Fix AJAR state for windows

README.md

@@ -32,6 +32,7 @@ If you like my work:<br>
 - XC60 PHEV (2022)
 - XC90 PHEV T8 (2023)
 - XC90 PHEV T8 (2024)
+- XC90 B5 Mildhybrid (2024)
 - V90 PHEV T8 (2019)*
 
 *only partly working

src/CHANGELOG.md

@@ -1,3 +1,25 @@
+## v1.8.12
+### 🐛 Bug Fixes:
+
+- Fix `AJAR` state for windows
+- Fix deprecation from `currentThread` to `current_thread`
+
+## v1.8.11
+### 🐛 Bug Fixes:
+
+- Remove old code from checks for running engine sensor
+- Move battery charge level sensor from v2 to v1, as v2 returns 404
+
+## v1.8.10
+### 🐛 Bug Fixes:
+
+- Add `AJAR` state for sunroof #123
+
+## v1.8.9
+### 🐛 Bug Fixes:
+
+- Fix api changes from volvo #121
+
 ## v1.8.8
 ### 🐛 Bug Fixes:
 
@@ -48,7 +70,7 @@
 ### 🚀 Features:
 
 - <b>Breaking change: The `vccapikey` setting is now a list. It is possible to
-  add multiple VCCAPIKEYs. This will be helpful if you are extending your 10.000 call limit some times.
+  add multiple VCCAPIKEYs. This will be helpful if you are extending your 10.000 call limit sometimes.
   Change your vccapikey config like this:
   
   Old:

src/config.yaml

@@ -1,6 +1,6 @@
 name: "Volvo2Mqtt"
 description: "Volvo AAOS MQTT bridge"
-version: "1.8.7"
+version: "1.8.12"
 slug: "volvo2mqtt"
 init: false
 url: "https://github.com/Dielee/volvo2mqtt"

src/const.py

@@ -1,6 +1,6 @@
 from config import settings
 
-VERSION = "v1.8.8"
+VERSION = "v1.8.12"
 
 OAUTH_URL = "https://volvoid.eu.volvocars.com/as/token.oauth2"
 VEHICLES_URL = "https://api.volvocars.com/connected-vehicle/v1/vehicles"
@@ -16,7 +16,7 @@ ODOMETER_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0
 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"
 ENGINE_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/engine-status"
-BATTERY_CHARGE_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/battery-charge-level"
+BATTERY_CHARGE_STATE_URL = "https://api.volvocars.com/connected-vehicle/v1/vehicles/{0}/battery-charge-level"
 FUEL_STATE_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/fuel"
 STATISTICS_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/statistics"
 ENGINE_DIAGNOSTICS_URL = "https://api.volvocars.com/connected-vehicle/v2/vehicles/{0}/engine"
@@ -50,8 +50,8 @@ charging_connection_states = {"CONNECTION_STATUS_DISCONNECTED": "Disconnected",
                               "CONNECTION_STATUS_CONNECTED_DC": "Connected DC", "CONNECTION_STATUS_CONNECTED_AC": "Connected AC",
                               "CONNECTION_STATUS_FAULT": "Fault"}
 
-window_states = {"CLOSED": "OFF", "OPEN": "ON"}
-door_states = {"CLOSED": "OFF", "OPEN": "ON"}
+window_states = {"CLOSED": "OFF", "OPEN": "ON", "AJAR": "ON"}
+door_states = {"CLOSED": "OFF", "OPEN": "ON", "UNSPECIFIED": "UNKNOWN", "AJAR": "ON"}
 engine_states = {"RUNNING": "ON", "STOPPED": "OFF", "true": "ON", "false": "OFF"}
 
 icon_states = {
@@ -108,7 +108,6 @@ supported_entities = [
                         {"name": "Tire Rear Left", "domain": "sensor", "id": "tyre_rear_left", "icon": "car-tire-alert", "url": TYRE_STATE_URL},
                         {"name": "Tire Rear Right", "domain": "sensor", "id": "tyre_rear_right", "icon": "car-tire-alert", "url": TYRE_STATE_URL},
                         {"name": "Engine State", "domain": "binary_sensor", "device_class": "running", "id": "engine_state", "icon": "engine", "url": ENGINE_STATE_URL},
-                        {"name": "Engine State", "domain": "binary_sensor", "device_class": "running", "id": "engine_state", "icon": "engine", "url": ENGINE_DIAGNOSTICS_URL},
                         {"name": "Fuel Level", "domain": "sensor", "id": "fuel_level", "unit": "liters", "icon": "fuel", "url": FUEL_STATE_URL, "state_class": "measurement"},
                         {"name": "Average Fuel Consumption", "domain": "sensor", "id": "average_fuel_consumption", "unit": "liters", "icon": "fuel", "url": STATISTICS_URL},
                         {"name": "Distance to Empty", "domain": "sensor", "id": "distance_to_empty", "unit": "km" if not units.get(settings["babelLocale"]) else units[settings["babelLocale"]]["distance_to_empty"]["unit"], "icon": "map-marker-distance", "url": STATISTICS_URL, "state_class": "measurement"},

src/mqtt.py

@@ -25,7 +25,7 @@ active_schedules = {}
 
 def connect():
     client = mqtt.Client("volvoAAOS2mqtt") if os.environ.get("IS_HA_ADDON") \
-        else mqtt.Client("volvoAAOS2mqtt_" + settings.volvoData["username"])
+        else mqtt.Client("volvoAAOS2mqtt_" + settings.volvoData["username"].replace("+", ""))
 
     client.will_set(availability_topic, "offline", 0, False)
     if settings["mqtt"]["username"] and settings["mqtt"]["password"]:

src/volvo.py

@@ -4,7 +4,7 @@ import mqtt
 import util
 import time
 import re
-from threading import currentThread
+from threading import current_thread
 from datetime import datetime, timedelta
 from config import settings
 from babel.dates import format_datetime
@@ -245,11 +245,6 @@ def check_supported_endpoints():
                 # If battery charge level could be found in recharge-api, skip the second battery charge sensor
                 continue
 
-            if entity["id"] == "engine_state" and entity["url"] == ENGINE_DIAGNOSTICS_URL \
-                    and any("engine_state" in d["id"] for d in supported_endpoints[vin]):
-                # If engine state could be found in engine state endpoint, skip the second engine running sensor
-                continue
-
             if entity.get('url'):
                 state = api_call(entity["url"], "GET", vin, entity["id"])
             else:
@@ -308,7 +303,7 @@ def check_engine_status(vin):
         # Exit thread as engine state is unsupported by car
         return None
 
-    t = currentThread()
+    t = current_thread()
     while getattr(t, "do_run", True):
         engine_state = api_call(endpoint_url, "GET", vin, "engine_state", True)
         if engine_state == "ON":
@@ -448,7 +443,7 @@ def parse_api_data(data, sensor_id=None):
                 return ""
         return None
     elif sensor_id == "lock_status":
-        return data["carLocked"]["value"] if util.keys_exists(data, "carLocked") else None
+        return data["centralLock"]["value"] if util.keys_exists(data, "centralLock") else None
     elif sensor_id == "odometer":
         multiplier = 1
         if util.keys_exists(settings["volvoData"], "odometerMultiplier"):
@@ -460,44 +455,44 @@ def parse_api_data(data, sensor_id=None):
         return util.convert_metric_values(int(data["odometer"]["value"]) * multiplier) \
             if util.keys_exists(data, "odometer") else None
     elif sensor_id == "window_front_left":
-        return window_states[data["frontLeftWindowOpen"]["value"]] if util.keys_exists(data, "frontLeftWindowOpen") \
+        return window_states[data["frontLeftWindow"]["value"]] if util.keys_exists(data, "frontLeftWindow") \
             else None
     elif sensor_id == "window_front_right":
-        return window_states[data["frontRightWindowOpen"]["value"]] if util.keys_exists(data, "frontRightWindowOpen") \
+        return window_states[data["frontRightWindow"]["value"]] if util.keys_exists(data, "frontRightWindow") \
             else None
     elif sensor_id == "window_rear_left":
-        return window_states[data["rearLeftWindowOpen"]["value"]] if util.keys_exists(data, "rearLeftWindowOpen") \
+        return window_states[data["rearLeftWindow"]["value"]] if util.keys_exists(data, "rearLeftWindow") \
             else None
     elif sensor_id == "window_rear_right":
-        return window_states[data["rearRightWindowOpen"]["value"]] if util.keys_exists(data, "rearRightWindowOpen") \
+        return window_states[data["rearRightWindow"]["value"]] if util.keys_exists(data, "rearRightWindow") \
             else None
     elif sensor_id == "door_front_left":
-        return door_states[data["frontLeftDoorOpen"]["value"]] if util.keys_exists(data, "frontLeftDoorOpen") else None
+        return door_states[data["frontLeftDoor"]["value"]] if util.keys_exists(data, "frontLeftDoor") else None
     elif sensor_id == "door_front_right":
-        return door_states[data["frontRightDoorOpen"]["value"]] \
-            if util.keys_exists(data, "frontRightDoorOpen") else None
+        return door_states[data["frontRightDoor"]["value"]] \
+            if util.keys_exists(data, "frontRightDoor") else None
     elif sensor_id == "door_rear_left":
-        return door_states[data["rearLeftDoorOpen"]["value"]] if util.keys_exists(data, "rearLeftDoorOpen") else None
+        return door_states[data["rearLeftDoor"]["value"]] if util.keys_exists(data, "rearLeftDoor") else None
     elif sensor_id == "door_rear_right":
-        return door_states[data["rearRightDoorOpen"]["value"]] if util.keys_exists(data, "rearRightDoorOpen") else None
+        return door_states[data["rearRightDoor"]["value"]] if util.keys_exists(data, "rearRightDoor") else None
     elif sensor_id == "tailgate":
-        return door_states[data["tailGateOpen"]["value"]] if util.keys_exists(data, "tailGateOpen") else None
+        return door_states[data["tailgate"]["value"]] if util.keys_exists(data, "tailgate") else None
     elif sensor_id == "sunroof":
-        return door_states[data["sunRoofOpen"]["value"]] if util.keys_exists(data, "sunRoofOpen") else None
+        return door_states[data["sunroof"]["value"]] if util.keys_exists(data, "sunroof") else None
     elif sensor_id == "engine_hood":
-        return door_states[data["hoodOpen"]["value"]] if util.keys_exists(data, "hoodOpen") else None
+        return door_states[data["hood"]["value"]] if util.keys_exists(data, "hood") else None
     elif sensor_id == "tank_lid":
-        return door_states[data["tankLidOpen"]["value"]] if util.keys_exists(data, "tankLidOpen") else None
+        return door_states[data["tankLid"]["value"]] if util.keys_exists(data, "tankLid") else None
     elif sensor_id == "tyre_front_left":
-        return data["frontLeftTyrePressure"]["value"] if util.keys_exists(data, "frontLeftTyrePressure") else None
+        return data["frontLeft"]["value"] if util.keys_exists(data, "frontLeft") else None
     elif sensor_id == "tyre_front_right":
-        return data["frontRightTyrePressure"]["value"] if util.keys_exists(data, "frontRightTyrePressure") else None
+        return data["frontRight"]["value"] if util.keys_exists(data, "frontRight") else None
     elif sensor_id == "tyre_rear_left":
-        return data["rearLeftTyrePressure"]["value"] if util.keys_exists(data, "rearLeftTyrePressure") else None
+        return data["rearLeft"]["value"] if util.keys_exists(data, "rearLeft") else None
     elif sensor_id == "tyre_rear_right":
-        return data["rearRightTyrePressure"]["value"] if util.keys_exists(data, "rearRightTyrePressure") else None
+        return data["rearRight"]["value"] if util.keys_exists(data, "rearRight") else None
     elif sensor_id == "engine_state":
-        return engine_states[data["engineRunning"]["value"]] if util.keys_exists(data, "engineRunning") else None
+        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"])
@@ -548,16 +543,16 @@ def parse_api_data(data, sensor_id=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, "kmToService"):
-            km_to_service = int(data["kmToService"]["value"])
+        if util.keys_exists(data, "distanceToService"):
+            km_to_service = int(data["distanceToService"]["value"])
             if km_to_service > 0:
-                return util.convert_metric_values(data["kmToService"]["value"])
+                return util.convert_metric_values(data["distanceToService"]["value"])
         return None
     elif sensor_id == "months_to_service":
-        return data["monthsToService"]["value"] if util.keys_exists(data, "monthsToService") else None
+        return data["timeToService"]["value"] if util.keys_exists(data, "timeToService") else None
     elif sensor_id == "service_warning_status":
-        return data["serviceWarningStatus"]["value"] if util.keys_exists(data, "serviceWarningStatus") else None
+        return data["serviceWarning"]["value"] if util.keys_exists(data, "serviceWarning") else None
     elif sensor_id == "service_warning_trigger":
-        return data["serviceWarningTrigger"]["value"] if util.keys_exists(data, "serviceWarningTrigger") else None
+        return data["serviceTrigger"]["value"] if util.keys_exists(data, "serviceTrigger") else None
     else:
         return None