a:76:{s:9:"#provides";s:24:"dojox.data.jsonPathStore";s:9:"#resource";s:21:"data/jsonPathStore.js";s:9:"#requires";a:4:{i:0;a:2:{i:0;s:6:"common";i:1;s:14:"dojox.jsonPath";}i:1;a:3:{i:0;s:6:"common";i:1;s:9:"dojo.date";i:2;s:4:"dojo";}i:2;a:3:{i:0;s:6:"common";i:1;s:16:"dojo.date.locale";i:2;s:4:"dojo";}i:3;a:3:{i:0;s:6:"common";i:1;s:15:"dojo.date.stamp";i:2;s:4:"dojo";}}s:24:"dojox.data.jsonPathStore";a:6:{s:4:"type";s:8:"Function";s:6:"chains";a:2:{s:9:"prototype";a:1:{i:0;s:343:"//              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null";}s:4:"call";a:1:{i:0;s:343:"//              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null";}}s:10:"parameters";a:1:{s:7:"options";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:5271:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}";s:7:"summary";s:0:"";s:9:"classlike";b:1;}s:29:"dojox.data.jsonPathStore.mode";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:34:"dojox.data.jsonPathStore.metaLabel";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:43:"dojox.data.jsonPathStore.hideMetaAttributes";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:37:"dojox.data.jsonPathStore.autoIdPrefix";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:37:"dojox.data.jsonPathStore.autoIdentity";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore.idAttribute";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore.indexOnLoad";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:39:"dojox.data.jsonPathStore.labelAttribute";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:28:"dojox.data.jsonPathStore.url";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:38:"dojox.data.jsonPathStore._replaceRegex";a:3:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:33:"dojox.data.jsonPathStore.noRevert";a:2:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:34:"dojox.data.jsonPathStore._loadData";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"data";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:298:"			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);";s:7:"summary";s:50:"load data into the store. Index it if appropriate.";s:7:"private";b:1;}s:35:"dojox.data.jsonPathStore.onLoadData";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"data";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:5983:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	";s:7:"summary";s:0:"";}s:32:"dojox.data.jsonPathStore.setData";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"data";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:24:"			this._loadData(data);";s:7:"summary";s:108:"set the stores' data to the supplied object and then
load and/or setup that data with the required meta info";}s:35:"dojox.data.jsonPathStore.buildIndex";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"path";a:2:{s:4:"type";s:6:"string";s:7:"summary";s:68:"*/
jsonPath Query for the starting point of this index construction.";}s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:1276:"			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}";s:7:"summary";s:236:"parse the object structure, and turn any objects into
jsonPathStore items. Basically this just does a recursive
series of fetches which itself already examines any items
as they are retrieved and setups up the required meta information.";}s:42:"dojox.data.jsonPathStore._correctReference";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:190:"			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	";s:7:"summary";s:222:"make sure we have an reference to the item in the store
and not a clone. Takes an item, matches it to the corresponding
item in the store and if it is the same, returns itself, otherwise
it returns the item from the store.";s:7:"private";b:1;}s:33:"dojox.data.jsonPathStore.getValue";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}s:8:"property";a:2:{s:4:"type";s:6:"string";s:7:"summary";s:32:"*/
property to look up value for";}}s:6:"source";s:65:"			item = this._correctReference(item);
			return item[property];";s:7:"summary";s:38:"Gets the value of an item's 'property'";}s:34:"dojox.data.jsonPathStore.getValues";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}s:8:"property";a:2:{s:4:"type";s:6:"string";s:7:"summary";s:32:"*/
property to look up value for";}}s:6:"source";s:115:"			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];";s:7:"summary";s:163:"Gets the value of an item's 'property' and returns
it.  If this value is an array it is just returned,
if not, the value is added to an array and that is returned.";}s:38:"dojox.data.jsonPathStore.getAttributes";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}}s:6:"source";s:184:"			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;";s:7:"summary";s:194:"Gets the available attributes of an item's 'property' and returns
it as an array. If the store has 'hideMetaAttributes' set to true
the attributed identified by 'metaLabel' will not be included.";}s:37:"dojox.data.jsonPathStore.hasAttribute";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}s:9:"attribute";a:2:{s:4:"type";s:6:"string";s:7:"summary";s:2:"*/";}}s:6:"source";s:97:"			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	";s:7:"summary";s:35:"Checks to see if item has attribute";}s:38:"dojox.data.jsonPathStore.containsValue";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:3:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}s:9:"attribute";a:2:{s:4:"type";s:6:"string";s:7:"summary";s:2:"*/";}s:5:"value";a:2:{s:4:"type";s:8:"anything";s:7:"summary";s:2:"*/";}}s:6:"source";s:257:"			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	";s:7:"summary";s:50:"Checks to see if 'item' has 'value' at 'attribute'";}s:40:"dojox.data.jsonPathStore._shallowCompare";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:1:"a";a:1:{s:4:"type";s:0:"";}s:1:"b";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:11656:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;";s:7:"private";b:1;s:7:"summary";s:0:"";}s:31:"dojox.data.jsonPathStore.isItem";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:26:"*/
attribute: /* string */";}}s:6:"source";s:154:"			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;";s:7:"summary";s:167:"Checks to see if a passed 'item'
is really a jsonPathStore item.  Currently
it only verifies structure.  It does not verify
that it belongs to this store at this time.";}s:37:"dojox.data.jsonPathStore.isItemLoaded";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:2:"*/";}}s:6:"source";s:68:"			item = this._correctReference(item);
			return this.isItem(item);";s:7:"summary";s:19:"returns isItem() :)";}s:33:"dojox.data.jsonPathStore.loadItem";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:15:"			return true;";s:7:"summary";s:52:"returns true. Future implementatins might alter this";}s:36:"dojox.data.jsonPathStore._updateMeta";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:1:{s:4:"type";s:0:"";}s:5:"props";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:132:"			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;";s:7:"summary";s:156:"verifies that 'item' has a meta object attached
and if not it creates it by setting it to 'props'
if the meta attribute already exists, mix 'props'
into it.";s:7:"private";b:1;}s:34:"dojox.data.jsonPathStore.cleanMeta";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"data";a:1:{s:4:"type";s:0:"";}s:7:"options";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:13575:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}";s:7:"summary";s:0:"";}s:30:"dojox.data.jsonPathStore.fetch";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"args";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:17657:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;";s:7:"summary";s:0:"";}s:29:"dojox.data.jsonPathStore.dump";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:7:"options";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:666:"			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}";s:7:"summary";s:922:"exports the store data set. Takes an options
object with a number of parameters

data: /* object */
Defaults to the root of the store.
The data to be exported.

clone: /* boolean */
clone the data set before returning it
or modifying it for export

cleanMeta: /* boolean */
clean the meta data off of the data. Note
that this will happen to the actual
store data if !clone. If you want
to continue using the store after
this operation, it is probably better to export
it as a clone if you want it cleaned.

suppressExportMeta: /* boolean */
By default, when data is exported from the store
some information, such as as a timestamp, is
added to the root of exported data.  This
prevents that from happening.  It is mainly used
for making tests easier.

type: &quot;raw&quot; || &quot;json&quot;
Defaults to 'json'. 'json' will convert the data into
json before returning it. 'raw' will just return a
reference to the object";}s:36:"dojox.data.jsonPathStore.getFeatures";a:4:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:6:"source";s:157:"			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}";s:7:"summary";s:28:"return the store feature set";}s:33:"dojox.data.jsonPathStore.getLabel";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:20654:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();";s:7:"summary";s:0:"";}s:43:"dojox.data.jsonPathStore.getLabelAttributes";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:130:"			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];";s:7:"summary";s:75:"returns an array of attributes that are used to create the label of an item";}s:29:"dojox.data.jsonPathStore.sort";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:1:"a";a:1:{s:4:"type";s:0:"";}s:1:"b";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:52:"			console.log("TODO::implement default sort algo");";s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore.getIdentity";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:21276:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");";s:7:"summary";s:0:"";}s:46:"dojox.data.jsonPathStore.getIdentityAttributes";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:29:"			return [this.idAttribute];";s:7:"summary";s:109:"returns the attributes which are used to make up the
identity of an item.  Basically returns this.idAttribute";}s:44:"dojox.data.jsonPathStore.fetchItemByIdentity";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"args";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:720:"			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;";s:7:"summary";s:578:"fetch an item by its identity. This store also provides
a much more finger friendly alias, 'byId' which does the
same thing as this function.  If provided a string
this call will be treated as a SYNC request and will
return the identified item immediatly.  Alternatively it
takes a object as a set of keywordArgs:

identity: /* string */
the id of the item you want to retrieve

mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
overrides the default store fetch mode

onItem: /* function */
Result call back.  Passed the fetched item.

onError: /* function */
error callback.";}s:38:"dojox.data.jsonPathStore._makeItAnItem";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"data";a:1:{s:4:"type";s:0:"";}s:5:"pInfo";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:24467:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;";s:7:"private";b:1;s:7:"summary";s:0:"";}s:32:"dojox.data.jsonPathStore.newItem";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"data";a:2:{s:4:"type";s:6:"object";s:7:"summary";s:211:"*/
The data to be added in as an item.  This could be a
new javascript object, or it could be an item that
already exists in the store.  If it already exists in the
store, then this will be added as a reference.";}s:7:"options";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:26328:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;";s:7:"summary";s:93:"adds a new item to the store at the specified point.
Takes two parameters, data, and options.";}s:38:"dojox.data.jsonPathStore._addReference";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:1:{s:4:"type";s:0:"";}s:5:"pInfo";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:26914:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				";s:7:"private";b:1;s:7:"summary";s:0:"";}s:35:"dojox.data.jsonPathStore.deleteItem";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:28580:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}";s:7:"summary";s:0:"";}s:34:"dojox.data.jsonPathStore._setDirty";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:29308:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});";s:7:"private";b:1;s:7:"summary";s:0:"";}s:33:"dojox.data.jsonPathStore.setValue";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:3:{s:4:"item";a:1:{s:4:"type";s:0:"";}s:9:"attribute";a:1:{s:4:"type";s:0:"";}s:5:"value";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:175:"			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);";s:7:"summary";s:37:"sets 'attribute' on 'item' to 'value'";}s:34:"dojox.data.jsonPathStore.setValues";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:3:{s:4:"item";a:1:{s:4:"type";s:0:"";}s:9:"attribute";a:1:{s:4:"type";s:0:"";}s:6:"values";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:281:"			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);";s:7:"summary";s:61:"sets 'attribute' on 'item' to 'value' value
must be an array.";}s:39:"dojox.data.jsonPathStore.unsetAttribute";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:4:"item";a:1:{s:4:"type";s:0:"";}s:9:"attribute";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:161:"			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);";s:7:"summary";s:28:"unsets 'attribute' on 'item'";}s:29:"dojox.data.jsonPathStore.save";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:6:"kwArgs";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:391:"			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);";s:7:"summary";s:469:"Takes an optional set of keyword Args with
some save options.  Currently only format with options
being &quot;raw&quot; or &quot;json&quot;.  This function goes through
the dirty item lists, clones and trims the item down so that
the items children are not part of the data (the children are replaced
with reference objects). This data is compiled into a single array, the dirty objects
are all marked as clean, and the new data is then passed on to the onSave handler.";}s:35:"dojox.data.jsonPathStore._markClean";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:31471:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	";s:7:"private";b:1;s:7:"summary";s:0:"";}s:31:"dojox.data.jsonPathStore.revert";a:4:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:6:"source";s:31720:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();";s:7:"summary";s:0:"";}s:31:"dojox.data.jsonPathStore._mixin";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:6:"target";a:1:{s:4:"type";s:0:"";}s:4:"data";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:1194:"			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}";s:7:"summary";s:85:"specialized mixin that hooks up objects in the store where references are identified.";s:7:"private";b:1;}s:32:"dojox.data.jsonPathStore.isDirty";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:33279:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();
		},


		_mixin: function(target, data){
			// summary:
			//	specialized mixin that hooks up objects in the store where references are identified.
			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}
		},


		isDirty: function(item){
			// summary
			//	returns true if the item is marked as dirty.


			item = this._correctReference(item);
			return item && item[this.metaLabel] && item[this.metaLabel]["isDirty"];";s:7:"summary";s:0:"";}s:41:"dojox.data.jsonPathStore._createReference";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:33572:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();
		},


		_mixin: function(target, data){
			// summary:
			//	specialized mixin that hooks up objects in the store where references are identified.
			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}
		},


		isDirty: function(item){
			// summary
			//	returns true if the item is marked as dirty.


			item = this._correctReference(item);
			return item && item[this.metaLabel] && item[this.metaLabel]["isDirty"];
		},


		_createReference: function(item){
			// summary
			// 	Create a small reference object that can be used to replace
			//	child objects during a trim


			var obj={};
			obj[this.metaLabel]={
				type:'reference'
			};


			obj[this.idAttribute]=item[this.idAttribute];
			return obj;";s:7:"private";b:1;s:7:"summary";s:0:"";}s:34:"dojox.data.jsonPathStore._trimItem";a:6:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:4:"item";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:1137:"			var copy;
			if (dojo.isArray(item)){
				copy = [];
				for (var i=0; i<item.length;i++){
					if (dojo.isArray(item[i])){
						copy.push(this._trimItem(item[i]))
					}else if (dojo.isObject(item[i])){
						if (item[i]["getFullYear"]){
							copy.push(dojo.date.stamp.toISOString(item[i]));
						}else if (item[i][this.idAttribute]){
							copy.push(this._createReference(item[i]));
						}else{
							copy.push(this._trimItem(item[i]));	
						}
					} else {
						copy.push(item[i]);	
					}
				}
				return copy;
			} 


			if (dojo.isObject(item)){
				copy = {};


				for (var attr in item){
					if (!item[attr]){ copy[attr]=undefined;continue;}
					if (dojo.isArray(item[attr])){
						copy[attr] = this._trimItem(item[attr]);
					}else if (dojo.isObject(item[attr])){
						if (item[attr]["getFullYear"]){
							copy[attr] =  dojo.date.stamp.toISOString(item[attr]);
						}else if(item[attr][this.idAttribute]){
							copy[attr]=this._createReference(item[attr]);
						} else {
							copy[attr]=this._trimItem(item[attr]);
						}
					} else {
						copy[attr]=item[attr];
					}
				}
				return copy;
			}";s:7:"summary";s:105:"copy an item recursively stoppying at other items that have id's
and replace them with a refrence object;";s:7:"private";b:1;}s:30:"dojox.data.jsonPathStore.onSet";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:4:{s:4:"item";a:1:{s:4:"type";s:4:"item";}s:9:"attribute";a:1:{s:4:"type";s:21:"attribute-name-string";}s:8:"oldValue";a:1:{s:4:"type";s:14:"object | array";}s:8:"newValue";a:1:{s:4:"type";s:14:"object | array";}}s:6:"source";s:35278:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();
		},


		_mixin: function(target, data){
			// summary:
			//	specialized mixin that hooks up objects in the store where references are identified.
			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}
		},


		isDirty: function(item){
			// summary
			//	returns true if the item is marked as dirty.


			item = this._correctReference(item);
			return item && item[this.metaLabel] && item[this.metaLabel]["isDirty"];
		},


		_createReference: function(item){
			// summary
			// 	Create a small reference object that can be used to replace
			//	child objects during a trim


			var obj={};
			obj[this.metaLabel]={
				type:'reference'
			};


			obj[this.idAttribute]=item[this.idAttribute];
			return obj;
		},


		_trimItem: function(item){
			//summary:
			// 	copy an item recursively stoppying at other items that have id's
			//	and replace them with a refrence object;
			var copy;
			if (dojo.isArray(item)){
				copy = [];
				for (var i=0; i<item.length;i++){
					if (dojo.isArray(item[i])){
						copy.push(this._trimItem(item[i]))
					}else if (dojo.isObject(item[i])){
						if (item[i]["getFullYear"]){
							copy.push(dojo.date.stamp.toISOString(item[i]));
						}else if (item[i][this.idAttribute]){
							copy.push(this._createReference(item[i]));
						}else{
							copy.push(this._trimItem(item[i]));	
						}
					} else {
						copy.push(item[i]);	
					}
				}
				return copy;
			} 


			if (dojo.isObject(item)){
				copy = {};


				for (var attr in item){
					if (!item[attr]){ copy[attr]=undefined;continue;}
					if (dojo.isArray(item[attr])){
						copy[attr] = this._trimItem(item[attr]);
					}else if (dojo.isObject(item[attr])){
						if (item[attr]["getFullYear"]){
							copy[attr] =  dojo.date.stamp.toISOString(item[attr]);
						}else if(item[attr][this.idAttribute]){
							copy[attr]=this._createReference(item[attr]);
						} else {
							copy[attr]=this._trimItem(item[attr]);
						}
					} else {
						copy[attr]=item[attr];
					}
				}
				return copy;
			}
		},


		/* dojo.data.api.Notification */
		onSet: function(/* item */ item,
		                /*attribute-name-string*/ attribute,
		                /*object | array*/ oldValue,
		                /*object | array*/ newValue){
			// summary: See dojo.data.api.Notification.onSet()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. ";s:7:"summary";s:0:"";}s:30:"dojox.data.jsonPathStore.onNew";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:2:{s:7:"newItem";a:1:{s:4:"type";s:4:"item";}s:10:"parentInfo";a:2:{s:8:"optional";b:1;s:4:"type";s:6:"object";}}s:6:"source";s:35521:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();
		},


		_mixin: function(target, data){
			// summary:
			//	specialized mixin that hooks up objects in the store where references are identified.
			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}
		},


		isDirty: function(item){
			// summary
			//	returns true if the item is marked as dirty.


			item = this._correctReference(item);
			return item && item[this.metaLabel] && item[this.metaLabel]["isDirty"];
		},


		_createReference: function(item){
			// summary
			// 	Create a small reference object that can be used to replace
			//	child objects during a trim


			var obj={};
			obj[this.metaLabel]={
				type:'reference'
			};


			obj[this.idAttribute]=item[this.idAttribute];
			return obj;
		},


		_trimItem: function(item){
			//summary:
			// 	copy an item recursively stoppying at other items that have id's
			//	and replace them with a refrence object;
			var copy;
			if (dojo.isArray(item)){
				copy = [];
				for (var i=0; i<item.length;i++){
					if (dojo.isArray(item[i])){
						copy.push(this._trimItem(item[i]))
					}else if (dojo.isObject(item[i])){
						if (item[i]["getFullYear"]){
							copy.push(dojo.date.stamp.toISOString(item[i]));
						}else if (item[i][this.idAttribute]){
							copy.push(this._createReference(item[i]));
						}else{
							copy.push(this._trimItem(item[i]));	
						}
					} else {
						copy.push(item[i]);	
					}
				}
				return copy;
			} 


			if (dojo.isObject(item)){
				copy = {};


				for (var attr in item){
					if (!item[attr]){ copy[attr]=undefined;continue;}
					if (dojo.isArray(item[attr])){
						copy[attr] = this._trimItem(item[attr]);
					}else if (dojo.isObject(item[attr])){
						if (item[attr]["getFullYear"]){
							copy[attr] =  dojo.date.stamp.toISOString(item[attr]);
						}else if(item[attr][this.idAttribute]){
							copy[attr]=this._createReference(item[attr]);
						} else {
							copy[attr]=this._trimItem(item[attr]);
						}
					} else {
						copy[attr]=item[attr];
					}
				}
				return copy;
			}
		},


		/* dojo.data.api.Notification */
		onSet: function(/* item */ item,
		                /*attribute-name-string*/ attribute,
		                /*object | array*/ oldValue,
		                /*object | array*/ newValue){
			// summary: See dojo.data.api.Notification.onSet()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. 
		},

	
		onNew: function(/* item */ newItem, /*object?*/ parentInfo){
			// summary: See dojo.data.api.Notification.onNew()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. ";s:7:"summary";s:0:"";}s:33:"dojox.data.jsonPathStore.onDelete";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:11:"deletedItem";a:1:{s:4:"type";s:4:"item";}}s:6:"source";s:35749:"dojo.provide("dojox.data.jsonPathStore");
dojo.require("dojox.jsonPath");
dojo.require("dojo.date");
dojo.require("dojo.date.locale");
dojo.require("dojo.date.stamp");


dojox.data.ASYNC_MODE = 0;
dojox.data.SYNC_MODE = 1;


dojo.declare("dojox.data.jsonPathStore",
        //      summary:
        //              The jsonPathStore implements dojo.data.read, write, notify, and identity api's.  It is a local (in memory) store
	//		and can take a javascript object with any arbitrary format and attach to it to provide a dojo.data interface to that object
	//		data.  It uses jsonPath as the query language to search agains this store.
	null,
	{
		mode: dojox.data.ASYNC_MODE,
		metaLabel: "_meta",
		hideMetaAttributes: false,
		autoIdPrefix: "_auto_",
		autoIdentity: true,
		idAttribute: "_id",
		indexOnLoad: true,
		labelAttribute: "",
		url: "",
		_replaceRegex: /\'\]/gi,
		noRevert : false,

		
		constructor: function(options){
			//summary:
			//	jsonPathStore constructor, instantiate a new jsonPathStore 
			//
			//	Takes a single optional parameter in the form of a Javascript object
			//	containing one or more of the following properties. 
			//
			//	data: /*JSON String*/ || /* Javascript Object */, 
			//		JSON String or Javascript object this store will control
			//		JSON is converted into an object, and an object passed to
			//		the store will be used directly.  If no data and no url
			//		is provide, an empty object, {}, will be used as the initial
			//		store.
			//
			//	url: /* string url */ 	
			//		Load data from this url in JSON format and use the Object
			//		created from the data as the data source.
			//
			//	indexOnLoad: /* boolean */ 
			//		Defaults to true, but this may change in the near future.
			//		Parse the data object and set individual objects up as
			//		appropriate.  This will add meta data and assign
			//		id's to objects that dont' have them as defined by the
			//		idAttribute option.  Disabling this option will keep this 
			//		parsing from happening until a query is performed at which
			//		time only the top level of an item has meta info stored.
			//		This might work in some situations, but you will almost
			//		always want to indexOnLoad or use another option which
			//		will create an index.  In the future we will support a 
			//		generated index that maps by jsonPath allowing the
			//		server to take some of this load for larger data sets. 
			//
			//	idAttribute: /* string */
			//		Defaults to '_id'. The name of the attribute that holds an objects id.
			//		This can be a preexisting id provided by the server.  
			//		If an ID isn't already provided when an object
			//		is fetched or added to the store, the autoIdentity system
			//		will generate an id for it and add it to the index. There
			//		are utility routines for exporting data from the store
			//		that can clean any generated IDs before exporting and leave
			//		preexisting id's in tact.
			//
			//	metaLabel: /* string */
			//		Defaults to '_meta' overrides the attribute name that is used by the store
			//		for attaching meta information to an object while
			//		in the store's control.  Defaults to '_meta'. 
			//	
			//	hideMetaAttributes: /* boolean */
			//		Defaults to False.  When enabled, calls to getAttributes() will not 
			//		include the meta attribute.
			//
			//	autoIdPrefix: /*string*/
			//		Defaults to "_auto_".  This string is used as the prefix to any
			//		objects which have a generated id. A numeric index is appended
			//		to this string to complete the ID
			//
			//	mode: dojox.data.ASYNC_MODE || dojox.data.SYNC_MODE
			//		Defaults to ASYNC_MODE.  This option sets the default mode for this store.
			//		Sync calls return their data immediately from the calling function
			//		instead of calling the callback functions.  Functions such as 
			//		fetchItemByIdentity() and fetch() both accept a string parameter in addtion
			//		to the normal keywordArgs parameter.  When passed this option, SYNC_MODE will
			//		automatically be used even when the default mode of the system is ASYNC_MODE.
			//		A normal request to fetch or fetchItemByIdentity (with kwArgs object) can also 
			//		include a mode property to override this setting for that one request.


			//setup a byId alias to the api call	
			this.byId=this.fetchItemByIdentity;


			if (options){
				dojo.mixin(this,options);
			}


			this._dirtyItems=[];
			this._autoId=0;
			this._referenceId=0;
			this._references={};
			this._fetchQueue=[];
			this.index={};


			//regex to identify when we're travelling down metaObject (which we don't want to do) 
			var expr="("+this.metaLabel+"\'\])";
			this.metaRegex = new RegExp(expr);




			//no data or url, start with an empty object for a store
			if (!this.data && !this.url){
				this.setData({});
			}	


			//we have data, but no url, set the store as the data
			if (this.data && !this.url){
				this.setData(this.data);


				//remove the original refernce, we're now using _data from here on out
				delete this.data;
			}


			//given a url, load json data from as the store
			if (this.url){
				dojo.xhrGet({
					url: options.url,
					handleAs: "json",
					load: dojo.hitch(this, "setData"),
					sync: this.mode
				});
			}
		},


		_loadData: function(data){
			// summary:
			//	load data into the store. Index it if appropriate.
			if (this._data){
				delete this._data;
			}


			if (dojo.isString(data)){
				this._data = dojo.fromJson(data);
			}else{
				this._data = data;
			}

			
			if (this.indexOnLoad){
				this.buildIndex();		
			}	


			this._updateMeta(this._data, {path: "$"});


			this.onLoadData(this._data);
		},


		onLoadData: function(data){
			// summary
			//	Called after data has been loaded in the store.  
			//	If any requests happened while the startup is happening
			//	then process them now.


			while (this._fetchQueue.length>0){
				var req = this._fetchQueue.shift();
				this.fetch(req);
			}	


		},


		setData: function(data){
			// summary:
			//	set the stores' data to the supplied object and then 
			//	load and/or setup that data with the required meta info		
			this._loadData(data);
		},


		buildIndex: function(path, item){
			//summary: 
			//	parse the object structure, and turn any objects into
			//	jsonPathStore items. Basically this just does a recursive
			//	series of fetches which itself already examines any items
			//	as they are retrieved and setups up the required meta information. 
			//
			//	path: /* string */
			//		jsonPath Query for the starting point of this index construction.


			if (!this.idAttribute){
				throw new Error("buildIndex requires idAttribute for the store");
			}


			item = item || this._data;
			var origPath = path;
			path = path||"$";
			path += "[*]";
			var data = this.fetch({query: path,mode: dojox.data.SYNC_MODE});
			for(var i=0; i<data.length;i++){
				var parts, attribute;
				if(dojo.isObject(data[i])){
					var newPath = data[i][this.metaLabel]["path"];
					if (origPath){
						//console.log("newPath: ", newPath);
						//console.log("origPath: ", origPath);
						//console.log("path: ", path);
						//console.log("data[i]: ", data[i]);
						parts = origPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						//console.log("attribute: ", attribute);
						//console.log("ParentItem: ", item, attribute);
						if (!dojo.isArray(data[i])){
							this._addReference(data[i], {parent: item, attribute:attribute});
							this.buildIndex(newPath, data[i]);
						}else{
							this.buildIndex(newPath,item);
						}
					}else{
						parts = newPath.split("\[\'");
						attribute = parts[parts.length-1].replace(this._replaceRegex,'');
						this._addReference(data[i], {parent: this._data, attribute:attribute});
						this.buildIndex(newPath, data[i]);
					}
				}
			}
		},


		_correctReference: function(item){
			// summary:
			//	make sure we have an reference to the item in the store
			//	and not a clone. Takes an item, matches it to the corresponding
			//	item in the store and if it is the same, returns itself, otherwise
			//	it returns the item from the store.

		
			if(this.index[item[this.idAttribute]] && (this.index[item[this.idAttribute]][this.metaLabel]===item[this.metaLabel])){
				return this.index[item[this.idAttribute]];
			}
			return item;	
		},


		getValue: function(item, property){
			// summary:
			//	Gets the value of an item's 'property'
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	
			item = this._correctReference(item);
			return item[property];
		},


		getValues: function(item, property){
			// summary:
			//	Gets the value of an item's 'property' and returns
			//	it.  If this value is an array it is just returned,
			//	if not, the value is added to an array and that is returned.
			//
			//	item: /* object */
			//	property: /* string */
			//		property to look up value for	

	
			item = this._correctReference(item);
			return dojo.isArray(item[property]) ? item[property] : [item[property]];
		},


		getAttributes: function(item){
			// summary:
			//	Gets the available attributes of an item's 'property' and returns
			//	it as an array. If the store has 'hideMetaAttributes' set to true
			//	the attributed identified by 'metaLabel' will not be included.
			//
			//	item: /* object */


			item = this._correctReference(item);
			var res = [];
			for (var i in item){
				if (this.hideMetaAttributes && (i==this.metaLabel)){continue;}
				res.push(i);
			}
			return res;
		},


		hasAttribute: function(item,attribute){
			// summary:
			//	Checks to see if item has attribute
			//
			//	item: /* object */
			//	attribute: /* string */

		
			item = this._correctReference(item);
			if (attribute in item){return true;}
			return false;	
		},


		containsValue: function(item, attribute, value){
			// summary:
			//	Checks to see if 'item' has 'value' at 'attribute'
			//
			//	item: /* object */
			//	attribute: /* string */
			//	value: /* anything */
			item = this._correctReference(item);


			if (item[attribute] && item[attribute]==value){return true}
			if (dojo.isObject(item[attribute]) || dojo.isObject(value)){
				if (this._shallowCompare(item[attribute],value)){return true}
			}
			return false;	
		},


		_shallowCompare: function(a, b){
			//summary does a simple/shallow compare of properties on an object
			//to the same named properties on the given item. Returns
			//true if all props match. It will not descend into child objects
			//but it will compare child date objects


			if ((dojo.isObject(a) && !dojo.isObject(b))|| (dojo.isObject(b) && !dojo.isObject(a))) {
				return false;
			}


			if ( a["getFullYear"] || b["getFullYear"] ){
				//confirm that both are dates
				if ( (a["getFullYear"] && !b["getFullYear"]) || (b["getFullYear"] && !a["getFullYear"]) ){
					return false;
				}else{
					if (!dojo.date.compare(a,b)){
						return true;
					}
					return false;
       				}
			}


			for (var i in b){	
				if (dojo.isObject(b[i])){
					if (!a[i] || !dojo.isObject(a[i])){return false}


					if (b[i]["getFullYear"]){
						if(!a[i]["getFullYear"]){return false}
						if (dojo.date.compare(a,b)){return false}	
					}else{
						if (!this._shallowCompare(a[i],b[i])){return false}
					}
				}else{	
					if (!b[i] || (a[i]!=b[i])){return false}
				}
			}


			//make sure there werent props on a that aren't on b, if there aren't, then
			//the previous section will have already evaluated things.


			for (i in a){
				if (!b[i]){return false}
			}

			
			return true;
		},


		isItem: function(item){
			// summary:
			//	Checks to see if a passed 'item'
			//	is really a jsonPathStore item.  Currently
			//	it only verifies structure.  It does not verify
			//	that it belongs to this store at this time.
			//
			//	item: /* object */
			//	attribute: /* string */

		
			if (!dojo.isObject(item) || !item[this.metaLabel]){return false}
			if (this.requireId && this._hasId && !item[this._id]){return false}
			return true;
		},


		isItemLoaded: function(item){
			// summary:
			//	returns isItem() :)
			//
			//	item: /* object */


			item = this._correctReference(item);
			return this.isItem(item);
		},


		loadItem: function(item){
			// summary:
			//	returns true. Future implementatins might alter this 
			return true;
		},


		_updateMeta: function(item, props){
			// summary:
			//	verifies that 'item' has a meta object attached
			//	and if not it creates it by setting it to 'props'
			//	if the meta attribute already exists, mix 'props'
			//	into it.


			if (item && item[this.metaLabel]){
				dojo.mixin(item[this.metaLabel], props);
				return;
			}


			item[this.metaLabel]=props;
		},


		cleanMeta: function(data, options){
			// summary
			//	Recurses through 'data' and removes an
			//	meta information that has been attached. This
			//	function will also removes any id's that were autogenerated
			//	from objects.  It will not touch id's that were not generated


			data = data || this._data;


			if(data[this.metaLabel]){
				if(data[this.metaLabel].autoId){
					delete data[this.idAttribute];
				}
				delete data[this.metaLabel];
			}


			if(dojo.isArray(data)){
				for(var i=0; i<data.length;i++){
					if(dojo.isObject(data[i]) || dojo.isArray(data[i]) ){
						this.cleanMeta(data[i]);
					}
				}
			}else if(dojo.isObject(data)){
				for(i in data){
					if(dojo.isObject(data[i])){
						this.cleanMeta(data[i]);
					}
				}
			}
		}, 


		fetch: function(args){
			//console.log("fetch() ", args);
			// summary
			//	
			//	fetch takes either a string argument or a keywordArgs
			//	object containing the parameters for the search.
			//	If passed a string, fetch will interpret this string
			//	as the query to be performed and will do so in 
			//	SYNC_MODE returning the results immediately.
			//	If an object is supplied as 'args', its options will be 
			// 	parsed and then contained query executed. 
			//
			//	query: /* string or object */
			//		Defaults to "$..*". jsonPath query to be performed 
			//		on data store. **note that since some widgets
			//		expect this to be an object, an object in the form
			//		of {query: '$[*'], queryOptions: "someOptions"} is
			//		acceptable	
			//
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		Override the stores default mode.
			//
			//	queryOptions: /* object */
			//		Options passed on to the underlying jsonPath query
			//		system.
			//
			//	start: /* int */
			//		Starting item in result set
			//
			//	count: /* int */
			//		Maximum number of items to return
			//
			//	sort: /* function */
			//		Not Implemented yet
			//
			//	The following only apply to ASYNC requests (the default)
			//
			//	onBegin: /* function */
			//		called before any results are returned. Parameters
			//		will be the count and the original fetch request
			//	
			//	onItem: /*function*/
			//		called for each returned item.  Parameters will be
			//		the item and the fetch request
			//
			//	onComplete: /* function */
			//		called on completion of the request.  Parameters will	
			//		be the complete result set and the request
			//
			//	onError: /* function */
			//		colled in the event of an error


			// we're not started yet, add this request to a queue and wait till we do	
			if (!this._data){
				this._fetchQueue.push(args);
				return args;
			}	
			if(dojo.isString(args)){
					query = args;
					args={query: query, mode: dojox.data.SYNC_MODE};

					
			}


			var query;
			if (!args || !args.query){
				if (!args){
					var args={};	
				}


				if (!args.query){
					args.query="$..*";
					query=args.query;
				}


			}


			if (dojo.isObject(args.query)){
				if (args.query.query){
					query = args.query.query;
				}else{
					query = args.query = "$..*";
				}
				if (args.query.queryOptions){
					args.queryOptions=args.query.queryOptions
				}
			}else{
				query=args.query;
			}


			if (!args.mode) {args.mode = this.mode;}
			if (!args.queryOptions) {args.queryOptions={};}


			args.queryOptions.resultType='BOTH';
			var results = dojox.jsonPath.query(this._data, query, args.queryOptions);
			var tmp=[];
			var count=0;
			for (var i=0; i<results.length; i++){
				if(args.start && i<args.start){continue;}
				if (args.count && (count >= args.count)) { continue; }


				var item = results[i]["value"];
				var path = results[i]["path"];
				if (!dojo.isObject(item)){continue;}
				if(this.metaRegex.exec(path)){continue;}


				//this automatically records the objects path
				this._updateMeta(item,{path: results[i].path});


				//if autoIdentity and no id, generate one and add it to the item
				if(this.autoIdentity && !item[this.idAttribute]){
					var newId = this.autoIdPrefix + this._autoId++;
					item[this.idAttribute]=newId;
					item[this.metaLabel].autoId=true;
				}


				//add item to the item index if appropriate
				if(item[this.idAttribute]){this.index[item[this.idAttribute]]=item}
				count++;
				tmp.push(item);
			}
			results = tmp;
			var scope = args.scope || dojo.global;


			if ("sort" in args){
				console.log("TODO::add support for sorting in the fetch");
			}	


			if (args.mode==dojox.data.SYNC_MODE){ 
				return results; 
			};


			if (args.onBegin){	
				args["onBegin"].call(scope, results.length, args);
			}


			if (args.onItem){
				for (var i=0; i<results.length;i++){	
					args["onItem"].call(scope, results[i], args);
				}
			}

 
			if (args.onComplete){
				args["onComplete"].call(scope, results, args);
			}


			return args;
		},


		dump: function(options){
			// summary:
			//
			//	exports the store data set. Takes an options
			//	object with a number of parameters
			//
			//	data: /* object */
			//		Defaults to the root of the store.
		 	//		The data to be exported.
			//	
			//	clone: /* boolean */
			//		clone the data set before returning it 
			//		or modifying it for export
			//
			//	cleanMeta: /* boolean */
			//		clean the meta data off of the data. Note
			//		that this will happen to the actual
			//		store data if !clone. If you want
			//		to continue using the store after
			//		this operation, it is probably better to export
			//		it as a clone if you want it cleaned.
			//
			//	suppressExportMeta: /* boolean */
			//		By default, when data is exported from the store
			//		some information, such as as a timestamp, is
			//		added to the root of exported data.  This
			//		prevents that from happening.  It is mainly used
			//		for making tests easier.
			//
			//	type: "raw" || "json"
			//		Defaults to 'json'. 'json' will convert the data into 
			//		json before returning it. 'raw' will just return a
			//		reference to the object	 


			var options = options || {};
			var d = options.data || this._data;

	
			if (!options.suppressExportMeta && options.clone){
				data = dojo.clone(d);
				if (data[this.metaLabel]){
					data[this.metaLabel]["clone"]=true;
				}
			}else{
				var data=d;
			}


			if (!options.suppressExportMeta &&  data[this.metaLabel]){
				data[this.metaLabel]["last_export"]=new Date().toString()
			}


			if(options.cleanMeta){
				this.cleanMeta(data);
			}


			//console.log("Exporting: ", options, dojo.toJson(data));	
			switch(options.type){
				case "raw":
					return data;
				case "json":
				default:
					return dojo.toJson(data, options.pretty || false);
			}
		},	


		getFeatures: function(){
			// summary:
			// 	return the store feature set


			return { 
				"dojo.data.api.Read": true,
				"dojo.data.api.Identity": true,
				"dojo.data.api.Write": true,
				"dojo.data.api.Notification": true
			}
		},


		getLabel: function(item){
			// summary
			//	returns the label for an item. The label
			//	is created by setting the store's labelAttribute 
			//	property with either an attribute name	or an array
			//	of attribute names.  Developers can also
			//	provide the store with a createLabel function which
			//	will do the actaul work of creating the label.  If not
			//	the default will just concatenate any of the identified
			//	attributes together.
			item = this._correctReference(item);
			var label="";


			if (dojo.isFunction(this.createLabel)){
				return this.createLabel(item);
			}


			if (this.labelAttribute){
				if (dojo.isArray(this.labelAttribute))	{
					for(var i=0; i<this.labelAttribute.length; i++){
						if (i>0) { label+=" ";}
						label += item[this.labelAttribute[i]];
					}
					return label;
				}else{
					return item[this.labelAttribute];
				}
			}
			return item.toString();
		},


		getLabelAttributes: function(item){
			// summary:
			//	returns an array of attributes that are used to create the label of an item
			item = this._correctReference(item);
			return dojo.isArray(this.labelAttribute) ? this.labelAttribute : [this.labelAttribute];
		},


		sort: function(a,b){
			console.log("TODO::implement default sort algo");
		},


		//Identity API Support


		getIdentity: function(item){
			// summary
			//	returns the identity of an item or throws
			//	a not found error.


			if (this.isItem(item)){
				return item[this.idAttribute];
			}
			throw new Error("Id not found for item");
		},


		getIdentityAttributes: function(item){
			// summary:
			//	returns the attributes which are used to make up the 
			//	identity of an item.  Basically returns this.idAttribute


			return [this.idAttribute];
		},


		fetchItemByIdentity: function(args){
			// summary: 
			//	fetch an item by its identity. This store also provides
			//	a much more finger friendly alias, 'byId' which does the
			//	same thing as this function.  If provided a string
			//	this call will be treated as a SYNC request and will 
			//	return the identified item immediatly.  Alternatively it
			// 	takes a object as a set of keywordArgs:
			//	
			//	identity: /* string */
			//		the id of the item you want to retrieve
			//	
			//	mode: dojox.data.SYNC_MODE || dojox.data.ASYNC_MODE
			//		overrides the default store fetch mode
			//	
			//	onItem: /* function */
			//		Result call back.  Passed the fetched item.
			//
			//	onError: /* function */
			//		error callback.	
			var id;	
			if (dojo.isString(args)){
				id = args;
				args = {identity: id, mode: dojox.data.SYNC_MODE}
			}else{
				if (args){
					id = args["identity"];		
				}
				if (!args.mode){args.mode = this.mode}	
			}


			if (this.index && (this.index[id] || this.index["identity"])){

				
				if (args.mode==dojox.data.SYNC_MODE){
					return this.index[id];
				}


				if (args.onItem){
					args["onItem"].call(args.scope || dojo.global, this.index[id], args);
				}


				return args;
			}else{
				if (args.mode==dojox.data.SYNC_MODE){
					return false;
				}
			}




			if(args.onError){
				args["onItem"].call(args.scope || dojo.global, new Error("Item Not Found: " + id), args);
			}

			
			return args;
		},


		_makeItAnItem: function(data, pInfo){
			// Summary:
			//	add the meta data to the item and descendants

			
			var meta={};

			
			if(this.idAttribute && !data[this.idAttribute]){
				if(this.requireId){
					throw new Error("requireId is enabled, new items must have an id defined to be added");
				}
				if(this.autoIdentity){
					var newId = this.autoIdPrefix + this._autoId++;
					data[this.idAttribute]=newId;
					meta.autoId=true;
				}
			}


			if(!pInfo && !pInfo.attribute && !this.idAttribute && !data[this.idAttribute]){
				throw new Error("Adding a new item requires, at a minimum, either the pInfo information, including the pInfo.attribute, or an id on the item in the field identified by idAttribute");
			}

			
			if(!pInfo.attribute){
				pInfo.attribute = data[this.idAttribute];
			}

			
			//add this item to the index
			if(data[this.idAttribute]){
				this.index[data[this.idAttribute]]=data;
			}


			this._updateMeta(data, meta)


			//keep track of all references in the store so we can delete them as necessary
			this._addReference(data, {parent: pInfo.item, attribute: pInfo.attribute});


			//mark this new item as dirty
			this._setDirty(data);

			
			//Itemize the children the children if any
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this._makeItAnItem(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}

			
			return data;
		},

		
		//Write API Support
		newItem: function(data, options){
			// summary:
			//	adds a new item to the store at the specified point.
			//	Takes two parameters, data, and options. 
			//
			//	data: /* object */
			//		The data to be added in as an item.  This could be a
			//		new javascript object, or it could be an item that 
			//		already exists in the store.  If it already exists in the 
			//		store, then this will be added as a reference.  
			//
			//	options: /* object */
			//
			//		item: /* item */
			//			reference to an existing store item
			//
			//		attribute: /* string */
			//			attribute to add the item at.  If this is
			//			not provided, the item's id will be used as the
			//			attribute name. If specified attribute is an
			//			array, the new item will be push()d on to the
			//			end of it.
			//		oldValue: /* old value of item[attribute]
			//		newValue: new value item[attribute]


			//default parent to the store root;
			var pInfo ={item:this._data};


			if (options){
				if (options.parent){
					options.item = options.parent;
				}


				dojo.mixin(pInfo, options);
			}


			this._makeItAnItem(data, pInfo);


			pInfo.oldValue = this._trimItem(pInfo.item[pInfo.attribute]);
			this._setDirty(pInfo.item);
			if(dojo.isArray(pInfo.item[pInfo.attribute])){
				pInfo.item[pInfo.attribute].push(data);
			}else{
				pInfo.item[pInfo.attribute]=data;
			}


			pInfo.newValue = pInfo.item[pInfo.attribute];


			//Notification API
			this.onNew(data, pInfo);


			//Notification API for the children 
			if(data[pInfo.attribute] && dojo.isArray(data[pInfo.attribute])){
				for(var i=0; i<data[pInfo.attribute].length; i++){
					this.onNew(data[pInfo.attribute][i], {item: data, attribute: pInfo.attribute});
				}
			}


			//returns the original item, now decorated with some meta info
			return data;
		},


		_addReference: function(item, pInfo){
			// summary
			//	adds meta information to an item containing a reference id
			//	so that references can be deleted as necessary, when passed
			//	only a string, the string for parent info, it will only
			//	it will be treated as a string reference


			//console.log("_addReference: ", item, pInfo);	
			var rid = '_ref_' + this._referenceId++;
			if (!item[this.metaLabel]["referenceIds"]){
				item[this.metaLabel]["referenceIds"]=[];
			}


			item[this.metaLabel]["referenceIds"].push(rid);
			this._references[rid] = pInfo;				
		},


		deleteItem: function(item){	
			// summary
			//	deletes item and any references to that item from the store.
			//	If the desire is to delete only one reference, unsetAttribute or
			//	setValue is the way to go.


			item = this._correctReference(item);
			console.log("Item: ", item);
			if (this.isItem(item)){
				while(item[this.metaLabel]["referenceIds"].length>0){
					console.log("refs map: " , this._references);
					console.log("item to delete: ", item);
					var rid = item[this.metaLabel]["referenceIds"].pop();
					var pInfo = this._references[rid];


					console.log("deleteItem(): ", pInfo, pInfo.parent);
					var parentItem = pInfo.parent;
					var attribute = pInfo.attribute;	
					if(parentItem && parentItem[attribute] && !dojo.isArray(parentItem[attribute])){
						this._setDirty(parentItem);
						this.unsetAttribute(parentItem, attribute);
						delete parentItem[attribute];
					}


					if (dojo.isArray(parentItem[attribute])){
						console.log("Parent is array");
						var oldValue = this._trimItem(parentItem[attribute]);
						var found=false;
						for (var i=0; i<parentItem[attribute].length && !found;i++){
							if (parentItem[attribute][i][this.metaLabel]===item[this.metaLabel]){
								found=true;	
							}			
						}	


						if (found){
							this._setDirty(parentItem);
							var del =  parentItem[attribute].splice(i-1,1);
							delete del;
						}


						var newValue = this._trimItem(parentItem[attribute]);
						this.onSet(parentItem,attribute,oldValue,newValue);	
					}
					delete this._references[rid];


				}
				this.onDelete(item);		
				delete this.index[item[this.idAttribute]];
			}
		},


		_setDirty: function(item){
			// summary:
			//	adds an item to the list of dirty items.  This item
			//	contains a reference to the item itself as well as a
			//	cloned and trimmed version of old item for use with
			//	revert.


			//if an item is already in the list of dirty items, don't add it again
			//or it will overwrite the premodification data set.


			if(this.noRevert){ // improve loading time since every new Item is dirty
				return;
			}
			for(var i=0; i<this._dirtyItems.length; i++){
				if(item[this.idAttribute]==this._dirtyItems[i][this.idAttribute]){
					return; 
				}	
			}




			this._dirtyItems.push({item: item, old: this._trimItem(item)});
			this._updateMeta(item, {isDirty: true});

			
		},


		setValue: function(item, attribute, value){
			// summary:
			//	sets 'attribute' on 'item' to 'value'
			item = this._correctReference(item);


			this._setDirty(item);
			var old = item[attribute] | undefined;
			item[attribute]=value;
			this.onSet(item,attribute,old,value);


		},


		setValues: function(item, attribute, values){
			// summary:
			//	sets 'attribute' on 'item' to 'value' value
			//	must be an array.




			item = this._correctReference(item);
			if (!dojo.isArray(values)){throw new Error("setValues expects to be passed an Array object as its value");}
			this._setDirty(item);
			var old = item[attribute] || null;
			item[attribute]=values
			this.onSet(item,attribute,old,values);
		},


		unsetAttribute: function(item, attribute){
			// summary:
			//	unsets 'attribute' on 'item'


			item = this._correctReference(item);
			this._setDirty(item);
			var old = item[attribute];
			delete item[attribute];
			this.onSet(item,attribute,old,null);
		},


		save: function(kwArgs){
			// summary:
			//	Takes an optional set of keyword Args with
			//	some save options.  Currently only format with options
			//	being "raw" or "json".  This function goes through
			//	the dirty item lists, clones and trims the item down so that
			//	the items children are not part of the data (the children are replaced
			//	with reference objects). This data is compiled into a single array, the dirty objects
			//	are all marked as clean, and the new data is then passed on to the onSave handler.


			var data = [];

		
			if (!kwArgs){kwArgs={}}
			while (this._dirtyItems.length > 0){
				var item = this._dirtyItems.pop()["item"];
				var t = this._trimItem(item);
				var d;	
				switch(kwArgs.format){	
					case "json":
						d = dojo.toJson(t);	
						break;
					case "raw":
					default:
						d = t;
				}
				data.push(d);
				this._markClean(item);
			}


			this.onSave(data);
		},


		_markClean: function(item){
			// summary
			//	remove this meta information marking an item as "dirty"


			if (item && item[this.metaLabel] && item[this.metaLabel]["isDirty"]){
				delete item[this.metaLabel]["isDirty"];
			}	
		},


		revert: function(){
			// summary
			//	returns any modified data to its original state prior to a save();


			while (this._dirtyItems.length>0){
				var d = this._dirtyItems.pop();
				this._mixin(d.item, d.old);
			}
			this.onRevert();
		},


		_mixin: function(target, data){
			// summary:
			//	specialized mixin that hooks up objects in the store where references are identified.
			var mix;


			if (dojo.isObject(data)){
				if (dojo.isArray(data)){
					while(target.length>0){target.pop();}
					for (var i=0; i<data.length;i++){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								mix={};
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}
							}


							this._mixin(mix, data[i]);
							target.push(mix);
						}else{
							target.push(data[i]);
						}
					}	
				}else{
					for (var i in target){
						if (i in data){continue;}
						delete target[i];
					}


					for (var i in data){
						if (dojo.isObject(data[i])){
							if (dojo.isArray(data[i])){
								mix=[];
							}else{
								if (data[i][this.metaLabel] && data[i][this.metaLabel]["type"] && data[i][this.metaLabel]["type"]=='reference'){
									target[i]=this.index[data[i][this.idAttribute]];
									continue;
								}


								mix={};
							}
							this._mixin(mix, data[i]);
							target[i]=mix;
						}else{
							target[i]=data[i];
						}
					}	


				}
			}
		},


		isDirty: function(item){
			// summary
			//	returns true if the item is marked as dirty.


			item = this._correctReference(item);
			return item && item[this.metaLabel] && item[this.metaLabel]["isDirty"];
		},


		_createReference: function(item){
			// summary
			// 	Create a small reference object that can be used to replace
			//	child objects during a trim


			var obj={};
			obj[this.metaLabel]={
				type:'reference'
			};


			obj[this.idAttribute]=item[this.idAttribute];
			return obj;
		},


		_trimItem: function(item){
			//summary:
			// 	copy an item recursively stoppying at other items that have id's
			//	and replace them with a refrence object;
			var copy;
			if (dojo.isArray(item)){
				copy = [];
				for (var i=0; i<item.length;i++){
					if (dojo.isArray(item[i])){
						copy.push(this._trimItem(item[i]))
					}else if (dojo.isObject(item[i])){
						if (item[i]["getFullYear"]){
							copy.push(dojo.date.stamp.toISOString(item[i]));
						}else if (item[i][this.idAttribute]){
							copy.push(this._createReference(item[i]));
						}else{
							copy.push(this._trimItem(item[i]));	
						}
					} else {
						copy.push(item[i]);	
					}
				}
				return copy;
			} 


			if (dojo.isObject(item)){
				copy = {};


				for (var attr in item){
					if (!item[attr]){ copy[attr]=undefined;continue;}
					if (dojo.isArray(item[attr])){
						copy[attr] = this._trimItem(item[attr]);
					}else if (dojo.isObject(item[attr])){
						if (item[attr]["getFullYear"]){
							copy[attr] =  dojo.date.stamp.toISOString(item[attr]);
						}else if(item[attr][this.idAttribute]){
							copy[attr]=this._createReference(item[attr]);
						} else {
							copy[attr]=this._trimItem(item[attr]);
						}
					} else {
						copy[attr]=item[attr];
					}
				}
				return copy;
			}
		},


		/* dojo.data.api.Notification */
		onSet: function(/* item */ item,
		                /*attribute-name-string*/ attribute,
		                /*object | array*/ oldValue,
		                /*object | array*/ newValue){
			// summary: See dojo.data.api.Notification.onSet()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. 
		},

	
		onNew: function(/* item */ newItem, /*object?*/ parentInfo){
			// summary: See dojo.data.api.Notification.onNew()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. 
		},


		onDelete: function(/* item */ deletedItem){
			// summary: See dojo.data.api.Notification.onDelete()


			// No need to do anything. This method is here just so that the 
			// client code can connect observers to it. ";s:7:"summary";s:0:"";}s:31:"dojox.data.jsonPathStore.onSave";a:5:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:10:"parameters";a:1:{s:5:"items";a:1:{s:4:"type";s:0:"";}}s:6:"source";s:155:"			// summary:
			//	notification of the save event..not part of the notification api, 
			//	but probably should be.
			//console.log("onSave() ", items);";s:7:"summary";s:132:"notification of the save event..not part of the notification api,
but probably should be.
console.log(&quot;onSave() &quot;, items);";}s:33:"dojox.data.jsonPathStore.onRevert";a:4:{s:9:"prototype";s:24:"dojox.data.jsonPathStore";s:4:"type";s:8:"Function";s:6:"source";s:119:"			// summary:
			//	notification of the revert event..not part of the notification api, 
			//	but probably should be.";s:7:"summary";s:91:"notification of the revert event..not part of the notification api,
but probably should be.";}s:30:"dojox.data.jsonPathStore._data";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:29:"dojox.data.jsonPathStore.byId";a:2:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore._dirtyItems";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:32:"dojox.data.jsonPathStore._autoId";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:37:"dojox.data.jsonPathStore._referenceId";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore._references";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:36:"dojox.data.jsonPathStore._fetchQueue";a:3:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"private";b:1;s:7:"summary";s:0:"";}s:30:"dojox.data.jsonPathStore.index";a:2:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:34:"dojox.data.jsonPathStore.metaRegex";a:2:{s:8:"instance";s:24:"dojox.data.jsonPathStore";s:7:"summary";s:0:"";}s:4:"this";a:2:{s:6:"mixins";a:1:{s:6:"normal";a:1:{i:0;s:7:"options";}}s:7:"summary";s:0:"";}s:20:"item[this.metaLabel]";a:2:{s:6:"mixins";a:1:{s:6:"normal";a:1:{i:0;s:5:"props";}}s:7:"summary";s:0:"";}s:5:"pInfo";a:2:{s:6:"mixins";a:1:{s:6:"normal";a:1:{i:0;s:7:"options";}}s:7:"summary";s:0:"";}s:21:"dojox.data.ASYNC_MODE";a:1:{s:7:"summary";s:0:"";}s:20:"dojox.data.SYNC_MODE";a:1:{s:7:"summary";s:0:"";}s:10:"dojox.data";a:2:{s:4:"type";s:6:"Object";s:7:"summary";s:0:"";}s:5:"dojox";a:2:{s:4:"type";s:6:"Object";s:7:"summary";s:0:"";}}