Récupération de la température et l'humidité

Beaucoup de code inutile et mal organisé enlevé et réadapté.
J'ai aussi changé la façon de lire les états des accessoires en prévision de nouveau accessoires que je me suis procuré.

En marge, j'ai également traduit les commentaires en français.

homesfr.py

@@ -1,198 +1,178 @@
-'''
-Home by SFR wrapping class
-Plain use of your Home by SFR device from a Python 3 library
-
-Warning:
-This is a wrap aroud website, this could stop working without prior notice
-'''
+# WARNING: ce code s'appuie sur une API découverte par rétro-ingénérie.
+# Il peut cesser de fonctionner sans préavis.
 
 # TODO:
-## Manage cameras
-### Get video
+##
 
 from urllib import request
 from http.cookiejar import CookieJar
 from urllib.parse import urlencode
-from xml.etree import ElementTree as ET
 from urllib.error import HTTPError
-from datetime import datetime
 
 authors = (
 	'Gilles "Almtesh" Émilien MOREL',
 )
-name = 'homesfr for Python 3'
-version = '1.2'
+name = 'homesfr pour Python 3'
+version = '1.3'
 
-# Settable modes
+# Modes utilisables
 MODE_OFF = 0
 MODE_CUSTOM = 1
 MODE_ON = 2
 
-# Sensors names
-PRESENCE_DETECTOR = 'PIR_DETECTOR'
-MAGNETIC_OPENNING_DETECTOR = 'MAGNETIC'
-SMOKE_DETECTOR = 'SMOKE'
-SIREN = 'SIREN'
-REMOTE_CONTROLER = 'REMOTE'
-KEYPAD_CONTROLER = 'KEYPAD'
-PRESENCE_CAMERA_DETECTOR = 'PIR_CAMERA'
+# Types de capteurs
+PRESENCE_DETECTOR = 'PIR_DETECTOR'			# https://boutique.home.sfr.fr/detecteur-de-mouvement
+MAGNETIC_OPENNING_DETECTOR = 'MAGNETIC'			# https://boutique.home.sfr.fr/detecteur-d-ouverture-de-porte-ou-fenetre
+SMOKE_DETECTOR = 'SMOKE'				# https://boutique.home.sfr.fr/detecteur-de-fumee
+SIREN = 'SIREN'						# https://boutique.home.sfr.fr/sirene-interieure (et peut-être https://boutique.home.sfr.fr/sirene-exterieure)
+REMOTE_CONTROLER = 'REMOTE'				# https://boutique.home.sfr.fr/telecommande
+KEYPAD_CONTROLER = 'KEYPAD'				# https://boutique.home.sfr.fr/clavier-de-commande
+PRESENCE_CAMERA_DETECTOR = 'PIR_CAMERA'			# https://boutique.home.sfr.fr/camera
+
+base_url = 'https://home.sfr.fr'
+
+# Authentification
+auth_path = '/mysensors'
+auth_ok_url = 'https://home.sfr.fr/logged'
+auth_post_url = 'https://boutique.home.sfr.fr/authentification'
+auth_referer = 'https://boutique.home.sfr.fr/authentification?back=service'
+auth_user_field = 'email'
+auth_pass_field = 'passwd'
+auth_extra_fields = {'back': 'service', 'token_sso': '', 'error_sso': '', 'SubmitLogin': 'OK'}
+auth_logout_path = '/deconnexion'
+
+# Chemin pour la liste des capteurs
+sensors_list = '/mysensors'
+
+# Chemin pour les alertes
+alerts_path = '/listalert'
+
+# Détection
+mode_get_path = '/mysensors'
+mode_get_label = 'alarm_mode'
+mode_set_path = '/alarmmode'
+mode_set_field = 'action'				# Name for GET field
+mode_off = 'OFF'					# Value for off
+mode_custom = 'CUSTOM'					# Value for custom
+mode_on = 'ON'						# Value for on
+
+# Cémera
+cameras_list = '/homescope/mycams'
+camera_snapshot = '/homescope/snapshot?size=4'
+camera_snapshot_mac = 'mac'
+camera_video = '/homescope/flv'
+camera_video_mac = 'mac'
+camera_recordings_list = '/listenr'
+camera_recordings_delete = '/delenr'
+camera_recordings_start = '/homescope/record'
+camera_recordings_stop = '/homescope/stoprecord'
+camera_recordings_mac = 'mac'
+camera_get_config_path = '/homescope/camsettings'
+camera_get_config_mac = 'mac'
+camera_get_config_flip = 'FLIP'
+camera_get_config_leds = 'LEDMODE'
+camera_get_config_petmode = 'pet_mode'
+camera_get_config_recording = 'rec24'
+camera_get_config_privacy = 'privacy'
+camera_get_config_name = 'NAME'
+camera_set_config_path = '/homescope/camsettings'
+camera_set_config_mac = 'mac'
+camera_set_config_flip = 'flip'
+camera_set_config_leds = 'led_mode'
+camera_set_config_petmode = 'pet_mode'
+camera_set_config_recording = 'rec24'
+# Le paramètre privacy se gère avec le bouton derrière la caméra.
+camera_set_config_name = 'name'
+
+# Capteurs
+sensors_list = '/mysensors'
+sensors_label = 'Sensor'
+sensors_label_id = 'id'
+sensors_mac_field = 'deviceMac'
+sensors_type_field = 'deviceType'
+sensors_model_field = 'deviceModel'
+sensors_version_field = 'deviceVersion'
+sensors_name_field = 'name'
+sensors_longname_field = 'long_name'
+sensors_namegender_field = 'name_gender'
+sensors_batterylevel_field = 'batteryLevel'
+sensors_signal_field = 'signalLevel'
+sensors_status_field = 'status'
+sensors_status_value_ok = 'OK'
+
+# Capteurs de température et humidité
+sensors_temphum_root_field = 'sensorValues'
+sensors_temp_name = 'name'
+sensors_temp_text = 'Temperature'
+sensors_hum_name = 'name'
+sensors_hum_text = 'Humidity'
+
+# Fil d'événements
+logs_path = '/getlog?page=1&nbparpage=10000'		# je pense qu'on récupère tous les événements avec cette valeur
+logs_labels = 'LOG'
 
 
-class Common ():
+def bytes2file (b):
 	'''
-	Common ressources to the library's classes
+	Retourne une classe semblable à un fichier contant b
 	'''
-	
-	def __init__ (self):
-		
-		# Specific configuration
-		
-		self.base_url = 'https://home.sfr.fr'
-		
-		# path to login test
-		self.auth_path = '/mysensors'
-		self.auth_ok_url = 'https://home.sfr.fr/logged'			# if logged
-		self.auth_post_url = 'https://boutique.home.sfr.fr/authentification'
-		self.auth_referer = 'https://boutique.home.sfr.fr/authentification?back=service'
-		self.auth_user_field = 'email'
-		self.auth_pass_field = 'passwd'
-		self.auth_extra_fields = {'back': 'service', 'token_sso': '', 'error_sso': '', 'SubmitLogin': 'OK'}
-		self.auth_logout_path = '/deconnexion'
-		
-		# Path to sensors and mode
-		self.sensors_list = '/mysensors'
-		
-		# Path to list of alerts
-		self.alerts_path = '/listalert'
-		
-		# Path to get and set modes
-		self.mode_get_path = '/mysensors'
-		self.mode_get_label = 'alarm_mode'
-		self.mode_set_path = '/alarmmode'
-		self.mode_set_field = 'action'					# Name for GET field
-		self.mode_off = 'OFF'						# Value for off
-		self.mode_custom = 'CUSTOM'					# Value for custom
-		self.mode_on = 'ON'						# Value for on
-		
-		# Cameras
-		self.cameras_list = '/homescope/mycams'
-		self.camera_snapshot = '/homescope/snapshot'
-		self.camera_snapshot_mac = 'mac'
-		self.camera_video = '/homescope/flv'
-		self.camera_vide_mac = 'mac'
-		self.camera_recordings_list = '/listenr'
-		self.camera_recordings_delete = '/delenr'
-		self.camera_recordings_start = '/homescope/record'
-		self.camera_recordings_stop = '/homescope/stoprecord'
-		self.camera_recordings_mac = 'mac'
-		self.camera_get_config_path = '/homescope/camsettings'
-		self.camera_get_config_mac = 'mac'
-		self.camera_get_config_flip = 'FLIP'
-		self.camera_get_config_leds = 'LEDMODE'				# set to 0 to turn the leds on
-		self.camera_get_config_petmode = 'pet_mode'
-		self.camera_get_config_recording = 'rec24'
-		self.camera_get_config_privacy = 'privacy'
-		self.camera_get_config_name = 'NAME'
-		self.camera_set_config_path = '/homescope/camsettings'
-		self.camera_set_config_mac = 'mac'
-		self.camera_set_config_flip = 'flip'
-		self.camera_set_config_leds = 'led_mode'			# set to 0 to turn the leds on
-		self.camera_set_config_petmode = 'pet_mode'
-		self.camera_set_config_recording = 'rec24'
-		self.camera_set_config_name = 'name'
-		
-		# Sensors
-		self.sensors_list = '/mysensors'
-		self.sensors_label = 'Sensor'
-		self.sensors_label_id = 'id'
-		self.sensors_mac_field = 'deviceMac'
-		self.sensors_type_field = 'deviceType'
-		self.sensors_model_field = 'deviceModel'
-		self.sensors_version_field = 'deviceVersion'
-		self.sensors_name_field = 'name'
-		self.sensors_longname_field = 'long_name'
-		self.sensors_namegender_field = 'name_gender'			# Only usefull for French for the moment
-		self.sensors_batterylevel_field = 'batteryLevel'
-		self.sensors_signal_field = 'signalLevel'
-		self.sensors_lasttrigger_field = 'lastTriggerTime'
-		self.sensors_lasttrigger_dateformat = '%Y-%m-%d %H:%M:%S'
-		self.sensors_status_field = 'status'
-		self.sensors_status_value_ok = 'OK'
-		# I don't have any other value for the moment
-		
-		# Logs
-		self.logs_path = '/getlog?page=1&nbparpage=10000'		# should retrieve all available logs
-		self.logs_labels = 'LOG'
+	from io import BytesIO
+	r = BytesIO ()
+	r.write (b)
+	r.seek (0)
+	return (r)
 
-	def bytes2file (self, b):
-		'''
-		Gives a file-like class from a Bytes
-		'''
-		from io import BytesIO
-		r = BytesIO ()
-		r.write (b)
-		r.seek (0)
-		return (r)
 
-	def bytes2image (self, b):
-		'''
-		Gives a Image object from bytes
-		Uses the bytes2file function
-		'''
-		from PIL import Image
-		f = self.bytes2file (b)
-		r = Image.open (f)
-		return (r)
-	
-	def get_xml_elements (self, url, label, id_label = None):
-		def build_tree (element):
-			r = {}
-			for i in element.getchildren ():
-				if i.getchildren () == []:
-					r.update ({i.tag: i.text})
-				else:
-					r.update ({i.tag: build_tree (i)})
-			return (r)
-		a = self.bytes2file (self.opener.open (url).read ())
-		a.seek (0)
-		b = ET.parse (a)
-		if id_label is None:
-			r = []
-			for i in b.findall (label):
-				r.append (build_tree (i))
-			return (tuple (r))
+def bytes2image (b):
+	'''
+	Retourne une Image PIL contenant l'image donnée en b
+	'''
+	from PIL import Image
+	f = bytes2file (b)
+	r = Image.open (f)
+	return (r)
+
+
+def get_xml_tree (fp):
+	'''
+	Retourne une variable itérable contenant les données d'un arbre XML
+	'''
+	def build_tree (element):
+		if tuple (element) == ():
+			return (element.tag, dict (element.items ()), element.text)
 		else:
-			r = {}
-			for i in b.findall (label):
-				r.update ({i.get (id_label): build_tree (i)})
-			return (r)
+			sub = []
+			for i in element:
+				sub.append (build_tree (i))
+			return (element.tag, dict (element.items ()), sub)
+	from xml.etree import ElementTree as ET
+	fp.seek (0)
+	root = ET.parse (fp).getroot ()
+	return (build_tree (root))
 
 
-class HomeSFR (Common):
+class HomeSFR ():
 	def __init__ (self, username = None, password = None, cookies = None, debug = False, autologin = True):
 		'''
-		Sets the class with username and password couple, or cookies
-		Both user/password and cookies can be set, the cookies will be used first
-		The debug parameter defines if the class will write debug messages to stdout, if False, the stdout will never be writen by the class
-		The autologin parameter defines if the class will manage the login by itself, if False, the user must call login () to login and test_login () to check the login
-		The autologin paramater will always be False if no username and password are defined, and the login () method will always return False
+		Instancie la classe avec un identifiant et un mot de passe, ou des cookies
+		On peut définir les identifiants et les cookies, la classe utilisera les cookies par défaut et les identifiants si on n'est pas connecté
+		debug fourni des informations supplémentaires sur la sortie standard, s'il est à False, cette classe n'envoie rien sur la sortie standard
 		'''
-		Common.__init__ (self)
 		self.DEBUG = debug
 		if self.DEBUG:
 			print (name + ' ' + version)
-			print ('Authors:')
+			print ('Auteurs:')
 			for i in authors:
 				print (' - ' + i)
 			if username is not None:
-				print ('init with username ' + username)
+				print ('initalisé avec l\'identifiant ' + username)
 			if cookies is not None:
-				print ('init with cookies')
+				print ('initialisé avec des cookies')
 			print ('debug = ' + str (debug))
 			print ('autologin = ' + str (autologin))
 		
 		if (username is None or password is None) and cookies is None:
-			raise TypeError ('You must define either username AND password or cookies')
+			raise TypeError ('Vous devez définir des identifiant ou des cookies !')
 		self.username = username
 		self.password = password
 		if self.username is not None and self.password is not None:
@@ -204,309 +184,299 @@ class HomeSFR (Common):
 		elif type (cookies) == CookieJar:
 			self.cookies = cookies
 		else:
-			raise TypeError ('Cookies must be CookieJar type.')
+			raise TypeError ('Les cookies doivent être de type CookieJar !')
 		self.opener = request.build_opener (request.HTTPCookieProcessor (self.cookies))
 	
 	def __str__ (self):
 		'''
-		Shows name, version, defined user and debug state
+		Returne des informations sur l'état de l'instance
 		'''
 		if self.username is not None:
-			return (name + ' ' + version + '\nUser: ' + self.username + '\nDebug: ' + str (self.DEBUG))
+			return (name + ' ' + version + '\nUtilisateur : ' + self.username + '\nDebug : ' + str (self.DEBUG))
 		else:
-			return (name + ' ' + version + '\nUser: Unknown (auth from cookie class)\nDebug: ' + str (self.DEBUG))
-	
+			return (name + ' ' + version + '\nUtilisateur : Inconnu, authentifié avec des cookies.\nDebug : ' + str (self.DEBUG))
+
 	def test_login (self):
 		'''
-		Tests if the client is logged
-		Return True if it's logged, returns False either
+		Retourne l'état de l'authentification
 		'''
 		try:
 			if self.DEBUG:
-				print ('Testing login')
-			self.opener.open (self.base_url + self.auth_path)
+				print ('Test de l\'authentification')
+			self.opener.open (base_url + auth_path)
 		except HTTPError:
 			if self.DEBUG:
-				print ('Not connected')
+				print ('Non connecté')
 			return (False)
 		if self.DEBUG:
-			print ('Connected')
+			print ('Connecté')
 		return (True)
 	
 	def login (self):
 		'''
-		Logs in the HomeBySFR service
-		Call this function first or exception will be raised
-		Returns True if the login was a success, False either
-		This method will always return False if no username and password are defined
+		S'authentifier auprès du service
+		Retourne True si c'est réussi, False sinon
+		Si seuls les cookies sont définis, la méthode retournera False, même si nous sommes authentifiés, pour savoir si on est authentifiés, utiliser test_login ()
 		'''
 		if self.username is not None and self.password is not None:
-			self.opener.open (self.auth_referer)
-			data = self.auth_extra_fields
-			data [self.auth_user_field] = self.username
-			data [self.auth_pass_field] = self.password
+			self.opener.open (auth_referer)
+			data = auth_extra_fields
+			data [auth_user_field] = self.username
+			data [auth_pass_field] = self.password
 			data = bytes (urlencode (data), 'UTF8')
 			if self.DEBUG:
 				print ('Cookies ' + str (len (self.cookies)))
-				print ('Sending data ' + str (data))
-			a = self.opener.open (self.auth_post_url, data = data)
+				print ('Envoi de ' + str (data))
+			a = self.opener.open (auth_post_url, data = data)
 			if self.DEBUG:
-				print ('Auth redirected to ' + a.geturl ())
-			return (a.geturl () == self.auth_ok_url)
+				print ('Authentification redirigée vers ' + a.geturl ())
+			return (a.geturl () == auth_ok_url)
 		else:
 			return (False)
 	
-	def do_autologin (self):
+	def get_or_autologin (self, url, data = None):
 		'''
-		Trigger the autologin
+		Fais une requête, si une erreur 403 est retourné, tente une authentification automatiquement (si réglé dans le paramètre autologin), sinon lève une exception
 		'''
-		while (self.autologin and not self.test_login ()):
-			self.login ()
+		try:
+			return (self.opener.open (url, data = data))
+		except HTTPError as e:
+			if '403' in str (e) and self.autologin:
+				self.login ()
+				return (self.opener.open (url, data = data))
+			else:
+				raise e
 	
 	def logout (self):
 		'''
-		Logs out from HomeBySFR service
-		The object should be destroyed just after calling this method
+		Se déconnecter
+		L'instance devrait être supprimée après l'appel de cette fonction
 		'''
 		if self.DEBUG:
-			print ('Sending disconnect')
-		self.opener.open (self.base_url + self.auth_logout_path)
+			print ('Demande de déconnexion')
+		self.opener.open (base_url + auth_logout_path)
 		if self.DEBUG:
-			print ('Destroying cookies')
+			print ('Destruction des cookies')
 		del self.cookies
 		self.cookies = None
 		return (None)
 	
 	def get_cookies (self):
 		'''
-		Returns the CookieJar as it is now, for further use
-		It's strongly recommended to use this method only before a object delete
+		Récupérer les cookies
+		Il est recommandé de supprimer l'instance après cette fonction
 		'''
 		return (self.cookies)
 	
 	def set_mode (self, mode):
 		'''
-		Sets the detection mode
-		For the current version, use the MODE_OFF, MODE_ON and MODE_CUSTOM constants and always returns True, but raises an exception if a problem happens
+		Modifie le mode de détection
 		'''
-		self.do_autologin ()
 		if mode == MODE_OFF:
-			m = self.mode_off
+			m = mode_off
 		elif mode == MODE_CUSTOM:
-			m = self.mode_custom
+			m = mode_custom
 		elif mode == MODE_ON:
-			m = self.mode_on
+			m = mode_on
 		else:
 			if self.DEBUG:
-				print ('You should use the MODE_OFF, MODE_ON and MODE_CUSTOM constants to set this.')
+				print ('Vous devriez utiliser les constantes MODE_OFF, MODE_ON et MODE_CUSTOM.')
 			raise ValueError
-		r = self.base_url + self.mode_set_path + '?' + self.mode_set_field + '=' + m
+		r = base_url + mode_set_path + '?' + mode_set_field + '=' + m
 		if self.DEBUG:
-			print ('Will get ' + r)
-		self.opener.open (r)
+			print ('Demande ' + r)
+		self.get_or_autologin (r)
 		return (True)
 	
 	def get_mode (self):
 		'''
-		Gets the detection mode
-		Returns one of MODE_OFF, MODE_ON and MODE_CUSTOM constants, or None if something went wrong
+		Retourne le mode de détection
 		'''
-		self.do_autologin ()
-		r = self.base_url + self.mode_get_path
+		r = base_url + mode_get_path
 		if self.DEBUG:
-			print ('Getting ' + r)
-		a = self.bytes2file (self.opener.open (r).read ())
-		b = ET.parse (a).getroot ()
-		c = b.get (self.mode_get_label)
+			print ('Demande ' + r)
+		a = bytes2file (self.get_or_autologin (r).read ())
+		b = get_xml_tree (a) [1]
+		c = b [mode_get_label]
 		if self.DEBUG:
-			print ('Got mode ' + c)
-		if (c == self.mode_off):
+			print ('Mode de détection ' + c)
+		if (c == mode_off):
 			return (MODE_OFF)
-		if (c == self.mode_custom):
+		if (c == mode_custom):
 			return (MODE_CUSTOM)
-		if (c == self.mode_on):
+		if (c == mode_on):
 			return (MODE_ON)
 		return (None)
 	
 	def list_sensors (self):
 		'''
-		Returns a list of sensors' ids.
+		Retourne une liste des IDs des capteurs
 		'''
-		self.do_autologin ()
-		r = self.base_url + self.sensors_list
-		a = self.bytes2file (self.opener.open (r).read ())
-		b = ET.parse (a)
+		r = base_url + sensors_list
+		a = bytes2file (self.get_or_autologin (r).read ())
+		b = get_xml_tree (a)
 		r = []
-		for i in b.findall (self.sensors_label):
-			r.append (i.get (self.sensors_label_id))
+		for i in b [2]:
+			try:
+				r.append (i [1] [sensors_label_id])
+			except KeyError:
+				pass
 		return (list (r))
 	
 	def get_sensor (self, id):
 		'''
-		Returns a Sensor object for the sensor id or None if sensor is not found
-		The available ids can be got from the list_sensors method
+		Retourne un objet Sensor à partir de l'ID
 		'''
-		self.do_autologin ()
-		r = Sensor (id, self.opener)
+		r = Sensor (id, self.get_or_autologin)
 		r.refresh ()
 		return (r)
 	
 	def get_all_sensors (self):
 		'''
-		Returns a tuple of sensors as described in the get_sensor method
+		Retourne un tuple d'objet Sensor contenant tous les capteurs
 		'''
 		r = []
 		for i in self.list_sensors ():
 			r.append (self.get_sensor (i))
 		return (tuple (r))
-	
-	def get_camera (self, id):
-		'''
-		Get a Camera object from the sensor's id
-		'''
-		self.do_autologin ()
-		r = Camera (id, self.opener)
-		r.refresh ()
-		return (r)
-	
-	def get_logs (self):
-		'''
-		Return the whole logs in a form of tuple of dicts, as returned by the site
-		'''
-		self.do_autologin ()
-		a = self.base_url + self.logs_path
-		return (self.get_xml_elements (a, self.logs_labels))
 
 
-class Sensor (Common):
-	'''
-	Class used to read easily the sensors
-	'''
-	def __init__ (self, id, opener):
-		'''
-		Initialize the class with the dict producted by HomeSFR.get_sensors ()
-		'''
-		Common.__init__ (self)
+class Sensor ():
+	def __init__ (self, id, get_or_autologin):
 		
 		self.id = id
 		self.sensor_dict = None
-		self.opener = opener
+		self.get_or_autologin = get_or_autologin
 	
 	def refresh (self):
 		'''
-		Gets or refresh the data for the sensor
+		Mets à jour les données du capteur
 		'''
 		
-		r = self.base_url + self.sensors_list
+		r = base_url + sensors_list
 		self.sensor_dict = None
-		self.sensor_dict = self.get_xml_elements (r, self.sensors_label, self.sensors_label_id) [self.id]
+		for i in get_xml_tree (bytes2file (self.get_or_autologin (r).read ())) [2]:
+			if i [0] == sensors_label and i [1] [sensors_label_id] == self.id:
+				self.sensor_dict = i [2]
+				break
 	
 	def get_raw (self):
 		'''
-		Returns the raw dict, as presented in the original XML file
+		Retourne les données brutes du capteur
 		'''
 		return (self.sensor_dict)
 	
+	def get_value (self, lst, key):
+		for i in lst:
+			if i [0] == key:
+				return (i [2])
+		raise KeyError ('no value ' + key)
+	
 	def get_mac (self):
 		'''
-		Returns the sensor's model, if any, None either
+		Retourne l'adresse matérielle du capteur, s'il en a une
 		'''
-		return (self.sensor_dict [self.sensors_mac_field])
+		return (self.get_value (self.sensor_dict, sensors_mac_field))
 	
 	def get_type (self):
 		'''
-		Returns the sensor's type
+		Retourne le type du capteur
+		Les types sont ceux définis dans les constantes
 		'''
-		return (self.sensor_dict [self.sensors_type_field])
+		return (self.get_value (self.sensor_dict, sensors_type_field))
 	
 	def get_model (self):
 		'''
-		Returns the sensor's model, if any, None either
+		Retourne le modèle du capteur
 		'''
-		return (self.sensor_dict [self.sensors_model_field])
+		return (self.get_value (self.sensor_dict, sensors_model_field))
 	
 	def get_version (self):
 		'''
-		Returns the sensor's version
+		Retourne la version du capteur
 		'''
-		return (self.sensor_dict [self.sensors_version_field])
+		return (self.get_value (self.sensor_dict, sensors_version_field))
 	
 	def get_name (self):
 		'''
-		Returns the sensor's name
+		Retourne le nom du capteur
 		'''
-		return (self.sensor_dict [self.sensors_name_field])
+		return (self.get_value (self.sensor_dict, sensors_name_field))
 	
 	def get_longname (self):
 		'''
-		Returns the sensor's type name in system's language and the sensor's name
+		Retourne un nom long du capteur composé de son type en français et de son nom
 		'''
-		return (self.sensor_dict [self.sensors_longname_field])
+		return (self.get_value (self.sensor_dict, sensors_longname_field))
 	
 	def get_namegender (self):
 		'''
-		Return M for male and F for female.
-		Only usefull for languages with gender on nouns
+		Retourne le genre du nom du type de capteur en français
+		M pour masculin et F pour féminin
 		'''
-		return (self.sensor_dict [self.sensors_namegender_field])
+		return (self.get_value (self.sensor_dict, sensors_namegender_field))
 	
 	def get_batterylevel (self):
 		'''
-		Returns the sensor's battery level, out of 10
-		It seems that batteryless sensors return 255
+		Retourne le niveau de batterie sur 10
+		Toute autre valeur doit être considérée comme venant d'un capteur n'ayant pas de batterie
 		'''
-		return (int (self.sensor_dict [self.sensors_batterylevel_field]))
+		return (int (self.get_value (self.sensor_dict, sensors_batterylevel_field)))
 	
 	def get_signal (self):
 		'''
-		Returns the sensor's signal quality, out of 10
+		Retourne le niveau de signal sur 10
+		Tout autre valeur est pour un capteur connecté par câble
 		'''
-		return (int (self.sensor_dict [self.sensors_signal_field]))
-	
-	def get_lasttrigger (self):
-		'''
-		Return the timestamp of the sensor's last triger
-		The sensors always trigger, even when the alarm's mode is off
-		'''
-		a = self.sensor_dict [self.sensors_lasttrigger_field]
-		# Try because camera return the date '0000-00-00 00:00:00' that is ununderstandable
-		try:
-			b = datetime.strptime (a, self.sensors_lasttrigger_dateformat)
-		except ValueError:
-			return (0)
-		r = int (b.timestamp ())
-		return (r)
+		return (int (self.get_value (self.sensor_dict, sensors_signal_field)))
 	
 	def get_status (self):
 		'''
-		Returns True is the sensor is OK, False either
+		Retourne True si le capteur est considéré comme opérationnel par le système
 		'''
-		return (self.sensor_dict [self.sensors_status_field] == self.sensors_status_value_ok)
+		return (self.get_value (self.sensor_dict, sensors_status_field) == sensors_status_value_ok)
 	
 	def get_camera_snapshot (self):
 		'''
-		Get a snapshot from the camera
-		Return a PIL.Image object
+		Retourne une capture de la caméra dans un objet PIL.Image
 		'''
-		r = self.base_url + self.camera_snapshot + '?' + self.camera_snapshot_mac + '=' + self.get_mac ()
-		a = self.bytes2image (self.opener.open (r).read ())
+		r = base_url + camera_snapshot + '&' + camera_snapshot_mac + '=' + self.get_mac ()
+		a = bytes2image (self.get_or_autologin (r).read ())
 		return (a)
 	
 	def get_camera_petmode (self):
 		'''
-		Gets the pet mode value
-		Pet mode is a setting on movement sensibility, to avoid trigger on pet movements
+		Retourne l'état du mode animaux domestiques
+		Ce mode réduit la sensibilité du capteur pour éviter des déclanchements d'alarme dus aux animaux
 		'''
-		return (self.sensor_dict [self.camera_get_config_petmode] == '1')
+		return (self.sensor_dict [camera_get_config_petmode] == '1')
 	
 	def get_camera_recording (self):
 		'''
-		Gets if the camera records or not
+		Retourne l'état de l'enregistrement vidéo 24/24
 		'''
-		return (self.sensor_dict [self.camera_get_config_recording] == '1')
+		return (self.sensor_dict [camera_get_config_recording] == '1')
 	
 	def get_camera_privacy (self):
 		'''
-		Gets if the camera records or not
+		Si cette méthode retourne True, la caméra est paramétrée pour ne pas capture d'image
 		'''
-		return (self.sensor_dict [self.camera_get_config_privacy] == '1')
+		return (self.sensor_dict [camera_get_config_privacy] == '1')
+	
+	def get_temperature (self):
+		'''
+		Retourne la température donnée par le capteur
+		'''
+		a = self.get_value (self.sensor_dict, sensors_temphum_root_field)
+		for i in a:
+			if i [1] [sensors_temp_name] == sensors_temp_text:
+				return (float (i [2].replace ('°C', '')))
+	
+	def get_humidity (self):
+		'''
+		Retourne l'humidité donnée par le capteur
+		'''
+		a = self.get_value (self.sensor_dict, sensors_temphum_root_field)
+		for i in a:
+			if i [1] [sensors_hum_name] == sensors_hum_text:
+				return (int (i [2].replace ('%', '')))