Copy Python3 code to Python2 lib
Python2: - Added author - Added Sensor class - Added HomeSFR class - Corrected date error for cameras (datetime.datetime.strptime does not understand '0000-00-00 00:00:00') - Added encoding error TODO Python3: - Changed __name__ - Remove import of datetime.timezone - Corrected date error for cameras (datetime.datetime.strptime does not understand '0000-00-00 00:00:00')
This commit is contained in:
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@ -1,19 +1,25 @@
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# -*- coding: utf8 -*-
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'''
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Home by SFR wrapping class
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Plain use of your Home by SFR device from a Python 3 library
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Plain use of your Home by SFR device from a Python 2 library
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Warning:
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This is a wrap aroud website, this could stop working without prior notice
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'''
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# TODO:
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## Write the library
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## Manage cameras
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### Get image
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### Get video
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## Manage logs
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## Logout method
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## Encoding error for sensors' names
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authors = (
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'Gilles "Almtesh" Émilien MOREL',
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)
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name = 'homesfr for Python 2'
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version = '0.8-20160521'
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version = '0.9-20160523'
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# Settable modes
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MODE_OFF = 0
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@ -28,3 +34,364 @@ SIREN = 'SIREN'
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REMOTE_CONTROLER = 'REMOTE'
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KEYPAD_CONTROLER = 'KEYPAD'
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PRESENCE_CAMERA_DETECTOR = 'PIR_CAMERA'
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from cookielib import CookieJar
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import urllib2 as request
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from urllib2 import HTTPError
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from urllib import urlencode
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from xml.etree import ElementTree as ET
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from datetime import datetime
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def bytes2file (b):
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'''
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Gives a file-like class from a Bytes
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'''
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from io import BytesIO
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r = BytesIO ()
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r.write (b)
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r.seek (0)
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return (r)
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def bytes2image (b):
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'''
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Gives a Image object from bytes
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Uses the bytes2file function
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'''
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from PIL import Image
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f = bytes2file (b)
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r = Image ()
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r.open (f)
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return (r)
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class HomeSFR ():
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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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Sets the class with username and password couple, or cookies
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Both user/password and cookies can be set, the cookies will be used first
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The debug parameter defines if the class will write debug messages to stdout, if False, the stdout will never be writen by the class
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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
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The autologin paramater will always be False if no username and password are defined, and the login () method will always return False
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'''
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self.DEBUG = debug
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if self.DEBUG:
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print (name + ' ' + version)
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print ('Authors:')
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for i in authors:
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print (' - ' + i)
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if username != None:
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print ('init with username ' + username)
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if cookies != None:
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print ('init with cookies')
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print ('debug = ' + str (debug))
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print ('autologin = ' + str (autologin))
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if (username == None or password == None) and cookies == None:
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raise TypeError ('You must define either username AND password or cookies')
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self.username = username
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self.password = password
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if self.username != None and self.password != None:
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self.autologin = autologin
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else:
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self.autologin = False
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if cookies == None:
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self.cookies = CookieJar ()
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else:
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self.cookies = cookies
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self.opener = request.build_opener (request.HTTPCookieProcessor (self.cookies))
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# Specific configuration
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self.base_url = 'https://home.sfr.fr'
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# path to login test
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self.auth_path = '/mysensors'
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self.auth_ok = '/accueil' # if logged
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self.auth_post_url = 'https://boutique.home.sfr.fr/authentification'
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self.auth_referer = 'https://boutique.home.sfr.fr/authentification?back=service'
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self.auth_user_field = 'email'
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self.auth_pass_field = 'passwd'
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self.auth_extra_fields = {'back': 'service', 'token_sso': '', 'error_sso': '', 'SubmitLogin': 'OK'}
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# Path to sensors and mode
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self.sensors_list = '/mysensors'
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self.sensors_label = 'Sensor'
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self.sensors_label_id = 'id'
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# Path to list of alerts
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self.alerts_path = '/listalert'
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# Path to get and set modes
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self.mode_get_path = '/mysensors'
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self.mode_get_label = 'alarm_mode'
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self.mode_set_path = '/alarmmode'
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self.mode_set_field = 'action' # Name for GET field
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self.mode_off = 'OFF' # Value for off
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self.mode_custom = 'CUSTOM' # Value for custom
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self.mode_on = 'ON' # Value for on
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# Cameras
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# mac=00:0e:8f:c9:59:44&flip=0&led_mode=0&alert_pan=1&rec24=0&da=1&dp=4&name=Salon
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self.cameras_list = '/homescope/mycams'
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self.camera_snapshot = '/homescope/snapshot'
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self.camera_video = '/homescope/flv'
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self.camera_get_config_path = '/homescope/camsettings'
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self.camera_set_config_path = '/homescope/camsettings'
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self.camera_set_config_mac = 'mac'
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self.camera_set_config_flip = 'flip'
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self.camera_set_config_leds = 'led_mode' # set to 0 to turn the leds on
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self.camera_set_config_detectionsensibility = 'dp' # from 1 to 4,
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def __str__ (self):
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'''
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Shows name, version, defined user and debug state
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'''
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if self.username != None:
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return (name + ' ' + version + '\nUser: ' + self.username + '\nDebug: ' + str (self.DEBUG))
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else:
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return (name + ' ' + version + '\nUser: Unknown (auth from cookie class)\nDebug: ' + str (self.DEBUG))
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def test_login (self):
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'''
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Tests if the client is logged
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Return True if it's logged, returns False either
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'''
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try:
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if self.DEBUG:
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print ('Testing login')
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self.opener.open (self.base_url + self.auth_path)
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except HTTPError:
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if self.DEBUG:
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print ('Not connected')
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return (False)
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if self.DEBUG:
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print ('Connected')
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return (True)
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def login (self):
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'''
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Logs in the HomeBySFR service
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Call this function first or exception will be raised
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Returns True if the login was a success, False either
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This method will always return False if no username and password are defined
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'''
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if self.username != None and self.password != None:
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self.opener.open (self.auth_referer)
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data = self.auth_extra_fields
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data [self.auth_user_field] = self.username
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data [self.auth_pass_field] = self.password
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data = bytes (urlencode (data))
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if self.DEBUG:
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print ('Cookies ' + str( len(self.cookies)))
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print ('Sending data ' + str (data))
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a = self.opener.open (self.auth_post_url, data = data)
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if self.DEBUG:
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print ('Auth redirected to ' + a.geturl ())
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return (a.geturl () == self.base_url + self.auth_ok)
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else:
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return (False)
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def set_mode (self, mode):
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'''
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Sets the detection mode
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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
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'''
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if (self.autologin and self.test_login () == False):
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self.login ()
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if mode == MODE_OFF:
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m = self.mode_off
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elif mode == MODE_CUSTOM:
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m = self.mode_custom
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elif mode == MODE_ON:
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m = self.mode_on
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else:
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if self.DEBUG:
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print ('You should use the MODE_OFF, MODE_ON and MODE_CUSTOM constants to set this.')
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raise ValueError
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r = self.base_url + self.mode_set_path + '?' + self.mode_set_field + '=' + m
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if self.DEBUG:
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print ('Will get ' + r)
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self.opener.open (r)
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return (True)
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def get_mode (self):
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'''
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Gets the detection mode
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Returns one of MODE_OFF, MODE_ON and MODE_CUSTOM constants, or None if something went wrong
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'''
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if (self.autologin and self.test_login () == False):
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self.login ()
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r = self.base_url + self.mode_get_path
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if self.DEBUG:
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print ('Getting ' + r)
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a = bytes2file (self.opener.open (r).read ())
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b = ET.parse (a).getroot ()
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c = b.get (self.mode_get_label)
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if self.DEBUG:
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print ('Got mode ' + c)
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if (c == self.mode_off):
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return (MODE_OFF)
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if (c == self.mode_custom):
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return (MODE_CUSTOM)
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if (c == self.mode_on):
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return (MODE_ON)
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return (None)
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def list_sensors (self):
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'''
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Returns a list of sensors' ids.
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'''
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if (self.autologin and self.test_login () == False):
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self.login ()
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r = self.base_url + self.sensors_list
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a = bytes2file (self.opener.open (r).read ())
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b = ET.parse (a)
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r = []
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for i in b.findall (self.sensors_label):
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r.append (i.get (self.sensors_label_id))
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return (list (r))
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def get_sensor (self, id):
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'''
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Returns a Sensor object for the sensor id or None if sensor is not found
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The available ids can be got from the list_sensors method
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'''
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def build_tree (element):
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r = {}
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if self.DEBUG:
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print ('Diving in the element ' + element.tag)
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for i in element.getchildren ():
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if i.getchildren () == []:
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r.update ({i.tag: i.text})
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else:
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r.update ({i.tag: build_tree (i)})
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return (r)
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if (self.autologin and self.test_login () == False):
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self.login ()
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r = self.base_url + self.sensors_list
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a = bytes2file (self.opener.open (r).read ())
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b = ET.parse (a)
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r = None
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for i in b.findall (self.sensors_label):
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if self.DEBUG:
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print ('Testing sensors ' + i.get (self.sensors_label_id))
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if (i.get (self.sensors_label_id) == id):
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r = build_tree (i)
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break
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return (Sensor (r))
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def get_all_sensors (self):
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'''
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Returns a tuple of sensors as described in the get_sensor method
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'''
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r = []
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for i in self.list_sensors ():
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r.append (self.get_sensor (i))
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return (tuple (r))
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def get_cookies (self):
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'''
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Returns the CookieJar as it is now, for further use
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It's strongly recommended to use this method only before a object delete
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'''
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return (self.cookies)
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class Sensor:
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'''
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Class used to read easily the sensors
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'''
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def __init__ (self, sensor_dict):
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'''
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Initialize the class with the dict producted by HomeSFR.get_sensors ()
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'''
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self.sensor_dict = sensor_dict
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# Field names
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self.type_field = 'deviceType'
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self.model_field = 'deviceModel'
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self.version_field = 'deviceVersion'
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self.name_field = 'name'
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self.longname_field = 'long_name'
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self.namegender_field = 'name_gender' # Only usefull for French for the moment
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self.batterylevel_field = 'batteryLevel'
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self.signal_field = 'signalLevel'
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self.lasttrigger_field = 'lastTriggerTime'
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self.lasttrigger_dateformat = '%Y-%m-%d %H:%M:%S'
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self.status_field = 'status'
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self.status_value_ok = 'OK'
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# I don't have any other value for the moment
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def get_raw (self):
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'''
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Returns the raw dict, as presented in the original XML file
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'''
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return (self.sensor_dict)
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def get_type (self):
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'''
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Returns the sensor's type
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'''
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return (self.sensor_dict [self.type_field])
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def get_model (self):
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'''
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Returns the sensor's model, if any, None either
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'''
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return (self.sensor_dict [self.model_field])
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def get_version (self):
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'''
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Returns the sensor's version
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'''
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return (self.sensor_dict [self.version_field])
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def get_name (self):
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'''
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Returns the sensor's name
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'''
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return (self.sensor_dict [self.name_field])
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def get_longname (self):
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'''
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Returns the sensor's type name in system's language and the sensor's name
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'''
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return (self.sensor_dict [self.longname_field])
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def get_namegender (self):
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'''
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Return M for male and F for female.
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Only usefull for languages with gender on nouns
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'''
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return (self.sensor_dict [self.namegender_field])
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def get_batterylevel (self):
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'''
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Returns the sensor's battery level, out of 10
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It seems that batteryless sensors return 255
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'''
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return (int (self.sensor_dict [self.batterylevel_field]))
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def get_signal (self):
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'''
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Returns the sensor's signal quality, out of 10
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'''
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return (int (self.sensor_dict [self.signal_field]))
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def get_lasttrigger (self):
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'''
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Return the timestamp of the sensor's last triger
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The sensors always trigger, even when the alarm's mode is off
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'''
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a = self.sensor_dict [self.lasttrigger_field]
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# Try because camera return the date '0000-00-00 00:00:00' that is ununderstandable
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try:
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b = datetime.strptime (a, self.lasttrigger_dateformat)
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except ValueError:
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return (0)
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r = int (b.strftime ('%s'))
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return (r)
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def get_status (self):
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'''
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Returns True is the sensor is OK, False either
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'''
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return (self.sensor_dict [self.status_field] == self.status_value_ok)
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@ -16,7 +16,7 @@ This is a wrap aroud website, this could stop working without prior notice
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authors = (
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'Gilles "Almtesh" Émilien MOREL',
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)
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name = 'pyhomesfr'
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name = 'homesfr for Python 3'
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version = '0.9-20160523'
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# Settable modes
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@ -38,7 +38,7 @@ from http.cookiejar import CookieJar
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from urllib.parse import urlencode
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from xml.etree import ElementTree as ET
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from urllib.error import HTTPError
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from datetime import datetime, timezone
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from datetime import datetime
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def bytes2file (b):
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'''
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@ -380,7 +380,11 @@ class Sensor:
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The sensors always trigger, even when the alarm's mode is off
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'''
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a = self.sensor_dict [self.lasttrigger_field]
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# Try because camera return the date '0000-00-00 00:00:00' that is ununderstandable
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try:
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b = datetime.strptime (a, self.lasttrigger_dateformat)
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except ValueError:
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return (0)
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r = int (b.timestamp ())
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return (r)
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