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In effect, CollectionViews are view models that are designed specifically to support collections Therefore, if you need to implement filtering, sorting, grouping, or selection tracking of items in the collection from within your view model, your view model should create an instance of a collection view class for each collection to be exposed to the view You can then subscribe to selection changed events, such as the CurrentChanged event, or control filtering, sorting, or grouping by using the methods provided by the collection view class from within your view model The view model should implement a read-only property that returns an ICollection View reference so that controls in the view can bind data to the collection view object and interact with it All WPF and Silverlight controls that derive from the ItemsControl base class can automatically interact with ICollectionView classes.

Sample of Visual Basic Code Public Function BeginProcessRequest(ByVal sender As Object, _ ByVal e As EventArgs, ByVal cb As System.AsyncCallback, _ ByVal extraData As Object) As System.IAsyncResult Response.Write("<p>BeginProcessRequest starting ...</p>") Dim imageOperation As New ImageAsynchOperation(cb, Me.Context, extraData) imageOperation.StartAsync() Response.Write("<p>BeginProcessRequest queued ...</p>") Return imageOperation End Function Public Sub EndProcessRequest(ByVal result As System.IAsyncResult) 'process any cleanup code here End Sub Sample of C# Code protected IAsyncResult BeginProcessRequest(object sender, EventArgs e, AsyncCallback cb, object extraData) { Response.Write("<p>BeginProcessRequest starting ...</p>"); ImageAsynchOperation imageOperation = new ImageAsynchOperation(cb, this.Context, extraData); imageOperation.StartAsync(); Response.Write("<p>BeginProcessRequest queued ...</p>"); return imageOperation; } protected void EndProcessRequest(IAsyncResult result) { //process any cleanup code here }

I think that in most cases, the best solution for robust UI automation is a method that accesses controls without interacting with the UI, but now, I always keep my eye on any code in the user interface that does more than the functionality that the UI represents..

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Call the AddOnPreRenderCompleteAsync method inside the Page_Load event to declare the event handlers you just created. The following code demonstrates.

Sample of Visual Basic Code Protected Sub Page_Load(ByVal sender As Object, _ ByVal e As System.EventArgs) Handles Me.Load AddOnPreRenderCompleteAsync(AddressOf BeginProcessRequest, _ AddressOf EndProcessRequest) End Sub Sample of C# Code protected void Page_Load(object sender, EventArgs e) { AddOnPreRenderCompleteAsync( new BeginEventHandler(BeginProcessRequest), new EndEventHandler(EndProcessRequest)); }

That is all that is required to create a webpage that acts as an asynchronous HTTP handler. There is no registration required in Web.config or with IIS; you can just run the page.

When you write your own HTTP module, the module s code is executed every time a page is requested from the server or a response is sent back to a requestor. This might be to implement a specific security model, to do extra logging, to rewrite a request, or to perform some similar function. In this way, HTTP modules are like the old Internet Server API (ISAPI) filters; however, all ASP.NET modules are managed (or, in other words, executed) within the CLR. ASP.NET itself uses HTTP modules for things such as session state and caching. You create an HTTP module by writing code that implements the IHttpModule interface. This code can be created as a separate assembly and shared across multiple web applications. You can also just write a class file and place it in your App_Code directory. ASP.NET creates an instance of the HttpApplication class when your application starts. This class finds any registered HTTP modules and creates an instance of each. You register an HTTP module by using the Web.config file (similar to registering an HTTP handler). When each module is created, its Init method is called. You override the IHttpModule.Init method to indicate the application events to which you want to subscribe. These are typically application life cycle events such as BeginRequest, AuthenticateRequest, ProcessRequest, and others. Your code is then called when these events fire for each request.

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