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The .NET Framework, with the help a delegate, provides a new asynchronous execution pattern that allows you to execute any method asynchronously. As you know, a delegate is basically an objectoriented representation of a function pointer, and it can represent any method as long as the method signature matches the delegate declaration. This is one of the benefits of using a delegate, but the most important feature is the standard asynchronous infrastructure to execute asynchronous operations. Typically, when an instance of a delegate is invoked, the underlying method referenced is executed synchronously. What is interesting is that you can use the same delegate instance to initiate an asynchronous execution of the method, and you can do this with the help of the BeginInvoke and EndInvoke methods that are automatically defined by the CLR. Additionally, the runtime uses a thread pool to process the request received from a delegate s asynchronous method, thus ensuring the effective utilization of resources. BeginInvoke defines the asynchronous execution of a method, and upon invocation the control is immediately returned to the caller. EndInvoke then collects the actual result of the method initiated by BeginInvoke. Of course, the initiation of the asynchronous method always takes place on a worker thread and not on the caller thread; however, when it comes to collecting an execution result, an asynchronous infrastructure offers several approaches to obtain it. In the rest of this section, we discuss this approach with the help of the following order-processing code example that uses the delegate s asynchronous infrastructure to process the order, which in turn generates trades: using System; class AsyncDelegate { //Order Domain class

Benchmark.bmbm do |b| hash_goats, class_goats = [], [] b.report("hash") do 100_000.times do hash_goats << {:name => "George", :smells => "Terrible" } end end b.report("class") do 100_000.times do class_goats << Goat.new("George", "Terrible") end end end Since I haven t mentioned it before, note the allowance of an underscore in numbers to make them easier to read one of those nice little touches in Ruby. The bare numerical results for this battle of structures are as follows from my machine: Rehearsal ----------------------------------------hash 0.420000 0.050000 0.470000 ( 0.521275) class 0.560000 0.050000 0.610000 ( 0.656268) -------------------------------- total: 1.080000sec user 0.570000 0.790000 system 0.030000 0.080000 total 0.600000 ( 0.870000 ( real 0.650021) 0.945400)

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public class Order{} //Trade Domain class public class Trade{} //Delegate used to process order, which in turn returns trades //generated as a result of this new order public delegate Trade[] OrderHandler(Order order); static void Main(string[] args) { //instantiate a new order Order newOrder = new Order(); //create a delegate instance that refers to the processing order //method OrderHandler processOrder = new OrderHandler(ProcessOrder); //begin the processing order in an asynchronous fashion IAsyncResult orderResult = processOrderBeginInvoke(newOrder,null,null); //blocks the current thread until the processing of the order //that is executed on a thread-pool thread is completed orderResultAsyncWaitHandleWaitOne(); //collect the trades generated as a result of //asynchronous order processing Trade[] trades = processOrderEndInvoke(orderResult); //display the trades ConsoleWriteLine("Total Trade Generated : " +trades.

Now, if we want to make these workspaces useful to the user, we ll need to give the user some way to see them and jump between them. The Seam workspace switcher is published in each request context under the name switcher , so we can access it and use the stored conversations to generate workspace links for the user.

Length); } //order processing public static Trade[] ProcessOrder(Order order) { //Process the order //ideally submit it to matching engine //and get the trades //Let's assume we hit some trades for this order return new Trade[]{new Trade()}; } } The previous code example uses a blocking approach to collect the asynchronous method output Let s start with the declaration of BeginInvoke The signature of this method contains the same parameters as the underlying method referenced by the delegate instance in addition to two extra parameters that are explained shortly Using BeginInvoke, the asynchronous processing of the order is initiated, which is implemented inside ProcessOrder Upon queuing this task successfully, an asynchronous token is returned to the caller of the asynchronous method, which is represented by an instance of IAsyncResult.

For this simple assignment, the Hash outperforms our Goat class. However, I would argue that these kinds of results support sticking with the benefits of a full class unless there is a very real need to squeeze every last drop of performance out of a script. As for memory usage issues, the exact memory profile of a script is (to a large extent) up to the garbage collector. Any tests I was able to do showed very little difference in the increase in memory associated with creating 100,000 of either of these entities.

The beautiful thing about IAsyncResult is it provides multiple ways of querying the status of an asynchronous operation; one of them is the blocking approach Using this approach, the caller thread is blocked until the asynchronous operation completes The caller, instead of blocking for an indefinite period of time, can also specify a timeout value that after expiration resumes executing the caller.

Note You may have noticed that I depicted the workspace switcher in Figure 4-11 as sitting in the session context, when in fact it s a component in the request context. The conversation list that backs the workspace switcher is in session scope, however, and all the switcher does is convert the list of workspaces into a select list that can be used in UI components. But it s still important to know that the component itself is in the request scope.

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