def test_debug(self, mock_Rev2Interface):
# gets the rev2_interface
# gets the bg_poller
mock_bg_poller = mock.Mock()
rev2.rev2_interface.bg_poller = mock_bg_poller
house_code = HouseCode(code='FA-32')
house_code.debug()
# tells bg_poller to debug itself
mock_bg_poller.debug.assert_called_once_with(house_code)
def test_debug(self, mock_Rev2Interface):
# gets the rev2_interface
# gets the bg_poller
mock_bg_poller = mock.Mock()
rev2.rev2_interface.bg_poller = mock_bg_poller
house_code = HouseCode(code='FA-32')
house_code.debug()
# tells bg_poller to debug itself
mock_bg_poller.debug.assert_called_once_with(house_code)
def test_dictionary_conversion(self):
hc = HouseCode(code='FA-32')
hc.relative_humidity = None
hc.temperature_opentrv = None
hc.temperature_ds18b20 = None
hc.window = None
hc.switch = None
hc.last_updated_all = None
hc.last_updated_temperature = None
hc.synchronising = None
hc.ambient_light = None
dict_ = OrderedDict()
dict_['house-code'] = 'FA-32'
dict_['relative-humidity'] = None
dict_['temperature-opentrv'] = None
dict_['temperature-ds18b20'] = None
dict_['window'] = None
dict_['switch'] = None
dict_['last-updated-all'] = None
dict_['last-updated-temperature'] = None
dict_['synchronising'] = None
dict_['ambient-light'] = None
dict_['rad-open-percent'] = 30
dict_['led-colour'] = 0
dict_['led-state'] = 0
dict_['led-repeat-interval'] = 30
self.assertEqual(dict_, hc.to_dict())
def test_duplicates_overwrite_eachother(self):
HouseCode.objects.create(code="FA-32")
house_code = HouseCode(code="FA-32")
house_code.save()
self.assertEqual(len(HouseCode.objects.all()), 1)
def test_full_clean_can_ignore_duplicates(self):
hc1 = HouseCode.objects.create(code='FA-32')
hc2 = HouseCode(code='FA-32')
hc2.full_clean(ignore_duplication=True)
def test_overwrite_doesn_not_error_when_no_existing_house_code(self):
hc1 = HouseCode(code='FA-32')
hc1.save(overwrite=True)
def test_save_can_overwrite(self):
hc1 = HouseCode.objects.create(code='FA-32')
hc2 = HouseCode(code='FA-32')
hc2.save(overwrite=True)
def test_dictionary_conversion(self):
hc = HouseCode(code='FA-32')
hc.relative_humidity = None
hc.temperature_opentrv = None
hc.temperature_ds18b20 = None
hc.window = None
hc.switch = None
hc.last_updated_all = None
hc.last_updated_temperature = None
hc.synchronising = None
hc.ambient_light = None
dict_ = OrderedDict()
dict_['house-code'] = 'FA-32'
dict_['relative-humidity'] = None
dict_['temperature-opentrv'] = None
dict_['temperature-ds18b20'] = None
dict_['window'] = None
dict_['switch'] = None
dict_['last-updated-all'] = None
dict_['last-updated-temperature'] = None
dict_['synchronising'] = None
dict_['ambient-light'] = None
dict_['rad-open-percent'] = 30
dict_['led-colour'] = 0
dict_['led-state'] = 0
dict_['led-repeat-interval'] = 30
self.assertEqual(dict_, hc.to_dict())
def test_duplicates_overwrite_eachother(self):
HouseCode.objects.create(code="FA-32")
house_code = HouseCode(code="FA-32")
house_code.save()
self.assertEqual(len(HouseCode.objects.all()), 1)
def test_full_clean_can_ignore_duplicates(self):
hc1 = HouseCode.objects.create(code='FA-32')
hc2 = HouseCode(code='FA-32')
hc2.full_clean(ignore_duplication=True)
def test_overwrite_doesn_not_error_when_no_existing_house_code(self):
hc1 = HouseCode(code='FA-32')
hc1.save(overwrite=True)
def test_save_can_overwrite(self):
hc1 = HouseCode.objects.create(code='FA-32')
hc2 = HouseCode(code='FA-32')
hc2.save(overwrite=True)
def test_instantiating_a_blank_house_code_raises_a_validation_error(self):
with self.assertRaises(ValidationError):
hc1 = HouseCode(code='')
