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IPEndPoint^ clientEP = (IPEndPoint^)client->RemoteEndPoint; Console::WriteLine("Connected on IP: {0} Port: {1}", clientEP->Address, clientEP->Port); // Send socket successful connection message array<unsigned char>^ msg = Encoding::ASCII->GetBytes( String::Format("Successful connection to the server on port {0}", clientEP->Port)); client->BeginSend(msg, 0, msg->Length, SocketFlags::None, gcnew AsyncCallback(&TcpServer::SendCB), client); // Get message from client StateObject^ so = gcnew StateObject(client, 1024); client->BeginReceive(so->message, 0, so->bufSize, SocketFlags::None, gcnew AsyncCallback(&TcpServer::ReceiveCB), so); // Get the next socket connection Console::WriteLine("Waiting for client connections. [Return to Exit]"); tcpListener->BeginAcceptSocket(gcnew AsyncCallback(&TcpServer::AcceptCB), tcpListener); }

As you ve seen in this chapter, unit testing is an integral part of any development process. Without unit tests, you cannot be assured that the code works as planned at the method level. In this chapter, you learned how to plan the unit tests and create them. This includes being able to prepare the development database so that tests are repeatable using the various methods of the test class. You learned how to manage and group test runs, as well as how to order test runs so that dependent tests run in the correct order. You have seen how to configure a test run to accomplish specific goals and the benefits of using code coverage and understanding what that coverage means. Then you learned how to run data-driven tests, which allow you to create a test database to supply values to your tests without having to create a myriad of different test methods for each method to be tested. Next, you learned about manual testing. Finally, we briefly covered the MSTest command-line tool. In short, this chapter has provided you with a new set of tools that you can use to make your code more stable than it has ever been before. This leads to fewer bugs, a shorter time to fix discovered bugs, and fewer regression bugs.

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void TcpServer::SendCB(IAsyncResult^ iar) { Socket^ client = (Socket^)iar->AsyncState; client->EndSend(iar); } void TcpServer::ReceiveCB(IAsyncResult^ iar) { StateObject^ so = (StateObject^)iar->AsyncState; Socket^ client = so->workSocket; IPEndPoint^ clientEP = (IPEndPoint^)client->RemoteEndPoint; int rcv; if ((rcv = client->EndReceive(iar)) > 0) // get message { Console::WriteLine("Port[{0}] {1}", clientEP->Port, Encoding::ASCII->GetString(so->message, 0, rcv)); // echo message client->BeginSend(so->message, 0, rcv, SocketFlags::None, gcnew AsyncCallback(&TcpServer::SendCB), client); // set up for next receive so = gcnew StateObject(client, 1024); client->BeginReceive(so->message, 0, so->bufSize, SocketFlags::None, gcnew AsyncCallback(&TcpServer::ReceiveCB), so); }

tatic code analysis is the process of examining your code, while it is not in a running state, for defects. These defects can range from naming conventions not being followed to potential security holes, which can lead to buffer overrun attacks and many other problems. (Performance analysis, which occurs while the code is running, is covered in the next chapter.) VSTS provides two tools for static code analysis: PREfast and FxCop. PREfast is a tool for checking for potential issues when dealing with C/C++ code bases. It was originally developed as an internal tool for use by Microsoft developers to check their own code. FxCop is a tool developed for .NET in order to check code for proper formatting, correct usage of the language, potential security holes, and other issues. In this chapter, you will examine both of these tools. You will see how to use them and where they fit into an automated build process (particularly the FxCop tool). You will also learn how to extend and customize the FxCop tool so that you can check that the code meets your organization s standards as well as the predefined rules. Note that pointer issues are only a problem in C++; they do not occur in C# or VB .NET code. If you do not program in C or C++, you may want to skip the section on PREfast. If you are a development manager, you will probably want to at least be aware of what PREfast does.

else // connection closed { client->Close(); Console::WriteLine("Connection to IP: {0} Port {1} closed.", clientEP->Address, clientEP->Port); } } void main() { TcpListener^ socket = gcnew TcpListener(IPAddress::Any, 12345); socket->Start(); Console::WriteLine("Waiting for client connections. [Return to Exit]"); socket->BeginAcceptSocket(gcnew AsyncCallback(&TcpServer::AcceptCB), socket); // Exit on return key Console::ReadLine(); } I added comments to the code to help you walk through. As you can see, asynchronous network programming can get complex fast. When you run TcpServer_Async.exe, you should get something like Figure 19-5.

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