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With the XAML file in place, you should create an XML file named AppManifest.xml. Although this file is created automatically by Chiron, Chiron does not automatically add all of the assembly libraries you need. Listing 11.10 shows an example of an AppManifest.xml file for a managed JavaScript Silverlight application. This manifest file includes the standard Silverlight assemblies, the assemblies for managed JavaScript, and the assemblies to implement the Silverlight 2 controls.

roo drr 2 [g(r) - 1] ]}

(5.3.113a)

[G~l (p) -

<Deployment xmlns= http://schemas.microsoft.com/client/2007/deployment xmlns:x= http://schemas.microsoft.com/winfx/2006/xaml RuntimeVersion= 2.0.30226.00 EntryPointAssembly= Microsoft.Scripting.Silverlight EntryPointType= Microsoft.Scripting.Silverlight.DynamicApplication > <AssemblyPart Name= Microsoft.Scripting.Silverlight Source= Microsoft.Scripting.Silverlight.dll /> <AssemblyPart Source= Microsoft.Scripting.dll /> <AssemblyPart Source= Microsoft.JScript.Compiler.dll /> <AssemblyPart Source= Microsoft.JScript.Runtime.dll /> <AssemblyPart Name= System.Windows.Controls Source= System.Windows.Controls.dll /> <AssemblyPart Name= System.Windows.Controls.Extended Source= System.Windows.Controls.Extended.dll /> </Deployment.Parts> </Deployment>

nocp(p,P)] = 0

(5.3.113b)

det [pp(-k 2 + noc) + (p2 - k 2 - noc) (Op J p + p p)] = 0 The effective propagation constant K is such that

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With the AppManifest.xml created, you can begin creating a managed JavaScript application by creating a file named app.jsx in the same folder as the XAML file. The first step in JavaScript programming is to add references to the libraries that will be consumed by the application. To provide access to the assemblies in your managed JavaScript program, use the Import statements to add specific namespaces or modules. For example, to add the System.Windows.Application and System.Windows.Controls.UserControl namespaces, use the following code:

(5.3.113c) (5.3.113d)

(5.3.114)

Effective Field Approximation with Coherent Potential (EFA-CP)

Import( System.Windows.Application ); Import( System.Windows.Controls.UserControl );

(5.3.115)

343 33 122 68

To solve (5.3.115). we assume that in the low-frequency limit, G e assumes the same expression as Go with k replaced by K. Hence,

Ge(r,r') = PS Gc(r, r') - 3K2 o(r - r')

With the Windows namespace imported, you can access the XAML code in the application using the Silverlight Application namespace. This is done by using the Application.Current. LoadRootVisual() function. The LoadRootVisual() function accepts two arguments. The first is a DependencyObject of the same type as the root element in the XAML. The second argument is a string specifying the location of the XAML file relative to the currently executing code. For example, the following line of code will retrieve the root element of the XAML file named app.xaml with a UserControl as the root element:

(5.3.116)

The solution of the integral equation in (5.3.115) can be obtained in a manner analogous to that of (5.3.98) through (5.3.104). Thus,

(5.3.117)

xaml = Application.Current.LoadRootVisual(new UserControl(), app.xaml )

satisfies the following equation analogous to (5.3.104)

(5.3.118)

The (k~ - k 2 ) factor in (5.3.118) arises from the potential U, which, as indicated in (5.3.115), is unchanged. Other k's in (5.3.104) are replaced by

The code uses the new UserControl() constructor to build the DependencyObject. Using the root element of the XAML, you can access other objects in the XAML file. Consider the code in Listing 11.9 that specifies a TextBlock control named titleBlock. You can modify the Text attribute of titleBlock using the following line of JavaScript code:

Ka z ] + z/(3K2)

(5.3.119)

where z = k; - k 2 . The dispersion relation is, under EFA-CP,

The Silverlight DLR also gives you the ability to implement event handling for XAML objects inside your managed JavaScript code. This provides you with the ability to implement fully functional event-driven managed JavaScript applications that drive a rich Silverlight UI.

fz _

(5.3.120)

Quasi-crystalline Approximation with Coherent Potential (QCA-CP)

Using the root element of the XAML, you can access objects in the XAML and attach event handlers to them. Consider the code in Listing 11.9 that specifies a Button control named zoomOut. You can use the following managed JavaScript code to attach a Click event handler to the zoomOut control:

dfi3 l p(Pl' P3)Gc(P3)H(P3 - P2)Cp(P:3, P2)

Cp(Pl,P2) =

Then you can implement a managed JavaScript event handler function similar to the following to handle the Click event on the button:

(5.3.121)

and Cobeys the following equation that is analogous to (5.3.112)

[g(r) - 1]]

The managed JavaScript event handler function gets the sender object, which in this case is a Button control, and sets the Content attribute to Clicked.

(5.3.122)

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