#!/usr/env/python3 # coding: utf-8 # la ligne coding ci-dessus permet d'éviter les erreurs d'accents # https://openclassrooms.com/forum/sujet/quot-syntaxerror-non-ascii-character-xc3-in-filequot-12536 import speech_recognition as sr import os # This script was written by Greg Colburn (ThePony on github). Feel free # to contact me on FB at https://www.facebook.com/9millionthGreg BUT... # when contacting me please be sure to tell my WHY you are messaging me! # donations to keep snacks on hand for my coding spurts are welcome at # paypal at (colburn greg at.symbol.goes.here ya hoo dot com), thanks # https://stackoverflow.com/questions/9942594/unicodeencodeerror-ascii-codec-cant-encode-character-u-xa0-in-position-20 # encoding=utf8 import sys reload(sys) sys.setdefaultencoding('utf8') # evite les erreurs du type # UnicodeEncodeError: 'ascii' codec can't encode character u'\xe9' in position 0: ordinal not in range(128) r = sr.Recognizer() m = sr.Microphone() # anciennes variables corona = ['Corona', 'corona'] game = ['game'] lampe_fr = ['leave me alone', 'Lumia', 'meet me on', 'read me out', 'Romeo', 'Romania', 'rythmia', 'wake me up'] television_en = ['television'] # nouvelle variable unique a utiliser par la suite # action 'browser' necessite 'site' cle = { 'corona': { 'action' : 'browser' , 'site' : 'http://gangand.net', 'mots' : ['corona'] }, 'domotique' : { 'action' : 'gpio_domotique' , 'mots' : ['boutique', 'domotique'] }, 'exitWord': { 'action' : 'main_pgm' , 'mots' : ['quitter', 'Quitterie'] }, 'game': { 'action' : 'exec' , 'command': 'pysolfc', 'mots' : ['jeu', 'jeux', 'jeu du solitaire'] }, 'internet': { 'action' : 'browser' , 'site' : 'http://gangand.net', 'mots' : ['internet'] }, 'libreoffice_fr': { 'action' : 'exec' , 'command': 'libreoffice', 'mots' : ['libre', 'libreoffice'] }, 'lampe_fr': { 'action' : 'gpio_domotique' , 'mots' : ['allume la lampe'] }, 'meteo': { 'action' : 'browser' , 'site' : 'https://www.google.com/search?q=meteo+reims', 'mots' : ['météo', 'quel temps'] }, 'musique' : { 'action' : 'exec' , 'command': 'vlc', 'args' : ['/media/fbx/xavbox/type1/', '>/dev/null', '2>&1'], 'mots' : ['boutique', 'musique'] }, 'musique_off' : { 'action' : 'exec' , 'command': 'killall', 'args' : ['vlc'], 'mots' : ['arrête la musique', 'arrêter la musique', 'arrête musique'] }, 'television_en' : { 'action' : 'exec' , 'command': 'vlc ', 'args' : ['http://gangand.net/tt/tv/free_sd.m3u'], 'mots' : ['Billy', 'CD', 'DD', 'Siri', 'television'] }, } exitWord = cle['exitWord']['mots'] domotique = cle['domotique']['mots'] internet = cle['internet']['mots'] # ~ radio = cle['radio']['mots'] # ~ france_inter = cle['radios']['france_inter']['mots'] # ~ france_info = cle['radios']['france_info' ]['mots'] meteo = cle['meteo']['mots'] musique = cle['musique']['mots'] musique_off = cle['musique_off']['mots'] import subprocess try: print("One moment...") with m as source: r.adjust_for_ambient_noise(source) # The above line takes an ambient sample of noise to set threshhold levels. # This may not work on all microphones and should be tweaked as needed while True: # ~ print("Now Ready, talk to me. (Press Ctrl+c to or say exit or quit to quit)") print("OK, parlez. (Presser Ctrl+c ou dire quitter pour sortir)") with m as source: audio = r.listen(source) print(".") try: # ~ value = r.recognize_google(audio) value = r.recognize_google(audio, language="fr-FR") # passer en francais # https://stackoverflow.com/questions/49732536/how-to-change-the-language-of-google-speech-recognition if str is bytes: reply = "{}".format(value).encode("utf-8") else: reply = "{}".format(value) if reply in exitWord: quit() elif reply in game: # game anglais print("game") subprocess.Popen( ['pysolfc', '']).pid elif reply in internet: # internet print("internet %s" % reply) print("Lancement de chromium-browser http://gangand.net") subprocess.Popen( ['chromium-browser', 'http://gangand.net']).pid elif reply in lampe_fr: # lumiere fr print("lampe_fr %s" % reply) subprocess.Popen( ['chromium-browser', 'https://www.google.com/search?q=domotique+lampe']).pid elif reply in meteo: # meteo print("meteo %s" % reply) # ~ print("Lancement de chromium-browser https://www.google.com/search?q=meteo+reims") # ~ subprocess.Popen( ['chromium-browser', 'https://www.google.com/search?q=meteo+reims']).pid tableau = [] r = cle['meteo'] if ( r['action'] == 'browser' ): # ~ print(cle['meteo']['site']) # ~ print(cle['meteo']['site']) # ~ print(cle['meteo']['site']) # ~ print(cle['meteo']['site']) # ~ print(cle['meteo']['site']) subprocess.Popen( ['chromium-browser', r['site'] ] ).pid else: tableau.append(r['command']) for i in r['args']: tableau.append(i) subprocess.Popen( list(tableau) ).pid elif reply in musique: # music fr print("musique %s" % reply) print("Utiliser exit pour quitter l'assistant vocal sans killer vlc (Ctrl-C le kille)") tableau = [] tableau.append(cle['musique']['command']) for i in cle['musique']['args']: tableau.append(i) subprocess.Popen( list(tableau) ).pid elif reply in musique_off: print("musique_off %s" % reply) tableau = [] tableau.append(cle['musique_off']['command']) for i in cle['musique_off']['args']: tableau.append(i) subprocess.Popen( list(tableau) ).pid elif reply in corona: print("corona") subprocess.Popen( ['firefox-esr', 'http://gangand.net/cc/coro/stats/index.php?device=PC']).pid elif reply.split()[0] in internet: print("internet recherche") liste = replay.split(' ')[1:] recherche_google = ('+').join(liste) subprocess.Popen( ['chromium-browser', recherche_google]).pid else: print("You said: %s" % reply) os.system("flite -o /tmp/flite.wav -t %s " % reply) except sr.UnknownValueError: print("L'API Google API n'a pas compris ...") except sr.RequestError as e: print("!") #print("Uh oh! Couldn't request results from Google Speech Recognition service; {0}".format(e)) except KeyboardInterrupt: pass