various heatpump adjustements

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/apps.yaml

@@ -60,3 +60,14 @@ informations_collector:
     #     - group.dumb_lights
     #   output_sensor: sensor.ad_number_of_lights_on
 
+haw_switch:
+  module: smartswitch
+  class: SmartSwitch
+
+  entity: input_boolean.haw
+
+  auto_switch_off_after: 28800 # 8h
+      
+  off_events:
+    - WAKEUP
+

apps/global/heating.yaml

@@ -0,0 +1,175 @@
+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: input_number.heatpump_temperature
+
+smart_heating_templates_library:
+  module: templatelibrary
+  class: TemplateLibrary
+  priority: 1
+
+  templates_library:
+    clim_conditions:
+      local_expressions:
+        temp_threshold: "sleeping_in_the_room ? 0 : (ext_temperature >= 35 ? 0.5 : 1)"
+      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 + temp_threshold))"
+        - 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 and not (sleeping_in_the_room or (occupied_tonight and binary_sensor.day_interval_night))
+        - not binary_sensor.someone_home
+        - 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: binary_sensor.is_desk_sleeping
+    sleeping_in_the_room: binary_sensor.is_desk_sleeping
+    quick_resume: binary_sensor.desk_heatpump_quick_resume
+    occupied_tonight: input_boolean.desk_occupied_tonight
+    stay_on_while_sleeping: false
+
+  virtual_sensors:
+    sensors:
+      value_selector.desk_heatpump_fan_mode:
+        auto: binary_sensor.heatpump_winter_mode or room_temperature > target_temperature + 1
+        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>  
+
+  control_mode_selector:
+    sensor: input_select.desk_heatpump_override
+    reset_events: 
+      - good_morning
+      - good_bye
+
+  quick_resume:
+    sensor: binary_sensor.desk_heatpump_quick_resume
+    reset_events: good_morning
+
+  #input_buttons:
+  #  turn_on: input_button.clim_du_bureau_turn_on
+  #  turn_off: input_button.clim_du_bureau_turn_off
+
+bedroom_heatpump:
+  module: smartheatpump
+  class: SmartHeatpump
+  entity: climate.bedroom_heatpump
+
+  templates_library: smart_heating_templates_library
+
+  constants:
+    window_open: binary_sensor.bedroom_french_door
+    ext_temperature: sensor.ext_front_temperature
+    room_temperature: sensor.bedroom_temperature
+    room_occupancy: binary_sensor.bedroom_occupancy
+    target_temperature: sensor.target_temperature_heatpump
+    cant_open_window: binary_sensor.is_bedroom_sleeping
+    sleeping_in_the_room: binary_sensor.is_bedroom_sleeping
+    quick_resume: binary_sensor.bedroom_heatpump_quick_resume
+    occupied_tonight: input_boolean.bedroom_occupied_tonight
+    stay_on_while_sleeping: false
+
+  virtual_sensors:
+    sensors:
+      value_selector.bedroom_heatpump_fan_mode:
+        auto: binary_sensor.heatpump_winter_mode or room_temperature > target_temperature + 1
+        quiet: True
+
+  target_temperature: sensor.target_temperature_heatpump # + 0.5
+  hvac_mode: "binary_sensor.heatpump_winter_mode ? 'heat' : 'cool'"
+  fan_mode: sensor.bedroom_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.bedroom_heatpump_quick_resume
+    reset_events: good_morning
+
+  control_mode_selector:
+    sensor: input_select.bedroom_heatpump_override
+    reset_events: 
+      - good_morning
+      - good_bye
+
+living_room_heatpump:
+  module: smartheatpump
+  class: SmartHeatpump
+  entity: climate.living_room_heatpump
+
+  templates_library: smart_heating_templates_library
+
+  virtual_sensors:
+    sensors:
+      binary_sensor.living_room_any_window_open: binary_sensor.living_room_french_door or binary_sensor.living_room_window
+      binary_sensor.living_room_cant_open_window: binary_sensor.is_living_room_sleeping or binary_sensor.projector_on
+      value_selector.living_room_heatpump_fan_mode:
+        auto: binary_sensor.heatpump_winter_mode or room_temperature > target_temperature + 1
+        quiet: True
+
+  constants:
+    window_open: binary_sensor.living_room_any_window_open
+    ext_temperature: sensor.ext_front_temperature
+    room_temperature: sensor.living_room_temperature
+    room_occupancy: binary_sensor.living_room_occupancy
+    target_temperature: sensor.target_temperature_heatpump
+    cant_open_window: binary_sensor.living_room_cant_open_window
+    sleeping_in_the_room: binary_sensor.is_living_room_sleeping
+    quick_resume: binary_sensor.living_room_heatpump_quick_resume
+    occupied_tonight: input_boolean.living_room_occupied_tonight
+    stay_on_while_sleeping: false
+
+  target_temperature: sensor.target_temperature_heatpump + 0.5
+  hvac_mode: "binary_sensor.heatpump_winter_mode ? 'heat' : 'cool'"
+  fan_mode: sensor.living_room_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>
+
+  control_mode_selector:
+    sensor: input_select.living_room_heatpump_override
+    reset_events: 
+      - good_morning
+      - good_bye
+
+  quick_resume:
+    sensor: binary_sensor.living_room_heatpump_quick_resume
+    reset_events: good_morning

apps/global/home_alarm.yaml

@@ -0,0 +1,174 @@
+home_alarm:
+  module: homealarm
+  class: HomeAlarm
+
+  smart_conditions: 
+    trigger_conditions: not binary_sensor.someone_home or input_select.alarm_mode == 'On'
+    blocking_conditions: input_select.alarm_mode == 'Off'
+
+  opening_sensors:
+    - binary_sensor.group_doors
+    - binary_sensor.group_windows
+
+  motion_sensors:
+    - binary_sensor.corridor_motion
+    - binary_sensor.hallway_motion
+    - binary_sensor.restroom_motion
+    - binary_sensor.garage_motion
+    - binary_sensor.kitchen_motion
+    - binary_sensor.mezzanine_motion
+    - binary_sensor.living_room_presence_presence
+
+  motion_intrusion_increment: 0.2
+  opening_intrusion_increment: 0.9
+  intrusion_cooldown_step: 0.1
+  intrusion_cooldown_interval: 60
+
+  reset_button: input_button.alarm_reset
+
+  presence_simulation:
+    smart_conditions: input_boolean.simulate_presence and binary_sensor.home_alarm_armed
+
+    target_apps:
+      restroom:
+        # 5 minutes every 2 hours with 1 hour jitter
+        app: light_restroom
+        mode: method
+        start_payload:
+          brightness_pct: 100
+          transition: 1
+        stop_payload:
+          transition: 1
+        on_duration_min: 5
+        on_jitter_min: 1
+        interval_min: 120
+        interval_jitter_min: 60
+        start_delay_min: 60
+        start_delay_jitter_min: 20
+
+      light_living_room:
+        # Exemple "bureau toute la soiree": longues periodes allumees le soir
+        # on_duration_min / interval_min are optional:
+        # if omitted, the app stays active for the whole simulation window
+        # (still gated by smart_conditions + time_window).
+        app: light_living_room
+        status_sensor: binary_sensor.home_alarm_presence_mezzanine
+        mode: method
+        smart_conditions: binary_sensor.is_dark_outside
+        time_window:
+          stop: '23:30'
+          stop_jitter_min: 30
+        start_payload:
+          brightness_pct: 100
+          transition: 2
+        stop_payload:
+          transition: 2
+
+home_alarm_notifications:
+  module: notificationsmanager
+  class: NotificationsManager
+
+  priority: 100 # default priority app is 50, since the notification_manager doesn't create any sensor but is based on sensor created by many app, it's important it's created last
+
+  notifications:    
+    alarm_armed_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: binary_sensor.home_alarm_armed
+
+      message:
+        title: Alarme
+        content: Activation de l'alarme
+        timeout: 600
+        data:
+          tag: home_alarm_notification
+
+    windows_open_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: binary_sensor.home_alarm_armed and sensor.ad_number_of_windows_open > 0  and binary_sensor.home_alarm_just_armed
+
+      message:
+        title: Alarme
+        content: "{sensor.ad_number_of_windows_open} fenêtre(s) ouvertes"
+        data:
+          tag: home_alarm_notification
+          push:
+            interruption-level: critical
+
+    doors_open_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: binary_sensor.home_alarm_armed and sensor.ad_number_of_doors_open > 0 and binary_sensor.home_alarm_just_armed
+
+      message:
+        title: Alarme
+        content: "{sensor.ad_number_of_doors_open} porte(s) ouvertes"
+        data:
+          tag: home_alarm_notification
+          push:
+            interruption-level: critical
+
+    intrusion_detected_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: binary_sensor.home_alarm_armed and sensor.home_alarm_intrusion_level >= 1
+
+      message:
+        title: Alarme
+        content: Intrusion détectée
+        data:
+          tag: home_alarm_notification
+          push:
+            interruption-level: critical
+        
+    intrusion_suspected_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: binary_sensor.home_alarm_armed and sensor.home_alarm_intrusion_level > 0 and sensor.home_alarm_intrusion_level < 1
+
+      message:
+        title: Alarme
+        content: Intrusion suspectée
+        data:
+          tag: home_alarm_notification
+
+    alarm_unarmed_notification:
+      recipients:
+        all:
+          services: 
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: not binary_sensor.home_alarm_armed
+
+      message:
+        title: Alarme
+        content: Désactivation de l'alarme
+        timeout: 600
+
+    clear_home_alarm_notification:
+      recipients:
+        all:
+          services:
+            - notify/mobile_app_iphone_de_pierre
+            - notify/mobile_app_mae
+          conditions: not binary_sensor.home_alarm_armed
+      message:
+        content: clear_notification
+        data:
+          tag: home_alarm_notification

apps/global/notificationsmanagers.yaml

@@ -0,0 +1,29 @@
+notifications_manager:
+  module: notificationsmanager
+  class: NotificationsManager
+
+  priority: 100 # default priority app is 50, since the notification_manager doesn't create any sensor but is based on sensor created by many app, it's important it's created last
+
+  notifications:    
+    back_home_notification:
+      recipients:
+        away:
+          services: notify/mobile_app_ipad_pro_11_de_pierre
+          conditions: input_boolean.haw and person.maeva == 'home' and not binary_sensor.is_bedroom_sleeping
+        sleeping:
+          services: notify/mobile_app_ipad_pro_11_de_pierre
+          conditions: input_boolean.haw and binary_sensor.is_bedroom_sleeping and (binary_sensor.hallway_motion or binary_sensor.corridor_motion or binary_sensor.bedroom_motion_bed_pierre)
+
+      message:
+        content: Bisous
+        timeout: 600
+
+    leave_home_notification:
+      recipients:
+        all:
+          services: notify/mobile_app_macbook_m3_pro_de_pierre
+          conditions: input_boolean.haw and person.maeva != 'home' and binary_sensor.someone_home
+
+      message:
+        content: Good Bye
+        timeout: 600

apps/global/presence.yaml

@@ -13,13 +13,24 @@ motion_tracker:
       motion_sensors: binary_sensor.hallway_motion
     restroom:
       motion_sensors: binary_sensor.restroom_motion
+    porche:
+      motion_sensors: binary_sensor.porche_motion
+    desk:
+      update_on_both_front: true
+      motion_sensors: binary_sensor.desk_presence_presence
     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:
@@ -27,10 +38,25 @@ occupancy_sensors:
   class: VirtualSensorsApp
   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
 
+  default_values:
+      binary_sensor.someone_home: off
+
   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.garage_occupancy: 
+      trigger_conditions: sensor.garage_last_motion <= 5 or binary_sensor.garage_entrance or binary_sensor.garage_door
+    binary_sensor.restroom_occupancy:
       trigger_conditions: sensor.restroom_last_motion <= 3
+    binary_sensor.bedroom_occupancy:
+      trigger_conditions: binary_sensor.is_bedroom_sleeping or binary_sensor.day_interval_night
+      blocking_conditions: not binary_sensor.someone_home
+    retain_condition.desk_occupancy:
+      retain_time: 5 * 60
+      conditions:
+        trigger_conditions: 
+          - sensor.desk_last_motion <= 5
+          #- binary_sensor.alienware_r10
+          #- sensor.macbook_m3_pro_de_pierre_frontmost_app != 'loginwindow' and sensor.macbook_m3_pro_de_pierre_displays == 2

apps/global/sleep.yaml

@@ -0,0 +1,18 @@
+sleep_sensors:
+  module: virtualsensors
+  class: VirtualSensorsApp
+  priority: 5 # 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.is_bedroom_sleeping: input_boolean.bedroom_sleeping
+    binary_sensor.is_living_room_sleeping: input_boolean.living_room_sleeping
+    binary_sensor.is_desk_sleeping: input_boolean.desk_sleeping
+    binary_sensor.is_guestroom_sleeping: input_boolean.guestroom_sleeping
+
+    binary_sensor.is_everybody_sleeping:       
+      - (binary_sensor.is_bedroom_sleeping or not input_boolean.bedroom_occupied_tonight) and (binary_sensor.is_living_room_sleeping or not input_boolean.living_room_occupied_tonight) and (binary_sensor.is_desk_sleeping or not input_boolean.desk_occupied_tonight) and (binary_sensor.is_guestroom_sleeping or not input_boolean.guestroom_occupied_tonight)
+    binary_sensor.is_anybody_sleeping: 
+      - binary_sensor.is_bedroom_sleeping and input_boolean.bedroom_occupied_tonight
+      - binary_sensor.is_living_room_sleeping and input_boolean.living_room_occupied_tonight
+      - binary_sensor.is_desk_sleeping and input_boolean.desk_occupied_tonight
+      - binary_sensor.is_guestroom_sleeping and input_boolean.guestroom_occupied_tonight

apps/global/sonos.yaml

@@ -0,0 +1,39 @@
+sonos_controller:
+  module: sonoscontroller
+  class: SonosController
+
+  players:
+    sonos_garage:
+      entity: media_player.garage
+
+      off_conditions: binary_sensor.is_everybody_sleeping or not binary_sensor.someone_home
+
+      play_stop_events:
+        btn_play_stop:
+          event_name: state_changed
+          debounce_seconds: 0.5
+          event_data:
+            entity_id: event.garage_bilresa_button_bouton_1
+            new_state:
+              attributes: 
+                event_type: multi_press_1
+
+      cycle_radio_events:
+        btn_play_stop:
+          event_name: state_changed
+          debounce_seconds: 0.5
+          event_data:
+            entity_id: event.garage_bilresa_button_bouton_1
+            new_state:
+              attributes: 
+                event_type: long_press
+
+      cycle_album_events:
+        btn_play_stop:
+          event_name: state_changed
+          debounce_seconds: 0.5
+          event_data:
+            entity_id: event.garage_bilresa_button_bouton_2
+            new_state:
+              attributes: 
+                event_type: multi_press_1

apps/global/virtualevents.yaml

@@ -7,10 +7,16 @@ virtual_events:
   virtual_events:    
     good_morning:
       event_name: good_morning
-      event_condition: not input_boolean.sleeping
+      event_condition: not binary_sensor.is_anybody_sleeping
+
+    good_bye:
+      event_name: good_bye
+      event_condition: not binary_sensor.someone_home
 
     turn_off_all_lights:
       event_name: turn_off_all_lights
-      event_condition: input_boolean.sleeping
+      event_condition: binary_sensor.is_everybody_sleeping
-
 
+    turn_off_all_living_room_lights:
+      event_name: turn_off_all_living_room_lights
+      event_condition: binary_sensor.is_living_room_sleeping or binary_sensor.projector_on

apps/global/virtualsensors.yaml

@@ -0,0 +1,71 @@
+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:
+    binary_sensor.someone_home: person.maeva == 'home' or person.pierre == 'home' or (input_boolean.use_red_shelly_presence and binary_sensor.red_shelly_home)
+    binary_sensor.is_dark_outside: sun.sun == 'below_horizon'
+    event_sensor.red_shelly_home: 
+      retain_time: 120
+      activation_events:
+        signal_strenght:
+          event_name: state_changed
+          event_data:
+            entity_id: sensor.shelly_button_red_signal_strength
+
+    # living room sensors
+    value_selector.living_room_ambiance_light:
+      values:        
+        0: 
+          - not binary_sensor.living_room_occupancy 
+          - binary_sensor.projector_on and not binary_sensor.is_vertex2_content_idle
+          - light.living_room
+          - sensor.mezzanine_motion_light_level > 15
+          - binary_sensor.is_living_room_sleeping
+        1: 
+          - binary_sensor.is_everybody_sleeping
+          - binary_sensor.projector_on
+        2: true
+
+    # home cinema sensors
+    binary_sensor.projector_on: switch.living_room_projector_plug and sensor.living_room_projector_plug_power > 50
+    continuous_condition.projector_off_for_a_while:
+      time: 90
+      default_value: on
+      conditions: not binary_sensor.projector_on
+    # is_apple_tv_on is not reliable as the the apple tv integration sometimes return "paused" when it's actually off,
+    # you should use is_using_apple_tv instead for most automation
+    binary_sensor.is_apple_tv_on: media_player.apple_tv != 'off' and media_player.apple_tv != 'idle'
+    binary_sensor.is_xbox_on: media_player.xbox != 'off'
+    binary_sensor.is_playstation_on: switch.ps5_136_power
+    retain_condition.vertex2_has_input_signal:
+      retain_time: 10
+      conditions: 
+        trigger_conditions: sensor.hdfury_vertex2_07_output_tx0 or sensor.hdfury_vertex2_07_audio_output
+        disable_conditions: sensor.hdfury_vertex2_07_output_tx0 == 'unavailable'
+    binary_sensor.is_using_apple_tv: binary_sensor.is_apple_tv_on and binary_sensor.vertex2_has_input_signal and select.hdfury_vertex2_07_port_select_tx0 == 0
+    binary_sensor.is_using_xbox: binary_sensor.is_xbox_on and binary_sensor.vertex2_has_input_signal and select.hdfury_vertex2_07_port_select_tx0 == 1
+    binary_sensor.is_using_playstation: binary_sensor.is_playstation_on and binary_sensor.vertex2_has_input_signal and select.hdfury_vertex2_07_port_select_tx0 == 2
+
+    continuous_condition.is_vertex2_content_idle:
+      time: 5
+      conditions: 
+        trigger_conditions: 
+          - binary_sensor.is_using_apple_tv and (media_player.apple_tv == 'paused' or media_player.apple_tv == 'idle' or media_player.apple_tv == 'standby')
+          # - binary_sensor.is_using_playstation and sensor.ps5_136_activity == 'idle'
+          # - binary_sensor.is_using_xbox and not binary_sensor.yetanotherpedro_in_game
+
+    #p1p sensors
+    binary_sensor.p1p_is_printing:
+      trigger_conditions: sensor.garage_p1p_etat_de_l_impression != 'idle' and sensor.garage_p1p_etat_de_l_impression != 'finish' and sensor.garage_p1p_etat_de_l_impression != 'idle' and sensor.garage_p1p_etat_de_l_impression != 'offline'
+      disable_conditions: sensor.garage_p1p_etat_de_l_impression == 'offline' and switch.garage_p1p_plug
+      blocking_conditions: not switch.garage_p1p_plug
+    binary_sensor.p1p_is_active:
+      trigger_conditions:
+        - binary_sensor.p1p_is_printing
+        - fan.garage_p1p_ventilateur_de_la_chambre or fan.garage_p1p_ventilateur_de_refroidissement
+        - sensor.garage_p1p_temperature_cible_de_la_buse > 0 or sensor.garage_p1p_temperature_cible_du_lit > 0
+      blocking_conditions: not switch.garage_p1p_plug
+        
+    

apps/informationscollector.py

@@ -62,7 +62,7 @@ class InformationsCollector(SmartObject):
             self.min_temp_yesterday_sensor = self.create_entity(output_sensors['min_temp_yesterday'])
 
             current_min_temp, current_max_temp = self.compute_min_max_temp()
-            if not self.max_temp_sensor.exists() or self.max_temp_sensor.get_state() == 'unavailable':
+            if not self.max_temp_sensor.exists() or self.max_temp_sensor.get_state() == 'unavailable' or self.max_temp_sensor.get_state() == 'unknown':
                 max_temp = current_max_temp
                 try:
                     if max_temp is None or self.dataset['max_temp'] > max_temp:
@@ -70,7 +70,7 @@ class InformationsCollector(SmartObject):
                         self.log_info(f"Restoring max_temp from dataset ({max_temp}°C)")
                 except KeyError: pass
                 self.set_max_temp_sensor(max_temp)
-            if not self.min_temp_sensor.exists() or self.min_temp_sensor.get_state() == 'unavailable':
+            if not self.min_temp_sensor.exists() or self.min_temp_sensor.get_state() == 'unavailable' or self.min_temp_sensor.get_state() == 'unknown':
                 min_temp = current_min_temp
                 try:
                     if min_temp is None or self.dataset['min_temp'] < min_temp:
@@ -199,8 +199,12 @@ class InformationsCollector(SmartObject):
         min_temp = None
         for sensor in self.args['min_max_temp_sensors']['temperature_sensors']:
             temp = self.get_state(sensor)
-            if not max_temp or temp > max_temp: max_temp = temp
+            try:
-            if not min_temp or temp < min_temp: min_temp = temp
+                temp = float(temp)
+            except (TypeError, ValueError):
+                continue
+            if max_temp is None or temp > max_temp: max_temp = temp
+            if min_temp is None or temp < min_temp: min_temp = temp
         return min_temp,max_temp
 
     def on_log_error(self, name, ts, level, type, message, kwargs):
@@ -224,10 +228,17 @@ class InformationsCollector(SmartObject):
 
     def on_temperature_change(self, entity, attribute, old, new, kwargs):
         if new != old:
+            
+            try:
+                new_value = float(new)    
+            except (TypeError, ValueError):
+                self.log_warning(f"Invalid temperature value from {entity}: {new}")
+                return
+
             min_temp = self.min_temp_sensor.get_state()
             max_temp = self.max_temp_sensor.get_state()
-            if max_temp is None or max_temp == 'unavailable' or new > max_temp: self.set_max_temp_sensor(new)
+            if max_temp is None or max_temp == 'unavailable' or new_value > float(max_temp): self.set_max_temp_sensor(new_value)
-            if min_temp is None or min_temp == 'unavailable' or new < min_temp: self.set_min_temp_sensor(new)
+            if min_temp is None or min_temp == 'unavailable' or new_value < float(min_temp): self.set_min_temp_sensor(new_value)
 
     def run_at_midnight(self, kwargs):
         self.max_temp_yesterday_sensor.set_state(state=self.max_temp_sensor.get_state(), attributes={'unit_of_measurement': '°C', 'device_class': 'temperature'})

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
+#           door_sensors: <entity_id | list of entity_ids>  # optional
-#               Binary sensor for the area door.  When the door closes
+#               One or more binary sensors for the area door.  When any
-#               (on→off), the close timestamp is stored and exposed as
+#               door closes (on→off), the close timestamp is stored and
-#               a sensor (see OUTPUT ENTITIES below).
+#               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']
+                    update_on_both_front = self.args['areas'][area].get('update_on_both_front', False)
-                    except KeyError: pass
+                    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)

apps/notificationsmanager.py

@@ -0,0 +1,123 @@
+import appdaemon.plugins.hass.hassapi as hass
+import appdaemon.exceptions as ad_exception
+import ad_toolbox.smartcondition as SmartCondition
+import re
+import uuid
+from expressionparser import ParsingException
+
+class Notification:
+    ENTITY_PLACEHOLDER_PATTERN = re.compile(r"\{([^{}]+)\}")
+
+    def __init__(self,ad_api,config,name):
+        self.recipients = dict()
+        self.config = config
+        self.ad_api = ad_api
+        try: self.auto_clear = config['message']['auto_clear']
+        except KeyError: self.auto_clear = False
+        self.uuid = str(uuid.uuid4())
+        for recipient in config["recipients"]:
+            try: self.recipients[recipient] = SmartCondition.Evaluator(self.ad_api,self.config["recipients"][recipient]['conditions'],condition_name = name,on_succeed_cb = self.on_condition_succeed, on_fail_cb = self.on_conditon_fail,pass_condition_name_to_cb = recipient, trigger_callback_on_activation = False)
+            except ParsingException as e: 
+                self.log_error(str(e))
+                continue
+
+    def on_conditon_fail(self, recipient):
+        if self.auto_clear:
+            try: tag  = self.config['message']['data']['tag']
+            except KeyError: tag = self.uuid
+
+            self.clear_notification(recipient,tag)
+
+    def on_condition_succeed(self,recipient):
+        self.send_notification(recipient)
+
+    def on_timeout_expired(self,kwargs):
+        tag = kwargs['tag']
+        recipient = kwargs['recipient']
+
+        self.clear_notification(recipient,tag)
+
+    def clear_notification(self,recipient,tag):
+        message = 'clear_notification'
+        data = { 'tag' : tag }
+
+        def clear_notification(service,tag):
+            self.ad_api.log(f"Clear notification {data} from {service}")
+            try: self.ad_api.call_service(service,message = message, data = data)
+            except ad_exception.ServiceException: self.log_error(f"Invalid service: {service}")
+
+        recipient_yaml = self.config["recipients"][recipient]
+        if isinstance(recipient_yaml['services'], str):
+            clear_notification(recipient_yaml['services'],tag)
+        else:
+            for service in recipient_yaml['services']:
+                clear_notification(service,tag)
+
+    def render_message_content(self, content):
+        if not isinstance(content, str):
+            return content
+
+        def replace_entity_state(match):
+            entity_id = match.group(1).strip()
+            if entity_id == "":
+                return match.group(0)
+
+            try:
+                state = self.ad_api.get_state(entity_id)
+            except Exception as e:
+                self.log_error(f"Failed to resolve '{entity_id}' in notification content: {e}")
+                return match.group(0)
+
+            if state is None:
+                self.log_error(f"Unable to resolve '{entity_id}' in notification content")
+                return match.group(0)
+
+            return str(state)
+
+        return self.ENTITY_PLACEHOLDER_PATTERN.sub(replace_entity_state, content)
+
+    def send_notification(self,recipient):
+        try: title_template  = self.config['message']['title']
+        except KeyError: title_template = ""
+        try: message_content  = self.config['message']['content']
+        except KeyError: message_content = ""
+        try: data  = self.config['message']['data']
+        except KeyError: data = dict()
+
+        title = self.render_message_content(title_template)
+        message = self.render_message_content(message_content)
+
+        #TODO : maybe it's better to not send tag when it's not needed
+        if not 'tag' in data: 
+            data['tag'] = self.uuid
+
+        if 'timeout' in self.config['message']:
+            timeout = self.config['message']['timeout']
+            self.ad_api.run_in(self.on_timeout_expired,timeout,tag = data['tag'],recipient = recipient)
+
+        def send_notification(service):
+            self.ad_api.log(f"Sending notification '{message}' to {service}{f' with data {data}' if data else ''}")
+            try: self.ad_api.call_service(service,title = title,message = message, data = data)
+            except ad_exception.ServiceException: self.log_error(f"Invalid service: {service}")
+
+        recipient_yaml = self.config["recipients"][recipient]
+        if isinstance(recipient_yaml['services'], str):
+            send_notification(recipient_yaml['services'])
+        else:
+            for service in recipient_yaml['services']:
+                send_notification(service)
+
+    def log_error(self,message,stop_app = False):
+        self.ad_api.log(message,level = "ERROR", log = "main_log")
+        self.ad_api.log(message,level = "ERROR", log = "error_log")
+        if stop_app:
+            self.ad_api.stop_app(self.ad_api.name)
+
+class NotificationsManager(hass.Hass):
+
+    def initialize(self):
+        self.notifications = dict()
+
+        if "notifications" in self.args: 
+            for notification in self.args["notifications"]:
+                self.notifications[notification] = Notification(self,self.args["notifications"][notification],notification) 

apps/rooms/bedroom.yaml

@@ -2,7 +2,7 @@ sleep_switch:
   module: smartswitch
   class: SmartSwitch
 
-  entity: input_boolean.sleeping
+  entity: input_boolean.bedroom_sleeping
 
   toggle_events:
     button_long_press_pierre:
@@ -64,7 +64,7 @@ sonos_led:
 
   entity: switch.bedroom_led
 
-  smart_conditions: not input_boolean.sleeping
+  smart_conditions: not binary_sensor.is_bedroom_sleeping
 
 light_bedroom_bedlight_pierre:
   module: smartlight
@@ -152,13 +152,13 @@ bed_ledstrip:
   entity: light.bedroom_ledstripe
 
   smart_conditions: 
-    trigger_conditions: (input_boolean.sleeping or binary_sensor.day_interval_night) and (binary_sensor.bedroom_motion_bed_pierre or binary_sensor.bedroom_motion_bed_maeva)
+    trigger_conditions: (binary_sensor.is_bedroom_sleeping or binary_sensor.day_interval_night) and (binary_sensor.bedroom_motion_bed_pierre or binary_sensor.bedroom_motion_bed_maeva)
     blocking_conditions: switch.bedroom_light or light.bedroom_bedlight_pierre or light.bedroom_bedlight_maeva
 
   on_events_with_transition:
     wake_up_events:
       transition_time: 120
-      brightness_pct: 50
+      brightness_pct: 100
       events:
         WAKEUP_IN:
           event_name: WAKEUP_IN
@@ -167,6 +167,10 @@ bed_ledstrip:
 
   light_brightness_pct: 1
 
+  off_events:
+    - turn_off_all_lights
+    - good_morning
+
 alarm_clock:
   module: alarmclock
   class: AlarmClock
@@ -177,4 +181,4 @@ alarm_clock:
   inputdate_alarmclock_secondary: input_datetime.secondary_alarmclock
   input_text_wakeup_time: input_text.wakeup_time
 
-  sleeping_condition: input_boolean.sleeping
+  sleeping_condition: binary_sensor.is_bedroom_sleeping

apps/rooms/corridor.yaml

@@ -8,7 +8,7 @@ light_corridor:
     blocking_conditions: sensor.corridor_motion_light_level > 10 and not self
 
   light_brightness_pct:
-    1: input_boolean.sleeping
+    1: binary_sensor.is_everybody_sleeping
     25: binary_sensor.day_interval_night
     100: True
 
@@ -22,7 +22,7 @@ light_hallway:
     blocking_conditions: sensor.hallway_motion_light_level > 10 and not self
 
   light_brightness_pct:
-    1: input_boolean.sleeping
+    1: binary_sensor.is_everybody_sleeping
     25: binary_sensor.day_interval_night
     100: True
   
@@ -37,9 +37,18 @@ light_restroom:
     blocking_conditions: sensor.restroom_motion_light_level > 10 and not self
 
   light_brightness_pct:
-    1: input_boolean.sleeping
+    1: binary_sensor.is_everybody_sleeping
     25: binary_sensor.day_interval_night
     100: True
 
+light_porche:
+  module: smartlight
+  class: SmartLight
+  entity: light.porche
+
+  smart_conditions:
+    trigger_conditions: sensor.porche_last_motion < 3
+    blocking_conditions: sensor.porche_motion_light_level > 10 and not self
+
 
   

apps/rooms/desk.yaml

@@ -0,0 +1,6 @@
+light_ambiance:
+  module: smartlight
+  class: SmartLight
+  entity: light.desk_ambiance
+
+  smart_conditions: sensor.desk_last_motion < 3 and binary_sensor.is_dark_outside

apps/rooms/garage.yaml

@@ -5,4 +5,31 @@ light_garage:
 
   smart_conditions: 
     trigger_conditions: sensor.garage_last_motion < 3
-    blocking_conditions: sensor.garage_motion_light_level > 10
+    blocking_conditions: sensor.garage_motion_light_level > 10 and binary_sensor.garage_entrance
+
+p1p_light:
+  module: smartswitch
+  class: SmartSwitch
+  entity: light.garage_p1p_lumiere_de_la_chambre
+
+  smart_conditions:
+    unavaibility_result: Disabled
+    trigger_conditions: binary_sensor.garage_occupancy or binary_sensor.garage_p1p_timelapse or camera.garage_p1p_camera == 'streaming'
+    blocking_conditions: not binary_sensor.p1p_is_printing and not fan.garage_p1p_ventilateur_de_refroidissement and not fan.garage_p1p_ventilateur_de_la_chambre
+
+p1p_switch:
+  module: smartswitch
+  class: SmartSwitch
+  entity: switch.garage_p1p_plug
+
+  off_conditions:
+    trigger_conditions: binary_sensor.is_anybody_sleeping or not binary_sensor.someone_home
+    blocking_conditions: binary_sensor.p1p_is_active
+  
+  toggle_events:
+    garage_button:
+      event_name: zha_event
+      event_data:
+        device_name: 'garage_p1p_button'
+        args:
+          attribute_name: on_off

apps/rooms/kitchen.yaml

@@ -5,11 +5,11 @@ 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
-    1: binary_sensor.day_interval_night or input_boolean.sleeping
+    1: binary_sensor.day_interval_night or binary_sensor.is_everybody_sleeping
     15: True
 
 light_kitchen_sink_switch:
@@ -91,3 +91,18 @@ senseo_quadrante:
           event_name: good_morning
       button: button.senseo_quadrante_brew_coffee_double
       condition: binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 2 and not binary_sensor.senseo_quadrante_has_program.power_pressed
+
+storeban:
+  module: smartshutter
+  class: SmartShutter
+  entity: cover.storeban
+
+  virtual_sensors:
+    sensors:
+      binary_sensor.storeban_autoclose: sensor.sun_solar_elevation < 0 or (sensor.sun_solar_azimuth > 235 and sensor.sun_solar_elevation < 45)
+
+  close_conditions: 
+    trigger_conditions: binary_sensor.storeban_autoclose
+    disable_conditions: not binary_sensor.storeban_autoclose
+
+  

apps/rooms/living_room.yaml

@@ -5,13 +5,19 @@ light_mezzanine_01:
 
   smart_conditions:
     trigger_conditions: sensor.mezzanine_last_motion < 3
-    blocking_conditions: sensor.mezzanine_motion_light_level > 10 and not self
+    blocking_conditions: 
+      - sensor.mezzanine_motion_light_level > 10 and not self
+      - light.living_room
 
   light_brightness_pct:
-    15: input_boolean.sleeping
+    15: binary_sensor.is_everybody_sleeping or binary_sensor.projector_on
     35: binary_sensor.day_interval_night
     100: True
 
+  off_events:
+    - turn_off_all_lights
+    - turn_off_all_living_room_lights
+
 light_mezzanine_02:
   module: smartlight
   class: SmartLight
@@ -19,9 +25,118 @@ light_mezzanine_02:
 
   smart_conditions:
     trigger_conditions: sensor.mezzanine_last_motion < 3
-    blocking_conditions: sensor.mezzanine_motion_light_level > 10 and not self
+    blocking_conditions: 
+      - sensor.mezzanine_motion_light_level > 10 and not self
+      - light.living_room
 
   light_brightness_pct:
-    5: input_boolean.sleeping
+    5: binary_sensor.is_everybody_sleeping or binary_sensor.projector_on
     25: binary_sensor.day_interval_night
     100: True
+
+  off_events:
+    - turn_off_all_lights
+    - turn_off_all_living_room_lights
+
+light_bookshelves:
+  module: smartlight
+  class: SmartLight
+  entity: light.living_room_bookshelves
+
+  smart_conditions: sensor.living_room_ambiance_light >= 1
+
+  light_brightness_pct:
+    25: sensor.living_room_ambiance_light == 1
+    100: True
+
+light_tree:
+  module: smartlight
+  class: SmartLight
+  entity: light.living_room_tree
+
+  smart_conditions: sensor.living_room_ambiance_light >= 2
+
+  light_brightness_pct: 35
+
+light_art_deco:
+  module: smartlight
+  class: SmartLight
+  entity: light.living_room_art_deco
+
+  smart_conditions: sensor.living_room_ambiance_light >= 2
+
+  light_brightness_pct: 35
+
+light_living_room:
+  module: smartlight
+  class: SmartLight
+  entity: light.living_room
+
+  toggle_events:
+    button_press:
+      event_name: state_changed
+      debounce_seconds: 0.5
+      event_data:
+        entity_id: event.living_room_bilresa_button_bouton_1
+        new_state:
+          attributes: 
+            event_type: multi_press_1
+   
+
+  off_events:
+    - turn_off_all_lights
+    - turn_off_all_living_room_lights
+
+
+projection_screen:
+  module: smartshutter
+  class: SmartShutter
+  entity: cover.living_room_projection_screen
+  close_position: 22
+
+  close_conditions: # close mean screen down
+    # when the projector is turn back on, it can happen that this condition is evaluated before projector_off_for_a_while is updated
+    # so I need to test both binary_sensor.projector_on and not binary_sensor.projector_off_for_a_while
+    trigger_conditions: binary_sensor.projector_on or not binary_sensor.projector_off_for_a_while
+    disable_conditions:
+      - binary_sensor.day_interval_night and not binary_sensor.projector_on
+      - binary_sensor.is_everybody_sleeping and not binary_sensor.projector_on
+
+bravia_theatre:
+  module: smartswitch
+  class: SmartSwitch
+  entity: media_player.bravia_theatre
+
+  smart_conditions: binary_sensor.vertex2_has_input_signal
+
+w4000i:
+  module: smartswitch
+  class: SmartSwitch
+  entity: media_player.benq_w4000i
+
+  smart_conditions: binary_sensor.vertex2_has_input_signal
+
+mezzanine_curtains:
+  module: smartshutter
+  class: SmartShutter
+  entity: cover.salon_mezzanine_curtain
+
+  close_conditions: 
+    trigger_conditions: binary_sensor.projector_on or not binary_sensor.projector_off_for_a_while
+    disable_conditions: self == 'closed' and (binary_sensor.is_dark_outside or binary_sensor.is_anybody_sleeping)
+
+living_room_sleep_switch:
+  module: smartswitch
+  class: SmartSwitch
+
+  entity: input_boolean.living_room_sleeping
+
+  toggle_events:
+    button_press:
+      event_name: state_changed
+      debounce_seconds: 0.5
+      event_data:
+        entity_id: event.living_room_bilresa_button_bouton_2
+        new_state:
+          attributes: 
+            event_type: multi_press_1

apps/smartheatpump.py

@@ -0,0 +1,236 @@
+import ad_toolbox.smartcondition as SmartCondition
+import ad_toolbox.smartvalue as SmartValue
+from ad_toolbox.eventhandler import EventHandler
+from ad_toolbox.smartobject import SmartObject
+import time
+
+class SmartHeatpump(SmartObject):
+
+    AUTO_CONTROL_MODE = 'auto'
+    FORCE_ON_CONTROL_MODE = 'on'
+    FORCE_OFF_CONTROL_MODE = 'off'
+
+    def on_initialize_smart_object(self):
+        super().on_initialize_smart_object()
+
+        self.event_handlers = []
+        self.control_mode_entity_id = None
+        self.control_mode = self.AUTO_CONTROL_MODE
+
+        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.register_reset_events(self.args['quick_resume'], "quick_resume")
+
+        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
+
+        if 'fan_mode' in self.args:
+            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)
+        else:
+            self.fan_mode = None
+        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 'control_mode_selector' in self.args or 'heatpump_override' in self.args:
+            self.initialize_control_mode_selector()
+
+        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 initialize_control_mode_selector(self):
+        selector_args = self.args['control_mode_selector'] if 'control_mode_selector' in self.args else self.args['heatpump_override']
+
+        if isinstance(selector_args, str):
+            self.control_mode_entity_id = selector_args
+        elif isinstance(selector_args, dict) and 'sensor' in selector_args:
+            self.control_mode_entity_id = selector_args['sensor']
+        else:
+            self.log_warning("control_mode_selector must be a string entity_id or a dict with a 'sensor' key")
+            return
+
+        self.create_entity(
+            self.control_mode_entity_id,
+            state = self.AUTO_CONTROL_MODE,
+            attributes = {
+                'options': [self.AUTO_CONTROL_MODE, self.FORCE_ON_CONTROL_MODE, self.FORCE_OFF_CONTROL_MODE]
+            },
+            icon = 'mdi:power-settings'
+        )
+
+        current_mode = self.get_state(self.control_mode_entity_id)
+        self.control_mode = self.normalize_control_mode(current_mode)
+        self.listen_state(self.on_control_mode_change, self.control_mode_entity_id)
+        self.listen_event(
+            self.on_control_mode_select_option_service,
+            'call_service',
+            domain='input_select',
+            service='select_option',
+            entity_id=self.control_mode_entity_id
+        )
+        self.register_reset_events(selector_args, "control_mode_selector")
+        self.apply_control_mode(self.control_mode)
+
+    def on_control_mode_select_option_service(self, event_name, data, kwargs):
+        service_data = data.get('service_data', {}) if isinstance(data, dict) else {}
+        service_entity_id = service_data.get('entity_id')
+
+        if isinstance(service_entity_id, list):
+            if self.control_mode_entity_id not in service_entity_id:
+                return
+        elif isinstance(service_entity_id, str):
+            if service_entity_id != self.control_mode_entity_id:
+                return
+        else:
+            return
+
+        mode = service_data.get('option')
+
+        if mode == None or mode == self.control_mode:
+            return
+
+        self.set_state(self.control_mode_entity_id, state = mode)
+        self.on_control_mode_change(self.control_mode_entity_id, 'state', self.control_mode, mode, {})
+
+    def register_reset_events(self, config, config_name):
+        if not isinstance(config, dict):
+            return
+
+        reset_events = config.get('reset_events', config.get('reset_event'))
+        if reset_events is None:
+            return
+
+        if isinstance(reset_events, str):
+            reset_events = [reset_events]
+        elif not isinstance(reset_events, list):
+            self.log_warning(f"{config_name}.reset_events must be a string or a list of events")
+            return
+
+        self.event_handlers.append(EventHandler(self, reset_events, self.on_reset_event, config_name))
+
+    def on_reset_event(self, event_name, event_data, config_name):
+        if config_name == "quick_resume":
+            if 'quick_resume' in self.args:
+                self.set_state(self.args['quick_resume']['sensor'], state='off')
+        elif config_name == "control_mode_selector":
+            if self.control_mode_entity_id:
+                self.set_state(self.control_mode_entity_id, state=self.AUTO_CONTROL_MODE)
+
+    def normalize_control_mode(self, mode):
+        if mode in [self.AUTO_CONTROL_MODE, self.FORCE_ON_CONTROL_MODE, self.FORCE_OFF_CONTROL_MODE]:
+            return mode
+        return self.AUTO_CONTROL_MODE
+
+    def on_control_mode_change(self, entity, attribute, old, new, kwargs):
+        if old == new:
+            return
+
+        previous_mode = self.control_mode
+        self.control_mode = self.normalize_control_mode(new)
+
+        if self.control_mode != new:
+            self.log_warning(f"Invalid control mode '{new}' on {entity}, falling back to '{self.control_mode}'")
+            self.set_state(entity, state = self.control_mode)
+
+        self.apply_control_mode(self.control_mode, previous_mode)
+
+    def apply_control_mode(self, mode, previous_mode = None):
+        if mode == self.AUTO_CONTROL_MODE:
+            self.log_info("Heatpump control mode is auto, SmartCondition is enabled")
+            self.smart_conditions_evaluator.activate()
+            return
+
+        self.smart_conditions_evaluator.deactivate()
+
+        if mode == self.FORCE_ON_CONTROL_MODE:
+            self.log_info("Heatpump control mode is on, forcing Heatpump on")
+            self.start_cooling()
+        elif mode == self.FORCE_OFF_CONTROL_MODE:
+            self.log_info("Heatpump control mode is off, forcing Heatpump off")
+            self.stop_cooling()
+
+            if 'quick_resume' in self.args:
+                self.set_state(self.args['quick_resume']['sensor'],state = '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) if self.fan_mode else None
+        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)
+        if self.fan_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 self.control_mode != self.AUTO_CONTROL_MODE:
+            self.log_info(f"SmartCondition update ignored because control mode is '{self.control_mode}'")
+            return
+
+        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)
+            
+
+
+

apps/smartlight.py

@@ -114,6 +114,8 @@ from ad_toolbox.eventhandler import EventHandler
 class SmartLight(SmartSwitch):
 
     def on_initialize_smart_object(self):
+        self.presence_simulation_slots_active = set()
+
         # light_brightness_pct_list : ordered list of (Evaluator, label) pairs
         # light_brightness_pct      : currently active brightness % (str label)
         self.light_brightness_pct_list = list()
@@ -196,6 +198,15 @@ class SmartLight(SmartSwitch):
     # SmartSwitch overrides
     # ------------------------------------------------------------------
 
+    # While simulation is active for this light, ignore auto-off transitions
+    # from smart_conditions to keep deterministic on-duration windows.
+    def on_smart_conditions_change(self,prev_result,result):
+        if len(self.presence_simulation_slots_active) > 0:
+            if result == SmartCondition.Result.Succeeded and self.is_off():
+                self.switch_on()
+            return
+        super().on_smart_conditions_change(prev_result,result)
+
     # Override: apply light_brightness_pct when turning on, if one is active.
     def switch_on(self):
         if self.light_brightness_pct != None:
@@ -225,4 +236,61 @@ class SmartLight(SmartSwitch):
                 self.log_info("Turning off")
                 self.call_service("light/turn_off", entity_id = self.entity_id) 
 
+    # ------------------------------------------------------------------
+    # Presence simulation API (called by HomeAlarm)
+    # ------------------------------------------------------------------
+
+    def start_presence_simulation(self, source_app=None, slot_name=None, payload=None):
+        if slot_name:
+            self.presence_simulation_slots_active.add(slot_name)
+
+        if not isinstance(payload, dict):
+            payload = {}
+
+        brightness_pct = payload.get('brightness_pct')
+        transition = payload.get('transition')
+
+        if brightness_pct is None and transition is None:
+            self.switch_on()
+            return
+
+        service_kwargs = {'entity_id': self.entity_id}
+        if brightness_pct is not None:
+            service_kwargs['brightness_pct'] = brightness_pct
+        if transition is not None:
+            service_kwargs['transition'] = transition
+
+        self.call_service("light/turn_on", **service_kwargs)
+
+    def stop_presence_simulation(self, source_app=None, slot_name=None, payload=None):
+        if slot_name and slot_name in self.presence_simulation_slots_active:
+            self.presence_simulation_slots_active.remove(slot_name)
+
+        if not isinstance(payload, dict):
+            payload = {}
+
+        if payload.get('keep_on', False):
+            return
+
+        transition = payload.get('transition')
+        if transition is None:
+            self.switch_off()
+        else:
+            self.call_service(
+                "light/turn_off",
+                entity_id=self.entity_id,
+                transition=transition,
+            )
+
+        # If no simulation slot is still active, re-apply current automation
+        # state so the light immediately converges to the expected result.
+        if len(self.presence_simulation_slots_active) == 0 and self.smart_conditions_evaluator:
+            result = self.smart_conditions_evaluator.evaluate(False)
+            if result == SmartCondition.Result.Succeeded:
+                if self.is_off():
+                    self.switch_on()
+            else:
+                if self.is_on():
+                    self.switch_off()
+
 

apps/smartshutter.py

@@ -0,0 +1,247 @@
+import appdaemon.plugins.hass.hassapi as hass
+import ad_toolbox.smartcondition as SmartCondition
+from ad_toolbox.smartobject import SmartObject
+import time
+
+class SmartShutter(SmartObject):
+
+    #@SmartCondition.catch_smartcondition_exception(lambda self, message: self.log_error(message,stop_app = True))
+    def on_initialize_smart_object(self):
+        #super().initialize()
+
+        self.slow_transition = False
+        self.slow_transition_start_time = 0
+        self.slow_transition_cb = None
+        self.target_position = None
+        self.target_position_reach_time = None
+        self.ready = False
+        self.open_conditions = None
+        self.close_conditions = None
+
+        if "auto_switch" in self.args:
+            self.auto_switch = self.args['auto_switch']
+            self.listen_state(self.on_auto_switch_on,self.auto_switch, old = 'off', new = 'on')
+        else: 
+            self.auto_switch = None
+
+        if "open_position" in self.args: 
+            try: self.open_position = int(self.args["open_position"])
+            except: 
+                self.open_position_sensor = self.args["open_position"]
+                self.open_position = int(float(self.get_state(self.open_position_sensor)))
+                self.log(f"Registering sensor {self.open_position_sensor} for open position")
+                self.listen_state(self.on_open_position_change,self.open_position_sensor)
+        else:
+            self.open_position = 100
+
+        if "close_position" in self.args: 
+            try: self.close_position = int(self.args["close_position"])
+            except: 
+                self.close_position_sensor = self.args["close_position"]
+                self.close_position = int(float(self.get_state(self.close_position_sensor)))
+                self.log(f"Registering sensor {self.close_position_sensor} for close position")
+                self.listen_state(self.on_close_position_change,self.close_position_sensor)
+        else:
+            self.close_position = 0
+
+        #it need to be called before on_update
+        if "sleeping_switch" in self.args: 
+            self.listen_state(self.on_stop_sleeping,self.args['sleeping_switch'], old = 'on', new = 'off')
+
+        extra_entities_to_listen = list()
+
+        if "emergency_close_conditions" in self.args:
+            self.emergency_close_conditions = SmartCondition.Evaluator(self,self.args["emergency_close_conditions"], condition_name = "emergency_close_conditions", templates_library = self.templates_library, constants = self.constants)
+            extra_entities_to_listen.extend(self.emergency_close_conditions.get_entities_to_listen_as_list())
+        else:
+            self.emergency_close_conditions = None
+
+        if 'close_conditions' in self.args:
+            self.close_conditions = SmartCondition.Evaluator(self,self.args["close_conditions"], condition_name = "close_conditions", templates_library = self.templates_library,on_update_cb = self.on_update,extra_entities_to_listen = extra_entities_to_listen, log_callback_trigger_reason = False, constants = self.constants)   
+            if 'open_conditions' in self.args:
+                self.log("Both a close_conditions and an open_conditions has been defined, please use only one",level = 'ERROR')
+        elif 'open_conditions' in self.args:    
+            self.open_conditions = SmartCondition.Evaluator(self,self.args["open_conditions"], condition_name = "open_conditions", templates_library = self.templates_library,on_update_cb = self.on_update,extra_entities_to_listen = extra_entities_to_listen, log_callback_trigger_reason = False, constants = self.constants)   
+        else:
+            self.log("No close_conditions nor open_conditions defined",level = 'ERROR')
+
+        #for object that take a long time to change state, we need reevalute desired state once the state has changed
+        #in case the conditions change during the state change
+        #in case of shutter we can probably improve that and cancel the state change has it is updating
+        # it seems to messed up with the auto switch and I'm not sure it's relevant anyway
+        #self.listen_state(self.on_state_change,self.entity_id)
+        self.listen_state(self.on_position_change,self.entity_id,attribute = 'current_position')
+
+        self.ready = True
+        self.on_update()
+
+    def terminate(self):
+        self.emergency_close_conditions = None
+        self.close_conditions = None
+        self.open_conditions = None
+        super().terminate()
+
+    def on_state_change(self, entity, attribute, old, new, kwargs):
+        if self.ready == False:
+            self.log(f"on_state_change called before the app is ready",level = "WARNING")
+            return
+        #for object that take a long time to change state, we need reevalute desired state once the state has changed
+        #in case the conditions change during the state change
+        #in case of shutter we can probably improve that and cancel the state change has it is updating
+        if old != new and not self.slow_transition:
+            self.log("state changed from " + str(old) + " to " + str(new))
+            self.on_update()
+
+    def on_position_change(self, entity, attribute, old, new, kwargs):
+        if self.ready == False:
+            self.log(f"on_position_change called before the app is ready",level = "WARNING")
+            return
+
+        if self.target_position == None:
+            if self.target_position_reach_time != None and time.time() - self.target_position_reach_time < 60:
+                self.log(f"A position changed ({old} -> {new}) occured {time.time() - self.target_position_reach_time}s after a requested position change has been complete. This won't be considered as a manual command")
+            else:
+                self.log(f"Manual command has been received {old} -> {new}")
+                if self.close_conditions: smart_conditions = self.close_conditions
+                else: smart_conditions = self.open_conditions
+                
+                if self.auto_switch and smart_conditions.evaluate(False) != SmartCondition.Result.Disabled:
+                    self.set_state(self.auto_switch,state = "off")
+        else:
+            if self.target_position == new:
+                self.log(f"Movement completed old: {old}, new: {new}, target_position: {self.target_position}, current_position: {self.get_state(self.entity_id,attribute = 'current_position')}")
+                self.target_position = None
+                self.target_position_reach_time = time.time()
+
+    def on_open_position_change(self, entity, attribute, old, new, kwargs):
+        if self.ready == False:
+            self.log(f"on_open_position_change called before the app is ready",level = "WARNING")
+            return
+
+        if new != self.open_position:
+            self.open_position = int(float(new))
+            
+            if abs(self.open_position - int(float(self.get_state(self.entity_id,attribute = "current_position")))) >= 5 or self.open_position == 100:                
+                self.on_update()
+
+    def on_close_position_change(self, entity, attribute, old, new, kwargs):
+        if self.ready == False:
+            self.log(f"on_close_position_change called before the app is ready",level = "WARNING")
+            return
+
+        if new != self.close_position:
+            self.close_position = int(float(new))
+            
+            if abs(self.close_position - int(float(self.get_state(self.entity_id,attribute = "current_position")))) >= 5 or self.close_position == 0:
+                self.on_update()
+
+    def on_stop_sleeping(self, entity, attribute, old, new, kwargs):
+        if self.get_state('sun.sun') != 'below_horizon':
+            self.slow_transition = True
+            self.slow_transition_start_time = self.datetime()
+            self.on_update()
+
+    def on_auto_switch_on(self, entity, attribute, old, new, kwargs):
+        self.on_update()
+
+    def is_auto_switch_on(self):
+        if self.auto_switch:
+            return self.get_state(self.auto_switch) == 'on'
+        else: 
+            return True
+
+    def calculate_transition_position(self):
+        time_since_transition_start = self.datetime() - self.slow_transition_start_time
+        time_since_transition_start.total_seconds()
+        return min((time_since_transition_start.total_seconds() / 10) + 10,self.open_position)
+        
+    def on_transition_update(self, kwargs):
+        self.slow_transition_cb = None
+        if self.slow_transition: self.on_update()
+
+    def stop_slow_transition(self):
+        self.slow_transition = False
+        if self.slow_transition_cb:
+            self.cancel_timer(self.slow_transition_cb)
+            self.slow_transition_cb = None
+
+    def on_retry_update(self, kwargs):
+        self.log("on_retry_update")
+        self.on_update()
+
+    def on_update(self):
+        def log_evaluation_result(smart_conditions):
+            smart_conditions.log_callback_trigger_reason()
+            smart_conditions.log_evaluation_result()
+
+        if self.emergency_close_conditions and self.emergency_close_conditions.evaluate(False) == SmartCondition.Result.Succeeded:
+            if self.get_state(self.entity_id) != 'closed': 
+                log_evaluation_result(self.emergency_close_conditions)
+                self.log("Closing shutter (Emergency close)")
+                self.call_service("cover/close_cover", entity_id = self.entity_id)
+                if self.auto_switch: self.set_state(self.auto_switch,state = "on")
+        elif self.is_auto_switch_on():
+            if self.close_conditions: smart_conditions = self.close_conditions
+            else: smart_conditions = self.open_conditions
+
+            if smart_conditions: result = smart_conditions.evaluate(False)
+            else: 
+                # it seems sometimes during HA reboot, the CB is called and both close_conditions and open_conditions are equal to None
+                # this should probably require more investigation
+                self.log_warning(f"Both close_conditions and open_conditions are None")
+                return 
+
+            if result != SmartCondition.Result.Disabled:
+                if self.get_state(self.entity_id,attribute = "current_position") != None:
+                    if self.close_conditions != None:
+                        should_be_close = (result == SmartCondition.Result.Succeeded)
+                    else: 
+                        should_be_close = (result == SmartCondition.Result.Failed)
+                    current_position = int(self.get_state(self.entity_id,attribute = "current_position"))
+                    current_state = self.get_state(self.entity_id)
+
+                    #if current_position > 20 and should_be_close:
+                    if should_be_close:                        
+                        if self.close_position > 0:
+                            if current_position != self.close_position:
+                                log_evaluation_result(smart_conditions)
+                                self.target_position = self.close_position
+                                self.log("Closing shutter at " + str(self.close_position) + " (previous position was " + str(current_position) + ")")
+                                self.call_service("cover/set_cover_position", entity_id = self.entity_id,position = self.close_position)
+                        elif current_state != 'closed':
+                            log_evaluation_result(smart_conditions)
+                            self.target_position = self.close_position
+                            self.log(f"Closing shutter, state was {current_state}")
+                            self.call_service("cover/close_cover", entity_id = self.entity_id)
+                        
+                        self.stop_slow_transition()
+                    elif abs(current_position - self.open_position) > 5 and not should_be_close:
+                        self.target_position = self.open_position
+                        if self.slow_transition:
+                            if self.slow_transition_cb == None:
+                                wanted_position = self.calculate_transition_position()
+                                if wanted_position > 60: 
+                                    self.call_service("cover/open_cover", entity_id = self.entity_id)
+                                    self.stop_slow_transition()
+                                else:
+                                    self.call_service("cover/set_cover_position", entity_id = self.entity_id,position = wanted_position)
+                                    self.slow_transition_cb = self.run_in(self.on_transition_update, 120)
+                            else:
+                                self.log(f"Update ignored becaused we are waiting for a slow transition CB")
+                        else: 
+                            if self.open_position == 100:
+                                self.log("Opening shutter")
+                                log_evaluation_result(smart_conditions)
+                                self.call_service("cover/open_cover", entity_id = self.entity_id)
+                            else:
+                                log_evaluation_result(smart_conditions)
+                                self.log("Opening shutter at " + str(self.open_position) + " (previous position was " + str(current_position) + ")")
+                                self.call_service("cover/set_cover_position", entity_id = self.entity_id,position = self.open_position)
+
+                else : self.run_in(self.on_retry_update,60) #during HASS restart, shutter can be irresponsive untill the z-wave network is properly initialized
+            else:
+                log_evaluation_result(smart_conditions)
+                self.stop_slow_transition()
+
+
+    

apps/sonoscontroller.py

@@ -0,0 +1,646 @@
+import appdaemon.plugins.hass.hassapi as hass
+from ad_toolbox.smartobject import SmartObject
+import ad_toolbox.smartcondition as SmartCondition
+import time
+from ad_toolbox.virtualsensors import ValueSelector
+from ad_toolbox.eventhandler import EventHandler
+
+MIN_TIME_BETWEEN_GROUP_COMMANDS = 5
+
+class PlayerDataSet:
+    
+    class VolumeSlot:
+        def __init__(self,context,volume):
+            self.context = list()
+            self.context.extend(context)
+            self.volume = volume
+    
+    def __init__(self):
+        self.volume_slots = list()
+
+    def get_volume_slots_as_string(self):
+        def get_context_as_string(context):
+            string = ""
+            for item in context:
+                string += f"{item[0]}={item[1]}, "
+            return string[:-2]
+
+        string = "\n"
+
+        for slot in self.volume_slots:
+            string = string + f"[{get_context_as_string(slot.context)}] {slot.volume}\n"
+
+        if string == "\n": string = "No slot saved"
+        else : string = string[:-1]
+
+        return string
+
+    def get_volume(self,controller,entity_list, logger = None):
+        context = list()
+        for entity in entity_list:
+            context.append((entity,controller.get_state(entity)))
+
+        if logger:
+            logger(f"context = {context}")
+
+        #search for a similar context
+        for slot in self.volume_slots:
+            if slot.context == context:
+                if logger:
+                    logger(f"Mathing context = {slot.context}")
+                    logger(f"Mathing volume = {slot.volume}")
+                return slot.volume
+        
+        return -1.0
+
+    def save_volume(self,controller,entity_list, volume):
+        context = list()
+        for entity in entity_list:
+            context.append((entity,controller.get_state(entity)))
+
+        #search for a similar context
+        for slot in self.volume_slots:
+            if slot.context == context:
+                slot.volume = volume
+                return
+
+        self.volume_slots.append(PlayerDataSet.VolumeSlot(context,volume))
+
+    def clean(self,entity_list):
+        for slot in self.volume_slots:
+            if slot.volume == None:
+                self.volume_slots.remove(slot)
+                self.clean(entity_list)
+                return                
+
+
+            if len(entity_list) != len(slot.context):
+                self.volume_slots.remove(slot)
+
+                
+                self.clean(entity_list)
+                return
+
+            for i in range(0,len(slot.context)):
+                if slot.context[i][0] != entity_list[i]: 
+                    self.volume_slots.remove(slot)
+                    self.clean(entity_list)
+                    return
+
+class ControllerDataSet:
+    def __init__(self):
+        self.players_dataset = dict()
+
+class SonosPlayer:
+
+    class VolumeTransition():
+        def __init__(self,current_volume,target_volume,duration):
+            assert current_volume != target_volume
+            self.start_time = time.time()
+            self.end_time = self.start_time + duration
+            self.start_volume = current_volume
+            self.target_volume = target_volume
+
+        def __str__(self):
+            return "[" + str(self.start_volume) + " => " + str(self.target_volume) + "] step = " + str(self.get_transition_step())
+
+        def get_transition_volume(self):
+            if time.time() > self.end_time:
+                return self.target_volume
+            else:
+                time_elapse = time.time() - self.start_time
+                percent = time_elapse / (self.end_time - self.start_time)
+                return self.start_volume + percent*(self.target_volume - self.start_volume)
+
+        def get_transition_step(self):
+            ideal_number_of_step = abs(self.target_volume - self.start_volume) / 0.01
+            step = (self.end_time - self.start_time) / ideal_number_of_step if ideal_number_of_step > 0 else 0
+
+            return max(1.0,round(step,2))
+
+        def should_stop_transition(self,old,new):  
+            if old and new:      
+                if self.target_volume > self.start_volume:
+                    if new >= self.target_volume: return True
+                    if new < self.start_volume: return True
+                    if old > new : return True #we are decreasing volume while the transition is increasing
+                elif self.target_volume < self.start_volume:
+                    if new <= self.target_volume: return True
+                    if new > self.start_volume: return True
+                    if old < new : return True #we are increasing volume while the transition is decreasing
+            
+            return False
+
+    class VolumeContextData():
+        def __init__(self,entity,transition = 0,force_volume = -1):
+            self.entity = entity
+            self.force_volume = force_volume
+            self.transition = transition  
+
+    def __init__(self,controller, player_name, yaml_conf,dataset : PlayerDataSet):
+        self.controller = controller
+        self.player_name = player_name
+        self.group_master = None
+        self.dataset = dataset
+
+        if "entity" in yaml_conf: 
+            self.entity_id = yaml_conf["entity"]
+            self.log(f"Initializing {player_name} with entity {self.entity_id}")
+        else:
+            self.entity_id = None
+            self.log_error(f"Can't initialize {player_name}, not entity was configured",True)
+
+        if "status_light" in yaml_conf:
+            self.status_light_entity = yaml_conf["status_light"]["entity"]
+            self.light_entity_conditions_evaluator = SmartCondition.Evaluator(self.controller,yaml_conf['status_light']["conditions"],constants =  { 'self' : self.status_light_entity, 'super' :  self.entity_id},condition_name = 'status_light',on_change_cb = self.on_change_status_light_conditions)
+
+        if "audio_delay" in yaml_conf:
+            # self.audio_delay_entity = yaml_conf["status_light"]["audio_delay"]
+            self.log(f"Creating a ValueSelector for the audio_delay")
+            self.audio_delay_selector = ValueSelector(self.controller,self.controller,sensor_name = yaml_conf["audio_delay"]["entity"],super_entity_id = self.entity_id,yaml_block = yaml_conf["audio_delay"]['value'],self_initialize = True)
+
+        self.is_playing_podcast_sensor = f'binary_sensor.{player_name}_is_playing_podcast'
+        is_playing_podcast_sensor_entity = self.controller.get_entity(self.is_playing_podcast_sensor)
+        if not is_playing_podcast_sensor_entity.exists():
+            is_playing_podcast_sensor_entity.add()
+        self.controller.listen_state(self.on_state_change,self.entity_id)
+        self.controller.listen_state(self.on_update_media_artist,self.entity_id,attribute = "media_artist")
+        self.update_is_playing_podcast_sensor()
+
+        if "leave_conditions" in yaml_conf:
+            self.leave_conditions_evaluator = SmartCondition.Evaluator(self.controller,yaml_conf["leave_conditions"],constants =  { 'self' :  self.entity_id},condition_name = player_name,on_update_cb = self.on_update_leave_condition, log_callback_trigger_reason = False ,extra_entities_to_listen = "sensor.ad_number_of_music_player_active")
+            self.on_update_leave_condition()
+        else:
+            self.leave_conditions_evaluator = None
+
+        if "join_conditions" in yaml_conf:
+            self.join_conditions_evaluator = SmartCondition.Evaluator(self.controller,yaml_conf["join_conditions"],constants =  { 'self' :  self.entity_id},condition_name = player_name,on_update_cb = self.on_update_join_condition, log_callback_trigger_reason = False, extra_entities_to_listen = "sensor.ad_number_of_music_player_active")
+            self.on_update_join_condition()
+        else:
+            self.join_conditions_evaluator = None
+
+        self.off_conditions_evaluator = SmartCondition.Evaluator(self.controller,yaml_conf["off_conditions"],constants =  { 'self' :  self.entity_id},condition_name = player_name,on_update_cb = self.on_update_off_conditions, log_callback_trigger_reason = False)
+        self.on_update_off_conditions()
+
+        #Volume controller stuffs
+        self.volume_context_data = list()
+        self.volume_context_entities = list()
+        self.volume_transition = None
+        if 'volume_controller' in yaml_conf:
+            volume_controller_conf = yaml_conf['volume_controller']            
+            if "context_entities" in volume_controller_conf:            
+                for element in volume_controller_conf["context_entities"]:         
+
+                    if "entity" in element: entity = element["entity"]
+                    else: self.log_error("Not entity defined")
+
+                    if "transition" in element: transition = element["transition"]
+                    else: transition = 0                    
+
+                    if "force_volume" in element: force_volume = element["force_volume"]
+                    else : force_volume = -1
+
+                    self.log(str(entity) + " : transition = " + str(transition) + ", force_volume = " + str(force_volume))
+
+                    if force_volume < 0: self.volume_context_entities.append(entity)
+                    self.volume_context_data.append(SonosPlayer.VolumeContextData(entity,transition,force_volume))
+            
+            if len(self.volume_context_entities) > 0:
+                #I don't want the context save to be dependent of the order of the yaml file
+                self.volume_context_entities.sort()
+
+                for element in self.volume_context_data:   
+                    self.log(f"adding context for {element.entity}")
+                    self.controller.listen_state(self.on_volume_context_change,element.entity)
+
+                self.dataset.clean(self.volume_context_entities)
+                self.log(f"Volumes slots: {self.dataset.get_volume_slots_as_string()}")
+
+                self.controller.listen_state(self.on_volume_change,self.entity_id,attribute = "volume_level")
+                #self.controller.listen_state(self.on_state_change,self.entity_id,new = 'playing')
+                #self.controller.listen_state(self.on_state_change,self.entity_id,old = 'playing')
+
+                if self.is_playing(): 
+                    self.update_volume()
+
+            else: self.log("Not context entities defined")
+
+        # --- Playback event handlers ---
+        self._current_radio_index = -1
+        self._current_album_index = -1
+
+        if 'play_stop_events' in yaml_conf:
+            self._play_stop_event_handler = EventHandler(self.controller, yaml_conf['play_stop_events'], self.on_play_stop_event)
+
+        if 'cycle_radio_events' in yaml_conf:
+            self._cycle_radio_event_handler = EventHandler(self.controller, yaml_conf['cycle_radio_events'], self.on_cycle_radio_event)
+
+        if 'cycle_album_events' in yaml_conf:
+            self._cycle_album_event_handler = EventHandler(self.controller, yaml_conf['cycle_album_events'], self.on_cycle_album_event)
+
+    def get_player_id(self): return self.entity_id
+
+    def set_group_master(self,player_id): self.group_master = player_id
+
+    def log(self,message,**kwargs):
+        self.controller.log(f"[{self.player_name}]{message}",**kwargs)
+
+    def stop_playback(self):
+        # if self.get_number_of_sonos_player_active() > 1:
+        #     self.leave_group()
+        # else:
+            self.log(f"{self.entity_id} is pausing the playback")
+            self.controller.call_service("media_player/media_pause", entity_id = self.entity_id)
+
+    # -----------------------------------------------------------------------
+    # Playback event handlers
+    # -----------------------------------------------------------------------
+
+    def _browse_media(self, media_content_type, media_content_id):
+        """Call browse_media and return the children list, or [] on error."""
+        try:
+            result = self.controller.call_service(
+                "media_player/browse_media",
+                entity_id=self.entity_id,
+                media_content_type=media_content_type,
+                media_content_id=media_content_id,
+            )
+            if result:
+                browse_data = (result.get("result") or {}).get("response") or {}
+                entity_data = browse_data.get(self.entity_id) or {}
+                return entity_data.get("children") or []
+        except Exception as e:
+            self.log(f"_browse_media({media_content_type}) error: {e}", level="WARNING")
+        return []
+
+    def _fetch_sonos_favorites(self):
+        """Browse the Sonos favorites tree and return a flat list of individual
+        favorites.  Each item is tagged with '_is_radio' (True/False).
+
+        The Sonos integration organises favorites into typed folders
+        (media_content_type='favorites_folder').  We browse into each folder
+        and tag its children:
+          - folders whose media_content_id contains 'audioBroadcast' → radio
+          - all other folders                                         → album/playlist
+        If the response is already a flat list (no folders), we fall back to
+        tagging by can_expand (False → radio, True → album).
+        """
+        folders = self._browse_media("favorites", "")
+        items = []
+        for folder in folders:
+            if folder.get("media_content_type") == "favorites_folder":
+                folder_id = folder.get("media_content_id", "")
+                is_radio = "audioBroadcast" in folder_id or "audioItem" in folder_id
+                children = self._browse_media(folder["media_content_type"], folder_id)
+                for child in children:
+                    tagged = dict(child)
+                    tagged["_is_radio"] = is_radio
+                    items.append(tagged)
+            else:
+                tagged = dict(folder)
+                tagged["_is_radio"] = not folder.get("can_expand", False)
+                items.append(tagged)
+        self.log(f"_fetch_sonos_favorites: {len(items)} items "
+                 f"({sum(1 for f in items if f['_is_radio'])} radio, "
+                 f"{sum(1 for f in items if not f['_is_radio'])} albums)")
+        return items
+
+    def _play_favorite(self, fav):
+        """Play a Sonos favourite by name via select_source."""
+        title = fav.get("title", "")
+        self.log(f"playing favourite '{title}' via select_source")
+        self.controller.call_service(
+            "media_player/select_source",
+            entity_id=self.entity_id,
+            source=title,
+        )
+
+    def on_play_stop_event(self, event_name, event_data, context):
+        """Toggle play/pause.  If the player is idle/off, start playback from
+        the first Sonos favourite fetched via browse_media."""
+        player_state = self.controller.get_state(self.entity_id)
+        self.log(f"play_stop_event: player_state = {player_state}")
+        if player_state == 'playing':
+            self.log("play_stop_event: pausing playback")
+            self.controller.call_service("media_player/media_pause", entity_id=self.entity_id)
+        elif player_state == 'paused':
+            self.log("play_stop_event: resuming playback")
+            self.controller.call_service("media_player/media_play", entity_id=self.entity_id)
+        else:
+            favs = self._fetch_sonos_favorites()
+            if favs:
+                self._play_favorite(favs[0])
+            else:
+                self.log("play_stop_event: no favourites available", level="WARNING")
+
+    def on_cycle_radio_event(self, event_name, event_data, context):
+        """Cycle through Sonos radio favourites (folders tagged as audioBroadcast)."""
+        radios = [f for f in self._fetch_sonos_favorites() if f.get("_is_radio")]
+        if not radios:
+            self.log("cycle_radio_event: no radio favourites found", level="WARNING")
+            return
+        self._current_radio_index = (self._current_radio_index + 1) % len(radios)
+        fav = radios[self._current_radio_index]
+        self.log(f"cycle_radio_event: '{fav.get('title')}' (index {self._current_radio_index}/{len(radios)})")
+        self._play_favorite(fav)
+
+    def on_cycle_album_event(self, event_name, event_data, context):
+        """Cycle through Sonos album/playlist favourites (all non-radio folders)."""
+        albums = [f for f in self._fetch_sonos_favorites() if not f.get("_is_radio")]
+        if not albums:
+            self.log("cycle_album_event: no album/playlist favourites found", level="WARNING")
+            return
+        self._current_album_index = (self._current_album_index + 1) % len(albums)
+        fav = albums[self._current_album_index]
+        self.log(f"cycle_album_event: '{fav.get('title')}' (index {self._current_album_index}/{len(albums)})")
+        self._play_favorite(fav)
+
+    def on_change_status_light_conditions(self,prev_result,result):
+        if result == SmartCondition.Result.Succeeded: 
+            self.controller.turn_on(self.status_light_entity)
+        else:
+            self.controller.turn_off(self.status_light_entity)
+
+
+    def is_playing(self): 
+        player_state = self.controller.get_state(self.entity_id)
+        #self.log(f"Current state = {player_state}")
+        return player_state == 'playing'
+
+    def on_update_join_condition(self,*args):
+        if self.join_conditions_evaluator.evaluate(False) == SmartCondition.Result.Succeeded:
+            if self.controller.get_number_of_players_active() >= 1 and not self.is_playing() and self.group_master == None:
+                self.join_conditions_evaluator.log_callback_trigger_reason()
+                self.join_conditions_evaluator.log_evaluation_result()
+                if self.controller.can_send_group_command():
+                    self.controller.join_group(self.entity_id) 
+                else:
+                    self.log(f"A group command has been send recently, trying again in 2s")
+                    self.controller.run_in(self.on_update_join_condition,2)
+
+    def on_update_leave_condition(self,*args): #*args is needed because the function is also use as a run_in cb
+        if self.leave_conditions_evaluator.evaluate(False) == SmartCondition.Result.Succeeded:
+            if self.group_master != None:
+                self.leave_conditions_evaluator.log_callback_trigger_reason()
+                self.leave_conditions_evaluator.log_evaluation_result()
+                if self.controller.can_send_group_command():
+                    self.controller.leave_group(self.entity_id) 
+                else:
+                    self.log(f"A group command has been send recently, trying again in 2s")
+                    self.controller.run_in(self.on_update_leave_condition,2)
+
+    def on_state_change(self, entity, attribute, old, new, *kwargs):
+        self.log(f"on_state_change, entity = {entity}, attribute = {attribute}, old = {old}, new = {new}")
+        if old != new and self.is_playing():
+            transition_time = 5 if self.get_desired_volume() > self.controller.get_state(self.entity_id, attribute="volume_level") else 0
+            self.update_volume(transition_time)
+        self.update_is_playing_podcast_sensor()
+
+    def on_update_media_artist(self, entity, attribute, old, new, *kwargs):
+        #self.log(f"on_update_media_artist, entity = {entity}, attribute = {attribute}, old = {old}, new = {new}")
+        self.update_is_playing_podcast_sensor()
+
+    def update_is_playing_podcast_sensor(self):
+        if self.is_playing_podcast_sensor and self.is_playing():
+            prev_state = self.controller.get_state(self.is_playing_podcast_sensor)
+            if self.controller.get_state(self.entity_id,attribute = "media_artist") == None:
+                if prev_state != 'on':
+                    self.log(f"setting {self.is_playing_podcast_sensor} to on")
+                    self.controller.set_state(self.is_playing_podcast_sensor,state = "on")
+            else:
+                if prev_state != 'off':
+                    self.log(f"setting {self.is_playing_podcast_sensor} to off")
+                    self.controller.set_state(self.is_playing_podcast_sensor,state = "off")
+
+    def on_update_off_conditions(self):
+        if self.off_conditions_evaluator.evaluate(False) == SmartCondition.Result.Succeeded:
+            if self.is_playing():
+                self.off_conditions_evaluator.log_callback_trigger_reason()
+                self.off_conditions_evaluator.log_evaluation_result()
+                self.stop_playback()
+
+    def is_volume_forced(self):            
+        for element in self.volume_context_data:
+            if element.force_volume >= 0 and self.controller.get_state(element.entity) != "off": return True
+
+        return False
+
+    def get_force_volume(self):            
+        for element in self.volume_context_data:
+            if element.force_volume >= 0 and self.controller.get_state(element.entity) != "off": return element.force_volume
+
+        return -1.0    
+
+    def is_volume_transitioning(self):
+        return self.volume_transition != None #and round(float(self.volume_transition.target_volume),2) != round(float(self.controller.get_state(self.entity_id, attribute="volume_level")),2)
+
+    def cancel_volume_transition(self):
+        self.volume_transition = None
+
+    def on_update_volume_transition(self, kwargs):
+        if self.volume_transition:
+            transition_step = self.volume_transition.get_transition_step()
+
+            if self.is_playing() == False:
+                self.cancel_volume_transition()
+            else:
+                self.controller.call_service("media_player/volume_set", entity_id = self.entity_id, volume_level = self.volume_transition.get_transition_volume()) 
+                self.controller.run_in(self.on_update_volume_transition, transition_step)
+
+    def on_volume_context_change(self, entity, attribute, old, new, *kwargs):
+        if old != new:
+            if self.is_playing():
+                self.log(str(entity) + " state changed from " + str(old) + " to " + str(new) + ", attribute = " + str(attribute))
+                transition_time = 0.0
+                for element in self.volume_context_data:
+                    if element.entity == entity: 
+                        transition_time = element.transition
+                
+                self.update_volume(transition_time)
+
+    def on_volume_change(self, entity, attribute, old, new, *kwargs):
+        if new != old and new != None and self.is_playing():
+            self.log("Volume changed from " + str(old) + " to " + str(new))
+            if self.is_volume_transitioning():
+                self.log("Volume Transition active: " + str(self.volume_transition))
+
+                if self.volume_transition.should_stop_transition(old,new):
+                    self.log("Volume Transition Stopped")
+                    self.cancel_volume_transition()
+                    if not self.is_volume_forced(): self.dataset.save_volume(self.controller,self.volume_context_entities,new)
+            elif not self.is_volume_forced():
+                self.dataset.save_volume(self.controller,self.volume_context_entities,new)
+
+    def get_desired_volume(self): 
+        desired_volume = self.get_force_volume()
+        if desired_volume < 0: desired_volume = self.dataset.get_volume(self.controller,self.volume_context_entities,self.log)
+        else: self.log(f"volume has been forced too {desired_volume}")
+        return desired_volume
+
+    def update_volume(self, transition_time = 0.0):
+        desired_volume = self.get_desired_volume()
+        current_volume = self.controller.get_state(self.entity_id, attribute="volume_level")
+        if desired_volume < 0:
+            #no context saved, return current volume
+            self.log("No context was found, creating a new one",level = "WARNING")
+            if current_volume != None and not self.is_volume_forced():
+                self.dataset.save_volume(self.controller,self.volume_context_entities,current_volume)
+        elif desired_volume != current_volume:
+            if transition_time > 0:
+                self.volume_transition = SonosPlayer.VolumeTransition(current_volume,desired_volume,transition_time)
+                self.log("Request transition to " + str(desired_volume))                
+                self.controller.run_in(self.on_update_volume_transition, 1) 
+            else:
+                self.log("Request Volume changed to " + str(desired_volume))
+                self.cancel_volume_transition()
+                self.controller.call_service("media_player/volume_set", entity_id = self.entity_id, volume_level = desired_volume)
+        elif self.volume_transition: #the current_volume is equal to the desired_volume and we are in the middle of a transition
+            self.cancel_volume_transition()
+
+class SonosController(SmartObject):
+
+    GROUP_ATTRIBUTE = "group_members"
+
+    #@SmartCondition.catch_smartcondition_exception(lambda self, message: self.log_error(message,stop_app = True))
+    def on_initialize_smart_object(self):
+        #super().initialize()
+        self.players = dict()
+        self.players_groups = dict()
+        self.group_command_time = 0
+
+        #self.depends_on_module("virtualsensors")
+
+        #Creating a new dataset if nothing has been deserialized from initialize
+        if self.dataset == None:
+            self.dataset = ControllerDataSet()
+
+        if "players" in self.args:
+            for player in self.args['players']:
+                self.log(f"Creating player {player}")
+                player_id = self.args['players'][player]["entity"]
+                if not player_id in self.dataset.players_dataset:
+                    self.log(f"Creating dataset for {player_id}")
+                    self.dataset.players_dataset[player_id] = PlayerDataSet()
+
+                self.players[player_id] = SonosPlayer(self,player,self.args['players'][player],self.dataset.players_dataset[player_id])
+                self.listen_state(self.on_sonos_group_changed,player_id,attribute = self.GROUP_ATTRIBUTE)
+
+                self.update_player_group(player_id)
+
+            self.log_groups() 
+        else:
+            self.log(f"No players found",level ="ERROR")
+
+    def update_player_group(self,player_id):
+        self.log(f"[{player_id}]updating players group")
+        if player_id != None: 
+            players_list = self.get_state(player_id, attribute=self.GROUP_ATTRIBUTE)
+            if players_list:
+                self.add_player_to_group(player_id,players_list[0])
+
+    def add_player_to_group(self,player_id,group_id):
+        group_changed = False
+        group_master = None
+        #let's confirm the group_master know me
+        players_list = self.get_state(group_id, attribute=self.GROUP_ATTRIBUTE)
+        if player_id != group_id and not player_id in players_list:
+            # sometimes, some player think they belong to a group, but the group master doesn't know them
+            # in such case I send them back to their own group
+            self.log(f"{group_id} doesn't have {player_id} in it's group, although {player_id} seems to think otherwise")
+            group_id = player_id
+        else:
+            if players_list != None and len(players_list) > 1:
+                group_master = players_list[0]
+
+        self.get_player(player_id).set_group_master(group_master)
+        #self.set_state(player_id,attributes = {"group_master" : group_master})
+
+        empty_group = list()
+
+        for current_group_id in self.players_groups:
+            if current_group_id != group_id and player_id in self.players_groups[current_group_id]:
+                self.log(f"Removing {player_id} from it's previous group {current_group_id}")
+                group_changed = True
+                self.players_groups[current_group_id].remove(player_id)
+                if len(self.players_groups[current_group_id]) == 0:
+                    empty_group.append(current_group_id)
+
+        for group in empty_group:
+            del self.players_groups[group]
+
+        if group_id in self.players_groups:
+            if not player_id in self.players_groups[group_id]:
+                self.log(f"Adding {player_id} to group {group_id}")
+                group_changed = True
+                self.players_groups[group_id].append(player_id)
+        else:
+            self.log(f"Creating group {group_id} and adding {player_id}")
+            group_changed = True
+            self.players_groups[group_id] = [player_id]
+
+        return group_changed
+
+    def get_player(self,player_id : str): return self.players[player_id]
+
+    def try_get_player(self,player_id : str): 
+        try: return self.players[player_id]
+        except KeyError: return None
+
+    def log_groups(self):
+        solo_players = list()
+        for group in self.players_groups:
+            if len(self.players_groups[group]) > 1:
+                self.log(f"Group[{group}] : {self.players_groups[group]}")
+            else:
+                solo_players.extend(self.players_groups[group])
+
+        if len(solo_players) >= 1:
+            self.log(f"Solo players : {solo_players}")
+
+    def on_sonos_group_changed(self, entity, attribute, old, new, kwargs):
+        self.log(f"on_sonos_group_changed, entity = {entity}, attribute = {attribute}, old = {old}, new = {new}")
+        if new and new != old:
+            if self.add_player_to_group(entity,new[0]):
+                self.log_groups()
+
+    def join_group(self,player_id):
+        if self.can_send_group_command():
+            best_group = None
+            best_group_size = 0
+
+            for group_master,group_members in self.players_groups.items():
+                if self.players[group_master].is_playing(): #TODO : ignore here stand-alone player
+                    group_size = len(group_members)
+                    if group_size > best_group_size:
+                        best_group_size = group_size
+                        best_group = group_master
+
+            if best_group:
+                self.log(f"Join group of {best_group}")
+                self.call_service("media_player/join", entity_id = best_group, group_members = [ player_id ] )
+                self.group_command_time = time.time()
+                return
+
+            self.log(f"Couldn't find any group to join",level = "WARNING")
+        else:
+            self.log(f"A previous group command has been sent less than {MIN_TIME_BETWEEN_GROUP_COMMANDS}s ago, please wait",level = "WARNING")
+
+    def leave_group(self,player_id):
+        if self.can_send_group_command():
+            group_master = self.get_player(player_id).group_master
+            self.log(f"{player_id} is leaving the group of {group_master}")
+            self.call_service("media_player/unjoin", entity_id = player_id)
+            self.group_command_time = time.time()
+            self.get_player(player_id).set_group_master(None)
+        else:
+            self.log(f"A previous group command has been sent less than {MIN_TIME_BETWEEN_GROUP_COMMANDS}s ago, please wait",level = "WARNING")
+
+    def can_send_group_command(self): return time.time() - self.group_command_time > MIN_TIME_BETWEEN_GROUP_COMMANDS
+
+    def get_number_of_players_active(self):
+        number_of_players_active = 0
+        for player_id in self.players:
+            if self.players[player_id].is_playing():
+                number_of_players_active += 1
+
+        return number_of_players_active

archiveLogs.sh

@@ -2,13 +2,16 @@
 
 # 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=$(date +"%Y%m%d_%H%M%S")
 DEST=$ARCHIVE_DIR/$TIMESTAMP
 
 # Find log files directly in the logs directory (non-recursive, skip archive subdir)
-LOG_FILES=$(find "$LOGS_DIR" -maxdepth 1 -type f -name "*.log")
+LOG_FILES=$(find "$LOGS_DIR" -maxdepth 1 -type f -name "*.log*")
 
 if [ -z "$LOG_FILES" ]; then
   echo "[archiveLogs] No log files to archive."

system_packages.txt

@@ -2,3 +2,5 @@ libstdc++
 gcompat
 bash
 git
+nodejs
+npm