public void Release( bool doPress )
{
//if( _repeatCount < 0 )
//{
//This case can happen without any "bugs" as running on a slow computer or clicking with both the mouse and the trackpad can
//send a push/push -> release/release sequence.
//Throwing an exception here is not the right answer.
//The repeatcount seems therefor rather useless.
//throw new InvalidOperationException( R.KeyReleaseWhenUp );
//}
if( doPress ) OnKeyPressed();
_repeatCount = -1;
// Last event: KeyUp
KeyInteractionEventArgs e = new KeyInteractionEventArgs( this, Current.OnKeyUpCommands, KeyInteractionEventType.Up );
EventHandler<KeyInteractionEventArgs> keyUp = KeyUp;
if( keyUp != null ) keyUp( this, e );
Keyboard.OnKeyUp( e );
}
/// <summary>
/// Redirects the command to the method which will process it.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
void SendKeyCommand( object sender, KeyInteractionEventArgs e )
{
SendCommands( e.Key, e.Commands );
}
public void Push()
{
//if( _repeatCount >= 0 )
//{
//This case can happen without any "bugs" as running on a slow computer or clicking with both the mouse and the trackpad can
//send a push/push -> release/release sequence.
//Throwing an exception here is not the right answer.
//The repeatcount seems therefor rather useless.
//throw new InvalidOperationException( R.KeyPushWhenDown );
//}
//Debug.Assert( _repeatCount == -1, "Since Push has not been called yet, repeatCount must be -1." );
_repeatCount = 0;
KeyInteractionEventArgs e = new KeyInteractionEventArgs( this, Current.OnKeyDownCommands, KeyInteractionEventType.Down );
EventHandler<KeyInteractionEventArgs> keyDown = KeyDown;
if( keyDown != null ) keyDown( this, e );
Keyboard.OnKeyDown( e );
}
