def pytest_funcarg__manager(request):
touchpad = request.getfuncargvalue('touchpad')
# make sure, that we have a QApplication object before creating the manager
request.getfuncargvalue('qtapp')
manager = TouchpadManager(touchpad)
request.addfinalizer(manager.stop)
return manager
def setup_manager(self, touchpad):
self.touchpad_manager = TouchpadManager(touchpad, self)
ManagerConfiguration.load(self.touchpad_manager)
# transition upon touchpad_on_action
self.touchpad_manager.add_touchpad_switch_action(
self.touchpad_on_action)
# update checked state of touchpad_on_action
self.touchpad_manager.states['on'].assignProperty(
self.touchpad_on_action, 'checked', True)
self.touchpad_manager.states['off'].assignProperty(
self.touchpad_on_action, 'checked', False)
# update the overlay icon
self.touchpad_manager.states['on'].entered.connect(
partial(self.setOverlayIconByName, 'touchpad-off'))
self.touchpad_manager.states['on'].exited.connect(
partial(self.setOverlayIconByName, ''))
# only show notification if the touchpad is permanently switched
# off
self.touchpad_manager.states['off'].entered.connect(
partial(self.notify_touchpad_state, True))
self.touchpad_manager.states['off'].exited.connect(
partial(self.notify_touchpad_state, False))
# and eventually start managing the touchpad
self.touchpad_manager.start()
def pytest_funcarg__touchpad_manager(request):
# the touchpad manager requires a X11 display connection
request.getfuncargvalue('qtapp')
touchpad = request.getfuncargvalue('touchpad')
return TouchpadManager(touchpad)
