private void HandlePinValidation(IUnsafePacketReader reader)
{
// TODO: Configuring the server to not require PINs.
var action = reader.ReadByte <PinRequestType>();
reader.Skip(5);
switch (action)
{
case PinRequestType.PinNotSet:
State = AuthClientState.AskPin;
ServerSession.WritePacket(SetPinResponse());
break;
case PinRequestType.CheckPin:
if (CheckPin(reader))
{
State = AuthClientState.LoggedIn;
ServerSession.WritePacket(PinAcceptedResponse());
}
else
{
ServerSession.WritePacket(InvalidPinResponse());
}
break;
case PinRequestType.AssignPin:
if (CheckPin(reader))
{
State = AuthClientState.LoggedIn;
ServerSession.WritePacket(SetPinResponse());
}
else
{
ServerSession.WritePacket(InvalidPinResponse());
}
break;
}
}
private void HandlePinValidation(IUnsafePacketReader reader)
{
// TODO: Configuring the server to not require PINs.
var action = reader.ReadByte<PinRequestType>();
reader.Skip(5);
switch (action)
{
case PinRequestType.PinNotSet:
this.State = AuthClientState.AskPin;
this.ServerSession.WritePacket(this.SetPinResponse());
break;
case PinRequestType.CheckPin:
if (this.CheckPin(reader))
{
this.State = AuthClientState.LoggedIn;
this.ServerSession.WritePacket(this.PinAcceptedResponse());
}
else
{
this.ServerSession.WritePacket(this.InvalidPinResponse());
}
break;
case PinRequestType.AssignPin:
if (this.CheckPin(reader))
{
this.State = AuthClientState.LoggedIn;
this.ServerSession.WritePacket(this.SetPinResponse());
}
else
{
this.ServerSession.WritePacket(this.InvalidPinResponse());
}
break;
}
}
private static int FailingReturningRead(IUnsafePacketReader reader)
{
reader.Skip(reader.Remaining - 1);
return reader.ReadInt32();
}
private static int FailingReturningRead(IUnsafePacketReader reader)
{
reader.Skip(reader.Remaining - 1);
return(reader.ReadInt32());
}
private static void FailingRead(IUnsafePacketReader reader)
{
reader.Skip(reader.Remaining - 1);
reader.ReadInt32();
}