void _Thread()
{
_tid = Api.GetCurrentThreadId();
WindowsHook hookK = null, hookM = null;
if (_usedEvents.Has(UsedEvents.Keyboard))
{
hookK = WindowsHook.Keyboard(_KeyboardHookProc); //note: if lambda, very slow JIT on first hook event
}
if (_usedEvents.Has(UsedEvents.Mouse))
{
hookM = WindowsHook.MouseRaw_(_MouseHookProc);
}
if (_usedEvents.Has(UsedEvents.MouseEdgeMove))
{
_emDetector = new MouseTriggers.EdgeMoveDetector_();
}
//tested: don't need JIT-compiling.
nint idTimer = (hookK != null || hookM != null) ? Api.SetTimer(default, 0, 10_000, null) : 0;
void _Thread()
{
_tid = AThread.NativeId;
AHookWin hookK = null, hookM = null;
if (_usedEvents.Has(UsedEvents.Keyboard))
{
hookK = AHookWin.Keyboard(_KeyboardHookProc); //note: don't use lambda, because then very slow JIT on first hook event
}
if (_usedEvents.Has(UsedEvents.Mouse))
{
hookM = AHookWin.MouseRaw_(_MouseHookProc);
}
if (_usedEvents.Has(UsedEvents.MouseEdgeMove))
{
_emDetector = new MouseTriggers.EdgeMoveDetector_();
}
//tested: don't need JIT-compiling.
Api.SetEvent(_eventStartStop);
while (Api.GetMessage(out var m) > 0)
{
Api.DispatchMessage(m);
}
//AOutput.Write("hooks thread ended");
hookK?.Dispose();
hookM?.Dispose();
_emDetector = null;
Api.SetEvent(_eventStartStop);
}