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What if you are always sending and receiving from the same EndPoint It seems redundant to continually send and receive the same address over and over. Well, you are in luck; UDP provides the ability to sort of connect to an EndPoint using a socket class Connect() method: EndPoint^ Remote = gcnew IPEndPoint(IPAddress::Parse("127.0.0.1"), 54321); socket->Connect(Remote); The Connect() method does not cause a true connection but instead allows you to use the Send() and Receive() methods, which don t require the repeated use of an EndPoint. The syntax of the Send() and Receive() methods is the same as what is shown here in connection-oriented sockets. Listing 19-5 shows a connected UDP client echo application. Listing 19-5. A UDP Client Using Connect() using using using using namespace namespace namespace namespace System; System::Net; System::Net::Sockets; System::Text;

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- (IBAction)popoverFontName:(id)sender { FontListController *flc = [[[FontListController alloc] initWithStyle:UITableViewStylePlain] autorelease]; flc.selectedFontName = self.font.fontName; [self setupNewPopoverControllerForViewController:flc]; flc.container = self.currentPopover; [[NSNotificationCenter defaultCenter] addObserver:self selector:@selector(fontListControllerDidSelect:) name:FontListControllerDidSelect object:flc]; [self.currentPopover presentPopoverFromBarButtonItem:sender permittedArrowDirections:UIPopoverArrowDirectionAny animated:YES]; }

void main() { Socket^ socket = gcnew Socket(AddressFamily::InterNetwork, SocketType::Dgram, ProtocolType::Udp); EndPoint^ Remote = gcnew IPEndPoint(IPAddress::Parse("127.0.0.1"), 54321); socket->Connect(Remote);

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while (true) { Console::Write("Message ('q' to quit): "); String^ input = Console::ReadLine(); if (input->ToLower()->Equals("q")) break; array<unsigned char>^ message = Encoding::ASCII->GetBytes(input); socket->Send(message); message = gcnew array<unsigned char>(1024); int recv = socket->Receive(message); Console::WriteLine("[{0}] {1}", Remote->ToString(), Encoding::ASCII->GetString(message, 0, recv)); } } As you can see, the code in Listing 19-4 is functionally equivalent to that in Listing 19-5; both can send to and receive messages from the same server. The only difference is that using the Connect() method in Listing 19-5 has allowed us to use the simplified Send()/Receive() method syntax instead of the slightly more complex SendTo()/ReceiveFrom() method syntax, at the expense of the socket being able to talk to only a single preset EndPoint. When you run UdpClient.exe or UdpClientConnected.exe, you should get something like Figure 19-4.

This is everything you will need to perform the tests for this method. Note that we are not testing for the exception condition by passing a password type of 2. Exception tests must be carried out as separate tests. Theoretically, you could create exception handling as you did in the previous section on testing for exceptions and handle it appropriately, but it is usually easier to keep those tests separate.

I ve shown you the hard way to create connection-oriented and connectionless network code. Let s see if there is an easier way of doing the same thing maybe at the expense of a little (usually unneeded) control.

The tests that we have come up with so far are perfectly acceptable (although you could quite easily come up with some tests that are not listed in Table 12-6), but they will not work every time. This is because the Owners table in the EffortTracking database uses an Identity column and you are looking for very explicit values to be returned (listed in the vu_expected column). In order for these tests to work correctly every time, the data you are testing against must be the same every time. To do this, you need to load the production database with the correct information before a test run. This is where the Initialize method is very helpful. Table 12-2 earlier in the chapter includes the ClassInitialize and ClassCleanup attributes. Whereas the TestInitialize and TestCleanup methods are executed at the beginning and end of each and every test, the ClassInitialize and ClassCleanup methods are executed before any test in a class is run and after all of the tests in a class are run. This means that each method is guaranteed to execute only once during the course of a test run, regardless of how

This method creates and configures a FontListController instance. Part of the configuration involves calling a method named setupNewPopoverControllerForViewController: (which we re going to create in just a minute). It also sets us up as an observer for a notification, which will tell us that the user selected something, and then displays a popover. What s not really clear here is the final line, which contains self.currentPopover. We haven t set that, have we Well, the following auxiliary method does! Insert this method somewhere above all the popover action methods:

Since the code to establish a TCP server connection is almost always the same no matter the implementation, the .NET Framework has provided TcpListener, a class that simplifies the whole process. The TcpListener constructor has two overloads (there is a third but it is marked as obsolete), each providing a different way of determining the IPEndPoint that the TCP connection will be established on: TcpListener(IPAddress^ address, int port) TcpListener(IPEndPoint^ ipep)

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