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If a Renderer is present for any of these components, the UIComponent will delegate the responsibility of decoding to the Renderer. It is the Renderer decode() method s responsibility to observe the request parameters and set the submitted value accordingly on the UIComponent. After the processDecodes() method is finished, the JSF lifecycle continues to the Process Validations phase. Code Sample 2-19 shows the decode() method in the HtmlInputDateRenderer class. Code Sample 2-19. The decode() Method in the HtmlInputDateRenderer Class public void decode( FacesContext context, UIComponent component) { ExternalContext external = context.getExternalContext(); Map requestParams = external.getRequestParameterMap(); UIInput input = (UIInput)component; String clientId = input.getClientId(context); String submittedValue = (String)requestParams.get(clientId); input.setSubmittedValue(submittedValue); }

To make LINQ seamlessly integrate with C#, significant enhancements were needed for the C# language. Virtually every significant enhancement to the C# language made in version 3.0 was made specifically to support LINQ. While all of these features have merit on their own, it is really the sum of the parts contributing to LINQ that makes C# 3.0 so noteworthy. To truly understand much of the syntax of LINQ, it is necessary for me to cover some of the new C# 3.0 language features before proceeding with the workings of the components of LINQ. This chapter will cover the following language additions: Lambda expressions Expression trees The keyword var, object and collection initialization, and anonymous types Extension methods Partial methods Query expressions In the examples in this chapter, I do not explicitly show which assemblies should be added and which namespaces you should specify in your using directives for the assemblies and namespaces I cover in 1. I do point out any new ones though, but only in the first example introducing them.

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IEnumerable<int> intSequence = Enumerable.Range(1, 10); Console.WriteLine("Here is our sequence of integers:"); foreach (int i in intSequence) Console.WriteLine(i); double average = intSequence.Average(); Console.WriteLine("Here is the average: Here are the results:

{0}", average);

Listing 7-34. Creating a Text Node and Passing It As the Value of a Created Element XText xName = new XText("Joe"); XElement xFirstName = new XElement("FirstName", xName); Console.WriteLine(xFirstName); This code produces the exact same output as the previous example, and if we examine the internal state of the xFirstName object, it too is identical to the one created in the previous example:

By adding the decode() method to the HtmlInputDateRenderer class, you can control the decode processing of the inputDate component. To get the request parameters, you first need to look up the external context. From the external context, you can look up the Map containing the parameters passed on the request. You then get the client ID from the UIComponent getClientId(context) and use that client ID to get the submitted request parameter value for this component. This parameter value is then stored on the UIComponent using setSubmittedValue() so that it can be processed further in subsequent phases of the JSF lifecycle.

Here is our sequence of integers: 1 2 3 4 5 6 7 8 9 10 Here is the average: 5.5 Now we will try an example of the second prototype, which will access a member of the element. For this example, shown in Listing 5-62, we use our common EmployeeOptionEntry class.

Creating an element with a CData value is also pretty simple. Listing 7-35 is an example. Listing 7-35. Creating an XCData Node and Passing It As the Value of a Created Element XElement xErrorMessage = new XElement("HTMLMessage", new XCData("<H1>Invalid user id or password.</H1>")); Console.WriteLine(xErrorMessage); This code produces the following output:

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