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The first overload allows you to pass the IP address and the port on which you want to make the connection. The second constructor allows you to build the IPEndPoint yourself and pass it into the TcpListener class. Once you have an instance to a TcpListener object, you must start the listener up with the aptly named Start() method. Now you are ready to accept socket connections on the IPEndPoint using the AcceptSocket() method. Listing 19-6 is the main method of a simplified version of Listing 19-1 using the TcpListener helper class. I did not include the TcpServer class s code as it is identical to that of Listing 19-1. Listing 19-6. A TCP Server s Main Method Using TcpListener using using using using using namespace namespace namespace namespace namespace System; System::Net; System::Net::Sockets; System::Threading; System::Text;

many tests are in the class. In this example, you will use the ClassInitialize attribute to tag a method, which will set up the production database for testing. No cleanup will be necessary for this set of tests. Based on the information in Table 12-6, only one row of data needs to be created in the Owners table of the production database. The information is listed in Table 12-7. Table 12-7. The Owers Table Entry

//... TcpServer class void main() { TcpServer^ server = gcnew TcpServer(); TcpListener^ socket = gcnew TcpListener(IPAddress::Any, 12345); socket->Start(); while(true) { Console::WriteLine("Waiting for client connection."); Socket^ client = socket->AcceptSocket(); Thread ^thr = gcnew Thread( gcnew ParameterizedThreadStart(server, &TcpServer::ProcessThread)); thr->Start(client); } } Cleans up the code nicely, doesn t it But we re not done with the simplifications.

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- (void)setupNewPopoverControllerForViewController:(UIViewController *)vc { if (self.currentPopover) { [self.currentPopover dismissPopoverAnimated:YES]; [self handleDismissedPopoverController:self.currentPopover]; } self.currentPopover = [[[UIPopoverController alloc] initWithContentViewController:vc] autorelease]; self.currentPopover.delegate = self; }

TCP communication is via a stream, right So why not allow sending and receiving of messages to be handled as a stream instead of using the TCP Send() and Receive() methods The TcpClient provides this functionality by providing a stream interface to TCP messages. Just to confuse things, you can (and probably will) use the TcpClient on both the client and the server, as the code to set up the connection as a stream works equally well in both instances. The only real difference is that on a server you will accept a TcpClient using the AcceptTcpClient() method instead of the AcceptSocket() method like this: TcpClient^ client = socket->AcceptTcpClient(); While on the client, you will create your own instance of it.

Before doing anything else, add a reference to the System.Configuration assembly in the EffortTrackingTests project and import the System.Data.SqlClient and System.Configuration namespaces. In order to set up the database, add the code shown in Listing 12-5 to the ServiceTests class. Listing 12-5. The TestClassInitialize Method C# [ClassInitialize()] public static void TestClassInitialize(TestContext context) { SqlConnection cn = new SqlConnection( ConfigurationManager.AppSettings["db"].ToString); SqlCommand cmd1 = new SqlCommand("SET IDENTITY_INSERT owners ON", cn); SqlCommand cmd2 = new SqlCommand("DELETE FROM work_items", cn); SqlCommand cmd3 = new SqlCommand("DELETE FROM owners", cn); SqlCommand cmd4 = new SqlCommand("INSERT INTO owners (own_id, " + "own_login, own_password) VALUES (1, 'TestUser1', 'password')", cn); SqlCommand cmd5 = new SqlCommand("SET IDENTITY_INSERT owners OFF", cn); cmd1.CommandType cmd2.CommandType cmd3.CommandType cmd4.CommandType cmd5.CommandType = = = = = CommandType.Text; CommandType.Text; CommandType.Text; CommandType.Text; CommandType.Text;

When creating an instance of TcpClient, you have the option of just using the constructor to connect to the server or using the Connect() method later on The overloads to both are nearly the same; the main difference is that the Connect() method allows you to make the connection at a different time than when creating the instance of TcpClient TcpClient() TcpClient(AddressFamily^) TcpClient(IPEndPoint^) TcpClient(String^ hostname, int port) The first two constructors don t provide the ability to immediately connect to a server for the obvious reason that the server s address has not been specified The difference between these two constructors is that the second constructor allows TcpClient to use version 6 IP addresses by passing an address family of InterNetworkV6 The second and third constructors will automatically attempt to connect to the server specified by the passed parameter.

cn.Open(); cmd1.ExecuteNonQuery(); cmd2.ExecuteNonQuery(); cmd3.ExecuteNonQuery(); cmd4.ExecuteNonQuery(); cmd5.ExecuteNonQuery();

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