void Sync(NeutronReader streamReader)
{
using (streamReader)
{
newPosition = streamReader.ReadVector3();
newRotation = streamReader.ReadQuaternion();
newVelocity = streamReader.ReadVector3();
newAngularVelocity = streamReader.ReadVector3();
}
}
public static void ServerMovementValidation(NeutronReader paramsReader, Player mSocket)
{
if (!ServerCheatDetection.enabled)
{
ServerCheatDetection.enabled = true;
}
if (ServerCheatDetection.enabled)
{
Vector3 newPosition = paramsReader.ReadVector3();
Quaternion newRotation = paramsReader.ReadQuaternion();
//Vector3 newVelocity = paramsReader.ReadVector3();
//Vector3 newAngularVelocity = paramsReader.ReadVector3();
//===========================================================\\
PlayerState statePlayer = mSocket.GetStateObject();
if (statePlayer != null)
{
statePlayer.lastPosition = newPosition;
statePlayer.lastRotation = newRotation;
statePlayer.mFrequency++;
}
}
}
void ProcessClientData(TcpClient mSocket, byte[] bufferCopy, int length, IPEndPoint endPoint)
{
try
{
using (NeutronReader mReader = new NeutronReader(bufferCopy))
{
Packet mCommand = mReader.ReadPacket <Packet>();
if (GetPlayer(mSocket, out Player Sender))
{
switch (mCommand)
{
case Packet.Connected:
HandleConfirmation(Sender, mCommand);
break;
case Packet.Nickname:
HandleNickname(Sender, mReader.ReadString());
break;
case Packet.SendChat:
HandleSendChat(Sender, mCommand, mReader.ReadPacket <Broadcast>(), mReader.ReadString());
break;
case Packet.InstantiatePlayer:
HandleInstantiatePlayer(Sender, mCommand, mReader.ReadPacket <Broadcast>(), mReader.ReadVector3(), mReader.ReadQuaternion(), mReader.ReadString());
break;
case Packet.SendInput:
HandleSendInput(Sender, mCommand, mReader.ReadBytes(length));
break;
case Packet.RPC:
HandleRPC(Sender, mCommand, mReader.ReadPacket <Broadcast>(), mReader.ReadInt32(), mReader.ReadPacket <SendTo>(), mReader.ReadPacket <ValidationPacket>(), mReader.ReadBoolean(), mReader.ReadBytes(length), endPoint);
break;
case Packet.OnCustomPacket:
HandleOnCustomPacket(Sender, mCommand, mReader.ReadPacket <Packet>(), mReader.ReadBytes(length));
break;
case Packet.Database:
Packet dbPacket = mReader.ReadPacket <Packet>();
switch (dbPacket)
{
case Packet.Login:
if (!isLoggedin(mSocket))
{
string username = mReader.ReadString();
string passsword = mReader.ReadString();
Enqueue(() => StartCoroutine(Login(Sender, username, passsword)), ref monoBehaviourActions);
}
else
{
SendErrorMessage(Sender, mCommand, "You are already logged in.");
}
break;
}
break;
case Packet.GetChannels:
HandleGetChannels(Sender, mCommand);
break;
case Packet.JoinChannel:
HandleJoinChannel(Sender, mCommand, mReader.ReadInt32());
break;
case Packet.GetChached:
HandleGetCached(Sender, mReader.ReadPacket <CachedPacket>());
break;
case Packet.CreateRoom:
HandleCreateRoom(Sender, mCommand, mReader.ReadString(), mReader.ReadInt32(), mReader.ReadString(), mReader.ReadBoolean(), mReader.ReadBoolean(), mReader.ReadBytes(length));
break;
case Packet.GetRooms:
HandleGetRooms(Sender, mCommand);
break;
case Packet.JoinRoom:
HandleJoinRoom(Sender, mCommand, mReader.ReadInt32());
break;
case Packet.DestroyPlayer:
HandleDestroyPlayer(Sender, mCommand);
break;
case Packet.SendMousePosition:
HandleNavMeshAgent(Sender, mCommand, mReader.ReadVector3());
break;
}
}
}
}
catch (Exception ex)
{
LoggerError($"Failed to Response Client {ex.Message}");
}
}