, and even filters
# which take keypath arguments. It will calculate the context to descend into when any of those keys change
# because it preserves the property of a binding, and importantly it exposes a friendly `Batman.Object`
# interface for the rest of the `Binding` code to work with.
@ContextProxy = class ContextProxy extends Batman.Object
isContextProxy: true
# Reveal the binding's final value.
@accessor 'proxiedObject', -> @binding.get('filteredValue')
# Proxy all gets to the proxied object.
@accessor
get: (key) -> @get("proxiedObject.#{key}")
set: (key, value) -> @set("proxiedObject.#{key}", value)
unset: (key) -> @unset("proxiedObject.#{key}")
constructor: (@renderContext, @keyPath, @localKey) ->
@binding = new Batman.DOM.AbstractBinding(undefined, @keyPath, @renderContext)
Batman.RenderContext.base = new Batman.RenderContext(window: Batman.container)
Batman.DOM = {
# `Batman.DOM.readers` contains the functions used for binding a node's value or innerHTML, showing/hiding nodes,
# and any other `data-#{name}=""` style DOM directives.
readers: {
target: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'nodeChange')
true
source: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'dataChange')
true
bind: (node, key, context, renderer, only) ->
bindingClass = false
switch node.nodeName.toLowerCase()
when 'input'
switch node.getAttribute('type')
when 'checkbox'
Batman.DOM.attrReaders.bind(node, 'checked', key, context, renderer, only)
return true
when 'radio'
bindingClass = Batman.DOM.RadioBinding
when 'file'
bindingClass = Batman.DOM.FileBinding
when 'select'
bindingClass = Batman.DOM.SelectBinding
bindingClass ||= Batman.DOM.Binding
new bindingClass(arguments...)
true
context: (node, key, context, renderer) -> return context.descendWithKey(key)
mixin: (node, key, context, renderer) ->
new Batman.DOM.MixinBinding(node, key, context.descend(Batman.mixins), renderer)
true
showif: (node, key, context, parentRenderer, invert) ->
new Batman.DOM.ShowHideBinding(node, key, context, parentRenderer, false, invert)
true
hideif: -> Batman.DOM.readers.showif(arguments..., yes)
route: ->
new Batman.DOM.RouteBinding(arguments...)
true
view: ->
new Batman.DOM.ViewBinding arguments...
false
partial: (node, path, context, renderer) ->
Batman.DOM.partial node, path, context, renderer
true
defineview: (node, name, context, renderer) ->
$onParseExit(node, -> $removeNode(node))
Batman.View.store.set(Batman.Navigator.normalizePath(name), node.innerHTML)
false
renderif: (node, key, context, renderer) ->
new Batman.DOM.DeferredRenderingBinding(node, key, context, renderer)
false
yield: (node, key) ->
$setImmediate -> Batman.DOM.yield key, node
true
contentfor: (node, key) ->
$setImmediate -> Batman.DOM.contentFor key, node
true
replace: (node, key) ->
$setImmediate -> Batman.DOM.replace key, node
true
}
_yielders: {} # name/fn pairs of yielding functions
_yields: {} # name/container pairs of yielding nodes
# `Batman.DOM.attrReaders` contains all the DOM directives which take an argument in their name, in the
# `data-dosomething-argument="keypath"` style. This means things like foreach, binding attributes like
# disabled or anything arbitrary, descending into a context, binding specific classes, or binding to events.
attrReaders: {
_parseAttribute: (value) ->
if value is 'false' then value = false
if value is 'true' then value = true
value
source: (node, attr, key, context, renderer) ->
Batman.DOM.attrReaders.bind node, attr, key, context, renderer, 'dataChange'
bind: (node, attr, key, context, renderer, only) ->
bindingClass = switch attr
when 'checked', 'disabled', 'selected'
Batman.DOM.CheckedBinding
when 'value', 'href', 'src', 'size'
Batman.DOM.NodeAttributeBinding
when 'class'
Batman.DOM.ClassBinding
when 'style'
Batman.DOM.StyleBinding
else
Batman.DOM.AttributeBinding
new bindingClass(arguments...)
true
context: (node, contextName, key, context) -> return context.descendWithKey(key, contextName)
event: (node, eventName, key, context) ->
new Batman.DOM.EventBinding(arguments...)
true
addclass: (node, className, key, context, parentRenderer, invert) ->
new Batman.DOM.AddClassBinding(node, className, key, context, parentRenderer, false, invert)
true
removeclass: (node, className, key, context, parentRenderer) -> Batman.DOM.attrReaders.addclass node, className, key, context, parentRenderer, yes
foreach: (node, iteratorName, key, context, parentRenderer) ->
new Batman.DOM.IteratorBinding(arguments...)
false # Return false so the Renderer doesn't descend into this node's children.
formfor: (node, localName, key, context) ->
new Batman.DOM.FormBinding(arguments...)
context.descendWithKey(key, localName)
view: (node, bindKey, contextKey, context) ->
[_, parent] = context.findKey contextKey
view = null
parent.observeAndFire contextKey, (newValue) ->
view ||= Batman.data node, 'view'
view?.set bindKey, newValue
}
# `Batman.DOM.events` contains the helpers used for binding to events. These aren't called by
# DOM directives, but are used to handle specific events by the `data-event-#{name}` helper.
events: {
click: (node, callback, context, eventName = 'click') ->
$addEventListener node, eventName, (args...) ->
callback node, args..., context
$preventDefault args[0]
if node.nodeName.toUpperCase() is 'A' and not node.href
node.href = '#'
node
doubleclick: (node, callback, context) ->
# The actual DOM event is called `dblclick`
Batman.DOM.events.click node, callback, context, 'dblclick'
change: (node, callback, context) ->
eventNames = switch node.nodeName.toUpperCase()
when 'TEXTAREA' then ['keyup', 'change']
when 'INPUT'
if node.type.toLowerCase() in Batman.DOM.textInputTypes
oldCallback = callback
callback = (e) ->
return if e.type == 'keyup' && 13 <= e.keyCode <= 14
oldCallback(arguments...)
['keyup', 'change']
else
['change']
else ['change']
for eventName in eventNames
$addEventListener node, eventName, (args...) ->
callback node, args..., context
isEnter: (ev) -> ev.keyCode is 13 || ev.which is 13 || ev.keyIdentifier is 'Enter' || ev.key is 'Enter'
submit: (node, callback, context) ->
if Batman.DOM.nodeIsEditable(node)
$addEventListener node, 'keydown', (args...) ->
if Batman.DOM.events.isEnter(args[0])
Batman.DOM._keyCapturingNode = node
$addEventListener node, 'keyup', (args...) ->
if Batman.DOM.events.isEnter(args[0])
if Batman.DOM._keyCapturingNode is node
$preventDefault args[0]
callback node, args..., context
Batman.DOM._keyCapturingNode = null
else
$addEventListener node, 'submit', (args...) ->
$preventDefault args[0]
callback node, args..., context
node
other: (node, eventName, callback, context) -> $addEventListener node, eventName, (args...) -> callback node, args..., context
}
# List of input type="types" for which we can use keyup events to track
textInputTypes: ['text', 'search', 'tel', 'url', 'email', 'password']
# `yield` and `contentFor` are used to declare partial views and then pull them in elsewhere.
# `replace` is used to replace yielded content.
# This can be used for abstraction as well as repetition.
yield: (name, node) ->
Batman.DOM._yields[name] = node
# render any content for this yield
if yielders = Batman.DOM._yielders[name]
fn(node) for fn in yielders
contentFor: (name, node, _replaceContent, _yieldChildren) ->
yieldingNode = Batman.DOM._yields[name]
# Clone the node if it's a child in case the parent gets cleared during the yield
if yieldingNode and $isChildOf(yieldingNode, node)
node = $cloneNode node
yieldFn = (yieldingNode) ->
if _replaceContent || !Batman._data(yieldingNode, 'yielded')
$setInnerHTML yieldingNode, '', true
Batman.DOM.didRemoveNode(child) for child in yieldingNode.children
if _yieldChildren
while node.childNodes.length > 0
child = node.childNodes[0]
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node.childNodes[0], true
view?.fire 'appear', child
else
view = Batman.data(node, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node, true
view?.fire 'appear', child
Batman._data node, 'yielded', true
Batman._data yieldingNode, 'yielded', true
delete Batman.DOM._yielders[name]
if contents = Batman.DOM._yielders[name]
contents.push yieldFn
else
Batman.DOM._yielders[name] = [yieldFn]
if yieldingNode
Batman.DOM.yield name, yieldingNode
replace: (name, node, _yieldChildren) ->
Batman.DOM.contentFor name, node, true, _yieldChildren
partial: (container, path, context, renderer) ->
renderer.prevent 'rendered'
view = new Batman.View
source: path
context: context
view.on 'ready', ->
$setInnerHTML container, ''
# Render the partial content into the data-partial node
# Text nodes move when they are appended, so copy childNodes
children = (node for node in view.get('node').childNodes)
$appendChild(container, child) for child in children
renderer.allowAndFire 'rendered'
# Adds a binding or binding-like object to the `bindings` set in a node's
# data, so that upon node removal we can unset the binding and any other objects
# it retains.
trackBinding: $trackBinding = (binding, node) ->
if bindings = Batman._data node, 'bindings'
bindings.add binding
else
Batman._data node, 'bindings', new Batman.SimpleSet(binding)
Batman.DOM.fire('bindingAdded', binding)
true
# Removes listeners and bindings tied to `node`, allowing it to be cleared
# or removed without leaking memory
unbindNode: $unbindNode = (node) ->
# break down all bindings
if bindings = Batman._data node, 'bindings'
bindings.forEach (binding) -> binding.die()
# remove all event listeners
if listeners = Batman._data node, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$removeEventListener node, eventName, listener
# remove all bindings and other data associated with this node
Batman.removeData node # external data (Batman.data)
Batman.removeData node, undefined, true # internal data (Batman._data)
# Unbinds the tree rooted at `node`.
# When set to `false`, `unbindRoot` skips the `node` before unbinding all of its children.
unbindTree: $unbindTree = (node, unbindRoot = true) ->
$unbindNode node if unbindRoot
$unbindTree(child) for child in node.childNodes
# Copy the event handlers from src node to dst node
copyNodeEventListeners: $copyNodeEventListeners = (dst, src) ->
if listeners = Batman._data src, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$addEventListener dst, eventName, listener
# Copy all event handlers from the src tree to the dst tree. Note that the
# trees must have identical structures.
copyTreeEventListeners: $copyTreeEventListeners = (dst, src) ->
$copyNodeEventListeners dst, src
for i in [0...src.childNodes.length]
$copyTreeEventListeners dst.childNodes[i], src.childNodes[i]
# Enhance the base cloneNode method to copy event handlers over to the new
# instance
cloneNode: $cloneNode = (node, deep=true) ->
newNode = node.cloneNode(deep)
if deep
$copyTreeEventListeners newNode, node
else
$copyNodeEventListeners newNode, node
newNode
# Memory-safe setting of a node's innerHTML property
setInnerHTML: $setInnerHTML = (node, html, args...) ->
hide.apply(child, args) for child in node.childNodes when hide = Batman.data(child, 'hide')
$unbindTree node, false
node?.innerHTML = html
setStyleProperty: $setStyleProperty = (node, property, value, importance) ->
if node.style.setAttribute
node.style.setAttribute(property, value, importance)
else
node.style.setProperty(property, value, importance)
# Memory-safe removal of a node from the DOM
removeNode: $removeNode = (node) ->
node.parentNode?.removeChild node
Batman.DOM.didRemoveNode(node)
appendChild: $appendChild = (parent, child, args...) ->
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
Batman.data(child, 'show')?.apply(child, args)
parent.appendChild(child)
view?.fire 'appear', child
insertBefore: $insertBefore = (parentNode, newNode, referenceNode = null) ->
if !referenceNode or parentNode.childNodes.length <= 0
$appendChild parentNode, newNode
else
parentNode.insertBefore newNode, referenceNode
valueForNode: (node, value = '', escapeValue = true) ->
isSetting = arguments.length > 1
switch node.nodeName.toUpperCase()
when 'INPUT', 'TEXTAREA'
if isSetting then (node.value = value) else node.value
when 'SELECT'
if isSetting then node.value = value
else
if isSetting
$setInnerHTML node, if escapeValue then $escapeHTML(value) else value
else node.innerHTML
nodeIsEditable: (node) ->
node.nodeName.toUpperCase() in ['INPUT', 'TEXTAREA', 'SELECT']
# `$addEventListener uses attachEvent when necessary
addEventListener: $addEventListener = (node, eventName, callback) ->
# store the listener in Batman.data
unless listeners = Batman._data node, 'listeners'
listeners = Batman._data node, 'listeners', {}
unless listeners[eventName]
listeners[eventName] = new Batman.Set
listeners[eventName].add callback
if $hasAddEventListener
node.addEventListener eventName, callback, false
else
node.attachEvent "on#{eventName}", callback
# `$removeEventListener` uses detachEvent when necessary
removeEventListener: $removeEventListener = (node, eventName, callback) ->
# remove the listener from Batman.data
if listeners = Batman._data node, 'listeners'
if eventListeners = listeners[eventName]
eventListeners.remove callback
if $hasAddEventListener
node.removeEventListener eventName, callback, false
else
node.detachEvent 'on'+eventName, callback
hasAddEventListener: $hasAddEventListener = !!window?.addEventListener
didRemoveNode: (node) ->
view = Batman.data node, 'view'
view?.fire 'beforeDisappear', node
$unbindTree node
view?.fire 'disappear', node
onParseExit: $onParseExit = (node, callback) ->
set = Batman._data(node, 'onParseExit') || Batman._data(node, 'onParseExit', new Batman.SimpleSet)
set.add callback if callback?
set
forgetParseExit: $forgetParseExit = (node, callback) -> Batman.removeData(node, 'onParseExit', true)
}
$mixin Batman.DOM, Batman.EventEmitter, Batman.Observable
Batman.DOM.event('bindingAdded')
# Bindings are shortlived objects which manage the observation of any keypaths a `data` attribute depends on.
# Bindings parse any keypaths which are filtered and use an accessor to apply the filters, and thus enjoy
# the automatic trigger and dependency system that Batman.Objects use. Every, and I really mean every method
# which uses filters has to be defined in terms of a new binding. This is so that the proper order of
# objects is traversed and any observers are properly attached.
class Batman.DOM.AbstractBinding extends Batman.Object
# A beastly regular expression for pulling keypaths out of the JSON arguments to a filter.
# It makes the following matches:
#
# + `foo` and `baz.qux` in `foo, "bar", baz.qux`
# + `foo.bar.baz` in `true, false, "true", "false", foo.bar.baz`
# + `true.bar` in `2, true.bar`
# + `truesay` in truesay
# + no matches in `"bar", 2, {"x":"y", "Z": foo.bar.baz}, "baz"`
keypath_rx = ///
(^|,) # Match either the start of an arguments list or the start of a space inbetween commas.
\s* # Be insensitive to whitespace between the comma and the actual arguments.
(?! # Use a lookahead to ensure we aren't matching true or false:
(?:true|false) # Match either true or false ...
\s* # and make sure that there's nothing else that comes after the true or false ...
(?:$|,) # before the end of this argument in the list.
)
(
[a-zA-Z][\w\.]* # Now that true and false can't be matched, match a dot delimited list of keys.
[\?\!]? # Allow ? and ! at the end of a keypath to support Ruby's methods
)
\s* # Be insensitive to whitespace before the next comma or end of the filter arguments list.
(?=$|,) # Match either the next comma or the end of the filter arguments list.
///g
# A less beastly pair of regular expressions for pulling out the [] syntax `get`s in a binding string, and
# dotted names that follow them.
get_dot_rx = /(?:\]\.)(.+?)(?=[\[\.]|\s*\||$)/
get_rx = /(?!^\s*)\[(.*?)\]/g
# The `filteredValue` which calculates the final result by reducing the initial value through all the filters.
@accessor 'filteredValue'
get: ->
unfilteredValue = @get('unfilteredValue')
self = @
renderContext = @get('renderContext')
if @filterFunctions.length > 0
developer.currentFilterStack = renderContext
result = @filterFunctions.reduce((value, fn, i) ->
# Get any argument keypaths from the context stored at parse time.
args = self.filterArguments[i].map (argument) ->
if argument._keypath
self.renderContext.get(argument._keypath)
else
argument
# Apply the filter.
args.unshift value
args.push self
fn.apply(renderContext, args)
, unfilteredValue)
developer.currentFilterStack = null
result
else
unfilteredValue
# We ignore any filters for setting, because they often aren't reversible.
set: (_, newValue) -> @set('unfilteredValue', newValue)
# The `unfilteredValue` is whats evaluated each time any dependents change.
@accessor 'unfilteredValue'
get: ->
# If we're working with an `@key` and not an `@value`, find the context the key belongs to so we can
# hold a reference to it for passing to the `dataChange` and `nodeChange` observers.
if k = @get('key')
Batman.RenderContext.deProxy(@get("keyContext.#{k}"))
else
@get('value')
set: (_, value) ->
if k = @get('key')
keyContext = @get('keyContext')
# Supress sets on the window
if keyContext != Batman.container
@set("keyContext.#{k}", value)
else
@set('value', value)
# The `keyContext` accessor is
@accessor 'keyContext', -> @renderContext.findKey(@key)[1]
bindImmediately: true
shouldSet: true
isInputBinding: false
escapeValue: true
constructor: (@node, @keyPath, @renderContext, @renderer, @only = false) ->
# Pull out the `@key` and filter from the `@keyPath`.
@parseFilter()
# Observe the node and the data.
@bind() if @bindImmediately
isTwoWay: -> @key? && @filterFunctions.length is 0
bind: ->
# Attach the observers.
if @node? && @only in [false, 'nodeChange'] and Batman.DOM.nodeIsEditable(@node)
Batman.DOM.events.change @node, @_fireNodeChange, @renderContext
# Usually, we let the HTML value get updated upon binding by `observeAndFire`ing the dataChange
# function below. When dataChange isn't attached, we update the JS land value such that the
# sync between DOM and JS is maintained.
if @only is 'nodeChange'
@_fireNodeChange()
# Observe the value of this binding's `filteredValue` and fire it immediately to update the node.
if @only in [false, 'dataChange']
@observeAndFire 'filteredValue', @_fireDataChange
Batman.DOM.trackBinding(@, @node) if @node?
_fireNodeChange: =>
@shouldSet = false
@nodeChange?(@node, @value || @get('keyContext'))
@shouldSet = true
_fireDataChange: (value) =>
if @shouldSet
@dataChange?(value, @node)
die: ->
@forget()
@_batman.properties?.forEach (key, property) -> property.die()
parseFilter: ->
# Store the function which does the filtering and the arguments (all except the actual value to apply the
# filter to) in these arrays.
@filterFunctions = []
@filterArguments = []
# Rewrite [] style gets, replace quotes to be JSON friendly, and split the string by pipes to see if there are any filters.
keyPath = @keyPath
keyPath = keyPath.replace(get_dot_rx, "]['$1']") while get_dot_rx.test(keyPath) # Stupid lack of lookbehind assertions...
filters = keyPath.replace(get_rx, " | get $1 ").replace(/'/g, '"').split(/(?!")\s+\|\s+(?!")/)
# The key will is always the first token before the pipe.
try
key = @parseSegment(orig = filters.shift())[0]
catch e
developer.warn e
developer.error "Error! Couldn't parse keypath in \"#{orig}\". Parsing error above."
if key and key._keypath
@key = key._keypath
else
@value = key
if filters.length
while filterString = filters.shift()
# For each filter, get the name and the arguments by splitting on the first space.
split = filterString.indexOf(' ')
if ~split
filterName = filterString.substr(0, split)
args = filterString.substr(split)
else
filterName = filterString
# If the filter exists, grab it.
if filter = Batman.Filters[filterName]
@filterFunctions.push filter
# Get the arguments for the filter by parsing the args as JSON, or
# just pushing an placeholder array
if args
try
@filterArguments.push @parseSegment(args)
catch e
developer.error "Bad filter arguments \"#{args}\"!"
else
@filterArguments.push []
else
developer.error "Unrecognized filter '#{filterName}' in key \"#{@keyPath}\"!"
true
# Turn a piece of a `data` keypath into a usable javascript object.
# + replacing keypaths using the above regular expression
# + wrapping the `,` delimited list in square brackets
# + and `JSON.parse`ing them as an array.
parseSegment: (segment) ->
JSON.parse( "[" + segment.replace(keypath_rx, "$1{\"_keypath\": \"$2\"}") + "]" )
class Batman.DOM.AbstractAttributeBinding extends Batman.DOM.AbstractBinding
constructor: (node, @attributeName, args...) -> super(node, args...)
class Batman.DOM.AbstractCollectionBinding extends Batman.DOM.AbstractAttributeBinding
bindCollection: (newCollection) ->
unless newCollection == @collection
@unbindCollection()
@collection = newCollection
if @collection
if @collection.isObservable && @collection.toArray
@collection.observe 'toArray', @handleArrayChanged
else if @collection.isEventEmitter
@collection.on 'itemsWereAdded', @handleItemsWereAdded
@collection.on 'itemsWereRemoved', @handleItemsWereRemoved
else
return false
return true
return false
unbindCollection: ->
if @collection
if @collection.isObservable && @collection.toArray
@collection.forget('toArray', @handleArrayChanged)
else if @collection.isEventEmitter
@collection.event('itemsWereAdded').removeHandler(@handleItemsWereAdded)
@collection.event('itemsWereRemoved').removeHandler(@handleItemsWereRemoved)
handleItemsWereAdded: ->
handleItemsWereRemoved: ->
handleArrayChanged: ->
die: ->
@unbindCollection()
super
class Batman.DOM.Binding extends Batman.DOM.AbstractBinding
constructor: (node) ->
@isInputBinding = node.nodeName.toLowerCase() in ['input', 'textarea']
super
nodeChange: (node, context) ->
if @isTwoWay()
@set 'filteredValue', @node.value
dataChange: (value, node) ->
Batman.DOM.valueForNode @node, value, @escapeValue
class Batman.DOM.AttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value) -> @node.setAttribute(@attributeName, value)
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node.getAttribute(@attributeName))
class Batman.DOM.NodeAttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value = "") -> @node[@attributeName] = value
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node[@attributeName])
class Batman.DOM.ShowHideBinding extends Batman.DOM.AbstractBinding
constructor: (node, className, key, context, parentRenderer, @invert = false) ->
display = node.style.display
display = '' if not display or display is 'none'
@originalDisplay = display
super
dataChange: (value) ->
view = Batman.data @node, 'view'
if !!value is not @invert
view?.fire 'beforeAppear', @node
Batman.data(@node, 'show')?.call(@node)
@node.style.display = @originalDisplay
view?.fire 'appear', @node
else
view?.fire 'beforeDisappear', @node
if typeof (hide = Batman.data(@node, 'hide')) is 'function'
hide.call @node
else
$setStyleProperty(@node, 'display', 'none', 'important')
view?.fire 'disappear', @node
class Batman.DOM.CheckedBinding extends Batman.DOM.NodeAttributeBinding
isInputBinding: true
dataChange: (value) ->
@node[@attributeName] = !!value
# Update the parent's binding if necessary
if @node.parentNode
Batman._data(@node.parentNode, 'updateBinding')?()
constructor: ->
super
# Attach this binding to the node under the attribute name so that parent
# bindings can query this binding and modify its state. This is useful
# for <options> within a select or radio buttons.
Batman._data @node, @attributeName, @
class Batman.DOM.ClassBinding extends Batman.DOM.AbstractCollectionBinding
dataChange: (value) ->
if value?
@unbindCollection()
if typeof value is 'string'
@node.className = value
else
@bindCollection(value)
@updateFromCollection()
updateFromCollection: ->
if @collection
array = if @collection.map
@collection.map((x) -> x)
else
(k for own k,v of @collection)
array = array.toArray() if array.toArray?
@node.className = array.join ' '
handleArrayChanged: => @updateFromCollection()
handleItemsWereRemoved: => @updateFromCollection()
handleItemsWereAdded: => @updateFromCollection()
class Batman.DOM.DeferredRenderingBinding extends Batman.DOM.AbstractBinding
rendered: false
constructor: ->
super
@node.removeAttribute "data-renderif"
nodeChange: ->
dataChange: (value) ->
if value && !@rendered
@render()
render: ->
new Batman.Renderer(@node, null, @renderContext)
@rendered = true
class Batman.DOM.AddClassBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (node, className, keyPath, renderContext, renderer, only, @invert = false) ->
names = className.split('|')
@classes = for name in names
{
name: name
pattern: new RegExp("(?:^|\\s)#{name}(?:$|\\s)", 'i')
}
super
delete @attributeName
dataChange: (value) ->
currentName = @node.className
for {name, pattern} in @classes
includesClassName = pattern.test(currentName)
if !!value is !@invert
@node.className = "#{currentName} #{name}" if !includesClassName
else
@node.className = currentName.replace(pattern, '') if includesClassName
true
class Batman.DOM.EventBinding extends Batman.DOM.AbstractAttributeBinding
bindImmediately: false
constructor: (node, eventName, key, context) ->
super
confirmText = @node.getAttribute('data-confirm')
callback = =>
return if confirmText and not confirm(confirmText)
@get('filteredValue')?.apply @get('callbackContext'), arguments
if attacher = Batman.DOM.events[@attributeName]
attacher @node, callback, context
else
Batman.DOM.events.other @node, @attributeName, callback, context
@accessor 'callbackContext', ->
contextKeySegments = @key.split('.')
contextKeySegments.pop()
if contextKeySegments.length > 0
@get('keyContext').get(contextKeySegments.join('.'))
else
@get('keyContext')
class Batman.DOM.RadioBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
dataChange: (value) ->
# don't overwrite `checked` attributes in the HTML unless a bound
# value is defined in the context. if no bound value is found, bind
# to the key if the node is checked.
if (boundValue = @get('filteredValue'))?
@node.checked = boundValue == @node.value
else if @node.checked
@set 'filteredValue', @node.value
nodeChange: (node) ->
if @isTwoWay()
@set('filteredValue', Batman.DOM.attrReaders._parseAttribute(node.value))
class Batman.DOM.FileBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
nodeChange: (node, subContext) ->
return if !@isTwoWay()
segments = @key.split('.')
if segments.length > 1
keyContext = subContext.get(segments.slice(0, -1).join('.'))
else
keyContext = subContext
actualObject = Batman.RenderContext.deProxy(keyContext)
if actualObject.hasStorage && actualObject.hasStorage()
for adapter in actualObject._batman.get('storage') when adapter instanceof Batman.RestStorage
adapter.defaultRequestOptions.formData = true
if node.hasAttribute('multiple')
@set 'filteredValue', Array::slice.call(node.files)
else
@set 'filteredValue', node.files[0]
class Batman.DOM.MixinBinding extends Batman.DOM.AbstractBinding
dataChange: (value) -> $mixin @node, value if value?
class Batman.DOM.SelectBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
bindImmediately: false
firstBind: true
constructor: ->
super
# wait for the select to render before binding to it
@renderer.on 'rendered', =>
if @node?
Batman._data @node, 'updateBinding', @updateSelectBinding
@bind()
dataChange: (newValue) =>
# For multi-select boxes, the `value` property only holds the first
# selection, so go through the child options and update as necessary.
if newValue instanceof Array
# Use a hash to map values to their nodes to avoid O(n^2).
valueToChild = {}
for child in @node.children
# Clear all options.
child.selected = false
# Avoid collisions among options with same values.
matches = valueToChild[child.value]
if matches then matches.push child else matches = [child]
valueToChild[child.value] = matches
# Select options corresponding to the new values
for value in newValue
for match in valueToChild[value]
match.selected = yes
# For a regular select box, update the value.
else
if typeof newValue is 'undefined' && @firstBind
@firstBind = false
@set('unfilteredValue', @node.value)
else
Batman.DOM.valueForNode(@node, newValue, @escapeValue)
# Finally, update the options' `selected` bindings
@updateOptionBindings()
nodeChange: =>
if @isTwoWay()
@updateSelectBinding()
@updateOptionBindings()
updateSelectBinding: =>
# Gather the selected options and update the binding
selections = if @node.multiple then (c.value for c in @node.children when c.selected) else @node.value
selections = selections[0] if typeof selections is Array && selections.length == 1
@set 'unfilteredValue', selections
true
updateOptionBindings: =>
# Go through the option nodes and update their bindings using the
# context and key attached to the node via Batman.data
for child in @node.children
if selectedBinding = Batman._data(child, 'selected')
selectedBinding.nodeChange(selectedBinding.node)
true
class Batman.DOM.StyleBinding extends Batman.DOM.AbstractCollectionBinding
class @SingleStyleBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (args..., @parent) ->
super(args...)
dataChange: (value) -> @parent.setStyle(@attributeName, value)
constructor: ->
@oldStyles = {}
super
dataChange: (value) ->
unless value
@reapplyOldStyles()
return
@unbindCollection()
if typeof value is 'string'
@reapplyOldStyles()
for style in value.split(';')
# handle a case when css value contains colons itself (absolute URI)
# split and rejoin because IE7/8 don't splice values of capturing regexes into split's return array
[cssName, colonSplitCSSValues...] = style.split(":")
@setStyle cssName, colonSplitCSSValues.join(":")
return
if value instanceof Batman.Hash
if @bindCollection(value)
value.forEach (key, value) => @setStyle key, value
else if value instanceof Object
@reapplyOldStyles()
for own key, keyValue of value
# Check whether the value is an existing keypath, and if so bind this attribute to it
[keypathValue, keypathContext] = @renderContext.findKey(keyValue)
if keypathValue
@bindSingleAttribute key, keyValue
@setStyle key, keypathValue
else
@setStyle key, keyValue
handleItemsWereAdded: (newKey) => @setStyle newKey, @collection.get(newKey); return
handleItemsWereRemoved: (oldKey) => @setStyle oldKey, ''; return
bindSingleAttribute: (attr, keyPath) -> new @constructor.SingleStyleBinding(@node, attr, keyPath, @renderContext, @renderer, @only, @)
setStyle: (key, value) =>
return unless key
key = <KEY>(key.<KEY>)
@oldStyles[key] = @node.style[key]
@node.style[key] = if value then value.trim() else ""
reapplyOldStyles: ->
@setStyle(cssName, cssValue) for own cssName, cssValue of @oldStyles
class Batman.DOM.RouteBinding extends Batman.DOM.AbstractBinding
onATag: false
@accessor 'dispatcher', ->
@renderContext.get('dispatcher') || Batman.App.get('current.dispatcher')
bind: ->
if @node.nodeName.toUpperCase() is 'A'
@onATag = true
super
Batman.DOM.events.click @node, =>
params = @pathFromValue(@get('filteredValue'))
Batman.redirect params if params?
dataChange: (value) ->
if value?
path = @pathFromValue(value)
if @onATag
if path?
path = Batman.navigator.linkTo path
else
path = "#"
@node.href = path
pathFromValue: (value) ->
if value.isNamedRouteQuery
value.get('path')
else
@get('dispatcher')?.pathFromParams(value)
class Batman.DOM.ViewBinding extends Batman.DOM.AbstractBinding
constructor: ->
super
@renderer.prevent 'rendered'
@node.removeAttribute 'data-view'
dataChange: (viewClassOrInstance) ->
return unless viewClassOrInstance?
if viewClassOrInstance.isView
@view = viewClassOrInstance
@view.set 'node', @node
@view.set 'context', @renderContext
else
@view = new viewClassOrInstance
node: @node
context: @renderContext
parentView: @renderContext.findKey('isView')?[1]
Batman.data @node, 'view', @view
@view.on 'ready', =>
@view.awakeFromHTML? @node
@view.fire 'beforeAppear', @node
@renderer.allowAndFire 'rendered'
@view.fire 'appear', @node
@die()
class Batman.DOM.FormBinding extends Batman.DOM.AbstractAttributeBinding
@current: null
errorClass: 'error'
defaultErrorsListSelector: 'div.errors'
@accessor 'errorsListSelector', ->
@get('node').getAttribute('data-errors-list') || @defaultErrorsListSelector
constructor: (node, contextName, keyPath, renderContext, renderer, only) ->
super
@contextName = contextName
delete @attributeName
Batman.DOM.events.submit @get('node'), (node, e) -> $preventDefault e
Batman.DOM.on 'bindingAdded', @bindingWasAdded
@setupErrorsList()
bindingWasAdded: (binding) =>
if binding.isInputBinding && $isChildOf(@get('node'), binding.get('node'))
if ~(index = binding.get('key').indexOf(@contextName)) # If the binding is to a key on the thing passed to formfor
node = binding.get('node')
field = binding.get('key').slice(index + @contextName.length + 1) # Slice off up until the context and the following dot
new Batman.DOM.AddClassBinding(node, @errorClass, @get('keyPath') + " | get 'errors.#{field}.length'", @renderContext, @renderer)
setupErrorsList: ->
if @errorsListNode = @get('node').querySelector?(@get('errorsListSelector'))
$setInnerHTML @errorsListNode, @errorsListHTML()
unless @errorsListNode.getAttribute 'data-showif'
@errorsListNode.setAttribute 'data-showif', "#{@contextName}.errors.length"
errorsListHTML: ->
"""
<ul>
<li data-foreach-error="#{@contextName}.errors" data-bind="error.attribute | append ' ' | append error.message"></li>
</ul>
"""
die: ->
Batman.DOM.forget 'bindingAdded', @bindingWasAdded
super
class Batman.DOM.IteratorBinding extends Batman.DOM.AbstractCollectionBinding
deferEvery: 50
currentActionNumber: 0
queuedActionNumber: 0
bindImmediately: false
constructor: (sourceNode, @iteratorName, @key, @context, @parentRenderer) ->
@nodeMap = new Batman.SimpleHash
@actionMap = new Batman.SimpleHash
@rendererMap = new Batman.SimpleHash
@actions = []
@prototypeNode = sourceNode.cloneNode(true)
@prototypeNode.removeAttribute "data-foreach-#{@iteratorName}"
@pNode = sourceNode.parentNode
previousSiblingNode = sourceNode.nextSibling
@siblingNode = document.createComment "end #{@iteratorName}"
@siblingNode[Batman.expando] = sourceNode[Batman.expando]
delete sourceNode[Batman.expando] if Batman.canDeleteExpando
$insertBefore sourceNode.parentNode, @siblingNode, previousSiblingNode
# Remove the original node once the parent has moved past it.
@parentRenderer.on 'parsed', =>
# Move any Batman._data from the sourceNode to the sibling; we need to
# retain the bindings, and we want to dispose of the node.
$removeNode sourceNode
# Attach observers.
@bind()
# Don't let the parent emit its rendered event until all the children have.
# This `prevent`'s matching allow is run once the queue is empty in `processActionQueue`.
@parentRenderer.prevent 'rendered'
# Tie this binding to a node using the default behaviour in the AbstractBinding
super(@siblingNode, @iteratorName, @key, @context, @parentRenderer)
@fragment = document.createDocumentFragment()
parentNode: -> @siblingNode.parentNode
die: ->
super
@dead = true
unbindCollection: ->
if @collection
@nodeMap.forEach (item) => @cancelExistingItem(item)
super
dataChange: (newCollection) ->
if @collection != newCollection
@removeAll()
@bindCollection(newCollection) # Unbinds the old collection as well.
if @collection
if @collection.toArray
@handleArrayChanged()
else if @collection.forEach
@collection.forEach (item) => @addOrInsertItem(item)
else
@addOrInsertItem(key) for own key, value of @collection
else
developer.warn "Warning! data-foreach-#{@iteratorName} called with an undefined binding. Key was: #{@key}."
@processActionQueue()
handleItemsWereAdded: (items...) => @addOrInsertItem(item, {fragment: false}) for item in items; return
handleItemsWereRemoved: (items...) => @removeItem(item) for item in items; return
handleArrayChanged: =>
newItemsInOrder = @collection.toArray()
nodesToRemove = (new Batman.SimpleHash).merge(@nodeMap)
for item in newItemsInOrder
@addOrInsertItem(item, {fragment: false})
nodesToRemove.unset(item)
nodesToRemove.forEach (item, node) => @removeItem(item)
addOrInsertItem: (item, options = {}) ->
existingNode = @nodeMap.get(item)
if existingNode
@insertItem(item, existingNode)
else
@addItem(item, options)
addItem: (item, options = {fragment: true}) ->
@parentRenderer.prevent 'rendered'
# Remove any renderers in progress or actions lined up for an item, since we now know
# this item belongs at the end of the queue.
@cancelExistingItemActions(item) if @actionMap.get(item)?
self = @
options.actionNumber = @queuedActionNumber++
# Render out the child in the custom context, and insert it once the render has completed the parse.
childRenderer = new Batman.Renderer @_nodeForItem(item), (->
self.rendererMap.unset(item)
self.insertItem(item, @node, options)
), @renderContext.descend(item, @iteratorName)
@rendererMap.set(item, childRenderer)
finish = =>
return if @dead
@parentRenderer.allowAndFire 'rendered'
childRenderer.on 'rendered', finish
childRenderer.on 'stopped', =>
return if @dead
@actions[options.actionNumber] = false
finish()
@processActionQueue()
item
removeItem: (item) ->
return if @dead || !item?
oldNode = @nodeMap.unset(item)
@cancelExistingItem(item)
if oldNode
if hideFunction = Batman.data oldNode, 'hide'
hideFunction.call(oldNode)
else
$removeNode(oldNode)
removeAll: -> @nodeMap.forEach (item) => @removeItem(item)
insertItem: (item, node, options = {}) ->
return if @dead
if !options.actionNumber?
options.actionNumber = @queuedActionNumber++
existingActionNumber = @actionMap.get(item)
if existingActionNumber > options.actionNumber
# Another action for this item is scheduled for the future, do it then instead of now. Actions
# added later enforce order, so we make this one a noop and let the later one have its proper effects.
@actions[options.actionNumber] = ->
else
# Another action has been scheduled for this item. It hasn't been done yet because
# its in the actionmap, but this insert is scheduled to happen after it. Skip it since its now defunct.
if existingActionNumber
@cancelExistingItemActions(item)
# Update the action number map to now reflect this new action which will go on the end of the queue.
@actionMap.set item, options.actionNumber
@actions[options.actionNumber] = ->
show = Batman.data node, 'show'
if typeof show is 'function'
show.call node, before: @siblingNode
else
if options.fragment
@fragment.appendChild node
else
$insertBefore @parentNode(), node, @siblingNode
if addItem = node.getAttribute 'data-additem'
[_, context] = @renderer.context.findKey addItem
context?[addItem]?(item, node)
@actions[options.actionNumber].item = item
@processActionQueue()
cancelExistingItem: (item) ->
@cancelExistingItemActions(item)
@cancelExistingItemRender(item)
cancelExistingItemActions: (item) ->
oldActionNumber = @actionMap.get(item)
# Only remove actions which haven't been completed yet.
if oldActionNumber? && oldActionNumber >= @currentActionNumber
@actions[oldActionNumber] = false
@actionMap.unset item
cancelExistingItemRender: (item) ->
oldRenderer = @rendererMap.get(item)
if oldRenderer
oldRenderer.stop()
$removeNode(oldRenderer.node)
@rendererMap.unset item
processActionQueue: ->
return if @dead
unless @actionQueueTimeout
# Prevent the parent which will then be allowed when the timeout actually runs
@actionQueueTimeout = $setImmediate =>
return if @dead
delete @actionQueueTimeout
startTime = new Date
while (f = @actions[@currentActionNumber])?
delete @actions[@currentActionNumber]
@actionMap.unset f.item
f.call(@) if f
@currentActionNumber++
if @deferEvery && (new Date - startTime) > @deferEvery
return @processActionQueue()
if @fragment && @rendererMap.length is 0 && @fragment.hasChildNodes()
$insertBefore @parentNode(), @fragment, @siblingNode
@fragment = document.createDocumentFragment()
if @currentActionNumber == @queuedActionNumber
@parentRenderer.allowAndFire 'rendered'
_nodeForItem: (item) ->
newNode = @prototypeNode.cloneNode(true)
@nodeMap.set(item, newNode)
newNode
# Filters
# -------
#
# `Batman.Filters` contains the simple, determininistic tranforms used in view bindings to
# make life a little easier.
buntUndefined = (f) ->
(value) ->
if typeof value is 'undefined'
undefined
else
f.apply(@, arguments)
filters = Batman.Filters =
raw: buntUndefined (value, binding) ->
binding.escapeValue = false
value
get: buntUndefined (value, key) ->
if value.get?
value.get(key)
else
value[key]
equals: buntUndefined (lhs, rhs, binding) ->
lhs is rhs
not: (value, binding) ->
! !!value
matches: buntUndefined (value, searchFor) ->
value.indexOf(searchFor) isnt -1
truncate: buntUndefined (value, length, end = "...", binding) ->
if !binding
binding = end
end = "..."
if value.length > length
value = value.substr(0, length-end.length) + end
value
default: (value, string, binding) ->
value || string
prepend: (value, string, binding) ->
string + value
append: (value, string, binding) ->
value + string
replace: buntUndefined (value, searchFor, replaceWith, flags, binding) ->
if !binding
binding = flags
flags = undefined
# Work around FF issue, "foo".replace("foo","bar",undefined) throws an error
if flags is undefined
value.replace searchFor, replaceWith
else
value.replace searchFor, replaceWith, flags
downcase: buntUndefined (value) ->
value.toLowerCase()
upcase: buntUndefined (value) ->
value.toUpperCase()
pluralize: buntUndefined (string, count) -> helpers.pluralize(count, string)
join: buntUndefined (value, withWhat = '', binding) ->
if !binding
binding = withWhat
withWhat = ''
value.join(withWhat)
sort: buntUndefined (value) ->
value.sort()
map: buntUndefined (value, key) ->
value.map((x) -> $get(x, key))
has: (set, item) ->
return false unless set?
Batman.contains(set, item)
first: buntUndefined (value) ->
value[0]
meta: buntUndefined (value, keypath) ->
developer.assert value.meta, "Error, value doesn't have a meta to filter on!"
value.meta.get(keypath)
interpolate: (string, interpolationKeypaths, binding) ->
if not binding
binding = interpolationKeypaths
interpolationKeypaths = undefined
return if not string
values = {}
for k, v of interpolationKeypaths
values[k] = @findKey(v)[0]
if !values[k]?
Batman.developer.warn "Warning! Undefined interpolation key #{k} for interpolation", string
values[k] = ''
Batman.helpers.interpolate(string, values)
# allows you to curry arguments to a function via a filter
withArguments: (block, curryArgs..., binding) ->
return if not block
return (regularArgs...) -> block.call @, curryArgs..., regularArgs...
routeToAction: buntUndefined (model, action) ->
params = Batman.Dispatcher.paramsFromArgument(model)
params.action = action
params
escape: buntUndefined($escapeHTML)
for k in ['capitalize', 'singularize', 'underscore', 'camelize']
filters[k] = buntUndefined helpers[k]
developer.addFilters()
# Data
# ----
$mixin Batman,
cache: {}
uuid: 0
expando: "batman" + Math.random().toString().replace(/\D/g, '')
# Test to see if it's possible to delete an expando from an element
# Fails in Internet Explorer
canDeleteExpando: try
div = document.createElement 'div'
delete div.test
catch e
Batman.canDeleteExpando = false
noData: # these throw exceptions if you attempt to add expandos to them
"embed": true,
# Ban all objects except for Flash (which handle expandos)
"object": "clsid:D27CDB6E-AE6D-11cf-96B8-444553540000",
"applet": true
hasData: (elem) ->
elem = (if elem.nodeType then Batman.cache[elem[Batman.expando]] else elem[Batman.expando])
!!elem and !isEmptyDataObject(elem)
data: (elem, name, data, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
getByName = typeof name == "string"
cache = Batman.cache
# Only defining an ID for JS objects if its cache already exists allows
# the code to shortcut on the same path as a DOM node with no cache
id = elem[Batman.expando]
# Avoid doing any more work than we need to when trying to get data on an
# object that has no data at all
if (not id or (pvt and id and (cache[id] and not cache[id][internalKey]))) and getByName and data == undefined
return
unless id
# Also check that it's not a text node; IE can't set expandos on them
if elem.nodeType isnt 3
elem[Batman.expando] = id = ++Batman.uuid
else
id = Batman.expando
cache[id] = {} unless cache[id]
# An object can be passed to Batman._data instead of a key/value pair; this gets
# shallow copied over onto the existing cache
if typeof name == "object" or typeof name == "function"
if pvt
cache[id][internalKey] = $mixin(cache[id][internalKey], name)
else
cache[id] = $mixin(cache[id], name)
thisCache = cache[id]
# Internal Batman data is stored in a separate object inside the object's data
# cache in order to avoid key collisions between internal data and user-defined
# data
if pvt
thisCache[internalKey] ||= {}
thisCache = thisCache[internalKey]
if data != undefined
thisCache[name] = data
# Check for both converted-to-camel and non-converted data property names
# If a data property was specified
if getByName
# First try to find as-is property data
ret = thisCache[name]
else
ret = thisCache
return ret
removeData: (elem, name, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
isNode = elem.nodeType
# non DOM-nodes have their data attached directly
cache = Batman.cache
id = elem[Batman.expando]
# If there is already no cache entry for this object, there is no
# purpose in continuing
return unless cache[id]
if name
thisCache = if pvt then cache[id][internalKey] else cache[id]
if thisCache
# Support interoperable removal of hyphenated or camelcased keys
delete thisCache[name]
# If there is no data left in the cache, we want to continue
# and let the cache object itself get destroyed
return unless isEmptyDataObject(thisCache)
if pvt
delete cache[id][internalKey]
# Don't destroy the parent cache unless the internal data object
# had been the only thing left in it
return unless isEmptyDataObject(cache[id])
internalCache = cache[id][internalKey]
# Browsers that fail expando deletion also refuse to delete expandos on
# the window, but it will allow it on all other JS objects; other browsers
# don't care
# Ensure that `cache` is not a window object
if Batman.canDeleteExpando or !cache.setInterval
delete cache[id]
else
cache[id] = null
# We destroyed the entire user cache at once because it's faster than
# iterating through each key, but we need to continue to persist internal
# data if it existed
if internalCache
cache[id] = {}
cache[id][internalKey] = internalCache
# Otherwise, we need to eliminate the expando on the node to avoid
# false lookups in the cache for entries that no longer exist
else
if Batman.canDeleteExpando
delete elem[Batman.expando]
else if elem.removeAttribute
elem.removeAttribute Batman.expando
else
elem[Batman.expando] = null
# For internal use only
_data: (elem, name, data) ->
Batman.data elem, name, data, true
# A method for determining if a DOM node can handle the data expando
acceptData: (elem) ->
if elem.nodeName
match = Batman.noData[elem.nodeName.toLowerCase()]
if match
return !(match == true or elem.getAttribute("classid") != match)
return true
isEmptyDataObject = (obj) ->
for name of obj
return false
return true
# Mixins
# ------
mixins = Batman.mixins = new Batman.Object()
# Encoders
# ------
Batman.Encoders = {}
class Batman.Paginator extends Batman.Object
class @Range
constructor: (@offset, @limit) ->
@reach = offset + limit
coversOffsetAndLimit: (offset, limit) ->
offset >= @offset and (offset + limit) <= @reach
class @Cache extends @Range
constructor: (@offset, @limit, @items) ->
super
@length = items.length
itemsForOffsetAndLimit: (offset, limit) ->
begin = offset-@offset
end = begin + limit
if begin < 0
padding = new Array(-begin)
begin = 0
slice = @items.slice(begin, end)
if padding
padding.concat(slice)
else
slice
offset: 0
limit: 10
totalCount: 0
markAsLoadingOffsetAndLimit: (offset, limit) -> @loadingRange = new Batman.Paginator.Range(offset, limit)
markAsFinishedLoading: -> delete @loadingRange
offsetFromPageAndLimit: (page, limit) -> Math.round((+page - 1) * limit)
pageFromOffsetAndLimit: (offset, limit) -> offset / limit + 1
_load: (offset, limit) ->
return if @loadingRange?.coversOffsetAndLimit(offset, limit)
@markAsLoadingOffsetAndLimit(offset, limit)
@loadItemsForOffsetAndLimit(offset, limit)
toArray: ->
cache = @get('cache')
offset = @get('offset')
limit = @get('limit')
@_load(offset, limit) unless cache?.coversOffsetAndLimit(offset, limit)
cache?.itemsForOffsetAndLimit(offset, limit) or []
page: ->
@pageFromOffsetAndLimit(@get('offset'), @get('limit'))
pageCount: ->
Math.ceil(@get('totalCount') / @get('limit'))
previousPage: -> @set('page', @get('page')-1)
nextPage: -> @set('page', @get('page')+1)
loadItemsForOffsetAndLimit: (offset, limit) -> # override on subclasses or instances
updateCache: (offset, limit, items) ->
cache = new Batman.Paginator.Cache(offset, limit, items)
return if @loadingRange? and not cache.coversOffsetAndLimit(@loadingRange.offset, @loadingRange.limit)
@markAsFinishedLoading()
@set('cache', cache)
@accessor 'toArray', @::toArray
@accessor 'offset', 'limit', 'totalCount'
get: Batman.Property.defaultAccessor.get
set: (key, value) -> Batman.Property.defaultAccessor.set.call(this, key, +value)
@accessor 'page',
get: @::page
set: (_,value) ->
value = +value
@set('offset', @offsetFromPageAndLimit(value, @get('limit')))
value
@accessor 'pageCount', @::pageCount
class Batman.ModelPaginator extends Batman.Paginator
cachePadding: 0
paddedOffset: (offset) ->
offset -= @cachePadding
if offset < 0 then 0 else offset
paddedLimit: (limit) ->
limit + @cachePadding * 2
loadItemsForOffsetAndLimit: (offset, limit) ->
params = @paramsForOffsetAndLimit(offset, limit)
params[k] = v for k,v of @params
@model.load params, (err, records) =>
if err?
@markAsFinishedLoading()
@fire('error', err)
else
@updateCache(@offsetFromParams(params), @limitFromParams(params), records)
# override these to fetch records however you like:
paramsForOffsetAndLimit: (offset, limit) ->
offset: @paddedOffset(offset), limit: @paddedLimit(limit)
offsetFromParams: (params) -> params.offset
limitFromParams: (params) -> params.limit
# Support AMD loaders
if typeof define is 'function'
define 'batman', [], -> Batman
# Optionally export global sugar. Not sure what to do with this.
Batman.exportHelpers = (onto) ->
for k in ['mixin', 'unmixin', 'route', 'redirect', 'typeOf', 'redirect', 'setImmediate']
onto["$#{k}"] = Batman[k]
onto
Batman.exportGlobals = () ->
Batman.exportHelpers(Batman.container)
| true | #
# batman.js
#
# Created by PI:NAME:<NAME>END_PI
# Copyright 2011, Shopify
#
# The global namespace, the `Batman` function will also create also create a new
# instance of Batman.Object and mixin all arguments to it.
Batman = (mixins...) ->
new Batman.Object mixins...
Batman.version = '0.8.0'
Batman.config =
pathPrefix: '/'
usePushState: no
Batman.container = if exports?
module.exports = Batman
global
else
window.Batman = Batman
window
# Global Helpers
# -------
# `$typeOf` returns a string that contains the built-in class of an object
# like `String`, `Array`, or `Object`. Note that only `Object` will be returned for
# the entire prototype chain.
Batman.typeOf = $typeOf = (object) ->
return "Undefined" if typeof object == 'undefined'
_objectToString.call(object).slice(8, -1)
# Cache this function to skip property lookups.
_objectToString = Object.prototype.toString
# `$mixin` applies every key from every argument after the first to the
# first argument. If a mixin has an `initialize` method, it will be called in
# the context of the `to` object, and it's key/values won't be applied.
Batman.mixin = $mixin = (to, mixins...) ->
hasSet = typeof to.set is 'function'
for mixin in mixins
continue if $typeOf(mixin) isnt 'Object'
for own key, value of mixin
continue if key in ['initialize', 'uninitialize', 'prototype']
if hasSet
to.set(key, value)
else if to.nodeName?
Batman.data to, key, value
else
to[key] = value
if typeof mixin.initialize is 'function'
mixin.initialize.call to
to
# `$unmixin` removes every key/value from every argument after the first
# from the first argument. If a mixin has a `deinitialize` method, it will be
# called in the context of the `from` object and won't be removed.
Batman.unmixin = $unmixin = (from, mixins...) ->
for mixin in mixins
for key of mixin
continue if key in ['initialize', 'uninitialize']
delete from[key]
if typeof mixin.uninitialize is 'function'
mixin.uninitialize.call from
from
# `$functionName` returns the name of a given function, if any
# Used to deal with functions not having the `name` property in IE
Batman._functionName = $functionName = (f) ->
return f.__name__ if f.__name__
return f.name if f.name
f.toString().match(/\W*function\s+([\w\$]+)\(/)?[1]
# `$preventDefault` checks for preventDefault, since it's not
# always available across all browsers
Batman._preventDefault = $preventDefault = (e) ->
if typeof e.preventDefault is "function" then e.preventDefault() else e.returnValue = false
Batman._isChildOf = $isChildOf = (parentNode, childNode) ->
node = childNode.parentNode
while node
return true if node == parentNode
node = node.parentNode
false
$setImmediate = $clearImmediate = null
_implementImmediates = (container) ->
canUsePostMessage = ->
return false unless container.postMessage
async = true
oldMessage = container.onmessage
container.onmessage = -> async = false
container.postMessage("","*")
container.onmessage = oldMessage
async
tasks = new Batman.SimpleHash
count = 0
getHandle = -> "go#{++count}"
if container.setImmediate
$setImmediate = container.setImmediate
$clearImmediate = container.clearImmediate
else if container.msSetImmediate
$setImmediate = msSetImmediate
$clearImmediate = msClearImmediate
else if canUsePostMessage()
prefix = 'com.batman.'
functions = new Batman.SimpleHash
handler = (e) ->
return unless ~e.data.search(prefix)
handle = e.data.substring(prefix.length)
tasks.unset(handle)?()
if container.addEventListener
container.addEventListener('message', handler, false)
else
container.attachEvent('onmessage', handler)
$setImmediate = (f) ->
tasks.set(handle = getHandle(), f)
container.postMessage(prefix+handle, "*")
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else if typeof document isnt 'undefined' && "onreadystatechange" in document.createElement("script")
$setImmediate = (f) ->
handle = getHandle()
script = document.createElement("script")
script.onreadystatechange = ->
tasks.get(handle)?()
script.onreadystatechange = null
script.parentNode.removeChild(script)
script = null
document.documentElement.appendChild(script)
handle
$clearImmediate = (handle) -> tasks.unset(handle)
else
$setImmediate = (f) -> setTimeout(f, 0)
$clearImmediate = (handle) -> clearTimeout(handle)
Batman.setImmediate = $setImmediate
Batman.clearImmediate = $clearImmediate
Batman.setImmediate = $setImmediate = ->
_implementImmediates(Batman.container)
Batman.setImmediate.apply(@, arguments)
Batman.clearImmediate = $clearImmediate = ->
_implementImmediates(Batman.container)
Batman.clearImmediate.apply(@, arguments)
Batman.forEach = $forEach = (container, iterator, ctx) ->
if container.forEach
container.forEach(iterator, ctx)
else if container.indexOf
iterator.call(ctx, e, i, container) for e,i in container
else
iterator.call(ctx, k, v, container) for k,v of container
Batman.objectHasKey = $objectHasKey = (object, key) ->
if typeof object.hasKey is 'function'
object.hasKey(key)
else
key of object
Batman.contains = $contains = (container, item) ->
if container.indexOf
item in container
else if typeof container.has is 'function'
container.has(item)
else
$objectHasKey(container, item)
Batman.get = $get = (base, key) ->
if typeof base.get is 'function'
base.get(key)
else
Batman.Property.forBaseAndKey(base, key).getValue()
Batman.escapeHTML = $escapeHTML = do ->
replacements =
"&": "&"
"<": "<"
">": ">"
"\"": """
"'": "'"
return (s) -> (""+s).replace(/[&<>'"]/g, (c) -> replacements[c])
# `translate` is hook for the i18n extra to override and implemnent. All strings which might
# be shown to the user pass through this method. `translate` is aliased to `t` internally.
Batman.translate = (x, values = {}) -> helpers.interpolate($get(Batman.translate.messages, x), values)
Batman.translate.messages = {}
t = -> Batman.translate(arguments...)
# Developer Tooling
# -----------------
Batman.developer =
suppressed: false
DevelopmentError: (->
DevelopmentError = (@message) ->
@name = "DevelopmentError"
DevelopmentError:: = Error::
DevelopmentError
)()
_ie_console: (f, args) ->
console?[f] "...#{f} of #{args.length} items..." unless args.length == 1
console?[f] arg for arg in args
suppress: (f) ->
developer.suppressed = true
if f
f()
developer.suppressed = false
unsuppress: ->
developer.suppressed = false
log: ->
return if developer.suppressed or !(console?.log?)
if console.log.apply then console.log(arguments...) else developer._ie_console "log", arguments
warn: ->
return if developer.suppressed or !(console?.warn?)
if console.warn.apply then console.warn(arguments...) else developer._ie_console "warn", arguments
error: (message) -> throw new developer.DevelopmentError(message)
assert: (result, message) -> developer.error(message) unless result
do: (f) -> f() unless developer.suppressed
addFilters: ->
$mixin Batman.Filters,
log: (value, key) ->
console?.log? arguments
value
logStack: (value) ->
console?.log? developer.currentFilterStack
value
developer = Batman.developer
developer.assert (->).bind, "Error! Batman needs Function.bind to work! Please shim it using something like es5-shim or augmentjs!"
# Helpers
# -------
# Just a few random Rails-style string helpers. You can add more
# to the Batman.helpers object.
class Batman.Inflector
plural: []
singular: []
uncountable: []
@plural: (regex, replacement) -> @::plural.unshift [regex, replacement]
@singular: (regex, replacement) -> @::singular.unshift [regex, replacement]
@irregular: (singular, plural) ->
if singular.charAt(0) == plural.charAt(0)
@plural new RegExp("(#{singular.charAt(0)})#{singular.slice(1)}$", "i"), "$1" + plural.slice(1)
@plural new RegExp("(#{singular.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + plural.slice(1)
@singular new RegExp("(#{plural.charAt(0)})#{plural.slice(1)}$", "i"), "$1" + singular.slice(1)
else
@plural new RegExp("#{singular}$", 'i'), plural
@plural new RegExp("#{plural}$", 'i'), plural
@singular new RegExp("#{plural}$", 'i'), singular
@uncountable: (strings...) -> @::uncountable = @::uncountable.concat(strings.map((x) -> new RegExp("#{x}$", 'i')))
@plural(/$/, 's')
@plural(/s$/i, 's')
@plural(/(ax|test)is$/i, '$1es')
@plural(/(octop|vir)us$/i, '$1i')
@plural(/(octop|vir)i$/i, '$1i')
@plural(/(alias|status)$/i, '$1es')
@plural(/(bu)s$/i, '$1ses')
@plural(/(buffal|tomat)o$/i, '$1oes')
@plural(/([ti])um$/i, '$1a')
@plural(/([ti])a$/i, '$1a')
@plural(/sis$/i, 'ses')
@plural(/(?:([^f])fe|([lr])f)$/i, '$1$2ves')
@plural(/(hive)$/i, '$1s')
@plural(/([^aeiouy]|qu)y$/i, '$1ies')
@plural(/(x|ch|ss|sh)$/i, '$1es')
@plural(/(matr|vert|ind)(?:ix|ex)$/i, '$1ices')
@plural(/([m|l])ouse$/i, '$1ice')
@plural(/([m|l])ice$/i, '$1ice')
@plural(/^(ox)$/i, '$1en')
@plural(/^(oxen)$/i, '$1')
@plural(/(quiz)$/i, '$1zes')
@singular(/s$/i, '')
@singular(/(n)ews$/i, '$1ews')
@singular(/([ti])a$/i, '$1um')
@singular(/((a)naly|(b)a|(d)iagno|(p)arenthe|(p)rogno|(s)ynop|(t)he)ses$/i, '$1$2sis')
@singular(/(^analy)ses$/i, '$1sis')
@singular(/([^f])ves$/i, '$1fe')
@singular(/(hive)s$/i, '$1')
@singular(/(tive)s$/i, '$1')
@singular(/([lr])ves$/i, '$1f')
@singular(/([^aeiouy]|qu)ies$/i, '$1y')
@singular(/(s)eries$/i, '$1eries')
@singular(/(m)ovies$/i, '$1ovie')
@singular(/(x|ch|ss|sh)es$/i, '$1')
@singular(/([m|l])ice$/i, '$1ouse')
@singular(/(bus)es$/i, '$1')
@singular(/(o)es$/i, '$1')
@singular(/(shoe)s$/i, '$1')
@singular(/(cris|ax|test)es$/i, '$1is')
@singular(/(octop|vir)i$/i, '$1us')
@singular(/(alias|status)es$/i, '$1')
@singular(/^(ox)en/i, '$1')
@singular(/(vert|ind)ices$/i, '$1ex')
@singular(/(matr)ices$/i, '$1ix')
@singular(/(quiz)zes$/i, '$1')
@singular(/(database)s$/i, '$1')
@irregular('person', 'people')
@irregular('man', 'men')
@irregular('child', 'children')
@irregular('sex', 'sexes')
@irregular('move', 'moves')
@irregular('cow', 'kine')
@irregular('zombie', 'zombies')
@uncountable('equipment', 'information', 'rice', 'money', 'species', 'series', 'fish', 'sheep', 'jeans')
ordinalize: (number) ->
absNumber = Math.abs(parseInt(number))
if absNumber % 100 in [11..13]
number + "th"
else
switch absNumber % 10
when 1
number + "st"
when 2
number + "nd"
when 3
number + "rd"
else
number + "th"
pluralize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @plural
return word.replace(regex, replace_string) if regex.test(word)
word
singularize: (word) ->
for uncountableRegex in @uncountable
return word if uncountableRegex.test(word)
for [regex, replace_string] in @singular
return word.replace(regex, replace_string) if regex.test(word)
word
camelize_rx = /(?:^|_|\-)(.)/g
capitalize_rx = /(^|\s)([a-z])/g
underscore_rx1 = /([A-Z]+)([A-Z][a-z])/g
underscore_rx2 = /([a-z\d])([A-Z])/g
helpers = Batman.helpers =
inflector: new Batman.Inflector
ordinalize: -> helpers.inflector.ordinalize.apply helpers.inflector, arguments
singularize: -> helpers.inflector.singularize.apply helpers.inflector, arguments
pluralize: (count, singular, plural) ->
if arguments.length < 2
helpers.inflector.pluralize count
else
"#{count || 0} " + if +count is 1 then singular else (plural || helpers.inflector.pluralize(singular))
camelize: (string, firstLetterLower) ->
string = string.replace camelize_rx, (str, p1) -> p1.toUpperCase()
if firstLetterLower then string.substr(0,1).toLowerCase() + string.substr(1) else string
underscore: (string) ->
string.replace(underscore_rx1, '$1_$2')
.replace(underscore_rx2, '$1_$2')
.replace('-', '_').toLowerCase()
capitalize: (string) -> string.replace capitalize_rx, (m,p1,p2) -> p1 + p2.toUpperCase()
trim: (string) -> if string then string.trim() else ""
interpolate: (stringOrObject, keys) ->
if typeof stringOrObject is 'object'
string = stringOrObject[keys.count]
unless string
string = stringOrObject['other']
else
string = stringOrObject
for key, value of keys
string = string.replace(new RegExp("%\\{#{key}\\}", "g"), value)
string
class Batman.Event
@forBaseAndKey: (base, key) ->
if base.isEventEmitter
base.event(key)
else
new Batman.Event(base, key)
constructor: (@base, @key) ->
@handlers = new Batman.SimpleSet
@_preventCount = 0
isEvent: true
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<Batman.Event base: #{Batman.Hash::hashKeyFor(@base)}, key: \"#{Batman.Hash::PI:KEY:<KEY>END_PIKeyFor(@key)}\">"
addHandler: (handler) ->
@handlers.add(handler)
@autofireHandler(handler) if @oneShot
this
removeHandler: (handler) ->
@handlers.remove(handler)
this
eachHandler: (iterator) ->
@handlers.forEach(iterator)
if @base?.isEventEmitter
key = @key
@base._batman.ancestors (ancestor) ->
if ancestor.isEventEmitter and ancestor.hasEvent(key)
handlers = ancestor.event(key).handlers
handlers.forEach(iterator)
handlerContext: -> @base
prevent: -> ++@_preventCount
allow: ->
--@_preventCount if @_preventCount
@_preventCount
isPrevented: -> @_preventCount > 0
autofireHandler: (handler) ->
if @_oneShotFired and @_oneShotArgs?
handler.apply(@handlerContext(), @_oneShotArgs)
resetOneShot: ->
@_oneShotFired = false
@_oneShotArgs = null
fire: ->
return false if @isPrevented() or @_oneShotFired
context = @handlerContext()
args = arguments
if @oneShot
@_oneShotFired = true
@_oneShotArgs = arguments
@eachHandler (handler) -> handler.apply(context, args)
allowAndFire: ->
@allow()
@fire(arguments...)
Batman.EventEmitter =
isEventEmitter: true
hasEvent: (key) ->
@_batman?.get?('events')?.hasKey(key)
event: (key) ->
Batman.initializeObject @
eventClass = @eventClass or Batman.Event
events = @_batman.events ||= new Batman.SimpleHash
if events.hasKey(key)
existingEvent = events.get(key)
else
existingEvents = @_batman.get('events')
newEvent = events.set(key, new eventClass(this, key))
newEvent.oneShot = existingEvents?.get(key)?.oneShot
newEvent
on: (key, handler) ->
@event(key).addHandler(handler)
registerAsMutableSource: ->
Batman.Property.registerSource(@)
mutation: (wrappedFunction) ->
->
result = wrappedFunction.apply(this, arguments)
@event('change').fire(this, this)
result
prevent: (key) ->
@event(key).prevent()
@
allow: (key) ->
@event(key).allow()
@
isPrevented: (key) ->
@event(key).isPrevented()
fire: (key, args...) ->
@event(key).fire(args...)
allowAndFire: (key, args...) ->
@event(key).allowAndFire(args...)
class Batman.PropertyEvent extends Batman.Event
eachHandler: (iterator) -> @base.eachObserver(iterator)
handlerContext: -> @base.base
class Batman.Property
$mixin @prototype, Batman.EventEmitter
@_sourceTrackerStack: []
@sourceTracker: -> (stack = @_sourceTrackerStack)[stack.length - 1]
@defaultAccessor:
get: (key) -> @[key]
set: (key, val) -> @[key] = val
unset: (key) -> x = @[key]; delete @[key]; x
cachable: no
@forBaseAndKey: (base, key) ->
if base.isObservable
base.property(key)
else
new Batman.Keypath(base, key)
@withoutTracking: (block) ->
@pushDummySourceTracker()
try
block()
finally
@popSourceTracker()
@registerSource: (obj) ->
return unless obj.isEventEmitter
@sourceTracker()?.add(obj)
@pushSourceTracker: -> Batman.Property._sourceTrackerStack.push(new Batman.SimpleSet)
@pushDummySourceTracker: -> Batman.Property._sourceTrackerStack.push(null)
@popSourceTracker: -> Batman.Property._sourceTrackerStack.pop()
constructor: (@base, @key) ->
developer.do =>
keyType = $typeOf(@key)
if keyType in ['Array', 'Object']
developer.log "Accessing a property with an #{keyType} key. This is okay, but could be a source of memory leaks if you aren't careful."
_isolationCount: 0
cached: no
value: null
sources: null
isProperty: true
isDead: false
eventClass: Batman.PropertyEvent
isEqual: (other) ->
@constructor is other.constructor and @base is other.base and @key is other.key
hashKey: ->
@hashKey = -> key
key = "<PI:KEY:<KEY>END_PI.Property base: #{BPI:KEY:<KEY>END_PI.PI:KEY:<KEY>END_PI(@base)}, key: \"PI:KEY:<KEY>END_PI
changeEvent: ->
event = @event('change')
@changeEvent = -> event
event
accessor: ->
keyAccessors = @base._batman?.get('keyAccessors')
accessor = if keyAccessors && (val = keyAccessors.get(@key))
val
else
@base._batman?.getFirst('defaultAccessor') or Batman.Property.defaultAccessor
@accessor = -> accessor
accessor
eachObserver: (iterator) ->
key = @key
@changeEvent().handlers.forEach(iterator)
if @base.isObservable
@base._batman.ancestors (ancestor) ->
if ancestor.isObservable and ancestor.hasProperty(key)
property = ancestor.property(key)
handlers = property.changeEvent().handlers
handlers.forEach(iterator)
observers: ->
results = []
@eachObserver (observer) -> results.push(observer)
results
hasObservers: -> @observers().length > 0
updateSourcesFromTracker: ->
newSources = @constructor.popSourceTracker()
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
@sources = newSources
@_eachSourceChangeEvent (e) -> e.addHandler(handler)
_eachSourceChangeEvent: (iterator) ->
return unless @sources?
@sources.forEach (source) -> iterator(source.event('change'))
getValue: ->
@registerAsMutableSource()
unless @isCached()
@constructor.pushSourceTracker()
try
@value = @valueFromAccessor()
@cached = yes
finally
@updateSourcesFromTracker()
@value
isCachable: ->
return true if @isFinal()
cachable = @accessor().cachable
if cachable? then !!cachable else true
isCached: -> @isCachable() and @cached
isFinal: -> !!@accessor()['final']
refresh: ->
@cached = no
previousValue = @value
value = @getValue()
if value isnt previousValue and not @isIsolated()
@fire(value, previousValue)
@lockValue() if @value isnt undefined and @isFinal()
sourceChangeHandler: ->
handler = => @_handleSourceChange()
@sourceChangeHandler = -> handler
handler
_handleSourceChange: ->
if @isIsolated()
@_needsRefresh = yes
else if not @isFinal() && not @hasObservers()
@cached = no
else
@refresh()
valueFromAccessor: -> @accessor().get?.call(@base, @key)
setValue: (val) ->
return unless set = @accessor().set
@_changeValue -> set.call(@base, @key, val)
unsetValue: ->
return unless unset = @accessor().unset
@_changeValue -> unset.call(@base, @key)
_changeValue: (block) ->
@cached = no
@constructor.pushDummySourceTracker()
try
result = block.apply(this)
@refresh()
finally
@constructor.popSourceTracker()
@die() unless @isCached() or @hasObservers()
result
forget: (handler) ->
if handler?
@changeEvent().removeHandler(handler)
else
@changeEvent().handlers.clear()
observeAndFire: (handler) ->
@observe(handler)
handler.call(@base, @value, @value)
observe: (handler) ->
@changeEvent().addHandler(handler)
@getValue() unless @sources?
this
_removeHandlers: ->
handler = @sourceChangeHandler()
@_eachSourceChangeEvent (e) -> e.removeHandler(handler)
delete @sources
@changeEvent().handlers.clear()
lockValue: ->
@_removeHandlers()
@getValue = -> @value
@setValue = @unsetValue = @refresh = @observe = ->
die: ->
@_removeHandlers()
@base._batman?.properties?.unset(@key)
@isDead = true
fire: -> @changeEvent().fire(arguments...)
isolate: ->
if @_isolationCount is 0
@_preIsolationValue = @getValue()
@_isolationCount++
expose: ->
if @_isolationCount is 1
@_isolationCount--
if @_needsRefresh
@value = @_preIsolationValue
@refresh()
else if @value isnt @_preIsolationValue
@fire(@value, @_preIsolationValue)
@_preIsolationValue = null
else if @_isolationCount > 0
@_isolationCount--
isIsolated: -> @_isolationCount > 0
# Keypaths
# --------
class Batman.Keypath extends Batman.Property
constructor: (base, key) ->
if $typeOf(key) is 'String'
@segments = key.split('.')
@depth = @segments.length
else
@segments = [key]
@depth = 1
super
slice: (begin, end=@depth) ->
base = @base
for segment in @segments.slice(0, begin)
return unless base? and base = $get(base, segment)
propertyClass = base.propertyClass or Batman.Keypath
remainingSegments = @segments.slice(begin, end)
remainingPath = remainingSegments.join('.')
if propertyClass is Batman.Keypath or remainingSegments.length is 1
Batman.Keypath.forBaseAndKey(base, remainingPath)
else
new Batman.Keypath(base, remainingPath)
terminalProperty: -> @slice -1
valueFromAccessor: ->
if @depth is 1 then super else @terminalProperty()?.getValue()
setValue: (val) -> if @depth is 1 then super else @terminalProperty()?.setValue(val)
unsetValue: -> if @depth is 1 then super else @terminalProperty()?.unsetValue()
# Observable
# ----------
# Batman.Observable is a generic mixin that can be applied to any object to allow it to be bound to.
# It is applied by default to every instance of `Batman.Object` and subclasses.
Batman.Observable =
isObservable: true
hasProperty: (key) ->
@_batman?.properties?.hasKey?(key)
property: (key) ->
Batman.initializeObject @
propertyClass = @propertyClass or Batman.Keypath
properties = @_batman.properties ||= new Batman.SimpleHash
properties.get(key) or properties.set(key, new propertyClass(this, key))
get: (key) ->
@property(key).getValue()
set: (key, val) ->
@property(key).setValue(val)
unset: (key) ->
@property(key).unsetValue()
getOrSet: (key, valueFunction) ->
currentValue = @get(key)
unless currentValue
currentValue = valueFunction()
@set(key, currentValue)
currentValue
# `forget` removes an observer from an object. If the callback is passed in,
# its removed. If no callback but a key is passed in, all the observers on
# that key are removed. If no key is passed in, all observers are removed.
forget: (key, observer) ->
if key
@property(key).forget(observer)
else
@_batman.properties?.forEach (key, property) -> property.forget()
@
# `fire` tells any observers attached to a key to fire, manually.
# `prevent` stops of a given binding from firing. `prevent` calls can be repeated such that
# the same number of calls to allow are needed before observers can be fired.
# `allow` unblocks a property for firing observers. Every call to prevent
# must have a matching call to allow later if observers are to be fired.
# `observe` takes a key and a callback. Whenever the value for that key changes, your
# callback will be called in the context of the original object.
observe: (key, args...) ->
@property(key).observe(args...)
@
observeAndFire: (key, args...) ->
@property(key).observeAndFire(args...)
@
# Objects
# -------
# `Batman.initializeObject` is called by all the methods in Batman.Object to ensure that the
# object's `_batman` property is initialized and it's own. Classes extending Batman.Object inherit
# methods like `get`, `set`, and `observe` by default on the class and prototype levels, such that
# both instances and the class respond to them and can be bound to. However, CoffeeScript's static
# class inheritance copies over all class level properties indiscriminately, so a parent class'
# `_batman` object will get copied to its subclasses, transferring all the information stored there and
# allowing subclasses to mutate parent state. This method prevents this undesirable behaviour by tracking
# which object the `_batman_` object was initialized upon, and reinitializing if that has changed since
# initialization.
Batman.initializeObject = (object) ->
if object._batman?
object._batman.check(object)
else
object._batman = new _Batman(object)
# _Batman provides a convienient, parent class and prototype aware place to store hidden
# object state. Things like observers, accessors, and states belong in the `_batman` object
# attached to every Batman.Object subclass and subclass instance.
Batman._Batman = class _Batman
constructor: (@object, mixins...) ->
$mixin(@, mixins...) if mixins.length > 0
# Used by `Batman.initializeObject` to ensure that this `_batman` was created referencing
# the object it is pointing to.
check: (object) ->
if object != @object
object._batman = new _Batman(object)
return false
return true
# `get` is a prototype and class aware property access method. `get` will traverse the prototype chain, asking
# for the passed key at each step, and then attempting to merge the results into one object.
# It can only do this if at each level an `Array`, `Hash`, or `Set` is found, so try to use
# those if you need `_batman` inhertiance.
get: (key) ->
# Get all the keys from the ancestor chain
results = @getAll(key)
switch results.length
when 0
undefined
when 1
results[0]
else
# And then try to merge them if there is more than one. Use `concat` on arrays, and `merge` on
# sets and hashes.
if results[0].concat?
results = results.reduceRight (a, b) -> a.concat(b)
else if results[0].merge?
results = results.reduceRight (a, b) -> a.merge(b)
results
# `getFirst` is a prototype and class aware property access method. `getFirst` traverses the prototype chain,
# and returns the value of the first `_batman` object which defines the passed key. Useful for
# times when the merged value doesn't make sense or the value is a primitive.
getFirst: (key) ->
results = @getAll(key)
results[0]
# `getAll` is a prototype and class chain iterator. When passed a key or function, it applies it to each
# parent class or parent prototype, and returns the undefined values, closest ancestor first.
getAll: (keyOrGetter) ->
# Get a function which pulls out the key from the ancestor's `_batman` or use the passed function.
if typeof keyOrGetter is 'function'
getter = keyOrGetter
else
getter = (ancestor) -> ancestor._batman?[keyOrGetter]
# Apply it to all the ancestors, and then this `_batman`'s object.
results = @ancestors(getter)
if val = getter(@object)
results.unshift val
results
# `ancestors` traverses the prototype or class chain and returns the application of a function to each
# object in the chain. `ancestors` does this _only_ to the `@object`'s ancestors, and not the `@object`
# itsself.
ancestors: (getter = (x) -> x) ->
results = []
# Decide if the object is a class or not, and pull out the first ancestor
isClass = !!@object.prototype
parent = if isClass
@object.__super__?.constructor
else
if (proto = Object.getPrototypeOf(@object)) == @object
@object.constructor.__super__
else
proto
if parent?
parent._batman?.check(parent)
# Apply the function and store the result if it isn't undefined.
val = getter(parent)
results.push(val) if val?
# Use a recursive call to `_batman.ancestors` on the ancestor, which will take the next step up the chain.
if parent._batman?
results = results.concat(parent._batman.ancestors(getter))
results
set: (key, value) ->
@[key] = value
# `Batman.Object` is the base class for all other Batman objects. It is not abstract.
class BatmanObject extends Object
Batman.initializeObject(this)
Batman.initializeObject(@prototype)
# Setting `isGlobal` to true will cause the class name to be defined on the
# global object. For example, Batman.Model will be aliased to window.Model.
# This should be used sparingly; it's mostly useful for debugging.
@global: (isGlobal) ->
return if isGlobal is false
Batman.container[$functionName(@)] = @
# Apply mixins to this class.
@classMixin: -> $mixin @, arguments...
# Apply mixins to instances of this class.
@mixin: -> @classMixin.apply @prototype, arguments
mixin: @classMixin
counter = 0
_objectID: ->
@_objectID = -> c
c = counter++
hashKey: ->
return if typeof @isEqual is 'function'
@hashKey = -> key
key = "<Batman.Object #{@_objectID()}>"
toJSON: ->
obj = {}
for own key, value of @ when key not in ["_batman", "hashKey", "_objectID"]
obj[key] = if value?.toJSON then value.toJSON() else value
obj
# Accessor implementation. Accessors are used to create properties on a class or prototype which can be fetched
# with get, but are computed instead of just stored. This is a batman and old browser friendly version of
# `defineProperty` without as much goodness.
#
# Accessors track which other properties they rely on for computation, and when those other properties change,
# an accessor will recalculate its value and notifiy its observers. This way, when a source value is changed,
# any dependent accessors will automatically update any bindings to them with a new value. Accessors accomplish
# this feat by tracking `get` calls, do be sure to use `get` to retrieve properties inside accessors.
#
# `@accessor` or `@classAccessor` can be called with zero, one, or many keys to attach the accessor to. This
# has the following effects:
#
# * zero: create a `defaultAccessor`, which will be called when no other properties or accessors on an object
# match a keypath. This is similar to `method_missing` in Ruby or `#doesNotUnderstand` in Smalltalk.
# * one: create a `keyAccessor` at the given key, which will only be called when that key is `get`ed.
# * many: create `keyAccessors` for each given key, which will then be called whenever each key is `get`ed.
#
# Note: This function gets called in all sorts of different contexts by various
# other pointers to it, but it acts the same way on `this` in all cases.
getAccessorObject = (accessor) ->
accessor = {get: accessor} if !accessor.get && !accessor.set && !accessor.unset
accessor
@classAccessor: (keys..., accessor) ->
Batman.initializeObject @
# Create a default accessor if no keys have been given.
if keys.length is 0
# The `accessor` argument is wrapped in `getAccessorObject` which allows functions to be passed in
# as a shortcut to {get: function}
@_batman.defaultAccessor = getAccessorObject(accessor)
else
# Otherwise, add key accessors for each key given.
@_batman.keyAccessors ||= new Batman.SimpleHash
@_batman.keyAccessors.set(key, getAccessorObject(accessor)) for key in keys
# Support adding accessors to the prototype from within class defintions or after the class has been created
# with `KlassExtendingBatmanObject.accessor(keys..., accessorObject)`
@accessor: -> @classAccessor.apply @prototype, arguments
# Support adding accessors to instances after creation
accessor: @classAccessor
constructor: (mixins...) ->
@_batman = new _Batman(@)
@mixin mixins...
# Make every subclass and their instances observable.
@classMixin Batman.EventEmitter, Batman.Observable
@mixin Batman.EventEmitter, Batman.Observable
# Observe this property on every instance of this class.
@observeAll: -> @::observe.apply @prototype, arguments
@singleton: (singletonMethodName="sharedInstance") ->
@classAccessor singletonMethodName,
get: -> @["_#{singletonMethodName}"] ||= new @
Batman.Object = BatmanObject
class Batman.Accessible extends Batman.Object
constructor: -> @accessor.apply(@, arguments)
class Batman.TerminalAccessible extends Batman.Accessible
propertyClass: Batman.Property
# Collections
Batman.Enumerable =
isEnumerable: true
map: (f, ctx = Batman.container) -> r = []; @forEach(-> r.push f.apply(ctx, arguments)); r
mapToProperty: (key) -> r = []; @forEach((item) -> r.push item.get(key)); r
every: (f, ctx = Batman.container) -> r = true; @forEach(-> r = r && f.apply(ctx, arguments)); r
some: (f, ctx = Batman.container) -> r = false; @forEach(-> r = r || f.apply(ctx, arguments)); r
reduce: (f, r) ->
count = 0
self = @
@forEach -> if r? then r = f(r, arguments..., count, self) else r = arguments[0]
r
filter: (f) ->
r = new @constructor
if r.add
wrap = (r, e) -> r.add(e) if f(e); r
else if r.set
wrap = (r, k, v) -> r.set(k, v) if f(k, v); r
else
r = [] unless r.push
wrap = (r, e) -> r.push(e) if f(e); r
@reduce wrap, r
# Provide this simple mixin ability so that during bootstrapping we don't have to use `$mixin`. `$mixin`
# will correctly attempt to use `set` on the mixinee, which ends up requiring the definition of
# `SimpleSet` to be complete during its definition.
$extendsEnumerable = (onto) -> onto[k] = v for k,v of Batman.Enumerable
class Batman.SimpleHash
constructor: (obj) ->
@_storage = {}
@length = 0
@update(obj) if obj?
$extendsEnumerable(@::)
propertyClass: Batman.Property
hasKey: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return true if @equality(pair[0], key)
return false
get: (key) ->
if pairs = @_storage[@hashKeyFor(key)]
for pair in pairs
return pair[1] if @equality(pair[0], key)
set: (key, val) ->
pairs = @_storage[@hashKeyFor(key)] ||= []
for pair in pairs
if @equality(pair[0], key)
return pair[1] = val
@length++
pairs.push([key, val])
val
unset: (key) ->
hashKey = @hashKeyFor(key)
if pairs = @_storage[hashKey]
for [obj,value], index in pairs
if @equality(obj, key)
pair = pairs.splice(index,1)
delete @_storage[hashKey] unless pairs.length
@length--
return pair[0][1]
getOrSet: Batman.Observable.getOrSet
hashKeyFor: (obj) -> obj?.hashKey?() or obj
equality: (lhs, rhs) ->
return true if lhs is rhs
return true if lhs isnt lhs and rhs isnt rhs # when both are NaN
return true if lhs?.isEqual?(rhs) and rhs?.isEqual?(lhs)
return false
forEach: (iterator, ctx) ->
for key, values of @_storage
iterator.call(ctx, obj, value, this) for [obj, value] in values.slice()
keys: ->
result = []
# Explicitly reference this foreach so that if it's overriden in subclasses the new implementation isn't used.
Batman.SimpleHash::forEach.call @, (key) -> result.push key
result
clear: ->
@_storage = {}
@length = 0
isEmpty: ->
@length is 0
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for hash in others
hash.forEach (obj, value) ->
merged.set obj, value
merged
update: (object) -> @set(k,v) for k,v of object
replace: (object) ->
@forEach (key, value) =>
@unset(key) unless key of object
@update(object)
toObject: ->
obj = {}
for key, pair of @_storage
obj[key] = pair[0][1] # the first value for this key
obj
toJSON: @::toObject
class Batman.Hash extends Batman.Object
class @Metadata extends Batman.Object
constructor: (@hash) ->
@accessor 'length', ->
@hash.registerAsMutableSource()
@hash.length
@accessor 'isEmpty', -> @hash.isEmpty()
@accessor 'keys', -> @hash.keys()
constructor: ->
@meta = new @constructor.Metadata(this)
Batman.SimpleHash.apply(@, arguments)
super
$extendsEnumerable(@::)
propertyClass: Batman.Property
@accessor
get: Batman.SimpleHash::get
set: @mutation (key, value) ->
result = Batman.SimpleHash::set.call(@, key, value)
@fire 'itemsWereAdded', key
result
unset: @mutation (key) ->
result = Batman.SimpleHash::unset.call(@, key)
@fire 'itemsWereRemoved', key if result?
result
cachable: false
_preventMutationEvents: (block) ->
@prevent 'change'
@prevent 'itemsWereAdded'
@prevent 'itemsWereRemoved'
try
block.call(this)
finally
@allow 'change'
@allow 'itemsWereAdded'
@allow 'itemsWereRemoved'
clear: @mutation ->
keys = @keys()
@_preventMutationEvents -> @forEach (k) => @unset(k)
result = Batman.SimpleHash::clear.call(@)
@fire 'itemsWereRemoved', keys...
result
update: @mutation (object) ->
addedKeys = []
@_preventMutationEvents ->
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
replace: @mutation (object) ->
addedKeys = []
removedKeys = []
@_preventMutationEvents ->
@forEach (k, _) =>
unless Batman.objectHasKey(object, k)
@unset(k)
removedKeys.push(k)
Batman.forEach object, (k,v) =>
addedKeys.push(k) unless @hasKey(k)
@set(k,v)
@fire('itemsWereAdded', addedKeys...) if addedKeys.length > 0
@fire('itemsWereRemoved', removedKeys...) if removedKeys.length > 0
equality: Batman.SimpleHash::equality
hashKeyFor: Batman.SimpleHash::hashKeyFor
for k in ['hasKey', 'forEach', 'isEmpty', 'keys', 'merge', 'toJSON', 'toObject']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleHash::[k].apply(@, arguments)
class Batman.SimpleSet
constructor: ->
@_storage = new Batman.SimpleHash
@_indexes = new Batman.SimpleHash
@_uniqueIndexes = new Batman.SimpleHash
@_sorts = new Batman.SimpleHash
@length = 0
@add.apply @, arguments if arguments.length > 0
$extendsEnumerable(@::)
has: (item) ->
@_storage.hasKey item
add: (items...) ->
addedItems = []
for item in items when !@_storage.hasKey(item)
@_storage.set item, true
addedItems.push item
@length++
if @fire and addedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereAdded', addedItems...)
addedItems
remove: (items...) ->
removedItems = []
for item in items when @_storage.hasKey(item)
@_storage.unset item
removedItems.push item
@length--
if @fire and removedItems.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', removedItems...)
removedItems
find: (f) ->
ret = undefined
@forEach (item) ->
if ret is undefined && f(item) is true
ret = item
ret
forEach: (iterator, ctx) ->
container = this
@_storage.forEach (key) -> iterator.call(ctx, key, null, container)
isEmpty: -> @length is 0
clear: ->
items = @toArray()
@_storage = new Batman.SimpleHash
@length = 0
if @fire and items.length isnt 0
@fire('change', this, this)
@fire('itemsWereRemoved', items...)
items
replace: (other) ->
try
@prevent?('change')
@clear()
@add(other.toArray()...)
finally
@allowAndFire?('change', this, this)
toArray: ->
@_storage.keys()
merge: (others...) ->
merged = new @constructor
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
indexedBy: (key) ->
@_indexes.get(key) or @_indexes.set(key, new Batman.SetIndex(@, key))
indexedByUnique: (key) ->
@_uniqueIndexes.get(key) or @_uniqueIndexes.set(key, new Batman.UniqueSetIndex(@, key))
sortedBy: (key, order="asc") ->
order = if order.toLowerCase() is "desc" then "desc" else "asc"
sortsForKey = @_sorts.get(key) or @_sorts.set(key, new Batman.Object)
sortsForKey.get(order) or sortsForKey.set(order, new Batman.SetSort(@, key, order))
class Batman.Set extends Batman.Object
constructor: ->
Batman.SimpleSet.apply @, arguments
$extendsEnumerable(@::)
for k in ['add', 'remove', 'find', 'clear', 'replace', 'indexedBy', 'indexedByUnique', 'sortedBy']
@::[k] = Batman.SimpleSet::[k]
for k in ['merge', 'forEach', 'toArray', 'isEmpty', 'has']
proto = @prototype
do (k) ->
proto[k] = ->
@registerAsMutableSource()
Batman.SimpleSet::[k].apply(@, arguments)
toJSON: @::toArray
applySetAccessors = (klass) ->
klass.accessor 'first', -> @toArray()[0]
klass.accessor 'last', -> @toArray()[@length - 1]
klass.accessor 'indexedBy', -> new Batman.TerminalAccessible (key) => @indexedBy(key)
klass.accessor 'indexedByUnique', -> new Batman.TerminalAccessible (key) => @indexedByUnique(key)
klass.accessor 'sortedBy', -> new Batman.TerminalAccessible (key) => @sortedBy(key)
klass.accessor 'sortedByDescending', -> new Batman.TerminalAccessible (key) => @sortedBy(key, 'desc')
klass.accessor 'isEmpty', -> @isEmpty()
klass.accessor 'toArray', -> @toArray()
klass.accessor 'length', ->
@registerAsMutableSource()
@length
applySetAccessors(Batman.Set)
class Batman.SetObserver extends Batman.Object
constructor: (@base) ->
@_itemObservers = new Batman.SimpleHash
@_setObservers = new Batman.SimpleHash
@_setObservers.set "itemsWereAdded", => @fire('itemsWereAdded', arguments...)
@_setObservers.set "itemsWereRemoved", => @fire('itemsWereRemoved', arguments...)
@on 'itemsWereAdded', @startObservingItems.bind(@)
@on 'itemsWereRemoved', @stopObservingItems.bind(@)
observedItemKeys: []
observerForItemAndKey: (item, key) ->
_getOrSetObserverForItemAndKey: (item, key) ->
@_itemObservers.getOrSet item, =>
observersByKey = new Batman.SimpleHash
observersByKey.getOrSet key, =>
@observerForItemAndKey(item, key)
startObserving: ->
@_manageItemObservers("observe")
@_manageSetObservers("addHandler")
stopObserving: ->
@_manageItemObservers("forget")
@_manageSetObservers("removeHandler")
startObservingItems: (items...) ->
@_manageObserversForItem(item, "observe") for item in items
stopObservingItems: (items...) ->
@_manageObserversForItem(item, "forget") for item in items
_manageObserversForItem: (item, method) ->
return unless item.isObservable
for key in @observedItemKeys
item[method] key, @_getOrSetObserverForItemAndKey(item, key)
@_itemObservers.unset(item) if method is "forget"
_manageItemObservers: (method) ->
@base.forEach (item) => @_manageObserversForItem(item, method)
_manageSetObservers: (method) ->
return unless @base.isObservable
@_setObservers.forEach (key, observer) =>
@base.event(key)[method](observer)
class Batman.SetProxy extends Batman.Object
constructor: () ->
super()
@length = 0
@base.on 'itemsWereAdded', (items...) => @fire('itemsWereAdded', items...)
@base.on 'itemsWereRemoved', (items...) => @fire('itemsWereRemoved', items...)
$extendsEnumerable(@::)
filter: (f) ->
r = new Batman.Set()
@reduce(((r, e) -> r.add(e) if f(e); r), r)
for k in ['add', 'remove', 'find', 'clear', 'replace']
do (k) =>
@::[k] = ->
results = @base[k](arguments...)
@length = @set('length', @base.get 'length')
results
for k in ['has', 'merge', 'toArray', 'isEmpty', 'indexedBy', 'indexedByUnique', 'sortedBy']
do (k) =>
@::[k] = -> @base[k](arguments...)
applySetAccessors(@)
@accessor 'length',
get: ->
@registerAsMutableSource()
@length
set: (_, v) -> @length = v
class Batman.SetSort extends Batman.SetProxy
constructor: (@base, @key, order="asc") ->
super()
@descending = order.toLowerCase() is "desc"
if @base.isObservable
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
boundReIndex = @_reIndex.bind(@)
@_setObserver.observerForItemAndKey = -> boundReIndex
@_setObserver.on 'itemsWereAdded', boundReIndex
@_setObserver.on 'itemsWereRemoved', boundReIndex
@startObserving()
@_reIndex()
startObserving: -> @_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
toArray: -> @get('_storage')
forEach: (iterator, ctx) -> iterator.call(ctx,e,i,this) for e,i in @get('_storage')
compare: (a,b) ->
return 0 if a is b
return 1 if a is undefined
return -1 if b is undefined
return 1 if a is null
return -1 if b is null
return 1 if a is false
return -1 if b is false
return 1 if a is true
return -1 if b is true
if a isnt a
if b isnt b
return 0 # both are NaN
else
return 1 # a is NaN
return -1 if b isnt b # b is NaN
return 1 if a > b
return -1 if a < b
return 0
_reIndex: ->
newOrder = @base.toArray().sort (a,b) =>
valueA = $get(a, @key)
valueA = valueA.valueOf() if valueA?
valueB = $get(b, @key)
valueB = valueB.valueOf() if valueB?
multiple = if @descending then -1 else 1
@compare.call(@, valueA, valueB) * multiple
@_setObserver?.startObservingItems(newOrder...)
@set('_storage', newOrder)
class Batman.SetIndex extends Batman.Object
propertyClass: Batman.Property
constructor: (@base, @key) ->
super()
@_storage = new Batman.SimpleHash
if @base.isEventEmitter
@_setObserver = new Batman.SetObserver(@base)
@_setObserver.observedItemKeys = [@key]
@_setObserver.observerForItemAndKey = @observerForItemAndKey.bind(@)
@_setObserver.on 'itemsWereAdded', (items...) =>
@_addItem(item) for item in items
@_setObserver.on 'itemsWereRemoved', (items...) =>
@_removeItem(item) for item in items
@base.forEach @_addItem.bind(@)
@startObserving()
@accessor (key) -> @_resultSetForKey(key)
startObserving: ->@_setObserver?.startObserving()
stopObserving: -> @_setObserver?.stopObserving()
observerForItemAndKey: (item, key) ->
(newValue, oldValue) =>
@_removeItemFromKey(item, oldValue)
@_addItemToKey(item, newValue)
_addItem: (item) -> @_addItemToKey(item, @_keyForItem(item))
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
_removeItem: (item) -> @_removeItemFromKey(item, @_keyForItem(item))
_removeItemFromKey: (item, key) -> @_resultSetForKey(key).remove(item)
_resultSetForKey: (key) ->
@_storage.getOrSet(key, -> new Batman.Set)
_keyForItem: (item) ->
Batman.Keypath.forBaseAndKey(item, @key).getValue()
class Batman.UniqueSetIndex extends Batman.SetIndex
constructor: ->
@_uniqueIndex = new Batman.Hash
super
@accessor (key) -> @_uniqueIndex.get(key)
_addItemToKey: (item, key) ->
@_resultSetForKey(key).add item
unless @_uniqueIndex.hasKey(key)
@_uniqueIndex.set(key, item)
_removeItemFromKey: (item, key) ->
resultSet = @_resultSetForKey(key)
super
if resultSet.isEmpty()
@_uniqueIndex.unset(key)
else
@_uniqueIndex.set(key, resultSet.toArray()[0])
class Batman.BinarySetOperation extends Batman.Set
constructor: (@left, @right) ->
super()
@_setup @left, @right
@_setup @right, @left
_setup: (set, opposite) =>
set.on 'itemsWereAdded', (items...) =>
@_itemsWereAddedToSource(set, opposite, items...)
set.on 'itemsWereRemoved', (items...) =>
@_itemsWereRemovedFromSource(set, opposite, items...)
@_itemsWereAddedToSource set, opposite, set.toArray()...
merge: (others...) ->
merged = new Batman.Set
others.unshift(@)
for set in others
set.forEach (v) -> merged.add v
merged
filter: Batman.SetProxy::filter
class Batman.SetUnion extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) -> @add items...
_itemsWereRemovedFromSource: (source, opposite, items...) ->
itemsToRemove = (item for item in items when !opposite.has(item))
@remove itemsToRemove...
class Batman.SetIntersection extends Batman.BinarySetOperation
_itemsWereAddedToSource: (source, opposite, items...) ->
itemsToAdd = (item for item in items when opposite.has(item))
@add itemsToAdd...
_itemsWereRemovedFromSource: (source, opposite, items...) -> @remove items...
# State Machines
# --------------
Batman.StateMachine = {
initialize: ->
Batman.initializeObject @
if not @_batman.states
@_batman.states = new Batman.SimpleHash
state: (name, callback) ->
Batman.StateMachine.initialize.call @
return @_batman.getFirst 'state' unless name
developer.assert @isEventEmitter, "StateMachine requires EventEmitter"
@[name] ||= (callback) -> _stateMachine_setState.call(@, name)
@on(name, callback) if typeof callback is 'function'
transition: (from, to, callback) ->
Batman.StateMachine.initialize.call @
@state from
@state to
@on("#{from}->#{to}", callback) if callback
}
# A special method to alias state machine methods to class methods
Batman.Object.actsAsStateMachine = (includeInstanceMethods=true) ->
Batman.StateMachine.initialize.call @
Batman.StateMachine.initialize.call @prototype
@classState = -> Batman.StateMachine.state.apply @, arguments
@state = -> @classState.apply @prototype, arguments
@::state = @classState if includeInstanceMethods
@classTransition = -> Batman.StateMachine.transition.apply @, arguments
@transition = -> @classTransition.apply @prototype, arguments
@::transition = @classTransition if includeInstanceMethods
# This is cached here so it doesn't need to be recompiled for every setter
_stateMachine_setState = (newState) ->
Batman.StateMachine.initialize.call @
if @_batman.isTransitioning
(@_batman.nextState ||= []).push(newState)
return false
@_batman.isTransitioning = yes
oldState = @state()
@_batman.state = newState
if newState and oldState
@fire("#{oldState}->#{newState}", newState, oldState)
if newState
@fire(newState, newState, oldState)
@_batman.isTransitioning = no
@[@_batman.nextState.shift()]() if @_batman.nextState?.length
newState
# App, Requests, and Routing
# --------------------------
# `Batman.Request` is a normalizer for XHR requests in the Batman world.
class Batman.Request extends Batman.Object
@objectToFormData: (data) ->
pairForList = (key, object, first = false) ->
list = switch Batman.typeOf(object)
when 'Object'
list = for k, v of object
pairForList((if first then k else "#{key}[#{k}]"), v)
list.reduce((acc, list) ->
acc.concat list
, [])
when 'Array'
object.reduce((acc, element) ->
acc.concat pairForList("#{key}[]", element)
, [])
else
[[key, object]]
formData = new Batman.container.FormData()
for [key, val] in pairForList("", data, true)
formData.append(key, val)
formData
url: ''
data: ''
method: 'GET'
formData: false
response: null
status: null
headers: {}
@accessor 'method', $mixin {}, Batman.Property.defaultAccessor,
set: (k,val) -> @[k] = val?.toUpperCase?()
# Set the content type explicitly for PUT and POST requests.
contentType: 'application/x-www-form-urlencoded'
constructor: (options) ->
handlers = {}
for k, handler of options when k in ['success', 'error', 'loading', 'loaded']
handlers[k] = handler
delete options[k]
super(options)
@on k, handler for k, handler of handlers
# After the URL gets set, we'll try to automatically send
# your request after a short period. If this behavior is
# not desired, use @cancel() after setting the URL.
@observeAll 'url', (url) ->
@_autosendTimeout = $setImmediate =>
@send()
# `send` is implmented in the platform layer files. One of those must be required for
# `Batman.Request` to be useful.
send: -> developer.error "Please source a dependency file for a request implementation"
cancel: ->
$clearImmediate(@_autosendTimeout) if @_autosendTimeout
## Routes
class Batman.Route extends Batman.Object
# Route regexes courtesy of Backbone
@regexps =
namedParam: /:([\w\d]+)/g
splatParam: /\*([\w\d]+)/g
queryParam: '(?:\\?.+)?'
namedOrSplat: /[:|\*]([\w\d]+)/g
namePrefix: '[:|\*]'
escapeRegExp: /[-[\]{}()+?.,\\^$|#\s]/g
optionKeys: ['member', 'collection']
testKeys: ['controller', 'action']
isRoute: true
constructor: (templatePath, baseParams) ->
regexps = @constructor.regexps
templatePath = "/#{templatePath}" if templatePath.indexOf('/') isnt 0
pattern = templatePath.replace(regexps.escapeRegExp, '\\$&')
regexp = ///
^
#{pattern
.replace(regexps.namedParam, '([^\/]+)')
.replace(regexps.splatParam, '(.*?)') }
#{regexps.queryParam}
$
///
namedArguments = (matches[1] while matches = regexps.namedOrSplat.exec(pattern))
properties = {templatePath, pattern, regexp, namedArguments, baseParams}
for k in @optionKeys
properties[k] = baseParams[k]
delete baseParams[k]
super(properties)
paramsFromPath: (path) ->
[path, query] = path.split '?'
namedArguments = @get('namedArguments')
params = $mixin {path}, @get('baseParams')
matches = @get('regexp').exec(path).slice(1)
for match, index in matches
name = namedArguments[index]
params[name] = match
if query
for pair in query.split('&')
[key, value] = pair.split '='
params[key] = value
params
pathFromParams: (argumentParams) ->
params = $mixin {}, argumentParams
path = @get('templatePath')
# Replace the names in the template with their values from params
for name in @get('namedArguments')
regexp = ///#{@constructor.regexps.namePrefix}#{name}///
newPath = path.replace regexp, (if params[name]? then params[name] else '')
if newPath != path
delete params[name]
path = newPath
for key in @testKeys
delete params[key]
# Append the rest of the params as a query string
queryParams = ("#{key}=#{value}" for key, value of params)
if queryParams.length > 0
path += "?" + queryParams.join("&")
path
test: (pathOrParams) ->
if typeof pathOrParams is 'string'
path = pathOrParams
else if pathOrParams.path?
path = pathOrParams.path
else
path = @pathFromParams(pathOrParams)
for key in @testKeys
if (value = @get(key))?
return false unless pathOrParams[key] == value
@get('regexp').test(path)
dispatch: (pathOrParams) ->
return false unless @test(pathOrParams)
if typeof pathOrParams is 'string'
params = @paramsFromPath(pathOrParams)
path = pathOrParams
else
params = pathOrParams
path = @pathFromParams(pathOrParams)
@get('callback')(params)
return path
callback: -> throw new Batman.DevelopmentError "Override callback in a Route subclass"
class Batman.CallbackActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'callback', 'app']
controller: false
action: false
class Batman.ControllerActionRoute extends Batman.Route
optionKeys: ['member', 'collection', 'app', 'controller', 'action']
constructor: (templatePath, options) ->
if options.signature
[controller, action] = options.signature.split('#')
action ||= 'index'
options.controller = controller
options.action = action
delete options.signature
super(templatePath, options)
callback: (params) =>
controller = @get("app.dispatcher.controllers.#{@get('controller')}")
controller.dispatch(@get('action'), params)
class Batman.Dispatcher extends Batman.Object
@canInferRoute: (argument) ->
argument instanceof Batman.Model ||
argument instanceof Batman.AssociationProxy ||
argument.prototype instanceof Batman.Model
@paramsFromArgument: (argument) ->
resourceNameFromModel = (model) ->
helpers.underscore(helpers.pluralize($functionName(model)))
return argument unless @canInferRoute(argument)
if argument instanceof Batman.Model || argument instanceof Batman.AssociationProxy
argument = argument.get('target') if argument.isProxy
if argument?
{
controller: resourceNameFromModel(argument.constructor)
action: 'show'
id: argument.get('id')
}
else
{}
else if argument.prototype instanceof Batman.Model
{
controller: resourceNameFromModel(argument)
action: 'index'
}
else
argument
class ControllerDirectory extends Batman.Object
@accessor '__app', Batman.Property.defaultAccessor
@accessor (key) -> @get("__app.#{helpers.capitalize(key)}Controller.sharedController")
@accessor 'controllers', -> new ControllerDirectory(__app: @get('app'))
constructor: (app, routeMap) ->
super({app, routeMap})
routeForParams: (params) ->
params = @constructor.paramsFromArgument(params)
@get('routeMap').routeForParams(params)
pathFromParams: (params) ->
return params if typeof params is 'string'
params = @constructor.paramsFromArgument(params)
@routeForParams(params)?.pathFromParams(params)
dispatch: (params) ->
inferredParams = @constructor.paramsFromArgument(params)
route = @routeForParams(inferredParams)
if route
path = route.dispatch(inferredParams)
else
# No route matching the parameters was found, but an object which might be for
# use with the params replacer has been passed. If its an object like a model
# or a record we could have inferred a route for it (but didn't), so we make
# sure that it isn't by running it through canInferRoute.
if $typeOf(params) is 'Object' && !@constructor.canInferRoute(params)
return @get('app.currentParams').replace(params)
else
@get('app.currentParams').clear()
return Batman.redirect('/404') unless path is '/404' or params is '/404'
@set 'app.currentURL', path
@set 'app.currentRoute', route
path
class Batman.RouteMap
memberRoute: null
collectionRoute: null
constructor: ->
@childrenByOrder = []
@childrenByName = {}
routeForParams: (params) ->
for route in @childrenByOrder
return route if route.test(params)
return undefined
addRoute: (name, route) ->
@childrenByOrder.push(route)
if name.length > 0 && (names = name.split('.')).length > 0
base = names.shift()
unless @childrenByName[base]
@childrenByName[base] = new Batman.RouteMap
@childrenByName[base].addRoute(names.join('.'), route)
else
if route.get('member')
developer.do =>
Batman.developer.error("Member route with name #{name} already exists!") if @memberRoute
@memberRoute = route
else
developer.do =>
Batman.developer.error("Collection route with name #{name} already exists!") if @collectionRoute
@collectionRoute = route
true
class Batman.NamedRouteQuery extends Batman.Object
isNamedRouteQuery: true
developer.do =>
class NonWarningProperty extends Batman.Keypath
constructor: ->
developer.suppress()
super
developer.unsuppress()
@::propertyClass = NonWarningProperty
constructor: (routeMap, args = []) ->
super({routeMap, args})
@accessor 'route', ->
{memberRoute, collectionRoute} = @get('routeMap')
for route in [memberRoute, collectionRoute] when route?
return route if route.namedArguments.length == @get('args').length
return collectionRoute || memberRoute
@accessor 'path', ->
params = {}
namedArguments = @get('route.namedArguments')
for argumentName, index in namedArguments
if (argumentValue = @get('args')[index])?
params[argumentName] = @_toParam(argumentValue)
@get('route').pathFromParams(params)
@accessor 'routeMap', 'args', 'cardinality', Batman.Property.defaultAccessor
@accessor
get: (key) ->
return if !key?
if typeof key is 'string'
@nextQueryForName(key)
else
@nextQueryWithArgument(key)
set: ->
cacheable: false
nextQueryForName: (key) ->
if map = @get('routeMap').childrenByName[key]
return new Batman.NamedRouteQuery(map, @args)
else
Batman.developer.error "Couldn't find a route for the name #{key}!"
nextQueryWithArgument: (arg) ->
args = @args.slice(0)
args.push arg
@clone(args)
_toParam: (arg) ->
if arg instanceof Batman.AssociationProxy
arg = arg.get('target')
if arg.toParam isnt 'undefined' then arg.toParam() else arg
_paramName: (arg) ->
string = helpers.singularize($functionName(arg)) + "Id"
string.charAt(0).toLowerCase() + string.slice(1)
clone: (args = @args) -> new Batman.NamedRouteQuery(@routeMap, args)
class Batman.RouteMapBuilder
@BUILDER_FUNCTIONS = ['resources', 'member', 'collection', 'route', 'root']
@ROUTES =
index:
cardinality: 'collection'
path: (resource) -> resource
name: (resource) -> resource
new:
cardinality: 'collection'
path: (resource) -> "#{resource}/new"
name: (resource) -> "#{resource}.new"
show:
cardinality: 'member'
path: (resource) -> "#{resource}/:id"
name: (resource) -> resource
edit:
cardinality: 'member'
path: (resource) -> "#{resource}/:id/edit"
name: (resource) -> "#{resource}.edit"
collection:
cardinality: 'collection'
path: (resource, name) -> "#{resource}/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
member:
cardinality: 'member'
path: (resource, name) -> "#{resource}/:id/#{name}"
name: (resource, name) -> "#{resource}.#{name}"
constructor: (@app, @routeMap, @parent, @baseOptions = {}) ->
if @parent
@rootPath = @parent._nestingPath()
@rootName = @parent._nestingName()
else
@rootPath = ''
@rootName = ''
resources: (args...) ->
resourceNames = (arg for arg in args when typeof arg is 'string')
callback = args.pop() if typeof args[args.length - 1] is 'function'
if typeof args[args.length - 1] is 'object'
options = args.pop()
else
options = {}
actions = {index: true, new: true, show: true, edit: true}
if options.except
actions[k] = false for k in options.except
delete options.except
else if options.only
actions[k] = false for k, v of actions
actions[k] = true for k in options.only
delete options.only
for resourceName in resourceNames
controller = resourceRoot = helpers.pluralize(resourceName)
childBuilder = @_childBuilder({controller})
# Call the callback so that routes defined within it are matched
# before the standard routes defined by `resources`.
callback?.call(childBuilder)
for action, included of actions when included
route = @constructor.ROUTES[action]
as = route.name(resourceRoot)
path = route.path(resourceRoot)
routeOptions = $mixin {controller, action, path, as}, options
childBuilder[route.cardinality](action, routeOptions)
true
member: -> @_addRoutesWithCardinality('member', arguments...)
collection: -> @_addRoutesWithCardinality('collection', arguments...)
root: (signature, options) -> @route '/', signature, options
route: (path, signature, options, callback) ->
if !callback
if typeof options is 'function'
callback = options
options = undefined
else if typeof signature is 'function'
callback = signature
signature = undefined
if !options
if typeof signature is 'string'
options = {signature}
else
options = signature
options ||= {}
else
options.signature = signature if signature
options.callback = callback if callback
options.as ||= @_nameFromPath(path)
options.path = path
@_addRoute(options)
_addRoutesWithCardinality: (cardinality, names..., options) ->
if typeof options is 'string'
names.push options
options = {}
options = $mixin {}, @baseOptions, options
options[cardinality] = true
route = @constructor.ROUTES[cardinality]
resourceRoot = options.controller
for name in names
routeOptions = $mixin {action: name}, options
unless routeOptions.path?
routeOptions.path = route.path(resourceRoot, name)
unless routeOptions.as?
routeOptions.as = route.name(resourceRoot, name)
@_addRoute(routeOptions)
true
_addRoute: (options = {}) ->
path = @rootPath + options.path
name = @rootName + options.as
delete options.as
delete options.path
klass = if options.callback then Batman.CallbackActionRoute else Batman.ControllerActionRoute
options.app = @app
route = new klass(path, options)
@routeMap.addRoute(name, route)
_nameFromPath: (path) ->
underscored = path
.replace(Batman.Route.regexps.namedOrSplat, '')
.replace(/\/+/g, '_')
.replace(/(^_)|(_$)/g, '')
name = helpers.camelize(underscored)
name.charAt(0).toLowerCase() + name.slice(1)
_nestingPath: ->
unless @parent
""
else
nestingParam = ":" + helpers.singularize(@baseOptions.controller) + "Id"
"#{@parent._nestingPath()}/#{@baseOptions.controller}/#{nestingParam}/"
_nestingName: ->
unless @parent
""
else
@baseOptions.controller + "."
_childBuilder: (baseOptions = {}) -> new Batman.RouteMapBuilder(@app, @routeMap, @, baseOptions)
class Batman.Navigator
@defaultClass: ->
if Batman.config.usePushState and Batman.PushStateNavigator.isSupported()
Batman.PushStateNavigator
else
Batman.HashbangNavigator
@forApp: (app) -> new (@defaultClass())(app)
constructor: (@app) ->
start: ->
return if typeof window is 'undefined'
return if @started
@started = yes
@startWatching()
Batman.currentApp.prevent 'ready'
$setImmediate =>
if @started && Batman.currentApp
@handleCurrentLocation()
Batman.currentApp.allowAndFire 'ready'
stop: ->
@stopWatching()
@started = no
handleLocation: (location) ->
path = @pathFromLocation(location)
return if path is @cachedPath
@dispatch(path)
handleCurrentLocation: => @handleLocation(window.location)
dispatch: (params) ->
@cachedPath = @app.get('dispatcher').dispatch(params)
push: (params) ->
path = @dispatch(params)
@pushState(null, '', path)
path
replace: (params) ->
path = @dispatch(params)
@replaceState(null, '', path)
path
redirect: @::push
normalizePath: (segments...) ->
segments = for seg, i in segments
"#{seg}".replace(/^(?!\/)/, '/').replace(/\/+$/,'')
segments.join('') or '/'
@normalizePath: @::normalizePath
class Batman.PushStateNavigator extends Batman.Navigator
@isSupported: -> window?.history?.pushState?
startWatching: ->
$addEventListener window, 'popstate', @handleCurrentLocation
stopWatching: ->
$removeEventListener window, 'popstate', @handleCurrentLocation
pushState: (stateObject, title, path) ->
window.history.pushState(stateObject, title, @linkTo(path))
replaceState: (stateObject, title, path) ->
window.history.replaceState(stateObject, title, @linkTo(path))
linkTo: (url) ->
@normalizePath(Batman.config.pathPrefix, url)
pathFromLocation: (location) ->
fullPath = "#{location.pathname or ''}#{location.search or ''}"
prefixPattern = new RegExp("^#{@normalizePath(Batman.config.pathPrefix)}")
@normalizePath(fullPath.replace(prefixPattern, ''))
handleLocation: (location) ->
path = @pathFromLocation(location)
if path is '/' and (hashbangPath = Batman.HashbangNavigator::pathFromLocation(location)) isnt '/'
@replace(hashbangPath)
else
super
class Batman.HashbangNavigator extends Batman.Navigator
HASH_PREFIX: '#!'
if window? and 'onhashchange' of window
@::startWatching = ->
$addEventListener window, 'hashchange', @handleCurrentLocation
@::stopWatching = ->
$removeEventListener window, 'hashchange', @handleCurrentLocation
else
@::startWatching = ->
@interval = setInterval @handleCurrentLocation, 100
@::stopWatching = ->
@interval = clearInterval @interval
pushState: (stateObject, title, path) ->
window.location.hash = @linkTo(path)
replaceState: (stateObject, title, path) ->
loc = window.location
loc.replace("#{loc.pathname}#{loc.search}#{@linkTo(path)}")
linkTo: (url) -> @HASH_PREFIX + url
pathFromLocation: (location) ->
hash = location.hash
if hash?.substr(0,2) is @HASH_PREFIX
@normalizePath(hash.substr(2))
else
'/'
handleLocation: (location) ->
return super unless Batman.config.usePushState
realPath = Batman.PushStateNavigator::pathFromLocation(location)
if realPath is '/'
super
else
location.replace(@normalizePath("#{Batman.config.pathPrefix}#{@linkTo(realPath)}"))
Batman.redirect = $redirect = (url) ->
Batman.navigator?.redirect url
class Batman.ParamsReplacer extends Batman.Object
constructor: (@navigator, @params) ->
redirect: -> @navigator.replace(@toObject())
replace: (params) ->
@params.replace(params)
@redirect()
update: (params) ->
@params.update(params)
@redirect()
clear: () ->
@params.clear()
@redirect()
toObject: -> @params.toObject()
@accessor
get: (k) -> @params.get(k)
set: (k,v) ->
oldValue = @params.get(k)
result = @params.set(k,v)
@redirect() if oldValue isnt v
result
unset: (k) ->
hadKey = @params.hasKey(k)
result = @params.unset(k)
@redirect() if hadKey
result
class Batman.ParamsPusher extends Batman.ParamsReplacer
redirect: -> @navigator.push(@toObject())
# `Batman.App` manages requiring files and acts as a namespace for all code subclassing
# Batman objects.
class Batman.App extends Batman.Object
@classAccessor 'currentParams',
get: -> new Batman.Hash
'final': true
@classAccessor 'paramsManager',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.replacer = new Batman.ParamsReplacer(nav, params)
'final': true
@classAccessor 'paramsPusher',
get: ->
return unless nav = @get('navigator')
params = @get('currentParams')
params.pusher = new Batman.ParamsPusher(nav, params)
'final': true
@classAccessor 'routes', -> new Batman.NamedRouteQuery(@get('routeMap'))
@classAccessor 'routeMap', -> new Batman.RouteMap
@classAccessor 'routeMapBuilder', -> new Batman.RouteMapBuilder(@, @get('routeMap'))
@classAccessor 'dispatcher', -> new Batman.Dispatcher(@, @get('routeMap'))
@classAccessor 'controllers', -> @get('dispatcher.controllers')
@classAccessor '_renderContext', -> Batman.RenderContext.base.descend(@)
# Require path tells the require methods which base directory to look in.
@requirePath: ''
# The require class methods (`controller`, `model`, `view`) simply tells
# your app where to look for coffeescript source files. This
# implementation may change in the future.
developer.do =>
App.require = (path, names...) ->
base = @requirePath + path
for name in names
@prevent 'run'
path = base + '/' + name + '.coffee'
new Batman.Request
url: path
type: 'html'
success: (response) =>
CoffeeScript.eval response
@allow 'run'
if not @isPrevented 'run'
@fire 'loaded'
@run() if @wantsToRun
@
@controller = (names...) ->
names = names.map (n) -> n + '_controller'
@require 'controllers', names...
@model = ->
@require 'models', arguments...
@view = ->
@require 'views', arguments...
# Layout is the base view that other views can be yielded into. The
# default behavior is that when `app.run()` is called, a new view will
# be created for the layout using the `document` node as its content.
# Use `MyApp.layout = null` to turn off the default behavior.
@layout: undefined
# Routes for the app are built using a RouteMapBuilder, so delegate the
# functions used to build routes to it.
for name in Batman.RouteMapBuilder.BUILDER_FUNCTIONS
do (name) =>
@[name] = -> @get('routeMapBuilder')[name](arguments...)
# Call `MyApp.run()` to start up an app. Batman level initializers will
# be run to bootstrap the application.
@event('ready').oneShot = true
@event('run').oneShot = true
@run: ->
if Batman.currentApp
return if Batman.currentApp is @
Batman.currentApp.stop()
return false if @hasRun
if @isPrevented 'run'
@wantsToRun = true
return false
else
delete @wantsToRun
Batman.currentApp = @
Batman.App.set('current', @)
unless @get('dispatcher')?
@set 'dispatcher', new Batman.Dispatcher(@, @get('routeMap'))
@set 'controllers', @get('dispatcher.controllers')
unless @get('navigator')?
@set('navigator', Batman.Navigator.forApp(@))
@on 'run', =>
Batman.navigator = @get('navigator')
Batman.navigator.start() if Object.keys(@get('dispatcher').routeMap).length > 0
@observe 'layout', (layout) =>
layout?.on 'ready', => @fire 'ready'
if typeof @layout is 'undefined'
@set 'layout', new Batman.View
context: @
node: document
else if typeof @layout is 'string'
@set 'layout', new @[helpers.camelize(@layout) + 'View']
@hasRun = yes
@fire('run')
@
@event('ready').oneShot = true
@event('stop').oneShot = true
@stop: ->
@navigator?.stop()
Batman.navigator = null
@hasRun = no
@fire('stop')
@
# Controllers
# -----------
class Batman.Controller extends Batman.Object
@singleton 'sharedController'
@accessor 'controllerName', -> @_controllerName ||= helpers.underscore($functionName(@constructor).replace('Controller', ''))
@accessor '_renderContext', -> Batman.RenderContext.root().descend(@)
@beforeFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.beforeFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
@afterFilter: (options, nameOrFunction) ->
if not nameOrFunction
nameOrFunction = options
options = {}
else
options.only = [options.only] if options.only and $typeOf(options.only) isnt 'Array'
options.except = [options.except] if options.except and $typeOf(options.except) isnt 'Array'
Batman.initializeObject @
options.block = nameOrFunction
filters = @_batman.afterFilters ||= new Batman.Hash
filters.set(nameOrFunction, options)
runFilters: (params, filters) ->
action = params.action
if filters = @constructor._batman?.get(filters)
filters.forEach (_, options) =>
return if options.only and action not in options.only
return if options.except and action in options.except
block = options.block
if typeof block is 'function' then block.call(@, params) else @[block]?(params)
# You shouldn't call this method directly. It will be called by the dispatcher when a route is called.
# If you need to call a route manually, use `$redirect()`.
dispatch: (action, params = {}) ->
params.controller ||= @get 'controllerName'
params.action ||= action
params.target ||= @
oldRedirect = Batman.navigator?.redirect
Batman.navigator?.redirect = @redirect
@_inAction = yes
@_actedDuringAction = no
@set 'action', action
@set 'params', params
@runFilters params, 'beforeFilters'
developer.assert @[action], "Error! Controller action #{@get 'controllerName'}.#{action} couldn't be found!"
@[action](params)
if not @_actedDuringAction
@render()
@runFilters params, 'afterFilters'
delete @_actedDuringAction
delete @_inAction
Batman.navigator?.redirect = oldRedirect
redirectTo = @_afterFilterRedirect
delete @_afterFilterRedirect
$redirect(redirectTo) if redirectTo
redirect: (url) =>
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to redirect but an action has already be taken during #{@get('controllerName')}.#{@get('action')}}"
if @_inAction
@_actedDuringAction = yes
@_afterFilterRedirect = url
else
if $typeOf(url) is 'Object'
url.controller = @ if not url.controller
$redirect url
render: (options = {}) ->
if @_actedDuringAction && @_inAction
developer.warn "Warning! Trying to render but an action has already be taken during #{@get('controllerName')}.#{@get('action')}"
@_actedDuringAction = yes
return if options is false
if not options.view
options.context ||= @get('_renderContext')
options.source ||= helpers.underscore(@get('controllerName') + '/' + @get('action'))
options.view = new (Batman.currentApp?[helpers.camelize("#{@get('controllerName')}_#{@get('action')}_view")] || Batman.View)(options)
if view = options.view
Batman.currentApp?.prevent 'ready'
view.on 'ready', =>
Batman.DOM.replace options.into || 'main', view.get('node'), view.hasContainer
Batman.currentApp?.allowAndFire 'ready'
view.ready?(@params)
view
# Models
# ------
class Batman.Model extends Batman.Object
# ## Model API
# Override this property if your model is indexed by a key other than `id`
@primaryKey: 'id'
# Override this property to define the key which storage adapters will use to store instances of this model under.
# - For RestStorage, this ends up being part of the url built to store this model
# - For LocalStorage, this ends up being the namespace in localStorage in which JSON is stored
@storageKey: null
# Pick one or many mechanisms with which this model should be persisted. The mechanisms
# can be already instantiated or just the class defining them.
@persist: (mechanisms...) ->
Batman.initializeObject @prototype
storage = @::_batman.storage ||= []
results = for mechanism in mechanisms
mechanism = if mechanism.isStorageAdapter then mechanism else new mechanism(@)
storage.push mechanism
mechanism
if results.length > 1
results
else
results[0]
# Encoders are the tiny bits of logic which manage marshalling Batman models to and from their
# storage representations. Encoders do things like stringifying dates and parsing them back out again,
# pulling out nested model collections and instantiating them (and JSON.stringifying them back again),
# and marshalling otherwise un-storable object.
@encode: (keys..., encoderOrLastKey) ->
Batman.initializeObject @prototype
@::_batman.encoders ||= new Batman.SimpleHash
@::_batman.decoders ||= new Batman.SimpleHash
encoder = {}
switch $typeOf(encoderOrLastKey)
when 'String'
keys.push encoderOrLastKey
when 'Function'
encoder.encode = encoderOrLastKey
else
encoder.encode = encoderOrLastKey.encode
encoder.decode = encoderOrLastKey.decode
encoder = $mixin {}, @defaultEncoder, encoder
for operation in ['encode', 'decode']
for key in keys
hash = @::_batman["#{operation}rs"]
if encoder[operation]
hash.set(key, encoder[operation])
else
hash.unset(key)
#true
# Set up the unit functions as the default for both
@defaultEncoder:
encode: (x) -> x
decode: (x) -> x
# Attach encoders and decoders for the primary key, and update them if the primary key changes.
@observeAndFire 'primaryKey', (newPrimaryKey) -> @encode newPrimaryKey, {encode: false, decode: @defaultEncoder.decode}
# Validations allow a model to be marked as 'valid' or 'invalid' based on a set of programmatic rules.
# By validating our data before it gets to the server we can provide immediate feedback to the user about
# what they have entered and forgo waiting on a round trip to the server.
# `validate` allows the attachment of validations to the model on particular keys, where the validation is
# either a built in one (by use of options to pass to them) or a custom one (by use of a custom function as
# the second argument). Custom validators should have the signature `(errors, record, key, callback)`. They
# should add strings to the `errors` set based on the record (maybe depending on the `key` they were attached
# to) and then always call the callback. Again: the callback must always be called.
@validate: (keys..., optionsOrFunction) ->
Batman.initializeObject @prototype
validators = @::_batman.validators ||= []
if typeof optionsOrFunction is 'function'
# Given a function, use that as the actual validator, expecting it to conform to the API
# the built in validators do.
validators.push
keys: keys
callback: optionsOrFunction
else
# Given options, find the validations which match the given options, and add them to the validators
# array.
options = optionsOrFunction
for validator in Validators
if (matches = validator.matches(options))
delete options[match] for match in matches
validators.push
keys: keys
validator: new validator(matches)
@urlNestsUnder: (key) ->
parent = Batman.helpers.pluralize(key)
children = Batman.helpers.pluralize(Batman._functionName(@).toLowerCase())
@url = (options) ->
parentID = options.data[key + '_id']
delete options.data[key + '_id']
"#{parent}/#{parentID}/#{children}"
@::url = ->
url = "#{parent}/#{@get(key + '_id')}/#{children}"
if id = @get('id')
url += '/' + id
url
# ### Query methods
@classAccessor 'all',
get: ->
@load() if @::hasStorage() and @classState() not in ['loaded', 'loading']
@get('loaded')
set: (k, v) -> @set('loaded', v)
@classAccessor 'loaded',
get: -> @_loaded ||= new Batman.Set
set: (k, v) -> @_loaded = v
@classAccessor 'first', -> @get('all').toArray()[0]
@classAccessor 'last', -> x = @get('all').toArray(); x[x.length - 1]
@clear: ->
Batman.initializeObject(@)
result = @get('loaded').clear()
@_batman.get('associations')?.reset()
result
@find: (id, callback) ->
developer.assert callback, "Must call find with a callback!"
record = new @()
record.set 'id', id
newRecord = @_mapIdentity(record)
newRecord.load callback
return newRecord
# `load` fetches records from all sources possible
@load: (options, callback) ->
if typeof options in ['function', 'undefined']
callback = options
options = {}
developer.assert @::_batman.getAll('storage').length, "Can't load model #{$functionName(@)} without any storage adapters!"
@loading()
@::_doStorageOperation 'readAll', options, (err, records) =>
if err?
callback?(err, [])
else
mappedRecords = (@_mapIdentity(record) for record in records)
@loaded()
callback?(err, mappedRecords)
# `create` takes an attributes hash, creates a record from it, and saves it given the callback.
@create: (attrs, callback) ->
if !callback
[attrs, callback] = [{}, attrs]
obj = new this(attrs)
obj.save(callback)
obj
# `findOrCreate` takes an attributes hash, optionally containing a primary key, and returns to you a saved record
# representing those attributes, either from the server or from the identity map.
@findOrCreate: (attrs, callback) ->
record = new this(attrs)
if record.isNew()
record.save(callback)
else
foundRecord = @_mapIdentity(record)
foundRecord.updateAttributes(attrs)
callback(undefined, foundRecord)
@_mapIdentity: (record) ->
if typeof (id = record.get('id')) == 'undefined' || id == ''
return record
else
existing = @get("loaded.indexedBy.id").get(id)?.toArray()[0]
if existing
existing.updateAttributes(record._batman.attributes || {})
return existing
else
@get('loaded').add(record)
return record
associationProxy: (association) ->
Batman.initializeObject(@)
proxies = @_batman.associationProxies ||= new Batman.SimpleHash
proxies.get(association.label) or proxies.set(association.label, new association.proxyClass(association, @))
# ### Record API
# Add a universally accessible accessor for retrieving the primrary key, regardless of which key its stored under.
@accessor 'id',
get: ->
pk = @constructor.primaryKey
if pk == 'id'
@id
else
@get(pk)
set: (k, v) ->
# naively coerce string ids into integers
if typeof v is "string" and v.match(/[^0-9]/) is null
v = parseInt(v, 10)
pk = @constructor.primaryKey
if pk == 'id'
@id = v
else
@set(pk, v)
# Add normal accessors for the dirty keys and errors attributes of a record, so these accesses don't fall to the
# default accessor.
@accessor 'dirtyKeys', 'errors', Batman.Property.defaultAccessor
# Add an accessor for the internal batman state under `batmanState`, so that the `state` key can be a valid
# attribute.
@accessor 'batmanState'
get: -> @state()
set: (k, v) -> @state(v)
# Add a default accessor to make models store their attributes under a namespace by default.
@accessor Model.defaultAccessor =
get: (k) ->
attribute = (@_batman.attributes ||= {})[k]
if typeof attribute isnt 'undefined'
attribute
else
@[k]
set: (k, v) -> (@_batman.attributes ||= {})[k] = v
unset: (k) ->
x = (@_batman.attributes ||={})[k]
delete @_batman.attributes[k]
x
# New records can be constructed by passing either an ID or a hash of attributes (potentially
# containing an ID) to the Model constructor. By not passing an ID, the model is marked as new.
constructor: (idOrAttributes = {}) ->
developer.assert @ instanceof Batman.Object, "constructors must be called with new"
# We have to do this ahead of super, because mixins will call set which calls things on dirtyKeys.
@dirtyKeys = new Batman.Hash
@errors = new Batman.ErrorsSet
# Find the ID from either the first argument or the attributes.
if $typeOf(idOrAttributes) is 'Object'
super(idOrAttributes)
else
super()
@set('id', idOrAttributes)
@empty() if not @state()
# Override the `Batman.Observable` implementation of `set` to implement dirty tracking.
set: (key, value) ->
# Optimize setting where the value is the same as what's already been set.
oldValue = @get(key)
return if oldValue is value
# Actually set the value and note what the old value was in the tracking array.
result = super
@dirtyKeys.set(key, oldValue)
# Mark the model as dirty if isn't already.
@dirty() unless @state() in ['dirty', 'loading', 'creating']
result
updateAttributes: (attrs) ->
@mixin(attrs)
@
toString: ->
"#{$functionName(@constructor)}: #{@get('id')}"
# `toJSON` uses the various encoders for each key to grab a storable representation of the record.
toJSON: ->
obj = {}
# Encode each key into a new object
encoders = @_batman.get('encoders')
unless !encoders or encoders.isEmpty()
encoders.forEach (key, encoder) =>
val = @get key
if typeof val isnt 'undefined'
encodedVal = encoder(val, key, obj, @)
if typeof encodedVal isnt 'undefined'
obj[key] = encodedVal
if @constructor.primaryKey isnt 'id'
obj[@constructor.primaryKey] = @get('id')
delete obj.id
obj
# `fromJSON` uses the various decoders for each key to generate a record instance from the JSON
# stored in whichever storage mechanism.
fromJSON: (data) ->
obj = {}
decoders = @_batman.get('decoders')
# If no decoders were specified, do the best we can to interpret the given JSON by camelizing
# each key and just setting the values.
if !decoders or decoders.isEmpty()
for key, value of data
obj[key] = value
else
# If we do have decoders, use them to get the data.
decoders.forEach (key, decoder) =>
obj[key] = decoder(data[key], key, data, obj, @) unless typeof data[key] is 'undefined'
if @constructor.primaryKey isnt 'id'
obj.id = data[@constructor.primaryKey]
developer.do =>
if (!decoders) || decoders.length <= 1
developer.warn "Warning: Model #{$functionName(@constructor)} has suspiciously few decoders!"
# Mixin the buffer object to use optimized and event-preventing sets used by `mixin`.
@mixin obj
toParam: -> @get('id')
# Each model instance (each record) can be in one of many states throughout its lifetime. Since various
# operations on the model are asynchronous, these states are used to indicate exactly what point the
# record is at in it's lifetime, which can often be during a save or load operation.
@actsAsStateMachine yes
# Add the various states to the model.
for k in ['empty', 'dirty', 'loading', 'loaded', 'saving', 'saved', 'creating', 'created', 'validating', 'validated', 'destroying', 'destroyed']
@state k
for k in ['loading', 'loaded']
@classState k
_doStorageOperation: (operation, options, callback) ->
developer.assert @hasStorage(), "Can't #{operation} model #{$functionName(@constructor)} without any storage adapters!"
adapters = @_batman.get('storage')
for adapter in adapters
adapter.perform operation, @, {data: options}, callback
true
hasStorage: -> (@_batman.get('storage') || []).length > 0
# `load` fetches the record from all sources possible
load: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't load a destroyed record!"))
return
@loading()
@_doStorageOperation 'read', {}, (err, record) =>
unless err
@loaded()
record = @constructor._mapIdentity(record)
callback?(err, record)
# `save` persists a record to all the storage mechanisms added using `@persist`. `save` will only save
# a model if it is valid.
save: (callback) =>
if @state() in ['destroying', 'destroyed']
callback?(new Error("Can't save a destroyed record!"))
return
@validate (isValid, errors) =>
if !isValid
callback?(errors)
return
creating = @isNew()
do @saving
do @creating if creating
associations = @constructor._batman.get('associations')
# Save belongsTo models immediately since we don't need this model's id
associations?.getByType('belongsTo')?.forEach (association, label) => association.apply(@)
@_doStorageOperation (if creating then 'create' else 'update'), {}, (err, record) =>
unless err
if creating
do @created
do @saved
@dirtyKeys.clear()
associations?.getByType('hasOne')?.forEach (association) -> association.apply(err, record)
associations?.getByType('hasMany')?.forEach (association) -> association.apply(err, record)
record = @constructor._mapIdentity(record)
callback?(err, record)
# `destroy` destroys a record in all the stores.
destroy: (callback) =>
do @destroying
@_doStorageOperation 'destroy', {}, (err, record) =>
unless err
@constructor.get('all').remove(@)
do @destroyed
callback?(err)
# `validate` performs the record level validations determining the record's validity. These may be asynchronous,
# in which case `validate` has no useful return value. Results from asynchronous validations can be received by
# listening to the `afterValidation` lifecycle callback.
validate: (callback) ->
oldState = @state()
@errors.clear()
do @validating
finish = () =>
do @validated
@[oldState]()
callback?(@errors.length == 0, @errors)
validators = @_batman.get('validators') || []
unless validators.length > 0
finish()
else
count = validators.length
validationCallback = =>
if --count == 0
finish()
for validator in validators
v = validator.validator
# Run the validator `v` or the custom callback on each key it validates by instantiating a new promise
# and passing it to the appropriate function along with the key and the value to be validated.
for key in validator.keys
if v
v.validateEach @errors, @, key, validationCallback
else
validator.callback @errors, @, key, validationCallback
return
isNew: -> typeof @get('id') is 'undefined'
# ## Associations
class Batman.AssociationProxy extends Batman.Object
isProxy: true
constructor: (@association, @model) ->
loaded: false
toJSON: ->
target = @get('target')
@get('target').toJSON() if target?
load: (callback) ->
@fetch (err, proxiedRecord) =>
unless err
@set 'loaded', true
@set 'target', proxiedRecord
callback?(err, proxiedRecord)
@get('target')
fetch: (callback) ->
unless (@get('foreignValue') || @get('primaryValue'))?
return callback(undefined, undefined)
record = @fetchFromLocal()
if record
return callback(undefined, record)
else
@fetchFromRemote(callback)
@accessor 'loaded', Batman.Property.defaultAccessor
@accessor 'target',
get: -> @fetchFromLocal()
set: (_, v) -> v # This just needs to bust the cache
@accessor
get: (k) -> @get('target')?.get(k)
set: (k, v) -> @get('target')?.set(k, v)
class Batman.BelongsToProxy extends Batman.AssociationProxy
@accessor 'foreignValue', -> @model.get(@association.foreignKey)
fetchFromLocal: -> @association.setIndex().get(@get('foreignValue'))
fetchFromRemote: (callback) ->
@association.getRelatedModel().find @get('foreignValue'), (error, loadedRecord) =>
throw error if error
callback undefined, loadedRecord
class Batman.HasOneProxy extends Batman.AssociationProxy
@accessor 'primaryValue', -> @model.get(@association.primaryKey)
fetchFromLocal: -> @association.setIndex().get(@get('primaryValue'))
fetchFromRemote: (callback) ->
loadOptions = {}
loadOptions[@association.foreignKey] = @get('primaryValue')
@association.getRelatedModel().load loadOptions, (error, loadedRecords) =>
throw error if error
if !loadedRecords or loadedRecords.length <= 0
callback new Error("Couldn't find related record!"), undefined
else
callback undefined, loadedRecords[0]
class Batman.AssociationSet extends Batman.SetSort
constructor: (@value, @association) ->
base = new Batman.Set
super(base, 'hashKey')
loaded: false
load: (callback) ->
return callback(undefined, @) unless @value?
loadOptions = {}
loadOptions[@association.foreignKey] = @value
@association.getRelatedModel().load loadOptions, (err, records) =>
@loaded = true unless err
@fire 'loaded'
callback(err, @)
class Batman.UniqueAssociationSetIndex extends Batman.UniqueSetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
class Batman.AssociationSetIndex extends Batman.SetIndex
constructor: (@association, key) ->
super @association.getRelatedModel().get('loaded'), key
_resultSetForKey: (key) ->
@_storage.getOrSet key, =>
new Batman.AssociationSet(key, @association)
_setResultSet: (key, set) ->
@_storage.set key, set
class Batman.AssociationCurator extends Batman.SimpleHash
@availableAssociations: ['belongsTo', 'hasOne', 'hasMany']
constructor: (@model) ->
super()
# Contains (association, label) pairs mapped by association type
# ie. @storage = {<Association.associationType>: [<Association>, <Association>]}
@_byTypeStorage = new Batman.SimpleHash
add: (association) ->
@set association.label, association
unless associationTypeSet = @_byTypeStorage.get(association.associationType)
associationTypeSet = new Batman.SimpleSet
@_byTypeStorage.set association.associationType, associationTypeSet
associationTypeSet.add association
getByType: (type) -> @_byTypeStorage.get(type)
getByLabel: (label) -> @get(label)
reset: ->
@forEach (label, association) -> association.reset()
true
merge: (others...) ->
result = super
result._byTypeStorage = @_byTypeStorage.merge(others.map (other) -> other._byTypeStorage)
result
class Batman.Association
associationType: ''
defaultOptions:
saveInline: true
autoload: true
constructor: (@model, @label, options = {}) ->
defaultOptions =
namespace: Batman.currentApp
name: helpers.camelize(helpers.singularize(@label))
@options = $mixin defaultOptions, @defaultOptions, options
# Setup encoders and accessors for this association. The accessor needs reference to this
# association object, so curry the association info into the getAccessor, which has the
# model applied as the context
@model.encode label, @encoder()
self = @
getAccessor = -> return self.getAccessor.call(@, self, @model, @label)
@model.accessor @label,
get: getAccessor
set: model.defaultAccessor.set
unset: model.defaultAccessor.unset
if @url
@model.url ||= (recordOptions) ->
return self.url(recordOptions)
getRelatedModel: ->
scope = @options.namespace or Batman.currentApp
modelName = @options.name
relatedModel = scope?[modelName]
developer.do ->
if Batman.currentApp? and not relatedModel
developer.warn "Related model #{modelName} hasn't loaded yet."
relatedModel
getFromAttributes: (record) ->
record.constructor.defaultAccessor.get.call(record, @label)
setIntoAttributes: (record, value) ->
record.constructor.defaultAccessor.set.call(record, @label, value)
encoder: -> developer.error "You must override encoder in Batman.Association subclasses."
setIndex: -> developer.error "You must override setIndex in Batman.Association subclasses."
inverse: ->
if relatedAssocs = @getRelatedModel()._batman.get('associations')
if @options.inverseOf
return relatedAssocs.getByLabel(@options.inverseOf)
inverse = null
relatedAssocs.forEach (label, assoc) =>
if assoc.getRelatedModel() is @model
inverse = assoc
inverse
reset: ->
delete @index
true
class Batman.SingularAssociation extends Batman.Association
isSingular: true
getAccessor: (self, model, label) ->
# Check whether the relation has already been set on this model
if recordInAttributes = self.getFromAttributes(@)
return recordInAttributes
# Make sure the related model has been loaded
if self.getRelatedModel()
proxy = @associationProxy(self)
Batman.Property.withoutTracking ->
if not proxy.get('loaded') and self.options.autoload
proxy.load()
proxy
setIndex: ->
@index ||= new Batman.UniqueAssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.PluralAssociation extends Batman.Association
isSingular: false
setForRecord: (record) ->
Batman.Property.withoutTracking =>
if id = record.get(@primaryKey)
@setIndex().get(id)
else
new Batman.AssociationSet(undefined, @)
getAccessor: (self, model, label) ->
return unless self.getRelatedModel()
# Check whether the relation has already been set on this model
if setInAttributes = self.getFromAttributes(@)
setInAttributes
else
relatedRecords = self.setForRecord(@)
self.setIntoAttributes(@, relatedRecords)
Batman.Property.withoutTracking =>
if self.options.autoload and not @isNew() and not relatedRecords.loaded
relatedRecords.load (error, records) -> throw error if error
relatedRecords
setIndex: ->
@index ||= new Batman.AssociationSetIndex(@, @[@indexRelatedModelOn])
@index
class Batman.BelongsToAssociation extends Batman.SingularAssociation
associationType: 'belongsTo'
proxyClass: Batman.BelongsToProxy
indexRelatedModelOn: 'primaryKey'
defaultOptions:
saveInline: false
autoload: true
constructor: ->
super
@foreignKey = @options.foreignKey or "#{@label}_id"
@primaryKey = @options.primaryKey or "id"
@model.encode @foreignKey
url: (recordOptions) ->
if inverse = @inverse()
root = Batman.helpers.pluralize(@label)
id = recordOptions.data?["#{@label}_id"]
helper = if inverse.isSingular then "singularize" else "pluralize"
ending = Batman.helpers[helper](inverse.label)
return "/#{root}/#{id}/#{ending}"
encoder: ->
association = @
encoder =
encode: false
decode: (data, _, __, ___, childRecord) ->
relatedModel = association.getRelatedModel()
record = new relatedModel()
record.fromJSON(data)
record = relatedModel._mapIdentity(record)
if association.options.inverseOf
if inverse = association.inverse()
if inverse instanceof Batman.HasManyAssociation
# Rely on the parent's set index to get this out.
childRecord.set(association.foreignKey, record.get(association.primaryKey))
else
record.set(inverse.label, childRecord)
childRecord.set(association.label, record)
record
if @options.saveInline
encoder.encode = (val) -> val.toJSON()
encoder
apply: (base) ->
if model = base.get(@label)
foreignValue = model.get(@primaryKey)
if foreignValue isnt undefined
base.set @foreignKey, foreignValue
class Batman.HasOneAssociation extends Batman.SingularAssociation
associationType: 'hasOne'
proxyClass: Batman.HasOneProxy
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "id"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_id"
apply: (baseSaveError, base) ->
if relation = @getFromAttributes(base)
relation.set @foreignKey, base.get(@primaryKey)
encoder: ->
association = @
return {
encode: (val, key, object, record) ->
return unless association.options.saveInline
if json = val.toJSON()
json[association.foreignKey] = record.get(association.primaryKey)
json
decode: (data, _, __, ___, parentRecord) ->
relatedModel = association.getRelatedModel()
record = new (relatedModel)()
record.fromJSON(data)
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
record
}
class Batman.HasManyAssociation extends Batman.PluralAssociation
associationType: 'hasMany'
indexRelatedModelOn: 'foreignKey'
constructor: ->
super
@primaryKey = @options.primaryKey or "PI:KEY:<KEY>END_PI"
@foreignKey = @options.foreignKey or "#{helpers.underscore($functionName(@model))}_PI:KEY:<KEY>END_PI"
apply: (baseSaveError, base) ->
unless baseSaveError
if relations = @getFromAttributes(base)
relations.forEach (model) =>
model.set @foreignKey, base.get(@primaryKey)
base.set @label, @setForRecord(base)
encoder: ->
association = @
return {
encode: (relationSet, _, __, record) ->
return if association._beingEncoded
association._beingEncoded = true
return unless association.options.saveInline
if relationSet?
jsonArray = []
relationSet.forEach (relation) ->
relationJSON = relation.toJSON()
relationJSON[association.foreignKey] = record.get(association.primaryKey)
jsonArray.push relationJSON
delete association._beingEncoded
jsonArray
decode: (data, key, _, __, parentRecord) ->
if relatedModel = association.getRelatedModel()
existingRelations = association.getFromAttributes(parentRecord) || association.setForRecord(parentRecord)
existingArray = existingRelations?.toArray()
for jsonObject, i in data
record = if existingArray && existingArray[i]
existing = true
existingArray[i]
else
existing = false
new relatedModel()
record.fromJSON jsonObject
if association.options.inverseOf
record.set association.options.inverseOf, parentRecord
record = relatedModel._mapIdentity(record)
existingRelations.add record
else
developer.error "Can't decode model #{association.options.name} because it hasn't been loaded yet!"
existingRelations
}
# ### Model Associations API
for k in Batman.AssociationCurator.availableAssociations
do (k) =>
Batman.Model[k] = (label, scope) ->
Batman.initializeObject(@)
collection = @_batman.associations ||= new Batman.AssociationCurator(@)
collection.add new Batman["#{helpers.capitalize(k)}Association"](@, label, scope)
class Batman.ValidationError extends Batman.Object
constructor: (attribute, message) -> super({attribute, message})
# `ErrorSet` is a simple subclass of `Set` which makes it a bit easier to
# manage the errors on a model.
class Batman.ErrorsSet extends Batman.Set
# Define a default accessor to get the set of errors on a key
@accessor (key) -> @indexedBy('attribute').get(key)
# Define a shorthand method for adding errors to a key.
add: (key, error) -> super(new Batman.ValidationError(key, error))
class Batman.Validator extends Batman.Object
constructor: (@options, mixins...) ->
super mixins...
validate: (record) -> developer.error "You must override validate in Batman.Validator subclasses."
format: (key, messageKey, interpolations) -> t('errors.format', {attribute: key, message: t("errors.messages.#{messageKey}", interpolations)})
@options: (options...) ->
Batman.initializeObject @
if @_batman.options then @_batman.options.concat(options) else @_batman.options = options
@matches: (options) ->
results = {}
shouldReturn = no
for key, value of options
if ~@_batman?.options?.indexOf(key)
results[key] = value
shouldReturn = yes
return results if shouldReturn
Validators = Batman.Validators = [
class Batman.LengthValidator extends Batman.Validator
@options 'minLength', 'maxLength', 'length', 'lengthWithin', 'lengthIn'
constructor: (options) ->
if range = (options.lengthIn or options.lengthWithin)
options.minLength = range[0]
options.maxLength = range[1] || -1
delete options.lengthWithin
delete options.lengthIn
super
validateEach: (errors, record, key, callback) ->
options = @options
value = record.get(key) ? []
if options.minLength and value.length < options.minLength
errors.add key, @format(key, 'too_short', {count: options.minLength})
if options.maxLength and value.length > options.maxLength
errors.add key, @format(key, 'too_long', {count: options.maxLength})
if options.length and value.length isnt options.length
errors.add key, @format(key, 'wrong_length', {count: options.length})
callback()
class Batman.PresenceValidator extends Batman.Validator
@options 'presence'
validateEach: (errors, record, key, callback) ->
value = record.get(key)
if @options.presence && (!value? || value is '')
errors.add key, @format(key, 'blank')
callback()
]
$mixin Batman.translate.messages,
errors:
format: "%{attribute} %{message}"
messages:
too_short: "must be at least %{count} characters"
too_long: "must be less than %{count} characters"
wrong_length: "must be %{count} characters"
blank: "can't be blank"
class Batman.StorageAdapter extends Batman.Object
class @StorageError extends Error
name: "StorageError"
constructor: (message) ->
super
@message = message
class @RecordExistsError extends @StorageError
name: 'RecordExistsError'
constructor: (message) ->
super(message || "Can't create this record because it already exists in the store!")
class @NotFoundError extends @StorageError
name: 'NotFoundError'
constructor: (message) ->
super(message || "Record couldn't be found in storage!")
constructor: (model) -> super(model: model)
isStorageAdapter: true
storageKey: (record) ->
model = record?.constructor || @model
model.get('storageKey') || helpers.pluralize(helpers.underscore($functionName(model)))
getRecordFromData: (attributes, constructor = @model) ->
record = new constructor()
record.fromJSON(attributes)
record
@skipIfError: (f) ->
return (env, next) ->
if env.error?
next()
else
f.call(@, env, next)
before: -> @_addFilter('before', arguments...)
after: -> @_addFilter('after', arguments...)
_inheritFilters: ->
if !@_batman.check(@) || !@_batman.filters
oldFilters = @_batman.getFirst('filters')
@_batman.filters = {before: {}, after: {}}
if oldFilters?
for position, filtersByKey of oldFilters
for key, filtersList of filtersByKey
@_batman.filters[position][key] = filtersList.slice(0)
_addFilter: (position, keys..., filter) ->
@_inheritFilters()
for key in keys
@_batman.filters[position][key] ||= []
@_batman.filters[position][key].push filter
true
runFilter: (position, action, env, callback) ->
@_inheritFilters()
allFilters = @_batman.filters[position].all || []
actionFilters = @_batman.filters[position][action] || []
env.action = action
# Action specific filters execute first, and then the `all` filters.
filters = actionFilters.concat(allFilters)
next = (newEnv) =>
env = newEnv if newEnv?
if (nextFilter = filters.shift())?
nextFilter.call @, env, next
else
callback.call @, env
next()
runBeforeFilter: -> @runFilter 'before', arguments...
runAfterFilter: (action, env, callback) -> @runFilter 'after', action, env, @exportResult(callback)
exportResult: (callback) -> (env) -> callback(env.error, env.result, env)
_jsonToAttributes: (json) -> JSON.parse(json)
perform: (key, recordOrProto, options, callback) ->
options ||= {}
env = {options}
if key == 'PI:KEY:<KEY>END_PI'
env.proto = recordOrProto
else
env.record = recordOrProto
next = (newEnv) =>
env = newEnv if newEnv?
@runAfterFilter key, env, callback
@runBeforeFilter key, env, (env) ->
@[key](env, next)
class Batman.LocalStorage extends Batman.StorageAdapter
constructor: ->
return null if typeof window.localStorage is 'undefined'
super
@storage = localStorage
storageRegExpForRecord: (record) -> new RegExp("^#{@storageKey(record)}(\\d+)$")
nextIdForRecord: (record) ->
re = @storageRegExpForRecord(record)
nextId = 1
@_forAllStorageEntries (k, v) ->
if matches = re.exec(k)
nextId = Math.max(nextId, parseInt(matches[1], 10) + 1)
nextId
_forAllStorageEntries: (iterator) ->
for i in [0...@storage.length]
key = @storage.key(i)
iterator.call(@, key, @storage.getItem(key))
true
_storageEntriesMatching: (proto, options) ->
re = @storageRegExpForRecord(proto)
records = []
@_forAllStorageEntries (storageKey, storageString) ->
if keyMatches = re.exec(storageKey)
data = @_jsonToAttributes(storageString)
data[proto.constructor.primaryKey] = keyMatches[1]
records.push data if @_dataMatches(options, data)
records
_dataMatches: (conditions, data) ->
match = true
for k, v of conditions
if data[k] != v
match = false
break
match
@::before 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
if env.action == 'create'
env.id = env.record.get('id') || env.record.set('id', @nextIdForRecord(env.record))
else
env.id = env.record.get('id')
unless env.id?
env.error = new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
else
env.key = @storageKey(env.record) + env.id
next()
@::before 'create', 'update', @skipIfError (env, next) ->
env.recordAttributes = JSON.stringify(env.record)
next()
@::after 'read', @skipIfError (env, next) ->
if typeof env.recordAttributes is 'string'
try
env.recordAttributes = @_jsonToAttributes(env.recordAttributes)
catch error
env.error = error
return next()
env.record.fromJSON env.recordAttributes
next()
@::after 'read', 'create', 'update', 'destroy', @skipIfError (env, next) ->
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
env.result = env.records = for recordAttributes in env.recordsAttributes
@getRecordFromData(recordAttributes, env.proto.constructor)
next()
read: @skipIfError (env, next) ->
env.recordAttributes = @storage.getItem(env.key)
if !env.recordAttributes
env.error = new @constructor.NotFoundError()
next()
create: @skipIfError ({key, recordAttributes}, next) ->
if @storage.getItem(key)
arguments[0].error = new @constructor.RecordExistsError
else
@storage.setItem(key, recordAttributes)
next()
update: @skipIfError ({key, recordAttributes}, next) ->
@storage.setItem(key, recordAttributes)
next()
destroy: @skipIfError ({key}, next) ->
@storage.removeItem(key)
next()
readAll: @skipIfError ({proto, options}, next) ->
try
arguments[0].recordsAttributes = @_storageEntriesMatching(proto, options.data)
catch error
arguments[0].error = error
next()
class Batman.SessionStorage extends Batman.LocalStorage
constructor: ->
if typeof window.sessionStorage is 'undefined'
return null
super
@storage = sessionStorage
class Batman.RestStorage extends Batman.StorageAdapter
@JSONContentType: 'application/json'
@PostBodyContentType: 'application/x-www-form-urlencoded'
defaultRequestOptions:
type: 'json'
serializeAsForm: true
constructor: ->
super
@defaultRequestOptions = $mixin {}, @defaultRequestOptions
recordJsonNamespace: (record) -> helpers.singularize(@storageKey(record))
collectionJsonNamespace: (proto) -> helpers.pluralize(@storageKey(proto))
_execWithOptions: (object, key, options) -> if typeof object[key] is 'function' then object[key](options) else object[key]
_defaultCollectionUrl: (record) -> "/#{@storageKey(record)}"
urlForRecord: (record, env) ->
if record.url
url = @_execWithOptions(record, 'url', env.options)
else
url = if record.constructor.url
@_execWithOptions(record.constructor, 'url', env.options)
else
@_defaultCollectionUrl(record)
if env.action != 'create'
if (id = record.get('id'))?
url = url + "/" + id
else
throw new @constructor.StorageError("Couldn't get/set record primary key on #{env.action}!")
@urlPrefix(record, env) + url + @urlSuffix(record, env)
urlForCollection: (model, env) ->
url = if model.url
@_execWithOptions(model, 'url', env.options)
else
@_defaultCollectionUrl(model::, env.options)
@urlPrefix(model, env) + url + @urlSuffix(model, env)
urlPrefix: (object, env) ->
@_execWithOptions(object, 'urlPrefix', env.options) || ''
urlSuffix: (object, env) ->
@_execWithOptions(object, 'urlSuffix', env.options) || ''
request: (env, next) ->
options = $mixin env.options,
success: (data) -> env.data = data
error: (error) -> env.error = error
loaded: ->
env.response = req.get('response')
next()
req = new Batman.Request(options)
perform: (key, record, options, callback) ->
$mixin (options ||= {}), @defaultRequestOptions
super
@::before 'create', 'read', 'update', 'destroy', @skipIfError (env, next) ->
try
env.options.url = @urlForRecord(env.record, env)
catch error
env.error = error
next()
@::before 'readAll', @skipIfError (env, next) ->
try
env.options.url = @urlForCollection(env.proto.constructor, env)
catch error
env.error = error
next()
@::before 'create', 'update', @skipIfError (env, next) ->
json = env.record.toJSON()
if namespace = @recordJsonNamespace(env.record)
data = {}
data[namespace] = json
else
data = json
if @serializeAsForm
# Leave the POJO in the data for the request adapter to serialize to a body
env.options.contentType = @constructor.PostBodyContentType
else
data = JSON.stringify(data)
env.options.contentType = @constructor.JSONContentType
env.options.data = data
next()
@::after 'create', 'read', 'update', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
json = @_jsonToAttributes(env.data)
catch error
env.error = error
return next()
else
json = env.data
namespace = @recordJsonNamespace(env.record)
json = json[namespace] if namespace && json[namespace]?
env.record.fromJSON(json)
env.result = env.record
next()
@::after 'readAll', @skipIfError (env, next) ->
if typeof env.data is 'string'
try
env.data = JSON.parse(env.env)
catch jsonError
env.error = jsonError
return next()
namespace = @collectionJsonNamespace(env.proto)
env.recordsAttributes = if namespace && env.data[namespace]?
env.data[namespace]
else
env.data
env.result = env.records = for jsonRecordAttributes in env.recordsAttributes
@getRecordFromData(jsonRecordAttributes, env.proto.constructor)
next()
@HTTPMethods =
create: 'POST'
update: 'PUT'
read: 'GET'
readAll: 'GET'
destroy: 'DELETE'
for key in ['create', 'read', 'update', 'destroy', 'readAll']
do (key) =>
@::[key] = @skipIfError (env, next) ->
env.options.method = @constructor.HTTPMethods[key]
@request(env, next)
# Views
# -----------
class Batman.ViewStore extends Batman.Object
@prefix: 'views'
constructor: ->
super
@_viewContents = {}
@_requestedPaths = new Batman.SimpleSet
propertyClass: Batman.Property
fetchView: (path) ->
developer.do ->
unless typeof Batman.View::prefix is 'undefined'
developer.warn "Batman.View.prototype.prefix has been removed, please use Batman.ViewStore.prefix instead."
new Batman.Request
url: Batman.Navigator.normalizePath(@constructor.prefix, "#{path}.html")
type: 'html'
success: (response) => @set(path, response)
error: (response) -> throw new Error("Could not load view from #{path}")
@accessor
'final': true
get: (path) ->
return @get("/#{path}") unless path[0] is '/'
return @_viewContents[path] if @_viewContents[path]
return if @_requestedPaths.has(path)
@fetchView(path)
return
set: (path, content) ->
return @set("/#{path}", content) unless path[0] is '/'
@_requestedPaths.add(path)
@_viewContents[path] = content
prefetch: (path) ->
@get(path)
true
# A `Batman.View` can function two ways: a mechanism to load and/or parse html files
# or a root of a subclass hierarchy to create rich UI classes, like in Cocoa.
class Batman.View extends Batman.Object
isView: true
constructor: (options = {}) ->
context = options.context
if context
unless context instanceof Batman.RenderContext
context = Batman.RenderContext.root().descend(context)
else
context = Batman.RenderContext.root()
options.context = context.descend(@)
super(options)
# Start the rendering by asking for the node
Batman.Property.withoutTracking =>
if node = @get('node')
@render node
else
@observe 'node', (node) => @render(node)
@store: new Batman.ViewStore()
# Set the source attribute to an html file to have that file loaded.
source: ''
# Set the html to a string of html to have that html parsed.
html: ''
# Set an existing DOM node to parse immediately.
node: null
# Fires once a node is parsed.
@::event('ready').oneShot = true
@accessor 'html',
get: ->
return @html if @html && @html.length > 0
return unless source = @get 'source'
source = Batman.Navigator.normalizePath(source)
@html = @constructor.store.get(source)
set: (_, html) -> @html = html
@accessor 'node'
get: ->
unless @node
html = @get('html')
return unless html && html.length > 0
@hasContainer = true
@node = document.createElement 'div'
$setInnerHTML(@node, html)
if @node.children.length > 0
Batman.data(@node.children[0], 'view', @)
return @node
set: (_, node) ->
@node = node
Batman.data(@node, 'view', @)
updateHTML = (html) =>
if html?
$setInnerHTML(@get('node'), html)
@forget('html', updateHTML)
@observeAndFire 'html', updateHTML
render: (node) ->
@event('ready').resetOneShot()
@_renderer?.forgetAll()
# We use a renderer with the continuation style rendering engine to not
# block user interaction for too long during the render.
if node
@_renderer = new Batman.Renderer(node, null, @context, @)
@_renderer.on 'rendered', => @fire('ready', node)
@::on 'appear', -> @viewDidAppear? arguments...
@::on 'disappear', -> @viewDidDisappear? arguments...
@::on 'beforeAppear', -> @viewWillAppear? arguments...
@::on 'beforeDisappear', -> @viewWillDisappear? arguments...
# DOM Helpers
# -----------
# `Batman.Renderer` will take a node and parse all recognized data attributes out of it and its children.
# It is a continuation style parser, designed not to block for longer than 50ms at a time if the document
# fragment is particularly long.
class Batman.Renderer extends Batman.Object
deferEvery: 50
constructor: (@node, callback, @context, view) ->
super()
@on('parsed', callback) if callback?
developer.error "Must pass a RenderContext to a renderer for rendering" unless @context instanceof Batman.RenderContext
@immediate = $setImmediate @start
start: =>
@startTime = new Date
@parseNode @node
resume: =>
@startTime = new Date
@parseNode @resumeNode
finish: ->
@startTime = null
@prevent 'stopped'
@fire 'parsed'
@fire 'rendered'
stop: ->
$clearImmediate @immediate
@fire 'stopped'
forgetAll: ->
for k in ['parsed', 'rendered', 'stopped']
@::event(k).oneShot = true
bindingRegexp = /^data\-(.*)/
bindingSortOrder = ["renderif", "foreach", "formfor", "context", "bind", "source", "target"]
bindingSortPositions = {}
bindingSortPositions[name] = pos for name, pos in bindingSortOrder
_sortBindings: (a,b) ->
aindex = bindingSortPositions[a[0]]
bindex = bindingSortPositions[b[0]]
aindex ?= bindingSortOrder.length # put unspecified bindings last
bindex ?= bindingSortOrder.length
if aindex > bindex
1
else if bindex > aindex
-1
else if a[0] > b[0]
1
else if b[0] > a[0]
-1
else
0
parseNode: (node) ->
if @deferEvery && (new Date - @startTime) > @deferEvery
@resumeNode = node
@timeout = $setImmediate @resume
return
if node.getAttribute and node.attributes
bindings = for attr in node.attributes
name = attr.nodeName.match(bindingRegexp)?[1]
continue if not name
if ~(varIndex = name.indexOf('-'))
[name.substr(0, varIndex), name.substr(varIndex + 1), attr.value]
else
[name, attr.value]
for readerArgs in bindings.sort(@_sortBindings)
key = readerArgs[1]
result = if readerArgs.length == 2
Batman.DOM.readers[readerArgs[0]]?(node, key, @context, @)
else
Batman.DOM.attrReaders[readerArgs[0]]?(node, key, readerArgs[2], @context, @)
if result is false
skipChildren = true
break
else if result instanceof Batman.RenderContext
oldContext = @context
@context = result
$onParseExit(node, => @context = oldContext)
if (nextNode = @nextNode(node, skipChildren)) then @parseNode(nextNode) else @finish()
nextNode: (node, skipChildren) ->
if not skipChildren
children = node.childNodes
return children[0] if children?.length
sibling = node.nextSibling # Grab the reference before onParseExit may remove the node
$onParseExit(node).forEach (callback) -> callback()
$forgetParseExit(node)
return if @node == node
return sibling if sibling
nextParent = node
while nextParent = nextParent.parentNode
$onParseExit(nextParent).forEach (callback) -> callback()
$forgetParseExit(nextParent)
return if @node == nextParent
parentSibling = nextParent.nextSibling
return parentSibling if parentSibling
return
# The RenderContext class manages the stack of contexts accessible to a view during rendering.
class Batman.RenderContext
@deProxy: (object) -> if object? && object.isContextProxy then object.get('proxiedObject') else object
@root: ->
if Batman.currentApp?
Batman.currentApp.get('_renderContext')
else
@base
constructor: (@object, @parent) ->
findKey: (key) ->
base = key.split('.')[0].split('|')[0].trim()
currentNode = @
while currentNode
# We define the behaviour of the context stack as latching a get when the first key exists,
# so we need to check only if the basekey exists, not if all intermediary keys do as well.
val = $get(currentNode.object, base)
if typeof val isnt 'undefined'
val = $get(currentNode.object, key)
return [val, currentNode.object].map(@constructor.deProxy)
currentNode = currentNode.parent
@windowWrapper ||= window: Batman.container
[$get(@windowWrapper, key), @windowWrapper]
get: (key) -> @findKey(key)[0]
# Below are the three primitives that all the `Batman.DOM` helpers are composed of.
# `descend` takes an `object`, and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# in the tree with either the object available on the stack or the object available at the `scopedKey`
# on the stack.
descend: (object, scopedKey) ->
if scopedKey
oldObject = object
object = new Batman.Object()
object[scopedKey] = oldObject
return new @constructor(object, @)
# `descendWithKey` takes a `key` and optionally a `scopedKey`. It creates a new `RenderContext` leaf node
# with the runtime value of the `key` available on the stack or under the `scopedKey` if given. This
# differs from a normal `descend` in that it looks up the `key` at runtime (in the parent `RenderContext`)
# and will correctly reflect changes if the value at the `key` changes. A normal `descend` takes a concrete
# reference to an object which never changes.
descendWithKey: (key, scopedKey) ->
proxy = new ContextProxy(@, key)
return @descend(proxy, scopedKey)
# `chain` flattens a `RenderContext`'s path to the root.
chain: ->
x = []
parent = this
while parent
x.push parent.object
parent = parent.parent
x
# `ContextProxy` is a simple class which assists in pushing dynamic contexts onto the `RenderContext` tree.
# This happens when a `data-context` is descended into, for each iteration in a `data-foreach`,
# and in other specific HTML bindings like `data-formfor`. `ContextProxy`s use accessors so that if the
# value of the object they proxy changes, the changes will be propagated to any thing observing the `ContextProxy`.
# This is good because it allows `data-context` to take keys which will change, filtered keys, and even filters
# which take keypath arguments. It will calculate the context to descend into when any of those keys change
# because it preserves the property of a binding, and importantly it exposes a friendly `Batman.Object`
# interface for the rest of the `Binding` code to work with.
@ContextProxy = class ContextProxy extends Batman.Object
isContextProxy: true
# Reveal the binding's final value.
@accessor 'proxiedObject', -> @binding.get('filteredValue')
# Proxy all gets to the proxied object.
@accessor
get: (key) -> @get("proxiedObject.#{key}")
set: (key, value) -> @set("proxiedObject.#{key}", value)
unset: (key) -> @unset("proxiedObject.#{key}")
constructor: (@renderContext, @keyPath, @localKey) ->
@binding = new Batman.DOM.AbstractBinding(undefined, @keyPath, @renderContext)
Batman.RenderContext.base = new Batman.RenderContext(window: Batman.container)
Batman.DOM = {
# `Batman.DOM.readers` contains the functions used for binding a node's value or innerHTML, showing/hiding nodes,
# and any other `data-#{name}=""` style DOM directives.
readers: {
target: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'nodeChange')
true
source: (node, key, context, renderer) ->
Batman.DOM.readers.bind(node, key, context, renderer, 'dataChange')
true
bind: (node, key, context, renderer, only) ->
bindingClass = false
switch node.nodeName.toLowerCase()
when 'input'
switch node.getAttribute('type')
when 'checkbox'
Batman.DOM.attrReaders.bind(node, 'checked', key, context, renderer, only)
return true
when 'radio'
bindingClass = Batman.DOM.RadioBinding
when 'file'
bindingClass = Batman.DOM.FileBinding
when 'select'
bindingClass = Batman.DOM.SelectBinding
bindingClass ||= Batman.DOM.Binding
new bindingClass(arguments...)
true
context: (node, key, context, renderer) -> return context.descendWithKey(key)
mixin: (node, key, context, renderer) ->
new Batman.DOM.MixinBinding(node, key, context.descend(Batman.mixins), renderer)
true
showif: (node, key, context, parentRenderer, invert) ->
new Batman.DOM.ShowHideBinding(node, key, context, parentRenderer, false, invert)
true
hideif: -> Batman.DOM.readers.showif(arguments..., yes)
route: ->
new Batman.DOM.RouteBinding(arguments...)
true
view: ->
new Batman.DOM.ViewBinding arguments...
false
partial: (node, path, context, renderer) ->
Batman.DOM.partial node, path, context, renderer
true
defineview: (node, name, context, renderer) ->
$onParseExit(node, -> $removeNode(node))
Batman.View.store.set(Batman.Navigator.normalizePath(name), node.innerHTML)
false
renderif: (node, key, context, renderer) ->
new Batman.DOM.DeferredRenderingBinding(node, key, context, renderer)
false
yield: (node, key) ->
$setImmediate -> Batman.DOM.yield key, node
true
contentfor: (node, key) ->
$setImmediate -> Batman.DOM.contentFor key, node
true
replace: (node, key) ->
$setImmediate -> Batman.DOM.replace key, node
true
}
_yielders: {} # name/fn pairs of yielding functions
_yields: {} # name/container pairs of yielding nodes
# `Batman.DOM.attrReaders` contains all the DOM directives which take an argument in their name, in the
# `data-dosomething-argument="keypath"` style. This means things like foreach, binding attributes like
# disabled or anything arbitrary, descending into a context, binding specific classes, or binding to events.
attrReaders: {
_parseAttribute: (value) ->
if value is 'false' then value = false
if value is 'true' then value = true
value
source: (node, attr, key, context, renderer) ->
Batman.DOM.attrReaders.bind node, attr, key, context, renderer, 'dataChange'
bind: (node, attr, key, context, renderer, only) ->
bindingClass = switch attr
when 'checked', 'disabled', 'selected'
Batman.DOM.CheckedBinding
when 'value', 'href', 'src', 'size'
Batman.DOM.NodeAttributeBinding
when 'class'
Batman.DOM.ClassBinding
when 'style'
Batman.DOM.StyleBinding
else
Batman.DOM.AttributeBinding
new bindingClass(arguments...)
true
context: (node, contextName, key, context) -> return context.descendWithKey(key, contextName)
event: (node, eventName, key, context) ->
new Batman.DOM.EventBinding(arguments...)
true
addclass: (node, className, key, context, parentRenderer, invert) ->
new Batman.DOM.AddClassBinding(node, className, key, context, parentRenderer, false, invert)
true
removeclass: (node, className, key, context, parentRenderer) -> Batman.DOM.attrReaders.addclass node, className, key, context, parentRenderer, yes
foreach: (node, iteratorName, key, context, parentRenderer) ->
new Batman.DOM.IteratorBinding(arguments...)
false # Return false so the Renderer doesn't descend into this node's children.
formfor: (node, localName, key, context) ->
new Batman.DOM.FormBinding(arguments...)
context.descendWithKey(key, localName)
view: (node, bindKey, contextKey, context) ->
[_, parent] = context.findKey contextKey
view = null
parent.observeAndFire contextKey, (newValue) ->
view ||= Batman.data node, 'view'
view?.set bindKey, newValue
}
# `Batman.DOM.events` contains the helpers used for binding to events. These aren't called by
# DOM directives, but are used to handle specific events by the `data-event-#{name}` helper.
events: {
click: (node, callback, context, eventName = 'click') ->
$addEventListener node, eventName, (args...) ->
callback node, args..., context
$preventDefault args[0]
if node.nodeName.toUpperCase() is 'A' and not node.href
node.href = '#'
node
doubleclick: (node, callback, context) ->
# The actual DOM event is called `dblclick`
Batman.DOM.events.click node, callback, context, 'dblclick'
change: (node, callback, context) ->
eventNames = switch node.nodeName.toUpperCase()
when 'TEXTAREA' then ['keyup', 'change']
when 'INPUT'
if node.type.toLowerCase() in Batman.DOM.textInputTypes
oldCallback = callback
callback = (e) ->
return if e.type == 'keyup' && 13 <= e.keyCode <= 14
oldCallback(arguments...)
['keyup', 'change']
else
['change']
else ['change']
for eventName in eventNames
$addEventListener node, eventName, (args...) ->
callback node, args..., context
isEnter: (ev) -> ev.keyCode is 13 || ev.which is 13 || ev.keyIdentifier is 'Enter' || ev.key is 'Enter'
submit: (node, callback, context) ->
if Batman.DOM.nodeIsEditable(node)
$addEventListener node, 'keydown', (args...) ->
if Batman.DOM.events.isEnter(args[0])
Batman.DOM._keyCapturingNode = node
$addEventListener node, 'keyup', (args...) ->
if Batman.DOM.events.isEnter(args[0])
if Batman.DOM._keyCapturingNode is node
$preventDefault args[0]
callback node, args..., context
Batman.DOM._keyCapturingNode = null
else
$addEventListener node, 'submit', (args...) ->
$preventDefault args[0]
callback node, args..., context
node
other: (node, eventName, callback, context) -> $addEventListener node, eventName, (args...) -> callback node, args..., context
}
# List of input type="types" for which we can use keyup events to track
textInputTypes: ['text', 'search', 'tel', 'url', 'email', 'password']
# `yield` and `contentFor` are used to declare partial views and then pull them in elsewhere.
# `replace` is used to replace yielded content.
# This can be used for abstraction as well as repetition.
yield: (name, node) ->
Batman.DOM._yields[name] = node
# render any content for this yield
if yielders = Batman.DOM._yielders[name]
fn(node) for fn in yielders
contentFor: (name, node, _replaceContent, _yieldChildren) ->
yieldingNode = Batman.DOM._yields[name]
# Clone the node if it's a child in case the parent gets cleared during the yield
if yieldingNode and $isChildOf(yieldingNode, node)
node = $cloneNode node
yieldFn = (yieldingNode) ->
if _replaceContent || !Batman._data(yieldingNode, 'yielded')
$setInnerHTML yieldingNode, '', true
Batman.DOM.didRemoveNode(child) for child in yieldingNode.children
if _yieldChildren
while node.childNodes.length > 0
child = node.childNodes[0]
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node.childNodes[0], true
view?.fire 'appear', child
else
view = Batman.data(node, 'view')
view?.fire 'beforeAppear', child
$appendChild yieldingNode, node, true
view?.fire 'appear', child
Batman._data node, 'yielded', true
Batman._data yieldingNode, 'yielded', true
delete Batman.DOM._yielders[name]
if contents = Batman.DOM._yielders[name]
contents.push yieldFn
else
Batman.DOM._yielders[name] = [yieldFn]
if yieldingNode
Batman.DOM.yield name, yieldingNode
replace: (name, node, _yieldChildren) ->
Batman.DOM.contentFor name, node, true, _yieldChildren
partial: (container, path, context, renderer) ->
renderer.prevent 'rendered'
view = new Batman.View
source: path
context: context
view.on 'ready', ->
$setInnerHTML container, ''
# Render the partial content into the data-partial node
# Text nodes move when they are appended, so copy childNodes
children = (node for node in view.get('node').childNodes)
$appendChild(container, child) for child in children
renderer.allowAndFire 'rendered'
# Adds a binding or binding-like object to the `bindings` set in a node's
# data, so that upon node removal we can unset the binding and any other objects
# it retains.
trackBinding: $trackBinding = (binding, node) ->
if bindings = Batman._data node, 'bindings'
bindings.add binding
else
Batman._data node, 'bindings', new Batman.SimpleSet(binding)
Batman.DOM.fire('bindingAdded', binding)
true
# Removes listeners and bindings tied to `node`, allowing it to be cleared
# or removed without leaking memory
unbindNode: $unbindNode = (node) ->
# break down all bindings
if bindings = Batman._data node, 'bindings'
bindings.forEach (binding) -> binding.die()
# remove all event listeners
if listeners = Batman._data node, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$removeEventListener node, eventName, listener
# remove all bindings and other data associated with this node
Batman.removeData node # external data (Batman.data)
Batman.removeData node, undefined, true # internal data (Batman._data)
# Unbinds the tree rooted at `node`.
# When set to `false`, `unbindRoot` skips the `node` before unbinding all of its children.
unbindTree: $unbindTree = (node, unbindRoot = true) ->
$unbindNode node if unbindRoot
$unbindTree(child) for child in node.childNodes
# Copy the event handlers from src node to dst node
copyNodeEventListeners: $copyNodeEventListeners = (dst, src) ->
if listeners = Batman._data src, 'listeners'
for eventName, eventListeners of listeners
eventListeners.forEach (listener) ->
$addEventListener dst, eventName, listener
# Copy all event handlers from the src tree to the dst tree. Note that the
# trees must have identical structures.
copyTreeEventListeners: $copyTreeEventListeners = (dst, src) ->
$copyNodeEventListeners dst, src
for i in [0...src.childNodes.length]
$copyTreeEventListeners dst.childNodes[i], src.childNodes[i]
# Enhance the base cloneNode method to copy event handlers over to the new
# instance
cloneNode: $cloneNode = (node, deep=true) ->
newNode = node.cloneNode(deep)
if deep
$copyTreeEventListeners newNode, node
else
$copyNodeEventListeners newNode, node
newNode
# Memory-safe setting of a node's innerHTML property
setInnerHTML: $setInnerHTML = (node, html, args...) ->
hide.apply(child, args) for child in node.childNodes when hide = Batman.data(child, 'hide')
$unbindTree node, false
node?.innerHTML = html
setStyleProperty: $setStyleProperty = (node, property, value, importance) ->
if node.style.setAttribute
node.style.setAttribute(property, value, importance)
else
node.style.setProperty(property, value, importance)
# Memory-safe removal of a node from the DOM
removeNode: $removeNode = (node) ->
node.parentNode?.removeChild node
Batman.DOM.didRemoveNode(node)
appendChild: $appendChild = (parent, child, args...) ->
view = Batman.data(child, 'view')
view?.fire 'beforeAppear', child
Batman.data(child, 'show')?.apply(child, args)
parent.appendChild(child)
view?.fire 'appear', child
insertBefore: $insertBefore = (parentNode, newNode, referenceNode = null) ->
if !referenceNode or parentNode.childNodes.length <= 0
$appendChild parentNode, newNode
else
parentNode.insertBefore newNode, referenceNode
valueForNode: (node, value = '', escapeValue = true) ->
isSetting = arguments.length > 1
switch node.nodeName.toUpperCase()
when 'INPUT', 'TEXTAREA'
if isSetting then (node.value = value) else node.value
when 'SELECT'
if isSetting then node.value = value
else
if isSetting
$setInnerHTML node, if escapeValue then $escapeHTML(value) else value
else node.innerHTML
nodeIsEditable: (node) ->
node.nodeName.toUpperCase() in ['INPUT', 'TEXTAREA', 'SELECT']
# `$addEventListener uses attachEvent when necessary
addEventListener: $addEventListener = (node, eventName, callback) ->
# store the listener in Batman.data
unless listeners = Batman._data node, 'listeners'
listeners = Batman._data node, 'listeners', {}
unless listeners[eventName]
listeners[eventName] = new Batman.Set
listeners[eventName].add callback
if $hasAddEventListener
node.addEventListener eventName, callback, false
else
node.attachEvent "on#{eventName}", callback
# `$removeEventListener` uses detachEvent when necessary
removeEventListener: $removeEventListener = (node, eventName, callback) ->
# remove the listener from Batman.data
if listeners = Batman._data node, 'listeners'
if eventListeners = listeners[eventName]
eventListeners.remove callback
if $hasAddEventListener
node.removeEventListener eventName, callback, false
else
node.detachEvent 'on'+eventName, callback
hasAddEventListener: $hasAddEventListener = !!window?.addEventListener
didRemoveNode: (node) ->
view = Batman.data node, 'view'
view?.fire 'beforeDisappear', node
$unbindTree node
view?.fire 'disappear', node
onParseExit: $onParseExit = (node, callback) ->
set = Batman._data(node, 'onParseExit') || Batman._data(node, 'onParseExit', new Batman.SimpleSet)
set.add callback if callback?
set
forgetParseExit: $forgetParseExit = (node, callback) -> Batman.removeData(node, 'onParseExit', true)
}
$mixin Batman.DOM, Batman.EventEmitter, Batman.Observable
Batman.DOM.event('bindingAdded')
# Bindings are shortlived objects which manage the observation of any keypaths a `data` attribute depends on.
# Bindings parse any keypaths which are filtered and use an accessor to apply the filters, and thus enjoy
# the automatic trigger and dependency system that Batman.Objects use. Every, and I really mean every method
# which uses filters has to be defined in terms of a new binding. This is so that the proper order of
# objects is traversed and any observers are properly attached.
class Batman.DOM.AbstractBinding extends Batman.Object
# A beastly regular expression for pulling keypaths out of the JSON arguments to a filter.
# It makes the following matches:
#
# + `foo` and `baz.qux` in `foo, "bar", baz.qux`
# + `foo.bar.baz` in `true, false, "true", "false", foo.bar.baz`
# + `true.bar` in `2, true.bar`
# + `truesay` in truesay
# + no matches in `"bar", 2, {"x":"y", "Z": foo.bar.baz}, "baz"`
keypath_rx = ///
(^|,) # Match either the start of an arguments list or the start of a space inbetween commas.
\s* # Be insensitive to whitespace between the comma and the actual arguments.
(?! # Use a lookahead to ensure we aren't matching true or false:
(?:true|false) # Match either true or false ...
\s* # and make sure that there's nothing else that comes after the true or false ...
(?:$|,) # before the end of this argument in the list.
)
(
[a-zA-Z][\w\.]* # Now that true and false can't be matched, match a dot delimited list of keys.
[\?\!]? # Allow ? and ! at the end of a keypath to support Ruby's methods
)
\s* # Be insensitive to whitespace before the next comma or end of the filter arguments list.
(?=$|,) # Match either the next comma or the end of the filter arguments list.
///g
# A less beastly pair of regular expressions for pulling out the [] syntax `get`s in a binding string, and
# dotted names that follow them.
get_dot_rx = /(?:\]\.)(.+?)(?=[\[\.]|\s*\||$)/
get_rx = /(?!^\s*)\[(.*?)\]/g
# The `filteredValue` which calculates the final result by reducing the initial value through all the filters.
@accessor 'filteredValue'
get: ->
unfilteredValue = @get('unfilteredValue')
self = @
renderContext = @get('renderContext')
if @filterFunctions.length > 0
developer.currentFilterStack = renderContext
result = @filterFunctions.reduce((value, fn, i) ->
# Get any argument keypaths from the context stored at parse time.
args = self.filterArguments[i].map (argument) ->
if argument._keypath
self.renderContext.get(argument._keypath)
else
argument
# Apply the filter.
args.unshift value
args.push self
fn.apply(renderContext, args)
, unfilteredValue)
developer.currentFilterStack = null
result
else
unfilteredValue
# We ignore any filters for setting, because they often aren't reversible.
set: (_, newValue) -> @set('unfilteredValue', newValue)
# The `unfilteredValue` is whats evaluated each time any dependents change.
@accessor 'unfilteredValue'
get: ->
# If we're working with an `@key` and not an `@value`, find the context the key belongs to so we can
# hold a reference to it for passing to the `dataChange` and `nodeChange` observers.
if k = @get('key')
Batman.RenderContext.deProxy(@get("keyContext.#{k}"))
else
@get('value')
set: (_, value) ->
if k = @get('key')
keyContext = @get('keyContext')
# Supress sets on the window
if keyContext != Batman.container
@set("keyContext.#{k}", value)
else
@set('value', value)
# The `keyContext` accessor is
@accessor 'keyContext', -> @renderContext.findKey(@key)[1]
bindImmediately: true
shouldSet: true
isInputBinding: false
escapeValue: true
constructor: (@node, @keyPath, @renderContext, @renderer, @only = false) ->
# Pull out the `@key` and filter from the `@keyPath`.
@parseFilter()
# Observe the node and the data.
@bind() if @bindImmediately
isTwoWay: -> @key? && @filterFunctions.length is 0
bind: ->
# Attach the observers.
if @node? && @only in [false, 'nodeChange'] and Batman.DOM.nodeIsEditable(@node)
Batman.DOM.events.change @node, @_fireNodeChange, @renderContext
# Usually, we let the HTML value get updated upon binding by `observeAndFire`ing the dataChange
# function below. When dataChange isn't attached, we update the JS land value such that the
# sync between DOM and JS is maintained.
if @only is 'nodeChange'
@_fireNodeChange()
# Observe the value of this binding's `filteredValue` and fire it immediately to update the node.
if @only in [false, 'dataChange']
@observeAndFire 'filteredValue', @_fireDataChange
Batman.DOM.trackBinding(@, @node) if @node?
_fireNodeChange: =>
@shouldSet = false
@nodeChange?(@node, @value || @get('keyContext'))
@shouldSet = true
_fireDataChange: (value) =>
if @shouldSet
@dataChange?(value, @node)
die: ->
@forget()
@_batman.properties?.forEach (key, property) -> property.die()
parseFilter: ->
# Store the function which does the filtering and the arguments (all except the actual value to apply the
# filter to) in these arrays.
@filterFunctions = []
@filterArguments = []
# Rewrite [] style gets, replace quotes to be JSON friendly, and split the string by pipes to see if there are any filters.
keyPath = @keyPath
keyPath = keyPath.replace(get_dot_rx, "]['$1']") while get_dot_rx.test(keyPath) # Stupid lack of lookbehind assertions...
filters = keyPath.replace(get_rx, " | get $1 ").replace(/'/g, '"').split(/(?!")\s+\|\s+(?!")/)
# The key will is always the first token before the pipe.
try
key = @parseSegment(orig = filters.shift())[0]
catch e
developer.warn e
developer.error "Error! Couldn't parse keypath in \"#{orig}\". Parsing error above."
if key and key._keypath
@key = key._keypath
else
@value = key
if filters.length
while filterString = filters.shift()
# For each filter, get the name and the arguments by splitting on the first space.
split = filterString.indexOf(' ')
if ~split
filterName = filterString.substr(0, split)
args = filterString.substr(split)
else
filterName = filterString
# If the filter exists, grab it.
if filter = Batman.Filters[filterName]
@filterFunctions.push filter
# Get the arguments for the filter by parsing the args as JSON, or
# just pushing an placeholder array
if args
try
@filterArguments.push @parseSegment(args)
catch e
developer.error "Bad filter arguments \"#{args}\"!"
else
@filterArguments.push []
else
developer.error "Unrecognized filter '#{filterName}' in key \"#{@keyPath}\"!"
true
# Turn a piece of a `data` keypath into a usable javascript object.
# + replacing keypaths using the above regular expression
# + wrapping the `,` delimited list in square brackets
# + and `JSON.parse`ing them as an array.
parseSegment: (segment) ->
JSON.parse( "[" + segment.replace(keypath_rx, "$1{\"_keypath\": \"$2\"}") + "]" )
class Batman.DOM.AbstractAttributeBinding extends Batman.DOM.AbstractBinding
constructor: (node, @attributeName, args...) -> super(node, args...)
class Batman.DOM.AbstractCollectionBinding extends Batman.DOM.AbstractAttributeBinding
bindCollection: (newCollection) ->
unless newCollection == @collection
@unbindCollection()
@collection = newCollection
if @collection
if @collection.isObservable && @collection.toArray
@collection.observe 'toArray', @handleArrayChanged
else if @collection.isEventEmitter
@collection.on 'itemsWereAdded', @handleItemsWereAdded
@collection.on 'itemsWereRemoved', @handleItemsWereRemoved
else
return false
return true
return false
unbindCollection: ->
if @collection
if @collection.isObservable && @collection.toArray
@collection.forget('toArray', @handleArrayChanged)
else if @collection.isEventEmitter
@collection.event('itemsWereAdded').removeHandler(@handleItemsWereAdded)
@collection.event('itemsWereRemoved').removeHandler(@handleItemsWereRemoved)
handleItemsWereAdded: ->
handleItemsWereRemoved: ->
handleArrayChanged: ->
die: ->
@unbindCollection()
super
class Batman.DOM.Binding extends Batman.DOM.AbstractBinding
constructor: (node) ->
@isInputBinding = node.nodeName.toLowerCase() in ['input', 'textarea']
super
nodeChange: (node, context) ->
if @isTwoWay()
@set 'filteredValue', @node.value
dataChange: (value, node) ->
Batman.DOM.valueForNode @node, value, @escapeValue
class Batman.DOM.AttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value) -> @node.setAttribute(@attributeName, value)
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node.getAttribute(@attributeName))
class Batman.DOM.NodeAttributeBinding extends Batman.DOM.AbstractAttributeBinding
dataChange: (value = "") -> @node[@attributeName] = value
nodeChange: (node) ->
if @isTwoWay()
@set 'filteredValue', Batman.DOM.attrReaders._parseAttribute(node[@attributeName])
class Batman.DOM.ShowHideBinding extends Batman.DOM.AbstractBinding
constructor: (node, className, key, context, parentRenderer, @invert = false) ->
display = node.style.display
display = '' if not display or display is 'none'
@originalDisplay = display
super
dataChange: (value) ->
view = Batman.data @node, 'view'
if !!value is not @invert
view?.fire 'beforeAppear', @node
Batman.data(@node, 'show')?.call(@node)
@node.style.display = @originalDisplay
view?.fire 'appear', @node
else
view?.fire 'beforeDisappear', @node
if typeof (hide = Batman.data(@node, 'hide')) is 'function'
hide.call @node
else
$setStyleProperty(@node, 'display', 'none', 'important')
view?.fire 'disappear', @node
class Batman.DOM.CheckedBinding extends Batman.DOM.NodeAttributeBinding
isInputBinding: true
dataChange: (value) ->
@node[@attributeName] = !!value
# Update the parent's binding if necessary
if @node.parentNode
Batman._data(@node.parentNode, 'updateBinding')?()
constructor: ->
super
# Attach this binding to the node under the attribute name so that parent
# bindings can query this binding and modify its state. This is useful
# for <options> within a select or radio buttons.
Batman._data @node, @attributeName, @
class Batman.DOM.ClassBinding extends Batman.DOM.AbstractCollectionBinding
dataChange: (value) ->
if value?
@unbindCollection()
if typeof value is 'string'
@node.className = value
else
@bindCollection(value)
@updateFromCollection()
updateFromCollection: ->
if @collection
array = if @collection.map
@collection.map((x) -> x)
else
(k for own k,v of @collection)
array = array.toArray() if array.toArray?
@node.className = array.join ' '
handleArrayChanged: => @updateFromCollection()
handleItemsWereRemoved: => @updateFromCollection()
handleItemsWereAdded: => @updateFromCollection()
class Batman.DOM.DeferredRenderingBinding extends Batman.DOM.AbstractBinding
rendered: false
constructor: ->
super
@node.removeAttribute "data-renderif"
nodeChange: ->
dataChange: (value) ->
if value && !@rendered
@render()
render: ->
new Batman.Renderer(@node, null, @renderContext)
@rendered = true
class Batman.DOM.AddClassBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (node, className, keyPath, renderContext, renderer, only, @invert = false) ->
names = className.split('|')
@classes = for name in names
{
name: name
pattern: new RegExp("(?:^|\\s)#{name}(?:$|\\s)", 'i')
}
super
delete @attributeName
dataChange: (value) ->
currentName = @node.className
for {name, pattern} in @classes
includesClassName = pattern.test(currentName)
if !!value is !@invert
@node.className = "#{currentName} #{name}" if !includesClassName
else
@node.className = currentName.replace(pattern, '') if includesClassName
true
class Batman.DOM.EventBinding extends Batman.DOM.AbstractAttributeBinding
bindImmediately: false
constructor: (node, eventName, key, context) ->
super
confirmText = @node.getAttribute('data-confirm')
callback = =>
return if confirmText and not confirm(confirmText)
@get('filteredValue')?.apply @get('callbackContext'), arguments
if attacher = Batman.DOM.events[@attributeName]
attacher @node, callback, context
else
Batman.DOM.events.other @node, @attributeName, callback, context
@accessor 'callbackContext', ->
contextKeySegments = @key.split('.')
contextKeySegments.pop()
if contextKeySegments.length > 0
@get('keyContext').get(contextKeySegments.join('.'))
else
@get('keyContext')
class Batman.DOM.RadioBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
dataChange: (value) ->
# don't overwrite `checked` attributes in the HTML unless a bound
# value is defined in the context. if no bound value is found, bind
# to the key if the node is checked.
if (boundValue = @get('filteredValue'))?
@node.checked = boundValue == @node.value
else if @node.checked
@set 'filteredValue', @node.value
nodeChange: (node) ->
if @isTwoWay()
@set('filteredValue', Batman.DOM.attrReaders._parseAttribute(node.value))
class Batman.DOM.FileBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
nodeChange: (node, subContext) ->
return if !@isTwoWay()
segments = @key.split('.')
if segments.length > 1
keyContext = subContext.get(segments.slice(0, -1).join('.'))
else
keyContext = subContext
actualObject = Batman.RenderContext.deProxy(keyContext)
if actualObject.hasStorage && actualObject.hasStorage()
for adapter in actualObject._batman.get('storage') when adapter instanceof Batman.RestStorage
adapter.defaultRequestOptions.formData = true
if node.hasAttribute('multiple')
@set 'filteredValue', Array::slice.call(node.files)
else
@set 'filteredValue', node.files[0]
class Batman.DOM.MixinBinding extends Batman.DOM.AbstractBinding
dataChange: (value) -> $mixin @node, value if value?
class Batman.DOM.SelectBinding extends Batman.DOM.AbstractBinding
isInputBinding: true
bindImmediately: false
firstBind: true
constructor: ->
super
# wait for the select to render before binding to it
@renderer.on 'rendered', =>
if @node?
Batman._data @node, 'updateBinding', @updateSelectBinding
@bind()
dataChange: (newValue) =>
# For multi-select boxes, the `value` property only holds the first
# selection, so go through the child options and update as necessary.
if newValue instanceof Array
# Use a hash to map values to their nodes to avoid O(n^2).
valueToChild = {}
for child in @node.children
# Clear all options.
child.selected = false
# Avoid collisions among options with same values.
matches = valueToChild[child.value]
if matches then matches.push child else matches = [child]
valueToChild[child.value] = matches
# Select options corresponding to the new values
for value in newValue
for match in valueToChild[value]
match.selected = yes
# For a regular select box, update the value.
else
if typeof newValue is 'undefined' && @firstBind
@firstBind = false
@set('unfilteredValue', @node.value)
else
Batman.DOM.valueForNode(@node, newValue, @escapeValue)
# Finally, update the options' `selected` bindings
@updateOptionBindings()
nodeChange: =>
if @isTwoWay()
@updateSelectBinding()
@updateOptionBindings()
updateSelectBinding: =>
# Gather the selected options and update the binding
selections = if @node.multiple then (c.value for c in @node.children when c.selected) else @node.value
selections = selections[0] if typeof selections is Array && selections.length == 1
@set 'unfilteredValue', selections
true
updateOptionBindings: =>
# Go through the option nodes and update their bindings using the
# context and key attached to the node via Batman.data
for child in @node.children
if selectedBinding = Batman._data(child, 'selected')
selectedBinding.nodeChange(selectedBinding.node)
true
class Batman.DOM.StyleBinding extends Batman.DOM.AbstractCollectionBinding
class @SingleStyleBinding extends Batman.DOM.AbstractAttributeBinding
constructor: (args..., @parent) ->
super(args...)
dataChange: (value) -> @parent.setStyle(@attributeName, value)
constructor: ->
@oldStyles = {}
super
dataChange: (value) ->
unless value
@reapplyOldStyles()
return
@unbindCollection()
if typeof value is 'string'
@reapplyOldStyles()
for style in value.split(';')
# handle a case when css value contains colons itself (absolute URI)
# split and rejoin because IE7/8 don't splice values of capturing regexes into split's return array
[cssName, colonSplitCSSValues...] = style.split(":")
@setStyle cssName, colonSplitCSSValues.join(":")
return
if value instanceof Batman.Hash
if @bindCollection(value)
value.forEach (key, value) => @setStyle key, value
else if value instanceof Object
@reapplyOldStyles()
for own key, keyValue of value
# Check whether the value is an existing keypath, and if so bind this attribute to it
[keypathValue, keypathContext] = @renderContext.findKey(keyValue)
if keypathValue
@bindSingleAttribute key, keyValue
@setStyle key, keypathValue
else
@setStyle key, keyValue
handleItemsWereAdded: (newKey) => @setStyle newKey, @collection.get(newKey); return
handleItemsWereRemoved: (oldKey) => @setStyle oldKey, ''; return
bindSingleAttribute: (attr, keyPath) -> new @constructor.SingleStyleBinding(@node, attr, keyPath, @renderContext, @renderer, @only, @)
setStyle: (key, value) =>
return unless key
key = PI:KEY:<KEY>END_PI(key.PI:KEY:<KEY>END_PI)
@oldStyles[key] = @node.style[key]
@node.style[key] = if value then value.trim() else ""
reapplyOldStyles: ->
@setStyle(cssName, cssValue) for own cssName, cssValue of @oldStyles
class Batman.DOM.RouteBinding extends Batman.DOM.AbstractBinding
onATag: false
@accessor 'dispatcher', ->
@renderContext.get('dispatcher') || Batman.App.get('current.dispatcher')
bind: ->
if @node.nodeName.toUpperCase() is 'A'
@onATag = true
super
Batman.DOM.events.click @node, =>
params = @pathFromValue(@get('filteredValue'))
Batman.redirect params if params?
dataChange: (value) ->
if value?
path = @pathFromValue(value)
if @onATag
if path?
path = Batman.navigator.linkTo path
else
path = "#"
@node.href = path
pathFromValue: (value) ->
if value.isNamedRouteQuery
value.get('path')
else
@get('dispatcher')?.pathFromParams(value)
class Batman.DOM.ViewBinding extends Batman.DOM.AbstractBinding
constructor: ->
super
@renderer.prevent 'rendered'
@node.removeAttribute 'data-view'
dataChange: (viewClassOrInstance) ->
return unless viewClassOrInstance?
if viewClassOrInstance.isView
@view = viewClassOrInstance
@view.set 'node', @node
@view.set 'context', @renderContext
else
@view = new viewClassOrInstance
node: @node
context: @renderContext
parentView: @renderContext.findKey('isView')?[1]
Batman.data @node, 'view', @view
@view.on 'ready', =>
@view.awakeFromHTML? @node
@view.fire 'beforeAppear', @node
@renderer.allowAndFire 'rendered'
@view.fire 'appear', @node
@die()
class Batman.DOM.FormBinding extends Batman.DOM.AbstractAttributeBinding
@current: null
errorClass: 'error'
defaultErrorsListSelector: 'div.errors'
@accessor 'errorsListSelector', ->
@get('node').getAttribute('data-errors-list') || @defaultErrorsListSelector
constructor: (node, contextName, keyPath, renderContext, renderer, only) ->
super
@contextName = contextName
delete @attributeName
Batman.DOM.events.submit @get('node'), (node, e) -> $preventDefault e
Batman.DOM.on 'bindingAdded', @bindingWasAdded
@setupErrorsList()
bindingWasAdded: (binding) =>
if binding.isInputBinding && $isChildOf(@get('node'), binding.get('node'))
if ~(index = binding.get('key').indexOf(@contextName)) # If the binding is to a key on the thing passed to formfor
node = binding.get('node')
field = binding.get('key').slice(index + @contextName.length + 1) # Slice off up until the context and the following dot
new Batman.DOM.AddClassBinding(node, @errorClass, @get('keyPath') + " | get 'errors.#{field}.length'", @renderContext, @renderer)
setupErrorsList: ->
if @errorsListNode = @get('node').querySelector?(@get('errorsListSelector'))
$setInnerHTML @errorsListNode, @errorsListHTML()
unless @errorsListNode.getAttribute 'data-showif'
@errorsListNode.setAttribute 'data-showif', "#{@contextName}.errors.length"
errorsListHTML: ->
"""
<ul>
<li data-foreach-error="#{@contextName}.errors" data-bind="error.attribute | append ' ' | append error.message"></li>
</ul>
"""
die: ->
Batman.DOM.forget 'bindingAdded', @bindingWasAdded
super
class Batman.DOM.IteratorBinding extends Batman.DOM.AbstractCollectionBinding
deferEvery: 50
currentActionNumber: 0
queuedActionNumber: 0
bindImmediately: false
constructor: (sourceNode, @iteratorName, @key, @context, @parentRenderer) ->
@nodeMap = new Batman.SimpleHash
@actionMap = new Batman.SimpleHash
@rendererMap = new Batman.SimpleHash
@actions = []
@prototypeNode = sourceNode.cloneNode(true)
@prototypeNode.removeAttribute "data-foreach-#{@iteratorName}"
@pNode = sourceNode.parentNode
previousSiblingNode = sourceNode.nextSibling
@siblingNode = document.createComment "end #{@iteratorName}"
@siblingNode[Batman.expando] = sourceNode[Batman.expando]
delete sourceNode[Batman.expando] if Batman.canDeleteExpando
$insertBefore sourceNode.parentNode, @siblingNode, previousSiblingNode
# Remove the original node once the parent has moved past it.
@parentRenderer.on 'parsed', =>
# Move any Batman._data from the sourceNode to the sibling; we need to
# retain the bindings, and we want to dispose of the node.
$removeNode sourceNode
# Attach observers.
@bind()
# Don't let the parent emit its rendered event until all the children have.
# This `prevent`'s matching allow is run once the queue is empty in `processActionQueue`.
@parentRenderer.prevent 'rendered'
# Tie this binding to a node using the default behaviour in the AbstractBinding
super(@siblingNode, @iteratorName, @key, @context, @parentRenderer)
@fragment = document.createDocumentFragment()
parentNode: -> @siblingNode.parentNode
die: ->
super
@dead = true
unbindCollection: ->
if @collection
@nodeMap.forEach (item) => @cancelExistingItem(item)
super
dataChange: (newCollection) ->
if @collection != newCollection
@removeAll()
@bindCollection(newCollection) # Unbinds the old collection as well.
if @collection
if @collection.toArray
@handleArrayChanged()
else if @collection.forEach
@collection.forEach (item) => @addOrInsertItem(item)
else
@addOrInsertItem(key) for own key, value of @collection
else
developer.warn "Warning! data-foreach-#{@iteratorName} called with an undefined binding. Key was: #{@key}."
@processActionQueue()
handleItemsWereAdded: (items...) => @addOrInsertItem(item, {fragment: false}) for item in items; return
handleItemsWereRemoved: (items...) => @removeItem(item) for item in items; return
handleArrayChanged: =>
newItemsInOrder = @collection.toArray()
nodesToRemove = (new Batman.SimpleHash).merge(@nodeMap)
for item in newItemsInOrder
@addOrInsertItem(item, {fragment: false})
nodesToRemove.unset(item)
nodesToRemove.forEach (item, node) => @removeItem(item)
addOrInsertItem: (item, options = {}) ->
existingNode = @nodeMap.get(item)
if existingNode
@insertItem(item, existingNode)
else
@addItem(item, options)
addItem: (item, options = {fragment: true}) ->
@parentRenderer.prevent 'rendered'
# Remove any renderers in progress or actions lined up for an item, since we now know
# this item belongs at the end of the queue.
@cancelExistingItemActions(item) if @actionMap.get(item)?
self = @
options.actionNumber = @queuedActionNumber++
# Render out the child in the custom context, and insert it once the render has completed the parse.
childRenderer = new Batman.Renderer @_nodeForItem(item), (->
self.rendererMap.unset(item)
self.insertItem(item, @node, options)
), @renderContext.descend(item, @iteratorName)
@rendererMap.set(item, childRenderer)
finish = =>
return if @dead
@parentRenderer.allowAndFire 'rendered'
childRenderer.on 'rendered', finish
childRenderer.on 'stopped', =>
return if @dead
@actions[options.actionNumber] = false
finish()
@processActionQueue()
item
removeItem: (item) ->
return if @dead || !item?
oldNode = @nodeMap.unset(item)
@cancelExistingItem(item)
if oldNode
if hideFunction = Batman.data oldNode, 'hide'
hideFunction.call(oldNode)
else
$removeNode(oldNode)
removeAll: -> @nodeMap.forEach (item) => @removeItem(item)
insertItem: (item, node, options = {}) ->
return if @dead
if !options.actionNumber?
options.actionNumber = @queuedActionNumber++
existingActionNumber = @actionMap.get(item)
if existingActionNumber > options.actionNumber
# Another action for this item is scheduled for the future, do it then instead of now. Actions
# added later enforce order, so we make this one a noop and let the later one have its proper effects.
@actions[options.actionNumber] = ->
else
# Another action has been scheduled for this item. It hasn't been done yet because
# its in the actionmap, but this insert is scheduled to happen after it. Skip it since its now defunct.
if existingActionNumber
@cancelExistingItemActions(item)
# Update the action number map to now reflect this new action which will go on the end of the queue.
@actionMap.set item, options.actionNumber
@actions[options.actionNumber] = ->
show = Batman.data node, 'show'
if typeof show is 'function'
show.call node, before: @siblingNode
else
if options.fragment
@fragment.appendChild node
else
$insertBefore @parentNode(), node, @siblingNode
if addItem = node.getAttribute 'data-additem'
[_, context] = @renderer.context.findKey addItem
context?[addItem]?(item, node)
@actions[options.actionNumber].item = item
@processActionQueue()
cancelExistingItem: (item) ->
@cancelExistingItemActions(item)
@cancelExistingItemRender(item)
cancelExistingItemActions: (item) ->
oldActionNumber = @actionMap.get(item)
# Only remove actions which haven't been completed yet.
if oldActionNumber? && oldActionNumber >= @currentActionNumber
@actions[oldActionNumber] = false
@actionMap.unset item
cancelExistingItemRender: (item) ->
oldRenderer = @rendererMap.get(item)
if oldRenderer
oldRenderer.stop()
$removeNode(oldRenderer.node)
@rendererMap.unset item
processActionQueue: ->
return if @dead
unless @actionQueueTimeout
# Prevent the parent which will then be allowed when the timeout actually runs
@actionQueueTimeout = $setImmediate =>
return if @dead
delete @actionQueueTimeout
startTime = new Date
while (f = @actions[@currentActionNumber])?
delete @actions[@currentActionNumber]
@actionMap.unset f.item
f.call(@) if f
@currentActionNumber++
if @deferEvery && (new Date - startTime) > @deferEvery
return @processActionQueue()
if @fragment && @rendererMap.length is 0 && @fragment.hasChildNodes()
$insertBefore @parentNode(), @fragment, @siblingNode
@fragment = document.createDocumentFragment()
if @currentActionNumber == @queuedActionNumber
@parentRenderer.allowAndFire 'rendered'
_nodeForItem: (item) ->
newNode = @prototypeNode.cloneNode(true)
@nodeMap.set(item, newNode)
newNode
# Filters
# -------
#
# `Batman.Filters` contains the simple, determininistic tranforms used in view bindings to
# make life a little easier.
buntUndefined = (f) ->
(value) ->
if typeof value is 'undefined'
undefined
else
f.apply(@, arguments)
filters = Batman.Filters =
raw: buntUndefined (value, binding) ->
binding.escapeValue = false
value
get: buntUndefined (value, key) ->
if value.get?
value.get(key)
else
value[key]
equals: buntUndefined (lhs, rhs, binding) ->
lhs is rhs
not: (value, binding) ->
! !!value
matches: buntUndefined (value, searchFor) ->
value.indexOf(searchFor) isnt -1
truncate: buntUndefined (value, length, end = "...", binding) ->
if !binding
binding = end
end = "..."
if value.length > length
value = value.substr(0, length-end.length) + end
value
default: (value, string, binding) ->
value || string
prepend: (value, string, binding) ->
string + value
append: (value, string, binding) ->
value + string
replace: buntUndefined (value, searchFor, replaceWith, flags, binding) ->
if !binding
binding = flags
flags = undefined
# Work around FF issue, "foo".replace("foo","bar",undefined) throws an error
if flags is undefined
value.replace searchFor, replaceWith
else
value.replace searchFor, replaceWith, flags
downcase: buntUndefined (value) ->
value.toLowerCase()
upcase: buntUndefined (value) ->
value.toUpperCase()
pluralize: buntUndefined (string, count) -> helpers.pluralize(count, string)
join: buntUndefined (value, withWhat = '', binding) ->
if !binding
binding = withWhat
withWhat = ''
value.join(withWhat)
sort: buntUndefined (value) ->
value.sort()
map: buntUndefined (value, key) ->
value.map((x) -> $get(x, key))
has: (set, item) ->
return false unless set?
Batman.contains(set, item)
first: buntUndefined (value) ->
value[0]
meta: buntUndefined (value, keypath) ->
developer.assert value.meta, "Error, value doesn't have a meta to filter on!"
value.meta.get(keypath)
interpolate: (string, interpolationKeypaths, binding) ->
if not binding
binding = interpolationKeypaths
interpolationKeypaths = undefined
return if not string
values = {}
for k, v of interpolationKeypaths
values[k] = @findKey(v)[0]
if !values[k]?
Batman.developer.warn "Warning! Undefined interpolation key #{k} for interpolation", string
values[k] = ''
Batman.helpers.interpolate(string, values)
# allows you to curry arguments to a function via a filter
withArguments: (block, curryArgs..., binding) ->
return if not block
return (regularArgs...) -> block.call @, curryArgs..., regularArgs...
routeToAction: buntUndefined (model, action) ->
params = Batman.Dispatcher.paramsFromArgument(model)
params.action = action
params
escape: buntUndefined($escapeHTML)
for k in ['capitalize', 'singularize', 'underscore', 'camelize']
filters[k] = buntUndefined helpers[k]
developer.addFilters()
# Data
# ----
$mixin Batman,
cache: {}
uuid: 0
expando: "batman" + Math.random().toString().replace(/\D/g, '')
# Test to see if it's possible to delete an expando from an element
# Fails in Internet Explorer
canDeleteExpando: try
div = document.createElement 'div'
delete div.test
catch e
Batman.canDeleteExpando = false
noData: # these throw exceptions if you attempt to add expandos to them
"embed": true,
# Ban all objects except for Flash (which handle expandos)
"object": "clsid:D27CDB6E-AE6D-11cf-96B8-444553540000",
"applet": true
hasData: (elem) ->
elem = (if elem.nodeType then Batman.cache[elem[Batman.expando]] else elem[Batman.expando])
!!elem and !isEmptyDataObject(elem)
data: (elem, name, data, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
getByName = typeof name == "string"
cache = Batman.cache
# Only defining an ID for JS objects if its cache already exists allows
# the code to shortcut on the same path as a DOM node with no cache
id = elem[Batman.expando]
# Avoid doing any more work than we need to when trying to get data on an
# object that has no data at all
if (not id or (pvt and id and (cache[id] and not cache[id][internalKey]))) and getByName and data == undefined
return
unless id
# Also check that it's not a text node; IE can't set expandos on them
if elem.nodeType isnt 3
elem[Batman.expando] = id = ++Batman.uuid
else
id = Batman.expando
cache[id] = {} unless cache[id]
# An object can be passed to Batman._data instead of a key/value pair; this gets
# shallow copied over onto the existing cache
if typeof name == "object" or typeof name == "function"
if pvt
cache[id][internalKey] = $mixin(cache[id][internalKey], name)
else
cache[id] = $mixin(cache[id], name)
thisCache = cache[id]
# Internal Batman data is stored in a separate object inside the object's data
# cache in order to avoid key collisions between internal data and user-defined
# data
if pvt
thisCache[internalKey] ||= {}
thisCache = thisCache[internalKey]
if data != undefined
thisCache[name] = data
# Check for both converted-to-camel and non-converted data property names
# If a data property was specified
if getByName
# First try to find as-is property data
ret = thisCache[name]
else
ret = thisCache
return ret
removeData: (elem, name, pvt) -> # pvt is for internal use only
return unless Batman.acceptData(elem)
internalKey = Batman.expando
isNode = elem.nodeType
# non DOM-nodes have their data attached directly
cache = Batman.cache
id = elem[Batman.expando]
# If there is already no cache entry for this object, there is no
# purpose in continuing
return unless cache[id]
if name
thisCache = if pvt then cache[id][internalKey] else cache[id]
if thisCache
# Support interoperable removal of hyphenated or camelcased keys
delete thisCache[name]
# If there is no data left in the cache, we want to continue
# and let the cache object itself get destroyed
return unless isEmptyDataObject(thisCache)
if pvt
delete cache[id][internalKey]
# Don't destroy the parent cache unless the internal data object
# had been the only thing left in it
return unless isEmptyDataObject(cache[id])
internalCache = cache[id][internalKey]
# Browsers that fail expando deletion also refuse to delete expandos on
# the window, but it will allow it on all other JS objects; other browsers
# don't care
# Ensure that `cache` is not a window object
if Batman.canDeleteExpando or !cache.setInterval
delete cache[id]
else
cache[id] = null
# We destroyed the entire user cache at once because it's faster than
# iterating through each key, but we need to continue to persist internal
# data if it existed
if internalCache
cache[id] = {}
cache[id][internalKey] = internalCache
# Otherwise, we need to eliminate the expando on the node to avoid
# false lookups in the cache for entries that no longer exist
else
if Batman.canDeleteExpando
delete elem[Batman.expando]
else if elem.removeAttribute
elem.removeAttribute Batman.expando
else
elem[Batman.expando] = null
# For internal use only
_data: (elem, name, data) ->
Batman.data elem, name, data, true
# A method for determining if a DOM node can handle the data expando
acceptData: (elem) ->
if elem.nodeName
match = Batman.noData[elem.nodeName.toLowerCase()]
if match
return !(match == true or elem.getAttribute("classid") != match)
return true
isEmptyDataObject = (obj) ->
for name of obj
return false
return true
# Mixins
# ------
mixins = Batman.mixins = new Batman.Object()
# Encoders
# ------
Batman.Encoders = {}
class Batman.Paginator extends Batman.Object
class @Range
constructor: (@offset, @limit) ->
@reach = offset + limit
coversOffsetAndLimit: (offset, limit) ->
offset >= @offset and (offset + limit) <= @reach
class @Cache extends @Range
constructor: (@offset, @limit, @items) ->
super
@length = items.length
itemsForOffsetAndLimit: (offset, limit) ->
begin = offset-@offset
end = begin + limit
if begin < 0
padding = new Array(-begin)
begin = 0
slice = @items.slice(begin, end)
if padding
padding.concat(slice)
else
slice
offset: 0
limit: 10
totalCount: 0
markAsLoadingOffsetAndLimit: (offset, limit) -> @loadingRange = new Batman.Paginator.Range(offset, limit)
markAsFinishedLoading: -> delete @loadingRange
offsetFromPageAndLimit: (page, limit) -> Math.round((+page - 1) * limit)
pageFromOffsetAndLimit: (offset, limit) -> offset / limit + 1
_load: (offset, limit) ->
return if @loadingRange?.coversOffsetAndLimit(offset, limit)
@markAsLoadingOffsetAndLimit(offset, limit)
@loadItemsForOffsetAndLimit(offset, limit)
toArray: ->
cache = @get('cache')
offset = @get('offset')
limit = @get('limit')
@_load(offset, limit) unless cache?.coversOffsetAndLimit(offset, limit)
cache?.itemsForOffsetAndLimit(offset, limit) or []
page: ->
@pageFromOffsetAndLimit(@get('offset'), @get('limit'))
pageCount: ->
Math.ceil(@get('totalCount') / @get('limit'))
previousPage: -> @set('page', @get('page')-1)
nextPage: -> @set('page', @get('page')+1)
loadItemsForOffsetAndLimit: (offset, limit) -> # override on subclasses or instances
updateCache: (offset, limit, items) ->
cache = new Batman.Paginator.Cache(offset, limit, items)
return if @loadingRange? and not cache.coversOffsetAndLimit(@loadingRange.offset, @loadingRange.limit)
@markAsFinishedLoading()
@set('cache', cache)
@accessor 'toArray', @::toArray
@accessor 'offset', 'limit', 'totalCount'
get: Batman.Property.defaultAccessor.get
set: (key, value) -> Batman.Property.defaultAccessor.set.call(this, key, +value)
@accessor 'page',
get: @::page
set: (_,value) ->
value = +value
@set('offset', @offsetFromPageAndLimit(value, @get('limit')))
value
@accessor 'pageCount', @::pageCount
class Batman.ModelPaginator extends Batman.Paginator
cachePadding: 0
paddedOffset: (offset) ->
offset -= @cachePadding
if offset < 0 then 0 else offset
paddedLimit: (limit) ->
limit + @cachePadding * 2
loadItemsForOffsetAndLimit: (offset, limit) ->
params = @paramsForOffsetAndLimit(offset, limit)
params[k] = v for k,v of @params
@model.load params, (err, records) =>
if err?
@markAsFinishedLoading()
@fire('error', err)
else
@updateCache(@offsetFromParams(params), @limitFromParams(params), records)
# override these to fetch records however you like:
paramsForOffsetAndLimit: (offset, limit) ->
offset: @paddedOffset(offset), limit: @paddedLimit(limit)
offsetFromParams: (params) -> params.offset
limitFromParams: (params) -> params.limit
# Support AMD loaders
if typeof define is 'function'
define 'batman', [], -> Batman
# Optionally export global sugar. Not sure what to do with this.
Batman.exportHelpers = (onto) ->
for k in ['mixin', 'unmixin', 'route', 'redirect', 'typeOf', 'redirect', 'setImmediate']
onto["$#{k}"] = Batman[k]
onto
Batman.exportGlobals = () ->
Batman.exportHelpers(Batman.container)
|
[
{
"context": "app.coffee\n# lotto-ionic\n# v0.0.2\n# Copyright 2016 Andreja Tonevski, https://github.com/atonevski/lotto-ionic\n# For l",
"end": 71,
"score": 0.9998804926872253,
"start": 55,
"tag": "NAME",
"value": "Andreja Tonevski"
},
{
"context": "pyright 2016 Andreja Tonevski, https://github.com/atonevski/lotto-ionic\n# For license information see LICENSE",
"end": 101,
"score": 0.9997183084487915,
"start": 92,
"tag": "USERNAME",
"value": "atonevski"
}
] | www/coffee/app.coffee | atonevski/lotto-ionic | 0 | #
# app.coffee
# lotto-ionic
# v0.0.2
# Copyright 2016 Andreja Tonevski, https://github.com/atonevski/lotto-ionic
# For license information see LICENSE in the repository
#
# Ionic Starter App
# angular.module is a global place for creating, registering and retrieving Angular modules
# 'starter' is the name of this angular module example (also set in a <body> attribute in index.html)
# the 2nd parameter is an array of 'requires'
angular.module 'app', ['ionic', 'ngCordova', 'app.util', 'app.upload', 'app.annual',
'app.weekly', 'app.stats', 'app.winners', 'app.drawn.numbers']
.config ($stateProvider, $urlRouterProvider) ->
$stateProvider.state 'home', {
url: '/home'
templateUrl: 'views/home/home.html'
}
.state 'root', {
url: '/'
templateUrl: 'views/home/home.html'
}
.state 'annual', {
url: '/annual'
templateUrl: 'views/annual/annual.html'
controller: 'Annual'
}
.state 'weekly', {
url: '/weekly/:year'
templateUrl: 'views/weekly/weekly.html'
controller: 'Weekly'
}
.state 'stats', {
url: '/stats'
templateUrl: 'views/stats/home.html'
}
.state 'lotto-stats', {
url: '/stats/lotto'
templateUrl: 'views/stats/lfreqs.html'
controller: 'LottoStats'
}
.state 'joker-stats', {
url: '/stats/joker'
templateUrl: 'views/stats/jfreqs.html'
controller: 'JokerStats'
}
.state 'winners-stats', {
url: '/stats/winners'
templateUrl: 'views/stats/winners.html'
controller: 'WinnersStats'
}
.state 'upload', {
url: '/upload'
templateUrl: 'views/upload/upload.html'
controller: 'Upload'
}
.state 'winners', {
url: '/winners'
templateUrl: 'views/winners/winners.html'
# controller: 'Winners'
}
.state 'lotto-winners', {
url: '/winners/lotto'
templateUrl: 'views/winners/lotto.html'
controller: 'LottoWinners'
}
.state 'joker-winners', {
url: '/winners/joker'
templateUrl: 'views/winners/joker.html'
controller: 'JokerWinners'
}
.state 'lotto-drawn-numbers', {
url: '/drawn-numbers/lotto'
templateUrl: 'views/drawn-numbers/lotto.html'
controller: 'LottoDrawnNumbers'
}
.state 'about', {
url: '/about'
templateUrl: 'views/about/about.html'
controller: 'About'
}
$urlRouterProvider.otherwise '/home'
.run ($ionicPlatform, $cordovaAppVersion, $rootScope) ->
$ionicPlatform.ready () ->
if window.cordova && window.cordova.plugins.Keyboard
# Hide the accessory bar by default (remove this to
# show the accessory bar above the keyboard
# for form inputs)g
cordova.plugins.Keyboard.hideKeyboardAccessoryBar true
# Don't remove this line unless you know what you are doing. It stops the viewport
# from snapping when text inputs are focused. Ionic handles this internally for
# a much nicer keyboard experience.
cordova.plugins.Keyboard.disableScroll true
if window.StatusBar
StatusBar.styleDefault()
# check internet connection
# Cordova Connection available options
# Value Description
# Connection.UNKNOWN Unknown connection
# Connection.ETHERNET Ethernet connection
# Connection.WIFI WiFi connection
# Connection.CELL_2G Cell 2G connection
# Connection.CELL_3G Cell 3G connection
# Connection.CELL_4G Cell 4G connection
# Connection.NONE No network connection
#
# add cordova plugin:
# cordova plugin add cordova-plugin-network-information
# if navigator.connection
# if navigator.connection.type == Connection.NONE
# $ionicPopup.confirm {
# title: "Интернет"
# content: "Интернет е недостапен на уредот."
# }
# .then (result) ->
# ionic.Platform.exitApp() unless result
.controller 'Main', ($scope, $rootScope, $http, util, $cordovaAppVersion, $cordovaNetwork, $ionicPopup) ->
ionic.Platform.ready () ->
if $cordovaNetwork.getNetwork() == Connection.NONE
$ionicPopup.confirm {
title: 'Интернет'
content: 'Интернет е недостапен на уредот.'
cancelText: 'Откажи'
cancelType: 'button-assertive'
okText: 'Продолжи'
okType: 'button-positive'
}
.then (result) ->
ionic.Platform.exitApp() unless result
if window.cordova
$cordovaAppVersion.getVersionNumber().then (ver) ->
$scope.appVersion = ver
$cordovaAppVersion.getAppName().then (name) ->
$scope.appName = name
to_json = (d) -> # convert google query response to json
re = /^([^(]+?\()(.*)\);$/g
match = re.exec d
JSON.parse match[2]
# some global vars, and functions
# NOTE:
# This should be done through object merging
$scope.uploadNeeded = no
$scope.to_json = to_json
# $scope.thou_sep = util.thou_sep # export to all child conotrollers
# $scope.GS_KEY = util.GS_KEY
# $scope.GS_URL = util.GS_URL
# $scope.RES_RE = util.RES_RE
# $scope.eval_row = util.eval_row
# $scope.yesterday = util.yesterday
# $scope.nextDraw = util.nextDraw
# $scope.dateToDMY = util.dateToDMY
# we can't use util.merge, so we do it
# manually
for k, v of util
$scope[k] = v
# get last year
$scope.qurl = (q) -> "#{ $scope.GS_URL }tq?tqx=out:json&key=#{ $scope.GS_KEY }" +
"&tq=#{ encodeURI q }"
query = 'SELECT YEAR(B) ORDER BY YEAR(B) DESC LIMIT 1'
$http.get $scope.qurl(query)
.success (data, status) ->
res = $scope.to_json data
$scope.lastYear = ($scope.eval_row res.table.rows[0])[0]
# device width/height
$scope.width = window.innerWidth
$scope.height = window.innerHeight
console.log "WxH: #{ window.innerWidth }x#{ window.innerHeight }"
# check for upload
$scope.checkUpload = () ->
unless $scope.lastDraw?
# $scope.uploadNeeded = no # since we can't know
$scope.uploadNeeded = no # since we can't know
return no
nextd = $scope.nextDraw $scope.lastDraw
$scope.uploadNeeded = (nextd.date <= $scope.yesterday())
# we watch on lastDraw
$rootScope.$watch 'lastDraw', (n, o) -> # old and new values
if n
if $rootScope.uploadNeeded?
$scope.uploadNeeded = $rootScope.uploadNeeded
else
$scope.checkUpload()
# get last draw number & date
q = 'SELECT A, B ORDER BY B DESC LIMIT 1'
$http.get $scope.qurl(q)
.success (data, status) ->
res = $scope.to_json data
r = $scope.eval_row res.table.rows[0]
$scope.lastDraw =
draw: r[0]
date: new Date r[1]
$rootScope.lastDraw =
draw: r[0]
date: new Date r[1]
$scope.checkUpload()
.directive 'barChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.barChart.title = attrs.title if attrs.title?
scope.barChart.width = parseInt(attrs.width) if attrs.width?
scope.barChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 15, right: 10, bottom: 40, left: 60 }
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.barChart.width + margin.left + margin.right
.attr 'height', scope.barChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.barChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat (d) -> Math.round(d/10000)/100 + " M"
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.barChart.width], 0.1
xAxis = d3.svg.axis().scale(x).orient 'bottom'
y.domain [0, d3.max(scope.barChart.data)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x.domain scope.barChart.labels
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.barChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', x(scope.barChart.labels[Math.floor scope.barChart.labels.length/2])
.attr 'y', y(20 + d3.max(scope.barChart.data))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.barChart.title
r = svg.selectAll '.bar'
.data scope.barChart.data.map (d) -> Math.floor Math.random()*d
.enter().append 'rect'
.attr 'class', 'bar'
.attr 'x', (d, i) -> x(scope.barChart.labels[i])
.attr 'y', (d) -> y(d)
.attr 'height', (d) -> scope.barChart.height - y(d)
.attr 'width', x.rangeBand()
.attr 'title', (d, i) -> scope.thou_sep(scope.barChart.data[i])
r.transition().duration 1000
.ease 'elastic'
.attr 'y', (d, i) -> y(scope.barChart.data[i])
.attr 'height', (d, i) -> scope.barChart.height - y(scope.barChart.data[i])
}
.directive 'stackedBarChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.sbarChart.title = attrs.title if attrs.title?
scope.sbarChart.width = parseInt(attrs.width) if attrs.width?
scope.sbarChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.sbarChart.width + margin.left + margin.right
.attr 'height', scope.sbarChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
lab = scope.sbarChart.labels
remapped = scope.sbarChart.categories.map (cat) ->
scope.sbarChart.data.map (d, i) ->
{ x: d[lab], y: d[cat], cat: cat }
stacked = d3.layout.stack()(remapped)
y = d3.scale.linear().rangeRound [scope.sbarChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat((d) ->
if d > 100000.0
Math.round(d/10000)/100 + " M"
else
scope.thou_sep d
)
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.sbarChart.width], 0.3, 0.2
xAxis = d3.svg.axis().scale(x).orient 'bottom'
xAxis.tickValues scope.sbarChart.labVals if scope.sbarChart.labVals?
x.domain stacked[0].map (d) -> d.x
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.sbarChart.height})"
.call xAxis
y.domain [0, d3.max(stacked[-1..][0], (d) -> return d.y0 + d.y)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
.selectAll('line')
.style "stroke-dasharray", "3, 3"
color = d3.scale.category20()
svg.append 'text'
.attr 'x', x(stacked[0][Math.floor stacked[0].length/2].x)
.attr 'y', y(20 + d3.max(stacked[-1..][0], ((d) -> d.y0 + d.y)))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.sbarChart.title
g = svg.selectAll 'g.vgroup'
.data stacked
.enter()
.append 'g'
.attr 'class', 'vgroup'
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
r = g.selectAll 'rect'
.data (d) -> d
.enter()
.append 'rect'
.attr 'id', (d) -> "#{ d.cat }-#{ d.x }"
.attr 'x', (d) -> x(d.x)
.attr 'y', (d) -> y(d.y + d.y0)
.attr 'height', (d) -> y(d.y0) - y(d.y + d.y0)
.attr 'width', x.rangeBand()
.on('click', (d, i) ->
# d3.select "\##{ d.cat }-#{ d.x }"
# .style 'opacity', 0.85
# .transition().duration(1500).ease 'exp'
# .style 'opacity', 1
t = """
<p style='text-align: center;'>
<b>#{ d.cat }/#{ d.x }</b>
<hr /></p>
<p style='text-align: center'>
#{ scope.thou_sep(d.y) }
</p>
"""
tooltip.html ''
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX + 10) + 'px'
.style 'top', (d3.event.pageY - 75) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
)
.append 'title'
.html (d) -> "<strong>#{ d.cat }/#{ d.x }</strong>: #{ scope.thou_sep(d.y) }"
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll '.legend-rect'
.data scope.sbarChart.categories
.enter()
.append 'rect'
.attr 'class', '.legend-rect'
.attr('width', 16)
.attr 'height', 16
.attr 'x', scope.sbarChart.width + 2
.attr 'y', (d, i) -> 20*i
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
legend.selectAll 'text'
.data scope.sbarChart.categories
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.sbarChart.width + 24
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.text (d) -> d
}
.directive 'lineChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.lineChart.title = attrs.title if attrs.title?
scope.lineChart.width = parseInt(attrs.width) if attrs.width?
scope.lineChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.lineChart.width + margin.left + margin.right
.attr 'height', scope.lineChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.lineChart.height, 0]
yAxis = d3.svg.axis()
.scale(y)
.orient 'left'
ymax = d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y)
y.domain [0, d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y) ]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x = d3.time.scale().range [0, scope.lineChart.width]
xAxis = d3.svg.axis().scale(x)
.orient 'bottom'
.tickFormat d3.time.format("%W")
x.domain [
d3.min(scope.series.map((s) -> s.data[0].x)),
d3.max(scope.series.map((s) -> s.data[-1..][0].x)),
]
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.lineChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', scope.lineChart.width/2
.attr 'y', y(20 + ymax)
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'line-chart-title'
.text scope.lineChart.title
line = d3.svg.line()
.interpolate("monotone")
.x (d) -> x(d.x)
.y (d) -> y(d.y)
win = []
for i, s of scope.series
svg.append 'path'
.datum s.data
.attr 'class', 'line'
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'd', line
win[i] = s.data.filter (d) ->d.lx7 > 0
for i, w of win
for ww in w
d = [ { x: ww.x, y: 0, draw: ww.draw }, ww ]
svg.append 'path'
.datum d
.attr 'id', "draw-#{ ww.draw }"
.attr 'class', 'line'
# .attr 'stroke-dasharray', "3, 3"
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'stroke-dasharray', '0.8 1.6'
.on 'click', (d, i) ->
t = """
<p style='text-align: center;'>
<b>коло: #{ d[1].draw }</b><br />
</p>
"""
tooltip.html t
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX) + 'px'
.style 'top', (d3.event.pageY-60) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
.attr 'd', line
.append 'title'
.html (d, i) -> "<strong>коло: #{ d[1].draw }</strong>"
# hints for x7, 1st prize winners
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll 'text'
.data scope.series.map (s) -> s.name
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.lineChart.width + 4
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.style 'fill', (d, i) ->d3.rgb(d3.scale.category10().range()[i]).darker(0.5)
.text (d) -> d
}
| 20369 | #
# app.coffee
# lotto-ionic
# v0.0.2
# Copyright 2016 <NAME>, https://github.com/atonevski/lotto-ionic
# For license information see LICENSE in the repository
#
# Ionic Starter App
# angular.module is a global place for creating, registering and retrieving Angular modules
# 'starter' is the name of this angular module example (also set in a <body> attribute in index.html)
# the 2nd parameter is an array of 'requires'
angular.module 'app', ['ionic', 'ngCordova', 'app.util', 'app.upload', 'app.annual',
'app.weekly', 'app.stats', 'app.winners', 'app.drawn.numbers']
.config ($stateProvider, $urlRouterProvider) ->
$stateProvider.state 'home', {
url: '/home'
templateUrl: 'views/home/home.html'
}
.state 'root', {
url: '/'
templateUrl: 'views/home/home.html'
}
.state 'annual', {
url: '/annual'
templateUrl: 'views/annual/annual.html'
controller: 'Annual'
}
.state 'weekly', {
url: '/weekly/:year'
templateUrl: 'views/weekly/weekly.html'
controller: 'Weekly'
}
.state 'stats', {
url: '/stats'
templateUrl: 'views/stats/home.html'
}
.state 'lotto-stats', {
url: '/stats/lotto'
templateUrl: 'views/stats/lfreqs.html'
controller: 'LottoStats'
}
.state 'joker-stats', {
url: '/stats/joker'
templateUrl: 'views/stats/jfreqs.html'
controller: 'JokerStats'
}
.state 'winners-stats', {
url: '/stats/winners'
templateUrl: 'views/stats/winners.html'
controller: 'WinnersStats'
}
.state 'upload', {
url: '/upload'
templateUrl: 'views/upload/upload.html'
controller: 'Upload'
}
.state 'winners', {
url: '/winners'
templateUrl: 'views/winners/winners.html'
# controller: 'Winners'
}
.state 'lotto-winners', {
url: '/winners/lotto'
templateUrl: 'views/winners/lotto.html'
controller: 'LottoWinners'
}
.state 'joker-winners', {
url: '/winners/joker'
templateUrl: 'views/winners/joker.html'
controller: 'JokerWinners'
}
.state 'lotto-drawn-numbers', {
url: '/drawn-numbers/lotto'
templateUrl: 'views/drawn-numbers/lotto.html'
controller: 'LottoDrawnNumbers'
}
.state 'about', {
url: '/about'
templateUrl: 'views/about/about.html'
controller: 'About'
}
$urlRouterProvider.otherwise '/home'
.run ($ionicPlatform, $cordovaAppVersion, $rootScope) ->
$ionicPlatform.ready () ->
if window.cordova && window.cordova.plugins.Keyboard
# Hide the accessory bar by default (remove this to
# show the accessory bar above the keyboard
# for form inputs)g
cordova.plugins.Keyboard.hideKeyboardAccessoryBar true
# Don't remove this line unless you know what you are doing. It stops the viewport
# from snapping when text inputs are focused. Ionic handles this internally for
# a much nicer keyboard experience.
cordova.plugins.Keyboard.disableScroll true
if window.StatusBar
StatusBar.styleDefault()
# check internet connection
# Cordova Connection available options
# Value Description
# Connection.UNKNOWN Unknown connection
# Connection.ETHERNET Ethernet connection
# Connection.WIFI WiFi connection
# Connection.CELL_2G Cell 2G connection
# Connection.CELL_3G Cell 3G connection
# Connection.CELL_4G Cell 4G connection
# Connection.NONE No network connection
#
# add cordova plugin:
# cordova plugin add cordova-plugin-network-information
# if navigator.connection
# if navigator.connection.type == Connection.NONE
# $ionicPopup.confirm {
# title: "Интернет"
# content: "Интернет е недостапен на уредот."
# }
# .then (result) ->
# ionic.Platform.exitApp() unless result
.controller 'Main', ($scope, $rootScope, $http, util, $cordovaAppVersion, $cordovaNetwork, $ionicPopup) ->
ionic.Platform.ready () ->
if $cordovaNetwork.getNetwork() == Connection.NONE
$ionicPopup.confirm {
title: 'Интернет'
content: 'Интернет е недостапен на уредот.'
cancelText: 'Откажи'
cancelType: 'button-assertive'
okText: 'Продолжи'
okType: 'button-positive'
}
.then (result) ->
ionic.Platform.exitApp() unless result
if window.cordova
$cordovaAppVersion.getVersionNumber().then (ver) ->
$scope.appVersion = ver
$cordovaAppVersion.getAppName().then (name) ->
$scope.appName = name
to_json = (d) -> # convert google query response to json
re = /^([^(]+?\()(.*)\);$/g
match = re.exec d
JSON.parse match[2]
# some global vars, and functions
# NOTE:
# This should be done through object merging
$scope.uploadNeeded = no
$scope.to_json = to_json
# $scope.thou_sep = util.thou_sep # export to all child conotrollers
# $scope.GS_KEY = util.GS_KEY
# $scope.GS_URL = util.GS_URL
# $scope.RES_RE = util.RES_RE
# $scope.eval_row = util.eval_row
# $scope.yesterday = util.yesterday
# $scope.nextDraw = util.nextDraw
# $scope.dateToDMY = util.dateToDMY
# we can't use util.merge, so we do it
# manually
for k, v of util
$scope[k] = v
# get last year
$scope.qurl = (q) -> "#{ $scope.GS_URL }tq?tqx=out:json&key=#{ $scope.GS_KEY }" +
"&tq=#{ encodeURI q }"
query = 'SELECT YEAR(B) ORDER BY YEAR(B) DESC LIMIT 1'
$http.get $scope.qurl(query)
.success (data, status) ->
res = $scope.to_json data
$scope.lastYear = ($scope.eval_row res.table.rows[0])[0]
# device width/height
$scope.width = window.innerWidth
$scope.height = window.innerHeight
console.log "WxH: #{ window.innerWidth }x#{ window.innerHeight }"
# check for upload
$scope.checkUpload = () ->
unless $scope.lastDraw?
# $scope.uploadNeeded = no # since we can't know
$scope.uploadNeeded = no # since we can't know
return no
nextd = $scope.nextDraw $scope.lastDraw
$scope.uploadNeeded = (nextd.date <= $scope.yesterday())
# we watch on lastDraw
$rootScope.$watch 'lastDraw', (n, o) -> # old and new values
if n
if $rootScope.uploadNeeded?
$scope.uploadNeeded = $rootScope.uploadNeeded
else
$scope.checkUpload()
# get last draw number & date
q = 'SELECT A, B ORDER BY B DESC LIMIT 1'
$http.get $scope.qurl(q)
.success (data, status) ->
res = $scope.to_json data
r = $scope.eval_row res.table.rows[0]
$scope.lastDraw =
draw: r[0]
date: new Date r[1]
$rootScope.lastDraw =
draw: r[0]
date: new Date r[1]
$scope.checkUpload()
.directive 'barChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.barChart.title = attrs.title if attrs.title?
scope.barChart.width = parseInt(attrs.width) if attrs.width?
scope.barChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 15, right: 10, bottom: 40, left: 60 }
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.barChart.width + margin.left + margin.right
.attr 'height', scope.barChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.barChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat (d) -> Math.round(d/10000)/100 + " M"
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.barChart.width], 0.1
xAxis = d3.svg.axis().scale(x).orient 'bottom'
y.domain [0, d3.max(scope.barChart.data)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x.domain scope.barChart.labels
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.barChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', x(scope.barChart.labels[Math.floor scope.barChart.labels.length/2])
.attr 'y', y(20 + d3.max(scope.barChart.data))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.barChart.title
r = svg.selectAll '.bar'
.data scope.barChart.data.map (d) -> Math.floor Math.random()*d
.enter().append 'rect'
.attr 'class', 'bar'
.attr 'x', (d, i) -> x(scope.barChart.labels[i])
.attr 'y', (d) -> y(d)
.attr 'height', (d) -> scope.barChart.height - y(d)
.attr 'width', x.rangeBand()
.attr 'title', (d, i) -> scope.thou_sep(scope.barChart.data[i])
r.transition().duration 1000
.ease 'elastic'
.attr 'y', (d, i) -> y(scope.barChart.data[i])
.attr 'height', (d, i) -> scope.barChart.height - y(scope.barChart.data[i])
}
.directive 'stackedBarChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.sbarChart.title = attrs.title if attrs.title?
scope.sbarChart.width = parseInt(attrs.width) if attrs.width?
scope.sbarChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.sbarChart.width + margin.left + margin.right
.attr 'height', scope.sbarChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
lab = scope.sbarChart.labels
remapped = scope.sbarChart.categories.map (cat) ->
scope.sbarChart.data.map (d, i) ->
{ x: d[lab], y: d[cat], cat: cat }
stacked = d3.layout.stack()(remapped)
y = d3.scale.linear().rangeRound [scope.sbarChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat((d) ->
if d > 100000.0
Math.round(d/10000)/100 + " M"
else
scope.thou_sep d
)
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.sbarChart.width], 0.3, 0.2
xAxis = d3.svg.axis().scale(x).orient 'bottom'
xAxis.tickValues scope.sbarChart.labVals if scope.sbarChart.labVals?
x.domain stacked[0].map (d) -> d.x
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.sbarChart.height})"
.call xAxis
y.domain [0, d3.max(stacked[-1..][0], (d) -> return d.y0 + d.y)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
.selectAll('line')
.style "stroke-dasharray", "3, 3"
color = d3.scale.category20()
svg.append 'text'
.attr 'x', x(stacked[0][Math.floor stacked[0].length/2].x)
.attr 'y', y(20 + d3.max(stacked[-1..][0], ((d) -> d.y0 + d.y)))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.sbarChart.title
g = svg.selectAll 'g.vgroup'
.data stacked
.enter()
.append 'g'
.attr 'class', 'vgroup'
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
r = g.selectAll 'rect'
.data (d) -> d
.enter()
.append 'rect'
.attr 'id', (d) -> "#{ d.cat }-#{ d.x }"
.attr 'x', (d) -> x(d.x)
.attr 'y', (d) -> y(d.y + d.y0)
.attr 'height', (d) -> y(d.y0) - y(d.y + d.y0)
.attr 'width', x.rangeBand()
.on('click', (d, i) ->
# d3.select "\##{ d.cat }-#{ d.x }"
# .style 'opacity', 0.85
# .transition().duration(1500).ease 'exp'
# .style 'opacity', 1
t = """
<p style='text-align: center;'>
<b>#{ d.cat }/#{ d.x }</b>
<hr /></p>
<p style='text-align: center'>
#{ scope.thou_sep(d.y) }
</p>
"""
tooltip.html ''
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX + 10) + 'px'
.style 'top', (d3.event.pageY - 75) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
)
.append 'title'
.html (d) -> "<strong>#{ d.cat }/#{ d.x }</strong>: #{ scope.thou_sep(d.y) }"
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll '.legend-rect'
.data scope.sbarChart.categories
.enter()
.append 'rect'
.attr 'class', '.legend-rect'
.attr('width', 16)
.attr 'height', 16
.attr 'x', scope.sbarChart.width + 2
.attr 'y', (d, i) -> 20*i
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
legend.selectAll 'text'
.data scope.sbarChart.categories
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.sbarChart.width + 24
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.text (d) -> d
}
.directive 'lineChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.lineChart.title = attrs.title if attrs.title?
scope.lineChart.width = parseInt(attrs.width) if attrs.width?
scope.lineChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.lineChart.width + margin.left + margin.right
.attr 'height', scope.lineChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.lineChart.height, 0]
yAxis = d3.svg.axis()
.scale(y)
.orient 'left'
ymax = d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y)
y.domain [0, d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y) ]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x = d3.time.scale().range [0, scope.lineChart.width]
xAxis = d3.svg.axis().scale(x)
.orient 'bottom'
.tickFormat d3.time.format("%W")
x.domain [
d3.min(scope.series.map((s) -> s.data[0].x)),
d3.max(scope.series.map((s) -> s.data[-1..][0].x)),
]
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.lineChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', scope.lineChart.width/2
.attr 'y', y(20 + ymax)
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'line-chart-title'
.text scope.lineChart.title
line = d3.svg.line()
.interpolate("monotone")
.x (d) -> x(d.x)
.y (d) -> y(d.y)
win = []
for i, s of scope.series
svg.append 'path'
.datum s.data
.attr 'class', 'line'
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'd', line
win[i] = s.data.filter (d) ->d.lx7 > 0
for i, w of win
for ww in w
d = [ { x: ww.x, y: 0, draw: ww.draw }, ww ]
svg.append 'path'
.datum d
.attr 'id', "draw-#{ ww.draw }"
.attr 'class', 'line'
# .attr 'stroke-dasharray', "3, 3"
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'stroke-dasharray', '0.8 1.6'
.on 'click', (d, i) ->
t = """
<p style='text-align: center;'>
<b>коло: #{ d[1].draw }</b><br />
</p>
"""
tooltip.html t
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX) + 'px'
.style 'top', (d3.event.pageY-60) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
.attr 'd', line
.append 'title'
.html (d, i) -> "<strong>коло: #{ d[1].draw }</strong>"
# hints for x7, 1st prize winners
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll 'text'
.data scope.series.map (s) -> s.name
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.lineChart.width + 4
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.style 'fill', (d, i) ->d3.rgb(d3.scale.category10().range()[i]).darker(0.5)
.text (d) -> d
}
| true | #
# app.coffee
# lotto-ionic
# v0.0.2
# Copyright 2016 PI:NAME:<NAME>END_PI, https://github.com/atonevski/lotto-ionic
# For license information see LICENSE in the repository
#
# Ionic Starter App
# angular.module is a global place for creating, registering and retrieving Angular modules
# 'starter' is the name of this angular module example (also set in a <body> attribute in index.html)
# the 2nd parameter is an array of 'requires'
angular.module 'app', ['ionic', 'ngCordova', 'app.util', 'app.upload', 'app.annual',
'app.weekly', 'app.stats', 'app.winners', 'app.drawn.numbers']
.config ($stateProvider, $urlRouterProvider) ->
$stateProvider.state 'home', {
url: '/home'
templateUrl: 'views/home/home.html'
}
.state 'root', {
url: '/'
templateUrl: 'views/home/home.html'
}
.state 'annual', {
url: '/annual'
templateUrl: 'views/annual/annual.html'
controller: 'Annual'
}
.state 'weekly', {
url: '/weekly/:year'
templateUrl: 'views/weekly/weekly.html'
controller: 'Weekly'
}
.state 'stats', {
url: '/stats'
templateUrl: 'views/stats/home.html'
}
.state 'lotto-stats', {
url: '/stats/lotto'
templateUrl: 'views/stats/lfreqs.html'
controller: 'LottoStats'
}
.state 'joker-stats', {
url: '/stats/joker'
templateUrl: 'views/stats/jfreqs.html'
controller: 'JokerStats'
}
.state 'winners-stats', {
url: '/stats/winners'
templateUrl: 'views/stats/winners.html'
controller: 'WinnersStats'
}
.state 'upload', {
url: '/upload'
templateUrl: 'views/upload/upload.html'
controller: 'Upload'
}
.state 'winners', {
url: '/winners'
templateUrl: 'views/winners/winners.html'
# controller: 'Winners'
}
.state 'lotto-winners', {
url: '/winners/lotto'
templateUrl: 'views/winners/lotto.html'
controller: 'LottoWinners'
}
.state 'joker-winners', {
url: '/winners/joker'
templateUrl: 'views/winners/joker.html'
controller: 'JokerWinners'
}
.state 'lotto-drawn-numbers', {
url: '/drawn-numbers/lotto'
templateUrl: 'views/drawn-numbers/lotto.html'
controller: 'LottoDrawnNumbers'
}
.state 'about', {
url: '/about'
templateUrl: 'views/about/about.html'
controller: 'About'
}
$urlRouterProvider.otherwise '/home'
.run ($ionicPlatform, $cordovaAppVersion, $rootScope) ->
$ionicPlatform.ready () ->
if window.cordova && window.cordova.plugins.Keyboard
# Hide the accessory bar by default (remove this to
# show the accessory bar above the keyboard
# for form inputs)g
cordova.plugins.Keyboard.hideKeyboardAccessoryBar true
# Don't remove this line unless you know what you are doing. It stops the viewport
# from snapping when text inputs are focused. Ionic handles this internally for
# a much nicer keyboard experience.
cordova.plugins.Keyboard.disableScroll true
if window.StatusBar
StatusBar.styleDefault()
# check internet connection
# Cordova Connection available options
# Value Description
# Connection.UNKNOWN Unknown connection
# Connection.ETHERNET Ethernet connection
# Connection.WIFI WiFi connection
# Connection.CELL_2G Cell 2G connection
# Connection.CELL_3G Cell 3G connection
# Connection.CELL_4G Cell 4G connection
# Connection.NONE No network connection
#
# add cordova plugin:
# cordova plugin add cordova-plugin-network-information
# if navigator.connection
# if navigator.connection.type == Connection.NONE
# $ionicPopup.confirm {
# title: "Интернет"
# content: "Интернет е недостапен на уредот."
# }
# .then (result) ->
# ionic.Platform.exitApp() unless result
.controller 'Main', ($scope, $rootScope, $http, util, $cordovaAppVersion, $cordovaNetwork, $ionicPopup) ->
ionic.Platform.ready () ->
if $cordovaNetwork.getNetwork() == Connection.NONE
$ionicPopup.confirm {
title: 'Интернет'
content: 'Интернет е недостапен на уредот.'
cancelText: 'Откажи'
cancelType: 'button-assertive'
okText: 'Продолжи'
okType: 'button-positive'
}
.then (result) ->
ionic.Platform.exitApp() unless result
if window.cordova
$cordovaAppVersion.getVersionNumber().then (ver) ->
$scope.appVersion = ver
$cordovaAppVersion.getAppName().then (name) ->
$scope.appName = name
to_json = (d) -> # convert google query response to json
re = /^([^(]+?\()(.*)\);$/g
match = re.exec d
JSON.parse match[2]
# some global vars, and functions
# NOTE:
# This should be done through object merging
$scope.uploadNeeded = no
$scope.to_json = to_json
# $scope.thou_sep = util.thou_sep # export to all child conotrollers
# $scope.GS_KEY = util.GS_KEY
# $scope.GS_URL = util.GS_URL
# $scope.RES_RE = util.RES_RE
# $scope.eval_row = util.eval_row
# $scope.yesterday = util.yesterday
# $scope.nextDraw = util.nextDraw
# $scope.dateToDMY = util.dateToDMY
# we can't use util.merge, so we do it
# manually
for k, v of util
$scope[k] = v
# get last year
$scope.qurl = (q) -> "#{ $scope.GS_URL }tq?tqx=out:json&key=#{ $scope.GS_KEY }" +
"&tq=#{ encodeURI q }"
query = 'SELECT YEAR(B) ORDER BY YEAR(B) DESC LIMIT 1'
$http.get $scope.qurl(query)
.success (data, status) ->
res = $scope.to_json data
$scope.lastYear = ($scope.eval_row res.table.rows[0])[0]
# device width/height
$scope.width = window.innerWidth
$scope.height = window.innerHeight
console.log "WxH: #{ window.innerWidth }x#{ window.innerHeight }"
# check for upload
$scope.checkUpload = () ->
unless $scope.lastDraw?
# $scope.uploadNeeded = no # since we can't know
$scope.uploadNeeded = no # since we can't know
return no
nextd = $scope.nextDraw $scope.lastDraw
$scope.uploadNeeded = (nextd.date <= $scope.yesterday())
# we watch on lastDraw
$rootScope.$watch 'lastDraw', (n, o) -> # old and new values
if n
if $rootScope.uploadNeeded?
$scope.uploadNeeded = $rootScope.uploadNeeded
else
$scope.checkUpload()
# get last draw number & date
q = 'SELECT A, B ORDER BY B DESC LIMIT 1'
$http.get $scope.qurl(q)
.success (data, status) ->
res = $scope.to_json data
r = $scope.eval_row res.table.rows[0]
$scope.lastDraw =
draw: r[0]
date: new Date r[1]
$rootScope.lastDraw =
draw: r[0]
date: new Date r[1]
$scope.checkUpload()
.directive 'barChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.barChart.title = attrs.title if attrs.title?
scope.barChart.width = parseInt(attrs.width) if attrs.width?
scope.barChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 15, right: 10, bottom: 40, left: 60 }
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.barChart.width + margin.left + margin.right
.attr 'height', scope.barChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.barChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat (d) -> Math.round(d/10000)/100 + " M"
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.barChart.width], 0.1
xAxis = d3.svg.axis().scale(x).orient 'bottom'
y.domain [0, d3.max(scope.barChart.data)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x.domain scope.barChart.labels
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.barChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', x(scope.barChart.labels[Math.floor scope.barChart.labels.length/2])
.attr 'y', y(20 + d3.max(scope.barChart.data))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.barChart.title
r = svg.selectAll '.bar'
.data scope.barChart.data.map (d) -> Math.floor Math.random()*d
.enter().append 'rect'
.attr 'class', 'bar'
.attr 'x', (d, i) -> x(scope.barChart.labels[i])
.attr 'y', (d) -> y(d)
.attr 'height', (d) -> scope.barChart.height - y(d)
.attr 'width', x.rangeBand()
.attr 'title', (d, i) -> scope.thou_sep(scope.barChart.data[i])
r.transition().duration 1000
.ease 'elastic'
.attr 'y', (d, i) -> y(scope.barChart.data[i])
.attr 'height', (d, i) -> scope.barChart.height - y(scope.barChart.data[i])
}
.directive 'stackedBarChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.sbarChart.title = attrs.title if attrs.title?
scope.sbarChart.width = parseInt(attrs.width) if attrs.width?
scope.sbarChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.sbarChart.width + margin.left + margin.right
.attr 'height', scope.sbarChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
lab = scope.sbarChart.labels
remapped = scope.sbarChart.categories.map (cat) ->
scope.sbarChart.data.map (d, i) ->
{ x: d[lab], y: d[cat], cat: cat }
stacked = d3.layout.stack()(remapped)
y = d3.scale.linear().rangeRound [scope.sbarChart.height, 0]
yAxis = d3.svg.axis().scale(y)
.tickFormat((d) ->
if d > 100000.0
Math.round(d/10000)/100 + " M"
else
scope.thou_sep d
)
.orient 'left'
x = d3.scale.ordinal().rangeRoundBands [0, scope.sbarChart.width], 0.3, 0.2
xAxis = d3.svg.axis().scale(x).orient 'bottom'
xAxis.tickValues scope.sbarChart.labVals if scope.sbarChart.labVals?
x.domain stacked[0].map (d) -> d.x
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.sbarChart.height})"
.call xAxis
y.domain [0, d3.max(stacked[-1..][0], (d) -> return d.y0 + d.y)]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
.selectAll('line')
.style "stroke-dasharray", "3, 3"
color = d3.scale.category20()
svg.append 'text'
.attr 'x', x(stacked[0][Math.floor stacked[0].length/2].x)
.attr 'y', y(20 + d3.max(stacked[-1..][0], ((d) -> d.y0 + d.y)))
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'bar-chart-title'
.text scope.sbarChart.title
g = svg.selectAll 'g.vgroup'
.data stacked
.enter()
.append 'g'
.attr 'class', 'vgroup'
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
r = g.selectAll 'rect'
.data (d) -> d
.enter()
.append 'rect'
.attr 'id', (d) -> "#{ d.cat }-#{ d.x }"
.attr 'x', (d) -> x(d.x)
.attr 'y', (d) -> y(d.y + d.y0)
.attr 'height', (d) -> y(d.y0) - y(d.y + d.y0)
.attr 'width', x.rangeBand()
.on('click', (d, i) ->
# d3.select "\##{ d.cat }-#{ d.x }"
# .style 'opacity', 0.85
# .transition().duration(1500).ease 'exp'
# .style 'opacity', 1
t = """
<p style='text-align: center;'>
<b>#{ d.cat }/#{ d.x }</b>
<hr /></p>
<p style='text-align: center'>
#{ scope.thou_sep(d.y) }
</p>
"""
tooltip.html ''
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX + 10) + 'px'
.style 'top', (d3.event.pageY - 75) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
)
.append 'title'
.html (d) -> "<strong>#{ d.cat }/#{ d.x }</strong>: #{ scope.thou_sep(d.y) }"
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll '.legend-rect'
.data scope.sbarChart.categories
.enter()
.append 'rect'
.attr 'class', '.legend-rect'
.attr('width', 16)
.attr 'height', 16
.attr 'x', scope.sbarChart.width + 2
.attr 'y', (d, i) -> 20*i
.style 'stroke', (d, i) -> d3.rgb(color(i)).darker()
.style 'fill', (d, i) -> d3.rgb(color(i)).brighter(1.2)
legend.selectAll 'text'
.data scope.sbarChart.categories
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.sbarChart.width + 24
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.text (d) -> d
}
.directive 'lineChart', () ->
{
restrict: 'A'
replace: false
link: (scope, el, attrs) ->
scope.lineChart.title = attrs.title if attrs.title?
scope.lineChart.width = parseInt(attrs.width) if attrs.width?
scope.lineChart.height = parseInt(attrs.height) if attrs.height?
margin = { top: 35, right: 120, bottom: 30, left: 40 }
tooltip = d3.select el[0]
.append 'div'
.attr 'class', 'tooltip'
.style 'opacity', 0
svg = d3.select el[0]
.append 'svg'
.attr 'width', scope.lineChart.width + margin.left + margin.right
.attr 'height', scope.lineChart.height + margin.top + margin.bottom
.append 'g'
.attr 'transform', "translate(#{margin.left}, #{margin.top})"
y = d3.scale.linear().rangeRound [scope.lineChart.height, 0]
yAxis = d3.svg.axis()
.scale(y)
.orient 'left'
ymax = d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y)
y.domain [0, d3.max scope.series.map (s) -> d3.max(s.data.map (d) -> d.y) ]
svg.append 'g'
.attr 'class', 'y axis'
.transition().duration 1000
.call yAxis
x = d3.time.scale().range [0, scope.lineChart.width]
xAxis = d3.svg.axis().scale(x)
.orient 'bottom'
.tickFormat d3.time.format("%W")
x.domain [
d3.min(scope.series.map((s) -> s.data[0].x)),
d3.max(scope.series.map((s) -> s.data[-1..][0].x)),
]
svg.append 'g'
.attr 'class', 'x axis'
.attr 'transform', "translate(0, #{scope.lineChart.height})"
.call xAxis
svg.append 'text'
.attr 'x', scope.lineChart.width/2
.attr 'y', y(20 + ymax)
.attr 'dy', '-0.35em'
.attr 'text-anchor', 'middle'
.attr 'class', 'line-chart-title'
.text scope.lineChart.title
line = d3.svg.line()
.interpolate("monotone")
.x (d) -> x(d.x)
.y (d) -> y(d.y)
win = []
for i, s of scope.series
svg.append 'path'
.datum s.data
.attr 'class', 'line'
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'd', line
win[i] = s.data.filter (d) ->d.lx7 > 0
for i, w of win
for ww in w
d = [ { x: ww.x, y: 0, draw: ww.draw }, ww ]
svg.append 'path'
.datum d
.attr 'id', "draw-#{ ww.draw }"
.attr 'class', 'line'
# .attr 'stroke-dasharray', "3, 3"
.attr 'stroke', d3.scale.category10().range()[i]
.attr 'stroke-dasharray', '0.8 1.6'
.on 'click', (d, i) ->
t = """
<p style='text-align: center;'>
<b>коло: #{ d[1].draw }</b><br />
</p>
"""
tooltip.html t
tooltip.transition().duration 1000
.style 'opacity', 0.75
tooltip.html t
.style 'left', (d3.event.pageX) + 'px'
.style 'top', (d3.event.pageY-60) + 'px'
.style 'opacity', 1
tooltip.transition().duration 5000
.style 'opacity', 0
.attr 'd', line
.append 'title'
.html (d, i) -> "<strong>коло: #{ d[1].draw }</strong>"
# hints for x7, 1st prize winners
legend = svg.append('g').attr 'class', 'legend'
legend.selectAll 'text'
.data scope.series.map (s) -> s.name
.enter()
.append 'text'
.attr 'class', 'legend'
.attr 'x', scope.lineChart.width + 4
.attr 'y', (d, i) -> 20*i + 8
.attr 'dy', 4
.style 'fill', (d, i) ->d3.rgb(d3.scale.category10().range()[i]).darker(0.5)
.text (d) -> d
}
|
[
{
"context": "application/x-www-form-urlencoded'\n username: client.id\n password: client.secret\n data =\n gr",
"end": 318,
"score": 0.9995718002319336,
"start": 309,
"tag": "USERNAME",
"value": "client.id"
},
{
"context": "encoded'\n username: client.id\n password: client.secret\n data =\n grant_type: 'password'\n use",
"end": 348,
"score": 0.9992445111274719,
"start": 335,
"tag": "PASSWORD",
"value": "client.secret"
},
{
"context": "ata =\n grant_type: 'password'\n username: user.id\n password: user.secret\n scope: scope.jo",
"end": 412,
"score": 0.9995334148406982,
"start": 405,
"tag": "USERNAME",
"value": "user.id"
},
{
"context": "'password'\n username: user.id\n password: user.secret\n scope: scope.join(' ')\n {statusCode, sta",
"end": 440,
"score": 0.999200165271759,
"start": 429,
"tag": "PASSWORD",
"value": "user.secret"
}
] | test/1-api.coffee | twhtanghk/activerecord-model | 0 | co = require 'co'
util = require 'util'
assert = require 'assert'
describe 'api', ->
api = null
oauth2 = null
before ->
{api, oauth2} = sails.config
it 'post', -> co ->
{url, client, user, scope} = oauth2
opts =
'Content-Type': 'application/x-www-form-urlencoded'
username: client.id
password: client.secret
data =
grant_type: 'password'
username: user.id
password: user.secret
scope: scope.join(' ')
{statusCode, statusMessage, body} = yield api().post url.token, data, opts
assert statusCode == 200 and not body.error?, "#{statusMessage}: #{util.inspect body}"
console.log body.access_token
| 26537 | co = require 'co'
util = require 'util'
assert = require 'assert'
describe 'api', ->
api = null
oauth2 = null
before ->
{api, oauth2} = sails.config
it 'post', -> co ->
{url, client, user, scope} = oauth2
opts =
'Content-Type': 'application/x-www-form-urlencoded'
username: client.id
password: <PASSWORD>
data =
grant_type: 'password'
username: user.id
password: <PASSWORD>
scope: scope.join(' ')
{statusCode, statusMessage, body} = yield api().post url.token, data, opts
assert statusCode == 200 and not body.error?, "#{statusMessage}: #{util.inspect body}"
console.log body.access_token
| true | co = require 'co'
util = require 'util'
assert = require 'assert'
describe 'api', ->
api = null
oauth2 = null
before ->
{api, oauth2} = sails.config
it 'post', -> co ->
{url, client, user, scope} = oauth2
opts =
'Content-Type': 'application/x-www-form-urlencoded'
username: client.id
password: PI:PASSWORD:<PASSWORD>END_PI
data =
grant_type: 'password'
username: user.id
password: PI:PASSWORD:<PASSWORD>END_PI
scope: scope.join(' ')
{statusCode, statusMessage, body} = yield api().post url.token, data, opts
assert statusCode == 200 and not body.error?, "#{statusMessage}: #{util.inspect body}"
console.log body.access_token
|
[
{
"context": "ams =\n actor:\n displayName: \"Assaf\"\n verb: \"posted\"\n Activ",
"end": 422,
"score": 0.9997724890708923,
"start": 417,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "owser.query(\".activity .actor .name\").innerHTML, \"Assaf\"\n\n it \"should not show actor image\", ->\n ",
"end": 878,
"score": 0.9995769262313843,
"start": 873,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "ser.query(\".activity .actor .name\").textContent, \"Teresa T.\"\n\n it \"should include actor name in title\", -",
"end": 1581,
"score": 0.9951990842819214,
"start": 1573,
"tag": "NAME",
"value": "Teresa T"
},
{
"context": ">\n assert browser.document.title.endsWith(\" Teresa T. posted\")\n\n \n describe \"image\", ->\n b",
"end": 1692,
"score": 0.9812862277030945,
"start": 1684,
"tag": "NAME",
"value": "Teresa T"
},
{
"context": "ams =\n actor:\n displayName: \"Assaf\"\n image:\n url: \"ht",
"end": 1824,
"score": 0.9997560977935791,
"start": 1819,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "ams =\n actor:\n displayName: \"Assaf\"\n url: \"http://labnotes.org/\"",
"end": 2432,
"score": 0.9996379017829895,
"start": 2427,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "r.query(\".activity .actor a .name\").textContent, \"Assaf\"\n\n it \"should place profile photo inside lin",
"end": 2972,
"score": 0.9995805025100708,
"start": 2967,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "->\n params =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n Activity.create",
"end": 3377,
"score": 0.9996457099914551,
"start": 3372,
"tag": "NAME",
"value": "Assaf"
},
{
"context": " params =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n Activity.cr",
"end": 3808,
"score": 0.9996168613433838,
"start": 3803,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "arams =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n o",
"end": 4152,
"score": 0.999665379524231,
"start": 4147,
"tag": "NAME",
"value": "Assaf"
},
{
"context": " params =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n object:\n ",
"end": 4837,
"score": 0.9994832277297974,
"start": 4832,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "arams =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n o",
"end": 5573,
"score": 0.999355137348175,
"start": 5568,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "arams =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n o",
"end": 6360,
"score": 0.99942946434021,
"start": 6355,
"tag": "NAME",
"value": "Assaf"
},
{
"context": "arams =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n o",
"end": 7177,
"score": 0.9770435094833374,
"start": 7172,
"tag": "NAME",
"value": "Assaf"
},
{
"context": " params =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n published",
"end": 8048,
"score": 0.9828587770462036,
"start": 8043,
"tag": "NAME",
"value": "Assaf"
},
{
"context": " params =\n actor: { displayName: \"Assaf\" }\n verb: \"tested\"\n location:",
"end": 8543,
"score": 0.9485218524932861,
"start": 8538,
"tag": "NAME",
"value": "Assaf"
}
] | server/test/view_activity.coffee | assaf/vanity.js | 2 | { setup } = require("./helper") # must be at top
assert = require("assert")
Browser = require("zombie")
Activity = require("../models/activity")
describe "activity", ->
browser = new Browser()
before setup
###
# -- Activity actor --
describe "actor", ->
describe "name only", ->
activity_id = null
before (done)->
params =
actor:
displayName: "Assaf"
verb: "posted"
Activity.create params, (error, id)->
activity_id = id
browser.visit "/activity/#{activity_id}", done
it "should include activity identifier", ->
assert id = browser.query(".activity").getAttribute("id")
assert.equal id, "activity-#{activity_id}"
it "should show actor name", ->
assert.equal browser.query(".activity .actor .name").innerHTML, "Assaf"
it "should not show actor image", ->
assert !browser.query(".activity .actor img")
it "should not link to actor", ->
assert !browser.query(".activity .actor a")
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
describe "no name but id", ->
before (done)->
params =
actor:
id: "29245d14"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should make name up from actor ID", ->
assert.equal browser.query(".activity .actor .name").textContent, "Teresa T."
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Teresa T. posted")
describe "image", ->
before (done)->
params =
actor:
displayName: "Assaf"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should include avatar", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should place avatar before display name", ->
assert browser.query(".activity .actor img.avatar + span.name")
describe "url", ->
before (done)->
params =
actor:
displayName: "Assaf"
url: "http://labnotes.org/"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should link to actor", ->
assert.equal browser.query(".activity .actor a").getAttribute("href"), "http://labnotes.org/"
it "should place display name inside link", ->
assert.equal browser.query(".activity .actor a .name").textContent, "Assaf"
it "should place profile photo inside link", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
# -- Activity verb --
describe "verb", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show verb after actor", ->
assert.equal browser.query(".activity .actor + .verb").textContent, "tested"
# -- Activity verb --
describe "object", ->
describe "missing", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should not show object part", ->
assert !browser.query(".object")
describe "name only", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
object:
displayName: "this view"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object following verb", ->
assert browser.query(".activity .verb + .object")
it "should show object display name", ->
assert.equal browser.query(".activity .object").textContent.trim(), "this view"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this view")
describe "URL only", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
object:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show URL as object", ->
assert.equal browser.query(".activity .object a").textContent, "http://awe.sm/5hWp5"
it "should include object URL in title", ->
assert browser.document.title.endsWith(" Assaf tested http://awe.sm/5hWp5")
describe "name and URL", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show display name as object", ->
assert.equal browser.query(".activity .object a").textContent, "this link"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this link")
describe "with image (no URL)", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
object:
displayName: "this link"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to full photo", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
describe "with image (and URL)", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hbLb"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to object", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hbLb"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
# -- Activity time stamp --
describe "timestamp", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
published: new Date(1331706824865)
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity timestamp in current locale", ->
assert.equal browser.query(".activity .published").textContent, "Tue Mar 13 2012 23:33:44 GMT-0700 (PDT)"
# -- Activity location --
describe "location", ->
before (done)->
params =
actor: { displayName: "Assaf" }
verb: "tested"
location: "San Francisco"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity location following timestamp", ->
assert browser.query(".activity .published + .location")
it "should show activity location", ->
assert.equal browser.query(".activity .location").textContent, "San Francisco, CA, USA"
###
| 190668 | { setup } = require("./helper") # must be at top
assert = require("assert")
Browser = require("zombie")
Activity = require("../models/activity")
describe "activity", ->
browser = new Browser()
before setup
###
# -- Activity actor --
describe "actor", ->
describe "name only", ->
activity_id = null
before (done)->
params =
actor:
displayName: "<NAME>"
verb: "posted"
Activity.create params, (error, id)->
activity_id = id
browser.visit "/activity/#{activity_id}", done
it "should include activity identifier", ->
assert id = browser.query(".activity").getAttribute("id")
assert.equal id, "activity-#{activity_id}"
it "should show actor name", ->
assert.equal browser.query(".activity .actor .name").innerHTML, "<NAME>"
it "should not show actor image", ->
assert !browser.query(".activity .actor img")
it "should not link to actor", ->
assert !browser.query(".activity .actor a")
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
describe "no name but id", ->
before (done)->
params =
actor:
id: "29245d14"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should make name up from actor ID", ->
assert.equal browser.query(".activity .actor .name").textContent, "<NAME>."
it "should include actor name in title", ->
assert browser.document.title.endsWith(" <NAME>. posted")
describe "image", ->
before (done)->
params =
actor:
displayName: "<NAME>"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should include avatar", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should place avatar before display name", ->
assert browser.query(".activity .actor img.avatar + span.name")
describe "url", ->
before (done)->
params =
actor:
displayName: "<NAME>"
url: "http://labnotes.org/"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should link to actor", ->
assert.equal browser.query(".activity .actor a").getAttribute("href"), "http://labnotes.org/"
it "should place display name inside link", ->
assert.equal browser.query(".activity .actor a .name").textContent, "<NAME>"
it "should place profile photo inside link", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
# -- Activity verb --
describe "verb", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show verb after actor", ->
assert.equal browser.query(".activity .actor + .verb").textContent, "tested"
# -- Activity verb --
describe "object", ->
describe "missing", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should not show object part", ->
assert !browser.query(".object")
describe "name only", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
object:
displayName: "this view"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object following verb", ->
assert browser.query(".activity .verb + .object")
it "should show object display name", ->
assert.equal browser.query(".activity .object").textContent.trim(), "this view"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this view")
describe "URL only", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
object:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show URL as object", ->
assert.equal browser.query(".activity .object a").textContent, "http://awe.sm/5hWp5"
it "should include object URL in title", ->
assert browser.document.title.endsWith(" Assaf tested http://awe.sm/5hWp5")
describe "name and URL", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show display name as object", ->
assert.equal browser.query(".activity .object a").textContent, "this link"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this link")
describe "with image (no URL)", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
object:
displayName: "this link"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to full photo", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
describe "with image (and URL)", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hbLb"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to object", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hbLb"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
# -- Activity time stamp --
describe "timestamp", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
published: new Date(1331706824865)
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity timestamp in current locale", ->
assert.equal browser.query(".activity .published").textContent, "Tue Mar 13 2012 23:33:44 GMT-0700 (PDT)"
# -- Activity location --
describe "location", ->
before (done)->
params =
actor: { displayName: "<NAME>" }
verb: "tested"
location: "San Francisco"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity location following timestamp", ->
assert browser.query(".activity .published + .location")
it "should show activity location", ->
assert.equal browser.query(".activity .location").textContent, "San Francisco, CA, USA"
###
| true | { setup } = require("./helper") # must be at top
assert = require("assert")
Browser = require("zombie")
Activity = require("../models/activity")
describe "activity", ->
browser = new Browser()
before setup
###
# -- Activity actor --
describe "actor", ->
describe "name only", ->
activity_id = null
before (done)->
params =
actor:
displayName: "PI:NAME:<NAME>END_PI"
verb: "posted"
Activity.create params, (error, id)->
activity_id = id
browser.visit "/activity/#{activity_id}", done
it "should include activity identifier", ->
assert id = browser.query(".activity").getAttribute("id")
assert.equal id, "activity-#{activity_id}"
it "should show actor name", ->
assert.equal browser.query(".activity .actor .name").innerHTML, "PI:NAME:<NAME>END_PI"
it "should not show actor image", ->
assert !browser.query(".activity .actor img")
it "should not link to actor", ->
assert !browser.query(".activity .actor a")
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
describe "no name but id", ->
before (done)->
params =
actor:
id: "29245d14"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should make name up from actor ID", ->
assert.equal browser.query(".activity .actor .name").textContent, "PI:NAME:<NAME>END_PI."
it "should include actor name in title", ->
assert browser.document.title.endsWith(" PI:NAME:<NAME>END_PI. posted")
describe "image", ->
before (done)->
params =
actor:
displayName: "PI:NAME:<NAME>END_PI"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should include avatar", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should place avatar before display name", ->
assert browser.query(".activity .actor img.avatar + span.name")
describe "url", ->
before (done)->
params =
actor:
displayName: "PI:NAME:<NAME>END_PI"
url: "http://labnotes.org/"
image:
url: "http://awe.sm/5hWp5"
verb: "posted"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should link to actor", ->
assert.equal browser.query(".activity .actor a").getAttribute("href"), "http://labnotes.org/"
it "should place display name inside link", ->
assert.equal browser.query(".activity .actor a .name").textContent, "PI:NAME:<NAME>END_PI"
it "should place profile photo inside link", ->
assert.equal browser.query(".activity .actor img.avatar").getAttribute("src"), "http://awe.sm/5hWp5"
it "should include actor name in title", ->
assert browser.document.title.endsWith(" Assaf posted")
# -- Activity verb --
describe "verb", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show verb after actor", ->
assert.equal browser.query(".activity .actor + .verb").textContent, "tested"
# -- Activity verb --
describe "object", ->
describe "missing", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should not show object part", ->
assert !browser.query(".object")
describe "name only", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
object:
displayName: "this view"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object following verb", ->
assert browser.query(".activity .verb + .object")
it "should show object display name", ->
assert.equal browser.query(".activity .object").textContent.trim(), "this view"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this view")
describe "URL only", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
object:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show URL as object", ->
assert.equal browser.query(".activity .object a").textContent, "http://awe.sm/5hWp5"
it "should include object URL in title", ->
assert browser.document.title.endsWith(" Assaf tested http://awe.sm/5hWp5")
describe "name and URL", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show object as link", ->
assert.equal browser.query(".activity .object a").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show display name as object", ->
assert.equal browser.query(".activity .object a").textContent, "this link"
it "should include object name in title", ->
assert browser.document.title.endsWith(" Assaf tested this link")
describe "with image (no URL)", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
object:
displayName: "this link"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to full photo", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hWp5"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
describe "with image (and URL)", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
object:
displayName: "this link"
url: "http://awe.sm/5hbLb"
image:
url: "http://awe.sm/5hWp5"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show image media following object", ->
assert browser.query(".activity .object + .image.media")
it "should show media as link to object", ->
assert.equal browser.query(".activity a.image").getAttribute("href"), "http://awe.sm/5hbLb"
it "should show image", ->
assert.equal browser.query(".activity a.image img").getAttribute("src"), "http://awe.sm/5hWp5"
# -- Activity time stamp --
describe "timestamp", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
published: new Date(1331706824865)
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity timestamp in current locale", ->
assert.equal browser.query(".activity .published").textContent, "Tue Mar 13 2012 23:33:44 GMT-0700 (PDT)"
# -- Activity location --
describe "location", ->
before (done)->
params =
actor: { displayName: "PI:NAME:<NAME>END_PI" }
verb: "tested"
location: "San Francisco"
Activity.create params, (error, activity_id)->
browser.visit "/activity/#{activity_id}", done
it "should show activity location following timestamp", ->
assert browser.query(".activity .published + .location")
it "should show activity location", ->
assert.equal browser.query(".activity .location").textContent, "San Francisco, CA, USA"
###
|
[
{
"context": "=node(3, 1)\n # WHERE (n.age < 30 and n.name = \"Tobias\") or not(n.name = \"Tobias\")\n # RETURN n\n #\n ",
"end": 327,
"score": 0.9980943202972412,
"start": 321,
"tag": "NAME",
"value": "Tobias"
},
{
"context": ".age < 30 and n.name = \"Tobias\") or not(n.name = \"Tobias\")\n # RETURN n\n #\n # START n=node(3, 1)\n #",
"end": 353,
"score": 0.998536229133606,
"start": 347,
"tag": "NAME",
"value": "Tobias"
}
] | node_modules/tower/packages/tower-store/shared/neo4j/serialization.coffee | MagicPower2/Power | 1 | # @todo
# http://docs.neo4j.org/chunked/stable/security-server.html
# http://sujitpal.blogspot.com/2009/05/using-neo4j-to-load-and-query-owl.html
Tower.StoreNeo4jSerialization =
# @example conditions (http://docs.neo4j.org/chunked/stable/query-where.html)
# START n=node(3, 1)
# WHERE (n.age < 30 and n.name = "Tobias") or not(n.name = "Tobias")
# RETURN n
#
# START n=node(3, 1)
# WHERE n.name =~ /(?i)ANDR.*/
# RETURN n
#
# @example select fields (http://docs.neo4j.org/chunked/stable/query-return.html)
# START a=node(1)
# RETURN a.age AS SomethingTotallyDifferent
#
# @example order (http://docs.neo4j.org/chunked/stable/query-order.html)
# START n=node(3,1,2)
# RETURN n
# ORDER BY n.name
#
# @example skip, limit, pagination (http://docs.neo4j.org/chunked/stable/query-skip.html)
# START n=node(3, 4, 5, 1, 2)
# RETURN n
# ORDER BY n.name
# SKIP 1
# LIMIT 2
serializeToCypher: (criteria) ->
conditions = criteria.conditions()
module.exports = Tower.StoreNeo4jSerialization
| 199858 | # @todo
# http://docs.neo4j.org/chunked/stable/security-server.html
# http://sujitpal.blogspot.com/2009/05/using-neo4j-to-load-and-query-owl.html
Tower.StoreNeo4jSerialization =
# @example conditions (http://docs.neo4j.org/chunked/stable/query-where.html)
# START n=node(3, 1)
# WHERE (n.age < 30 and n.name = "<NAME>") or not(n.name = "<NAME>")
# RETURN n
#
# START n=node(3, 1)
# WHERE n.name =~ /(?i)ANDR.*/
# RETURN n
#
# @example select fields (http://docs.neo4j.org/chunked/stable/query-return.html)
# START a=node(1)
# RETURN a.age AS SomethingTotallyDifferent
#
# @example order (http://docs.neo4j.org/chunked/stable/query-order.html)
# START n=node(3,1,2)
# RETURN n
# ORDER BY n.name
#
# @example skip, limit, pagination (http://docs.neo4j.org/chunked/stable/query-skip.html)
# START n=node(3, 4, 5, 1, 2)
# RETURN n
# ORDER BY n.name
# SKIP 1
# LIMIT 2
serializeToCypher: (criteria) ->
conditions = criteria.conditions()
module.exports = Tower.StoreNeo4jSerialization
| true | # @todo
# http://docs.neo4j.org/chunked/stable/security-server.html
# http://sujitpal.blogspot.com/2009/05/using-neo4j-to-load-and-query-owl.html
Tower.StoreNeo4jSerialization =
# @example conditions (http://docs.neo4j.org/chunked/stable/query-where.html)
# START n=node(3, 1)
# WHERE (n.age < 30 and n.name = "PI:NAME:<NAME>END_PI") or not(n.name = "PI:NAME:<NAME>END_PI")
# RETURN n
#
# START n=node(3, 1)
# WHERE n.name =~ /(?i)ANDR.*/
# RETURN n
#
# @example select fields (http://docs.neo4j.org/chunked/stable/query-return.html)
# START a=node(1)
# RETURN a.age AS SomethingTotallyDifferent
#
# @example order (http://docs.neo4j.org/chunked/stable/query-order.html)
# START n=node(3,1,2)
# RETURN n
# ORDER BY n.name
#
# @example skip, limit, pagination (http://docs.neo4j.org/chunked/stable/query-skip.html)
# START n=node(3, 4, 5, 1, 2)
# RETURN n
# ORDER BY n.name
# SKIP 1
# LIMIT 2
serializeToCypher: (criteria) ->
conditions = criteria.conditions()
module.exports = Tower.StoreNeo4jSerialization
|
[
{
"context": "###\n termap - Terminal Map Viewer\n by Michael Strassburger <codepoet@cpan.org>\n\n Handling of and access to ",
"end": 60,
"score": 0.9998739361763,
"start": 40,
"tag": "NAME",
"value": "Michael Strassburger"
},
{
"context": " - Terminal Map Viewer\n by Michael Strassburger <codepoet@cpan.org>\n\n Handling of and access to single VectorTiles\n",
"end": 79,
"score": 0.9999313354492188,
"start": 62,
"tag": "EMAIL",
"value": "codepoet@cpan.org"
}
] | src/Tile.coffee | 82ndAirborneDiv/mapsc | 1 | ###
termap - Terminal Map Viewer
by Michael Strassburger <codepoet@cpan.org>
Handling of and access to single VectorTiles
###
VectorTile = require('@mapbox/vector-tile').VectorTile
Protobuf = require 'pbf'
Promise = require 'bluebird'
zlib = require 'zlib'
rbush = require 'rbush'
x256 = require 'x256'
earcut = require 'earcut'
config = require "./config"
utils = require "./utils"
class Tile
layers: {}
constructor: (@styler) ->
load: (buffer) ->
@_unzipIfNeeded buffer
.then (buffer) => @_loadTile buffer
.then => @_loadLayers()
.then => this
_loadTile: (buffer) ->
@tile = new VectorTile new Protobuf buffer
_unzipIfNeeded: (buffer) ->
new Promise (resolve, reject) =>
if @_isGzipped buffer
zlib.gunzip buffer, (err, data) ->
return reject err if err
resolve data
else
resolve buffer
_isGzipped: (buffer) ->
buffer.slice(0,2).indexOf(Buffer.from([0x1f, 0x8b])) is 0
_loadLayers: () ->
layers = {}
colorCache = {}
for name, layer of @tile.layers
nodes = []
#continue if name is "water"
for i in [0...layer.length]
# TODO: caching of similar attributes to avoid looking up the style each time
#continue if @styler and not @styler.getStyleFor layer, feature
feature = layer.feature i
feature.properties.$type = type = [undefined, "Point", "LineString", "Polygon"][feature.type]
if @styler
style = @styler.getStyleFor name, feature
continue unless style
color =
style.paint['line-color'] or
style.paint['fill-color'] or
style.paint['text-color']
# TODO: style zoom stops handling
if color instanceof Object
color = color.stops[0][1]
colorCode = colorCache[color] or colorCache[color] = x256 utils.hex2rgb color
# TODO: monkey patching test case for tiles with a reduced extent 4096 / 8 -> 512
# use feature.loadGeometry() again as soon as we got a 512 extent tileset
geometries = feature.loadGeometry() #@_reduceGeometry feature, 8
sort = feature.properties.localrank or feature.properties.scalerank
label = if style.type is "symbol"
feature.properties["name_"+config.language] or
feature.properties.name_en or
feature.properties.name or
feature.properties.house_num
else
undefined
if style.type is "fill"
nodes.push @_addBoundaries true,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: geometries
color: colorCode
else
for points in geometries
nodes.push @_addBoundaries false,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: points
color: colorCode
tree = rbush 18
tree.load nodes
layers[name] =
extent: layer.extent
tree: tree
@layers = layers
_addBoundaries: (deep, data) ->
minX = Infinity
maxX = -Infinity
minY = Infinity
maxY = -Infinity
for p in (if deep then data.points[0] else data.points)
minX = p.x if p.x < minX
maxX = p.x if p.x > maxX
minY = p.y if p.y < minY
maxY = p.y if p.y > maxY
data.minX = minX
data.maxX = maxX
data.minY = minY
data.maxY = maxY
data
_reduceGeometry: (feature, factor) ->
for points, i in feature.loadGeometry()
reduced = []
last = null
for point in points
p =
x: Math.floor point.x/factor
y: Math.floor point.y/factor
if last and last.x is p.x and last.y is p.y
continue
reduced.push last = p
reduced
module.exports = Tile
| 126658 | ###
termap - Terminal Map Viewer
by <NAME> <<EMAIL>>
Handling of and access to single VectorTiles
###
VectorTile = require('@mapbox/vector-tile').VectorTile
Protobuf = require 'pbf'
Promise = require 'bluebird'
zlib = require 'zlib'
rbush = require 'rbush'
x256 = require 'x256'
earcut = require 'earcut'
config = require "./config"
utils = require "./utils"
class Tile
layers: {}
constructor: (@styler) ->
load: (buffer) ->
@_unzipIfNeeded buffer
.then (buffer) => @_loadTile buffer
.then => @_loadLayers()
.then => this
_loadTile: (buffer) ->
@tile = new VectorTile new Protobuf buffer
_unzipIfNeeded: (buffer) ->
new Promise (resolve, reject) =>
if @_isGzipped buffer
zlib.gunzip buffer, (err, data) ->
return reject err if err
resolve data
else
resolve buffer
_isGzipped: (buffer) ->
buffer.slice(0,2).indexOf(Buffer.from([0x1f, 0x8b])) is 0
_loadLayers: () ->
layers = {}
colorCache = {}
for name, layer of @tile.layers
nodes = []
#continue if name is "water"
for i in [0...layer.length]
# TODO: caching of similar attributes to avoid looking up the style each time
#continue if @styler and not @styler.getStyleFor layer, feature
feature = layer.feature i
feature.properties.$type = type = [undefined, "Point", "LineString", "Polygon"][feature.type]
if @styler
style = @styler.getStyleFor name, feature
continue unless style
color =
style.paint['line-color'] or
style.paint['fill-color'] or
style.paint['text-color']
# TODO: style zoom stops handling
if color instanceof Object
color = color.stops[0][1]
colorCode = colorCache[color] or colorCache[color] = x256 utils.hex2rgb color
# TODO: monkey patching test case for tiles with a reduced extent 4096 / 8 -> 512
# use feature.loadGeometry() again as soon as we got a 512 extent tileset
geometries = feature.loadGeometry() #@_reduceGeometry feature, 8
sort = feature.properties.localrank or feature.properties.scalerank
label = if style.type is "symbol"
feature.properties["name_"+config.language] or
feature.properties.name_en or
feature.properties.name or
feature.properties.house_num
else
undefined
if style.type is "fill"
nodes.push @_addBoundaries true,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: geometries
color: colorCode
else
for points in geometries
nodes.push @_addBoundaries false,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: points
color: colorCode
tree = rbush 18
tree.load nodes
layers[name] =
extent: layer.extent
tree: tree
@layers = layers
_addBoundaries: (deep, data) ->
minX = Infinity
maxX = -Infinity
minY = Infinity
maxY = -Infinity
for p in (if deep then data.points[0] else data.points)
minX = p.x if p.x < minX
maxX = p.x if p.x > maxX
minY = p.y if p.y < minY
maxY = p.y if p.y > maxY
data.minX = minX
data.maxX = maxX
data.minY = minY
data.maxY = maxY
data
_reduceGeometry: (feature, factor) ->
for points, i in feature.loadGeometry()
reduced = []
last = null
for point in points
p =
x: Math.floor point.x/factor
y: Math.floor point.y/factor
if last and last.x is p.x and last.y is p.y
continue
reduced.push last = p
reduced
module.exports = Tile
| true | ###
termap - Terminal Map Viewer
by PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
Handling of and access to single VectorTiles
###
VectorTile = require('@mapbox/vector-tile').VectorTile
Protobuf = require 'pbf'
Promise = require 'bluebird'
zlib = require 'zlib'
rbush = require 'rbush'
x256 = require 'x256'
earcut = require 'earcut'
config = require "./config"
utils = require "./utils"
class Tile
layers: {}
constructor: (@styler) ->
load: (buffer) ->
@_unzipIfNeeded buffer
.then (buffer) => @_loadTile buffer
.then => @_loadLayers()
.then => this
_loadTile: (buffer) ->
@tile = new VectorTile new Protobuf buffer
_unzipIfNeeded: (buffer) ->
new Promise (resolve, reject) =>
if @_isGzipped buffer
zlib.gunzip buffer, (err, data) ->
return reject err if err
resolve data
else
resolve buffer
_isGzipped: (buffer) ->
buffer.slice(0,2).indexOf(Buffer.from([0x1f, 0x8b])) is 0
_loadLayers: () ->
layers = {}
colorCache = {}
for name, layer of @tile.layers
nodes = []
#continue if name is "water"
for i in [0...layer.length]
# TODO: caching of similar attributes to avoid looking up the style each time
#continue if @styler and not @styler.getStyleFor layer, feature
feature = layer.feature i
feature.properties.$type = type = [undefined, "Point", "LineString", "Polygon"][feature.type]
if @styler
style = @styler.getStyleFor name, feature
continue unless style
color =
style.paint['line-color'] or
style.paint['fill-color'] or
style.paint['text-color']
# TODO: style zoom stops handling
if color instanceof Object
color = color.stops[0][1]
colorCode = colorCache[color] or colorCache[color] = x256 utils.hex2rgb color
# TODO: monkey patching test case for tiles with a reduced extent 4096 / 8 -> 512
# use feature.loadGeometry() again as soon as we got a 512 extent tileset
geometries = feature.loadGeometry() #@_reduceGeometry feature, 8
sort = feature.properties.localrank or feature.properties.scalerank
label = if style.type is "symbol"
feature.properties["name_"+config.language] or
feature.properties.name_en or
feature.properties.name or
feature.properties.house_num
else
undefined
if style.type is "fill"
nodes.push @_addBoundaries true,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: geometries
color: colorCode
else
for points in geometries
nodes.push @_addBoundaries false,
# id: feature.id
layer: name
style: style
label: label
sort: sort
points: points
color: colorCode
tree = rbush 18
tree.load nodes
layers[name] =
extent: layer.extent
tree: tree
@layers = layers
_addBoundaries: (deep, data) ->
minX = Infinity
maxX = -Infinity
minY = Infinity
maxY = -Infinity
for p in (if deep then data.points[0] else data.points)
minX = p.x if p.x < minX
maxX = p.x if p.x > maxX
minY = p.y if p.y < minY
maxY = p.y if p.y > maxY
data.minX = minX
data.maxX = maxX
data.minY = minY
data.maxY = maxY
data
_reduceGeometry: (feature, factor) ->
for points, i in feature.loadGeometry()
reduced = []
last = null
for point in points
p =
x: Math.floor point.x/factor
y: Math.floor point.y/factor
if last and last.x is p.x and last.y is p.y
continue
reduced.push last = p
reduced
module.exports = Tile
|
[
{
"context": "->\n expect(MyLibrary.Product.where(token: 'jshf8e').klass()).toEqual(ActiveResource::Relation)\n\n ",
"end": 487,
"score": 0.8882865905761719,
"start": 481,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": "->\n expect(MyLibrary.Product.where(token: 'jshf8e').customFind()).toEqual('found');\n\n describe '",
"end": 681,
"score": 0.9117167592048645,
"start": 675,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": "->\n expect(MyLibrary.Product.where(token: 'jshf8e').links()).toEqual({ related: 'https://example.co",
"end": 839,
"score": 0.9062037467956543,
"start": 833,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": "eEach ->\n MyLibrary.Product.findBy(token: 'jshf8e')\n .then window.onSuccess\n\n @promis",
"end": 2901,
"score": 0.9816809892654419,
"start": 2895,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": " expect(@paramStr).toContain('filter[token]=jshf8e')\n\n it 'returns a resource of the type reque",
"end": 3354,
"score": 0.8086908459663391,
"start": 3348,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": "uery', ->\n MyLibrary.Product.where(token: 'jshf8e').all()\n\n moxios.wait =>\n @paramS",
"end": 5002,
"score": 0.9615055322647095,
"start": 4996,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": " expect(@paramStr).toContain('filter[token]=jshf8e')\n\n it 'merges filters', ->\n MyLibrar",
"end": 5160,
"score": 0.7504004240036011,
"start": 5154,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": "ters', ->\n MyLibrary.Product.where(token: 'jshf8e').where(another: 'param').all()\n\n moxios.w",
"end": 5240,
"score": 0.9533730745315552,
"start": 5234,
"tag": "PASSWORD",
"value": "jshf8e"
},
{
"context": " expect(@paramStr).toContain('filter[token]=jshf8e&filter[another]=param')\n\n describe 'when val",
"end": 5422,
"score": 0.6531416773796082,
"start": 5416,
"tag": "PASSWORD",
"value": "jshf8e"
}
] | spec/relation.coffee | nicklandgrebe/active-resource.js | 95 | describe 'ActiveResource', ->
beforeEach ->
moxios.install(MyLibrary.interface.axios)
window.onSuccess = jasmine.createSpy('onSuccess')
window.onFailure = jasmine.createSpy('onFailure')
window.onCompletion = jasmine.createSpy('onCompletion')
afterEach ->
moxios.uninstall()
describe '::Relation', ->
describe 'when calling Relation extension methods on Base', ->
it 'creates a new Relation', ->
expect(MyLibrary.Product.where(token: 'jshf8e').klass()).toEqual(ActiveResource::Relation)
describe 'when calling custom method of Base on Relation', ->
it 'calls method', ->
expect(MyLibrary.Product.where(token: 'jshf8e').customFind()).toEqual('found');
describe '#links()', ->
it 'returns the correct links', ->
expect(MyLibrary.Product.where(token: 'jshf8e').links()).toEqual({ related: 'https://example.com/api/v1/products/' })
describe '#all()', ->
beforeEach ->
MyLibrary.Product.all()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'returns a collection of the type requested', ->
@promise.then =>
expect(@result.isA?(ActiveResource::Collection)).toBeTruthy()
describe '#each()', ->
beforeEach ->
@i = 0
MyLibrary.Product.each (p) =>
@i += 1
@promise = moxios.wait =>
@response = JsonApiResponses.Product.all.success
moxios.requests.mostRecent().respondWith(@response)
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'iterates over each resource returned', ->
@promise.then =>
expect(@i).toEqual(@response.response.data.length)
describe '#find()', ->
beforeEach ->
MyLibrary.Product.find(1)
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a resource', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'] + '1/')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#findBy()', ->
beforeEach ->
MyLibrary.Product.findBy(token: 'jshf8e')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve filtered resources', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=jshf8e')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#first()', ->
beforeEach ->
MyLibrary.Product.first()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#last()', ->
beforeEach ->
MyLibrary.Product.last()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource starting from the back, via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1&offset=-1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#where()', ->
it 'adds filters to a query', ->
MyLibrary.Product.where(token: 'jshf8e').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=jshf8e')
it 'merges filters', ->
MyLibrary.Product.where(token: 'jshf8e').where(another: 'param').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=jshf8e&filter[another]=param')
describe 'when value is null', ->
it 'sets filter to null', ->
MyLibrary.OrderItem.where(order: null).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=%00')
describe 'when value is resource', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: MyLibrary.Order.build(id: '5')).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5')
describe 'when value is array of resources', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: [
MyLibrary.Order.build(id: '5'),
MyLibrary.Order.build(id: '6')
]).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5,6')
describe '#order()', ->
it 'adds sort params to a query', ->
MyLibrary.Product.order(createdAt: 'asc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at')
it 'merges sorts', ->
MyLibrary.Product.order(createdAt: 'asc').order(updatedAt: 'desc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at,-updated_at')
describe '#select()', ->
it 'determines the root model to apply fields to', ->
MyLibrary.Product.select('id', 'createdAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at')
it 'determines the model to apply nested fields to', ->
MyLibrary.Product.select('id', { orders: 'price' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id&fields[orders]=price')
it 'underscores class names', ->
MyLibrary.Product.select(timeSlots: 'startsAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[time_slots]=starts_at')
it 'merges fields', ->
MyLibrary.Product.select('id', 'createdAt').select(orders: 'price').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at&fields[orders]=price')
describe '#includes()', ->
it 'adds root level includes', ->
MyLibrary.Product.includes('merchant', 'attributeValues').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,attribute_values')
it 'adds nested includes', ->
MyLibrary.Product.includes('merchant', { orders: ['attributeValues','giftCards'] }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values,orders.gift_cards')
it 'adds multiple nested includes', ->
MyLibrary.Product.includes('merchant', { orders: { attributeValues: 'value', giftCards: 'value' }, timeSlots: 'product' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values.value,orders.gift_cards.value,time_slots.product')
describe 'nested includes', ->
beforeEach ->
MyLibrary.OrderItem.find('3')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.OrderItem.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'constructs nested includes together', ->
@promise.then =>
order = @result.order()
expect(order.orderItems().size()).toEqual(3)
order.orderItems().target().each((orderItem) =>
expect(orderItem.order()).toBe(order)
)
describe '#page()', ->
beforeEach ->
MyLibrary.Product.page(2).all()
.then window.onSuccess
@promise = moxios.wait => true
it 'adds a page number to the query', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[number]=2')
describe 'when no links in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns false', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeFalsy();
it 'nextPage returns null', ->
@promise2.then =>
expect(@resources.nextPage()).toBeUndefined();
it 'hasPrevPage returns false', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeFalsy();
it 'prevPage returns null', ->
@promise2.then =>
expect(@resources.prevPage()).toBeUndefined();
describe 'when next link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns true', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeTruthy();
describe 'requesting nextPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.nextPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'nextPage requests next link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=3&page[size]=2')
describe 'requesting same nextPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.nextPage()
it 'does not request nextPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when prev link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasPrevPage returns true', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeTruthy();
describe 'requesting prevPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.prevPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'prevPage requests prev link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=1&page[size]=2')
describe 'requesting same prevPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.prevPage()
it 'does not request prevPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when meta in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'meta attributes added', ->
@promise2.then =>
expect(@resources.meta().totalPages).toBeDefined()
describe '#perPage()', ->
it 'adds a page size to the query', ->
MyLibrary.Product.perPage(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[size]=2')
describe '#limit()', ->
it 'adds a limit to the query', ->
MyLibrary.Product.limit(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=2')
describe '#offset()', ->
it 'adds an offset to the query', ->
MyLibrary.Product.offset(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('offset=2')
describe '#build()', ->
beforeEach ->
@product = MyLibrary.Product.build(title: 'A product title')
it 'assigns attributes to the built resource', ->
expect(@product.title).toEqual('A product title')
it 'builds a resource of Base\'s type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
describe 'when called from Relation', ->
beforeEach ->
@product = MyLibrary.Product.where(title: 'My title').build()
it 'builds a resource of Relation\'s base type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
it 'adds filters to the attributes assigned', ->
expect(@product.title).toEqual('My title')
describe '#create()', ->
describe 'in general', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'executes the completion callback', ->
@promise.then =>
expect(window.onCompletion).toHaveBeenCalled()
it 'builds a resource of class\'s type', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
it 'assigns attributes to the created resource', ->
@promise.then =>
expect(@result.title).toEqual('Another title')
describe 'on success', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'creates a persisted resource', ->
@promise.then =>
expect(@result.persisted( )).toBeTruthy()
describe 'on failure', ->
beforeEach ->
MyLibrary.Product.create(title: '', description: '', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.failure)
.catch =>
Promise.reject(@result = window.onCompletion.calls.mostRecent().args[0])
it 'does not create a persisted resource', ->
@promise.catch =>
expect(@result.persisted?()).toBeFalsy()
it 'adds errors', ->
@promise.catch =>
expect(@result.errors().empty?()).toBeFalsy()
| 89588 | describe 'ActiveResource', ->
beforeEach ->
moxios.install(MyLibrary.interface.axios)
window.onSuccess = jasmine.createSpy('onSuccess')
window.onFailure = jasmine.createSpy('onFailure')
window.onCompletion = jasmine.createSpy('onCompletion')
afterEach ->
moxios.uninstall()
describe '::Relation', ->
describe 'when calling Relation extension methods on Base', ->
it 'creates a new Relation', ->
expect(MyLibrary.Product.where(token: '<PASSWORD>').klass()).toEqual(ActiveResource::Relation)
describe 'when calling custom method of Base on Relation', ->
it 'calls method', ->
expect(MyLibrary.Product.where(token: '<PASSWORD>').customFind()).toEqual('found');
describe '#links()', ->
it 'returns the correct links', ->
expect(MyLibrary.Product.where(token: '<PASSWORD>').links()).toEqual({ related: 'https://example.com/api/v1/products/' })
describe '#all()', ->
beforeEach ->
MyLibrary.Product.all()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'returns a collection of the type requested', ->
@promise.then =>
expect(@result.isA?(ActiveResource::Collection)).toBeTruthy()
describe '#each()', ->
beforeEach ->
@i = 0
MyLibrary.Product.each (p) =>
@i += 1
@promise = moxios.wait =>
@response = JsonApiResponses.Product.all.success
moxios.requests.mostRecent().respondWith(@response)
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'iterates over each resource returned', ->
@promise.then =>
expect(@i).toEqual(@response.response.data.length)
describe '#find()', ->
beforeEach ->
MyLibrary.Product.find(1)
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a resource', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'] + '1/')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#findBy()', ->
beforeEach ->
MyLibrary.Product.findBy(token: '<PASSWORD>')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve filtered resources', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=<PASSWORD>')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#first()', ->
beforeEach ->
MyLibrary.Product.first()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#last()', ->
beforeEach ->
MyLibrary.Product.last()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource starting from the back, via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1&offset=-1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#where()', ->
it 'adds filters to a query', ->
MyLibrary.Product.where(token: '<PASSWORD>').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=<PASSWORD>')
it 'merges filters', ->
MyLibrary.Product.where(token: '<PASSWORD>').where(another: 'param').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=<PASSWORD>&filter[another]=param')
describe 'when value is null', ->
it 'sets filter to null', ->
MyLibrary.OrderItem.where(order: null).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=%00')
describe 'when value is resource', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: MyLibrary.Order.build(id: '5')).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5')
describe 'when value is array of resources', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: [
MyLibrary.Order.build(id: '5'),
MyLibrary.Order.build(id: '6')
]).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5,6')
describe '#order()', ->
it 'adds sort params to a query', ->
MyLibrary.Product.order(createdAt: 'asc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at')
it 'merges sorts', ->
MyLibrary.Product.order(createdAt: 'asc').order(updatedAt: 'desc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at,-updated_at')
describe '#select()', ->
it 'determines the root model to apply fields to', ->
MyLibrary.Product.select('id', 'createdAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at')
it 'determines the model to apply nested fields to', ->
MyLibrary.Product.select('id', { orders: 'price' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id&fields[orders]=price')
it 'underscores class names', ->
MyLibrary.Product.select(timeSlots: 'startsAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[time_slots]=starts_at')
it 'merges fields', ->
MyLibrary.Product.select('id', 'createdAt').select(orders: 'price').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at&fields[orders]=price')
describe '#includes()', ->
it 'adds root level includes', ->
MyLibrary.Product.includes('merchant', 'attributeValues').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,attribute_values')
it 'adds nested includes', ->
MyLibrary.Product.includes('merchant', { orders: ['attributeValues','giftCards'] }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values,orders.gift_cards')
it 'adds multiple nested includes', ->
MyLibrary.Product.includes('merchant', { orders: { attributeValues: 'value', giftCards: 'value' }, timeSlots: 'product' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values.value,orders.gift_cards.value,time_slots.product')
describe 'nested includes', ->
beforeEach ->
MyLibrary.OrderItem.find('3')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.OrderItem.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'constructs nested includes together', ->
@promise.then =>
order = @result.order()
expect(order.orderItems().size()).toEqual(3)
order.orderItems().target().each((orderItem) =>
expect(orderItem.order()).toBe(order)
)
describe '#page()', ->
beforeEach ->
MyLibrary.Product.page(2).all()
.then window.onSuccess
@promise = moxios.wait => true
it 'adds a page number to the query', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[number]=2')
describe 'when no links in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns false', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeFalsy();
it 'nextPage returns null', ->
@promise2.then =>
expect(@resources.nextPage()).toBeUndefined();
it 'hasPrevPage returns false', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeFalsy();
it 'prevPage returns null', ->
@promise2.then =>
expect(@resources.prevPage()).toBeUndefined();
describe 'when next link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns true', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeTruthy();
describe 'requesting nextPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.nextPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'nextPage requests next link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=3&page[size]=2')
describe 'requesting same nextPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.nextPage()
it 'does not request nextPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when prev link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasPrevPage returns true', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeTruthy();
describe 'requesting prevPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.prevPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'prevPage requests prev link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=1&page[size]=2')
describe 'requesting same prevPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.prevPage()
it 'does not request prevPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when meta in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'meta attributes added', ->
@promise2.then =>
expect(@resources.meta().totalPages).toBeDefined()
describe '#perPage()', ->
it 'adds a page size to the query', ->
MyLibrary.Product.perPage(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[size]=2')
describe '#limit()', ->
it 'adds a limit to the query', ->
MyLibrary.Product.limit(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=2')
describe '#offset()', ->
it 'adds an offset to the query', ->
MyLibrary.Product.offset(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('offset=2')
describe '#build()', ->
beforeEach ->
@product = MyLibrary.Product.build(title: 'A product title')
it 'assigns attributes to the built resource', ->
expect(@product.title).toEqual('A product title')
it 'builds a resource of Base\'s type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
describe 'when called from Relation', ->
beforeEach ->
@product = MyLibrary.Product.where(title: 'My title').build()
it 'builds a resource of Relation\'s base type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
it 'adds filters to the attributes assigned', ->
expect(@product.title).toEqual('My title')
describe '#create()', ->
describe 'in general', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'executes the completion callback', ->
@promise.then =>
expect(window.onCompletion).toHaveBeenCalled()
it 'builds a resource of class\'s type', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
it 'assigns attributes to the created resource', ->
@promise.then =>
expect(@result.title).toEqual('Another title')
describe 'on success', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'creates a persisted resource', ->
@promise.then =>
expect(@result.persisted( )).toBeTruthy()
describe 'on failure', ->
beforeEach ->
MyLibrary.Product.create(title: '', description: '', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.failure)
.catch =>
Promise.reject(@result = window.onCompletion.calls.mostRecent().args[0])
it 'does not create a persisted resource', ->
@promise.catch =>
expect(@result.persisted?()).toBeFalsy()
it 'adds errors', ->
@promise.catch =>
expect(@result.errors().empty?()).toBeFalsy()
| true | describe 'ActiveResource', ->
beforeEach ->
moxios.install(MyLibrary.interface.axios)
window.onSuccess = jasmine.createSpy('onSuccess')
window.onFailure = jasmine.createSpy('onFailure')
window.onCompletion = jasmine.createSpy('onCompletion')
afterEach ->
moxios.uninstall()
describe '::Relation', ->
describe 'when calling Relation extension methods on Base', ->
it 'creates a new Relation', ->
expect(MyLibrary.Product.where(token: 'PI:PASSWORD:<PASSWORD>END_PI').klass()).toEqual(ActiveResource::Relation)
describe 'when calling custom method of Base on Relation', ->
it 'calls method', ->
expect(MyLibrary.Product.where(token: 'PI:PASSWORD:<PASSWORD>END_PI').customFind()).toEqual('found');
describe '#links()', ->
it 'returns the correct links', ->
expect(MyLibrary.Product.where(token: 'PI:PASSWORD:<PASSWORD>END_PI').links()).toEqual({ related: 'https://example.com/api/v1/products/' })
describe '#all()', ->
beforeEach ->
MyLibrary.Product.all()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'returns a collection of the type requested', ->
@promise.then =>
expect(@result.isA?(ActiveResource::Collection)).toBeTruthy()
describe '#each()', ->
beforeEach ->
@i = 0
MyLibrary.Product.each (p) =>
@i += 1
@promise = moxios.wait =>
@response = JsonApiResponses.Product.all.success
moxios.requests.mostRecent().respondWith(@response)
it 'makes a call to retrieve all resources', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'])
it 'iterates over each resource returned', ->
@promise.then =>
expect(@i).toEqual(@response.response.data.length)
describe '#find()', ->
beforeEach ->
MyLibrary.Product.find(1)
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a resource', ->
@promise.then =>
expect(moxios.requests.mostRecent().url).toEqual(MyLibrary.Product.links()['related'] + '1/')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#findBy()', ->
beforeEach ->
MyLibrary.Product.findBy(token: 'PI:PASSWORD:<PASSWORD>END_PI')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve filtered resources', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=PI:PASSWORD:<PASSWORD>END_PI')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#first()', ->
beforeEach ->
MyLibrary.Product.first()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#last()', ->
beforeEach ->
MyLibrary.Product.last()
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'makes a call to retrieve a single resource starting from the back, via index', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=1&offset=-1')
it 'returns a resource of the type requested', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
describe '#where()', ->
it 'adds filters to a query', ->
MyLibrary.Product.where(token: 'PI:PASSWORD:<PASSWORD>END_PI').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=PI:PASSWORD:<PASSWORD>END_PI')
it 'merges filters', ->
MyLibrary.Product.where(token: 'PI:PASSWORD:<PASSWORD>END_PI').where(another: 'param').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[token]=PI:PASSWORD:<PASSWORD>END_PI&filter[another]=param')
describe 'when value is null', ->
it 'sets filter to null', ->
MyLibrary.OrderItem.where(order: null).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=%00')
describe 'when value is resource', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: MyLibrary.Order.build(id: '5')).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5')
describe 'when value is array of resources', ->
it 'adds resource primary key as value', ->
MyLibrary.OrderItem.where(order: [
MyLibrary.Order.build(id: '5'),
MyLibrary.Order.build(id: '6')
]).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('filter[order]=5,6')
describe '#order()', ->
it 'adds sort params to a query', ->
MyLibrary.Product.order(createdAt: 'asc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at')
it 'merges sorts', ->
MyLibrary.Product.order(createdAt: 'asc').order(updatedAt: 'desc').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('sort=created_at,-updated_at')
describe '#select()', ->
it 'determines the root model to apply fields to', ->
MyLibrary.Product.select('id', 'createdAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at')
it 'determines the model to apply nested fields to', ->
MyLibrary.Product.select('id', { orders: 'price' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id&fields[orders]=price')
it 'underscores class names', ->
MyLibrary.Product.select(timeSlots: 'startsAt').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[time_slots]=starts_at')
it 'merges fields', ->
MyLibrary.Product.select('id', 'createdAt').select(orders: 'price').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('fields[products]=id,created_at&fields[orders]=price')
describe '#includes()', ->
it 'adds root level includes', ->
MyLibrary.Product.includes('merchant', 'attributeValues').all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,attribute_values')
it 'adds nested includes', ->
MyLibrary.Product.includes('merchant', { orders: ['attributeValues','giftCards'] }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values,orders.gift_cards')
it 'adds multiple nested includes', ->
MyLibrary.Product.includes('merchant', { orders: { attributeValues: 'value', giftCards: 'value' }, timeSlots: 'product' }).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('include=merchant,orders.attribute_values.value,orders.gift_cards.value,time_slots.product')
describe 'nested includes', ->
beforeEach ->
MyLibrary.OrderItem.find('3')
.then window.onSuccess
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.OrderItem.find.success)
.then =>
@result = window.onSuccess.calls.mostRecent().args[0]
it 'constructs nested includes together', ->
@promise.then =>
order = @result.order()
expect(order.orderItems().size()).toEqual(3)
order.orderItems().target().each((orderItem) =>
expect(orderItem.order()).toBe(order)
)
describe '#page()', ->
beforeEach ->
MyLibrary.Product.page(2).all()
.then window.onSuccess
@promise = moxios.wait => true
it 'adds a page number to the query', ->
@promise.then =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[number]=2')
describe 'when no links in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.success)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns false', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeFalsy();
it 'nextPage returns null', ->
@promise2.then =>
expect(@resources.nextPage()).toBeUndefined();
it 'hasPrevPage returns false', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeFalsy();
it 'prevPage returns null', ->
@promise2.then =>
expect(@resources.prevPage()).toBeUndefined();
describe 'when next link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasNextPage returns true', ->
@promise2.then =>
expect(@resources.hasNextPage()).toBeTruthy();
describe 'requesting nextPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.nextPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'nextPage requests next link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=3&page[size]=2')
describe 'requesting same nextPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.nextPage()
it 'does not request nextPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when prev link in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'hasPrevPage returns true', ->
@promise2.then =>
expect(@resources.hasPrevPage()).toBeTruthy();
describe 'requesting prevPage', ->
beforeEach ->
@promise3 = @promise2.then =>
@resources.prevPage()
.then window.onSuccess
moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
it 'prevPage requests prev link', ->
@promise3.then =>
expect(moxios.requests.mostRecent().url).toEqual('https://example.com/api/v1/products?page[number]=1&page[size]=2')
describe 'requesting same prevPage again', ->
beforeEach ->
@promise4 = @promise3.then =>
@requestCount = moxios.requests.count()
@resources.prevPage()
it 'does not request prevPage again', ->
@promise4.then =>
expect(@requestCount).toEqual(moxios.requests.count())
describe 'when meta in response', ->
beforeEach ->
@promise2 = @promise.then =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.all.paginated)
.then =>
@resources = window.onSuccess.calls.mostRecent().args[0]
it 'meta attributes added', ->
@promise2.then =>
expect(@resources.meta().totalPages).toBeDefined()
describe '#perPage()', ->
it 'adds a page size to the query', ->
MyLibrary.Product.perPage(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('page[size]=2')
describe '#limit()', ->
it 'adds a limit to the query', ->
MyLibrary.Product.limit(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('limit=2')
describe '#offset()', ->
it 'adds an offset to the query', ->
MyLibrary.Product.offset(2).all()
moxios.wait =>
@paramStr = requestParams(moxios.requests.mostRecent())
expect(@paramStr).toContain('offset=2')
describe '#build()', ->
beforeEach ->
@product = MyLibrary.Product.build(title: 'A product title')
it 'assigns attributes to the built resource', ->
expect(@product.title).toEqual('A product title')
it 'builds a resource of Base\'s type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
describe 'when called from Relation', ->
beforeEach ->
@product = MyLibrary.Product.where(title: 'My title').build()
it 'builds a resource of Relation\'s base type', ->
expect(@product.isA?(MyLibrary.Product)).toBeTruthy()
it 'adds filters to the attributes assigned', ->
expect(@product.title).toEqual('My title')
describe '#create()', ->
describe 'in general', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'executes the completion callback', ->
@promise.then =>
expect(window.onCompletion).toHaveBeenCalled()
it 'builds a resource of class\'s type', ->
@promise.then =>
expect(@result.isA?(MyLibrary.Product)).toBeTruthy()
it 'assigns attributes to the created resource', ->
@promise.then =>
expect(@result.title).toEqual('Another title')
describe 'on success', ->
beforeEach ->
MyLibrary.Product.create(title: 'Another title', description: 'Another description', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.success)
.then =>
@result = window.onCompletion.calls.mostRecent().args[0]
it 'creates a persisted resource', ->
@promise.then =>
expect(@result.persisted( )).toBeTruthy()
describe 'on failure', ->
beforeEach ->
MyLibrary.Product.create(title: '', description: '', window.onCompletion)
@promise = moxios.wait =>
moxios.requests.mostRecent().respondWith(JsonApiResponses.Product.save.failure)
.catch =>
Promise.reject(@result = window.onCompletion.calls.mostRecent().args[0])
it 'does not create a persisted resource', ->
@promise.catch =>
expect(@result.persisted?()).toBeFalsy()
it 'adds errors', ->
@promise.catch =>
expect(@result.errors().empty?()).toBeFalsy()
|
[
{
"context": "###\nContent: obtiene el Tab.\n@autor Ronny Cabrera\n###\nyOSON.AppCore.addModule \"getTab\", (Sb) ->\n\tde",
"end": 49,
"score": 0.9998816847801208,
"start": 36,
"tag": "NAME",
"value": "Ronny Cabrera"
}
] | frontend/resources/coffee/modules/inicio/inicio/getTab.coffee | ronnyfly2/openvios | 0 | ###
Content: obtiene el Tab.
@autor Ronny Cabrera
###
yOSON.AppCore.addModule "getTab", (Sb) ->
defaults =
tabItem : '.list_numbers li'
st = {}
dom = {}
catchDom = (st)->
dom.tabItem = $(st.tabItem)
return
suscribeEvents = ->
dom.tabItem.on 'click', events.getTabActive
return
events =
getTabActive:()->
dom.tabItem.removeClass('actived')
$(this).addClass('actived')
return
functions = {}
initialize = (opts) ->
st = $.extend({}, defaults, opts)
catchDom(st)
suscribeEvents()
return
return {
init: initialize
}
,[]
| 100273 | ###
Content: obtiene el Tab.
@autor <NAME>
###
yOSON.AppCore.addModule "getTab", (Sb) ->
defaults =
tabItem : '.list_numbers li'
st = {}
dom = {}
catchDom = (st)->
dom.tabItem = $(st.tabItem)
return
suscribeEvents = ->
dom.tabItem.on 'click', events.getTabActive
return
events =
getTabActive:()->
dom.tabItem.removeClass('actived')
$(this).addClass('actived')
return
functions = {}
initialize = (opts) ->
st = $.extend({}, defaults, opts)
catchDom(st)
suscribeEvents()
return
return {
init: initialize
}
,[]
| true | ###
Content: obtiene el Tab.
@autor PI:NAME:<NAME>END_PI
###
yOSON.AppCore.addModule "getTab", (Sb) ->
defaults =
tabItem : '.list_numbers li'
st = {}
dom = {}
catchDom = (st)->
dom.tabItem = $(st.tabItem)
return
suscribeEvents = ->
dom.tabItem.on 'click', events.getTabActive
return
events =
getTabActive:()->
dom.tabItem.removeClass('actived')
$(this).addClass('actived')
return
functions = {}
initialize = (opts) ->
st = $.extend({}, defaults, opts)
catchDom(st)
suscribeEvents()
return
return {
init: initialize
}
,[]
|
[
{
"context": " when 'intersectsBufferRowRange'\n key = 'intersectsRowRange'\n when 'intersectsScreenRowRange'\n ",
"end": 17082,
"score": 0.8671441078186035,
"start": 17064,
"tag": "KEY",
"value": "intersectsRowRange"
},
{
"context": " when 'intersectsScreenRowRange'\n key = 'intersectsRowRange'\n [startScreenRow, endScreenRow] = value",
"end": 17159,
"score": 0.9054893851280212,
"start": 17141,
"tag": "KEY",
"value": "intersectsRowRange"
}
] | src/display-marker-layer.coffee | FeodorFitsner/hang-1-text-buffer | 0 | {Emitter, CompositeDisposable} = require 'event-kit'
DisplayMarker = require './display-marker'
Range = require './range'
Point = require './point'
# Public: *Experimental:* A container for a related set of markers at the
# {DisplayLayer} level. Wraps an underlying {MarkerLayer} on the {TextBuffer}.
#
# This API is experimental and subject to change on any release.
module.exports =
class DisplayMarkerLayer
constructor: (@displayLayer, @bufferMarkerLayer, @ownsBufferMarkerLayer) ->
{@id} = @bufferMarkerLayer
@bufferMarkerLayer.displayMarkerLayers.add(this)
@markersById = {}
@destroyed = false
@emitter = new Emitter
@subscriptions = new CompositeDisposable
@markersWithDestroyListeners = new Set
@subscriptions.add(@bufferMarkerLayer.onDidUpdate(@emitDidUpdate.bind(this)))
###
Section: Lifecycle
###
# Essential: Destroy this layer.
destroy: ->
return if @destroyed
@destroyed = true
@clear()
@subscriptions.dispose()
@bufferMarkerLayer.displayMarkerLayers.delete(this)
@bufferMarkerLayer.destroy() if @ownsBufferMarkerLayer
@displayLayer.didDestroyMarkerLayer(@id)
@emitter.emit('did-destroy')
@emitter.clear()
# Public: Destroy all markers in this layer.
clear: ->
@bufferMarkerLayer.clear()
didClearBufferMarkerLayer: ->
@markersWithDestroyListeners.forEach (marker) -> marker.didDestroyBufferMarker()
@markersById = {}
# Essential: Determine whether this layer has been destroyed.
#
# Returns a {Boolean}.
isDestroyed: ->
@destroyed
###
Section: Event Subscription
###
# Public: Subscribe to be notified synchronously when this layer is destroyed.
#
# Returns a {Disposable}.
onDidDestroy: (callback) ->
@emitter.on('did-destroy', callback)
# Public: Subscribe to be notified asynchronously whenever markers are
# created, updated, or destroyed on this layer. *Prefer this method for
# optimal performance when interacting with layers that could contain large
# numbers of markers.*
#
# * `callback` A {Function} that will be called with no arguments when changes
# occur on this layer.
#
# Subscribers are notified once, asynchronously when any number of changes
# occur in a given tick of the event loop. You should re-query the layer
# to determine the state of markers in which you're interested in. It may
# be counter-intuitive, but this is much more efficient than subscribing to
# events on individual markers, which are expensive to deliver.
#
# Returns a {Disposable}.
onDidUpdate: (callback) ->
@emitter.on('did-update', callback)
# Public: Subscribe to be notified synchronously whenever markers are created
# on this layer. *Avoid this method for optimal performance when interacting
# with layers that could contain large numbers of markers.*
#
# * `callback` A {Function} that will be called with a {TextEditorMarker}
# whenever a new marker is created.
#
# You should prefer {onDidUpdate} when synchronous notifications aren't
# absolutely necessary.
#
# Returns a {Disposable}.
onDidCreateMarker: (callback) ->
@bufferMarkerLayer.onDidCreateMarker (bufferMarker) =>
callback(@getMarker(bufferMarker.id))
###
Section: Marker creation
###
# Public: Create a marker with the given screen range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`. Applies to the start and end of the given range.
#
# Returns a {DisplayMarker}.
markScreenRange: (screenRange, options) ->
screenRange = Range.fromObject(screenRange)
bufferRange = @displayLayer.translateScreenRange(screenRange, options)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given screen
# position and no tail.
#
# * `screenPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`.
#
# Returns a {DisplayMarker}.
markScreenPosition: (screenPosition, options) ->
screenPosition = Point.fromObject(screenPosition)
bufferPosition = @displayLayer.translateScreenPosition(screenPosition, options)
@getMarker(@bufferMarkerLayer.markPosition(bufferPosition, options).id)
# Public: Create a marker with the given buffer range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferRange: (bufferRange, options) ->
bufferRange = Range.fromObject(bufferRange)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given buffer
# position and no tail.
#
# * `bufferPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferPosition: (bufferPosition, options) ->
@getMarker(@bufferMarkerLayer.markPosition(Point.fromObject(bufferPosition), options).id)
###
Section: Querying
###
# Essential: Get an existing marker by its id.
#
# Returns a {DisplayMarker}.
getMarker: (id) ->
if displayMarker = @markersById[id]
displayMarker
else if bufferMarker = @bufferMarkerLayer.getMarker(id)
@markersById[id] = new DisplayMarker(this, bufferMarker)
# Essential: Get all markers in the layer.
#
# Returns an {Array} of {DisplayMarker}s.
getMarkers: ->
@bufferMarkerLayer.getMarkers().map ({id}) => @getMarker(id)
# Public: Get the number of markers in the marker layer.
#
# Returns a {Number}.
getMarkerCount: ->
@bufferMarkerLayer.getMarkerCount()
# Public: Find markers in the layer conforming to the given parameters.
#
# This method finds markers based on the given properties. Markers can be
# associated with custom properties that will be compared with basic equality.
# In addition, there are several special properties that will be compared
# with the range of the markers rather than their properties.
#
# * `properties` An {Object} containing properties that each returned marker
# must satisfy. Markers can be associated with custom properties, which are
# compared with basic equality. In addition, several reserved properties
# can be used to filter markers based on their current range:
# * `startBufferPosition` Only include markers starting at this {Point} in buffer coordinates.
# * `endBufferPosition` Only include markers ending at this {Point} in buffer coordinates.
# * `startScreenPosition` Only include markers starting at this {Point} in screen coordinates.
# * `endScreenPosition` Only include markers ending at this {Point} in screen coordinates.
# * `startBufferRow` Only include markers starting at this row in buffer coordinates.
# * `endBufferRow` Only include markers ending at this row in buffer coordinates.
# * `startScreenRow` Only include markers starting at this row in screen coordinates.
# * `endScreenRow` Only include markers ending at this row in screen coordinates.
# * `intersectsBufferRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in buffer coordinates.
# * `intersectsScreenRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in screen coordinates.
# * `containsBufferRange` Only include markers containing this {Range} in buffer coordinates.
# * `containsBufferPosition` Only include markers containing this {Point} in buffer coordinates.
# * `containedInBufferRange` Only include markers contained in this {Range} in buffer coordinates.
# * `containedInScreenRange` Only include markers contained in this {Range} in screen coordinates.
# * `intersectsBufferRange` Only include markers intersecting this {Range} in buffer coordinates.
# * `intersectsScreenRange` Only include markers intersecting this {Range} in screen coordinates.
#
# Returns an {Array} of {DisplayMarker}s
findMarkers: (params) ->
params = @translateToBufferMarkerLayerFindParams(params)
@bufferMarkerLayer.findMarkers(params).map (stringMarker) => @getMarker(stringMarker.id)
###
Section: Private
###
translateBufferPosition: (bufferPosition, options) ->
@displayLayer.translateBufferPosition(bufferPosition, options)
translateBufferRange: (bufferRange, options) ->
@displayLayer.translateBufferRange(bufferRange, options)
translateScreenPosition: (screenPosition, options) ->
@displayLayer.translateScreenPosition(screenPosition, options)
translateScreenRange: (screenRange, options) ->
@displayLayer.translateScreenRange(screenRange, options)
emitDidUpdate: ->
@emitter.emit('did-update')
notifyObserversIfMarkerScreenPositionsChanged: ->
for marker in @getMarkers()
marker.notifyObservers(false)
return
destroyMarker: (id) ->
if marker = @markersById[id]
marker.didDestroyBufferMarker()
didDestroyMarker: (marker) ->
@markersWithDestroyListeners.delete(marker)
delete @markersById[marker.id]
translateToBufferMarkerLayerFindParams: (params) ->
bufferMarkerLayerFindParams = {}
for key, value of params
switch key
when 'startBufferPosition'
key = 'startPosition'
when 'endBufferPosition'
key = 'endPosition'
when 'startScreenPosition'
key = 'startPosition'
value = @displayLayer.translateScreenPosition(value)
when 'endScreenPosition'
key = 'endPosition'
value = @displayLayer.translateScreenPosition(value)
when 'startBufferRow'
key = 'startRow'
when 'endBufferRow'
key = 'endRow'
when 'startScreenRow'
key = 'startRow'
value = @displayLayer.translateScreenPosition(Point(value, 0)).row
when 'endScreenRow'
key = 'endRow'
value = @displayLayer.translateScreenPosition(Point(value, Infinity)).row
when 'intersectsBufferRowRange'
key = 'intersectsRowRange'
when 'intersectsScreenRowRange'
key = 'intersectsRowRange'
[startScreenRow, endScreenRow] = value
startBufferRow = @displayLayer.translateScreenPosition(Point(startScreenRow, 0)).row
endBufferRow = @displayLayer.translateScreenPosition(Point(endScreenRow, Infinity)).row
value = [startBufferRow, endBufferRow]
when 'containsBufferRange'
key = 'containsRange'
when 'containsScreenRange'
key = 'containsRange'
value = @displayLayer.translateScreenRange(value)
when 'containsBufferPosition'
key = 'containsPosition'
when 'containsScreenPosition'
key = 'containsPosition'
value = @displayLayer.translateScreenPosition(value)
when 'containedInBufferRange'
key = 'containedInRange'
when 'containedInScreenRange'
key = 'containedInRange'
value = @displayLayer.translateScreenRange(value)
when 'intersectsBufferRange'
key = 'intersectsRange'
when 'intersectsScreenRange'
key = 'intersectsRange'
value = @displayLayer.translateScreenRange(value)
bufferMarkerLayerFindParams[key] = value
bufferMarkerLayerFindParams
| 78485 | {Emitter, CompositeDisposable} = require 'event-kit'
DisplayMarker = require './display-marker'
Range = require './range'
Point = require './point'
# Public: *Experimental:* A container for a related set of markers at the
# {DisplayLayer} level. Wraps an underlying {MarkerLayer} on the {TextBuffer}.
#
# This API is experimental and subject to change on any release.
module.exports =
class DisplayMarkerLayer
constructor: (@displayLayer, @bufferMarkerLayer, @ownsBufferMarkerLayer) ->
{@id} = @bufferMarkerLayer
@bufferMarkerLayer.displayMarkerLayers.add(this)
@markersById = {}
@destroyed = false
@emitter = new Emitter
@subscriptions = new CompositeDisposable
@markersWithDestroyListeners = new Set
@subscriptions.add(@bufferMarkerLayer.onDidUpdate(@emitDidUpdate.bind(this)))
###
Section: Lifecycle
###
# Essential: Destroy this layer.
destroy: ->
return if @destroyed
@destroyed = true
@clear()
@subscriptions.dispose()
@bufferMarkerLayer.displayMarkerLayers.delete(this)
@bufferMarkerLayer.destroy() if @ownsBufferMarkerLayer
@displayLayer.didDestroyMarkerLayer(@id)
@emitter.emit('did-destroy')
@emitter.clear()
# Public: Destroy all markers in this layer.
clear: ->
@bufferMarkerLayer.clear()
didClearBufferMarkerLayer: ->
@markersWithDestroyListeners.forEach (marker) -> marker.didDestroyBufferMarker()
@markersById = {}
# Essential: Determine whether this layer has been destroyed.
#
# Returns a {Boolean}.
isDestroyed: ->
@destroyed
###
Section: Event Subscription
###
# Public: Subscribe to be notified synchronously when this layer is destroyed.
#
# Returns a {Disposable}.
onDidDestroy: (callback) ->
@emitter.on('did-destroy', callback)
# Public: Subscribe to be notified asynchronously whenever markers are
# created, updated, or destroyed on this layer. *Prefer this method for
# optimal performance when interacting with layers that could contain large
# numbers of markers.*
#
# * `callback` A {Function} that will be called with no arguments when changes
# occur on this layer.
#
# Subscribers are notified once, asynchronously when any number of changes
# occur in a given tick of the event loop. You should re-query the layer
# to determine the state of markers in which you're interested in. It may
# be counter-intuitive, but this is much more efficient than subscribing to
# events on individual markers, which are expensive to deliver.
#
# Returns a {Disposable}.
onDidUpdate: (callback) ->
@emitter.on('did-update', callback)
# Public: Subscribe to be notified synchronously whenever markers are created
# on this layer. *Avoid this method for optimal performance when interacting
# with layers that could contain large numbers of markers.*
#
# * `callback` A {Function} that will be called with a {TextEditorMarker}
# whenever a new marker is created.
#
# You should prefer {onDidUpdate} when synchronous notifications aren't
# absolutely necessary.
#
# Returns a {Disposable}.
onDidCreateMarker: (callback) ->
@bufferMarkerLayer.onDidCreateMarker (bufferMarker) =>
callback(@getMarker(bufferMarker.id))
###
Section: Marker creation
###
# Public: Create a marker with the given screen range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`. Applies to the start and end of the given range.
#
# Returns a {DisplayMarker}.
markScreenRange: (screenRange, options) ->
screenRange = Range.fromObject(screenRange)
bufferRange = @displayLayer.translateScreenRange(screenRange, options)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given screen
# position and no tail.
#
# * `screenPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`.
#
# Returns a {DisplayMarker}.
markScreenPosition: (screenPosition, options) ->
screenPosition = Point.fromObject(screenPosition)
bufferPosition = @displayLayer.translateScreenPosition(screenPosition, options)
@getMarker(@bufferMarkerLayer.markPosition(bufferPosition, options).id)
# Public: Create a marker with the given buffer range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferRange: (bufferRange, options) ->
bufferRange = Range.fromObject(bufferRange)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given buffer
# position and no tail.
#
# * `bufferPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferPosition: (bufferPosition, options) ->
@getMarker(@bufferMarkerLayer.markPosition(Point.fromObject(bufferPosition), options).id)
###
Section: Querying
###
# Essential: Get an existing marker by its id.
#
# Returns a {DisplayMarker}.
getMarker: (id) ->
if displayMarker = @markersById[id]
displayMarker
else if bufferMarker = @bufferMarkerLayer.getMarker(id)
@markersById[id] = new DisplayMarker(this, bufferMarker)
# Essential: Get all markers in the layer.
#
# Returns an {Array} of {DisplayMarker}s.
getMarkers: ->
@bufferMarkerLayer.getMarkers().map ({id}) => @getMarker(id)
# Public: Get the number of markers in the marker layer.
#
# Returns a {Number}.
getMarkerCount: ->
@bufferMarkerLayer.getMarkerCount()
# Public: Find markers in the layer conforming to the given parameters.
#
# This method finds markers based on the given properties. Markers can be
# associated with custom properties that will be compared with basic equality.
# In addition, there are several special properties that will be compared
# with the range of the markers rather than their properties.
#
# * `properties` An {Object} containing properties that each returned marker
# must satisfy. Markers can be associated with custom properties, which are
# compared with basic equality. In addition, several reserved properties
# can be used to filter markers based on their current range:
# * `startBufferPosition` Only include markers starting at this {Point} in buffer coordinates.
# * `endBufferPosition` Only include markers ending at this {Point} in buffer coordinates.
# * `startScreenPosition` Only include markers starting at this {Point} in screen coordinates.
# * `endScreenPosition` Only include markers ending at this {Point} in screen coordinates.
# * `startBufferRow` Only include markers starting at this row in buffer coordinates.
# * `endBufferRow` Only include markers ending at this row in buffer coordinates.
# * `startScreenRow` Only include markers starting at this row in screen coordinates.
# * `endScreenRow` Only include markers ending at this row in screen coordinates.
# * `intersectsBufferRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in buffer coordinates.
# * `intersectsScreenRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in screen coordinates.
# * `containsBufferRange` Only include markers containing this {Range} in buffer coordinates.
# * `containsBufferPosition` Only include markers containing this {Point} in buffer coordinates.
# * `containedInBufferRange` Only include markers contained in this {Range} in buffer coordinates.
# * `containedInScreenRange` Only include markers contained in this {Range} in screen coordinates.
# * `intersectsBufferRange` Only include markers intersecting this {Range} in buffer coordinates.
# * `intersectsScreenRange` Only include markers intersecting this {Range} in screen coordinates.
#
# Returns an {Array} of {DisplayMarker}s
findMarkers: (params) ->
params = @translateToBufferMarkerLayerFindParams(params)
@bufferMarkerLayer.findMarkers(params).map (stringMarker) => @getMarker(stringMarker.id)
###
Section: Private
###
translateBufferPosition: (bufferPosition, options) ->
@displayLayer.translateBufferPosition(bufferPosition, options)
translateBufferRange: (bufferRange, options) ->
@displayLayer.translateBufferRange(bufferRange, options)
translateScreenPosition: (screenPosition, options) ->
@displayLayer.translateScreenPosition(screenPosition, options)
translateScreenRange: (screenRange, options) ->
@displayLayer.translateScreenRange(screenRange, options)
emitDidUpdate: ->
@emitter.emit('did-update')
notifyObserversIfMarkerScreenPositionsChanged: ->
for marker in @getMarkers()
marker.notifyObservers(false)
return
destroyMarker: (id) ->
if marker = @markersById[id]
marker.didDestroyBufferMarker()
didDestroyMarker: (marker) ->
@markersWithDestroyListeners.delete(marker)
delete @markersById[marker.id]
translateToBufferMarkerLayerFindParams: (params) ->
bufferMarkerLayerFindParams = {}
for key, value of params
switch key
when 'startBufferPosition'
key = 'startPosition'
when 'endBufferPosition'
key = 'endPosition'
when 'startScreenPosition'
key = 'startPosition'
value = @displayLayer.translateScreenPosition(value)
when 'endScreenPosition'
key = 'endPosition'
value = @displayLayer.translateScreenPosition(value)
when 'startBufferRow'
key = 'startRow'
when 'endBufferRow'
key = 'endRow'
when 'startScreenRow'
key = 'startRow'
value = @displayLayer.translateScreenPosition(Point(value, 0)).row
when 'endScreenRow'
key = 'endRow'
value = @displayLayer.translateScreenPosition(Point(value, Infinity)).row
when 'intersectsBufferRowRange'
key = '<KEY>'
when 'intersectsScreenRowRange'
key = '<KEY>'
[startScreenRow, endScreenRow] = value
startBufferRow = @displayLayer.translateScreenPosition(Point(startScreenRow, 0)).row
endBufferRow = @displayLayer.translateScreenPosition(Point(endScreenRow, Infinity)).row
value = [startBufferRow, endBufferRow]
when 'containsBufferRange'
key = 'containsRange'
when 'containsScreenRange'
key = 'containsRange'
value = @displayLayer.translateScreenRange(value)
when 'containsBufferPosition'
key = 'containsPosition'
when 'containsScreenPosition'
key = 'containsPosition'
value = @displayLayer.translateScreenPosition(value)
when 'containedInBufferRange'
key = 'containedInRange'
when 'containedInScreenRange'
key = 'containedInRange'
value = @displayLayer.translateScreenRange(value)
when 'intersectsBufferRange'
key = 'intersectsRange'
when 'intersectsScreenRange'
key = 'intersectsRange'
value = @displayLayer.translateScreenRange(value)
bufferMarkerLayerFindParams[key] = value
bufferMarkerLayerFindParams
| true | {Emitter, CompositeDisposable} = require 'event-kit'
DisplayMarker = require './display-marker'
Range = require './range'
Point = require './point'
# Public: *Experimental:* A container for a related set of markers at the
# {DisplayLayer} level. Wraps an underlying {MarkerLayer} on the {TextBuffer}.
#
# This API is experimental and subject to change on any release.
module.exports =
class DisplayMarkerLayer
constructor: (@displayLayer, @bufferMarkerLayer, @ownsBufferMarkerLayer) ->
{@id} = @bufferMarkerLayer
@bufferMarkerLayer.displayMarkerLayers.add(this)
@markersById = {}
@destroyed = false
@emitter = new Emitter
@subscriptions = new CompositeDisposable
@markersWithDestroyListeners = new Set
@subscriptions.add(@bufferMarkerLayer.onDidUpdate(@emitDidUpdate.bind(this)))
###
Section: Lifecycle
###
# Essential: Destroy this layer.
destroy: ->
return if @destroyed
@destroyed = true
@clear()
@subscriptions.dispose()
@bufferMarkerLayer.displayMarkerLayers.delete(this)
@bufferMarkerLayer.destroy() if @ownsBufferMarkerLayer
@displayLayer.didDestroyMarkerLayer(@id)
@emitter.emit('did-destroy')
@emitter.clear()
# Public: Destroy all markers in this layer.
clear: ->
@bufferMarkerLayer.clear()
didClearBufferMarkerLayer: ->
@markersWithDestroyListeners.forEach (marker) -> marker.didDestroyBufferMarker()
@markersById = {}
# Essential: Determine whether this layer has been destroyed.
#
# Returns a {Boolean}.
isDestroyed: ->
@destroyed
###
Section: Event Subscription
###
# Public: Subscribe to be notified synchronously when this layer is destroyed.
#
# Returns a {Disposable}.
onDidDestroy: (callback) ->
@emitter.on('did-destroy', callback)
# Public: Subscribe to be notified asynchronously whenever markers are
# created, updated, or destroyed on this layer. *Prefer this method for
# optimal performance when interacting with layers that could contain large
# numbers of markers.*
#
# * `callback` A {Function} that will be called with no arguments when changes
# occur on this layer.
#
# Subscribers are notified once, asynchronously when any number of changes
# occur in a given tick of the event loop. You should re-query the layer
# to determine the state of markers in which you're interested in. It may
# be counter-intuitive, but this is much more efficient than subscribing to
# events on individual markers, which are expensive to deliver.
#
# Returns a {Disposable}.
onDidUpdate: (callback) ->
@emitter.on('did-update', callback)
# Public: Subscribe to be notified synchronously whenever markers are created
# on this layer. *Avoid this method for optimal performance when interacting
# with layers that could contain large numbers of markers.*
#
# * `callback` A {Function} that will be called with a {TextEditorMarker}
# whenever a new marker is created.
#
# You should prefer {onDidUpdate} when synchronous notifications aren't
# absolutely necessary.
#
# Returns a {Disposable}.
onDidCreateMarker: (callback) ->
@bufferMarkerLayer.onDidCreateMarker (bufferMarker) =>
callback(@getMarker(bufferMarker.id))
###
Section: Marker creation
###
# Public: Create a marker with the given screen range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`. Applies to the start and end of the given range.
#
# Returns a {DisplayMarker}.
markScreenRange: (screenRange, options) ->
screenRange = Range.fromObject(screenRange)
bufferRange = @displayLayer.translateScreenRange(screenRange, options)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given screen
# position and no tail.
#
# * `screenPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
# * `clipDirection` {String} If `'backward'`, returns the first valid
# position preceding an invalid position. If `'forward'`, returns the
# first valid position following an invalid position. If `'closest'`,
# returns the first valid position closest to an invalid position.
# Defaults to `'closest'`.
#
# Returns a {DisplayMarker}.
markScreenPosition: (screenPosition, options) ->
screenPosition = Point.fromObject(screenPosition)
bufferPosition = @displayLayer.translateScreenPosition(screenPosition, options)
@getMarker(@bufferMarkerLayer.markPosition(bufferPosition, options).id)
# Public: Create a marker with the given buffer range.
#
# * `range` A {Range} or range-compatible {Array}
# * `options` A hash of key-value pairs to associate with the marker. There
# are also reserved property names that have marker-specific meaning.
# * `reversed` (optional) {Boolean} Creates the marker in a reversed
# orientation. (default: false)
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferRange: (bufferRange, options) ->
bufferRange = Range.fromObject(bufferRange)
@getMarker(@bufferMarkerLayer.markRange(bufferRange, options).id)
# Public: Create a marker on this layer with its head at the given buffer
# position and no tail.
#
# * `bufferPosition` A {Point} or point-compatible {Array}
# * `options` (optional) An {Object} with the following keys:
# * `invalidate` (optional) {String} Determines the rules by which changes
# to the buffer *invalidate* the marker. (default: 'overlap') It can be
# any of the following strategies, in order of fragility:
# * __never__: The marker is never marked as invalid. This is a good choice for
# markers representing selections in an editor.
# * __surround__: The marker is invalidated by changes that completely surround it.
# * __overlap__: The marker is invalidated by changes that surround the
# start or end of the marker. This is the default.
# * __inside__: The marker is invalidated by changes that extend into the
# inside of the marker. Changes that end at the marker's start or
# start at the marker's end do not invalidate the marker.
# * __touch__: The marker is invalidated by a change that touches the marked
# region in any way, including changes that end at the marker's
# start or start at the marker's end. This is the most fragile strategy.
# * `exclusive` {Boolean} indicating whether insertions at the start or end
# of the marked range should be interpreted as happening *outside* the
# marker. Defaults to `false`, except when using the `inside`
# invalidation strategy or when when the marker has no tail, in which
# case it defaults to true. Explicitly assigning this option overrides
# behavior in all circumstances.
#
# Returns a {DisplayMarker}.
markBufferPosition: (bufferPosition, options) ->
@getMarker(@bufferMarkerLayer.markPosition(Point.fromObject(bufferPosition), options).id)
###
Section: Querying
###
# Essential: Get an existing marker by its id.
#
# Returns a {DisplayMarker}.
getMarker: (id) ->
if displayMarker = @markersById[id]
displayMarker
else if bufferMarker = @bufferMarkerLayer.getMarker(id)
@markersById[id] = new DisplayMarker(this, bufferMarker)
# Essential: Get all markers in the layer.
#
# Returns an {Array} of {DisplayMarker}s.
getMarkers: ->
@bufferMarkerLayer.getMarkers().map ({id}) => @getMarker(id)
# Public: Get the number of markers in the marker layer.
#
# Returns a {Number}.
getMarkerCount: ->
@bufferMarkerLayer.getMarkerCount()
# Public: Find markers in the layer conforming to the given parameters.
#
# This method finds markers based on the given properties. Markers can be
# associated with custom properties that will be compared with basic equality.
# In addition, there are several special properties that will be compared
# with the range of the markers rather than their properties.
#
# * `properties` An {Object} containing properties that each returned marker
# must satisfy. Markers can be associated with custom properties, which are
# compared with basic equality. In addition, several reserved properties
# can be used to filter markers based on their current range:
# * `startBufferPosition` Only include markers starting at this {Point} in buffer coordinates.
# * `endBufferPosition` Only include markers ending at this {Point} in buffer coordinates.
# * `startScreenPosition` Only include markers starting at this {Point} in screen coordinates.
# * `endScreenPosition` Only include markers ending at this {Point} in screen coordinates.
# * `startBufferRow` Only include markers starting at this row in buffer coordinates.
# * `endBufferRow` Only include markers ending at this row in buffer coordinates.
# * `startScreenRow` Only include markers starting at this row in screen coordinates.
# * `endScreenRow` Only include markers ending at this row in screen coordinates.
# * `intersectsBufferRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in buffer coordinates.
# * `intersectsScreenRowRange` Only include markers intersecting this {Array}
# of `[startRow, endRow]` in screen coordinates.
# * `containsBufferRange` Only include markers containing this {Range} in buffer coordinates.
# * `containsBufferPosition` Only include markers containing this {Point} in buffer coordinates.
# * `containedInBufferRange` Only include markers contained in this {Range} in buffer coordinates.
# * `containedInScreenRange` Only include markers contained in this {Range} in screen coordinates.
# * `intersectsBufferRange` Only include markers intersecting this {Range} in buffer coordinates.
# * `intersectsScreenRange` Only include markers intersecting this {Range} in screen coordinates.
#
# Returns an {Array} of {DisplayMarker}s
findMarkers: (params) ->
params = @translateToBufferMarkerLayerFindParams(params)
@bufferMarkerLayer.findMarkers(params).map (stringMarker) => @getMarker(stringMarker.id)
###
Section: Private
###
translateBufferPosition: (bufferPosition, options) ->
@displayLayer.translateBufferPosition(bufferPosition, options)
translateBufferRange: (bufferRange, options) ->
@displayLayer.translateBufferRange(bufferRange, options)
translateScreenPosition: (screenPosition, options) ->
@displayLayer.translateScreenPosition(screenPosition, options)
translateScreenRange: (screenRange, options) ->
@displayLayer.translateScreenRange(screenRange, options)
emitDidUpdate: ->
@emitter.emit('did-update')
notifyObserversIfMarkerScreenPositionsChanged: ->
for marker in @getMarkers()
marker.notifyObservers(false)
return
destroyMarker: (id) ->
if marker = @markersById[id]
marker.didDestroyBufferMarker()
didDestroyMarker: (marker) ->
@markersWithDestroyListeners.delete(marker)
delete @markersById[marker.id]
translateToBufferMarkerLayerFindParams: (params) ->
bufferMarkerLayerFindParams = {}
for key, value of params
switch key
when 'startBufferPosition'
key = 'startPosition'
when 'endBufferPosition'
key = 'endPosition'
when 'startScreenPosition'
key = 'startPosition'
value = @displayLayer.translateScreenPosition(value)
when 'endScreenPosition'
key = 'endPosition'
value = @displayLayer.translateScreenPosition(value)
when 'startBufferRow'
key = 'startRow'
when 'endBufferRow'
key = 'endRow'
when 'startScreenRow'
key = 'startRow'
value = @displayLayer.translateScreenPosition(Point(value, 0)).row
when 'endScreenRow'
key = 'endRow'
value = @displayLayer.translateScreenPosition(Point(value, Infinity)).row
when 'intersectsBufferRowRange'
key = 'PI:KEY:<KEY>END_PI'
when 'intersectsScreenRowRange'
key = 'PI:KEY:<KEY>END_PI'
[startScreenRow, endScreenRow] = value
startBufferRow = @displayLayer.translateScreenPosition(Point(startScreenRow, 0)).row
endBufferRow = @displayLayer.translateScreenPosition(Point(endScreenRow, Infinity)).row
value = [startBufferRow, endBufferRow]
when 'containsBufferRange'
key = 'containsRange'
when 'containsScreenRange'
key = 'containsRange'
value = @displayLayer.translateScreenRange(value)
when 'containsBufferPosition'
key = 'containsPosition'
when 'containsScreenPosition'
key = 'containsPosition'
value = @displayLayer.translateScreenPosition(value)
when 'containedInBufferRange'
key = 'containedInRange'
when 'containedInScreenRange'
key = 'containedInRange'
value = @displayLayer.translateScreenRange(value)
when 'intersectsBufferRange'
key = 'intersectsRange'
when 'intersectsScreenRange'
key = 'intersectsRange'
value = @displayLayer.translateScreenRange(value)
bufferMarkerLayerFindParams[key] = value
bufferMarkerLayerFindParams
|
[
{
"context": "module.exports = ->\n port: 5000\n\n name: 'Bumpin.js'\n\n hosturl: 'http://localhost:5000'\n cdn: ",
"end": 47,
"score": 0.46238383650779724,
"start": 43,
"tag": "NAME",
"value": "Bump"
},
{
"context": "module.exports = ->\n port: 5000\n\n name: 'Bumpin.js'\n\n hosturl: 'http://localhost:5000'\n cdn: './'\n",
"end": 52,
"score": 0.5030220150947571,
"start": 47,
"tag": "USERNAME",
"value": "in.js"
}
] | config.coffee | rongierlach/bumpin.js | 0 | module.exports = ->
port: 5000
name: 'Bumpin.js'
hosturl: 'http://localhost:5000'
cdn: './'
version: '?v=0'
env: 'development'
title: 'Bumpin.js'
site_description: "Affect DOM elements with the Web Audio API"
site_keywords: ["bumpin.js", "audio", "visualizer", "dancer", "codepen", "webaudio", "api", "DOM"]
google_analytics: 'UA-XXXXXXXX-XX'
| 185201 | module.exports = ->
port: 5000
name: '<NAME>in.js'
hosturl: 'http://localhost:5000'
cdn: './'
version: '?v=0'
env: 'development'
title: 'Bumpin.js'
site_description: "Affect DOM elements with the Web Audio API"
site_keywords: ["bumpin.js", "audio", "visualizer", "dancer", "codepen", "webaudio", "api", "DOM"]
google_analytics: 'UA-XXXXXXXX-XX'
| true | module.exports = ->
port: 5000
name: 'PI:NAME:<NAME>END_PIin.js'
hosturl: 'http://localhost:5000'
cdn: './'
version: '?v=0'
env: 'development'
title: 'Bumpin.js'
site_description: "Affect DOM elements with the Web Audio API"
site_keywords: ["bumpin.js", "audio", "visualizer", "dancer", "codepen", "webaudio", "api", "DOM"]
google_analytics: 'UA-XXXXXXXX-XX'
|
[
{
"context": "###\n mapscii - Terminal Map Viewer\n by Michael Strassburger <codepoet@cpan.org>\n\n UI and central command cen",
"end": 61,
"score": 0.9998716115951538,
"start": 41,
"tag": "NAME",
"value": "Michael Strassburger"
},
{
"context": " - Terminal Map Viewer\n by Michael Strassburger <codepoet@cpan.org>\n\n UI and central command center\n###\n\nkeypress =",
"end": 80,
"score": 0.9999324083328247,
"start": 63,
"tag": "EMAIL",
"value": "codepoet@cpan.org"
}
] | src/Mapscii.coffee | 82ndAirborneDiv/mapsc | 1 | ###
mapscii - Terminal Map Viewer
by Michael Strassburger <codepoet@cpan.org>
UI and central command center
###
keypress = require 'keypress'
TermMouse = require 'term-mouse'
Promise = require 'bluebird'
Renderer = require './Renderer'
TileSource = require './TileSource'
utils = require './utils'
config = require './config'
module.exports = class Mapscii
width: null
height: null
canvas: null
mouse: null
mouseDragging: false
mousePosition:
x: 0, y: 0
tileSource: null
renderer: null
zoom: 0
center:
# sf lat: 37.787946, lon: -122.407522
# iceland lat: 64.124229, lon: -21.811552
# rgbg
# lat: 49.019493, lon: 12.098341
lat: 52.51298, lon: 13.42012
minZoom: null
constructor: (options) ->
config[key] = val for key, val of options
init: ->
Promise
.resolve()
.then =>
unless config.headless
@_initKeyboard()
@_initMouse()
@_initTileSource()
.then =>
@_initRenderer()
.then =>
@_draw()
.then => @notify("Welcome to MapSCII! Use your cursors to navigate, a/z to zoom, q to quit.")
_initTileSource: ->
@tileSource = new TileSource()
@tileSource.init config.source
_initKeyboard: ->
keypress config.input
config.input.setRawMode true if config.input.setRawMode
config.input.resume()
config.input.on 'keypress', (ch, key) => @_onKey key
_initMouse: ->
@mouse = TermMouse input: config.input, output: config.output
@mouse.start()
@mouse.on 'click', (event) => @_onClick event
@mouse.on 'scroll', (event) => @_onMouseScroll event
@mouse.on 'move', (event) => @_onMouseMove event
_initRenderer: ->
@renderer = new Renderer config.output, @tileSource
@renderer.loadStyleFile config.styleFile
config.output.on 'resize', =>
@_resizeRenderer()
@_draw()
@_resizeRenderer()
@zoom = if config.initialZoom isnt null then config.initialZoom else @minZoom
_resizeRenderer: (cb) ->
if config.size
@width = config.size.width
@height = config.size.height
else
@width = config.output.columns >> 1 << 2
@height = config.output.rows * 4 - 4
@minZoom = 4-Math.log(4096/@width)/Math.LN2
@renderer.setSize @width, @height
_updateMousePosition: (event) ->
projected =
x: (event.x-.5)*2
y: (event.y-.5)*4
size = utils.tilesizeAtZoom @zoom
[dx, dy] = [projected.x-@width/2, projected.y-@height/2]
z = utils.baseZoom @zoom
center = utils.ll2tile @center.lon, @center.lat, z
@mousePosition = utils.normalize utils.tile2ll center.x+(dx/size), center.y+(dy/size), z
_onClick: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
@_updateMousePosition event
if @mouseDragging and event.button is "left"
@mouseDragging = false
else
@setCenter @mousePosition.lat, @mousePosition.lon
@_draw()
_onMouseScroll: (event) ->
@_updateMousePosition event
# TODO: handle .x/y for directed zoom
@zoomBy config.zoomStep * if event.button is "up" then 1 else -1
@_draw()
_onMouseMove: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
return if config.mouseCallback and not config.mouseCallback event
# start dragging
if event.button is "left"
if @mouseDragging
dx = (@mouseDragging.x-event.x)*2
dy = (@mouseDragging.y-event.y)*4
size = utils.tilesizeAtZoom @zoom
newCenter = utils.tile2ll @mouseDragging.center.x+(dx/size),
@mouseDragging.center.y+(dy/size),
utils.baseZoom(@zoom)
@setCenter newCenter.lat, newCenter.lon
@_draw()
else
@mouseDragging =
x: event.x,
y: event.y,
center: utils.ll2tile @center.lon, @center.lat, utils.baseZoom(@zoom)
@_updateMousePosition event
@notify @_getFooter()
_onKey: (key) ->
if config.keyCallback and not config.keyCallback key
return
# check if the pressed key is configured
draw = switch key?.name
when "q"
if config.quitCallback
config.quitCallback()
else
process.exit 0
when "a" then @zoomBy config.zoomStep
when "z", "y"
@zoomBy -config.zoomStep
when "left" then @moveBy 0, -8/Math.pow(2, @zoom)
when "right" then @moveBy 0, 8/Math.pow(2, @zoom)
when "up" then @moveBy 6/Math.pow(2, @zoom), 0
when "down" then @moveBy -6/Math.pow(2, @zoom), 0
when "c"
config.useBraille = !config.useBraille
true
else
null
if draw isnt null
@_draw()
_draw: ->
@renderer
.draw @center, @zoom
.then (frame) =>
@_write frame
@notify @_getFooter()
.catch =>
@notify "renderer is busy"
_getFooter: ->
# tile = utils.ll2tile @center.lon, @center.lat, @zoom
# "tile: #{utils.digits tile.x, 3}, #{utils.digits tile.x, 3} "+
"center: #{utils.digits @center.lat, 3}, #{utils.digits @center.lon, 3} "+
"zoom: #{utils.digits @zoom, 2} "+
"mouse: #{utils.digits @mousePosition.lat, 3}, #{utils.digits @mousePosition.lon, 3} "
notify: (text) ->
config.onUpdate() if config.onUpdate
@_write "\r\x1B[K"+text unless config.headless
_write: (output) ->
config.output.write output
zoomBy: (step) ->
return @zoom = @minZoom if @zoom+step < @minZoom
return @zoom = config.maxZoom if @zoom+step > config.maxZoom
@zoom += step
moveBy: (lat, lon) ->
@setCenter @center.lat+lat, @center.lon+lon
setCenter: (lat, lon) ->
@center = utils.normalize lon: lon, lat: lat
| 189652 | ###
mapscii - Terminal Map Viewer
by <NAME> <<EMAIL>>
UI and central command center
###
keypress = require 'keypress'
TermMouse = require 'term-mouse'
Promise = require 'bluebird'
Renderer = require './Renderer'
TileSource = require './TileSource'
utils = require './utils'
config = require './config'
module.exports = class Mapscii
width: null
height: null
canvas: null
mouse: null
mouseDragging: false
mousePosition:
x: 0, y: 0
tileSource: null
renderer: null
zoom: 0
center:
# sf lat: 37.787946, lon: -122.407522
# iceland lat: 64.124229, lon: -21.811552
# rgbg
# lat: 49.019493, lon: 12.098341
lat: 52.51298, lon: 13.42012
minZoom: null
constructor: (options) ->
config[key] = val for key, val of options
init: ->
Promise
.resolve()
.then =>
unless config.headless
@_initKeyboard()
@_initMouse()
@_initTileSource()
.then =>
@_initRenderer()
.then =>
@_draw()
.then => @notify("Welcome to MapSCII! Use your cursors to navigate, a/z to zoom, q to quit.")
_initTileSource: ->
@tileSource = new TileSource()
@tileSource.init config.source
_initKeyboard: ->
keypress config.input
config.input.setRawMode true if config.input.setRawMode
config.input.resume()
config.input.on 'keypress', (ch, key) => @_onKey key
_initMouse: ->
@mouse = TermMouse input: config.input, output: config.output
@mouse.start()
@mouse.on 'click', (event) => @_onClick event
@mouse.on 'scroll', (event) => @_onMouseScroll event
@mouse.on 'move', (event) => @_onMouseMove event
_initRenderer: ->
@renderer = new Renderer config.output, @tileSource
@renderer.loadStyleFile config.styleFile
config.output.on 'resize', =>
@_resizeRenderer()
@_draw()
@_resizeRenderer()
@zoom = if config.initialZoom isnt null then config.initialZoom else @minZoom
_resizeRenderer: (cb) ->
if config.size
@width = config.size.width
@height = config.size.height
else
@width = config.output.columns >> 1 << 2
@height = config.output.rows * 4 - 4
@minZoom = 4-Math.log(4096/@width)/Math.LN2
@renderer.setSize @width, @height
_updateMousePosition: (event) ->
projected =
x: (event.x-.5)*2
y: (event.y-.5)*4
size = utils.tilesizeAtZoom @zoom
[dx, dy] = [projected.x-@width/2, projected.y-@height/2]
z = utils.baseZoom @zoom
center = utils.ll2tile @center.lon, @center.lat, z
@mousePosition = utils.normalize utils.tile2ll center.x+(dx/size), center.y+(dy/size), z
_onClick: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
@_updateMousePosition event
if @mouseDragging and event.button is "left"
@mouseDragging = false
else
@setCenter @mousePosition.lat, @mousePosition.lon
@_draw()
_onMouseScroll: (event) ->
@_updateMousePosition event
# TODO: handle .x/y for directed zoom
@zoomBy config.zoomStep * if event.button is "up" then 1 else -1
@_draw()
_onMouseMove: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
return if config.mouseCallback and not config.mouseCallback event
# start dragging
if event.button is "left"
if @mouseDragging
dx = (@mouseDragging.x-event.x)*2
dy = (@mouseDragging.y-event.y)*4
size = utils.tilesizeAtZoom @zoom
newCenter = utils.tile2ll @mouseDragging.center.x+(dx/size),
@mouseDragging.center.y+(dy/size),
utils.baseZoom(@zoom)
@setCenter newCenter.lat, newCenter.lon
@_draw()
else
@mouseDragging =
x: event.x,
y: event.y,
center: utils.ll2tile @center.lon, @center.lat, utils.baseZoom(@zoom)
@_updateMousePosition event
@notify @_getFooter()
_onKey: (key) ->
if config.keyCallback and not config.keyCallback key
return
# check if the pressed key is configured
draw = switch key?.name
when "q"
if config.quitCallback
config.quitCallback()
else
process.exit 0
when "a" then @zoomBy config.zoomStep
when "z", "y"
@zoomBy -config.zoomStep
when "left" then @moveBy 0, -8/Math.pow(2, @zoom)
when "right" then @moveBy 0, 8/Math.pow(2, @zoom)
when "up" then @moveBy 6/Math.pow(2, @zoom), 0
when "down" then @moveBy -6/Math.pow(2, @zoom), 0
when "c"
config.useBraille = !config.useBraille
true
else
null
if draw isnt null
@_draw()
_draw: ->
@renderer
.draw @center, @zoom
.then (frame) =>
@_write frame
@notify @_getFooter()
.catch =>
@notify "renderer is busy"
_getFooter: ->
# tile = utils.ll2tile @center.lon, @center.lat, @zoom
# "tile: #{utils.digits tile.x, 3}, #{utils.digits tile.x, 3} "+
"center: #{utils.digits @center.lat, 3}, #{utils.digits @center.lon, 3} "+
"zoom: #{utils.digits @zoom, 2} "+
"mouse: #{utils.digits @mousePosition.lat, 3}, #{utils.digits @mousePosition.lon, 3} "
notify: (text) ->
config.onUpdate() if config.onUpdate
@_write "\r\x1B[K"+text unless config.headless
_write: (output) ->
config.output.write output
zoomBy: (step) ->
return @zoom = @minZoom if @zoom+step < @minZoom
return @zoom = config.maxZoom if @zoom+step > config.maxZoom
@zoom += step
moveBy: (lat, lon) ->
@setCenter @center.lat+lat, @center.lon+lon
setCenter: (lat, lon) ->
@center = utils.normalize lon: lon, lat: lat
| true | ###
mapscii - Terminal Map Viewer
by PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
UI and central command center
###
keypress = require 'keypress'
TermMouse = require 'term-mouse'
Promise = require 'bluebird'
Renderer = require './Renderer'
TileSource = require './TileSource'
utils = require './utils'
config = require './config'
module.exports = class Mapscii
width: null
height: null
canvas: null
mouse: null
mouseDragging: false
mousePosition:
x: 0, y: 0
tileSource: null
renderer: null
zoom: 0
center:
# sf lat: 37.787946, lon: -122.407522
# iceland lat: 64.124229, lon: -21.811552
# rgbg
# lat: 49.019493, lon: 12.098341
lat: 52.51298, lon: 13.42012
minZoom: null
constructor: (options) ->
config[key] = val for key, val of options
init: ->
Promise
.resolve()
.then =>
unless config.headless
@_initKeyboard()
@_initMouse()
@_initTileSource()
.then =>
@_initRenderer()
.then =>
@_draw()
.then => @notify("Welcome to MapSCII! Use your cursors to navigate, a/z to zoom, q to quit.")
_initTileSource: ->
@tileSource = new TileSource()
@tileSource.init config.source
_initKeyboard: ->
keypress config.input
config.input.setRawMode true if config.input.setRawMode
config.input.resume()
config.input.on 'keypress', (ch, key) => @_onKey key
_initMouse: ->
@mouse = TermMouse input: config.input, output: config.output
@mouse.start()
@mouse.on 'click', (event) => @_onClick event
@mouse.on 'scroll', (event) => @_onMouseScroll event
@mouse.on 'move', (event) => @_onMouseMove event
_initRenderer: ->
@renderer = new Renderer config.output, @tileSource
@renderer.loadStyleFile config.styleFile
config.output.on 'resize', =>
@_resizeRenderer()
@_draw()
@_resizeRenderer()
@zoom = if config.initialZoom isnt null then config.initialZoom else @minZoom
_resizeRenderer: (cb) ->
if config.size
@width = config.size.width
@height = config.size.height
else
@width = config.output.columns >> 1 << 2
@height = config.output.rows * 4 - 4
@minZoom = 4-Math.log(4096/@width)/Math.LN2
@renderer.setSize @width, @height
_updateMousePosition: (event) ->
projected =
x: (event.x-.5)*2
y: (event.y-.5)*4
size = utils.tilesizeAtZoom @zoom
[dx, dy] = [projected.x-@width/2, projected.y-@height/2]
z = utils.baseZoom @zoom
center = utils.ll2tile @center.lon, @center.lat, z
@mousePosition = utils.normalize utils.tile2ll center.x+(dx/size), center.y+(dy/size), z
_onClick: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
@_updateMousePosition event
if @mouseDragging and event.button is "left"
@mouseDragging = false
else
@setCenter @mousePosition.lat, @mousePosition.lon
@_draw()
_onMouseScroll: (event) ->
@_updateMousePosition event
# TODO: handle .x/y for directed zoom
@zoomBy config.zoomStep * if event.button is "up" then 1 else -1
@_draw()
_onMouseMove: (event) ->
return if event.x < 0 or event.x > @width/2 or event.y < 0 or event.y > @height/4
return if config.mouseCallback and not config.mouseCallback event
# start dragging
if event.button is "left"
if @mouseDragging
dx = (@mouseDragging.x-event.x)*2
dy = (@mouseDragging.y-event.y)*4
size = utils.tilesizeAtZoom @zoom
newCenter = utils.tile2ll @mouseDragging.center.x+(dx/size),
@mouseDragging.center.y+(dy/size),
utils.baseZoom(@zoom)
@setCenter newCenter.lat, newCenter.lon
@_draw()
else
@mouseDragging =
x: event.x,
y: event.y,
center: utils.ll2tile @center.lon, @center.lat, utils.baseZoom(@zoom)
@_updateMousePosition event
@notify @_getFooter()
_onKey: (key) ->
if config.keyCallback and not config.keyCallback key
return
# check if the pressed key is configured
draw = switch key?.name
when "q"
if config.quitCallback
config.quitCallback()
else
process.exit 0
when "a" then @zoomBy config.zoomStep
when "z", "y"
@zoomBy -config.zoomStep
when "left" then @moveBy 0, -8/Math.pow(2, @zoom)
when "right" then @moveBy 0, 8/Math.pow(2, @zoom)
when "up" then @moveBy 6/Math.pow(2, @zoom), 0
when "down" then @moveBy -6/Math.pow(2, @zoom), 0
when "c"
config.useBraille = !config.useBraille
true
else
null
if draw isnt null
@_draw()
_draw: ->
@renderer
.draw @center, @zoom
.then (frame) =>
@_write frame
@notify @_getFooter()
.catch =>
@notify "renderer is busy"
_getFooter: ->
# tile = utils.ll2tile @center.lon, @center.lat, @zoom
# "tile: #{utils.digits tile.x, 3}, #{utils.digits tile.x, 3} "+
"center: #{utils.digits @center.lat, 3}, #{utils.digits @center.lon, 3} "+
"zoom: #{utils.digits @zoom, 2} "+
"mouse: #{utils.digits @mousePosition.lat, 3}, #{utils.digits @mousePosition.lon, 3} "
notify: (text) ->
config.onUpdate() if config.onUpdate
@_write "\r\x1B[K"+text unless config.headless
_write: (output) ->
config.output.write output
zoomBy: (step) ->
return @zoom = @minZoom if @zoom+step < @minZoom
return @zoom = config.maxZoom if @zoom+step > config.maxZoom
@zoom += step
moveBy: (lat, lon) ->
@setCenter @center.lat+lat, @center.lon+lon
setCenter: (lat, lon) ->
@center = utils.normalize lon: lon, lat: lat
|
[
{
"context": ": ['Enero', 'Febrero', 'Marzo', 'Abril', 'Mayo', 'Junio', 'Julio', 'Agosto', 'Septiembre', 'Octubre', 'No",
"end": 1349,
"score": 0.9301509857177734,
"start": 1344,
"tag": "NAME",
"value": "Junio"
},
{
"context": "', 'Febrero', 'Marzo', 'Abril', 'Mayo', 'Junio', 'Julio', 'Agosto', 'Septiembre', 'Octubre', 'Noviembre',",
"end": 1358,
"score": 0.9294619560241699,
"start": 1353,
"tag": "NAME",
"value": "Julio"
},
{
"context": "ro', 'Marzo', 'Abril', 'Mayo', 'Junio', 'Julio', 'Agosto', 'Septiembre', 'Octubre', 'Noviembre', 'Diciemb",
"end": 1367,
"score": 0.7413101196289062,
"start": 1362,
"tag": "NAME",
"value": "Agost"
},
{
"context": "', 'Diciembre']\r\n 'PL': ['Styczeń', 'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Si",
"end": 1459,
"score": 0.579677939414978,
"start": 1456,
"tag": "NAME",
"value": "Mar"
},
{
"context": "bre']\r\n 'PL': ['Styczeń', 'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzes",
"end": 1474,
"score": 0.9403043985366821,
"start": 1466,
"tag": "NAME",
"value": "Kwiecień"
},
{
"context": " 'PL': ['Styczeń', 'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', '",
"end": 1481,
"score": 0.9886214733123779,
"start": 1478,
"tag": "NAME",
"value": "Maj"
},
{
"context": "['Styczeń', 'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik'",
"end": 1493,
"score": 0.9616556167602539,
"start": 1485,
"tag": "NAME",
"value": "Czerwiec"
},
{
"context": "'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopa",
"end": 1503,
"score": 0.9424172043800354,
"start": 1497,
"tag": "NAME",
"value": "Lipiec"
},
{
"context": "arzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopad', 'Grudzie",
"end": 1515,
"score": 0.9626348614692688,
"start": 1507,
"tag": "NAME",
"value": "Sierpień"
},
{
"context": "ecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopad', 'Grudzień']\r\n\r\n\r\n c",
"end": 1527,
"score": 0.9558936953544617,
"start": 1519,
"tag": "NAME",
"value": "Wrzesień"
},
{
"context": "', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopad', 'Grudzień']\r\n\r\n\r\n constToHumanStri",
"end": 1542,
"score": 0.9982365965843201,
"start": 1531,
"tag": "NAME",
"value": "Październik"
},
{
"context": "'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopad', 'Grudzień']\r\n\r\n\r\n constToHumanString: (constan",
"end": 1554,
"score": 0.7350625395774841,
"start": 1546,
"tag": "NAME",
"value": "Listopad"
}
] | app/assets/javascripts/actionable/core/constants.js.coffee | pawelszymanski/actionable-gem | 1 | class Constants
constructor: ->
@STRING = '_string'
@INTEGER_POSITIVE = '_integer_positive'
@INTEGER_NOT_NEGATIVE = '_integer_not_negative'
@BOOLEAN = '_boolean'
@REGEXP = '_regexp'
@REQUIRED = '_required'
@SELECTOR = '_selector'
@SELF = '_self'
@EMPTY = ''
@RESTORE = '_restore'
@REPLACE = '_replace'
@DAYS_OF_WEEK =
'EN': ['Mo', 'Tu', 'We', 'Th', 'Fr', 'Sa', 'Su']
'DE': ['Mo', 'Di', 'Mi', 'Do', 'Fr', 'Sa', 'So']
'FR': ['Lu', 'Ma', 'Me', 'Je', 'Ve', 'Sa', 'Di']
'IT': ['Lu', 'Ma', 'Me', 'Gi', 'Ve', 'Sa', 'Do']
'ES': ['Lu', 'Ma', 'Mi', 'Ju', 'Vi', 'Sá', 'Do']
'PL': ['Pn', 'Wt', 'Śr', 'Cz', 'Pt', 'So', 'N']
@MONTHS =
'EN': ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December']
'DE': ['Januar', 'Februar', 'März', 'April', 'Mai', 'Juni', 'Juli', 'August', 'September', 'Oktober', 'November', 'Dezember']
'FR': ['Janvier', 'Février', 'Mars', 'Avril', 'Mai', 'Juin', 'Juillet', 'Août', 'Septembre', 'Octobre', 'Novembre', 'Décembre']
'IT': ['Gennaio', 'Febbraio', 'Marzo', 'Aprile', 'Maggio', 'Giugno', 'Luglio', 'Agosto', 'Settembre', 'Ottobre', 'Novembre', 'Dicembre']
'ES': ['Enero', 'Febrero', 'Marzo', 'Abril', 'Mayo', 'Junio', 'Julio', 'Agosto', 'Septiembre', 'Octubre', 'Noviembre', 'Diciembre']
'PL': ['Styczeń', 'Luty', 'Marzec', 'Kwiecień', 'Maj', 'Czerwiec', 'Lipiec', 'Sierpień', 'Wrzesień', 'Październik', 'Listopad', 'Grudzień']
constToHumanString: (constant) =>
return 'empty' if constant is @EMPTY
return '?'
@Constants = new Constants
| 218901 | class Constants
constructor: ->
@STRING = '_string'
@INTEGER_POSITIVE = '_integer_positive'
@INTEGER_NOT_NEGATIVE = '_integer_not_negative'
@BOOLEAN = '_boolean'
@REGEXP = '_regexp'
@REQUIRED = '_required'
@SELECTOR = '_selector'
@SELF = '_self'
@EMPTY = ''
@RESTORE = '_restore'
@REPLACE = '_replace'
@DAYS_OF_WEEK =
'EN': ['Mo', 'Tu', 'We', 'Th', 'Fr', 'Sa', 'Su']
'DE': ['Mo', 'Di', 'Mi', 'Do', 'Fr', 'Sa', 'So']
'FR': ['Lu', 'Ma', 'Me', 'Je', 'Ve', 'Sa', 'Di']
'IT': ['Lu', 'Ma', 'Me', 'Gi', 'Ve', 'Sa', 'Do']
'ES': ['Lu', 'Ma', 'Mi', 'Ju', 'Vi', 'Sá', 'Do']
'PL': ['Pn', 'Wt', 'Śr', 'Cz', 'Pt', 'So', 'N']
@MONTHS =
'EN': ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December']
'DE': ['Januar', 'Februar', 'März', 'April', 'Mai', 'Juni', 'Juli', 'August', 'September', 'Oktober', 'November', 'Dezember']
'FR': ['Janvier', 'Février', 'Mars', 'Avril', 'Mai', 'Juin', 'Juillet', 'Août', 'Septembre', 'Octobre', 'Novembre', 'Décembre']
'IT': ['Gennaio', 'Febbraio', 'Marzo', 'Aprile', 'Maggio', 'Giugno', 'Luglio', 'Agosto', 'Settembre', 'Ottobre', 'Novembre', 'Dicembre']
'ES': ['Enero', 'Febrero', 'Marzo', 'Abril', 'Mayo', '<NAME>', '<NAME>', '<NAME>o', 'Septiembre', 'Octubre', 'Noviembre', 'Diciembre']
'PL': ['Styczeń', 'Luty', '<NAME>zec', '<NAME>', '<NAME>', '<NAME>', '<NAME>', '<NAME>', '<NAME>', '<NAME>', '<NAME>', 'Grudzień']
constToHumanString: (constant) =>
return 'empty' if constant is @EMPTY
return '?'
@Constants = new Constants
| true | class Constants
constructor: ->
@STRING = '_string'
@INTEGER_POSITIVE = '_integer_positive'
@INTEGER_NOT_NEGATIVE = '_integer_not_negative'
@BOOLEAN = '_boolean'
@REGEXP = '_regexp'
@REQUIRED = '_required'
@SELECTOR = '_selector'
@SELF = '_self'
@EMPTY = ''
@RESTORE = '_restore'
@REPLACE = '_replace'
@DAYS_OF_WEEK =
'EN': ['Mo', 'Tu', 'We', 'Th', 'Fr', 'Sa', 'Su']
'DE': ['Mo', 'Di', 'Mi', 'Do', 'Fr', 'Sa', 'So']
'FR': ['Lu', 'Ma', 'Me', 'Je', 'Ve', 'Sa', 'Di']
'IT': ['Lu', 'Ma', 'Me', 'Gi', 'Ve', 'Sa', 'Do']
'ES': ['Lu', 'Ma', 'Mi', 'Ju', 'Vi', 'Sá', 'Do']
'PL': ['Pn', 'Wt', 'Śr', 'Cz', 'Pt', 'So', 'N']
@MONTHS =
'EN': ['January', 'February', 'March', 'April', 'May', 'June', 'July', 'August', 'September', 'October', 'November', 'December']
'DE': ['Januar', 'Februar', 'März', 'April', 'Mai', 'Juni', 'Juli', 'August', 'September', 'Oktober', 'November', 'Dezember']
'FR': ['Janvier', 'Février', 'Mars', 'Avril', 'Mai', 'Juin', 'Juillet', 'Août', 'Septembre', 'Octobre', 'Novembre', 'Décembre']
'IT': ['Gennaio', 'Febbraio', 'Marzo', 'Aprile', 'Maggio', 'Giugno', 'Luglio', 'Agosto', 'Settembre', 'Ottobre', 'Novembre', 'Dicembre']
'ES': ['Enero', 'Febrero', 'Marzo', 'Abril', 'Mayo', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PIo', 'Septiembre', 'Octubre', 'Noviembre', 'Diciembre']
'PL': ['Styczeń', 'Luty', 'PI:NAME:<NAME>END_PIzec', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'PI:NAME:<NAME>END_PI', 'Grudzień']
constToHumanString: (constant) =>
return 'empty' if constant is @EMPTY
return '?'
@Constants = new Constants
|
[
{
"context": "ole.log sentence()\n\nclass Person\n constructor: (@name) ->\n\n greet: ->\n Action.say -> \"My name is #{",
"end": 97,
"score": 0.8354071378707886,
"start": 93,
"tag": "USERNAME",
"value": "name"
},
{
"context": "ame) ->\n\n greet: ->\n Action.say -> \"My name is #{@name}!\"\n Action.say => \"My name is #{@name}!\"\n\n",
"end": 144,
"score": 0.697166919708252,
"start": 144,
"tag": "NAME",
"value": ""
},
{
"context": " ->\n\n greet: ->\n Action.say -> \"My name is #{@name}!\"\n Action.say => \"My name is #{@name}!\"\n\nnew ",
"end": 152,
"score": 0.9873575568199158,
"start": 148,
"tag": "USERNAME",
"value": "name"
},
{
"context": "y name is #{@name}!\"\n Action.say => \"My name is #{@name}!\"\n\nnew Person('Alex').greet()\n",
"end": 185,
"score": 0.540774405002594,
"start": 185,
"tag": "NAME",
"value": ""
},
{
"context": "me is #{@name}!\"\n Action.say => \"My name is #{@name}!\"\n\nnew Person('Alex').greet()\n",
"end": 193,
"score": 0.9920147657394409,
"start": 189,
"tag": "USERNAME",
"value": "name"
},
{
"context": "Action.say => \"My name is #{@name}!\"\n\nnew Person('Alex').greet()\n",
"end": 214,
"score": 0.9731804132461548,
"start": 210,
"tag": "NAME",
"value": "Alex"
}
] | code/coffeescript/method-block-binding.coffee | evmorov/ruby-coffeescript | 29 | class Action
@say: (sentence) ->
console.log sentence()
class Person
constructor: (@name) ->
greet: ->
Action.say -> "My name is #{@name}!"
Action.say => "My name is #{@name}!"
new Person('Alex').greet()
| 112558 | class Action
@say: (sentence) ->
console.log sentence()
class Person
constructor: (@name) ->
greet: ->
Action.say -> "My name is<NAME> #{@name}!"
Action.say => "My name is<NAME> #{@name}!"
new Person('<NAME>').greet()
| true | class Action
@say: (sentence) ->
console.log sentence()
class Person
constructor: (@name) ->
greet: ->
Action.say -> "My name isPI:NAME:<NAME>END_PI #{@name}!"
Action.say => "My name isPI:NAME:<NAME>END_PI #{@name}!"
new Person('PI:NAME:<NAME>END_PI').greet()
|
[
{
"context": "# Author: Vishnu Raghav B\n# apps@vishnuraghav.com\n\n# NativeScript-Vue snipp",
"end": 25,
"score": 0.9998897910118103,
"start": 10,
"tag": "NAME",
"value": "Vishnu Raghav B"
},
{
"context": "# Author: Vishnu Raghav B\n# apps@vishnuraghav.com\n\n# NativeScript-Vue snippets\n\n\n'.text.html.vue':\n",
"end": 49,
"score": 0.9999295473098755,
"start": 28,
"tag": "EMAIL",
"value": "apps@vishnuraghav.com"
},
{
"context": "our Cancel button text\",\n userName: \"Username field value\",\n password: \"Password field value\"\n",
"end": 17677,
"score": 0.9315641522407532,
"start": 17657,
"tag": "USERNAME",
"value": "Username field value"
},
{
"context": " \"Username field value\",\n password: \"Password field value\"\n }).then(result => {\n co",
"end": 17725,
"score": 0.9993574619293213,
"start": 17705,
"tag": "PASSWORD",
"value": "Password field value"
}
] | snippets/nativescript-vue-atom-snippets.cson | vishnuraghavb/nativescript-vue-atom-snippets | 0 | # Author: Vishnu Raghav B
# apps@vishnuraghav.com
# NativeScript-Vue snippets
'.text.html.vue':
# Layouts
'{N}-vue AbsoluteLayout':
'prefix': 'nsabsolute'
'body': """
<AbsoluteLayout>
$1
</AbsoluteLayout>
"""
'{N}-vue DockLayout':
'prefix': 'nsdock'
'body': """
<DockLayout stretchLastChild="true">
$1
</DockLayout>
"""
'{N}-vue FlexboxLayout':
'prefix': 'nsflex'
'body': """
<FlexboxLayout flexDirection="row" flexWrap="nowrap" justifyContent="flex-start" alignItems="stretch" alignContent="stretch">
$1
</FlexboxLayout>
"""
'{N}-vue GridLayout':
'prefix': 'nsgrid'
'body': """
<GridLayout columns="$1" rows="$2">
$3
</GridLayout>
"""
'{N}-vue StackLayout':
'prefix': 'nsstack'
'body': """
<StackLayout orientation="vertical">
$1
</StackLayout>
"""
'{N}-vue WrapLayout':
'prefix': 'nswrap'
'body': """
<WrapLayout orientation="horizontal" itemWidth="$1" itemHeight="$2">
$2
</WrapLayout>
"""
# Action-Bar
'{N}-vue ActionBar':
'prefix': 'nsactionbar'
'body': """
<ActionBar title="$1" android.icon="" flat="false" >
<NavigationButton text="Back" android.systemIcon="ic_menu_back" @tap="$2" />
<ActionItem icon="" text="Left" ios.position="left" @tap="" />
<ActionItem icon="" text="Right" ios.position="right" @tap="" />
</ActionBar>
"""
# Components
'{N}-vue ActivityIndicator':
'prefix': 'nsloading'
'body': """
<ActivityIndicator busy="true" @busyChange="onBusyChanged" />
"""
'{N}-vue Button':
'prefix': 'nsbutton'
'body': """
<Button text="$1" @tap="onButtonTap" />
"""
'{N}-vue DatePicker':
'prefix': 'nsdate'
'body': """
<DatePicker date="$1" />
"""
'{N}-vue Frame':
'prefix': 'nsframe'
'body': """
<Frame>
<Page>
<ActionBar title="Default Page Title" />
<GridLayout>
<Label text="Default Page Content" />
</GridLayout>
</Page>
</Frame>
"""
'{N}-vue HtmlView':
'prefix': 'nshtml'
'body': """
<HtmlView html="<div><h1>HtmlView</h1></div>" />
"""
'{N}-vue Image':
'prefix': 'nsimg'
'body': """
<Image src="$1" stretch="none" />
"""
'{N}-vue Label':
'prefix': 'nslabel'
'body': """
<Label text="$1" textWrap="false"/>
"""
'{N}-vue ListPicker':
'prefix': 'nslistpicker'
'body': """
<ListPicker :items="listOfItems" selectedIndex="0" @selectedIndexChange="selectedIndexChanged" />
"""
'{N}-vue ListView':
'prefix': 'nslistview'
'body': """
<ListView for="item in listOfItems" @itemTap="onItemTap">
<v-template>
<Label :text="item.text" />
</v-template>
</ListView>
"""
'{N}-vue Page':
'prefix': 'nspage'
'body': """
<Page actionBarHidden="false">
<ActionBar title="My App" />
<GridLayout>
<Label text="My Content"/>
</GridLayout>
</Page>
"""
'{N}-vue Placeholder':
'prefix': 'nsplaceholder'
'body': """
<Placeholder @creatingView="creatingView" />
"""
'{N}-vue Progress':
'prefix': 'nsprogress'
'body': """
<Progress :value="currentProgress" />
"""
'{N}-vue ScrollView':
'prefix': 'nsscrollview'
'body': """
<ScrollView orientation="horizontal" scrollBarIndicatorVisible="true">
$1
</ScrollView>
"""
'{N}-vue SearchBar':
'prefix': 'nssearchbar'
'body': """
<SearchBar hint="$1" :text="searchPhrase" @textChange="onTextChanged" @submit="onSubmit" />
"""
'{N}-vue SegmentedBar':
'prefix': 'nssegmentedbar'
'body': """
<SegmentedBar :items="listOfItems" selectedIndex="0" @selectedIndexChange="onSelectedIndexChange" />
"""
'{N}-vue Slider':
'prefix': 'nsslider'
'body': """
<Slider value="$1" @valueChange="onValueChanged" />
"""
'{N}-vue Switch':
'prefix': 'nsswitch'
'body': """
<Switch checked="true" />
"""
'{N}-vue TabView':
'prefix': 'nstabview'
'body': """
<TabView :selectedIndex="selectedIndex" @selectedIndexChange="indexChange">
<TabViewItem title="Tab 1">
<Label text="Content for Tab 1" />
</TabViewItem>
<TabViewItem title="Tab 2">
<Label text="Content for Tab 2" />
</TabViewItem>
</TabView>
"""
'{N}-vue Tabs':
'prefix': 'nstabs'
'body': """
<Tabs>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</Tabs>
"""
'{N}-vue BottomNavigation':
'prefix': 'nsbottomnavigation'
'body': """
<BottomNavigation>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</BottomNavigation>
"""
'{N}-vue TextField':
'prefix': 'nstextfield'
'body': """
<TextField text="$1" editable="true" returnKeyType="next" />
"""
'{N}-vue TextView':
'prefix': 'nstextview'
'body': """
<TextView text="$1" editable="true" />
"""
'{N}-vue TimePicker':
'prefix': 'nstime'
'body': """
<TimePicker :hour="selectedHour" :minute="selectedMinute" />
"""
'{N}-vue WebView':
'prefix': 'nswebview'
'body': """
<WebView src="$1" />
"""
'{N}-vue FormattedString':
'prefix': 'nsformattedstring'
'body': """
<FormattedString>
<Span text="This text has a " />
<Span text="red " style="color: red" />
<Span text="piece of text. " />
<Span text="Also, this bit is italic, " fontStyle="italic" />
<Span text="and this bit is bold." fontWeight="bold" />
</FormattedString>
"""
# Attributes
'{N} Width Attribute':
'prefix': 'width'
'body': 'width="$1"$2'
'{N} Height Attribute':
'prefix': 'height'
'body': 'height="$1"$2'
'{N} Text Attribute':
'prefix': 'text'
'body': 'text="$1"$2'
'{N} Icon Attribute':
'prefix': 'icon'
'body': 'icon="res://$1"$2'
'{N} Text Wrap Attribute':
'prefix': 'wrap'
'body': 'textWrap="true"$2'
'{N} Horizontal Alignment Attribute':
'prefix': 'halign'
'body': 'horizontalAlignment="center$1"$2'
'{N} Vertical Alignment Attribute':
'prefix': 'valign'
'body': 'verticalAlignment="center$1"$2'
'{N} Visibility Attribute':
'prefix': 'visibility'
'body': 'visibility="collapsed$1"$2'
'{N} Stretch Attribute':
'prefix': 'stretch'
'body': 'stretch="fill$1"$2'
'{N} Keyboard Type Attribute':
'prefix': 'kbtype'
'body': 'keyboardType="email$1"$2'
'{N} Row Attribute':
'prefix': 'row'
'body': 'row="$1"$2'
'{N} Column Attribute':
'prefix': 'col'
'body': 'col="$1"$2'
'{N} Rows Attribute':
'prefix': 'rows'
'body': 'rows="$1"$2'
'{N} Columns Attribute':
'prefix': 'columns'
'body': 'columns="$1"$2'
'{N} Rowspan Attribute':
'prefix': 'rowSpan'
'body': 'rowSpan="$1"$2'
'{N} Colspan Attribute':
'prefix': 'colSpan'
'body': 'colSpan="$1" $2'
'{N} stretchLastChild Attribute':
'prefix': 'stretchLastChild'
'body': 'stretchLastChild="true$1"$2'
'{N} flexDirection Attribute':
'prefix': 'flexDirection'
'body': 'flexDirection="column$1"$2'
'{N} flexWrap Attribute':
'prefix': 'flexWrap'
'body': 'flexWrap="wrap$1"$2'
'{N} justifyContent Attribute':
'prefix': 'justifyContent'
'body': 'justifyContent="center$1"$2'
'{N} alignItems Attribute':
'prefix': 'alignItems'
'body': 'alignItems="center$1"$2'
'{N} alignContent Attribute':
'prefix': 'alignContent'
'body': 'alignContent="center$1"$2'
'{N} order Attribute':
'prefix': 'order'
'body': 'order="$1"$2'
'{N} flexGrow Attribute':
'prefix': 'flexGrow'
'body': 'flexGrow="$1"$2'
'{N} flexShrink Attribute':
'prefix': 'flexShrink'
'body': 'flexShrink="$1"$2'
'{N} alignSelf Attribute':
'prefix': 'alignSelf'
'body': 'alignSelf="center$1"$2'
'{N} flexWrapBefore Attribute':
'prefix': 'flexWrapBefore'
'body': 'flexWrapBefore="center$1"$2'
'{N} dock Attribute':
'prefix': 'dock'
'body': 'dock="top$1"$2'
'{N} orientation Attribute':
'prefix': 'orientation'
'body': 'orientation="horizontal$1"$2'
'{N} itemWidth Attribute':
'prefix': 'itemWidth'
'body': 'itemWidth="$1"$2'
'{N} itemHeight Attribute':
'prefix': 'itemHeight'
'body': 'itemHeight="$1"$2'
'{N} flat Attribute':
'prefix': 'flat'
'body': 'flat="true$1"$2'
'{N} busy Attribute':
'prefix': 'busy'
'body': 'busy="true$1"$2'
'{N} isEnabled Attribute':
'prefix': 'isEnabled'
'body': 'isEnabled="false$1"$2'
'{N} minDate Attribute':
'prefix': 'minDate'
'body': 'minDate="$1"$2'
'{N} maxDate Attribute':
'prefix': 'maxDate'
'body': 'maxDate="$1"$2'
'{N} src Attribute':
'prefix': 'src'
'body': 'src="$1"$2'
'{N} imageSource Attribute':
'prefix': 'imageSource'
'body': 'imageSource="$1"$2'
'{N} tintColor Attribute':
'prefix': 'tintColor'
'body': 'tintColor="$1"$2'
'{N} loadMode Attribute':
'prefix': 'loadMode'
'body': 'loadMode="sync$1"$2'
'{N} items Attribute':
'prefix': 'items'
'body': ':items="listOfItems$1"$2'
'{N} selectedIndex Attribute':
'prefix': 'selectedIndex'
'body': 'selectedIndex="0$1"$2'
'{N} for Attribute':
'prefix': 'for'
'body': 'for="item in listOfItems$1"$2'
'{N} separatorColor Attribute':
'prefix': 'separatorColor'
'body': 'separatorColor="transparent$1"$2'
'{N} actionBarHidden Attribute':
'prefix': 'actionBarHidden'
'body': 'actionBarHidden="true$1"$2'
'{N} backgroundSpanUnderStatusBar Attribute':
'prefix': 'backgroundSpanUnderStatusBar'
'body': 'backgroundSpanUnderStatusBar="true$1"$2'
'{N} androidStatusBarBackground Attribute':
'prefix': 'androidStatusBarBackground'
'body': 'androidStatusBarBackground="$1"$2'
'{N} enableSwipeBackNavigation Attribute':
'prefix': 'enableSwipeBackNavigation'
'body': 'enableSwipeBackNavigation="false$1"$2'
'{N} statusBarStyle Attribute':
'prefix': 'statusBarStyle'
'body': 'statusBarStyle="dark$1"$2'
'{N} Value Attribute':
'prefix': 'value'
'body': 'value="$1"$2'
'{N} Scroll Bar Indicator Visible Attribute':
'prefix': 'scrollBarIndicatorVisible'
'body': 'scrollBarIndicatorVisible="false$1"$2'
'{N} textFieldBackgroundColor Attribute':
'prefix': 'textFieldBackgroundColor'
'body': 'textFieldBackgroundColor="$1"$2'
'{N} textFieldHintColor Attribute':
'prefix': 'textFieldHintColor'
'body': 'textFieldHintColor="$1"$2'
'{N} Hint Attribute':
'prefix': 'hint'
'body': 'hint="$1"$2'
'{N} selectedBackgroundColor Attribute':
'prefix': 'selectedBackgroundColor'
'body': 'selectedBackgroundColor="$1"$2'
'{N} minValue Attribute':
'prefix': 'minValue'
'body': 'minValue="0$1"$2'
'{N} maxValue Attribute':
'prefix': 'maxValue'
'body': 'maxValue="100$1"$2'
'{N} Checked Attribute':
'prefix': 'checked'
'body': 'checked="true$1"$2'
'{N} Tab Text Color Attribute':
'prefix': 'tabTextColor'
'body': 'tabTextColor="$1"$2'
'{N} Tab Background Color Attribute':
'prefix': 'tabBackgroundColor'
'body': 'tabBackgroundColor="$1"$2'
'{N} Selected Tab Text Color Attribute':
'prefix': 'selectedTabTextColor'
'body': 'selectedTabTextColor="$1"$2'
'{N} Android Tabs Position Attribute':
'prefix': 'androidTabsPosition'
'body': 'androidTabsPosition="bottom$1"$2'
'{N} Secure Attribute':
'prefix': 'secure'
'body': 'secure="true$1"$2'
'{N} Editable Attribute':
'prefix': 'editable'
'body': 'editable="false$1"$2'
'{N} maxLength Attribute':
'prefix': 'maxLength'
'body': 'maxLength="$1"$2'
'{N} returnKeyType Attribute':
'prefix': 'returnKeyType'
'body': 'returnKeyType="next$1"$2'
'{N} autocorrect Attribute':
'prefix': 'autocorrect'
'body': 'autocorrect="true$1"$2'
# Events
'{N} tap Event':
'prefix': 'tap'
'body': '@tap="$1"$2'
'{N} busyChange Event':
'prefix': 'busyChange'
'body': '@busyChange="$1"$2'
'{N} dateChange Event':
'prefix': 'dateChange'
'body': '@dateChange="$1"$2'
'{N} selectedIndexChange Event':
'prefix': 'selectedIndexChange'
'body': '@selectedIndexChange="$1"$2'
'{N} itemTap Event':
'prefix': 'itemTap'
'body': '@itemTap="$1"$2'
'{N} loaded Event':
'prefix': 'loaded'
'body': '@loaded="$1"$2'
'{N} navigatedFrom Event':
'prefix': 'navigatedFrom'
'body': '@navigatedFrom="$1"$2'
'{N} navigatedTo Event':
'prefix': 'navigatedTo'
'body': '@navigatedTo="$1"$2'
'{N} navigatingFrom Event':
'prefix': 'navigatingFrom'
'body': '@navigatingFrom="$1"$2'
'{N} navigatingTo Event':
'prefix': 'navigatingTo'
'body': '@navigatingTo="$1"$2'
'{N} valueChange Event':
'prefix': 'valueChange'
'body': '@valueChange="$1"$2'
'{N} scroll Event':
'prefix': 'scroll'
'body': '@scroll="$1"$2'
'{N} textChange Event':
'prefix': 'textChange'
'body': '@textChange="$1"$2'
'{N} submit Event':
'prefix': 'submit'
'body': '@submit="$1"$2'
'{N} clear Event':
'prefix': 'clear'
'body': '@clear="$1"$2'
'{N} checkedChange Event':
'prefix': 'checkedChange'
'body': '@checkedChange="$1"$2'
'{N} returnPress Event':
'prefix': 'returnPress'
'body': '@returnPress="$1"$2'
'{N} focus Event':
'prefix': 'focus'
'body': '@focus="$1"$2'
'{N} blur Event':
'prefix': 'blur'
'body': '@blur="$1"$2'
'{N} timeChange Event':
'prefix': 'timeChange'
'body': '@timeChange="$1"$2'
'{N} loadStarted Event':
'prefix': 'loadStarted'
'body': '@loadStarted="$1"$2'
'{N} loadFinished Event':
'prefix': 'loadFinished'
'body': '@loadFinished="$1"$2'
'.text.html.vue .source.embedded.html':
# Dialogs
'{N}-vue ActionDialog':
'prefix': 'actiondialog'
'body': """
action("Your message", "Cancel button text", ["Option1", "Option2"])
.then(result => {
console.log(result)
})
"""
'{N}-vue AlertDialog':
'prefix': 'alertdialog'
'body': """
alert({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text"
}).then(() => {
console.log("Alert dialog closed");
})
"""
'{N}-vue ConfirmDialog':
'prefix': 'confirmdialog'
'body': """
confirm({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel text"
}).then(result => {
console.log(result);
})
"""
'{N}-vue LoginDialog':
'prefix': 'logindialog'
'body': """
login({
title: "Your login title",
message: "Your login message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
userName: "Username field value",
password: "Password field value"
}).then(result => {
console.log(`Dialog result: ${result.result}, user: ${result.userName}, pwd: ${result.password}`);
})
"""
'{N}-vue PromptDialog':
'prefix': 'promptdialog'
'body': """
prompt({
title: "Your dialog title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
defaultText: "Suggested user input",
}).then(result => {
console.log(`Dialog result: ${result.result}, text: ${result.text}`)
})
"""
| 113634 | # Author: <NAME>
# <EMAIL>
# NativeScript-Vue snippets
'.text.html.vue':
# Layouts
'{N}-vue AbsoluteLayout':
'prefix': 'nsabsolute'
'body': """
<AbsoluteLayout>
$1
</AbsoluteLayout>
"""
'{N}-vue DockLayout':
'prefix': 'nsdock'
'body': """
<DockLayout stretchLastChild="true">
$1
</DockLayout>
"""
'{N}-vue FlexboxLayout':
'prefix': 'nsflex'
'body': """
<FlexboxLayout flexDirection="row" flexWrap="nowrap" justifyContent="flex-start" alignItems="stretch" alignContent="stretch">
$1
</FlexboxLayout>
"""
'{N}-vue GridLayout':
'prefix': 'nsgrid'
'body': """
<GridLayout columns="$1" rows="$2">
$3
</GridLayout>
"""
'{N}-vue StackLayout':
'prefix': 'nsstack'
'body': """
<StackLayout orientation="vertical">
$1
</StackLayout>
"""
'{N}-vue WrapLayout':
'prefix': 'nswrap'
'body': """
<WrapLayout orientation="horizontal" itemWidth="$1" itemHeight="$2">
$2
</WrapLayout>
"""
# Action-Bar
'{N}-vue ActionBar':
'prefix': 'nsactionbar'
'body': """
<ActionBar title="$1" android.icon="" flat="false" >
<NavigationButton text="Back" android.systemIcon="ic_menu_back" @tap="$2" />
<ActionItem icon="" text="Left" ios.position="left" @tap="" />
<ActionItem icon="" text="Right" ios.position="right" @tap="" />
</ActionBar>
"""
# Components
'{N}-vue ActivityIndicator':
'prefix': 'nsloading'
'body': """
<ActivityIndicator busy="true" @busyChange="onBusyChanged" />
"""
'{N}-vue Button':
'prefix': 'nsbutton'
'body': """
<Button text="$1" @tap="onButtonTap" />
"""
'{N}-vue DatePicker':
'prefix': 'nsdate'
'body': """
<DatePicker date="$1" />
"""
'{N}-vue Frame':
'prefix': 'nsframe'
'body': """
<Frame>
<Page>
<ActionBar title="Default Page Title" />
<GridLayout>
<Label text="Default Page Content" />
</GridLayout>
</Page>
</Frame>
"""
'{N}-vue HtmlView':
'prefix': 'nshtml'
'body': """
<HtmlView html="<div><h1>HtmlView</h1></div>" />
"""
'{N}-vue Image':
'prefix': 'nsimg'
'body': """
<Image src="$1" stretch="none" />
"""
'{N}-vue Label':
'prefix': 'nslabel'
'body': """
<Label text="$1" textWrap="false"/>
"""
'{N}-vue ListPicker':
'prefix': 'nslistpicker'
'body': """
<ListPicker :items="listOfItems" selectedIndex="0" @selectedIndexChange="selectedIndexChanged" />
"""
'{N}-vue ListView':
'prefix': 'nslistview'
'body': """
<ListView for="item in listOfItems" @itemTap="onItemTap">
<v-template>
<Label :text="item.text" />
</v-template>
</ListView>
"""
'{N}-vue Page':
'prefix': 'nspage'
'body': """
<Page actionBarHidden="false">
<ActionBar title="My App" />
<GridLayout>
<Label text="My Content"/>
</GridLayout>
</Page>
"""
'{N}-vue Placeholder':
'prefix': 'nsplaceholder'
'body': """
<Placeholder @creatingView="creatingView" />
"""
'{N}-vue Progress':
'prefix': 'nsprogress'
'body': """
<Progress :value="currentProgress" />
"""
'{N}-vue ScrollView':
'prefix': 'nsscrollview'
'body': """
<ScrollView orientation="horizontal" scrollBarIndicatorVisible="true">
$1
</ScrollView>
"""
'{N}-vue SearchBar':
'prefix': 'nssearchbar'
'body': """
<SearchBar hint="$1" :text="searchPhrase" @textChange="onTextChanged" @submit="onSubmit" />
"""
'{N}-vue SegmentedBar':
'prefix': 'nssegmentedbar'
'body': """
<SegmentedBar :items="listOfItems" selectedIndex="0" @selectedIndexChange="onSelectedIndexChange" />
"""
'{N}-vue Slider':
'prefix': 'nsslider'
'body': """
<Slider value="$1" @valueChange="onValueChanged" />
"""
'{N}-vue Switch':
'prefix': 'nsswitch'
'body': """
<Switch checked="true" />
"""
'{N}-vue TabView':
'prefix': 'nstabview'
'body': """
<TabView :selectedIndex="selectedIndex" @selectedIndexChange="indexChange">
<TabViewItem title="Tab 1">
<Label text="Content for Tab 1" />
</TabViewItem>
<TabViewItem title="Tab 2">
<Label text="Content for Tab 2" />
</TabViewItem>
</TabView>
"""
'{N}-vue Tabs':
'prefix': 'nstabs'
'body': """
<Tabs>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</Tabs>
"""
'{N}-vue BottomNavigation':
'prefix': 'nsbottomnavigation'
'body': """
<BottomNavigation>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</BottomNavigation>
"""
'{N}-vue TextField':
'prefix': 'nstextfield'
'body': """
<TextField text="$1" editable="true" returnKeyType="next" />
"""
'{N}-vue TextView':
'prefix': 'nstextview'
'body': """
<TextView text="$1" editable="true" />
"""
'{N}-vue TimePicker':
'prefix': 'nstime'
'body': """
<TimePicker :hour="selectedHour" :minute="selectedMinute" />
"""
'{N}-vue WebView':
'prefix': 'nswebview'
'body': """
<WebView src="$1" />
"""
'{N}-vue FormattedString':
'prefix': 'nsformattedstring'
'body': """
<FormattedString>
<Span text="This text has a " />
<Span text="red " style="color: red" />
<Span text="piece of text. " />
<Span text="Also, this bit is italic, " fontStyle="italic" />
<Span text="and this bit is bold." fontWeight="bold" />
</FormattedString>
"""
# Attributes
'{N} Width Attribute':
'prefix': 'width'
'body': 'width="$1"$2'
'{N} Height Attribute':
'prefix': 'height'
'body': 'height="$1"$2'
'{N} Text Attribute':
'prefix': 'text'
'body': 'text="$1"$2'
'{N} Icon Attribute':
'prefix': 'icon'
'body': 'icon="res://$1"$2'
'{N} Text Wrap Attribute':
'prefix': 'wrap'
'body': 'textWrap="true"$2'
'{N} Horizontal Alignment Attribute':
'prefix': 'halign'
'body': 'horizontalAlignment="center$1"$2'
'{N} Vertical Alignment Attribute':
'prefix': 'valign'
'body': 'verticalAlignment="center$1"$2'
'{N} Visibility Attribute':
'prefix': 'visibility'
'body': 'visibility="collapsed$1"$2'
'{N} Stretch Attribute':
'prefix': 'stretch'
'body': 'stretch="fill$1"$2'
'{N} Keyboard Type Attribute':
'prefix': 'kbtype'
'body': 'keyboardType="email$1"$2'
'{N} Row Attribute':
'prefix': 'row'
'body': 'row="$1"$2'
'{N} Column Attribute':
'prefix': 'col'
'body': 'col="$1"$2'
'{N} Rows Attribute':
'prefix': 'rows'
'body': 'rows="$1"$2'
'{N} Columns Attribute':
'prefix': 'columns'
'body': 'columns="$1"$2'
'{N} Rowspan Attribute':
'prefix': 'rowSpan'
'body': 'rowSpan="$1"$2'
'{N} Colspan Attribute':
'prefix': 'colSpan'
'body': 'colSpan="$1" $2'
'{N} stretchLastChild Attribute':
'prefix': 'stretchLastChild'
'body': 'stretchLastChild="true$1"$2'
'{N} flexDirection Attribute':
'prefix': 'flexDirection'
'body': 'flexDirection="column$1"$2'
'{N} flexWrap Attribute':
'prefix': 'flexWrap'
'body': 'flexWrap="wrap$1"$2'
'{N} justifyContent Attribute':
'prefix': 'justifyContent'
'body': 'justifyContent="center$1"$2'
'{N} alignItems Attribute':
'prefix': 'alignItems'
'body': 'alignItems="center$1"$2'
'{N} alignContent Attribute':
'prefix': 'alignContent'
'body': 'alignContent="center$1"$2'
'{N} order Attribute':
'prefix': 'order'
'body': 'order="$1"$2'
'{N} flexGrow Attribute':
'prefix': 'flexGrow'
'body': 'flexGrow="$1"$2'
'{N} flexShrink Attribute':
'prefix': 'flexShrink'
'body': 'flexShrink="$1"$2'
'{N} alignSelf Attribute':
'prefix': 'alignSelf'
'body': 'alignSelf="center$1"$2'
'{N} flexWrapBefore Attribute':
'prefix': 'flexWrapBefore'
'body': 'flexWrapBefore="center$1"$2'
'{N} dock Attribute':
'prefix': 'dock'
'body': 'dock="top$1"$2'
'{N} orientation Attribute':
'prefix': 'orientation'
'body': 'orientation="horizontal$1"$2'
'{N} itemWidth Attribute':
'prefix': 'itemWidth'
'body': 'itemWidth="$1"$2'
'{N} itemHeight Attribute':
'prefix': 'itemHeight'
'body': 'itemHeight="$1"$2'
'{N} flat Attribute':
'prefix': 'flat'
'body': 'flat="true$1"$2'
'{N} busy Attribute':
'prefix': 'busy'
'body': 'busy="true$1"$2'
'{N} isEnabled Attribute':
'prefix': 'isEnabled'
'body': 'isEnabled="false$1"$2'
'{N} minDate Attribute':
'prefix': 'minDate'
'body': 'minDate="$1"$2'
'{N} maxDate Attribute':
'prefix': 'maxDate'
'body': 'maxDate="$1"$2'
'{N} src Attribute':
'prefix': 'src'
'body': 'src="$1"$2'
'{N} imageSource Attribute':
'prefix': 'imageSource'
'body': 'imageSource="$1"$2'
'{N} tintColor Attribute':
'prefix': 'tintColor'
'body': 'tintColor="$1"$2'
'{N} loadMode Attribute':
'prefix': 'loadMode'
'body': 'loadMode="sync$1"$2'
'{N} items Attribute':
'prefix': 'items'
'body': ':items="listOfItems$1"$2'
'{N} selectedIndex Attribute':
'prefix': 'selectedIndex'
'body': 'selectedIndex="0$1"$2'
'{N} for Attribute':
'prefix': 'for'
'body': 'for="item in listOfItems$1"$2'
'{N} separatorColor Attribute':
'prefix': 'separatorColor'
'body': 'separatorColor="transparent$1"$2'
'{N} actionBarHidden Attribute':
'prefix': 'actionBarHidden'
'body': 'actionBarHidden="true$1"$2'
'{N} backgroundSpanUnderStatusBar Attribute':
'prefix': 'backgroundSpanUnderStatusBar'
'body': 'backgroundSpanUnderStatusBar="true$1"$2'
'{N} androidStatusBarBackground Attribute':
'prefix': 'androidStatusBarBackground'
'body': 'androidStatusBarBackground="$1"$2'
'{N} enableSwipeBackNavigation Attribute':
'prefix': 'enableSwipeBackNavigation'
'body': 'enableSwipeBackNavigation="false$1"$2'
'{N} statusBarStyle Attribute':
'prefix': 'statusBarStyle'
'body': 'statusBarStyle="dark$1"$2'
'{N} Value Attribute':
'prefix': 'value'
'body': 'value="$1"$2'
'{N} Scroll Bar Indicator Visible Attribute':
'prefix': 'scrollBarIndicatorVisible'
'body': 'scrollBarIndicatorVisible="false$1"$2'
'{N} textFieldBackgroundColor Attribute':
'prefix': 'textFieldBackgroundColor'
'body': 'textFieldBackgroundColor="$1"$2'
'{N} textFieldHintColor Attribute':
'prefix': 'textFieldHintColor'
'body': 'textFieldHintColor="$1"$2'
'{N} Hint Attribute':
'prefix': 'hint'
'body': 'hint="$1"$2'
'{N} selectedBackgroundColor Attribute':
'prefix': 'selectedBackgroundColor'
'body': 'selectedBackgroundColor="$1"$2'
'{N} minValue Attribute':
'prefix': 'minValue'
'body': 'minValue="0$1"$2'
'{N} maxValue Attribute':
'prefix': 'maxValue'
'body': 'maxValue="100$1"$2'
'{N} Checked Attribute':
'prefix': 'checked'
'body': 'checked="true$1"$2'
'{N} Tab Text Color Attribute':
'prefix': 'tabTextColor'
'body': 'tabTextColor="$1"$2'
'{N} Tab Background Color Attribute':
'prefix': 'tabBackgroundColor'
'body': 'tabBackgroundColor="$1"$2'
'{N} Selected Tab Text Color Attribute':
'prefix': 'selectedTabTextColor'
'body': 'selectedTabTextColor="$1"$2'
'{N} Android Tabs Position Attribute':
'prefix': 'androidTabsPosition'
'body': 'androidTabsPosition="bottom$1"$2'
'{N} Secure Attribute':
'prefix': 'secure'
'body': 'secure="true$1"$2'
'{N} Editable Attribute':
'prefix': 'editable'
'body': 'editable="false$1"$2'
'{N} maxLength Attribute':
'prefix': 'maxLength'
'body': 'maxLength="$1"$2'
'{N} returnKeyType Attribute':
'prefix': 'returnKeyType'
'body': 'returnKeyType="next$1"$2'
'{N} autocorrect Attribute':
'prefix': 'autocorrect'
'body': 'autocorrect="true$1"$2'
# Events
'{N} tap Event':
'prefix': 'tap'
'body': '@tap="$1"$2'
'{N} busyChange Event':
'prefix': 'busyChange'
'body': '@busyChange="$1"$2'
'{N} dateChange Event':
'prefix': 'dateChange'
'body': '@dateChange="$1"$2'
'{N} selectedIndexChange Event':
'prefix': 'selectedIndexChange'
'body': '@selectedIndexChange="$1"$2'
'{N} itemTap Event':
'prefix': 'itemTap'
'body': '@itemTap="$1"$2'
'{N} loaded Event':
'prefix': 'loaded'
'body': '@loaded="$1"$2'
'{N} navigatedFrom Event':
'prefix': 'navigatedFrom'
'body': '@navigatedFrom="$1"$2'
'{N} navigatedTo Event':
'prefix': 'navigatedTo'
'body': '@navigatedTo="$1"$2'
'{N} navigatingFrom Event':
'prefix': 'navigatingFrom'
'body': '@navigatingFrom="$1"$2'
'{N} navigatingTo Event':
'prefix': 'navigatingTo'
'body': '@navigatingTo="$1"$2'
'{N} valueChange Event':
'prefix': 'valueChange'
'body': '@valueChange="$1"$2'
'{N} scroll Event':
'prefix': 'scroll'
'body': '@scroll="$1"$2'
'{N} textChange Event':
'prefix': 'textChange'
'body': '@textChange="$1"$2'
'{N} submit Event':
'prefix': 'submit'
'body': '@submit="$1"$2'
'{N} clear Event':
'prefix': 'clear'
'body': '@clear="$1"$2'
'{N} checkedChange Event':
'prefix': 'checkedChange'
'body': '@checkedChange="$1"$2'
'{N} returnPress Event':
'prefix': 'returnPress'
'body': '@returnPress="$1"$2'
'{N} focus Event':
'prefix': 'focus'
'body': '@focus="$1"$2'
'{N} blur Event':
'prefix': 'blur'
'body': '@blur="$1"$2'
'{N} timeChange Event':
'prefix': 'timeChange'
'body': '@timeChange="$1"$2'
'{N} loadStarted Event':
'prefix': 'loadStarted'
'body': '@loadStarted="$1"$2'
'{N} loadFinished Event':
'prefix': 'loadFinished'
'body': '@loadFinished="$1"$2'
'.text.html.vue .source.embedded.html':
# Dialogs
'{N}-vue ActionDialog':
'prefix': 'actiondialog'
'body': """
action("Your message", "Cancel button text", ["Option1", "Option2"])
.then(result => {
console.log(result)
})
"""
'{N}-vue AlertDialog':
'prefix': 'alertdialog'
'body': """
alert({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text"
}).then(() => {
console.log("Alert dialog closed");
})
"""
'{N}-vue ConfirmDialog':
'prefix': 'confirmdialog'
'body': """
confirm({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel text"
}).then(result => {
console.log(result);
})
"""
'{N}-vue LoginDialog':
'prefix': 'logindialog'
'body': """
login({
title: "Your login title",
message: "Your login message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
userName: "Username field value",
password: "<PASSWORD>"
}).then(result => {
console.log(`Dialog result: ${result.result}, user: ${result.userName}, pwd: ${result.password}`);
})
"""
'{N}-vue PromptDialog':
'prefix': 'promptdialog'
'body': """
prompt({
title: "Your dialog title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
defaultText: "Suggested user input",
}).then(result => {
console.log(`Dialog result: ${result.result}, text: ${result.text}`)
})
"""
| true | # Author: PI:NAME:<NAME>END_PI
# PI:EMAIL:<EMAIL>END_PI
# NativeScript-Vue snippets
'.text.html.vue':
# Layouts
'{N}-vue AbsoluteLayout':
'prefix': 'nsabsolute'
'body': """
<AbsoluteLayout>
$1
</AbsoluteLayout>
"""
'{N}-vue DockLayout':
'prefix': 'nsdock'
'body': """
<DockLayout stretchLastChild="true">
$1
</DockLayout>
"""
'{N}-vue FlexboxLayout':
'prefix': 'nsflex'
'body': """
<FlexboxLayout flexDirection="row" flexWrap="nowrap" justifyContent="flex-start" alignItems="stretch" alignContent="stretch">
$1
</FlexboxLayout>
"""
'{N}-vue GridLayout':
'prefix': 'nsgrid'
'body': """
<GridLayout columns="$1" rows="$2">
$3
</GridLayout>
"""
'{N}-vue StackLayout':
'prefix': 'nsstack'
'body': """
<StackLayout orientation="vertical">
$1
</StackLayout>
"""
'{N}-vue WrapLayout':
'prefix': 'nswrap'
'body': """
<WrapLayout orientation="horizontal" itemWidth="$1" itemHeight="$2">
$2
</WrapLayout>
"""
# Action-Bar
'{N}-vue ActionBar':
'prefix': 'nsactionbar'
'body': """
<ActionBar title="$1" android.icon="" flat="false" >
<NavigationButton text="Back" android.systemIcon="ic_menu_back" @tap="$2" />
<ActionItem icon="" text="Left" ios.position="left" @tap="" />
<ActionItem icon="" text="Right" ios.position="right" @tap="" />
</ActionBar>
"""
# Components
'{N}-vue ActivityIndicator':
'prefix': 'nsloading'
'body': """
<ActivityIndicator busy="true" @busyChange="onBusyChanged" />
"""
'{N}-vue Button':
'prefix': 'nsbutton'
'body': """
<Button text="$1" @tap="onButtonTap" />
"""
'{N}-vue DatePicker':
'prefix': 'nsdate'
'body': """
<DatePicker date="$1" />
"""
'{N}-vue Frame':
'prefix': 'nsframe'
'body': """
<Frame>
<Page>
<ActionBar title="Default Page Title" />
<GridLayout>
<Label text="Default Page Content" />
</GridLayout>
</Page>
</Frame>
"""
'{N}-vue HtmlView':
'prefix': 'nshtml'
'body': """
<HtmlView html="<div><h1>HtmlView</h1></div>" />
"""
'{N}-vue Image':
'prefix': 'nsimg'
'body': """
<Image src="$1" stretch="none" />
"""
'{N}-vue Label':
'prefix': 'nslabel'
'body': """
<Label text="$1" textWrap="false"/>
"""
'{N}-vue ListPicker':
'prefix': 'nslistpicker'
'body': """
<ListPicker :items="listOfItems" selectedIndex="0" @selectedIndexChange="selectedIndexChanged" />
"""
'{N}-vue ListView':
'prefix': 'nslistview'
'body': """
<ListView for="item in listOfItems" @itemTap="onItemTap">
<v-template>
<Label :text="item.text" />
</v-template>
</ListView>
"""
'{N}-vue Page':
'prefix': 'nspage'
'body': """
<Page actionBarHidden="false">
<ActionBar title="My App" />
<GridLayout>
<Label text="My Content"/>
</GridLayout>
</Page>
"""
'{N}-vue Placeholder':
'prefix': 'nsplaceholder'
'body': """
<Placeholder @creatingView="creatingView" />
"""
'{N}-vue Progress':
'prefix': 'nsprogress'
'body': """
<Progress :value="currentProgress" />
"""
'{N}-vue ScrollView':
'prefix': 'nsscrollview'
'body': """
<ScrollView orientation="horizontal" scrollBarIndicatorVisible="true">
$1
</ScrollView>
"""
'{N}-vue SearchBar':
'prefix': 'nssearchbar'
'body': """
<SearchBar hint="$1" :text="searchPhrase" @textChange="onTextChanged" @submit="onSubmit" />
"""
'{N}-vue SegmentedBar':
'prefix': 'nssegmentedbar'
'body': """
<SegmentedBar :items="listOfItems" selectedIndex="0" @selectedIndexChange="onSelectedIndexChange" />
"""
'{N}-vue Slider':
'prefix': 'nsslider'
'body': """
<Slider value="$1" @valueChange="onValueChanged" />
"""
'{N}-vue Switch':
'prefix': 'nsswitch'
'body': """
<Switch checked="true" />
"""
'{N}-vue TabView':
'prefix': 'nstabview'
'body': """
<TabView :selectedIndex="selectedIndex" @selectedIndexChange="indexChange">
<TabViewItem title="Tab 1">
<Label text="Content for Tab 1" />
</TabViewItem>
<TabViewItem title="Tab 2">
<Label text="Content for Tab 2" />
</TabViewItem>
</TabView>
"""
'{N}-vue Tabs':
'prefix': 'nstabs'
'body': """
<Tabs>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</Tabs>
"""
'{N}-vue BottomNavigation':
'prefix': 'nsbottomnavigation'
'body': """
<BottomNavigation>
<TabStrip>
<TabStripItem>
<Label text="Tab 1"></Label>
<Image src=""></Image>
</TabStripItem>
<TabStripItem>
<Label text="Tab 2"></Label>
<Image src=""></Image>
</TabStripItem>
</TabStrip>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 1"></Label>
</GridLayout>
</TabContentItem>
<TabContentItem>
<GridLayout>
<Label text="Content for Tab 2"></Label>
</GridLayout>
</TabContentItem>
</BottomNavigation>
"""
'{N}-vue TextField':
'prefix': 'nstextfield'
'body': """
<TextField text="$1" editable="true" returnKeyType="next" />
"""
'{N}-vue TextView':
'prefix': 'nstextview'
'body': """
<TextView text="$1" editable="true" />
"""
'{N}-vue TimePicker':
'prefix': 'nstime'
'body': """
<TimePicker :hour="selectedHour" :minute="selectedMinute" />
"""
'{N}-vue WebView':
'prefix': 'nswebview'
'body': """
<WebView src="$1" />
"""
'{N}-vue FormattedString':
'prefix': 'nsformattedstring'
'body': """
<FormattedString>
<Span text="This text has a " />
<Span text="red " style="color: red" />
<Span text="piece of text. " />
<Span text="Also, this bit is italic, " fontStyle="italic" />
<Span text="and this bit is bold." fontWeight="bold" />
</FormattedString>
"""
# Attributes
'{N} Width Attribute':
'prefix': 'width'
'body': 'width="$1"$2'
'{N} Height Attribute':
'prefix': 'height'
'body': 'height="$1"$2'
'{N} Text Attribute':
'prefix': 'text'
'body': 'text="$1"$2'
'{N} Icon Attribute':
'prefix': 'icon'
'body': 'icon="res://$1"$2'
'{N} Text Wrap Attribute':
'prefix': 'wrap'
'body': 'textWrap="true"$2'
'{N} Horizontal Alignment Attribute':
'prefix': 'halign'
'body': 'horizontalAlignment="center$1"$2'
'{N} Vertical Alignment Attribute':
'prefix': 'valign'
'body': 'verticalAlignment="center$1"$2'
'{N} Visibility Attribute':
'prefix': 'visibility'
'body': 'visibility="collapsed$1"$2'
'{N} Stretch Attribute':
'prefix': 'stretch'
'body': 'stretch="fill$1"$2'
'{N} Keyboard Type Attribute':
'prefix': 'kbtype'
'body': 'keyboardType="email$1"$2'
'{N} Row Attribute':
'prefix': 'row'
'body': 'row="$1"$2'
'{N} Column Attribute':
'prefix': 'col'
'body': 'col="$1"$2'
'{N} Rows Attribute':
'prefix': 'rows'
'body': 'rows="$1"$2'
'{N} Columns Attribute':
'prefix': 'columns'
'body': 'columns="$1"$2'
'{N} Rowspan Attribute':
'prefix': 'rowSpan'
'body': 'rowSpan="$1"$2'
'{N} Colspan Attribute':
'prefix': 'colSpan'
'body': 'colSpan="$1" $2'
'{N} stretchLastChild Attribute':
'prefix': 'stretchLastChild'
'body': 'stretchLastChild="true$1"$2'
'{N} flexDirection Attribute':
'prefix': 'flexDirection'
'body': 'flexDirection="column$1"$2'
'{N} flexWrap Attribute':
'prefix': 'flexWrap'
'body': 'flexWrap="wrap$1"$2'
'{N} justifyContent Attribute':
'prefix': 'justifyContent'
'body': 'justifyContent="center$1"$2'
'{N} alignItems Attribute':
'prefix': 'alignItems'
'body': 'alignItems="center$1"$2'
'{N} alignContent Attribute':
'prefix': 'alignContent'
'body': 'alignContent="center$1"$2'
'{N} order Attribute':
'prefix': 'order'
'body': 'order="$1"$2'
'{N} flexGrow Attribute':
'prefix': 'flexGrow'
'body': 'flexGrow="$1"$2'
'{N} flexShrink Attribute':
'prefix': 'flexShrink'
'body': 'flexShrink="$1"$2'
'{N} alignSelf Attribute':
'prefix': 'alignSelf'
'body': 'alignSelf="center$1"$2'
'{N} flexWrapBefore Attribute':
'prefix': 'flexWrapBefore'
'body': 'flexWrapBefore="center$1"$2'
'{N} dock Attribute':
'prefix': 'dock'
'body': 'dock="top$1"$2'
'{N} orientation Attribute':
'prefix': 'orientation'
'body': 'orientation="horizontal$1"$2'
'{N} itemWidth Attribute':
'prefix': 'itemWidth'
'body': 'itemWidth="$1"$2'
'{N} itemHeight Attribute':
'prefix': 'itemHeight'
'body': 'itemHeight="$1"$2'
'{N} flat Attribute':
'prefix': 'flat'
'body': 'flat="true$1"$2'
'{N} busy Attribute':
'prefix': 'busy'
'body': 'busy="true$1"$2'
'{N} isEnabled Attribute':
'prefix': 'isEnabled'
'body': 'isEnabled="false$1"$2'
'{N} minDate Attribute':
'prefix': 'minDate'
'body': 'minDate="$1"$2'
'{N} maxDate Attribute':
'prefix': 'maxDate'
'body': 'maxDate="$1"$2'
'{N} src Attribute':
'prefix': 'src'
'body': 'src="$1"$2'
'{N} imageSource Attribute':
'prefix': 'imageSource'
'body': 'imageSource="$1"$2'
'{N} tintColor Attribute':
'prefix': 'tintColor'
'body': 'tintColor="$1"$2'
'{N} loadMode Attribute':
'prefix': 'loadMode'
'body': 'loadMode="sync$1"$2'
'{N} items Attribute':
'prefix': 'items'
'body': ':items="listOfItems$1"$2'
'{N} selectedIndex Attribute':
'prefix': 'selectedIndex'
'body': 'selectedIndex="0$1"$2'
'{N} for Attribute':
'prefix': 'for'
'body': 'for="item in listOfItems$1"$2'
'{N} separatorColor Attribute':
'prefix': 'separatorColor'
'body': 'separatorColor="transparent$1"$2'
'{N} actionBarHidden Attribute':
'prefix': 'actionBarHidden'
'body': 'actionBarHidden="true$1"$2'
'{N} backgroundSpanUnderStatusBar Attribute':
'prefix': 'backgroundSpanUnderStatusBar'
'body': 'backgroundSpanUnderStatusBar="true$1"$2'
'{N} androidStatusBarBackground Attribute':
'prefix': 'androidStatusBarBackground'
'body': 'androidStatusBarBackground="$1"$2'
'{N} enableSwipeBackNavigation Attribute':
'prefix': 'enableSwipeBackNavigation'
'body': 'enableSwipeBackNavigation="false$1"$2'
'{N} statusBarStyle Attribute':
'prefix': 'statusBarStyle'
'body': 'statusBarStyle="dark$1"$2'
'{N} Value Attribute':
'prefix': 'value'
'body': 'value="$1"$2'
'{N} Scroll Bar Indicator Visible Attribute':
'prefix': 'scrollBarIndicatorVisible'
'body': 'scrollBarIndicatorVisible="false$1"$2'
'{N} textFieldBackgroundColor Attribute':
'prefix': 'textFieldBackgroundColor'
'body': 'textFieldBackgroundColor="$1"$2'
'{N} textFieldHintColor Attribute':
'prefix': 'textFieldHintColor'
'body': 'textFieldHintColor="$1"$2'
'{N} Hint Attribute':
'prefix': 'hint'
'body': 'hint="$1"$2'
'{N} selectedBackgroundColor Attribute':
'prefix': 'selectedBackgroundColor'
'body': 'selectedBackgroundColor="$1"$2'
'{N} minValue Attribute':
'prefix': 'minValue'
'body': 'minValue="0$1"$2'
'{N} maxValue Attribute':
'prefix': 'maxValue'
'body': 'maxValue="100$1"$2'
'{N} Checked Attribute':
'prefix': 'checked'
'body': 'checked="true$1"$2'
'{N} Tab Text Color Attribute':
'prefix': 'tabTextColor'
'body': 'tabTextColor="$1"$2'
'{N} Tab Background Color Attribute':
'prefix': 'tabBackgroundColor'
'body': 'tabBackgroundColor="$1"$2'
'{N} Selected Tab Text Color Attribute':
'prefix': 'selectedTabTextColor'
'body': 'selectedTabTextColor="$1"$2'
'{N} Android Tabs Position Attribute':
'prefix': 'androidTabsPosition'
'body': 'androidTabsPosition="bottom$1"$2'
'{N} Secure Attribute':
'prefix': 'secure'
'body': 'secure="true$1"$2'
'{N} Editable Attribute':
'prefix': 'editable'
'body': 'editable="false$1"$2'
'{N} maxLength Attribute':
'prefix': 'maxLength'
'body': 'maxLength="$1"$2'
'{N} returnKeyType Attribute':
'prefix': 'returnKeyType'
'body': 'returnKeyType="next$1"$2'
'{N} autocorrect Attribute':
'prefix': 'autocorrect'
'body': 'autocorrect="true$1"$2'
# Events
'{N} tap Event':
'prefix': 'tap'
'body': '@tap="$1"$2'
'{N} busyChange Event':
'prefix': 'busyChange'
'body': '@busyChange="$1"$2'
'{N} dateChange Event':
'prefix': 'dateChange'
'body': '@dateChange="$1"$2'
'{N} selectedIndexChange Event':
'prefix': 'selectedIndexChange'
'body': '@selectedIndexChange="$1"$2'
'{N} itemTap Event':
'prefix': 'itemTap'
'body': '@itemTap="$1"$2'
'{N} loaded Event':
'prefix': 'loaded'
'body': '@loaded="$1"$2'
'{N} navigatedFrom Event':
'prefix': 'navigatedFrom'
'body': '@navigatedFrom="$1"$2'
'{N} navigatedTo Event':
'prefix': 'navigatedTo'
'body': '@navigatedTo="$1"$2'
'{N} navigatingFrom Event':
'prefix': 'navigatingFrom'
'body': '@navigatingFrom="$1"$2'
'{N} navigatingTo Event':
'prefix': 'navigatingTo'
'body': '@navigatingTo="$1"$2'
'{N} valueChange Event':
'prefix': 'valueChange'
'body': '@valueChange="$1"$2'
'{N} scroll Event':
'prefix': 'scroll'
'body': '@scroll="$1"$2'
'{N} textChange Event':
'prefix': 'textChange'
'body': '@textChange="$1"$2'
'{N} submit Event':
'prefix': 'submit'
'body': '@submit="$1"$2'
'{N} clear Event':
'prefix': 'clear'
'body': '@clear="$1"$2'
'{N} checkedChange Event':
'prefix': 'checkedChange'
'body': '@checkedChange="$1"$2'
'{N} returnPress Event':
'prefix': 'returnPress'
'body': '@returnPress="$1"$2'
'{N} focus Event':
'prefix': 'focus'
'body': '@focus="$1"$2'
'{N} blur Event':
'prefix': 'blur'
'body': '@blur="$1"$2'
'{N} timeChange Event':
'prefix': 'timeChange'
'body': '@timeChange="$1"$2'
'{N} loadStarted Event':
'prefix': 'loadStarted'
'body': '@loadStarted="$1"$2'
'{N} loadFinished Event':
'prefix': 'loadFinished'
'body': '@loadFinished="$1"$2'
'.text.html.vue .source.embedded.html':
# Dialogs
'{N}-vue ActionDialog':
'prefix': 'actiondialog'
'body': """
action("Your message", "Cancel button text", ["Option1", "Option2"])
.then(result => {
console.log(result)
})
"""
'{N}-vue AlertDialog':
'prefix': 'alertdialog'
'body': """
alert({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text"
}).then(() => {
console.log("Alert dialog closed");
})
"""
'{N}-vue ConfirmDialog':
'prefix': 'confirmdialog'
'body': """
confirm({
title: "Your title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel text"
}).then(result => {
console.log(result);
})
"""
'{N}-vue LoginDialog':
'prefix': 'logindialog'
'body': """
login({
title: "Your login title",
message: "Your login message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
userName: "Username field value",
password: "PI:PASSWORD:<PASSWORD>END_PI"
}).then(result => {
console.log(`Dialog result: ${result.result}, user: ${result.userName}, pwd: ${result.password}`);
})
"""
'{N}-vue PromptDialog':
'prefix': 'promptdialog'
'body': """
prompt({
title: "Your dialog title",
message: "Your message",
okButtonText: "Your OK button text",
cancelButtonText: "Your Cancel button text",
defaultText: "Suggested user input",
}).then(result => {
console.log(`Dialog result: ${result.result}, text: ${result.text}`)
})
"""
|
[
{
"context": "Validate closing bracket location in JSX\n# @author Yannick Croissant\n###\n'use strict'\n\n# -----------------------------",
"end": 89,
"score": 0.9998583197593689,
"start": 72,
"tag": "NAME",
"value": "Yannick Croissant"
}
] | src/tests/rules/jsx-closing-bracket-location.coffee | danielbayley/eslint-plugin-coffee | 21 | ###*
# @fileoverview Validate closing bracket location in JSX
# @author Yannick Croissant
###
'use strict'
# ------------------------------------------------------------------------------
# Requirements
# ------------------------------------------------------------------------------
rule = require '../../rules/jsx-closing-bracket-location'
{RuleTester} = require 'eslint'
path = require 'path'
MESSAGE_AFTER_PROPS = [
message: 'The closing bracket must be placed after the last prop'
]
MESSAGE_AFTER_TAG = [
message: 'The closing bracket must be placed after the opening tag'
]
MESSAGE_PROPS_ALIGNED = 'The closing bracket must be aligned with the last prop'
# MESSAGE_TAG_ALIGNED = 'The closing bracket must be aligned with the opening tag'
MESSAGE_LINE_ALIGNED =
'The closing bracket must be aligned with the line containing the opening tag'
messageWithDetails = (message, expectedColumn, expectedNextLine) ->
details = " (expected column #{expectedColumn}#{
if expectedNextLine then ' on the next line)' else ')'
}"
message + details
# ------------------------------------------------------------------------------
# Tests
# ------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
ruleTester.run 'jsx-closing-bracket-location', rule,
valid: [
code: ['<App />'].join '\n'
,
code: ['<App foo />'].join '\n'
,
code: ['<App ', ' foo', '/>'].join '\n'
,
code: ['<App foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo />'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo />'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: ['after-props']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: ['props-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App foo></App>'].join '\n'
,
# ,
# code: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', ' foo={->', " console.log('bar')", ' } />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', ' foo={->', " console.log('bar')", ' }', ' />'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', " console.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
code: '''
<App
foo={->
console.log('bar')
}
/>
'''
options: [location: 'props-aligned']
,
# ,
# code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', ' <App', ' foo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
code: [
'x = ->'
' return <App'
' foo={->'
" console.log('bar')"
' }'
' />'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' <App'
' foo={->'
" console.log('bar')"
' }'
' />'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' {baz && <App'
' foo={->'
" console.log('bar')"
' }'
' />}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
' <Foo'
' bar'
' >'
' </Foo>'
' <Foo'
' bar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
' <Foo'
' bar>'
' </Foo>'
' <Foo'
' bar'
' />'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '/>'].join '\n'
,
code: ['<App ', '\tfoo />'].join '\n'
options: ['after-props']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: ['props-aligned']
,
code: ['<App ', '\tfoo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t} />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '\t/>'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', "\tconsole.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', '\t<App', '\t\tfoo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
# ,
# code: ['x = <App', ' foo', ' />'].join '\n'
# options: [location: 'tag-aligned']
code: [
'x = ->'
'\treturn <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t<App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t{baz && <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
'\t<Foo'
'\t\tbar'
'\t>'
'\t</Foo>'
'\t<Foo'
'\t\tbar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
'\t<Foo'
'\t\tbar>'
'\t</Foo>'
'\t<Foo'
'\t\tbar'
'\t/>'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
]
invalid: [
code: ['<App ', '/>'].join '\n'
output: ['<App />'].join '\n'
errors: MESSAGE_AFTER_TAG
,
code: ['<App foo ', '/>'].join '\n'
output: ['<App foo/>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App foo', '></App>'].join '\n'
output: ['<App foo></App>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, yes
line: 2
column: 7
]
,
# ,
# code: ['<App ', ' foo />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 7
# ]
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', ' foo', ' />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', ' foo', ' ></App>'].join '\n'
# output: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'<Provider '
' store>' # <--
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 7, no
line: 6
column: 5
]
,
# ,
# code: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 5, no
# line: 6
# column: 6
# ]
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 5, no
line: 6
column: 7
]
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 5
]
,
code: [
'<Provider '
' store>' # <--
' <App'
' foo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 5
column: 5
]
,
code: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
output: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 4
column: 5
]
,
code: ['x = <App', ' foo', ' />'].join '\n'
output: ['x = <App', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'x = ('
' <div'
' className="MyComponent"'
' {...props} />'
')'
].join '\n'
output: [
'x = ('
' <div'
' className="MyComponent"'
' {...props}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 4
column: 16
]
,
code: ['x = (', ' <Something', ' content={<Foo />} />', ')'].join '\n'
output: [
'x = ('
' <Something'
' content={<Foo />}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 3
column: 23
]
,
code: ['x = (', ' <Something ', ' />', ')'].join '\n'
output: ['x = (', ' <Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}>'
# ' Some text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 7
# ]
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}>'
' Some text'
'</div>'
].join '\n'
output: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 7
]
,
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, yes
line: 2
column: 6
]
,
# ,
# code: ['<App ', '\tfoo />'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 6
# ]
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 6
]
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', '\tfoo', '\t/>'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', '\tfoo', '\t></App>'].join '\n'
# output: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
# ,
# code: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 3, no
# line: 6
# column: 4
# ]
code: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
output: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 4
]
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 6
column: 3
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 5
column: 3
]
,
code: ['x = ->', '\treturn <App', '\t\tfoo', '\t\t/>'].join '\n'
output: ['x = ->', '\treturn <App', '\t\tfoo', '\t/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 4
column: 3
]
,
code: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props} />'
')'
].join '\n'
output: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 4
column: 14
]
,
code: ['x = (', '\t<Something', '\t\tcontent={<Foo />} />', ')'].join '\n'
output: [
'x = ('
'\t<Something'
'\t\tcontent={<Foo />}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 3
column: 21
]
,
code: ['x = (', '\t<Something ', '\t/>', ')'].join '\n'
output: ['x = (', '\t<Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}>'
# '\tSome text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 6
# ]
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}>'
'\tSome text'
'</div>'
].join '\n'
output: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 6
]
]
| 108629 | ###*
# @fileoverview Validate closing bracket location in JSX
# @author <NAME>
###
'use strict'
# ------------------------------------------------------------------------------
# Requirements
# ------------------------------------------------------------------------------
rule = require '../../rules/jsx-closing-bracket-location'
{RuleTester} = require 'eslint'
path = require 'path'
MESSAGE_AFTER_PROPS = [
message: 'The closing bracket must be placed after the last prop'
]
MESSAGE_AFTER_TAG = [
message: 'The closing bracket must be placed after the opening tag'
]
MESSAGE_PROPS_ALIGNED = 'The closing bracket must be aligned with the last prop'
# MESSAGE_TAG_ALIGNED = 'The closing bracket must be aligned with the opening tag'
MESSAGE_LINE_ALIGNED =
'The closing bracket must be aligned with the line containing the opening tag'
messageWithDetails = (message, expectedColumn, expectedNextLine) ->
details = " (expected column #{expectedColumn}#{
if expectedNextLine then ' on the next line)' else ')'
}"
message + details
# ------------------------------------------------------------------------------
# Tests
# ------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
ruleTester.run 'jsx-closing-bracket-location', rule,
valid: [
code: ['<App />'].join '\n'
,
code: ['<App foo />'].join '\n'
,
code: ['<App ', ' foo', '/>'].join '\n'
,
code: ['<App foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo />'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo />'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: ['after-props']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: ['props-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App foo></App>'].join '\n'
,
# ,
# code: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', ' foo={->', " console.log('bar')", ' } />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', ' foo={->', " console.log('bar')", ' }', ' />'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', " console.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
code: '''
<App
foo={->
console.log('bar')
}
/>
'''
options: [location: 'props-aligned']
,
# ,
# code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', ' <App', ' foo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
code: [
'x = ->'
' return <App'
' foo={->'
" console.log('bar')"
' }'
' />'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' <App'
' foo={->'
" console.log('bar')"
' }'
' />'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' {baz && <App'
' foo={->'
" console.log('bar')"
' }'
' />}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
' <Foo'
' bar'
' >'
' </Foo>'
' <Foo'
' bar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
' <Foo'
' bar>'
' </Foo>'
' <Foo'
' bar'
' />'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '/>'].join '\n'
,
code: ['<App ', '\tfoo />'].join '\n'
options: ['after-props']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: ['props-aligned']
,
code: ['<App ', '\tfoo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t} />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '\t/>'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', "\tconsole.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', '\t<App', '\t\tfoo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
# ,
# code: ['x = <App', ' foo', ' />'].join '\n'
# options: [location: 'tag-aligned']
code: [
'x = ->'
'\treturn <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t<App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t{baz && <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
'\t<Foo'
'\t\tbar'
'\t>'
'\t</Foo>'
'\t<Foo'
'\t\tbar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
'\t<Foo'
'\t\tbar>'
'\t</Foo>'
'\t<Foo'
'\t\tbar'
'\t/>'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
]
invalid: [
code: ['<App ', '/>'].join '\n'
output: ['<App />'].join '\n'
errors: MESSAGE_AFTER_TAG
,
code: ['<App foo ', '/>'].join '\n'
output: ['<App foo/>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App foo', '></App>'].join '\n'
output: ['<App foo></App>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, yes
line: 2
column: 7
]
,
# ,
# code: ['<App ', ' foo />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 7
# ]
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', ' foo', ' />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', ' foo', ' ></App>'].join '\n'
# output: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'<Provider '
' store>' # <--
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 7, no
line: 6
column: 5
]
,
# ,
# code: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 5, no
# line: 6
# column: 6
# ]
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 5, no
line: 6
column: 7
]
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 5
]
,
code: [
'<Provider '
' store>' # <--
' <App'
' foo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 5
column: 5
]
,
code: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
output: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 4
column: 5
]
,
code: ['x = <App', ' foo', ' />'].join '\n'
output: ['x = <App', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'x = ('
' <div'
' className="MyComponent"'
' {...props} />'
')'
].join '\n'
output: [
'x = ('
' <div'
' className="MyComponent"'
' {...props}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 4
column: 16
]
,
code: ['x = (', ' <Something', ' content={<Foo />} />', ')'].join '\n'
output: [
'x = ('
' <Something'
' content={<Foo />}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 3
column: 23
]
,
code: ['x = (', ' <Something ', ' />', ')'].join '\n'
output: ['x = (', ' <Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}>'
# ' Some text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 7
# ]
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}>'
' Some text'
'</div>'
].join '\n'
output: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 7
]
,
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, yes
line: 2
column: 6
]
,
# ,
# code: ['<App ', '\tfoo />'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 6
# ]
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 6
]
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', '\tfoo', '\t/>'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', '\tfoo', '\t></App>'].join '\n'
# output: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
# ,
# code: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 3, no
# line: 6
# column: 4
# ]
code: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
output: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 4
]
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 6
column: 3
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 5
column: 3
]
,
code: ['x = ->', '\treturn <App', '\t\tfoo', '\t\t/>'].join '\n'
output: ['x = ->', '\treturn <App', '\t\tfoo', '\t/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 4
column: 3
]
,
code: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props} />'
')'
].join '\n'
output: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 4
column: 14
]
,
code: ['x = (', '\t<Something', '\t\tcontent={<Foo />} />', ')'].join '\n'
output: [
'x = ('
'\t<Something'
'\t\tcontent={<Foo />}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 3
column: 21
]
,
code: ['x = (', '\t<Something ', '\t/>', ')'].join '\n'
output: ['x = (', '\t<Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}>'
# '\tSome text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 6
# ]
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}>'
'\tSome text'
'</div>'
].join '\n'
output: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 6
]
]
| true | ###*
# @fileoverview Validate closing bracket location in JSX
# @author PI:NAME:<NAME>END_PI
###
'use strict'
# ------------------------------------------------------------------------------
# Requirements
# ------------------------------------------------------------------------------
rule = require '../../rules/jsx-closing-bracket-location'
{RuleTester} = require 'eslint'
path = require 'path'
MESSAGE_AFTER_PROPS = [
message: 'The closing bracket must be placed after the last prop'
]
MESSAGE_AFTER_TAG = [
message: 'The closing bracket must be placed after the opening tag'
]
MESSAGE_PROPS_ALIGNED = 'The closing bracket must be aligned with the last prop'
# MESSAGE_TAG_ALIGNED = 'The closing bracket must be aligned with the opening tag'
MESSAGE_LINE_ALIGNED =
'The closing bracket must be aligned with the line containing the opening tag'
messageWithDetails = (message, expectedColumn, expectedNextLine) ->
details = " (expected column #{expectedColumn}#{
if expectedNextLine then ' on the next line)' else ')'
}"
message + details
# ------------------------------------------------------------------------------
# Tests
# ------------------------------------------------------------------------------
ruleTester = new RuleTester parser: path.join __dirname, '../../..'
ruleTester.run 'jsx-closing-bracket-location', rule,
valid: [
code: ['<App />'].join '\n'
,
code: ['<App foo />'].join '\n'
,
code: ['<App ', ' foo', '/>'].join '\n'
,
code: ['<App foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo />'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo />'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: ['after-props']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: ['props-aligned']
,
code: ['<App ', ' foo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App foo></App>'].join '\n'
,
# ,
# code: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', ' foo={->', " console.log('bar')", ' } />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', ' foo={->', " console.log('bar')", ' }', ' />'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', ' foo={->', " console.log('bar')", ' }', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', " console.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
code: '''
<App
foo={->
console.log('bar')
}
/>
'''
options: [location: 'props-aligned']
,
# ,
# code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', " console.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', ' <App', ' foo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
code: [
'x = ->'
' return <App'
' foo={->'
" console.log('bar')"
' }'
' />'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', ' foo={->', " console.log('bar')", ' }', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' <App'
' foo={->'
" console.log('bar')"
' }'
' />'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
' store'
'>'
' {baz && <App'
' foo={->'
" console.log('bar')"
' }'
' />}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
' <Foo'
' bar'
' >'
' </Foo>'
' <Foo'
' bar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
' <Foo'
' bar>'
' </Foo>'
' <Foo'
' bar'
' />'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '/>'].join '\n'
,
code: ['<App ', '\tfoo />'].join '\n'
options: ['after-props']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: ['props-aligned']
,
code: ['<App ', '\tfoo />'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t} />'].join '\n'
options: [location: 'after-props']
,
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '\t/>'].join(
'\n'
)
options: [location: 'props-aligned']
,
# ,
# code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
# '\n'
# )
# options: [location: 'tag-aligned']
code: ['<App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<App foo={->', "\tconsole.log('bar')", '}/>'].join '\n'
options: [location: 'after-props']
,
# ,
# code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
# options: [location: 'tag-aligned']
code: ['<App foo={->', "\tconsole.log('bar')", '}', '/>'].join '\n'
options: [location: 'line-aligned']
,
code: ['<Provider store>', '\t<App', '\t\tfoo />', '</Provider>'].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
,
code: [
'<Provider store>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
,
# ,
# code: ['x = <App', ' foo', ' />'].join '\n'
# options: [location: 'tag-aligned']
code: [
'x = ->'
'\treturn <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
].join '\n'
options: [location: 'line-aligned']
,
code: ['x = <App', '\tfoo={->', "\t\tconsole.log('bar')", '\t}', '/>'].join(
'\n'
)
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t<App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<Provider'
'\tstore'
'>'
'\t{baz && <App'
'\t\tfoo={->'
"\t\t\tconsole.log('bar')"
'\t\t}'
'\t/>}'
'</Provider>'
].join '\n'
options: [location: 'line-aligned']
,
code: [
'<App>'
'\t<Foo'
'\t\tbar'
'\t>'
'\t</Foo>'
'\t<Foo'
'\t\tbar />'
'</App>'
].join '\n'
options: [
nonEmpty: no
selfClosing: 'after-props'
]
,
code: [
'<App>'
'\t<Foo'
'\t\tbar>'
'\t</Foo>'
'\t<Foo'
'\t\tbar'
'\t/>'
'</App>'
].join '\n'
options: [
nonEmpty: 'after-props'
selfClosing: no
]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
]
invalid: [
code: ['<App ', '/>'].join '\n'
output: ['<App />'].join '\n'
errors: MESSAGE_AFTER_TAG
,
code: ['<App foo ', '/>'].join '\n'
output: ['<App foo/>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App foo', '></App>'].join '\n'
output: ['<App foo></App>'].join '\n'
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, yes
line: 2
column: 7
]
,
# ,
# code: ['<App ', ' foo />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 7
# ]
code: ['<App ', ' foo />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', ' foo', '/>'].join '\n'
output: ['<App ', ' foo', ' />'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', ' foo', ' />'].join '\n'
# output: ['<App ', ' foo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App ', ' foo', ' />'].join '\n'
output: ['<App ', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', ' foo', '></App>'].join '\n'
output: ['<App', ' foo', ' ></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 3, no
line: 3
column: 1
]
,
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', ' foo', ' ></App>'].join '\n'
# output: ['<App', ' foo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 3
# ]
code: ['<App', ' foo', ' ></App>'].join '\n'
output: ['<App', ' foo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'<Provider '
' store>' # <--
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 7, no
line: 6
column: 5
]
,
# ,
# code: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# ' return ('
# ' <Button'
# ' size={size}'
# ' onClick={onClick}'
# ' >'
# ' Button Text'
# ' </Button>'
# ' )'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 5, no
# line: 6
# column: 6
# ]
code: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
output: [
'Button = (props) ->'
' return ('
' <Button'
' size={size}'
' onClick={onClick}'
' >'
' Button Text'
' </Button>'
' )'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 5, no
line: 6
column: 7
]
,
code: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
' store'
' >'
' <App '
' foo'
' />'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 5
]
,
code: [
'<Provider '
' store>' # <--
' <App'
' foo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
' store'
'>'
' <App'
' foo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 8
]
,
code: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
' store>'
' <App '
' foo'
' />' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 5
column: 5
]
,
code: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
output: ['x = ->', ' return <App', ' foo', ' />'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 4
column: 5
]
,
code: ['x = <App', ' foo', ' />'].join '\n'
output: ['x = <App', ' foo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 3
]
,
code: [
'x = ('
' <div'
' className="MyComponent"'
' {...props} />'
')'
].join '\n'
output: [
'x = ('
' <div'
' className="MyComponent"'
' {...props}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 4
column: 16
]
,
code: ['x = (', ' <Something', ' content={<Foo />} />', ')'].join '\n'
output: [
'x = ('
' <Something'
' content={<Foo />}'
' />'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, yes
line: 3
column: 23
]
,
code: ['x = (', ' <Something ', ' />', ')'].join '\n'
output: ['x = (', ' <Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}>'
# ' Some text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# ' "some",'
# ' "stuff",'
# ' 2 ]}'
# '>'
# ' Some text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 7
# ]
code: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}>'
' Some text'
'</div>'
].join '\n'
output: [
'<div className={['
' "some",'
' "stuff",'
' 2 ]}'
'>'
' Some text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 7
]
,
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, yes
line: 2
column: 6
]
,
# ,
# code: ['<App ', '\tfoo />'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 2
# column: 6
# ]
code: ['<App ', '\tfoo />'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 6
]
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App ', '\tfoo', '/>'].join '\n'
output: ['<App ', '\tfoo', '\t/>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo/>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App ', '\tfoo', '\t/>'].join '\n'
# output: ['<App ', '\tfoo', '/>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App ', '\tfoo', '\t/>'].join '\n'
output: ['<App ', '\tfoo', '/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
code: ['<App', '\tfoo', '></App>'].join '\n'
output: ['<App', '\tfoo', '\t></App>'].join '\n'
options: [location: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_PROPS_ALIGNED, 2, no
line: 3
column: 1
]
,
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo></App>'].join '\n'
options: [location: 'after-props']
errors: MESSAGE_AFTER_PROPS
,
# ,
# code: ['<App', '\tfoo', '\t></App>'].join '\n'
# output: ['<App', '\tfoo', '></App>'].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, no
# line: 3
# column: 2
# ]
code: ['<App', '\tfoo', '\t></App>'].join '\n'
output: ['<App', '\tfoo', '></App>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, no
line: 3
column: 2
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App '
'\t\tfoo'
'\t\t/>'
'</Provider>'
].join '\n'
options: [selfClosing: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
# ,
# code: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# output: [
# 'Button = (props) ->'
# '\treturn ('
# '\t\t<Button'
# '\t\t\tsize={size}'
# '\t\t\tonClick={onClick}'
# '\t\t>'
# '\t\t\tButton Text'
# '\t\t</Button>'
# '\t)'
# ].join '\n'
# options: ['tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 3, no
# line: 6
# column: 4
# ]
code: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
output: [
'Button = (props) ->'
'\treturn ('
'\t\t<Button'
'\t\t\tsize={size}'
'\t\t\tonClick={onClick}'
'\t\t>'
'\t\t\tButton Text'
'\t\t</Button>'
'\t)'
].join '\n'
options: ['line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 3, no
line: 6
column: 4
]
,
code: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider'
'\tstore'
'\t>'
'\t<App '
'\t\tfoo'
'\t/>'
'</Provider>'
].join '\n'
options: [nonEmpty: 'props-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 6
column: 3
]
,
code: [
'<Provider '
'\tstore>' # <--
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore'
'>'
'\t<App'
'\t\tfoo />'
'</Provider>'
].join '\n'
options: [selfClosing: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 2
column: 7
]
,
code: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t\t/>' # <--
'</Provider>'
].join '\n'
output: [
'<Provider '
'\tstore>'
'\t<App '
'\t\tfoo'
'\t/>' # <--
'</Provider>'
].join '\n'
options: [nonEmpty: 'after-props']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 5
column: 3
]
,
code: ['x = ->', '\treturn <App', '\t\tfoo', '\t\t/>'].join '\n'
output: ['x = ->', '\treturn <App', '\t\tfoo', '\t/>'].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, no
line: 4
column: 3
]
,
code: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props} />'
')'
].join '\n'
output: [
'x = ('
'\t<div'
'\t\tclassName="MyComponent"'
'\t\t{...props}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 4
column: 14
]
,
code: ['x = (', '\t<Something', '\t\tcontent={<Foo />} />', ')'].join '\n'
output: [
'x = ('
'\t<Something'
'\t\tcontent={<Foo />}'
'\t/>'
')'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 2, yes
line: 3
column: 21
]
,
code: ['x = (', '\t<Something ', '\t/>', ')'].join '\n'
output: ['x = (', '\t<Something />', ')'].join '\n'
options: [location: 'line-aligned']
errors: [MESSAGE_AFTER_TAG]
,
# ,
# code: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}>'
# '\tSome text'
# '</div>'
# ].join '\n'
# output: [
# '<div className={['
# '\t"some",'
# '\t"stuff",'
# '\t2 ]}'
# '>'
# '\tSome text'
# '</div>'
# ].join '\n'
# options: [location: 'tag-aligned']
# errors: [
# message: messageWithDetails MESSAGE_TAG_ALIGNED, 1, yes
# line: 4
# column: 6
# ]
code: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}>'
'\tSome text'
'</div>'
].join '\n'
output: [
'<div className={['
'\t"some",'
'\t"stuff",'
'\t2 ]}'
'>'
'\tSome text'
'</div>'
].join '\n'
options: [location: 'line-aligned']
errors: [
message: messageWithDetails MESSAGE_LINE_ALIGNED, 1, yes
line: 4
column: 6
]
]
|
[
{
"context": "uin\": process.env.HUBOT_ICQ_UIN,\n \"password\": process.env.HUBOT_ICQ_PASSWORD,\n \"token\": \"ic1rtwz1s1Hj1O0r\"\n )\n im.o",
"end": 629,
"score": 0.9534376263618469,
"start": 599,
"tag": "PASSWORD",
"value": "process.env.HUBOT_ICQ_PASSWORD"
},
{
"context": ": process.env.HUBOT_ICQ_PASSWORD,\n \"token\": \"ic1rtwz1s1Hj1O0r\"\n )\n im.on('session:start', =>\n consol",
"end": 663,
"score": 0.9773111939430237,
"start": 647,
"tag": "PASSWORD",
"value": "ic1rtwz1s1Hj1O0r"
}
] | src/hubot-icq.coffee | sclown/hubot-icq | 0 | try
{Robot,Adapter,TextMessage,User} = require 'hubot'
catch
prequire = require('parent-require')
{Robot,Adapter,TextMessage,User} = prequire 'hubot'
ICQ = require('node-icq')
class Icq extends Adapter
constructor: ->
super
@robot.logger.info "Constructor"
send: (user, strings...) ->
@robot.logger.info "Send"
for str in strings
@im.send user.user.id, str
reply: (user, strings...) ->
console.log 'reply'
@robot.logger.info "Reply"
run: ->
@robot.logger.info "Run"
im = new ICQ(
"uin": process.env.HUBOT_ICQ_UIN,
"password": process.env.HUBOT_ICQ_PASSWORD,
"token": "ic1rtwz1s1Hj1O0r"
)
im.on('session:start', =>
console.log 'session:start'
im.setState('online')
@emit "connected"
)
im.on('session:end', (endCode) =>
@robot.logger.info('session ended: ' + endCode);
);
im.on('session:authn_required', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:bad_request', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:rate_limit', =>
@robot.logger.error('session fail - rate limit');
im.disconnect();
setTimeout((-> im.connect()) , 30*60*1000);
);
im.on('im:auth_request', (auth_request) =>
im.usersAdd(auth_request.uin, ->
im.emit('im:message', auth_request)
)
)
im.on('im:message', (message) =>
user = @robot.brain.userForId message.uin
@receive new TextMessage(user, message.text, 'messageId')
)
im.connect();
@im = im
exports.use = (robot) ->
new Icq robot | 205280 | try
{Robot,Adapter,TextMessage,User} = require 'hubot'
catch
prequire = require('parent-require')
{Robot,Adapter,TextMessage,User} = prequire 'hubot'
ICQ = require('node-icq')
class Icq extends Adapter
constructor: ->
super
@robot.logger.info "Constructor"
send: (user, strings...) ->
@robot.logger.info "Send"
for str in strings
@im.send user.user.id, str
reply: (user, strings...) ->
console.log 'reply'
@robot.logger.info "Reply"
run: ->
@robot.logger.info "Run"
im = new ICQ(
"uin": process.env.HUBOT_ICQ_UIN,
"password": <PASSWORD>,
"token": "<PASSWORD>"
)
im.on('session:start', =>
console.log 'session:start'
im.setState('online')
@emit "connected"
)
im.on('session:end', (endCode) =>
@robot.logger.info('session ended: ' + endCode);
);
im.on('session:authn_required', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:bad_request', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:rate_limit', =>
@robot.logger.error('session fail - rate limit');
im.disconnect();
setTimeout((-> im.connect()) , 30*60*1000);
);
im.on('im:auth_request', (auth_request) =>
im.usersAdd(auth_request.uin, ->
im.emit('im:message', auth_request)
)
)
im.on('im:message', (message) =>
user = @robot.brain.userForId message.uin
@receive new TextMessage(user, message.text, 'messageId')
)
im.connect();
@im = im
exports.use = (robot) ->
new Icq robot | true | try
{Robot,Adapter,TextMessage,User} = require 'hubot'
catch
prequire = require('parent-require')
{Robot,Adapter,TextMessage,User} = prequire 'hubot'
ICQ = require('node-icq')
class Icq extends Adapter
constructor: ->
super
@robot.logger.info "Constructor"
send: (user, strings...) ->
@robot.logger.info "Send"
for str in strings
@im.send user.user.id, str
reply: (user, strings...) ->
console.log 'reply'
@robot.logger.info "Reply"
run: ->
@robot.logger.info "Run"
im = new ICQ(
"uin": process.env.HUBOT_ICQ_UIN,
"password": PI:PASSWORD:<PASSWORD>END_PI,
"token": "PI:PASSWORD:<PASSWORD>END_PI"
)
im.on('session:start', =>
console.log 'session:start'
im.setState('online')
@emit "connected"
)
im.on('session:end', (endCode) =>
@robot.logger.info('session ended: ' + endCode);
);
im.on('session:authn_required', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:bad_request', =>
@robot.logger.error('session fail')
@im.reconnect(5000)
)
im.on('session:rate_limit', =>
@robot.logger.error('session fail - rate limit');
im.disconnect();
setTimeout((-> im.connect()) , 30*60*1000);
);
im.on('im:auth_request', (auth_request) =>
im.usersAdd(auth_request.uin, ->
im.emit('im:message', auth_request)
)
)
im.on('im:message', (message) =>
user = @robot.brain.userForId message.uin
@receive new TextMessage(user, message.text, 'messageId')
)
im.connect();
@im = im
exports.use = (robot) ->
new Icq robot |
[
{
"context": "s['caron'] =\n\tglyphName: \"caron\"\n\tcharacterName: \"CARON\"\n\tanchors:\n\t\t0:\n\t\t\tx: parentAnchors[0].x\n\t\t\ty: pa",
"end": 68,
"score": 0.9778661727905273,
"start": 63,
"tag": "NAME",
"value": "CARON"
}
] | src/glyphs/components/caron.coffee | byte-foundry/venus.ptf | 3 | exports.glyphs['caron'] =
glyphName: "caron"
characterName: "CARON"
anchors:
0:
x: parentAnchors[0].x
y: parentAnchors[0].y
tags: [
'component',
'diacritic'
]
components:
0:
base: 'circumflex'
parentAnchors:
0:
x: anchors[0].x
y: anchors[0].y
transformOrigin: Array( anchors[0].x, anchors[0].y + 150 / 2 )
transforms: Array( [ 'scaleY', -1 ] )
| 161701 | exports.glyphs['caron'] =
glyphName: "caron"
characterName: "<NAME>"
anchors:
0:
x: parentAnchors[0].x
y: parentAnchors[0].y
tags: [
'component',
'diacritic'
]
components:
0:
base: 'circumflex'
parentAnchors:
0:
x: anchors[0].x
y: anchors[0].y
transformOrigin: Array( anchors[0].x, anchors[0].y + 150 / 2 )
transforms: Array( [ 'scaleY', -1 ] )
| true | exports.glyphs['caron'] =
glyphName: "caron"
characterName: "PI:NAME:<NAME>END_PI"
anchors:
0:
x: parentAnchors[0].x
y: parentAnchors[0].y
tags: [
'component',
'diacritic'
]
components:
0:
base: 'circumflex'
parentAnchors:
0:
x: anchors[0].x
y: anchors[0].y
transformOrigin: Array( anchors[0].x, anchors[0].y + 150 / 2 )
transforms: Array( [ 'scaleY', -1 ] )
|
[
{
"context": "= uuid()\n user = \n 'userName': userName\n 'password': hash\n 'uuid': ",
"end": 1110,
"score": 0.9980335831642151,
"start": 1102,
"tag": "USERNAME",
"value": "userName"
},
{
"context": " 'userName': userName\n 'password': hash\n 'uuid': id\n 'id' : id\n ",
"end": 1139,
"score": 0.9991791844367981,
"start": 1135,
"tag": "PASSWORD",
"value": "hash"
}
] | helper.coffee | EveryoneHacks/express-coffee | 0 | bcrypt = require('bcryptjs')
whenjs = require('when')
express = require('express')
uuid = require('uuid4')
app = express()
# config = require('./config.js')
# config file should contain all tokens and other private info
#used in local-signup strategy
exports.localReg = (app) ->
(userName, password) ->
db = app.locals.db
# TODO: Verify that Passport accepts promises.
return whenjs.promise (resolve, reject, notify) ->
entries = []
# TODO: Example of a range query
# Convert searches to stream searches.
# db.createReadStream({ start: userName + '\x00', end: userName + '\x00\xff' })
# .on 'data', (entry) -> entries.push(entry)
# .on 'close', () -> console.log(entries)
db.get 'userName\x00' + userName, (err, result) ->
# userName exists
console.log ":helper-reg: ", err, user
if result
console.log 'User Name ALREADY EXISTS:', result.userName
resolve false
else
hash = bcrypt.hashSync(password, 8)
id = uuid()
user =
'userName': userName
'password': hash
'uuid': id
'id' : id
'avatar': 'http://placekitten/200/300'
console.log 'CREATING USER:', userName
# TODO: Add replacer to json.Stringify / but change LevelDB options
# TODO: Include UUID in key
db.put 'userName\x00' + userName, JSON.stringify(user), () ->
resolve user
# check if user exists
# if user exists check if passwords match (use bcrypt.compareSync(password, hash)
# true where 'hash' is password in DB)
# if password matches take into website
# if user doesn't exist or password doesn't match tell them it failed
exports.localAuth = (app) ->
return (userName, password) ->
return whenjs.promise (resolve, reject, notify) ->
db = app.locals.db
db.get 'userName\x00' + userName, (err, result) ->
unless result
console.log 'userName NOT FOUND:', userName
resolve false
else
# TODO: CHANGE if we change storage types
result = JSON.parse(result)
hash = result.password
console.log 'FOUND USER: ' + result.userName
if bcrypt.compareSync(password, hash)
resolve result
else
console.log 'AUTHENTICATION FAILED'
resolve false
| 127821 | bcrypt = require('bcryptjs')
whenjs = require('when')
express = require('express')
uuid = require('uuid4')
app = express()
# config = require('./config.js')
# config file should contain all tokens and other private info
#used in local-signup strategy
exports.localReg = (app) ->
(userName, password) ->
db = app.locals.db
# TODO: Verify that Passport accepts promises.
return whenjs.promise (resolve, reject, notify) ->
entries = []
# TODO: Example of a range query
# Convert searches to stream searches.
# db.createReadStream({ start: userName + '\x00', end: userName + '\x00\xff' })
# .on 'data', (entry) -> entries.push(entry)
# .on 'close', () -> console.log(entries)
db.get 'userName\x00' + userName, (err, result) ->
# userName exists
console.log ":helper-reg: ", err, user
if result
console.log 'User Name ALREADY EXISTS:', result.userName
resolve false
else
hash = bcrypt.hashSync(password, 8)
id = uuid()
user =
'userName': userName
'password': <PASSWORD>
'uuid': id
'id' : id
'avatar': 'http://placekitten/200/300'
console.log 'CREATING USER:', userName
# TODO: Add replacer to json.Stringify / but change LevelDB options
# TODO: Include UUID in key
db.put 'userName\x00' + userName, JSON.stringify(user), () ->
resolve user
# check if user exists
# if user exists check if passwords match (use bcrypt.compareSync(password, hash)
# true where 'hash' is password in DB)
# if password matches take into website
# if user doesn't exist or password doesn't match tell them it failed
exports.localAuth = (app) ->
return (userName, password) ->
return whenjs.promise (resolve, reject, notify) ->
db = app.locals.db
db.get 'userName\x00' + userName, (err, result) ->
unless result
console.log 'userName NOT FOUND:', userName
resolve false
else
# TODO: CHANGE if we change storage types
result = JSON.parse(result)
hash = result.password
console.log 'FOUND USER: ' + result.userName
if bcrypt.compareSync(password, hash)
resolve result
else
console.log 'AUTHENTICATION FAILED'
resolve false
| true | bcrypt = require('bcryptjs')
whenjs = require('when')
express = require('express')
uuid = require('uuid4')
app = express()
# config = require('./config.js')
# config file should contain all tokens and other private info
#used in local-signup strategy
exports.localReg = (app) ->
(userName, password) ->
db = app.locals.db
# TODO: Verify that Passport accepts promises.
return whenjs.promise (resolve, reject, notify) ->
entries = []
# TODO: Example of a range query
# Convert searches to stream searches.
# db.createReadStream({ start: userName + '\x00', end: userName + '\x00\xff' })
# .on 'data', (entry) -> entries.push(entry)
# .on 'close', () -> console.log(entries)
db.get 'userName\x00' + userName, (err, result) ->
# userName exists
console.log ":helper-reg: ", err, user
if result
console.log 'User Name ALREADY EXISTS:', result.userName
resolve false
else
hash = bcrypt.hashSync(password, 8)
id = uuid()
user =
'userName': userName
'password': PI:PASSWORD:<PASSWORD>END_PI
'uuid': id
'id' : id
'avatar': 'http://placekitten/200/300'
console.log 'CREATING USER:', userName
# TODO: Add replacer to json.Stringify / but change LevelDB options
# TODO: Include UUID in key
db.put 'userName\x00' + userName, JSON.stringify(user), () ->
resolve user
# check if user exists
# if user exists check if passwords match (use bcrypt.compareSync(password, hash)
# true where 'hash' is password in DB)
# if password matches take into website
# if user doesn't exist or password doesn't match tell them it failed
exports.localAuth = (app) ->
return (userName, password) ->
return whenjs.promise (resolve, reject, notify) ->
db = app.locals.db
db.get 'userName\x00' + userName, (err, result) ->
unless result
console.log 'userName NOT FOUND:', userName
resolve false
else
# TODO: CHANGE if we change storage types
result = JSON.parse(result)
hash = result.password
console.log 'FOUND USER: ' + result.userName
if bcrypt.compareSync(password, hash)
resolve result
else
console.log 'AUTHENTICATION FAILED'
resolve false
|
[
{
"context": " 'ns:Key': @key\n 'ns:Password': @password\n 'ns:ClientDetail':\n 'ns:AccountN",
"end": 823,
"score": 0.9764343500137329,
"start": 814,
"tag": "PASSWORD",
"value": "@password"
}
] | src/fedex.coffee | lyxsus/shipit | 0 | {Builder, Parser} = require 'xml2js'
{find} = require 'underscore'
moment = require 'moment-timezone'
{titleCase} = require 'change-case'
{ShipperClient} = require './shipper'
class FedexClient extends ShipperClient
constructor: ({@key, @password, @account, @meter}, @options) ->
super()
@parser = new Parser()
@builder = new Builder(renderOpts: pretty: false)
generateRequest: (trk, reference = 'n/a') ->
@builder.buildObject
'ns:TrackRequest':
'$':
'xmlns:ns': 'http://fedex.com/ws/track/v5'
'xmlns:xsi': 'http://www.w3.org/2001/XMLSchema-instance'
'xsi:schemaLocation': 'http://fedex.com/ws/track/v4 TrackService_v4.xsd'
'ns:WebAuthenticationDetail':
'ns:UserCredential':
'ns:Key': @key
'ns:Password': @password
'ns:ClientDetail':
'ns:AccountNumber': @account
'ns:MeterNumber': @meter
'ns:TransactionDetail':
'ns:CustomerTransactionId': reference
'ns:Version':
'ns:ServiceId': 'trck'
'ns:Major': 5
'ns:Intermediate': 0
'ns:Minor': 0
'ns:PackageIdentifier':
'ns:Value': trk
'ns:Type': 'TRACKING_NUMBER_OR_DOORTAG'
'ns:IncludeDetailedScans': true
validateResponse: (response, cb) ->
handleResponse = (xmlErr, trackResult) ->
return cb(xmlErr) if xmlErr? or !trackResult?
notifications = trackResult['TrackReply']?['Notifications']
success = find notifications, (notice) -> notice?['Code']?[0] is '0'
return cb(notifications or 'invalid reply') unless success
cb null, trackResult['TrackReply']?['TrackDetails']?[0]
@parser.reset()
@parser.parseString response, handleResponse
presentAddress: (address) ->
return unless address?
city = address['City']?[0]
city = city.replace('FEDEX SMARTPOST ', '') if city?
stateCode = address['StateOrProvinceCode']?[0]
countryCode = address['CountryCode']?[0]
postalCode = address['PostalCode']?[0]
@presentLocation {city, stateCode, countryCode, postalCode}
STATUS_MAP =
'AA': ShipperClient.STATUS_TYPES.EN_ROUTE
'AD': ShipperClient.STATUS_TYPES.EN_ROUTE
'AF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AP': ShipperClient.STATUS_TYPES.SHIPPING
'EO': ShipperClient.STATUS_TYPES.EN_ROUTE
'EP': ShipperClient.STATUS_TYPES.SHIPPING
'FD': ShipperClient.STATUS_TYPES.EN_ROUTE
'HL': ShipperClient.STATUS_TYPES.DELIVERED
'IT': ShipperClient.STATUS_TYPES.EN_ROUTE
'LO': ShipperClient.STATUS_TYPES.EN_ROUTE
'OC': ShipperClient.STATUS_TYPES.SHIPPING
'DL': ShipperClient.STATUS_TYPES.DELIVERED
'DP': ShipperClient.STATUS_TYPES.EN_ROUTE
'DS': ShipperClient.STATUS_TYPES.EN_ROUTE
'ED': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'OD': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'PF': ShipperClient.STATUS_TYPES.EN_ROUTE
'PL': ShipperClient.STATUS_TYPES.EN_ROUTE
'PU': ShipperClient.STATUS_TYPES.EN_ROUTE
'SF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AR': ShipperClient.STATUS_TYPES.EN_ROUTE
'CD': ShipperClient.STATUS_TYPES.EN_ROUTE
'CC': ShipperClient.STATUS_TYPES.EN_ROUTE
'DE': ShipperClient.STATUS_TYPES.DELAYED
'CA': ShipperClient.STATUS_TYPES.DELAYED
'CH': ShipperClient.STATUS_TYPES.DELAYED
'DY': ShipperClient.STATUS_TYPES.DELAYED
'SE': ShipperClient.STATUS_TYPES.DELAYED
'AX': ShipperClient.STATUS_TYPES.EN_ROUTE
'OF': ShipperClient.STATUS_TYPES.EN_ROUTE
'RR': ShipperClient.STATUS_TYPES.EN_ROUTE
'OX': ShipperClient.STATUS_TYPES.EN_ROUTE
'CP': ShipperClient.STATUS_TYPES.EN_ROUTE
getStatus: (shipment) ->
statusCode = shipment?['StatusCode']?[0]
return unless statusCode?
if STATUS_MAP[statusCode]? then STATUS_MAP[statusCode] else ShipperClient.STATUS_TYPES.UNKNOWN
getActivitiesAndStatus: (shipment) ->
activities = []
status = null
for rawActivity in shipment['Events'] or []
location = @presentAddress rawActivity['Address']?[0]
raw_timestamp = rawActivity['Timestamp']?[0]
if raw_timestamp?
event_time = moment(raw_timestamp)
timestamp = event_time.toDate()
datetime = raw_timestamp[..18]
details = rawActivity['EventDescription']?[0]
if details? and timestamp?
activity = {timestamp, datetime, location, details}
activities.push activity
activities: activities, status: @getStatus shipment
getEta: (shipment) ->
ts = shipment?['EstimatedDeliveryTimestamp']?[0]
return unless ts?
moment("#{ts[..18]}Z").toDate()
getService: (shipment) ->
shipment?['ServiceInfo']?[0]
getWeight: (shipment) ->
weightData = shipment?['PackageWeight']?[0]
return unless weightData?
units = weightData['Units']?[0]
value = weightData['Value']?[0]
if units? and value? then "#{value} #{units}"
getDestination: (shipment) ->
@presentAddress shipment['DestinationAddress']?[0]
requestOptions: ({trackingNumber, reference}) ->
method: 'POST'
uri: @options?['endpoint'] || 'https://ws.fedex.com/xml'
body: @generateRequest trackingNumber, reference
module.exports = {FedexClient}
| 117393 | {Builder, Parser} = require 'xml2js'
{find} = require 'underscore'
moment = require 'moment-timezone'
{titleCase} = require 'change-case'
{ShipperClient} = require './shipper'
class FedexClient extends ShipperClient
constructor: ({@key, @password, @account, @meter}, @options) ->
super()
@parser = new Parser()
@builder = new Builder(renderOpts: pretty: false)
generateRequest: (trk, reference = 'n/a') ->
@builder.buildObject
'ns:TrackRequest':
'$':
'xmlns:ns': 'http://fedex.com/ws/track/v5'
'xmlns:xsi': 'http://www.w3.org/2001/XMLSchema-instance'
'xsi:schemaLocation': 'http://fedex.com/ws/track/v4 TrackService_v4.xsd'
'ns:WebAuthenticationDetail':
'ns:UserCredential':
'ns:Key': @key
'ns:Password': <PASSWORD>
'ns:ClientDetail':
'ns:AccountNumber': @account
'ns:MeterNumber': @meter
'ns:TransactionDetail':
'ns:CustomerTransactionId': reference
'ns:Version':
'ns:ServiceId': 'trck'
'ns:Major': 5
'ns:Intermediate': 0
'ns:Minor': 0
'ns:PackageIdentifier':
'ns:Value': trk
'ns:Type': 'TRACKING_NUMBER_OR_DOORTAG'
'ns:IncludeDetailedScans': true
validateResponse: (response, cb) ->
handleResponse = (xmlErr, trackResult) ->
return cb(xmlErr) if xmlErr? or !trackResult?
notifications = trackResult['TrackReply']?['Notifications']
success = find notifications, (notice) -> notice?['Code']?[0] is '0'
return cb(notifications or 'invalid reply') unless success
cb null, trackResult['TrackReply']?['TrackDetails']?[0]
@parser.reset()
@parser.parseString response, handleResponse
presentAddress: (address) ->
return unless address?
city = address['City']?[0]
city = city.replace('FEDEX SMARTPOST ', '') if city?
stateCode = address['StateOrProvinceCode']?[0]
countryCode = address['CountryCode']?[0]
postalCode = address['PostalCode']?[0]
@presentLocation {city, stateCode, countryCode, postalCode}
STATUS_MAP =
'AA': ShipperClient.STATUS_TYPES.EN_ROUTE
'AD': ShipperClient.STATUS_TYPES.EN_ROUTE
'AF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AP': ShipperClient.STATUS_TYPES.SHIPPING
'EO': ShipperClient.STATUS_TYPES.EN_ROUTE
'EP': ShipperClient.STATUS_TYPES.SHIPPING
'FD': ShipperClient.STATUS_TYPES.EN_ROUTE
'HL': ShipperClient.STATUS_TYPES.DELIVERED
'IT': ShipperClient.STATUS_TYPES.EN_ROUTE
'LO': ShipperClient.STATUS_TYPES.EN_ROUTE
'OC': ShipperClient.STATUS_TYPES.SHIPPING
'DL': ShipperClient.STATUS_TYPES.DELIVERED
'DP': ShipperClient.STATUS_TYPES.EN_ROUTE
'DS': ShipperClient.STATUS_TYPES.EN_ROUTE
'ED': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'OD': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'PF': ShipperClient.STATUS_TYPES.EN_ROUTE
'PL': ShipperClient.STATUS_TYPES.EN_ROUTE
'PU': ShipperClient.STATUS_TYPES.EN_ROUTE
'SF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AR': ShipperClient.STATUS_TYPES.EN_ROUTE
'CD': ShipperClient.STATUS_TYPES.EN_ROUTE
'CC': ShipperClient.STATUS_TYPES.EN_ROUTE
'DE': ShipperClient.STATUS_TYPES.DELAYED
'CA': ShipperClient.STATUS_TYPES.DELAYED
'CH': ShipperClient.STATUS_TYPES.DELAYED
'DY': ShipperClient.STATUS_TYPES.DELAYED
'SE': ShipperClient.STATUS_TYPES.DELAYED
'AX': ShipperClient.STATUS_TYPES.EN_ROUTE
'OF': ShipperClient.STATUS_TYPES.EN_ROUTE
'RR': ShipperClient.STATUS_TYPES.EN_ROUTE
'OX': ShipperClient.STATUS_TYPES.EN_ROUTE
'CP': ShipperClient.STATUS_TYPES.EN_ROUTE
getStatus: (shipment) ->
statusCode = shipment?['StatusCode']?[0]
return unless statusCode?
if STATUS_MAP[statusCode]? then STATUS_MAP[statusCode] else ShipperClient.STATUS_TYPES.UNKNOWN
getActivitiesAndStatus: (shipment) ->
activities = []
status = null
for rawActivity in shipment['Events'] or []
location = @presentAddress rawActivity['Address']?[0]
raw_timestamp = rawActivity['Timestamp']?[0]
if raw_timestamp?
event_time = moment(raw_timestamp)
timestamp = event_time.toDate()
datetime = raw_timestamp[..18]
details = rawActivity['EventDescription']?[0]
if details? and timestamp?
activity = {timestamp, datetime, location, details}
activities.push activity
activities: activities, status: @getStatus shipment
getEta: (shipment) ->
ts = shipment?['EstimatedDeliveryTimestamp']?[0]
return unless ts?
moment("#{ts[..18]}Z").toDate()
getService: (shipment) ->
shipment?['ServiceInfo']?[0]
getWeight: (shipment) ->
weightData = shipment?['PackageWeight']?[0]
return unless weightData?
units = weightData['Units']?[0]
value = weightData['Value']?[0]
if units? and value? then "#{value} #{units}"
getDestination: (shipment) ->
@presentAddress shipment['DestinationAddress']?[0]
requestOptions: ({trackingNumber, reference}) ->
method: 'POST'
uri: @options?['endpoint'] || 'https://ws.fedex.com/xml'
body: @generateRequest trackingNumber, reference
module.exports = {FedexClient}
| true | {Builder, Parser} = require 'xml2js'
{find} = require 'underscore'
moment = require 'moment-timezone'
{titleCase} = require 'change-case'
{ShipperClient} = require './shipper'
class FedexClient extends ShipperClient
constructor: ({@key, @password, @account, @meter}, @options) ->
super()
@parser = new Parser()
@builder = new Builder(renderOpts: pretty: false)
generateRequest: (trk, reference = 'n/a') ->
@builder.buildObject
'ns:TrackRequest':
'$':
'xmlns:ns': 'http://fedex.com/ws/track/v5'
'xmlns:xsi': 'http://www.w3.org/2001/XMLSchema-instance'
'xsi:schemaLocation': 'http://fedex.com/ws/track/v4 TrackService_v4.xsd'
'ns:WebAuthenticationDetail':
'ns:UserCredential':
'ns:Key': @key
'ns:Password': PI:PASSWORD:<PASSWORD>END_PI
'ns:ClientDetail':
'ns:AccountNumber': @account
'ns:MeterNumber': @meter
'ns:TransactionDetail':
'ns:CustomerTransactionId': reference
'ns:Version':
'ns:ServiceId': 'trck'
'ns:Major': 5
'ns:Intermediate': 0
'ns:Minor': 0
'ns:PackageIdentifier':
'ns:Value': trk
'ns:Type': 'TRACKING_NUMBER_OR_DOORTAG'
'ns:IncludeDetailedScans': true
validateResponse: (response, cb) ->
handleResponse = (xmlErr, trackResult) ->
return cb(xmlErr) if xmlErr? or !trackResult?
notifications = trackResult['TrackReply']?['Notifications']
success = find notifications, (notice) -> notice?['Code']?[0] is '0'
return cb(notifications or 'invalid reply') unless success
cb null, trackResult['TrackReply']?['TrackDetails']?[0]
@parser.reset()
@parser.parseString response, handleResponse
presentAddress: (address) ->
return unless address?
city = address['City']?[0]
city = city.replace('FEDEX SMARTPOST ', '') if city?
stateCode = address['StateOrProvinceCode']?[0]
countryCode = address['CountryCode']?[0]
postalCode = address['PostalCode']?[0]
@presentLocation {city, stateCode, countryCode, postalCode}
STATUS_MAP =
'AA': ShipperClient.STATUS_TYPES.EN_ROUTE
'AD': ShipperClient.STATUS_TYPES.EN_ROUTE
'AF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AP': ShipperClient.STATUS_TYPES.SHIPPING
'EO': ShipperClient.STATUS_TYPES.EN_ROUTE
'EP': ShipperClient.STATUS_TYPES.SHIPPING
'FD': ShipperClient.STATUS_TYPES.EN_ROUTE
'HL': ShipperClient.STATUS_TYPES.DELIVERED
'IT': ShipperClient.STATUS_TYPES.EN_ROUTE
'LO': ShipperClient.STATUS_TYPES.EN_ROUTE
'OC': ShipperClient.STATUS_TYPES.SHIPPING
'DL': ShipperClient.STATUS_TYPES.DELIVERED
'DP': ShipperClient.STATUS_TYPES.EN_ROUTE
'DS': ShipperClient.STATUS_TYPES.EN_ROUTE
'ED': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'OD': ShipperClient.STATUS_TYPES.OUT_FOR_DELIVERY
'PF': ShipperClient.STATUS_TYPES.EN_ROUTE
'PL': ShipperClient.STATUS_TYPES.EN_ROUTE
'PU': ShipperClient.STATUS_TYPES.EN_ROUTE
'SF': ShipperClient.STATUS_TYPES.EN_ROUTE
'AR': ShipperClient.STATUS_TYPES.EN_ROUTE
'CD': ShipperClient.STATUS_TYPES.EN_ROUTE
'CC': ShipperClient.STATUS_TYPES.EN_ROUTE
'DE': ShipperClient.STATUS_TYPES.DELAYED
'CA': ShipperClient.STATUS_TYPES.DELAYED
'CH': ShipperClient.STATUS_TYPES.DELAYED
'DY': ShipperClient.STATUS_TYPES.DELAYED
'SE': ShipperClient.STATUS_TYPES.DELAYED
'AX': ShipperClient.STATUS_TYPES.EN_ROUTE
'OF': ShipperClient.STATUS_TYPES.EN_ROUTE
'RR': ShipperClient.STATUS_TYPES.EN_ROUTE
'OX': ShipperClient.STATUS_TYPES.EN_ROUTE
'CP': ShipperClient.STATUS_TYPES.EN_ROUTE
getStatus: (shipment) ->
statusCode = shipment?['StatusCode']?[0]
return unless statusCode?
if STATUS_MAP[statusCode]? then STATUS_MAP[statusCode] else ShipperClient.STATUS_TYPES.UNKNOWN
getActivitiesAndStatus: (shipment) ->
activities = []
status = null
for rawActivity in shipment['Events'] or []
location = @presentAddress rawActivity['Address']?[0]
raw_timestamp = rawActivity['Timestamp']?[0]
if raw_timestamp?
event_time = moment(raw_timestamp)
timestamp = event_time.toDate()
datetime = raw_timestamp[..18]
details = rawActivity['EventDescription']?[0]
if details? and timestamp?
activity = {timestamp, datetime, location, details}
activities.push activity
activities: activities, status: @getStatus shipment
getEta: (shipment) ->
ts = shipment?['EstimatedDeliveryTimestamp']?[0]
return unless ts?
moment("#{ts[..18]}Z").toDate()
getService: (shipment) ->
shipment?['ServiceInfo']?[0]
getWeight: (shipment) ->
weightData = shipment?['PackageWeight']?[0]
return unless weightData?
units = weightData['Units']?[0]
value = weightData['Value']?[0]
if units? and value? then "#{value} #{units}"
getDestination: (shipment) ->
@presentAddress shipment['DestinationAddress']?[0]
requestOptions: ({trackingNumber, reference}) ->
method: 'POST'
uri: @options?['endpoint'] || 'https://ws.fedex.com/xml'
body: @generateRequest trackingNumber, reference
module.exports = {FedexClient}
|
[
{
"context": "ation helpers\n#\n# Nodize CMS\n# https://github.com/hypee/nodize\n#\n# Copyright 2012, Hypee\n# http://hypee.c",
"end": 73,
"score": 0.9994912147521973,
"start": 68,
"tag": "USERNAME",
"value": "hypee"
},
{
"context": "ttps://github.com/hypee/nodize\n#\n# Copyright 2012, Hypee\n# http://hypee.com\n#\n# Licensed under the MIT lic",
"end": 106,
"score": 0.9320551753044128,
"start": 101,
"tag": "NAME",
"value": "Hypee"
},
{
"context": ", menu\n WHERE\n page_lang.lang = '#{@lang}' AND \n menu.id_menu = #{id_menu} AN",
"end": 9988,
"score": 0.7043197154998779,
"start": 9988,
"tag": "USERNAME",
"value": ""
}
] | modules/ionize/helpers/helper_navigation.coffee | nodize/nodizecms | 32 | #
# Nodize - navigation helpers
#
# Nodize CMS
# https://github.com/hypee/nodize
#
# Copyright 2012, Hypee
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
@include = ->
jade = require "jade"
#*****
#* Displaying navigation
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: filter by menu / page / subpage / type
#*
#**
@helpers['ion_navigation'] = (args...) ->
tagName = 'ion_navigation'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 0
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
displayedInNav = "page.appears = 1 AND "
#
#
# Retrieve pages
#
DB.query( "SELECT page_lang.title, page_lang.subtitle, page_lang.url, page.home, page_lang.nav_title, page.link "+
"FROM page_lang, page "+
"WHERE page_lang.id_page = page.id_page AND "+
"page_lang.lang = '#{@lang}' AND "+
"page.id_menu = #{menu_id} AND "+
displayedInNav +
"page.level = #{page_level} "+
"ORDER BY page.ordering", Page)
.on 'success', (pages) =>
#
# Content that will be built
#
htmlResponse = ""
#
# Looping though all pages
#
for page in pages
#console.log page.title, page.url
#
# For home page, url becomes / (we hide the real url)
#
page.url = "/" if page.home
#
# Set variables that will be used in the rendered view
#
@navigation = page
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
#
# If a link is declared, we replace url by the link
#
if page.link then @navigation.url = page.link
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
#args[args.length-1]()
finished( htmlResponse )
.on 'failure', (err) ->
console.log "database error : ", err
finished()
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
#*****
#* Displaying navigation tree
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: Menu selection by name, default to id = 1
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: Active class
#*
#**
@helpers['ion_navigationTree'] = (args...) ->
tagName = 'ion_navigationTree'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 100
level_open = "<ul>" # HTML inserted before each level change
level_close = "</ul>" # HTML inserted after each level change
item_open = "<li>" # HTML inserted before each menu item
item_close = "</li>" # HTML inserted after each menu item
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level?
#
# Items & level HTML tags
#
level_open = attrs.level_open if attrs.level_open
level_close = attrs.level_close if attrs.level_close
item_open = attrs.item_open if attrs.item_open
item_close = attrs.item_close if attrs.item_close
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
#
# Getting a list of pages, with child pages
#
# We're doing recursive calls to build the tree.
# Recursion is a bit painful in async programming, so we use some tricks :
# - request_counter is used to know when all request are finished, so we can build and sent the response
# - we gather all responses and build a "path" value to be able to use it to sort results, in an order that matches the tree structure
#
#
#
# Retrieve pages in menu
#
responses = []
#
# Request counter is used to define when all async requests are finished
# (+1 when launching a request, -1 once finishing, 0 everything is done)
#
request_counter = 1
#
# Building the response path
#
path = ""
#
# Send response once async requests are done
#
displayResponse = =>
request_counter--
#
# Requests are finished, building & sending the response
#
if request_counter==0
#
# Sorting responses, using the path value
#
responses.sort( (a,b) ->
return 1 if a.path > b.path
return -1 if a.path < b.path
return 0
)
#
# Building the response message
#
htmlResponse = ""
currentLevel = 0
firstResult = true
for line in responses
#
# For home page, url becomes / (we hide the real url)
#
line.url = "/" if line.home
#
# Set variables that will be used in the rendered view
#
@navigation = line
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
levelChanged = false
if @navigation.level > currentLevel
htmlResponse += level_open
currentLevel = @navigation.level
levelChanged = true
else if @navigation.level < currentLevel
for index in [1..currentLevel-@navigation.level]
htmlResponse += level_close
currentLevel = @navigation.level
levelChanged = true
else
htmlResponse += item_close unless firstResult
firstResult = false
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
htmlResponse += item_open
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
# response += "<option value='#{line.value}'>"
# response += " » " for level in [1..line.level] unless line.level<1
# response += "#{line.title}</option>"
#
# Send response
#
finished( htmlResponse )
#
# Recursive function to retrieve pages
#
getParents = (path, id_menu, id_parent, callback) =>
#
# Launch query
# Sorry, not using Sequelize yet there, but should be used for compatibility with all supported DB engines
#
DB.query( """
SELECT
page_lang.title,
page_lang.subtitle,
page_lang.nav_title,
page_lang.url,
page.level,
page.id_menu,
page.id_page,
page.home,
page.online,
page.appears,
page.has_url,
page.link
FROM
page_lang, page, menu
WHERE
page_lang.lang = '#{@lang}' AND
menu.id_menu = #{id_menu} AND
page.id_parent = #{id_parent} AND
page_lang.id_page = page.id_page AND
page.id_menu = menu.id_menu
ORDER BY
page.ordering
""",
Page )
#
# On success, store results + launch additional recursive queries
#
.on 'success', (results) =>
index = 0
for page in results
index++
newPath = path + index + "/"
#
# Storing results in the responses array
#
currentResponse = {}
currentResponse["path"] = newPath
currentResponse["value"] = page.id_page
currentResponse["title"] = page.title
currentResponse["subtitle"] = page.subtitle
currentResponse["nav_title"] = page.nav_title
currentResponse["level"] = page.level
currentResponse["url"] = page.url
currentResponse["has_url"] = page.has_url
currentResponse["home"] = page.home
currentResponse["id_page"] = page.id_page
currentResponse["online"] = page.online
currentResponse["link"] = page.link
#
# If a link is declared, we replace url by the link
#
if page.link then currentResponse["url"] = page.link
if (page.appears is 1) and (page.online or @req.session.usergroup_level >= 1000 )
responses.push( currentResponse )
#
# Use to watch async queries termination
#
request_counter++
#
# Search for child pages of the current page
#
getParents( newPath, id_menu, page.id_page, callback )
callback()
.on 'failure', (err) ->
console.log "GetParents error ", err
#
# Launch the first request
#
getParents( path, 1, 0, displayResponse )
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
| 49788 | #
# Nodize - navigation helpers
#
# Nodize CMS
# https://github.com/hypee/nodize
#
# Copyright 2012, <NAME>
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
@include = ->
jade = require "jade"
#*****
#* Displaying navigation
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: filter by menu / page / subpage / type
#*
#**
@helpers['ion_navigation'] = (args...) ->
tagName = 'ion_navigation'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 0
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
displayedInNav = "page.appears = 1 AND "
#
#
# Retrieve pages
#
DB.query( "SELECT page_lang.title, page_lang.subtitle, page_lang.url, page.home, page_lang.nav_title, page.link "+
"FROM page_lang, page "+
"WHERE page_lang.id_page = page.id_page AND "+
"page_lang.lang = '#{@lang}' AND "+
"page.id_menu = #{menu_id} AND "+
displayedInNav +
"page.level = #{page_level} "+
"ORDER BY page.ordering", Page)
.on 'success', (pages) =>
#
# Content that will be built
#
htmlResponse = ""
#
# Looping though all pages
#
for page in pages
#console.log page.title, page.url
#
# For home page, url becomes / (we hide the real url)
#
page.url = "/" if page.home
#
# Set variables that will be used in the rendered view
#
@navigation = page
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
#
# If a link is declared, we replace url by the link
#
if page.link then @navigation.url = page.link
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
#args[args.length-1]()
finished( htmlResponse )
.on 'failure', (err) ->
console.log "database error : ", err
finished()
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
#*****
#* Displaying navigation tree
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: Menu selection by name, default to id = 1
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: Active class
#*
#**
@helpers['ion_navigationTree'] = (args...) ->
tagName = 'ion_navigationTree'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 100
level_open = "<ul>" # HTML inserted before each level change
level_close = "</ul>" # HTML inserted after each level change
item_open = "<li>" # HTML inserted before each menu item
item_close = "</li>" # HTML inserted after each menu item
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level?
#
# Items & level HTML tags
#
level_open = attrs.level_open if attrs.level_open
level_close = attrs.level_close if attrs.level_close
item_open = attrs.item_open if attrs.item_open
item_close = attrs.item_close if attrs.item_close
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
#
# Getting a list of pages, with child pages
#
# We're doing recursive calls to build the tree.
# Recursion is a bit painful in async programming, so we use some tricks :
# - request_counter is used to know when all request are finished, so we can build and sent the response
# - we gather all responses and build a "path" value to be able to use it to sort results, in an order that matches the tree structure
#
#
#
# Retrieve pages in menu
#
responses = []
#
# Request counter is used to define when all async requests are finished
# (+1 when launching a request, -1 once finishing, 0 everything is done)
#
request_counter = 1
#
# Building the response path
#
path = ""
#
# Send response once async requests are done
#
displayResponse = =>
request_counter--
#
# Requests are finished, building & sending the response
#
if request_counter==0
#
# Sorting responses, using the path value
#
responses.sort( (a,b) ->
return 1 if a.path > b.path
return -1 if a.path < b.path
return 0
)
#
# Building the response message
#
htmlResponse = ""
currentLevel = 0
firstResult = true
for line in responses
#
# For home page, url becomes / (we hide the real url)
#
line.url = "/" if line.home
#
# Set variables that will be used in the rendered view
#
@navigation = line
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
levelChanged = false
if @navigation.level > currentLevel
htmlResponse += level_open
currentLevel = @navigation.level
levelChanged = true
else if @navigation.level < currentLevel
for index in [1..currentLevel-@navigation.level]
htmlResponse += level_close
currentLevel = @navigation.level
levelChanged = true
else
htmlResponse += item_close unless firstResult
firstResult = false
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
htmlResponse += item_open
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
# response += "<option value='#{line.value}'>"
# response += " » " for level in [1..line.level] unless line.level<1
# response += "#{line.title}</option>"
#
# Send response
#
finished( htmlResponse )
#
# Recursive function to retrieve pages
#
getParents = (path, id_menu, id_parent, callback) =>
#
# Launch query
# Sorry, not using Sequelize yet there, but should be used for compatibility with all supported DB engines
#
DB.query( """
SELECT
page_lang.title,
page_lang.subtitle,
page_lang.nav_title,
page_lang.url,
page.level,
page.id_menu,
page.id_page,
page.home,
page.online,
page.appears,
page.has_url,
page.link
FROM
page_lang, page, menu
WHERE
page_lang.lang = '#{@lang}' AND
menu.id_menu = #{id_menu} AND
page.id_parent = #{id_parent} AND
page_lang.id_page = page.id_page AND
page.id_menu = menu.id_menu
ORDER BY
page.ordering
""",
Page )
#
# On success, store results + launch additional recursive queries
#
.on 'success', (results) =>
index = 0
for page in results
index++
newPath = path + index + "/"
#
# Storing results in the responses array
#
currentResponse = {}
currentResponse["path"] = newPath
currentResponse["value"] = page.id_page
currentResponse["title"] = page.title
currentResponse["subtitle"] = page.subtitle
currentResponse["nav_title"] = page.nav_title
currentResponse["level"] = page.level
currentResponse["url"] = page.url
currentResponse["has_url"] = page.has_url
currentResponse["home"] = page.home
currentResponse["id_page"] = page.id_page
currentResponse["online"] = page.online
currentResponse["link"] = page.link
#
# If a link is declared, we replace url by the link
#
if page.link then currentResponse["url"] = page.link
if (page.appears is 1) and (page.online or @req.session.usergroup_level >= 1000 )
responses.push( currentResponse )
#
# Use to watch async queries termination
#
request_counter++
#
# Search for child pages of the current page
#
getParents( newPath, id_menu, page.id_page, callback )
callback()
.on 'failure', (err) ->
console.log "GetParents error ", err
#
# Launch the first request
#
getParents( path, 1, 0, displayResponse )
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
| true | #
# Nodize - navigation helpers
#
# Nodize CMS
# https://github.com/hypee/nodize
#
# Copyright 2012, PI:NAME:<NAME>END_PI
# http://hypee.com
#
# Licensed under the MIT license:
# http://www.opensource.org/licenses/MIT
#
@include = ->
jade = require "jade"
#*****
#* Displaying navigation
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: filter by menu / page / subpage / type
#*
#**
@helpers['ion_navigation'] = (args...) ->
tagName = 'ion_navigation'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 0
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
displayedInNav = "page.appears = 1 AND "
#
#
# Retrieve pages
#
DB.query( "SELECT page_lang.title, page_lang.subtitle, page_lang.url, page.home, page_lang.nav_title, page.link "+
"FROM page_lang, page "+
"WHERE page_lang.id_page = page.id_page AND "+
"page_lang.lang = '#{@lang}' AND "+
"page.id_menu = #{menu_id} AND "+
displayedInNav +
"page.level = #{page_level} "+
"ORDER BY page.ordering", Page)
.on 'success', (pages) =>
#
# Content that will be built
#
htmlResponse = ""
#
# Looping though all pages
#
for page in pages
#console.log page.title, page.url
#
# For home page, url becomes / (we hide the real url)
#
page.url = "/" if page.home
#
# Set variables that will be used in the rendered view
#
@navigation = page
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
#
# If a link is declared, we replace url by the link
#
if page.link then @navigation.url = page.link
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
#args[args.length-1]()
finished( htmlResponse )
.on 'failure', (err) ->
console.log "database error : ", err
finished()
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
#*****
#* Displaying navigation tree
#* use @navigation.fieldName in nested content,
#* ie: @navigation.url, @navigation.title... (@navigation contains fields of the page_lang record)
#*
#* TODO: Menu selection by name, default to id = 1
#* TODO: We should be able to cache the response in memory
#* TODO: Attributes lastClass, firstClass
#* TODO: Active class
#*
#**
@helpers['ion_navigationTree'] = (args...) ->
tagName = 'ion_navigationTree'
# default class when displaying current/active page
activeClass = 'active'
# default menu
menu_id = 1
# default level
page_level = 100
level_open = "<ul>" # HTML inserted before each level change
level_close = "</ul>" # HTML inserted after each level change
item_open = "<li>" # HTML inserted before each menu item
item_close = "</li>" # HTML inserted after each menu item
#
# Parsing attributes if they do exist
#
if args.length>1
attrs = args[0]
#
# Class to be used for current/active page
#
activeClass = attrs.activeClass if attrs.activeClass
#
# Menu to use
#
menu_id = attrs.menu_id if attrs.menu_id
#
# Page level
#
page_level = attrs.level if attrs.level?
#
# Items & level HTML tags
#
level_open = attrs.level_open if attrs.level_open
level_close = attrs.level_close if attrs.level_close
item_open = attrs.item_open if attrs.item_open
item_close = attrs.item_close if attrs.item_close
#
# We are launching an asynchronous request,
# we need to register it, to be able to wait for it to be finished
# and insert the content in the response sent to browser
#
requestId = @registerRequest( tagName )
#
# Finished callback
#
finished = (response) =>
@requestCompleted requestId, response
#
# Getting a list of pages, with child pages
#
# We're doing recursive calls to build the tree.
# Recursion is a bit painful in async programming, so we use some tricks :
# - request_counter is used to know when all request are finished, so we can build and sent the response
# - we gather all responses and build a "path" value to be able to use it to sort results, in an order that matches the tree structure
#
#
#
# Retrieve pages in menu
#
responses = []
#
# Request counter is used to define when all async requests are finished
# (+1 when launching a request, -1 once finishing, 0 everything is done)
#
request_counter = 1
#
# Building the response path
#
path = ""
#
# Send response once async requests are done
#
displayResponse = =>
request_counter--
#
# Requests are finished, building & sending the response
#
if request_counter==0
#
# Sorting responses, using the path value
#
responses.sort( (a,b) ->
return 1 if a.path > b.path
return -1 if a.path < b.path
return 0
)
#
# Building the response message
#
htmlResponse = ""
currentLevel = 0
firstResult = true
for line in responses
#
# For home page, url becomes / (we hide the real url)
#
line.url = "/" if line.home
#
# Set variables that will be used in the rendered view
#
@navigation = line
@navigation.title = @navigation.nav_title if @navigation.nav_title isnt ''
@navigation.class = if @navigation.id_page is @page.id_page then activeClass else ''
levelChanged = false
if @navigation.level > currentLevel
htmlResponse += level_open
currentLevel = @navigation.level
levelChanged = true
else if @navigation.level < currentLevel
for index in [1..currentLevel-@navigation.level]
htmlResponse += level_close
currentLevel = @navigation.level
levelChanged = true
else
htmlResponse += item_close unless firstResult
firstResult = false
#
# Render nested tags,
# last args is the nested content to render
#
if args.length>=1
template = args[args.length-1]
htmlResponse += item_open
# For Jade engine
if @template_engine is "jade"
fn = jade.compile( template, @ )
htmlResponse += fn( @ ) # Compile the nested content to html
# For Eco and CoffeeCup
else
htmlResponse += cede template # Compile the nested content to html
# response += "<option value='#{line.value}'>"
# response += " » " for level in [1..line.level] unless line.level<1
# response += "#{line.title}</option>"
#
# Send response
#
finished( htmlResponse )
#
# Recursive function to retrieve pages
#
getParents = (path, id_menu, id_parent, callback) =>
#
# Launch query
# Sorry, not using Sequelize yet there, but should be used for compatibility with all supported DB engines
#
DB.query( """
SELECT
page_lang.title,
page_lang.subtitle,
page_lang.nav_title,
page_lang.url,
page.level,
page.id_menu,
page.id_page,
page.home,
page.online,
page.appears,
page.has_url,
page.link
FROM
page_lang, page, menu
WHERE
page_lang.lang = '#{@lang}' AND
menu.id_menu = #{id_menu} AND
page.id_parent = #{id_parent} AND
page_lang.id_page = page.id_page AND
page.id_menu = menu.id_menu
ORDER BY
page.ordering
""",
Page )
#
# On success, store results + launch additional recursive queries
#
.on 'success', (results) =>
index = 0
for page in results
index++
newPath = path + index + "/"
#
# Storing results in the responses array
#
currentResponse = {}
currentResponse["path"] = newPath
currentResponse["value"] = page.id_page
currentResponse["title"] = page.title
currentResponse["subtitle"] = page.subtitle
currentResponse["nav_title"] = page.nav_title
currentResponse["level"] = page.level
currentResponse["url"] = page.url
currentResponse["has_url"] = page.has_url
currentResponse["home"] = page.home
currentResponse["id_page"] = page.id_page
currentResponse["online"] = page.online
currentResponse["link"] = page.link
#
# If a link is declared, we replace url by the link
#
if page.link then currentResponse["url"] = page.link
if (page.appears is 1) and (page.online or @req.session.usergroup_level >= 1000 )
responses.push( currentResponse )
#
# Use to watch async queries termination
#
request_counter++
#
# Search for child pages of the current page
#
getParents( newPath, id_menu, page.id_page, callback )
callback()
.on 'failure', (err) ->
console.log "GetParents error ", err
#
# Launch the first request
#
getParents( path, 1, 0, displayResponse )
#
# Inserting placeholder in the html for replacement once async request are finished
#
text "{**#{requestId.name}**}"
|
[
{
"context": "should.equal(1)\n compareVer.lt(\"1.7.0.2\", \"1.7.0.10\").should.equal(1)\n\n it 'compare 5', ->\n ",
"end": 1085,
"score": 0.9755693674087524,
"start": 1077,
"tag": "IP_ADDRESS",
"value": "1.7.0.10"
}
] | node_modules/compare-ver/tests/lt.coffee | gthememarket/ghost_local_themesxxx | 3 | if typeof require == 'function'
should = require('should')
compareVer = require('../index')
describe 'compareVer #lt', ->
it 'compare 0', ->
compareVer.lt("1.7.2","1.7.1").should.equal(-1)
compareVer.lt("1.7.10","1.7.1").should.equal(-1)
compareVer.lt("1.8.0", "1.7.10").should.equal(-1)
it 'compare 1', ->
compareVer.lt("1.7.0", "1.7").should.equal(-1)
compareVer.lt("1.8.0", "1.7").should.equal(-1)
it 'compare 2', ->
compareVer.lt("1.7", "1.7").should.equal(0)
compareVer.lt("1.7.0", "1.7.0").should.equal(0)
compareVer.lt("1.7.10", "1.7.10").should.equal(0)
it 'compare 3', ->
compareVer.lt("1.7.0.0", "1.7.0.0").should.equal(0)
compareVer.lt("1.7.00", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.000").should.equal(0)
it 'compare 4', ->
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.0.2", "1.7.0.10").should.equal(1)
it 'compare 5', ->
compareVer.lt("1.6", "1.6.10").should.equal(1)
compareVer.lt("1.6.0", "1.6.10").should.equal(1)
compareVer.lt("1.6.10", "1.6.10.0").should.equal(1)
it 'fompare 6', ->
compareVer.lt("1.7.1", "1.7.10").should.equal(1)
compareVer.lt("1.7", "1.7.0").should.equal(1)
compareVer.lt("1.7.001", "1.7.01").should.equal(1)
it 'compare 7', ->
compareVer.lt(1.00001, "1.7").should.equal(-2)
compareVer.lt(1.00001, 1.00002).should.equal(-2)
compareVer.lt("1.7", 1.00001).should.equal(-2)
it 'compare 8', ->
compareVer.lt("1.7.a", "1.7").should.equal(-3)
compareVer.lt("1.b.0", "1.7").should.equal(-3)
compareVer.lt('sdsads', "1.7").should.equal(-3)
compareVer.lt("1.7", "1.7.a").should.equal(-3)
compareVer.lt("1.7", "1.b").should.equal(-3)
compareVer.lt("1.7", 'sdsads').should.equal(-3)
it 'compare 9', ->
compareVer.lt().should.equal(-100)
compareVer.lt("1.7.1").should.equal(-100)
compareVer.lt("1.7.1","1.7.1","1.7.1").should.equal(-100)
it 'compare 10', ->
compareVer.lt("1.07", "1.7").should.equal(1)
compareVer.lt("1.007", "1.07").should.equal(1)
compareVer.lt("1.0.07", "1.0.7").should.equal(1)
it 'compare 11',->
compareVer.lt("01.0.7", "1.0.7").should.equal(0)
compareVer.lt("1.0.7", "01.0.7").should.equal(0)
| 61800 | if typeof require == 'function'
should = require('should')
compareVer = require('../index')
describe 'compareVer #lt', ->
it 'compare 0', ->
compareVer.lt("1.7.2","1.7.1").should.equal(-1)
compareVer.lt("1.7.10","1.7.1").should.equal(-1)
compareVer.lt("1.8.0", "1.7.10").should.equal(-1)
it 'compare 1', ->
compareVer.lt("1.7.0", "1.7").should.equal(-1)
compareVer.lt("1.8.0", "1.7").should.equal(-1)
it 'compare 2', ->
compareVer.lt("1.7", "1.7").should.equal(0)
compareVer.lt("1.7.0", "1.7.0").should.equal(0)
compareVer.lt("1.7.10", "1.7.10").should.equal(0)
it 'compare 3', ->
compareVer.lt("1.7.0.0", "1.7.0.0").should.equal(0)
compareVer.lt("1.7.00", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.000").should.equal(0)
it 'compare 4', ->
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.0.2", "192.168.3.11").should.equal(1)
it 'compare 5', ->
compareVer.lt("1.6", "1.6.10").should.equal(1)
compareVer.lt("1.6.0", "1.6.10").should.equal(1)
compareVer.lt("1.6.10", "1.6.10.0").should.equal(1)
it 'fompare 6', ->
compareVer.lt("1.7.1", "1.7.10").should.equal(1)
compareVer.lt("1.7", "1.7.0").should.equal(1)
compareVer.lt("1.7.001", "1.7.01").should.equal(1)
it 'compare 7', ->
compareVer.lt(1.00001, "1.7").should.equal(-2)
compareVer.lt(1.00001, 1.00002).should.equal(-2)
compareVer.lt("1.7", 1.00001).should.equal(-2)
it 'compare 8', ->
compareVer.lt("1.7.a", "1.7").should.equal(-3)
compareVer.lt("1.b.0", "1.7").should.equal(-3)
compareVer.lt('sdsads', "1.7").should.equal(-3)
compareVer.lt("1.7", "1.7.a").should.equal(-3)
compareVer.lt("1.7", "1.b").should.equal(-3)
compareVer.lt("1.7", 'sdsads').should.equal(-3)
it 'compare 9', ->
compareVer.lt().should.equal(-100)
compareVer.lt("1.7.1").should.equal(-100)
compareVer.lt("1.7.1","1.7.1","1.7.1").should.equal(-100)
it 'compare 10', ->
compareVer.lt("1.07", "1.7").should.equal(1)
compareVer.lt("1.007", "1.07").should.equal(1)
compareVer.lt("1.0.07", "1.0.7").should.equal(1)
it 'compare 11',->
compareVer.lt("01.0.7", "1.0.7").should.equal(0)
compareVer.lt("1.0.7", "01.0.7").should.equal(0)
| true | if typeof require == 'function'
should = require('should')
compareVer = require('../index')
describe 'compareVer #lt', ->
it 'compare 0', ->
compareVer.lt("1.7.2","1.7.1").should.equal(-1)
compareVer.lt("1.7.10","1.7.1").should.equal(-1)
compareVer.lt("1.8.0", "1.7.10").should.equal(-1)
it 'compare 1', ->
compareVer.lt("1.7.0", "1.7").should.equal(-1)
compareVer.lt("1.8.0", "1.7").should.equal(-1)
it 'compare 2', ->
compareVer.lt("1.7", "1.7").should.equal(0)
compareVer.lt("1.7.0", "1.7.0").should.equal(0)
compareVer.lt("1.7.10", "1.7.10").should.equal(0)
it 'compare 3', ->
compareVer.lt("1.7.0.0", "1.7.0.0").should.equal(0)
compareVer.lt("1.7.00", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.00").should.equal(0)
compareVer.lt("1.7.0", "1.7.000").should.equal(0)
it 'compare 4', ->
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.2", "1.7.10").should.equal(1)
compareVer.lt("1.7.0.2", "PI:IP_ADDRESS:192.168.3.11END_PI").should.equal(1)
it 'compare 5', ->
compareVer.lt("1.6", "1.6.10").should.equal(1)
compareVer.lt("1.6.0", "1.6.10").should.equal(1)
compareVer.lt("1.6.10", "1.6.10.0").should.equal(1)
it 'fompare 6', ->
compareVer.lt("1.7.1", "1.7.10").should.equal(1)
compareVer.lt("1.7", "1.7.0").should.equal(1)
compareVer.lt("1.7.001", "1.7.01").should.equal(1)
it 'compare 7', ->
compareVer.lt(1.00001, "1.7").should.equal(-2)
compareVer.lt(1.00001, 1.00002).should.equal(-2)
compareVer.lt("1.7", 1.00001).should.equal(-2)
it 'compare 8', ->
compareVer.lt("1.7.a", "1.7").should.equal(-3)
compareVer.lt("1.b.0", "1.7").should.equal(-3)
compareVer.lt('sdsads', "1.7").should.equal(-3)
compareVer.lt("1.7", "1.7.a").should.equal(-3)
compareVer.lt("1.7", "1.b").should.equal(-3)
compareVer.lt("1.7", 'sdsads').should.equal(-3)
it 'compare 9', ->
compareVer.lt().should.equal(-100)
compareVer.lt("1.7.1").should.equal(-100)
compareVer.lt("1.7.1","1.7.1","1.7.1").should.equal(-100)
it 'compare 10', ->
compareVer.lt("1.07", "1.7").should.equal(1)
compareVer.lt("1.007", "1.07").should.equal(1)
compareVer.lt("1.0.07", "1.0.7").should.equal(1)
it 'compare 11',->
compareVer.lt("01.0.7", "1.0.7").should.equal(0)
compareVer.lt("1.0.7", "01.0.7").should.equal(0)
|
[
{
"context": "n. Begin eens met je naam, bijvoorbeeld\\nnaam = \\\"Henk\\\"\",\n answer: /naam\\s*=\\s*\\\"[\\w\\s]*\\\"/,\n ",
"end": 220,
"score": 0.998333752155304,
"start": 216,
"tag": "NAME",
"value": "Henk"
},
{
"context": "ekje, gevolgd door accolades. Bijvoorbeeld zo:\\n\\\"Hallo, \\#\\{naam\\}\\\"\",\n answer: /^\\s*\\\"[\\w\\s\\,]+\\#\\",
"end": 1133,
"score": 0.9996665716171265,
"start": 1128,
"tag": "NAME",
"value": "Hallo"
},
{
"context": "\n default: \"Dat is niet goed. Typte je \\\"Hallo, \\#\\{naam\\}?\\\"\"\n }\n }),\n new Question(\n ",
"end": 1433,
"score": 0.9995458126068115,
"start": 1428,
"tag": "NAME",
"value": "Hallo"
},
{
"context": "toewijzen van een variabele (bijvoorbeeld naam = \"Henk\"). Om te kijken of een uitspraak true of false is",
"end": 3095,
"score": 0.9884248971939087,
"start": 3091,
"tag": "NAME",
"value": "Henk"
},
{
"context": "an.\\nTyp eens:\\nif naam == \\\"je naam\\\"\\n puts \\\"Hallo, \\#\\{naam\\}!\\\"\\nend\",\n answer: /if\\s*naam\\s*",
"end": 3855,
"score": 0.6516128778457642,
"start": 3850,
"tag": "NAME",
"value": "Hallo"
}
] | _coffeescripts/interactive_lessons/hoofdstuk1.coffee | b1592/b1592.github.io | 2 | this.lesson = new Lesson([
new Question(
{
description: "Laten we bij het begin beginnen! In Ruby kun je makkelijk variabelen gebruiken om iets op te slaan. Begin eens met je naam, bijvoorbeeld\nnaam = \"Henk\"",
answer: /naam\s*=\s*\"[\w\s]*\"/,
possible_errors: {
quotes_vergeten: /^naam\s*=\s*\"?[\w\s]+\"?$/,
dubbele_is: /^naam\s*==\s*\"?[\w\s]+\"?$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
dubbele_is: "Gebruik een enkel =-teken bij het toewijzen van variabelen."
default: "Dat is niet goed. Typte je naam = \"je naam\"?"
}
}),
new Question(
{
description: "Ruby onthoudt alles. Typ in: naam",
answer: /^naam$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Typte je naam?"
}
}),
new Question(
{
description: "Zie je? Ruby weet je naam nog. Een stuk tekst tussen aanhalingstekens heet een String. Als je een variabele in een string wilt zetten, gebruik je een hekje, gevolgd door accolades. Bijvoorbeeld zo:\n\"Hallo, \#\{naam\}\"",
answer: /^\s*\"[\w\s\,]+\#\{naam\}\!?\"$/,
possible_errors: {
quotes_vergeten: /^\s*\"?[\w\s\,]+\#\{naam\}\!?\"?$/,
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
default: "Dat is niet goed. Typte je \"Hallo, \#\{naam\}?\""
}
}),
new Question(
{
description: "Ruby kan ook rekenen. Typ maar eens 3 + 4.",
answer: /^-?\d+\s*\+\s*-?\d+\s*$/,
possible_errors: {
min: /^\d+\s*-\s*\d+\s*$/
},
error_messages: {
min: "Inderdaad, Ruby kan ook getallen van elkaar aftrekken! Typ je toch even 3 + 4?",
default: "Dat is niet goed. Tel je twee getallen op?"
}
}),
new Question(
{
description: "Heel goed. Wat dacht je van 5 * 8?",
answer: /^-?\d+\s*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je * (een sterretje)?"
}
}),
new Question(
{
description: "* (sterretje) betekent 'keer'. Wat denk je dat 2 ** 4 doet?",
answer: /^-?\d+\s*\*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je **?"
}
}),
new Question(
{
description: "** is machtsverheffen. Nu gaan we aan Ruby vragen of een uitspraak 'waar' of 'niet waar' is. Typ eens 3 < 5 (drie is kleiner dan 5.)",
answer: /^3\s*<\s*5\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik < ('kleiner dan'.)"
}
}),
new Question(
{
description: "true! Typ nu eens 1 + 1 == 3.",
answer: /^1\s*\+\s*1\s*==\s*3\s*$/,
possible_errors: {
enkele_is: /^1\s*\+\s*1\s*=\s*3\s*$/
},
error_messages: {
enkele_is: 'Gebruik een dubbel is-teken! Een enkel is-teken wordt gebruikt voor het toewijzen van een variabele (bijvoorbeeld naam = "Henk"). Om te kijken of een uitspraak true of false is heb je == nodig. Ruby snapt het niet, zie je? Typ 1 + 1 == 3.'
default: "Dat is niet goed. Typ je 1 + 1 == 3?"
}
}),
new Question(
{
description: "1 + 1 is natuurlijk geen 3, dus Ruby geeft false. Typ nu eens 5 != 10 (vijf is niet gelijk aan tien.)",
answer: /^-?\d+\s*!=\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je != (is niet gelijk aan?)"
}
}),
new Question(
{
description: "Goed gedaan! Nu gaan we logica toevoegen. Een if-statement gebruik je om iets alleen te laten uitvoeren als aan een voorwaarde wordt voldaan.\nTyp eens:\nif naam == \"je naam\"\n puts \"Hallo, \#\{naam\}!\"\nend",
answer: /if\s*naam\s*==\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/,
possible_errors: {
quotes_vergeten: /if\s*naam\s*==\s*\"?[\w\s]*\"?\s*\n\s*puts\s*\"?[\w\s\!\,]+\#\{naam\}\!?"?\s*\n\s*end/,
enkele_is: /if\s*naam\s*=\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
enkele_is: "Gebruik in een if-statement altijd een dubbel =-teken. Bij toewijzen van variabelen gebruik je een enkel =-teken."
default: "Dat is niet goed. Typte je\nif naam == \"je naam\"\n puts \"Hallo, \#\{naam\}!\"\nend"
}
}),
new Question(
{
description: "Oke! Bij een if kun je ook een else zetten. Dit gebruik je als je nog een andere mogelijkheid verwacht. Let op dat je alsnog een end krijgt aan het einde.\nTyp eens:\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend",
answer: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*end\s*$/,
possible_errors: {
quotes_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*else\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*end\s*$/,
end_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
end_vergeten: "Let op dat je ook bij else afsluit met end!",
default: "Dat is niet goed. Typte je\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend"
}
})
]) | 200632 | this.lesson = new Lesson([
new Question(
{
description: "Laten we bij het begin beginnen! In Ruby kun je makkelijk variabelen gebruiken om iets op te slaan. Begin eens met je naam, bijvoorbeeld\nnaam = \"<NAME>\"",
answer: /naam\s*=\s*\"[\w\s]*\"/,
possible_errors: {
quotes_vergeten: /^naam\s*=\s*\"?[\w\s]+\"?$/,
dubbele_is: /^naam\s*==\s*\"?[\w\s]+\"?$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
dubbele_is: "Gebruik een enkel =-teken bij het toewijzen van variabelen."
default: "Dat is niet goed. Typte je naam = \"je naam\"?"
}
}),
new Question(
{
description: "Ruby onthoudt alles. Typ in: naam",
answer: /^naam$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Typte je naam?"
}
}),
new Question(
{
description: "Zie je? Ruby weet je naam nog. Een stuk tekst tussen aanhalingstekens heet een String. Als je een variabele in een string wilt zetten, gebruik je een hekje, gevolgd door accolades. Bijvoorbeeld zo:\n\"<NAME>, \#\{naam\}\"",
answer: /^\s*\"[\w\s\,]+\#\{naam\}\!?\"$/,
possible_errors: {
quotes_vergeten: /^\s*\"?[\w\s\,]+\#\{naam\}\!?\"?$/,
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
default: "Dat is niet goed. Typte je \"<NAME>, \#\{naam\}?\""
}
}),
new Question(
{
description: "Ruby kan ook rekenen. Typ maar eens 3 + 4.",
answer: /^-?\d+\s*\+\s*-?\d+\s*$/,
possible_errors: {
min: /^\d+\s*-\s*\d+\s*$/
},
error_messages: {
min: "Inderdaad, Ruby kan ook getallen van elkaar aftrekken! Typ je toch even 3 + 4?",
default: "Dat is niet goed. Tel je twee getallen op?"
}
}),
new Question(
{
description: "Heel goed. Wat dacht je van 5 * 8?",
answer: /^-?\d+\s*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je * (een sterretje)?"
}
}),
new Question(
{
description: "* (sterretje) betekent 'keer'. Wat denk je dat 2 ** 4 doet?",
answer: /^-?\d+\s*\*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je **?"
}
}),
new Question(
{
description: "** is machtsverheffen. Nu gaan we aan Ruby vragen of een uitspraak 'waar' of 'niet waar' is. Typ eens 3 < 5 (drie is kleiner dan 5.)",
answer: /^3\s*<\s*5\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik < ('kleiner dan'.)"
}
}),
new Question(
{
description: "true! Typ nu eens 1 + 1 == 3.",
answer: /^1\s*\+\s*1\s*==\s*3\s*$/,
possible_errors: {
enkele_is: /^1\s*\+\s*1\s*=\s*3\s*$/
},
error_messages: {
enkele_is: 'Gebruik een dubbel is-teken! Een enkel is-teken wordt gebruikt voor het toewijzen van een variabele (bijvoorbeeld naam = "<NAME>"). Om te kijken of een uitspraak true of false is heb je == nodig. Ruby snapt het niet, zie je? Typ 1 + 1 == 3.'
default: "Dat is niet goed. Typ je 1 + 1 == 3?"
}
}),
new Question(
{
description: "1 + 1 is natuurlijk geen 3, dus Ruby geeft false. Typ nu eens 5 != 10 (vijf is niet gelijk aan tien.)",
answer: /^-?\d+\s*!=\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je != (is niet gelijk aan?)"
}
}),
new Question(
{
description: "Goed gedaan! Nu gaan we logica toevoegen. Een if-statement gebruik je om iets alleen te laten uitvoeren als aan een voorwaarde wordt voldaan.\nTyp eens:\nif naam == \"je naam\"\n puts \"<NAME>, \#\{naam\}!\"\nend",
answer: /if\s*naam\s*==\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/,
possible_errors: {
quotes_vergeten: /if\s*naam\s*==\s*\"?[\w\s]*\"?\s*\n\s*puts\s*\"?[\w\s\!\,]+\#\{naam\}\!?"?\s*\n\s*end/,
enkele_is: /if\s*naam\s*=\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
enkele_is: "Gebruik in een if-statement altijd een dubbel =-teken. Bij toewijzen van variabelen gebruik je een enkel =-teken."
default: "Dat is niet goed. Typte je\nif naam == \"je naam\"\n puts \"Hallo, \#\{naam\}!\"\nend"
}
}),
new Question(
{
description: "Oke! Bij een if kun je ook een else zetten. Dit gebruik je als je nog een andere mogelijkheid verwacht. Let op dat je alsnog een end krijgt aan het einde.\nTyp eens:\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend",
answer: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*end\s*$/,
possible_errors: {
quotes_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*else\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*end\s*$/,
end_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
end_vergeten: "Let op dat je ook bij else afsluit met end!",
default: "Dat is niet goed. Typte je\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend"
}
})
]) | true | this.lesson = new Lesson([
new Question(
{
description: "Laten we bij het begin beginnen! In Ruby kun je makkelijk variabelen gebruiken om iets op te slaan. Begin eens met je naam, bijvoorbeeld\nnaam = \"PI:NAME:<NAME>END_PI\"",
answer: /naam\s*=\s*\"[\w\s]*\"/,
possible_errors: {
quotes_vergeten: /^naam\s*=\s*\"?[\w\s]+\"?$/,
dubbele_is: /^naam\s*==\s*\"?[\w\s]+\"?$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
dubbele_is: "Gebruik een enkel =-teken bij het toewijzen van variabelen."
default: "Dat is niet goed. Typte je naam = \"je naam\"?"
}
}),
new Question(
{
description: "Ruby onthoudt alles. Typ in: naam",
answer: /^naam$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Typte je naam?"
}
}),
new Question(
{
description: "Zie je? Ruby weet je naam nog. Een stuk tekst tussen aanhalingstekens heet een String. Als je een variabele in een string wilt zetten, gebruik je een hekje, gevolgd door accolades. Bijvoorbeeld zo:\n\"PI:NAME:<NAME>END_PI, \#\{naam\}\"",
answer: /^\s*\"[\w\s\,]+\#\{naam\}\!?\"$/,
possible_errors: {
quotes_vergeten: /^\s*\"?[\w\s\,]+\#\{naam\}\!?\"?$/,
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
default: "Dat is niet goed. Typte je \"PI:NAME:<NAME>END_PI, \#\{naam\}?\""
}
}),
new Question(
{
description: "Ruby kan ook rekenen. Typ maar eens 3 + 4.",
answer: /^-?\d+\s*\+\s*-?\d+\s*$/,
possible_errors: {
min: /^\d+\s*-\s*\d+\s*$/
},
error_messages: {
min: "Inderdaad, Ruby kan ook getallen van elkaar aftrekken! Typ je toch even 3 + 4?",
default: "Dat is niet goed. Tel je twee getallen op?"
}
}),
new Question(
{
description: "Heel goed. Wat dacht je van 5 * 8?",
answer: /^-?\d+\s*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je * (een sterretje)?"
}
}),
new Question(
{
description: "* (sterretje) betekent 'keer'. Wat denk je dat 2 ** 4 doet?",
answer: /^-?\d+\s*\*\*\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je **?"
}
}),
new Question(
{
description: "** is machtsverheffen. Nu gaan we aan Ruby vragen of een uitspraak 'waar' of 'niet waar' is. Typ eens 3 < 5 (drie is kleiner dan 5.)",
answer: /^3\s*<\s*5\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik < ('kleiner dan'.)"
}
}),
new Question(
{
description: "true! Typ nu eens 1 + 1 == 3.",
answer: /^1\s*\+\s*1\s*==\s*3\s*$/,
possible_errors: {
enkele_is: /^1\s*\+\s*1\s*=\s*3\s*$/
},
error_messages: {
enkele_is: 'Gebruik een dubbel is-teken! Een enkel is-teken wordt gebruikt voor het toewijzen van een variabele (bijvoorbeeld naam = "PI:NAME:<NAME>END_PI"). Om te kijken of een uitspraak true of false is heb je == nodig. Ruby snapt het niet, zie je? Typ 1 + 1 == 3.'
default: "Dat is niet goed. Typ je 1 + 1 == 3?"
}
}),
new Question(
{
description: "1 + 1 is natuurlijk geen 3, dus Ruby geeft false. Typ nu eens 5 != 10 (vijf is niet gelijk aan tien.)",
answer: /^-?\d+\s*!=\s*-?\d+\s*$/,
possible_errors: {
},
error_messages: {
default: "Dat is niet goed. Gebruik je != (is niet gelijk aan?)"
}
}),
new Question(
{
description: "Goed gedaan! Nu gaan we logica toevoegen. Een if-statement gebruik je om iets alleen te laten uitvoeren als aan een voorwaarde wordt voldaan.\nTyp eens:\nif naam == \"je naam\"\n puts \"PI:NAME:<NAME>END_PI, \#\{naam\}!\"\nend",
answer: /if\s*naam\s*==\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/,
possible_errors: {
quotes_vergeten: /if\s*naam\s*==\s*\"?[\w\s]*\"?\s*\n\s*puts\s*\"?[\w\s\!\,]+\#\{naam\}\!?"?\s*\n\s*end/,
enkele_is: /if\s*naam\s*=\s*\"[\w\s]*\"\s*\n\s*puts\s*\"[\w\s\!\,]+\#\{naam\}\!?"\s*\n\s*end/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
enkele_is: "Gebruik in een if-statement altijd een dubbel =-teken. Bij toewijzen van variabelen gebruik je een enkel =-teken."
default: "Dat is niet goed. Typte je\nif naam == \"je naam\"\n puts \"Hallo, \#\{naam\}!\"\nend"
}
}),
new Question(
{
description: "Oke! Bij een if kun je ook een else zetten. Dit gebruik je als je nog een andere mogelijkheid verwacht. Let op dat je alsnog een end krijgt aan het einde.\nTyp eens:\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend",
answer: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*end\s*$/,
possible_errors: {
quotes_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*else\s*\n\s*puts\s*\"?[\w\s\,\!]+\"?\s*\n\s*end\s*$/,
end_vergeten: /^if\s*9\s*>\s*10\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*else\s*\n\s*puts\s*\"[\w\s\,\!]+\"\s*\n\s*$/
},
error_messages: {
quotes_vergeten: "Let op de aanhalingstekens.",
end_vergeten: "Let op dat je ook bij else afsluit met end!",
default: "Dat is niet goed. Typte je\nif 9 \> 10\n puts \"Dit is bijzonder!\"\nelse\n puts \"Gelukkig, het klopt!\"\nend"
}
})
]) |
[
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistri",
"end": 42,
"score": 0.9998464584350586,
"start": 24,
"tag": "NAME",
"value": "Alexander Cherniuk"
},
{
"context": "###\nCopyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>\nAll rights reserved.\n\nRedistribution and use in ",
"end": 60,
"score": 0.9999288320541382,
"start": 44,
"tag": "EMAIL",
"value": "ts33kr@gmail.com"
}
] | library/membrane/securing.coffee | ts33kr/granite | 6 | ###
Copyright (c) 2013, Alexander Cherniuk <ts33kr@gmail.com>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
assert = require "assert"
events = require "eventemitter2"
colors = require "colors"
nconf = require "nconf"
https = require "https"
http = require "http"
util = require "util"
url = require "url"
{Barebones} = require "./skeleton"
{RedisClient} = require "../applied/redis"
tools = require "../nucleus/toolkit"
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the master server! If a request is not going via
# master server then deny current request with an error code. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlyMaster = class OnlyMaster extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
str = (addr) -> addr?.address or null
inbound = request.connection.address()
assert server = @kernel.server.address()
assert secure = @kernel.secure.address()
assert not _.isEmpty try "#{str(inbound)}"
assert master = try nconf.get "master:host"
return next() if str(inbound) is str(server)
return next() if str(inbound) is str(secure)
return next() if str(inbound) is master
content = "please use the master server"
reason = "an attempt of direct access"
response.writeHead 401, "#{reason}"
return response.end content
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the HTTPS channel. If a request is not going via
# SSL transport then redirect the current request to such one. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlySsl = class OnlySsl extends OnlyMaster
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
connection = request.connection or {}
encrypted = connection.encrypted or no
assert headers = request.headers or {}
protocol = headers["x-forwarded-proto"]
return next() if _.isObject encrypted
return next() if protocol is "https"
protectedUrl = tools.urlOfMaster yes
current = try url.parse protectedUrl
assert current.pathname = request.url
assert current.query = request.params
assert compiled = url.format current
return response.redirect compiled
| 73741 | ###
Copyright (c) 2013, <NAME> <<EMAIL>>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
assert = require "assert"
events = require "eventemitter2"
colors = require "colors"
nconf = require "nconf"
https = require "https"
http = require "http"
util = require "util"
url = require "url"
{Barebones} = require "./skeleton"
{RedisClient} = require "../applied/redis"
tools = require "../nucleus/toolkit"
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the master server! If a request is not going via
# master server then deny current request with an error code. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlyMaster = class OnlyMaster extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
str = (addr) -> addr?.address or null
inbound = request.connection.address()
assert server = @kernel.server.address()
assert secure = @kernel.secure.address()
assert not _.isEmpty try "#{str(inbound)}"
assert master = try nconf.get "master:host"
return next() if str(inbound) is str(server)
return next() if str(inbound) is str(secure)
return next() if str(inbound) is master
content = "please use the master server"
reason = "an attempt of direct access"
response.writeHead 401, "#{reason}"
return response.end content
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the HTTPS channel. If a request is not going via
# SSL transport then redirect the current request to such one. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlySsl = class OnlySsl extends OnlyMaster
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
connection = request.connection or {}
encrypted = connection.encrypted or no
assert headers = request.headers or {}
protocol = headers["x-forwarded-proto"]
return next() if _.isObject encrypted
return next() if protocol is "https"
protectedUrl = tools.urlOfMaster yes
current = try url.parse protectedUrl
assert current.pathname = request.url
assert current.query = request.params
assert compiled = url.format current
return response.redirect compiled
| true | ###
Copyright (c) 2013, PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
###
_ = require "lodash"
asciify = require "asciify"
connect = require "connect"
logger = require "winston"
assert = require "assert"
events = require "eventemitter2"
colors = require "colors"
nconf = require "nconf"
https = require "https"
http = require "http"
util = require "util"
url = require "url"
{Barebones} = require "./skeleton"
{RedisClient} = require "../applied/redis"
tools = require "../nucleus/toolkit"
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the master server! If a request is not going via
# master server then deny current request with an error code. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlyMaster = class OnlyMaster extends Barebones
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
str = (addr) -> addr?.address or null
inbound = request.connection.address()
assert server = @kernel.server.address()
assert secure = @kernel.secure.address()
assert not _.isEmpty try "#{str(inbound)}"
assert master = try nconf.get "master:host"
return next() if str(inbound) is str(server)
return next() if str(inbound) is str(secure)
return next() if str(inbound) is master
content = "please use the master server"
reason = "an attempt of direct access"
response.writeHead 401, "#{reason}"
return response.end content
# This is an abstract base class API stub service. Its purpose is
# providing the boilerplate for ensuring that HTTP/S connection is
# going through the HTTPS channel. If a request is not going via
# SSL transport then redirect the current request to such one. Be
# aware that this compound will be effective for all HTTP methods.
module.exports.OnlySsl = class OnlySsl extends OnlyMaster
# This is a marker that indicates to some internal subsystems
# that this class has to be considered abstract and therefore
# can not be treated as a complete class implementation. This
# mainly is used to exclude or account for abstract classes.
# Once inherited from, the inheritee is not abstract anymore.
@abstract yes
# A hook that will be called prior to firing up the processing
# of the service. Please refer to this prototype signature for
# information on the parameters it accepts. Beware, this hook
# is asynchronously wired in, so consult with `async` package.
# Please be sure invoke the `next` arg to proceed, if relevant.
ignition: (request, response, next) ->
connection = request.connection or {}
encrypted = connection.encrypted or no
assert headers = request.headers or {}
protocol = headers["x-forwarded-proto"]
return next() if _.isObject encrypted
return next() if protocol is "https"
protectedUrl = tools.urlOfMaster yes
current = try url.parse protectedUrl
assert current.pathname = request.url
assert current.query = request.params
assert compiled = url.format current
return response.redirect compiled
|
[
{
"context": " in using token'\n REQUEST_NEW_PASSWORD : 'requested a new password'\n CHANGED_PASSWORD : 'changed their p",
"end": 1084,
"score": 0.9989653825759888,
"start": 1060,
"tag": "PASSWORD",
"value": "requested a new password"
},
{
"context": " a new password'\n CHANGED_PASSWORD : 'changed their password'\n REQUEST_EMAIL_CHANGE : 'requested pin t",
"end": 1141,
"score": 0.9985809326171875,
"start": 1119,
"tag": "PASSWORD",
"value": "changed their password"
},
{
"context": "ecipientEmail\n username = forcedRecipientUsername\n traits.email = forcedRecipientEmail\n\n tr",
"end": 2437,
"score": 0.5280947685241699,
"start": 2429,
"tag": "USERNAME",
"value": "Username"
},
{
"context": "sole.error \"flushing identify failed: #{err} @sent-hil\" if err\n callback err\n\n\n @track$ = secure ",
"end": 2825,
"score": 0.6446328163146973,
"start": 2822,
"tag": "USERNAME",
"value": "hil"
},
{
"context": "cedRecipientEmail\n username = forcedRecipientUsername\n event.to = forcedRecipientEmail\n\n event.",
"end": 3650,
"score": 0.6327828168869019,
"start": 3642,
"tag": "USERNAME",
"value": "Username"
}
] | workers/social/lib/social/models/tracker.coffee | ezgikaysi/koding | 1 | bongo = require 'bongo'
KodingError = require '../error'
KodingLogger = require './kodinglogger'
{ secure, signature } = bongo
_ = require 'lodash'
KONFIG = require 'koding-config-manager'
{ socialapi } = KONFIG
exchangeName = "#{socialapi.eventExchangeName}:0"
exchangeOpts = { autoDelete: no, durable:yes, type :'fanout', confirm: true }
try
Analytics = require('analytics-node')
analytics = new Analytics(KONFIG.segment)
catch e
console.warn 'Segment disabled because of missing configuration'
module.exports = class Tracker extends bongo.Base
@share()
@set
sharedMethods:
static:
track: (signature String, Object, Function)
{ forcedRecipientEmail, forcedRecipientUsername, defaultFromMail } = KONFIG.email
EVENT_TYPE = 'api.mail_send'
@types =
START_REGISTER : 'started to register'
FINISH_REGISTER : 'finished register'
LOGGED_IN : 'logged in'
CONFIRM_USING_TOKEN : 'confirmed & logged in using token'
REQUEST_NEW_PASSWORD : 'requested a new password'
CHANGED_PASSWORD : 'changed their password'
REQUEST_EMAIL_CHANGE : 'requested pin to change email'
CHANGED_EMAIL : 'changed their email'
INVITED_TEAM : 'was invited to a team'
INVITED_CREATE_TEAM : 'was invited to create a team'
SENT_FEEDBACK : 'sent feedback'
TEAMS_JOINED_TEAM : 'joined team'
USER_ENABLED_2FA : 'enabled 2-factor auth'
USER_DISABLED_2FA : 'disabled 2-factor auth'
STACKS_START_BUILD : 'started stack build'
STACKS_BUILD_SUCCESSFULLY : 'stack build successfully'
STACKS_BUILD_FAILED : 'stack build failed'
STACKS_REINIT : 'reinitialized stack'
STACKS_DELETE : 'deleted stack'
@properties = {}
@properties[@types.FINISH_REGISTER] = {
category: 'NewAccount', label: 'VerifyAccount'
}
@identifyAndTrack = (username, event, eventProperties = {}, callback = -> ) ->
@identify username, {}, (err) =>
return callback err if err
@track username, event, eventProperties, callback
@identify = (username, traits = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
traits.email = forcedRecipientEmail
traits = @addDefaults traits
analytics?.identify { userId: username, traits }
return callback null unless analytics
# force flush so identify call doesn't sit in queue, while events
# from Go/other systems are being sent
analytics.flush (err, batch) ->
console.error "flushing identify failed: #{err} @sent-hil" if err
callback err
@track$ = secure (client, subject, options = {}, callback) ->
unless account = client?.connection?.delegate
err = '[Tracker.track$] Account is not set!'
console.error err
return callback new KodingError err
{ profile: { nickname } } = account
event = { subject }
{ customEvent } = options
if customEvent
@handleCustomEvent subject, customEvent, nickname
delete options.customEvent
@track nickname, event, options
callback()
@track = (username, event, options = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
_.extend options, @properties[event.subject]
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
event.to = forcedRecipientEmail
event.from or= defaultFromMail
event.properties = @addDefaults { options, username }
require('./socialapi/requests').publishMailEvent event, (err) ->
callback err # do not cause trailing parameters
@page = (userId, name, category, properties) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { userId, name, category, properties }
@addDefaults options
analytics?.page options
@alias = (previousId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { previousId, userId }
@addDefaults options
analytics?.alias options
@group = (groupId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { groupId, userId }
@addDefaults options
analytics?.group options
@addDefaults = (opts) ->
opts['env'] = KONFIG.environment
opts['hostname'] = KONFIG.hostname
opts
@handleCustomEvent = (subject, params, nickname) ->
{ STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY,
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE } = @types
return unless subject in [
STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE
]
{ stackId, group } = params
JGroup = require './group'
JGroup.one { slug : group }, (err, group) ->
return console.log err if err
{ notifyAdmins } = require './notify'
notifyAdmins group, 'StackStatusChanged',
id : stackId
group : group.slug
if subject in [ STACKS_BUILD_SUCCESSFULLY, STACKS_BUILD_FAILED ]
message = "#{nickname}'s #{subject}"
else
message = "#{nickname} #{subject}"
KodingLogger.log group, message
| 75971 | bongo = require 'bongo'
KodingError = require '../error'
KodingLogger = require './kodinglogger'
{ secure, signature } = bongo
_ = require 'lodash'
KONFIG = require 'koding-config-manager'
{ socialapi } = KONFIG
exchangeName = "#{socialapi.eventExchangeName}:0"
exchangeOpts = { autoDelete: no, durable:yes, type :'fanout', confirm: true }
try
Analytics = require('analytics-node')
analytics = new Analytics(KONFIG.segment)
catch e
console.warn 'Segment disabled because of missing configuration'
module.exports = class Tracker extends bongo.Base
@share()
@set
sharedMethods:
static:
track: (signature String, Object, Function)
{ forcedRecipientEmail, forcedRecipientUsername, defaultFromMail } = KONFIG.email
EVENT_TYPE = 'api.mail_send'
@types =
START_REGISTER : 'started to register'
FINISH_REGISTER : 'finished register'
LOGGED_IN : 'logged in'
CONFIRM_USING_TOKEN : 'confirmed & logged in using token'
REQUEST_NEW_PASSWORD : '<PASSWORD>'
CHANGED_PASSWORD : '<PASSWORD>'
REQUEST_EMAIL_CHANGE : 'requested pin to change email'
CHANGED_EMAIL : 'changed their email'
INVITED_TEAM : 'was invited to a team'
INVITED_CREATE_TEAM : 'was invited to create a team'
SENT_FEEDBACK : 'sent feedback'
TEAMS_JOINED_TEAM : 'joined team'
USER_ENABLED_2FA : 'enabled 2-factor auth'
USER_DISABLED_2FA : 'disabled 2-factor auth'
STACKS_START_BUILD : 'started stack build'
STACKS_BUILD_SUCCESSFULLY : 'stack build successfully'
STACKS_BUILD_FAILED : 'stack build failed'
STACKS_REINIT : 'reinitialized stack'
STACKS_DELETE : 'deleted stack'
@properties = {}
@properties[@types.FINISH_REGISTER] = {
category: 'NewAccount', label: 'VerifyAccount'
}
@identifyAndTrack = (username, event, eventProperties = {}, callback = -> ) ->
@identify username, {}, (err) =>
return callback err if err
@track username, event, eventProperties, callback
@identify = (username, traits = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
traits.email = forcedRecipientEmail
traits = @addDefaults traits
analytics?.identify { userId: username, traits }
return callback null unless analytics
# force flush so identify call doesn't sit in queue, while events
# from Go/other systems are being sent
analytics.flush (err, batch) ->
console.error "flushing identify failed: #{err} @sent-hil" if err
callback err
@track$ = secure (client, subject, options = {}, callback) ->
unless account = client?.connection?.delegate
err = '[Tracker.track$] Account is not set!'
console.error err
return callback new KodingError err
{ profile: { nickname } } = account
event = { subject }
{ customEvent } = options
if customEvent
@handleCustomEvent subject, customEvent, nickname
delete options.customEvent
@track nickname, event, options
callback()
@track = (username, event, options = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
_.extend options, @properties[event.subject]
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
event.to = forcedRecipientEmail
event.from or= defaultFromMail
event.properties = @addDefaults { options, username }
require('./socialapi/requests').publishMailEvent event, (err) ->
callback err # do not cause trailing parameters
@page = (userId, name, category, properties) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { userId, name, category, properties }
@addDefaults options
analytics?.page options
@alias = (previousId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { previousId, userId }
@addDefaults options
analytics?.alias options
@group = (groupId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { groupId, userId }
@addDefaults options
analytics?.group options
@addDefaults = (opts) ->
opts['env'] = KONFIG.environment
opts['hostname'] = KONFIG.hostname
opts
@handleCustomEvent = (subject, params, nickname) ->
{ STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY,
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE } = @types
return unless subject in [
STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE
]
{ stackId, group } = params
JGroup = require './group'
JGroup.one { slug : group }, (err, group) ->
return console.log err if err
{ notifyAdmins } = require './notify'
notifyAdmins group, 'StackStatusChanged',
id : stackId
group : group.slug
if subject in [ STACKS_BUILD_SUCCESSFULLY, STACKS_BUILD_FAILED ]
message = "#{nickname}'s #{subject}"
else
message = "#{nickname} #{subject}"
KodingLogger.log group, message
| true | bongo = require 'bongo'
KodingError = require '../error'
KodingLogger = require './kodinglogger'
{ secure, signature } = bongo
_ = require 'lodash'
KONFIG = require 'koding-config-manager'
{ socialapi } = KONFIG
exchangeName = "#{socialapi.eventExchangeName}:0"
exchangeOpts = { autoDelete: no, durable:yes, type :'fanout', confirm: true }
try
Analytics = require('analytics-node')
analytics = new Analytics(KONFIG.segment)
catch e
console.warn 'Segment disabled because of missing configuration'
module.exports = class Tracker extends bongo.Base
@share()
@set
sharedMethods:
static:
track: (signature String, Object, Function)
{ forcedRecipientEmail, forcedRecipientUsername, defaultFromMail } = KONFIG.email
EVENT_TYPE = 'api.mail_send'
@types =
START_REGISTER : 'started to register'
FINISH_REGISTER : 'finished register'
LOGGED_IN : 'logged in'
CONFIRM_USING_TOKEN : 'confirmed & logged in using token'
REQUEST_NEW_PASSWORD : 'PI:PASSWORD:<PASSWORD>END_PI'
CHANGED_PASSWORD : 'PI:PASSWORD:<PASSWORD>END_PI'
REQUEST_EMAIL_CHANGE : 'requested pin to change email'
CHANGED_EMAIL : 'changed their email'
INVITED_TEAM : 'was invited to a team'
INVITED_CREATE_TEAM : 'was invited to create a team'
SENT_FEEDBACK : 'sent feedback'
TEAMS_JOINED_TEAM : 'joined team'
USER_ENABLED_2FA : 'enabled 2-factor auth'
USER_DISABLED_2FA : 'disabled 2-factor auth'
STACKS_START_BUILD : 'started stack build'
STACKS_BUILD_SUCCESSFULLY : 'stack build successfully'
STACKS_BUILD_FAILED : 'stack build failed'
STACKS_REINIT : 'reinitialized stack'
STACKS_DELETE : 'deleted stack'
@properties = {}
@properties[@types.FINISH_REGISTER] = {
category: 'NewAccount', label: 'VerifyAccount'
}
@identifyAndTrack = (username, event, eventProperties = {}, callback = -> ) ->
@identify username, {}, (err) =>
return callback err if err
@track username, event, eventProperties, callback
@identify = (username, traits = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
traits.email = forcedRecipientEmail
traits = @addDefaults traits
analytics?.identify { userId: username, traits }
return callback null unless analytics
# force flush so identify call doesn't sit in queue, while events
# from Go/other systems are being sent
analytics.flush (err, batch) ->
console.error "flushing identify failed: #{err} @sent-hil" if err
callback err
@track$ = secure (client, subject, options = {}, callback) ->
unless account = client?.connection?.delegate
err = '[Tracker.track$] Account is not set!'
console.error err
return callback new KodingError err
{ profile: { nickname } } = account
event = { subject }
{ customEvent } = options
if customEvent
@handleCustomEvent subject, customEvent, nickname
delete options.customEvent
@track nickname, event, options
callback()
@track = (username, event, options = {}, callback = -> ) ->
return callback null unless KONFIG.sendEventsToSegment
_.extend options, @properties[event.subject]
# use `forcedRecipientEmail` for both username and email
if forcedRecipientEmail
username = forcedRecipientUsername
event.to = forcedRecipientEmail
event.from or= defaultFromMail
event.properties = @addDefaults { options, username }
require('./socialapi/requests').publishMailEvent event, (err) ->
callback err # do not cause trailing parameters
@page = (userId, name, category, properties) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { userId, name, category, properties }
@addDefaults options
analytics?.page options
@alias = (previousId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { previousId, userId }
@addDefaults options
analytics?.alias options
@group = (groupId, userId) ->
return unless KONFIG.sendEventsToSegment
userId = KONFIG.forcedRecipientEmail or userId
options = { groupId, userId }
@addDefaults options
analytics?.group options
@addDefaults = (opts) ->
opts['env'] = KONFIG.environment
opts['hostname'] = KONFIG.hostname
opts
@handleCustomEvent = (subject, params, nickname) ->
{ STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY,
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE } = @types
return unless subject in [
STACKS_START_BUILD, STACKS_BUILD_SUCCESSFULLY
STACKS_BUILD_FAILED, STACKS_REINIT, STACKS_DELETE
]
{ stackId, group } = params
JGroup = require './group'
JGroup.one { slug : group }, (err, group) ->
return console.log err if err
{ notifyAdmins } = require './notify'
notifyAdmins group, 'StackStatusChanged',
id : stackId
group : group.slug
if subject in [ STACKS_BUILD_SUCCESSFULLY, STACKS_BUILD_FAILED ]
message = "#{nickname}'s #{subject}"
else
message = "#{nickname} #{subject}"
KodingLogger.log group, message
|
[
{
"context": "re is licensed under the MIT License.\n\n Copyright Fedor Indutny, 2011.\n\n Permission is hereby granted, free of c",
"end": 121,
"score": 0.9994741678237915,
"start": 108,
"tag": "NAME",
"value": "Fedor Indutny"
}
] | node_modules/index/lib/index/memory-storage.coffee | beshrkayali/monkey-release-action | 12 | ###
Memory storage for Node Index Module
This software is licensed under the MIT License.
Copyright Fedor Indutny, 2011.
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.
###
util = require 'util'
step = require 'step'
###
Class @constructor
###
Storage = exports.Storage = (options) ->
@data = [
[]
]
@root_pos = new Position 0
@
###
@constructor wrapper
###
exports.createStorage = (options) ->
return new Storage options
Storage::isPosition = isPosition = (pos) ->
return pos instanceof Position
Storage::read = (pos, callback) ->
unless isPosition pos
return callback 'pos should be a valid position'
process.nextTick =>
callback null, @data[pos.index]
Storage::write = (data, callback) ->
process.nextTick =>
callback null, new Position(@data.push(data) - 1)
Storage::readRoot = (callback) ->
process.nextTick =>
callback null, @data[@root_pos.index]
Storage::writeRoot = (root_pos, callback) ->
unless isPosition root_pos
return callback 'pos should be a valid position'
process.nextTick =>
@root_pos = root_pos
callback null
Storage::inspect = ->
@data.forEach (line, i) ->
util.puts i + ': ' + JSON.stringify line
util.puts 'Root : ' + JSON.stringify @root_pos
Position = exports.Position = (@index) ->
@
###
Storage state
###
Storage::getState = ->
{}
Storage::setState = (state) ->
true
###
Compaction flow
###
Storage::beforeCompact = (callback) ->
@_compactEdge = @data.push '--------'
callback null
Storage::afterCompact = (callback) ->
@data[i] = 0 for i in [0...@_compactEdge]
callback null
| 5810 | ###
Memory storage for Node Index Module
This software is licensed under the MIT License.
Copyright <NAME>, 2011.
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.
###
util = require 'util'
step = require 'step'
###
Class @constructor
###
Storage = exports.Storage = (options) ->
@data = [
[]
]
@root_pos = new Position 0
@
###
@constructor wrapper
###
exports.createStorage = (options) ->
return new Storage options
Storage::isPosition = isPosition = (pos) ->
return pos instanceof Position
Storage::read = (pos, callback) ->
unless isPosition pos
return callback 'pos should be a valid position'
process.nextTick =>
callback null, @data[pos.index]
Storage::write = (data, callback) ->
process.nextTick =>
callback null, new Position(@data.push(data) - 1)
Storage::readRoot = (callback) ->
process.nextTick =>
callback null, @data[@root_pos.index]
Storage::writeRoot = (root_pos, callback) ->
unless isPosition root_pos
return callback 'pos should be a valid position'
process.nextTick =>
@root_pos = root_pos
callback null
Storage::inspect = ->
@data.forEach (line, i) ->
util.puts i + ': ' + JSON.stringify line
util.puts 'Root : ' + JSON.stringify @root_pos
Position = exports.Position = (@index) ->
@
###
Storage state
###
Storage::getState = ->
{}
Storage::setState = (state) ->
true
###
Compaction flow
###
Storage::beforeCompact = (callback) ->
@_compactEdge = @data.push '--------'
callback null
Storage::afterCompact = (callback) ->
@data[i] = 0 for i in [0...@_compactEdge]
callback null
| true | ###
Memory storage for Node Index Module
This software is licensed under the MIT License.
Copyright PI:NAME:<NAME>END_PI, 2011.
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.
###
util = require 'util'
step = require 'step'
###
Class @constructor
###
Storage = exports.Storage = (options) ->
@data = [
[]
]
@root_pos = new Position 0
@
###
@constructor wrapper
###
exports.createStorage = (options) ->
return new Storage options
Storage::isPosition = isPosition = (pos) ->
return pos instanceof Position
Storage::read = (pos, callback) ->
unless isPosition pos
return callback 'pos should be a valid position'
process.nextTick =>
callback null, @data[pos.index]
Storage::write = (data, callback) ->
process.nextTick =>
callback null, new Position(@data.push(data) - 1)
Storage::readRoot = (callback) ->
process.nextTick =>
callback null, @data[@root_pos.index]
Storage::writeRoot = (root_pos, callback) ->
unless isPosition root_pos
return callback 'pos should be a valid position'
process.nextTick =>
@root_pos = root_pos
callback null
Storage::inspect = ->
@data.forEach (line, i) ->
util.puts i + ': ' + JSON.stringify line
util.puts 'Root : ' + JSON.stringify @root_pos
Position = exports.Position = (@index) ->
@
###
Storage state
###
Storage::getState = ->
{}
Storage::setState = (state) ->
true
###
Compaction flow
###
Storage::beforeCompact = (callback) ->
@_compactEdge = @data.push '--------'
callback null
Storage::afterCompact = (callback) ->
@data[i] = 0 for i in [0...@_compactEdge]
callback null
|
[
{
"context": "ther assistance please contact the Species team on species@unep-wcmc.org')\n error: (error) ->\n console.log(err",
"end": 416,
"score": 0.9999316930770874,
"start": 395,
"tag": "EMAIL",
"value": "species@unep-wcmc.org"
}
] | app/assets/javascripts/trade/mixins/authorise_user.js.coffee | unepwcmc/SAPI | 6 | Trade.AuthoriseUser = Ember.Mixin.create
userCanEdit: (callback) ->
$.ajax({
type: 'GET'
url: "/trade/user_can_edit"
data: {}
dataType: 'json'
success: (response) =>
if response.can_edit
callback()
else
alert('It is not possible to perform this action. If you require further assistance please contact the Species team on species@unep-wcmc.org')
error: (error) ->
console.log(error)
})
| 136507 | Trade.AuthoriseUser = Ember.Mixin.create
userCanEdit: (callback) ->
$.ajax({
type: 'GET'
url: "/trade/user_can_edit"
data: {}
dataType: 'json'
success: (response) =>
if response.can_edit
callback()
else
alert('It is not possible to perform this action. If you require further assistance please contact the Species team on <EMAIL>')
error: (error) ->
console.log(error)
})
| true | Trade.AuthoriseUser = Ember.Mixin.create
userCanEdit: (callback) ->
$.ajax({
type: 'GET'
url: "/trade/user_can_edit"
data: {}
dataType: 'json'
success: (response) =>
if response.can_edit
callback()
else
alert('It is not possible to perform this action. If you require further assistance please contact the Species team on PI:EMAIL:<EMAIL>END_PI')
error: (error) ->
console.log(error)
})
|
[
{
"context": "und the JSX opening and closing brackets\n# @author Diogo Franco (Kovensky)\n###\n'use strict'\n\ngetTokenBeforeClosin",
"end": 115,
"score": 0.9998567700386047,
"start": 103,
"tag": "NAME",
"value": "Diogo Franco"
},
{
"context": "ing and closing brackets\n# @author Diogo Franco (Kovensky)\n###\n'use strict'\n\ngetTokenBeforeClosingBracket =",
"end": 125,
"score": 0.4742858409881592,
"start": 118,
"tag": "NAME",
"value": "ovensky"
}
] | src/rules/jsx-tag-spacing.coffee | danielbayley/eslint-plugin-coffee | 21 | ###*
# @fileoverview Validates whitespace in and around the JSX opening and closing brackets
# @author Diogo Franco (Kovensky)
###
'use strict'
getTokenBeforeClosingBracket = require(
'eslint-plugin-react/lib/util/getTokenBeforeClosingBracket'
)
docsUrl = require 'eslint-plugin-react/lib/util/docsUrl'
# ------------------------------------------------------------------------------
# Validators
# ------------------------------------------------------------------------------
validateBeforeSelfClosing = (context, node, option) ->
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'A space is required before closing bracket'
leftToken = getTokenBeforeClosingBracket node
closingSlash = sourceCode.getTokenAfter leftToken
return unless leftToken.loc.end.line is closingSlash.loc.start.line
if (
option is 'always' and
not sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingSlash, ' '
}
else if (
option is 'never' and
sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
previousToken = sourceCode.getTokenBefore closingSlash
fixer.removeRange [previousToken.range[1], closingSlash.range[0]]
}
validateBeforeClosing = (context, node, option) ->
# Don't enforce this rule for self closing tags
unless node.selfClosing
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'Whitespace is required before closing bracket'
lastTokens = sourceCode.getLastTokens node, 2
closingToken = lastTokens[1]
leftToken = lastTokens[0]
return unless leftToken.loc.start.line is closingToken.loc.start.line
adjacent = not sourceCode.isSpaceBetweenTokens leftToken, closingToken
if option is 'never' and not adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
fixer.removeRange [leftToken.range[1], closingToken.range[0]]
}
else if option is 'always' and adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingToken, ' '
}
# ------------------------------------------------------------------------------
# Rule Definition
# ------------------------------------------------------------------------------
optionDefaults =
beforeSelfClosing: 'always'
beforeClosing: 'allow'
module.exports =
meta:
docs:
description:
'Validate whitespace in and around the JSX opening and closing brackets'
category: 'Stylistic Issues'
recommended: no
url: docsUrl 'jsx-tag-spacing'
fixable: 'whitespace'
schema: [
type: 'object'
properties:
beforeSelfClosing:
enum: ['always', 'never', 'allow']
beforeClosing:
enum: ['always', 'never', 'allow']
default: optionDefaults
additionalProperties: no
]
create: (context) ->
options = {...optionDefaults, ...context.options[0]}
JSXOpeningElement: (node) ->
if options.beforeSelfClosing isnt 'allow' and node.selfClosing
validateBeforeSelfClosing context, node, options.beforeSelfClosing
unless options.beforeClosing is 'allow'
validateBeforeClosing context, node, options.beforeClosing
# JSXClosingElement: (node) ->
# unless options.beforeClosing is 'allow'
# validateBeforeClosing context, node, options.beforeClosing
| 77564 | ###*
# @fileoverview Validates whitespace in and around the JSX opening and closing brackets
# @author <NAME> (K<NAME>)
###
'use strict'
getTokenBeforeClosingBracket = require(
'eslint-plugin-react/lib/util/getTokenBeforeClosingBracket'
)
docsUrl = require 'eslint-plugin-react/lib/util/docsUrl'
# ------------------------------------------------------------------------------
# Validators
# ------------------------------------------------------------------------------
validateBeforeSelfClosing = (context, node, option) ->
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'A space is required before closing bracket'
leftToken = getTokenBeforeClosingBracket node
closingSlash = sourceCode.getTokenAfter leftToken
return unless leftToken.loc.end.line is closingSlash.loc.start.line
if (
option is 'always' and
not sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingSlash, ' '
}
else if (
option is 'never' and
sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
previousToken = sourceCode.getTokenBefore closingSlash
fixer.removeRange [previousToken.range[1], closingSlash.range[0]]
}
validateBeforeClosing = (context, node, option) ->
# Don't enforce this rule for self closing tags
unless node.selfClosing
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'Whitespace is required before closing bracket'
lastTokens = sourceCode.getLastTokens node, 2
closingToken = lastTokens[1]
leftToken = lastTokens[0]
return unless leftToken.loc.start.line is closingToken.loc.start.line
adjacent = not sourceCode.isSpaceBetweenTokens leftToken, closingToken
if option is 'never' and not adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
fixer.removeRange [leftToken.range[1], closingToken.range[0]]
}
else if option is 'always' and adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingToken, ' '
}
# ------------------------------------------------------------------------------
# Rule Definition
# ------------------------------------------------------------------------------
optionDefaults =
beforeSelfClosing: 'always'
beforeClosing: 'allow'
module.exports =
meta:
docs:
description:
'Validate whitespace in and around the JSX opening and closing brackets'
category: 'Stylistic Issues'
recommended: no
url: docsUrl 'jsx-tag-spacing'
fixable: 'whitespace'
schema: [
type: 'object'
properties:
beforeSelfClosing:
enum: ['always', 'never', 'allow']
beforeClosing:
enum: ['always', 'never', 'allow']
default: optionDefaults
additionalProperties: no
]
create: (context) ->
options = {...optionDefaults, ...context.options[0]}
JSXOpeningElement: (node) ->
if options.beforeSelfClosing isnt 'allow' and node.selfClosing
validateBeforeSelfClosing context, node, options.beforeSelfClosing
unless options.beforeClosing is 'allow'
validateBeforeClosing context, node, options.beforeClosing
# JSXClosingElement: (node) ->
# unless options.beforeClosing is 'allow'
# validateBeforeClosing context, node, options.beforeClosing
| true | ###*
# @fileoverview Validates whitespace in and around the JSX opening and closing brackets
# @author PI:NAME:<NAME>END_PI (KPI:NAME:<NAME>END_PI)
###
'use strict'
getTokenBeforeClosingBracket = require(
'eslint-plugin-react/lib/util/getTokenBeforeClosingBracket'
)
docsUrl = require 'eslint-plugin-react/lib/util/docsUrl'
# ------------------------------------------------------------------------------
# Validators
# ------------------------------------------------------------------------------
validateBeforeSelfClosing = (context, node, option) ->
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'A space is required before closing bracket'
leftToken = getTokenBeforeClosingBracket node
closingSlash = sourceCode.getTokenAfter leftToken
return unless leftToken.loc.end.line is closingSlash.loc.start.line
if (
option is 'always' and
not sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingSlash, ' '
}
else if (
option is 'never' and
sourceCode.isSpaceBetweenTokens leftToken, closingSlash
)
context.report {
node
loc: closingSlash.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
previousToken = sourceCode.getTokenBefore closingSlash
fixer.removeRange [previousToken.range[1], closingSlash.range[0]]
}
validateBeforeClosing = (context, node, option) ->
# Don't enforce this rule for self closing tags
unless node.selfClosing
sourceCode = context.getSourceCode()
NEVER_MESSAGE = 'A space is forbidden before closing bracket'
ALWAYS_MESSAGE = 'Whitespace is required before closing bracket'
lastTokens = sourceCode.getLastTokens node, 2
closingToken = lastTokens[1]
leftToken = lastTokens[0]
return unless leftToken.loc.start.line is closingToken.loc.start.line
adjacent = not sourceCode.isSpaceBetweenTokens leftToken, closingToken
if option is 'never' and not adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: NEVER_MESSAGE
fix: (fixer) ->
fixer.removeRange [leftToken.range[1], closingToken.range[0]]
}
else if option is 'always' and adjacent
context.report {
node
loc:
start: leftToken.loc.end
end: closingToken.loc.start
message: ALWAYS_MESSAGE
fix: (fixer) -> fixer.insertTextBefore closingToken, ' '
}
# ------------------------------------------------------------------------------
# Rule Definition
# ------------------------------------------------------------------------------
optionDefaults =
beforeSelfClosing: 'always'
beforeClosing: 'allow'
module.exports =
meta:
docs:
description:
'Validate whitespace in and around the JSX opening and closing brackets'
category: 'Stylistic Issues'
recommended: no
url: docsUrl 'jsx-tag-spacing'
fixable: 'whitespace'
schema: [
type: 'object'
properties:
beforeSelfClosing:
enum: ['always', 'never', 'allow']
beforeClosing:
enum: ['always', 'never', 'allow']
default: optionDefaults
additionalProperties: no
]
create: (context) ->
options = {...optionDefaults, ...context.options[0]}
JSXOpeningElement: (node) ->
if options.beforeSelfClosing isnt 'allow' and node.selfClosing
validateBeforeSelfClosing context, node, options.beforeSelfClosing
unless options.beforeClosing is 'allow'
validateBeforeClosing context, node, options.beforeClosing
# JSXClosingElement: (node) ->
# unless options.beforeClosing is 'allow'
# validateBeforeClosing context, node, options.beforeClosing
|
[
{
"context": " \"byline\"\n fullNames: \n knowtheory: \"Ted Han\"\n davidherzog: \"David Herzog\"\n janetsaidi",
"end": 129,
"score": 0.9998791813850403,
"start": 122,
"tag": "NAME",
"value": "Ted Han"
},
{
"context": "\n knowtheory: \"Ted Han\"\n davidherzog: \"David Herzog\"\n janetsaidi: \"Janet Saidi\"\n joyandstuff",
"end": 163,
"score": 0.9998729825019836,
"start": 151,
"tag": "NAME",
"value": "David Herzog"
},
{
"context": "davidherzog: \"David Herzog\"\n janetsaidi: \"Janet Saidi\"\n joyandstuff: \"Joy Mayer\"\n mfpatane: ",
"end": 196,
"score": 0.9998926520347595,
"start": 185,
"tag": "NAME",
"value": "Janet Saidi"
},
{
"context": " janetsaidi: \"Janet Saidi\"\n joyandstuff: \"Joy Mayer\"\n mfpatane: \"Matthew Patane\"\n ryanfamu",
"end": 227,
"score": 0.9998815059661865,
"start": 218,
"tag": "NAME",
"value": "Joy Mayer"
},
{
"context": " joyandstuff: \"Joy Mayer\"\n mfpatane: \"Matthew Patane\"\n ryanfamuliner: \"Ryan Famuliner\"\n scottpha",
"end": 263,
"score": 0.9999014735221863,
"start": 249,
"tag": "NAME",
"value": "Matthew Patane"
},
{
"context": "patane: \"Matthew Patane\"\n ryanfamuliner: \"Ryan Famuliner\"\n scottphamkbia: \"Scott Pham\"\n swaffords: ",
"end": 299,
"score": 0.9998877644538879,
"start": 285,
"tag": "NAME",
"value": "Ryan Famuliner"
},
{
"context": "anfamuliner: \"Ryan Famuliner\"\n scottphamkbia: \"Scott Pham\"\n swaffords: \"Scott Swafford\"\n jenleere",
"end": 331,
"score": 0.9998981952667236,
"start": 321,
"tag": "NAME",
"value": "Scott Pham"
},
{
"context": " scottphamkbia: \"Scott Pham\"\n swaffords: \"Scott Swafford\"\n jenleereeves: \"Jen Lee Reeves\"\n projecto",
"end": 367,
"score": 0.9847507476806641,
"start": 353,
"tag": "NAME",
"value": "Scott Swafford"
},
{
"context": "affords: \"Scott Swafford\"\n jenleereeves: \"Jen Lee Reeves\"\n projectopenvault: \"Project OpenVault Team\"\n ",
"end": 403,
"score": 0.9998974800109863,
"start": 389,
"tag": "NAME",
"value": "Jen Lee Reeves"
},
{
"context": "lt: \"Project OpenVault Team\"\n stacewelsh: \"Stacey Welsh\"\n codylagrow: \"Cody LaGrow\"\n \n affiliati",
"end": 485,
"score": 0.9997991919517517,
"start": 473,
"tag": "NAME",
"value": "Stacey Welsh"
},
{
"context": "acewelsh: \"Stacey Welsh\"\n codylagrow: \"Cody LaGrow\"\n \n affiliations:\n knowtheory: \"Project O",
"end": 519,
"score": 0.9965633749961853,
"start": 508,
"tag": "NAME",
"value": "Cody LaGrow"
}
] | assets/javascripts/views/username.coffee | knowtheory/projectopenvault | 0 | POV.views.Byline = Backbone.View.extend
tagName: "span"
className: "byline"
fullNames:
knowtheory: "Ted Han"
davidherzog: "David Herzog"
janetsaidi: "Janet Saidi"
joyandstuff: "Joy Mayer"
mfpatane: "Matthew Patane"
ryanfamuliner: "Ryan Famuliner"
scottphamkbia: "Scott Pham"
swaffords: "Scott Swafford"
jenleereeves: "Jen Lee Reeves"
projectopenvault: "Project OpenVault Team"
stacewelsh: "Stacey Welsh"
codylagrow: "Cody LaGrow"
affiliations:
knowtheory: "Project Open Vault"
davidherzog: "Project Open Vault"
janetsaidi: "KBIA Radio"
joyandstuff: "The Columbia Missourian"
mfpatane: "Project Open Vault"
ryanfamuliner: "KBIA Radio"
scottphamkbia: "KBIA Radio"
swaffords: "The Columbia Missourian"
jenleereeves: "KOMU8"
stacewelsh: "KOMU8"
codylagrow: "KOMU8"
initialize: (options) ->
@username = (options.username || options.el.html() || "").toLowerCase()
render: () ->
affilation = """ <span class="affiliation">(#{@affiliations[@username]})</span>""" if @affiliations[@username]
"""#{@fullNames[@username]} #{affilation}"""
attach: -> this.$el.html @render()
| 85488 | POV.views.Byline = Backbone.View.extend
tagName: "span"
className: "byline"
fullNames:
knowtheory: "<NAME>"
davidherzog: "<NAME>"
janetsaidi: "<NAME>"
joyandstuff: "<NAME>"
mfpatane: "<NAME>"
ryanfamuliner: "<NAME>"
scottphamkbia: "<NAME>"
swaffords: "<NAME>"
jenleereeves: "<NAME>"
projectopenvault: "Project OpenVault Team"
stacewelsh: "<NAME>"
codylagrow: "<NAME>"
affiliations:
knowtheory: "Project Open Vault"
davidherzog: "Project Open Vault"
janetsaidi: "KBIA Radio"
joyandstuff: "The Columbia Missourian"
mfpatane: "Project Open Vault"
ryanfamuliner: "KBIA Radio"
scottphamkbia: "KBIA Radio"
swaffords: "The Columbia Missourian"
jenleereeves: "KOMU8"
stacewelsh: "KOMU8"
codylagrow: "KOMU8"
initialize: (options) ->
@username = (options.username || options.el.html() || "").toLowerCase()
render: () ->
affilation = """ <span class="affiliation">(#{@affiliations[@username]})</span>""" if @affiliations[@username]
"""#{@fullNames[@username]} #{affilation}"""
attach: -> this.$el.html @render()
| true | POV.views.Byline = Backbone.View.extend
tagName: "span"
className: "byline"
fullNames:
knowtheory: "PI:NAME:<NAME>END_PI"
davidherzog: "PI:NAME:<NAME>END_PI"
janetsaidi: "PI:NAME:<NAME>END_PI"
joyandstuff: "PI:NAME:<NAME>END_PI"
mfpatane: "PI:NAME:<NAME>END_PI"
ryanfamuliner: "PI:NAME:<NAME>END_PI"
scottphamkbia: "PI:NAME:<NAME>END_PI"
swaffords: "PI:NAME:<NAME>END_PI"
jenleereeves: "PI:NAME:<NAME>END_PI"
projectopenvault: "Project OpenVault Team"
stacewelsh: "PI:NAME:<NAME>END_PI"
codylagrow: "PI:NAME:<NAME>END_PI"
affiliations:
knowtheory: "Project Open Vault"
davidherzog: "Project Open Vault"
janetsaidi: "KBIA Radio"
joyandstuff: "The Columbia Missourian"
mfpatane: "Project Open Vault"
ryanfamuliner: "KBIA Radio"
scottphamkbia: "KBIA Radio"
swaffords: "The Columbia Missourian"
jenleereeves: "KOMU8"
stacewelsh: "KOMU8"
codylagrow: "KOMU8"
initialize: (options) ->
@username = (options.username || options.el.html() || "").toLowerCase()
render: () ->
affilation = """ <span class="affiliation">(#{@affiliations[@username]})</span>""" if @affiliations[@username]
"""#{@fullNames[@username]} #{affilation}"""
attach: -> this.$el.html @render()
|
[
{
"context": " require 'assert'\n\nconnString = 'mongodb://heroku:flk3ungh0x3anflx1bab@staff.mongohq.com:10092/app1321916260066'\nexpectedCommand = \"mongod",
"end": 96,
"score": 0.9048569798469543,
"start": 58,
"tag": "EMAIL",
"value": "flk3ungh0x3anflx1bab@staff.mongohq.com"
},
{
"context": "16260066 --host staff.mongohq.com:10092 --username heroku --password flk3ungh0x3anflx1bab --out /dumps/mong",
"end": 220,
"score": 0.9315932393074036,
"start": 214,
"tag": "USERNAME",
"value": "heroku"
},
{
"context": "aff.mongohq.com:10092 --username heroku --password flk3ungh0x3anflx1bab --out /dumps/mongodb/some-backup\"\ndirName = '/dum",
"end": 252,
"score": 0.9993767142295837,
"start": 232,
"tag": "PASSWORD",
"value": "flk3ungh0x3anflx1bab"
}
] | test/makeDumpCommand.coffee | Trippnology/mongo-utils | 0 | assert = require 'assert'
connString = 'mongodb://heroku:flk3ungh0x3anflx1bab@staff.mongohq.com:10092/app1321916260066'
expectedCommand = "mongodump --db app1321916260066 --host staff.mongohq.com:10092 --username heroku --password flk3ungh0x3anflx1bab --out /dumps/mongodb/some-backup"
dirName = '/dumps/mongodb/some-backup'
utils = require '../'
describe 'makeDumpCommand', ->
it 'converts query string and dirname to a mongodump command', ->
command = utils.makeDumpCommand connString, dirName
assert.equal command, expectedCommand
it 'throws an error if no dirName is given', ->
try
utils.makeDumpCommand connString
catch error
return assert.ok true
assert.ok false, 'it did not throw an error.'
| 184163 | assert = require 'assert'
connString = 'mongodb://heroku:<EMAIL>:10092/app1321916260066'
expectedCommand = "mongodump --db app1321916260066 --host staff.mongohq.com:10092 --username heroku --password <PASSWORD> --out /dumps/mongodb/some-backup"
dirName = '/dumps/mongodb/some-backup'
utils = require '../'
describe 'makeDumpCommand', ->
it 'converts query string and dirname to a mongodump command', ->
command = utils.makeDumpCommand connString, dirName
assert.equal command, expectedCommand
it 'throws an error if no dirName is given', ->
try
utils.makeDumpCommand connString
catch error
return assert.ok true
assert.ok false, 'it did not throw an error.'
| true | assert = require 'assert'
connString = 'mongodb://heroku:PI:EMAIL:<EMAIL>END_PI:10092/app1321916260066'
expectedCommand = "mongodump --db app1321916260066 --host staff.mongohq.com:10092 --username heroku --password PI:PASSWORD:<PASSWORD>END_PI --out /dumps/mongodb/some-backup"
dirName = '/dumps/mongodb/some-backup'
utils = require '../'
describe 'makeDumpCommand', ->
it 'converts query string and dirname to a mongodump command', ->
command = utils.makeDumpCommand connString, dirName
assert.equal command, expectedCommand
it 'throws an error if no dirName is given', ->
try
utils.makeDumpCommand connString
catch error
return assert.ok true
assert.ok false, 'it did not throw an error.'
|
[
{
"context": "PR_TOKEN\n process.env.GH_RELEASE_PR_TOKEN = 'bogus-token'\n\n @subject = params.toAuth()\n\n ",
"end": 1835,
"score": 0.4911060929298401,
"start": 1833,
"tag": "PASSWORD",
"value": "bo"
},
{
"context": "ame: 'foo'}\n\n assert.equal @subject.user, 'user'\n assert.equal @subject.repo, 'test-repo'\n",
"end": 2504,
"score": 0.9912585020065308,
"start": 2500,
"tag": "USERNAME",
"value": "user"
},
{
"context": "ame: 'foo'}\n\n assert.equal @subject.user, 'user'\n assert.equal @subject.repo, 'original-te",
"end": 3330,
"score": 0.9950299859046936,
"start": 3326,
"tag": "USERNAME",
"value": "user"
}
] | test/params-test.coffee | banyan/hubot-gh-release-pr | 3 | assert = require 'power-assert'
params = require '../src/params'
describe 'params', ->
describe 'toInit', ->
context 'without ENV', ->
beforeEach ->
@subject = params.toInit()
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'https'
assert.equal @subject.debug, false
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'api.github.com'
context 'with ENV', ->
beforeEach ->
@protocol = process.env.GH_RELEASE_PR_GITHUB_PROTOCOL
@debug = process.env.GH_RELEASE_PR_GITHUB_DEBUG
@host = process.env.GH_RELEASE_PR_GITHUB_HOST
@pathPrefix = process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = 'http'
process.env.GH_RELEASE_PR_GITHUB_DEBUG = 'true'
process.env.GH_RELEASE_PR_GITHUB_HOST = 'github.my-GHE-enabled-company.com'
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = '/api/v3'
@subject = params.toInit()
afterEach ->
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = @protocol
process.env.GH_RELEASE_PR_GITHUB_DEBUG = @debug
process.env.GH_RELEASE_PR_GITHUB_HOST = @host
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = @pathPrefix
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'http'
assert.equal @subject.debug, true
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'github.my-GHE-enabled-company.com'
assert.equal @subject.pathPrefix, '/api/v3'
describe 'toAuth', ->
beforeEach ->
@token = process.env.GH_RELEASE_PR_TOKEN
process.env.GH_RELEASE_PR_TOKEN = 'bogus-token'
@subject = params.toAuth()
afterEach ->
process.env.GH_RELEASE_PR_TOKEN = @token
it 'gets expected values', ->
assert.equal @subject.type, 'oauth'
assert.equal @subject.token, 'bogus-token'
describe 'toCreatePR', ->
beforeEach ->
@repo = 'test-repo'
@user = process.env.GH_RELEASE_PR_USER
process.env.GH_RELEASE_PR_USER = 'user'
afterEach ->
process.env.GH_RELEASE_PR_USER = @user
context 'without custom branch', ->
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'production'
assert.equal @subject.head, 'master'
context 'with custom branch', ->
beforeEach ->
@customBranch = process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = 'test-repo[repo]=original-test-repo&test-repo[base][production]=another-name-of-production&test-repo[head]=another-name-of-master'
afterEach ->
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = @customBranch
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'original-test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'another-name-of-production'
assert.equal @subject.head, 'another-name-of-master'
| 153219 | assert = require 'power-assert'
params = require '../src/params'
describe 'params', ->
describe 'toInit', ->
context 'without ENV', ->
beforeEach ->
@subject = params.toInit()
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'https'
assert.equal @subject.debug, false
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'api.github.com'
context 'with ENV', ->
beforeEach ->
@protocol = process.env.GH_RELEASE_PR_GITHUB_PROTOCOL
@debug = process.env.GH_RELEASE_PR_GITHUB_DEBUG
@host = process.env.GH_RELEASE_PR_GITHUB_HOST
@pathPrefix = process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = 'http'
process.env.GH_RELEASE_PR_GITHUB_DEBUG = 'true'
process.env.GH_RELEASE_PR_GITHUB_HOST = 'github.my-GHE-enabled-company.com'
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = '/api/v3'
@subject = params.toInit()
afterEach ->
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = @protocol
process.env.GH_RELEASE_PR_GITHUB_DEBUG = @debug
process.env.GH_RELEASE_PR_GITHUB_HOST = @host
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = @pathPrefix
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'http'
assert.equal @subject.debug, true
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'github.my-GHE-enabled-company.com'
assert.equal @subject.pathPrefix, '/api/v3'
describe 'toAuth', ->
beforeEach ->
@token = process.env.GH_RELEASE_PR_TOKEN
process.env.GH_RELEASE_PR_TOKEN = '<PASSWORD>gus-token'
@subject = params.toAuth()
afterEach ->
process.env.GH_RELEASE_PR_TOKEN = @token
it 'gets expected values', ->
assert.equal @subject.type, 'oauth'
assert.equal @subject.token, 'bogus-token'
describe 'toCreatePR', ->
beforeEach ->
@repo = 'test-repo'
@user = process.env.GH_RELEASE_PR_USER
process.env.GH_RELEASE_PR_USER = 'user'
afterEach ->
process.env.GH_RELEASE_PR_USER = @user
context 'without custom branch', ->
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'production'
assert.equal @subject.head, 'master'
context 'with custom branch', ->
beforeEach ->
@customBranch = process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = 'test-repo[repo]=original-test-repo&test-repo[base][production]=another-name-of-production&test-repo[head]=another-name-of-master'
afterEach ->
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = @customBranch
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'original-test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'another-name-of-production'
assert.equal @subject.head, 'another-name-of-master'
| true | assert = require 'power-assert'
params = require '../src/params'
describe 'params', ->
describe 'toInit', ->
context 'without ENV', ->
beforeEach ->
@subject = params.toInit()
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'https'
assert.equal @subject.debug, false
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'api.github.com'
context 'with ENV', ->
beforeEach ->
@protocol = process.env.GH_RELEASE_PR_GITHUB_PROTOCOL
@debug = process.env.GH_RELEASE_PR_GITHUB_DEBUG
@host = process.env.GH_RELEASE_PR_GITHUB_HOST
@pathPrefix = process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = 'http'
process.env.GH_RELEASE_PR_GITHUB_DEBUG = 'true'
process.env.GH_RELEASE_PR_GITHUB_HOST = 'github.my-GHE-enabled-company.com'
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = '/api/v3'
@subject = params.toInit()
afterEach ->
process.env.GH_RELEASE_PR_GITHUB_PROTOCOL = @protocol
process.env.GH_RELEASE_PR_GITHUB_DEBUG = @debug
process.env.GH_RELEASE_PR_GITHUB_HOST = @host
process.env.GH_RELEASE_PR_GITHUB_PATH_PREFIX = @pathPrefix
it 'gets expected values', ->
assert.equal @subject.version, '3.0.0'
assert.equal @subject.protocol, 'http'
assert.equal @subject.debug, true
assert.equal @subject.timeout, 5000
assert.equal @subject.host, 'github.my-GHE-enabled-company.com'
assert.equal @subject.pathPrefix, '/api/v3'
describe 'toAuth', ->
beforeEach ->
@token = process.env.GH_RELEASE_PR_TOKEN
process.env.GH_RELEASE_PR_TOKEN = 'PI:PASSWORD:<PASSWORD>END_PIgus-token'
@subject = params.toAuth()
afterEach ->
process.env.GH_RELEASE_PR_TOKEN = @token
it 'gets expected values', ->
assert.equal @subject.type, 'oauth'
assert.equal @subject.token, 'bogus-token'
describe 'toCreatePR', ->
beforeEach ->
@repo = 'test-repo'
@user = process.env.GH_RELEASE_PR_USER
process.env.GH_RELEASE_PR_USER = 'user'
afterEach ->
process.env.GH_RELEASE_PR_USER = @user
context 'without custom branch', ->
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'production'
assert.equal @subject.head, 'master'
context 'with custom branch', ->
beforeEach ->
@customBranch = process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = 'test-repo[repo]=original-test-repo&test-repo[base][production]=another-name-of-production&test-repo[head]=another-name-of-master'
afterEach ->
process.env.GH_RELEASE_PR_CUSTOM_ENDPOINT = @customBranch
it 'gets expected values', ->
@subject = params.toCreatePR @repo, 'production', {message: user: name: 'foo'}
assert.equal @subject.user, 'user'
assert.equal @subject.repo, 'original-test-repo'
assert.equal @subject.title, "#{params.now()} production deployment by foo"
assert.equal @subject.body, ''
assert.equal @subject.base, 'another-name-of-production'
assert.equal @subject.head, 'another-name-of-master'
|
[
{
"context": "00 - 19.00'\n }\n {\n description: 'Pau Garcia | Domestic Data Streamers'\n time: '19.00 -",
"end": 1583,
"score": 0.9992954134941101,
"start": 1573,
"tag": "NAME",
"value": "Pau Garcia"
},
{
"context": "00 - 20.00'\n }\n {\n description: 'Karsten Schmidt | Post Spectacular'\n time: '20.00 - 21.00'",
"end": 1694,
"score": 0.9998947381973267,
"start": 1679,
"tag": "NAME",
"value": "Karsten Schmidt"
},
{
"context": " }\n ]\n sponsors: [ \n {\n name: 'Studio 727'\n logo: '/images/sponsors/studio727.png'\n ",
"end": 1809,
"score": 0.9420452117919922,
"start": 1799,
"tag": "NAME",
"value": "Studio 727"
},
{
"context": "ttp://www.727.sk/'\n }\n {\n name: 'Nethemba'\n logo: '/images/sponsors/nethemba.png'\n ",
"end": 1931,
"score": 0.9996746182441711,
"start": 1923,
"tag": "NAME",
"value": "Nethemba"
},
{
"context": " }\n ]\n partners: [ \n {\n name: 'Resonate'\n logo: '/images/partners/resonate-wordmar",
"end": 2080,
"score": 0.9386336207389832,
"start": 2072,
"tag": "NAME",
"value": "Resonate"
},
{
"context": "tp://resonate.io/'\n }\n {\n name: 'Slovenská Národná Galéria'\n logo: '/images/partners/logo-sng.svg'\n ",
"end": 2228,
"score": 0.999898374080658,
"start": 2203,
"tag": "NAME",
"value": "Slovenská Národná Galéria"
},
{
"context": "http://www.sng.sk'\n }\n {\n name: 'Lab'\n logo: '/images/partners/logo-lab.svg'\n ",
"end": 2343,
"score": 0.9763807654380798,
"start": 2340,
"tag": "NAME",
"value": "Lab"
}
] | docpad.coffee | phillchill/sensorium.is | 0 | module.exports =
prompts: false
templateData:
conf:
name: 'Sensorium 2016'
description: 'Sensorium festival is a celebration of art and science taking place in Bratislava'
date: 'April 19'
price: '€10'
venue: 'Berlinka, Slovenská Národná Galéria'
address: 'Námestie Ľudovíta Štúra 33/4'
city: 'Bratislava'
country: 'Slovakia'
site:
theme: 'yellow-swan'
url: 'http://sensorium.is'
# googleanalytics: 'UA-33656081-1'
# Styles
styles: [
"/styles/bootstrap.css"
# "/styles/style.css"
"/styles/font-awesome-min.css"
"/styles/instant-style.css"
"/styles/ui-hover-effects.css"
"/styles/ui-buttons.css"
"/styles/schedule.css"
"/styles/sponsors.css"
"/styles/footer.css"
]
# Scripts
scripts: [
"/vendor/jquery.js"
"/vendor/bootstrap.min.js"
"/scripts/main.js"
"/scripts/footerheight.js"
"/scripts/script.js"
]
sections: [
'speakers'
'about'
'program'
'location'
'sponsors'
'partners'
]
labels:
about: 'About'
location: 'Location'
speakers: 'Speakers'
program: 'Program'
sponsors: 'Sponsors'
partners: 'Partners'
contact: 'Contact'
schedule: [
# {
# time: '18.00'
# description: 'Welcome'
# }
{
description: 'Special Guest | To be announced...'
time: '18.00 - 19.00'
}
{
description: 'Pau Garcia | Domestic Data Streamers'
time: '19.00 - 20.00'
}
{
description: 'Karsten Schmidt | Post Spectacular'
time: '20.00 - 21.00'
}
]
sponsors: [
{
name: 'Studio 727'
logo: '/images/sponsors/studio727.png'
url: 'http://www.727.sk/'
}
{
name: 'Nethemba'
logo: '/images/sponsors/nethemba.png'
url: 'https://nethemba.com/sk'
}
]
partners: [
{
name: 'Resonate'
logo: '/images/partners/resonate-wordmark.svg'
url: 'http://resonate.io/'
}
{
name: 'Slovenská Národná Galéria'
logo: '/images/partners/logo-sng.svg'
url: 'http://www.sng.sk'
}
{
name: 'Lab'
logo: '/images/partners/logo-lab.svg'
# url: '#'
}
]
getTheme: ->
'/themes/' + @site.theme
getUrl: ->
@site.url
collections:
speakers: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'speakers'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
workshops: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'workshops'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
activities: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'program'}, [{time:-1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"}) | 88981 | module.exports =
prompts: false
templateData:
conf:
name: 'Sensorium 2016'
description: 'Sensorium festival is a celebration of art and science taking place in Bratislava'
date: 'April 19'
price: '€10'
venue: 'Berlinka, Slovenská Národná Galéria'
address: 'Námestie Ľudovíta Štúra 33/4'
city: 'Bratislava'
country: 'Slovakia'
site:
theme: 'yellow-swan'
url: 'http://sensorium.is'
# googleanalytics: 'UA-33656081-1'
# Styles
styles: [
"/styles/bootstrap.css"
# "/styles/style.css"
"/styles/font-awesome-min.css"
"/styles/instant-style.css"
"/styles/ui-hover-effects.css"
"/styles/ui-buttons.css"
"/styles/schedule.css"
"/styles/sponsors.css"
"/styles/footer.css"
]
# Scripts
scripts: [
"/vendor/jquery.js"
"/vendor/bootstrap.min.js"
"/scripts/main.js"
"/scripts/footerheight.js"
"/scripts/script.js"
]
sections: [
'speakers'
'about'
'program'
'location'
'sponsors'
'partners'
]
labels:
about: 'About'
location: 'Location'
speakers: 'Speakers'
program: 'Program'
sponsors: 'Sponsors'
partners: 'Partners'
contact: 'Contact'
schedule: [
# {
# time: '18.00'
# description: 'Welcome'
# }
{
description: 'Special Guest | To be announced...'
time: '18.00 - 19.00'
}
{
description: '<NAME> | Domestic Data Streamers'
time: '19.00 - 20.00'
}
{
description: '<NAME> | Post Spectacular'
time: '20.00 - 21.00'
}
]
sponsors: [
{
name: '<NAME>'
logo: '/images/sponsors/studio727.png'
url: 'http://www.727.sk/'
}
{
name: '<NAME>'
logo: '/images/sponsors/nethemba.png'
url: 'https://nethemba.com/sk'
}
]
partners: [
{
name: '<NAME>'
logo: '/images/partners/resonate-wordmark.svg'
url: 'http://resonate.io/'
}
{
name: '<NAME>'
logo: '/images/partners/logo-sng.svg'
url: 'http://www.sng.sk'
}
{
name: '<NAME>'
logo: '/images/partners/logo-lab.svg'
# url: '#'
}
]
getTheme: ->
'/themes/' + @site.theme
getUrl: ->
@site.url
collections:
speakers: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'speakers'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
workshops: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'workshops'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
activities: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'program'}, [{time:-1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"}) | true | module.exports =
prompts: false
templateData:
conf:
name: 'Sensorium 2016'
description: 'Sensorium festival is a celebration of art and science taking place in Bratislava'
date: 'April 19'
price: '€10'
venue: 'Berlinka, Slovenská Národná Galéria'
address: 'Námestie Ľudovíta Štúra 33/4'
city: 'Bratislava'
country: 'Slovakia'
site:
theme: 'yellow-swan'
url: 'http://sensorium.is'
# googleanalytics: 'UA-33656081-1'
# Styles
styles: [
"/styles/bootstrap.css"
# "/styles/style.css"
"/styles/font-awesome-min.css"
"/styles/instant-style.css"
"/styles/ui-hover-effects.css"
"/styles/ui-buttons.css"
"/styles/schedule.css"
"/styles/sponsors.css"
"/styles/footer.css"
]
# Scripts
scripts: [
"/vendor/jquery.js"
"/vendor/bootstrap.min.js"
"/scripts/main.js"
"/scripts/footerheight.js"
"/scripts/script.js"
]
sections: [
'speakers'
'about'
'program'
'location'
'sponsors'
'partners'
]
labels:
about: 'About'
location: 'Location'
speakers: 'Speakers'
program: 'Program'
sponsors: 'Sponsors'
partners: 'Partners'
contact: 'Contact'
schedule: [
# {
# time: '18.00'
# description: 'Welcome'
# }
{
description: 'Special Guest | To be announced...'
time: '18.00 - 19.00'
}
{
description: 'PI:NAME:<NAME>END_PI | Domestic Data Streamers'
time: '19.00 - 20.00'
}
{
description: 'PI:NAME:<NAME>END_PI | Post Spectacular'
time: '20.00 - 21.00'
}
]
sponsors: [
{
name: 'PI:NAME:<NAME>END_PI'
logo: '/images/sponsors/studio727.png'
url: 'http://www.727.sk/'
}
{
name: 'PI:NAME:<NAME>END_PI'
logo: '/images/sponsors/nethemba.png'
url: 'https://nethemba.com/sk'
}
]
partners: [
{
name: 'PI:NAME:<NAME>END_PI'
logo: '/images/partners/resonate-wordmark.svg'
url: 'http://resonate.io/'
}
{
name: 'PI:NAME:<NAME>END_PI'
logo: '/images/partners/logo-sng.svg'
url: 'http://www.sng.sk'
}
{
name: 'PI:NAME:<NAME>END_PI'
logo: '/images/partners/logo-lab.svg'
# url: '#'
}
]
getTheme: ->
'/themes/' + @site.theme
getUrl: ->
@site.url
collections:
speakers: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'speakers'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
workshops: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'workshops'}, [{time:1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"})
activities: ->
@getCollection("html").findAllLive({relativeOutDirPath: 'program'}, [{time:-1}]).on "add", (model) ->
model.setMetaDefaults({layout:"speaker"}) |
[
{
"context": "###\n@author Nicholas Sardo <gcc.programmer@gmail.com>\n©2018 \n###\n\nimport { T",
"end": 26,
"score": 0.9998924136161804,
"start": 12,
"tag": "NAME",
"value": "Nicholas Sardo"
},
{
"context": "###\n@author Nicholas Sardo <gcc.programmer@gmail.com>\n©2018 \n###\n\nimport { Template } from 'meteor/tem",
"end": 52,
"score": 0.9999315738677979,
"start": 28,
"tag": "EMAIL",
"value": "gcc.programmer@gmail.com"
}
] | client/main.coffee | nsardo/meteor-1.8-coffeescript-example | 0 | ###
@author Nicholas Sardo <gcc.programmer@gmail.com>
©2018
###
import { Template } from 'meteor/templating'
import { Meteor } from 'meteor/meteor'
import './main.coffee'
Template.hello.onCreated =
Session.setDefault 'counter', 0
Template.hello.helpers
counter: -> Session.get 'counter'
records: -> Session.get 'records'
Template.hello.events
'click button#click1': ->
console.log Session.get 'counter'
Session.set 'counter', Session.get('counter') + 1
'click button#click2': ->
#Session.set 'records', Meteor.call 'returnFoo'
Meteor.call 'returnFoo', (err, result) ->
console.error('cb err ', err) if err
console.log('result is ', result)
Session.set('records', result.title)
| 169967 | ###
@author <NAME> <<EMAIL>>
©2018
###
import { Template } from 'meteor/templating'
import { Meteor } from 'meteor/meteor'
import './main.coffee'
Template.hello.onCreated =
Session.setDefault 'counter', 0
Template.hello.helpers
counter: -> Session.get 'counter'
records: -> Session.get 'records'
Template.hello.events
'click button#click1': ->
console.log Session.get 'counter'
Session.set 'counter', Session.get('counter') + 1
'click button#click2': ->
#Session.set 'records', Meteor.call 'returnFoo'
Meteor.call 'returnFoo', (err, result) ->
console.error('cb err ', err) if err
console.log('result is ', result)
Session.set('records', result.title)
| true | ###
@author PI:NAME:<NAME>END_PI <PI:EMAIL:<EMAIL>END_PI>
©2018
###
import { Template } from 'meteor/templating'
import { Meteor } from 'meteor/meteor'
import './main.coffee'
Template.hello.onCreated =
Session.setDefault 'counter', 0
Template.hello.helpers
counter: -> Session.get 'counter'
records: -> Session.get 'records'
Template.hello.events
'click button#click1': ->
console.log Session.get 'counter'
Session.set 'counter', Session.get('counter') + 1
'click button#click2': ->
#Session.set 'records', Meteor.call 'returnFoo'
Meteor.call 'returnFoo', (err, result) ->
console.error('cb err ', err) if err
console.log('result is ', result)
Session.set('records', result.title)
|
[
{
"context": "key_Z = 90\n key_questionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad",
"end": 6549,
"score": 0.9314455389976501,
"start": 6547,
"tag": "KEY",
"value": "48"
},
{
"context": "Z = 90\n key_questionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [",
"end": 6553,
"score": 0.9460746049880981,
"start": 6551,
"tag": "KEY",
"value": "49"
},
{
"context": "90\n key_questionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, ",
"end": 6557,
"score": 0.8192967176437378,
"start": 6555,
"tag": "KEY",
"value": "50"
},
{
"context": "key_questionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, ",
"end": 6561,
"score": 0.9205347895622253,
"start": 6560,
"tag": "KEY",
"value": "1"
},
{
"context": "questionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, ",
"end": 6565,
"score": 0.9074132442474365,
"start": 6564,
"tag": "KEY",
"value": "2"
},
{
"context": "tionmark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, 99, ",
"end": 6569,
"score": 0.9004343152046204,
"start": 6568,
"tag": "KEY",
"value": "3"
},
{
"context": "mark = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, 99, 100,",
"end": 6573,
"score": 0.919346034526825,
"start": 6572,
"tag": "KEY",
"value": "4"
},
{
"context": " = 191\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, 99, 100, 101",
"end": 6577,
"score": 0.9153489470481873,
"start": 6576,
"tag": "KEY",
"value": "5"
},
{
"context": "91\n\n key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, 99, 100, 101, 10",
"end": 6581,
"score": 0.9394277334213257,
"start": 6580,
"tag": "KEY",
"value": "6"
},
{
"context": " key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]\n key_numpad = [96, 97, 98, 99, 100, 101, 102, 1",
"end": 6585,
"score": 0.8528074622154236,
"start": 6584,
"tag": "KEY",
"value": "7"
}
] | src/EventHandlers.coffee | dunkelziffer/Roofpig | 0 | #= require utils
#= require OneChange
#This is all page wide data and functions.
class EventHandlers
@initialized = false
@set_focus: (new_focus) ->
if @_focus != new_focus
@dom.has_focus(false) if @_focus
@_focus = new_focus
unless @focus().is_null
@camera = @_focus.world3d.camera
@dom = @_focus.dom
@dom.has_focus(true)
NO_FOCUS = {
add_changer: -> {}
is_null: true
}
@focus: ->
@_focus || NO_FOCUS
@initialize: ->
return if @initialized
@down_keys = {}
$('body').keydown (e) -> EventHandlers.key_down(e)
$('body').keyup (e) -> EventHandlers.key_up(e)
$(document).on('mousedown', '.roofpig', (e) -> EventHandlers.mouse_down(e, $(this).data('cube-id')))
$('body').mousemove (e) -> EventHandlers.mouse_move(e)
$('body').mouseup (e) -> EventHandlers.mouse_end(e)
$('body').mouseleave (e) -> EventHandlers.mouse_end(e)
$(document).on('click', '.roofpig', (e) ->
cube = CubeAnimation.by_id[$(this).data('cube-id')]
EventHandlers.set_focus(cube)
)
$(document).on('click', '.focus .mouse_target', (e) ->
EventHandlers.left_cube_click(e, $(this).data('side'))
)
$(document).on('contextmenu', '.focus .mouse_target', (e) ->
EventHandlers.right_cube_click(e, $(this).data('side'))
)
$(document).on('click', '.roofpig button', (e) ->
[button_name, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].button_click(button_name, e.shiftKey)
)
$(document).on('click', '.roofpig-help-button', (e) ->
[_, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].dom.show_help()
)
@initialized = true
@mouse_down: (e, clicked_cube_id) ->
@dom.remove_help()
if clicked_cube_id == @focus().id
@bend_start_x = e.pageX
@bend_start_y = e.pageY
@bending = true
@mouse_end: (e) ->
@focus().add_changer('camera', new OneChange( => @camera.bend(0, 0)))
@bending = false
@mouse_move: (e) ->
if @bending
dx = -0.02 * (e.pageX - @bend_start_x) / @dom.scale
dy = -0.02 * (e.pageY - @bend_start_y) / @dom.scale
if e.shiftKey
dy = 0
@focus().add_changer('camera', new OneChange( => @camera.bend(dx, dy)))
@left_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
@right_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
e.preventDefault() # no context menu
@_handle_cube_click: (e, click_side) ->
return false unless @focus().user_controlled()
third_key = e.metaKey || e.ctrlKey
opposite = false
side_map = switch e.which
when 1 # left button
opposite = third_key
if third_key then {F: 'B', U: 'D', R: 'L'} else {F: 'F', U: 'U', R: 'R'}
when 3 # right button
if third_key then {F: 'f', U: 'u', R: 'r'} else {F: 'z', U: 'y', R: 'x'}
when 2 # middle button
opposite = third_key
if third_key then {F: 'b', U: 'd', R: 'l'} else {F: 'f', U: 'u', R: 'r'}
@focus().external_move(side_map[click_side]+this._turns(e, opposite))
@_turns: (e, opposite = false) ->
result = if e.shiftKey then -1 else if e.altKey then 2 else 1
result = -result if opposite
{ 1: '', 2: '2', '-1': "'", '-2': 'Z'}[result]
# ---- Keyboard Events ----
@key_down: (e) ->
@down_keys[e.keyCode] = true
return if @focus().is_null
help_toggled = @dom.remove_help()
if this.cube_key_moves(e)
return true
if e.ctrlKey || e.metaKey || e.altKey
return true
[key, shift] = [e.keyCode, e.shiftKey]
if key == key_tab
new_focus = if shift then @focus().previous_cube() else @focus().next_cube()
this.set_focus(new_focus)
else if key == key_end || (key == key_right_arrow && shift)
@focus().add_changer('pieces', new OneChange( => @focus().alg.to_end(@focus().world3d)))
else if key in button_keys
this._fake_click_down(this._button_for(key, shift))
else if key == key_questionmark
@focus().dom.show_help() unless help_toggled
else
unhandled = true
unless unhandled
e.preventDefault()
e.stopPropagation()
@cube_key_moves: (e) ->
return false unless @focus().user_controlled()
number_key = Math.max(key_num.indexOf(e.keyCode), key_numpad.indexOf(e.keyCode))
return false unless number_key > 0
side = switch number_key
when 1, 4, 7 then "F"
when 2, 5, 8 then "U"
when 3, 6, 9 then "R"
turns = switch number_key
when 1, 2, 3 then 2
when 4, 5, 6 then 1
when 7, 8, 9 then -1
turn_code = Move.turn_code(turns)
anti_turn_code = Move.turn_code(-turns)
opposite = @down_keys[key_Z]
middle = @down_keys[key_X]
the_side = @down_keys[key_C] || (!opposite && !middle)
moves = []
if the_side
moves.push("#{side}#{turn_code}")
if middle
switch side
when 'F' then moves.push("S"+turn_code)
when 'U' then moves.push("E"+anti_turn_code)
when 'R' then moves.push("M"+anti_turn_code)
if opposite
switch side
when 'F' then moves.push("B"+anti_turn_code)
when 'U' then moves.push("D"+anti_turn_code)
when 'R' then moves.push("L"+anti_turn_code)
@focus().external_move(moves.join('+'))
true
@_button_for: (key, shift) ->
switch key
when key_home
@dom.reset
when key_left_arrow
unless shift then @dom.prev else @dom.reset
when key_right_arrow
@dom.next
when key_space
@dom.play_or_pause
@key_up: (e) ->
@down_keys[e.keyCode] = false
button_key = e.keyCode in button_keys
if button_key
if @down_button
this._fake_click_up(@down_button)
@down_button = null
return button_key
@_fake_click_down: (button) ->
unless button.attr("disabled")
@down_button = button
button.addClass('roofpig-button-fake-active')
@_fake_click_up: (button) ->
unless button.attr("disabled")
button.removeClass('roofpig-button-fake-active')
button.click()
# http://www.cambiaresearch.com/articles/15/javascript-char-codes-key-codes
key_tab = 9
key_space = 32
key_end = 35
key_home = 36
key_left_arrow = 37
key_up_arrow = 38
key_right_arrow = 39
key_down_arrow = 40
key_A = 65
key_C = 67
key_D = 68
key_J = 74
key_K = 75
key_L = 76
key_S = 83
key_X = 88
key_Z = 90
key_questionmark = 191
key_num = [48, 49, 50, 51, 52 ,53 ,54 ,55, 56, 57]
key_numpad = [96, 97, 98, 99, 100, 101, 102, 103, 104, 105]
button_keys = [key_space, key_home, key_left_arrow, key_right_arrow]
| 204734 | #= require utils
#= require OneChange
#This is all page wide data and functions.
class EventHandlers
@initialized = false
@set_focus: (new_focus) ->
if @_focus != new_focus
@dom.has_focus(false) if @_focus
@_focus = new_focus
unless @focus().is_null
@camera = @_focus.world3d.camera
@dom = @_focus.dom
@dom.has_focus(true)
NO_FOCUS = {
add_changer: -> {}
is_null: true
}
@focus: ->
@_focus || NO_FOCUS
@initialize: ->
return if @initialized
@down_keys = {}
$('body').keydown (e) -> EventHandlers.key_down(e)
$('body').keyup (e) -> EventHandlers.key_up(e)
$(document).on('mousedown', '.roofpig', (e) -> EventHandlers.mouse_down(e, $(this).data('cube-id')))
$('body').mousemove (e) -> EventHandlers.mouse_move(e)
$('body').mouseup (e) -> EventHandlers.mouse_end(e)
$('body').mouseleave (e) -> EventHandlers.mouse_end(e)
$(document).on('click', '.roofpig', (e) ->
cube = CubeAnimation.by_id[$(this).data('cube-id')]
EventHandlers.set_focus(cube)
)
$(document).on('click', '.focus .mouse_target', (e) ->
EventHandlers.left_cube_click(e, $(this).data('side'))
)
$(document).on('contextmenu', '.focus .mouse_target', (e) ->
EventHandlers.right_cube_click(e, $(this).data('side'))
)
$(document).on('click', '.roofpig button', (e) ->
[button_name, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].button_click(button_name, e.shiftKey)
)
$(document).on('click', '.roofpig-help-button', (e) ->
[_, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].dom.show_help()
)
@initialized = true
@mouse_down: (e, clicked_cube_id) ->
@dom.remove_help()
if clicked_cube_id == @focus().id
@bend_start_x = e.pageX
@bend_start_y = e.pageY
@bending = true
@mouse_end: (e) ->
@focus().add_changer('camera', new OneChange( => @camera.bend(0, 0)))
@bending = false
@mouse_move: (e) ->
if @bending
dx = -0.02 * (e.pageX - @bend_start_x) / @dom.scale
dy = -0.02 * (e.pageY - @bend_start_y) / @dom.scale
if e.shiftKey
dy = 0
@focus().add_changer('camera', new OneChange( => @camera.bend(dx, dy)))
@left_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
@right_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
e.preventDefault() # no context menu
@_handle_cube_click: (e, click_side) ->
return false unless @focus().user_controlled()
third_key = e.metaKey || e.ctrlKey
opposite = false
side_map = switch e.which
when 1 # left button
opposite = third_key
if third_key then {F: 'B', U: 'D', R: 'L'} else {F: 'F', U: 'U', R: 'R'}
when 3 # right button
if third_key then {F: 'f', U: 'u', R: 'r'} else {F: 'z', U: 'y', R: 'x'}
when 2 # middle button
opposite = third_key
if third_key then {F: 'b', U: 'd', R: 'l'} else {F: 'f', U: 'u', R: 'r'}
@focus().external_move(side_map[click_side]+this._turns(e, opposite))
@_turns: (e, opposite = false) ->
result = if e.shiftKey then -1 else if e.altKey then 2 else 1
result = -result if opposite
{ 1: '', 2: '2', '-1': "'", '-2': 'Z'}[result]
# ---- Keyboard Events ----
@key_down: (e) ->
@down_keys[e.keyCode] = true
return if @focus().is_null
help_toggled = @dom.remove_help()
if this.cube_key_moves(e)
return true
if e.ctrlKey || e.metaKey || e.altKey
return true
[key, shift] = [e.keyCode, e.shiftKey]
if key == key_tab
new_focus = if shift then @focus().previous_cube() else @focus().next_cube()
this.set_focus(new_focus)
else if key == key_end || (key == key_right_arrow && shift)
@focus().add_changer('pieces', new OneChange( => @focus().alg.to_end(@focus().world3d)))
else if key in button_keys
this._fake_click_down(this._button_for(key, shift))
else if key == key_questionmark
@focus().dom.show_help() unless help_toggled
else
unhandled = true
unless unhandled
e.preventDefault()
e.stopPropagation()
@cube_key_moves: (e) ->
return false unless @focus().user_controlled()
number_key = Math.max(key_num.indexOf(e.keyCode), key_numpad.indexOf(e.keyCode))
return false unless number_key > 0
side = switch number_key
when 1, 4, 7 then "F"
when 2, 5, 8 then "U"
when 3, 6, 9 then "R"
turns = switch number_key
when 1, 2, 3 then 2
when 4, 5, 6 then 1
when 7, 8, 9 then -1
turn_code = Move.turn_code(turns)
anti_turn_code = Move.turn_code(-turns)
opposite = @down_keys[key_Z]
middle = @down_keys[key_X]
the_side = @down_keys[key_C] || (!opposite && !middle)
moves = []
if the_side
moves.push("#{side}#{turn_code}")
if middle
switch side
when 'F' then moves.push("S"+turn_code)
when 'U' then moves.push("E"+anti_turn_code)
when 'R' then moves.push("M"+anti_turn_code)
if opposite
switch side
when 'F' then moves.push("B"+anti_turn_code)
when 'U' then moves.push("D"+anti_turn_code)
when 'R' then moves.push("L"+anti_turn_code)
@focus().external_move(moves.join('+'))
true
@_button_for: (key, shift) ->
switch key
when key_home
@dom.reset
when key_left_arrow
unless shift then @dom.prev else @dom.reset
when key_right_arrow
@dom.next
when key_space
@dom.play_or_pause
@key_up: (e) ->
@down_keys[e.keyCode] = false
button_key = e.keyCode in button_keys
if button_key
if @down_button
this._fake_click_up(@down_button)
@down_button = null
return button_key
@_fake_click_down: (button) ->
unless button.attr("disabled")
@down_button = button
button.addClass('roofpig-button-fake-active')
@_fake_click_up: (button) ->
unless button.attr("disabled")
button.removeClass('roofpig-button-fake-active')
button.click()
# http://www.cambiaresearch.com/articles/15/javascript-char-codes-key-codes
key_tab = 9
key_space = 32
key_end = 35
key_home = 36
key_left_arrow = 37
key_up_arrow = 38
key_right_arrow = 39
key_down_arrow = 40
key_A = 65
key_C = 67
key_D = 68
key_J = 74
key_K = 75
key_L = 76
key_S = 83
key_X = 88
key_Z = 90
key_questionmark = 191
key_num = [<KEY>, <KEY>, <KEY>, 5<KEY>, 5<KEY> ,5<KEY> ,5<KEY> ,5<KEY>, 5<KEY>, 5<KEY>]
key_numpad = [96, 97, 98, 99, 100, 101, 102, 103, 104, 105]
button_keys = [key_space, key_home, key_left_arrow, key_right_arrow]
| true | #= require utils
#= require OneChange
#This is all page wide data and functions.
class EventHandlers
@initialized = false
@set_focus: (new_focus) ->
if @_focus != new_focus
@dom.has_focus(false) if @_focus
@_focus = new_focus
unless @focus().is_null
@camera = @_focus.world3d.camera
@dom = @_focus.dom
@dom.has_focus(true)
NO_FOCUS = {
add_changer: -> {}
is_null: true
}
@focus: ->
@_focus || NO_FOCUS
@initialize: ->
return if @initialized
@down_keys = {}
$('body').keydown (e) -> EventHandlers.key_down(e)
$('body').keyup (e) -> EventHandlers.key_up(e)
$(document).on('mousedown', '.roofpig', (e) -> EventHandlers.mouse_down(e, $(this).data('cube-id')))
$('body').mousemove (e) -> EventHandlers.mouse_move(e)
$('body').mouseup (e) -> EventHandlers.mouse_end(e)
$('body').mouseleave (e) -> EventHandlers.mouse_end(e)
$(document).on('click', '.roofpig', (e) ->
cube = CubeAnimation.by_id[$(this).data('cube-id')]
EventHandlers.set_focus(cube)
)
$(document).on('click', '.focus .mouse_target', (e) ->
EventHandlers.left_cube_click(e, $(this).data('side'))
)
$(document).on('contextmenu', '.focus .mouse_target', (e) ->
EventHandlers.right_cube_click(e, $(this).data('side'))
)
$(document).on('click', '.roofpig button', (e) ->
[button_name, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].button_click(button_name, e.shiftKey)
)
$(document).on('click', '.roofpig-help-button', (e) ->
[_, cube_id] = $(this).attr('id').split('-')
CubeAnimation.by_id[cube_id].dom.show_help()
)
@initialized = true
@mouse_down: (e, clicked_cube_id) ->
@dom.remove_help()
if clicked_cube_id == @focus().id
@bend_start_x = e.pageX
@bend_start_y = e.pageY
@bending = true
@mouse_end: (e) ->
@focus().add_changer('camera', new OneChange( => @camera.bend(0, 0)))
@bending = false
@mouse_move: (e) ->
if @bending
dx = -0.02 * (e.pageX - @bend_start_x) / @dom.scale
dy = -0.02 * (e.pageY - @bend_start_y) / @dom.scale
if e.shiftKey
dy = 0
@focus().add_changer('camera', new OneChange( => @camera.bend(dx, dy)))
@left_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
@right_cube_click: (e, click_side) ->
this._handle_cube_click(e, click_side)
e.preventDefault() # no context menu
@_handle_cube_click: (e, click_side) ->
return false unless @focus().user_controlled()
third_key = e.metaKey || e.ctrlKey
opposite = false
side_map = switch e.which
when 1 # left button
opposite = third_key
if third_key then {F: 'B', U: 'D', R: 'L'} else {F: 'F', U: 'U', R: 'R'}
when 3 # right button
if third_key then {F: 'f', U: 'u', R: 'r'} else {F: 'z', U: 'y', R: 'x'}
when 2 # middle button
opposite = third_key
if third_key then {F: 'b', U: 'd', R: 'l'} else {F: 'f', U: 'u', R: 'r'}
@focus().external_move(side_map[click_side]+this._turns(e, opposite))
@_turns: (e, opposite = false) ->
result = if e.shiftKey then -1 else if e.altKey then 2 else 1
result = -result if opposite
{ 1: '', 2: '2', '-1': "'", '-2': 'Z'}[result]
# ---- Keyboard Events ----
@key_down: (e) ->
@down_keys[e.keyCode] = true
return if @focus().is_null
help_toggled = @dom.remove_help()
if this.cube_key_moves(e)
return true
if e.ctrlKey || e.metaKey || e.altKey
return true
[key, shift] = [e.keyCode, e.shiftKey]
if key == key_tab
new_focus = if shift then @focus().previous_cube() else @focus().next_cube()
this.set_focus(new_focus)
else if key == key_end || (key == key_right_arrow && shift)
@focus().add_changer('pieces', new OneChange( => @focus().alg.to_end(@focus().world3d)))
else if key in button_keys
this._fake_click_down(this._button_for(key, shift))
else if key == key_questionmark
@focus().dom.show_help() unless help_toggled
else
unhandled = true
unless unhandled
e.preventDefault()
e.stopPropagation()
@cube_key_moves: (e) ->
return false unless @focus().user_controlled()
number_key = Math.max(key_num.indexOf(e.keyCode), key_numpad.indexOf(e.keyCode))
return false unless number_key > 0
side = switch number_key
when 1, 4, 7 then "F"
when 2, 5, 8 then "U"
when 3, 6, 9 then "R"
turns = switch number_key
when 1, 2, 3 then 2
when 4, 5, 6 then 1
when 7, 8, 9 then -1
turn_code = Move.turn_code(turns)
anti_turn_code = Move.turn_code(-turns)
opposite = @down_keys[key_Z]
middle = @down_keys[key_X]
the_side = @down_keys[key_C] || (!opposite && !middle)
moves = []
if the_side
moves.push("#{side}#{turn_code}")
if middle
switch side
when 'F' then moves.push("S"+turn_code)
when 'U' then moves.push("E"+anti_turn_code)
when 'R' then moves.push("M"+anti_turn_code)
if opposite
switch side
when 'F' then moves.push("B"+anti_turn_code)
when 'U' then moves.push("D"+anti_turn_code)
when 'R' then moves.push("L"+anti_turn_code)
@focus().external_move(moves.join('+'))
true
@_button_for: (key, shift) ->
switch key
when key_home
@dom.reset
when key_left_arrow
unless shift then @dom.prev else @dom.reset
when key_right_arrow
@dom.next
when key_space
@dom.play_or_pause
@key_up: (e) ->
@down_keys[e.keyCode] = false
button_key = e.keyCode in button_keys
if button_key
if @down_button
this._fake_click_up(@down_button)
@down_button = null
return button_key
@_fake_click_down: (button) ->
unless button.attr("disabled")
@down_button = button
button.addClass('roofpig-button-fake-active')
@_fake_click_up: (button) ->
unless button.attr("disabled")
button.removeClass('roofpig-button-fake-active')
button.click()
# http://www.cambiaresearch.com/articles/15/javascript-char-codes-key-codes
key_tab = 9
key_space = 32
key_end = 35
key_home = 36
key_left_arrow = 37
key_up_arrow = 38
key_right_arrow = 39
key_down_arrow = 40
key_A = 65
key_C = 67
key_D = 68
key_J = 74
key_K = 75
key_L = 76
key_S = 83
key_X = 88
key_Z = 90
key_questionmark = 191
key_num = [PI:KEY:<KEY>END_PI, PI:KEY:<KEY>END_PI, PI:KEY:<KEY>END_PI, 5PI:KEY:<KEY>END_PI, 5PI:KEY:<KEY>END_PI ,5PI:KEY:<KEY>END_PI ,5PI:KEY:<KEY>END_PI ,5PI:KEY:<KEY>END_PI, 5PI:KEY:<KEY>END_PI, 5PI:KEY:<KEY>END_PI]
key_numpad = [96, 97, 98, 99, 100, 101, 102, 103, 104, 105]
button_keys = [key_space, key_home, key_left_arrow, key_right_arrow]
|
[
{
"context": ":\n# Coconut pictures, based on\n# Applause from Orson Welles and others\n#\n# Dependencies:\n# None\n#\n# Configu",
"end": 76,
"score": 0.9961780309677124,
"start": 64,
"tag": "NAME",
"value": "Orson Welles"
},
{
"context": "s:\n# coconut - Get coconut image\n#\n# Author:\n# mxlje\n\nimages = [\n \"http://i.imgur.com/wyGu3R4.jpg\",\n ",
"end": 210,
"score": 0.9997227191925049,
"start": 205,
"tag": "USERNAME",
"value": "mxlje"
}
] | scripts/coconut.coffee | mxlje/ben | 0 | # Description:
# Coconut pictures, based on
# Applause from Orson Welles and others
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# coconut - Get coconut image
#
# Author:
# mxlje
images = [
"http://i.imgur.com/wyGu3R4.jpg",
"http://i.imgur.com/eDVVKXZ.jpg",
"http://i.imgur.com/1rbE6Gt.jpg",
"http://i.imgur.com/HuQyy1O.jpg"
]
module.exports = (robot) ->
robot.hear /coconut/i, (msg) ->
msg.send msg.random images | 150876 | # Description:
# Coconut pictures, based on
# Applause from <NAME> and others
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# coconut - Get coconut image
#
# Author:
# mxlje
images = [
"http://i.imgur.com/wyGu3R4.jpg",
"http://i.imgur.com/eDVVKXZ.jpg",
"http://i.imgur.com/1rbE6Gt.jpg",
"http://i.imgur.com/HuQyy1O.jpg"
]
module.exports = (robot) ->
robot.hear /coconut/i, (msg) ->
msg.send msg.random images | true | # Description:
# Coconut pictures, based on
# Applause from PI:NAME:<NAME>END_PI and others
#
# Dependencies:
# None
#
# Configuration:
# None
#
# Commands:
# coconut - Get coconut image
#
# Author:
# mxlje
images = [
"http://i.imgur.com/wyGu3R4.jpg",
"http://i.imgur.com/eDVVKXZ.jpg",
"http://i.imgur.com/1rbE6Gt.jpg",
"http://i.imgur.com/HuQyy1O.jpg"
]
module.exports = (robot) ->
robot.hear /coconut/i, (msg) ->
msg.send msg.random images |
[
{
"context": "# Copyright (c) ppy Pty Ltd <contact@ppy.sh>. Licensed under the GNU Affero General Public Li",
"end": 43,
"score": 0.999912440776825,
"start": 29,
"tag": "EMAIL",
"value": "contact@ppy.sh"
}
] | resources/assets/coffee/_classes/search.coffee | osu-katakuna/osu-katakuna-web | 5 | # Copyright (c) ppy Pty Ltd <contact@ppy.sh>. Licensed under the GNU Affero General Public License v3.0.
# See the LICENCE file in the repository root for full licence text.
class @Search
constructor: ->
@debouncedSubmitInput = _.debounce @submitInput, 500
$(document).on 'click', '.js-search--forum-options-reset', @forumPostReset
$(document).on 'input', '.js-search--input', @debouncedSubmitInput
$(document).on 'keydown', '.js-search--input', @maybeSubmitInput
$(document).on 'submit', '.js-search', @submitForm
addEventListener 'turbolinks:load', @restoreFocus
forumPostReset: =>
$form = $('.js-search')
$form.find('[name=username], [name=forum_id]').val ''
$form.find('[name=forum_children]').prop 'checked', false
maybeSubmitInput: (e) =>
return if e.keyCode != 13
e.preventDefault()
@submitInput(e)
submitInput: (e) =>
input = e.currentTarget
value = input.value.trim()
return if value in ['', input.dataset.searchCurrent?.trim()]
input.dataset.searchCurrent = value
@submit()
submitForm: (e) =>
e.preventDefault()
@submit()
submit: =>
@searchingToggle(true)
params = $('.js-search').serialize()
$(document).one 'turbolinks:before-cache', =>
@activeElement = document.activeElement
@searchingToggle(false)
Turbolinks.visit("?#{params}")
searchingToggle: (state) =>
$('.js-search--header').toggleClass('js-search--searching', state)
restoreFocus: =>
@activeElement?.focus()
@activeElement = null
| 213225 | # Copyright (c) ppy Pty Ltd <<EMAIL>>. Licensed under the GNU Affero General Public License v3.0.
# See the LICENCE file in the repository root for full licence text.
class @Search
constructor: ->
@debouncedSubmitInput = _.debounce @submitInput, 500
$(document).on 'click', '.js-search--forum-options-reset', @forumPostReset
$(document).on 'input', '.js-search--input', @debouncedSubmitInput
$(document).on 'keydown', '.js-search--input', @maybeSubmitInput
$(document).on 'submit', '.js-search', @submitForm
addEventListener 'turbolinks:load', @restoreFocus
forumPostReset: =>
$form = $('.js-search')
$form.find('[name=username], [name=forum_id]').val ''
$form.find('[name=forum_children]').prop 'checked', false
maybeSubmitInput: (e) =>
return if e.keyCode != 13
e.preventDefault()
@submitInput(e)
submitInput: (e) =>
input = e.currentTarget
value = input.value.trim()
return if value in ['', input.dataset.searchCurrent?.trim()]
input.dataset.searchCurrent = value
@submit()
submitForm: (e) =>
e.preventDefault()
@submit()
submit: =>
@searchingToggle(true)
params = $('.js-search').serialize()
$(document).one 'turbolinks:before-cache', =>
@activeElement = document.activeElement
@searchingToggle(false)
Turbolinks.visit("?#{params}")
searchingToggle: (state) =>
$('.js-search--header').toggleClass('js-search--searching', state)
restoreFocus: =>
@activeElement?.focus()
@activeElement = null
| true | # Copyright (c) ppy Pty Ltd <PI:EMAIL:<EMAIL>END_PI>. Licensed under the GNU Affero General Public License v3.0.
# See the LICENCE file in the repository root for full licence text.
class @Search
constructor: ->
@debouncedSubmitInput = _.debounce @submitInput, 500
$(document).on 'click', '.js-search--forum-options-reset', @forumPostReset
$(document).on 'input', '.js-search--input', @debouncedSubmitInput
$(document).on 'keydown', '.js-search--input', @maybeSubmitInput
$(document).on 'submit', '.js-search', @submitForm
addEventListener 'turbolinks:load', @restoreFocus
forumPostReset: =>
$form = $('.js-search')
$form.find('[name=username], [name=forum_id]').val ''
$form.find('[name=forum_children]').prop 'checked', false
maybeSubmitInput: (e) =>
return if e.keyCode != 13
e.preventDefault()
@submitInput(e)
submitInput: (e) =>
input = e.currentTarget
value = input.value.trim()
return if value in ['', input.dataset.searchCurrent?.trim()]
input.dataset.searchCurrent = value
@submit()
submitForm: (e) =>
e.preventDefault()
@submit()
submit: =>
@searchingToggle(true)
params = $('.js-search').serialize()
$(document).one 'turbolinks:before-cache', =>
@activeElement = document.activeElement
@searchingToggle(false)
Turbolinks.visit("?#{params}")
searchingToggle: (state) =>
$('.js-search--header').toggleClass('js-search--searching', state)
restoreFocus: =>
@activeElement?.focus()
@activeElement = null
|
[
{
"context": "key: 'math-inline'\npatterns: [\n\n name: 'inline.math.markup.md'\n m",
"end": 17,
"score": 0.9337267875671387,
"start": 6,
"tag": "KEY",
"value": "math-inline"
}
] | grammars/repositories/flavors/math-inline.cson | doc22940/language-markdown | 138 | key: 'math-inline'
patterns: [
name: 'inline.math.markup.md'
match: '(\\$)(?! )(.+?)(?<! )(\\$)(?!\\d)'
captures:
1: name: 'punctuation.md'
2: patterns: [{ include: 'text.tex.latex' }]
3: name: 'punctuation.md'
]
| 72273 | key: '<KEY>'
patterns: [
name: 'inline.math.markup.md'
match: '(\\$)(?! )(.+?)(?<! )(\\$)(?!\\d)'
captures:
1: name: 'punctuation.md'
2: patterns: [{ include: 'text.tex.latex' }]
3: name: 'punctuation.md'
]
| true | key: 'PI:KEY:<KEY>END_PI'
patterns: [
name: 'inline.math.markup.md'
match: '(\\$)(?! )(.+?)(?<! )(\\$)(?!\\d)'
captures:
1: name: 'punctuation.md'
2: patterns: [{ include: 'text.tex.latex' }]
3: name: 'punctuation.md'
]
|
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