def test_update_locations(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
print("Taille test : " + str(len(smart_system.locations)))
api_mock = GardenaApiMock()
m_sessions = api_mock.register_sessions()
m_locations = api_mock.register_locations()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
assert len(smart_system.locations) == 1
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
name == location_return["name"])
assert m_sessions.call_count == 1
assert m_locations.call_count == 1
def test_get_all_powers(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
api_mock = GardenaApiMock()
api_mock.register_sessions()
api_mock.register_two_locations()
m_devices = api_mock.register_devices()
m_devices_2 = api_mock.register_second_location_devices()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
smart_system.update_all_devices()
assert len(smart_system.get_all_powers()) == 2
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
powers["c6e981e9-8ec6-438f-b400-c720d7f313c8"].name == "Power")
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
id == location_return_two["id"])
assert (
smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
powers["c6e981e9-8ec6-438f-b400-c720d7f313c9"].name == "Power 2")
assert m_devices.call_count == 1
assert m_devices_2.call_count == 1
def test_get_all_mowers(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
api_mock = GardenaApiMock()
api_mock.register_sessions()
api_mock.register_two_locations()
m_devices = api_mock.register_devices()
m_devices_2 = api_mock.register_second_location_devices()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
smart_system.update_all_devices()
assert len(smart_system.get_all_mowers()) == 2
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
mowers["e3c1b615-7351-25fc-a551-1908254a2b3e"].name == "Rosi")
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
id == location_return_two["id"])
assert (
smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
mowers["e3c1b615-7351-25fc-a551-1908254a2b3f"].name == "Rosi 2")
assert m_devices.call_count == 1
assert m_devices_2.call_count == 1
def test_get_all_water_controls(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
api_mock = GardenaApiMock()
api_mock.register_sessions()
api_mock.register_two_locations()
m_devices = api_mock.register_devices()
m_devices_2 = api_mock.register_second_location_devices()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
smart_system.update_all_devices()
assert len(smart_system.get_all_water_controls()) == 2
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
water_controls["d6259669-3241-488c-a88e-bcf3a07a58bf"].name ==
"Water Control")
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
id == location_return_two["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
water_controls["d6259669-3241-488c-a88e-bcf3a07a58c0"].name ==
"Water Control 2")
assert m_devices.call_count == 1
assert m_devices_2.call_count == 1
def test_get_all_sensors(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
api_mock = GardenaApiMock()
api_mock.register_sessions()
api_mock.register_two_locations()
m_devices = api_mock.register_devices()
m_devices_2 = api_mock.register_second_location_devices()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
smart_system.update_all_devices()
assert len(smart_system.get_all_sensors()) == 2
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (
smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
sensors["a130596e-6627-4030-aea5-b6d2f24d0e03"].name == "Sensor")
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
id == location_return_two["id"])
assert (
smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
sensors["a130596e-6627-4030-aea5-b6d2f24d0e04"].name == "Sensor 2")
assert m_devices.call_count == 1
assert m_devices_2.call_count == 1
def test_get_all_gateways(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
api_mock = GardenaApiMock()
api_mock.register_sessions()
api_mock.register_two_locations()
m_devices = api_mock.register_devices()
m_devices_2 = api_mock.register_second_location_devices()
api_mock.mount(smart_system)
smart_system.authenticate()
smart_system.update_locations()
smart_system.update_all_devices()
assert len(smart_system.get_all_gateways()) == 2
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
id == location_return["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1377"].
gateways["75cfc1f8-a20c-51d6-c5ea-1b5ecdde80c1"].name ==
"Gardena Zentrale")
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
id == location_return_two["id"])
assert (smart_system.locations["1c8b301f-22c8-423d-1b4d-ec25315d1378"].
gateways["75cfc1f8-a20c-51d6-c5ea-1b5ecdde80c2"].name ==
"Gardena Zentrale 2")
assert m_devices.call_count == 1
assert m_devices_2.call_count == 1
def try_connection(email, password, client_id):
_LOGGER.debug("Trying to connect to Gardena during setup")
smart_system = SmartSystem(email=email, password=password, client_id=client_id)
smart_system.authenticate()
smart_system.update_locations()
_LOGGER.debug("Successfully connected to Gardena during setup")
mqttclient.on_disconnect = on_mqtt_disconnect
mqttclient.on_message = on_mqtt_message
mqttclient.will_set(f"{mqttprefix}/connected", "0", 0, True)
mqttthread = Thread(target=mqttclient.loop_forever)
mqttclientconnected = False
logging.info('===== Prepare SmartSystem Client =====')
logging.info(' - create')
smart_system = SmartSystem(email=gardenauser,
password=gardenapassword,
client_id=gardenaapikey)
logging.info(' - authenticate')
smart_system.authenticate()
logging.info(' - update location list')
smart_system.update_locations()
for location in smart_system.locations.values():
logging.info(f' - update device list for location : {location.name}')
smart_system.update_devices(location)
# add callbacks
smart_system.add_ws_status_callback(on_ws_status_changed)
for device in location.devices.values():
device.add_callback(on_device_update)
smartsystemclientconnected = False
logging.info('===== Connection To MQTT Broker =====')
mqttclient.connect(mqtthost, mqttport)
mqttthread.start()
def test_update_locations_failed(self):
smart_system = SmartSystem(email="*****@*****.**", password="******")
init_failed_mock(smart_system)
smart_system.authenticate()
with pytest.raises(HTTPError):
smart_system.update_locations()