private void ClientSocket_OnClientConnected()
{
//We must announce the server-side that this is a Controller connection
int controller = 1;
byte[] buffer = BitConverter.GetBytes(controller);
ClientSocket.SendBuffer(buffer);
//We need to authorize this connection as a controller.
SControllerIntroduction ControllerIntroduction = new SControllerIntroduction
{
Password = Program.Password
};
ClientSocket.SendPacket <SControllerIntroduction>((byte)EControllerPackets.Introduction, ControllerIntroduction);
}
void OnControllerIntroductionCallback(CClientSocket ClientSocket, int ConnectionIndex, byte[] arguments)
{
SControllerIntroduction ControllerIntroduction = (SControllerIntroduction)CSerialization.Deserialize <SControllerIntroduction>(arguments);
SControllerAnswer ControllerAnswer = new SControllerAnswer
{
IsAuthorized = false,
key = -1
};
SConnection Connection = Connections[ConnectionIndex];
if (ControllerIntroduction.Password != Program.ControllerPassword)
{
//Tell the controller that password was not accepted
Connection.ClientSocket.SendPacket <SControllerAnswer>((byte)EControllerPackets.Introduction, ControllerAnswer);
//At this stage the password is not valid, so we disconnect the invalid controller
ClientSocket.Disconnect();
return;
}
int key = GenerateKeyForController();
//Authorize connection
SControllerInformation ControllerInformation = (SControllerInformation)Connection.Information;
ControllerInformation.IsAuthorized = true;
ControllerInformation.Key = key;
Connection.Information = (object)ControllerInformation;
Connections[ConnectionIndex] = Connection;
//Key for controlling clients
ControllerAnswer.key = key;
ControllerAnswer.IsAuthorized = true;
//Tell the controller that he is authorized
Connection.ClientSocket.SendPacket <SControllerAnswer>((byte)EControllerPackets.Introduction, ControllerAnswer);
}
