public void StartListener()
{
isStopped = false;
IntPtr context;
Interception.Stroke stroke = new Interception.Stroke();
context = Interception.interception_create_context();
int device;
Interception.InterceptionPredicate del = Interception.interception_is_keyboard;
Interception.interception_set_filter(
context,
del,
(ushort)Interception.FilterKeyState.KeyDown);
while (!isStopped) //Start listening for keyboard strokes
{
Interception.interception_receive(context, device = Interception.interception_wait(context), ref stroke, 1);
Interception.KeyStroke kstroke = stroke;
byte[] strokeBytes = Interception.getBytes(kstroke);
Interception.interception_send(context, device, strokeBytes, 1);
if (kstroke.code == pauseKey)
{
OnPauseKeyPressed(); //If the registered key matches the pause key invoke the pausekey event
}
if (kstroke.code == stopKey)
{
OnStopKeyPressed();
}
}
Interception.interception_destroy_context(context);
}
private int InterceptKey()
{
int keyCode;
IntPtr context;
Interception.Stroke stroke = new Interception.Stroke();
context = Interception.interception_create_context();
int device;
Interception.InterceptionPredicate del = Interception.interception_is_keyboard;
Interception.interception_set_filter(
context,
del,
(ushort)Interception.FilterKeyState.KeyDown);
Interception.interception_receive(context, device = Interception.interception_wait(context), ref stroke, 1);
Interception.KeyStroke kstroke = stroke;
keyCode = kstroke.code;
byte[] strokeBytes = Interception.getBytes(kstroke);
Interception.interception_send(context, device, strokeBytes, 1);
Interception.interception_destroy_context(context);
return(keyCode);
}
private void Intercept()
{
IntPtr context = Interception.interception_create_context();
Interception.Stroke stroke = new Interception.Stroke();
int device;
// Check for keyboard changes
Interception.InterceptionPredicate interception_is_keyboard = Interception.interception_is_keyboard;
Interception.interception_set_filter(
context,
interception_is_keyboard,
((ushort)Interception.FilterKeyState.KeyDown |
(ushort)Interception.FilterKeyState.KeyUp));
// Check for mouse changes
Interception.InterceptionPredicate interception_is_mouse = Interception.interception_is_mouse;
Interception.interception_set_filter(
context,
interception_is_mouse,
(ushort)Interception.FilterMouseState.All);
while (Interception.interception_receive(context, device = Interception.interception_wait(context), ref stroke, 1) > 0)
{
byte[] strokeBytes = Interception.getBytes(stroke);
if (Interception.interception_is_keyboard(device) != 0)
{
Interception.KeyStroke kstroke = stroke;
if (kstroke.code == (ushort)Input.DIK.LWin || kstroke.code == (ushort)Input.DIK.RWin)
{
Interception.interception_send(context, device, strokeBytes, 1);
continue;
}
Input i = new Input(kstroke);
if (i.m_InputType == Input.InputType.Keyboard && Config.m_Config.m_KillSwitch == (Input.DIK)i.Code[0] && i.m_InputState[0] == Input.InputState.Down)
{
if (XMode.IsActive())
{
XMode.Stop(false);
}
else
{
XMode.Start();
}
continue;
}
Input.InputAction act = i.CallKeyListeners();
if ((act & Input.InputAction.Block) == 0)
{
Interception.interception_send(context, device, strokeBytes, 1);
}
}
else if (Interception.interception_is_mouse(device) != 0)
{
Interception.MouseStroke kstroke = stroke;
Input i = new Input(kstroke);
Input.InputAction act = i.CallKeyListeners();
if ((act & Input.InputAction.Block) == 0)
{
Interception.interception_send(context, device, strokeBytes, 1);
}
}
}
Interception.interception_destroy_context(context);
}
public void Start()
{
isStopped = false;
using (Process p = Process.GetCurrentProcess()) // Raise process priotity
p.PriorityClass = ProcessPriorityClass.High;
IntPtr context;
Interception.Stroke stroke = new Interception.Stroke();
context = Interception.interception_create_context();
int device;
Interception.InterceptionPredicate del = Interception.interception_is_mouse;
Interception.interception_set_filter(
context,
del,
(ushort)Interception.FilterMouseState.MouseMove);
double magicX = 0;
double magicY = 0;
Stopwatch stopwatch = new Stopwatch();// Start a stopwatch to be used to advance the curve
//int sw = 0; // Rough stopwatch in ms
while (Interception.interception_receive(context, device = Interception.interception_wait(context), ref stroke, 1) > 0)//Start listening for mouse strokes
{
//sw += 20; // Every cycle takes roughly 20ms so we add 20ms
stopwatch.Start();
if (sensitivityCurve.isFinished || isStopped)
{
stopwatch.Stop();
break;
}
Interception.MouseStroke mstroke = stroke;
SensitivityPoint currentPoint = sensitivityCurve.GetCurrentPoint();
double x = mstroke.x * currentPoint.sensitivity + magicX;
double y = mstroke.y * currentPoint.sensitivity + magicY;
magicX = x - Math.Floor(x);
magicY = y - Math.Floor(y);
mstroke.x = (int)Math.Floor(x);
mstroke.y = (int)Math.Floor(y);
byte[] strokeBytes = Interception.getBytes(mstroke);
Interception.interception_send(context, device, strokeBytes, 1);
if (isPaused)
{
//sw -= 20;
stopwatch.Reset();
}
if (stopwatch.ElapsedMilliseconds > sensitivityCurve.timestep * 1000) //when sw equals timestep in ms we advance the cursor
{
currentSens = currentPoint.sensitivity;
sensitivityCurve.AdvanceCursor();
//sw = 0; // Reset the sw
stopwatch.Restart();
}
}
Interception.interception_destroy_context(context);
if (isStopped == false)
{
sensitivityCurve.RegenerateCurve();
sensitivityCurve.InterpolateCurveAkima();
Start();
}
}