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Quite an array of attributes may be available to you (if you try to get a value from the map using an attribute for which there is no information, null will be returned). These are organized in a hierarchy modeled after the usual Java attribute key convention and grouped into the user s immediate personal information and their (personal and business) contact details. The hierarchy is based on the Platform for Privacy Preferences (P3P) specification from the W3C, which is available in full at www.w3.org/TR/2004/WD-P3P11-20040427/. The attributes available are identical to those offered by the Web Services for Remote Portlets (WSRP) standard (discussed in the next chapter), making it straightforward to make attribute-driven portlets available as services. An exhaustive list of the keys recommended by the standard follows. The user s immediate personal information:

public class Proxy : ISubject { Subject subject; public string Request( ) { // A virtual proxy creates the object only on its first method call if (subject == null) subject = new Subject( ); return subject.Request(); } }

This code creates an instance of the web service proxy called 'MyQuote'. It then calls the getStockQuotes method on this proxy (and by extension the web service), which returns a stock quote for the string ticker. As you can see from the code, the contents of the txtTicker text box are being passed to the quote retrieval web service. The service returns an array of Quote objects, and the label then has its text set to the value of the StockQuote property of the first element in this array, converted to a string. Do note, however, that this is just example code. In a real scenario, you would likely want to at least add some form of error handling to check for a timeout or other error in calling the web service. For production systems, you may also want to look into asynchronous web service calls. Now if you run the application, type a stock ticker (e.g., MSFT, RTRSY, or BEAS) into the text box, and click Get, the web service will return a stock quote for that ticker. You can see this in action in Figure 2-21.

The user s identifying information:

The Client can create the Proxy at any time using a normal instantiation. Because a default constructor is used, the reference to a Subject is not made at this time. It is only when the Request method is called that the Subject reference is checked and, if null, assigned to an instantiated object. The full code for the theory example is shown in Example 2-3. The example emphasizes that all instances in the client are declared of the interface type, ISubject. This means that access to additional operations in proxies, such as Authenticate, will require the ISubject object to be suitably type-cast, as happens on lines 63 and 64. The example includes the second proxy in the ProtectionProxy class (lines 31 50). This proxy is independent of the other one. If a ProtectionProxy object is declared, as on line 61, all first requests will be met by an instruction to authenticate. In this example, Authenticate is a separate method that must be called, as in lines 63 and 64. In the next example, registrations and authentication will start up automatically when Request is called.

n 15, you took a look at Silverlight and the anatomy of a Silverlight application. In addition, you looked at the programming API for the Silverlight control itself. To wrap up the introduction of Silverlight, what is missing is a tour of the Silverlight XAML, including what it offers to you from the point of view of the attribute set that it gives you and the event handlers that you can declare and handle. This chapter will do exactly that, starting with a tour of the XAML layout and visual elements, and then going into the controls that are available and their programming APIs. When dealing with Silverlight XAML, the XML elements generally fall into these six categories: Layout elements, which are used to control your UI Brushes, which are used to paint your items Visual elements, which provide common functionality across different UI elements Shapes, which are used to draw your UI elements Controls for complex UI functionality Storyboards and their configurations for animation

user.name.prefix user.name.given user.name.family user.name.middle user.name.suffix user.name.nickName

The user s personal address information:

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The <Canvas> element in Silverlight XAML is the workhorse for application layout. The Canvas is a drawing surface on which you place other canvas elements. You place its location using its Canvas.Left and Canvas.Top properties. These properties specify the location of any XAML object relative to its container.