private Task NewCancellableTask(CancellationToken token)
{
return(Task.Run(() =>
{
var keyPlayLists = mtk.ArrangeKeyPlays(mtk.Index);
KeyController.KeyPlayBack(keyPlayLists, 1, cts.Token);
_runningFlag = false;
}, token));
}
public ConfigForm(ArrayList _keyList, KeyController _kc, HotKeyManager _hkm)
{
keyList = _keyList;
InitializeComponent();
keyBindings = new[] { hotKeyControl1, hotKeyControl2, hotKeyControl3, hotKeyControl4, hotKeyControl5 };
kc = _kc;
hkm = _hkm;
InitValue();
}
public void KeyboardPress(Keys ctrKeys, Keys viKeys)
{
if (_lastCtrlKey != ctrKeys)
{
KeyController.keybd_event(this._lastCtrlKey, (byte)KeyController.MapVirtualKey((uint)this._lastCtrlKey, 0U), 2, 0);
Thread.Sleep(8);
if ((uint)ctrKeys > 0U)
{
KeyController.keybd_event(ctrKeys, (byte)KeyController.MapVirtualKey((uint)ctrKeys, 0U), 0, 0);
Thread.Sleep(8);
}
}
KeyController.keybd_event(viKeys, (byte)KeyController.MapVirtualKey((uint)viKeys, 0U), 0, 0);
this._lastCtrlKey = ctrKeys;
}
public AboutForm(KeyController _kc)
{
kc = _kc;
InitializeComponent();
}
private void KeyboardPress(Keys viKeys)
{
lock (this.keyLock)
KeyController.keybd_event(viKeys, (byte)KeyController.MapVirtualKey((uint)viKeys, 0U), 0, 0);
}
public void KeyboardRelease(Keys viKeys)
{
KeyController.keybd_event(viKeys, (byte)KeyController.MapVirtualKey((uint)viKeys, 0U), 2, 0);
}