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This code requires that the namespace Microsoft.SharePoint.Client be added as a using statement so you can access the Client Object Model API. All queries to the Client Object Model are done asynchronously in Silverlight, in contrast to the .NET sample you looked at earlier. This forces you to declare the tasks variable, representing the Tasks list, to be declared as a class variable B. In the UserControl_Loaded method, the current client context is retrieved and then the Tasks list is fetched using the title of the list. When the list has been loaded into the context, it queries asynchronously for the information. The ExecuteQueryAsync C method takes two event handlers as parameters. The first one points to a method that s going to be executed if the query is successful, and the second if the query fails. The succeeded event handler, requestSuceeded, will update the content of the label in the control with the count of tasks in the Tasks list D. The failure event handler, requestFailed, just writes two question marks to indicate that it couldn t retrieve the number of tasks. The two event handler methods use Dispatcher.BeginInvoke to execute delegates that update the Label controls. The delegates are executed asynchronously on the UI thread. Trying to update the user interface controls directly from the succeeded or failed event handlers would result in an exception because these methods execute on a separate thread.

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try {

url = new URL(filename);

} catch (MalformedURLException e1) {

Silverlight is a multithreaded application and the only thread that can update the user interface is the UI thread.

Systemoutprintln("Cannot create URL for: " + filename);

Systemexit(0);

Document d = new Document();

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The resulting Silverlight Application Package has the .xap extension (pronounced ZAP). You ll reference this file in the Silverlight Web Part. Because you didn t create a web project to host the Silverlight application, upload the XAP file to SharePoint, preferably to a document library. Open up a SharePoint site and browse to Shared Documents and choose to upload a new document. Select the XAP file from your project (located in the bin\debug folder if you re using a debug build) and then upload the file. Right-click the newly uploaded file and select Copy Shortcut to copy the URL to the Silverlight application. Create a new Web Part page or Wiki page and add the Silverlight Web Part to the page. When the Web Part asks for the URL to the Silverlight application package, paste the URL you just copied from the document library and click OK. The Silverlight Web Part will load your Silverlight application and display it, as shown in figure 11.2.

try {

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dload(url);

catch (ParseException e2) {

If you want to debug a Silverlight application using Visual Studio while the application is running in SharePoint, you must enable Silverlight debugging. To do that, open the project s Properties window and click the SharePoint tab (on the left side). Make sure that the Enable Silverlight Debugging check box is checked. When that option is enabled, you won t be able to debug JavaScript using Visual Studio.

dreportError(e2, Systemout);

if (d != null) {

doTree(dgetRoot(), 0);

11.2.3 Input parameters to the Silverlight Web Part There are often situations where you need to configure the Silverlight applications with different input parameters. Properties are passed to the Silverlight application through a text property called Custom Initialization Parameters, which can be found under the Other Settings Web Part property category, as shown in figure 11.4. The Custom Initialization Parameters property consists of a comma-separated list of keys and values that will be sent to the Silverlight application. You can retrieve these parameters from the Silverlight application using a dictionary object. This dictionary object is accessible in the Application_ Startup event of the Silverlight applications. To use the parameters or send them to the Silverlight control, you need to modify that event. The following code demonstrates how to extract the dictionary from the startup event arguments and then retrieve the properties:

repaint();

return true;

void doTree(Element elem, int currentfontsize)

1

Figure 11.4 The editor pane of the Silverlight Web Part allows you to set the Silverlight application using the Configure button and supply custom initialization parameters to the application using the text field.

Enumeration enum = elemgetChildren();

while (enumhasMoreElements()) {

Element elem2 = (Element)enumnextElement();

private void Application_Startup(object sender, StartupEventArgs e) { IDictionary<string, string> parms = e.InitParams; string listId = parms.ContainsKey("ListId") parms["ListId"].ToString() : null;

if(elem2getType() != commsxmlElementELEMENT){

displayStrings[numberDisplayLines] = elem2getText ();

displayAttributes[numberDisplayLines++] = currentfontsize;

else{

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