// Constructor.
public UDPSend(string _remoteIP, int _remotePort = 12121)
{
this.remoteIP = _remoteIP;
this.remotePort = _remotePort;
this.debugMessages = new List <string>();
this.sender = new ThreadInterface(SendFromQueue);
}
public FindServer()
{
try {
FindServer.receiver = new UDPReceive(this.localPortOverride);
FindServer.receiver.OnReceive = OnDeviceReceived;
FindServer.deviceUpdater = new ThreadInterface();
FindServer.deviceUpdater.threadAction = UpdateDevices;
} catch {}
}
// Main Constructor
public TCPSend(string _remoteIP, int _remotePort = 11111)
{
this.remoteIP = _remoteIP;
this.remotePort = _remotePort;
this.debugMessages = new List <string>();
this.sender = new ThreadInterface(SendFromQueue);
// Reset.
Disconnect();
}
// Start is called before the first frame update
void OnEnable()
{
this.requestData = Encoding.ASCII.GetBytes(this.broadcastMessage);
this.udpBroadcaster = new UDPSend(string.Empty, this.remotePort);
// this.broadcastingRoutine = BroadcastingRoutine();
// StartCoroutine(this.broadcastingRoutine);
this.broadcastingThread = new ThreadInterface(Broadcast,
Convert.ToInt32(this.expireTime) * 1000);
this.broadcastingThread.Start();
}
// Constructor.
public UDPReceive(int _localPort = 8055)
{
this.localPort = _localPort;
this.debugMessages = new List <string>();
#if !WINDOWS_UWP
this.receiver = new ThreadInterface(ReceiveData);
#endif
this.dataMessages = new Queue <string>();
this.connectionHistory = new Queue <string>();
//this.dataMessages = new List<string>();
//this.connectionHistory = new List<string>();
Disconnect();
}
public void OnEnable()
{
this.environmentMeshExtractor = new ThreadInterface(SendData,
this.delayTime);
}
