public bool Equals(SwitchInputState other)
{
return(Buttons == other.Buttons &&
DPad == other.DPad &&
LeftX == other.LeftX &&
LeftY == other.LeftY &&
RightX == other.RightX &&
RightY == other.RightY);
}
private byte[] TranslateState(SwitchInputState state)
{
var buf = new byte[9];
buf[0] = (byte)(((int)state.Buttons & 0xFF00) >> 8);
buf[1] = (byte)((int)state.Buttons & 0xFF);
buf[2] = (byte)state.DPad;
buf[3] = state.LeftX;
buf[4] = state.LeftY;
buf[5] = state.RightX;
buf[6] = state.RightY;
buf[7] = 0;
buf[8] = Utils.CalculateCrc8(buf, 0, buf.Length - 1);
return(buf);
}
public SwitchInputSink(string portName)
{
_state = new SwitchInputState();
_queuedFrames = new ConcurrentQueue <InputFrame>();
var workerThread = new Thread(ThreadLoop);
workerThread.Start(portName);
Update(new InputFrame
{
PressedButtons = Button.None,
ReleasedButtons = Button.All,
DPad = DPad.None,
LeftX = 128,
LeftY = 128,
RightX = 128,
RightY = 128
});
}
private void ApplyFrameToState(InputFrame frame)
{
try
{
_state = new SwitchInputState
{
Buttons = (_state.Buttons | (frame.PressedButtons ?? Button.None)) & ~(frame.ReleasedButtons ?? Button.None), // & ~(Button.Home | Button.Share),
DPad = frame.DPad ?? _state.DPad,
LeftX = frame.LeftX ?? _state.LeftX,
LeftY = frame.LeftY ?? _state.LeftY,
RightX = frame.RightX ?? _state.RightX,
RightY = frame.RightY ?? _state.RightY
};
}
catch (Exception ex)
{
Program.form.ApplyLog(ex.Message);
}
}