Problème power script

supernature2k · 31 Mar 2018, 20:14

@lainbebop c'est possible oui

prends bien le PIN356PUSHRESET et cable bien le + sur le pin 5 (GPIO3) et le - sur le pin 6 (GND)

lainbebop · 31 Mar 2018, 20:16

@supernature2k alors en gros j’ai un cable qui va du pin3 au bouton sanwa et un cable qui va du pin6 au bouton sanwa. Je ne savais pas qu’il y avait une polarité ?

Pour la ligne dans recalbox.conf c’est bien celle ci !

supernature2k · 31 Mar 2018, 20:19

@lainbebop non y a pas vraiment de polarité si c'est un bouton simple. Par contre PIN 3?!?

PIN 3 c'est pour RESET

lainbebop · 31 Mar 2018, 20:25

@supernature2k

Pardon pin5 et pin6 selon ce schéma!!

C’est un bouton comme ça

Tactys · 3 Apr 2018, 12:59

j'ai exactement le même problème lainbebop. J'ai brancher sur 5 et 6 avec un bouton poussoir, configurer PIN356PUSHRESET mais quand je suis dans un émulateur ça fait un hard reset. Bizarrement cela fonctionne bien que sur nintendo 64 mais pour les autres consoles cela fait un hard reset.

lainbebop · 3 Apr 2018, 16:07

@supernature2k @Tactys
J'ai fait la dernière MAJ,

Appui long : rien
Appui court : rien
2 appuis courts : Pi éteint (hard :/)

Tu as aussi tenté d'installer le script sur cette page @Tactys ?

Tactys · 3 Apr 2018, 18:20

@lainbebop J'ai fait la dernière Maj aussi mais j'ai pas installer le script.

supernature2k · 5 Apr 2018, 05:39

@lainbebop Hi,
J'ai refait un test hier sur une recalbox fraîchement mise à jour et j'ai bien le comportement attendu sur les deux boutons.

Peux tu re-verifier ton recalbox.conf et ton cablage?

lainbebop · 6 Apr 2018, 08:19

@supernature2k

(on doit tagger et mettre le text dans 2 posts séparés sinon "flagged as spam )

lainbebop · 6 Apr 2018, 08:12

This post is deleted!

lainbebop · 6 Apr 2018, 08:17

Voici le recalbox.conf ! A noter qu'avant la MAJ ne n'avais pas le PIN356PUSHRESET que je l'ai ajouté, et qu'après la MAJ j'avais 10fois cette ligne et plus les autres (qui étaient commentés ";"!) j'ai donc tout supprimé pour ne laisser que celui là :

 # System Variable
# You can configure your recalbox from here
# To set a variable, remove the first ; on the line
 
 
# ------------ A - System Options ----------- #
#    Uncomment the system.power.switch you use
system.power.switch=PIN356PUSHRESET
 
## fbcp FrameBuffer Copy Program
## For small TFT screen on GPIO and SPI
## See https://github.com/recalbox/recalbox-os/wiki/Utility---Use-of-fbcp-for-small-TFT-screen-%28EN%29 for details
## Needed for Waveshare 3.2" 3.5" TFT screen, 2.8" Adafruit screen
## See https://github.com/recalbox/recalbox-os/wiki/TFT-Screen-SPI-Bus-%28EN%29
## for support and configuration details needed by /boot/config.txt
system.fbcp.enabled=0
## Recalbox Manager (http manager)
system.manager.enabled=1
## 1 or 2, depending on the manager version you wish
system.manager.version=2
## Recalbox security
# enforce security
#   samba password required
#   disable virtual gamepads
system.security.enabled=0
## Recalbox API (REST)
system.api.enabled=0
## Allow a specific resolution for ES only from the command : tvservice -m [MODE]
## Leave commented for the default usual behaviour
;system.es.videomode=CEA 4 HDMI
## EmulationStation
### menu style
### default -> default all options menu
### none -> no menu except the game search menu
### bartop -> less menu, only needed for bartops
emulationstation.menu=default
### Select a system to show on boot (use rom directory name) (string)
emulationstation.selectedsystem=favorites
### Show the gamelist of the first or selected system on boot (0,1)
emulationstation.bootongamelist=0
### Disable system view ES will boot and show ONLY the first or selected system (0,1)
emulationstation.hidesystemview=0
### Pa&ast;&ast;e Gamelists only. Show only games listed in gamelist.xml files (0,1)
emulationstation.gamelistonly=0
### Force basicgameList view to be displayed, even if your game systems are scraped (0,1)
emulationstation.forcebasicgamelistview=0
## Emulator special keys
## default -> default all special keys
## nomenu -> cannot popup the emulator menu
## none -> no special keys in emulators
system.emulators.specialkeys=default
## Show or hide kodi in emulationstation (0,1)
kodi.enabled=1
## Start kodi at launch (0,1)
kodi.atstartup=0
## set x button shortcut (0,1)
kodi.xbutton=0
## Allow a specific resolution for Kodi only from the command : tvservice -m [MODE]
## By default is using the default resolution of your screen
kodi.videomode=default
## Kodi can wait for a network component before starting
## waithost is the ip or hostname that must answer to a ping to validate the availability
## waittime is the maximum time waited when kodi boots
## if waitmode is required, kodi will not start if the component is not available
## if waitmode is wish, kodi will start if the component is not available
## if waitmode is not set or has another value, kodi will start immediately
;kodi.network.waitmode=required
;kodi.network.waittime=10
;kodi.network.waithost=192.168.0.50
## Hyperion
## Hyperion allows you to use an ambilight like led system on your recalbox
## Use hypercon to create your configuration file, and copy it in /recalbox/share/system/configs/hyperion/hyperion.config.json
hyperion.enabled=0
 
# ------------ B - Network ------------ #
## Set system hostname
system.hostname=RECALBOX
## Activate wifi (0,1)
wifi.enabled=1
## Wifi SSID (string)
wifi.ssid=Livebox-CF56
## Wifi KEY (string)
## after rebooting the recalbox, the "new key" is replace by a hidden value "enc:xxxxx"
## you can edit the "enc:xxxxx" value to replace by a clear value, it will be updated again at the following reboot
## Escape your special chars (# ; $) with a backslash : $ => \$
wifi.key=enc:U2FsdGVkX19bTpsXwvHmV1S+UUKJMMot/DmZYLtq8TNmN0c3xQdMHgSLwcUFCnxi
# secondary wifi (not configurable via the user interface)
;wifi2.ssid=new ssid
;wifi2.key=new key
# third wifi (not configurable via the user interface)
;wifi3.ssid=new ssid
;wifi3.key=new key
## Samba share
system.samba.enabled=1
### Virtual Gamepads
system.virtual-gamepads.enabled=1
### SSH
system.ssh.enabled=1
# ------------ C - Audio ------------ #
## Set the audio device (auto, hdmi, jack)
audio.device=jack
## Set system volume (0..100)
audio.volume=77
## Enable or disable system sounds in ES (0,1)
audio.bgmusic=1
 
 
# -------------- D - Controllers ----------------- #
# Enable support for standard bluetooth controllers
controllers.bluetooth.enabled=1
 
## Please enable only one of these
# -------------- D1 - PS3 Controllers ------------ #
##Enable PS3 controllers support
controllers.ps3.enabled=1
## Choose a driver between bluez, official and shanwan
## bluez -> bluez 5 + kernel drivers, support official and shanwan sisaxis
## official -> sixad drivers, support official and gasia sisaxis
## shanwan -> shanwan drivers, support official and shanwan sisaxis
controllers.ps3.driver=bluez
 
# ------------ D2 - GPIO Controllers ------------ #
## GPIO Controllers
## enable controllers on GPIO with mk_arcarde_joystick_rpi (0,1)
controllers.gpio.enabled=0
## mk_gpio arguments, map=1 for one controller, map=1,2 for 2 (map=1,map=1,2)
controllers.gpio.args=map=1,2
 
# ------------ D3 - Steam Controllers ------------ #
## Enable steam controller service
controllers.steam.enabled=0
 
## DB9 Controllers
## Enable DB9 drivers for atari, megadrive, amiga controllers (0,1)
controllers.db9.enabled=0
## db9 arguments
controllers.db9.args=map=1
## Gamecon controllers
## Enable gamecon controllers, for nes, snes psx (0,1) 
controllers.gamecon.enabled=0
## gamecon_args
controllers.gamecon.args=map=1
## XGaming's XArcade Tankstik and other compatible devices
controllers.xarcade.enabled=1
 
 
# ------------ F - Language and keyboard ------------ #
## Set the language of the system (fr_FR,en_US,en_GB,de_DE,pt_BR,es_ES,it_IT,eu_ES,tr_TR,zh_CN)
system.language=fr_FR
## set the keyboard layout (fr,en,de,us,es)
system.kblayout=fr
## Set you local time
## Select your timezone from : ls /usr/share/zoneinfo/ (string)
system.timezone=Europe/Paris
 
 
# ------------ G - UPDATES ------------ #
## Automatically check for updates at start (0,1)
updates.enabled=1
# Update type : default to stable
updates.type=stable
 
# ------------ H - HERE IT IS - GLOBAL EMULATOR CONFIGURATION ------------ #
## The global value will be used for all emulators, except if the value
## is redefined in the emulator
## Set game resolution for emulators
## select your mode from the command : tvservice -m [MODE]
## CEA 5 HDMI : 1920x1080 @ 60Hz 16:9, clock:74MHz interlaced 
## CEA 4 HDMI : 1280x720 @ 60Hz 16:9, clock:74MHz progressive
## use 'default' for using the default resolution
## use 'auto' : switches to CEA 4 HDMI if supported, else keep the current resolution
## (string)
global.videomode=DMT 9 HDMI
## Shader set 
## Automatically select shaders for all systems
## (none, retro, scanlines)
global.shaderset=none
## Once enabled, your screen will be cropped, and you will have a pixel perfect image (0,1)
global.integerscale=0
## Set gpslp shader for all emulators (prefer shadersets above). Absolute path (string)
global.shaders=
## Set ratio for all emulators (auto,4/3,16/9,16/10,custom)
global.ratio=auto
## Set smooth for all emulators (0,1)
global.smooth=1
## Set rewind for all emulators (0,1)
global.rewind=0
## Set autosave/load savestate for all emulators (0,1)
global.autosave=0
## Enable retroarchievements (0,1)
## Set your www.retroachievements.org username/password
## Escape your special chars (# ; $) with a backslash : $ => \$
global.retroachievements=0
global.retroachievements.hardcore=0
global.retroachievements.username=
global.retroachievements.password=
## Set retroarch input driver (auto, udev, sdl2)
## If you don't have issues with your controllers, let auto
global.inputdriver=auto
## If you do not want recalboxOS to generate the configuration for all emulators (string)
;global.configfile=/path/to/my/configfile.cfg
# ------------ I - EMULATORS CHOICES ----------- #
## You can override the global configuration here
## Here is the snes example
;snes.videomode=CEA 4 HDMI
snes.core=snes9x_next
;snes.shaders=/recalbox/share/shaders/shaders_glsl/mysnesshader.gplsp
snes.ratio=4/3
;snes.smooth=0
;snes.rewind=1
;snes.autosave=0
;snes.emulator=libretro
;snes.integerscale=0
## If you do not want recalboxOS to generate the configuration for the emulator : 
;snes.configfile=/path/to/my/configfile.cfg
## Default cores for RPi3
snes.core=snes9x_next
gba.core=mgba
mame.core=mame078
nes.core=quicknes
## NeoGeo emulator 
## You can use pifba or a libretro core (fba2x,libretro)
neogeo.emulator=libretro
## If you set libretro as neogeo.emulator, the line below sets the retroarch core (fba,imame4all)
neogeo.core=fba
## N64 emulator is configured to display a screen with a 640x480 resolution (native n64 resolution)
## So you must use one of these video modes (DMT 4 HDMI,CEA 1 HDMI).
## If your screen is not compatible with one of these video modes, please check the recalbox's wiki.
n64.videomode=DMT 4 HDMI
## If you are using a CRT screen, please change the setting above with this one : 
# n64.videomode=default
## Dreamcast emulator
## Like N64, such a CPU intensive emulator needs a small resolution
## Consider DMT 4 HDMI (640*480) or DMT 9 HDMI (800*600). If you have a black screen on dreamcast, try DMT 9 HDMI here
dreamcast.videomode=DMT 4 HDMI
## Configurations generated by Recalbox
system.es.menu=default
controllers.xboxdrv.enabled=0
controllers.xboxdrv.nbcontrols=2
fba.ratio=4/3
mame.ratio=4/3
nes.ratio=auto
nes.emulator=libretro
psx.ratio=4/3
psx.rewind=0
fba.rewind=0

Pour les branchements, j'ai juste 2 fils qui partent du bouton, directements branchés sur le GPIO :

Merci de ton aide !

supernature2k · 7 Apr 2018, 09:16

@lainbebop la conf et les branchements sont bons

Peux-tu vérifier que le fichier existe bien?

Tu dois avoir un fichier rpi-pin356-power.py sous /recalbox/scripts/

lainbebop · 9 Apr 2018, 16:12

@supernature2k

Je pense que oui ?

supernature2k · 10 Apr 2018, 07:23

@lainbebop désolé mais là je suis à court d'idées

un petit ps pour voir si le script tourne bien en arrière plan?

lainbebop · 11 Apr 2018, 08:34

Voilà ce que j'obtiens avec le ps :

 PID   USER     COMMAND
    1 root     init [3]
    2 root     [kthreadd]
    3 root     [ksoftirqd/0]
    4 root     [kworker/0:0]
    5 root     [kworker/0:0H]
    6 root     [kworker/u8:0]
    7 root     [rcu_sched]
    8 root     [rcu_bh]
    9 root     [migration/0]
   10 root     [migration/1]
   11 root     [ksoftirqd/1]
   12 root     [kworker/1:0]
   13 root     [kworker/1:0H]
   14 root     [migration/2]
   15 root     [ksoftirqd/2]
   16 root     [kworker/2:0]
   17 root     [kworker/2:0H]
   18 root     [migration/3]
   19 root     [ksoftirqd/3]
   20 root     [kworker/3:0]
   21 root     [kworker/3:0H]
   22 root     [kdevtmpfs]
   23 root     [netns]
   24 root     [perf]
   25 root     [khungtaskd]
   26 root     [writeback]
   27 root     [crypto]
   28 root     [bioset]
   29 root     [kblockd]
   30 root     [kworker/0:1]
   31 root     [rpciod]
   32 root     [kswapd0]
   33 root     [vmstat]
   34 root     [fsnotify_mark]
   35 root     [nfsiod]
   44 root     [kthrotld]
   45 root     [bioset]
   46 root     [bioset]
   47 root     [bioset]
   48 root     [bioset]
   49 root     [bioset]
   50 root     [bioset]
   51 root     [bioset]
   52 root     [bioset]
   53 root     [bioset]
   54 root     [bioset]
   55 root     [bioset]
   56 root     [bioset]
   57 root     [bioset]
   58 root     [bioset]
   59 root     [bioset]
   60 root     [bioset]
   61 root     [bioset]
   62 root     [bioset]
   63 root     [bioset]
   64 root     [bioset]
   65 root     [bioset]
   66 root     [bioset]
   67 root     [bioset]
   68 root     [bioset]
   69 root     [VCHIQ-0]
   70 root     [VCHIQr-0]
   71 root     [VCHIQs-0]
   72 root     [iscsi_eh]
   73 root     [dwc_otg]
   74 root     [kworker/1:1]
   75 root     [DWC Notificatio]
   76 root     [kworker/u8:1]
   77 root     [irq/92-mmc1]
   78 root     [VCHIQka-0]
   79 root     [SMIO]
   80 root     [deferwq]
   81 root     [kworker/u8:2]
   82 root     [bioset]
   83 root     [mmcqd/0]
   84 root     [kworker/2:1]
   85 root     [jbd2/mmcblk0p2-]
   86 root     [ext4-rsv-conver]
   87 root     [kworker/2:1H]
   88 root     [kworker/1:2]
   91 root     [kworker/0:1H]
   92 root     [kworker/3:1]
  114 root     /sbin/syslogd -n
  117 root     /sbin/klogd -n
  155 root     dbus-daemon --fork --print-address 5 --print-pid 6 --session
  162 root     [kworker/3:1H]
  165 root     [kworker/1:1H]
  166 root     [kworker/0:2]
  167 root     /sbin/udevd -d
  204 root     [cfg80211]
  206 root     [brcmf_wq/mmc1:0]
  207 root     [brcmf_wdog/mmc1]
  210 root     [kworker/3:2]
  242 dbus     dbus-daemon --system
  255 root     /usr/sbin/connmand -n
  310 root     [ipv6_addrconf]
  317 root     /usr/sbin/wpa_supplicant -u
  319 root     [kworker/3:3]
  411 root     [jbd2/mmcblk0p3-]
  412 root     [ext4-rsv-conver]
  531 root     /usr/sbin/lircd -n --driver=default --device=/dev/lirc0 --output
  921 root     {emulationstatio} /usr/bin emulationstation
 1009 root     /usr/libexec/bluetooth/bluetoothd --noplugin=sixaxispair
 1093 root     /usr/sbin/ntpd -g
 1099 avahi    avahi-daemon: running [RECALBOX.local]
 1109 root     /usr/sbin/dropbear -R
 1122 root     smbd -D --configfile=/etc/samba/smb.conf
 1124 root     {smbd-notifyd} smbd -D --configfile=/etc/samba/smb.conf
 1125 root     {cleanupd} smbd -D --configfile=/etc/samba/smb.conf
 1140 root     nmbd -D --configfile=/etc/samba/smb.conf
 1154 root     {powerswitch.sh} /bin/bash /recalbox/scripts/powerswitch.sh star
 1164 root     python /recalbox/scripts/rpi-pin356-power.py -m push
 1170 root     node virtualgamepads.js
 1189 root     {S94manager} /bin/sh /etc/init.d/S94manager start
 1191 root     node dist/server.js
 1207 root     /sbin/getty 38400 tty2
 1209 root     [kworker/u9:0]
 1210 root     [hci0]
 1211 root     [hci0]
 1213 root     [kworker/u9:1]
 1214 root     /usr/bin/hciattach /dev/serial1 bcm43xx 921600 noflow -
 1215 root     [kworker/u9:2]
 1216 root     /usr/bin/node server.js
 1320 root     /usr/sbin/dropbear -R
 1357 root     -sh
 1369 root     ps

TEST 1

J'ai réinstallé RECALBOX sur une autre SD, sans support externe (j'ai débranché ma clé usb), pour tester.
Donc install propre, sans jeux si ce n'est ceux déjà présents dans RECALBOX.

Et bien c'est pareil !

Appui court : rien
Appui long : rien ou coupure du courant
Appuis répétés : coupure du courant

TEST 2

J'ai débranché mon bouton du GPIO et j'ai mis un couteau (en métal) entre les 2 PIN 5 et 6 : même comportement qu'avec le bouton, coupure du courant du Pi

T_T

lainbebop · 11 Apr 2018, 08:35

( @supernature2k )

supernature2k · 11 Apr 2018, 08:59

@lainbebop

try this please:

 import RPi.GPIO as GPIO
import time
import os
import thread
import datetime
import socket
import sys
import argpa&ast;&ast;e
from datetime import datetime
from configgen import recalboxFiles
# this last one retrieves emulators bin names
 
pa&ast;&ast;er = argpa&ast;&ast;e.ArgumentPa&ast;&ast;er(description='power manager')
pa&ast;&ast;er.add_argument("-m", help="mode onoff or push", type=str, required=True)
args = pa&ast;&ast;er.pa&ast;&ast;e_args()
 
mode = args.m
 
IPADDR = "127.0.0.1"
PORTNUM = 55355
# IP and port for retroarch network commands
 
POWERPLUS = 3
RESETPLUS = 2
LED = 14
 
GPIO.setwarnings(False)		# no warnings
GPIO.setmode(GPIO.BCM)		# set up BCM GPIO numbering 
 
GPIO.setup(RESETPLUS, GPIO.IN, pull_up_down=GPIO.PUD_UP)
# GPIO on pin 3 is the GPIO 2 in BCM mode
#to Reset+
 
GPIO.setup(POWERPLUS, GPIO.IN, pull_up_down=GPIO.PUD_UP)
# GPIO on pin 5 is the GPIO 3 in BCM mode
#to Power+
 
GPIO.setup(LED, GPIO.OUT)
GPIO.output(LED, True)
# GPIO on pin 8 is the GPIO 14 in BCM mode
#to LED+
 
  
# Define a threaded callback function to run in another thread when events are detected  
def button_pressed(channel):
	if channel == POWERPLUS:
		speed=0.15
		shutdownstring="shutdown -h now"
		nwcommand="QUIT"
		
	elif channel == RESETPLUS:
		speed=0.05
		shutdownstring="shutdown -r now"
		nwcommand="RESET"
		
	timer = 0
	flag = True
	while flag:
		if GPIO.input(channel) == False:
			timer += 1
			print "Button pressed"
		elif GPIO.input(channel) == True:
		
			print "Button released"
			print timer
		
			#timer adds 1 each 0.1 seconds if timer = 10, button is pressed for 1s
			if (timer > 10):
				offreset(speed, shutdownstring)
				print "shutdown"
			elif (timer >=1):
				print "retroarch"
				killthats&ast;&ast;t(channel)
				
			timer = 0
			flag = False
		time.sleep(0.1)
		
	
#	on power short press, trying to kill all listed emus 
def killthats&ast;&ast;t(channel):
	if channel == POWERPLUS:
		for bin in recalboxFiles.recalboxBins:
				print bin
				proc = os.path.basename(bin)
				print proc
				os.system("killall -9 "+proc)
 
# 	on long button press clean stop	of ES then shutdown -h or -r		
def offreset(speed, shutdownstring):
	thread.start_new_thread( blink, (speed, ))
	flag=True
	pids = [pid for pid in os.listdir('/proc') if pid.isdigit()]
	os.system("/etc/init.d/S31emulationstation stop")
	while flag:
		flag = False
		for pid in pids:
				try:
					print pid
					commandpath = open(os.path.join('/proc', pid, 'cmdline'), 'rb').read()
					if "emulationstation" in commandpath:
						flag = True
				except IOError:
					continue
	os.system(shutdownstring)
 
# threaded blinking function for LED	
def blink(speed):
	while True:  
			GPIO.output(LED, False)
			time.sleep(speed)
			GPIO.output(LED, True)
			time.sleep(speed)
 
 
# 	sending network command to retroarch (only exit and reset atm)		
def retroarch(nwcommand):
	try:
		s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
	except socket.error:
		print 'Failed to create socket'
		sys.exit()
	s.sendto(nwcommand, (IPADDR, PORTNUM))
		
 
GPIO.add_event_detect(RESETPLUS, GPIO.BOTH, callback=button_pressed, bouncetime=2)
GPIO.add_event_detect(POWERPLUS, GPIO.BOTH, callback=button_pressed, bouncetime=2)
while True:
	time.sleep(0.2)

lainbebop · 11 Apr 2018, 10:11

@supernature2k

J'ai remplacé le contenu du fichier rpi-pin356-power.py par ton code :

Pression longue :

Sous ES : écran noir et petit logo en bas puis extinction : ça marche ?
Sous Emulateur : délai de 2sec puis coupure (sans écran noir?) : c'est normal ?

Pression courte :

sous ES : Pas de réaction (normal ?)
sous émulateur : pas de réaction (pas normal ?)

lainbebop · 11 Apr 2018, 09:55

This post is deleted!

supernature2k · 11 Apr 2018, 11:44

mount -o remount, rw /

Problème power script

TEST 1

TEST 2

Pression longue :

Pression courte :

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	# System Variable
	# You can configure your recalbox from here
	# To set a variable, remove the first ; on the line



	# ------------ A - System Options ----------- #
	# Uncomment the system.power.switch you use
	system.power.switch=PIN356PUSHRESET


	## fbcp FrameBuffer Copy Program
	## For small TFT screen on GPIO and SPI
	## See https://github.com/recalbox/recalbox-os/wiki/Utility---Use-of-fbcp-for-small-TFT-screen-%28EN%29 for details
	## Needed for Waveshare 3.2" 3.5" TFT screen, 2.8" Adafruit screen
	## See https://github.com/recalbox/recalbox-os/wiki/TFT-Screen-SPI-Bus-%28EN%29
	## for support and configuration details needed by /boot/config.txt
	system.fbcp.enabled=0

	## Recalbox Manager (http manager)
	system.manager.enabled=1
	## 1 or 2, depending on the manager version you wish
	system.manager.version=2

	## Recalbox security
	# enforce security
	# samba password required
	# disable virtual gamepads
	system.security.enabled=0

	## Recalbox API (REST)
	system.api.enabled=0

	## Allow a specific resolution for ES only from the command : tvservice -m [MODE]
	## Leave commented for the default usual behaviour
	;system.es.videomode=CEA 4 HDMI

	## EmulationStation
	### menu style
	### default -> default all options menu
	### none -> no menu except the game search menu
	### bartop -> less menu, only needed for bartops
	emulationstation.menu=default
	### Select a system to show on boot (use rom directory name) (string)
	emulationstation.selectedsystem=favorites
	### Show the gamelist of the first or selected system on boot (0,1)
	emulationstation.bootongamelist=0
	### Disable system view ES will boot and show ONLY the first or selected system (0,1)
	emulationstation.hidesystemview=0
	### Pa&ast;&ast;e Gamelists only. Show only games listed in gamelist.xml files (0,1)
	emulationstation.gamelistonly=0
	### Force basicgameList view to be displayed, even if your game systems are scraped (0,1)
	emulationstation.forcebasicgamelistview=0

	## Emulator special keys
	## default -> default all special keys
	## nomenu -> cannot popup the emulator menu
	## none -> no special keys in emulators
	system.emulators.specialkeys=default

	## Show or hide kodi in emulationstation (0,1)
	kodi.enabled=1
	## Start kodi at launch (0,1)
	kodi.atstartup=0
	## set x button shortcut (0,1)
	kodi.xbutton=0

	## Allow a specific resolution for Kodi only from the command : tvservice -m [MODE]
	## By default is using the default resolution of your screen
	kodi.videomode=default

	## Kodi can wait for a network component before starting
	## waithost is the ip or hostname that must answer to a ping to validate the availability
	## waittime is the maximum time waited when kodi boots
	## if waitmode is required, kodi will not start if the component is not available
	## if waitmode is wish, kodi will start if the component is not available
	## if waitmode is not set or has another value, kodi will start immediately
	;kodi.network.waitmode=required
	;kodi.network.waittime=10
	;kodi.network.waithost=192.168.0.50

	## Hyperion
	## Hyperion allows you to use an ambilight like led system on your recalbox
	## Use hypercon to create your configuration file, and copy it in /recalbox/share/system/configs/hyperion/hyperion.config.json
	hyperion.enabled=0


	# ------------ B - Network ------------ #
	## Set system hostname
	system.hostname=RECALBOX
	## Activate wifi (0,1)
	wifi.enabled=1
	## Wifi SSID (string)
	wifi.ssid=Livebox-CF56
	## Wifi KEY (string)
	## after rebooting the recalbox, the "new key" is replace by a hidden value "enc:xxxxx"
	## you can edit the "enc:xxxxx" value to replace by a clear value, it will be updated again at the following reboot
	## Escape your special chars (# ; $) with a backslash : $ => \$
	wifi.key=enc:U2FsdGVkX19bTpsXwvHmV1S+UUKJMMot/DmZYLtq8TNmN0c3xQdMHgSLwcUFCnxi

	# secondary wifi (not configurable via the user interface)
	;wifi2.ssid=new ssid
	;wifi2.key=new key

	# third wifi (not configurable via the user interface)
	;wifi3.ssid=new ssid
	;wifi3.key=new key

	## Samba share
	system.samba.enabled=1
	### Virtual Gamepads
	system.virtual-gamepads.enabled=1
	### SSH
	system.ssh.enabled=1

	# ------------ C - Audio ------------ #
	## Set the audio device (auto, hdmi, jack)
	audio.device=jack
	## Set system volume (0..100)
	audio.volume=77
	## Enable or disable system sounds in ES (0,1)
	audio.bgmusic=1



	# -------------- D - Controllers ----------------- #
	# Enable support for standard bluetooth controllers
	controllers.bluetooth.enabled=1


	## Please enable only one of these
	# -------------- D1 - PS3 Controllers ------------ #
	##Enable PS3 controllers support
	controllers.ps3.enabled=1
	## Choose a driver between bluez, official and shanwan
	## bluez -> bluez 5 + kernel drivers, support official and shanwan sisaxis
	## official -> sixad drivers, support official and gasia sisaxis
	## shanwan -> shanwan drivers, support official and shanwan sisaxis
	controllers.ps3.driver=bluez


	# ------------ D2 - GPIO Controllers ------------ #
	## GPIO Controllers
	## enable controllers on GPIO with mk_arcarde_joystick_rpi (0,1)
	controllers.gpio.enabled=0
	## mk_gpio arguments, map=1 for one controller, map=1,2 for 2 (map=1,map=1,2)
	controllers.gpio.args=map=1,2


	# ------------ D3 - Steam Controllers ------------ #
	## Enable steam controller service
	controllers.steam.enabled=0


	## DB9 Controllers
	## Enable DB9 drivers for atari, megadrive, amiga controllers (0,1)
	controllers.db9.enabled=0
	## db9 arguments
	controllers.db9.args=map=1

	## Gamecon controllers
	## Enable gamecon controllers, for nes, snes psx (0,1)
	controllers.gamecon.enabled=0
	## gamecon_args
	controllers.gamecon.args=map=1

	## XGaming's XArcade Tankstik and other compatible devices
	controllers.xarcade.enabled=1



	# ------------ F - Language and keyboard ------------ #
	## Set the language of the system (fr_FR,en_US,en_GB,de_DE,pt_BR,es_ES,it_IT,eu_ES,tr_TR,zh_CN)
	system.language=fr_FR
	## set the keyboard layout (fr,en,de,us,es)
	system.kblayout=fr
	## Set you local time
	## Select your timezone from : ls /usr/share/zoneinfo/ (string)
	system.timezone=Europe/Paris



	# ------------ G - UPDATES ------------ #
	## Automatically check for updates at start (0,1)
	updates.enabled=1
	# Update type : default to stable
	updates.type=stable


	# ------------ H - HERE IT IS - GLOBAL EMULATOR CONFIGURATION ------------ #
	## The global value will be used for all emulators, except if the value
	## is redefined in the emulator

	## Set game resolution for emulators
	## select your mode from the command : tvservice -m [MODE]
	## CEA 5 HDMI : 1920x1080 @ 60Hz 16:9, clock:74MHz interlaced
	## CEA 4 HDMI : 1280x720 @ 60Hz 16:9, clock:74MHz progressive
	## use 'default' for using the default resolution
	## use 'auto' : switches to CEA 4 HDMI if supported, else keep the current resolution
	## (string)
	global.videomode=DMT 9 HDMI

	## Shader set
	## Automatically select shaders for all systems
	## (none, retro, scanlines)
	global.shaderset=none

	## Once enabled, your screen will be cropped, and you will have a pixel perfect image (0,1)
	global.integerscale=0

	## Set gpslp shader for all emulators (prefer shadersets above). Absolute path (string)
	global.shaders=

	## Set ratio for all emulators (auto,4/3,16/9,16/10,custom)
	global.ratio=auto

	## Set smooth for all emulators (0,1)
	global.smooth=1

	## Set rewind for all emulators (0,1)
	global.rewind=0

	## Set autosave/load savestate for all emulators (0,1)
	global.autosave=0

	## Enable retroarchievements (0,1)
	## Set your www.retroachievements.org username/password
	## Escape your special chars (# ; $) with a backslash : $ => \$
	global.retroachievements=0
	global.retroachievements.hardcore=0
	global.retroachievements.username=
	global.retroachievements.password=

	## Set retroarch input driver (auto, udev, sdl2)
	## If you don't have issues with your controllers, let auto
	global.inputdriver=auto

	## If you do not want recalboxOS to generate the configuration for all emulators (string)
	;global.configfile=/path/to/my/configfile.cfg

	# ------------ I - EMULATORS CHOICES ----------- #
	## You can override the global configuration here
	## Here is the snes example
	;snes.videomode=CEA 4 HDMI
	snes.core=snes9x_next
	;snes.shaders=/recalbox/share/shaders/shaders_glsl/mysnesshader.gplsp
	snes.ratio=4/3
	;snes.smooth=0
	;snes.rewind=1
	;snes.autosave=0
	;snes.emulator=libretro
	;snes.integerscale=0
	## If you do not want recalboxOS to generate the configuration for the emulator :
	;snes.configfile=/path/to/my/configfile.cfg

	## Default cores for RPi3
	snes.core=snes9x_next
	gba.core=mgba
	mame.core=mame078
	nes.core=quicknes

	## NeoGeo emulator
	## You can use pifba or a libretro core (fba2x,libretro)
	neogeo.emulator=libretro
	## If you set libretro as neogeo.emulator, the line below sets the retroarch core (fba,imame4all)
	neogeo.core=fba

	## N64 emulator is configured to display a screen with a 640x480 resolution (native n64 resolution)
	## So you must use one of these video modes (DMT 4 HDMI,CEA 1 HDMI).
	## If your screen is not compatible with one of these video modes, please check the recalbox's wiki.
	n64.videomode=DMT 4 HDMI
	## If you are using a CRT screen, please change the setting above with this one :
	# n64.videomode=default

	## Dreamcast emulator
	## Like N64, such a CPU intensive emulator needs a small resolution
	## Consider DMT 4 HDMI (640480) or DMT 9 HDMI (800600). If you have a black screen on dreamcast, try DMT 9 HDMI here
	dreamcast.videomode=DMT 4 HDMI

	## Configurations generated by Recalbox
	system.es.menu=default
	controllers.xboxdrv.enabled=0
	controllers.xboxdrv.nbcontrols=2
	fba.ratio=4/3
	mame.ratio=4/3
	nes.ratio=auto
	nes.emulator=libretro
	psx.ratio=4/3
	psx.rewind=0
	fba.rewind=0

	PID USER COMMAND
	1 root init [3]
	2 root [kthreadd]
	3 root [ksoftirqd/0]
	4 root [kworker/0:0]
	5 root [kworker/0:0H]
	6 root [kworker/u8:0]
	7 root [rcu_sched]
	8 root [rcu_bh]
	9 root [migration/0]
	10 root [migration/1]
	11 root [ksoftirqd/1]
	12 root [kworker/1:0]
	13 root [kworker/1:0H]
	14 root [migration/2]
	15 root [ksoftirqd/2]
	16 root [kworker/2:0]
	17 root [kworker/2:0H]
	18 root [migration/3]
	19 root [ksoftirqd/3]
	20 root [kworker/3:0]
	21 root [kworker/3:0H]
	22 root [kdevtmpfs]
	23 root [netns]
	24 root [perf]
	25 root [khungtaskd]
	26 root [writeback]
	27 root [crypto]
	28 root [bioset]
	29 root [kblockd]
	30 root [kworker/0:1]
	31 root [rpciod]
	32 root [kswapd0]
	33 root [vmstat]
	34 root [fsnotify_mark]
	35 root [nfsiod]
	44 root [kthrotld]
	45 root [bioset]
	46 root [bioset]
	47 root [bioset]
	48 root [bioset]
	49 root [bioset]
	50 root [bioset]
	51 root [bioset]
	52 root [bioset]
	53 root [bioset]
	54 root [bioset]
	55 root [bioset]
	56 root [bioset]
	57 root [bioset]
	58 root [bioset]
	59 root [bioset]
	60 root [bioset]
	61 root [bioset]
	62 root [bioset]
	63 root [bioset]
	64 root [bioset]
	65 root [bioset]
	66 root [bioset]
	67 root [bioset]
	68 root [bioset]
	69 root [VCHIQ-0]
	70 root [VCHIQr-0]
	71 root [VCHIQs-0]
	72 root [iscsi_eh]
	73 root [dwc_otg]
	74 root [kworker/1:1]
	75 root [DWC Notificatio]
	76 root [kworker/u8:1]
	77 root [irq/92-mmc1]
	78 root [VCHIQka-0]
	79 root [SMIO]
	80 root [deferwq]
	81 root [kworker/u8:2]
	82 root [bioset]
	83 root [mmcqd/0]
	84 root [kworker/2:1]
	85 root [jbd2/mmcblk0p2-]
	86 root [ext4-rsv-conver]
	87 root [kworker/2:1H]
	88 root [kworker/1:2]
	91 root [kworker/0:1H]
	92 root [kworker/3:1]
	114 root /sbin/syslogd -n
	117 root /sbin/klogd -n
	155 root dbus-daemon --fork --print-address 5 --print-pid 6 --session
	162 root [kworker/3:1H]
	165 root [kworker/1:1H]
	166 root [kworker/0:2]
	167 root /sbin/udevd -d
	204 root [cfg80211]
	206 root [brcmf_wq/mmc1:0]
	207 root [brcmf_wdog/mmc1]
	210 root [kworker/3:2]
	242 dbus dbus-daemon --system
	255 root /usr/sbin/connmand -n
	310 root [ipv6_addrconf]
	317 root /usr/sbin/wpa_supplicant -u
	319 root [kworker/3:3]
	411 root [jbd2/mmcblk0p3-]
	412 root [ext4-rsv-conver]
	531 root /usr/sbin/lircd -n --driver=default --device=/dev/lirc0 --output
	921 root {emulationstatio} /usr/bin emulationstation
	1009 root /usr/libexec/bluetooth/bluetoothd --noplugin=sixaxispair
	1093 root /usr/sbin/ntpd -g
	1099 avahi avahi-daemon: running [RECALBOX.local]
	1109 root /usr/sbin/dropbear -R
	1122 root smbd -D --configfile=/etc/samba/smb.conf
	1124 root {smbd-notifyd} smbd -D --configfile=/etc/samba/smb.conf
	1125 root {cleanupd} smbd -D --configfile=/etc/samba/smb.conf
	1140 root nmbd -D --configfile=/etc/samba/smb.conf
	1154 root {powerswitch.sh} /bin/bash /recalbox/scripts/powerswitch.sh star
	1164 root python /recalbox/scripts/rpi-pin356-power.py -m push
	1170 root node virtualgamepads.js
	1189 root {S94manager} /bin/sh /etc/init.d/S94manager start
	1191 root node dist/server.js
	1207 root /sbin/getty 38400 tty2
	1209 root [kworker/u9:0]
	1210 root [hci0]
	1211 root [hci0]
	1213 root [kworker/u9:1]
	1214 root /usr/bin/hciattach /dev/serial1 bcm43xx 921600 noflow -
	1215 root [kworker/u9:2]
	1216 root /usr/bin/node server.js
	1320 root /usr/sbin/dropbear -R
	1357 root -sh
	1369 root ps

	import RPi.GPIO as GPIO
	import time
	import os
	import thread
	import datetime
	import socket
	import sys
	import argpa&ast;&ast;e
	from datetime import datetime
	from configgen import recalboxFiles
	# this last one retrieves emulators bin names

	pa&ast;&ast;er = argpa&ast;&ast;e.ArgumentPa&ast;&ast;er(description='power manager')
	pa&ast;&ast;er.add_argument("-m", help="mode onoff or push", type=str, required=True)
	args = pa&ast;&ast;er.pa&ast;&ast;e_args()

	mode = args.m

	IPADDR = "127.0.0.1"
	PORTNUM = 55355
	# IP and port for retroarch network commands

	POWERPLUS = 3
	RESETPLUS = 2
	LED = 14

	GPIO.setwarnings(False) # no warnings
	GPIO.setmode(GPIO.BCM) # set up BCM GPIO numbering

	GPIO.setup(RESETPLUS, GPIO.IN, pull_up_down=GPIO.PUD_UP)
	# GPIO on pin 3 is the GPIO 2 in BCM mode
	#to Reset+

	GPIO.setup(POWERPLUS, GPIO.IN, pull_up_down=GPIO.PUD_UP)
	# GPIO on pin 5 is the GPIO 3 in BCM mode
	#to Power+

	GPIO.setup(LED, GPIO.OUT)
	GPIO.output(LED, True)
	# GPIO on pin 8 is the GPIO 14 in BCM mode
	#to LED+


	# Define a threaded callback function to run in another thread when events are detected
	def button_pressed(channel):
	if channel == POWERPLUS:
	speed=0.15
	shutdownstring="shutdown -h now"
	nwcommand="QUIT"

	elif channel == RESETPLUS:
	speed=0.05
	shutdownstring="shutdown -r now"
	nwcommand="RESET"

	timer = 0
	flag = True
	while flag:
	if GPIO.input(channel) == False:
	timer += 1
	print "Button pressed"
	elif GPIO.input(channel) == True:

	print "Button released"
	print timer

	#timer adds 1 each 0.1 seconds if timer = 10, button is pressed for 1s
	if (timer > 10):
	offreset(speed, shutdownstring)
	print "shutdown"
	elif (timer >=1):
	print "retroarch"
	killthats&ast;&ast;t(channel)

	timer = 0
	flag = False
	time.sleep(0.1)


	# on power short press, trying to kill all listed emus
	def killthats&ast;&ast;t(channel):
	if channel == POWERPLUS:
	for bin in recalboxFiles.recalboxBins:
	print bin
	proc = os.path.basename(bin)
	print proc
	os.system("killall -9 "+proc)

	# on long button press clean stop of ES then shutdown -h or -r
	def offreset(speed, shutdownstring):
	thread.start_new_thread( blink, (speed, ))
	flag=True
	pids = [pid for pid in os.listdir('/proc') if pid.isdigit()]
	os.system("/etc/init.d/S31emulationstation stop")
	while flag:
	flag = False
	for pid in pids:
	try:
	print pid
	commandpath = open(os.path.join('/proc', pid, 'cmdline'), 'rb').read()
	if "emulationstation" in commandpath:
	flag = True
	except IOError:
	continue
	os.system(shutdownstring)

	# threaded blinking function for LED
	def blink(speed):
	while True:
	GPIO.output(LED, False)
	time.sleep(speed)
	GPIO.output(LED, True)
	time.sleep(speed)


	# sending network command to retroarch (only exit and reset atm)
	def retroarch(nwcommand):
	try:
	s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
	except socket.error:
	print 'Failed to create socket'
	sys.exit()
	s.sendto(nwcommand, (IPADDR, PORTNUM))


	GPIO.add_event_detect(RESETPLUS, GPIO.BOTH, callback=button_pressed, bouncetime=2)
	GPIO.add_event_detect(POWERPLUS, GPIO.BOTH, callback=button_pressed, bouncetime=2)
	while True:
	time.sleep(0.2)

Problème power script

TEST 1

TEST 2

Pression longue :

Pression courte :

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Online

98.4k
Users

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Topics

187.0k
Posts