async def preheat_stop(self, vin: str):
LOGGER.info("Start preheat_stop for vin %s", vin)
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.zev_preconditioning_stop.type = pb2_commands.ZEVPreconditioningType.now
await self.websocket.call(message.SerializeToString())
LOGGER.info("End preheat_stop for vin %s", vin)
async def doors_lock(self, vin: str):
LOGGER.info("Start Doors_lock for vin %s", vin)
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.doors_lock.doors.extend([])
await self.websocket.call(message.SerializeToString())
LOGGER.info("End Doors_lock for vin %s", vin)
async def engine_stop(self, vin: str):
LOGGER.info("Start engine_stop for vin %s", vin)
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
engine_stop = pb2_commands.EngineStop()
message.commandRequest.engine_stop.CopyFrom(engine_stop)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End engine_stop for vin %s", vin)
async def windows_close(self, vin: str):
LOGGER.info("Start windows_close for vin %s", vin)
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
windows_close = pb2_commands.WindowsClose()
message.commandRequest.windows_close.CopyFrom(windows_close)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End windows_close for vin %s", vin)
async def preheat_start_departure_time(self, vin: str,
departure_time: int):
LOGGER.info("Start preheat_start_departure_time for vin %s", vin)
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.zev_preconditioning_start.departure_time = departure_time
message.commandRequest.zev_preconditioning_start.type = pb2_commands.ZEVPreconditioningType.departure
await self.websocket.call(message.SerializeToString())
LOGGER.info("End preheat_start_departure_time for vin %s", vin)
async def windows_open(self, vin: str):
LOGGER.info("Start windows_open for vin %s", vin)
message = client_pb2.ClientMessage()
if self.pin is None:
LOGGER.warn(
f"Can't open the windows - car {vin}. PIN not set. Please set the PIN -> Integration, Options "
)
return
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.windows_open.pin = self.pin
await self.websocket.call(message.SerializeToString())
LOGGER.info("End windows_open for vin %s", vin)
async def preheat_stop(self, vin: str):
LOGGER.info("Start preheat_stop for vin %s", vin)
if not self.is_car_feature_available(vin, "ZEV_PRECONDITIONING_STOP"):
LOGGER.warning(
f"Can't stop PreCond for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.zev_preconditioning_stop.type = pb2_commands.ZEVPreconditioningType.now
await self.websocket.call(message.SerializeToString())
LOGGER.info("End preheat_stop for vin %s", vin)
async def doors_unlock(self, vin: str):
if not self.is_car_feature_available(vin, "DOORS_UNLOCK"):
LOGGER.warning(
f"Can't unlock car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
if self.pin is None:
LOGGER.warning(
f"Can't unlock car {vin}. PIN not set. Please set the PIN -> Integration, Options "
)
return
await self.doors_unlock_with_pin(vin, self.pin)
async def doors_lock(self, vin: str):
LOGGER.info("Start Doors_lock for vin %s", vin)
if not self.is_car_feature_available(vin, "DOORS_LOCK"):
LOGGER.warning(
f"Can't lock car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.doors_lock.doors.extend([])
await self.websocket.call(message.SerializeToString())
LOGGER.info("End Doors_lock for vin %s", vin)
async def auxheat_start(self, vin: str):
LOGGER.info("Start auxheat start for vin %s", vin)
if not self.is_car_feature_available(vin, "AUXHEAT_START"):
LOGGER.warning(
f"Can't start auxheat for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
auxheat_start = pb2_commands.AuxheatStart()
message.commandRequest.auxheat_start.CopyFrom(auxheat_start)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End auxheat start for vin %s", vin)
async def engine_stop(self, vin: str):
LOGGER.info("Start engine_stop for vin %s", vin)
if not self.is_car_feature_available(vin, "ENGINE_STOP"):
LOGGER.warning(
f"Can't stop engine for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
engine_stop = pb2_commands.EngineStop()
message.commandRequest.engine_stop.CopyFrom(engine_stop)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End engine_stop for vin %s", vin)
async def windows_close(self, vin: str):
LOGGER.info("Start windows_close for vin %s", vin)
if not self.is_car_feature_available(vin, "WINDOWS_CLOSE"):
LOGGER.warning(
f"Can't close the windows for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
windows_close = pb2_commands.WindowsClose()
message.commandRequest.windows_close.CopyFrom(windows_close)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End windows_close for vin %s", vin)
async def sigpos_start(self, vin: str):
LOGGER.info("Start sigpos_start for vin %s", vin)
if not self.is_car_feature_available(vin, "SIGPOS_START"):
LOGGER.warning(
f"Can't start signaling for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.sigpos_start.light_type = 1
message.commandRequest.sigpos_start.sigpos_type = 0
await self.websocket.call(message.SerializeToString())
LOGGER.info("End sigpos_start for vin %s", vin)
async def battery_max_soc_configure(self, vin: str, max_soc: int):
LOGGER.info("Start battery_max_soc_configure to %s for vin %s",
max_soc, vin)
if not self.is_car_feature_available(vin, "BATTERY_MAX_SOC_CONFIGURE"):
LOGGER.warning(
f"Can't configure battery_max_soc for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
charge_program_config = pb2_commands.ChargeProgramConfigure()
charge_program_config.max_soc.value = max_soc
message.commandRequest.charge_program_configure.CopyFrom(
charge_program_config)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End battery_max_soc_configure for vin %s", vin)
async def windows_open(self, vin: str):
LOGGER.info("Start windows_open for vin %s", vin)
if not self.is_car_feature_available(vin, "WINDOWS_OPEN"):
LOGGER.warning(
f"Can't open the windows for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
if self.pin is None:
LOGGER.warning(
f"Can't open the windows - car {vin}. PIN not set. Please set the PIN -> Integration, Options "
)
return
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.windows_open.pin = self.pin
await self.websocket.call(message.SerializeToString())
LOGGER.info("End windows_open for vin %s", vin)
async def auxheat_configure(self, vin: str, time_selection: int,
time_1: int, time_2: int, time_3: int):
LOGGER.info("Start auxheat_configure for vin %s", vin)
if not self.is_car_feature_available(vin, "AUXHEAT_START"):
LOGGER.warning(
f"Can't start auxheat for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
auxheat_configure = pb2_commands.AuxheatConfigure()
auxheat_configure.time_selection = time_selection
auxheat_configure.time_1 = time_1
auxheat_configure.time_2 = time_2
auxheat_configure.time_3 = time_3
message.commandRequest.auxheat_configure.CopyFrom(auxheat_configure)
await self.websocket.call(message.SerializeToString())
LOGGER.info("End auxheat_configure for vin %s", vin)
async def engine_start(self, vin: str):
LOGGER.info("Start engine start for vin %s", vin)
if not self.is_car_feature_available(vin, "ENGINE_START"):
LOGGER.warning(
f"Can't start engine for car {vin}. VIN unknown or feature not availabe for this car."
)
return
message = client_pb2.ClientMessage()
if self.pin is None:
LOGGER.warning(
f"Can't start the car {vin}. PIN not set. Please set the PIN -> Integration, Options "
)
return
message.commandRequest.vin = vin
message.commandRequest.request_id = str(uuid.uuid4())
message.commandRequest.engine_start.pin = self.pin
await self.websocket.call(message.SerializeToString())
LOGGER.info("End engine start for vin %s", vin)
def on_data(data):
"""Define a handler to fire when the data is received."""
msg_type = data.WhichOneof('msg')
if (msg_type == "vepUpdate"): #VEPUpdate
LOGGER.debug("vepUpdate")
return
if (msg_type == "vepUpdates"): #VEPUpdatesByVIN
self._process_vep_updates(data)
sequence_number = data.vepUpdates.sequence_number
LOGGER.debug(f"vepUpdates Sequence: {sequence_number}")
ack_command = client_pb2.ClientMessage()
ack_command.acknowledge_vep_updates_by_vin.sequence_number = sequence_number
return ack_command
if (msg_type == "debugMessage"): #DebugMessage
if data.debugMessage:
LOGGER.debug(
f"debugMessage - Data: {data.debugMessage.message}")
return
if (msg_type == "service_status_update"):
LOGGER.debug(
f"service_status_update - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "user_data_update"):
LOGGER.debug(
f"user_data_update - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "user_vehicle_auth_changed_update"):
LOGGER.debug(
f"user_vehicle_auth_changed_update - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "user_picture_update"):
LOGGER.debug(
f"user_picture_update - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "user_pin_update"):
LOGGER.debug(
f"user_pin_update - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "vehicle_updated"):
LOGGER.debug(
f"vehicle_updated - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "preferred_dealer_change"):
LOGGER.debug(
f"preferred_dealer_change - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
return
if (msg_type == "apptwin_command_status_updates_by_vin"):
LOGGER.debug(
f"apptwin_command_status_updates_by_vin - Data: {MessageToJson(data, preserving_proto_field_name=True)}"
)
sequence_number = data.apptwin_command_status_updates_by_vin.sequence_number
LOGGER.debug("apptwin_command_status_updates_by_vin: %s",
sequence_number)
ack_command = client_pb2.ClientMessage()
ack_command.acknowledge_apptwin_command_status_update_by_vin.sequence_number = sequence_number
return ack_command
if (msg_type == "apptwin_pending_command_request"):
#LOGGER.debug(f"apptwin_pending_command_request - Data: {MessageToJson(data, preserving_proto_field_name=True)}")
return
if (msg_type == "assigned_vehicles"):
LOGGER.debug("assigned_vehicles")
self._process_assigned_vehicles(data)
return
LOGGER.debug(f"Message Type not implemented - {msg_type}")
