/// <summary>Initialize repository and prepare it to work</summary>
public RepositoryGUI()
{
InitializeComponent();
// prepare the console
AllocConsole();
Console.Title = "Repository Server";
Console.Write("Repository Console View".Title());
txtPort1.Text = "8000";
txtPort2.Text = "8001";
// initialize files lists
FileList = new List <string>();
ResultsList = new List <string>();
// initialize the sending queue
sendingQueue = new BlockingQ <Message>();
// initialize and set up the receiver
receiver = new Receiver();
receiver.SetFilesPath(".\\Repository\\Libraries");
receiver.SetResultsPath(".\\Repository\\Results");
btnCreateChannels.PerformClick();
LibSearchRepository();
ResSearchRepository();
mReceiver = new Thread(ReceiveMessages);
mReceiver.Start();
sender = new Sender();
mSender = new Thread(SendMessages);
mSender.Start();
ConnectedEnds = new Dictionary <string, string>();
ConnectedStreams = new Dictionary <string, string>();
BlockedMessages = new Dictionary <string, List <Message> >();
BlockedFiles = new Dictionary <string, List <FileTransferMessage> >();
xReader = new XMLReader();
ReceivedMessages = new List <Message>();
}
/// <summary>Initializes Test Harness</summary>
void InitializeTH()
{
Console.Title = "Test Harness Server";
Console.Write("Test Harness - Console View".Title());
// Initialize queues
TestRequests = new BlockingQ <Message>();
sendingQueue = new BlockingQ <Message>();
if (!Directory.Exists(".\\TestHarness\\Results"))
{
Directory.CreateDirectory(".\\TestHarness\\Results");
}
receiver = new Receiver();
receiver.SetFilesPath(".\\TestHarness\\Temp_Libraries");
receiver.SetResultsPath(".\\TestHarness\\Results");
sender = new Sender();
sender.FilesPath = ".\\TestHarness\\Temp_Libraries";
sender.ResultsPath = ".\\TestHarness\\Results";
// Initialize communication and streaming hosts
for (int i = 7000; i < 8000; i++)
{
try {
receiver.CreateCommHost(new Uri("http://localhost:" + i + "/IComm/TestHarness"));
break;
} catch (Exception) {
Console.Write("\n Failed to connect on port {0}", i);
}
}
for (int i = 7000; i < 8000; i++)
{
try {
receiver.CreateStreamHost(new Uri("http://localhost:" + i + "/IService/TestHarness"));
break;
} catch (Exception) {
Console.Write("\n Failed to connect on port {0}", i);
}
}
// Start the receiver thread
mReceiver = new Thread(ReceiveMessages);
mReceiver.Start();
// create sender channels that connect to the repository
// this starts the sender thread if successful
CreateSenderChannels(8000, 8001);
mSender = new Thread(SendMessages);
mSender.Start();
RunningThreads = new List <Thread>();
}
/// <summary>Sets up the client to work</summary>
void InitializeClient()
{
string s = ClientName.Substring(0, 1).ToUpper() + ClientName.Substring(1);
Title = s + " - Client Window";
txtAuthor.Text = ClientName;
// start the console
AllocConsole();
Console.Title = s + " Client Console";
Console.Write(("Client: " + s + " - Console View").Title());
// Initialize main fields
sendingQueue = new BlockingQ <Message>();
FilesToDownload = new BlockingQ <FileTransferMessage>();
receiver = new Receiver();
receiver.SetFilesPath(".\\" + ClientName + "\\Libraries");
receiver.SetResultsPath(".\\" + ClientName + "\\Results");
sender = new Sender();
sender.FilesPath = ".\\" + ClientName + "\\Libraries";
sender.ResultsPath = ".\\" + ClientName + "\\Results";
// Initialize communication and streaming hosts
for (int i = 9000; i < 10000; i++)
{
try {
receiver.CreateCommHost(new Uri("http://localhost:" + i + "/IComm/Client"));
receiver.CreateStreamHost(new Uri("http://localhost:" + i + "/IService/Client"));
break;
} catch (Exception) {
Console.Write("\n Failed to connect on port {0}", i);
Thread.Sleep(100);
}
}
Console.Write("\n Client communication host: {0}\n Client streaming host: {1}"
, receiver.CommAddress, receiver.StreamAddress);
// Start the receiver thread
mReceiver = new Thread(ReceiveMessages);
mReceiver.Start();
// create sender channels that connect to the repository
// this starts the sender thread if successful
CreateSenderChannels(8000, 8001);
mSender = new Thread(SendMessages);
mSender.Start();
fDownloader = new Thread(DownloadFiles);
fDownloader.Start();
ReceivedMessages = new List <Message>();
}
// -----< Receiver Constructors >-----
/// <summary>Returns an instance of Receiver</summary>
public Receiver()
{
/*
* This check is important because whenever a sender creates
* channel/proxy it will automatically try creating an instance
* of the receiver. This way we can insure all senders send to
* the same Queue
*/
if (Queue == null)
{
Queue = new BlockingQ <Message>();
}
commHost = null;
streamingHost = null;
}
