PiSqueeze

image principale PiSqueeze

Difficulté:

Une squeezeBox en carton a base de Raspberry pi

J’ai une radio squeezebox de logitech et j’en suis vraiment très content. Malheureusement Logitech a stoppé la commercialisation de ce superbe systeme audio multiroom.
Plus d’informations au sujet de squeezebox : http://www.mysqueezebox.com/
Je cherchais une solution pour pouvoir diffuser de la musique dans une autre pièce, toujours à partir de squeezebox malgré l’arrêt de la commercialisation des produits.
La solution choisie : fabriquer ma propre radio tout seul, comme un grand!

Avec les fonctions suivantes :
– Boutons stop/start, play/pause, piste suivante
– Ecran 4 lignes retro éclairé pour
– affichage du morceau joué
– affichage du menu
– 6 boutons presets (des web radio, random sur sa bibliothèque, …) paramètrable via interface squeezebox serveur
– boutons rotatif pour navigation dans le menu
– choix artist album ou genre
– synchronisation avec les autres squeezebox de la maison (multiroom)
– liste des presets
– shutdown

Matériel :

Budget : Non défini

Mon installation de base :
– un NAS synology sur lequel tourne le serveur squeezebox (mais ça peut être autre chose)
– un ampli home cinema connecté et pilotable via des requetes telnet. Le mien est un DENON AVR-X2100WL’installation spécifique “pisqueeze” :
Obligatoire
– un raspberry pi (n’importe quelle version)
– une carte SD (8Go classe 10 minimum)
– une alimentation (au moins 1A, idéalement 2A)
– cable hdmi ou DAC audio usb pour envoyer le son vers l’ampli (la sortie RCA du raspberry pi n’est pas d’assez bonne qualité)
– quelques boutons poussoirs
– un bouton rotatif (exemple : http://www.adafruit.com/products/377)
– fils , soudure, …
– boite en carton (ou bois, ou imprimé en 3D, …)
facultatif :
– Ecran LCD (4 lignes idéalement, connexion en parallèle ou série i2c)
– capteur Infra Rouge
– disque dur usb si vous décidez de stocker votre musique dans la pisqueeze
– un NAS Synology pour faire serveur squeezebox
– dongle WIFI (EDIMAX par exemple) si vous n’avez pas de câble réseau là où la pisqueeze sera placée.

Connecte-toi pour découvrir ce tuto

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A découvrir :

Etape 1 : Préparer sa framboise

Etape 2 : Choisir son serveur squeezeBox

Etape 3 : Quelques réglages audio

Etape 4 : Test de la partie squeezebox

Etape 5 : Hardware : sortez le fer à souder

Etape 6 : Mode console

Etape 7 : Activer i2c

Etape 8 : Installation des librairies python

Etape 9 : Modifier le fichier myisqueeze.py

Etape 10 : Executer le script au démarage

Etape 11 : L’infra rouge

Etape 12 : Et ensuite…

Etape 13 : Utilisation

Hortense

07 - 07 - 2016 : 00:00

super projet! bravo et merci du partage 🙂

benoit.ducange@gmail.com

17 - 09 - 2016 : 00:00

Bonjour, J'ai suivi votre tuto très précisement. Tout va bien jusqu’à l'étape 7 où l'adresse de l'écran n'est pas trouvée (bus 1 ou 2). Au final les boutons et l'ecran ne fonctionnent pas comme si le GPIO était inactif. J'ai refais l'installation, verifié les tension... Je ne sais plus quoi faire. Avez-vous une idée ? Bien à vous

benoit.ducange@gmail.com

28 - 09 - 2016 : 00:00

Bonjour, C'est monté avec des Câbles Dupont directement. Idem pour les boutons (sauf côté bouton où s'est soudé.) c'est comme si le GPIO était inactif.

Fred Thx

04 - 10 - 2016 : 00:00

Petite question : quel est le modèle de raspberry pi? Sinon, pour tester si ma librairie fonctionne : lancer python depuis l'invite de commande avec sudo python puis from FGPIO.led_io import * pc = rpiduino_io() led = led_io(pc.bcm_pin(22)) # 22 pour GPIO22 led.on() led.off()

benoit.ducange@gmail.com

19 - 12 - 2016 : 00:00

Quelques jours de vacances sont l'occasion de s'y remettre... Pour la led, pas de problème : ça marche :-) mais l’écran n'est toujours pas détecté, je vais en essayer un autre. Ce qui n’explique pas l'inactivité des boutons. Est-il possible de les simuler en python ?

Fred Thx

20 - 12 - 2016 : 00:00

Pour les boutons je te propose de tester : une patte du bouton sur la masse, l'autre sur une pin GPIO (ex : le GPIO22) from FGPIO.bt_io import * import time pc = rpiduino_io() bt = bt_io(pc.bcm_pin(22)) def action_bt_change(): if bt2.th_readed(): print "bt2 Pushed." else: print "bt2 Released." bt2 = bt_io(pc.logical_pin(10), True, action_bt_change) try: #Ca permet de pouvoir planter le thread avec un CTRL-C print "Appuyer sur les boutons" while True: if bt.is_pushed(): print "Bt est appuyé" time.sleep(0.1) except KeyboardInterrupt: bt2.stop()

Fred Thx

20 - 12 - 2016 : 00:00

Attention, Oui are maker a supprimer les tabulations : a remettre

benoit.ducange@gmail.com

22 - 12 - 2016 : 00:00

Bonjour, J'ai des erreurs mais à partir de ce code plus simple j'ai bien un retour sur le bouton next. ça marche ! from FGPIO.bt_io import * import time pc = rpiduino_io() bt = bt_io(pc.physical_pin(15)) while True: if bt.is_pushed(): print "Bt est appuyé" time.sleep(0.1) else: print "Bt off" time.sleep(0.1)

benoit.ducange@gmail.com

22 - 12 - 2016 : 00:00

J'ai donc tenté de coller en console le code isqueeze... >>> #!/usr/bin/env python ... # -*- coding:utf-8 -* ... >>> import sys >>> sys.path.insert(0,'../../FGPIO')#Pour travailler sur les sources >>> sys.path.insert(0,'../../FAVRIP') >>> sys.path.insert(0,'../../FUTIL') >>> >>> from isqueeze import * >>> #from FAVRIP.denon import * ... from FGPIO.rpiduino_io import * >>> from FGPIO.lcd_i2c_io import * >>> from FGPIO.bt_io import * >>> from FGPIO.rotary_encoder_io import * >>> from FUTIL.my_logging import * >>> >>> my_logging(console_level = DEBUG, logfile_level = INFO, details = True) INFO:root:my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO my_logging logger is started. Console : DEBUG. File (.log) : INFO >>> >>> logging.info("isqueeze start now") INFO:root:isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now isqueeze start now >>> >>> pc = rpiduino_io() >>> >>> lcd = lcd_i2c_io(pc=pc, pin_bl=pc.physical_pin(8), lines=4, width=20) ERROR:root: File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) File "", line 1, in File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 31, in __init__ lcd_io.__init__(self, width, lines, auto_scroll) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_io.py", line 84, in __init__ self.send(0x33,lcd_io.cmd) # 0b00110011 Function Set : 8bits, mode 1 ligne, 5x8 dots format mode File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_device_io.py", line 64, in lcd_i2c_UnErrorFonction return fonction(self,*args, **kwargs) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 58, in send self.send4bits(mode | (bits & 0xF0)) File "/usr/local/lib/python2.7/dist-packages/FGPIO/lcd_i2c_io.py", line 48, in send4bits self.device.write_cmd(data | lcd_io.arg_backlight_on) File "/usr/local/lib/python2.7/dist-packages/FGPIO/i2c_io.py", line 42, in write_cmd self.bus.smbus.write_byte(self.addr, cmd) ERROR:root: - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' - i2c_device instance has no attribute 'addr' >>> #led = led_io(pc.physical_pin(21)) # led sur pin 2 arduino ou 13 Rpi (GPIO2) ... bt_onoff = bt_io(pc.physical_pin(11)) # Bt on_off sur la pin 3 arduino ou GPIO3 du Rpi INFO:root: is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. is created on pin 11 : GPIO en mode INPUT. Valeur = 1. >>> bt_playpause = bt_io(pc.physical_pin(13)) INFO:root: is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. is created on pin 13 : GPIO en mode INPUT. Valeur = 1. >>> bt_next = bt_io(pc.physical_pin(15)) INFO:root: is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. is created on pin 15 : GPIO en mode INPUT. Valeur = 1. >>> bt_rot = bt_rotatif_io(*pc.physical_pins(18,16,7), auto=True) INFO:root: is created on pin 7 : GPIO en mode INPUT. Valeur = 1. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. INFO:root:f_thread _auto_read started. f_thread _auto_read started. f_thread _auto_read started. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. f_thread _auto_read started. f_thread _auto_read started. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. f_thread _auto_read started. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. f_thread _auto_read started. f_thread _auto_read started. is created on pin 7 : GPIO en mode INPUT. Valeur = 1. >>> f_thread _auto_read started. f_thread _auto_read started. bts_preset = [ \ ... bt_io(pc.physical_pin(26)), \ ... bt_io(pc.physical_pin(24)), \ ... bt_io(pc.physical_pin(23)), \ ... bt_io(pc.physical_pin(22)), \ ... bt_io(pc.physical_pin(21)), \ ... bt_io(pc.physical_pin(19)) \ ... ] INFO:root: is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. is created on pin 26 : GPIO en mode INPUT. Valeur = 1. INFO:root: is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. is created on pin 24 : GPIO en mode INPUT. Valeur = 1. INFO:root: is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. is created on pin 23 : GPIO en mode INPUT. Valeur = 1. INFO:root: is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. is created on pin 22 : GPIO en mode INPUT. Valeur = 1. INFO:root: is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. is created on pin 21 : GPIO en mode INPUT. Valeur = 1. INFO:root: is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. is created on pin 19 : GPIO en mode INPUT. Valeur = 1. >>> infra_rouge = False >>> >>> ... myisqueeze = isqueeze( \ ... SB_serveur_ip = '192.168.10.10', \ ... SB_client_name = 'pisqueeze', \ ... ampli = False), \ ... ampli_input = False,\ ... lcd = lcd, \ ... bt_onoff = bt_onoff, \ ... bt_playpause = bt_playpause, \ ... bt_next = bt_next, \ ... bt_rot = bt_rot, \ ... bts_preset = bts_preset, \ ... infra_rouge = infra_rouge) destruction de Exception AttributeError: "'lcd_i2c_io' object has no attribute 'thread_auto_scroll'" in > ignored ERROR:root: ERROR:root: - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) - invalid syntax (, line 13) >>> >>> myisqueeze.wait_ctrl_c()

If you are a human, ignore this field

Fred Thx

22 - 12 - 2016 : 00:00

Benoit, a priori il y a un problème avec l'écran lcd. Mais j'avoue avoir du mal à comprendre les erreurs. L'ecran lcd est-il bien branché et l'étape 8 du tuto est elle ok (installation i2C)? Sinon, l'écran n'est pas obligatoire : si on met myisqueeze = isqueeze( ...., lcd=None, ....) ca va ignorer l'écran. Tu as executer plusieurs fois la commande du logger => tous les log et erreurs sont multipliées => pas trop lisible.

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