private void fireKeyboardListeners(final boolean onoff) {
if (!listeners.isEmpty() && !pressedKeyCodes.isEmpty()) {
listeners.fire(
new IFire<IKeyboardListener>() {
@Override
public void fire(IKeyboardListener listener) {
listener.keyEvent(pressedKeyCodes, onoff);
}
});
listeners.fire(
new IFire<IKeyboardListener>() {
@Override
public void fire(IKeyboardListener listener) {
listener.physKeyEvent(pressedKeyIds, onoff);
}
});
}
}
/* (non-Javadoc)
* @see v9t9.engine.keyboard.IKeyboardState#setJoystick(int, int, int, int, boolean, long)
*/
@Override
public synchronized void setJoystick(final int joy, int mask, int x, int y, boolean fire) {
int joyRow = JOY1_C + joy - 1;
byte oldValue = crukeyboardmap[joyRow];
if ((mask & JOY_X) != 0) {
// logger(_L | L_1, _("changing JOY_X (%d)\n\n"), x);
changeJoyMatrix(joy, JOY_LEFT_R, x < 0);
changeJoyMatrix(joy, JOY_RIGHT_R, x > 0);
}
if ((mask & JOY_Y) != 0) {
// logger(_L | L_1, _("changing JOY_Y (%d)\n\n"), y);
changeJoyMatrix(joy, JOY_UP_R, y < 0);
changeJoyMatrix(joy, JOY_DOWN_R, y > 0);
}
if ((mask & JOY_B) != 0) {
// logger(_L | L_1, _("changing JOY_B (%d)\n\n"), fire);
changeJoyMatrix(joy, JOY_FIRE_R, fire);
}
/* clear unused bits */
changeJoyMatrix(joy, 0, false);
changeJoyMatrix(joy, 1, false);
changeJoyMatrix(joy, 2, false);
final byte newValue = crukeyboardmap[joyRow];
fireListeners();
if (oldValue != newValue && !listeners.isEmpty()) {
listeners.fire(
new IFire<IKeyboardListener>() {
@Override
public void fire(IKeyboardListener listener) {
listener.joystickChangeEvent(joy, newValue);
}
});
}
}