/*
	Copyright (c) 2004-2010, The Dojo Foundation All Rights Reserved.
	Available via Academic Free License >= 2.1 OR the modified BSD license.
	see: http://dojotoolkit.org/license for details
*/

/*
	This is an optimized version of Dojo, built for deployment and not for
	development. To get sources and documentation, please visit:

		http://dojotoolkit.org
*/

;(function(){

	/*
	dojo, dijit, and dojox must always be the first three, and in that order.
	djConfig.scopeMap = [
		["dojo", "fojo"],
		["dijit", "fijit"],
		["dojox", "fojox"]
	
	]
	*/

	/**Build will replace this comment with a scoped djConfig **/

	//The null below can be relaced by a build-time value used instead of djConfig.scopeMap.
	var sMap = null;

	//See if new scopes need to be defined.
	if((sMap || (typeof djConfig != "undefined" && djConfig.scopeMap)) && (typeof window != "undefined")){
		var scopeDef = "", scopePrefix = "", scopeSuffix = "", scopeMap = {}, scopeMapRev = {};
		sMap = sMap || djConfig.scopeMap;
		for(var i = 0; i < sMap.length; i++){
			//Make local variables, then global variables that use the locals.
			var newScope = sMap[i];
			scopeDef += "var " + newScope[0] + " = {}; " + newScope[1] + " = " + newScope[0] + ";" + newScope[1] + "._scopeName = '" + newScope[1] + "';";
			scopePrefix += (i == 0 ? "" : ",") + newScope[0];
			scopeSuffix += (i == 0 ? "" : ",") + newScope[1];
			scopeMap[newScope[0]] = newScope[1];
			scopeMapRev[newScope[1]] = newScope[0];
		}

		eval(scopeDef + "dojo._scopeArgs = [" + scopeSuffix + "];");

		dojo._scopePrefixArgs = scopePrefix;
		dojo._scopePrefix = "(function(" + scopePrefix + "){";
		dojo._scopeSuffix = "})(" + scopeSuffix + ")";
		dojo._scopeMap = scopeMap;
		dojo._scopeMapRev = scopeMapRev;
	}

/*=====
// note:
//		'djConfig' does not exist under 'dojo.*' so that it can be set before the
//		'dojo' variable exists.
// note:
//		Setting any of these variables *after* the library has loaded does
//		nothing at all.

djConfig = {
	// summary:
	//		Application code can set the global 'djConfig' prior to loading
	//		the library to override certain global settings for how dojo works.
	//
	// isDebug: Boolean
	//		Defaults to `false`. If set to `true`, ensures that Dojo provides
	//		extended debugging feedback via Firebug. If Firebug is not available
	//		on your platform, setting `isDebug` to `true` will force Dojo to
	//		pull in (and display) the version of Firebug Lite which is
	//		integrated into the Dojo distribution, thereby always providing a
	//		debugging/logging console when `isDebug` is enabled. Note that
	//		Firebug's `console.*` methods are ALWAYS defined by Dojo. If
	//		`isDebug` is false and you are on a platform without Firebug, these
	//		methods will be defined as no-ops.
	isDebug: false,
	// debugAtAllCosts: Boolean
	//		Defaults to `false`. If set to `true`, this triggers an alternate
	//		mode of the package system in which dependencies are detected and
	//		only then are resources evaluated in dependency order via
	//		`<script>` tag inclusion. This may double-request resources and
	//		cause problems with scripts which expect `dojo.require()` to
	//		preform synchronously. `debugAtAllCosts` can be an invaluable
	//		debugging aid, but when using it, ensure that all code which
	//		depends on Dojo modules is wrapped in `dojo.addOnLoad()` handlers.
	//		Due to the somewhat unpredictable side-effects of using
	//		`debugAtAllCosts`, it is strongly recommended that you enable this
	//		flag as a last resort. `debugAtAllCosts` has no effect when loading
	//		resources across domains. For usage information, see the
	//		[Dojo Book](http://dojotoolkit.org/book/book-dojo/part-4-meta-dojo-making-your-dojo-code-run-faster-and-better/debugging-facilities/deb)
	debugAtAllCosts: false,
	// locale: String
	//		The locale to assume for loading localized resources in this page,
	//		specified according to [RFC 3066](http://www.ietf.org/rfc/rfc3066.txt).
	//		Must be specified entirely in lowercase, e.g. `en-us` and `zh-cn`.
	//		See the documentation for `dojo.i18n` and `dojo.requireLocalization`
	//		for details on loading localized resources. If no locale is specified,
	//		Dojo assumes the locale of the user agent, according to `navigator.userLanguage`
	//		or `navigator.language` properties.
	locale: undefined,
	// extraLocale: Array
	//		No default value. Specifies additional locales whose
	//		resources should also be loaded alongside the default locale when
	//		calls to `dojo.requireLocalization()` are processed.
	extraLocale: undefined,
	// baseUrl: String
	//		The directory in which `dojo.js` is located. Under normal
	//		conditions, Dojo auto-detects the correct location from which it
	//		was loaded. You may need to manually configure `baseUrl` in cases
	//		where you have renamed `dojo.js` or in which `<base>` tags confuse
	//		some browsers (e.g. IE 6). The variable `dojo.baseUrl` is assigned
	//		either the value of `djConfig.baseUrl` if one is provided or the
	//		auto-detected root if not. Other modules are located relative to
	//		this path. The path should end in a slash.
	baseUrl: undefined,
	// modulePaths: Object
	//		A map of module names to paths relative to `dojo.baseUrl`. The
	//		key/value pairs correspond directly to the arguments which
	//		`dojo.registerModulePath` accepts. Specifiying
	//		`djConfig.modulePaths = { "foo": "../../bar" }` is the equivalent
	//		of calling `dojo.registerModulePath("foo", "../../bar");`. Multiple
	//		modules may be configured via `djConfig.modulePaths`.
	modulePaths: {},
	// afterOnLoad: Boolean 
	//		Indicates Dojo was added to the page after the page load. In this case
	//		Dojo will not wait for the page DOMContentLoad/load events and fire
	//		its dojo.addOnLoad callbacks after making sure all outstanding
	//		dojo.required modules have loaded. Only works with a built dojo.js,
	//		it does not work the dojo.js directly from source control.
	afterOnLoad: false,
	// addOnLoad: Function or Array
	//		Adds a callback via dojo.addOnLoad. Useful when Dojo is added after
	//		the page loads and djConfig.afterOnLoad is true. Supports the same
	//		arguments as dojo.addOnLoad. When using a function reference, use
	//		`djConfig.addOnLoad = function(){};`. For object with function name use
	//		`djConfig.addOnLoad = [myObject, "functionName"];` and for object with
	//		function reference use
	//		`djConfig.addOnLoad = [myObject, function(){}];`
	addOnLoad: null,
	// require: Array
	//		An array of module names to be loaded immediately after dojo.js has been included
	//		in a page.
	require: [],
	// defaultDuration: Array
	//		Default duration, in milliseconds, for wipe and fade animations within dijits.
	//		Assigned to dijit.defaultDuration.
	defaultDuration: 200,
	// dojoBlankHtmlUrl: String
	//		Used by some modules to configure an empty iframe. Used by dojo.io.iframe and
	//		dojo.back, and dijit popup support in IE where an iframe is needed to make sure native
	//		controls do not bleed through the popups. Normally this configuration variable 
	//		does not need to be set, except when using cross-domain/CDN Dojo builds.
	//		Save dojo/resources/blank.html to your domain and set `djConfig.dojoBlankHtmlUrl`
	//		to the path on your domain your copy of blank.html.
	dojoBlankHtmlUrl: undefined,
	//	ioPublish: Boolean?
	//		Set this to true to enable publishing of topics for the different phases of
	// 		IO operations. Publishing is done via dojo.publish. See dojo.__IoPublish for a list
	// 		of topics that are published.
	ioPublish: false,
	//  useCustomLogger: Anything?
	//		If set to a value that evaluates to true such as a string or array and
	//		isDebug is true and Firebug is not available or running, then it bypasses
	//		the creation of Firebug Lite allowing you to define your own console object.
	useCustomLogger: undefined,
	// transparentColor: Array
	//		Array containing the r, g, b components used as transparent color in dojo.Color;
	//		if undefined, [255,255,255] (white) will be used.
	transparentColor: undefined,
	// skipIeDomLoaded: Boolean
	//		For IE only, skip the DOMContentLoaded hack used. Sometimes it can cause an Operation
	//		Aborted error if the rest of the page triggers script defers before the DOM is ready.
	//		If this is config value is set to true, then dojo.addOnLoad callbacks will not be
	//		triggered until the page load event, which is after images and iframes load. If you
	//		want to trigger the callbacks sooner, you can put a script block in the bottom of
	//		your HTML that calls dojo._loadInit();. If you are using multiversion support, change
	//		"dojo." to the appropriate scope name for dojo.
	skipIeDomLoaded: false
}
=====*/

(function(){
	// firebug stubs

	if(typeof this["loadFirebugConsole"] == "function"){
		// for Firebug 1.2
		this["loadFirebugConsole"]();
	}else{
		this.console = this.console || {};

		//	Be careful to leave 'log' always at the end
		var cn = [
			"assert", "count", "debug", "dir", "dirxml", "error", "group",
			"groupEnd", "info", "profile", "profileEnd", "time", "timeEnd",
			"trace", "warn", "log"
		];
		var i=0, tn;
		while((tn=cn[i++])){
			if(!console[tn]){
				(function(){
					var tcn = tn+"";
					console[tcn] = ('log' in console) ? function(){
						var a = Array.apply({}, arguments);
						a.unshift(tcn+":");
						console["log"](a.join(" "));
					} : function(){}
					console[tcn]._fake = true;
				})();
			}
		}
	}

	//TODOC:  HOW TO DOC THIS?
	// dojo is the root variable of (almost all) our public symbols -- make sure it is defined.
	if(typeof dojo == "undefined"){
		dojo = {
			_scopeName: "dojo",
			_scopePrefix: "",
			_scopePrefixArgs: "",
			_scopeSuffix: "",
			_scopeMap: {},
			_scopeMapRev: {}
		};
	}

	var d = dojo;

	//Need placeholders for dijit and dojox for scoping code.
	if(typeof dijit == "undefined"){
		dijit = {_scopeName: "dijit"};
	}
	if(typeof dojox == "undefined"){
		dojox = {_scopeName: "dojox"};
	}

	if(!d._scopeArgs){
		d._scopeArgs = [dojo, dijit, dojox];
	}

/*=====
dojo.global = {
	//	summary:
	//		Alias for the global scope
	//		(e.g. the window object in a browser).
	//	description:
	//		Refer to 'dojo.global' rather than referring to window to ensure your
	//		code runs correctly in contexts other than web browsers (e.g. Rhino on a server).
}
=====*/
	d.global = this;

	d.config =/*===== djConfig = =====*/{
		isDebug: false,
		debugAtAllCosts: false
	};

	if(typeof djConfig != "undefined"){
		for(var opt in djConfig){
			d.config[opt] = djConfig[opt];
		}
	}

/*=====
	// Override locale setting, if specified
	dojo.locale = {
		// summary: the locale as defined by Dojo (read-only)
	};
=====*/
	dojo.locale = d.config.locale;

	var rev = "$Rev: 22487 $".match(/\d+/);

/*=====
	dojo.version = function(){
		// summary:
		//		Version number of the Dojo Toolkit
		// major: Integer
		//		Major version. If total version is "1.2.0beta1", will be 1
		// minor: Integer
		//		Minor version. If total version is "1.2.0beta1", will be 2
		// patch: Integer
		//		Patch version. If total version is "1.2.0beta1", will be 0
		// flag: String
		//		Descriptor flag. If total version is "1.2.0beta1", will be "beta1"
		// revision: Number
		//		The SVN rev from which dojo was pulled
		this.major = 0;
		this.minor = 0;
		this.patch = 0;
		this.flag = "";
		this.revision = 0;
	}
=====*/
	dojo.version = {
		major: 1, minor: 5, patch: 0, flag: "",
		revision: rev ? +rev[0] : NaN,
		toString: function(){
			with(d.version){
				return major + "." + minor + "." + patch + flag + " (" + revision + ")";	// String
			}
		}
	}

		// Register with the OpenAjax hub
	if(typeof OpenAjax != "undefined"){
		OpenAjax.hub.registerLibrary(dojo._scopeName, "http://dojotoolkit.org", d.version.toString());
	}
	
	var extraNames, extraLen, empty = {};
	for(var i in {toString: 1}){ extraNames = []; break; }
	dojo._extraNames = extraNames = extraNames || ["hasOwnProperty", "valueOf", "isPrototypeOf",
		"propertyIsEnumerable", "toLocaleString", "toString", "constructor"];
	extraLen = extraNames.length;

	dojo._mixin = function(/*Object*/ target, /*Object*/ source){
		// summary:
		//		Adds all properties and methods of source to target. This addition
		//		is "prototype extension safe", so that instances of objects
		//		will not pass along prototype defaults.
		var name, s, i;
		for(name in source){
			// the "tobj" condition avoid copying properties in "source"
			// inherited from Object.prototype.  For example, if target has a custom
			// toString() method, don't overwrite it with the toString() method
			// that source inherited from Object.prototype
			s = source[name];
			if(!(name in target) || (target[name] !== s && (!(name in empty) || empty[name] !== s))){
				target[name] = s;
			}
		}
				// IE doesn't recognize some custom functions in for..in
		if(extraLen && source){
			for(i = 0; i < extraLen; ++i){
				name = extraNames[i];
				s = source[name];
				if(!(name in target) || (target[name] !== s && (!(name in empty) || empty[name] !== s))){
					target[name] = s;
				}
			}
		}
				return target; // Object
	}

	dojo.mixin = function(/*Object*/obj, /*Object...*/props){
		// summary:
		//		Adds all properties and methods of props to obj and returns the
		//		(now modified) obj.
		//	description:
		//		`dojo.mixin` can mix multiple source objects into a
		//		destination object which is then returned. Unlike regular
		//		`for...in` iteration, `dojo.mixin` is also smart about avoiding
		//		extensions which other toolkits may unwisely add to the root
		//		object prototype
		//	obj:
		//		The object to mix properties into. Also the return value.
		//	props:
		//		One or more objects whose values are successively copied into
		//		obj. If more than one of these objects contain the same value,
		//		the one specified last in the function call will "win".
		//	example:
		//		make a shallow copy of an object
		//	|	var copy = dojo.mixin({}, source);
		//	example:
		//		many class constructors often take an object which specifies
		//		values to be configured on the object. In this case, it is
		//		often simplest to call `dojo.mixin` on the `this` object:
		//	|	dojo.declare("acme.Base", null, {
		//	|		constructor: function(properties){
		//	|			// property configuration:
		//	|			dojo.mixin(this, properties);
		//	|	
		//	|			console.log(this.quip);
		//	|			//  ...
		//	|		},
		//	|		quip: "I wasn't born yesterday, you know - I've seen movies.",
		//	|		// ...
		//	|	});
		//	|
		//	|	// create an instance of the class and configure it
		//	|	var b = new acme.Base({quip: "That's what it does!" });
		//	example:
		//		copy in properties from multiple objects
		//	|	var flattened = dojo.mixin(
		//	|		{
		//	|			name: "Frylock",
		//	|			braces: true
		//	|		},
		//	|		{
		//	|			name: "Carl Brutanananadilewski"
		//	|		}
		//	|	);
		//	|	
		//	|	// will print "Carl Brutanananadilewski"
		//	|	console.log(flattened.name);
		//	|	// will print "true"
		//	|	console.log(flattened.braces);
		if(!obj){ obj = {}; }
		for(var i=1, l=arguments.length; i<l; i++){
			d._mixin(obj, arguments[i]);
		}
		return obj; // Object
	}

	dojo._getProp = function(/*Array*/parts, /*Boolean*/create, /*Object*/context){
		var obj=context || d.global;
		for(var i=0, p; obj && (p=parts[i]); i++){
			if(i == 0 && d._scopeMap[p]){
				p = d._scopeMap[p];
			}
			obj = (p in obj ? obj[p] : (create ? obj[p]={} : undefined));
		}
		return obj; // mixed
	}

	dojo.setObject = function(/*String*/name, /*Object*/value, /*Object?*/context){
		// summary:
		//		Set a property from a dot-separated string, such as "A.B.C"
		//	description:
		//		Useful for longer api chains where you have to test each object in
		//		the chain, or when you have an object reference in string format.
		//		Objects are created as needed along `path`. Returns the passed
		//		value if setting is successful or `undefined` if not.
		//	name:
		//		Path to a property, in the form "A.B.C".
		//	context:
		//		Optional. Object to use as root of path. Defaults to
		//		`dojo.global`.
		//	example:
		//		set the value of `foo.bar.baz`, regardless of whether
		//		intermediate objects already exist:
		//	|	dojo.setObject("foo.bar.baz", value);
		//	example:
		//		without `dojo.setObject`, we often see code like this:
		//	|	// ensure that intermediate objects are available
		//	|	if(!obj["parent"]){ obj.parent = {}; }
		//	|	if(!obj.parent["child"]){ obj.parent.child= {}; }
		//	|	// now we can safely set the property
		//	|	obj.parent.child.prop = "some value";
		//		wheras with `dojo.setObject`, we can shorten that to:
		//	|	dojo.setObject("parent.child.prop", "some value", obj);
		var parts=name.split("."), p=parts.pop(), obj=d._getProp(parts, true, context);
		return obj && p ? (obj[p]=value) : undefined; // Object
	}

	dojo.getObject = function(/*String*/name, /*Boolean?*/create, /*Object?*/context){
		// summary:
		//		Get a property from a dot-separated string, such as "A.B.C"
		//	description:
		//		Useful for longer api chains where you have to test each object in
		//		the chain, or when you have an object reference in string format.
		//	name:
		//		Path to an property, in the form "A.B.C".
		//	create:
		//		Optional. Defaults to `false`. If `true`, Objects will be
		//		created at any point along the 'path' that is undefined.
		//	context:
		//		Optional. Object to use as root of path. Defaults to
		//		'dojo.global'. Null may be passed.
		return d._getProp(name.split("."), create, context); // Object
	}

	dojo.exists = function(/*String*/name, /*Object?*/obj){
		//	summary:
		//		determine if an object supports a given method
		//	description:
		//		useful for longer api chains where you have to test each object in
		//		the chain. Useful only for object and method detection.
		//		Not useful for testing generic properties on an object.
		//		In particular, dojo.exists("foo.bar") when foo.bar = ""
		//		will return false. Use ("bar" in foo) to test for those cases.
		//	name:
		//		Path to an object, in the form "A.B.C".
		//	obj:
		//		Object to use as root of path. Defaults to
		//		'dojo.global'. Null may be passed.
		//	example:
		//	|	// define an object
		//	|	var foo = {
		//	|		bar: { }
		//	|	};
		//	|
		//	|	// search the global scope
		//	|	dojo.exists("foo.bar"); // true
		//	|	dojo.exists("foo.bar.baz"); // false
		//	|
		//	|	// search from a particular scope
		//	|	dojo.exists("bar", foo); // true
		//	|	dojo.exists("bar.baz", foo); // false
		return !!d.getObject(name, false, obj); // Boolean
	}

	dojo["eval"] = function(/*String*/ scriptFragment){
		//	summary:
		//		A legacy method created for use exclusively by internal Dojo methods. Do not use
		//		this method directly, the behavior of this eval will differ from the normal
		//		browser eval.
		//	description:
		//		Placed in a separate function to minimize size of trapped
		//		exceptions. Calling eval() directly from some other scope may
		//		complicate tracebacks on some platforms.
		//	returns:
		//		The result of the evaluation. Often `undefined`
		return d.global.eval ? d.global.eval(scriptFragment) : eval(scriptFragment); 	// Object
	}

	/*=====
		dojo.deprecated = function(behaviour, extra, removal){
			//	summary:
			//		Log a debug message to indicate that a behavior has been
			//		deprecated.
			//	behaviour: String
			//		The API or behavior being deprecated. Usually in the form
			//		of "myApp.someFunction()".
			//	extra: String?
			//		Text to append to the message. Often provides advice on a
			//		new function or facility to achieve the same goal during
			//		the deprecation period.
			//	removal: String?
			//		Text to indicate when in the future the behavior will be
			//		removed. Usually a version number.
			//	example:
			//	|	dojo.deprecated("myApp.getTemp()", "use myApp.getLocaleTemp() instead", "1.0");
		}

		dojo.experimental = function(moduleName, extra){
			//	summary: Marks code as experimental.
			//	description:
			//	 	This can be used to mark a function, file, or module as
			//	 	experimental.  Experimental code is not ready to be used, and the
			//	 	APIs are subject to change without notice.  Experimental code may be
			//	 	completed deleted without going through the normal deprecation
			//	 	process.
			//	moduleName: String
			//	 	The name of a module, or the name of a module file or a specific
			//	 	function
			//	extra: String?
			//	 	some additional message for the user
			//	example:
			//	|	dojo.experimental("dojo.data.Result");
			//	example:
			//	|	dojo.experimental("dojo.weather.toKelvin()", "PENDING approval from NOAA");
		}
	=====*/

	//Real functions declared in dojo._firebug.firebug.
	d.deprecated = d.experimental = function(){};

})();
// vim:ai:ts=4:noet

/*
 * loader.js - A bootstrap module.  Runs before the hostenv_*.js file. Contains
 * all of the package loading methods.
 */

(function(){
	var d = dojo;

	d.mixin(d, {
		_loadedModules: {},
		_inFlightCount: 0,
		_hasResource: {},

		_modulePrefixes: {
			dojo: 	{	name: "dojo", value: "." },
			// dojox: 	{	name: "dojox", value: "../dojox" },
			// dijit: 	{	name: "dijit", value: "../dijit" },
			doh: 	{	name: "doh", value: "../util/doh" },
			tests: 	{	name: "tests", value: "tests" }
		},

		_moduleHasPrefix: function(/*String*/module){
			// summary: checks to see if module has been established
			var mp = d._modulePrefixes;
			return !!(mp[module] && mp[module].value); // Boolean
		},

		_getModulePrefix: function(/*String*/module){
			// summary: gets the prefix associated with module
			var mp = d._modulePrefixes;
			if(d._moduleHasPrefix(module)){
				return mp[module].value; // String
			}
			return module; // String
		},

		_loadedUrls: [],

		//WARNING: 
		//		This variable is referenced by packages outside of bootstrap:
		//		FloatingPane.js and undo/browser.js
		_postLoad: false,
		
		//Egad! Lots of test files push on this directly instead of using dojo.addOnLoad.
		_loaders: [],
		_unloaders: [],
		_loadNotifying: false
	});


		dojo._loadPath = function(/*String*/relpath, /*String?*/module, /*Function?*/cb){
		// 	summary:
		//		Load a Javascript module given a relative path
		//
		//	description:
		//		Loads and interprets the script located at relpath, which is
		//		relative to the script root directory.  If the script is found but
		//		its interpretation causes a runtime exception, that exception is
		//		not caught by us, so the caller will see it.  We return a true
		//		value if and only if the script is found.
		//
		// relpath: 
		//		A relative path to a script (no leading '/', and typically ending
		//		in '.js').
		// module: 
		//		A module whose existance to check for after loading a path.  Can be
		//		used to determine success or failure of the load.
		// cb: 
		//		a callback function to pass the result of evaluating the script

		var uri = ((relpath.charAt(0) == '/' || relpath.match(/^\w+:/)) ? "" : d.baseUrl) + relpath;
		try{
			return !module ? d._loadUri(uri, cb) : d._loadUriAndCheck(uri, module, cb); // Boolean
		}catch(e){
			console.error(e);
			return false; // Boolean
		}
	}

	dojo._loadUri = function(/*String*/uri, /*Function?*/cb){
		//	summary:
		//		Loads JavaScript from a URI
		//	description:
		//		Reads the contents of the URI, and evaluates the contents.  This is
		//		used to load modules as well as resource bundles. Returns true if
		//		it succeeded. Returns false if the URI reading failed.  Throws if
		//		the evaluation throws.
		//	uri: a uri which points at the script to be loaded
		//	cb: 
		//		a callback function to process the result of evaluating the script
		//		as an expression, typically used by the resource bundle loader to
		//		load JSON-style resources

		if(d._loadedUrls[uri]){
			return true; // Boolean
		}
		d._inFlightCount++; // block addOnLoad calls that arrive while we're busy downloading
		var contents = d._getText(uri, true);
		if(contents){ // not 404, et al
			d._loadedUrls[uri] = true;
			d._loadedUrls.push(uri);
			if(cb){
				contents = '('+contents+')';
			}else{
				//Only do the scoping if no callback. If a callback is specified,
				//it is most likely the i18n bundle stuff.
				contents = d._scopePrefix + contents + d._scopeSuffix;
			}
			if(!d.isIE){ contents += "\r\n//@ sourceURL=" + uri; } // debugging assist for Firebug
			var value = d["eval"](contents);
			if(cb){ cb(value); }
		}
		// Check to see if we need to call _callLoaded() due to an addOnLoad() that arrived while we were busy downloading
		if(--d._inFlightCount == 0 && d._postLoad && d._loaders.length){
			// We shouldn't be allowed to get here but Firefox allows an event 
			// (mouse, keybd, async xhrGet) to interrupt a synchronous xhrGet. 
			// If the current script block contains multiple require() statements, then after each
			// require() returns, inFlightCount == 0, but we want to hold the _callLoaded() until
			// all require()s are done since the out-of-sequence addOnLoad() presumably needs them all.
			// setTimeout allows the next require() to start (if needed), and then we check this again.
			setTimeout(function(){ 
				// If inFlightCount > 0, then multiple require()s are running sequentially and 
				// the next require() started after setTimeout() was executed but before we got here.
				if(d._inFlightCount == 0){ 
					d._callLoaded();
				}
			}, 0);
		}
		return !!contents; // Boolean: contents? true : false
	}
	
	// FIXME: probably need to add logging to this method
	dojo._loadUriAndCheck = function(/*String*/uri, /*String*/moduleName, /*Function?*/cb){
		// summary: calls loadUri then findModule and returns true if both succeed
		var ok = false;
		try{
			ok = d._loadUri(uri, cb);
		}catch(e){
			console.error("failed loading " + uri + " with error: " + e);
		}
		return !!(ok && d._loadedModules[moduleName]); // Boolean
	}

	dojo.loaded = function(){
		// summary:
		//		signal fired when initial environment and package loading is
		//		complete. You should use dojo.addOnLoad() instead of doing a 
		//		direct dojo.connect() to this method in order to handle
		//		initialization tasks that require the environment to be
		//		initialized. In a browser host,	declarative widgets will 
		//		be constructed when this function finishes runing.
		d._loadNotifying = true;
		d._postLoad = true;
		var mll = d._loaders;

		//Clear listeners so new ones can be added
		//For other xdomain package loads after the initial load.
		d._loaders = [];

		for(var x = 0; x < mll.length; x++){
			mll[x]();
		}

		d._loadNotifying = false;
		
		//Make sure nothing else got added to the onload queue
		//after this first run. If something did, and we are not waiting for any
		//more inflight resources, run again.
		if(d._postLoad && d._inFlightCount == 0 && mll.length){
			d._callLoaded();
		}
	}

	dojo.unloaded = function(){
		// summary:
		//		signal fired by impending environment destruction. You should use
		//		dojo.addOnUnload() instead of doing a direct dojo.connect() to this 
		//		method to perform page/application cleanup methods. See 
		//		dojo.addOnUnload for more info.
		var mll = d._unloaders;
		while(mll.length){
			(mll.pop())();
		}
	}

	d._onto = function(arr, obj, fn){
		if(!fn){
			arr.push(obj);
		}else if(fn){
			var func = (typeof fn == "string") ? obj[fn] : fn;
			arr.push(function(){ func.call(obj); });
		}
	}

	dojo.ready = dojo.addOnLoad = function(/*Object*/obj, /*String|Function?*/functionName){
		// summary:
		//		Registers a function to be triggered after the DOM and dojo.require() calls 
		//		have finished loading.
		//
		// description:
		//		Registers a function to be triggered after the DOM has finished
		//		loading and `dojo.require` modules have loaded. Widgets declared in markup 
		//		have been instantiated if `djConfig.parseOnLoad` is true when this fires. 
		//
		//		Images and CSS files may or may not have finished downloading when
		//		the specified function is called.  (Note that widgets' CSS and HTML
		//		code is guaranteed to be downloaded before said widgets are
		//		instantiated, though including css resouces BEFORE any script elements
		//		is highly recommended).
		//
		// example:
		//	Register an anonymous function to run when everything is ready
		//	|	dojo.addOnLoad(function(){ doStuff(); });
		//
		// example:
		//	Register a function to run when everything is ready by pointer:
		//	|	var init = function(){ doStuff(); }
		//	|	dojo.addOnLoad(init);
		//
		// example:
		//	Register a function to run scoped to `object`, either by name or anonymously:
		//	|	dojo.addOnLoad(object, "functionName");
		//	|	dojo.addOnLoad(object, function(){ doStuff(); });

		d._onto(d._loaders, obj, functionName);

		//Added for xdomain loading. dojo.addOnLoad is used to
		//indicate callbacks after doing some dojo.require() statements.
		//In the xdomain case, if all the requires are loaded (after initial
		//page load), then immediately call any listeners.
		if(d._postLoad && d._inFlightCount == 0 && !d._loadNotifying){
			d._callLoaded();
		}
	}

	//Support calling dojo.addOnLoad via djConfig.addOnLoad. Support all the
	//call permutations of dojo.addOnLoad. Mainly useful when dojo is added
	//to the page after the page has loaded.
	var dca = d.config.addOnLoad;
	if(dca){
		d.addOnLoad[(dca instanceof Array ? "apply" : "call")](d, dca);
	}

	dojo._modulesLoaded = function(){
		if(d._postLoad){ return; }
		if(d._inFlightCount > 0){ 
			console.warn("files still in flight!");
			return;
		}
		d._callLoaded();
	}

	dojo._callLoaded = function(){

		// The "object" check is for IE, and the other opera check fixes an
		// issue in Opera where it could not find the body element in some
		// widget test cases.  For 0.9, maybe route all browsers through the
		// setTimeout (need protection still for non-browser environments
		// though). This might also help the issue with FF 2.0 and freezing
		// issues where we try to do sync xhr while background css images are
		// being loaded (trac #2572)? Consider for 0.9.
		if(typeof setTimeout == "object" || (d.config.useXDomain && d.isOpera)){
			setTimeout(
				d.isAIR ? function(){ d.loaded(); } : d._scopeName + ".loaded();",
				0);
		}else{
			d.loaded();
		}
	}

	dojo._getModuleSymbols = function(/*String*/modulename){
		// summary:
		//		Converts a module name in dotted JS notation to an array
		//		representing the path in the source tree
		var syms = modulename.split(".");
		for(var i = syms.length; i>0; i--){
			var parentModule = syms.slice(0, i).join(".");
			if(i == 1 && !d._moduleHasPrefix(parentModule)){		
				// Support default module directory (sibling of dojo) for top-level modules 
				syms[0] = "../" + syms[0];
			}else{
				var parentModulePath = d._getModulePrefix(parentModule);
				if(parentModulePath != parentModule){
					syms.splice(0, i, parentModulePath);
					break;
				}
			}
		}
		return syms; // Array
	}

	dojo._global_omit_module_check = false;

	dojo.loadInit = function(/*Function*/init){
		//	summary:
		//		Executes a function that needs to be executed for the loader's dojo.requireIf
		//		resolutions to work. This is needed mostly for the xdomain loader case where
		//		a function needs to be executed to set up the possible values for a dojo.requireIf
		//		call.
		//	init:
		//		a function reference. Executed immediately.
		//	description: This function is mainly a marker for the xdomain loader to know parts of
		//		code that needs be executed outside the function wrappper that is placed around modules.
		//		The init function could be executed more than once, and it should make no assumptions
		//		on what is loaded, or what modules are available. Only the functionality in Dojo Base
		//		is allowed to be used. Avoid using this method. For a valid use case,
		//		see the source for dojox.gfx.
		init();
	}

	dojo._loadModule = dojo.require = function(/*String*/moduleName, /*Boolean?*/omitModuleCheck){
		//	summary:
		//		loads a Javascript module from the appropriate URI
		//	moduleName:
		//		module name to load, using periods for separators,
		//		 e.g. "dojo.date.locale".  Module paths are de-referenced by dojo's
		//		internal mapping of locations to names and are disambiguated by
		//		longest prefix. See `dojo.registerModulePath()` for details on
		//		registering new modules.
		//	omitModuleCheck:
		//		if `true`, omitModuleCheck skips the step of ensuring that the
		//		loaded file actually defines the symbol it is referenced by.
		//		For example if it called as `dojo.require("a.b.c")` and the
		//		file located at `a/b/c.js` does not define an object `a.b.c`,
		//		and exception will be throws whereas no exception is raised
		//		when called as `dojo.require("a.b.c", true)`
		//	description:
		// 		Modules are loaded via dojo.require by using one of two loaders: the normal loader
		// 		and the xdomain loader. The xdomain loader is used when dojo was built with a
		// 		custom build that specified loader=xdomain and the module lives on a modulePath
		// 		that is a whole URL, with protocol and a domain. The versions of Dojo that are on
		// 		the Google and AOL CDNs use the xdomain loader.
		// 
		// 		If the module is loaded via the xdomain loader, it is an asynchronous load, since
		// 		the module is added via a dynamically created script tag. This
		// 		means that dojo.require() can return before the module has loaded. However, this 
		// 		should only happen in the case where you do dojo.require calls in the top-level
		// 		HTML page, or if you purposely avoid the loader checking for dojo.require
		// 		dependencies in your module by using a syntax like dojo["require"] to load the module.
		// 
		// 		Sometimes it is useful to not have the loader detect the dojo.require calls in the
		// 		module so that you can dynamically load the modules as a result of an action on the
		// 		page, instead of right at module load time.
		// 
		// 		Also, for script blocks in an HTML page, the loader does not pre-process them, so
		// 		it does not know to download the modules before the dojo.require calls occur.
		// 
		// 		So, in those two cases, when you want on-the-fly module loading or for script blocks
		// 		in the HTML page, special care must be taken if the dojo.required code is loaded
		// 		asynchronously. To make sure you can execute code that depends on the dojo.required
		// 		modules, be sure to add the code that depends on the modules in a dojo.addOnLoad()
		// 		callback. dojo.addOnLoad waits for all outstanding modules to finish loading before
		// 		executing. Example:
		// 
		//	   	|	<script type="text/javascript">
		//		|	dojo.require("foo");
		//		|	dojo.require("bar");
		//	   	|	dojo.addOnLoad(function(){
		//	   	|		//you can now safely do something with foo and bar
		//	   	|	});
		//	   	|	</script>
		// 
		// 		This type of syntax works with both xdomain and normal loaders, so it is good
		// 		practice to always use this idiom for on-the-fly code loading and in HTML script
		// 		blocks. If at some point you change loaders and where the code is loaded from,
		// 		it will all still work.
		// 
		// 		More on how dojo.require
		//		`dojo.require("A.B")` first checks to see if symbol A.B is
		//		defined. If it is, it is simply returned (nothing to do).
		//	
		//		If it is not defined, it will look for `A/B.js` in the script root
		//		directory.
		//	
		//		`dojo.require` throws an excpetion if it cannot find a file
		//		to load, or if the symbol `A.B` is not defined after loading.
		//	
		//		It returns the object `A.B`, but note the caveats above about on-the-fly loading and
		// 		HTML script blocks when the xdomain loader is loading a module.
		//	
		//		`dojo.require()` does nothing about importing symbols into
		//		the current namespace.  It is presumed that the caller will
		//		take care of that. For example, to import all symbols into a
		//		local block, you might write:
		//	
		//		|	with (dojo.require("A.B")) {
		//		|		...
		//		|	}
		//	
		//		And to import just the leaf symbol to a local variable:
		//	
		//		|	var B = dojo.require("A.B");
		//	   	|	...
		//	returns: the required namespace object
		omitModuleCheck = d._global_omit_module_check || omitModuleCheck;

		//Check if it is already loaded.
		var module = d._loadedModules[moduleName];
		if(module){
			return module;
		}

		// convert periods to slashes
		var relpath = d._getModuleSymbols(moduleName).join("/") + '.js';

		var modArg = !omitModuleCheck ? moduleName : null;
		var ok = d._loadPath(relpath, modArg);

		if(!ok && !omitModuleCheck){
			throw new Error("Could not load '" + moduleName + "'; last tried '" + relpath + "'");
		}

		// check that the symbol was defined
		// Don't bother if we're doing xdomain (asynchronous) loading.
		if(!omitModuleCheck && !d._isXDomain){
			// pass in false so we can give better error
			module = d._loadedModules[moduleName];
			if(!module){
				throw new Error("symbol '" + moduleName + "' is not defined after loading '" + relpath + "'"); 
			}
		}

		return module;
	}

	dojo.provide = function(/*String*/ resourceName){
		//	summary:
		//		Register a resource with the package system. Works in conjunction with `dojo.require`
		//
		//	description:
		//		Each javascript source file is called a resource.  When a
		//		resource is loaded by the browser, `dojo.provide()` registers
		//		that it has been loaded.
		//
		//		Each javascript source file must have at least one
		//		`dojo.provide()` call at the top of the file, corresponding to
		//		the file name.  For example, `js/dojo/foo.js` must have
		//		`dojo.provide("dojo.foo");` before any calls to
		//		`dojo.require()` are made.
		//	
		//		For backwards compatibility reasons, in addition to registering
		//		the resource, `dojo.provide()` also ensures that the javascript
		//		object for the module exists.  For example,
		//		`dojo.provide("dojox.data.FlickrStore")`, in addition to
		//		registering that `FlickrStore.js` is a resource for the
		//		`dojox.data` module, will ensure that the `dojox.data`
		//		javascript object exists, so that calls like 
		//		`dojo.data.foo = function(){ ... }` don't fail.
		//
		//		In the case of a build where multiple javascript source files
		//		are combined into one bigger file (similar to a .lib or .jar
		//		file), that file may contain multiple dojo.provide() calls, to
		//		note that it includes multiple resources.
		//
		// resourceName: String
		//		A dot-sperated string identifying a resource. 
		//
		// example:
		//	Safely create a `my` object, and make dojo.require("my.CustomModule") work
		//	|	dojo.provide("my.CustomModule"); 

		//Make sure we have a string.
		resourceName = resourceName + "";
		return (d._loadedModules[resourceName] = d.getObject(resourceName, true)); // Object
	}

	//Start of old bootstrap2:

	dojo.platformRequire = function(/*Object*/modMap){
		//	summary:
		//		require one or more modules based on which host environment
		//		Dojo is currently operating in
		//	description:
		//		This method takes a "map" of arrays which one can use to
		//		optionally load dojo modules. The map is indexed by the
		//		possible dojo.name_ values, with two additional values:
		//		"default" and "common". The items in the "default" array will
		//		be loaded if none of the other items have been choosen based on
		//		dojo.name_, set by your host environment. The items in the
		//		"common" array will *always* be loaded, regardless of which
		//		list is chosen.
		//	example:
		//		|	dojo.platformRequire({
		//		|		browser: [
		//		|			"foo.sample", // simple module
		//		|			"foo.test",
		//		|			["foo.bar.baz", true] // skip object check in _loadModule (dojo.require)
		//		|		],
		//		|		default: [ "foo.sample._base" ],
		//		|		common: [ "important.module.common" ]
		//		|	});

		var common = modMap.common || [];
		var result = common.concat(modMap[d._name] || modMap["default"] || []);

		for(var x=0; x<result.length; x++){
			var curr = result[x];
			if(curr.constructor == Array){
				d._loadModule.apply(d, curr);
			}else{
				d._loadModule(curr);
			}
		}
	}

	dojo.requireIf = function(/*Boolean*/ condition, /*String*/ resourceName){
		// summary:
		//		If the condition is true then call `dojo.require()` for the specified
		//		resource
		//
		// example:
		//	|	dojo.requireIf(dojo.isBrowser, "my.special.Module");
		
		if(condition === true){
			// FIXME: why do we support chained require()'s here? does the build system?
			var args = [];
			for(var i = 1; i < arguments.length; i++){ 
				args.push(arguments[i]);
			}
			d.require.apply(d, args);
		}
	}

	dojo.requireAfterIf = d.requireIf;

	dojo.registerModulePath = function(/*String*/module, /*String*/prefix){
		//	summary: 
		//		Maps a module name to a path
		//	description: 
		//		An unregistered module is given the default path of ../[module],
		//		relative to Dojo root. For example, module acme is mapped to
		//		../acme.  If you want to use a different module name, use
		//		dojo.registerModulePath. 
		//	example:
		//		If your dojo.js is located at this location in the web root:
		//	|	/myapp/js/dojo/dojo/dojo.js
		//		and your modules are located at:
		//	|	/myapp/js/foo/bar.js
		//	|	/myapp/js/foo/baz.js
		//	|	/myapp/js/foo/thud/xyzzy.js
		//		Your application can tell Dojo to locate the "foo" namespace by calling:
		//	|	dojo.registerModulePath("foo", "../../foo");
		//		At which point you can then use dojo.require() to load the
		//		modules (assuming they provide() the same things which are
		//		required). The full code might be:
		//	|	<script type="text/javascript" 
		//	|		src="/myapp/js/dojo/dojo/dojo.js"></script>
		//	|	<script type="text/javascript">
		//	|		dojo.registerModulePath("foo", "../../foo");
		//	|		dojo.require("foo.bar");
		//	|		dojo.require("foo.baz");
		//	|		dojo.require("foo.thud.xyzzy");
		//	|	</script>
		d._modulePrefixes[module] = { name: module, value: prefix };
	}

	dojo.requireLocalization = function(/*String*/moduleName, /*String*/bundleName, /*String?*/locale, /*String?*/availableFlatLocales){
		// summary:
		//		Declares translated resources and loads them if necessary, in the
		//		same style as dojo.require.  Contents of the resource bundle are
		//		typically strings, but may be any name/value pair, represented in
		//		JSON format.  See also `dojo.i18n.getLocalization`.
		//
		// description:
		//		Load translated resource bundles provided underneath the "nls"
		//		directory within a package.  Translated resources may be located in
		//		different packages throughout the source tree.  
		//
		//		Each directory is named for a locale as specified by RFC 3066,
		//		(http://www.ietf.org/rfc/rfc3066.txt), normalized in lowercase.
		//		Note that the two bundles in the example do not define all the
		//		same variants.  For a given locale, bundles will be loaded for
		//		that locale and all more general locales above it, including a
		//		fallback at the root directory.  For example, a declaration for
		//		the "de-at" locale will first load `nls/de-at/bundleone.js`,
		//		then `nls/de/bundleone.js` and finally `nls/bundleone.js`.  The
		//		data will be flattened into a single Object so that lookups
		//		will follow this cascading pattern.  An optional build step can
		//		preload the bundles to avoid data redundancy and the multiple
		//		network hits normally required to load these resources.
		//
		// moduleName: 
		//		name of the package containing the "nls" directory in which the
		//		bundle is found
		//
		// bundleName: 
		//		bundle name, i.e. the filename without the '.js' suffix. Using "nls" as a
		//		a bundle name is not supported, since "nls" is the name of the folder
		//		that holds bundles. Using "nls" as the bundle name will cause problems
		//		with the custom build.
		//
		// locale: 
		//		the locale to load (optional)  By default, the browser's user
		//		locale as defined by dojo.locale
		//
		// availableFlatLocales: 
		//		A comma-separated list of the available, flattened locales for this
		//		bundle. This argument should only be set by the build process.
		//
		//	example:
		//		A particular widget may define one or more resource bundles,
		//		structured in a program as follows, where moduleName is
		//		mycode.mywidget and bundleNames available include bundleone and
		//		bundletwo:
		//	|		...
		//	|	mycode/
		//	|		mywidget/
		//	|			nls/
		//	|				bundleone.js (the fallback translation, English in this example)
		//	|				bundletwo.js (also a fallback translation)
		//	|				de/
		//	|					bundleone.js
		//	|					bundletwo.js
		//	|				de-at/
		//	|					bundleone.js
		//	|				en/
		//	|					(empty; use the fallback translation)
		//	|				en-us/
		//	|					bundleone.js
		//	|				en-gb/
		//	|					bundleone.js
		//	|				es/
		//	|					bundleone.js
		//	|					bundletwo.js
		//	|				  ...etc
		//	|				...
		//

		d.require("dojo.i18n");
		d.i18n._requireLocalization.apply(d.hostenv, arguments);
	};


	var ore = new RegExp("^(([^:/?#]+):)?(//([^/?#]*))?([^?#]*)(\\?([^#]*))?(#(.*))?$"),
		ire = new RegExp("^((([^\\[:]+):)?([^@]+)@)?(\\[([^\\]]+)\\]|([^\\[:]*))(:([0-9]+))?$");

	dojo._Url = function(/*dojo._Url|String...*/){
		// summary: 
		//		Constructor to create an object representing a URL.
		//		It is marked as private, since we might consider removing
		//		or simplifying it.
		// description: 
		//		Each argument is evaluated in order relative to the next until
		//		a canonical uri is produced. To get an absolute Uri relative to
		//		the current document use:
		//      	new dojo._Url(document.baseURI, url)

		var n = null,
			_a = arguments,
			uri = [_a[0]];
		// resolve uri components relative to each other
		for(var i = 1; i<_a.length; i++){
			if(!_a[i]){ continue; }

			// Safari doesn't support this.constructor so we have to be explicit
			// FIXME: Tracked (and fixed) in Webkit bug 3537.
			//		http://bugs.webkit.org/show_bug.cgi?id=3537
			var relobj = new d._Url(_a[i]+""),
				uriobj = new d._Url(uri[0]+"");

			if(
				relobj.path == "" &&
				!relobj.scheme &&
				!relobj.authority &&
				!relobj.query
			){
				if(relobj.fragment != n){
					uriobj.fragment = relobj.fragment;
				}
				relobj = uriobj;
			}else if(!relobj.scheme){
				relobj.scheme = uriobj.scheme;

				if(!relobj.authority){
					relobj.authority = uriobj.authority;

					if(relobj.path.charAt(0) != "/"){
						var path = uriobj.path.substring(0,
							uriobj.path.lastIndexOf("/") + 1) + relobj.path;

						var segs = path.split("/");
						for(var j = 0; j < segs.length; j++){
							if(segs[j] == "."){
								// flatten "./" references
								if(j == segs.length - 1){
									segs[j] = "";
								}else{
									segs.splice(j, 1);
									j--;
								}
							}else if(j > 0 && !(j == 1 && segs[0] == "") &&
								segs[j] == ".." && segs[j-1] != ".."){
								// flatten "../" references
								if(j == (segs.length - 1)){
									segs.splice(j, 1);
									segs[j - 1] = "";
								}else{
									segs.splice(j - 1, 2);
									j -= 2;
								}
							}
						}
						relobj.path = segs.join("/");
					}
				}
			}

			uri = [];
			if(relobj.scheme){ 
				uri.push(relobj.scheme, ":");
			}
			if(relobj.authority){
				uri.push("//", relobj.authority);
			}
			uri.push(relobj.path);
			if(relobj.query){
				uri.push("?", relobj.query);
			}
			if(relobj.fragment){
				uri.push("#", relobj.fragment);
			}
		}

		this.uri = uri.join("");

		// break the uri into its main components
		var r = this.uri.match(ore);

		this.scheme = r[2] || (r[1] ? "" : n);
		this.authority = r[4] || (r[3] ? "" : n);
		this.path = r[5]; // can never be undefined
		this.query = r[7] || (r[6] ? "" : n);
		this.fragment  = r[9] || (r[8] ? "" : n);

		if(this.authority != n){
			// server based naming authority
			r = this.authority.match(ire);

			this.user = r[3] || n;
			this.password = r[4] || n;
			this.host = r[6] || r[7]; // ipv6 || ipv4
			this.port = r[9] || n;
		}
	}

	dojo._Url.prototype.toString = function(){ return this.uri; };

	dojo.moduleUrl = function(/*String*/module, /*dojo._Url||String*/url){
		//	summary: 
		//		Returns a `dojo._Url` object relative to a module.
		//	example:
		//	|	var pngPath = dojo.moduleUrl("acme","images/small.png");
		//	|	console.dir(pngPath); // list the object properties
		//	|	// create an image and set it's source to pngPath's value:
		//	|	var img = document.createElement("img");
		// 	|	// NOTE: we assign the string representation of the url object
		//	|	img.src = pngPath.toString(); 
		//	|	// add our image to the document
		//	|	dojo.body().appendChild(img);
		//	example: 
		//		you may de-reference as far as you like down the package
		//		hierarchy.  This is sometimes handy to avoid lenghty relative
		//		urls or for building portable sub-packages. In this example,
		//		the `acme.widget` and `acme.util` directories may be located
		//		under different roots (see `dojo.registerModulePath`) but the
		//		the modules which reference them can be unaware of their
		//		relative locations on the filesystem:
		//	|	// somewhere in a configuration block
		//	|	dojo.registerModulePath("acme.widget", "../../acme/widget");
		//	|	dojo.registerModulePath("acme.util", "../../util");
		//	|	
		//	|	// ...
		//	|	
		//	|	// code in a module using acme resources
		//	|	var tmpltPath = dojo.moduleUrl("acme.widget","templates/template.html");
		//	|	var dataPath = dojo.moduleUrl("acme.util","resources/data.json");

		var loc = d._getModuleSymbols(module).join('/');
		if(!loc){ return null; }
		if(loc.lastIndexOf("/") != loc.length-1){
			loc += "/";
		}
		
		//If the path is an absolute path (starts with a / or is on another
		//domain/xdomain) then don't add the baseUrl.
		var colonIndex = loc.indexOf(":");
		if(loc.charAt(0) != "/" && (colonIndex == -1 || colonIndex > loc.indexOf("/"))){
			loc = d.baseUrl + loc;
		}

		return new d._Url(loc, url); // dojo._Url
	}
})();

/*=====
dojo.isBrowser = {
	//	example:
	//	|	if(dojo.isBrowser){ ... }
};

dojo.isFF = {
	//	example:
	//	|	if(dojo.isFF > 1){ ... }
};

dojo.isIE = {
	// example:
	//	|	if(dojo.isIE > 6){
	//	|		// we are IE7
	// 	|	}
};

dojo.isSafari = {
	//	example:
	//	|	if(dojo.isSafari){ ... }
	//	example: 
	//		Detect iPhone:
	//	|	if(dojo.isSafari && navigator.userAgent.indexOf("iPhone") != -1){ 
	//	|		// we are iPhone. Note, iPod touch reports "iPod" above and fails this test.
	//	|	}
};

dojo = {
	// isBrowser: Boolean
	//		True if the client is a web-browser
	isBrowser: true,
	//	isFF: Number | undefined
	//		Version as a Number if client is FireFox. undefined otherwise. Corresponds to
	//		major detected FireFox version (1.5, 2, 3, etc.)
	isFF: 2,
	//	isIE: Number | undefined
	//		Version as a Number if client is MSIE(PC). undefined otherwise. Corresponds to
	//		major detected IE version (6, 7, 8, etc.)
	isIE: 6,
	//	isKhtml: Number | undefined
	//		Version as a Number if client is a KHTML browser. undefined otherwise. Corresponds to major
	//		detected version.
	isKhtml: 0,
	//	isWebKit: Number | undefined
	//		Version as a Number if client is a WebKit-derived browser (Konqueror,
	//		Safari, Chrome, etc.). undefined otherwise.
	isWebKit: 0,
	//	isMozilla: Number | undefined
	//		Version as a Number if client is a Mozilla-based browser (Firefox,
	//		SeaMonkey). undefined otherwise. Corresponds to major detected version.
	isMozilla: 0,
	//	isOpera: Number | undefined
	//		Version as a Number if client is Opera. undefined otherwise. Corresponds to
	//		major detected version.
	isOpera: 0,
	//	isSafari: Number | undefined
	//		Version as a Number if client is Safari or iPhone. undefined otherwise.
	isSafari: 0,
	//	isChrome: Number | undefined
	//		Version as a Number if client is Chrome browser. undefined otherwise.
	isChrome: 0
	//	isMac: Boolean
	//		True if the client runs on Mac
}
=====*/

if(typeof window != 'undefined'){
	dojo.isBrowser = true;
	dojo._name = "browser";


	// attempt to figure out the path to dojo if it isn't set in the config
	(function(){
		var d = dojo;

		// this is a scope protection closure. We set browser versions and grab
		// the URL we were loaded from here.

		// grab the node we were loaded from
		if(document && document.getElementsByTagName){
			var scripts = document.getElementsByTagName("script");
			var rePkg = /dojo(\.xd)?\.js(\W|$)/i;
			for(var i = 0; i < scripts.length; i++){
				var src = scripts[i].getAttribute("src");
				if(!src){ continue; }
				var m = src.match(rePkg);
				if(m){
					// find out where we came from
					if(!d.config.baseUrl){
						d.config.baseUrl = src.substring(0, m.index);
					}
					// and find out if we need to modify our behavior
					var cfg = scripts[i].getAttribute("djConfig");
					if(cfg){
						var cfgo = eval("({ "+cfg+" })");
						for(var x in cfgo){
							dojo.config[x] = cfgo[x];
						}
					}
					break; // "first Dojo wins"
				}
			}
		}
		d.baseUrl = d.config.baseUrl;

		// fill in the rendering support information in dojo.render.*
		var n = navigator;
		var dua = n.userAgent,
			dav = n.appVersion,
			tv = parseFloat(dav);

		if(dua.indexOf("Opera") >= 0){ d.isOpera = tv; }
		if(dua.indexOf("AdobeAIR") >= 0){ d.isAIR = 1; }
		d.isKhtml = (dav.indexOf("Konqueror") >= 0) ? tv : 0;
		d.isWebKit = parseFloat(dua.split("WebKit/")[1]) || undefined;
		d.isChrome = parseFloat(dua.split("Chrome/")[1]) || undefined;
		d.isMac = dav.indexOf("Macintosh") >= 0;

		// safari detection derived from:
		//		http://developer.apple.com/internet/safari/faq.html#anchor2
		//		http://developer.apple.com/internet/safari/uamatrix.html
		var index = Math.max(dav.indexOf("WebKit"), dav.indexOf("Safari"), 0);
		if(index && !dojo.isChrome){
			// try to grab the explicit Safari version first. If we don't get
			// one, look for less than 419.3 as the indication that we're on something
			// "Safari 2-ish".
			d.isSafari = parseFloat(dav.split("Version/")[1]);
			if(!d.isSafari || parseFloat(dav.substr(index + 7)) <= 419.3){
				d.isSafari = 2;
			}
		}

				if(dua.indexOf("Gecko") >= 0 && !d.isKhtml && !d.isWebKit){ d.isMozilla = d.isMoz = tv; }
		if(d.isMoz){
			//We really need to get away from this. Consider a sane isGecko approach for the future.
			d.isFF = parseFloat(dua.split("Firefox/")[1] || dua.split("Minefield/")[1]) || undefined;
		}
		if(document.all && !d.isOpera){
			d.isIE = parseFloat(dav.split("MSIE ")[1]) || undefined;
			//In cases where the page has an HTTP header or META tag with
			//X-UA-Compatible, then it is in emulation mode.
			//Make sure isIE reflects the desired version.
			//document.documentMode of 5 means quirks mode.
			//Only switch the value if documentMode's major version
			//is different from isIE's major version.
			var mode = document.documentMode;
			if(mode && mode != 5 && Math.floor(d.isIE) != mode){
				d.isIE = mode;
			}
		}

		//Workaround to get local file loads of dojo to work on IE 7
		//by forcing to not use native xhr.
		if(dojo.isIE && window.location.protocol === "file:"){
			dojo.config.ieForceActiveXXhr=true;
		}
		
		d.isQuirks = document.compatMode == "BackCompat";

		// TODO: is the HTML LANG attribute relevant?
		d.locale = dojo.config.locale || (d.isIE ? n.userLanguage : n.language).toLowerCase();

		// These are in order of decreasing likelihood; this will change in time.
				d._XMLHTTP_PROGIDS = ['Msxml2.XMLHTTP', 'Microsoft.XMLHTTP', 'Msxml2.XMLHTTP.4.0'];
		
		d._xhrObj = function(){
			// summary: 
			//		does the work of portably generating a new XMLHTTPRequest object.
			var http, last_e;
						if(!dojo.isIE || !dojo.config.ieForceActiveXXhr){
							try{ http = new XMLHttpRequest(); }catch(e){}
						}
			if(!http){
				for(var i=0; i<3; ++i){
					var progid = d._XMLHTTP_PROGIDS[i];
					try{
						http = new ActiveXObject(progid);
					}catch(e){
						last_e = e;
					}

					if(http){
						d._XMLHTTP_PROGIDS = [progid];  // so faster next time
						break;
					}
				}
			}
			
			if(!http){
				throw new Error("XMLHTTP not available: "+last_e);
			}

			return http; // XMLHTTPRequest instance
		}

		d._isDocumentOk = function(http){
			var stat = http.status || 0,
				lp = location.protocol;
			return (stat >= 200 && stat < 300) || 	// Boolean
				stat == 304 || 						// allow any 2XX response code
				stat == 1223 || 						// get it out of the cache
				// Internet Explorer mangled the status code OR we're Titanium/browser chrome/chrome extension requesting a local file
				(!stat && (lp == "file:" || lp == "chrome:" || lp == "chrome-extension:" || lp == "app:") );
		}

		//See if base tag is in use.
		//This is to fix http://trac.dojotoolkit.org/ticket/3973,
		//but really, we need to find out how to get rid of the dojo._Url reference
		//below and still have DOH work with the dojo.i18n test following some other
		//test that uses the test frame to load a document (trac #2757).
		//Opera still has problems, but perhaps a larger issue of base tag support
		//with XHR requests (hasBase is true, but the request is still made to document
		//path, not base path).
		var owloc = window.location+"";
		var base = document.getElementsByTagName("base");
		var hasBase = (base && base.length > 0);

		d._getText = function(/*URI*/ uri, /*Boolean*/ fail_ok){
			// summary: Read the contents of the specified uri and return those contents.
			// uri:
			//		A relative or absolute uri. If absolute, it still must be in
			//		the same "domain" as we are.
			// fail_ok:
			//		Default false. If fail_ok and loading fails, return null
			//		instead of throwing.
			// returns: The response text. null is returned when there is a
			//		failure and failure is okay (an exception otherwise)

			// NOTE: must be declared before scope switches ie. this._xhrObj()
			var http = d._xhrObj();

			if(!hasBase && dojo._Url){
				uri = (new dojo._Url(owloc, uri)).toString();
			}

			if(d.config.cacheBust){
				//Make sure we have a string before string methods are used on uri
				uri += "";
				uri += (uri.indexOf("?") == -1 ? "?" : "&") + String(d.config.cacheBust).replace(/\W+/g,"");
			}

			http.open('GET', uri, false);
			try{
				http.send(null);
				if(!d._isDocumentOk(http)){
					var err = Error("Unable to load "+uri+" status:"+ http.status);
					err.status = http.status;
					err.responseText = http.responseText;
					throw err;
				}
			}catch(e){
				if(fail_ok){ return null; } // null
				// rethrow the exception
				throw e;
			}
			return http.responseText; // String
		}
		

		var _w = window;
		var _handleNodeEvent = function(/*String*/evtName, /*Function*/fp){
			// summary:
			//		non-destructively adds the specified function to the node's
			//		evtName handler.
			// evtName: should be in the form "onclick" for "onclick" handlers.
			// Make sure you pass in the "on" part.
			var _a = _w.attachEvent || _w.addEventListener;
			evtName = _w.attachEvent ? evtName : evtName.substring(2);
			_a(evtName, function(){
				fp.apply(_w, arguments);
			}, false);
		};


		d._windowUnloaders = [];
		
		d.windowUnloaded = function(){
			// summary:
			//		signal fired by impending window destruction. You may use
			//		dojo.addOnWindowUnload() to register a listener for this
			//		event. NOTE: if you wish to dojo.connect() to this method
			//		to perform page/application cleanup, be aware that this
			//		event WILL NOT fire if no handler has been registered with
			//		dojo.addOnWindowUnload. This behavior started in Dojo 1.3.
			//		Previous versions always triggered dojo.windowUnloaded. See
			//		dojo.addOnWindowUnload for more info.
			var mll = d._windowUnloaders;
			while(mll.length){
				(mll.pop())();
			}
			d = null;
		};

		var _onWindowUnloadAttached = 0;
		d.addOnWindowUnload = function(/*Object?|Function?*/obj, /*String|Function?*/functionName){
			// summary:
			//		registers a function to be triggered when window.onunload
			//		fires. 
			//	description:
			//		The first time that addOnWindowUnload is called Dojo
			//		will register a page listener to trigger your unload
			//		handler with. Note that registering these handlers may
			//		destory "fastback" page caching in browsers that support
			//		it. Be careful trying to modify the DOM or access
			//		JavaScript properties during this phase of page unloading:
			//		they may not always be available. Consider
			//		dojo.addOnUnload() if you need to modify the DOM or do
			//		heavy JavaScript work since it fires at the eqivalent of
			//		the page's "onbeforeunload" event.
			// example:
			//	|	dojo.addOnWindowUnload(functionPointer)
			//	|	dojo.addOnWindowUnload(object, "functionName");
			//	|	dojo.addOnWindowUnload(object, function(){ /* ... */});

			d._onto(d._windowUnloaders, obj, functionName);
			if(!_onWindowUnloadAttached){
				_onWindowUnloadAttached = 1;
				_handleNodeEvent("onunload", d.windowUnloaded);
			}
		};

		var _onUnloadAttached = 0;
		d.addOnUnload = function(/*Object?|Function?*/obj, /*String|Function?*/functionName){
			// summary:
			//		registers a function to be triggered when the page unloads.
			//	description:
			//		The first time that addOnUnload is called Dojo will
			//		register a page listener to trigger your unload handler
			//		with. 
			//
			//		In a browser enviroment, the functions will be triggered
			//		during the window.onbeforeunload event. Be careful of doing
			//		too much work in an unload handler. onbeforeunload can be
			//		triggered if a link to download a file is clicked, or if
			//		the link is a javascript: link. In these cases, the
			//		onbeforeunload event fires, but the document is not
			//		actually destroyed. So be careful about doing destructive
			//		operations in a dojo.addOnUnload callback.
			//
			//		Further note that calling dojo.addOnUnload will prevent
			//		browsers from using a "fast back" cache to make page
			//		loading via back button instantaneous. 
			// example:
			//	|	dojo.addOnUnload(functionPointer)
			//	|	dojo.addOnUnload(object, "functionName")
			//	|	dojo.addOnUnload(object, function(){ /* ... */});

			d._onto(d._unloaders, obj, functionName);
			if(!_onUnloadAttached){
				_onUnloadAttached = 1;
				_handleNodeEvent("onbeforeunload", dojo.unloaded);
			}
		};

	})();

	//START DOMContentLoaded
	dojo._initFired = false;
	dojo._loadInit = function(e){
		if(dojo._scrollIntervalId){
			clearInterval(dojo._scrollIntervalId);
			dojo._scrollIntervalId = 0;
		}

		if(!dojo._initFired){
			dojo._initFired = true;

			//Help out IE to avoid memory leak.
			if(!dojo.config.afterOnLoad && window.detachEvent){
				window.detachEvent("onload", dojo._loadInit);
			}

			if(dojo._inFlightCount == 0){
				dojo._modulesLoaded();
			}
		}
	}

	if(!dojo.config.afterOnLoad){		
		if(document.addEventListener){
			//Standards. Hooray! Assumption here that if standards based,
			//it knows about DOMContentLoaded. It is OK if it does not, the fall through
			//to window onload should be good enough.
			document.addEventListener("DOMContentLoaded", dojo._loadInit, false);
			window.addEventListener("load", dojo._loadInit, false);
		}else if(window.attachEvent){
			window.attachEvent("onload", dojo._loadInit);

			//DOMContentLoaded approximation. Diego Perini found this MSDN article
			//that indicates doScroll is available after DOM ready, so do a setTimeout
			//to check when it is available.
			//http://msdn.microsoft.com/en-us/library/ms531426.aspx
			if(!dojo.config.skipIeDomLoaded && self === self.top){
				dojo._scrollIntervalId = setInterval(function (){
					try{
						//When dojo is loaded into an iframe in an IE HTML Application 
						//(HTA), such as in a selenium test, javascript in the iframe
						//can't see anything outside of it, so self===self.top is true,
						//but the iframe is not the top window and doScroll will be 
						//available before document.body is set. Test document.body
						//before trying the doScroll trick
						if(document.body){
							document.documentElement.doScroll("left");
							dojo._loadInit();
						}
					}catch (e){}
				}, 30);
			}
		}
	}

		if(dojo.isIE){
		try{
			(function(){
				document.namespaces.add("v", "urn:schemas-microsoft-com:vml");
				var vmlElems = ["*", "group", "roundrect", "oval", "shape", "rect", "imagedata", "path", "textpath", "text"],
					i = 0, l = 1, s = document.createStyleSheet();
				if(dojo.isIE >= 8){
					i = 1;
					l = vmlElems.length;
				}
				for(; i < l; ++i){
					s.addRule("v\\:" + vmlElems[i], "behavior:url(#default#VML); display:inline-block");
				}
			})();
		}catch(e){}
	}
		//END DOMContentLoaded


	/*
	OpenAjax.subscribe("OpenAjax", "onload", function(){
		if(dojo._inFlightCount == 0){
			dojo._modulesLoaded();
		}
	});

	OpenAjax.subscribe("OpenAjax", "onunload", function(){
		dojo.unloaded();
	});
	*/
} //if (typeof window != 'undefined')

//Register any module paths set up in djConfig. Need to do this
//in the hostenvs since hostenv_browser can read djConfig from a
//script tag's attribute.
(function(){
	var mp = dojo.config["modulePaths"];
	if(mp){
		for(var param in mp){
			dojo.registerModulePath(param, mp[param]);
		}
	}
})();

//Load debug code if necessary.
if(dojo.config.isDebug){
	dojo.require("dojo._firebug.firebug");
}

if(dojo.config.debugAtAllCosts){
	dojo.config.useXDomain = true;
	dojo.require("dojo._base._loader.loader_xd");
	dojo.require("dojo._base._loader.loader_debug");
	dojo.require("dojo.i18n");
}

if(!dojo._hasResource["dojo._base.lang"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.lang"] = true;
dojo.provide("dojo._base.lang");

(function(){
	var d = dojo, opts = Object.prototype.toString;

	// Crockford (ish) functions

	dojo.isString = function(/*anything*/ it){
		//	summary:
		//		Return true if it is a String
		return (typeof it == "string" || it instanceof String); // Boolean
	}

	dojo.isArray = function(/*anything*/ it){
		//	summary:
		//		Return true if it is an Array.
		//		Does not work on Arrays created in other windows.
		return it && (it instanceof Array || typeof it == "array"); // Boolean
	}

	dojo.isFunction = function(/*anything*/ it){
		// summary:
		//		Return true if it is a Function
		return opts.call(it) === "[object Function]";
	};

	dojo.isObject = function(/*anything*/ it){
		// summary:
		//		Returns true if it is a JavaScript object (or an Array, a Function
		//		or null)
		return it !== undefined &&
			(it === null || typeof it == "object" || d.isArray(it) || d.isFunction(it)); // Boolean
	}

	dojo.isArrayLike = function(/*anything*/ it){
		//	summary:
		//		similar to dojo.isArray() but more permissive
		//	description:
		//		Doesn't strongly test for "arrayness".  Instead, settles for "isn't
		//		a string or number and has a length property". Arguments objects
		//		and DOM collections will return true when passed to
		//		dojo.isArrayLike(), but will return false when passed to
		//		dojo.isArray().
		//	returns:
		//		If it walks like a duck and quacks like a duck, return `true`
		return it && it !== undefined && // Boolean
			// keep out built-in constructors (Number, String, ...) which have length
			// properties
			!d.isString(it) && !d.isFunction(it) &&
			!(it.tagName && it.tagName.toLowerCase() == 'form') &&
			(d.isArray(it) || isFinite(it.length));
	}

	dojo.isAlien = function(/*anything*/ it){
		// summary:
		//		Returns true if it is a built-in function or some other kind of
		//		oddball that *should* report as a function but doesn't
		return it && !d.isFunction(it) && /\{\s*\[native code\]\s*\}/.test(String(it)); // Boolean
	}

	dojo.extend = function(/*Object*/ constructor, /*Object...*/ props){
		// summary:
		//		Adds all properties and methods of props to constructor's
		//		prototype, making them available to all instances created with
		//		constructor.
		for(var i=1, l=arguments.length; i<l; i++){
			d._mixin(constructor.prototype, arguments[i]);
		}
		return constructor; // Object
	}

	dojo._hitchArgs = function(scope, method /*,...*/){
		var pre = d._toArray(arguments, 2);
		var named = d.isString(method);
		return function(){
			// arrayify arguments
			var args = d._toArray(arguments);
			// locate our method
			var f = named ? (scope||d.global)[method] : method;
			// invoke with collected args
			return f && f.apply(scope || this, pre.concat(args)); // mixed
		} // Function
	}

	dojo.hitch = function(/*Object*/scope, /*Function|String*/method /*,...*/){
		//	summary:
		//		Returns a function that will only ever execute in the a given scope.
		//		This allows for easy use of object member functions
		//		in callbacks and other places in which the "this" keyword may
		//		otherwise not reference the expected scope.
		//		Any number of default positional arguments may be passed as parameters 
		//		beyond "method".
		//		Each of these values will be used to "placehold" (similar to curry)
		//		for the hitched function.
		//	scope:
		//		The scope to use when method executes. If method is a string,
		//		scope is also the object containing method.
		//	method:
		//		A function to be hitched to scope, or the name of the method in
		//		scope to be hitched.
		//	example:
		//	|	dojo.hitch(foo, "bar")();
		//		runs foo.bar() in the scope of foo
		//	example:
		//	|	dojo.hitch(foo, myFunction);
		//		returns a function that runs myFunction in the scope of foo
		//	example:
		//		Expansion on the default positional arguments passed along from
		//		hitch. Passed args are mixed first, additional args after.
		//	|	var foo = { bar: function(a, b, c){ console.log(a, b, c); } };
		//	|	var fn = dojo.hitch(foo, "bar", 1, 2);
		//	|	fn(3); // logs "1, 2, 3"
		//	example:
		//	|	var foo = { bar: 2 };
		//	|	dojo.hitch(foo, function(){ this.bar = 10; })();
		//		execute an anonymous function in scope of foo
		
		if(arguments.length > 2){
			return d._hitchArgs.apply(d, arguments); // Function
		}
		if(!method){
			method = scope;
			scope = null;
		}
		if(d.isString(method)){
			scope = scope || d.global;
			if(!scope[method]){ throw(['dojo.hitch: scope["', method, '"] is null (scope="', scope, '")'].join('')); }
			return function(){ return scope[method].apply(scope, arguments || []); }; // Function
		}
		return !scope ? method : function(){ return method.apply(scope, arguments || []); }; // Function
	}

	/*=====
	dojo.delegate = function(obj, props){
		//	summary:
		//		Returns a new object which "looks" to obj for properties which it
		//		does not have a value for. Optionally takes a bag of properties to
		//		seed the returned object with initially.
		//	description:
		//		This is a small implementaton of the Boodman/Crockford delegation
		//		pattern in JavaScript. An intermediate object constructor mediates
		//		the prototype chain for the returned object, using it to delegate
		//		down to obj for property lookup when object-local lookup fails.
		//		This can be thought of similarly to ES4's "wrap", save that it does
		//		not act on types but rather on pure objects.
		//	obj:
		//		The object to delegate to for properties not found directly on the
		//		return object or in props.
		//	props:
		//		an object containing properties to assign to the returned object
		//	returns:
		//		an Object of anonymous type
		//	example:
		//	|	var foo = { bar: "baz" };
		//	|	var thinger = dojo.delegate(foo, { thud: "xyzzy"});
		//	|	thinger.bar == "baz"; // delegated to foo
		//	|	foo.thud == undefined; // by definition
		//	|	thinger.thud == "xyzzy"; // mixed in from props
		//	|	foo.bar = "thonk";
		//	|	thinger.bar == "thonk"; // still delegated to foo's bar
	}
	=====*/

	dojo.delegate = dojo._delegate = (function(){
		// boodman/crockford delegation w/ cornford optimization
		function TMP(){}
		return function(obj, props){
			TMP.prototype = obj;
			var tmp = new TMP();
			TMP.prototype = null;
			if(props){
				d._mixin(tmp, props);
			}
			return tmp; // Object
		}
	})();

	/*=====
	dojo._toArray = function(obj, offset, startWith){
		//	summary:
		//		Converts an array-like object (i.e. arguments, DOMCollection) to an
		//		array. Returns a new Array with the elements of obj.
		//	obj: Object
		//		the object to "arrayify". We expect the object to have, at a
		//		minimum, a length property which corresponds to integer-indexed
		//		properties.
		//	offset: Number?
		//		the location in obj to start iterating from. Defaults to 0.
		//		Optional.
		//	startWith: Array?
		//		An array to pack with the properties of obj. If provided,
		//		properties in obj are appended at the end of startWith and
		//		startWith is the returned array.
	}
	=====*/

	var efficient = function(obj, offset, startWith){
		return (startWith||[]).concat(Array.prototype.slice.call(obj, offset||0));
	};

		var slow = function(obj, offset, startWith){
		var arr = startWith||[];
		for(var x = offset || 0; x < obj.length; x++){
			arr.push(obj[x]);
		}
		return arr;
	};
	
	dojo._toArray =
				d.isIE ?  function(obj){
			return ((obj.item) ? slow : efficient).apply(this, arguments);
		} :
				efficient;

	dojo.partial = function(/*Function|String*/method /*, ...*/){
		//	summary:
		//		similar to hitch() except that the scope object is left to be
		//		whatever the execution context eventually becomes.
		//	description:
		//		Calling dojo.partial is the functional equivalent of calling:
		//		|	dojo.hitch(null, funcName, ...);
		var arr = [ null ];
		return d.hitch.apply(d, arr.concat(d._toArray(arguments))); // Function
	}

	var extraNames = d._extraNames, extraLen = extraNames.length, empty = {};

	dojo.clone = function(/*anything*/ o){
		// summary:
		//		Clones objects (including DOM nodes) and all children.
		//		Warning: do not clone cyclic structures.
		if(!o || typeof o != "object" || d.isFunction(o)){
			// null, undefined, any non-object, or function
			return o;	// anything
		}
		if(o.nodeType && "cloneNode" in o){
			// DOM Node
			return o.cloneNode(true); // Node
		}
		if(o instanceof Date){
			// Date
			return new Date(o.getTime());	// Date
		}
		var r, i, l, s, name;
		if(d.isArray(o)){
			// array
			r = [];
			for(i = 0, l = o.length; i < l; ++i){
				if(i in o){
					r.push(d.clone(o[i]));
				}
			}
// we don't clone functions for performance reasons
//		}else if(d.isFunction(o)){
//			// function
//			r = function(){ return o.apply(this, arguments); };
		}else{
			// generic objects
			r = o.constructor ? new o.constructor() : {};
		}
		for(name in o){
			// the "tobj" condition avoid copying properties in "source"
			// inherited from Object.prototype.  For example, if target has a custom
			// toString() method, don't overwrite it with the toString() method
			// that source inherited from Object.prototype
			s = o[name];
			if(!(name in r) || (r[name] !== s && (!(name in empty) || empty[name] !== s))){
				r[name] = d.clone(s);
			}
		}
				// IE doesn't recognize some custom functions in for..in
		if(extraLen){
			for(i = 0; i < extraLen; ++i){
				name = extraNames[i];
				s = o[name];
				if(!(name in r) || (r[name] !== s && (!(name in empty) || empty[name] !== s))){
					r[name] = s; // functions only, we don't clone them
				}
			}
		}
				return r; // Object
	}

	/*=====
	dojo.trim = function(str){
		//	summary:
		//		Trims whitespace from both sides of the string
		//	str: String
		//		String to be trimmed
		//	returns: String
		//		Returns the trimmed string
		//	description:
		//		This version of trim() was selected for inclusion into the base due
		//		to its compact size and relatively good performance
		//		(see [Steven Levithan's blog](http://blog.stevenlevithan.com/archives/faster-trim-javascript)
		//		Uses String.prototype.trim instead, if available.
		//		The fastest but longest version of this function is located at
		//		dojo.string.trim()
		return "";	// String
	}
	=====*/

	dojo.trim = String.prototype.trim ?
		function(str){ return str.trim(); } :
		function(str){ return str.replace(/^\s\s*/, '').replace(/\s\s*$/, ''); };

	/*=====
	dojo.replace = function(tmpl, map, pattern){
		//	summary:
		//		Performs parameterized substitutions on a string. Throws an
		//		exception if any parameter is unmatched. 
		//	tmpl: String
		//		String to be used as a template.
		//	map: Object|Function
		//		If an object, it is used as a dictionary to look up substitutions.
		//		If a function, it is called for every substitution with following
		//		parameters: a whole match, a name, an offset, and the whole template
		//		string (see https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Global_Objects/String/replace
		//		for more details).
		//	pattern: RegEx?
		//		Optional regular expression objects that overrides the default pattern.
		//		Must be global and match one item. The default is: /\{([^\}]+)\}/g,
		//		which matches patterns like that: "{xxx}", where "xxx" is any sequence
		//		of characters, which doesn't include "}".
		//	returns: String
		//		Returns the substituted string.
		//	example:
		//	|	// uses a dictionary for substitutions:
		//	|	dojo.replace("Hello, {name.first} {name.last} AKA {nick}!",
		//	|	  {
		//	|	    nick: "Bob",
		//	|	    name: {
		//	|	      first:  "Robert",
		//	|	      middle: "X",
		//	|	      last:   "Cringely"
		//	|	    }
		//	|	  });
		//	|	// returns: Hello, Robert Cringely AKA Bob!
		//	example:
		//	|	// uses an array for substitutions:
		//	|	dojo.replace("Hello, {0} {2}!",
		//	|	  ["Robert", "X", "Cringely"]);
		//	|	// returns: Hello, Robert Cringely!
		//	example:
		//	|	// uses a function for substitutions:
		//	|	function sum(a){
		//	|	  var t = 0;
		//	|	  dojo.forEach(a, function(x){ t += x; });
		//	|	  return t;
		//	|	}
		//	|	dojo.replace(
		//	|	  "{count} payments averaging {avg} USD per payment.",
		//	|	  dojo.hitch(
		//	|	    { payments: [11, 16, 12] },
		//	|	    function(_, key){
		//	|	      switch(key){
		//	|	        case "count": return this.payments.length;
		//	|	        case "min":   return Math.min.apply(Math, this.payments);
		//	|	        case "max":   return Math.max.apply(Math, this.payments);
		//	|	        case "sum":   return sum(this.payments);
		//	|	        case "avg":   return sum(this.payments) / this.payments.length;
		//	|	      }
		//	|	    }
		//	|	  )
		//	|	);
		//	|	// prints: 3 payments averaging 13 USD per payment.
		//	example:
		//	|	// uses an alternative PHP-like pattern for substitutions:
		//	|	dojo.replace("Hello, ${0} ${2}!",
		//	|	  ["Robert", "X", "Cringely"], /\$\{([^\}]+)\}/g);
		//	|	// returns: Hello, Robert Cringely!
		return "";	// String
	}
	=====*/

	var _pattern = /\{([^\}]+)\}/g;
	dojo.replace = function(tmpl, map, pattern){
		return tmpl.replace(pattern || _pattern, d.isFunction(map) ?
			map : function(_, k){ return d.getObject(k, false, map); });
	};
})();

}

if(!dojo._hasResource["dojo._base.array"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.array"] = true;

dojo.provide("dojo._base.array");

(function(){
	var _getParts = function(arr, obj, cb){
		return [ 
			(typeof arr == "string") ? arr.split("") : arr, 
			obj || dojo.global,
			// FIXME: cache the anonymous functions we create here?
			(typeof cb == "string") ? new Function("item", "index", "array", cb) : cb
		];
	};

	var everyOrSome = function(/*Boolean*/every, /*Array|String*/arr, /*Function|String*/callback, /*Object?*/thisObject){
		var _p = _getParts(arr, thisObject, callback); arr = _p[0];
		for(var i=0,l=arr.length; i<l; ++i){
			var result = !!_p[2].call(_p[1], arr[i], i, arr);
			if(every ^ result){
				return result; // Boolean
			}
		}
		return every; // Boolean
	};

	dojo.mixin(dojo, {
		indexOf: function(	/*Array*/		array, 
							/*Object*/		value,
							/*Integer?*/	fromIndex,
							/*Boolean?*/	findLast){
			// summary:
			//		locates the first index of the provided value in the
			//		passed array. If the value is not found, -1 is returned.
			// description:
			//		This method corresponds to the JavaScript 1.6 Array.indexOf method, with one difference: when
			//		run over sparse arrays, the Dojo function invokes the callback for every index whereas JavaScript 
			//		1.6's indexOf skips the holes in the sparse array.
			//		For details on this method, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/indexOf

			var step = 1, end = array.length || 0, i = 0;
			if(findLast){
				i = end - 1;
				step = end = -1;
			}
			if(fromIndex != undefined){ i = fromIndex; }
			if((findLast && i > end) || i < end){
				for(; i != end; i += step){
					if(array[i] == value){ return i; }
				}
			}
			return -1;	// Number
		},

		lastIndexOf: function(/*Array*/array, /*Object*/value, /*Integer?*/fromIndex){
			// summary:
			//		locates the last index of the provided value in the passed
			//		array. If the value is not found, -1 is returned.
			// description:
			//		This method corresponds to the JavaScript 1.6 Array.lastIndexOf method, with one difference: when
			//		run over sparse arrays, the Dojo function invokes the callback for every index whereas JavaScript 
			//		1.6's lastIndexOf skips the holes in the sparse array.
			//		For details on this method, see:
			// 			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/lastIndexOf
			return dojo.indexOf(array, value, fromIndex, true); // Number
		},

		forEach: function(/*Array|String*/arr, /*Function|String*/callback, /*Object?*/thisObject){
			//	summary:
			//		for every item in arr, callback is invoked. Return values are ignored.
			//		If you want to break out of the loop, consider using dojo.every() or dojo.some().
			//		forEach does not allow breaking out of the loop over the items in arr.
			//	arr:
			//		the array to iterate over. If a string, operates on individual characters.
			//	callback:
			//		a function is invoked with three arguments: item, index, and array
			//	thisObject:
			//		may be used to scope the call to callback
			//	description:
			//		This function corresponds to the JavaScript 1.6 Array.forEach() method, with one difference: when 
			//		run over sparse arrays, this implemenation passes the "holes" in the sparse array to
			//		the callback function with a value of undefined. JavaScript 1.6's forEach skips the holes in the sparse array.
			//		For more details, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/forEach
			//	example:
			//	|	// log out all members of the array:
			//	|	dojo.forEach(
			//	|		[ "thinger", "blah", "howdy", 10 ],
			//	|		function(item){
			//	|			console.log(item);
			//	|		}
			//	|	);
			//	example:
			//	|	// log out the members and their indexes
			//	|	dojo.forEach(
			//	|		[ "thinger", "blah", "howdy", 10 ],
			//	|		function(item, idx, arr){
			//	|			console.log(item, "at index:", idx);
			//	|		}
			//	|	);
			//	example:
			//	|	// use a scoped object member as the callback
			//	|	
			//	|	var obj = {
			//	|		prefix: "logged via obj.callback:", 
			//	|		callback: function(item){
			//	|			console.log(this.prefix, item);
			//	|		}
			//	|	};
			//	|	
			//	|	// specifying the scope function executes the callback in that scope
			//	|	dojo.forEach(
			//	|		[ "thinger", "blah", "howdy", 10 ],
			//	|		obj.callback,
			//	|		obj
			//	|	);
			//	|	
			//	|	// alternately, we can accomplish the same thing with dojo.hitch()
			//	|	dojo.forEach(
			//	|		[ "thinger", "blah", "howdy", 10 ],
			//	|		dojo.hitch(obj, "callback")
			//	|	);

			// match the behavior of the built-in forEach WRT empty arrs
			if(!arr || !arr.length){ return; }

			// FIXME: there are several ways of handilng thisObject. Is
			// dojo.global always the default context?
			var _p = _getParts(arr, thisObject, callback); arr = _p[0];
			for(var i=0,l=arr.length; i<l; ++i){ 
				_p[2].call(_p[1], arr[i], i, arr);
			}
		},

		every: function(/*Array|String*/arr, /*Function|String*/callback, /*Object?*/thisObject){
			// summary:
			//		Determines whether or not every item in arr satisfies the
			//		condition implemented by callback.
			// arr:
			//		the array to iterate on. If a string, operates on individual characters.
			// callback:
			//		a function is invoked with three arguments: item, index,
			//		and array and returns true if the condition is met.
			// thisObject:
			//		may be used to scope the call to callback
			// description:
			//		This function corresponds to the JavaScript 1.6 Array.every() method, with one difference: when 
			//		run over sparse arrays, this implemenation passes the "holes" in the sparse array to
			//		the callback function with a value of undefined. JavaScript 1.6's every skips the holes in the sparse array.
			//		For more details, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/every
			// example:
			//	|	// returns false
			//	|	dojo.every([1, 2, 3, 4], function(item){ return item>1; });
			// example:
			//	|	// returns true 
			//	|	dojo.every([1, 2, 3, 4], function(item){ return item>0; });
			return everyOrSome(true, arr, callback, thisObject); // Boolean
		},

		some: function(/*Array|String*/arr, /*Function|String*/callback, /*Object?*/thisObject){
			// summary:
			//		Determines whether or not any item in arr satisfies the
			//		condition implemented by callback.
			// arr:
			//		the array to iterate over. If a string, operates on individual characters.
			// callback:
			//		a function is invoked with three arguments: item, index,
			//		and array and returns true if the condition is met.
			// thisObject:
			//		may be used to scope the call to callback
			// description:
			//		This function corresponds to the JavaScript 1.6 Array.some() method, with one difference: when 
			//		run over sparse arrays, this implemenation passes the "holes" in the sparse array to
			//		the callback function with a value of undefined. JavaScript 1.6's some skips the holes in the sparse array.
			//		For more details, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/some
			// example:
			//	|	// is true
			//	|	dojo.some([1, 2, 3, 4], function(item){ return item>1; });
			// example:
			//	|	// is false
			//	|	dojo.some([1, 2, 3, 4], function(item){ return item<1; });
			return everyOrSome(false, arr, callback, thisObject); // Boolean
		},

		map: function(/*Array|String*/arr, /*Function|String*/callback, /*Function?*/thisObject){
			// summary:
			//		applies callback to each element of arr and returns
			//		an Array with the results
			// arr:
			//		the array to iterate on. If a string, operates on
			//		individual characters.
			// callback:
			//		a function is invoked with three arguments, (item, index,
			//		array),  and returns a value
			// thisObject:
			//		may be used to scope the call to callback
			// description:
			//		This function corresponds to the JavaScript 1.6 Array.map() method, with one difference: when 
			//		run over sparse arrays, this implemenation passes the "holes" in the sparse array to
			//		the callback function with a value of undefined. JavaScript 1.6's map skips the holes in the sparse array.
			//		For more details, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/map
			// example:
			//	|	// returns [2, 3, 4, 5]
			//	|	dojo.map([1, 2, 3, 4], function(item){ return item+1 });

			var _p = _getParts(arr, thisObject, callback); arr = _p[0];
			var outArr = (arguments[3] ? (new arguments[3]()) : []);
			for(var i=0,l=arr.length; i<l; ++i){
				outArr.push(_p[2].call(_p[1], arr[i], i, arr));
			}
			return outArr; // Array
		},

		filter: function(/*Array*/arr, /*Function|String*/callback, /*Object?*/thisObject){
			// summary:
			//		Returns a new Array with those items from arr that match the
			//		condition implemented by callback.
			// arr:
			//		the array to iterate over.
			// callback:
			//		a function that is invoked with three arguments (item,
			//		index, array). The return of this function is expected to
			//		be a boolean which determines whether the passed-in item
			//		will be included in the returned array.
			// thisObject:
			//		may be used to scope the call to callback
			// description:
			//		This function corresponds to the JavaScript 1.6 Array.filter() method, with one difference: when 
			//		run over sparse arrays, this implemenation passes the "holes" in the sparse array to
			//		the callback function with a value of undefined. JavaScript 1.6's filter skips the holes in the sparse array. 
			//		For more details, see:
			//			https://developer.mozilla.org/en/Core_JavaScript_1.5_Reference/Objects/Array/filter
			// example:
			//	|	// returns [2, 3, 4]
			//	|	dojo.filter([1, 2, 3, 4], function(item){ return item>1; });

			var _p = _getParts(arr, thisObject, callback); arr = _p[0];
			var outArr = [];
			for(var i=0,l=arr.length; i<l; ++i){
				if(_p[2].call(_p[1], arr[i], i, arr)){
					outArr.push(arr[i]);
				}
			}
			return outArr; // Array
		}
	});
})();
/*
*/

}

if(!dojo._hasResource["dojo._base.declare"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.declare"] = true;
dojo.provide("dojo._base.declare");




(function(){
	var d = dojo, mix = d._mixin, op = Object.prototype, opts = op.toString,
		xtor = new Function, counter = 0, cname = "constructor";

	function err(msg){ throw new Error("declare: " + msg); }

	// C3 Method Resolution Order (see http://www.python.org/download/releases/2.3/mro/)
	function c3mro(bases){
		var result = [], roots = [{cls: 0, refs: []}], nameMap = {}, clsCount = 1,
			l = bases.length, i = 0, j, lin, base, top, proto, rec, name, refs;

		// build a list of bases naming them if needed
		for(; i < l; ++i){
			base = bases[i];
			if(!base){
				err("mixin #" + i + " is unknown. Did you use dojo.require to pull it in?");
			}else if(opts.call(base) != "[object Function]"){
				err("mixin #" + i + " is not a callable constructor.");
			}
			lin = base._meta ? base._meta.bases : [base];
			top = 0;
			// add bases to the name map
			for(j = lin.length - 1; j >= 0; --j){
				proto = lin[j].prototype;
				if(!proto.hasOwnProperty("declaredClass")){
					proto.declaredClass = "uniqName_" + (counter++);
				}
				name = proto.declaredClass;
				if(!nameMap.hasOwnProperty(name)){
					nameMap[name] = {count: 0, refs: [], cls: lin[j]};
					++clsCount;
				}
				rec = nameMap[name];
				if(top && top !== rec){
					rec.refs.push(top);
					++top.count;
				}
				top = rec;
			}
			++top.count;
			roots[0].refs.push(top);
		}

		// remove classes without external references recursively
		while(roots.length){
			top = roots.pop();
			result.push(top.cls);
			--clsCount;
			// optimization: follow a single-linked chain
			while(refs = top.refs, refs.length == 1){
				top = refs[0];
				if(!top || --top.count){
					// branch or end of chain => do not end to roots
					top = 0;
					break;
				}
				result.push(top.cls);
				--clsCount;
			}
			if(top){
				// branch
				for(i = 0, l = refs.length; i < l; ++i){
					top = refs[i];
					if(!--top.count){
						roots.push(top);
					}
				}
			}
		}
		if(clsCount){
			err("can't build consistent linearization");
		}

		// calculate the superclass offset
		base = bases[0];
		result[0] = base ?
			base._meta && base === result[result.length - base._meta.bases.length] ?
				base._meta.bases.length : 1 : 0;

		return result;
	}

	function inherited(args, a, f){
		var name, chains, bases, caller, meta, base, proto, opf, pos,
			cache = this._inherited = this._inherited || {};

		// crack arguments
		if(typeof args == "string"){
			name = args;
			args = a;
			a = f;
		}
		f = 0;

		caller = args.callee;
		name = name || caller.nom;
		if(!name){
			err("can't deduce a name to call inherited()");
		}

		meta = this.constructor._meta;
		bases = meta.bases;

		pos = cache.p;
		if(name != cname){
			// method
			if(cache.c !== caller){
				// cache bust
				pos = 0;
				base = bases[0];
				meta = base._meta;
				if(meta.hidden[name] !== caller){
					// error detection
					chains = meta.chains;
					if(chains && typeof chains[name] == "string"){
						err("calling chained method with inherited: " + name);
					}
					// find caller
					do{
						meta = base._meta;
						proto = base.prototype;
						if(meta && (proto[name] === caller && proto.hasOwnProperty(name) || meta.hidden[name] === caller)){
							break;
						}
					}while(base = bases[++pos]); // intentional assignment
					pos = base ? pos : -1;
				}
			}
			// find next
			base = bases[++pos];
			if(base){
				proto = base.prototype;
				if(base._meta && proto.hasOwnProperty(name)){
					f = proto[name];
				}else{
					opf = op[name];
					do{
						proto = base.prototype;
						f = proto[name];
						if(f && (base._meta ? proto.hasOwnProperty(name) : f !== opf)){
							break;
						}
					}while(base = bases[++pos]); // intentional assignment
				}
			}
			f = base && f || op[name];
		}else{
			// constructor
			if(cache.c !== caller){
				// cache bust
				pos = 0;
				meta = bases[0]._meta;
				if(meta && meta.ctor !== caller){
					// error detection
					chains = meta.chains;
					if(!chains || chains.constructor !== "manual"){
						err("calling chained constructor with inherited");
					}
					// find caller
					while(base = bases[++pos]){ // intentional assignment
						meta = base._meta;
						if(meta && meta.ctor === caller){
							break;
						}
					}
					pos = base ? pos : -1;
				}
			}
			// find next
			while(base = bases[++pos]){	// intentional assignment
				meta = base._meta;
				f = meta ? meta.ctor : base;
				if(f){
					break;
				}
			}
			f = base && f;
		}

		// cache the found super method
		cache.c = f;
		cache.p = pos;

		// now we have the result
		if(f){
			return a === true ? f : f.apply(this, a || args);
		}
		// intentionally if a super method was not found
	}

	function getInherited(name, args){
		if(typeof name == "string"){
			return this.inherited(name, args, true);
		}
		return this.inherited(name, true);
	}

	// emulation of "instanceof"
	function isInstanceOf(cls){
		var bases = this.constructor._meta.bases;
		for(var i = 0, l = bases.length; i < l; ++i){
			if(bases[i] === cls){
				return true;
			}
		}
		return this instanceof cls;
	}

	function mixOwn(target, source){
		var name, i = 0, l = d._extraNames.length;
		// add props adding metadata for incoming functions skipping a constructor
		for(name in source){
			if(name != cname && source.hasOwnProperty(name)){
				target[name] = source[name];
			}
		}
		// process unenumerable methods on IE
		for(; i < l; ++i){
			name = d._extraNames[i];
			if(name != cname && source.hasOwnProperty(name)){
				target[name] = source[name];
			}
		}
	}

	// implementation of safe mixin function
	function safeMixin(target, source){
		var name, t, i = 0, l = d._extraNames.length;
		// add props adding metadata for incoming functions skipping a constructor
		for(name in source){
			t = source[name];
			if((t !== op[name] || !(name in op)) && name != cname){
				if(opts.call(t) == "[object Function]"){
					// non-trivial function method => attach its name
					t.nom = name;
				}
				target[name] = t;
			}
		}
		// process unenumerable methods on IE
		for(; i < l; ++i){
			name = d._extraNames[i];
			t = source[name];
			if((t !== op[name] || !(name in op)) && name != cname){
				if(opts.call(t) == "[object Function]"){
					// non-trivial function method => attach its name
					t.nom = name;
				}
				target[name] = t;
			}
		}
		return target;
	}

	function extend(source){
		safeMixin(this.prototype, source);
		return this;
	}

	// chained constructor compatible with the legacy dojo.declare()
	function chainedConstructor(bases, ctorSpecial){
		return function(){
			var a = arguments, args = a, a0 = a[0], f, i, m,
				l = bases.length, preArgs;

			if(!(this instanceof a.callee)){
				// not called via new, so force it
				return applyNew(a);
			}

			//this._inherited = {};
			// perform the shaman's rituals of the original dojo.declare()
			// 1) call two types of the preamble
			if(ctorSpecial && (a0 && a0.preamble || this.preamble)){
				// full blown ritual
				preArgs = new Array(bases.length);
				// prepare parameters
				preArgs[0] = a;
				for(i = 0;;){
					// process the preamble of the 1st argument
					a0 = a[0];
					if(a0){
						f = a0.preamble;
						if(f){
							a = f.apply(this, a) || a;
						}
					}
					// process the preamble of this class
					f = bases[i].prototype;
					f = f.hasOwnProperty("preamble") && f.preamble;
					if(f){
						a = f.apply(this, a) || a;
					}
					// one peculiarity of the preamble:
					// it is called if it is not needed,
					// e.g., there is no constructor to call
					// let's watch for the last constructor
					// (see ticket #9795)
					if(++i == l){
						break;
					}
					preArgs[i] = a;
				}
			}
			// 2) call all non-trivial constructors using prepared arguments
			for(i = l - 1; i >= 0; --i){
				f = bases[i];
				m = f._meta;
				f = m ? m.ctor : f;
				if(f){
					f.apply(this, preArgs ? preArgs[i] : a);
				}
			}
			// 3) continue the original ritual: call the postscript
			f = this.postscript;
			if(f){
				f.apply(this, args);
			}
		};
	}


	// chained constructor compatible with the legacy dojo.declare()
	function singleConstructor(ctor, ctorSpecial){
		return function(){
			var a = arguments, t = a, a0 = a[0], f;

			if(!(this instanceof a.callee)){
				// not called via new, so force it
				return applyNew(a);
			}

			//this._inherited = {};
			// perform the shaman's rituals of the original dojo.declare()
			// 1) call two types of the preamble
			if(ctorSpecial){
				// full blown ritual
				if(a0){
					// process the preamble of the 1st argument
					f = a0.preamble;
					if(f){
						t = f.apply(this, t) || t;
					}
				}
				f = this.preamble;
				if(f){
					// process the preamble of this class
					f.apply(this, t);
					// one peculiarity of the preamble:
					// it is called even if it is not needed,
					// e.g., there is no constructor to call
					// let's watch for the last constructor
					// (see ticket #9795)
				}
			}
			// 2) call a constructor
			if(ctor){
				ctor.apply(this, a);
			}
			// 3) continue the original ritual: call the postscript
			f = this.postscript;
			if(f){
				f.apply(this, a);
			}
		};
	}

	// plain vanilla constructor (can use inherited() to call its base constructor)
	function simpleConstructor(bases){
		return function(){
			var a = arguments, i = 0, f, m;

			if(!(this instanceof a.callee)){
				// not called via new, so force it
				return applyNew(a);
			}

			//this._inherited = {};
			// perform the shaman's rituals of the original dojo.declare()
			// 1) do not call the preamble
			// 2) call the top constructor (it can use this.inherited())
			for(; f = bases[i]; ++i){ // intentional assignment
				m = f._meta;
				f = m ? m.ctor : f;
				if(f){
					f.apply(this, a);
					break;
				}
			}
			// 3) call the postscript
			f = this.postscript;
			if(f){
				f.apply(this, a);
			}
		};
	}

	function chain(name, bases, reversed){
		return function(){
			var b, m, f, i = 0, step = 1;
			if(reversed){
				i = bases.length - 1;
				step = -1;
			}
			for(; b = bases[i]; i += step){ // intentional assignment
				m = b._meta;
				f = (m ? m.hidden : b.prototype)[name];
				if(f){
					f.apply(this, arguments);
				}
			}
		};
	}

	// forceNew(ctor)
	// return a new object that inherits from ctor.prototype but
	// without actually running ctor on the object.
	function forceNew(ctor){
		// create object with correct prototype using a do-nothing
		// constructor
		xtor.prototype = ctor.prototype;
		var t = new xtor;
		xtor.prototype = null;	// clean up
		return t;
	}

	// applyNew(args)
	// just like 'new ctor()' except that the constructor and its arguments come
	// from args, which must be an array or an arguments object
	function applyNew(args){
		// create an object with ctor's prototype but without
		// calling ctor on it.
		var ctor = args.callee, t = forceNew(ctor);
		// execute the real constructor on the new object
		ctor.apply(t, args);
		return t;
	}

	d.declare = function(className, superclass, props){
		// crack parameters
		if(typeof className != "string"){
			props = superclass;
			superclass = className;
			className = "";
		}
		props = props || {};

		var proto, i, t, ctor, name, bases, chains, mixins = 1, parents = superclass;

		// build a prototype
		if(opts.call(superclass) == "[object Array]"){
			// C3 MRO
			bases = c3mro(superclass);
			t = bases[0];
			mixins = bases.length - t;
			superclass = bases[mixins];
		}else{
			bases = [0];
			if(superclass){
				if(opts.call(superclass) == "[object Function]"){
					t = superclass._meta;
					bases = bases.concat(t ? t.bases : superclass);
				}else{
					err("base class is not a callable constructor.");
				}
			}else if(superclass !== null){
				err("unknown base class. Did you use dojo.require to pull it in?")
			}
		}
		if(superclass){
			for(i = mixins - 1;; --i){
				proto = forceNew(superclass);
				if(!i){
					// stop if nothing to add (the last base)
					break;
				}
				// mix in properties
				t = bases[i];
				(t._meta ? mixOwn : mix)(proto, t.prototype);
				// chain in new constructor
				ctor = new Function;
				ctor.superclass = superclass;
				ctor.prototype = proto;
				superclass = proto.constructor = ctor;
			}
		}else{
			proto = {};
		}
		// add all properties
		safeMixin(proto, props);
		// add constructor
		t = props.constructor;
		if(t !== op.constructor){
			t.nom = cname;
			proto.constructor = t;
		}

		// collect chains and flags
		for(i = mixins - 1; i; --i){ // intentional assignment
			t = bases[i]._meta;
			if(t && t.chains){
				chains = mix(chains || {}, t.chains);
			}
		}
		if(proto["-chains-"]){
			chains = mix(chains || {}, proto["-chains-"]);
		}

		// build ctor
		t = !chains || !chains.hasOwnProperty(cname);
		bases[0] = ctor = (chains && chains.constructor === "manual") ? simpleConstructor(bases) :
			(bases.length == 1 ? singleConstructor(props.constructor, t) : chainedConstructor(bases, t));

		// add meta information to the constructor
		ctor._meta  = {bases: bases, hidden: props, chains: chains,
			parents: parents, ctor: props.constructor};
		ctor.superclass = superclass && superclass.prototype;
		ctor.extend = extend;
		ctor.prototype = proto;
		proto.constructor = ctor;

		// add "standard" methods to the prototype
		proto.getInherited = getInherited;
		proto.inherited = inherited;
		proto.isInstanceOf = isInstanceOf;

		// add name if specified
		if(className){
			proto.declaredClass = className;
			d.setObject(className, ctor);
		}

		// build chains and add them to the prototype
		if(chains){
			for(name in chains){
				if(proto[name] && typeof chains[name] == "string" && name != cname){
					t = proto[name] = chain(name, bases, chains[name] === "after");
					t.nom = name;
				}
			}
		}
		// chained methods do not return values
		// no need to chain "invisible" functions

		return ctor;	// Function
	};

	d.safeMixin = safeMixin;

	/*=====
	dojo.declare = function(className, superclass, props){
		//	summary:
		//		Create a feature-rich constructor from compact notation.
		//	className: String?:
		//		The optional name of the constructor (loosely, a "class")
		//		stored in the "declaredClass" property in the created prototype.
		//		It will be used as a global name for a created constructor.
		//	superclass: Function|Function[]:
		//		May be null, a Function, or an Array of Functions. This argument
		//		specifies a list of bases (the left-most one is the most deepest
		//		base).
		//	props: Object:
		//		An object whose properties are copied to the created prototype.
		//		Add an instance-initialization function by making it a property
		//		named "constructor".
		//	returns:
		//		New constructor function.
		//	description:
		//		Create a constructor using a compact notation for inheritance and
		//		prototype extension.
		//
		//		Mixin ancestors provide a type of multiple inheritance.
		//		Prototypes of mixin ancestors are copied to the new class:
		//		changes to mixin prototypes will not affect classes to which
		//		they have been mixed in.
		//
		//		Ancestors can be compound classes created by this version of
		//		dojo.declare. In complex cases all base classes are going to be
		//		linearized according to C3 MRO algorithm
		//		(see http://www.python.org/download/releases/2.3/mro/ for more
		//		details).
		//
		//		"className" is cached in "declaredClass" property of the new class,
		//		if it was supplied. The immediate super class will be cached in
		//		"superclass" property of the new class.
		//
		//		Methods in "props" will be copied and modified: "nom" property
		//		(the declared name of the method) will be added to all copied
		//		functions to help identify them for the internal machinery. Be
		//		very careful, while reusing methods: if you use the same
		//		function under different names, it can produce errors in some
		//		cases.
		//
		//		It is possible to use constructors created "manually" (without
		//		dojo.declare) as bases. They will be called as usual during the
		//		creation of an instance, their methods will be chained, and even
		//		called by "this.inherited()".
		//
		//		Special property "-chains-" governs how to chain methods. It is
		//		a dictionary, which uses method names as keys, and hint strings
		//		as values. If a hint string is "after", this method will be
		//		called after methods of its base classes. If a hint string is
		//		"before", this method will be called before methods of its base
		//		classes.
		//
		//		If "constructor" is not mentioned in "-chains-" property, it will
		//		be chained using the legacy mode: using "after" chaining,
		//		calling preamble() method before each constructor, if available,
		//		and calling postscript() after all constructors were executed.
		//		If the hint is "after", it is chained as a regular method, but
		//		postscript() will be called after the chain of constructors.
		//		"constructor" cannot be chained "before", but it allows
		//		a special hint string: "manual", which means that constructors
		//		are not going to be chained in any way, and programmer will call
		//		them manually using this.inherited(). In the latter case
		//		postscript() will be called after the construction.
		//
		//		All chaining hints are "inherited" from base classes and
		//		potentially can be overridden. Be very careful when overriding
		//		hints! Make sure that all chained methods can work in a proposed
		//		manner of chaining.
		//
		//		Once a method was chained, it is impossible to unchain it. The
		//		only exception is "constructor". You don't need to define a
		//		method in order to supply a chaining hint.
		//
		//		If a method is chained, it cannot use this.inherited() because
		//		all other methods in the hierarchy will be called automatically.
		//
		//		Usually constructors and initializers of any kind are chained
		//		using "after" and destructors of any kind are chained as
		//		"before". Note that chaining assumes that chained methods do not
		//		return any value: any returned value will be discarded.
		//
		//	example:
		//	|	dojo.declare("my.classes.bar", my.classes.foo, {
		//	|		// properties to be added to the class prototype
		//	|		someValue: 2,
		//	|		// initialization function
		//	|		constructor: function(){
		//	|			this.myComplicatedObject = new ReallyComplicatedObject();
		//	|		},
		//	|		// other functions
		//	|		someMethod: function(){
		//	|			doStuff();
		//	|		}
		//	|	});
		//
		//	example:
		//	|	var MyBase = dojo.declare(null, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var MyClass1 = dojo.declare(MyBase, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var MyClass2 = dojo.declare(MyBase, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var MyDiamond = dojo.declare([MyClass1, MyClass2], {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//
		//	example:
		//	|	var F = function(){ console.log("raw constructor"); };
		//	|	F.prototype.method = function(){
		//	|		console.log("raw method");
		//	|	};
		//	|	var A = dojo.declare(F, {
		//	|		constructor: function(){
		//	|			console.log("A.constructor");
		//	|		},
		//	|		method: function(){
		//	|			console.log("before calling F.method...");
		//	|			this.inherited(arguments);
		//	|			console.log("...back in A");
		//	|		}
		//	|	});
		//	|	new A().method();
		//	|	// will print:
		//	|	// raw constructor
		//	|	// A.constructor
		//	|	// before calling F.method...
		//	|	// raw method
		//	|	// ...back in A
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		"-chains-": {
		//	|			destroy: "before"
		//	|		}
		//	|	});
		//	|	var B = dojo.declare(A, {
		//	|		constructor: function(){
		//	|			console.log("B.constructor");
		//	|		},
		//	|		destroy: function(){
		//	|			console.log("B.destroy");
		//	|		}
		//	|	});
		//	|	var C = dojo.declare(B, {
		//	|		constructor: function(){
		//	|			console.log("C.constructor");
		//	|		},
		//	|		destroy: function(){
		//	|			console.log("C.destroy");
		//	|		}
		//	|	});
		//	|	new C().destroy();
		//	|	// prints:
		//	|	// B.constructor
		//	|	// C.constructor
		//	|	// C.destroy
		//	|	// B.destroy
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		"-chains-": {
		//	|			constructor: "manual"
		//	|		}
		//	|	});
		//	|	var B = dojo.declare(A, {
		//	|		constructor: function(){
		//	|			// ...
		//	|			// call the base constructor with new parameters
		//	|			this.inherited(arguments, [1, 2, 3]);
		//	|			// ...
		//	|		}
		//	|	});
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		"-chains-": {
		//	|			m1: "before"
		//	|		},
		//	|		m1: function(){
		//	|			console.log("A.m1");
		//	|		},
		//	|		m2: function(){
		//	|			console.log("A.m2");
		//	|		}
		//	|	});
		//	|	var B = dojo.declare(A, {
		//	|		"-chains-": {
		//	|			m2: "after"
		//	|		},
		//	|		m1: function(){
		//	|			console.log("B.m1");
		//	|		},
		//	|		m2: function(){
		//	|			console.log("B.m2");
		//	|		}
		//	|	});
		//	|	var x = new B();
		//	|	x.m1();
		//	|	// prints:
		//	|	// B.m1
		//	|	// A.m1
		//	|	x.m2();
		//	|	// prints:
		//	|	// A.m2
		//	|	// B.m2
		return new Function(); // Function
	};
	=====*/

	/*=====
	dojo.safeMixin = function(target, source){
		//	summary:
		//		Mix in properties skipping a constructor and decorating functions
		//		like it is done by dojo.declare.
		//	target: Object
		//		Target object to accept new properties.
		//	source: Object
		//		Source object for new properties.
		//	description:
		//		This function is used to mix in properties like dojo._mixin does,
		//		but it skips a constructor property and decorates functions like
		//		dojo.declare does.
		//
		//		It is meant to be used with classes and objects produced with
		//		dojo.declare. Functions mixed in with dojo.safeMixin can use
		//		this.inherited() like normal methods.
		//
		//		This function is used to implement extend() method of a constructor
		//		produced with dojo.declare().
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		m1: function(){
		//	|			console.log("A.m1");
		//	|		},
		//	|		m2: function(){
		//	|			console.log("A.m2");
		//	|		}
		//	|	});
		//	|	var B = dojo.declare(A, {
		//	|		m1: function(){
		//	|			this.inherited(arguments);
		//	|			console.log("B.m1");
		//	|		}
		//	|	});
		//	|	B.extend({
		//	|		m2: function(){
		//	|			this.inherited(arguments);
		//	|			console.log("B.m2");
		//	|		}
		//	|	});
		//	|	var x = new B();
		//	|	dojo.safeMixin(x, {
		//	|		m1: function(){
		//	|			this.inherited(arguments);
		//	|			console.log("X.m1");
		//	|		},
		//	|		m2: function(){
		//	|			this.inherited(arguments);
		//	|			console.log("X.m2");
		//	|		}
		//	|	});
		//	|	x.m2();
		//	|	// prints:
		//	|	// A.m1
		//	|	// B.m1
		//	|	// X.m1
	};
	=====*/

	/*=====
	Object.inherited = function(name, args, newArgs){
		//	summary:
		//		Calls a super method.
		//	name: String?
		//		The optional method name. Should be the same as the caller's
		//		name. Usually "name" is specified in complex dynamic cases, when
		//		the calling method was dynamically added, undecorated by
		//		dojo.declare, and it cannot be determined.
		//	args: Arguments
		//		The caller supply this argument, which should be the original
		//		"arguments".
		//	newArgs: Object?
		//		If "true", the found function will be returned without
		//		executing it.
		//		If Array, it will be used to call a super method. Otherwise
		//		"args" will be used.
		//	returns:
		//		Whatever is returned by a super method, or a super method itself,
		//		if "true" was specified as newArgs.
		//	description:
		//		This method is used inside method of classes produced with
		//		dojo.declare to call a super method (next in the chain). It is
		//		used for manually controlled chaining. Consider using the regular
		//		chaining, because it is faster. Use "this.inherited()" only in
		//		complex cases.
		//
		//		This method cannot me called from automatically chained
		//		constructors including the case of a special (legacy)
		//		constructor chaining. It cannot be called from chained methods.
		//
		//		If "this.inherited()" cannot find the next-in-chain method, it
		//		does nothing and returns "undefined". The last method in chain
		//		can be a default method implemented in Object, which will be
		//		called last.
		//
		//		If "name" is specified, it is assumed that the method that
		//		received "args" is the parent method for this call. It is looked
		//		up in the chain list and if it is found the next-in-chain method
		//		is called. If it is not found, the first-in-chain method is
		//		called.
		//
		//		If "name" is not specified, it will be derived from the calling
		//		method (using a methoid property "nom").
		//
		//	example:
		//	|	var B = dojo.declare(A, {
		//	|		method1: function(a, b, c){
		//	|			this.inherited(arguments);
		//	|		},
		//	|		method2: function(a, b){
		//	|			return this.inherited(arguments, [a + b]);
		//	|		}
		//	|	});
		//	|	// next method is not in the chain list because it is added
		//	|	// manually after the class was created.
		//	|	B.prototype.method3 = function(){
		//	|		console.log("This is a dynamically-added method.");
		//	|		this.inherited("method3", arguments);
		//	|	};
		//	example:
		//	|	var B = dojo.declare(A, {
		//	|		method: function(a, b){
		//	|			var super = this.inherited(arguments, true);
		//	|			// ...
		//	|			if(!super){
		//	|				console.log("there is no super method");
		//	|				return 0;
		//	|			}
		//	|			return super.apply(this, arguments);
		//	|		}
		//	|	});
		return	{};	// Object
	}
	=====*/

	/*=====
	Object.getInherited = function(name, args){
		//	summary:
		//		Returns a super method.
		//	name: String?
		//		The optional method name. Should be the same as the caller's
		//		name. Usually "name" is specified in complex dynamic cases, when
		//		the calling method was dynamically added, undecorated by
		//		dojo.declare, and it cannot be determined.
		//	args: Arguments
		//		The caller supply this argument, which should be the original
		//		"arguments".
		//	returns:
		//		Returns a super method (Function) or "undefined".
		//	description:
		//		This method is a convenience method for "this.inherited()".
		//		It uses the same algorithm but instead of executing a super
		//		method, it returns it, or "undefined" if not found.
		//
		//	example:
		//	|	var B = dojo.declare(A, {
		//	|		method: function(a, b){
		//	|			var super = this.getInherited(arguments);
		//	|			// ...
		//	|			if(!super){
		//	|				console.log("there is no super method");
		//	|				return 0;
		//	|			}
		//	|			return super.apply(this, arguments);
		//	|		}
		//	|	});
		return	{};	// Object
	}
	=====*/

	/*=====
	Object.isInstanceOf = function(cls){
		//	summary:
		//		Checks the inheritance chain to see if it is inherited from this
		//		class.
		//	cls: Function
		//		Class constructor.
		//	returns:
		//		"true", if this object is inherited from this class, "false"
		//		otherwise.
		//	description:
		//		This method is used with instances of classes produced with
		//		dojo.declare to determine of they support a certain interface or
		//		not. It models "instanceof" operator.
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var B = dojo.declare(null, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var C = dojo.declare([A, B], {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|	var D = dojo.declare(A, {
		//	|		// constructor, properties, and methods go here
		//	|		// ...
		//	|	});
		//	|
		//	|	var a = new A(), b = new B(), c = new C(), d = new D();
		//	|
		//	|	console.log(a.isInstanceOf(A)); // true
		//	|	console.log(b.isInstanceOf(A)); // false
		//	|	console.log(c.isInstanceOf(A)); // true
		//	|	console.log(d.isInstanceOf(A)); // true
		//	|
		//	|	console.log(a.isInstanceOf(B)); // false
		//	|	console.log(b.isInstanceOf(B)); // true
		//	|	console.log(c.isInstanceOf(B)); // true
		//	|	console.log(d.isInstanceOf(B)); // false
		//	|
		//	|	console.log(a.isInstanceOf(C)); // false
		//	|	console.log(b.isInstanceOf(C)); // false
		//	|	console.log(c.isInstanceOf(C)); // true
		//	|	console.log(d.isInstanceOf(C)); // false
		//	|
		//	|	console.log(a.isInstanceOf(D)); // false
		//	|	console.log(b.isInstanceOf(D)); // false
		//	|	console.log(c.isInstanceOf(D)); // false
		//	|	console.log(d.isInstanceOf(D)); // true
		return	{};	// Object
	}
	=====*/

	/*=====
	Object.extend = function(source){
		//	summary:
		//		Adds all properties and methods of source to constructor's
		//		prototype, making them available to all instances created with
		//		constructor. This method is specific to constructors created with
		//		dojo.declare.
		//	source: Object
		//		Source object which properties are going to be copied to the
		//		constructor's prototype.
		//	description:
		//		Adds source properties to the constructor's prototype. It can
		//		override existing properties.
		//
		//		This method is similar to dojo.extend function, but it is specific
		//		to constructors produced by dojo.declare. It is implemented
		//		using dojo.safeMixin, and it skips a constructor property,
		//		and properly decorates copied functions.
		//
		//	example:
		//	|	var A = dojo.declare(null, {
		//	|		m1: function(){},
		//	|		s1: "Popokatepetl"
		//	|	});
		//	|	A.extend({
		//	|		m1: function(){},
		//	|		m2: function(){},
		//	|		f1: true,
		//	|		d1: 42
		//	|	});
	};
	=====*/
})();

}

if(!dojo._hasResource["dojo._base.connect"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.connect"] = true;
dojo.provide("dojo._base.connect");


// this file courtesy of the TurboAjax Group, licensed under a Dojo CLA

// low-level delegation machinery
dojo._listener = {
	// create a dispatcher function
	getDispatcher: function(){
		// following comments pulled out-of-line to prevent cloning them 
		// in the returned function.
		// - indices (i) that are really in the array of listeners (ls) will 
		//   not be in Array.prototype. This is the 'sparse array' trick
		//   that keeps us safe from libs that take liberties with built-in 
		//   objects
		// - listener is invoked with current scope (this)
		return function(){
			var ap=Array.prototype, c=arguments.callee, ls=c._listeners, t=c.target;
			// return value comes from original target function
			var r = t && t.apply(this, arguments);
			// make local copy of listener array so it is immutable during processing
			var i, lls;
											lls = [].concat(ls);
							
			// invoke listeners after target function
			for(i in lls){
				if(!(i in ap)){
					lls[i].apply(this, arguments);
				}
			}
			// return value comes from original target function
			return r;
		};
	},
	// add a listener to an object
	add: function(/*Object*/ source, /*String*/ method, /*Function*/ listener){
		// Whenever 'method' is invoked, 'listener' will have the same scope.
		// Trying to supporting a context object for the listener led to 
		// complexity. 
		// Non trivial to provide 'once' functionality here
		// because listener could be the result of a dojo.hitch call,
		// in which case two references to the same hitch target would not
		// be equivalent. 
		source = source || dojo.global;
		// The source method is either null, a dispatcher, or some other function
		var f = source[method];
		// Ensure a dispatcher
		if(!f || !f._listeners){
			var d = dojo._listener.getDispatcher();
			// original target function is special
			d.target = f;
			// dispatcher holds a list of listeners
			d._listeners = []; 
			// redirect source to dispatcher
			f = source[method] = d;
		}
		// The contract is that a handle is returned that can 
		// identify this listener for disconnect. 
		//
		// The type of the handle is private. Here is it implemented as Integer. 
		// DOM event code has this same contract but handle is Function 
		// in non-IE browsers.
		//
		// We could have separate lists of before and after listeners.
		return f._listeners.push(listener); /*Handle*/
	},
	// remove a listener from an object
	remove: function(/*Object*/ source, /*String*/ method, /*Handle*/ handle){
		var f = (source || dojo.global)[method];
		// remember that handle is the index+1 (0 is not a valid handle)
		if(f && f._listeners && handle--){
			delete f._listeners[handle];
		}
	}
};

// Multiple delegation for arbitrary methods.

// This unit knows nothing about DOM, but we include DOM aware documentation
// and dontFix argument here to help the autodocs. Actual DOM aware code is in
// event.js.

dojo.connect = function(/*Object|null*/ obj, 
						/*String*/ event, 
						/*Object|null*/ context, 
						/*String|Function*/ method,
						/*Boolean?*/ dontFix){
	// summary:
	//		`dojo.connect` is the core event handling and delegation method in
	//		Dojo. It allows one function to "listen in" on the execution of
	//		any other, triggering the second whenever the first is called. Many
	//		listeners may be attached to a function, and source functions may
	//		be either regular function calls or DOM events.
	//
	// description:
	//		Connects listeners to actions, so that after event fires, a
	//		listener is called with the same arguments passed to the original
	//		function.
	//
	//		Since `dojo.connect` allows the source of events to be either a
	//		"regular" JavaScript function or a DOM event, it provides a uniform
	//		interface for listening to all the types of events that an
	//		application is likely to deal with though a single, unified
	//		interface. DOM programmers may want to think of it as
	//		"addEventListener for everything and anything".
	//
	//		When setting up a connection, the `event` parameter must be a
	//		string that is the name of the method/event to be listened for. If
	//		`obj` is null, `dojo.global` is assumed, meaning that connections
	//		to global methods are supported but also that you may inadvertently
	//		connect to a global by passing an incorrect object name or invalid
	//		reference.
	//
	//		`dojo.connect` generally is forgiving. If you pass the name of a
	//		function or method that does not yet exist on `obj`, connect will
	//		not fail, but will instead set up a stub method. Similarly, null
	//		arguments may simply be omitted such that fewer than 4 arguments
	//		may be required to set up a connection See the examples for details.
	//
	//		The return value is a handle that is needed to 
	//		remove this connection with `dojo.disconnect`.
	//
	// obj: 
	//		The source object for the event function. 
	//		Defaults to `dojo.global` if null.
	//		If obj is a DOM node, the connection is delegated 
	//		to the DOM event manager (unless dontFix is true).
	//
	// event:
	//		String name of the event function in obj. 
	//		I.e. identifies a property `obj[event]`.
	//
	// context: 
	//		The object that method will receive as "this".
	//
	//		If context is null and method is a function, then method
	//		inherits the context of event.
	//	
	//		If method is a string then context must be the source 
	//		object object for method (context[method]). If context is null,
	//		dojo.global is used.
	//
	// method:
	//		A function reference, or name of a function in context. 
	//		The function identified by method fires after event does. 
	//		method receives the same arguments as the event.
	//		See context argument comments for information on method's scope.
	//
	// dontFix:
	//		If obj is a DOM node, set dontFix to true to prevent delegation 
	//		of this connection to the DOM event manager.
	//
	// example:
	//		When obj.onchange(), do ui.update():
	//	|	dojo.connect(obj, "onchange", ui, "update");
	//	|	dojo.connect(obj, "onchange", ui, ui.update); // same
	//
	// example:
	//		Using return value for disconnect:
	//	|	var link = dojo.connect(obj, "onchange", ui, "update");
	//	|	...
	//	|	dojo.disconnect(link);
	//
	// example:
	//		When onglobalevent executes, watcher.handler is invoked:
	//	|	dojo.connect(null, "onglobalevent", watcher, "handler");
	//
	// example:
	//		When ob.onCustomEvent executes, customEventHandler is invoked:
	//	|	dojo.connect(ob, "onCustomEvent", null, "customEventHandler");
	//	|	dojo.connect(ob, "onCustomEvent", "customEventHandler"); // same
	//
	// example:
	//		When ob.onCustomEvent executes, customEventHandler is invoked
	//		with the same scope (this):
	//	|	dojo.connect(ob, "onCustomEvent", null, customEventHandler);
	//	|	dojo.connect(ob, "onCustomEvent", customEventHandler); // same
	//
	// example:
	//		When globalEvent executes, globalHandler is invoked
	//		with the same scope (this):
	//	|	dojo.connect(null, "globalEvent", null, globalHandler);
	//	|	dojo.connect("globalEvent", globalHandler); // same

	// normalize arguments
	var a=arguments, args=[], i=0;
	// if a[0] is a String, obj was omitted
	args.push(dojo.isString(a[0]) ? null : a[i++], a[i++]);
	// if the arg-after-next is a String or Function, context was NOT omitted
	var a1 = a[i+1];
	args.push(dojo.isString(a1)||dojo.isFunction(a1) ? a[i++] : null, a[i++]);
	// absorb any additional arguments
	for(var l=a.length; i<l; i++){	args.push(a[i]); }
	// do the actual work
	return dojo._connect.apply(this, args); /*Handle*/
}

// used by non-browser hostenvs. always overriden by event.js
dojo._connect = function(obj, event, context, method){
	var l=dojo._listener, h=l.add(obj, event, dojo.hitch(context, method)); 
	return [obj, event, h, l]; // Handle
}

dojo.disconnect = function(/*Handle*/ handle){
	// summary:
	//		Remove a link created by dojo.connect.
	// description:
	//		Removes the connection between event and the method referenced by handle.
	// handle:
	//		the return value of the dojo.connect call that created the connection.
	if(handle && handle[0] !== undefined){
		dojo._disconnect.apply(this, handle);
		// let's not keep this reference
		delete handle[0];
	}
}

dojo._disconnect = function(obj, event, handle, listener){
	listener.remove(obj, event, handle);
}

// topic publish/subscribe

dojo._topics = {};

dojo.subscribe = function(/*String*/ topic, /*Object|null*/ context, /*String|Function*/ method){
	//	summary:
	//		Attach a listener to a named topic. The listener function is invoked whenever the
	//		named topic is published (see: dojo.publish).
	//		Returns a handle which is needed to unsubscribe this listener.
	//	context:
	//		Scope in which method will be invoked, or null for default scope.
	//	method:
	//		The name of a function in context, or a function reference. This is the function that
	//		is invoked when topic is published.
	//	example:
	//	|	dojo.subscribe("alerts", null, function(caption, message){ alert(caption + "\n" + message); });
	//	|	dojo.publish("alerts", [ "read this", "hello world" ]);																	

	// support for 2 argument invocation (omitting context) depends on hitch
	return [topic, dojo._listener.add(dojo._topics, topic, dojo.hitch(context, method))]; /*Handle*/
}

dojo.unsubscribe = function(/*Handle*/ handle){
	//	summary:
	//	 	Remove a topic listener. 
	//	handle:
	//	 	The handle returned from a call to subscribe.
	//	example:
	//	|	var alerter = dojo.subscribe("alerts", null, function(caption, message){ alert(caption + "\n" + message); };
	//	|	...
	//	|	dojo.unsubscribe(alerter);
	if(handle){
		dojo._listener.remove(dojo._topics, handle[0], handle[1]);
	}
}

dojo.publish = function(/*String*/ topic, /*Array*/ args){
	//	summary:
	//	 	Invoke all listener method subscribed to topic.
	//	topic:
	//	 	The name of the topic to publish.
	//	args:
	//	 	An array of arguments. The arguments will be applied 
	//	 	to each topic subscriber (as first class parameters, via apply).
	//	example:
	//	|	dojo.subscribe("alerts", null, function(caption, message){ alert(caption + "\n" + message); };
	//	|	dojo.publish("alerts", [ "read this", "hello world" ]);	

	// Note that args is an array, which is more efficient vs variable length
	// argument list.  Ideally, var args would be implemented via Array
	// throughout the APIs.
	var f = dojo._topics[topic];
	if(f){
		f.apply(this, args||[]);
	}
}

dojo.connectPublisher = function(	/*String*/ topic, 
									/*Object|null*/ obj, 
									/*String*/ event){
	//	summary:
	//	 	Ensure that every time obj.event() is called, a message is published
	//	 	on the topic. Returns a handle which can be passed to
	//	 	dojo.disconnect() to disable subsequent automatic publication on
	//	 	the topic.
	//	topic:
	//	 	The name of the topic to publish.
	//	obj: 
	//	 	The source object for the event function. Defaults to dojo.global
	//	 	if null.
	//	event:
	//	 	The name of the event function in obj. 
	//	 	I.e. identifies a property obj[event].
	//	example:
	//	|	dojo.connectPublisher("/ajax/start", dojo, "xhrGet");
	var pf = function(){ dojo.publish(topic, arguments); }
	return event ? dojo.connect(obj, event, pf) : dojo.connect(obj, pf); //Handle
};

}

if(!dojo._hasResource["dojo._base.Deferred"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.Deferred"] = true;
dojo.provide("dojo._base.Deferred");


(function(){
	var mutator = function(){};		
	var freeze = Object.freeze || function(){};
	// A deferred provides an API for creating and resolving a promise.
	dojo.Deferred = function(/*Function?*/canceller){
	// summary:
	//		Deferreds provide a generic means for encapsulating an asynchronous
	// 		operation and notifying users of the completion and result of the operation. 
	// description:
	//		The dojo.Deferred API is based on the concept of promises that provide a
	//		generic interface into the eventual completion of an asynchronous action.
	//		The motivation for promises fundamentally is about creating a 
	//		separation of concerns that allows one to achieve the same type of 
	//		call patterns and logical data flow in asynchronous code as can be 
	//		achieved in synchronous code. Promises allows one 
	//		to be able to call a function purely with arguments needed for 
	//		execution, without conflating the call with concerns of whether it is 
	//		sync or async. One shouldn't need to alter a call's arguments if the 
	//		implementation switches from sync to async (or vice versa). By having 
	//		async functions return promises, the concerns of making the call are 
	//		separated from the concerns of asynchronous interaction (which are 
	//		handled by the promise).
	// 
	//  	The dojo.Deferred is a type of promise that provides methods for fulfilling the 
	// 		promise with a successful result or an error. The most important method for 
	// 		working with Dojo's promises is the then() method, which follows the 
	// 		CommonJS proposed promise API. An example of using a Dojo promise:
	//		
	//		| 	var resultingPromise = someAsyncOperation.then(function(result){
	//		|		... handle result ...
	//		|	},
	//		|	function(error){
	//		|		... handle error ...
	//		|	});
	//	
	//		The .then() call returns a new promise that represents the result of the 
	// 		execution of the callback. The callbacks will never affect the original promises value.
	//
	//		The dojo.Deferred instances also provide the following functions for backwards compatibility:
	//
	//			* addCallback(handler)
	//			* addErrback(handler)
	//			* callback(result)
	//			* errback(result)
	//
	//		Callbacks are allowed to return promisesthemselves, so
	//		you can build complicated sequences of events with ease.
	//
	//		The creator of the Deferred may specify a canceller.  The canceller
	//		is a function that will be called if Deferred.cancel is called
	//		before the Deferred fires. You can use this to implement clean
	//		aborting of an XMLHttpRequest, etc. Note that cancel will fire the
	//		deferred with a CancelledError (unless your canceller returns
	//		another kind of error), so the errbacks should be prepared to
	//		handle that error for cancellable Deferreds.
	// example:
	//	|	var deferred = new dojo.Deferred();
	//	|	setTimeout(function(){ deferred.callback({success: true}); }, 1000);
	//	|	return deferred;
	// example:
	//		Deferred objects are often used when making code asynchronous. It
	//		may be easiest to write functions in a synchronous manner and then
	//		split code using a deferred to trigger a response to a long-lived
	//		operation. For example, instead of register a callback function to
	//		denote when a rendering operation completes, the function can
	//		simply return a deferred:
	//
	//		|	// callback style:
	//		|	function renderLotsOfData(data, callback){
	//		|		var success = false
	//		|		try{
	//		|			for(var x in data){
	//		|				renderDataitem(data[x]);
	//		|			}
	//		|			success = true;
	//		|		}catch(e){ }
	//		|		if(callback){
	//		|			callback(success);
	//		|		}
	//		|	}
	//
	//		|	// using callback style
	//		|	renderLotsOfData(someDataObj, function(success){
	//		|		// handles success or failure
	//		|		if(!success){
	//		|			promptUserToRecover();
	//		|		}
	//		|	});
	//		|	// NOTE: no way to add another callback here!!
	// example:
	//		Using a Deferred doesn't simplify the sending code any, but it
	//		provides a standard interface for callers and senders alike,
	//		providing both with a simple way to service multiple callbacks for
	//		an operation and freeing both sides from worrying about details
	//		such as "did this get called already?". With Deferreds, new
	//		callbacks can be added at any time.
	//
	//		|	// Deferred style:
	//		|	function renderLotsOfData(data){
	//		|		var d = new dojo.Deferred();
	//		|		try{
	//		|			for(var x in data){
	//		|				renderDataitem(data[x]);
	//		|			}
	//		|			d.callback(true);
	//		|		}catch(e){ 
	//		|			d.errback(new Error("rendering failed"));
	//		|		}
	//		|		return d;
	//		|	}
	//
	//		|	// using Deferred style
	//		|	renderLotsOfData(someDataObj).then(null, function(){
	//		|		promptUserToRecover();
	//		|	});
	//		|	// NOTE: addErrback and addCallback both return the Deferred
	//		|	// again, so we could chain adding callbacks or save the
	//		|	// deferred for later should we need to be notified again.
	// example:
	//		In this example, renderLotsOfData is syncrhonous and so both
	//		versions are pretty artificial. Putting the data display on a
	//		timeout helps show why Deferreds rock:
	//
	//		|	// Deferred style and async func
	//		|	function renderLotsOfData(data){
	//		|		var d = new dojo.Deferred();
	//		|		setTimeout(function(){
	//		|			try{
	//		|				for(var x in data){
	//		|					renderDataitem(data[x]);
	//		|				}
	//		|				d.callback(true);
	//		|			}catch(e){ 
	//		|				d.errback(new Error("rendering failed"));
	//		|			}
	//		|		}, 100);
	//		|		return d;
	//		|	}
	//
	//		|	// using Deferred style
	//		|	renderLotsOfData(someDataObj).then(null, function(){
	//		|		promptUserToRecover();
	//		|	});
	//
	//		Note that the caller doesn't have to change his code at all to
	//		handle the asynchronous case.
		var result, finished, isError, head, nextListener;
		var promise = this.promise = {};
		
		function complete(value){
			if(finished){
				throw new Error("This deferred has already been resolved");				
			}
			result = value;
			finished = true;
			notify();
		}
		function notify(){
			var mutated;
			while(!mutated && nextListener){
				var listener = nextListener;
				nextListener = nextListener.next;
				if(mutated = (listener.progress == mutator)){ // assignment and check
					finished = false;
				}
				var func = (isError ? listener.error : listener.resolved);
				if (func) {
					try {
						var newResult = func(result);
						if (newResult && typeof newResult.then === "function") {
							newResult.then(dojo.hitch(listener.deferred, "resolve"), dojo.hitch(listener.deferred, "reject"));
							continue;
						}
						var unchanged = mutated && newResult === undefined;
						listener.deferred[unchanged && isError ? "reject" : "resolve"](unchanged ? result : newResult);
					}
					catch (e) {
						listener.deferred.reject(e);
					}
				}else {
					if(isError){
						listener.deferred.reject(result);
					}else{
						listener.deferred.resolve(result);
					}
				}
			}	
		}
		// calling resolve will resolve the promise
		this.resolve = this.callback = function(value){
			// summary:
			//		Fulfills the Deferred instance successfully with the provide value
			this.fired = 0;
			this.results = [value, null];
			complete(value);
		};
		
		
		// calling error will indicate that the promise failed
		this.reject = this.errback = function(error){
			// summary:
			//		Fulfills the Deferred instance as an error with the provided error 
			isError = true;
			this.fired = 1;
			complete(error);
			this.results = [null, error];
			if(!error || error.log !== false){
				(dojo.config.deferredOnError || function(x){ console.error(x); })(error);
			}
		};
		// call progress to provide updates on the progress on the completion of the promise
		this.progress = function(update){
			// summary
			//		Send progress events to all listeners
			var listener = nextListener;
			while(listener){
				var progress = listener.progress;
				progress && progress(update);
				listener = listener.next;	
			}
		};
		this.addCallbacks = function(/*Function?*/callback, /*Function?*/errback){
			this.then(callback, errback, mutator);
			return this;
		};
		// provide the implementation of the promise
		this.then = promise.then = function(/*Function?*/resolvedCallback, /*Function?*/errorCallback, /*Function?*/progressCallback){
			// summary
			// 		Adds a fulfilledHandler, errorHandler, and progressHandler to be called for 
			// 		completion of a promise. The fulfilledHandler is called when the promise 
			// 		is fulfilled. The errorHandler is called when a promise fails. The 
			// 		progressHandler is called for progress events. All arguments are optional 
			// 		and non-function values are ignored. The progressHandler is not only an 
			// 		optional argument, but progress events are purely optional. Promise 
			// 		providers are not required to ever create progress events.
			// 
			// 		This function will return a new promise that is fulfilled when the given 
			// 		fulfilledHandler or errorHandler callback is finished. This allows promise 
			// 		operations to be chained together. The value returned from the callback 
			// 		handler is the fulfillment value for the returned promise. If the callback 
			// 		throws an error, the returned promise will be moved to failed state.
			//	
			// example:
			// 		An example of using a CommonJS compliant promise:
  			//		|	asyncComputeTheAnswerToEverything().
			//		|		then(addTwo).
			//		|		then(printResult, onError);
  			//		|	>44 
			// 		
			var returnDeferred = progressCallback == mutator ? this : new dojo.Deferred(promise.cancel);
			var listener = {
				resolved: resolvedCallback, 
				error: errorCallback, 
				progress: progressCallback, 
				deferred: returnDeferred
			}; 
			if(nextListener){
				head = head.next = listener;
			}
			else{
				nextListener = head = listener;
			}
			if(finished){
				notify();
			}
			return returnDeferred.promise;
		};
		var deferred = this;
		this.cancel = promise.cancel = function () {
			// summary:
			//		Cancels the asynchronous operation
			if(!finished){
				var error = canceller && canceller(deferred);
				if(!finished){
					if (!(error instanceof Error)) {
						error = new Error(error);
					}
					error.log = false;
					deferred.reject(error);
				}
			}
		}
		freeze(promise);
	};
	dojo.extend(dojo.Deferred, {
		addCallback: function (/*Function*/callback) {
			return this.addCallbacks(dojo.hitch.apply(dojo, arguments));
		},
	
		addErrback: function (/*Function*/errback) {
			return this.addCallbacks(null, dojo.hitch.apply(dojo, arguments));
		},
	
		addBoth: function (/*Function*/callback) {
			var enclosed = dojo.hitch.apply(dojo, arguments);
			return this.addCallbacks(enclosed, enclosed);
		},
		fired: -1
	});
})();
dojo.when = function(promiseOrValue, /*Function?*/callback, /*Function?*/errback, /*Function?*/progressHandler){
	// summary:
	//		This provides normalization between normal synchronous values and 
	//		asynchronous promises, so you can interact with them in a common way
	//	example:
	//		|	function printFirstAndList(items){
	//		|		dojo.when(findFirst(items), console.log);
	//		|		dojo.when(findLast(items), console.log);
	//		|	}
	//		|	function findFirst(items){
	//		|		return dojo.when(items, function(items){
	//		|			return items[0];
	//		|		});
	//		|	}
	//		|	function findLast(items){
	//		|		return dojo.when(items, function(items){
	//		|			return items[items.length];
	//		|		});
	//		|	}
	//		And now all three of his functions can be used sync or async.
	//		|	printFirstAndLast([1,2,3,4]) will work just as well as
	//		|	printFirstAndLast(dojo.xhrGet(...));
	
	if(promiseOrValue && typeof promiseOrValue.then === "function"){
		return promiseOrValue.then(callback, errback, progressHandler);
	}
	return callback(promiseOrValue);
};

}

if(!dojo._hasResource["dojo._base.json"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.json"] = true;
dojo.provide("dojo._base.json");

dojo.fromJson = function(/*String*/ json){
	// summary:
	// 		Parses a [JSON](http://json.org) string to return a JavaScript object.
	// description:
	// 		Throws for invalid JSON strings, but it does not use a strict JSON parser. It
	// 		delegates to eval().  The content passed to this method must therefore come
	//		from a trusted source.
	// json: 
	//		a string literal of a JSON item, for instance:
	//			`'{ "foo": [ "bar", 1, { "baz": "thud" } ] }'`

	return eval("(" + json + ")"); // Object
}

dojo._escapeString = function(/*String*/str){
	//summary:
	//		Adds escape sequences for non-visual characters, double quote and
	//		backslash and surrounds with double quotes to form a valid string
	//		literal.
	return ('"' + str.replace(/(["\\])/g, '\\$1') + '"').
		replace(/[\f]/g, "\\f").replace(/[\b]/g, "\\b").replace(/[\n]/g, "\\n").
		replace(/[\t]/g, "\\t").replace(/[\r]/g, "\\r"); // string
}

dojo.toJsonIndentStr = "\t";
dojo.toJson = function(/*Object*/ it, /*Boolean?*/ prettyPrint, /*String?*/ _indentStr){
	//	summary:
	//		Returns a [JSON](http://json.org) serialization of an object.
	//	description:
	//		Returns a [JSON](http://json.org) serialization of an object.
	//		Note that this doesn't check for infinite recursion, so don't do that!
	//	it:
	//		an object to be serialized. Objects may define their own
	//		serialization via a special "__json__" or "json" function
	//		property. If a specialized serializer has been defined, it will
	//		be used as a fallback.
	//	prettyPrint:
	//		if true, we indent objects and arrays to make the output prettier.
	//		The variable `dojo.toJsonIndentStr` is used as the indent string --
	//		to use something other than the default (tab), change that variable
	//		before calling dojo.toJson().
	//	_indentStr:
	//		private variable for recursive calls when pretty printing, do not use.
	//	example:
	//		simple serialization of a trivial object
	//		|	var jsonStr = dojo.toJson({ howdy: "stranger!", isStrange: true });
	//		|	doh.is('{"howdy":"stranger!","isStrange":true}', jsonStr);
	//	example:
	//		a custom serializer for an objects of a particular class:
	//		|	dojo.declare("Furby", null, {
	//		|		furbies: "are strange",
	//		|		furbyCount: 10,
	//		|		__json__: function(){
	//		|		},
	//		|	});

	if(it === undefined){
		return "undefined";
	}
	var objtype = typeof it;
	if(objtype == "number" || objtype == "boolean"){
		return it + "";
	}
	if(it === null){
		return "null";
	}
	if(dojo.isString(it)){ 
		return dojo._escapeString(it); 
	}
	// recurse
	var recurse = arguments.callee;
	// short-circuit for objects that support "json" serialization
	// if they return "self" then just pass-through...
	var newObj;
	_indentStr = _indentStr || "";
	var nextIndent = prettyPrint ? _indentStr + dojo.toJsonIndentStr : "";
	var tf = it.__json__||it.json;
	if(dojo.isFunction(tf)){
		newObj = tf.call(it);
		if(it !== newObj){
			return recurse(newObj, prettyPrint, nextIndent);
		}
	}
	if(it.nodeType && it.cloneNode){ // isNode
		// we can't seriailize DOM nodes as regular objects because they have cycles
		// DOM nodes could be serialized with something like outerHTML, but
		// that can be provided by users in the form of .json or .__json__ function.
		throw new Error("Can't serialize DOM nodes");
	}

	var sep = prettyPrint ? " " : "";
	var newLine = prettyPrint ? "\n" : "";

	// array
	if(dojo.isArray(it)){
		var res = dojo.map(it, function(obj){
			var val = recurse(obj, prettyPrint, nextIndent);
			if(typeof val != "string"){
				val = "undefined";
			}
			return newLine + nextIndent + val;
		});
		return "[" + res.join("," + sep) + newLine + _indentStr + "]";
	}
	/*
	// look in the registry
	try {
		window.o = it;
		newObj = dojo.json.jsonRegistry.match(it);
		return recurse(newObj, prettyPrint, nextIndent);
	}catch(e){
		// console.log(e);
	}
	// it's a function with no adapter, skip it
	*/
	if(objtype == "function"){
		return null; // null
	}
	// generic object code path
	var output = [], key;
	for(key in it){
		var keyStr, val;
		if(typeof key == "number"){
			keyStr = '"' + key + '"';
		}else if(typeof key == "string"){
			keyStr = dojo._escapeString(key);
		}else{
			// skip non-string or number keys
			continue;
		}
		val = recurse(it[key], prettyPrint, nextIndent);
		if(typeof val != "string"){
			// skip non-serializable values
			continue;
		}
		// FIXME: use += on Moz!!
		//	 MOW NOTE: using += is a pain because you have to account for the dangling comma...
		output.push(newLine + nextIndent + keyStr + ":" + sep + val);
	}
	return "{" + output.join("," + sep) + newLine + _indentStr + "}"; // String
}

}

if(!dojo._hasResource["dojo._base.Color"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.Color"] = true;
dojo.provide("dojo._base.Color");



(function(){

	var d = dojo;

	dojo.Color = function(/*Array|String|Object*/ color){
		// summary:
		//	 	Takes a named string, hex string, array of rgb or rgba values,
		//	 	an object with r, g, b, and a properties, or another `dojo.Color` object
		//	 	and creates a new Color instance to work from.
		//
		// example:
		//		Work with a Color instance:
		//	 | var c = new dojo.Color();
		//	 | c.setColor([0,0,0]); // black
		//	 | var hex = c.toHex(); // #000000
		//
		// example:
		//		Work with a node's color:
		//	 | var color = dojo.style("someNode", "backgroundColor");
		//	 | var n = new dojo.Color(color);
		//	 | // adjust the color some
		//	 | n.r *= .5;
		//	 | console.log(n.toString()); // rgb(128, 255, 255);
		if(color){ this.setColor(color); }
	};

	// FIXME:
	// 	there's got to be a more space-efficient way to encode or discover
	// 	these!!  Use hex?
	dojo.Color.named = {
		black:      [0,0,0],
		silver:     [192,192,192],
		gray:       [128,128,128],
		white:      [255,255,255],
		maroon:		[128,0,0],
		red:        [255,0,0],
		purple:		[128,0,128],
		fuchsia:	[255,0,255],
		green:	    [0,128,0],
		lime:	    [0,255,0],
		olive:		[128,128,0],
		yellow:		[255,255,0],
		navy:       [0,0,128],
		blue:       [0,0,255],
		teal:		[0,128,128],
		aqua:		[0,255,255],
		transparent: d.config.transparentColor || [255,255,255]
	};

	dojo.extend(dojo.Color, {
		r: 255, g: 255, b: 255, a: 1,
		_set: function(r, g, b, a){
			var t = this; t.r = r; t.g = g; t.b = b; t.a = a;
		},
		setColor: function(/*Array|String|Object*/ color){
			// summary:
			//		Takes a named string, hex string, array of rgb or rgba values,
			//		an object with r, g, b, and a properties, or another `dojo.Color` object
			//		and sets this color instance to that value.
			//
			// example:
			//	|	var c = new dojo.Color(); // no color
			//	|	c.setColor("#ededed"); // greyish
			if(d.isString(color)){
				d.colorFromString(color, this);
			}else if(d.isArray(color)){
				d.colorFromArray(color, this);
			}else{
				this._set(color.r, color.g, color.b, color.a);
				if(!(color instanceof d.Color)){ this.sanitize(); }
			}
			return this;	// dojo.Color
		},
		sanitize: function(){
			// summary:
			//		Ensures the object has correct attributes
			// description:
			//		the default implementation does nothing, include dojo.colors to
			//		augment it with real checks
			return this;	// dojo.Color
		},
		toRgb: function(){
			// summary:
			//		Returns 3 component array of rgb values
			// example:
			//	|	var c = new dojo.Color("#000000");
			//	| 	console.log(c.toRgb()); // [0,0,0]
			var t = this;
			return [t.r, t.g, t.b];	// Array
		},
		toRgba: function(){
			// summary:
			//		Returns a 4 component array of rgba values from the color
			//		represented by this object.
			var t = this;
			return [t.r, t.g, t.b, t.a];	// Array
		},
		toHex: function(){
			// summary:
			//		Returns a CSS color string in hexadecimal representation
			// example:
			//	| 	console.log(new dojo.Color([0,0,0]).toHex()); // #000000
			var arr = d.map(["r", "g", "b"], function(x){
				var s = this[x].toString(16);
				return s.length < 2 ? "0" + s : s;
			}, this);
			return "#" + arr.join("");	// String
		},
		toCss: function(/*Boolean?*/ includeAlpha){
			// summary:
			//		Returns a css color string in rgb(a) representation
			// example:
			//	|	var c = new dojo.Color("#FFF").toCss();
			//	|	console.log(c); // rgb('255','255','255')
			var t = this, rgb = t.r + ", " + t.g + ", " + t.b;
			return (includeAlpha ? "rgba(" + rgb + ", " + t.a : "rgb(" + rgb) + ")";	// String
		},
		toString: function(){
			// summary:
			//		Returns a visual representation of the color
			return this.toCss(true); // String
		}
	});

	dojo.blendColors = function(
		/*dojo.Color*/ start,
		/*dojo.Color*/ end,
		/*Number*/ weight,
		/*dojo.Color?*/ obj
	){
		// summary:
		//		Blend colors end and start with weight from 0 to 1, 0.5 being a 50/50 blend,
		//		can reuse a previously allocated dojo.Color object for the result
		var t = obj || new d.Color();
		d.forEach(["r", "g", "b", "a"], function(x){
			t[x] = start[x] + (end[x] - start[x]) * weight;
			if(x != "a"){ t[x] = Math.round(t[x]); }
		});
		return t.sanitize();	// dojo.Color
	};

	dojo.colorFromRgb = function(/*String*/ color, /*dojo.Color?*/ obj){
		// summary:
		//		Returns a `dojo.Color` instance from a string of the form
		//		"rgb(...)" or "rgba(...)". Optionally accepts a `dojo.Color`
		//		object to update with the parsed value and return instead of
		//		creating a new object.
		// returns:
		//		A dojo.Color object. If obj is passed, it will be the return value.
		var m = color.toLowerCase().match(/^rgba?\(([\s\.,0-9]+)\)/);
		return m && dojo.colorFromArray(m[1].split(/\s*,\s*/), obj);	// dojo.Color
	};

	dojo.colorFromHex = function(/*String*/ color, /*dojo.Color?*/ obj){
		// summary:
		//		Converts a hex string with a '#' prefix to a color object.
		//		Supports 12-bit #rgb shorthand. Optionally accepts a
		//		`dojo.Color` object to update with the parsed value.
		//
		// returns:
		//		A dojo.Color object. If obj is passed, it will be the return value.
		//
		// example:
		//	 | var thing = dojo.colorFromHex("#ededed"); // grey, longhand
		//
		// example:
		//	| var thing = dojo.colorFromHex("#000"); // black, shorthand
		var t = obj || new d.Color(),
			bits = (color.length == 4) ? 4 : 8,
			mask = (1 << bits) - 1;
		color = Number("0x" + color.substr(1));
		if(isNaN(color)){
			return null; // dojo.Color
		}
		d.forEach(["b", "g", "r"], function(x){
			var c = color & mask;
			color >>= bits;
			t[x] = bits == 4 ? 17 * c : c;
		});
		t.a = 1;
		return t;	// dojo.Color
	};

	dojo.colorFromArray = function(/*Array*/ a, /*dojo.Color?*/ obj){
		// summary:
		//		Builds a `dojo.Color` from a 3 or 4 element array, mapping each
		//		element in sequence to the rgb(a) values of the color.
		// example:
		//		| var myColor = dojo.colorFromArray([237,237,237,0.5]); // grey, 50% alpha 
		// returns:
		//		A dojo.Color object. If obj is passed, it will be the return value.
		var t = obj || new d.Color();
		t._set(Number(a[0]), Number(a[1]), Number(a[2]), Number(a[3]));
		if(isNaN(t.a)){ t.a = 1; }
		return t.sanitize();	// dojo.Color
	};

	dojo.colorFromString = function(/*String*/ str, /*dojo.Color?*/ obj){
		// summary:
		//		Parses `str` for a color value. Accepts hex, rgb, and rgba
		//		style color values.
		// description:
		//		Acceptable input values for str may include arrays of any form
		//		accepted by dojo.colorFromArray, hex strings such as "#aaaaaa", or
		//		rgb or rgba strings such as "rgb(133, 200, 16)" or "rgba(10, 10,
		//		10, 50)"
		// returns:
		//		A dojo.Color object. If obj is passed, it will be the return value.
		var a = d.Color.named[str];
		return a && d.colorFromArray(a, obj) || d.colorFromRgb(str, obj) || d.colorFromHex(str, obj);
	};
})();

}

if(!dojo._hasResource["dojo._base"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base"] = true;
dojo.provide("dojo._base");









}

if(!dojo._hasResource["dojo._base.window"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.window"] = true;
dojo.provide("dojo._base.window");

/*=====
dojo.doc = {
	// summary:
	//		Alias for the current document. 'dojo.doc' can be modified
	//		for temporary context shifting. Also see dojo.withDoc().
	// description:
	//    Refer to dojo.doc rather
	//    than referring to 'window.document' to ensure your code runs
	//    correctly in managed contexts.
	// example:
	// 	|	n.appendChild(dojo.doc.createElement('div'));
}
=====*/
dojo.doc = window["document"] || null;

dojo.body = function(){
	// summary:
	//		Return the body element of the document
	//		return the body object associated with dojo.doc
	// example:
	// 	|	dojo.body().appendChild(dojo.doc.createElement('div'));

	// Note: document.body is not defined for a strict xhtml document
	// Would like to memoize this, but dojo.doc can change vi dojo.withDoc().
	return dojo.doc.body || dojo.doc.getElementsByTagName("body")[0]; // Node
}

dojo.setContext = function(/*Object*/globalObject, /*DocumentElement*/globalDocument){
	// summary:
	//		changes the behavior of many core Dojo functions that deal with
	//		namespace and DOM lookup, changing them to work in a new global
	//		context (e.g., an iframe). The varibles dojo.global and dojo.doc
	//		are modified as a result of calling this function and the result of
	//		`dojo.body()` likewise differs.
	dojo.global = globalObject;
	dojo.doc = globalDocument;
};

dojo.withGlobal = function(	/*Object*/globalObject, 
							/*Function*/callback, 
							/*Object?*/thisObject, 
							/*Array?*/cbArguments){
	// summary:
	//		Invoke callback with globalObject as dojo.global and
	//		globalObject.document as dojo.doc.
	// description:
	//		Invoke callback with globalObject as dojo.global and
	//		globalObject.document as dojo.doc. If provided, globalObject
	//		will be executed in the context of object thisObject
	//		When callback() returns or throws an error, the dojo.global
	//		and dojo.doc will be restored to its previous state.

	var oldGlob = dojo.global;
	try{
		dojo.global = globalObject;
		return dojo.withDoc.call(null, globalObject.document, callback, thisObject, cbArguments);
	}finally{
		dojo.global = oldGlob;
	}
}

dojo.withDoc = function(	/*DocumentElement*/documentObject, 
							/*Function*/callback, 
							/*Object?*/thisObject, 
							/*Array?*/cbArguments){
	// summary:
	//		Invoke callback with documentObject as dojo.doc.
	// description:
	//		Invoke callback with documentObject as dojo.doc. If provided,
	//		callback will be executed in the context of object thisObject
	//		When callback() returns or throws an error, the dojo.doc will
	//		be restored to its previous state.

	var oldDoc = dojo.doc,
		oldLtr = dojo._bodyLtr,
		oldQ = dojo.isQuirks;

	try{
		dojo.doc = documentObject;
		delete dojo._bodyLtr; // uncache
		dojo.isQuirks = dojo.doc.compatMode == "BackCompat"; // no need to check for QuirksMode which was Opera 7 only

		if(thisObject && typeof callback == "string"){
			callback = thisObject[callback];
		}

		return callback.apply(thisObject, cbArguments || []);
	}finally{
		dojo.doc = oldDoc;
		delete dojo._bodyLtr; // in case it was undefined originally, and set to true/false by the alternate document
		if(oldLtr !== undefined){ dojo._bodyLtr = oldLtr; }
		dojo.isQuirks = oldQ;
	}
};
	

}

if(!dojo._hasResource["dojo._base.event"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.event"] = true;
dojo.provide("dojo._base.event");


// this file courtesy of the TurboAjax Group, licensed under a Dojo CLA

(function(){
	// DOM event listener machinery
	var del = (dojo._event_listener = {
		add: function(/*DOMNode*/ node, /*String*/ name, /*Function*/ fp){
			if(!node){return;} 
			name = del._normalizeEventName(name);
			fp = del._fixCallback(name, fp);
			var oname = name;
			if(
								!dojo.isIE && 
								(name == "mouseenter" || name == "mouseleave")
			){
				var ofp = fp;
				//oname = name;
				name = (name == "mouseenter") ? "mouseover" : "mouseout";
				fp = function(e){
					if(!dojo.isDescendant(e.relatedTarget, node)){
						// e.type = oname; // FIXME: doesn't take? SJM: event.type is generally immutable.
						return ofp.call(this, e); 
					}
				}
			}
			node.addEventListener(name, fp, false);
			return fp; /*Handle*/
		},
		remove: function(/*DOMNode*/ node, /*String*/ event, /*Handle*/ handle){
			// summary:
			//		clobbers the listener from the node
			// node:
			//		DOM node to attach the event to
			// event:
			//		the name of the handler to remove the function from
			// handle:
			//		the handle returned from add
			if(node){
				event = del._normalizeEventName(event);
				if(!dojo.isIE && (event == "mouseenter" || event == "mouseleave")){
					event = (event == "mouseenter") ? "mouseover" : "mouseout";
				}

				node.removeEventListener(event, handle, false);
			}
		},
		_normalizeEventName: function(/*String*/ name){
			// Generally, name should be lower case, unless it is special
			// somehow (e.g. a Mozilla DOM event).
			// Remove 'on'.
			return name.slice(0,2) =="on" ? name.slice(2) : name;
		},
		_fixCallback: function(/*String*/ name, fp){
			// By default, we only invoke _fixEvent for 'keypress'
			// If code is added to _fixEvent for other events, we have
			// to revisit this optimization.
			// This also applies to _fixEvent overrides for Safari and Opera
			// below.
			return name != "keypress" ? fp : function(e){ return fp.call(this, del._fixEvent(e, this)); };
		},
		_fixEvent: function(evt, sender){
			// _fixCallback only attaches us to keypress.
			// Switch on evt.type anyway because we might 
			// be called directly from dojo.fixEvent.
			switch(evt.type){
				case "keypress":
					del._setKeyChar(evt);
					break;
			}
			return evt;
		},
		_setKeyChar: function(evt){
			evt.keyChar = evt.charCode ? String.fromCharCode(evt.charCode) : '';
			evt.charOrCode = evt.keyChar || evt.keyCode;
		},
		// For IE and Safari: some ctrl-key combinations (mostly w/punctuation) do not emit a char code in IE
		// we map those virtual key codes to ascii here
		// not valid for all (non-US) keyboards, so maybe we shouldn't bother
		_punctMap: { 
			106:42, 
			111:47, 
			186:59, 
			187:43, 
			188:44, 
			189:45, 
			190:46, 
			191:47, 
			192:96, 
			219:91, 
			220:92, 
			221:93, 
			222:39 
		}
	});

	// DOM events
	
	dojo.fixEvent = function(/*Event*/ evt, /*DOMNode*/ sender){
		// summary:
		//		normalizes properties on the event object including event
		//		bubbling methods, keystroke normalization, and x/y positions
		// evt: Event
		//		native event object
		// sender: DOMNode
		//		node to treat as "currentTarget"
		return del._fixEvent(evt, sender);
	}

	dojo.stopEvent = function(/*Event*/ evt){
		// summary:
		//		prevents propagation and clobbers the default action of the
		//		passed event
		// evt: Event
		//		The event object. If omitted, window.event is used on IE.
		evt.preventDefault();
		evt.stopPropagation();
		// NOTE: below, this method is overridden for IE
	}

	// the default listener to use on dontFix nodes, overriden for IE
	var node_listener = dojo._listener;
	
	// Unify connect and event listeners
	dojo._connect = function(obj, event, context, method, dontFix){
		// FIXME: need a more strict test
		var isNode = obj && (obj.nodeType||obj.attachEvent||obj.addEventListener);
		// choose one of three listener options: raw (connect.js), DOM event on a Node, custom event on a Node
		// we need the third option to provide leak prevention on broken browsers (IE)
		var lid = isNode ? (dontFix ? 2 : 1) : 0, l = [dojo._listener, del, node_listener][lid];
		// create a listener
		var h = l.add(obj, event, dojo.hitch(context, method));
		// formerly, the disconnect package contained "l" directly, but if client code
		// leaks the disconnect package (by connecting it to a node), referencing "l" 
		// compounds the problem.
		// instead we return a listener id, which requires custom _disconnect below.
		// return disconnect package
		return [ obj, event, h, lid ];
	}

	dojo._disconnect = function(obj, event, handle, listener){
		([dojo._listener, del, node_listener][listener]).remove(obj, event, handle);
	}

	// Constants

	// Public: client code should test
	// keyCode against these named constants, as the
	// actual codes can vary by browser.
	dojo.keys = {
		// summary:
		//		Definitions for common key values
		BACKSPACE: 8,
		TAB: 9,
		CLEAR: 12,
		ENTER: 13,
		SHIFT: 16,
		CTRL: 17,
		ALT: 18,
		META: dojo.isSafari ? 91 : 224,		// the apple key on macs
		PAUSE: 19,
		CAPS_LOCK: 20,
		ESCAPE: 27,
		SPACE: 32,
		PAGE_UP: 33,
		PAGE_DOWN: 34,
		END: 35,
		HOME: 36,
		LEFT_ARROW: 37,
		UP_ARROW: 38,
		RIGHT_ARROW: 39,
		DOWN_ARROW: 40,
		INSERT: 45,
		DELETE: 46,
		HELP: 47,
		LEFT_WINDOW: 91,
		RIGHT_WINDOW: 92,
		SELECT: 93,
		NUMPAD_0: 96,
		NUMPAD_1: 97,
		NUMPAD_2: 98,
		NUMPAD_3: 99,
		NUMPAD_4: 100,
		NUMPAD_5: 101,
		NUMPAD_6: 102,
		NUMPAD_7: 103,
		NUMPAD_8: 104,
		NUMPAD_9: 105,
		NUMPAD_MULTIPLY: 106,
		NUMPAD_PLUS: 107,
		NUMPAD_ENTER: 108,
		NUMPAD_MINUS: 109,
		NUMPAD_PERIOD: 110,
		NUMPAD_DIVIDE: 111,
		F1: 112,
		F2: 113,
		F3: 114,
		F4: 115,
		F5: 116,
		F6: 117,
		F7: 118,
		F8: 119,
		F9: 120,
		F10: 121,
		F11: 122,
		F12: 123,
		F13: 124,
		F14: 125,
		F15: 126,
		NUM_LOCK: 144,
		SCROLL_LOCK: 145,
		// virtual key mapping
		copyKey: dojo.isMac && !dojo.isAIR ? (dojo.isSafari ? 91 : 224 ) : 17
	};
	
	var evtCopyKey = dojo.isMac ? "metaKey" : "ctrlKey";
	
	dojo.isCopyKey = function(e){
		// summary:
		//		Checks an event for the copy key (meta on Mac, and ctrl anywhere else)
		// e: Event
		//		Event object to examine
		return e[evtCopyKey];	// Boolean
	};

	// Public: decoding mouse buttons from events

/*=====
	dojo.mouseButtons = {
		// LEFT: Number
		//		Numeric value of the left mouse button for the platform.
		LEFT:   0,
		// MIDDLE: Number
		//		Numeric value of the middle mouse button for the platform.
		MIDDLE: 1,
		// RIGHT: Number
		//		Numeric value of the right mouse button for the platform.
		RIGHT:  2,
	
		isButton: function(e, button){
			// summary:
			//		Checks an event object for a pressed button
			// e: Event
			//		Event object to examine
			// button: Number
			//		The button value (example: dojo.mouseButton.LEFT)
			return e.button == button; // Boolean
		},
		isLeft: function(e){
			// summary:
			//		Checks an event object for the pressed left button
			// e: Event
			//		Event object to examine
			return e.button == 0; // Boolean
		},
		isMiddle: function(e){
			// summary:
			//		Checks an event object for the pressed middle button
			// e: Event
			//		Event object to examine
			return e.button == 1; // Boolean
		},
		isRight: function(e){
			// summary:
			//		Checks an event object for the pressed right button
			// e: Event
			//		Event object to examine
			return e.button == 2; // Boolean
		}
	};
=====*/

		if(dojo.isIE){
		dojo.mouseButtons = {
			LEFT:   1,
			MIDDLE: 4,
			RIGHT:  2,
			// helper functions
			isButton: function(e, button){ return e.button & button; },
			isLeft:   function(e){ return e.button & 1; },
			isMiddle: function(e){ return e.button & 4; },
			isRight:  function(e){ return e.button & 2; }
		};
	}else{
			dojo.mouseButtons = {
			LEFT:   0,
			MIDDLE: 1,
			RIGHT:  2,
			// helper functions
			isButton: function(e, button){ return e.button == button; },
			isLeft:   function(e){ return e.button == 0; },
			isMiddle: function(e){ return e.button == 1; },
			isRight:  function(e){ return e.button == 2; }
		};
		}
	
		// IE event normalization
	if(dojo.isIE){ 
		var _trySetKeyCode = function(e, code){
			try{
				// squelch errors when keyCode is read-only
				// (e.g. if keyCode is ctrl or shift)
				return (e.keyCode = code);
			}catch(e){
				return 0;
			}
		}

		// by default, use the standard listener
		var iel = dojo._listener;
		var listenersName = (dojo._ieListenersName = "_" + dojo._scopeName + "_listeners");
		// dispatcher tracking property
		if(!dojo.config._allow_leaks){
			// custom listener that handles leak protection for DOM events
			node_listener = iel = dojo._ie_listener = {
				// support handler indirection: event handler functions are 
				// referenced here. Event dispatchers hold only indices.
				handlers: [],
				// add a listener to an object
				add: function(/*Object*/ source, /*String*/ method, /*Function*/ listener){
					source = source || dojo.global;
					var f = source[method];
					if(!f||!f[listenersName]){
						var d = dojo._getIeDispatcher();
						// original target function is special
						d.target = f && (ieh.push(f) - 1);
						// dispatcher holds a list of indices into handlers table
						d[listenersName] = [];
						// redirect source to dispatcher
						f = source[method] = d;
					}
					return f[listenersName].push(ieh.push(listener) - 1) ; /*Handle*/
				},
				// remove a listener from an object
				remove: function(/*Object*/ source, /*String*/ method, /*Handle*/ handle){
					var f = (source||dojo.global)[method], l = f && f[listenersName];
					if(f && l && handle--){
						delete ieh[l[handle]];
						delete l[handle];
					}
				}
			};
			// alias used above
			var ieh = iel.handlers;
		}

		dojo.mixin(del, {
			add: function(/*DOMNode*/ node, /*String*/ event, /*Function*/ fp){
				if(!node){return;} // undefined
				event = del._normalizeEventName(event);
				if(event=="onkeypress"){
					// we need to listen to onkeydown to synthesize
					// keypress events that otherwise won't fire
					// on IE
					var kd = node.onkeydown;
					if(!kd || !kd[listenersName] || !kd._stealthKeydownHandle){
						var h = del.add(node, "onkeydown", del._stealthKeyDown);
						kd = node.onkeydown;
						kd._stealthKeydownHandle = h;
						kd._stealthKeydownRefs = 1;
					}else{
						kd._stealthKeydownRefs++;
					}
				}
				return iel.add(node, event, del._fixCallback(fp));
			},
			remove: function(/*DOMNode*/ node, /*String*/ event, /*Handle*/ handle){
				event = del._normalizeEventName(event);
				iel.remove(node, event, handle); 
				if(event=="onkeypress"){
					var kd = node.onkeydown;
					if(--kd._stealthKeydownRefs <= 0){
						iel.remove(node, "onkeydown", kd._stealthKeydownHandle);
						delete kd._stealthKeydownHandle;
					}
				}
			},
			_normalizeEventName: function(/*String*/ eventName){
				// Generally, eventName should be lower case, unless it is
				// special somehow (e.g. a Mozilla event)
				// ensure 'on'
				return eventName.slice(0,2) != "on" ? "on" + eventName : eventName;
			},
			_nop: function(){},
			_fixEvent: function(/*Event*/ evt, /*DOMNode*/ sender){
				// summary:
				//		normalizes properties on the event object including event
				//		bubbling methods, keystroke normalization, and x/y positions
				// evt:
				//		native event object
				// sender:
				//		node to treat as "currentTarget"
				if(!evt){
					var w = sender && (sender.ownerDocument || sender.document || sender).parentWindow || window;
					evt = w.event; 
				}
				if(!evt){return(evt);}
				evt.target = evt.srcElement; 
				evt.currentTarget = (sender || evt.srcElement); 
				evt.layerX = evt.offsetX;
				evt.layerY = evt.offsetY;
				// FIXME: scroll position query is duped from dojo.html to
				// avoid dependency on that entire module. Now that HTML is in
				// Base, we should convert back to something similar there.
				var se = evt.srcElement, doc = (se && se.ownerDocument) || document;
				// DO NOT replace the following to use dojo.body(), in IE, document.documentElement should be used
				// here rather than document.body
				var docBody = ((dojo.isIE < 6) || (doc["compatMode"] == "BackCompat")) ? doc.body : doc.documentElement;
				var offset = dojo._getIeDocumentElementOffset();
				evt.pageX = evt.clientX + dojo._fixIeBiDiScrollLeft(docBody.scrollLeft || 0) - offset.x;
				evt.pageY = evt.clientY + (docBody.scrollTop || 0) - offset.y;
				if(evt.type == "mouseover"){ 
					evt.relatedTarget = evt.fromElement;
				}
				if(evt.type == "mouseout"){ 
					evt.relatedTarget = evt.toElement;
				}
				evt.stopPropagation = del._stopPropagation;
				evt.preventDefault = del._preventDefault;
				return del._fixKeys(evt);
			},
			_fixKeys: function(evt){
				switch(evt.type){
					case "keypress":
						var c = ("charCode" in evt ? evt.charCode : evt.keyCode);
						if (c==10){
							// CTRL-ENTER is CTRL-ASCII(10) on IE, but CTRL-ENTER on Mozilla
							c=0;
							evt.keyCode = 13;
						}else if(c==13||c==27){
							c=0; // Mozilla considers ENTER and ESC non-printable
						}else if(c==3){
							c=99; // Mozilla maps CTRL-BREAK to CTRL-c
						}
						// Mozilla sets keyCode to 0 when there is a charCode
						// but that stops the event on IE.
						evt.charCode = c;
						del._setKeyChar(evt);
						break;
				}
				return evt;
			},
			_stealthKeyDown: function(evt){
				// IE doesn't fire keypress for most non-printable characters.
				// other browsers do, we simulate it here.
				var kp = evt.currentTarget.onkeypress;
				// only works if kp exists and is a dispatcher
				if(!kp || !kp[listenersName]){ return; }
				// munge key/charCode
				var k=evt.keyCode;
				// These are Windows Virtual Key Codes
				// http://msdn.microsoft.com/library/default.asp?url=/library/en-us/winui/WinUI/WindowsUserInterface/UserInput/VirtualKeyCodes.asp
				var unprintable = k!=13 && k!=32 && k!=27 && (k<48||k>90) && (k<96||k>111) && (k<186||k>192) && (k<219||k>222);
				// synthesize keypress for most unprintables and CTRL-keys
				if(unprintable||evt.ctrlKey){
					var c = unprintable ? 0 : k;
					if(evt.ctrlKey){
						if(k==3 || k==13){
							return; // IE will post CTRL-BREAK, CTRL-ENTER as keypress natively 
						}else if(c>95 && c<106){ 
							c -= 48; // map CTRL-[numpad 0-9] to ASCII
						}else if((!evt.shiftKey)&&(c>=65&&c<=90)){ 
							c += 32; // map CTRL-[A-Z] to lowercase
						}else{ 
							c = del._punctMap[c] || c; // map other problematic CTRL combinations to ASCII
						}
					}
					// simulate a keypress event
					var faux = del._synthesizeEvent(evt, {type: 'keypress', faux: true, charCode: c});
					kp.call(evt.currentTarget, faux);
					evt.cancelBubble = faux.cancelBubble;
					evt.returnValue = faux.returnValue;
					_trySetKeyCode(evt, faux.keyCode);
				}
			},
			// Called in Event scope
			_stopPropagation: function(){
				this.cancelBubble = true; 
			},
			_preventDefault: function(){
				// Setting keyCode to 0 is the only way to prevent certain keypresses (namely
				// ctrl-combinations that correspond to menu accelerator keys).
				// Otoh, it prevents upstream listeners from getting this information
				// Try to split the difference here by clobbering keyCode only for ctrl 
				// combinations. If you still need to access the key upstream, bubbledKeyCode is
				// provided as a workaround.
				this.bubbledKeyCode = this.keyCode;
				if(this.ctrlKey){_trySetKeyCode(this, 0);}
				this.returnValue = false;
			}
		});
				
		// override stopEvent for IE
		dojo.stopEvent = function(evt){
			evt = evt || window.event;
			del._stopPropagation.call(evt);
			del._preventDefault.call(evt);
		}
	}
	
	del._synthesizeEvent = function(evt, props){
			var faux = dojo.mixin({}, evt, props);
			del._setKeyChar(faux);
			// FIXME: would prefer to use dojo.hitch: dojo.hitch(evt, evt.preventDefault); 
			// but it throws an error when preventDefault is invoked on Safari
			// does Event.preventDefault not support "apply" on Safari?
			faux.preventDefault = function(){ evt.preventDefault(); }; 
			faux.stopPropagation = function(){ evt.stopPropagation(); }; 
			return faux;
	}
	
		// Opera event normalization
	if(dojo.isOpera){
		dojo.mixin(del, {
			_fixEvent: function(evt, sender){
				switch(evt.type){
					case "keypress":
						var c = evt.which;
						if(c==3){
							c=99; // Mozilla maps CTRL-BREAK to CTRL-c
						}
						// can't trap some keys at all, like INSERT and DELETE
						// there is no differentiating info between DELETE and ".", or INSERT and "-"
						c = c<41 && !evt.shiftKey ? 0 : c;
						if(evt.ctrlKey && !evt.shiftKey && c>=65 && c<=90){
							// lowercase CTRL-[A-Z] keys
							c += 32;
						}
						return del._synthesizeEvent(evt, { charCode: c });
				}
				return evt;
			}
		});
	}
	
		// Webkit event normalization
	if(dojo.isWebKit){
				del._add = del.add;
		del._remove = del.remove;

		dojo.mixin(del, {
			add: function(/*DOMNode*/ node, /*String*/ event, /*Function*/ fp){
				if(!node){return;} // undefined
				var handle = del._add(node, event, fp);
				if(del._normalizeEventName(event) == "keypress"){
					// we need to listen to onkeydown to synthesize
					// keypress events that otherwise won't fire
					// in Safari 3.1+: https://lists.webkit.org/pipermail/webkit-dev/2007-December/002992.html
					handle._stealthKeyDownHandle = del._add(node, "keydown", function(evt){
						//A variation on the IE _stealthKeydown function
						//Synthesize an onkeypress event, but only for unprintable characters.
						var k=evt.keyCode;
						// These are Windows Virtual Key Codes
						// http://msdn.microsoft.com/library/default.asp?url=/library/en-us/winui/WinUI/WindowsUserInterface/UserInput/VirtualKeyCodes.asp
						var unprintable = k!=13 && k!=32 && (k<48 || k>90) && (k<96 || k>111) && (k<186 || k>192) && (k<219 || k>222);
						// synthesize keypress for most unprintables and CTRL-keys
						if(unprintable || evt.ctrlKey){
							var c = unprintable ? 0 : k;
							if(evt.ctrlKey){
								if(k==3 || k==13){
									return; // IE will post CTRL-BREAK, CTRL-ENTER as keypress natively 
								}else if(c>95 && c<106){ 
									c -= 48; // map CTRL-[numpad 0-9] to ASCII
								}else if(!evt.shiftKey && c>=65 && c<=90){ 
									c += 32; // map CTRL-[A-Z] to lowercase
								}else{ 
									c = del._punctMap[c] || c; // map other problematic CTRL combinations to ASCII
								}
							}
							// simulate a keypress event
							var faux = del._synthesizeEvent(evt, {type: 'keypress', faux: true, charCode: c});
							fp.call(evt.currentTarget, faux);
						}
					});
				}
				return handle; /*Handle*/
			},

			remove: function(/*DOMNode*/ node, /*String*/ event, /*Handle*/ handle){
				if(node){
					if(handle._stealthKeyDownHandle){
						del._remove(node, "keydown", handle._stealthKeyDownHandle);
					}
					del._remove(node, event, handle);
				}
			},
			_fixEvent: function(evt, sender){
				switch(evt.type){
					case "keypress":
						if(evt.faux){ return evt; }
						var c = evt.charCode;
						c = c>=32 ? c : 0;
						return del._synthesizeEvent(evt, {charCode: c, faux: true});
				}
				return evt;
			}
		});
		}
	})();

if(dojo.isIE){
	// keep this out of the closure
	// closing over 'iel' or 'ieh' b0rks leak prevention
	// ls[i] is an index into the master handler array
	dojo._ieDispatcher = function(args, sender){
		var ap = Array.prototype,
			h = dojo._ie_listener.handlers,
			c = args.callee,
			ls = c[dojo._ieListenersName],
			t = h[c.target];
		// return value comes from original target function
		var r = t && t.apply(sender, args);
		// make local copy of listener array so it's immutable during processing
		var lls = [].concat(ls);
		// invoke listeners after target function
		for(var i in lls){
			var f = h[lls[i]];
			if(!(i in ap) && f){
				f.apply(sender, args);
			}
		}
		return r;
	}
	dojo._getIeDispatcher = function(){
		// ensure the returned function closes over nothing ("new Function" apparently doesn't close)
		return new Function(dojo._scopeName + "._ieDispatcher(arguments, this)"); // function
	}
	// keep this out of the closure to reduce RAM allocation
	dojo._event_listener._fixCallback = function(fp){
		var f = dojo._event_listener._fixEvent;
		return function(e){ return fp.call(this, f(e, this)); };
	}
}

}

if(!dojo._hasResource["dojo._base.html"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
dojo._hasResource["dojo._base.html"] = true;

dojo.provide("dojo._base.html");

// FIXME: need to add unit tests for all the semi-public methods

try{
	document.execCommand("BackgroundImageCache", false, true);
}catch(e){
	// sane browsers don't have cache "issues"
}

// =============================
// DOM Functions
// =============================

/*=====
dojo.byId = function(id, doc){
	//	summary:
	//		Returns DOM node with matching `id` attribute or `null`
	//		if not found. If `id` is a DomNode, this function is a no-op.
	//
	//	id: String|DOMNode
	//	 	A string to match an HTML id attribute or a reference to a DOM Node
	//
	//	doc: Document?
	//		Document to work in. Defaults to the current value of
	//		dojo.doc.  Can be used to retrieve
	//		node references from other documents.
	//
	//	example:
	//	Look up a node by ID:
	//	|	var n = dojo.byId("foo");
	//
	//	example:
	//	Check if a node exists, and use it.
	//	|	var n = dojo.byId("bar");
	//	|	if(n){ doStuff() ... }
	//
	//	example:
	//	Allow string or DomNode references to be passed to a custom function:
	//	|	var foo = function(nodeOrId){
	//	|		nodeOrId = dojo.byId(nodeOrId);
	//	|		// ... more stuff
	//	|	}
=====*/

if(dojo.isIE || dojo.isOpera){
	dojo.byId = function(id, doc){
		if(typeof id != "string"){
			return id;
		}
		var _d = doc || dojo.doc, te = _d.getElementById(id);
		// attributes.id.value is better than just id in case the 
		// user has a name=id inside a form
		if(te && (te.attributes.id.value == id || te.id == id)){
			return te;
		}else{
			var eles = _d.all[id];
			if(!eles || eles.nodeName){
				eles = [eles];
			}
			// if more than 1, choose first with the correct id
			var i=0;
			while((te=eles[i++])){
				if((te.attributes && te.attributes.id && te.attributes.id.value == id)
					|| te.id == id){
					return te;
				}
			}
		}
	};
}else{
	dojo.byId = function(id, doc){
		// inline'd type check
		return (typeof id == "string") ? (doc || dojo.doc).getElementById(id) : id; // DomNode
	};
}
/*=====
};
=====*/

(function(){
	var d = dojo;
	var byId = d.byId;

	var _destroyContainer = null,
		_destroyDoc;
		d.addOnWindowUnload(function(){
		_destroyContainer = null; //prevent IE leak
	});
	
/*=====
	dojo._destroyElement = function(node){
		// summary:
		// 		Existing alias for `dojo.destroy`. Deprecated, will be removed
		// 		in 2.0
	}
=====*/
	dojo._destroyElement = dojo.destroy = function(/*String|DomNode*/node){
		//	summary:
		//		Removes a node from its parent, clobbering it and all of its
		//		children.
		//
		//	description:
		//		Removes a node from its parent, clobbering it and all of its
		//		children. Function only works with DomNodes, and returns nothing.
		//
		//	node:
		//		A String ID or DomNode reference of the element to be destroyed
		//
		//	example:
		//	Destroy a node byId:
		//	|	dojo.destroy("someId");
		//
		//	example:
		//	Destroy all nodes in a list by reference:
		//	|	dojo.query(".someNode").forEach(dojo.destroy);

		node = byId(node);
		try{
			var doc = node.ownerDocument;
			// cannot use _destroyContainer.ownerDocument since this can throw an exception on IE
			if(!_destroyContainer || _destroyDoc != doc){
				_destroyContainer = doc.createElement("div");
				_destroyDoc = doc;
			}
			_destroyContainer.appendChild(node.parentNode ? node.parentNode.removeChild(node) : node);
			// NOTE: see http://trac.dojotoolkit.org/ticket/2931. This may be a bug and not a feature
			_destroyContainer.innerHTML = "";
		}catch(e){
			/* squelch */
		}
	};

	dojo.isDescendant = function(/*DomNode|String*/node, /*DomNode|String*/ancestor){
		//	summary:
		//		Returns true if node is a descendant of ancestor
		//	node: string id or node reference to test
		//	ancestor: string id or node reference of potential parent to test against
		//
		// example:
		//	Test is node id="bar" is a descendant of node id="foo"
		//	|	if(dojo.isDescendant("bar", "foo")){ ... }
		try{
			node = byId(node);
			ancestor = byId(ancestor);
			while(node){
				if(node == ancestor){
					return true; // Boolean
				}
				node = node.parentNode;
			}
		}catch(e){ /* squelch, return false */ }
		return false; // Boolean
	};

	dojo.setSelectable = function(/*DomNode|String*/node, /*Boolean*/selectable){
		//	summary: 
		//		Enable or disable selection on a node
		//	node:
		//		id or reference to node
		//	selectable:
		//		state to put the node in. false indicates unselectable, true 
		//		allows selection.
		//	example:
		//	Make the node id="bar" unselectable
		//	|	dojo.setSelectable("bar"); 
		//	example:
		//	Make the node id="bar" selectable
		//	|	dojo.setSelectable("bar", true);
		node = byId(node);
				if(d.isMozilla){
			node.style.MozUserSelect = selectable ? "" : "none";
		}else if(d.isKhtml || d.isWebKit){
					node.style.KhtmlUserSelect = selectable ? "auto" : "none";
				}else if(d.isIE){
			var v = (node.unselectable = selectable ? "" : "on");
			d.query("*", node).forEach("item.unselectable = '"+v+"'");
		}
				//FIXME: else?  Opera?
	};

	var _insertBefore = function(/*DomNode*/node, /*DomNode*/ref){
		var parent = ref.parentNode;
		if(parent){
			parent.insertBefore(node, ref);
		}
	};

	var _insertAfter = function(/*DomNode*/node, /*DomNode*/ref){
		//	summary:
		//		Try to insert node after ref
		var parent = ref.parentNode;
		if(parent){
			if(parent.lastChild == ref){
				parent.appendChild(node);
			}else{
				parent.insertBefore(node, ref.nextSibling);
			}
		}
	};

	dojo.place = function(node, refNode, position){
		//	summary:
		//		Attempt to insert node into the DOM, choosing from various positioning options.
		//		Returns the first argument resolved to a DOM node.
		//
		//	node: String|DomNode
		//		id or node reference, or HTML fragment starting with "<" to place relative to refNode
		//
		//	refNode: String|DomNode
		//		id or node reference to use as basis for placement
		//
		//	position: String|Number?
		//		string noting the position of node relative to refNode or a
		//		number indicating the location in the childNodes collection of refNode.
		//		Accepted string values are:
		//	|	* before
		//	|	* after
		//	|	* replace
		//	|	* only
		//	|	* first
		//	|	* last
		//		"first" and "last" indicate positions as children of refNode, "replace" replaces refNode,
		//		"only" replaces all children.  position defaults to "last" if not specified
		//
		//	returns: DomNode
		//		Returned values is the first argument resolved to a DOM node.
		//
		//		.place() is also a method of `dojo.NodeList`, allowing `dojo.query` node lookups.
		//
		// example:
		//		Place a node by string id as the last child of another node by string id:
		//	|	dojo.place("someNode", "anotherNode");
		//
		// example:
		//		Place a node by string id before another node by string id
		//	|	dojo.place("someNode", "anotherNode", "before");
		//
		// example:
		//		Create a Node, and place it in the body element (last child):
		//	|	dojo.place("<div></div>", dojo.body());
		//
		// example:
		//		Put a new LI as the first child of a list by id:
		//	|	dojo.place("<li></li>", "someUl", "first");

		refNode = byId(refNode);
		if(typeof node == "string"){ // inline'd type check
			node = node.charAt(0) == "<" ? d._toDom(node, refNode.ownerDocument) : byId(node);
		}
		if(typeof position == "number"){ // inline'd type check
			var cn = refNode.childNodes;
			if(!cn.length || cn.length <= position){
				refNode.appendChild(node);
			}else{
				_insertBefore(node, cn[position < 0 ? 0 : position]);
			}
		}else{
			switch(position){
				case "before":
					_insertBefore(node, refNode);
					break;
				case "after":
					_insertAfter(node, refNode);
					break;
				case "replace":
					refNode.parentNode.replaceChild(node, refNode);
					break;
				case "only":
					d.empty(refNode);
					refNode.appendChild(node);
					break;
				case "first":
					if(refNode.firstChild){
						_insertBefore(node, refNode.firstChild);
						break;
					}
					// else fallthrough...
				default: // aka: last
					refNode.appendChild(node);
			}
		}
		return node; // DomNode
	}

	// Box functions will assume this model.
	// On IE/Opera, BORDER_BOX will be set if the primary document is in quirks mode.
	// Can be set to change behavior of box setters.

	// can be either:
	//	"border-box"
	//	"content-box" (default)
	dojo.boxModel = "content-box";

	// We punt per-node box mode testing completely.
	// If anybody cares, we can provide an additional (optional) unit 
	// that overrides existing code to include per-node box sensitivity.

	// Opera documentation claims that Opera 9 uses border-box in BackCompat mode.
	// but experiments (Opera 9.10.8679 on Windows Vista) indicate that it actually continues to use content-box.
	// IIRC, earlier versions of Opera did in fact use border-box.
	// Opera guys, this is really confusing. Opera being broken in quirks mode is not our fault.

		if(d.isIE /*|| dojo.isOpera*/){
		// client code may have to adjust if compatMode varies across iframes
		d.boxModel = document.compatMode == "BackCompat" ? "border-box" : "content-box";
	}
	
	// =============================
	// Style Functions
	// =============================

	// getComputedStyle drives most of the style code.
	// Wherever possible, reuse the returned object.
	//
	// API functions below that need to access computed styles accept an 
	// optional computedStyle parameter.
	// If this parameter is omitted, the functions will call getComputedStyle themselves.
	// This way, calling code can access computedStyle once, and then pass the reference to 
	// multiple API functions.

/*=====
	dojo.getComputedStyle = function(node){
		//	summary:
		//		Returns a "computed style" object.
		//
		//	description:
		//		Gets a "computed style" object which can be used to gather
		//		information about the current state of the rendered node.
		//
		//		Note that this may behave differently on different browsers.
		//		Values may have different formats and value encodings across
		//		browsers.
		//
		//		Note also that this method is expensive.  Wherever possible,
		//		reuse the returned object.
		//
		//		Use the dojo.style() method for more consistent (pixelized)
		//		return values.
		//
		//	node: DOMNode
		//		A reference to a DOM node. Does NOT support taking an
		//		ID string for speed reasons.
		//	example:
		//	|	dojo.getComputedStyle(dojo.byId('foo')).borderWidth;
		//
		//	example:
		//	Reusing the returned object, avoiding multiple lookups:
		//	|	var cs = dojo.getComputedStyle(dojo.byId("someNode"));
		//	|	var w = cs.width, h = cs.height;
		return; // CSS2Properties
	}
=====*/

	// Although we normally eschew argument validation at this
	// level, here we test argument 'node' for (duck)type,
	// by testing nodeType, ecause 'document' is the 'parentNode' of 'body'
	// it is frequently sent to this function even 
	// though it is not Element.
	var gcs;
		if(d.isWebKit){
			gcs = function(/*DomNode*/node){
			var s;
			if(node.nodeType == 1){
				var dv = node.ownerDocument.defaultView;
				s = dv.getComputedStyle(node, null);
				if(!s && node.style){
					node.style.display = "";
					s = dv.getComputedStyle(node, null);
				}
			}
			return s || {};
		};
		}else if(d.isIE){
		gcs = function(node){
			// IE (as of 7) doesn't expose Element like sane browsers
			return node.nodeType == 1 /* ELEMENT_NODE*/ ? node.currentStyle : {};
		};
	}else{
		gcs = function(node){
			return node.nodeType == 1 ?
				node.ownerDocument.defaultView.getComputedStyle(node, null) : {};
		};
	}
		dojo.getComputedStyle = gcs;

		if(!d.isIE){
			d._toPixelValue = function(element, value){
			// style values can be floats, client code may want
			// to round for integer pixels.
			return parseFloat(value) || 0;
		};
		}else{
		d._toPixelValue = function(element, avalue){
			if(!avalue){ return 0; }
			// on IE7, medium is usually 4 pixels
			if(avalue == "medium"){ return 4; }
			// style values can be floats, client code may
			// want to round this value for integer pixels.
			if(avalue.slice && avalue.slice(-2) == 'px'){ return parseFloat(avalue); }
			with(element){
				var sLeft = style.left;
				var rsLeft = runtimeStyle.left;
				runtimeStyle.left = currentStyle.left;
				try{
					// 'avalue' may be incompatible with style.left, which can cause IE to throw
					// this has been observed for border widths using "thin", "medium", "thick" constants
					// those particular constants could be trapped by a lookup
					// but perhaps there are more
					style.left = avalue;
					avalue = style.pixelLeft;
				}catch(e){
					avalue = 0;
				}
				style.left = sLeft;
				runtimeStyle.left = rsLeft;
			}
			return avalue;
		}
	}
		var px = d._toPixelValue;

	// FIXME: there opacity quirks on FF that we haven't ported over. Hrm.
	/*=====
	dojo._getOpacity = function(node){
			//	summary:
			//		Returns the current opacity of the passed node as a
			//		floating-point value between 0 and 1.
			//	node: DomNode
			//		a reference to a DOM node. Does NOT support taking an
			//		ID string for speed reasons.
			//	returns: Number between 0 and 1
			return; // Number
	}
	=====*/

		var astr = "DXImageTransform.Microsoft.Alpha";
	var af = function(n, f){
		try{
			return n.filters.item(astr);
		}catch(e){
			return f ? {} : null;
		}
	};

		dojo._getOpacity =
			d.isIE ? function(node){
			try{
				return af(node).Opacity / 100; // Number
			}catch(e){
				return 1; // Number
			}
		} :
			function(node){
			return gcs(node).opacity;
		};

	/*=====
	dojo._setOpacity = function(node, opacity){
			//	summary:
			//		set the opacity of the passed node portably. Returns the
			//		new opacity of the node.
			//	node: DOMNode
			//		a reference to a DOM node. Does NOT support taking an
			//		ID string for performance reasons.
			//	opacity: Number
			//		A Number between 0 and 1. 0 specifies transparent.
			//	returns: Number between 0 and 1
			return; // Number
	}
	=====*/

	dojo._setOpacity =
				d.isIE ? function(/*DomNode*/node, /*Number*/opacity){
			var ov = opacity * 100, opaque = opacity == 1;
			node.style.zoom = opaque ? "" : 1;

			if(!af(node)){
				if(opaque){
					return opacity;
				}
				node.style.filter += " progid:" + astr + "(Opacity=" + ov + ")";
			}else{
				af(node, 1).Opacity = ov;
			}

			// on IE7 Alpha(Filter opacity=100) makes text look fuzzy so disable it altogether (bug #2661),
			//but still update the opacity value so we can get a correct reading if it is read later.
			af(node, 1).Enabled = !opaque;

			if(node.nodeName.toLowerCase() == "tr"){
				d.query("> td", node).forEach(function(i){
					d._setOpacity(i, opacity);
				});
			}
			return opacity;
		} :
				function(node, opacity){
			return node.style.opacity = opacity;
		};

	var _pixelNamesCache = {
		left: true, top: true
	};
	var _pixelRegExp = /margin|padding|width|height|max|min|offset/;  // |border
	var _toStyleValue = function(node, type, value){
		type = type.toLowerCase(); // FIXME: should we really be doing string case conversion here? Should we cache it? Need to profile!
				if(d.isIE){
			if(value == "auto"){
				if(type == "height"){ return node.offsetHeight; }
				if(type == "width"){ return node.offsetWidth; }
			}
			if(type == "fontweight"){
				switch(value){
					case 700: return "bold";
					case 400:
					default: return "normal";
				}
			}
		}
				if(!(type in _pixelNamesCache)){
			_pixelNamesCache[type] = _pixelRegExp.test(type);
		}
		return _pixelNamesCache[type] ? px(node, value) : value;
	};

	var _floatStyle = d.isIE ? "styleFloat" : "cssFloat",
		_floatAliases = { "cssFloat": _floatStyle, "styleFloat": _floatStyle, "float": _floatStyle }
	;

	// public API

	dojo.style = function(	/*DomNode|String*/ node,
							/*String?|Object?*/ style,
							/*String?*/ value){
		//	summary:
		//		Accesses styles on a node. If 2 arguments are
		//		passed, acts as a getter. If 3 arguments are passed, acts
		//		as a setter.
		//	description:
		//		Getting the style value uses the computed style for the node, so the value
		//		will be a calculated value, not just the immediate node.style value.
		//		Also when getting values, use specific style names,
		//		like "borderBottomWidth" instead of "border" since compound values like
		//		"border" are not necessarily reflected as expected.
		//		If you want to get node dimensions, use `dojo.marginBox()`, 
		//		`dojo.contentBox()` or `dojo.position()`.
		//	node:
		//		id or reference to node to get/set style for
		//	style:
		//		the style property to set in DOM-accessor format
		//		("borderWidth", not "border-width") or an object with key/value
		//		pairs suitable for setting each property.
		//	value:
		//		If passed, sets value on the node for style, handling
		//		cross-browser concerns.  When setting a pixel value,
		//		be sure to include "px" in the value. For instance, top: "200px".
		//		Otherwise, in some cases, some browsers will not apply the style.
		//	example:
		//		Passing only an ID or node returns the computed style object of
		//		the node:
		//	|	dojo.style("thinger");
		//	example:
		//		Passing a node and a style property returns the current
		//		normalized, computed value for that property:
		//	|	dojo.style("thinger", "opacity"); // 1 by default
		//
		//	example:
		//		Passing a node, a style property, and a value changes the
		//		current display of the node and returns the new computed value
		//	|	dojo.style("thinger", "opacity", 0.5); // == 0.5
		//
		//	example:
		//		Passing a node, an object-style style property sets each of the values in turn and returns the computed style object of the node:
		//	|	dojo.style("thinger", {
		//	|		"opacity": 0.5,
		//	|		"border": "3px solid black",
		//	|		"height": "300px"
		//	|	});
		//
		// 	example:
		//		When the CSS style property is hyphenated, the JavaScript property is camelCased.
		//		font-size becomes fontSize, and so on.
		//	|	dojo.style("thinger",{
		//	|		fontSize:"14pt",
		//	|		letterSpacing:"1.2em"
		//	|	});
		//
		//	example:
		//		dojo.NodeList implements .style() using the same syntax, omitting the "node" parameter, calling
		//		dojo.style() on every element of the list. See: `dojo.query()` and `dojo.NodeList()`
		//	|	dojo.query(".someClassName").style("visibility","hidden");
		//	|	// or
		//	|	dojo.query("#baz > div").style({
		//	|		opacity:0.75,
		//	|		fontSize:"13pt"
		//	|	});

		var n = byId(node), args = arguments.length, op = (style == "opacity");
		style = _floatAliases[style] || style;
		if(args == 3){
			return op ? d._setOpacity(n, value) : n.style[style] = value; /*Number*/
		}
		if(args == 2 && op){
			return d._getOpacity(n);
		}
		var s = gcs(n);
		if(args == 2 && typeof style != "string"){ // inline'd type check
			for(var x in style){
				d.style(node, x, style[x]);
			}
			return s;
		}
		return (args == 1) ? s : _toStyleValue(n, style, s[style] || n.style[style]); /* CSS2Properties||String||Number */
	}

	// =============================
	// Box Functions
	// =============================

	dojo._getPadExtents = function(/*DomNode*/n, /*Object*/computedStyle){
		//	summary:
		// 		Returns object with special values specifically useful for node
		// 		fitting.
		//	description:
		//		Returns an object with `w`, `h`, `l`, `t` properties:
		//	|		l/t = left/top padding (respectively)
		//	|		w = the total of the left and right padding 
		//	|		h = the total of the top and bottom padding
		//		If 'node' has position, l/t forms the origin for child nodes.
		//		The w/h are used for calculating boxes.
		//		Normally application code will not need to invoke this
		//		directly, and will use the ...box... functions instead.
		var 
			s = computedStyle||gcs(n),
			l = px(n, s.paddingLeft),
			t = px(n, s.paddingTop);
		return {
			l: l,
			t: t,
			w: l+px(n, s.paddingRight),
			h: t+px(n, s.paddingBottom)
		};
	}

	dojo._getBorderExtents = function(/*DomNode*/n, /*Object*/computedStyle){
		//	summary:
		//		returns an object with properties useful for noting the border
		//		dimensions.
		//	description:
		// 		* l/t = the sum of left/top border (respectively)
		//		* w = the sum of the left and right border
		//		* h = the sum of the top and bottom border
		//
		//		The w/h are used for calculating boxes.
		//		Normally application code will not need to invoke this
		//		directly, and will use the ...box... functions instead.
		var 
			ne = "none",
			s = computedStyle||gcs(n),
			bl = (s.borderLeftStyle != ne ? px(n, s.borderLeftWidth) : 0),
			bt = (s.borderTopStyle != ne ? px(n, s.borderTopWidth) : 0);
		return {
			l: bl,
			t: bt,
			w: bl + (s.borderRightStyle!=ne ? px(n, s.borderRightWidth) : 0),
			h: bt + (s.borderBottomStyle!=ne ? px(n, s.borderBottomWidth) : 0)
		};
	}

	dojo._getPadBorderExtents = function(/*DomNode*/n, /*Object*/computedStyle){
		//	summary:
		//		Returns object with properties useful for box fitting with
		//		regards to padding.
		// description:
		//		* l/t = the sum of left/top padding and left/top border (respectively)
		//		* w = the sum of the left and right padding and border
		//		* h = the sum of the top and bottom padding and border
		//
		//		The w/h are used for calculating boxes.
		//		Normally application code will not need to invoke this
		//		directly, and will use the ...box... functions instead.
		var 
			s = computedStyle||gcs(n),
			p = d._getPadExtents(n, s),
			b = d._getBorderExtents(n, s);
		return {
			l: p.l + b.l,
			t: p.t + b.t,
			w: p.w + b.w,
			h: p.h + b.h
		};
	}

	dojo._getMarginExtents = function(n, computedStyle){
		//	summary:
		//		returns object with properties useful for box fitting with
		//		regards to box margins (i.e., the outer-box).
		//
		//		* l/t = marginLeft, marginTop, respectively
		//		* w = total width, margin inclusive
		//		* h = total height, margin inclusive
		//
		//		The w/h are used for calculating boxes.
		//		Normally application code will not need to invoke this
		//		directly, and will use the ...box... functions instead.
		var 
			s = computedStyle||gcs(n),
			l = px(n, s.marginLeft),
			t = px(n, s.marginTop),
			r = px(n, s.marginRight),
			b = px(n, s.marginBottom);
		if(d.isWebKit && (s.position != "absolute")){
			// FIXME: Safari's version of the computed right margin
			// is the space between our right edge and the right edge 
			// of our offsetParent.
			// What we are looking for is the actual margin value as 
			// determined by CSS.
			// Hack solution is to assume left/right margins are the same.
			r = l;
		}
		return {
			l: l,
			t: t,
			w: l+r,
			h: t+b
		};
	}

	// Box getters work in any box context because offsetWidth/clientWidth
	// are invariant wrt box context
	//
	// They do *not* work for display: inline objects that have padding styles
	// because the user agent ignores padding (it's bogus styling in any case)
	//
	// Be careful with IMGs because they are inline or block depending on 
	// browser and browser mode.

	// Although it would be easier to read, there are not separate versions of 
	// _getMarginBox for each browser because:
	// 1. the branching is not expensive
	// 2. factoring the shared code wastes cycles (function call overhead)
	// 3. duplicating the shared code wastes bytes

	dojo._getMarginBox = function(/*DomNode*/node, /*Object*/computedStyle){
		// summary:
		//		returns an object that encodes the width, height, left and top
		//		positions of the node's margin box.
		var s = computedStyle || gcs(node), me = d._getMarginExtents(node, s);
		var l = node.offsetLeft - me.l, t = node.offsetTop - me.t, p = node.parentNode;
				if(d.isMoz){
			// Mozilla:
			// If offsetParent has a computed overflow != visible, the offsetLeft is decreased
			// by the parent's border.
			// We don't want to compute the parent's style, so instead we examine node's
			// computed left/top which is more stable.
			var sl = parseFloat(s.left), st = parseFloat(s.top);
			if(!isNaN(sl) && !isNaN(st)){
				l = sl, t = st;
			}else{
				// If child's computed left/top are not parseable as a number (e.g. "auto"), we
				// have no choice but to examine the parent's computed style.
				if(p && p.style){
					var pcs = gcs(p);
					if(pcs.overflow != "visible"){
						var be = d._getBorderExtents(p, pcs);
						l += be.l, t += be.t;
					}
				}
			}
		}else if(d.isOpera || (d.isIE > 7 && !d.isQuirks)){
			// On Opera and IE 8, offsetLeft/Top includes the parent's border
			if(p){
				be = d._getBorderExtents(p);
				l -= be.l;
				t -= be.t;
			}
		}
				return {
			l: l,
			t: t,
			w: node.offsetWidth + me.w,
			h: node.offsetHeight + me.h 
		};
	}

	dojo._getContentBox = function(node, computedStyle){
		// summary:
		//		Returns an object that encodes the width, height, left and top
		//		positions of the node's content box, irrespective of the
		//		current box model.

		// clientWidth/Height are important since the automatically account for scrollbars
		// fallback to offsetWidth/Height for special cases (see #3378)
		var s = computedStyle || gcs(node),
			pe = d._getPadExtents(node, s),
			be = d._getBorderExtents(node, s),
			w = node.clientWidth,
			h
		;
		if(!w){
			w = node.offsetWidth, h = node.offsetHeight;
		}else{
			h = node.clientHeight, be.w = be.h = 0;
		}
		// On Opera, offsetLeft includes the parent's border
				if(d.isOpera){ pe.l += be.l; pe.t += be.t; };
				return {
			l: pe.l,
			t: pe.t,
			w: w - pe.w - be.w,
			h: h - pe.h - be.h
		};
	}

	dojo._getBorderBox = function(node, computedStyle){
		var s = computedStyle || gcs(node),
			pe = d._getPadExtents(node, s),
			cb = d._getContentBox(node, s)
		;
		return {
			l: cb.l - pe.l,
			t: cb.t - pe.t,
			w: cb.w + pe.w,
			h: cb.h + pe.h
		};
	}

	// Box setters depend on box context because interpretation of width/height styles
	// vary wrt box context.
	//
	// The value of dojo.boxModel is used to determine box context.
	// dojo.boxModel can be set directly to change behavior.
	//
	// Beware of display: inline objects that have padding styles
	// because the user agent ignores padding (it's a bogus setup anyway)
	//
	// Be careful with IMGs because they are inline or block depending on 
	// browser and browser mode.
	//
	// Elements other than DIV may have special quirks, like built-in
	// margins or padding, or values not detectable via computedStyle.
	// In particular, margins on TABLE do not seems to appear 
	// at all in computedStyle on Mozilla.

	dojo._setBox = function(/*DomNode*/node, /*Number?*/l, /*Number?*/t, /*Number?*/w, /*Number?*/h, /*String?*/u){
		//	summary:
		//		sets width/height/left/top in the current (native) box-model
		//		dimentions. Uses the unit passed in u.
		//	node:
		//		DOM Node reference. Id string not supported for performance
		//		reasons.
		//	l:
		//		left offset from parent.
		//	t:
		//		top offset from parent.
		//	w:
		//		width in current box model.
		//	h:
		//		width in current box model.
		//	u:
		//		unit measure to use for other measures. Defaults to "px".
		u = u || "px";
		var s = node.style;
		if(!isNaN(l)){ s.left = l + u; }
		if(!isNaN(t)){ s.top = t + u; }
		if(w >= 0){ s.width = w + u; }
		if(h >= 0){ s.height = h + u; }
	}

	dojo._isButtonTag = function(/*DomNode*/node) {
		// summary:
		//		True if the node is BUTTON or INPUT.type="button".
		return node.tagName == "BUTTON"
			|| node.tagName=="INPUT" && (node.getAttribute("type")||'').toUpperCase() == "BUTTON"; // boolean
	}

	dojo._usesBorderBox = function(/*DomNode*/node){
		//	summary:
		//		True if the node uses border-box layout.

		// We could test the computed style of node to see if a particular box
		// has been specified, but there are details and we choose not to bother.

		// TABLE and BUTTON (and INPUT type=button) are always border-box by default.
		// If you have assigned a different box to either one via CSS then
		// box functions will break.

		var n = node.tagName;
		return d.boxModel=="border-box" || n=="TABLE" || d._isButtonTag(node); // boolean
	}

	dojo._setContentSize = function(/*DomNode*/node, /*Number*/widthPx, /*Number*/heightPx, /*Object*/computedStyle){
		//	summary:
		//		Sets the size of the node's contents, irrespective of margins,
		//		padding, or borders.
		if(d._usesBorderBox(node)){
			var pb = d._getPadBorderExtents(node, computedStyle);
			if(widthPx >= 0){ widthPx += pb.w; }
			if(heightPx >= 0){ heightPx += pb.h; }
		}
		d._setBox(node, NaN, NaN, widthPx, heightPx);
	}

	dojo._setMarginBox = function(/*DomNode*/node, 	/*Number?*/leftPx, /*Number?*/topPx,
													/*Number?*/widthPx, /*Number?*/heightPx,
													/*Object*/computedStyle){
		//	summary:
		//		sets the size of the node's margin box and placement
		//		(left/top), irrespective of box model. Think of it as a
		//		passthrough to dojo._setBox that handles box-model vagaries for
		//		you.

		var s = computedStyle || gcs(node),
		// Some elements have special padding, margin, and box-model settings.
		// To use box functions you may need to set padding, margin explicitly.
		// Controlling box-model is harder, in a pinch you might set dojo.boxModel.
			bb = d._usesBorderBox(node),
			pb = bb ? _nilExtents : d._getPadBorderExtents(node, s)
		;
		if(d.isWebKit){
			// on Safari (3.1.2), button nodes with no explicit size have a default margin
			// setting an explicit size eliminates the margin.
			// We have to swizzle the width to get correct margin reading.
			if(d._isButtonTag(node)){
				var ns = node.style;
				if(widthPx >= 0 && !ns.width) { ns.width = "4px"; }
				if(heightPx >= 0 && !ns.height) { ns.height = "4px"; }
			}
		}
		var mb = d._getMarginExtents(node, s);
		if(widthPx >= 0){ widthPx = Math.max(widthPx - pb.w - mb.w, 0); }
		if(heightPx >= 0){ heightPx = Math.max(heightPx - pb.h - mb.h, 0); }
		d._setBox(node, leftPx, topPx, widthPx, heightPx);
	}

	var _nilExtents = { l:0, t:0, w:0, h:0 };

	// public API

	dojo.marginBox = function(/*DomNode|String*/node, /*Object?*/box){
		//	summary:
		//		Getter/setter for the margin-box of node.
		//	description:
		//		Getter/setter for the margin-box of node.
		//		Returns an object in the expected format of box (regardless
		//		if box is passed). The object might look like:
		//			`{ l: 50, t: 200, w: 300: h: 150 }`
		//		for a node offset from its parent 50px to the left, 200px from
		//		the top with a margin width of 300px and a margin-height of
		//		150px.
		//	node:
		//		id or reference to DOM Node to get/set box for
		//	box:
		//		If passed, denotes that dojo.marginBox() should
		//		update/set the margin box for node. Box is an object in the
		//		above format. All properties are optional if passed.
		//	example:
		//	Retrieve the marginbox of a passed node
		//	|	var box = dojo.marginBox("someNodeId");
		//	|	console.dir(box);
		//
		//	example:
		//	Set a node's marginbox to the size of another node
		//	|	var box = dojo.marginBox("someNodeId");
		//	|	dojo.marginBox("someOtherNode", box);
		
		var n = byId(node), s = gcs(n), b = box;
		return !b ? d._getMarginBox(n, s) : d._setMarginBox(n, b.l, b.t, b.w, b.h, s); // Object
	}

	dojo.contentBox = function(/*DomNode|String*/node, /*Object?*/box){
		//	summary:
		//		Getter/setter for the content-box of node.
		//	description:
		//		Returns an object in the expected format of box (regardless if box is passed).
		//		The object might look like:
		//			`{ l: 50, t: 200, w: 300: h: 150 }`
		//		for a node offset from its parent 50px to the left, 200px from
		//		the top with a content width of 300px and a content-height of
		//		150px. Note that the content box may have a much larger border
		//		or margin box, depending on the box model currently in use and
		//		CSS values set/inherited for node.
		//		While the getter will return top and left values, the
		//		setter only accepts setting the width and height.
		//	node:
		//		id or reference to DOM Node to get/set box for
		//	box:
		//		If passed, denotes that dojo.contentBox() should
		//		update/set the content box for node. Box is an object in the
		//		above format, but only w (width) and h (height) are supported.
		//		All properties are optional if passed.
		var n = byId(node), s = gcs(n), b = box;
		return !b ? d._getContentBox(n, s) : d._setContentSize(n, b.w, b.h, s); // Object
	}

	// =============================
	// Positioning 
	// =============================

	var _sumAncestorProperties = function(node, prop){
		if(!(node = (node||0).parentNode)){return 0}
		var val, retVal = 0, _b = d.body();
		while(node && node.style){
			if(gcs(node).position == "fixed"){
				return 0;
			}
			val = node[prop];
			if(val){
				retVal += val - 0;
				// opera and khtml #body & #html has the same values, we only
				// need one value
				if(node == _b){ break; }
			}
			node = node.parentNode;
		}
		return retVal;	//	integer
	}

	dojo._docScroll = function(){
		var n = d.global;
		return "pageXOffset" in n? { x:n.pageXOffset, y:n.pageYOffset } :
			(n=d.doc.documentElement, n.clientHeight? { x:d._fixIeBiDiScrollLeft(n.scrollLeft), y:n.scrollTop } :
			(n=d.body(), { x:n.scrollLeft||0, y:n.scrollTop||0 }));
	};

	dojo._isBodyLtr = function(){
		return "_bodyLtr" in d? d._bodyLtr :
			d._bodyLtr = (d.body().dir || d.doc.documentElement.dir || "ltr").toLowerCase() == "ltr"; // Boolean 
	}

		dojo._getIeDocumentElementOffset = function(){
		//	summary:
		//		returns the offset in x and y from the document body to the
		//		visual edge of the page
		//	description:
		// The following values in IE contain an offset:
		//	|		event.clientX
		//	|		event.clientY
		//	|		node.getBoundingClientRect().left
		//	|		node.getBoundingClientRect().top
		//	 	But other position related values do not contain this offset,
		//	 	such as node.offsetLeft, node.offsetTop, node.style.left and
		//	 	node.style.top. The offset is always (2, 2) in LTR direction.
		//	 	When the body is in RTL direction, the offset counts the width
		//	 	of left scroll bar's width.  This function computes the actual
		//	 	offset.

		//NOTE: assumes we're being called in an IE browser

		var de = d.doc.documentElement; // only deal with HTML element here, _abs handles body/quirks 

		if(d.isIE < 8){
			var r = de.getBoundingClientRect(); // works well for IE6+
			//console.debug('rect left,top = ' + r.left+','+r.top + ', html client left/top = ' + de.clientLeft+','+de.clientTop + ', rtl = ' + (!d._isBodyLtr()) + ', quirks = ' + d.isQuirks);
			var l = r.left,
			    t = r.top;
			if(d.isIE < 7){
				l += de.clientLeft;	// scrollbar size in strict/RTL, or,
				t += de.clientTop;	// HTML border size in strict
			}
			return {
				x: l < 0? 0 : l, // FRAME element border size can lead to inaccurate negative values
				y: t < 0? 0 : t
			};
		}else{
			return {
				x: 0,
				y: 0
			};
		}

	};
	
	dojo._fixIeBiDiScrollLeft = function(/*Integer*/ scrollLeft){
		// In RTL direction, scrollLeft should be a negative value, but IE < 8
		// returns a positive one. All codes using documentElement.scrollLeft
		// must call this function to fix this error, otherwise the position
		// will offset to right when there is a horizontal scrollbar.

				var dd = d.doc;
		if(d.isIE < 8 && !d._isBodyLtr()){
			var de = d.isQuirks ? dd.body : dd.documentElement;
			return scrollLeft + de.clientWidth - de.scrollWidth; // Integer
		}
				return scrollLeft; // Integer
	}

	// FIXME: need a setter for coords or a moveTo!!
	dojo._abs = dojo.position = function(/*DomNode*/node, /*Boolean?*/includeScroll){
		//	summary:
		//		Gets the position and size of the passed element relative to
		//		the viewport (if includeScroll==false), or relative to the
		//		document root (if includeScroll==true).
		//
		//	description:
		//		Returns an object of the form:
		//			{ x: 100, y: 300, w: 20, h: 15 }
		//		If includeScroll==true, the x and y values will include any
		//		document offsets that may affect the position relative to the
		//		viewport.
		//		Uses the border-box model (inclusive of border and padding but
		//		not margin).  Does not act as a setter.

		var db = d.body(), dh = db.parentNode, ret;
		node = byId(node);
		if(node["getBoundingClientRect"]){
			// IE6+, FF3+, super-modern WebKit, and Opera 9.6+ all take this branch
			ret = node.getBoundingClientRect();
			ret = { x: ret.left, y: ret.top, w: ret.right - ret.left, h: ret.bottom - ret.top };
					if(d.isIE){
				// On IE there's a 2px offset that we