removed q_timeout which prevent appDaemon from starting with latest version

appdaemon.yaml

@@ -12,7 +12,6 @@ appdaemon:
       ha_url: http://10.0.0.21:8123
       token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJpc3MiOiJiZThhYWI2ZTlkNmQ0NWU2YTk1ODU5OWJjOWM3MWJkYiIsImlhdCI6MTc3NjEwOTc0NCwiZXhwIjoyMDkxNDY5NzQ0fQ.BorkjFjWlWCZqnUa9-NMUxGsDiupDoRZ3cEgsmeSofM
       cert_verify: True
-      q_timeout: 1200
       ws_timeout: 00:10:00
 http:
   url: http://0.0.0.0:5050

apps/alarmclock.py

@@ -181,7 +181,7 @@ class AlarmClock(SmartObject):
                 wakeup_in = value
 
         if wakeup_in > 0:
-            self.handle_prewakueup_cb = self.run_in(self.on_pre_wakeup, 5 * 60,wakeup_in = wakeup_in - 5) 
+            self.handle_prewakueup_cb = self.run_in(self.on_pre_wakeup, 1 * 60,wakeup_in = wakeup_in - 1) 
 
         wakeup_message = "On se reveil dans " + str(wakeup_in) + " minutes"
 

apps/global/heating.yaml

@@ -0,0 +1,78 @@
+heating_sensors:
+  module: virtualsensors
+  class: VirtualSensorsApp
+  priority: 10 # default priority app is 50, since most of them require sensors created by virtual sensors, it's important that virtual_sensors start first
+
+  sensors:
+    binary_sensor.heatpump_winter_mode: 
+      trigger_conditions: false #sensor.month >= 10 or sensor.month <= 4
+    value_selector.target_temperature_heatpump:
+        attributes:
+          unit_of_measurement: °C
+          device_class: temperature
+          icon: mdi:thermometer
+        values:
+          winter_mode:
+            conditions: binary_sensor.heatpump_winter_mode
+            value: 18
+          default:
+            conditions: True
+            value: 27
+
+smart_heating_templates_library:
+  module: templatelibrary
+  class: TemplateLibrary
+  priority: 1
+
+  templates_library:
+    clim_conditions:
+      trigger_conditions:
+        - "not binary_sensor.heatpump_winter_mode and (ext_temperature >= room_temperature or ext_temperature >= target_temperature or cant_open_window) and room_temperature >= (quick_resume ? target_temperature : (target_temperature + 1))"
+        - not binary_sensor.heatpump_winter_mode and self and (ext_temperature >= target_temperature or cant_open_window)
+        - binary_sensor.heatpump_winter_mode and room_temperature <= (target_temperature - 1) and ext_temperature <= 10
+        - binary_sensor.heatpump_winter_mode and self and room_temperature < target_temperature
+      blocking_conditions:
+        - binary_sensor.is_everybody_sleeping and not sleeping_in_the_room and not stay_on_while_sleeping
+        - not room_occupancy
+        - not binary_sensor.someone_home #and not (binary_sensor.someone_in_town and sensor.day_interval == 'Nuit')
+        - window_open
+
+desk_heatpump:
+  module: smartheatpump
+  class: SmartHeatpump
+  entity: climate.desk_heatpump
+
+  templates_library: smart_heating_templates_library
+
+  constants:
+    window_open: binary_sensor.desk_window
+    ext_temperature: sensor.ext_front_temperature
+    room_temperature: sensor.desk_temperature
+    room_occupancy: binary_sensor.desk_occupancy
+    target_temperature: sensor.target_temperature_heatpump
+    cant_open_window: false #binary_sensor.cant_open_window
+    sleeping_in_the_room: false #binary_sensor.is_bureau_sleeping
+    quick_resume: binary_sensor.desk_heatpump_quick_resume
+    stay_on_while_sleeping: false
+
+  virtual_sensors:
+    sensors:
+      value_selector.desk_heatpump_fan_mode:
+        auto: binary_sensor.heatpump_winter_mode
+        quiet: True
+
+  target_temperature: sensor.target_temperature_heatpump
+  hvac_mode: "binary_sensor.heatpump_winter_mode ? 'heat' : 'cool'"
+  fan_mode: sensor.desk_heatpump_fan_mode
+
+  smart_conditions:
+    callback_delay: 10 # on the morning it can happen that we ask to start and stop the heat pump immediately afterwards which in result in the heat pump ignoring the second command
+    template_conditions: <clim_conditions>
+
+  quick_resume:
+    sensor: binary_sensor.desk_heatpump_quick_resume
+    reset_event: good_morning
+
+  #input_buttons:
+  #  turn_on: input_button.clim_du_bureau_turn_on
+  #  turn_off: input_button.clim_du_bureau_turn_off

apps/global/presence.yaml

@@ -14,12 +14,18 @@ motion_tracker:
     restroom:
       motion_sensors: binary_sensor.restroom_motion
     garage:
-      motion_sensors: binary_sensor.garage_motion
+      door_generate_motion: true
+      motion_sensors: 
+        - binary_sensor.garage_motion
+      door_sensors:
+        - binary_sensor.garage_entrance
+        - binary_sensor.garage_door
     kitchen: 
       motion_sensors: binary_sensor.kitchen_motion
     mezzanine:
       motion_sensors: binary_sensor.mezzanine_motion
     living_room:
+      update_on_both_front: true
       motion_sensors: binary_sensor.living_room_presence_presence
 
 occupancy_sensors:
@@ -28,9 +34,15 @@ occupancy_sensors:
   priority: 8 # default priority app is 50, since most of them require sensors created by virtual sensors, it's important that virtual_sensors start first
 
   sensors:
-    binary_sensor.occupancy_living_room:
+    binary_sensor.living_room_occupancy:
       trigger_conditions: sensor.living_room_last_motion <= 5
-    binary_sensor.occupancy_kitchen: 
+    binary_sensor.kitchen_occupancy: 
       trigger_conditions: sensor.kitchen_last_motion <= 5
-    binary_sensor.occupancy_restroom:
+    binary_sensor.restroom_occupancy:
       trigger_conditions: sensor.restroom_last_motion <= 3
+    retain_condition.desk_occupancy:
+      retain_time: 5 * 60
+      conditions:
+        trigger_conditions: 
+          - binary_sensor.alienware_r10
+          - sensor.macbook_m3_pro_de_pierre_frontmost_app != 'loginwindow' and sensor.macbook_m3_pro_de_pierre_displays == 2

apps/global/virtualsensors.yaml

@@ -0,0 +1,14 @@
+virtual_sensors:
+  module: virtualsensors
+  class: VirtualSensorsApp
+  priority: 10 # default priority app is 50, since most of them require sensors created by virtual sensors, it's important that virtual_sensors start first
+
+  sensors:
+    continuous_condition.is_apple_tv_idle:
+      time: 5
+      conditions: media_player.apple_tv == 'paused' or media_player.apple_tv == 'idle' or media_player.apple_tv == 'standby'
+
+    binary_sensor.is_apple_tv_on: media_player.apple_tv != 'off'
+    binary_sensor.someone_home: person.maeva == 'home' or person.pierre == 'home'
+    binary_sensor.is_everybody_sleeping: input_boolean.sleeping
+    

apps/motiontracker.py

@@ -29,12 +29,14 @@ import time
 #           update_on_both_front: true          # optional, default false
 #               When true, motion is also recorded on the falling edge
 #               (sensor going on→off), not only on the rising edge.
+#               While any configured motion sensor remains on, the area
+#               timestamp is refreshed during the periodic update loop.
 #           max_time: <minutes>                 # optional
 #               Per-area cap, overrides the app-level max_time.
-#           door_sensor: <entity_id>            # optional
-#               Binary sensor for the area door.  When the door closes
-#               (on→off), the close timestamp is stored and exposed as
-#               a sensor (see OUTPUT ENTITIES below).
+#           door_sensors: <entity_id | list of entity_ids>  # optional
+#               One or more binary sensors for the area door.  When any
+#               door closes (on→off), the close timestamp is stored and
+#               exposed as a sensor (see OUTPUT ENTITIES below).
 #       # Shorthand form (no extra options needed):
 #       <area_name>: <entity_id | list of entity_ids>
 #
@@ -98,7 +100,7 @@ import time
 #           - binary_sensor.living_room_motion_1
 #           - binary_sensor.living_room_motion_2
 #         max_time: 60
-#         door_sensor: binary_sensor.living_room_door
+#         door_sensors: binary_sensor.living_room_door
 #       garage:
 #         motion_sensors: binary_sensor.garage_motion
 #         update_on_both_front: true
@@ -150,6 +152,7 @@ class MotionTracker(SmartObject):
         self.output_last_motion_sensors = dict()
         self.output_last_motion_time_sensors = dict()
         self.output_door_close_time_sensors = dict()
+        self.area_motion_sensors = dict()
         self.app_max_time = self.args.get('max_time', self.MAX_TIME)
         self.areas_max_time = dict()
         self.update_cb_handle = None
@@ -159,16 +162,18 @@ class MotionTracker(SmartObject):
             current_time = time.time()
             for area in self.args['areas']:
                 update_on_both_front = False
+                door_generate_motion = False
                 self.output_last_motion_sensors[area] = self.create_entity(f"sensor.{area}_last_motion")
                 self.output_last_motion_time_sensors[area] = self.create_entity(f"sensor.{area}_last_motion_time")
+                self.area_motion_sensors[area] = list()
                 if isinstance(self.args['areas'][area], dict):
                     sensor_entities = self.args['areas'][area]['motion_sensors']
-                    try: update_on_both_front = self.args['areas'][area]['update_on_both_front']
-                    except KeyError: pass
+                    update_on_both_front = self.args['areas'][area].get('update_on_both_front', False)
+                    door_generate_motion = self.args['areas'][area].get('door_generate_motion', False)
                     if 'max_time' in self.args['areas'][area]:
                         self.areas_max_time[area] = self.args['areas'][area]['max_time']
 
-                    if 'door_sensor' in self.args['areas'][area]:
+                    if 'door_sensors' in self.args['areas'][area]:
                         self.output_door_close_time_sensors[area] = self.create_entity(f"sensor.{area}_door_close_time")
 
                         if not area in self.dataset['areas_door_close_time']:
@@ -177,7 +182,13 @@ class MotionTracker(SmartObject):
                         if not self.output_door_close_time_sensors[area].exists():
                             self.output_door_close_time_sensors[area].set_state(state = self.dataset['areas_door_close_time'][area],attributes = {'unit_of_measurement' : "s"})
 
-                        self.listen_state(self.on_door_close,self.args['areas'][area]['door_sensor'],new = 'off', old = 'on',area = area)
+                        door_sensor_entities = self.args['areas'][area]['door_sensors']
+                        if not isinstance(door_sensor_entities, list):
+                            door_sensor_entities = [door_sensor_entities]
+                        for door_entity in door_sensor_entities:
+                            self.listen_state(self.on_door_close, door_entity, new = 'off', old = 'on', area = area)
+                            if door_generate_motion:
+                                self.listen_state(self.on_motion_detected, door_entity, area = area)
                 else: 
                     sensor_entities = self.args['areas'][area]
 
@@ -233,6 +244,7 @@ class MotionTracker(SmartObject):
         self.log(f"Registering sensor {sensor_entity} for area {area}")
         if sensor_entity not in self.input_sensors:
             self.input_sensors[sensor_entity] = area
+            self.area_motion_sensors[area].append(sensor_entity)
             self.listen_state(self.on_motion_detected,sensor_entity,old = "off", new = "on", area = area)
             if update_on_both_front:
                 self.listen_state(self.on_motion_detected,sensor_entity,old = "on", new = "off", area = area)
@@ -247,6 +259,11 @@ class MotionTracker(SmartObject):
         assert time_elapsed != None
         self.output_last_motion_sensors[area].set_state(state = int(time_elapsed),attributes = {'unit_of_measurement' : "min"})
 
+    # Returns True when at least one motion sensor in the area is currently on.
+    # Used for presence sensors that can remain latched on for long periods.
+    def is_area_active(self,area):
+        return any(self.get_state(sensor_entity) == "on" for sensor_entity in self.area_motion_sensors.get(area, []))
+
     # Returns True when the area is listed under
     # areas_excluded_from_last_area_with_movement and should not update
     # sensor.last_area_with_movement
@@ -283,7 +300,11 @@ class MotionTracker(SmartObject):
         #For example if A = 5 and B = 6 and add 2 to the both of them starting by A
         #A will be bigger than B (A = 7 and B = 6) for a very short time, and might trigger some automation
         for area in sorted(self.dataset['areas_movement_time'], key = lambda area: self.dataset['areas_movement_time'][area]):
-            if (self.is_area_initialized(area)): self.update_area_sensor(area,current_time)
+            if (self.is_area_initialized(area)): 
+                if self.is_area_active(area):
+                    self.dataset['areas_movement_time'][area] = current_time
+                    self.output_last_motion_time_sensors[area].set_state(state = current_time)
+                self.update_area_sensor(area,current_time)
 
         self.output_last_area_with_movement_sensor.set_state(self.dataset['last_area_with_movement'])
         self.update_cb_handle = self.run_in(self.update_areas_data,30)
@@ -308,4 +329,4 @@ class MotionTracker(SmartObject):
     # Fired when the door sensor for an area transitions on→off (door closed).
     # Stores the current unix timestamp in the door_close_time sensor.
     def on_door_close(self, entity, attribute, old, new, kwargs):
-        self.output_door_close_time_sensors[kwargs['area']].set_state(state = time.time())
+        self.output_door_close_time_sensors[kwargs['area']].set_state(state = time.time())

apps/rooms/bedroom.yaml

@@ -158,7 +158,7 @@ bed_ledstrip:
   on_events_with_transition:
     wake_up_events:
       transition_time: 120
-      brightness_pct: 50
+      brightness_pct: 100
       events:
         WAKEUP_IN:
           event_name: WAKEUP_IN

apps/rooms/kitchen.yaml

@@ -5,7 +5,7 @@ light_kitchen_sink:
 
   smart_conditions: 
     - light.kitchen_sink_switch
-    - binary_sensor.occupancy_kitchen and (sensor.kitchen_motion_light_level < 10 or self)
+    - binary_sensor.kitchen_occupancy and (sensor.kitchen_motion_light_level < 10 or self)
   
   light_brightness_pct:
     100: light.kitchen_sink_switch

apps/rooms/living_room.yaml

@@ -24,4 +24,20 @@ light_mezzanine_02:
   light_brightness_pct:
     5: input_boolean.sleeping
     25: binary_sensor.day_interval_night
-    100: True
+    100: True
+
+light_bookshelves:
+  module: smartlight
+  class: SmartLight
+  entity: light.living_room_bookshelves
+
+  smart_conditions:
+    trigger_conditions: binary_sensor.living_room_occupancy
+    blocking_conditions: 
+      - sensor.mezzanine_motion_light_level > 10
+      - binary_sensor.is_apple_tv_on and not binary_sensor.is_apple_tv_idle
+
+  #light_brightness_pct:
+  #  5: input_boolean.sleeping
+  #  25: binary_sensor.day_interval_night
+  #  100: True

apps/smartheatpump.py

@@ -0,0 +1,102 @@
+import ad_toolbox.smartcondition as SmartCondition
+import ad_toolbox.smartvalue as SmartValue
+from ad_toolbox.smartobject import SmartObject
+import time
+
+class SmartHeatpump(SmartObject):
+
+    def on_initialize_smart_object(self):
+        super().on_initialize_smart_object()
+
+        if 'quick_resume' in self.args:
+            self.quick_resume_sensor = self.create_entity(self.args['quick_resume']['sensor']) 
+            #is_on =  'on' if self.entity.get_state() != 'off' else 'off'
+            #if self.get_state(self.args['quick_resume']['sensor']) != 'on': # if the sensor doesn't exist I wan't to set it as well
+            #    self.set_state(self.args['quick_resume']['sensor'],state = is_on)
+            self.listen_event(lambda event_name, data, kwargs: self.set_state(self.args['quick_resume']['sensor'],state = 'off'),self.args['quick_resume']['reset_event'])
+
+        self.target_temperature = SmartValue.Evaluator(self,self.args['target_temperature'], expression_name = 'target_temperature', on_change_cb = self.on_change_target_temperature, constants = self.constants)
+        self.hvac_mode = SmartValue.Evaluator(self,self.args['hvac_mode'], expression_name = 'hvac_mode', on_change_cb = self.on_change_hvac_mode, constants = self.constants)
+        if 'horizontal_vane' in self.args:
+            self.horizontal_vane = SmartValue.Evaluator(self,self.args['horizontal_vane'], expression_name = 'horizontal_vane', on_change_cb = self.on_change_horizontal_vane, constants = self.constants)
+        else:
+            self.horizontal_vane = None
+
+        self.fan_mode = SmartValue.Evaluator(self,self.args['fan_mode'], expression_name = 'fan_mode', on_change_cb = self.on_change_fan_mode, constants = self.constants)
+        self.smart_conditions_evaluator = SmartCondition.Evaluator(self,self.args['smart_conditions'],condition_name = "smart_conditions",on_change_cb = self.on_smart_conditions_change,constants = self.constants, templates_library = self.templates_library)
+
+        if 'input_buttons' in self.args:
+            if 'turn_on' in self.args['input_buttons']:
+                self.listen_state(lambda entity, attribute, old, new, kwargs: self.on_turn_on_button(),self.args['input_buttons']['turn_on'])
+            if 'turn_off' in self.args['input_buttons']:
+                self.listen_state(lambda entity, attribute, old, new, kwargs: self.on_turn_off_button(),self.args['input_buttons']['turn_off'])
+
+    def on_turn_on_button(self): self.start_cooling()
+
+    def on_turn_off_button(self): 
+        self.stop_cooling()
+        # we don't wan't quick resum if we force turn off the a/c
+        if 'quick_resume' in self.args:
+            self.set_state(self.args['quick_resume']['sensor'],state = 'off')
+
+    def start_cooling(self):
+        if 'quick_resume' in self.args:
+            self.set_state(self.args['quick_resume']['sensor'],state = 'on')
+        temperature = self.target_temperature.evaluate(False)
+        hvac_mode = self.hvac_mode.evaluate(False)
+        fan_mode = self.fan_mode.evaluate(False)
+        self.log_info(f"Starting Heatpump in {hvac_mode} mode, with target_temperature of {temperature}° and {fan_mode} fan speed")
+        
+        #self.turn_on(self.entity_id)
+        #time.sleep(2)
+
+        self.call_service("climate/set_hvac_mode", entity_id = self.entity_id,hvac_mode = hvac_mode)
+        time.sleep(1)
+        self.call_service("climate/set_temperature", entity_id = self.entity_id,temperature = temperature,hvac_mode = hvac_mode)
+        time.sleep(1)
+        self.call_service("climate/set_fan_mode", entity_id = self.entity_id,fan_mode = fan_mode)
+        if self.horizontal_vane:
+            time.sleep(1)
+            horizontal_vane = self.horizontal_vane.evaluate(False)
+            self.set_horizontal_vane(horizontal_vane)
+
+    def stop_cooling(self):
+        self.log_info("Setting Heatpump hvac_mode to off")
+        self.call_service("climate/set_hvac_mode", entity_id = self.entity_id,hvac_mode = "off")
+
+
+    def on_smart_conditions_change(self,prev_result,result):
+        if result == SmartCondition.Result.Succeeded:
+            self.start_cooling()
+        else:
+            self.log_info("Turning Off Heatpump")
+            self.stop_cooling()
+
+    def on_change_target_temperature(self,prev_result,result):
+        if self.entity.get_state() != 'off':
+            self.log_info(f"Setting target temperature to {result}°")
+            self.call_service("climate/set_temperature", entity_id = self.entity_id,temperature = result)
+
+    def on_change_hvac_mode(self,prev_result,result):
+        if self.entity.get_state() != 'off':
+            self.log_info(f"Setting hvac_mode to {result}")
+            self.call_service("climate/set_hvac_mode", entity_id = self.entity_id,hvac_mode = result)
+
+    def on_change_fan_mode(self,prev_result,result):
+        if self.entity.get_state() != 'off':
+            self.log_info(f"Setting fan_mode to {result}")
+            self.call_service("climate/set_fan_mode", entity_id = self.entity_id,fan_mode = result)
+
+    def set_horizontal_vane(self,value):
+        device, entity = self.split_entity(self.entity_id)
+        self.call_service("select/select_option", entity_id = f"select.{entity}_horizontal_vane",option = value)
+        #self.set_state(f"select.{entity}_horizontal_vane",state = value)
+
+    def on_change_horizontal_vane(self,prev_result,result):
+        if self.entity.get_state() != 'off':
+            self.log_info(f"Setting horizontal_vane to {result}")
+            self.set_horizontal_vane(result)
+            
+
+
+

archiveLogs.sh

@@ -2,6 +2,9 @@
 
 # Archive log files from the logs directory into a timestamped subdirectory, then delete them.
 
+# Add to dockerStart.sh to run this script at startup, after the configuration setup:
+# sh $CONF/archiveLogs.sh
+
 LOGS_DIR=/conf/logs
 ARCHIVE_DIR=$LOGS_DIR/archive
 TIMESTAMP=$(date +"%Y%m%d_%H%M%S")