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i < keys.length; i++) this.erase(keys[i]) }, stringify: function (value) { return value }, parse: function (value) { return value } } })(); ;(function(){ Cookie.stringify = Object.stringify Cookie.parse = Object.parse // // tests // var val = 123 // alert(Cookie.set('aaa', val) === val && Cookie.get('aaa') === val) // var val = "123" // alert(Cookie.set('aaa', val) === val && Cookie.get('aaa') === val) })(); ;(function(){ var myName = 'UrlEncode', Me = self[myName] = { paramDelimiter: '&', parse: function (string, forceArray) { var res = {} var parts = String(string).split(/[;&]/) for (var i=0; i < parts.length; i++) { var pair = parts[i].split('=') var name = decodeURIComponent(pair[0]) var val = decodeURIComponent(pair[1] || '') if (forceArray) { if (res[name]) res[name].push(val) else res[name] = [val] } else { if (res[name]) { if (typeof res[name] == 'array') res[name].push(val) else res[name] = [res[name], val] } else res[name] = val } } return res }, stringify: function (data) { var enc = encodeURIComponent, pd = Me.paramDelimiter if (!data) return '' if (typeof data.toUrlEncode == 'function') return data.toUrlEncode() switch (data.constructor) { case Array: return data.join(pd) case Object: var arr = [] for (var i in data) if (i !== undefined && i != '') { var val = data[i] var enci = enc(i) if (val !== undefined && val !== null) switch (val.constructor) { case Array: for (var j = 0, jl = val.length; 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charset=utf-8 // r.setRequestHeader('Content-length', data.length) Object.extend(r, EventDriven.prototype) // dirty fix for FF 3.5 r.onreadystatechange = function () { return onreadystatechange.apply(r, arguments) } if (callback) r.addEventListener('load', callback, false) r.send(data) if (sync) onreadystatechange.apply(r) return r } Me.get = function (url, params, callback, sync) { var r = new XHR() if (params) url += '?' + urlEncode(params) r.open('GET', url, !sync) r.onreadystatechange = onreadystatechange if (callback) r.addEventListener('load', callback, false) r.send(null) if (sync) onreadystatechange.apply(r) return r } var $ = self.$ if ($) { $.post = Me.post $.get = Me.get } })(); ;(function(){ var R = RegExp, rexCache = {} Object.add ( Element.prototype, { setClassName: function (cn) { this.className = cn return cn }, addClassName: function (cn) { // this.removeClassName(cn) this.className += ' ' + cn return cn }, removeClassName: function (cn) { var className = this.className if (className) this.className = className.replace(rexCache[cn] || (rexCache[cn] = new R('(?:^| +)(?:' + cn + '(?:$| +))+', 'g')), ' ') .replace(/^\s+|\s+$/g, '') return cn }, hasClassName: function (cn) { var className = this.className return (className == cn || (rexCache[cn] || (rexCache[cn] = new R('(?:^| +)(?:' + cn + '(?:$| +))+'))).test(className)) }, empty: function () { var node while (node = this.firstChild) this.removeChild(node) }, hide: function () { this.addClassName('hidden') }, show: function () { this.removeClassName('hidden') }, remove: function () { var parent = this.parentNode return parent ? parent.removeChild(this) : this }, isParent: function (parent, root) { var node = this do { if (node === parent) return true if (node === root) break } while ((node = node.parentNode)) return false } } ) })(); ;(function () { var PA = Programica.Animation = function (prms) { prms = prms || {} // defaults this.trans = [] this.duration = prms.duration || 1, this.unit = prms.unit != null ? prms.unit : PA.defaults.unit this.motion = prms.motion || PA.defaults.type this.running = false this.complete = false this.node = prms.node || false this.animationTypes = PA.Types this.onstart = this.oncomplete = this.onstep = function () {} switch (typeof this.motion) { case 'string': this.motion = this.animationTypes[this.motion] || null break case 'function': break default: this.motion = null } if (prms.trans) for (var i = 0; i < prms.trans.length; i++) if (prms.trans[i]) this.trans.push(prms.trans[i]) } Element.prototype.animate = function (motion, props, duration, unit) { var trans = [] for (var i in props) { var pi = props[i] if (pi.length == 2) trans.push({property: i, begin: pi[0], end: pi[1]}) else trans.push({property: i, begin: null, end: pi[0] || pi}) } return new PA({node: this, motion: motion, duration: duration, trans: trans, unit: unit}).start() } PA.fps = 60 PA.defaults = {unit: 'px', type: 'linearTween'} PA.prototype = { start: function () { // if animation is already started if (this.running) return this // only one animation per node for now if (this.node.animation) this.node.animation.stop() this.node.animation = this this.running = true this.complete = false var t = this if (this.motion == this.animationTypes.directJump) { this.frame = this.totalFrames - 1 setTimeout(function () { t.renderForceLast(); t.stop(); t.complete = true; t.oncomplete() }, 0) } else { this.frame = 0 this.totalFrames = this.duration * PA.fps for (var i = 0; i < this.trans.length; i++) { var tr = this.trans[i] if (tr.begin == null) tr.begin = this.getStyleProperty(tr.property) tr.step = ( tr.end - tr.begin ) / this.totalFrames } this.timer = PA.addTimer( function () { t.step() } ) } this.onstart() return this }, stop: function () { if (this.running) { this.node.animation = null this.running = false PA.removeTimer(this.timer) } return this }, step: function () { this.render() this.onstep() if (this.frame >= this.totalFrames - 1) { this.stop() this.complete = true this.oncomplete() } this.frame++ }, renderForceLast: function () { for (var i = 0; i < this.trans.length; i++) { var t = this.trans[i] this.setStyleProperty(t.property, t.end) } }, render: function () { for (var i = 0; i < this.trans.length; i++) { var t = this.trans[i] if ( t.property != null && t.begin != null && t.end != null ) this.setStyleProperty(t.property, this.motion(this.frame + 1, t.begin, t.end - t.begin, this.totalFrames)) else throw new Error("Corupted transformation: " + t) } }, getStyleProperty: function (p) { if (p == "top" && !this.node.style[p]) return this.node.offsetTop if (p == "left" && !this.node.style[p]) return this.node.offsetLeft if (p == "opacity" && isNaN(parseFloat(this.node.style[p]))) return 1 if (/scroll/.test(p)) return this.node[p] return parseFloat(this.node.style[p]) || 0 }, setStyleProperty: function (p, value) { try { if (/color/.test(p)) return this.node.style[p] = 'rgb(' + parseInt(value) + ',' + parseInt(value) + ',' + parseInt(value) + ')' // for SVG elements if (p == 'r') return this.node.r.baseVal.value = value if (/scroll/.test(p)) return this.node[p] = Math.round(value) if (p == "opacity") return this.node.style[p] = value if ((p == 'width' || p == 'height') && value < 0) value = 0 if (this.unit == 'em') return this.node.style[p] = Math.round(value * 100) / 100 + this.unit return this.node.style[p] = Math.round(value) + this.unit } catch (ex) { log(ex + p + value) return value } } } PA.addTimer = function (func) { if (!this.timer) { var t = this this.timer = setInterval(function (d) { t.time(d) }, 1000 / this.fps) } return this.timers.push(func) } PA.removeTimer = function (num) { var ts = this.timers ts[num-1] = null while (ts[ts.length-1] === null) ts.length-- if (!ts.length) clearInterval(this.timer), this.timer = null } PA.timers = [] PA.time = function (d) { for (var i = 0; i < this.timers.length; i++) this.timers[i] && this.timers[i](d) } ;(function(){var M=Math;var e=M.cos;var f=M.sin;var g=M.sqrt;var h=M.PI;var i=M.pow;var j=M.abs;var k=M.asin;var l=Programica.Animation.Types={directJump:function(t,b,c,d){},linearTween:function(t,b,c,d){return c*t/d+b},easeInQuad:function(t,b,c,d){return c*(t/=d)*t+b},easeOutQuad:function(t,b,c,d){return-c*(t/=d)*(t-2)+b},easeInOutQuad:function(t,b,c,d){return((t/=d/2)<1)?c/2*t*t+b:-c/2*((--t)*(t-2)-1)+b},easeInCubic:function(t,b,c,d){return c*(t/=d)*t*t+b},easeOutCubic:function(t,b,c,d){return c*((t=t/d-1)*t*t+1)+b},easeInOutCubic:function(t,b,c,d){return((t/=d/2)<1)?c/2*t*t*t+b:c/2*((t-=2)*t*t+2)+b},easeInQuart:function(t,b,c,d){return c*(t/=d)*t*t*t+b},easeOutQuart:function(t,b,c,d){return-c*((t=t/d-1)*t*t*t-1)+b},easeInOutQuart:function(t,b,c,d){return((t/=d/2)<1)?c/2*t*t*t*t+b:-c/2*((t-=2)*t*t*t-2)+b},easeInQuint:function(t,b,c,d){return c*(t/=d)*t*t*t*t+b},easeOutQuint:function(t,b,c,d){return c*((t=t/d-1)*t*t*t*t+1)+b},easeInOutQuint:function(t,b,c,d){return((t/=d/2)<1)?c/2*t*t*t*t*t+b:c/2*((t-=2)*t*t*t*t+2)+b},easeInSine:function(t,b,c,d){return-c*e(t/d*(h/2))+c+b},easeOutSine:function(t,b,c,d){return c*f(t/d*(h/2))+b},easeInOutSine:function(t,b,c,d){return-c/2*(e(h*t/d)-1)+b},easeInExpo:function(t,b,c,d){return(t==0)?b:c*i(2,10*(t/d-1))+b},easeOutExpo:function(t,b,c,d){return(t==d)?b+c:c*(-i(2,-10*t/d)+1)+b},easeInCirc:function(t,b,c,d){return-c*(g(1-(t/=d)*t)-1)+b},easeOutCirc:function(t,b,c,d){return c*g(1-(t=t/d-1)*t)+b},easeInOutCirc:function(t,b,c,d){return((t/=d/2)<1)?-c/2*(g(1-t*t)-1)+b:c/2*(g(1-(t-=2)*t)+1)+b},easeInBounce:function(t,b,c,d){return c-l.easeOutBounce(d-t,0,c,d)+b},easeInOutExpo:function(t,b,c,d){if(t==0)return b;if(t==d)return b+c;if((t/=d/2)<1)return c/2*i(2,10*(t-1))+b;return c/2*(-i(2,-10*--t)+2)+b},easeInElastic:function(t,b,c,d,a,p){if(t==0)return b;if((t/=d)==1)return b+c;if(!p)p=d*.3;if(a 1) { var last = this.pop() return this.join(sep) + and + last } else return this.join(sep) } var fetchPathCache = {} Array.prototype.fetchPath = function (path) { var f = fetchPathCache[path] if (!f) { var code = '(0,function(a){var u,r=[];for(var i=0,l=a.length;i= 0 ? rep[pos] : ch } return res.join('') } String.transtypeStrings = { en: 'qwertyuiop[]asdfghjkl;\'\\zxcvbnm,./', ru: 'йцукенгшщзхъфывапролджэёячсмитьбю/' } String.prototype.transtype = function (from, to) { var strings = String.transtypeStrings return this.tr(strings[from], strings[to]) } Date.monthNames = ['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun', 'Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec'] Date.fromYMD = function (y, m, d) { return new Date(this.monthNames[m] + ' ' + d + ' ' + y + ' 00:00:00') } var myIsNaN = isNaN Date.prototype.isValid = function () { return !myIsNaN(+this) } Element.prototype.toggleClassName = function (cn, state) { if (arguments.length < 2) state = !this.hasClassName(cn) this.removeClassName(cn) if (state) this.addClassName(cn) } Cookie.version = 1 Cookie.check = function () { var version = this.version if (Cookie.get('V') < version) Cookie.clear() return Cookie.set('V', version) } })(); ;(function(){ var myName = 'Stateful', Me = self[myName] = Module(myName) Me.prototype = { stateChanged: function (state) { log('please, define a useful stateChanged method in ' + this.constructor.className) }, mergeState: function (state) { log('please, define a useful mergeState method in ' + this.constructor.className) }, initStateful: function () { this.state = {} }, bindStateful: function (saver) { this.stateSaver = saver var me = this saver.addEventListener('change', function (e) { me.setState(me.loadState()) }, false) var state = {} Object.extend(state, this.defaultState) Object.extend(state, this.loadState()) this.setState(state) }, saveState: function () { // what has changed since default state var diff = this.diffState(this.defaultState, this.state) // // if nothing then holding still // if (Object.keys(diff) == 0) // return // saving the difference to the saver if (this.stateSaver) this.stateSaver.set(UrlEncode.stringify(diff)) }, loadState: function (value) { return UrlEncode.parse(this.stateSaver.get()) }, setState: function (next) { var diff = this.diffState(this.state, next) this.mergeState(diff, next) }, diffState: function (a, b) { var d = {} for (var k in b) if (!(k in a) || a[k] !== b[k]) d[k] = b[k] return d } } })(); ;(function(){ var myName = 'LocationHash', Me = self[myName] = function () {} Me.prototype = { interval: 250, bind: function (location) { this.location = location this.lastHash = this.location.hash this.last = this.get() var me = this function check () { // stop checking while are waiting to set timer if (this.setting) return if (me.location.hash != me.lastHash) { me.lastHash = me.location.hash me.dispatchEvent({type:'change', value:me.get(), last:me.last}) } } this.checkTimer = setInterval(check, this.interval) document.addEventListener('click', function () { setTimeout(check, 10) }, true) }, set: function (val) { val = String(val) if (this.last === val) return this.last = val this.setting = true var me = this function set () { var hash = '#' + me.last // change only if it differs if (me.location.hash == hash) return me.lastHash = me.location.hash = hash me.setting = false } clearTimeout(this.setTimer) // deferred hash writing (to prevent luggish behavior) this.setTimer = setTimeout(set, 10) }, get: function () { return this.location.hash.replace(/^#/, '') } } EventDriven.mix(Me) })(); // MVC ;(function(){ var myName = 'MVC' var ME = self[myName] = Class(myName) ME.prototype.extend ({ initialize: function () { var model = this.model = new this.constructor.Model(), view = this.view = new this.constructor.View(), controller = this.controller = new this.constructor.Controller() model.view = controller.view = view view.controller = controller controller.model = model model.parent = view.parent = controller.parent = this this.bind.apply(this, arguments) return this }, bind: function () {} }) ME.Model = Class(myName + '.Model') ME.View = Class(myName + '.View') ME.Controller = Class(myName + '.Controller') ME.create = function (name) { var widget = Class(name, ME) widget.Model = Class(name + '.Model', this.Model) widget.View = Class(name + '.View', this.View) widget.Controller = Class(name + '.Controller', this.Controller) return widget } })(); ;(function(){ var myName = 'LanguagePack' var Me = self[myName] = { code: 'ru', name: 'русский', nameEn: 'russian' } var weekDaysRP = ['в понедельник', 'во вторник', 'в среду', 'в четверг', 'в пятницу', 'в субботу', 'в воскресенье'], weekDaysIP = ['понедельник', 'вторник', 'среда', 'четверг', 'пятница', 'суббота', 'воскресение'], and = ' и ' Me.TimeClicker = { weekDays: ['пн', 'вт', 'ср', 'чт', 'пт', 'сб', 'вс'], cornerTitle: 'очистить всё', cornerText: 'всё', selectHour: 'очистить/выбрать час', selectWeekday: 'очистить/выбрать день недели', emptyCell: 'нерабочее время', legend: {selected:'Могу работать', cell:'Не могу работать', empty:'Нерабочее время'}, humanIn: 'в ${begin}', humanFromTo: 'с ${begin} до ${end}' } Me.TimeChecker = { weekDays: weekDaysIP } Me.TimeChecker.Rules = {} Me.TimeChecker.Rules.NHoursAWeek = { error: 'Можно работать не менее ${limit} ${limit.plural("часа","часов","часов")} в неделю. Вы выбрали всего ${total} ${total.plural("час","часа","часов")}.', done: 'Могу работать ${total} ${total.plural("час","часа","часов")} в неделю.' } Me.TimeChecker.Rules.NDaysAWeek = { error: 'Можно работать не менее ${limit} ${limit.plural("дня","дней","дней")} в неделю. Пожалуйста, выберите хотя бы еще ${diff} ${diff.plural("день","дня","дней")}.', done: 'Могу работать ${total} ${total.plural("день","дня","дней")} в неделю.' } Me.TimeChecker.Rules.NHoursADay = { weekDays: weekDaysRP, error: 'Можно работать не менее ${limit} ${limit.plural("часа","часов","часов")} в день. Добавьте, пожалуйста, часы ${wrong.joinAnd(", ", " и ")}.', empty: 'Можно работать не менее ${limit} ${limit.plural("часа","часов","часов")} в день. Добавьте, пожалуйста, часы.', done: 'Могу работать не менее ${limit} ${limit.plural("часа","часов","часов")} в день.' } Me.TimeChecker.Rules.OnlyNSpaces = { weekDays: weekDaysRP, error: 'Часы должны идти непрерывно, друг за другом (есть пробел ${wrong.joinAnd(", ", " и ")}).', done: 'Часы идут непрерывно, друг за другом.', empty: 'Не выбрано ни одного часа.' } Me.PopupUploader = { errorText: { 0: 'неопределенная ошибка', 413: 'файл слишком большой', 25871: 'файл не указан', unknown: 'безымянная ошибка' } } Me.FormPage = { error: 'Введенные вами данные сохранены.\n\nВо время отправления анкеты произошла ошибка: ${message}. Пожалуйста, повторите отправку анкеты позже.' } Me.VacancySearcher = { order: ['*', 'midnight', 'consultant', 'cashier', 'senior-cashier', 'senior-consultant', 'manager'], names: {'*': 'Все вакансии', midnight:'Ночная смена', consultant:'Продавец-консультант', 'senior-consultant':'Старший продавец', cashier:'Кассир', 'senior-cashier':'Старший кассир', manager:'Управляющий магазина'}, namesVP: {'*': 'сотрудников', midnight:'сотрудников ночной смены', consultant:'продавцов-консультантов', 'senior-consultant':'старших продавцов', cashier:'кассиров', 'senior-cashier':'старших кассиров', manager:'управляющих магазинами'}, status: { normal: 'Сегодня ${count} ${count.plural("известный бренд ищет","известных бренда ищут","известных брендов ищут")} ${position}.', no: 'Сегодня нет вакансий ${position}.', noatall: 'Сегодня закрыты все вакансии.', notselected: 'Выберите удобный адрес работы на карте и посмотрите открытые вакансии.', selected: 'По адресу «${address}» ${count.plural("открыта","открыты","открыто")} ${count} ${count.plural("вакансия","вакансии","вакансий")}.' } } ;(function() { Me.QuestionType = {} Me.QuestionType.types = { Map: { name: 'Адрес', empty: 'не указан', one: 'Мне удобно работать по адресу: ${address}', many: 'Мне удобно работать по любому из выбранных адресов.', error: 'Адреса на карте не выбраны. Пожалуйста, выберите удобные адреса.' }, TimeClicker: { name: 'График работы', empty: 'не указан', errorStatus: 'Обратите внимание на условия гибкого графика работы.', okStatus: 'Спасибо, график выбран замечательный!' }, FirstMiddleSecondName: { name: 'Меня зовут', second: 'Фамилия', first: 'Имя', middle: 'Отчество', hint: '(заполняйте только русскими буквами)', rex: /^\s*[А-Яа-я][А-Яа-я\- ]*$/, empty: 'не указано' }, Name: { name: 'Меня зовут', tip: 'Иван Иванов', rex: /\S/, empty: 'не указано' }, Nationality: { name: 'Мое гражданство', hint: '(только граждане России могут работать по этим адресам)', empty: 'не указано' }, Birthday: { name: 'Дата моего рождения', tip: {day: 20, month: 11, year: 1990}, hint: '(строго с 18 лет)', empty: 'не указана' }, Metro: { name: 'Ближайшая станция метро', station: 'Маяковская', // rex: /^[А-Яа-яёЁ0-9ё- ]+$/ // to complex rex: /[А-Яа-я]+/, empty: 'не указана' }, Experience: { name: 'Опыт', empty: 'не указан' }, CheckList: { name: 'Выберите из списка', empty: 'вариант не выбран' }, Text: { name: 'О себе', rex: /\S/, empty: 'пусто' }, File: { name: 'Файл', upload: 'Загрузить…', errors: { 0: 'Неопределенная ошибка.', 413: 'Файл слишком большой.', 500: 'Внутренняя ошибка сервера.', 25871: 'Файл не указан.', unknown: 'Безымянная ошибка.' }, empty: 'нет' }, Photo: { name: 'Фотография', upload: 'Загрузить…', errors: { 0: 'Неопределенная ошибка.', 413: 'Файл слишком большой.', 500: 'Внутренняя ошибка сервера.', 25871: 'Файл не указан.', unknown: 'Безымянная ошибка.' }, empty: 'нет' }, Email: { name: 'Электронная почта', tip: 'moy@email.ru', rex: /\S+@[\w\-\.]+\.\w\w+/, empty: 'не указана' }, Phone: { name: 'Телефон', countryCode: '8', tip: {code: '1234', number: '4567890'}, codeRex: /\d{2,}/, numberRex: /\d{5,}/, codeMaxLength: 5, numberMaxLength: 7, empty: 'не указан' }, MobilePhone: { name: 'Мобильный телефон', countryCode: '+7', tip: {code: '123', number: '4567890'}, codeRex: /\d{3}/, numberRex: /\d{7}/, codeMaxLength: 3, numberMaxLength: 7, empty: 'не указан' }, Submit: { submit: 'Отправить анкету' } } } )(); Me.Point = { hot: 'Новый адрес!', closed: 'Сегодня вакансий нет.' } })(); // GoogleApiLoader ;(function(){ var myName = 'GoogleApiLoader' var Me = self[myName] = Class(myName) Me.mixIn(EventDriven) Me.prototype.extend ({ initialize: function (keys, host, language) { this.host = /[^.]+\.[^.]+$/i.exec(host || location.host) this.state = 0 this.apis = [] this.language = language || (self.LanguagePack ? LanguagePack.code : 'en') this.keys = keys this.prerequisites = {} }, load: function (name, version) { if (name) this.apis.push({name: name, version: version}) var me = this, timer if (this.state === 0) { if (!this.keys) throw new Error(myName + ': keys is undefined') this.node = $.include('http://www.google.com/jsapi?key=' + this.keys[this.host]) timer = setInterval(function () { if (self.google) clearInterval(timer), me.apiLoaderLoaded(self.google) }, 250) this.state = 1 } if (this.state === 2) setTimeout(function () { me.fireAll() }, 10) return this }, apiLoaderLoaded: function (google) { this.state = 2 this.google = google this.apiLoaded({name: 'loader'}, this.google['loader']) this.fireAll() }, fireAll: function () { var i, me = this for (i = 0; i < this.apis.length; i++) (function (api) { me.google.load(api.name, api.version, {nocss: true, language: me.language, callback: function () { me.apiLoaded(api) }}) })(this.apis[i]) this.apis.length = 0 }, apiLoaded: function (api) { this.dispatchEvent({type: api.name, api: this.google[api.name]}) } }) })(); self.googleApiLoader = new GoogleApiLoader ({ 'retailstars.ru': 'ABQIAAAARQzYWu9IpurDSJW9DIJqrxRAD2hlzUPVjzbVAmy-N2j8kLTHsBQ7TUU1PSmu_x2_YPrpDO7w51u_wg', 'programica.ru': 'ABQIAAAARQzYWu9IpurDSJW9DIJqrxQVF992HTeapfH7j2YfASPwC0rg6BRLdvrEuTsIejJP0tsK0O0WOScMCw' }) ;(function(){ var myName = 'Scroller', Me = self[myName] = Class(myName), doc = document Me.mixIn(EventDriven) Me.prototype.extend ({ initialize: function () { this.nodes = {} this.conf = { duration: 1, animation: 'easeOutBack', auto: 0.5 } }, bind: function (main, conf) { Object.extend(this.conf, conf) this.nodes.main = main var me = this function mouseup (e) { e.preventDefault() clearInterval(me.autoTimer) doc.removeEventListener('mouseup', mouseup, false) } function meGoPrev () { me.goPrev(); me.dispatchSelect({origin:'user'}) } function meGoNext () { me.goNext(); me.dispatchSelect({origin:'user'}) } this.prevmousedown = function (e) { e.preventDefault() clearInterval(me.autoTimer) meGoPrev() me.autoTimer = setInterval(meGoPrev, me.conf.duration * 1000 * me.conf.auto + 150) doc.addEventListener('mouseup', mouseup, false) } this.nextmousedown = function (e) { e.preventDefault() clearInterval(me.autoTimer) meGoNext() me.autoTimer = setInterval(meGoNext, me.conf.duration * 1000 * me.conf.auto + 150) doc.addEventListener('mouseup', mouseup, false) } this.sync() this.goInit() }, sync: function () { var nodes = this.nodes nodes.viewport = this.my('viewport')[0] if (!nodes.viewport) throw new Error('Can`t find viewport for ' + nodes.main) if (!nodes.viewport.animate) throw new Error('Viewport can`t be animated!') nodes.points = this.my('point') nodes.prev = this.my('prev')[0] nodes.next = this.my('next')[0] // if syncing when pushed clearInterval(this.autoTimer) if (nodes.prev) nodes.prev.addEventListener('mousedown', this.prevmousedown, false) if (nodes.next) nodes.next.addEventListener('mousedown', this.nextmousedown, false) this.updateNavigation() }, goPrev: function () { if (this.current > 0) this.goToFrame(this.current - 1) }, goNext: function () { if (this.current < this.nodes.points.length - 1) this.goToFrame(this.current + 1) }, my: function (cn) { return this.nodes.main.getElementsByClassName(cn) }, goInit: function (n) { this.goToFrame(n || 0, 'directJump'); return n }, goToFrame: function (n, anim, dur) { return this.nodes.points ? this.goToNode(this.nodes.points[n || 0], anim, dur) : null }, goToNode: function (node, anim, dur) { if (!node) return null var points = this.nodes.points // change number of current node for (var i = 0, il = points.length; i < il; i++) if (points[i] == node) this.setCurrent(i) return this.animateTo(node.offsetLeft, node.offsetTop, anim, dur) }, animateTo: function (left, top, anim, dur) { return this.nodes.viewport.animate(anim || this.conf.animation, {scrollLeft: left, scrollTop: top}, dur || this.conf.duration) }, jumpTo: function (left, top) { var viewport = this.nodes.viewport viewport.scrollLeft = left viewport.scrollTop = top }, updateNavigation: function () { var nodes = this.nodes if (nodes.prev) nodes.prev.toggleClassName('disabled', this.current <= 0) if (nodes.next) nodes.next.toggleClassName('disabled', this.current >= nodes.points.length - 1) }, setCurrent: function (num) { this.current = num this.updateNavigation() this.dispatchSelect() // if (cp && cp.onselect) // cp.onselect() }, dispatchSelect: function (opts) { var num = this.current, node = this.nodes.points[num], event = {type:'select', node: node, number:num} if (opts) Object.extend(event, opts) this.dispatchEvent(event) } }) })(); ;(function(){ var myName = 'ScrollerRotator', Me = self[myName] = Class(myName) Me.mixIn(EventDriven) Me.prototype.extend ({ initialize: function () { this.conf = {time: 5, dir: 1, count: Infinity} this.loaded = [] }, configure: function (conf) { Object.extend(this.conf, conf) }, bind: function (scroller, conf) { // image.onload = function () { alert(image.src) } // big images rotator this.scroller = scroller var me = this scroller.addEventListener('select', function (e) { me.onSelect(e) }, false) return this }, onSelect: function (e) { if (e.origin == 'user') this.stop() }, start: function () { this.stop() var me = this, conf = this.conf this.count = conf.count this.dir = conf.dir this.timer = setInterval(function () { me.rotate() }, this.conf.time * 1000) }, stop: function () { clearInterval(this.timer) }, rotate: function () { if (--this.count <= 0) this.stop() else { var next = this.getNext() if (next >= 0 && this.dispatchEvent({type:'rotate', next:next})) this.scroller.goToFrame(next) } }, getNext: function () { var scroller = this.scroller, len = scroller.nodes.points.length, cur = scroller.current, next if (len < 2) return -1 next = cur + this.dir if (next <= 0 || next + 1 >= len) this.dir *= -1 return Math.round(next) } }) })(); // ScrollRangeFinder ;(function(){ var myName = 'ScrollRangeFinder', Me = self[myName] = Class(myName), max = Math.max, sqrt = Math.sqrt Me.mixIn(EventDriven) Me.prototype.extend ({ interval: 1000, initialize: function () { this.nodes = {} this.vals = {} }, bind: function (main, images) { var nodes = this.nodes nodes.main = main nodes.images = images this.precalc() this.monitor(true) }, precalc: function () { var images = this.nodes.images, circles = this.circles = [], image, i, x, y, w, h, cx, cy, r for (i = 0; i < images.length; i++) { image = images[i] x = image.offsetLeft y = image.offsetTop w = image.offsetWidth h = image.offsetHeight cx = x + w / 2 cy = y + h / 2 r = max(w, h) / 2 circles[i] = {cx: cx, cy: cy, r: r} } }, changed: function (old, pos) { var nodes = this.nodes, main = nodes.main, circles = this.circles, w = main.offsetWidth, h = main.offsetHeight, i, circle, dx, dy, d, cx = pos.x + w / 2, cy = pos.y + h / 2, s = max(w, h), ranges = [] // box = {w: main.scrollWidth, h: main.scrollHeight} // log('changed') for (i = 0; i < circles.length; i++) { circle = circles[i] dx = circle.cx - cx dy = circle.cy - cy d = sqrt(dx*dx + dy*dy) - circle.r - s / 2 ranges[i] = d / s + 1 } this.dispatchEvent({type: 'scroll', ranges: ranges}) }, check: function () { var main = this.nodes.main, oldVals = this.vals, newVals = {x: main.scrollLeft, y: main.scrollTop} if (newVals.x !== oldVals.x || newVals.y !== oldVals.y) { this.changed(oldVals, newVals) this.vals = newVals } }, monitor: function (start) { clearInterval(this.timer) if (start) { var me = this function check () { me.check() } this.timer = setInterval(check, this.interval) me.check() } } }) })(); ;(function(){ var myName = 'TabSwitcher' var Me = self[myName] = Class(myName) Me.mixIn(EventDriven) // eval(NodesShortcut()) // function assert (val) // { // if (!val) // { // log(arguments.callee.caller) // try { throw new Error() } // catch (ex) { log(ex) } // } // } Me.prototype.extend ({ eventType: 'mousedown', initialize: function () { this.nodes = {tabs:[], sections:[]} }, bind: function (nodes) { var me = this this.mouseListener = function (e) { me.onMouse(e, this) } this.setTabs(nodes.tabs) this.setSections(nodes.sections) return this }, unbind: function () { this.setTabs([]) }, onMouse: function (e, node) { // if (e.target != node) // return var tabs = this.nodes.tabs, i, num = -1 for (i = 0; i < tabs.length; i++) if (node === tabs[i]) num = i if (!this.select(num)) e.preventDefault() }, select: function (num) { var ok = this.dispatchEvent({type:'select', num:num}) if (ok) this.renderSelected(num) return ok }, setTabs: function (tabs) { var i, old = this.nodes.tabs, listener = this.mouseListener for (i = 0; i < old.length; i++) if (old[i]) old[i].removeEventListener(this.eventType, listener, false) this.nodes.tabs = tabs for (i = 0; i < tabs.length; i++) if (tabs[i]) tabs[i].addEventListener(this.eventType, listener, false) }, setSections: function (sections) { this.nodes.sections = sections }, renderSelected: function (num) { var i, node, nodes = this.nodes, tabs = nodes.tabs, sections = nodes.sections for (i = 0; i < tabs.length; i++) if ((node = tabs[i])) node.toggleClassName('selected', num === i) for (i = 0; i < sections.length; i++) if ((node = sections[i])) node.toggleClassName('hidden', num !== i) } }) })(); ;(function(){ var myName = 'Autocompleter' var Me = self[myName] = MVC.create(myName) Me.prototype.extend ({ bind: function (main) { this.view.bind({main:main}) return this }, setDataSource: function (ds) { this.model.dataSource = ds }, setCount: function (count) { this.model.count = count } }) Me.mixIn(EventDriven) eval(NodesShortcut()) var VK_TAB = 9, VK_ENTER = 13, VK_ESC = 27, VK_PGUP = 33, VK_PGDN = 34, VK_END = 35, VK_HOME = 36, VK_LEFT = 37, VK_UP = 38, VK_RIGHT = 39, VK_DOWN = 40 Me.View.prototype.extend ({ initialize: function () { this.nodes = {} this.chache = {} }, bind: function (nodes) { this.nodes = nodes var main = nodes.main main.setAttribute('autocomplete', 'off') var list = this.nodes.list = N('ul') list.className = 'completition' main.parentNode.appendChild(list) var me = this function key (e) { me.onKeyPress(e) } // main.addEventListener('keypress', key, false) main.addEventListener('keydown', key, false) main.addEventListener('blur', function (e) { me.onBlur(e) }, false) list.addEventListener('mousedown', function (e) { me.onMouseDown(e) }, false) list.addEventListener('mousemove', function (e) { me.onMouseMove(e) }, false) }, onKeyPress: function (e) { var targ = e.target var controller = this.controller switch (e.keyCode) { case VK_UP: controller.goUp(targ.value) e.preventDefault() e.stopPropagation() break case VK_DOWN: controller.goDown(targ.value) e.preventDefault() e.stopPropagation() break case VK_ESC: controller.goEscape(targ.value) e.preventDefault() e.stopPropagation() break case VK_ENTER: if (this.active) { controller.goEnter(targ.value) e.preventDefault() e.stopPropagation() } break default: setTimeout(function () { controller.valueUpdated(targ.value) }, 1) } }, onBlur: function (e) { this.controller.goBlur() }, onMouseMove: function (e) { var index = Array.copy(this.nodes.list.childNodes).indexOf(e.target) this.controller.itemHovered(index) }, onMouseDown: function (e) { var index = Array.copy(this.nodes.list.childNodes).indexOf(e.target) this.controller.itemClicked(index) }, renderVariant: function (str) { this.nodes.main.value = str }, renderResults: function (valsSet) { this.updateNodes(valsSet) valsSet.length ? this.show() : this.hide() }, show: function () { var main = this.nodes.main var list = this.nodes.list list.style.top = (main.offsetTop + main.offsetHeight) + 'px' list.style.width = (main.offsetWidth - 2) + 'px' list.show() this.active = true }, hide: function () { this.nodes.list.hide() this.active = false }, updateNodes: function (valsSet) { var list = this.nodes.list list.empty() for (var i = 0; i < valsSet.length; i++) { var val = valsSet[i] var item = this.chache[val] if (!item) { var item = N('li') item.className = 'item' item.appendChild(T(val)) this.chache[val] = item } list.appendChild(item) } this.selectVariant() }, selectVariant: function (num) { var childs, list if ((list = this.nodes.list) && (childs = Array.copy(list.childNodes))) { for (var i = 0; i < childs.length; i++) childs[i].removeClassName('selected') var node = childs[num] if (node) node.addClassName('selected') } } }) Me.Controller.prototype.extend ({ initialize: function () { this.vals = [] this.value = '' this.selected = -1 }, resetSelector: function () { this.view.renderResults([]) this.vals = [] this.value = '' this.selected = -1 }, beginSearch: function (value) { this.resetSelector() var vals = this.model.search(value) if (vals.length == 1 && vals[0] == value) vals.shift() this.view.renderResults(vals) this.vals = vals this.value = value }, valueUpdated: function (value) { if (this.lastValue != value) { this.lastValue = value this.beginSearch(value) } }, updateValue: function (value) { this.lastValue = value this.view.renderVariant(value) this.parent.dispatchEvent({type:'modelChanged', value:value}) }, goEscape: function () { this.updateValue(this.value) this.resetSelector() }, goEnter: function (value) { this.updateValue(this.vals[this.selected] || this.value) this.resetSelector() }, goBlur: function () { this.resetSelector() }, goUp: function (value) { if (!this.vals.length) return// this.beginSearch(value) switch (--this.selected) { case -1: value = this.value break case -2: this.selected = this.vals.length - 1 default: value = this.vals[this.selected] } this.view.selectVariant(this.selected) this.updateValue(value) }, goDown: function (value) { if (!this.vals.length) return this.beginSearch(value) switch (++this.selected) { case this.vals.length: this.selected = -1 value = this.value break default: value = this.vals[this.selected] } this.view.selectVariant(this.selected) this.updateValue(value) }, itemHovered: function (num) { if (this.selected != num) { this.selected = num this.value = this.vals[num] this.view.selectVariant(num) } }, itemClicked: function (num) { this.selected = num this.value = this.vals[num] this.view.selectVariant(num) this.updateValue(this.value) this.resetSelector() } }) Me.Model.prototype.extend ({ search: function (value) { return this.dataSource.searchSubstr(value, this.count) } }) })(); ;(function(){ var myName = 'FocusTip' var Me = self[myName] = Class(myName) Me.prototype.extend ({ filledClassName: 'filled', initialize: function (main) { this.nodes = {} }, bind: function (main) { this.nodes.main = main this.nodes.inputs = $$('input[type="text"], textarea', main) this.addListeners() return this }, addListeners: function () { var me = this, inputs = this.nodes.inputs, input function focus (e) { me.focus(e.target) } function blur (e) { me.blur(e.target) } for (var i = 0; i < inputs.length; i++) { input = inputs[i] input.addEventListener('focus', focus, false) input.addEventListener('blur', blur, false) if (input.value) input.parentNode.addClassName(this.filledClassName) } }, focus: function (input) { input.parentNode.addClassName(this.filledClassName) }, blur: function (input) { if (!input.value) input.parentNode.removeClassName(this.filledClassName) } }) })(); ;(function(){ var myName = 'MapLiteMarker', Me = self[myName] = Module(myName) Me.prototype = { initialize: function (map) { var node = this.node || (this.node = this.createNode()) map.getPane(G_MAP_MARKER_PANE).appendChild(node) this.map = map }, redraw: function (force) { if (!force) return var map = this.map, latlng = this.latlng, style = this.node.style, sw = map.fromLatLngToDivPixel(latlng) style.left = sw.x + "px"; style.top = sw.y + "px"; }, remove: function () { this.node.remove() }, copy: function () { return new this.constructor() } } })(); ;(function(){ var myName = 'DB', Me = self[myName] = Class(myName) Me.extend ({ getVacancies: function () { return this.vacancies }, getMetro: function () { return this.metro }, getPoints: function () { return this.points }, getCities: function () { return this.cities } }) })(); ;(function(){ var myName = 'City', Me = self[myName] = { initialize: function () { this.db = [] }, setData: function (db) { this.db = db }, get: function (num) { return this.db[num] } } })(); ;(function(){ var myName = 'Vacancy', Me = self[myName] = Class(myName) Me.extend ({ setData: function (data) { var db = this.db = [] for (var i = 0; i < data.length; i++) { var d = data[i], v = db[i] = new Me() for (var k in d) v[k] = d[k] v.type = v.brand + '--' + v.position } }, getPositions: function () { var db = this.db, names = {} for (var i = 0, len = db.length; i < len; i++) { var position = db[i].position names[position] ? names[position]++ : (names[position] = 1) } return Object.keys(names).sort(function (a, b) { return names[a] - names[b] }) }, getAll: function () { return this.db }, getByQuery: function (query) { var db = this.db, res = [], count = 0 if (!Object.keys(query).length) return db scan: for (var i = 0, len = db.length; i < len; i++) { var entity = db[i] for (var k in query) if (entity[k] !== query[k]) continue scan res[count++] = entity } return res }, count: function (query) { return query ? this.getByQuery(query).length : this.getAll().length } }) Me.prototype.extend ({ initialize: function () { } }) })(); ;(function(){ var myName = 'Point', Me = self[myName] = Class(myName), keys = Object.keys, id = 0, lang = LanguagePack[myName] eval(NodesShortcut()) Me.extend ({ setData: function (points) { var db = this.db = [], byId = this.cacheById = {} for (var i = 0; i < points.length; i++) { var data = points[i] point = db[i] = byId[data.id] = new Me() point.id = data.id point.latlng = data.latlng point.address = data.address } }, byId: function (id) { return this.cacheById[id] || null }, fromVacancies: function (vacancies) { var points = [], byId = this.cacheById, closed = {}, normal = {}, hot = {}, seen = {} // alert(vacancies.length) for (var i = 0; i < vacancies.length; i++) { var vac = vacancies[i], pid = vac.point, status = vac.status, point = byId[pid] if (!point) continue if (!seen[pid]) { points.push(point) seen[pid] = point } if (hot[pid]) continue if (status === 'hot') { hot[pid] = point delete normal[pid] delete closed[pid] continue } if (normal[pid]) continue if (status === 'open') { normal[pid] = point delete closed[pid] continue } if (closed[pid]) continue if (status === 'closed') { closed[pid] = point continue } } for (var k in hot) hot[k].setStatus('hot') for (var k in normal) normal[k].setStatus('') for (var k in closed) closed[k].setStatus('closed') // log(points) // alert(points.length) return points } }) Me.prototype.extend ({ latlng: {}, initialize: function () { this.id = ++id this.nodes = {} }, createNode: function () { return this.node || (this.node = this.renderNode()) }, renderNode: function () { var nodes = this.nodes var main = nodes.main = N('div', 'point') nodes.icon = main.appendChild(N('div', 'icon')) var title = nodes.title = main.appendChild(N('div', 'title')) var name = nodes.name = title.appendChild(N('span', 'point-name', name)) nodes.nameText = name.appendChild(T('')) nodes.titleText = title.appendChild(T(this.address)) if (this.status) this.setStatus(this.status) return main }, setStatus: function (status) { this.status = status var nodes = this.nodes if (!nodes.main) return nodes.main.className = 'point ' + status name = lang[status] if (name) nodes.nameText.nodeValue = name } }) })(); ;(function(){ var myName = 'Map', Me = self[myName] = MVC.create(myName), MODE_SINGLE = Me.MODE_SINGLE = 0, MODE_MULTY = Me.MODE_SINGLE = 1 Me.prototype.extend ({ bind: function (main, center, zoom) { this.view.bind({main:main}, center, zoom) this.todos = [] return this }, setMode: function (mode) { this.controller.setMode(mode) }, setPoints: function (points) { this.model.setPoints(points) }, selectPoint: function (point) { this.controller.selectPoint(point) }, apiLoaded: function () { this.dispatchEvent('ready') } }) Me.mixIn(EventDriven) eval(NodesShortcut()) Me.View.prototype.extend ({ initialize: function () { this.nodes = {} this.markersCache = {} this.visibleMarkers = {} }, bind: function (nodes, center, zoom) { this.nodes = nodes this.center = center this.zoom = zoom googleApiLoader.load('maps', 2) nodes.main.addClassName('loading') var me = this self.googleApiLoader.addEventListener('maps', function (e) { me.apiLoaded(e) }, false) }, apiLoaded: function (e) { var api = this.api = e.api this.createMarkerClass() this.createMap() this.ready = true this.controller.apiLoaded() }, createMap: function () { var api = this.api, main = this.nodes.main, map, me = this main.removeClassName('loading') map = this.map = new api.Map2(main) api.Event.addListener(map, 'load', function () { me.mapLoaded(this) }) map.enableContinuousZoom() map.setCenter(new api.LatLng(this.center.lat, this.center.lng), this.zoom) }, mapLoaded: function () { // log('mapLoaded') var me = this this.api.Event.addListener(this.map, 'moveend', function () { me.mapMoveEnd(this) }) this.addControls() }, addControls: function () { // var api = this.api, controlPosition = new api.ControlPosition(api.ANCHOR_TOP_LEFT, new api.Size(10, 15)) // this.map.addControl(new api.SmallMapControl(), controlPosition) var main = this.nodes.main, map = this.map, control control = main.appendChild(N('div', 'position-control')) control.appendChild(N('div', 'to-top')) control.appendChild(N('div', 'to-right')) control.appendChild(N('div', 'to-bottom')) control.appendChild(N('div', 'to-left')) control.appendChild(N('div', 'to-plus')) control.appendChild(N('div', 'to-minus')) function move (e) { switch (e.target.className) { case 'to-top': map.panDirection(0, 1) break case 'to-right': map.panDirection(-1, 0) break case 'to-bottom': map.panDirection(0, -1) break case 'to-left': map.panDirection(1, 0) break case 'to-plus': map.zoomIn() break case 'to-minus': map.zoomOut() break } } control.addEventListener('mousedown', move, false) }, createMarkerClass: function () { if (!this.markerClass) { var klass = this.markerClass = function () { }, kp = klass.prototype = new this.api.Overlay() // kp.createNode = function () { return this.point.createNode() } klass.mixIn(MapLiteMarker) } }, mapMoveEnd: function (map) { var bounds = map.getBounds(), sw = bounds.getSouthWest(), ne = bounds.getNorthEast() this.controller.moved(map.getCenter(), map.getZoom(), {lat:sw.lat(), lng:sw.lng()}, {lat:ne.lat(), lng:ne.lng()}) }, pointClicked: function (point) { this.controller.pointInvoked(point) }, renderPoints: function (points, state) { if (!this.ready) return var map = this.map, visible = this.visibleMarkers, now = this.visibleMarkers = {} // map.clearOverlays() // removeOverlay for (var i = 0; i < points.length; i++) { var point = points[i], pid = point.id // get the marker and insert it into the new visibleMarkers hash var marker = now[pid] = this.getGMarker(point) // add marker (and delete its record) only if it isn't already shown if (!visible[pid]) map.addOverlay(marker) else delete visible[pid] marker.node.toggleClassName('selected', !!state[point.id]) } // remove all the markers that are still visible for (var k in visible) map.removeOverlay(visible[k]) }, updatePoint: function (point, state) { if (!this.ready) return var marker = this.getGMarker(point) marker.node.toggleClassName('selected', state) }, getGMarker: function (point) { var cache = this.markersCache, marker if ((marker = cache[point.id])) return marker var latlng = point.latlng, api = this.api, me = this, node marker = cache[point.id] = new this.markerClass() marker.latlng = new GLatLng(latlng.lat, latlng.lng) node = marker.node = point.createNode() node.addEventListener('mousedown', function (e) { e.stopPropagation(); me.pointClicked(point) }, false) return marker } }) Me.Controller.prototype.extend ({ moved: function (center, zoom, sw, ne) { this.parent.dispatchEvent({type:'moved', center:center, zoom:zoom, sw:sw, ne:ne}) }, pointInvoked: function (point) { this.model.pointInvoked(point) }, setMode: function (mode) { this.model.setMode(mode) }, selectPoint: function (point) { this.model.pointInvoked(point, true) }, apiLoaded: function () { this.model.apiLoaded(); this.parent.apiLoaded() } }) Me.Model.prototype.extend ({ initialize: function () { this.points = [] this.state = {} this.mode = 1 this.pointsById = {} }, setMode: function (mode) { this.mode = mode }, apiLoaded: function () { this.view.renderPoints(this.points, this.state) }, setPoints: function (points) { this.points = points for (var i = 0; i < points.length; i++) { var point = points[i] this.pointsById[point.id] = point } this.fireModelChanged() this.view.renderPoints(points, this.state) }, pointInvoked: function (point, status) { var view = this.view, state = this.state, id = point.id if (status === undefined) status = !state[id] if (!this.parent.dispatchEvent({type:'pointInvoked', point: point, status: status})) return false if (this.mode === MODE_MULTY) { if (status) state[id] = true else delete state[id] } else if (this.mode === MODE_SINGLE) { var pointsById = this.pointsById for (var k in state) { var p = this.pointsById[k] if (p !== point) view.updatePoint(p, false) } state = this.state = {} if (status) state[id] = status } this.fireModelChanged() view.updatePoint(point, status) }, fireModelChanged: function () { var byId = this.pointsById, state = this.state, selected = [] for (var k in state) if (state[k]) selected.push(byId[k]) this.parent.dispatchEvent({type:'modelChanged', state: this.state, selected: selected}) } }) })(); ;(function(){ var myName = 'LazyScroller', Me = self[myName] = Class(myName) Me.mixIn(EventDriven) Me.prototype.extend ({ initialize: function () { this.nodes = {} this.conf = {range: 2, count: Infinity} }, bind: function (scroller) { // onscroll loader var conf = this.conf, rangeFinder = this.rangeFinder = new ScrollRangeFinder(), images = scroller.nodes.points function imageLoaded () { this.lazyLoadind = false; this.lazyLoaded = true } for (var i = 0; i < images.length; i++) images[i].addEventListener('load', imageLoaded, false) function scrolled (e) { var ranges = e.ranges for (var i = 0; i < ranges.length; i++) { var image = images[i], lazy if (!image.lazyLoadind && !image.lazyLoaded && ranges[i] <= conf.range) { lazy = image.getAttribute('lazy') if (lazy) { image.src = lazy image.lazyLoadind = true } else image.lazyLoaded = true } } } rangeFinder.addEventListener('scroll', scrolled, false) rangeFinder.bind(scroller.nodes.viewport, images) var rotator = this.rotator = new ScrollerRotator() rotator.conf.count = this.conf.count function mayRotate (e) { if (!this.scroller.nodes.points[e.next].lazyLoaded) e.preventDefault() } rotator.addEventListener('rotate', mayRotate, false) rotator.bind(scroller).start() return this } }) })(); ;(function(){ var myName = 'Analytics', empty = function () {}, error = function () { throw new Error(myName + ' currently is not in right state') } function job (name) { return function () { this.jobs.push([name, arguments]) } } var Me = self[myName] = { jobs: [], state: null, states: { init: { load: function (account) { this.account = account $.include(('https:' == document.location.protocol ? 'https://ssl.' : 'http://www.') + 'google-analytics.com/ga.js') this.setState('loading') var me = this, timer function check () { // log('check') if (self._gat) { clearInterval(timer) me.setState('ready') me.loaded() } } timer = setInterval(check, 250) }, exec: error, track: error }, loading: { load: empty, exec: job('exec'), track: job('track') }, ready: { load: empty, loaded: function () { this.tracker = _gat._getTracker(this.account) this.doJobs() }, exec: function (func) { func.apply(this) }, track: function () { this.tracker._trackPageview.apply(this.tracker, arguments) } } }, doJobs: function () { var jobs = this.jobs for (var i = 0; i < jobs.length; i++) { var job = jobs[i] meth = this[job[0]] if (meth) meth.apply(this, job[1]) else throw new Error('method "' + job[0] + '" is undefined') } }, setState: function (name) { // log('setState', name) var state = this.states[name] if (state) { this.state = name Object.extend(this, state) } else throw new Error(myName + ': now such state "' + name + '"') } } // // a few tests // var error // try { Me.track() } catch (ex) { error = true } // log(error ? 'ok' : 'fail') // // Me.setState('loading') // error = false // try { Me.track() } catch (ex) { error = true } // log(!error ? 'ok' : 'fail') Me.setState('init') })(); $.onload(function () { Cookie.check() document.documentElement.removeClassName('loading') setTimeout(function () { Analytics.load("UA-1635720-10"); Analytics.track() }, 500) var locationHash = window.locationHash = new LocationHash() locationHash.bind(window.location) })