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All three of these methods have overloaded parameter sets similar to their synchronous equivalent, along with two more parameters: a handle to the AsyncCallback method and a handle to an Object class. All three methods also return a handle to an IAsyncResult class. One thing that is different about asynchronous receive is that you should not pass the socket in the final parameter of the Socket class asynchronous methods. (Send the socket in the UdpClient version as you would normally.) Instead, you send a custom class that is made up of a handle to the socket and a handle to the message buffer to receive the message. Here is an example: ref class StateObject { public: property int bufSize; property Socket ^workSocket; property array<unsigned char>^ message; StateObject(Socket^ sock, int bufsize) { workSocket = sock; bufSize = bufsize; message = gcnew array<unsigned char>(bufsize); } }; The reason for this is that the receive callback method needs both of these handles to run correctly. Here s how you would call the BeginReceive() method: StateObject^ so = gcnew StateObject(client, 1024); client->BeginReceive(so->message, 0, so->bufSize, SocketFlags::None, gcnew AsyncCallback(&TcpServer::ReceiveCB), so); Now, when the receive operation completes, the callback is executed just like any other asynchronous callback, but this time, instead of just grabbing the socket from the AsyncState property on the IAsyncResult parameter, you grab the StateObject and then get the socket and the message buffer from it: void TcpServer::ReceiveCB(IAsyncResult^ iar) { StateObject^ so = (StateObject^)iar->AsyncState; Socket^ client = so->workSocket; int rcv; if ((rcv = client->EndReceive(iar)) > 0) // get message { //... the received data is in: so->message } else // connection closed { client->Close(); } }

Now it s time for the FontListController implementation, which is shown here in an abbreviated form after deleting extra comments and unneeded overrides from the template:

For example, to invoke MSTest in order to run the tests included with the sample Effort Tracking application, open a Visual Studio command-line prompt and navigate to the folder that contains the EffortTrackingServiceTests.dll. Then enter the following at the command prompt: Mstest /testcontainer:efforttrackingservicetests.dll /test:orderedTest1 The results will be displayed in the command window. There are numerous options for customizing the output, choosing the configuration file, columns to display, and so on. You can also publish tests to Team Foundation Server using this tool. See the MSDN documentation for more information.

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Let s take one last look at the TCP server in Listing 19-12. This time I ve rewritten it so that it uses asynchronous methods. The functionality is exactly the same as the synchronous version. In fact, you can use the TCP clients that you wrote earlier to connect to it.

I find following the logic of asynchronous code a little more complex than that of synchronous and prefer not to use it. The only benefit I see of this version over my original is that you don t have to maintain the threads of the program yourself. The example program relies heavily on asynchronous callback chaining. Here is the basic outline of how the program runs: 1. The main program calls accept, then waits for a return key to end the program. 2. Accept calls send, receive, and then recalls accept. Finally, the program exits and ends the thread. 3. Send ends without calling anything, thus ending the thread. 4. Receive either calls send and then recalls receive, or it closes the connection. Finally, the method ends, ending the thread. What ultimately results is a threaded loop that accepts new clients and multiple threaded loops that receive messages for each client. Listing 19-12. A TCP Server, Asynchronous Style using using using using namespace namespace namespace namespace System; System::Net; System::Net::Sockets; System::Threading;

Summary

using namespace System::Text; ref class StateObject { public: property int bufSize; property Socket ^workSocket; property array<unsigned char>^ message; StateObject(Socket^ sock, int bufsize) { workSocket = sock; bufSize = bufsize; message = gcnew array<unsigned char>(bufsize); } }; ref class TcpServer { public: static void AcceptCB(IAsyncResult^ iar); static void SendCB(IAsyncResult^ iar); static void ReceiveCB(IAsyncResult^ iar); }; void TcpServer::AcceptCB(IAsyncResult^ iar) { TcpListener^ tcpListener = (TcpListener^)iar->AsyncState; Socket^ client = tcpListener->EndAcceptSocket(iar);

// FontSizeController.m #import "FontSizeController.h" @implementation FontSizeController @synthesize font; // Implement viewDidLoad to do additional setup after loading the view, typically from a nib. - (void)viewDidLoad { [super viewDidLoad]; textView.font = self.font; NSInteger i = self.font.pointSize; label.text = [NSString stringWithFormat:@"%d", i]; slider.value = i; }

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