private async Task PlayOneShot(int offset, ObservableCollection <ButtonAction> actions)
{
foreach (var action in actions)
{
if (action.TimeInMilliseconds > 0)
{
//yes this is precise only to the nearest KeyDownRepeatDelay milliseconds. repeated keys are on a 60 millisecond boundary, so the UI could be locked to 60ms increments only
var timeLeft = action.TimeInMilliseconds;
while (timeLeft > 0)
{
await Task.Delay(Keyboard.KeyDownRepeatDelay);
timeLeft -= Keyboard.KeyDownRepeatDelay;
}
}
Keyboard.SendKeyPress(action.ScanCode, action.IsKeyUp, action.IsExtended);
if (action.IsKeyUp)
{
KeystrokeUpSent?.Invoke(this, new KeystrokeSentEventArgs(offset, offset, action.ScanCode, action.IsKeyUp, action.IsExtended));
}
else
{
KeystrokeDownSent?.Invoke(this, new KeystrokeSentEventArgs(offset, offset, action.ScanCode, action.IsKeyUp, action.IsExtended));
}
}
}
private async Task PlayMacroOnce(int offset, ObservableCollection <ButtonAction> actions)
{
MacroStarted?.Invoke(this, new MacroStartedEventArgs(offset, (int)Win32Structures.ScanCodeShort.MACRO_STARTED));
foreach (var action in actions)
{
if (_activeMacros.ContainsKey(offset) == false)
{
break;
}
if (action.TimeInMilliseconds > 0)
{
//yes this is precise only to the nearest KeyDownRepeatDelay milliseconds. repeated keys are on a 60 millisecond boundary, so the UI could be locked to 60ms increments only
var timeLeft = action.TimeInMilliseconds;
while (timeLeft > 0)
{
await Task.Delay(Keyboard.KeyDownRepeatDelay);
if (!_activeMacros.ContainsKey(offset))
{
return;
}
timeLeft -= Keyboard.KeyDownRepeatDelay;
}
}
Keyboard.SendKeyPress(action.ScanCode, action.IsKeyUp, action.IsExtended);
if (action.IsKeyUp)
{
KeystrokeUpSent?.Invoke(this, new KeystrokeSentEventArgs(offset, offset, action.ScanCode, action.IsKeyUp, action.IsExtended));
}
else
{
KeystrokeDownSent?.Invoke(this, new KeystrokeSentEventArgs(offset, offset, action.ScanCode, action.IsKeyUp, action.IsExtended));
}
}
_activeMacros.TryRemove(offset, out _);
}
private void DequeueLoop()
{
var keyUpList = new List <Tuple <int, ButtonAction> >();
Logging.Log.Debug("Dequeue loop started");
foreach (var job in _actionJobs.GetConsumingEnumerable())
{
if (keyUpList.Count > 0)
{
foreach (var keyUp in keyUpList.Where(i => i.Item1 == job.Offset).ToList())
{
Keyboard.SendKeyPress(keyUp.Item2.ScanCode, keyUp.Item2.IsKeyUp, keyUp.Item2.IsExtended);
keyUpList.Remove(keyUp);
KeystrokeUpSent?.Invoke(this, new KeystrokeSentEventArgs(job.MapId, keyUp.Item1, keyUp.Item2.ScanCode, keyUp.Item2.IsKeyUp, keyUp.Item2.IsExtended));
}
}
if (job.Actions == null)
{
continue;
}
foreach (var action in job.Actions)
{
if (action.IsKeyUp)
{
keyUpList.Add(new Tuple <int, ButtonAction>(job.Offset, action));
}
else
{
Keyboard.SendKeyPress(action.ScanCode, action.IsKeyUp, action.IsExtended);
KeystrokeDownSent?.Invoke(this, new KeystrokeSentEventArgs(job.MapId, job.Offset, action.ScanCode, action.IsKeyUp, action.IsExtended));
}
}
}
Logging.Log.Debug("Dequeue loop stopped");
}
private void Device_KeystrokeUpSent(object sender, KeystrokeSentEventArgs e)
{
KeystrokeUpSent?.Invoke(sender, e);
}
