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thread regardless of the status of the asynchronous operation Both of these flavors of blocking are achieved with the help of the AsyncWaitHandle property of IAsyncResult This property returns a WaitHandle object, and the actual blocking happens on the invocation of WaitOne, which is an overloaded method that supports both indefinite and timeout-based blocking When the asynchronous call is completed, the next step is to call EndInvoke to collect the result EndInvoke takes an asynchronous token to identify the correct asynchronous operation and return the method result Similarly, in the previous code example, to retrieve trades, you call EndInvoke on an instance of an OrderHandler delegate by correctly passing the IAsyncResult object In most situations, you will want to use the callback notification approach to obtain the result of the asynchronous operation.

This library is broadly modeled on ideas from Perl s in-liner What it allows you to do is to have a block of C code sitting in the middle of your Ruby that can not only be run as though it were inline (duh), but also bind things like C function names directly to your code so you can call them as though they were Ruby methods Take the set-bit counting algorithm described in Listing 3-14 Listing 3-14 Pure Ruby vs In-lined C for a Given Algorithm require "benchmark" require "inline" class Integer def count_set_bits(use_c = false) return csb(self) if use_c return 0 if selfzero bits, x = 1, self bits += 1 while (x = x & (x - 1))nonzero bits end inline do |builder| builder.

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The callback approach relieves the caller from actively monitoring the status of the asynchronous operation; instead, a notification method is registered during the initiation of the asynchronous operation, and the asynchronous infrastructure invokes this method on the completion of the operation Another great benefit of this approach is that the processing of both the asynchronous operation and the notifications are executed on thread-pool threads.

Summary

To further demonstrate this concept, the following code notifies trades using a callback mechanism: using System; class OrderProcessorCallback { //Order Domain class 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 //function OrderHandler processOrder = new OrderHandler(ProcessOrder); //callback function to be invoked when order processing is completed AsyncCallback processComplete = new AsyncCallback(TradeGenerated); //begin the processing order in an asynchronous fashion //passing the callback delegate instance IAsyncResult orderResult = processOrderBeginInvoke(newOrder,processComplete,processOrder); ConsoleReadLine(); } //order processing public static Trade[] ProcessOrder(Order order) { //Process the order //ideally submit it to the matching engine //and get the trades.

c "int csb(long x) { if (x == 0) return (x); int bits = 1; while ((x = x & (x - 1))) bits++; return (bits); }" end end Benchmarkbmbm do |b| breport("ruby") { 100_000times { 152363count_set_bits } } breport("c") { 100_000times { 152363count_set_bits(true) } } end The difference that writing the algorithm in C makes is really quite substantial:.

//Let's assume we hit some trades for this order return new Trade[]{new Trade()}; } //callback notification after successfully processing order public static void TradeGenerated(IAsyncResult result) { //retrieve the correct method delegate reference OrderHandler processOrder = ((AsyncResult)result).AsyncDelegate as OrderHandler; //collect the trades generated as a result of //asynchronous order processing Trade[] trades = processOrder.EndInvoke(result); //display the trades Console.WriteLine("Total Trade Generated : " +trades.Length); } } To enable asynchronous callback notification, the caller must register the callback method during the initiation of BeginInvoke. This method accepts two extra parameters that are specifically related to the callback notification. The first parameter is an instance of the AsyncCallback delegate that represents the callback method to be invoked when the asynchronous operation completes. The second parameter represents user-defined information passed to the callback method. When the operation completes, the asynchronous infrastructure invokes the method referenced by the AsyncCallback instance. The signature of AsyncCallback contains the IAsyncResult parameter that represents the asynchronous token. On receiving the method completion notification, the code inside the callback method must invoke EndInvoke on the correct delegate instance to obtain the result. To do this, you must cast the IAsyncResult parameter to the AsyncResult object in order to access the AsyncDelegate property that returns the correct delegate instance.

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