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//accept incoming connections internal void AcceptIncoming() { //pass in the server connection manager sockEvtArgs = new SocketAsyncEventArgs { UserToken = ConnManager }; sockEvtArgs.Completed += new EventHandler<SocketAsyncEventArgs>( delegate(object Sender, SocketAsyncEventArgs e) { Console.WriteLine("Accepted connection..." + "Assigning to Connection Manager...." + "Waiting for more connections..."); //pass the connected socket to the server connection manager ConnManager.Manage(e.AcceptSocket); //keep listening AcceptIncoming(); }); //accept an incoming connection ListenerSocket.AcceptAsync(sockEvtArgs); } } } The ConnectionListener class is instantiated and launched by calling its Run() method from the server program s Main() method. In Run(), you create an IPEndpoint using the port number passed in as a command-line argument. Specifying IPAddress.Any as the IPAddress parameter allows the listener to listen on all available IP addresses on the machine, which is especially handy on machines that have multiple active network connections. You then bind the socket to the endpoint and start listening by calling Socket.Listen(). The parameter to Listen() specifies the size of the backlog of incoming connections that the runtime maintains for you while you process them one at a time. Finally, you call AcceptIncoming(). The AcceptIncoming() method uses Socket.AcceptAsync() on the listener socket to asynchronously accept an incoming connection. In the Completed handler of SocketAsyncEventArgs, the connected client socket is available in the SocketAsyncEventArgs.AcceptSocket property. You pass this socket on to an instance of the ServerConnectionManager type through its Manage() method. You then continue to accept more incoming connections. The ServerConnectionManager type is used to manage all connected client sockets. You also define a Participant type to represent a specific connected client and its communications. Listing 7-26 shows the code for these two classes. Listing 7-26. Implementation for ServerConnectionManager and Participant types in MessageProcessing.cs using using using using using using System; System.Collections.Generic; System.IO; System.Linq; System.Net.Sockets; System.Threading;

Figure 9-16. Formula used to modify easing function to ease in then ease out If you want to create your own easing function, all you need to do is implement the IEasingFunction interface. This interface defines a single method, Ease, that takes the normalized time as a double and returns the progress of the animation as a double. This is precisely where you define your own f(t). Since the ease out and ease-in/out variants are provided by a separate class (EasingFunctionBase), implementing directly from the IEasingFunction interface allows you only a single easing. This should be fine, though, since your own easing function only needs a single implementation. If you need more capability, you can define your own properties and even your own implementation of the EasingMode property.

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namespace Ch07_Networking.Recipe7_5.ChatBroker { internal class ServerConnectionManager { //list of participants private List<Participant> _Participants = new List<Participant>(); internal List<Participant> Participants { get { return _Participants; } } //accept and manage a client socket internal void Manage(Socket socket) { //create a new Participant around the client socket Participant p = new Participant { ClientSocket = socket, Parent = this }; //add it to the list _Participants.Add(p); //start up the participant p.StartUp(); } //broadcast a message from a participant to all other participants internal void Broadcast(string From, MessageWrapper Message) { //get a list of all participants other than the one sending the message List<Participant> targets = (from p in Participants where p.Name != From select p).ToList(); //iterate and add to the Send queue for each foreach (Participant p in targets) { lock (p.QueueSyncRoot) { p.SendQueue.Enqueue(Message); } } } //send a message to a specific participant internal void Send(string To, MessageWrapper Message) { //get the Participant from the list Participant target = (from p in Participants where p.Name == To select p).ToList()[0];

class Bunch(dict): def __init__(self, *args, **kwds): super(Bunch, self).__init__(*args, **kwds) self.__dict__ = self

Expression Blend makes it easy to create animation using its built-in timeline editor. You may have noticed the Timeline part of the Objects and Timeline section, and now you know exactly what it means. In Expression Blend, let s animate another rectangle. Create a new UserControl and place a rectangle on the design surface. Next, click the plus sign next to the (No Storyboard open) text, as shown in Figure 9-17.

//add to the send queue for the participant lock (target.QueueSyncRoot) { target.SendQueue.Enqueue(Message); } } } internal class Participant { //lock target internal object QueueSyncRoot = new object(); //name as specified at the client internal string Name { get; set; } //the connected client socket internal Socket ClientSocket { get; set; } //a reference back to the ServerConnectionManager instance internal ServerConnectionManager Parent { get; set; } //are we currently receiving a message from this participant bool Receiving = false; //are we currently sending a message to this participant bool Sending = false; //a queue to hold messages being sent to this participant private Queue<MessageWrapper> _SendQueue = new Queue<MessageWrapper>(); internal Queue<MessageWrapper> SendQueue { get { return _SendQueue; } set { _SendQueue = value; } } //check to see if there are messages in the queue private int HasMessage() { lock (QueueSyncRoot) { return SendQueue.Count; } } //start the participant up internal void StartUp() { //create the receiver thread Thread thdParticipantReceiver = new Thread(new ThreadStart( //thread start delegate delegate {

There are several useful aspects to this pattern. First, it lets you create and set arbitrary attributes by supplying them as command-line arguments:

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