public ProcessingThread()
{
network = G2Network.Instance;
cache = GHubCache.Instance;
SearchManager = G2SearchManager.Instance;
processThread = new Thread(new ThreadStart(Process));
processThread.Name = "Processing Thread ";
}
public ProcessingThread()
{
network = G2Network.Instance;
cache = GHubCache.Instance;
SearchManager = G2SearchManager.Instance;
processThread = new Thread (new ThreadStart (Process));
processThread.Name = "Processing Thread ";
}
/**
* Launch the sockets thread and the processing threads
* */
public void StartNetwork()
{
G2Log.Write("G2Network : Starting network processes ... ");
process = ProcessingThread.Instance;
cache = GHubCache.Instance;
process.Start();
// start a few connections
for (int i = 0; i < Settings.PEER_DISPATCH_QUERY; i++)
{
ConnectToRandomHub();
}
}
private void HandleHub(HttpHeader header)
{
IPAddress _listen_ip = IPAddress.Parse(header[HttpHeader.LISTEN_IP_KEY]);
ushort _listen_port = Convert.ToUInt16(header[HttpHeader.LISTEN_PORT_KEY]);
string encoding = header[HttpHeader.ACCEPT_ENCODING_KEY];
string _remote_ip = header[HttpHeader.REMOTE_IP_KEY];
GHubCache cache = GHubCache.Instance;
IPAddress self = IPAddress.Parse(_remote_ip);
G2Network.Instance.SelfAddress = self;
if (_listen_ip != null && _listen_port > 0 && _listen_port < 65000)
{
remote_host = new NodePeer(_listen_ip, _listen_port, DateTime.Now.ToString(), true);
}
}
/**
* Launch the sockets thread and the processing threads
* */
public void StartNetwork()
{
G2Log.Write ("G2Network : Starting network processes ... ");
process = ProcessingThread.Instance;
cache = GHubCache.Instance;
process.Start();
// start a few connections
for (int i = 0; i < Settings.PEER_DISPATCH_QUERY; i++)
{
ConnectToRandomHub();
}
}
