def compare(self, old, new):
if not old or not new:
return Comparator.RESULT_INTERNAL_ERROR, None
if not validate_update(old) or not validate_update(new):
return Comparator.RESULT_INTERNAL_ERROR, None
# if old['state'] != new['state']:
# return Comparator.RESULT_STATE_CHANGED, None
new_sensors = check_for_new_sensors(old["sensors"], new["sensors"])
if new_sensors:
return Comparator.RESULT_NEW_SENSOR, new_sensors
missing_sensor = check_for_missing_sensors(old["sensors"], new["sensors"])
if missing_sensor:
return Comparator.RESULT_MISSING_SENSOR, missing_sensor
updated_sensors = check_for_updated_sensors(old["sensors"], new["sensors"])
if len(updated_sensors) != 0:
return Comparator.RESULT_SENSORS_UPDATED, updated_sensors
return Comparator.RESULT_EQUALS, None
def test_validate_update_valid(self):
update = dict(time=1450656001, state='on', sensors=[])
self.assertTrue(validate_update(update))
def test_validate_update_time_after_2116(self):
update = dict(time=4604256001, state='on', sensors=[])
self.assertFalse(validate_update(update))
def test_validate_update_time_before_2016(self):
update = dict(time=1350656000, state='on', sensors=[])
self.assertFalse(validate_update(update))
def test_validate_update_time_not_int(self):
update = dict(time=1450656000.123, state='on', sensors=[])
self.assertFalse(validate_update(update))
def test_validate_update_no_time(self):
update = dict()
self.assertFalse(validate_update(update))