Added support for the senseo

.vscode/launch.json

@@ -12,6 +12,7 @@
                 "host": "localhost",
                 "port": 5678
             },
+            "steppingResumesAllThreads": true,
             "pathMappings": [
                 {
                     "localRoot": "${workspaceFolder}",

appdaemon.yaml

@@ -3,6 +3,7 @@ appdaemon:
   longitude: 0
   elevation: 30
   time_zone: Europe/Berlin
+  internal_function_timeout: 00:20:00
   exclude_dirs:
     - unit_tests
   plugins:
@@ -11,6 +12,8 @@ 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
 admin:

apps/alarmclock.py

@@ -0,0 +1,333 @@
+import appdaemon.plugins.hass.hassapi as hass
+from ad_toolbox.smartobject import SmartObject
+import ad_toolbox.smartcondition as SmartCondition
+import datetime
+
+from threading import Lock
+from requests import get
+import requests
+import icalendar
+from enum import Enum
+
+class EventType(Enum):
+    Vacation = 1
+    Flex = 2
+    Busy = 3
+    Tentative = 4
+
+class CalendarEvent:
+    def __init__(self,start_time,stop_time,event_type):
+        self.start_time = start_time
+        self.stop_time = stop_time
+        self.type = event_type
+
+    def __str__(self):
+        return f"[{self.type}]Start at {self.start_time},Finish at {self.stop_time}"
+
+    def __eq__(self, obj):
+        return isinstance(obj, CalendarEvent) and obj.type == self.type and obj.start_time == self.start_time and obj.stop_time == self.stop_time
+
+    def __ne__(self, obj):
+        return not self == obj
+
+class AlarmClock(SmartObject):
+
+    def on_initialize_smart_object(self):
+        self.switch_alarmclock_main         = self.args['switch_alarmclock_main']
+        self.switch_alarmclock_secondary    = self.args['switch_alarmclock_secondary']
+        self.inputdate_alarmclock_main      = self.args['inputdate_alarmclock_main']
+        self.inputdate_alarmclock_secondary = self.args['inputdate_alarmclock_secondary']
+        self.input_text_wakeup_time         = self.args['input_text_wakeup_time']
+        #self.sensor_wakeup_datetime         = self.args['sensor_wakeup_datetime']
+        self.sleeping_condition = SmartCondition.Evaluator(self, self.args['sleeping_condition'], condition_name="sleeping_condition", constants=self.constants, templates_library=self.templates_library)
+
+        self.lock = Lock()
+        self.wakeup_time_str = ""
+        self.handle_program_next_wakueup_cb = None
+        self.handle_prewakueup_cb = None
+        self.handle_wakueup_cb = None
+        self.handle_switch_reveil_principal = self.listen_state(self.on_alarm_clock_set, self.switch_alarmclock_main)
+        self.handle_switch_reveil_secondaire = self.listen_state(self.on_alarm_clock_set, self.switch_alarmclock_secondary)
+        self.listen_state(self.on_alarm_clock_set, self.inputdate_alarmclock_main)
+        self.listen_state(self.on_alarm_clock_set, self.inputdate_alarmclock_secondary)
+
+        self.run_hourly(self.on_refresh_cal,datetime.time(0, 0, 0))
+
+        self.sensor_wakeup_datetime_entity = self.create_entity("sensor.wakeup_datetime", icon="mdi:alarm")
+        #sensor_wakeup_datetime_entity = self.get_entity(self.sensor_wakeup_datetime)
+        #if not sensor_wakeup_datetime_entity.exists():
+        #    sensor_wakeup_datetime_entity.add()
+
+        self.calendar = list()
+        self.refresh_cal()
+
+        self.update_wakeup_time()
+
+    def refresh_cal(self):
+        new_cal = list()        
+        #if self.load_cal_from_google_calendar(new_cal):
+        if self.load_cal_from_ics(new_cal):        
+            if not self.are_cal_identical(self.calendar,new_cal):
+                self.calendar = new_cal
+                self.log("Calendar has been updated!")
+                self.print_cal(self.calendar)
+                return True
+
+        return False
+
+    def are_cal_identical(self,calendar1,calendar2):
+        if len(calendar1) != len(calendar2): return False
+        
+        for i, event in enumerate(calendar1):
+            if calendar2[i] != event: 
+                return False
+
+        return True
+
+    def print_cal(self,calendar):
+        for event in calendar:
+            self.log(f"{event}")         
+
+    def load_cal_from_ics(self,calendar):
+        calendar.clear()  
+
+        try:
+            self.log(f"Retrieving calengar from outlook.office365.com")
+            r = get("https://outlook.office365.com/owa/calendar/0c64359c70eb41cd9713fe92c470d3df@ubisoft.com/5edb3fb5150f4203b66d9cf8db3184be11626033572842691749/calendar.ics", timeout=10)#, headers=headers, verify=False)
+            #self.log(f"Processing Calendar")
+            
+            today = datetime.datetime.combine(datetime.date.today(), datetime.time(0,0, 0))
+            start_load_date = today - datetime.timedelta(days=1)
+            end_load_date = today + datetime.timedelta(days=2)        
+            #self.log("[" + str(start_load_date) + "]-[" + str(end_load_date) + "]")    
+
+            calendar_ubi = icalendar.Calendar.from_ical(r.text)
+            for component in calendar_ubi.walk():
+                if component.name == "VEVENT":
+                    event_summary = component.get('summary')
+                    if event_summary == "Away": event_type = EventType.Vacation
+                    elif event_summary == "Busy": event_type = EventType.Busy
+                    elif event_summary == "Tentative": event_type = EventType.Tentative
+                    elif event_summary == "Working elsewhere" or event_summary == "Free": event_type = EventType.Flex
+                    else: event_type = None
+
+                    start_datetime = component.get('dtstart').dt
+                    end_datetime = component.get('dtend').dt
+
+                    #regular event have a datetime and full day events only a date
+                    #let's make both event a time zone unaware datetime 
+                    if isinstance(start_datetime,datetime.datetime):
+                        start_datetime = start_datetime.replace(tzinfo=None)
+                    else:
+                        start_datetime = datetime.datetime.combine(start_datetime,datetime.time(0,0,0))
+
+                    if isinstance(end_datetime,datetime.datetime):
+                        end_datetime = end_datetime.replace(tzinfo=None)
+                    else:
+                        end_datetime = datetime.datetime.combine(end_datetime,datetime.time(0,0,0))
+
+                    outside_of_loading_period = False
+                    if start_datetime < start_load_date and end_datetime < start_load_date:
+                        outside_of_loading_period = True
+                    if start_datetime > end_load_date and end_datetime > end_load_date:
+                        outside_of_loading_period = True
+
+                    if not outside_of_loading_period:
+                        if event_type:
+                            calendar.append(CalendarEvent(start_datetime,end_datetime,event_type))
+                        else: self.log(f"[Unknow event : {event_summary}]Start at {start_datetime},Finish at {end_datetime}",level = "WARNING")
+
+        except ValueError:  
+            self.log_error("Couldn't load calendar")
+            return False
+        except (requests.exceptions.ConnectionError,requests.exceptions.ReadTimeout):
+            self.log("Couldn't load calendar, request Timeout",level = "WARNING")
+            return False
+
+        #self.log(f"Calendar loaded")
+        return True
+        
+    def on_alarm_clock_set(self, entity, attribute, old, new, kwargs):
+        self.update_wakeup_time()
+
+    def on_refresh_cal(self, kwargs):
+        if self.refresh_cal():
+            self.update_wakeup_time()
+
+    def on_program_next_wakeup(self, kwargs):
+        self.handle_program_next_wakueup_cb = None     
+
+        no_switch_changed = True
+
+        #le reveil principal se reactive chaque matin
+        if self.get_state(self.switch_alarmclock_main) == 'off':
+            self.log("Turning on main alarm clock")
+            no_switch_changed = False
+            self.turn_on(self.switch_alarmclock_main)
+        #le reveil secondaire ne sonne qu'une fois, il est donc desactivé chaque matin
+        if self.get_state(self.switch_alarmclock_secondary) == 'on':
+            self.log("Turning off secondary alarm clock")
+            no_switch_changed = False
+            self.turn_off(self.switch_alarmclock_secondary)                           
+
+        if no_switch_changed:
+            self.update_wakeup_time()
+
+    def on_pre_wakeup(self, kwargs):
+        self.handle_prewakueup_cb = None        
+
+        for key, value in kwargs.items():
+            if key == 'wakeup_in' : 
+                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) 
+
+        wakeup_message = "On se reveil dans " + str(wakeup_in) + " minutes"
+
+        self.log(wakeup_message)
+        if self.sleeping_condition.evaluate() == SmartCondition.Result.Succeeded: self.fire_event("WAKEUP_IN", wakeup_in = wakeup_in)
+        #self.call_service("notify/ios_iphone_de_pierre", title = "Reveil", message = wakeup_message)        
+
+    def on_wakeup(self, kwargs):
+        self.handle_wakueup_cb = None
+
+        wakeup_message = "WAKE UP!!!! It's " + self.wakeup_time_str
+    
+        self.log(wakeup_message)
+        if self.sleeping_condition.evaluate() == SmartCondition.Result.Succeeded: self.fire_event("WAKEUP")
+        #self.call_service("notify/ios_iphone_de_pierre", title = "Reveil", message = wakeup_message)
+
+    def is_wakeup_time_on_a_working_day(self, wakeup_datetime):           
+        if self.is_during_vacation(wakeup_datetime):
+            return False
+        
+        if wakeup_datetime.weekday() >= 5: #saturday is 5, sunday is 6
+            return False
+
+        return True
+
+    def is_during_vacation(self, date_time):
+        for event in self.calendar:
+            if event.type == EventType.Vacation and event.start_time <= date_time and date_time <= event.stop_time:
+                return True
+
+        return False 
+
+    def is_wakeup_time_on_a_flex_day(self, date_time):
+        return False
+        #we'll see about that later
+        for event in self.calendar:
+            if event.type == EventType.Flex and event.start_time <= date_time and date_time <= event.stop_time:
+                return True
+
+        return False    
+
+    def get_next_busy(self,date_time):
+        for event in self.calendar:
+            if event.type == EventType.Busy and event.start_time >= date_time:
+                return event
+
+        return None
+
+    def offset_wakeup_time_for_meeting(self,wakeup_datetime):
+        date_time = wakeup_datetime - datetime.timedelta(hours=wakeup_datetime.hour,minutes=wakeup_datetime.minute)
+        busy_event = self.get_next_busy(date_time)
+        if busy_event and busy_event.start_time.date() == date_time.date() and busy_event.start_time.hour > 6 and busy_event.start_time <= wakeup_datetime:
+            wake_up_datetime = busy_event.start_time - datetime.timedelta(minutes=30)
+            new_wake_up_time = wake_up_datetime.strftime("%H:%M")
+            
+            self.log(f"A meeting have been found at {busy_event.start_time}, we'll wake up at {new_wake_up_time}")          
+            return new_wake_up_time
+
+        new_wake_up_time = wakeup_datetime.strftime("%H:%M")
+        #self.log(f"No meeting have been found before {wake_up_time}, we'll wake up at {wake_up_time}") 
+        return new_wake_up_time
+        
+    def calculate_wakeup_time(self):
+        new_wakeup_time = "--:--"
+
+        if self.get_state(self.switch_alarmclock_secondary) == 'on':
+            new_wakeup_time = self.get_state(self.inputdate_alarmclock_secondary)[0:5]
+        elif self.get_state(self.switch_alarmclock_main) == 'on':
+            max_flex_wakeup_time = "10:00" #todo: make that data driven
+            max_flex_wakeup_datetime = self.generate_wakeup_datetime_from_string(max_flex_wakeup_time)
+            new_wakeup_time = self.get_state(self.inputdate_alarmclock_main)[0:5]
+            new_wakeup_datetime = self.generate_wakeup_datetime_from_string(new_wakeup_time)
+            if not self.is_wakeup_time_on_a_working_day(new_wakeup_datetime):
+                self.log(f"Primary Wake up time ({new_wakeup_datetime}) is not on a working day")
+                new_wakeup_time = "--:--"
+            elif self.is_wakeup_time_on_a_flex_day(max_flex_wakeup_datetime):
+                self.log(f"Flex Wake up time ({max_flex_wakeup_datetime}) is on a flex office day")
+                new_wakeup_time = self.offset_wakeup_time_for_meeting(max_flex_wakeup_datetime)
+            else:
+                new_wakeup_time = self.offset_wakeup_time_for_meeting(new_wakeup_datetime)
+
+        return new_wakeup_time
+
+    def generate_wakeup_datetime_from_string(self,wakeup_string):
+        wakeup_time = datetime.time(int(wakeup_string[0:2]), int(wakeup_string[3:5]), 0) 
+        wakeup_datetime = datetime.datetime.combine(datetime.date.today(),wakeup_time)
+
+        if (datetime.datetime.combine(datetime.date.today(), wakeup_time) - datetime.datetime.now()).total_seconds() <= 0:
+            wakeup_datetime = wakeup_datetime + datetime.timedelta(days=1)
+
+        return wakeup_datetime
+
+    def register_callbacks(self, wakeup_time_str):
+        if self.wakeup_time_str != wakeup_time_str or not self.handle_program_next_wakueup_cb:
+            with self.lock:
+                #first, cancel all previous callbacks
+                if self.handle_program_next_wakueup_cb:
+                    self.log("Canceling previous program next wakeup cb")
+                    self.cancel_timer(self.handle_program_next_wakueup_cb)
+                    self.handle_program_next_wakueup_cb = None
+                if self.handle_prewakueup_cb:
+                    self.log("Canceling previous pre wakeup cb")
+                    self.cancel_timer(self.handle_prewakueup_cb)
+                    self.handle_prewakueup_cb = None
+                if self.handle_wakueup_cb:
+                    self.log("Canceling previous wakeup cb")
+                    self.cancel_timer(self.handle_wakueup_cb)
+                    self.handle_wakueup_cb = None
+
+                if wakeup_time_str == '--:--':
+                    #if their is no alarm clock set up, we just need to program a callback to update the wakeup time tomorow
+                    # 12:00 should do it
+                    program_next_wakeup_time =  datetime.datetime.combine(datetime.date.today(), datetime.time(12,0, 0))
+                    #if we toggle off an alalrm clock before 4, we assume it's for the 'next' day (meaning tbe same day between 0 and 4)
+                    #if we toggle off an alalrm clock after 4, it's suppose to stay so untill next day
+                    if datetime.datetime.now().hour >= 4: 
+                        program_next_wakeup_time = program_next_wakeup_time + datetime.timedelta(days=1)
+
+                    self.log("program next wakeup cb registered for " + str(program_next_wakeup_time))
+                    self.handle_program_next_wakueup_cb = self.run_at(self.on_program_next_wakeup, program_next_wakeup_time)
+                    self.sensor_wakeup_datetime_entity.set_state(state = 'unavailable')
+                else:
+                    wakeup_datetime = self.generate_wakeup_datetime_from_string(wakeup_time_str)
+                    self.sensor_wakeup_datetime_entity.set_state(state = wakeup_datetime.strftime("%H:%M"))
+                    
+                    #the program next wakeup CB need to be slightly after the wakeup CB to avoid the risk of wakeup CB cleaning it's handle AFTER program next wakup set up the next one
+                    program_next_wakeup_datetime = wakeup_datetime + datetime.timedelta(seconds=1)
+                    
+                    prewakeup_offset = min(60,(wakeup_datetime - datetime.datetime.now()).total_seconds() / 60)
+                    prewakeup_offset = int(prewakeup_offset / 10) * 10  
+                    prewakeup_datetime = wakeup_datetime - datetime.timedelta(minutes=prewakeup_offset)                  
+                    
+                    self.handle_prewakueup_cb = self.run_at(self.on_pre_wakeup, prewakeup_datetime,wakeup_in = prewakeup_offset) 
+                    self.log("prewakup cb registered for " + str(prewakeup_datetime))
+
+                    self.handle_wakueup_cb = self.run_at(self.on_wakeup, wakeup_datetime) 
+                    self.log("wakeup cb registered for " + str(wakeup_datetime))
+
+                    self.handle_program_next_wakueup_cb = self.run_at(self.on_program_next_wakeup, program_next_wakeup_datetime) 
+                    self.log("program next wakeup cb registered for " + str(program_next_wakeup_datetime))
+
+                self.wakeup_time_str = wakeup_time_str
+                self.call_service("input_text/set_value", entity_id = self.input_text_wakeup_time, value = self.wakeup_time_str)
+
+
+    def update_wakeup_time(self):             
+        self.register_callbacks(self.calculate_wakeup_time())
+
+    

apps/apps.yaml

@@ -1,8 +1,9 @@
-# I now directly run AppDaemon with debugpy in DockerStart.sh. Not sure which is best
+debugger:
-# debugger:
+  module: debugger
-#   module: debugger
+  class: Debugger
-#   class: Debugger
+  priority: 0
-#   port: 5678
+  port: 5678
+  wait_for_client: false # set to true when you need to debug initialize()
 
 motion_tracker:
   module: motiontracker
@@ -10,8 +11,6 @@ motion_tracker:
 
   priority: 5 # this need to be initialized before app using motion tracker
 
-  mqtt_device_name: AD Motion Tracker
-
   max_time: 30
 
   areas:
@@ -25,4 +24,56 @@ motion_tracker:
       motion_sensors: binary_sensor.garage_motion
     kitchen: 
       motion_sensors: binary_sensor.kitchen_motion
+    mezzanine:
+      motion_sensors: binary_sensor.mezzanine_motion
+
+
+informations_collector:
+  module: informationscollector
+  class: InformationsCollector
+  priority: 1
+
+  #mute: True
+
+  error_collector:
+    reset_error_count_button: input_button.reset_error_count
+    output_sensor: sensor.ad_errors
+
+  # min_max_temp_sensors:
+  #   temperature_sensors:
+  #     - sensor.temperature_exterieur_nord
+  #     - sensor.temperature_exterieur_sud
+  #   output_sensors:
+  #     max_temp: sensor.max_temp_outside
+  #     max_temp_yesterday: sensor.max_temp_yesterday_outside
+  #     min_temp: sensor.min_temp_outside
+  #     min_temp_yesterday: sensor.min_temp_yesterday_outside
+
+  group_collectors:
+    windows:
+     group: binary_sensor.group_windows
+     output_sensor: sensor.ad_number_of_windows_open
+  
+    music_players:
+      group: media_player.group_music_player
+      output_sensor: sensor.ad_number_of_music_player_active
+      active_condition: self == 'playing'
+
+    #windows:
+    #  group: group.fenetres
+    #  output_sensor: sensor.ad_number_of_windows_open
+
+    # shutters:
+    #   group: group.volets
+    #   output_sensor: sensor.ad_number_of_shutter_close
+
+    # occupency_sensors:
+    #   group: group.occupency_sensors
+    #   output_sensor: sensor.ad_number_of_rooms_occupied
+
+    # smart_lights:
+    #   group:
+    #     - group.smart_lights
+    #     - group.dumb_lights
+    #   output_sensor: sensor.ad_number_of_lights_on
 

apps/debugger.py

@@ -5,8 +5,14 @@ import debugpy
 class Debugger(hass.Hass):
     def initialize(self):
         port = int(self.args.get("port", 5678))
+        wait_for_client = bool(self.args.get("wait_for_client", False))
         try:
             debugpy.listen(("0.0.0.0", port))
             self.log(f"debugpy listening on port {port}")
         except RuntimeError:
             self.log("debugpy already listening, skipping")
+
+        if wait_for_client:
+            self.log(f"waiting for debug client on port {port}")
+            debugpy.wait_for_client()
+            self.log("debug client attached")

apps/informationscollector.py

@@ -0,0 +1,182 @@
+import ad_toolbox.smartcondition as SmartCondition
+from ad_toolbox.smartobject import SmartObject
+import pickle
+import os
+
+class InformationsCollector(SmartObject):
+
+    def on_initialize_smart_object(self):
+        super().on_initialize_smart_object()
+
+        if self.dataset is None:
+            self.dataset = dict()
+
+        if 'error_collector' in self.args:
+            if 'output_sensor' in self.args['error_collector']:
+                sensor_name = self.args['error_collector']['output_sensor']
+                self.error_list = []
+                self.log_handle = self.listen_log(self.on_log_error, "ERROR", log="main_log")
+                self.error_count_sensor = self.create_entity(
+                    sensor_name, state=0,
+                    attributes={"last_error": "", "error_list": []},
+                    icon="mdi:alert-circle-outline"
+                )
+                if 'reset_error_count_button' in self.args['error_collector']:
+                    self.listen_state(self.on_reset_error_count, self.args['error_collector']['reset_error_count_button'])
+            else:
+                self.log_error("No output_sensor defined for error_collector")
+
+        if 'min_max_temp_sensors' in self.args:
+            for sensor in self.args['min_max_temp_sensors']['temperature_sensors']:
+                self.listen_state(self.on_temperature_change, sensor)
+
+            output_sensors = self.args['min_max_temp_sensors']['output_sensors']
+            self.max_temp_sensor = self.get_entity(output_sensors['max_temp'])
+            self.max_temp_yesterday_sensor = self.get_entity(output_sensors['max_temp_yesterday'])
+            self.min_temp_sensor = self.get_entity(output_sensors['min_temp'])
+            self.min_temp_yesterday_sensor = self.get_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':
+                max_temp = current_max_temp
+                try:
+                    if max_temp is None or self.dataset['max_temp'] > max_temp:
+                        max_temp = self.dataset['max_temp']
+                        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':
+                min_temp = current_min_temp
+                try:
+                    if min_temp is None or self.dataset['min_temp'] < min_temp:
+                        min_temp = self.dataset['min_temp']
+                        self.log_info(f"Restoring min_temp from dataset ({min_temp}°C)")
+                except KeyError: pass
+                self.set_min_temp_sensor(min_temp)
+
+            self.run_daily(self.run_at_midnight, "00:00:00")
+
+        if 'group_collectors' in self.args:
+            self._group_sensors = {}
+            self._group_evaluators = {}
+
+            for name, config in self.args['group_collectors'].items():
+                self._group_sensors[name] = self.create_entity(
+                    config['output_sensor'], state=0,
+                    attributes={'active_entities': ''},
+                    icon='mdi:counter'
+                )
+
+                entities = self._get_group_entities(config)
+
+                if 'active_condition' in config:
+                    self._group_evaluators[name] = {
+                        entity: SmartCondition.Evaluator(
+                            self,
+                            config['active_condition'],
+                            condition_name=f"{name}_{entity}",
+                            constants={'self': entity},
+                            log_callback_trigger_reason=False,
+                            on_change_cb=self._on_group_condition_changed,
+                        )
+                        for entity in entities
+                    }
+                else:
+                    for entity in entities:
+                        self.listen_state(self.on_group_entity_state_changed, entity)
+
+            self.update_group_collectors()
+
+    def set_max_temp_sensor(self,temperature):
+        self.dataset['max_temp'] = temperature
+        self.max_temp_sensor.set_state(state = temperature, attributes = { 'unit_of_measurement': '°C', 'device_class': 'temperature'})
+
+    def set_min_temp_sensor(self,temperature):
+        self.dataset['min_temp'] = temperature
+        self.min_temp_sensor.set_state(state = temperature, attributes = { 'unit_of_measurement': '°C', 'device_class': 'temperature'})
+
+    def terminate(self):
+        self.log_info("Writing dataset to " + self.get_dataset_name())
+        f = open(self.get_dataset_name(), 'wb')
+        pickle.dump(self.dataset, f)
+        f.close()
+
+    def compute_min_max_temp(self):
+        max_temp = None
+        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
+            if not min_temp or temp < min_temp: min_temp = temp
+        return min_temp,max_temp
+
+    def on_log_error(self, name, ts, level, type, message, kwargs):
+        error_count = int(self.error_count_sensor.get_state()) + 1
+        self.error_list.append(message)
+        self.error_count_sensor.set_state(state=error_count, attributes={"last_error": message, "error_list": self.error_list})
+
+    def on_reset_error_count(self, entity, attribute, old, new, kwargs):
+        error_log_file = self.get_ad_api()._logging.config['error_log']['filename']
+        open(error_log_file, 'w').close()
+        self.error_list.clear()
+        self.error_count_sensor.set_state(state=0, attributes={"last_error": "", "error_list": self.error_list})
+
+    def _on_group_condition_changed(self, prev_result,result):
+        self.update_group_collectors()
+
+    def on_group_entity_state_changed(self, entity, attribute, old, new, kwargs):
+        if new != old:
+            self.log_info(f"updating group collectors ({entity} changed from {old} to {new})")
+            self.update_group_collectors()
+
+    def on_temperature_change(self, entity, attribute, old, new, kwargs):
+        if new != old:
+            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 min_temp is None or min_temp == 'unavailable' or new < min_temp: self.set_min_temp_sensor(new)
+
+    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'})
+        self.min_temp_yesterday_sensor.set_state(state=self.min_temp_sensor.get_state(), attributes={'unit_of_measurement': '°C', 'device_class': 'temperature'})
+        min_temp, max_temp = self.compute_min_max_temp()
+        self.set_max_temp_sensor(max_temp)
+        self.set_min_temp_sensor(min_temp)
+
+    def _get_group_entities(self, config):
+        group = config['group']
+        if isinstance(group, str):
+            return self.get_state(group, attribute='entity_id') or []
+        entities = []
+        for g in group:
+            entities.extend(self.get_state(g, attribute='entity_id') or [])
+        return entities
+
+    def _is_entity_active(self, name, entity):
+        if name in self._group_evaluators:
+            return self._group_evaluators[name][entity].evaluate(log=False) == SmartCondition.Result.Succeeded
+        return self.get_state(entity) == 'on'
+
+    # def _get_group_entity_name(self, entity):
+    #     entity_state = self.get_state(entity, attribute='all') or {}
+    #     attributes = entity_state.get('attributes', {})
+    #     friendly_name = attributes.get('friendly_name')
+    #     return friendly_name if isinstance(friendly_name, str) and friendly_name else entity
+
+    def update_group_collectors(self):
+        for name, config in self.args['group_collectors'].items():
+            sensor = self._group_sensors[name]
+            prev_state = sensor.get_state()
+            prev_count = int(prev_state) if prev_state is not None else 0
+
+            active_entities = []
+            for entity in self._get_group_entities(config):
+                if self.entity_exists(entity) and self._is_entity_active(name, entity):
+                    active_entities.append(entity)
+
+            count = len(active_entities)
+            sensor.set_state(state=count, attributes={'active_entities': ', '.join(active_entities)})
+
+            if prev_count != count:
+                self.log_info(f"{name}: {count} active entities (previously {prev_count})")
+

apps/rooms/bedroom.yaml

@@ -29,6 +29,34 @@ sleep_switch:
         args:
           button: 'off'
           press_type: 'long_release'
+      
+  off_events:
+    - WAKEUP
+
+bedroom_light_switch:
+  module: smartswitch
+  class: SmartSwitch
+
+  entity: switch.bedroom_light
+
+  off_events:
+    - turn_off_all_lights
+
+  toggle_events:
+    button_press_pierre:
+      event_name: zha_event
+      event_data:
+        device_name: 'bedroom_remote_pierre'
+        args:
+          press_type: 'press'
+          button: 'on'
+    button_press_maeva:
+      event_name: zha_event
+      event_data:
+        device_name: 'bedroom_remote_maeva'
+        args:
+          press_type: 'press'
+          button: 'on'
 
 sonos_led:
   module: smartswitch
@@ -73,6 +101,16 @@ light_bedroom_bedlight_pierre:
           press_type: 'hold'
           button: 'down'
 
+  on_events_with_transition:
+    wake_up_events:
+      transition_time: 120
+      brightness_pct: 50
+      events:
+        WAKEUP_IN:
+          event_name: WAKEUP_IN
+          event_data:
+            wakeup_in: 5
+
 light_bedroom_bedlight_maeva:
   module: smartlight
   class: SmartLight
@@ -113,4 +151,30 @@ bed_ledstrip:
   class: SmartLight
   entity: light.bedroom_ledstripe
 
-  smart_conditions: (input_boolean.sleeping or binary_sensor.day_interval_night) and (binary_sensor.bedroom_motion_bed_pierre or binary_sensor.bedroom_motion_bed_maeva)
+  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)
+    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
+      events:
+        WAKEUP_IN:
+          event_name: WAKEUP_IN
+          event_data:
+            wakeup_in: 8
+
+  light_brightness_pct: 1
+
+alarm_clock:
+  module: alarmclock
+  class: AlarmClock
+
+  switch_alarmclock_main: input_boolean.main_alarmclock
+  switch_alarmclock_secondary: input_boolean.secondary_alarmclock
+  inputdate_alarmclock_main: input_datetime.main_alarmclock
+  inputdate_alarmclock_secondary: input_datetime.secondary_alarmclock
+  input_text_wakeup_time: input_text.wakeup_time
+
+  sleeping_condition: input_boolean.sleeping

apps/rooms/garage.yaml

@@ -3,5 +3,6 @@ light_garage:
   class: SmartLight
   entity: switch.garage_01
 
-  smart_conditions: sensor.garage_last_motion < 3
+  smart_conditions: 
-  blocking_conditions: sensor.garage_motion_light_level > 10 and not self
+    trigger_conditions: sensor.garage_last_motion < 3
+    blocking_conditions: sensor.garage_motion_light_level > 10

apps/rooms/kitchen.yaml

@@ -19,4 +19,75 @@ light_kitchen_sink_switch:
   entity: light.kitchen_sink_switch
 
   off_events:
-    - turn_off_all_lights
+    - turn_off_all_lights
+
+senseo_quadrante:
+  module: senseo
+  class: Senseo
+
+  virtual_sensors:
+    default_values:
+      # this is done to break the circular dependencies between sensor.senseo_cup_icon and sensor.senseo_cup
+      sensor.senseo_cup_icon: "" # "mdi:coffee-off-outline"
+    sensors:
+      value_selector.senseo_cup:
+        attributes:
+          friendly_name: Tasse
+        sensor_attributes:
+          icon: sensor.senseo_cup_icon
+        values:
+          unavailable: sensor.senseo_quadrante_operating_state == 'unavailable'
+          Prête: binary_sensor.senseo_quadrante_cup_available and binary_sensor.senseo_quadrante_cup_full
+          Service en cours: binary_sensor.senseo_quadrante_cup_available and sensor.senseo_quadrante_operating_state == 'SENSEO_BREWING'
+          Vide: binary_sensor.senseo_quadrante_cup_available
+          Absente: True
+
+      value_selector.senseo_cup_icon:
+        "mdi:coffee": sensor.senseo_cup == 'Prête'
+        "mdi:coffee-outline": sensor.senseo_cup == 'Vide' or sensor.senseo_cup == 'Service en cours'
+        "mdi:coffee-off-outline": True
+
+      value_selector.senseo_programmation:
+        attributes:
+          friendly_name: Programme
+          icon: mdi:coffee-to-go
+        values:
+          unavailable: sensor.senseo_quadrante_operating_state == 'unavailable'
+          1 Tasse (douche): binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 1 and binary_sensor.senseo_quadrante_has_program.power_pressed
+          2 Tasses (douche): binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 2 and binary_sensor.senseo_quadrante_has_program.power_pressed
+          1 Tasse: binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 1
+          2 Tasses: binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 2
+          Aucun: True
+
+  clear_program_button: button.senseo_quadrante_clear_program
+
+  programs:
+    one_cup_shower:
+      events:
+        shower_finished:
+          event_name: shower_finished
+      button: button.senseo_quadrante_brew_coffee_normal
+      condition: binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 1 and binary_sensor.senseo_quadrante_has_program.power_pressed
+
+    two_cup_shower:
+      events:
+        shower_finished:
+          event_name: shower_finished
+      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 binary_sensor.senseo_quadrante_has_program.power_pressed
+
+    one_cup_morning:
+      delay: 10
+      events:
+        good_morning:
+          event_name: good_morning
+      button: button.senseo_quadrante_brew_coffee_normal
+      condition: binary_sensor.senseo_quadrante_has_program and binary_sensor.senseo_quadrante_has_program.cup_size == 1 and not binary_sensor.senseo_quadrante_has_program.power_pressed
+
+    two_cup_morning:
+      delay: 10
+      events:
+        good_morning:
+          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

apps/rooms/living_room.yaml

@@ -0,0 +1,27 @@
+light_mezzanine_01:
+  module: smartlight
+  class: SmartLight
+  entity: light.mezzanine_01
+
+  smart_conditions:
+    trigger_conditions: sensor.mezzanine_last_motion < 3
+    blocking_conditions: sensor.mezzanine_motion_light_level > 10 and not self
+
+  light_brightness_pct:
+    15: input_boolean.sleeping
+    35: binary_sensor.day_interval_night
+    100: True
+
+light_mezzanine_02:
+  module: smartlight
+  class: SmartLight
+  entity: light.mezzanine_02
+
+  smart_conditions:
+    trigger_conditions: sensor.mezzanine_last_motion < 3
+    blocking_conditions: sensor.mezzanine_motion_light_level > 10 and not self
+
+  light_brightness_pct:
+    5: input_boolean.sleeping
+    25: binary_sensor.day_interval_night
+    100: True

apps/senseo.py

@@ -0,0 +1,46 @@
+from ad_toolbox.smartobject import SmartObject
+import ad_toolbox.smartcondition as SmartCondition
+from ad_toolbox.eventhandler import EventHandler
+
+class Senseo(SmartObject):
+
+    def on_initialize_smart_object(self):
+        super().on_initialize_smart_object()
+        self.delay_cb_handle = None
+        self.smartconditions = dict()
+        self.event_handlers = list()
+
+        try: self.program_configs = self.args['programs']
+        except KeyError: self.program_configs = None
+
+        for config_name in self.program_configs:
+            config = self.program_configs[config_name]
+            self.smartconditions[config_name] = SmartCondition.Evaluator(self,config['condition'],condition_name = config_name)
+            if not self.entity_exists(config['button']): self.log_error(f"Entity not found {config['button']}")
+            
+            self.event_handlers.append(EventHandler(self,config["events"],self.on_event,config_name))
+
+    def on_event(self, event_name, event_data,config_name):
+        self.log_info(f"Event {event_name} received. Config name = {config_name}")
+        config = self.program_configs[config_name]
+
+        try: delay = config['delay']
+        except KeyError: delay = 0
+
+        if self.smartconditions[config_name].evaluate() == SmartCondition.Result.Succeeded:
+            if (delay > 0):
+                if self.delay_cb_handle: self.cancel_timer(self.delay_cb_handle)
+                self.log_info(f"The coffee will be prepared in {delay}s")
+                self.delay_cb_handle = self.run_in(self.on_delay_elapse,delay,config_name = config_name) 
+            else: 
+                self.prepare_coffee(config_name)
+
+    def on_delay_elapse(self, kwargs):
+        self.delay_cb_handle = None
+        self.prepare_coffee(kwargs['config_name'])
+
+    def prepare_coffee(self,config_name):
+        config = self.program_configs[config_name]
+        self.log_info(f"Preparing Coffee ({config_name})")
+        self.call_service("button/press", entity_id = config['button'])
+        self.call_service("button/press", entity_id = self.args['clear_program_button'])

apps/smartlight.py

@@ -141,13 +141,15 @@ class SmartLight(SmartSwitch):
         # light_brightness_pct: build ordered evaluator list, run initial pass
         if "light_brightness_pct" in self.args:
             self.always_change_brightness = False
-
+            if isinstance(self.args["light_brightness_pct"], int):
-            for key in self.args["light_brightness_pct"]:
+                self.light_brightness_pct = self.args["light_brightness_pct"]
-                if key == 'always_change_brightness':
+            else:
-                    self.always_change_brightness = bool(self.args["light_brightness_pct"][key])
+                for key in self.args["light_brightness_pct"]:
-                else:
+                    if key == 'always_change_brightness':
-                    self.light_brightness_pct_list.append((SmartCondition.Evaluator(self,self.args["light_brightness_pct"][key],condition_name = key, on_update_cb = self.on_update_light_brightness_pct,constants = self.constants, templates_library = self.templates_library, log_callback_trigger_reason = False),key))
+                        self.always_change_brightness = bool(self.args["light_brightness_pct"][key])
-            self. on_update_light_brightness_pct()
+                    else:
+                        self.light_brightness_pct_list.append((SmartCondition.Evaluator(self,self.args["light_brightness_pct"][key],condition_name = key, on_update_cb = self.on_update_light_brightness_pct,constants = self.constants, templates_library = self.templates_library, log_callback_trigger_reason = False),key))
+                self.on_update_light_brightness_pct()
 
         self.listen_state(self.on_state_change,self.entity_id)
 
@@ -183,7 +185,7 @@ class SmartLight(SmartSwitch):
     # EventHandler callback for on_events_with_transition.  Jumps to 1 %
     # first so the ramp always starts from a known low level, then
     # transitions to the configured brightness over transition_time seconds.
-    def on_turn_on_with_transition(self, event_name, data, kwargs, event_category):
+    def on_turn_on_with_transition(self, event_name, data, event_category):
         transition_time = self.args["on_events_with_transition"][event_category]["transition_time"]
         brightness_pct = self.args["on_events_with_transition"][event_category]["brightness_pct"]
         self.log(f"Turn on at {brightness_pct}% with a transition of {transition_time}s")

apps/smartswitch.py

@@ -155,8 +155,12 @@ class SmartSwitch(SmartObject):
     # Timer callback: applies the deferred state set by auto_switch_*_after.
     def on_auto_switch_after(self, kwargs):
         self.auto_switch_cb_handle = None
-        self.log(f"Switching {self.entity_id} {kwargs['new_state']} after {kwargs['autoswitch_delay']}s")
+        new_state = kwargs['new_state']
-        self.set_state(self.entity_id,state = kwargs['new_state'])
+        self.log(f"Switching {self.entity_id} {new_state} after {kwargs['autoswitch_delay']}s")
+        if new_state == 'on':
+            self.switch_on()
+        else:
+            self.switch_off()
 
     # ------------------------------------------------------------------
     # Public switch API

requirements.txt

@@ -1 +1,2 @@
-debugpy
+debugpy
+icalendar