private void Awake()
{
//UDP Client
shutdownNetwork();//just incase there was some sort of error last time
Networking.initNetwork();
endp = createIPEndpointData("10.150.32.203", 8888);
sock = initSocketData();
if (createSocket(ref sock, SocketType.UDP) == P_GenericError)
{
Debug.LogError(getLastNetworkError());
}
if (connectEndpoint(ref endp, ref sock) == P_GenericError)
{
Debug.LogError(getLastNetworkError());
}
jobClient = new NetworkClientJob()
{
sock = this.sock,
endp = this.endp
};
hnd = jobClient.Schedule();//schedules the job to start asynchronously like std::detach in c++
}
public void connectToInternet()
{
string serverAddr = ipText.text;
string userName = nameText.text;
thisUser._name = userName;
// Create UDP Client
shutdownNetwork(); //just incase there was some sort of error last time
Networking.initNetwork();
endp = createIPEndpointData(serverAddr, 8888);
sock = initSocketData();
if (createSocket(ref sock, SocketType.UDP) == P_GenericError)
{
Debug.LogError(getLastNetworkError());
}
if (connectEndpoint(ref endp, ref sock) == P_GenericError)
{
Debug.LogError(getLastNetworkError());
}
jobClient = new NetworkClientJob()
{
sock = sock,
endp = endp
};
hnd = jobClient.Schedule(); //schedules the job to start asynchronously like std::detach in c++
string tmp = "@" + userName;
int dump = 0;
if (sendToPacket(ref sock, ref tmp, ref dump, ref endp) == P_GenericError)
{
Debug.LogError(getLastNetworkError());
}
}
