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Refactoring is a fancy term for reorganizing code to make improvements in the architecture of an application. In some cases, it refers to going back and altering code to make it more efficient, but for the purposes of the Class Designer, the first definition applies. (Refactoring is available from a variety of locations, not just the Class Designer.)

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Now that there is an accepted client-server socket all set and ready, this is where things can get more complicated because now developers get a chance to do their own thing.

Note Refactoring is available only in C#. However, a VB Powertoy is available from www.gotdotnet.com,

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There are two ways of sending a message: either synchronously or asynchronously I ll cover asynchronous in detail later in the chapter, but here is the basic difference: synchronous sending blocks until the message is sent, whereas asynchronous sending does not block and continues execution of the code without stopping for the send to complete To send a message synchronously, you most likely use one of the following overloaded Send() methods: int Send (array<unsigned char>^) int Send (array<unsigned char>^, SocketFlags) int Send (array<unsigned char>^, int length, SocketFlags) int Send (array<unsigned char>^, int start, int length, SocketFlags) int Send (array<unsigned char>^, int start, int length, SocketFlags, SocketError%) As you can see, each just expands upon the parameters from the other The first parameter is the unsigned byte array of the message being sent The first added parameter is SocketFlags (for a server it will most likely be None).

Next is the length of the message being sent, and then comes the start point within the unsigned char array (use this if you want to start sending from someplace other than the actual start of the message array) Finally, breaking the pattern, a reference to a SocketError object is added as a final parameter, allowing the returning of socket errors Since version 20 of the NET Framework, three additional Send() methods were added, allowing for the sending of a one-dimensional array of unsigned char data within Generic ILists: int Send (Generic IList) int Send (Generic IList, SocketFlags) int Send (Generic IList, SocketFlags, SocketError%) All Send() methods return the number of unsigned chars sent.

To demonstrate how this works, you will extract all of the methods in the Service class in order to create an interface (the interface will not affect the application in any way; it is for demonstration purposes only). To refactor the Service class and create an interface, switch to the designer view (double-click the diagram in the Solution Explorer) and follow these steps: 1. Right-click the Service class, and select Refactor Extract Interface. This will bring up the Extract Interface dialog box, shown in Figure 11-9.

Then uncomment the viewDidLoad method, remove most of the code in there (except for the call to [super viewDidLoad]), and add the bold lines shown here to its body:

When sending a message from a server, I usually use array<unsigned char>^ message = Encoding::ASCII->GetBytes("Successful connection"); client->Send(message); when the message buffer length matches the length of the data being sent (as shown here), or I use client->Send(message, messagelength, SocketFlags::None); when the message buffer length does not match the length of the data being sent for example, when a generic length buffer is populated by a variable-length message..

Just as when you re sending a message, you have two ways of receiving a message: synchronous or asynchronous. I ll cover asynchronous receive in detail later in the chapter, but the basic difference is as follows: synchronous receiving blocks until the message is received, whereas asynchronous receiving sets up an event that waits for the message to be received and then continues on without stopping. When the message is finally received, the previously setup event is triggered.

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