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The difference between client and behavior controls, although slight, is in how you use the control. Rather than being a custom control based on a single web control (as discussed in the previous section), a custom behavior control inherits from the ExtenderControl class. In addition, when you define the class, you add the TargetControlType attribute to the class definition. This allows users of the control to set the control they want to have extended during design time. The following shows a basic class definition of a custom extender control.

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Sample of Visual Basic Code <TargetControlType(GetType(Control))> _ Public Class MyExtender Inherits ExtenderControl End Class Sample of C# Code [TargetControlType(typeof(Control))] public class MyExtender : ExtenderControl { }

From there, you use the same methods to build out the rest of the control as discussed for an AJAX custom server control previously. This includes a call to GetScriptReferences to set a reference to the AJAX behavior class used by the custom control.

XML App.config ... <module assemblyFile="Modules/ModuleC.dll" moduleType="ModuleC.ModuleC, ModuleC" moduleName="ModuleC" startupLoaded="false"/> ...

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The AJAX behavior is encapsulated in a custom control that inherits from the ExtenderControl class. You therefore use the control as you would any other custom control (as discussed previously). You first register the control on the page by using the @ Register directive. You then define an instance of the control in your markup. Because it is an extender control, however, you must also define the control it extends by setting the control s TargetControlId property to the ID of another control on the page. This indicates the control to which you want to provide additional behavior. The following provides an example of what the markup looks like.

<asp:Button ID="Button1" runat="server" Text="Button" /> <ajaxEnabled: MyExtender runat="server" ID=" MyExtender1" TargetControlID="Button1" PropertyCssClass="MyCssClassName"/>

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In this practice, you create an AJAX client component. This component does not have a UI. Rather, it is meant to be used to provide additional functionality to the pages that use it. In the second exercise, you register and use the component on a page.

If you encounter a problem completing an exercise, you can find the completed projects in the samples installed from this book s companion CD. For more information about the project files and other content on the CD, see Using the Companion Media in this book s Introduction.

In this exercise, you create a new ASP.NET website and add a client component inside a JavaScript file. The client component defines a method for determining a password s strength.

Figure 1-6: Top 12 Microsoft development centers in 2004. This trend to spread the engineering workforce across multiple development centers continues to accelerate. In recent years, Microsoft has made large acquisitions and has chosen to keep the employees in their original locations. Rates for hiring employees in China and India have been ahead of Redmond for several years. As shown in Figure 1-7, by early 2008 Redmond-based engineers represented just 73 percent of the global product engineering workforce.

Requesting On-Demand Loading of a Module After a module is specified as on demand, the application can then ask the module to be loaded. The code that initiates the loading needs to obtain a reference to the IModule Manager service registered with the container by the bootstrapper, as shown in the following example.

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Open Visual Studio and create a new ASP.NET website named AjaxEnabled in either C# or Visual Basic. Add a new JavaScript file to the site. Right-click the Scripts folder in the website and select Add New Item. In the Add New Item dialog box, select Jscript File. Name the file PasswordstrengthComponent.js. Open the newly created JavaScript file. At the top of the file, add code to reference the MicrosoftAjax.js library and to register a new namespace. The following shows an example.

/// <reference name="MicrosoftAjax.js"/> Type.registerNamespace("AjaxEnabled");

Next, define the constructor for your JavaScript class as a function. This is a simple AJAX component, so not much happens here. The following shows an example:

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//create constructor AjaxEnabled.PasswordStrengthComponent = function() { AjaxEnabled.PasswordStrengthComponent.initializeBase(this); }

The next step is to define the inside of the class. You do so by creating its prototype. Inside the prototype, declare a function called returnPasswordStrength that takes a password, checks its value, and returns its strength. The following shows an example class definition that also includes the dispose method.

C# private void OnLoadModuleCClick(object sender, RoutedEventArgs e) { moduleManager.LoadModule("ModuleC"); }

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