def test_device_online_state_state(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['ambiguous_2'])
assert device.status == 1
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
assert device.status == 2
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['ambiguous_1'])
assert device.status not in [1, 2]
def dummy_device(key: str) -> Zwave:
"""
Represent a dummy device in tests, where we do not care about the device type
:param key: Key to look up in test_data.json
:return: Dummy device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo, **test_data['devices'][key])
device.binary_switch_property = {}
device.binary_switch_property[
f"devolo.BinarySwitch:{test_data['devices'][key]['uid']}"] = BinarySwitchProperty(
element_uid=
f"devolo.BinarySwitch:{test_data['devices'][key]['uid']}",
setter=lambda uid, state: None,
state=test_data['devices'][key]['state'],
enabled=test_data['devices'][key]['guiEnabled'])
device.settings_property = {}
device.settings_property["general_device_settings"] = SettingsProperty(
element_uid=f"gds.{test_data['devices'][key]['uid']}",
setter=lambda uid, state: None,
icon=test_data['devices'][key]['icon'],
name=test_data['devices'][key]['itemName'],
zone_id=test_data['devices'][key]['zoneId'],
zones=test_data.get("gateway").get("zones"))
return device
def humidity_sensor_device(device_uid: str) -> Zwave:
"""
Represent a humidity sensor
:param device_uid: Device UID this mock shall have
:return: Humidity sensor device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data.get("devices").get("humidity"))
gateway = MockGateway(test_data.get("gateway").get("id"),
mydevolo=mydevolo)
session = requests.Session()
device.binary_sensor_property = {}
device.humidity_bar_property = {}
device.multi_level_sensor_property = {}
device.settings_property = {}
element_uid = f'devolo.DewpointSensor:{device_uid}'
device.multi_level_sensor_property[element_uid] = \
MultiLevelSensorProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=element_uid,
value=test_data.get("devices").get("humidity").get("dewpoint"))
element_uid = f'devolo.MildewSensor:{device_uid}'
device.binary_sensor_property[element_uid] = \
BinarySensorProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=element_uid,
state=test_data.get("devices").get("humidity").get("mildew"))
element_uid = f'devolo.HumidityBar:{device_uid}'
device.humidity_bar_property[element_uid] = \
HumidityBarProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=element_uid,
zone=test_data.get("devices").get("humidity").get("zone"),
value=test_data.get("devices").get("humidity").get("value"))
device.settings_property["general_device_settings"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f'gds.{test_data.get("devices").get("humidity").get("uid")}',
icon=test_data.get("devices").get("humidity").get("icon"),
name=test_data.get("devices").get("humidity").get("itemName"),
zone_id=test_data.get("devices").get("humidity").get("zoneId"))
return device
def shutter(device_uid: str) -> Zwave:
"""
Represent a shutter in tests
:param device_uid: Device UID this mock shall have
:return: Metering Plug device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo, **test_data['devices']['blinds'])
device.multi_level_switch_property = {}
device.settings_property = {}
device.multi_level_switch_property[f'devolo.Blinds:{device_uid}'] = MultiLevelSwitchProperty(
element_uid=f"devolo.Blinds:{device_uid}",
setter=lambda uid,
state: None,
value=test_data['devices']['blinds']['value'],
max=test_data['devices']['blinds']['max'],
min=test_data['devices']['blinds']['min'])
device.settings_property['i2'] = SettingsProperty(element_uid=f"bas.{device_uid}",
setter=lambda uid,
state: None,
value=test_data['devices']['blinds']['i2'])
device.settings_property["general_device_settings"] = SettingsProperty(element_uid=f'gds.{device_uid}',
setter=lambda uid,
state: None,
icon=test_data['devices']['blinds']['icon'],
name=test_data['devices']['blinds']['itemName'],
zone_id=test_data['devices']['blinds']['zoneId'],
zones=test_data['gateway']['zones'])
device.settings_property["automatic_calibration"] = SettingsProperty(
element_uid=f'acs.{device_uid}',
setter=lambda uid,
state: None,
calibration_status=test_data['devices']['blinds']['calibrationStatus'] == 2)
device.settings_property["movement_direction"] = SettingsProperty(
element_uid=f'bss.{device_uid}',
setter=lambda uid,
state: None,
direction=not bool(test_data['devices']['blinds']['movement_direction']))
device.settings_property["shutter_duration"] = SettingsProperty(
element_uid=f'mss.{device_uid}',
setter=lambda uid,
state: None,
shutter_duration=test_data['devices']['blinds']['shutter_duration'])
return device
def test_get_property(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
device.binary_switch_property = {}
element_uid = f"devolo.BinarySwitch:{self.devices['mains']['uid']}"
device.binary_switch_property[element_uid] = BinarySwitchProperty(
element_uid=element_uid,
setter=lambda uid, state: None,
state=self.devices['mains']['properties']['state'],
enabled=self.devices['mains']['properties']['guiEnabled'])
assert isinstance(
device.get_property("binary_switch")[0], BinarySwitchProperty)
def multi_level_sensor_device(device_uid: str) -> Zwave:
"""
Represent a Multi Level Sensor
:param device_uid: Device UID this mock shall have
:return: Multi Level Sensor device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data.get("devices").get("sensor"))
device.binary_sensor_property = {}
device.multi_level_sensor_property = {}
device.settings_property = {}
element_uid = f"devolo.BinarySensor:{device_uid}"
device.binary_sensor_property[element_uid] = BinarySensorProperty(
element_uid=element_uid,
state=test_data.get("devices").get("sensor").get("state"))
element_uid = f"devolo.MultiLevelSensor:{device_uid}#MultilevelSensor(1)"
device.multi_level_sensor_property[element_uid] = MultiLevelSensorProperty(
element_uid=element_uid,
value=test_data.get("devices").get("sensor").get("value"),
unit=test_data.get("devices").get("sensor").get("unit"))
device.settings_property['temperature_report'] = SettingsProperty(
element_uid=f"trs.{device_uid}",
setter=lambda uid, state: True,
temp_report=test_data.get("devices").get("sensor").get("temp_report"))
device.settings_property['motion_sensitivity'] = SettingsProperty(
element_uid=f"mss.{device_uid}",
setter=lambda uid, state: True,
motion_sensitivity=test_data.get("devices").get("sensor").get(
"motion_sensitivity"))
device.settings_property["general_device_settings"] = SettingsProperty(
element_uid=f'gds.{device_uid}',
setter=lambda uid, state: None,
icon=test_data.get("devices").get("sensor").get("icon"),
name=test_data.get("devices").get("sensor").get("itemName"),
zone_id=test_data.get("devices").get("sensor").get("zoneId"),
zones=test_data.get("gateway").get("zones"))
return device
def siren(device_uid: str) -> Zwave:
"""
Represent a siren in tests
:param device_uid: Device UID this mock shall have
:return: Siren device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo, **test_data['devices']['siren'])
gateway = MockGateway(test_data['gateway']['id'], mydevolo=mydevolo)
session = requests.Session()
device.multi_level_switch_property = {}
device.multi_level_switch_property[f'devolo.SirenMultiLevelSwitch:{device_uid}'] = \
MultiLevelSwitchProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f"devolo.SirenMultiLevelSwitch:{device_uid}",
state=test_data['devices']['siren']['state'])
device.settings_property = {}
device.settings_property['muted'] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f"bas.{device_uid}",
value=test_data['devices']['siren']['muted'])
device.settings_property["general_device_settings"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f"gds.{device_uid}",
icon=test_data['devices']['siren']['icon'],
name=test_data['devices']['siren']['itemName'],
zone_id=test_data['devices']['siren']['zoneId'])
device.settings_property["tone"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f"mss.{device_uid}",
value=test_data['devices']['siren']['properties']['value'])
return device
def remote_control(device_uid: str) -> Zwave:
"""
Represent a remote control in tests.
:param device_uid: Device UID this mock shall have
:return: Remote Control
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data['devices']['remote'])
gateway = MockGateway(test_data['gateway']['id'], mydevolo=mydevolo)
session = requests.Session()
device.remote_control_property = {}
device.settings_property = {}
device.remote_control_property[f'devolo.RemoteControl:{device_uid}'] = \
RemoteControlProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f'devolo.RemoteControl:{device_uid}',
key_count=test_data['devices']['remote']['key_count'],
key_pressed=0)
device.settings_property["general_device_settings"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f'gds.{device_uid}',
icon=test_data['devices']['remote']['icon'],
name=test_data['devices']['remote']['itemName'],
zone_id=test_data['devices']['remote']['zoneId'])
device.settings_property["switch_type"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f'sts.{device_uid}',
value=test_data['devices']['remote']['key_count'])
return device
def test_get_property(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
gateway = MockGateway(self.gateway['id'], mydevolo=mydevolo)
session = requests.Session()
device.binary_switch_property = {}
element_uid = f"devolo.BinarySwitch:{self.devices['mains']['uid']}"
device.binary_switch_property[element_uid] = \
BinarySwitchProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=element_uid,
state=self.devices['mains']['properties']['state'],
enabled=self.devices['mains']['properties']['guiEnabled'])
assert isinstance(
device.get_property("binary_switch")[0], BinarySwitchProperty)
def multi_level_switch_device(device_uid: str) -> Zwave:
"""
Represent a multi level switch device in tests
:param device_uid: Device UID this mock shall have
:return: Multi level switch device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data.get("devices").get("multi_level_switch"))
gateway = MockGateway(test_data.get("gateway").get("id"),
mydevolo=mydevolo)
session = requests.Session()
device.multi_level_switch_property = {}
device.settings_property = {}
device.multi_level_switch_property[f'devolo.MultiLevelSwitch:{device_uid}'] = \
MultiLevelSwitchProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f"devolo.MultiLevelSwitch:{device_uid}",
value=test_data.get("devices").get("multi_level_switch").get("value"),
max=test_data.get("devices").get("multi_level_switch").get("max"),
min=test_data.get("devices").get("multi_level_switch").get("min"))
device.settings_property["general_device_settings"] = \
SettingsProperty(gateway=gateway,
session=session,
mydevolo=mydevolo,
element_uid=f'gds.{device_uid}',
icon=test_data.get("devices").get("multi_level_switch").get("icon"),
name=test_data.get("devices").get("multi_level_switch").get("itemName"),
zone_id=test_data.get("devices").get("multi_level_switch").get("zoneId"))
return device
def remote_control(device_uid: str) -> Zwave:
"""
Represent a remote control in tests.
:param device_uid: Device UID this mock shall have
:return: Remote Control
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data['devices']['remote'])
device.remote_control_property = {}
device.settings_property = {}
device.remote_control_property[
f'devolo.RemoteControl:{device_uid}'] = RemoteControlProperty(
element_uid=f"devolo.RemoteControl:{device_uid}",
setter=lambda uid, state: True,
key_count=test_data['devices']['remote']['key_count'],
key_pressed=0)
device.settings_property["general_device_settings"] = SettingsProperty(
element_uid=f"gds.{device_uid}",
setter=lambda uid, state: None,
icon=test_data['devices']['remote']['icon'],
name=test_data['devices']['remote']['itemName'],
zone_id=test_data['devices']['remote']['zoneId'],
zones=test_data['gateway']['zones'])
device.settings_property["switch_type"] = SettingsProperty(
element_uid=f"sts.{device_uid}",
setter=lambda uid, state: None,
value=test_data['devices']['remote']['key_count'])
return device
def multi_level_switch_device(device_uid: str) -> Zwave:
"""
Represent a multi level switch device in tests
:param device_uid: Device UID this mock shall have
:return: Multi level switch device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo,
**test_data.get("devices").get("multi_level_switch"))
device.multi_level_switch_property = {}
device.settings_property = {}
device.multi_level_switch_property[
f'devolo.MultiLevelSwitch:{device_uid}'] = MultiLevelSwitchProperty(
element_uid=f"devolo.MultiLevelSwitch:{device_uid}",
setter=lambda uid, state: None,
value=test_data.get("devices").get("multi_level_switch").get(
"value"),
max=test_data.get("devices").get("multi_level_switch").get("max"),
min=test_data.get("devices").get("multi_level_switch").get("min"))
device.settings_property['general_device_settings'] = SettingsProperty(
element_uid=f"gds.{device_uid}",
setter=lambda uid, state: None,
icon=test_data.get("devices").get("multi_level_switch").get("icon"),
name=test_data.get("devices").get("multi_level_switch").get(
"itemName"),
zone_id=test_data.get("devices").get("multi_level_switch").get(
"zoneId"),
zones=test_data.get("gateway").get("zones"))
return device
def metering_plug(device_uid: str) -> Zwave:
"""
Represent a metering plug in tests
:param device_uid: Device UID this mock shall have
:return: Metering Plug device
"""
file = pathlib.Path(__file__).parent / ".." / "test_data.json"
with file.open("r") as fh:
test_data = json.load(fh)
mydevolo = Mydevolo()
device = Zwave(mydevolo_instance=mydevolo, **test_data['devices']['mains']['properties'])
device.binary_switch_property = {}
device.consumption_property = {}
device.multi_level_sensor_property = {}
device.settings_property = {}
device.binary_switch_property[f'devolo.BinarySwitch:{device_uid}'] = BinarySwitchProperty(
element_uid=f"devolo.BinarySwitch:{device_uid}",
setter=lambda uid,
state: None,
state=test_data['devices']['mains']['properties']['state'],
enabled=test_data['devices']['mains']['properties']['guiEnabled'])
device.consumption_property[f'devolo.Meter:{device_uid}'] = ConsumptionProperty(
element_uid=f"devolo.Meter:{device_uid}",
setter=lambda uid,
state: None,
current=test_data['devices']['mains']['properties']['current_consumption'],
total=test_data['devices']['mains']['properties']['total_consumption'],
total_since=test_data['devices']['mains']['properties']['sinceTime'])
device.multi_level_sensor_property[f'devolo.VoltageMultiLevelSensor:{device_uid}'] = \
MultiLevelSensorProperty(element_uid=f"devolo.VoltageMultiLevelSensor:{device_uid}",
current=test_data['devices']['mains']['properties']['voltage'])
device.settings_property["param_changed"] = SettingsProperty(element_uid=f"cps.{device_uid}",
setter=lambda uid,
state: None)
device.settings_property['general_device_settings'] = SettingsProperty(
element_uid=f"gds.{device_uid}",
setter=lambda uid,
state: True,
events_enabled=test_data['devices']['mains']['properties']['eventsEnabled'],
icon=test_data['devices']['mains']['properties']['icon'],
name=test_data['devices']['mains']['properties']['itemName'],
zone_id=test_data['devices']['mains']['properties']['zoneId'],
zones=test_data.get("gateway").get("zones"))
device.settings_property["led"] = SettingsProperty(element_uid=f"lis.{device_uid}",
setter=lambda uid,
state: True,
led_setting=test_data['devices']['mains']['properties']['led_setting'])
device.settings_property["protection"] = \
SettingsProperty(element_uid=f"ps.{device_uid}",
setter=lambda uid, state: True,
local_switching=test_data['devices']['mains']['properties']['local_switch'],
remote_switching=test_data['devices']['mains']['properties']['remote_switch'])
device.settings_property['flash_mode'] = SettingsProperty(element_uid=f"mas.{device_uid}",
setter=lambda uid,
state: None,
valus=test_data['devices']['mains']['flashMode'])
return device
def test_get_property_invalid(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
with pytest.raises(AttributeError):
device.get_property("binary_switch")
def test_battery_level(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo, **self.devices['remote'])
assert device.battery_level == self.devices['remote']['batteryLevel']
def test_in_online_online(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
assert device.is_online()
def test_in_online_offline(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo, **self.devices['offline'])
assert not device.is_online()
def test_get_zwave_info(self, mydevolo):
device = Zwave(mydevolo_instance=mydevolo,
**self.devices['mains']['properties'])
device.get_zwave_info()
assert device.brand == self.devices['mains']['brand']