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class NonAnonymousMethods { static void Main(string[] args) { //Create a new Order Order newOrder = new Order(); newOrder.OrderId = "1"; ThreadPool.QueueUserWorkItem(new WaitCallback(ProcessOrders),newOrder); Console.ReadLine(); } public static void ProcessOrders(object state) { Order curOrder = state as Order; Console.WriteLine("Processing Order : " + curOrder.OrderId); } } Using anonymous methods, Listing 9-4 appears in its condensed form, which is succinct when compared to its conventional approach. Listing 9-4. Anonymous Methods using System; using System.Text; using System.Threading; public class Order { public string OrderId; } class AnonymousMethods { static void Main(string[] args) { //Create a new Order Order newOrder = new Order(); newOrder.OrderId = "1"; //Process this newly created order using ThreadPool ThreadPool.QueueUserWorkItem (delegate(object state) { Order curOrder = state as Order; Console.WriteLine("Processing Order : " +curOrder.OrderId); },newOrder ); Console.ReadLine(); } } The code declaration of an anonymous method begins with the delegate keyword and an optional parameter list. As you will notice, the actual method body is enclosed inside { and } delimiters, which

are also known as an anonymous method block. Code inside this block can declare variables similar to local variables defined in the conventional method; the only twist is that the lifetime of such variables is limited to the execution of the anonymous method. Additionally, the code block can also reference outer variables that are defined at the class level. In Listing 9-4, we demonstrated how to create an anonymous method, and it can be used wherever a delegate is expected. Even though it enjoys most of the benefits of the conventional method, certain things are not permitted inside anonymous method blocks. One of a developer s favorite features is .NET attributes, and sadly it is not possible to annotate attributes over an anonymous method. Furthermore, an anonymous method cannot reference ref or out parameters except those specified in an anonymous method signature. It is also not possible for an anonymous method block to contain an unsafe/goto/break/continue statement. Despite such restrictions, you will find the anonymous method to be useful in your day-to-day development.

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Within each user session are subcontexts that arise as the user interacts with the web application. Every user request has its own context and can hold data that lives only for the duration of that request. Any given request might involve multiple pages (a JSP may include other JSPs in its view, and/or a user request might be forwarded on the server to other pages). Each page can have its own runtime context, with data that only lives within that page invocation. Seam s component model extends the runtime context structure, as shown in Figure 4-2. The application, session, request, and page scopes are essentially the same as what is supported by standard JSP/JSF containers.1 Seam adds the concept of a user conversation, which segments a user s session into independent data contexts, as well as a context that covers the scope of an entire business process, which is in effect broader in scope than even the application scope, because it can persist across the lifetime of the application.

A Complete Rakefile for Building a C Project task :default => "cool_app" o_files = FileList["*c"]exclude("mainc")sub(/c$/, "o") file "cool_app" => o_files do |t| sh "gcc", "-Wall", "-o", tname, *(tsources) end rule "o" => "c" do |t| sh "gcc", "-Wall", "-o", tname, "-c", tsource end We start by defining what rake should do by default: ensure that cool_app is built and up to date Next, we generate a list of object files that should exist given the set of C source files FileLists s exclude method comes in handy here to cull the mainc file from the list as dictated by the project s source file naming conventions Of notable interest is the use of FileListsub, which substitutes the c for an o at the end of all the files.

Iterators in C# provide a uniform way to iterate over various types of data structures using the foreach keyword. They achieve this kind of standardization using the IEnumerable and IEnumerator interfaces. These interfaces need to be implemented by a class in order to support the foreach iteration. Although the implementation looks straightforward, to support a simple iteration, quite a large amount of code needs to be written. Moreover, the development effort keeps on mounting with the addition of iteration flavors such as top-to-bottom traversal and bottom-to-top traversal. To simplify this task, C# 2.0 introduced iterators in which most of the work is lifted by compilers. Using this new construct, there is no need to provide implementation for the entire IEnumerable interface; instead, what is required is an iterator statement block, as shown in Listing 9-5. Listing 9-5. Iterators using System; using System.Collections.Generic; using System.Text; public class Order {} public class OrderContainer<T> { List<T> orderList = new List<T>(); //Default foreach Implementation public IEnumerator<T> GetEnumerator() { for (int ctr = 0; ctr < orderList.Count; ctr++) { yield return orderList[ctr]; } } //Best Five Orders public IEnumerable<T> BestFive() { for (int ctr= 0; ctr < orderList.Count; ctr++) { if (ctr > 4) //Stop Iteration Phase yield break;

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