def test_if_device_is_disabled_it_stops_after_routine(self):
self._burnerProcess.Enabled = False
self._burnerController.reset_mock()
self._burnerController.tick.return_value = True
self._burnerProcess._execute()
self.assertEqual(self._burnerController.method_calls, [call.tick(), call.disable(), call.light_sensor()])
def test_if_device_is_enabled_should_run_correct_routines(self):
self._burnerProcess.ScrewSec = 1
self._burnerProcess.DelaySec = 2
self._burnerProcess.Enabled = True
# On first tick screw and fan should go on.
self._burnerController.tick.return_value = False
self._burnerProcess._execute()
self._burnerController.assert_has_calls([call.tick(), call.start_cycle(1, 2), call.light_sensor()])
# Second tick. Screw stops now.
self._burnerController.reset_mock()
self._burnerController.tick.return_value = True # Now screw is stopped.
self._burnerProcess._execute()
self._burnerController.assert_has_calls([call.tick()])
# Third tick, everything keeps going.
self._burnerController.reset_mock()
self._burnerController.tick.return_value = True
self._burnerProcess._execute()
self._burnerController.assert_has_calls([call.tick()])
# Fourth tick. Screw should start again because delay is over.
self._burnerController.reset_mock()
self._burnerController.tick.return_value = False # Now screw is stopped.
self._burnerProcess._execute()
self._burnerController.assert_has_calls([call.tick(), call.start_cycle(1, 2), call.light_sensor()])