/* Copyright (c) 2008, Yahoo! Inc. All rights reserved. Code licensed under the BSD License: http://developer.yahoo.net/yui/license.txt version: 2.5.2 */ if(typeof YAHOO=="undefined"||!YAHOO){var YAHOO={};}YAHOO.namespace=function(){var A=arguments,E=null,C,B,D;for(C=0;C0)?A.dump(D[F],I-1):L);}else{K.push(D[F]);}K.push(J);}if(K.length>1){K.pop();}K.push("]");}else{K.push("{");for(F in D){if(A.hasOwnProperty(D,F)){K.push(F+G);if(A.isObject(D[F])){K.push((I>0)?A.dump(D[F],I-1):L);}else{K.push(D[F]);}K.push(J);}}if(K.length>1){K.pop();}K.push("}");}return K.join("");},substitute:function(S,E,L){var I,H,G,O,P,R,N=[],F,J="dump",M=" ",D="{",Q="}";for(;;){I=S.lastIndexOf(D);if(I<0){break;}H=S.indexOf(Q,I);if(I+1>=H){break;}F=S.substring(I+1,H);O=F;R=null;G=O.indexOf(M);if(G>-1){R=O.substring(G+1);O=O.substring(0,G);}P=E[O];if(L){P=L(O,P,R);}if(A.isObject(P)){if(A.isArray(P)){P=A.dump(P,parseInt(R,10));}else{R=R||"";var K=R.indexOf(J);if(K>-1){R=R.substring(4);}if(P.toString===Object.prototype.toString||K>-1){P=A.dump(P,parseInt(R,10));}else{P=P.toString();}}}else{if(!A.isString(P)&&!A.isNumber(P)){P="~-"+N.length+"-~";N[N.length]=F;}}S=S.substring(0,I)+P+S.substring(H+1);}for(I=N.length-1;I>=0;I=I-1){S=S.replace(new RegExp("~-"+I+"-~"),"{"+N[I]+"}","g");}return S;},trim:function(D){try{return D.replace(/^\s+|\s+$/g,"");}catch(E){return D;}},merge:function(){var G={},E=arguments;for(var F=0,D=E.length;F=this.left&&A.right<=this.right&&A.top>=this.top&&A.bottom<=this.bottom);};YAHOO.util.Region.prototype.getArea=function(){return((this.bottom-this.top)*(this.right-this.left));};YAHOO.util.Region.prototype.intersect=function(E){var C=Math.max(this.top,E.top);var D=Math.min(this.right,E.right);var A=Math.min(this.bottom,E.bottom);var B=Math.max(this.left,E.left);if(A>=C&&D>=B){return new YAHOO.util.Region(C,D,A,B);}else{return null;}};YAHOO.util.Region.prototype.union=function(E){var C=Math.min(this.top,E.top);var D=Math.max(this.right,E.right);var A=Math.max(this.bottom,E.bottom);var B=Math.min(this.left,E.left);return new YAHOO.util.Region(C,D,A,B);};YAHOO.util.Region.prototype.toString=function(){return("Region {"+"top: "+this.top+", right: "+this.right+", bottom: "+this.bottom+", left: "+this.left+"}");};YAHOO.util.Region.getRegion=function(D){var F=YAHOO.util.Dom.getXY(D);var C=F[1];var E=F[0]+D.offsetWidth;var A=F[1]+D.offsetHeight;var B=F[0];return new YAHOO.util.Region(C,E,A,B);};YAHOO.util.Point=function(A,B){if(YAHOO.lang.isArray(A)){B=A[1];A=A[0];}this.x=this.right=this.left=this[0]=A;this.y=this.top=this.bottom=this[1]=B;};YAHOO.util.Point.prototype=new YAHOO.util.Region();YAHOO.register("dom",YAHOO.util.Dom,{version:"2.5.2",build:"1076"});/* Copyright (c) 2008, Yahoo! Inc. All rights reserved. Code licensed under the BSD License: http://developer.yahoo.net/yui/license.txt version: 2.5.2 */ YAHOO.util.CustomEvent=function(D,B,C,A){this.type=D;this.scope=B||window;this.silent=C;this.signature=A||YAHOO.util.CustomEvent.LIST;this.subscribers=[];if(!this.silent){}var E="_YUICEOnSubscribe";if(D!==E){this.subscribeEvent=new YAHOO.util.CustomEvent(E,this,true);}this.lastError=null;};YAHOO.util.CustomEvent.LIST=0;YAHOO.util.CustomEvent.FLAT=1;YAHOO.util.CustomEvent.prototype={subscribe:function(B,C,A){if(!B){throw new Error("Invalid callback for subscriber to '"+this.type+"'");}if(this.subscribeEvent){this.subscribeEvent.fire(B,C,A);}this.subscribers.push(new YAHOO.util.Subscriber(B,C,A));},unsubscribe:function(D,F){if(!D){return this.unsubscribeAll();}var E=false;for(var B=0,A=this.subscribers.length;B0){B=I[0];}try{G=M.fn.call(L,B,M.obj);}catch(F){this.lastError=F;if(A){throw F;}}}else{try{G=M.fn.call(L,this.type,I,M.obj);}catch(H){this.lastError=H;if(A){throw H;}}}if(false===G){if(!this.silent){}break;}}}return(G!==false);},unsubscribeAll:function(){for(var A=this.subscribers.length-1;A>-1;A--){this._delete(A);}this.subscribers=[];return A;},_delete:function(A){var B=this.subscribers[A];if(B){delete B.fn;delete B.obj;}this.subscribers.splice(A,1);},toString:function(){return"CustomEvent: "+"'"+this.type+"', "+"scope: "+this.scope;}};YAHOO.util.Subscriber=function(B,C,A){this.fn=B;this.obj=YAHOO.lang.isUndefined(C)?null:C;this.override=A;};YAHOO.util.Subscriber.prototype.getScope=function(A){if(this.override){if(this.override===true){return this.obj;}else{return this.override;}}return A;};YAHOO.util.Subscriber.prototype.contains=function(A,B){if(B){return(this.fn==A&&this.obj==B);}else{return(this.fn==A);}};YAHOO.util.Subscriber.prototype.toString=function(){return"Subscriber { obj: "+this.obj+", override: "+(this.override||"no")+" }";};if(!YAHOO.util.Event){YAHOO.util.Event=function(){var H=false;var I=[];var J=[];var G=[];var E=[];var C=0;var F=[];var B=[];var A=0;var D={63232:38,63233:40,63234:37,63235:39,63276:33,63277:34,25:9};return{POLL_RETRYS:2000,POLL_INTERVAL:20,EL:0,TYPE:1,FN:2,WFN:3,UNLOAD_OBJ:3,ADJ_SCOPE:4,OBJ:5,OVERRIDE:6,lastError:null,isSafari:YAHOO.env.ua.webkit,webkit:YAHOO.env.ua.webkit,isIE:YAHOO.env.ua.ie,_interval:null,_dri:null,DOMReady:false,throwErrors:false,startInterval:function(){if(!this._interval){var K=this;var L=function(){K._tryPreloadAttach();};this._interval=setInterval(L,this.POLL_INTERVAL);}},onAvailable:function(P,M,Q,O,N){var K=(YAHOO.lang.isString(P))?[P]:P;for(var L=0;L-1;O--){U=(this.removeListener(L[O],K,T)&&U);}return U;}}if(!T||!T.call){return this.purgeElement(L,false,K);}if("unload"==K){for(O=J.length-1;O>-1;O--){V=J[O];if(V&&V[0]==L&&V[1]==K&&V[2]==T){J.splice(O,1);return true;}}return false;}var P=null;var Q=arguments[3];if("undefined"===typeof Q){Q=this._getCacheIndex(L,K,T);}if(Q>=0){P=I[Q];}if(!L||!P){return false;}if(this.useLegacyEvent(L,K)){var N=this.getLegacyIndex(L,K);var M=E[N];if(M){for(O=0,R=M.length;O0&&F.length>0);}var P=[];var R=function(T,U){var S=T;if(U.override){if(U.override===true){S=U.obj;}else{S=U.override;}}U.fn.call(S,U.obj);};var L,K,O,N,M=[];for(L=0,K=F.length;L-1;L--){O=F[L];if(!O||!O.id){F.splice(L,1);}}this.startInterval();}else{clearInterval(this._interval);this._interval=null;}this.locked=false;},purgeElement:function(O,P,R){var M=(YAHOO.lang.isString(O))?this.getEl(O):O;var Q=this.getListeners(M,R),N,K;if(Q){for(N=Q.length-1;N>-1;N--){var L=Q[N];this.removeListener(M,L.type,L.fn);}}if(P&&M&&M.childNodes){for(N=0,K=M.childNodes.length;N-1;M--){L=I[M];if(L){K.removeListener(L[K.EL],L[K.TYPE],L[K.FN],M);}}L=null;}G=null;K._simpleRemove(window,"unload",K._unload);},_getScrollLeft:function(){return this._getScroll()[1];},_getScrollTop:function(){return this._getScroll()[0];},_getScroll:function(){var K=document.documentElement,L=document.body;if(K&&(K.scrollTop||K.scrollLeft)){return[K.scrollTop,K.scrollLeft];}else{if(L){return[L.scrollTop,L.scrollLeft];}else{return[0,0];}}},regCE:function(){},_simpleAdd:function(){if(window.addEventListener){return function(M,N,L,K){M.addEventListener(N,L,(K));};}else{if(window.attachEvent){return function(M,N,L,K){M.attachEvent("on"+N,L);};}else{return function(){};}}}(),_simpleRemove:function(){if(window.removeEventListener){return function(M,N,L,K){M.removeEventListener(N,L,(K));};}else{if(window.detachEvent){return function(L,M,K){L.detachEvent("on"+M,K);};}else{return function(){};}}}()};}();(function(){var EU=YAHOO.util.Event;EU.on=EU.addListener; /* DOMReady: based on work by: Dean Edwards/John Resig/Matthias Miller */ if(EU.isIE){YAHOO.util.Event.onDOMReady(YAHOO.util.Event._tryPreloadAttach,YAHOO.util.Event,true);var n=document.createElement("p");EU._dri=setInterval(function(){try{n.doScroll("left");clearInterval(EU._dri);EU._dri=null;EU._ready();n=null;}catch(ex){}},EU.POLL_INTERVAL);}else{if(EU.webkit&&EU.webkit<525){EU._dri=setInterval(function(){var rs=document.readyState;if("loaded"==rs||"complete"==rs){clearInterval(EU._dri);EU._dri=null;EU._ready();}},EU.POLL_INTERVAL);}else{EU._simpleAdd(document,"DOMContentLoaded",EU._ready);}}EU._simpleAdd(window,"load",EU._load);EU._simpleAdd(window,"unload",EU._unload);EU._tryPreloadAttach();})();}YAHOO.util.EventProvider=function(){};YAHOO.util.EventProvider.prototype={__yui_events:null,__yui_subscribers:null,subscribe:function(A,C,F,E){this.__yui_events=this.__yui_events||{};var D=this.__yui_events[A];if(D){D.subscribe(C,F,E);}else{this.__yui_subscribers=this.__yui_subscribers||{};var B=this.__yui_subscribers;if(!B[A]){B[A]=[];}B[A].push({fn:C,obj:F,override:E});}},unsubscribe:function(C,E,G){this.__yui_events=this.__yui_events||{};var A=this.__yui_events;if(C){var F=A[C];if(F){return F.unsubscribe(E,G);}}else{var B=true;for(var D in A){if(YAHOO.lang.hasOwnProperty(A,D)){B=B&&A[D].unsubscribe(E,G);}}return B;}return false;},unsubscribeAll:function(A){return this.unsubscribe(A);},createEvent:function(G,D){this.__yui_events=this.__yui_events||{};var A=D||{};var I=this.__yui_events; if(I[G]){}else{var H=A.scope||this;var E=(A.silent);var B=new YAHOO.util.CustomEvent(G,H,E,YAHOO.util.CustomEvent.FLAT);I[G]=B;if(A.onSubscribeCallback){B.subscribeEvent.subscribe(A.onSubscribeCallback);}this.__yui_subscribers=this.__yui_subscribers||{};var F=this.__yui_subscribers[G];if(F){for(var C=0;C=200&&D<300||D===1223){C=this.createResponseObject(F,B);if(G&&G.success){if(!G.scope){G.success(C);YAHOO.log("Success callback. HTTP code is "+D,"info","Connection");}else{G.success.apply(G.scope,[C]);YAHOO.log("Success callback with scope. HTTP code is "+D,"info","Connection");}}this.successEvent.fire(C);if(F.successEvent){F.successEvent.fire(C);}}else{switch(D){case 12002:case 12029:case 12030:case 12031:case 12152:case 13030:C=this.createExceptionObject(F.tId,B,(A?A:false));if(G&&G.failure){if(!G.scope){G.failure(C); YAHOO.log("Failure callback. Exception detected. Status code is "+D,"warn","Connection");}else{G.failure.apply(G.scope,[C]);YAHOO.log("Failure callback with scope. Exception detected. Status code is "+D,"warn","Connection");}}break;default:C=this.createResponseObject(F,B);if(G&&G.failure){if(!G.scope){G.failure(C);YAHOO.log("Failure callback. HTTP status code is "+D,"warn","Connection");}else{G.failure.apply(G.scope,[C]);YAHOO.log("Failure callback with scope. HTTP status code is "+D,"warn","Connection");}}}this.failureEvent.fire(C);if(F.failureEvent){F.failureEvent.fire(C);}}this.releaseObject(F);C=null;},createResponseObject:function(A,G){var D={};var I={};try{var C=A.conn.getAllResponseHeaders();var F=C.split("\n");for(var E=0;E');if(typeof A=="boolean"){C.src="javascript:false";}}else{C=document.createElement("iframe");C.id=B;C.name=B;}C.style.position="absolute";C.style.top="-1000px";C.style.left="-1000px";document.body.appendChild(C);YAHOO.log("File upload iframe created. Id is:"+B,"info","Connection");},appendPostData:function(A){var D=[];var B=A.split("&");for(var C=0;C0){for(var G=0;G1){if(K+1==L){this.set("activeIndex",K-1);}else{this.set("activeIndex",K+1);}}}this._tabParent.removeChild(M.get("element"));this._contentParent.removeChild(M.get("contentEl"));this._configs.tabs.value.splice(K,1);};F.toString=function(){var J=this.get("id")||this.get("tagName");return"TabView "+J;};F.contentTransition=function(K,J){K.set("contentVisible",true);J.set("contentVisible",false);};F.initAttributes=function(J){YAHOO.widget.TabView.superclass.initAttributes.call(this,J);if(!J.orientation){J.orientation="top";}var L=this.get("element");if(!YAHOO.util.Dom.hasClass(L,this.CLASSNAME)){YAHOO.util.Dom.addClass(L,this.CLASSNAME);}this.setAttributeConfig("tabs",{value:[],readOnly:true});this._tabParent=this.getElementsByClassName(this.TAB_PARENT_CLASSNAME,"ul")[0]||G.call(this);this._contentParent=this.getElementsByClassName(this.CONTENT_PARENT_CLASSNAME,"div")[0]||C.call(this);this.setAttributeConfig("orientation",{value:J.orientation,method:function(M){var N=this.get("orientation");this.addClass("yui-navset-"+M);if(N!=M){this.removeClass("yui-navset-"+N);}switch(M){case"bottom":this.appendChild(this._tabParent);break;}}});this.setAttributeConfig("activeIndex",{value:J.activeIndex,method:function(M){this.set("activeTab",this.getTab(M));},validator:function(M){return !this.getTab(M).get("disabled");}});this.setAttributeConfig("activeTab",{value:J.activeTab,method:function(N){var M=this.get("activeTab");if(N){N.set("active",true);this._configs["activeIndex"].value=this.getTabIndex(N);}if(M&&M!=N){M.set("active",false);}if(M&&N!=M){this.contentTransition(N,M);}else{if(N){N.set("contentVisible",true);}}},validator:function(M){return !M.get("disabled");}});if(this._tabParent){B.call(this);}this.DOM_EVENTS.submit=false;this.DOM_EVENTS.focus=false;this.DOM_EVENTS.blur=false;for(var K in this.DOM_EVENTS){if(YAHOO.lang.hasOwnProperty(this.DOM_EVENTS,K)){this.addListener.call(this,K,this.DOMEventHandler);}}};var B=function(){var Q,L,P;var O=this.get("element");var N=A(this._tabParent);var K=A(this._contentParent);for(var M=0,J=N.length;M0)?E:0;}B.Dom.setStyle(this.getEl(),C,E+D);},getAttribute:function(C){var E=this.getEl();var G=B.Dom.getStyle(E,C);if(G!=="auto"&&!this.patterns.offsetUnit.test(G)){return parseFloat(G);}var D=this.patterns.offsetAttribute.exec(C)||[];var H=!!(D[3]);var F=!!(D[2]);if(F||(B.Dom.getStyle(E,"position")=="absolute"&&H)){G=E["offset"+D[0].charAt(0).toUpperCase()+D[0].substr(1)];}else{G=0;}return G;},getDefaultUnit:function(C){if(this.patterns.defaultUnit.test(C)){return"px";}return"";},setRuntimeAttribute:function(D){var I;var E;var F=this.attributes;this.runtimeAttributes[D]={};var H=function(J){return(typeof J!=="undefined");};if(!H(F[D]["to"])&&!H(F[D]["by"])){return false;}I=(H(F[D]["from"]))?F[D]["from"]:this.getAttribute(D);if(H(F[D]["to"])){E=F[D]["to"];}else{if(H(F[D]["by"])){if(I.constructor==Array){E=[];for(var G=0,C=I.length;G0&&isFinite(K)){if(G.currentFrame+K>=J){K=J-(I+1);}G.currentFrame+=K;}};};YAHOO.util.Bezier=new function(){this.getPosition=function(E,D){var F=E.length;var C=[];for(var B=0;B0&&!(L[0] instanceof Array)){L=[L];}else{var K=[];for(M=0,O=L.length;M0){this.runtimeAttributes[P]=this.runtimeAttributes[P].concat(L);}this.runtimeAttributes[P][this.runtimeAttributes[P].length]=I;}else{F.setRuntimeAttribute.call(this,P);}};var B=function(G,I){var H=E.Dom.getXY(this.getEl());G=[G[0]-H[0]+I[0],G[1]-H[1]+I[1]];return G;};var D=function(G){return(typeof G!=="undefined");};E.Motion=A;})();(function(){var D=function(F,E,G,H){if(F){D.superclass.constructor.call(this,F,E,G,H);}};D.NAME="Scroll";var B=YAHOO.util;YAHOO.extend(D,B.ColorAnim);var C=D.superclass;var A=D.prototype;A.doMethod=function(E,H,F){var G=null;if(E=="scroll"){G=[this.method(this.currentFrame,H[0],F[0]-H[0],this.totalFrames),this.method(this.currentFrame,H[1],F[1]-H[1],this.totalFrames)];}else{G=C.doMethod.call(this,E,H,F);}return G;};A.getAttribute=function(E){var G=null;var F=this.getEl();if(E=="scroll"){G=[F.scrollLeft,F.scrollTop];}else{G=C.getAttribute.call(this,E);}return G;};A.setAttribute=function(E,H,G){var F=this.getEl();if(E=="scroll"){F.scrollLeft=H[0];F.scrollTop=H[1];}else{C.setAttribute.call(this,E,H,G);}};B.Scroll=D;})();YAHOO.register("animation",YAHOO.util.Anim,{version:"2.5.2",build:"1076"});var Figment = { /** * Converts an object literal to a multi-instance capable object * class. */ Class: function() { return function() { this.initialize.apply( this,arguments ); }; }, /** * Creates a new container for preventing methods from interfering * with other namespaces or the default namespace of window. The * new namespace is added to the window object. *

* A namespace is made up of objects that are children of each other. * * @param arguments is a dot seperated name for the container */ Namespace: function() { var iLen = arguments.length; var listOfParts = null; var root = window; var jLen = 0; var j = 0; var i = 0; for( i=0; i < iLen; i++ ) { listOfParts = arguments[i].split( '.' ); jLen = listOfParts.length; for( j=0; j < jLen; j++ ) { if( !root[ listOfParts[j] ] ) { // Create a blank object for this part of the namespace root[ listOfParts[j] ] = {}; } root = root[ listOfParts[j] ]; } } delete listOfParts; delete root; }, /** * Attempts to retrieve and load script from another file after * determining that the specified namespace is not already loaded. * * @param strScript fully-qualified name of the namespace (a.k.a. fileName) to import * @param strStartURL name of an alternate URL to retrieve the file from (can be relative or absolute) * @param bDotsAreFolders determines whether to treat dots in the namespace as folders instead of dots in the filename */ Import: function( strScript,strStartURL,bDotsAreFolders ) { // Cache the packaged files that are in base.js. No need to include // these because they are already included. Also, let's use a "set" to // keep lookup time down if (typeof arguments.callee.packagedFiles === "undefined") { arguments.callee.packagedFiles = { "Figment":1, "Figment.EntryPoint":1, "Figment.EventHandler":1, "Figment.Cookies":1, "Figment.Date":1, "Figment.DOM":1, "Figment.HashTable":1, "Figment.Net.Request":1, "Figment.Window":1, "Figment.Form":1, "Disney.DOL.Chrome.Settings":1, "Disney.WDPRO.UI.Widgets.Modules":1, "Disney.WDPRO.UI.InterfaceBlocking":1, "Disney.WDPRO.IBC.UI.DynamicPleaseWait":1, "Disney.WDPRO.util.EventBus":1 }; } // If it's 1, then it's in the list and we need to leave if (arguments.callee.packagedFiles[strScript] === 1) { return; } var bImport = false; var strNamespace = null; var listOfNamespaces = null; var root = null; var iLen = null; var i = 0; var objHead = null; var strJs = null; var objScript = null; var ajaxRequestor = null; strNamespace = strScript; if( arguments.length === 3 && bDotsAreFolders ) { strScript = strScript.replaceAll( '.','/' ); } strScript += '.js'; if( arguments.length < 2 ) { strStartURL = ''; } else { if( strStartURL !== null && strStartURL !== '' && !strStartURL.endsWith( '/' ) ) { strStartURL += '/'; } } listOfNamespaces = strNamespace.split( '.' ); root = window; iLen = listOfNamespaces.length; for( i=0; i < iLen; i++ ) { if( !root[ listOfNamespaces[i] ] ) { bImport = true; break; } root = root[ listOfNamespaces[i] ]; } // Label the import section markImport: if( bImport ) { objScript = document.createElement( "SCRIPT" ); objHead = document.getElementsByTagName( "HEAD" ); if( objHead.length > 0 ) { objHead = objHead[0]; } else { alert( "Script not loaded" ); break markImport; } objScript.type = "text/javascript"; objScript.src = Figment.getBase() + strStartURL + strScript; objHead.appendChild( objScript ); delete objScript; delete objHead; } delete listOfNamespaces; delete root; }, /** * Determines if the specified class already exists. * * @param strFQClassName is the fully-qualified name of the class to check for * @return true or false if the class exists */ doesClassExist: function( strFQClassName ) { var listOfNameSpaces = strFQClassName.split( "." ); var iLen = listOfNameSpaces.length; var oNameSpace = null; var oPackage = null; var bResult = true; var i = 0; for( i=0; i < iLen; i++ ) { oPackage = listOfNameSpaces[ i ]; oNameSpace = oNameSpace !== null ? oNameSpace[oPackage] : eval(oPackage); if( typeof oNameSpace === "undefined" ) { bResult = false; } } delete listOfNameSpaces; delete oNameSpace; return bResult; }, /** * Attempts to run code in the order in which they are passed in by arguments. Upon the * first successful completion, the method will return the result and stop processing * additional arguments. * * @param arguments individual portions of code to attempt to run * @return result of the first successful code in the arguments list */ Try: function() { var returnValue = null; var iLen = arguments.length; var i = 0; var lambda = null; for( i=0; i < iLen; i++ ) { lambda = arguments[i]; try { returnValue = lambda(); break; } catch (e) {} } return returnValue; }, EmptyFunction: function(){}, CONST_CONTENT_LANGUAGE_ID:'Content-Language', CONST_JS_ROOT_ID: 'jsroot', CONST_WEB_ROOT_ROOT_ID: 'webroot', CONST_MEDIA_ROOT_ID: 'mediaroot', CONST_BASE_ROOT_ID: 'baseuri', CONST_SECURE_BASE_ROOT_ID: 'securebaseuri', JS_ROOT_VALUE: null, WEB_ROOT_VALUE: null, MEDIA_ROOT_VALUE: null, BASE_ROOT_VALUE: null, SECURE_BASE_ROOT_VALUE: null, CONTENT_LANGUAGE_VALUE:null, loadMetas: function() { var metas = document.getElementsByTagName("META"); for( var i=0; i= 0; }; } /** * Inserts the specified object into the array at the specified position. * * @param index to place the object in the array * @param object to place into the array */ if( !Array.prototype.insert ) { Array.prototype.insert = function( index,object ) { this.splice( index,0,object ); }; } /** * Copies this array to a new array. * * @return the copied array */ if( !Array.prototype.clone ) { Array.prototype.clone = function() { var clonedArray = []; var length = this.length; var i = 0; for( i=0; i < length; i++ ) { clonedArray[i] = this[i]; } return clonedArray; }; } /** * Removes the element at the specified position from the array. * * @param index of the element to remove from the array * @return the element that was removed */ if( !Array.prototype.removeAt ) { Array.prototype.removeAt = function( index ) { return this.splice( index,1 ); }; } /** * Removes the specified object from the array. * * @param object to remove from the array * @return the index of the element that contained the object */ if( !Array.prototype.remove ) { Array.prototype.remove = function( object ) { var i = this.indexOf( object ); if( i > -1 ) { this.splice( i,1 ); } return i > -1; }; } /** * Removes all elements from the array. */ if( !Array.prototype.clear ) { Array.prototype.clear = function() { if( this.length > 0 ) { this.splice( 0,this.length ); } }; } Date.prototype.formatDate = function( input,time ) { var daysLong = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]; var daysShort = ["Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"]; var monthsShort = ["Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"]; var monthsLong = ["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]; var switches = { // switches object a : function () { // Lowercase Ante meridiem and Post meridiem return date.getHours() > 11? "pm" : "am"; }, A : function () { // Uppercase Ante meridiem and Post meridiem return (this.a().toUpperCase ()); }, B : function (){ // Swatch internet time. code simply grabbed from ppk, // since I was feeling lazy: // http://www.xs4all.nl/~ppk/js/beat.html var off = (date.getTimezoneOffset() + 60)*60; var theSeconds = (date.getHours() * 3600) + (date.getMinutes() * 60) + date.getSeconds() + off; var beat = Math.floor(theSeconds/86.4); if (beat > 1000) beat -= 1000; if (beat < 0) beat += 1000; if ((String(beat)).length == 1) beat = "00"+beat; if ((String(beat)).length == 2) beat = "0"+beat; return beat; }, c : function () { // ISO 8601 date (e.g.: "2004-02-12T15:19:21+00:00"), as per // http://www.cl.cam.ac.uk/~mgk25/iso-time.html return (this.Y() + "-" + this.m() + "-" + this.d() + "T" + this.h() + ":" + this.i() + ":" + this.s() + this.P()); }, d : function () { // Day of the month, 2 digits with leading zeros var j = String(this.j()); return (j.length == 1 ? "0"+j : j); }, D : function () { // A textual representation of a day, three letters return daysShort[date.getDay()]; }, F : function () { // A full textual representation of a month return monthsLong[date.getMonth()]; }, g : function () { // 12-hour format of an hour without leading zeros return date.getHours() > 12? date.getHours()-12 : date.getHours(); }, G : function () { // 24-hour format of an hour without leading zeros return date.getHours(); }, h : function () { // 12-hour format of an hour with leading zeros var g = String(this.g()); return (g.length == 1 ? "0"+g : g); }, H : function () { // 24-hour format of an hour with leading zeros var G = String(this.G()); return (G.length == 1 ? "0"+G : G); }, i : function () { // Minutes with leading zeros var min = String (date.getMinutes ()); return (min.length == 1 ? "0" + min : min); }, I : function () { // Whether or not the date is in daylight saving time (DST) // note that this has no bearing in actual DST mechanics, // and is just a pure guess. buyer beware. var noDST = new Date ("January 1 " + this.Y() + " 00:00:00"); return (noDST.getTimezoneOffset () == date.getTimezoneOffset () ? 0 : 1); }, j : function () { // Day of the month without leading zeros return date.getDate(); }, l : function () { // A full textual representation of the day of the week return daysLong[date.getDay()]; }, L : function () { // leap year or not. 1 if leap year, 0 if not. // the logic should match iso's 8601 standard. // http://www.uic.edu/depts/accc/software/isodates/leapyear.html var Y = this.Y(); if ((Y % 4 == 0 && Y % 100 != 0) || (Y % 4 == 0 && Y % 100 == 0 && Y % 400 == 0)) { return 1; } else { return 0; } }, m : function () { // Numeric representation of a month, with leading zeros var n = String(this.n()); return (n.length == 1 ? "0"+n : n); }, M : function () { // A short textual representation of a month, three letters return monthsShort[date.getMonth()]; }, n : function () { // Numeric representation of a month, without leading zeros return date.getMonth()+1; }, N : function () { // ISO-8601 numeric representation of the day of the week var w = this.w(); return (w == 0 ? 7 : w); }, O : function () { // Difference to Greenwich time (GMT) in hours var os = Math.abs(date.getTimezoneOffset()); var h = String(Math.floor(os/60)); var m = String(os%60); h.length == 1? h = "0"+h:1; m.length == 1? m = "0"+m:1; return date.getTimezoneOffset() < 0 ? "+"+h+m : "-"+h+m; }, P : function () { // Difference to GMT, with colon between hours and minutes var O = this.O(); return (O.substr(0, 3) + ":" + O.substr(3, 2)); }, r : function () { // RFC 822 formatted date var r; // result // Thu , 21 Dec 2000 r = this.D() + ", " + this.d() + " " + this.M() + " " + this.Y() + // 16 : 01 : 07 0200 " " + this.H() + ":" + this.i() + ":" + this.s() + " " + this.O(); return r; }, s : function () { // Seconds, with leading zeros var sec = String (date.getSeconds ()); return (sec.length == 1 ? "0" + sec : sec); }, S : function () { // English ordinal suffix for the day of the month, 2 characters switch (date.getDate ()) { case 1: return ("st"); case 2: return ("nd"); case 3: return ("rd"); case 21: return ("st"); case 22: return ("nd"); case 23: return ("rd"); case 31: return ("st"); default: return ("th"); } }, t : function () { // thanks to Matt Bannon for some much needed code-fixes here! var daysinmonths = [null,31,28,31,30,31,30,31,31,30,31,30,31]; if (this.L()==1 && this.n()==2) return 29; // ~leap day return daysinmonths[this.n()]; }, U : function () { // Seconds since the Unix Epoch (January 1 1970 00:00:00 GMT) return Math.round(date.getTime()/1000); }, w : function () { // Numeric representation of the day of the week return date.getDay(); }, W : function () { // Weeknumber, as per ISO specification: // http://www.cl.cam.ac.uk/~mgk25/iso-time.html var DoW = this.N (); var DoY = this.z (); // If the day is 3 days before New Year's Eve and is Thursday or earlier, // it's week 1 of next year. var daysToNY = 364 + this.L () - DoY; if (daysToNY <= 2 && DoW <= (3 - daysToNY)) { return 1; } // If the day is within 3 days after New Year's Eve and is Friday or later, // it belongs to the old year. if (DoY <= 2 && DoW >= 5) { return new Date (this.Y () - 1, 11, 31).formatDate ("W"); } var nyDoW = new Date (this.Y (), 0, 1).getDay (); nyDoW = nyDoW != 0 ? nyDoW - 1 : 6; if (nyDoW <= 3) { // First day of the year is a Thursday or earlier return (1 + Math.floor ((DoY + nyDoW) / 7)); } else { // First day of the year is a Friday or later return (1 + Math.floor ((DoY - (7 - nyDoW)) / 7)); } }, y : function () { // A two-digit representation of a year var y = String(this.Y()); return y.substring(y.length-2,y.length); }, Y : function () { // A full numeric representation of a year, 4 digits // we first check, if getFullYear is supported. if it // is, we just use that. ppks code is nice, but wont // work with dates outside 1900-2038, or something like that if (date.getFullYear) { var newDate = new Date("January 1 2001 00:00:00 +0000"); var x = newDate .getFullYear(); if (x == 2001) { // i trust the method now return date.getFullYear(); } } // else, do this: // codes thanks to ppk: // http://www.xs4all.nl/~ppk/js/introdate.html var x = date.getYear(); var y = x % 100; y += (y < 38) ? 2000 : 1900; return y; }, z : function () { // The day of the year, zero indexed! 0 through 366 var t = new Date("January 1 " + this.Y() + " 00:00:00"); var diff = date.getTime() - t.getTime(); return Math.floor(diff/1000/60/60/24); }, Z : function () { // Timezone offset in seconds return (date.getTimezoneOffset () * -60); } }; function getSwitch(str) { if (switches[str] != undefined) { return switches[str](); } else { return str; } } var date; if (time) { var date = new Date (time); } else { var date = this; } var formatString = input.split(""); var i = 0; while (i < formatString.length) { if (formatString[i] == "\\") { // this is our way of allowing users to escape stuff formatString.splice(i,1); } else { formatString[i] = getSwitch(formatString[i]); } i++; } return formatString.join(""); }; if( typeof Document !== 'undefined' ) { Document.prototype.__defineGetter__("xml", function() { return (new XMLSerializer()).serializeToString(this); }); } if( typeof Element !== 'undefined' ) { Element.prototype.__defineGetter__("xml", function() { return (new XMLSerializer()).serializeToString(this); }); Element.prototype.__defineSetter__("innerHTML",function() { var r = this.ownerDocument.createRange(); r.selectNodeContents(this); r.deleteContents(); var df = r.createContextualFragment(str); this.appendChild(df); }); Element.prototype.__defineSetter__("outerHTML",function() { var r = this.ownerDocument.createRange(); r.setStartBefore(this); var df = r.createContextualFragment(str); this.parentNode.replaceChild(df, this); }); } Figment.Namespace('Figment.EntryPoint'); Figment.EntryPoint = function() { var listOfObjects = []; return { add: function(obj) { listOfObjects.push(obj); }, execute: function() { var _this = this; setTimeout( function() { for (var i = 0; i !== listOfObjects.length; i++) { listOfObjects[i].main(); } _this.isComplete = true; }, 200); }, isComplete: false }; }(); Figment.Namespace( 'Figment.EventHandler' ); /** * @constructor */ //Figment.EventHandler = Figment.Class(); //Figment.EventHandler.prototype = { Figment.EventHandler = { /** * Create a list of events added to help reduce memory on window unload */ listOfEvents: [], //########################################################################### //# EVENT HANDLER METHODS TO ASSIST THE DEVELOPER //########################################################################### /** * Add event to the DOM for the element specified. * @param element to attach the event to * @param event type * @param method to run when this event is fired * @return boolean result of adding the event */ addEvent: function( obj,evType,fn,bubble ) { if( typeof obj === 'undefined' || obj === null ) { return false; } obj.id = ( obj.id && obj.id.length > -1 ) ? obj.id : Figment.EventHandler.generateId(); // Create a new event object to manage the events var obStoredEvent = new Figment.EventHandler.StoredEvent( obj,evType,fn ); if( typeof bubble === 'undefined' ) { bubble = false; } // Add the event object to the elements list Figment.EventHandler.listOfEvents.push( obStoredEvent ); if( obj.addEventListener ) { obj.addEventListener( evType,fn,bubble ); return true; } else if( obj.attachEvent ) { var r = obj.attachEvent( "on"+evType,fn ); return r; } else { return false; } delete obStoredEvent; return false; }, /** * Remove event from the DOM for the element specified. * @param element to dettach the event to * @param event type * @param method to run when this event is fired * @return boolean result of removing the event */ removeEvent: function( obj,evType,fn,bubble ) { if( typeof bubble === 'undefined' ) { bubble = false; } if( obj.removeEventListener ) { obj.removeEventListener( evType,fn,bubble ); return true; } else if( obj.dettachEvent ) { var r = obj.dettachEvent( "on"+evType,fn ); return r; } else { return false; } return false; }, /** * Remove all event handlers added by the event sheets from the DOM * in order to reduce the memory used by the browser. * * Event handlers of type "unload" and "beforeunload" are NOT removed. * These handlers must remove themselves on execution by calling removeEvent * when they execute, as in this method below. */ destroy: function() { var obStoredEvent = null; var eventsLength = Figment.EventHandler.listOfEvents.length; for( var i=0; i < eventsLength; i++ ) { obStoredEvent = Figment.EventHandler.listOfEvents[i]; if( obStoredEvent.element !== null ) { // Remove the event from the element // Unload and beforeunload events are skipped and must remove themselves (as below) if( obStoredEvent.eventType != 'unload' && obStoredEvent.eventType != 'beforeunload') { Figment.EventHandler.removeEvent( obStoredEvent.element,obStoredEvent.eventType,obStoredEvent.method ); } } } // Remove myself. Any user-defined unload handers must make this cleanup call Figment.EventHandler.removeEvent( window,'unload',Figment.EventHandler.destroy ); // Reset the event list listOfEvents = {}; delete obStoredEvent; }, /** * Get the target element of the event fired. * @param event fired in Mozilla-compatiable browser * @return element that the event fired from */ getEvent: function( event ) { if ( !event ){ event = window.event; } var objWindowEvent = new Figment.EventHandler.WindowEvent(); var element = null; var realTarget = null; var mouseFromToTarget = null; if( event.target ) { element = event.currentTarget; realTarget = event.target; mouseFromToTarget = event.relatedTarget; } else { element = event.srcElement; realTarget = event.srcElement; mouseFromToTarget = event.fromElement !== null ? event.fromElement : event.toElement; } objWindowEvent.event = event; objWindowEvent.element = element; // The element that the event was registered on objWindowEvent.targetElement = realTarget; // Actual element the event fired off of objWindowEvent.mouseFromToElement = mouseFromToTarget; // The element that the mouse just left (only for mouseover) return objWindowEvent; }, /** * Ability to manually trigger and event on a specified object. * @param {IHTMLElement} domElement to trigger the event on. * @param {String} event type of event to trigger. */ fireEvent: function( domElement,event ) { var mouseEvents = ['click','mousedown','mousemove','mouseout','mouseover','mouseup']; if( typeof domElement === 'undefined' || domElement === null ) { return; } if( typeof event === 'undefined' || event === null ) { return; } event = event.toLowerCase(); if( domElement.fireEvent ) { domElement.fireEvent('on'+event); } else { var eventType = mouseEvents.contains(event) ? 'MouseEvents' : 'HTMLEvents'; var evObj = document.createEvent( eventType ); evObj.initEvent( event,false,false ); domElement.dispatchEvent( evObj ); } }, /** * */ cleanUp: function(windowEvent) { delete windowEvent.targetElement; delete windowEvent.element; delete windowEvent.mouseFromToElement; delete windowEvent; }, generateId: function() { var g = ""; var i = 0; for( i=0; i < 32; i++ ) { g += Math.floor(Math.random() * 0xF).toString(0xF) + (i == 8 || i == 12 || i == 16 || i == 20 ? '-' : ''); } return g; }, findTarget: function( obj,type,fn ) { var eventsList = Figment.EventHandler.listOfEvents; var eventsListLength = eventsList.length; var target = null; for( var i=0; i < eventsListLength; i++ ) { obStoredEvent = eventsList[i]; if( obStoredEvent.element() === obj && obStoredEvent.eventType === type && obStoredEvent.method === fn ) { target = obStoredEvent.element(); } } delete obStoredEvent; delete eventsList; return target; } }; Figment.EventHandler.StoredEvent = Figment.Class(); Figment.EventHandler.StoredEvent.prototype = { initialize: function( obj,evType,fn ) { this.elementId = obj.id; this.element = obj; this.eventType = evType; this.method = fn; } }; /** * Object to hold the event information. This object is created * for each event and is added to the list of events created. */ Figment.EventHandler.WindowEvent = Figment.Class(); Figment.EventHandler.WindowEvent.prototype = { initialize: function( obj,evType,fn,eventObject ) { this.element = obj; this.targetElement = null; this.eventType = evType; this.method = fn; this.event = eventObject; this.mouseFromToElement = null; }, stopEvents: function() { if( this.event.stopPropagation ) { this.event.stopPropagation(); } else { this.event.cancelBubble = true; } }, preventDefault: function() { if( this.event.preventDefault ) { this.event.preventDefault(); } else { this.event.returnValue = false; } } }; /** * @fileoverview Creates a class that will manage observers and notify them * as needed. * @version 1.0.0 * @constructor */ Figment.EventHandler.Observable = Figment.Class(); Figment.EventHandler.Observable.prototype = { /** * Constructor * @private */ initialize: function() { this.changed = false; this.observers = []; }, /** * Registers a new observer to this observable. * @param {Figment.EventHandler.Observer} observer * The specific observable to add. */ addObserver: function(observer) { this.observers.push(observer); }, /** * Unregister the observer from the this observable. * @param {Figment.EventHandler.Observer} observer * The specific observable to remove. */ deleteObserver: function(observer) { this.observers.remove(observer); }, /** * Let all the attached observers know that they need to update themselves. * @param {Object} arg * Optional data to send to the observer in addition to the observable object. */ notifyObservers: function(arg) { var i; var observers = this.observers; var observersLength = observers.length; var observer; if( observers !== null ) { for( i=0; i < observersLength; i++ ) { // Get the observer from the array observer = observers[i]; // Call the update on the observer (send in this class and // any additional data through the arg. observer.update(this,arg); } } // Reset the change flag this.changed = false; delete observer; delete observers; }, setChanged: function() { this.changed = true; } }; /** * @fileoverview Create an observer that will update when the observable notifys * this observer that an update has incurred. An observer should * inherit this class and build out the update method. * @version 1.0.0 * @constructor */ Figment.EventHandler.Observer = Figment.Class(); Figment.EventHandler.Observer.prototype = { /** * Constructor * @private */ initialize: function(observable) { this.observable = observable; // Add this observer to the passed in observable object if ( observable !== null && observable !== undefined ) { observable.addObserver(this); } }, /** * Method to call when the observer has been notified. This should be overridden * by the object that inherits this method with actual implementation. * @param {Figment.EventHandler.Observable} obs * The observable that is notifying this observer. * @param {Object} arg * Additional data that may have been passed by the observable. */ update: function(obs,arg) {} }; //########################################################################### //# EVENTS TO FIRE WHEN THE WINDOW LOADS //########################################################################### // Runs the destroy method when the window unloads. This helps prevent // memory leakage that some browsers have when attaching events to DOM // elements. Figment.EventHandler.addEvent( window,'unload',Figment.EventHandler.destroy );Figment.Namespace('Figment.Cookies'); /** * Cookie manager. * @constructor * @version 1.0.0 * @fileoverview Cookie manager. */ Figment.Cookies = { /** * Get all cookies * @return {Array[]cookie[]} all cookies */ getAllCookies: function() { var cookies = []; var cookieStrings = document.cookie.split(';'); var cookieString; var cookieValue = ""; for( var i=0; i < cookieStrings.length; i++ ) { cookieString = cookieStrings[i]; if( cookieString != null ) { cookieString = cookieStrings[i].split('='); if( cookieString.length > 0 ) { try { if( cookieString.length == 2 ) { cookieValue = cookieString[1].trim(); } cookies.push( {name:cookieString[0].trim(),value:cookieValue} ); } catch(e) { // Remove this code after debugging in QA window.status = 'Failed to read cookie for ' + cookieString[0].trim(); } } else { cookies.push( {name:cookieString[0].trim(),value:null} ); } } } return cookies; }, /** * Read the specified cookie value. * @param {String} name of the cookie value to get * @return {String} value of the cookie */ readCookie: function(name) { var cookies = Figment.Cookies.getAllCookies(); for( var i=0; i < cookies.length; i++ ) { try { if( cookies[i].name.toLowerCase() == name.toLowerCase() ) { return cookies[i].value; } } catch(e) {} } return null; }, /** * Create a new cookie. * @param {String} name of the cookie * @param {String} value for the new cookie * @param {Integer} days number of days the cookie is valid for. * @param {String} domain the domain for the cookie */ createCookie: function(name, value, days, domain) { // Store this in an array and then print this back out, joining each // element with the ; delimeter var cookie = []; cookie.push(name + "=" + value); if (days) { var date = new Date(); date.setTime(date.getTime()+(days*24*60*60*1000)); cookie.push("expires=" + date.toGMTString()); } cookie.push("path=/"); if (domain) { cookie.push("domain=" + domain); } document.cookie = cookie.join("; "); }, /** * Remove an existing cookie * @param {String} name the cookie to remove */ removeCookie: function(name) { Figment.Cookies.createCookie(name,"",-1); } }; Figment.Namespace( "Figment.Date" ); /* Symbol Meaning Presentation Example ------ ------- ------------ ------- y year (Number) 1996 M month in year (Text & Number) July & 07 d day in month (Number) 10 h hour in am/pm (1~12) (Number) 12 H hour in day (0~23) (Number) 0 m minute in hour (Number) 30 s second in minute (Number) 55 S millisecond (Number) 978 E day in week (Text) Tuesday D day in year (Number) 189 F day of week in month (Number) 2 (2nd Wed in July) w week in year (Number) 27 W week in month (Number) 2 a am/pm marker (Text) PM k hour in day (1~24) (Number) 24 K hour in am/pm (0~11) (Number) 0 z time zone (Text) Pacific Standard Time ' escape for text (Delimiter) '' single quote (Literal) ' The count of pattern letters determine the format. (Text): 4 or more pattern letters--use full form, less than 4--use short or abbreviated form if one exists. (Number): the minimum number of digits. Shorter numbers are zero-padded to this amount. Year is handled specially; that is, if the count of 'y' is 2, the Year will be truncated to 2 digits. (Text & Number): 3 or over, use text, otherwise use number. Any characters in the pattern that are not in the ranges of ['a'..'z'] and ['A'..'Z'] will be treated as quoted text. For instance, characters like ':', '.', ' ', '#' and '@' will appear in the resulting time text even they are not embraced within single quotes. A pattern containing any invalid pattern letter will result in a thrown exception during formatting or parsing. */ Figment.Date = { CONST_WEEKDAYS_SHORT: ["S","M","T","W","T","F","S"], CONST_WEEKDAYS_MID: ["Sun","Mon","Tue","Wed","Thu","Fri","Sat"], CONST_WEEKDAYS_LONG: ["Sunday","Monday","Tuesday","Wednesday","Thursday","Friday","Saturday"], CONST_MONTH_SHORT: ["Jan","Feb","Mar","Apr","May","Jun","Jul","Aug","Sep","Oct","Nov","Dec"], CONST_MONTHS_LONG: ["January","February","March","April","May","June","July","August","September","October","November","December"], dateToString: function(date,pattern) { var tChr; var lChr; var symbols = []; var symbolsCount = []; var count = 0; var dateString = ""; if( typeof date === 'undefined' || date === null ) { return ""; } if( typeof pattern === 'undefined' || pattern === null ) { return ""; } // Splits the pattern into it's different components pattern = pattern.split(""); for( var i=0; i < pattern.length; i++ ) { tChr = pattern[i]; if( typeof lChr !== "undefined" && lChr !== tChr ) { symbols[symbols.length] = lChr; symbolsCount[symbolsCount.length] = count; count = 0; } count += 1; lChr = tChr; } symbols[symbols.length] = lChr; symbolsCount[symbolsCount.length] = count; for( var i=0; i < symbols.length; i++ ) { switch( symbols[i] ) { // year case "y": switch( symbolsCount[i] ) { case 2: dateString += Figment.Date.zeroPaddingNumber( date.getYear()+1900,2,2); break; default: dateString += date.getFullYear(); } break; // month in year case "M": switch( symbolsCount[i] ) { case 1: dateString += date.getMonth()+1; break; case 2: dateString += Figment.Date.zeroPaddingNumber( date.getMonth()+1,2,2 ); break; case 3: dateString += Figment.Date.CONST_MONTHS_SHORT[date.getMonth()]; break; default: dateString += Figment.Date.CONST_MONTHS_LONG[date.getMonth()]; } break; // day in month case "d": switch( symbolsCount[i] ) { case 1: dateString += date.getDate(); break; default: dateString += Figment.Date.zeroPaddingNumber( date.getDate(),2,2 ); } break; // hour in am/pm (1~12) case "h": var iHours = ( date.getHours()+1 > 12 ? (date.getHours()+1)-12 : date.getHours()+1 ); switch( symbolsCount[i] ) { case 1: dateString += iHours; break; default: dateString += Figment.Date.zeroPaddingNumber( iHours,2,2 ); } break; // hour in day (0~23) case "H": switch( symbolsCount[i] ) { case 1: dateString += date.getHours(); break; default: dateString += Figment.Date.zeroPaddingNumber( date.getHours(),2,2 ); } break; // minute in hour case "m": switch( symbolsCount[i] ) { case 1: dateString += date.getMinutes(); break; default: dateString += Figment.Date.zeroPaddingNumber( date.getMinutes(),2,2 ); } break; // second in minute case "s": switch( symbolsCount[i] ) { case 1: dateString += date.getSeconds(); break; default: dateString += Figment.Date.zeroPaddingNumber( date.getSeconds(),2,2 ); } break; // millisecond case "S": switch( symbolsCount[i] ) { case 1: dateString += date.getMilliseconds(); break; case 2: dateString += Figment.Date.zeroPaddingNumber( date.getMilliseconds(),2,3 ); break; default: dateString += Figment.Date.zeroPaddingNumber( date.getMilliseconds(),3,3 ); } break; // day in week case "E": switch( symbolsCount[i] ) { case 1: dateString += Figmnet.Date.CONST_WEEKDAYS_SHORT[date.getDay()]; break; case 2: dateString += Figmnet.Date.CONST_WEEKDAYS_MID[date.getDay()].substr(0,2); break; case 3: dateString += Figmnet.Date.CONST_WEEKDAYS_MID[date.getDay()]; break; default: dateString += Figmnet.Date.CONST_WEEKDAYS_LONG[date.getDay()]; } break; // day in year case "D": // The day of the year, zero indexed! 0 through 366 var t = new Date("January 1 " + date.getFullYear() + " 00:00:00"); var diff = date.getTime() - t.getTime(); var num = Math.floor(diff/1000/60/60/24); switch( symbolsCount[i] ) { case 1: dateString += num; break; case 2: dateString += Figment.Date.zeroPaddingNumber( num,2,3 ); break; default: dateString += Figment.Date.zeroPaddingNumber( num,3,3 ); } break; // day of week in month case "F": break; // week in year case "w": var num = Figment.Date.getWeekNumber(date); switch( symbolsCount[i] ) { case 1: dateString += num; break; default: dateString += Figment.Date.zeroPaddingNumber( num,2,2 ); } break; // week in month case "W": break; // am/pm marker case "a": var marker = ( date.getHours() >= 12 ? "pm" : "am" ); switch( symbolsCount[i] ) { case 1: dateString += marker.substr(0,1); break; default: dateString += marker; } break; // hour in day (1~24) case "k": switch( symbolsCount[i] ) { case 1: dateString += date.getHours()+1; break; default: dateString += Figment.Date.zeroPaddingNumber( date.getHours()+1,2,2 ); } break; // hour in am/pm (0~11) case "K": var iHours = ( date.getHours() > 11 ? date.getHours()-11 : date.getHours() ); switch( symbolsCount[i] ) { case 1: dateString += iHours; break; default: dateString += Figment.Date.zeroPaddingNumber( iHours,2,2 ); } break; // time zone case "z": var timeZoneOffset = date.getTimezoneOffset(); switch( symbolsCount[i] ) { case 1: dateString += timeZoneOffset; break; default: dateString += Figment.Date.zeroPaddingNumber( timeZoneOffset,2,2 ); } break; default: dateString += symbols[i]; } } return dateString; }, createDate: function(str) { if( str !== null ) { var dateParts = str.split('\/'); str = Figment.Date.correctYear(str); var newDate = new Date(str); return Figment.Date.add( newDate,"M",1 ); } return null; }, correctYear: function(str) { if( str !== null ) { var dateParts = str.split('\/'); var year; if( dateParts.length === 3 ) { year = dateParts[2]; if( year.length === 2 ) { // Assume 2000+, so rebuild the date string with 2000+ str = str.replace( '/' + year,'/20'+year ); } } } return str; }, isValidDate: function(str) { return (new Date(str) !== null ? true : false ); }, zeroPaddingNumber: function(value,minDigits,maxDigits) { var str = ""; var zeroDigit = 0; if( value >= 0 ) { if( value < 100 && minDigits >= 1 && minDigits <= 2 ) { if( value < 10 ) { if( minDigits == 2 ) { str += zeroDigit; } str += (zeroDigit + value); } else { str += (zeroDigit + value / 10); str += (zeroDigit + value % 10); } return str; } else if( value >= 1000 && value < 10000 ) { if( minDigits == 4 ) { str += (zeroDigit + value / 1000); value %= 1000; str += (zeroDigit + value / 100); value %= 100; str += (zeroDigit + value / 10); str += (zeroDigit + value % 10); return str; } if( minDigits == 2 && maxDigits == 2 ) { return Figment.Date.zeroPaddingNumber(value % 100, 2, 2); } } } return null; }, add: function(date,field,amount) { var d = new Date( date.getTime() ); switch( field ) { case "M": var newMonth = date.getMonth() + amount; var years = 0; if( newMonth < 0 ) { while( newMonth < 0 ) { newMonth += 12; years -= 1; } } else if( newMonth > 11 ) { while( newMonth > 11 ) { newMonth -= 12; years += 1; } } d.setMonth(newMonth); d.setFullYear(date.getFullYear() + years); break; case "D": d.setDate(date.getDate() + amount); break; case "Y": d.setFullYear(date.getFullYear() + amount); break; case "W": d.setDate(date.getDate() + (amount * 7)); break; } return d; }, subtract: function(date,field,amount) { return Figment.Date.add(date, field, (amount*-1)); }, getWeekNumber: function(date) { date.setHours(12,0,0,0); var calendarYear = date.getFullYear(); var weekStartsOn = 0; var weekNum = -1; var jan1 = new Date(calendarYear,0,1); var jan1Offset = jan1.getDay() - weekStartsOn; var jan1DayOfWeek = (jan1Offset >= 0 ? jan1Offset : (7 + jan1Offset)); var endOfWeek1 = Figment.Date.add(jan1,"D",(6 - jan1DayOfWeek)); endOfWeek1.setHours(23,59,59,999); var month = date.getMonth(); var day = date.getDate(); var year = date.getFullYear(); var dayOffset = Figment.Date.getDayOffset(date,calendarYear); if( dayOffset < 0 || Figment.Date.before(date,endOfWeek1) ) { weekNum = 1; } else { weekNum = 2; var weekBegin = new Date(endOfWeek1.getTime() + 1); var weekEnd = Figment.Date.add(weekBegin,"W",1); while( !Figment.Date.between(date,weekBegin,weekEnd) ) { weekBegin = Figment.Date.add(weekBegin,"W",1); weekEnd = Figment.Date.add(weekEnd,"W",1); weekNum += 1; } } return weekNum; }, findMonthStart: function(date) { var start = new Date(date.getFullYear(), date.getMonth(), 1); return start; }, findMonthEnd: function(date) { var start = Figment.Date.findMonthStart(date); var nextMonth = Figment.Date.add(start,"M",1); var end = Figment.Date.subtract(nextMonth,"D",1); return end; }, getDayOffset: function(date) { var calendarYear = date.getFullYear(); var beginYear = new Date(calendarYear,0,1); var dayOffset = Math.ceil(( date.getTime()-beginYear.getTime()) / (1000*60*60*24) ); return dayOffset; }, before: function(date,compareTo) { var ms = compareTo.getTime(); if( date.getTime() <= ms ) { return true; } else { return false; } }, after: function(date,compareTo) { var ms = compareTo.getTime(); if( date.getTime() >= ms ) { return true; } else { return false; } }, between: function(date,dateBegin,dateEnd ) { if( this.after(date,dateBegin) && this.before(date,dateEnd) ) { return true; } else { return false; } }, compare: function(date1,date2) { return (Figment.Date.dateToString(date1,'MMddyyyy')===Figment.Date.dateToString(date2,'MMddyyyy')); } };Figment.Namespace( "Figment.DOM" ); (function() { var Dom = YAHOO.util.Dom; Figment.DOM = { getElementById: function( id ) { if( document.all && !document.getElementById ) { return document.all[ id ]; } return document.getElementById( id ); }, getElementsByTagName: function( strName ) { return document.getElementsByTagName( strName ); }, /** * This is an optimized version for getElementsByClassName. It is optimized * for Firefox, Safari, and Opera which support XPath. */ getElementsByClassNameOptimized: function(className, parentElement) { var arrReturnElements = []; if(document.evaluate) { var query = document.evaluate(".//*[contains(concat(' ', @class, ' '), ' " + className + " ')]", (parentElement || document), null, XPathResult.ORDERED_NODE_SNAPSHOT_TYPE, null); var len = query.snapshotLength; for( var i=0; i < len; i++) { arrReturnElements.push(query.snapshotItem(i)); } } else { var arrElements = ( parentElement.getElementsByTagName ) ? parentElement.getElementsByTagName( '*' ) : document.all; var elements = [] var len = arrElements.length; for( var i=0; i < len; i++) { var childElement = arrElements[i]; if(Figment.DOM.hasClassName(childElement, className)) { arrReturnElements.push(childElement); } } } return arrReturnElements; }, /** * Ways of calling the function now are: * * To get all the elements in the document with a ?listItem? class. * Figment.DOM.getElementsByClassName( 'listItem' ); * * To get all a elements in the document with a ?info-links? class. * Figment.DOM.getElementsByClassName( 'info-links','a'); * * To get all div elements within the element named ?container?, with a * ?col? and a ?left? class. * Figment.DOM.getElementsByClassName( ['col','left'],Figment.DOM.getElementById( 'container' ),'div' ); * * Note: You can still use a string when only looking for a single class * name, but an array when looking for multiple class names. */ getElementsByClassName: function( oClassNames,oElm,strTagName ) { if( arguments.length < 2 ) { oElm = document.documentElement; } if( (typeof oClassNames).toLowerCase() === "string" && arguments.length < 3 ) { return Figment.DOM.getElementsByClassNameOptimized(oClassNames,oElm); } if( arguments.length < 3 ) { strTagName = '*'; } var arrReturnElements = []; var arrElements = ( oElm.getElementsByTagName ) ? oElm.getElementsByTagName( strTagName ) : document.all; var arrRegExpClassNames = []; if( typeof oClassNames === 'object' ) { for( var i=0; i < oClassNames.length; i++ ) { arrRegExpClassNames.push( new RegExp( "(^|\\s)" + oClassNames[i].replace( /\-/g,'\\-') + "(\\s|$)" ) ); } } else { arrRegExpClassNames.push( new RegExp( "(^|\\s)" + oClassNames.replace( /\-/g,'\\-' ) + "(\\s|$)" ) ); } var oElement; var bMatchesAll; for( var j=0; j < arrElements.length; j++ ) { oElement = arrElements[j]; bMatchesAll = true; for( var k=0; k < arrRegExpClassNames.length; k++ ) { if( !arrRegExpClassNames[k].test( oElement.className ) ) { bMatchesAll = false; break; } } if( bMatchesAll ) { arrReturnElements.push( oElement ); } } return( arrReturnElements ); }, getX: function( element ) { var curleft = 0; if( element.offsetParent ) { while(1) { curleft += element.offsetLeft; if( !element.offsetParent ) { break; } element = element.offsetParent; } } else if( element.x ) { curleft += element.x; } return curleft; }, getY: function( element ) { var curtop = 0; if( element.offsetParent ) { while(1) { curtop += element.offsetTop; if( !element.offsetParent ) { break; } element = element.offsetParent; } } else if( element.y ) { curtop += element.y; } return curtop; }, getOuterHTML: function( element ) { var strXML = ""; if( element.nodeType === 1 ) { strXML += "<" + element.nodeName.toLowerCase(); var attrib; var attribsLength = element.attributes.length; for( var j=0; j < attribsLength; j++ ) { attrib = element.attributes[j]; if( attrib.nodeName !== "title" && attrib.nodeValue !== null && attrib.nodeValue.length > 0 ) { strXML += ' ' + attrib.nodeName.toLowerCase() + '="' + attrib.nodeValue + '"'; } } strXML += ">"; var elem; var elemChildNodesLength = element.childNodes.length; for( var i=0; i < elemChildNodesLength; i++ ) { elem = element.childNodes[i]; strXML += Figment.DOM.getOuterHTML( elem ); } strXML += ""; } else if( element.nodeType === 3 ) { strXML += element.nodeValue; } return strXML; }, getInnerHTML: function( element ) { var strXML = ""; var elem = null; var elemChildNodesLength = element.childNodes.length; for( var i=0; i < elemChildNodesLength; i++ ) { elem = element.childNodes[i]; if( elem.nodeType === 1 ) { strXML += "<" + elem.nodeName; var attrib; var attribsLength = element.attributes.length; for( var j=0; j < attribsLength; j++ ) { attrib = element.attributes[j]; strXML += ' ' + attrib.nodeName + '="' + attrib.nodeValue + '"'; } strXML += ">"; if( elem.childNodes.length > 0 ) { strXML += Figment.DOM.getInnerHTML( elem ); } strXML += ""; } else if( elem.nodeType === 3 ) { strXML += elem.nodeValue; } } return strXML; }, getFirstChildElement: function( parentNode ) { if( parentNode && parentNode.nodeType === 1 && parentNode.hasChildNodes ) { var firstChildNode = parentNode.firstChild; if( firstChildNode !== null && firstChildNode.nodeType === 3 ) { var numberOfChildNodes = parentNode.childNodes.length; for( var i=0; i < numberOfChildNodes; i++ ) { firstChildNode = parentNode.childNodes[i]; if( firstChildNode.nodeType === 1 ) { return firstChildNode; } } } return firstChildNode; } }, getPreviousSibling: function( parentNode ) { if( parentNode && parentNode.nodeType === 1 ) { var previousSiblingNode = parentNode.previousSibling; if( previousSiblingNode !== null && previousSiblingNode.nodeType === 3 ) { previousSiblingNode = previousSiblingNode.previousSibling; } if( previousSiblingNode !== null && previousSiblingNode.nodeType !== 1 ) { previousSiblingNode = null; } return previousSiblingNode; } return null; }, getLastChildElement: function( parentNode ) { if( parentNode && parentNode.nodeType === 1 ) { var lastChildNode = parentNode.lastChild; if( lastChildNode.nodeType === 3 ) { var numberOfChildNodes = parentNode.childNodes.length; for( var i=numberOfChildNodes; i===0; i-- ) { lastChildNode = parentNode.childNodes[1]; if( lastChildNode.nodeType === 1 ) { break; } } } if( lastChildNode.nodeType !== 1 ) { lastChildNode = null; } return lastChildNode; } return null; }, getNextSibling: function( parentNode ) { if( parentNode && parentNode.nodeType === 1 ) { var nextSiblingNode = parentNode.nextSibling; if( nextSiblingNode !== null && nextSiblingNode.nodeType === 3 ) { nextSiblingNode = nextSiblingNode.nextSibling; } if( nextSiblingNode !== null && nextSiblingNode.nodeType !== 1 ) { nextSiblingNode = null; } return nextSiblingNode; } return null; }, getElementsBySelector: function( selector ) { var i = 0; var selid = ""; var selclass = ""; var tag = selector; var f = 0; var s = []; var objlist = []; var fs = null; var v = null; if( selector.indexOf( ' ' ) > 0 ) { //descendant selector like "tag#id tag" s = selector.split( ' ' ); fs=s[0].split( '#' ); if( fs.length==1 ){ return objlist; } f=document.getElementById( fs[1] ); if( f ){ return( f.getElementsByTagName( s[1] ) ); } return objlist; } if( selector.indexOf( '#' ) > 0 ) { //id selector like "tag#id" s = selector.split( '#' ); tag = s[0]; selid = s[1]; } if( selid !== '' ) { f = document.getElementById( selid ); if( f ){ objlist.push( f ); } return objlist; } if( selector.indexOf( '.' ) > 0 ) { //class selector like "tag.class" s = selector.split( '.' ); tag = s[0]; selclass = s[1]; } v = document.getElementsByTagName( tag ); // tag selector like "tag" if( selclass === '' ){ return v; } for( i=0; i < v.length; i++ ) { if( v[i].className.indexOf( selclass ) >= 0 ) { objlist.push( v[i] ); } } return objlist; }, hasClassName: function( element,classNameToCheck ) { var listOfClasses; if( element !== null && element.nodeType === 1 ) { listOfClasses = element.className.split(" "); return listOfClasses.contains(classNameToCheck); } return false; }, addClassName: function( element,classNameToAdd ) { var listOfClasses = []; if( element !== null && element.nodeType === 1 ) { listOfClasses = element.className.split(' '); listOfClasses.push(classNameToAdd); element.className = listOfClasses.join(' '); } listOfClasses.clear(); }, removeClassName: function( element,classNameToRemove ) { var listOfClasses = []; if( element !== null && element.nodeType === 1 ) { listOfClasses = element.className.split(' '); listOfClasses.remove(classNameToRemove); element.className = listOfClasses.join(' '); } listOfClasses.clear(); }, replaceClassName: function( element,classNameToReplace,classNameToPlace ) { if( element !== null && element.nodeType === 1 ) { if(Figment.DOM.hasClassName(element,classNameToReplace)) { element.className = element.className.replace(classNameToReplace,classNameToPlace); } else if(!Figment.DOM.hasClassName(element,classNameToPlace)) { Figment.DOM.addClassName(element,classNameToPlace); } } }, showElement: function( elementToShowId ) { var theElem = document.getElementById(elementToShowId); if(theElem != null) { theElem.style.visibility = "visible"; } }, hideElement: function( elementToHideId ) { var theElem = document.getElementById(elementToHideId) if(theElem != null) { theElem.style.visibility = "hidden"; } }, setRelativePos: function( elementToPosId ) { var theElem = document.getElementById(elementToPosId); if(theElem != null) { theElem.style.position = "relative"; } }, setAbsolutePos: function(elementToPosId) { var theElem = document.getElementById(elementToPosId); if(theElem != null) { theElem.style.position = "absolute"; } }, insertNodeBefore: function(elementToAdd,elementToAddBefore) { elementToAddBefore.parentNode.insertBefore(elementToAdd,elementToAddBefore); }, insertNodeAfter: function(elementToAdd,elementToAddAfter) { if( elementToAddAfter.nextSibling ) { elementToAddAfter.parentNode.insertBefore(elementToAdd,elementToAddAfter.nextSibling); } else { elementToAddAfter.parentNode.appendChild(elementToAdd); } }, removeChildNodes: function(node) { if( node !== null ) { while( node.childNodes[0] ) { node.removeChild(node.childNodes[0]); } } }, getModule: function(currentElement) { while( currentElement !== null ) { if( currentElement.nodeType === 1 && currentElement.nodeName.toLowerCase() === 'div' && Figment.DOM.hasClassName(currentElement,'module') ) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; }, getRealModuleName: function(module) { var moduleFields = Figment.DOM.getElementsByClassName('moduleFields'); var moduleField = null; var moduleList; var moduleName; var realModuleName = null; if( moduleFields !== null ) { moduleField = moduleFields[0]; moduleList = moduleField.value.split(","); for( var i=0; i < moduleList.length; i++ ) { moduleName = moduleList[i]; if( moduleName.endsWith(module.id) ) { realModuleName = moduleName; break; } } } return realModuleName; }, /** * Returns the horizontal scroll location of the top of the viewport in px * @public */ getViewportX: function() { var x; if( self.pageYOffset ) // all except Explorer { x = self.pageXOffset; } else if( document.documentElement && document.documentElement.scrollTop ) // Explorer 6 Strict { x = document.documentElement.scrollLeft; } else if (document.body ) // all other Explorers { x = document.body.scrollLeft; } return x; }, /** * Returns the vertical scroll location of the top of the viewport in px * @public */ getViewportY: function() { var y; if( self.pageYOffset ) // all except Explorer { y = self.pageYOffset; } else if( document.documentElement && document.documentElement.scrollTop ) // Explorer 6 Strict { y = document.documentElement.scrollTop; } else if( document.body ) // all other Explorers { y = document.body.scrollTop; } return y; }, getBounds: function(element) { var iebody = (document.compatMode && document.compatMode != "BackCompat")? document.documentElement : document.body; var dsocleft = document.all? this.iebody.scrollLeft : pageXOffset; var dsoctop = document.all? this.iebody.scrollTop : pageYOffset; var posReal = Figment.DOM.getRealOffset(element); var pos = Figment.DOM.getCumulativeOffset(element); var top = pos[1] - posReal[1] + dsoctop; var left = pos[0] + posReal[1] - dsocleft; var offsetWidth = element.offsetWidth; var offsetHeight = element.offsetHeight; return {left: left, top: top, width: offsetWidth, height: offsetHeight}; }, getRealOffset: function(element) { var valueT = 0, valueL = 0; do { valueT += element.scrollTop || 0; valueL += element.scrollLeft || 0; element = element.parentNode; } while (element); return [valueL, valueT]; }, getCumulativeOffset: function(element) { var valueT = 0, valueL = 0; do { valueT += element.offsetTop || 0; valueL += element.offsetLeft || 0; element = element.offsetParent; } while (element); return [valueL, valueT]; }, /** * */ findForm: function(currentElement) { while( typeof currentElement !== 'undefined' && currentElement !== null ) { if( currentElement.nodeType === 1 && currentElement.nodeName.toLowerCase() === 'form' ) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; }, findNodeOrParent: function(currentElement,tagName,className) { while( typeof currentElement !== 'undefined' && currentElement !== null ) { if( currentElement.nodeType === 1 && currentElement.nodeName.toLowerCase() === tagName && Dom.hasClass(currentElement,className) ) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; } }; })();Figment.Namespace("Figment.HashTable"); // Make capable of being multi-instanced Figment.HashTable = Figment.Class(); Figment.HashTable.prototype = { /** * Hashtable constructor */ initialize: function() { // Initialize the hash table this.hash = []; this.keys = []; }, /** * Clears this hashtable so that it contains no keys. */ clear: function() { this.hash = []; this.keys = []; }, /** * Tests if the specified object is a key in this hashtable. */ containsKey: function(key) { var str = this.keys.join(";"); return( str.indexOf(key) > -1 ? true : false ); }, /** * Returns true if this Hashtable maps one or more keys to this value. */ containsValue: function(value) { var hashLength = this.hash.length; for( var i=0; i < hashLength; i++ ) { if( value === this.hash[i] ) { return true; } } return false; }, /** * Returns the value to which the specified key is mapped in this hashtable. */ get: function(key) { var value = null; if( typeof this.hash[key] !== "undefined" || this.hash[key] !== null ) { value = this.hash[key]; } return value; }, /** * Tests if this hashtable maps no keys to values. */ isEmpty: function() { return( this.keys.length > 0 ? false : true ); }, /** * Maps the specified key to the specified value in this hashtable. */ put: function(key,value) { if( value === null ) { return; } if( typeof this.hash[key] === "undefined" || this.hash[key] === null ) { this.keys[this.keys.length] = key; } this.hash[key] = value; }, /** Places all of the elements of one hash table into this one. These * mappings will replace any mappings that this Hashtable had for any of * the keys currently in the specified HashTable. * * @author K. Adam Christensen @since 3.1.0 */ putAll: function(hashTable) { var iterator = hashTable.iterator(); var field; while(iterator.hasNext()) { field = iterator.next(); this.put(field.key, field.value); } }, /** * Removes the key (and its corresponding value) from this hashtable. */ remove: function(key) { var keyLength = this.keys.length; var removedObject = null; for( var i=0; i < keyLength; i++ ) { if( key === this.keys[i] ) { removedObject = this.hash[this.keys[i]]; this.hash[this.keys[i]] = null; this.keys.splice(i ,1); } } return removedObject; }, /** * Returns the number of keys in this hashtable. */ size: function() { return this.keys.length; }, /** * Returns a string representation of this Hashtable object in the form of * a set of entries, enclosed in braces and separated by the ASCII * characters ", " (comma and space). */ toString: function() { var keysLength = this.keys.length; var s = new Array(keysLength); s[s.length] = "{"; try { for( var i=0; i < keysLength; i++ ) { s[s.length] = this.keys[i]; s[s.length] = "="; var v = this.hash[this.keys[i]]; if( v ) { s[s.length] = v.toString(); } else { s[s.length] = v; } if( i != this.keys.length-1) { s[s.length] = ", "; } } } catch(e){} finally { s[s.length] = "}"; } return s.join(""); }, /** * Returns a Collection view of the values contained in this Hashtable. */ values: function() { return this.hash; }, /** * Get iterator for this hash table */ iterator: function() { return new Figment.HashTable.Iterator(this.keys,this.hash); } }; Figment.HashTable.Iterator = Figment.Class(); Figment.HashTable.Iterator.prototype = { /** * Constructor */ initialize: function(keys,hash) { this.location = -1; this.keys = keys; this.hash = hash; }, /** * Gets whether or not there is another item in the hash table */ hasNext: function() { return( ++this.location < this.keys.length ? true : false ); }, /** * Returns the next key/value pair in the hashtable */ next: function() { return( {key: this.keys[this.location], value:this.hash[this.keys[this.location]], toString:function(){return this.key + "=" + this.value } } ) } }; Figment.Namespace('Figment.Net.Request'); /** * Makes it possible to send HTTP requests in the background without requiring a * traditional HTTP request via the browser. Also known as AJAX. * * @constructor * @version 1.0.0 * @member Figment * @fileoverview Makes it possible to send HTTP requests in the background * without requiring a traditional HTTP request via the * browser. Also known as AJAX. * @requires Figment */ Figment.Net.Request = Figment.Class(); Figment.Net.Request.prototype = { /** * Initializes the class with default values. * @private */ initialize: function() { this.request = null; this.response = null; this.options = new Figment.Net.Request.Options(); }, /** * Sends the HTTP request to the specified URL using the either the default * options or the ones set previous to this call. * @param {String} url of the server to send the request to. */ send: function(url) { var postVars = null, isAsync = this.getOptions().getUseCallbacks(); if (!isAsync) { // YUI doesn't do sync requests, so use the old-fashoned way this.http = Figment.Try( function(){ return new window.ActiveXObject( 'Msxml2.XMLHTTP' ); },function(){ return new window.ActiveXObject( 'Microsoft.XMLHTTP' ); },function(){ return new window.XMLHttpRequest(); } ) || false; this.http.open(this.options.method.toUpperCase(),url,false); } switch( this.options.method.toLowerCase() ) { case "get": url += "?" + this.options.params.join('&'); break; case "post": postVars = this.options.params.join('&'); this.addHeader('Content-Type','application/x-www-form-urlencoded'); break; } this.addHeader('User-Agent',navigator.userAgent + " via XMLHttpRequest/JavaScript Figment/1.0.0"); this.setHeaders(); if(isAsync) { var callback = { success: function(o){o.argument.response = o; ( o.argument.options.callbacks.complete || Figment.EmptyFunction )(o.argument); }, failure: function(o){o.argument.response = o; ( o.argument.options.callbacks.failed || Figment.EmptyFunction )(o.argument); }, argument: this }; // Send the HTTP request this.request = YAHOO.util.Connect.asyncRequest(this.options.method.toUpperCase(), url, callback, postVars); } else { this.http.send(postVars); this.response = this.http; } }, /** * Whether or not the HTTP request was successful. * @return {Boolean} */ wasSuccessful: function() { return this.response.status === undefined || this.response.status === 0 || (this.response.status >= 200 && this.response.status < 300); }, /** * Get the response to the HTTP request as plain text. * @return {String} */ getResponseText: function() { if( this.wasSuccessful() ) { return this.response.responseText; } }, /** * Get the response to the HTTP request as XML. * @return {XMLDocument} */ getResponseXML: function() { if( this.wasSuccessful() ) { var xmlDoc = this.response.responseXML; /* Fix IE to return an XMLDocument that has been parsed correctly */ if( window.ActiveXObject ) { xmlDoc = new window.ActiveXObject( 'Microsoft.XMLDOM' ); xmlDoc.async = 'false'; xmlDoc.loadXML( this.getResponseText() ); } return xmlDoc; } }, /** * Adds the headers from the options to the HTTP request object. This occurs * after the connection is opened but before the request is sent. * @private */ setHeaders: function() { var i; var header; YAHOO.util.Connect.resetDefaultHeaders(); YAHOO.util.Connect.setDefaultPostHeader(false); for( i=0; i < this.options.headers.length; i++ ) { header = this.options.headers[i]; if (this.http) { this.http.setRequestHeader(header.name,header.value); } else { YAHOO.util.Connect.initHeader(header.name, header.value); } } delete header; }, /** * Shortcut method to add a new HTTP header to the HTTP request. * @param {String} name of the header. * @param {String} value of the header. */ addHeader: function(name,value) { this.options.headers.push({name:name,value:value}); }, /** * Shortcut method to add a new GET or POST HTTP parameter to the HTTP request. * @param {String} name of the parameter. * @param {String} value of the parameter. */ addParameter: function(name,value) { this.options.params.push(name + "=" + value); }, /** * Get the current options set for this HTTP request. * @return {Figment.Net.Request.Options} */ getOptions: function() { return this.options; }, /** * Set the call back method to execute when the HTTP request has completed. * @param {Function} callBack */ setCompleteCallBack: function(callBack) { var me = this.options.callbacks.complete; if( typeof callBack !== "undefined" && callBack !== null ) { this.options.callbacks.complete = function(objWebRequest) { me.call(this,objWebRequest); callBack(objWebRequest); }; } }, /** * Set the call back method to execute when the HTTP request has failed. * @param {Function} callBack */ setFailedCallBack: function(callBack) { var me = this.options.callbacks.failed; if( typeof callBack !== "undefined" && callBack !== null ) { this.options.callbacks.failed = function(objWebRequest) { me.call(this,objWebRequest); callBack(objWebRequest); }; } } }; /** * Holds the options for the Request class. This includes whether or not the * HTTP request with be asynchronous or not, what headers and/or parameters need * to be sent with the request, and what type of HTTP call it will be. * * @constructor * @version 1.0.0 * @member Figment.Net.Request */ Figment.Net.Request.Options = Figment.Class(); Figment.Net.Request.Options.prototype = { /** * Initializes the class with default values. * @private */ initialize: function() { this.method = 'get'; this.async = true; this.headers = []; this.params = []; this.callbacks = { start: Figment.EmptyFunction, open: Figment.EmptyFunction, sent: Figment.EmptyFunction, data: Figment.EmptyFunction, complete: Figment.EmptyFunction, failed: Figment.EmptyFunction }; }, /** * Change the method of the HTTP request. * @param {String} method can be either "post" or "get" */ setMethod: function(method) { this.method = method; }, /** * Get the current method of the HTTP request. * @return {String} either "post" or "get" */ getMethod: function() { return this.method; }, /** * Set whether or not this HTTP request should be asynchronous, allowing * other actions to occur while the request processes, or synchronous, which * blocks all other actions on the page until the call is complete. * @param {Boolean} async true for asynchronous requests or false for * synchronous */ setUseCallbacks: function(async) { this.async = async; }, /** * Get whether or not this HTTP request is waiting for call backs * (asynchronous) or blocking (syncronous). * @return {Boolean} */ getUseCallbacks: function() { return this.async; }, /** * Get the current headers to send for this HTTP request. * @return {Array[]} */ getHeaders: function() { return this.headers; }, /** * Get the current parameters to send for this HTTP request. * @return {Array[]} */ getParams: function() { return this.params; }, /** * Get the callbacks that are set to fire at different times during the HTTP * request * @return {Object} */ getCallBacks: function() { return this.callbacks; }, /** * Override the default toString() to return a nicer output of this class. * @return {String} */ toString: function() { var str = ""; var param = null; for( param in this ) { if( (typeof this[param]).toLowerCase() !== 'function' ) { if( str.length > 0 ) { str += ', '; } str += param + "=" + this[param]; } } return ('{' + str + '}'); } }; /** * Copyright (c) 2006 Walt Disney Internet Group. All Rights Reserved. * ############################################################################# * # WINDOW MODULE (Module to extend the JavaScript Core) # * ############################################################################# * * This script adds common WINDOW manipulation scripts to the CORE library. This will provide a consistenant * interface to open and manipulate windows. This file includes TWO (2) types of Window calls. One, the Core.Window * doesn't require instantating and object. Just a simple Core.Window.open that opens up a single window. Properties can * be changed via javascript to accomadate this change. The second it the Core.WindowObj call. This allows for multiple * Window objects to be instantiated and manipulated via javascript. * * @author Aarron Szalacinski, * @version 1.0.0 11/25/2005 * * $File: //p4-wdpro/Projects/Sites/Development/IBCWDWSite/6.13/wwwroot/js/_framework/Figment.Window.js $ * $Author: rlune $ * $Revision: #1 $ * $Date: 2010/01/27 $ * $Change: 633338 $ * ############################################################################# */ Figment.Namespace( 'System' ); Figment.Window = { width : 800, height : 600, directories : true, location : true, menubar : true, resizable : true, scrollbars : true, status : true, toolbar : true, url : "", name : 'childOpen', popup : false, /** * open(url) * Opens a full window with all features on * can be used two ways. By calling a specific url and letting the script handle everything with default settings * or can be called as an object, turning on properies by defining before they are called */ open: function (url) { var tUrl; var featureString; if( !this.popup ) { // not being used as a pop up featureString = "width=" + this.width + ",height=" + this.height + ",directories=" + this.winParamCheck( this.directories ) + ",location=" + this.winParamCheck( this.location ) + ",menubar=" + this.winParamCheck( this.menubar ) + ",resizable=" + this.winParamCheck( this.resizable ) + ",scrollbars=" + this.winParamCheck( this.scrollbars ) + ",status=" + this.winParamCheck( this.status ) + ",toolbar=" + this.winParamCheck( this.toolbar ); } else { featureString = "width=" + this.width + ",height=" + this.height; } if( url !== null || url !== 'undefined' || url !== "") { tUrl = url; } else { tUrl = this.url; } return window.open( tUrl,this.name,featureString ); }, close: function() { window.close(); }, /** * winParamCheck(param) * sets window param properly for building string out */ winParamCheck: function( param ) { if( param === true || param === 'true' || param === 1 || param === '1') { return 1; } else { return 0; } }, /** * getScreenHeight() * returns the users screen height minus the taskbar */ getScreenHeight: function() { return window.screen.availHeight; }, /** * getScreenWidth() * returns the users screen width */ getScreenWidth: function() { return window.screen.availWidth; } }; Figment.Window.WindowObject = Figment.Class(); Figment.Window.WindowObject.prototype = { initialize: function() { this.width = 800; this.height = 600; this.directories = true; this.location = true; this.menubar = true; this.resizable = true; this.scrollbars = true; this.status = true; this.toolbar = true; this.url = 'http://www.cnn.com'; this.name = 'childOpen'; this.popup = false; this.xCor = 0; this.yCor = 0; }, /** * open(url, xCor, yCor) * Opens a full window with all features on * can be used two ways. By calling a specific url and letting the script handle everything with default settings * or can be called as an object, turning on properies by defining before they are called * @ param OPTIONAL - the first parameter is optional but must be called if one is to call the second or third parameter. Defines the url to be called * @ param OPTION - can only be called if the first parameter was called... defines the X corridnate of where the window appears * @ param OPTIONAL - can only be called if the first and second parameter are called... defines the Y corridnate of where the window appears... * See example WindowSample.html located in ../../../system/debug/html for a working example */ open: function( urlPassed,xCor,yCor ) { var tUrl; var featureString; var txCor; var tyCor; var tempArg; var tempArgB; if( !this.popup ) { // not being used as a pop up featureString = "width=" + this.width + ",height=" + this.height + ",directories=" + Figment.Window.winParamCheck( this.directories ) + ",location=" + Figment.Window.winParamCheck( this.location ) + ",menubar=" + Figment.Window.winParamCheck( this.menubar ) + ",resizable=" + Figment.Window.winParamCheck( this.resizable ) + ",scrollbars=" + Figment.Window.winParamCheck( this.scrollbars ) + ",status=" + Figment.Window.winParamCheck( this.status ) + ",toolbar=" + Figment.Window.winParamCheck( this.toolbar ); } else { featureString = "width=" + this.width + ",height=" + this.height; } switch( arguments.length ) { case 0: case 1: if( typeof arguments[0] === 'string' ) { tUrl = arguments[0]; } else { tUrl = this.url; } txCor = this.xCor; tyCor = this.yCor; break; case 2: if( typeof arguments[0] === 'string' ) { tUrl = arguments[0]; } else { tUrl = this.url; } tempArg = parseInt( arguments[1],null ); if( typeof tempArg === 'number' && tempArg > 0 ) { txCor = parseInt( arguments[1],null ); } else { txCor = this.xCor; } tyCor = this.tyCor; break; case 3: if( typeof arguments[0] === 'string' ) { tUrl = arguments[0]; } else { tUrl = this.url; } tempArg = parseInt( arguments[1],null ); if( typeof tempArg === 'number' && tempArg > 0 ) { txCor = parseInt( arguments[1],null ); } else { txCor = this.xCor; } tempArgB = parseInt( arguments[2],null ); if( typeof tempArgB === 'number' && tempArgB > 0 ) { tyCor = parseInt( arguments[2],null ); } else { tyCor = this.yCor; } break; default: tUrl = this.url; txCor = this.xCor; tyCor = this.yCor; break; } var thisWindow = window.open( tUrl,this.name,featureString ); if( txCor > 0 || tyCor > 0 ) { try { thisWindow.moveTo( txCor,tyCor ); } catch (error){ // Prevents Access Denied Error In IE // This occurs when we try to move a window that's location is a domain other than ours. } } }, /** * close() * closes containing window */ close: function() { window.close(); } };Figment.Namespace("Figment.Form"); Figment.Form = { TMP_BACKUP_FORM_HANDLERS: [], /*find associated form that this element belongs to*/ findForm: function(currentElement) { while( currentElement !== null ) { if( currentElement.nodeType === 1 && currentElement.tagName.toLowerCase() === 'form' ) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; }, //Helper to add either an array of inputs or a single input element to a form addInputsToForm: function(form,inputObjects){ var tempElement; var n; var i; var l; var inputElemArr; var inputAttr; if(inputObjects.length) { l = inputObjects.length; for(i=0;iPark and Resort Safety

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"; // Only set these options if they have already not been defined if(legalFtrOpts === undefined) { var legalFtrOpts = ["Disneyworld.com Help", "http://disneyworld.disney.go.com/wdw/common/help?id=HelpLandingPage", "Disneyworld.com Site Map", "http://disneyworld.disney.go.com/wdw/common/siteMap?id=SiteMapPage", "Contact Us", "https://disneyworld.disney.go.com/wdw/contact/contactUs?id=ContactUsPage", "Guests with Disabilities", "javascript:popup=window.open('http://disneyworld.disney.go.com/wdw/common/Plain?id=PlainHomePage', 'footerpop', 'width=800, height=600, left=' + (self.screen.width - 800) / 2 + ', top=' + (self.screen.height - 600) / 2 + ', location=0, menubar=0, resizable=1, scrollbars=1, status=0, titlebar=1, toolbar=0, hotkeys=0'); popup.focus();"]; } var legalFtrCpyRgt = "© Disney. All rights reserved."; var legalFooterCat = "travel"; Figment.Namespace('Disney.WDPRO.UI.Widgets.Modules'); /** * @fileoverview Creates the ability to expand/collapse modules. * @constructor * @version 1.5.0 */ (function() { var self = Disney.WDPRO.UI.Widgets.Modules, Event = YAHOO.util.Event, Dom = YAHOO.util.Dom; /** * Class that identifies a module * @private */ self.CONST_MODULE_CLASS_NAME = 'module'; /** * Class that identifies the opened state of a module * @private */ self.CONST_MODULE_OPENEDSTATE_CLASS_NAME = 'opened'; /** * Class that identifies the closed state of a module * @private */ self.CONST_MODULE_CLOSEDSTATE_CLASS_NAME = 'closed'; /** * Class that is used when the module should show in the opened state. * @private; */ self.CONST_MODULE_OPENED_STATE_ACTIVE_CLASS_NAME = 'openedModule'; /** * Class that is used when the module should show in the closed state. * @private; */ self.CONST_MODULE_CLOSED_STATE_ACTIVE_CLASS_NAME = 'closedModule'; /** * Class that identifies the call to action element in the module. * @private */ self.CONST_MODULE_CALL_TO_ACTION_CLASS_NAME = 'moduleAction'; /** * Class used when the module should be static and have none of this * open/close shenanigans * @private */ self.CONST_MODULE_STATIC_CLASS_NAME = 'staticModule'; /** * Retrieve all modules that will need expand/collapse functionality added. * @return {Array[IHTMLElement]} */ self.getModulesOnPage = function() { var modulesList = Dom.getElementsByClassName(self.CONST_MODULE_CLASS_NAME); var i,module; var expandableModuleList = []; var openedState,closedState; for (i=0; i < modulesList.length; i++) { module = modulesList[i]; // Do a quick check. If the module is static, then don't even try // to walk the DOM if (!Dom.hasClass(module, self.CONST_MODULE_STATIC_CLASS_NAME)) { openedState = self.getOpenedState(module); closedState = self.getClosedState(module); if (openedState !== null && closedState !== null) { expandableModuleList.push(module); } } } delete module; delete openedState; delete closedState; delete modulesList; return expandableModuleList; }; /** * Switches the current class name for hiding/showing the module state to * the opposite state. * @param {HTMLDivElement} module * is the state of the module to change. */ self.switchState = function(module) { if( module === null ) { return; } // What state are we currently showing if( Dom.hasClass(module, self.CONST_MODULE_OPENED_STATE_ACTIVE_CLASS_NAME) ) { // Showing opened state...switch to closed state Dom.replaceClass(module,self.CONST_MODULE_OPENED_STATE_ACTIVE_CLASS_NAME,self.CONST_MODULE_CLOSED_STATE_ACTIVE_CLASS_NAME); } else { // Showing closed state...switch to open state Dom.replaceClass(module,self.CONST_MODULE_CLOSED_STATE_ACTIVE_CLASS_NAME,self.CONST_MODULE_OPENED_STATE_ACTIVE_CLASS_NAME); } if(module.parentNode.parentNode.parentNode.id == 'columnRight'){ // Force right column to re-render itself so that bottom corners are corrected if columns height has been increased *IE FIX module.parentNode.parentNode.parentNode.style.display = 'none'; module.parentNode.parentNode.parentNode.style.display = 'block'; } delete module; }; /** * Get the element(s) that trigger that switch between the open and closed * states of the module. * @param {HTMLDivElement} module * is the state of the module to change. */ self.getCallToAction = function(module) { var callToActions = Dom.getElementsByClassName(self.CONST_MODULE_CALL_TO_ACTION_CLASS_NAME,undefined,module); if (callToActions !== null && callToActions.length > 0) { return callToActions; } delete callToActions; return null; }; /** * Get's the opened state of the specified module. * @param {IHTMLElement} module * is the DOM element for the module. * @return {HTMLDivElement} * is the opened state (DIV) in the module. */ self.getOpenedState = function(module) { return self.getState(module, self.CONST_MODULE_OPENEDSTATE_CLASS_NAME); }; /** * Get's the closed state of the specified module. * @param {IHTMLElement} module * is the DOM element for the module. * @return {HTMLDivElement} * is the closed state (DIV) in the module. */ self.getClosedState = function(module) { return self.getState(module, self.CONST_MODULE_CLOSEDSTATE_CLASS_NAME); }; /** * Get's the state of the specified module specified by class. * @param {IHTMLElement} module * is the DOM element for the module. * @param {String} className * is the class name of the state module to look for * @return {HTMLDivElement} * is the closed state (DIV) in the module. */ self.getState = function(module, className) { // Only check the immediate children var state = Dom.getChildrenBy(module, function(elem) { return Dom.hasClass(elem, className); }); if (state !== null && state.length > 0) { return state[0]; } delete state; return null; }; /** * Locate the module that this element belongs to. * @param {IHTMLElement} currentElement * is the element to use to located the module it belongs to. * @return {HTMLDivElement} * is the module that was found (null otherwise) */ self.findModule = function(currentElement) { while( currentElement !== null ) { if (currentElement.nodeType === 1 && currentElement.nodeName.toLowerCase() === 'div' && Dom.hasClass(currentElement,self.CONST_MODULE_CLASS_NAME)) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; }; /** * Event to fire when the document finishs loading. Attachs the event * for the "call to action" element expand/collapse to all modules with * expandable states. * @param {Event} evt * if an event object is based in (W3C event model) * @private */ self.main = function(evt) { var modules = self.getModulesOnPage(); var modulesLength = modules.length; var i, j, module, callToAction; for( i=0; i < modulesLength; i++ ) { module = modules[i]; // Get the call to action for this particular module callToAction = self.getCallToAction(module); if( callToAction !== null ) { var len = callToAction.length; for( j=0; j < len; j++ ) { // Add the event for switching between the open and closed states Figment.EventHandler.addEvent(callToAction[j],'click',self.EVENT_callToAction_onClick); } } } delete callToAction; delete module; delete modules; }; /** * Event to fire when the "call to action" element is clicked in the module * header. * @param {Event} evt * if an event object is based in (W3C event model) * @private */ self.EVENT_callToAction_onClick = function(evt) { var windowEvent = Figment.EventHandler.getEvent(evt); var element = windowEvent.element; var module; // Find the module that this call to action is part of module = self.findModule(element); if( module !== null ) { // Changes the current state of the module to opposite state // of what it is currently in. self.switchState(module); } delete module; delete windowEvent.element; delete windowEvent.targetElement; delete element; delete windowEvent; }; Event.onDOMReady(self.main); })(); /* Title: Disney.WDPRO.UI.InterfaceBlocking Creates a blocking layer to stop user interaction while another process is being handled. Based off of LightBox @ {Link}http://www.huddletogether.com/projects/lightbox2/ Copyright: (c) 2008 Disney Interactive Media Group. All Rights Reserved. Original Author: Unknown Meta Info: o $File: //p4-wdpro/Projects/Sites/Development/IBCWDWSite/6.13/wwwroot/js/_global/Disney.WDPRO.UI.InterfaceBlocking.js $ o $Author: rlune $ o $Revision: #1 $ o $DateTime: 2010/01/27 14:55:03 $ */ // Namespace: Disney.WDPRO.UI.InterfaceBlocking Figment.Namespace('Disney.WDPRO.UI.InterfaceBlocking'); /* Class: Disney.WDPRO.UI.InterfaceBlocking Creates a blocking layer to stop user interaction while another process is being handled. Based off of LightBox @ {Link}http://www.huddletogether.com/projects/lightbox2/ */ Disney.WDPRO.UI.InterfaceBlocking = Figment.Class(); Disney.WDPRO.UI.InterfaceBlocking.prototype = { /** * Constants * @private */ CONST_BLOCKING_LAYER_ID: 'overlay', /** * Constructor * @private */ initialize: function(element) { this.yPos = 0; this.xPos = 0; this.elementParentBackup = null; this.contentElement = null; this.element = element; this.blockingLayer = document.createElement( 'DIV' ); }, addContent: function(element) { element.style.display = 'block'; this.element = element; }, /** * Show the blocking layer. */ turnOn: function() { var blockingLayer,bodyElement,htmlElement; // IE needs a little help if( window.event ) { // Reset the scroll position this.changeScrollPosition(); // Fix IE allow no overflow bodyElement = document.getElementsByTagName('BODY')[0]; // It would appear these overflow commands are no longer needed. They were causing... "issues". // bodyElement.style.overflow = 'hidden'; htmlElement = document.getElementsByTagName('HTML')[0]; // htmlElement.style.overflow = 'hidden'; // Hide the select boxes this.toggleSelectBoxes(); } // TODO: verify change.....moved layer to property so users can customize if( this.blockingLayer === null ) { this.blockingLayer = document.createElement( 'DIV' ); } this.blockingLayer.style.height = document.body.scrollHeight + "px"; this.blockingLayer.appendChild(document.createTextNode('\u00A0')); this.blockingLayer.id = this.CONST_BLOCKING_LAYER_ID; document.body.appendChild( this.blockingLayer ); // Move the content to be inside the overlay if ( this.element != null && this.element != undefined ) { document.body.appendChild(this.element); } delete bodyElement; delete htmlElement; // delete blockingLayer; }, /** * Hide the blocking layer. */ turnOff: function() { var blockingLayer; if( this.element ) { this.element.style.display = 'none'; } if( this.blockingLayer !== null ) { document.body.removeChild( this.blockingLayer ); } // IE needs a little help if( document.all ) { // Show the select boxes this.toggleSelectBoxes("show"); } // Fix IE allow overflow again // Otherwise, we never get a scroll bar again! bodyElement = document.getElementsByTagName('BODY')[0]; // bodyElement.style.overflow = 'auto'; htmlElement = document.getElementsByTagName('HTML')[0]; // htmlElement.style.overflow = 'auto'; }, /** * Hide select boxes in order to prevent unsightly boxes showing through * the blocking layer. Used to fix IE :-(. */ toggleSelectBoxes: function( strDisplay ) { var objBody = Figment.DOM.getElementsByTagName("BODY")[0]; if( strDisplay === "show" ) { Figment.DOM.removeClassName( objBody,"hideSelects" ); } else { Figment.DOM.addClassName( objBody,"hideSelects" ); } }, /** * Change the scroll location in order to prevent off center focus. Used to * fix IE :-(. * @private */ changeScrollPosition: function() { var x,y; if( document.documentElement && document.documentElement.scrollTop ) { y = document.documentElement.scrollTop; } else if( document.body ) { y = document.body.scrollTop; } window.scroll( x,y ); } }; /* Title: Disney.WDPRO.IBC.UI.DynamicPleaseWait Holds the static properties and methods for the DynamicPleaseWait class. Copyright: (c) 2008 Disney Interactive Media Group. Original Author: Unknown Remixers: o Anson Hoyt o Rob Lune o Michael Behan Dependencies: o o o o o Meta Info: o $File: //p4-wdpro/Projects/Sites/Development/IBCWDWSite/ResortPreArrival/wwwroot/js/_global/Disney.WDPRO.IBC.UI.DynamicPleaseWait.js $ o $Author: mbehan $ o $Revision: #9 $ o $DateTime: 2008/09/10 12:19:47 $ Revisions: o 09/10/2008 : Michael Behan - Added functionality to prevent tab key from allowing user to bypass overlay div. */ // Import external source files: Figment.Import('Figment.EventHandler',Figment.getJSRoot() + '_framework/'); Figment.Import('Figment.Net.Request',Figment.getJSRoot() + '_framework/'); Figment.Import('Figment.DOM',Figment.getJSRoot() + '_framework/'); Figment.Import('Figment.Form',Figment.getJSRoot() + '_framework/'); Figment.Import('Disney.WDPRO.UI.InterfaceBlocking',Figment.getJSRoot() + '_global/'); Figment.Namespace('Disney.WDPRO.IBC.UI.DynamicPleaseWait'); /** * Holds the static properties and methods for the DynamicPleaseWait class. * * @version 1.0.0 * @requires Figment * @requires Figment.EventHandler * @requires Figment.Net.Request * @requires Figment.DOM * @requires Figment.Form * @requires Disney.WDPRO.UI.InterfaceBlocking */ Disney.WDPRO.IBC.UI.DynamicPleaseWait = { ID_WAITING_LAYER: 'pleaseWaitLayer', POLL_INCREMENT_IN_MILLISECONDS: 4000, // 4 secs. MAX_POLL_FAILURES: 3, // Consecutive Failures, upon succesful poll counter is reset MAX_POST_FAILURES: 3, TIMEOUT_IN_MILLISECONDS: 300000, // 5 MINS. PROCESS_ENGINE_LOCATION: Figment.getWebRoot() + 'en_US/_framework/components/processEngine', PROCESS_STATUS_REPORT_LOCATION: Figment.getWebRoot() + 'en_US/_framework/components/statusReport', CLASSNAME_VALUE_FOR_ASYNC: 'asyncModuleName', RESPONSE_STATUS_ISASYNC: 'in_progress', RESPONSE_STATUS_ISCOMPLETE: 'complete', RESPONSE_STATUS_FAILED: 'failed', CLASSNAME_NO_ASYNC: 'noAsync', CLASSNAME_REDIRECT_AFTER_ASYNC:'redirectAfterAsync', // CLASSNAME_CLOSED_STATE: 'closedState', // CLASSNAME_OPENED_STATE: 'openedState', getAsyncModuleName: function() { var moduleName = null; //TODO: remove 'prototype' from following: var modules = Figment.DOM.getElementsByClassName(Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_VALUE_FOR_ASYNC); if( modules.length > 0 ) { moduleName = modules[0].value; } // Cleanup after ourselves delete modules; return moduleName; }, getFirstValueByTagName: function(xmlDocument, tagName) { var firstNode,childNode; var firstValue = ""; firstNode = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getFirstNodeByTagName(xmlDocument, tagName); if( firstNode !== null && firstNode !== undefined ) { childNode = Figment.DOM.getFirstChildElement( firstNode ); if( childNode !== null ) { firstValue = childNode.nodeValue; if( firstValue === null ) { firstValue = ""; } } } // Cleanup after ourselves delete childNode; delete firstNode; return firstValue; }, getFirstNodeByTagName: function(xmlDocument, tagName) { var element,nodeList,firstNode,parseError; if( typeof xmlDocument !== 'undefined' && xmlDocument !== null && tagName !== null) { /* Check for parse errors: parseError = Disney.WDPRO.IBC.UI.DynamicPleaseWait.checkForParseError(xmlDocument); if(parseError.errorCode != 0) { alert(parseError.reason + '\r\n' + parseError.srcText); // shows detailed error message } */ element = xmlDocument.documentElement || xmlDocument; // Gets the root XmlElement for the document nodeList = element.getElementsByTagName( tagName ); if( nodeList.length > 0 ) { firstNode = nodeList[0]; } } // Cleanup after ourselves delete element; delete nodeList; delete parseError; return firstNode; }, /* Determines if xmlDocument was badly formed and failed to parse */ checkForParseError: function (xmlDocument) { var errorNamespace = 'http://www.mozilla.org/newlayout/xml/parsererror.xml'; var documentElement = xmlDocument.documentElement; var parseError = { errorCode : 0 }; if (documentElement.nodeName == 'parsererror' && documentElement.namespaceURI == errorNamespace) { parseError.errorCode = 1; var sourceText = documentElement.getElementsByTagNameNS(errorNamespace, 'sourcetext')[0]; if (sourceText !== null) { parseError.srcText = sourceText.firstChild.data; } parseError.reason = documentElement.firstChild.data; } return parseError; }, getStatus: function(doc) { return Disney.WDPRO.IBC.UI.DynamicPleaseWait.getFirstValueByTagName(doc, "Status"); }, isRequestAsync: function(response) { var strStatus; var bResult = false; if( response !== null ) { strStatus = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getStatus(response); if( strStatus.toLowerCase().indexOf(Disney.WDPRO.IBC.UI.DynamicPleaseWait.RESPONSE_STATUS_ISASYNC) > -1 ) { bResult = true; } } return bResult; }, isRequestFailed: function(response) { var strStatus; var bResult = false; if( response !== null ) { strStatus = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getStatus(response); if( strStatus == "" || strStatus.toLowerCase().indexOf(Disney.WDPRO.IBC.UI.DynamicPleaseWait.RESPONSE_STATUS_FAILED) > -1 ) { bResult = true; } } else { bResult = true; } return bResult; }, isRequestFinished: function(response) { var strStatus; var bResult = false; if( response !== null ) { strStatus = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getStatus(response); if( strStatus.toLowerCase().indexOf(Disney.WDPRO.IBC.UI.DynamicPleaseWait.RESPONSE_STATUS_ISCOMPLETE) > -1 ) { bResult = true; } else if( strStatus.toLowerCase().indexOf(Disney.WDPRO.IBC.UI.DynamicPleaseWait.RESPONSE_STATUS_FAILED) > -1 ) { bResult = true; } else if(strStatus === "") { bResult = true; } } return bResult; }, /* @return The form element containing the currentElement. */ findForm: function(currentElement) { while( typeof currentElement !== 'undefined' && currentElement !== null ) { if( currentElement.nodeType === 1 && currentElement.nodeName.toLowerCase() === 'form' ) { return currentElement; } if( currentElement.parentNode ) { currentElement = currentElement.parentNode; } else { currentElement = null; } } return currentElement; }, createElement: function( type,name ) { var element; if( document.all ) { //element = document.createElement( '< '+type.toLowerCase()+' name="'+name+'" />' ); element = document.createElement(type.toUpperCase()); element.name = name; } else { element = document.createElement(type.toUpperCase()); element.name = name; } return element; }, EVENT_input_onClick: function(evt, elem) { var objDynamicPleaseWait = new Disney.WDPRO.IBC.UI.DynamicPleaseWait.Class(); var windowEvent = null; var formElement; if( typeof elem !== 'undefined' ) { formElement = elem; } else { windowEvent = Figment.EventHandler.getEvent(evt); formElement = windowEvent.element; } objDynamicPleaseWait.setCompleteCallBack.call(objDynamicPleaseWait, objDynamicPleaseWait.onComplete); objDynamicPleaseWait.setErrorsCallBack.call(objDynamicPleaseWait, objDynamicPleaseWait.onError); // TODO: Move async check to initiateCall so users with custom onClick code get checked....but need reference to windowEvent if(Figment.DOM.hasClassName(formElement, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_NO_ASYNC)) { // Process non-async calls normally return; } else if( windowEvent !== null ) { // Stop the form from submitting as it normally would windowEvent.preventDefault(); //remove scrollbar action YAHOO.util.Dom.setStyle(document.body, 'overflow' , 'hidden' ); //IE specific call YAHOO.util.Dom.setStyle(document.documentElement, 'overflow' , 'hidden' ); //disallow tabs and spaces and key presses while "please wait" is up YAHOO.util.Event.addListener(document, "keydown", Disney.WDPRO.IBC.UI.DynamicPleaseWait.disableClick); } // This if for IE else if( window.event ) { window.event.returnValue = false; } // Add form parameters to the call objDynamicPleaseWait.rememberButtonClicked = formElement; var form = Disney.WDPRO.IBC.UI.DynamicPleaseWait.findForm(formElement); if(form !== null) { objDynamicPleaseWait.addParametersFromForm(form); } objDynamicPleaseWait.addParameter(formElement.name,formElement.value); // Cleanup after ourselves if( windowEvent !== null ) { Figment.EventHandler.cleanUp(windowEvent); } //TODO: to return or not to return....that is the question. return objDynamicPleaseWait.initiateCall(); }, disableClick: function(e) { YAHOO.util.Event.stopEvent(e); } }; /** * Defines the dynamic class portion of DynamicPleaseWait. * * @version 1.0.0 * @member Disney.WDPRO.IBC.UI.DynamicPleaseWait * @requires Figment * @requires Figment.EventHandler * @requires Figment.Net.Request * @requires Figment.DOM * @requires Figment.Form * @requires Disney.WDPRO.UI.InterfaceBlocking * @constructor */ Disney.WDPRO.IBC.UI.DynamicPleaseWait.Class = Figment.Class(); Disney.WDPRO.IBC.UI.DynamicPleaseWait.Class.prototype = { /** * Initializes the class with default values. * @private */ initialize: function() { this.counter1 = 0; this.counter2 = 0; this.failedPosts = 0; this.failedPolls = 0; this.rememberButtonClicked = null; this.timeoutID = null; this.intervalID = null; this.formSubmitted = null; this.options = new Disney.WDPRO.IBC.UI.DynamicPleaseWait.Options(); }, /** * Get the current options set for this async request. * @return {Disney.WDPRO.IBC.UI.DynamicPleaseWait.Options} */ getOptions: function() { return this.options; }, /** * Set the call back method to execute when the async request has completed. * @param {Function} callBack */ setCompleteCallBack: function(callBack) { var context = this; if( typeof callBack !== "undefined" && callBack !== null ) { this.options.callbacks.complete = function(response) { callBack.call(context, response); }; } }, /** * Set the call back method to execute when the async request has errors. * @param {Function} callBack */ setErrorsCallBack: function(callBack) { var context = this; if( typeof callBack !== "undefined" && callBack !== null ) { this.options.callbacks.error = function() { callBack.call(context); }; } }, /* * Activate blocking layer and please wait layer * TODO - put this into the initiateCall function * */ activateLayer: function(formElement) { // BEGIN CODE TO THROW UP THE INTERFACE BLOCKER var content = document.getElementById(this.options.asyncModuleName); //TODO: do we always want this "content" displayed? What is it? if( content !== null ) { // Put up the blocking layer this.options.overlay.addContent(content); this.options.overlay.turnOn(); // Put up the please wait layer if( this.options.pleaseWaitLayer !== null ) { // Positioning fix for IE6 var strAppVer = navigator.appVersion.toLowerCase(); var bMinor = parseFloat( strAppVer ); var bMajor = parseInt( bMinor ); var intIePos = strAppVer.indexOf( 'msie' ); if ( intIePos !=-1 ) { bMinor = parseFloat( strAppVer.substring( intIePos+5, strAppVer.indexOf( ';',intIePos ))); bMajor = parseInt( bMinor ); } var bIe = ( intIePos!=-1); var bIe6 = ( bIe && bMajor == 6); if( bIe6 ) { y = document.documentElement.scrollTop; y = y + 200; this.options.pleaseWaitLayer.style.top = y + "px"; } /* // Show inline 'please wait' image if( Figment.DOM.hasClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE) ){ Figment.DOM.replaceClassName(this.options.pleaseWaitLayer,Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE); } else { // Make sure div layer isnt already opened before added the opened class declaration if(!Figment.DOM.hasClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE)){ Figment.DOM.addClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE); } } */ //TODO: get rid of brute-force display ?? this.options.pleaseWaitLayer.style.display = 'block'; /* Create an anchor tag which will be a dummy link (link to nowhere). This link will gain focus when the tab key is entered. */ var dummyLink = document.createElement('A'); dummyLink.href = 'javascript:void(0);'; document.body.appendChild(dummyLink); /* Prevent the TAB key from bypassing the overlay div which would allow the user to hit TAB, then ENTER to break out of the IBC. keyup is used because IE6 does not understand keydown or keypress based on my testing. */ document.body.onkeyup = function(evt) { evt = (evt) ? evt : event; var charCode = (evt.charCode) ? evt.charCode : ((evt.which) ? evt.which : evt.keyCode); /* 5 - Horizontal tab (EBCDIC) - http://en.wikipedia.org/wiki/EBCDIC 9 - Horizontal tab 11 - Vertical tab */ if ( (charCode === 9) || (charCode === 5) || (charCode === 11) ) { dummyLink.focus(); } else { return true; } // Garbage collector delete charCode; }.bindAsEventListener({dummyLink:dummyLink}); // Get over IE6 hurdles with onkeypress events (IE6 is buggy with these): document.body.onkeydown = document.body.onkeyup; document.body.onkeypress = document.body.onkeyup; /* For some reason, in IE6, even after implementing all of the above code to prevent tabs, you are still able to tab over the very first link if you hit tab twice. We will alter the first link's href to do nothing: */ var firstAnchor = document.getElementsByTagName('A')[0]; if (firstAnchor !== null) { firstAnchor.href = '#'; firstAnchor.onclick = function() { return false; }; } } // Cleanup delete content; } // END CODE }, /** * Initiate async call. * @param {Object} HTMLElement containing form to be submitted. If no form * is specified, only parameters manually added via addParameters() are sent. */ initiateCall: function(formElement) { // BEGIN CODE TO THROW UP THE INTERFACE BLOCKER var content = document.getElementById(this.options.asyncModuleName); //TODO: do we always want this "content" displayed? What is it? if( content !== null ) { // Put up the blocking layer this.options.overlay.addContent(content); this.options.overlay.turnOn(); // Put up the please wait layer if( this.options.pleaseWaitLayer !== null ) { // Positioning fix for IE6 var strAppVer = navigator.appVersion.toLowerCase(); var bMinor = parseFloat( strAppVer ); var bMajor = parseInt( bMinor ); var intIePos = strAppVer.indexOf( 'msie' ); if ( intIePos !=-1 ) { bMinor = parseFloat( strAppVer.substring( intIePos+5, strAppVer.indexOf( ';',intIePos ))); bMajor = parseInt( bMinor ); } var bIe = ( intIePos!=-1); var bIe6 = ( bIe && bMajor == 6); if( bIe6 ) { y = document.documentElement.scrollTop; y = y + 200; this.options.pleaseWaitLayer.style.top = y + "px"; } /* // Show inline 'please wait' image if( Figment.DOM.hasClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE) ){ Figment.DOM.replaceClassName(this.options.pleaseWaitLayer,Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE); } else { // Make sure div layer isnt already opened before added the opened class declaration if(!Figment.DOM.hasClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE)){ Figment.DOM.addClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE); } } */ //TODO: get rid of brute-force display ?? this.options.pleaseWaitLayer.style.display = 'block'; /* Create an anchor tag which will be a dummy link (link to nowhere). This link will gain focus when the tab key is entered. */ var dummyLink = document.createElement('A'); dummyLink.href = 'javascript:void(0);'; document.body.appendChild(dummyLink); /* Prevent the TAB key from bypassing the overlay div which would allow the user to hit TAB, then ENTER to break out of the IBC. keyup is used because IE6 does not understand keydown or keypress based on my testing. */ document.body.onkeyup = function(evt) { evt = (evt) ? evt : event; var charCode = (evt.charCode) ? evt.charCode : ((evt.which) ? evt.which : evt.keyCode); /* 5 - Horizontal tab (EBCDIC) - http://en.wikipedia.org/wiki/EBCDIC 9 - Horizontal tab 11 - Vertical tab */ if ( (charCode === 9) || (charCode === 5) || (charCode === 11) ) { dummyLink.focus(); } else { return true; } // Garbage collector delete charCode; }.bindAsEventListener({dummyLink:dummyLink}); // Get over IE6 hurdles with onkeypress events (IE6 is buggy with these): document.body.onkeydown = document.body.onkeyup; document.body.onkeypress = document.body.onkeyup; /* For some reason, in IE6, even after implementing all of the above code to prevent tabs, you are still able to tab over the very first link if you hit tab twice. We will alter the first link's href to do nothing: */ var firstAnchor = document.getElementsByTagName('A')[0]; if (firstAnchor !== null) { firstAnchor.href = '#'; firstAnchor.onclick = function() { return false; }; } } // Cleanup delete content; } // END CODE var netRequest = new Figment.Net.Request(); var i, parameter; var str = ''; for( i=0; i < this.options.params.length; i++ ) { parameter = this.options.params[i].split('='); netRequest.addParameter(parameter[0], parameter[1]); } // Add flag to prevent page render // Calls processed before an async call should send: // process = true; // pageRender = false; netRequest.addParameter('process',true); netRequest.addParameter('pageRender',false); netRequest.getOptions().setUseCallbacks(true); var me = this; // Save context for callbacks netRequest.setCompleteCallBack( function fnCallback(netRequest) { me.mwCallBack.call(me, netRequest); } ); netRequest.setFailedCallBack( function fnCallback(netRequest) { me.mwFailedCallBack.call(me, netRequest); } ); netRequest.getOptions().setMethod('post'); // Send the request to the server netRequest.send(this.options.ajaxProcessor); /*netRequest.send('http://content-loc.disney.go.com/ibcwdw_v0101/en_US/_framework/componenets/processEngine');*/ delete netRequest; delete i; delete parameter; delete me; return false; }, addParameter: function(name, value) { this.options.params.push(name + "=" + value); }, addParametersFromForm: function(form) { this.formSubmitted = form; var formFields = Figment.Form.getAllSelectedFields(form); var i,formField; // Add all the currently selected form field values that are in this // form being submitted for( i=0; i < formFields.length; i++ ) { formField = formFields[i]; if(formField.nodeName.toLowerCase() == 'select' && formField.options && formField.selectedIndex !== -1) { this.addParameter(formField.name,formField.options[formField.selectedIndex].value); } else { this.addParameter(formField.name,formField.value); } } delete formField; delete formFields; delete form; }, mwCallBack: function(netRequest) { var response; try { if( netRequest.wasSuccessful() ) { // Attempt to get XML from the response response = netRequest.getResponseXML(); // If request is IN_PROGRESS, start polling if( Disney.WDPRO.IBC.UI.DynamicPleaseWait.isRequestAsync(response) ) { // Begin polling every so often var me = this; // Save context for callbacks this.intervalID = window.setInterval(function fnCallback() { me.pollMW.call(me); }, this.options.pollIncrement); // Set a timeout in case something goes wrong this.timeoutID = window.setTimeout("this.options.callbacks.complete(null,true)", this.options.timeout); } // If request died, throw an error else if( Disney.WDPRO.IBC.UI.DynamicPleaseWait.isRequestFailed(response) ) { this.options.callbacks.error(); } else { this.cleanup(response); this.options.callbacks.complete(response); } } else { this.options.callbacks.error(); } } catch( error ) { // alert('ERROR: ' + error.name + '\n' + error.message); this.options.callbacks.error(); } // Clean up after ourselves delete me; delete response; delete netRequest; }, mwFailedCallBack: function(netRequest) { this.failedPosts++; if(this.failedPosts < Disney.WDPRO.IBC.UI.DynamicPleaseWait.MAX_POST_FAILURES && netRequest.response.status == 400){ netRequest.addParameter('postRetryCount',this.failedPosts); netRequest.send(this.options.ajaxProcessor); /*netRequest.send('http://content-loc.disney.go.com/ibcwdw_v0102/en_US/_framework/componenets/processEngine');*/ } else { window.location = Figment.getWebRoot() + 'en_US/_framework/components/processEngine' + '?name=System_Error_500_Page&pageRender=true'; } }, pollFailedCallBack: function(netRequest) { this.failedPolls++; if(this.failedPolls < Disney.WDPRO.IBC.UI.DynamicPleaseWait.MAX_POLL_FAILURES){ netRequest.addParameter('pollRetryCount',this.failedPolls); netRequest.send(this.options.statusProcessor); /*netRequest.send('http://content-loc.disney.go.com/ibcwdw_v0102/en_US/_framework/componenets/processEngine');*/ } else { window.location = Figment.getWebRoot() + 'en_US/_framework/components/processEngine' + '?name=System_Error_500_Page&pageRender=true'; } }, pollCallBack: function(netRequest) { this.failedPolls = 0; var response; var bResult = false; if( netRequest!==null ) { this.counter2 += 1; //window.status = 'Poll Request: #' + this.counter1 + ';Poll Response: #' + this.counter2; if( netRequest.wasSuccessful() ) { // Attempt to get XML from the response response = netRequest.getResponseXML(); if( response === null ) { this.options.callbacks.error(); } bResult = Disney.WDPRO.IBC.UI.DynamicPleaseWait.isRequestFinished(response); } else { this.options.callbacks.error(); } // Did the async call complete? if( bResult ) { this.cleanup(response); this.options.callbacks.complete(response); } } // Clean up after ourselves delete response; delete netRequest; }, pollMW: function() { var netRequest = new Figment.Net.Request(); var bResult = false; var me = this; // Save context for callbacks if(this.counter1 == 1 || this.counter1 == this.counter2){ this.counter1 += 1; netRequest.getOptions().setUseCallbacks(true); netRequest.setCompleteCallBack( function fnCallback(netRequest) { me.pollCallBack.call(me, netRequest); } ); netRequest.setFailedCallBack( function fnCallback(netRequest) { me.pollFailedCallBack.call(me, netRequest); } ); //window.status = 'Poll Request: #' + this.counter1 + ';Poll Response: #' + this.counter2; netRequest.getOptions().setMethod('get'); // Send the request to the server netRequest.send(this.options.statusProcessor); /*netRequest.send('http://content-loc.disney.go.com/ibcwdw_v0102/en_US/_framework/componenets/processEngine');*/ } }, /* Method: cleanup Stop polling and remove interface blocking overlay. */ cleanup: function(response) { // Clear out the interval if( this.intervalID !== null ) { window.clearInterval(this.intervalID); } // Clear out the timeout if( this.timeoutID !== null ) { window.clearTimeout(this.timeoutID); } // Cleanup for when new page not rendering if( this.formSubmitted === null ) { /* // Hide please wait text if( Figment.DOM.hasClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE) ){ Figment.DOM.replaceClassName(this.options.pleaseWaitLayer,Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_OPENED_STATE, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE); }else{ Figment.DOM.addClassName(this.options.pleaseWaitLayer, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_CLOSED_STATE); } */ //TODO: get rid of brute-force display ?? if( this.options.pleaseWaitLayer !== null ) { this.options.pleaseWaitLayer.style.display = 'none'; } // Hide overlay this.options.overlay.turnOff(); } else { this.setFormActionFromResponse(response); } delete this.timeoutID; delete this.intervalID; }, // Change the form action to reflect what the response said the form should post to setFormActionFromResponse: function(response) { if(typeof(response) !== 'undefined') { var xmlNextPage = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getFirstNodeByTagName(response, "NextPage"); if(xmlNextPage !== "" && xmlNextPage !== undefined) { var strFormAction = xmlNextPage.getAttribute("url"); if(strFormAction !== null) { this.formSubmitted.action = strFormAction; } delete strFormAction; } delete xmlNextPage; } }, onComplete: function(response,timeout) { var form = this.formSubmitted; var redirect = false; //check when we need to do a redirect vs a submit if (this.rememberButtonClicked) { redirect = Figment.DOM.hasClassName(this.rememberButtonClicked, Disney.WDPRO.IBC.UI.DynamicPleaseWait.CLASSNAME_REDIRECT_AFTER_ASYNC); } if(redirect === true){ window.location.href = Disney.WDPRO.IBC.UI.DynamicPleaseWait.PROCESS_ENGINE_LOCATION+"?process=false"; }else if( form !== null ) { // Redirect the user to the process engine again (but not as an // AJAX call) - just a page refresh // Calls processed after an async call should send: // process = false; // pageRender = true; /* Checks for cases where user simply needs a page refresh without resubmitting. * This was introduced with the shopperLightReg project where the login/registration page needed * to redirect to process engine but NOT submit as the secured information would be posted to a * non-secure page if a submit was done. */ var hiddenInput = Disney.WDPRO.IBC.UI.DynamicPleaseWait.createElement('input','process'); hiddenInput.type = 'hidden'; hiddenInput.value = 'false'; form.appendChild(hiddenInput); if(typeof timeout !== "undefined") { hiddenInput = Disney.WDPRO.IBC.UI.DynamicPleaseWait.createElement('input','timeout'); hiddenInput.type = 'hidden'; hiddenInput.value = 'true'; form.appendChild(hiddenInput); } hiddenInput = Disney.WDPRO.IBC.UI.DynamicPleaseWait.createElement('input','pageRender'); hiddenInput.type = 'hidden'; hiddenInput.value = 'true'; form.appendChild(hiddenInput); if( this.rememberButtonClicked !== null ) { hiddenInput = Disney.WDPRO.IBC.UI.DynamicPleaseWait.createElement('input',this.rememberButtonClicked.name); hiddenInput.type = 'hidden'; hiddenInput.value = this.rememberButtonClicked.value; form.appendChild(hiddenInput); } form.submit(); } else { alert('Form not found!'); this.options.callbacks.error(); } // Clean up after ourselves delete form; delete this.formSubmitted; delete hiddenInput; }, /* Load error page */ onError: function() { //add back scrollbar action YAHOO.util.Dom.setStyle(document.body, 'overflow' , 'visible' ); //IE specific call YAHOO.util.Dom.setStyle(document.documentElement, 'overflow' , 'visible' ); //remove event listener to disable keystrokes YAHOO.util.Event.removeListener(document, "keydown", Disney.WDPRO.IBC.UI.DynamicPleaseWait.disableClick); window.location.href = this.options.errorProcessor + '?name=System_Error_500_Page&pageRender=true'; }, /** * Override the default toString() to return a nicer output of this class. * @return {String} */ toString: function() { var str = ""; var param = null; for( param in this ) { if( (typeof this[param]).toLowerCase() !== 'function' ) { if( str.length > 0 ) { str += ', '; } str += param + "=" + this[param]; } } return ('{' + str + '}'); } }; /** * Holds the options for the DynamicPleaseWait class. This includes timeout, poll * increment, message layer, onComplete method, and onError method. * * @constructor * @version 1.0.0 * @member Disney.WDPRO.IBC.UI.DynamicPleaseWait.Options */ Disney.WDPRO.IBC.UI.DynamicPleaseWait.Options = Figment.Class(); Disney.WDPRO.IBC.UI.DynamicPleaseWait.Options.prototype = { /** * Initializes the class with default values. * @private */ initialize: function() { this.pollIncrement = Disney.WDPRO.IBC.UI.DynamicPleaseWait.POLL_INCREMENT_IN_MILLISECONDS; this.timeout = Disney.WDPRO.IBC.UI.DynamicPleaseWait.TIMEOUT_IN_MILLISECONDS; this.ajaxProcessor = Disney.WDPRO.IBC.UI.DynamicPleaseWait.PROCESS_ENGINE_LOCATION; this.errorProcessor = Disney.WDPRO.IBC.UI.DynamicPleaseWait.PROCESS_ENGINE_LOCATION; this.statusProcessor = Disney.WDPRO.IBC.UI.DynamicPleaseWait.PROCESS_STATUS_REPORT_LOCATION; this.overlay = new Disney.WDPRO.UI.InterfaceBlocking(); this.pleaseWaitLayer = document.getElementById(Disney.WDPRO.IBC.UI.DynamicPleaseWait.ID_WAITING_LAYER); //TODO: asyncModuleName is not submitted as the module name.....how is it really used? What should it be called? this.asyncModuleName = Disney.WDPRO.IBC.UI.DynamicPleaseWait.getAsyncModuleName(); this.params = []; this.callbacks = { error: Figment.EmptyFunction(), complete: Figment.EmptyFunction() }; }, /** * Override the default toString() to return a nicer output of this class. * @return {String} */ toString: function() { var str = ""; var param = null; for( param in this ) { if( (typeof this[param]).toLowerCase() !== 'function' ) { if( str.length > 0 ) { str += ', '; } str += param + "=" + this[param]; } } return ('{' + str + '}'); } }; /** * EventBus is designed to be a global event provider. * * This is a global instance of YAHOO.util.EventProvider. Please see the * documentation of EventProvider first. * * Simply subscribe and fire events. Firing an event will autocreate an event * for you. If you want customized event creation, just use the createEvent * function first * * @module eventbus * @title EventBus * @extends YAHOO.util.EventProvider * @namespace YAHOO.Disney.WDPRO.util * @requires YAHOO.lang * @requires YAHOO.util.EventProvider */ YAHOO.namespace("Disney.WDPRO.util.EventBus"); YAHOO.Disney.WDPRO.util.EventBus = (function() {//{{{ var ep = new YAHOO.util.EventProvider(), eb = {}; // eb gets augmented with ep so that we can override stuff in eb YAHOO.lang.augmentObject(eb, ep); /** * Fire a custom event by name. The callback functions will be executed * from the scope specified when the event was created, and with the * following parameters: *

    *
  • The first argument fire() was executed with
    • *
  • The custom object (if any) that was passed into the subscribe() * method
    • *
* If an event was not created, then this will auto-create an event for you * * @method fireEvent * @param p_type {string} the type, or name of the event * @param arguments {Object*} an arbitrary set of parameters to pass to * the handler. * @return {boolean} the return value from CustomEvent.fire */ eb.fireEvent = function() { // Check to see if event exists, if not, create it if (!this.hasEvent(arguments[0])) { this.createEvent(arguments[0]); } // Call our "super" return ep.fireEvent.apply(this, arguments); }; /** * Alias of fireEvent * * @method on */ eb.on = eb.subscribe; return eb; })();//}}}