Bump addon version

README.md

@@ -171,6 +171,6 @@ Here is what every option means:
 [i386-shield]: https://img.shields.io/badge/i386-yes-green.svg
 [releases]: https://github.com/Dielee/volvo2mqtt/releases
 [releases-shield]: https://img.shields.io/github/release/Dielee/volvo2mqtt.svg
-[maintenance-shield]: https://img.shields.io/maintenance/yes/2025.svg
+[maintenance-shield]: https://img.shields.io/maintenance/yes/2026.svg
 [commits-shield]: https://img.shields.io/github/commit-activity/y/Dielee/volvo2mqtt.svg
 [commits]: https://github.com/Dielee/volvo2mqtt/commits/main

src/CHANGELOG.md

@@ -1,3 +1,16 @@
+## v1.13.1
+
+### 🐛 Bug Fixes:
+
+- Fix missing charging system state `error` #314
+- Move `object_id` to `default_entity_id` for mqtt entities according to #312
+
+## v1.13.0
+
+### 🚀 Features:
+
+- Move energy api to v2 (https://developer.volvocars.com/apis/energy/v2/release-notes/)
+
 ## v1.12.2
 
 ### 🚀 Features:

src/config.yaml

@@ -1,6 +1,6 @@
 name: "Volvo2Mqtt"
 description: "Volvo AAOS MQTT bridge"
-version: "1.12.2"
+version: "1.13.1"
 slug: "volvo2mqtt"
 init: false
 url: "https://github.com/Dielee/volvo2mqtt"

src/const.py

@@ -1,6 +1,6 @@
 from config import settings
 
-VERSION = "v1.12.2"
+VERSION = "v1.13.1"
 
 OAUTH_TOKEN_URL = "https://volvoid.eu.volvocars.com/as/token.oauth2"
 OAUTH_AUTH_URL = "https://volvoid.eu.volvocars.com/as/authorization.oauth2"
@@ -12,7 +12,7 @@ CLIMATE_STOP_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/
 LOCK_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/doors"
 CAR_LOCK_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/commands/lock"
 CAR_UNLOCK_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/commands/unlock"
-RECHARGE_STATE_URL = "https://api.volvocars.com/energy/v1/vehicles/{0}/recharge-status"
+RECHARGE_STATE_URL = "https://api.volvocars.com/energy/v2/vehicles/{0}/state"
 ODOMETER_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/odometer"
 LOCATION_STATE_URL = "https://api.volvocars.com/location/v1/vehicles/{0}/location"
 TYRE_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/tyres"
@@ -59,13 +59,13 @@ units = {
 
 availability_topic = "volvoAAOS2mqtt/availability"
 
-charging_system_states = {"CHARGING_SYSTEM_CHARGING": "Charging", "CHARGING_SYSTEM_IDLE": "Idle",
-                          "CHARGING_SYSTEM_FAULT": "Fault", "CHARGING_SYSTEM_UNSPECIFIED": "Unspecified",
-                          "CHARGING_SYSTEM_DONE": "Done", "CHARGING_SYSTEM_SCHEDULED": "Scheduled"}
+charging_system_states = {"CHARGING": "Charging", "IDLE": "Idle",
+                          "FAULT": "Fault", "UNSPECIFIED": "Unspecified",
+                          "DONE": "Done", "SCHEDULED": "Scheduled", "ERROR": "Error",
+                          "DISCHARGING": "Discharging"}
 
-charging_connection_states = {"CONNECTION_STATUS_DISCONNECTED": "Disconnected", "CONNECTION_STATUS_UNSPECIFIED": "Unspecified",
-                              "CONNECTION_STATUS_CONNECTED_DC": "Connected DC", "CONNECTION_STATUS_CONNECTED_AC": "Connected AC",
-                              "CONNECTION_STATUS_FAULT": "Fault"}
+charging_connection_states = {"DISCONNECTED": "Disconnected", "UNSPECIFIED": "Unspecified",
+                              "FAULT": "Fault", "CONNECTED": "Connected"}
 
 window_states = {"CLOSED": "OFF", "OPEN": "ON", "UNSPECIFIED": "UNKNOWN", "AJAR": "ON"}
 door_states = {"CLOSED": "OFF", "OPEN": "ON", "UNSPECIFIED": "UNKNOWN", "AJAR": "ON"}

src/mqtt.py

@@ -58,7 +58,7 @@ def create_otp_input():
     state_topic = otp_mqtt_topic + "/state"
     config = {
         "name": "Volvo OTP",
-        "object_id": "volvo_otp",
+        "default_entity_id": "volvo_otp",
         "schema": "state",
         "command_topic": otp_mqtt_topic,
         "state_topic": state_topic,
@@ -95,7 +95,7 @@ def send_car_images(vin, data, device):
             image_topic = f"homeassistant/image/{vin}_{entity['id']}/image_topic"
             config = {
                 "name": entity["name"],
-                "object_id": f"volvo_{vin}_{entity['id']}",
+                "default_entity_id": f"volvo_{vin}_{entity['id']}",
                 "schema": "state",
                 "icon": "mdi:image-area",
                 "content_type": "image/png",
@@ -176,16 +176,24 @@ def on_message(client, userdata, msg):
     if "climate_status" in msg.topic:
         if payload == "ON":
             start_climate(vin)
+            return None
         elif payload == "OFF":
             stop_climate(vin)
+            return None
+        return None
     elif "lock_status" in msg.topic:
         if payload == "LOCK":
             lock_car(vin)
+            return None
         elif payload == "UNLOCK":
             unlock_car(vin)
+            return None
+        return None
     elif "update_data" in msg.topic:
         if payload == "PRESS":
             update_car_data(True)
+            return None
+        return None
     elif "update_interval" in msg.topic:
         try:
             update_interval = int(payload)
@@ -194,8 +202,10 @@ def on_message(client, userdata, msg):
             else:
                 logging.warning(f"Interval {update_interval} seconds is to low. Doing nothing!")
             update_car_data()
+            return None
         except ValueError as error:
-            logging.error(f"Unable to change update_interval {error} payload={payload}") 
+            logging.error(f"Unable to change update_interval {error} payload={payload}")
+            return None
     elif "schedule" in msg.topic:
         try:
             d = json.loads(payload)
@@ -205,8 +215,11 @@ def on_message(client, userdata, msg):
 
         if d["mode"] == "timer":
             start_climate_timer(d, vin)
+            return None
         else:
             logging.warning("No schedule mode found, doing nothing")
+            return None
+    return None
 
 
 def start_climate_timer(d, vin):
@@ -392,7 +405,7 @@ def update_ha_device(entity, vin, state):
     logging.debug("Updating icon to " + icon + " for " + entity["id"])
     config = {
         "name": entity['name'],
-        "object_id": f"volvo_{vin}_{entity['id']}",
+        "default_entity_id": f"volvo_{vin}_{entity['id']}",
         "schema": "state",
         "icon": f"mdi:{icon}" if icon else f"mdi:{entity['icon']}",
         "state_topic": f"homeassistant/{entity['domain']}/{vin}_{entity['id']}/state",
@@ -433,7 +446,7 @@ def create_ha_devices():
         for entity in volvo.supported_endpoints[vin]:
             config = {
                 "name": entity['name'],
-                "object_id": f"volvo_{vin}_{entity['id']}",
+                "default_entity_id": f"volvo_{vin}_{entity['id']}",
                 "schema": "state",
                 "icon": f"mdi:{entity['icon']}",
                 "state_topic": f"homeassistant/{entity['domain']}/{vin}_{entity['id']}/state",

src/volvo.py

@@ -197,6 +197,10 @@ def refresh_auth():
 
     if auth.status_code == 200:
         token_path = util.get_token_path()
+        if os.path.exists(token_path):
+            with open(token_path) as f:
+                data = json.load(f)
+
         refresh_data = auth.json()
 
         if not "refresh_token" in refresh_data:
@@ -458,7 +462,9 @@ def check_engine_status(vin):
             mqtt.assumed_climate_state[vin] = "OFF"
             mqtt.update_car_data()
             break
+
         time.sleep(5)
+    return None
 
 
 def backend_status_loop():
@@ -594,196 +600,202 @@ def cached_request(url, method, vin, force_update=False, key_change=False):
 
 
 def parse_api_data(data, sensor_id=None):
-    if sensor_id != "api_backend_status":
-        data = data["data"]
-    if sensor_id == "battery_charge_level":
-        return data["batteryChargeLevel"]["value"] if util.keys_exists(data, "batteryChargeLevel") else None
-    elif sensor_id == "battery_capacity":
-        return data["batteryCapacityKWH"] if util.keys_exists(data, "batteryCapacityKWH") else None
-    elif sensor_id == "electric_range":
-        return util.convert_metric_values(data["electricRange"]["value"]) \
-            if util.keys_exists(data, "electricRange") else None
-    elif sensor_id == "charging_system_status":
-        return charging_system_states[data["chargingSystemStatus"]["value"]] \
-            if util.keys_exists(data, "chargingSystemStatus") else None
-    elif sensor_id == "charging_connection_status":
-        return charging_connection_states[data["chargingConnectionStatus"]["value"]] \
-            if util.keys_exists(data, "chargingConnectionStatus") else None
-    elif sensor_id == "estimated_charging_time":
-        if util.keys_exists(data, "chargingSystemStatus"):
-            charging_system_state = charging_system_states[data["chargingSystemStatus"]["value"]]
-            if charging_system_state == "Charging":
-                return data["estimatedChargingTime"]["value"] if util.keys_exists(data, "estimatedChargingTime") else ""
+    if sensor_id in ["battery_charge_level", "electric_range", "charging_system_status",
+                     "charging_connection_status", "estimated_charging_time", "estimated_charging_finish_time"]:
+
+        if sensor_id == "battery_charge_level":
+            return data["batteryChargeLevel"]["value"] if util.keys_exists(data, "batteryChargeLevel") else None
+        elif sensor_id == "electric_range":
+            return util.convert_metric_values(data["electricRange"]["value"]) \
+                if util.keys_exists(data, "electricRange") else None
+        elif sensor_id == "charging_system_status":
+            return charging_system_states[data["chargingStatus"]["value"]] \
+                if util.keys_exists(data, "chargingStatus") else None
+        elif sensor_id == "charging_connection_status":
+            return charging_connection_states[data["chargerConnectionStatus"]["value"]] \
+                if util.keys_exists(data, "chargerConnectionStatus") else None
+        elif sensor_id == "estimated_charging_time":
+            if util.keys_exists(data, "chargingStatus"):
+                charging_system_state = charging_system_states[data["chargingStatus"]["value"]]
+                if charging_system_state == "Charging":
+                    return data["estimatedChargingTimeToTargetBatteryChargeLevel"]["value"] if util.keys_exists(data,
+                                                                                      "estimatedChargingTimeToTargetBatteryChargeLevel") else ""
+                else:
+                    return 0
+            return None
+        elif sensor_id == "estimated_charging_finish_time":
+            if util.keys_exists(data, "estimatedChargingTimeToTargetBatteryChargeLevel"):
+                charging_system_state = charging_system_states[data["chargingStatus"]["value"]]
+                if charging_system_state == "Charging":
+                    charging_time = int(
+                        data["estimatedChargingTimeToTargetBatteryChargeLevel"]["value"] if util.keys_exists(data, "estimatedChargingTimeToTargetBatteryChargeLevel")
+                        else 0)
+                    charging_finished = datetime.now(util.TZ) + timedelta(minutes=charging_time)
+                    return format_datetime(charging_finished, format="medium", locale=settings["babelLocale"])
+                else:
+                    return ""
+            return None
+        return None
+    else:
+        if sensor_id != "api_backend_status":
+            data = data["data"]
+
+        if sensor_id == "lock_status":
+            return data["centralLock"]["value"] if util.keys_exists(data, "centralLock") else None
+        elif sensor_id == "battery_capacity":
+            return data["batteryCapacityKWH"] if util.keys_exists(data, "batteryCapacityKWH") else None
+        elif sensor_id == "odometer":
+            return util.convert_metric_values(int(data["odometer"]["value"])) \
+                if util.keys_exists(data, "odometer") else None
+        elif sensor_id == "window_front_left":
+            return window_states[data["frontLeftWindow"]["value"]] if util.keys_exists(data, "frontLeftWindow") \
+                else None
+        elif sensor_id == "window_front_right":
+            return window_states[data["frontRightWindow"]["value"]] if util.keys_exists(data, "frontRightWindow") \
+                else None
+        elif sensor_id == "window_rear_left":
+            return window_states[data["rearLeftWindow"]["value"]] if util.keys_exists(data, "rearLeftWindow") \
+                else None
+        elif sensor_id == "window_rear_right":
+            return window_states[data["rearRightWindow"]["value"]] if util.keys_exists(data, "rearRightWindow") \
+                else None
+        elif sensor_id == "door_front_left":
+            return door_states[data["frontLeftDoor"]["value"]] if util.keys_exists(data, "frontLeftDoor") else None
+        elif sensor_id == "door_front_right":
+            return door_states[data["frontRightDoor"]["value"]] \
+                if util.keys_exists(data, "frontRightDoor") else None
+        elif sensor_id == "door_rear_left":
+            return door_states[data["rearLeftDoor"]["value"]] if util.keys_exists(data, "rearLeftDoor") else None
+        elif sensor_id == "door_rear_right":
+            return door_states[data["rearRightDoor"]["value"]] if util.keys_exists(data, "rearRightDoor") else None
+        elif sensor_id == "tailgate":
+            return door_states[data["tailgate"]["value"]] if util.keys_exists(data, "tailgate") else None
+        elif sensor_id == "sunroof":
+            return door_states[data["sunroof"]["value"]] if util.keys_exists(data, "sunroof") else None
+        elif sensor_id == "engine_hood":
+            return door_states[data["hood"]["value"]] if util.keys_exists(data, "hood") else None
+        elif sensor_id == "tank_lid":
+            return door_states[data["tankLid"]["value"]] if util.keys_exists(data, "tankLid") else None
+        elif sensor_id == "tyre_front_left":
+            return data["frontLeft"]["value"] if util.keys_exists(data, "frontLeft") else None
+        elif sensor_id == "tyre_front_right":
+            return data["frontRight"]["value"] if util.keys_exists(data, "frontRight") else None
+        elif sensor_id == "tyre_rear_left":
+            return data["rearLeft"]["value"] if util.keys_exists(data, "rearLeft") else None
+        elif sensor_id == "tyre_rear_right":
+            return data["rearRight"]["value"] if util.keys_exists(data, "rearRight") else None
+        elif sensor_id == "engine_state":
+            return engine_states[data["engineStatus"]["value"]] if util.keys_exists(data, "engineStatus") else None
+        elif sensor_id == "fuel_level":
+            if util.keys_exists(data, "fuelAmount"):
+                fuel_amount = float(data["fuelAmount"]["value"])
+                if fuel_amount > 0:
+                    return fuel_amount
+            return None
+        elif sensor_id == "average_fuel_consumption":
+            average_fuel_con = 0
+            if util.keys_exists(data, "averageFuelConsumption"):
+                average_fuel_con = float(data["averageFuelConsumption"]["value"])
+            elif util.keys_exists(data, "averageFuelConsumptionAutomatic"):
+                average_fuel_con = float(data["averageFuelConsumptionAutomatic"]["value"])
+
+            if average_fuel_con > 0:
+                return average_fuel_con
+            return None
+        elif sensor_id == "average_speed":
+            average_speed = 0
+            if util.keys_exists(data, "averageSpeed"):
+                average_speed = float(data["averageSpeed"]["value"])
+            elif util.keys_exists(data, "averageSpeedAutomatic"):
+                average_speed = float(data["averageSpeedAutomatic"]["value"])
+
+            if average_speed != 0:
+                return util.convert_metric_values(average_speed)
+
+            return None
+        elif sensor_id == "location":
+            coordinates = {}
+            if util.keys_exists(data, "geometry"):
+                raw_data = data["geometry"]
+                if util.keys_exists(raw_data, "coordinates"):
+                    coordinates = {"longitude": raw_data["coordinates"][0],
+                                   "latitude": raw_data["coordinates"][1],
+                                   "gps_accuracy": 1}
+            return coordinates
+        elif sensor_id == "distance_to_empty_tank":
+            if util.keys_exists(data, "distanceToEmptyTank"):
+                distance_to_empty = int(data["distanceToEmptyTank"]["value"])
+                if distance_to_empty > 0:
+                    return util.convert_metric_values(data["distanceToEmptyTank"]["value"])
+            return None
+        elif sensor_id == "distance_to_empty_battery":
+            if util.keys_exists(data, "distanceToEmptyBattery"):
+                distance_to_empty = int(data["distanceToEmptyBattery"]["value"])
+                if distance_to_empty > 0:
+                    return util.convert_metric_values(data["distanceToEmptyBattery"]["value"])
+            return None
+        elif sensor_id == "hours_to_service":
+            return data["engineHoursToService"]["value"] if util.keys_exists(data, "engineHoursToService") else None
+        elif sensor_id == "km_to_service":
+            if util.keys_exists(data, "distanceToService"):
+                km_to_service = int(data["distanceToService"]["value"])
+                if km_to_service > 0:
+                    return util.convert_metric_values(data["distanceToService"]["value"])
+            return None
+        elif sensor_id == "time_to_service":
+            if util.keys_exists(data, "timeToService"):
+                return str(data["timeToService"]["value"]) + " " + data["timeToService"]["unit"]
             else:
-                return 0
-        return None
-    elif sensor_id == "estimated_charging_finish_time":
-        if util.keys_exists(data, "chargingSystemStatus"):
-            charging_system_state = charging_system_states[data["chargingSystemStatus"]["value"]]
-            if charging_system_state == "Charging":
-                charging_time = int(
-                    data["estimatedChargingTime"]["value"] if util.keys_exists(data, "estimatedChargingTime")
-                    else 0)
-                charging_finished = datetime.now(util.TZ) + timedelta(minutes=charging_time)
-                return format_datetime(charging_finished, format="medium", locale=settings["babelLocale"])
-            else:
-                return ""
-        return None
-    elif sensor_id == "lock_status":
-        return data["centralLock"]["value"] if util.keys_exists(data, "centralLock") else None
-    elif sensor_id == "odometer":
-        return util.convert_metric_values(int(data["odometer"]["value"])) \
-            if util.keys_exists(data, "odometer") else None
-    elif sensor_id == "window_front_left":
-        return window_states[data["frontLeftWindow"]["value"]] if util.keys_exists(data, "frontLeftWindow") \
-            else None
-    elif sensor_id == "window_front_right":
-        return window_states[data["frontRightWindow"]["value"]] if util.keys_exists(data, "frontRightWindow") \
-            else None
-    elif sensor_id == "window_rear_left":
-        return window_states[data["rearLeftWindow"]["value"]] if util.keys_exists(data, "rearLeftWindow") \
-            else None
-    elif sensor_id == "window_rear_right":
-        return window_states[data["rearRightWindow"]["value"]] if util.keys_exists(data, "rearRightWindow") \
-            else None
-    elif sensor_id == "door_front_left":
-        return door_states[data["frontLeftDoor"]["value"]] if util.keys_exists(data, "frontLeftDoor") else None
-    elif sensor_id == "door_front_right":
-        return door_states[data["frontRightDoor"]["value"]] \
-            if util.keys_exists(data, "frontRightDoor") else None
-    elif sensor_id == "door_rear_left":
-        return door_states[data["rearLeftDoor"]["value"]] if util.keys_exists(data, "rearLeftDoor") else None
-    elif sensor_id == "door_rear_right":
-        return door_states[data["rearRightDoor"]["value"]] if util.keys_exists(data, "rearRightDoor") else None
-    elif sensor_id == "tailgate":
-        return door_states[data["tailgate"]["value"]] if util.keys_exists(data, "tailgate") else None
-    elif sensor_id == "sunroof":
-        return door_states[data["sunroof"]["value"]] if util.keys_exists(data, "sunroof") else None
-    elif sensor_id == "engine_hood":
-        return door_states[data["hood"]["value"]] if util.keys_exists(data, "hood") else None
-    elif sensor_id == "tank_lid":
-        return door_states[data["tankLid"]["value"]] if util.keys_exists(data, "tankLid") else None
-    elif sensor_id == "tyre_front_left":
-        return data["frontLeft"]["value"] if util.keys_exists(data, "frontLeft") else None
-    elif sensor_id == "tyre_front_right":
-        return data["frontRight"]["value"] if util.keys_exists(data, "frontRight") else None
-    elif sensor_id == "tyre_rear_left":
-        return data["rearLeft"]["value"] if util.keys_exists(data, "rearLeft") else None
-    elif sensor_id == "tyre_rear_right":
-        return data["rearRight"]["value"] if util.keys_exists(data, "rearRight") else None
-    elif sensor_id == "engine_state":
-        return engine_states[data["engineStatus"]["value"]] if util.keys_exists(data, "engineStatus") else None
-    elif sensor_id == "fuel_level":
-        if util.keys_exists(data, "fuelAmount"):
-            fuel_amount = float(data["fuelAmount"]["value"])
-            if fuel_amount > 0:
-                return fuel_amount
-        return None
-    elif sensor_id == "average_fuel_consumption":
-        average_fuel_con = 0
-        if util.keys_exists(data, "averageFuelConsumption"):
-            average_fuel_con = float(data["averageFuelConsumption"]["value"])
-        elif util.keys_exists(data, "averageFuelConsumptionAutomatic"):
-            average_fuel_con = float(data["averageFuelConsumptionAutomatic"]["value"])
+                return None
+        elif sensor_id == "service_warning_status":
+            return data["serviceWarning"]["value"] if util.keys_exists(data, "serviceWarning") else None
+        elif sensor_id == "average_energy_consumption":
+            average_energy_con = 0
+            if util.keys_exists(data, "averageEnergyConsumption"):
+                average_energy_con = data["averageEnergyConsumption"]["value"]
+            elif util.keys_exists(data, "averageEnergyConsumptionAutomatic"):
+                average_energy_con = data["averageEnergyConsumptionAutomatic"]["value"]
 
-        if average_fuel_con > 0:
-            return average_fuel_con
-        return None
-    elif sensor_id == "average_speed":
-        average_speed = 0
-        if util.keys_exists(data, "averageSpeed"):
-            average_speed = float(data["averageSpeed"]["value"])
-        elif util.keys_exists(data, "averageSpeedAutomatic"):
-            average_speed = float(data["averageSpeedAutomatic"]["value"])
+            if average_energy_con != 0:
+                return average_energy_con
+            return None
+        elif sensor_id == "washer_fluid_warning":
+            return data["washerFluidLevelWarning"]["value"] if util.keys_exists(data, "washerFluidLevelWarning") else None
+        elif sensor_id == "warnings":
+            warnings = 0
+            cleaned_data = {}
+            for key, dicts in data.items():
+                contains_data = sum(value == "NO_WARNING" or value == "FAILURE" for value in dicts.values())
+                if contains_data:
+                    warnings = warnings + 1
+                    cleaned_data[key] = dicts["value"]
 
-        if average_speed != 0:
-            return util.convert_metric_values(average_speed)
-
-        return None
-    elif sensor_id == "location":
-        coordinates = {}
-        if util.keys_exists(data, "geometry"):
-            raw_data = data["geometry"]
-            if util.keys_exists(raw_data, "coordinates"):
-                coordinates = {"longitude": raw_data["coordinates"][0],
-                               "latitude": raw_data["coordinates"][1],
-                               "gps_accuracy": 1}
-        return coordinates
-    elif sensor_id == "distance_to_empty_tank":
-        if util.keys_exists(data, "distanceToEmptyTank"):
-            distance_to_empty = int(data["distanceToEmptyTank"]["value"])
-            if distance_to_empty > 0:
-                return util.convert_metric_values(data["distanceToEmptyTank"]["value"])
-        return None
-    elif sensor_id == "distance_to_empty_battery":
-        if util.keys_exists(data, "distanceToEmptyBattery"):
-            distance_to_empty = int(data["distanceToEmptyBattery"]["value"])
-            if distance_to_empty > 0:
-                return util.convert_metric_values(data["distanceToEmptyBattery"]["value"])
-        return None
-    elif sensor_id == "hours_to_service":
-        return data["engineHoursToService"]["value"] if util.keys_exists(data, "engineHoursToService") else None
-    elif sensor_id == "km_to_service":
-        if util.keys_exists(data, "distanceToService"):
-            km_to_service = int(data["distanceToService"]["value"])
-            if km_to_service > 0:
-                return util.convert_metric_values(data["distanceToService"]["value"])
-        return None
-    elif sensor_id == "time_to_service":
-        if util.keys_exists(data, "timeToService"):
-            return str(data["timeToService"]["value"]) + " " + data["timeToService"]["unit"]
+            return cleaned_data if warnings > 0 else None
+        elif sensor_id == "trip_fuel_consumption":
+            trip_fuel_con = 0
+            if util.keys_exists(data, "averageFuelConsumptionAutomatic"):
+                trip_fuel_con = float(data["averageFuelConsumptionAutomatic"]["value"])
+            if trip_fuel_con > 0:
+                return trip_fuel_con
+            return None
+        elif sensor_id == "trip_distance":
+            return util.convert_metric_values(int(data["tripMeterAutomatic"]["value"])) \
+                if util.keys_exists(data, "tripMeterAutomatic") else None
+        elif sensor_id == "trip_energy_consumption":
+            trip_energy_con = 0
+            if util.keys_exists(data, "averageEnergyConsumptionAutomatic"):
+                trip_energy_con = data["averageEnergyConsumptionAutomatic"]["value"]
+            if trip_energy_con != 0:
+                return trip_energy_con
+            return None
+        elif sensor_id == "trip_speed":
+            trip_speed = 0
+            if util.keys_exists(data, "averageSpeedAutomatic"):
+                trip_speed = float(data["averageSpeedAutomatic"]["value"])
+            if trip_speed != 0:
+                return util.convert_metric_values(trip_speed)
+            return None
         else:
             return None
-    elif sensor_id == "service_warning_status":
-        return data["serviceWarning"]["value"] if util.keys_exists(data, "serviceWarning") else None
-    elif sensor_id == "average_energy_consumption":
-        average_energy_con = 0
-        if util.keys_exists(data, "averageEnergyConsumption"):
-            average_energy_con = data["averageEnergyConsumption"]["value"]
-        elif util.keys_exists(data, "averageEnergyConsumptionAutomatic"):
-            average_energy_con = data["averageEnergyConsumptionAutomatic"]["value"]
-
-        if average_energy_con != 0:
-            return average_energy_con
-        return None
-    elif sensor_id == "washer_fluid_warning":
-        return data["washerFluidLevelWarning"]["value"] if util.keys_exists(data, "washerFluidLevelWarning") else None
-    elif sensor_id == "warnings":
-        warnings = 0
-        cleaned_data = {}
-        for key, dicts in data.items():
-            contains_data = sum(value == "NO_WARNING" or value == "FAILURE" for value in dicts.values())
-            if contains_data:
-                warnings = warnings + 1
-                cleaned_data[key] = dicts["value"]
-
-        return cleaned_data if warnings > 0 else None
-    elif sensor_id == "trip_fuel_consumption":
-        trip_fuel_con = 0
-        if util.keys_exists(data, "averageFuelConsumptionAutomatic"):
-            trip_fuel_con = float(data["averageFuelConsumptionAutomatic"]["value"])
-        if trip_fuel_con > 0:
-            return trip_fuel_con
-        return None
-    elif sensor_id == "trip_distance":
-        return util.convert_metric_values(int(data["tripMeterAutomatic"]["value"])) \
-            if util.keys_exists(data, "tripMeterAutomatic") else None
-    elif sensor_id == "trip_energy_consumption":
-        trip_energy_con = 0
-        if util.keys_exists(data, "averageEnergyConsumptionAutomatic"):
-            trip_energy_con = data["averageEnergyConsumptionAutomatic"]["value"]
-        if trip_energy_con != 0:
-            return trip_energy_con
-        return None
-    elif sensor_id == "trip_speed":
-        trip_speed = 0
-        if util.keys_exists(data, "averageSpeedAutomatic"):
-            trip_speed = float(data["averageSpeedAutomatic"]["value"])
-        if trip_speed != 0:
-            return util.convert_metric_values(trip_speed)
-        return None
-
-    else:
-        return None