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Notice that the constructor takes the element parameter. This represents the DOM element that the control is meant to extend. The first line of the constructor calls the initialize method of the base class (Sys.UI.Control) and passes an instance of this class and a reference to the element being extended by this class. The next step is to define the class itself. This is the same as creating AJAX classes, which we discussed previously. However, most client controls you write will intercept events fired from the DOM element that they are intended to extend. They can also raise their own events to be used by the client. To enable this functionality, you need to override the initialize method of the Sys.UI.Control base class. The following code shows an example of this function inside the class s prototype.

XML App.config <modules> <module assemblyFile="Modules/ModuleD.dll" moduleType="ModuleD.ModuleD, ModuleD" moduleName="ModuleD"> <dependencies> <dependency moduleName="ModuleB"/> </dependencies> </module>

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In most cases, however, the phrase is used with sarcasm to describe something that seems like a bug to everyone except, perhaps, the person who created the design in the first place One particular day, I spent several hours arguing with a developer about a "by design" bug I thought his resolution was more a result of laziness and apathy than a sincere design decision Eventually, I think we both gave up and decided to go home for the night I was walking through the parking lot trying to remember where I parked (a frequent occurrence after long days at work) and couldn't help but laugh when I saw an old Volkswagen Beetle (or "Bug") parked in one of the stalls The car was mostly navy blue but had a yellow cover on the engine with a vanity plate centered on it The vanity plate read "FEATURE.

//initialize the UI control initialize: function() { AjaxEnabled.PassTextBox.callBaseMethod(this, 'initialize'); this._onKeyupHandler = Function.createDelegate(this, this._onKeyup); $addHandlers(this.get_element(), {'keyup' : this._onKeyup}, this); },

Notice the first line in the code just given. Here you indicate that the initialize method should also call the base class s initialize method. The next line creates a delegate to the method onKeyup that you define in your class. You then register this method as a handler for the element. The $addHandlers method does this. The first parameter is the DOM element for which you want to intercept events. You can call the get_element method to return the element associated with the class (from the constructor). The next parameter to the $addHandlers call is an array of the events you want to intercept. Each event is referenced by name, followed by the name of the method in your class you want to have called when the event fires. In the final parameter, you pass an instance of the running class. In addition to the initialize event, you will also want to override dispose to clean things up. For example, you might want to remove the event handlers you added during initialize. Of course, here, too, you will want to make sure to call the base class s dispose method. The following shows an example of doing both of these things.

dispose: function() { $clearHandlers(this.get_element()); AjaxEnabled.PassTextBox.callBaseMethod(this, 'dispose'); },

The next step is to define code for the events you intend to intercept. You do so by creating a function (with the same name as the event you indicated in the createDelegate and $addHandlers calls) that takes a single parameter as the event argument. Inside the event, you have access to the DOM element that the control extends through the call, this.get_element(). The following code shows an example of the intercepted keystroke event to be called when a user types in a text box.

" At Microsoft, the triage concept is applied to incoming bugs instead of incoming patients Triage happens at all levels of the product The primary responsibility of the triage team is to be decision.

//define keystroke event _onKeyup : function(e) { //get password text var pass = this.get_element().value; var strength = this.returnPasswordStrength(pass); switch (strength) { case "Weak": this.get_element().className = this._weakCssClass; break; case "Medium": this.get_element().className = this._mediumCssClass; break; case "Strong": this.get_element().className = this._strongCssClass; break; } },

To load modules on demand, you need to specify that they should be loaded into the module catalog with the InitializationMode set to OnDemand. After you do that, you need to write the code in your application to request that the module be loaded. Specifying On-Demand Loading in Code You use attributes to specify that a module is on-demand, as shown in the following code example.

The next step is to finish the class definition by creating your properties and methods. For this example, these items are covered in Practice 2 of this lesson.

Finally, you register the class with the Microsoft AJAX Library. When doing so, you indicate that the class inherits Sys.UI.Control. The following code shows an example.

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