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983e4adee6
| Author | SHA1 | Date |
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Gilles MOREL
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983e4adee6
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Gilles MOREL
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5cc3b483ed
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192
homesfr.py
192
homesfr.py
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@ -8,12 +8,13 @@ from urllib import request
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from http.cookiejar import CookieJar
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from urllib.parse import urlencode
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from urllib.error import HTTPError
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from time import time
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authors = (
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'Gilles "Almtesh" Émilien MOREL',
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)
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name = 'homesfr pour Python 3'
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version = '1.3'
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version = '1.4'
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# Modes utilisables
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MODE_OFF = 0
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@ -28,6 +29,8 @@ SIREN = 'SIREN' # https://boutique.home.sfr.fr/sirene-interieure (et peut-
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REMOTE_CONTROLER = 'REMOTE' # https://boutique.home.sfr.fr/telecommande
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KEYPAD_CONTROLER = 'KEYPAD' # https://boutique.home.sfr.fr/clavier-de-commande
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PRESENCE_CAMERA_DETECTOR = 'PIR_CAMERA' # https://boutique.home.sfr.fr/camera
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TEMPHUM_SENSOR = 'TEMP_HUM' # https://boutique.home.sfr.fr/thermometre
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ONOFF_PLUG = 'ON_OFF_PLUG' # https://boutique.home.sfr.fr/prise-commandee-connectee-legrand
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base_url = 'https://home.sfr.fr'
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@ -48,7 +51,6 @@ sensors_list = '/mysensors'
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alerts_path = '/listalert'
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# Détection
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mode_get_path = '/mysensors'
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mode_get_label = 'alarm_mode'
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mode_set_path = '/alarmmode'
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mode_set_field = 'action' # Name for GET field
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@ -56,7 +58,7 @@ mode_off = 'OFF' # Value for off
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mode_custom = 'CUSTOM' # Value for custom
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mode_on = 'ON' # Value for on
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# Cémera
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# Caméra
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cameras_list = '/homescope/mycams'
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camera_snapshot = '/homescope/snapshot?size=4'
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camera_snapshot_mac = 'mac'
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@ -107,6 +109,11 @@ sensors_temp_text = 'Temperature'
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sensors_hum_name = 'name'
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sensors_hum_text = 'Humidity'
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# Prise connectée (ON_OFF_PLUG)
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sensors_oop_stateroot = 'automation'
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sensors_oop_state = 'on_off'
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sensors_oop_power = 'power_level'
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# Fil d'événements
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logs_path = '/getlog?page=1&nbparpage=10000' # je pense qu'on récupère tous les événements avec cette valeur
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logs_labels = 'LOG'
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@ -152,6 +159,98 @@ def get_xml_tree (fp):
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class HomeSFR ():
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class MySensors ():
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'''
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Sous-classe gérant la récupération et le stockage temporaire des données issue du fichier https://home.sfr.fr/mysensors
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'''
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def __init__ (self, __parent__, max_age = 60):
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self.__parent__ = __parent__
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self.max_age = max_age
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self.data = None
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self.date = None
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def __add__ (self, value):
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self.autorefresh ()
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return (self.data + value)
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def __contains__ (self, key):
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self.autorefresh ()
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return (key in self.data)
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def __eq__ (self, value):
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self.autorefresh ()
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return (self.data == value)
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def __ge__ (self, value):
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self.autorefresh ()
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return (self.data >= value)
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def __getitem__ (self, key):
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self.autorefresh ()
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return (self.data [key])
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def __gt__ (self, value):
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self.autorefresh ()
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return (self.data > value)
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def __hash__ (self):
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self.autorefresh ()
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return (hash (self.data))
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def __iter__ (self):
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self.autorefresh ()
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return (iter (self.data))
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def __le__ (self, value):
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self.autorefresh ()
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return (self.data <= value)
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def __len__ (self):
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self.autorefresh ()
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return (len (self.data))
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def __lt__ (self, value):
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self.autorefresh ()
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return (self.data < value)
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def __mul__ (self, value):
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self.autorefresh ()
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return (self.data * value)
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def __ne__ (self, value):
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self.autorefresh ()
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return (self.data != value)
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def __repr__ (self):
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self.autorefresh ()
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return (repr (self.data))
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def __rmul__ (self, value):
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self.autorefresh ()
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return (value * self.data)
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def count (self, value):
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self.autorefresh ()
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return (self.data.count (value))
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def get_age (self):
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if self.date is None:
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return (None)
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return (time () - self.date)
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def refresh (self):
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r = base_url + sensors_list
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self.data = get_xml_tree (bytes2file (self.__parent__.get_or_autologin (r).read ()))
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self.date = time ()
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def autorefresh (self):
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if self.date is None or self.max_age != 0 and self.get_age () > self.max_age:
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self.refresh ()
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def get_data (self):
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self.autorefresh ()
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return (self.data)
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def __init__ (self, username = None, password = None, cookies = None, debug = False, autologin = True):
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'''
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Instancie la classe avec un identifiant et un mot de passe, ou des cookies
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@ -186,6 +285,7 @@ class HomeSFR ():
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else:
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raise TypeError ('Les cookies doivent être de type CookieJar !')
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self.opener = request.build_opener (request.HTTPCookieProcessor (self.cookies))
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self.mysensors = self.MySensors (self)
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def __str__ (self):
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'''
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@ -239,10 +339,16 @@ class HomeSFR ():
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Fais une requête, si une erreur 403 est retourné, tente une authentification automatiquement (si réglé dans le paramètre autologin), sinon lève une exception
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'''
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try:
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if self.DEBUG:
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print ('Getting ' + url)
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return (self.opener.open (url, data = data))
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except HTTPError as e:
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if '403' in str (e) and self.autologin:
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if self.DEBUG:
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print ('Not logged, logging…')
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self.login ()
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if self.DEBUG:
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print ('Getting ' + url)
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return (self.opener.open (url, data = data))
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else:
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raise e
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@ -292,11 +398,7 @@ class HomeSFR ():
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'''
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Retourne le mode de détection
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'''
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r = base_url + mode_get_path
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if self.DEBUG:
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print ('Demande ' + r)
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a = bytes2file (self.get_or_autologin (r).read ())
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b = get_xml_tree (a) [1]
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b = self.mysensors [1]
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c = b [mode_get_label]
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if self.DEBUG:
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print ('Mode de détection ' + c)
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@ -327,9 +429,7 @@ class HomeSFR ():
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'''
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Retourne un objet Sensor à partir de l'ID
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'''
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r = Sensor (id, self.get_or_autologin)
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r.refresh ()
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return (r)
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return (Sensor (id, self.mysensors, self.get_or_autologin))
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def get_all_sensors (self):
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'''
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@ -342,99 +442,101 @@ class HomeSFR ():
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class Sensor ():
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def __init__ (self, id, get_or_autologin):
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def __init__ (self, id, mysensors, get_or_autologin):
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self.id = id
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self.sensor_dict = None
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self.mysensors = mysensors
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self.get_or_autologin = get_or_autologin
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def refresh (self):
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'''
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Mets à jour les données du capteur
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'''
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r = base_url + sensors_list
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self.sensor_dict = None
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for i in get_xml_tree (bytes2file (self.get_or_autologin (r).read ())) [2]:
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if i [0] == sensors_label and i [1] [sensors_label_id] == self.id:
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self.sensor_dict = i [2]
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break
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self.mysensors.refresh ()
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def get_raw (self):
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'''
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Retourne les données brutes du capteur
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'''
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return (self.sensor_dict)
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for i in self.mysensors [2]:
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if i [0] == sensors_label and i [1] [sensors_label_id] == self.id:
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return (i [2])
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def get_attributes (self, lst, key):
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for i in lst:
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if i [0] == key:
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return (i [1])
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raise KeyError ('no key ' + key)
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def get_value (self, lst, key):
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for i in lst:
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if i [0] == key:
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return (i [2])
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raise KeyError ('no value ' + key)
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raise KeyError ('no key ' + key)
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def get_mac (self):
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'''
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Retourne l'adresse matérielle du capteur, s'il en a une
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'''
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return (self.get_value (self.sensor_dict, sensors_mac_field))
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return (self.get_value (self.get_raw (), sensors_mac_field))
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def get_type (self):
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'''
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Retourne le type du capteur
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Les types sont ceux définis dans les constantes
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'''
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return (self.get_value (self.sensor_dict, sensors_type_field))
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return (self.get_value (self.get_raw (), sensors_type_field))
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def get_model (self):
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'''
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Retourne le modèle du capteur
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'''
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return (self.get_value (self.sensor_dict, sensors_model_field))
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return (self.get_value (self.get_raw (), sensors_model_field))
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def get_version (self):
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'''
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Retourne la version du capteur
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'''
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return (self.get_value (self.sensor_dict, sensors_version_field))
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return (self.get_value (self.get_raw (), sensors_version_field))
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def get_name (self):
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'''
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Retourne le nom du capteur
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'''
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return (self.get_value (self.sensor_dict, sensors_name_field))
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return (self.get_value (self.get_raw (), sensors_name_field))
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def get_longname (self):
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'''
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Retourne un nom long du capteur composé de son type en français et de son nom
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'''
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return (self.get_value (self.sensor_dict, sensors_longname_field))
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return (self.get_value (self.get_raw (), sensors_longname_field))
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def get_namegender (self):
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'''
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Retourne le genre du nom du type de capteur en français
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M pour masculin et F pour féminin
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'''
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return (self.get_value (self.sensor_dict, sensors_namegender_field))
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return (self.get_value (self.get_raw (), sensors_namegender_field))
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def get_batterylevel (self):
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'''
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Retourne le niveau de batterie sur 10
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Toute autre valeur doit être considérée comme venant d'un capteur n'ayant pas de batterie
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'''
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return (int (self.get_value (self.sensor_dict, sensors_batterylevel_field)))
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return (int (self.get_value (self.get_raw (), sensors_batterylevel_field)))
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def get_signal (self):
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'''
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Retourne le niveau de signal sur 10
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Tout autre valeur est pour un capteur connecté par câble
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'''
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return (int (self.get_value (self.sensor_dict, sensors_signal_field)))
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return (int (self.get_value (self.get_raw (), sensors_signal_field)))
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def get_status (self):
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'''
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Retourne True si le capteur est considéré comme opérationnel par le système
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'''
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return (self.get_value (self.sensor_dict, sensors_status_field) == sensors_status_value_ok)
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return (self.get_value (self.get_raw (), sensors_status_field) == sensors_status_value_ok)
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def get_camera_snapshot (self):
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'''
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@ -449,25 +551,25 @@ class Sensor ():
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Retourne l'état du mode animaux domestiques
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Ce mode réduit la sensibilité du capteur pour éviter des déclanchements d'alarme dus aux animaux
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'''
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return (self.sensor_dict [camera_get_config_petmode] == '1')
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return (self.get_raw () [camera_get_config_petmode] == '1')
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def get_camera_recording (self):
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'''
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Retourne l'état de l'enregistrement vidéo 24/24
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'''
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return (self.sensor_dict [camera_get_config_recording] == '1')
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return (self.get_raw () [camera_get_config_recording] == '1')
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def get_camera_privacy (self):
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'''
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Si cette méthode retourne True, la caméra est paramétrée pour ne pas capture d'image
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'''
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return (self.sensor_dict [camera_get_config_privacy] == '1')
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return (self.get_raw () [camera_get_config_privacy] == '1')
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def get_temperature (self):
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'''
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Retourne la température donnée par le capteur
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'''
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a = self.get_value (self.sensor_dict, sensors_temphum_root_field)
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a = self.get_value (self.get_raw (), sensors_temphum_root_field)
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for i in a:
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if i [1] [sensors_temp_name] == sensors_temp_text:
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return (float (i [2].replace ('°C', '')))
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@ -476,7 +578,21 @@ class Sensor ():
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'''
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Retourne l'humidité donnée par le capteur
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'''
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a = self.get_value (self.sensor_dict, sensors_temphum_root_field)
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a = self.get_value (self.get_raw (), sensors_temphum_root_field)
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for i in a:
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if i [1] [sensors_hum_name] == sensors_hum_text:
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return (int (i [2].replace ('%', '')))
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return (int (i [2].replace ('%', '')))
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def get_on_off_state (self):
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'''
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Retourne l'état d'une prise connectée, True sur la prise est fermée
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'''
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a = self.get_attributes (self.get_raw (), sensors_oop_stateroot)
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return (True if a [sensors_oop_state] == '1' else False)
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def get_on_off_power (self):
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'''
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Retourne la puissance active qui traverse la prise, en watts
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'''
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a = self.get_attributes (self.get_raw (), sensors_oop_stateroot)
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return (int (a [sensors_oop_power]))
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