public TCPServerSender(InstructorModel instructor)
{
m_MaxConcurrentSends = MAX_CONCURRENT_SENDS;
this.RestoreConfig();
//Register for events to track current slide
m_Instructor = instructor;
m_CurrentSlideID = GetSlideID(instructor); // Get initial slide if any
m_Instructor.Changed["CurrentDeckTraversal"].Add(new PropertyEventHandler(OnCurrentDeckTraversalChanged));
//Create the queue
m_SendQueue = new TCPServerSendQueue();
//Clients currently engaged in a send operation
m_SendingParticipants = new Hashtable();
//For synchronizing the closing of client sockets
m_ClosingSockets = new Hashtable();
//Current map of Client Guid to Socket
m_SocketMap = new Hashtable();
///A thread to keep data flowing from the queue:
Thread sendThread = new Thread(new ThreadStart(SendThread));
sendThread.Name = "TCPServer Send Thread";
sendThread.Start();
}
Hashtable m_SocketMap; //Key is Guid, value is Socket
#endregion Fields
#region Constructors
public TCPServerSender(InstructorModel instructor)
{
m_MaxConcurrentSends = MAX_CONCURRENT_SENDS;
this.RestoreConfig();
//Register for events to track current slide
m_Instructor = instructor;
m_CurrentSlideID = GetSlideID(instructor); // Get initial slide if any
m_Instructor.Changed["CurrentDeckTraversal"].Add(new PropertyEventHandler(OnCurrentDeckTraversalChanged));
//Create the queue
m_SendQueue = new TCPServerSendQueue();
//Clients currently engaged in a send operation
m_SendingParticipants = new Hashtable();
//For synchronizing the closing of client sockets
m_ClosingSockets = new Hashtable();
//Current map of Client Guid to Socket
m_SocketMap = new Hashtable();
///A thread to keep data flowing from the queue:
Thread sendThread = new Thread(new ThreadStart(SendThread));
sendThread.Name = "TCPServer Send Thread";
sendThread.Start();
}
