FBI Image Viewer display image on Pi shutdown

obsidianspider

@__Scannigan__ said in FBI Image Viewer display image on Pi shutdown:

I don't have /etc/rc.local.shutdown

You'd have to create it. sudo nano r/etc/rc.local.shutdown should open nano with nothing in it. When you save, it'd create the file. What should go in that file? Well, whatever commands you'd like the system to run when you shut the system down. (Whatever you'd type in at the terminal.)

**Scannigan**

@obsidianspider Excuse my ignorance, so is the rc.local basically a start up one and rc.local.shutdown would be a shut down one?

So let say I needed to create two script one for sound and one for an image I would need to create two .sh scripts then point to them in rc.local.shutdown?

obsidianspider

@__Scannigan__ I don't know a ton about it either, but I know that rc.local will run those commands when you boot, so I'm assuming rc.local.shutdown will run it when it's shutting down? I've not personally messed with the latter, but rc.local is what starts my Mausberry monitoring script.

I would think that you could write one bash script that essentially runs both commands, and then put that in the rc.local.shutdown. Obviously test the script while the Pi is running first before trying to automate it. I would think that the worst case scenario is that creating that file just ends up doing nothing at all. I don't think you'll break the Pi or your OS.

**Scannigan**

@obsidianspider Cheers bud I'll see if I can make any progress, worst thing that can happen is the script just won#t work

Capeman

@__Scannigan__ Not sure if you got this working yet, but I was interested so i read into it a bit. This is the synopsis of what i've come up with, step by step for any noobs reading (i'm a bit of one myself).

Step 1 would be to install FBI from the command line:

sudo apt-get install fbi

This is the call you would use to run it if you wanted to do it on command:

fbi -d /dev/fb0 -a *.jpg

The -d /dev/fb0 variable defines the framebuffer device
The -a defines autozoom
And obviously *.jpg would be renamed to the path of your jpeg file

Now (i think) all you would need to do is create this file which is called on shutdown by default as was mentioned above:

/etc/rc.local.shutdown

And write a simple bash script inside it containing the run command above:

#! /bin/bash
#-a enables autozoom
#name jpg to match your file
#timeout -t sec / might change duration on screen
fbi -d /dev/fb0 -a -t 20 image.jpg

Anyone smarter than me want to chime in to let me know if this seems correct? I'll test it tonight and write back.

**Scannigan**

@Capeman won't be able to try it into Monday, you'll never to let me know how it goes

sinibomb

Bit of a thread necro, but wondering if anyone has got this to work?

I've created /etc/rc.local.shutdown, written the bash script per @Capeman, but nothing seems to happen when I shutdown via Emulationstation.

I'm very much a noob in terms of any coding, so not sure what (if any) steps I've missed.

**Scannigan**

@sinibomb I actually got something working, I'm out at the moment when I'm back at my Pi I'll send you what I added

sinibomb

@Scannigan Brilliant, many thanks

**Scannigan**

@sinibomb

This was just a simple change to the popular shutdown button script

But this played two audio files and displays an image on Shutdown, change .wav and .PNG file names to suit

shutdown.py

#!/usr/bin/python import RPi.GPIO as GPIO import time import subprocess # we will use the pin numbering to match the pins on the Pi, instead of the # GPIO pin outs (makes it easier to keep track of things) GPIO.setmode(GPIO.BOARD) # use the same pin that is used for the reset button (one button to rule them all!) GPIO.setup(5, GPIO.IN, pull_up_down = GPIO.PUD_UP) oldButtonState1 = True while True: #grab the current button state buttonState1 = GPIO.input(5) # check to see if button has been pushed if buttonState1 != oldButtonState1 and buttonState1 == False: # start playing silence to keep audio channel open to prevent missing beginning audio myinput = open('/dev/zero') subprocess.Popen(['/usr/bin/aplay', '-c2', '-r48000', '-fS16_LE', '-N' ], stdin=myinput ) # start showing screen (underneath emulationstation) subprocess.call("/home/pi/scripts/showImg.sh", shell=True) time.sleep(1) # play audio 1
subprocess.call("/usr/bin/aplay /home/pi/scripts/audio_1.wav", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) time.sleep(2) # quit emulation station subprocess.call("killall -SIGQUIT emulationstation", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) time.sleep(1) # play audio 2 subprocess.call("/usr/bin/aplay /home/pi/scripts/audio_2.wav", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) time.sleep(3) # shutdown subprocess.call("shutdown -h now", shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE) oldButtonState1 = buttonState1 time.sleep(.5)

showImg.sh

#!/bin/sh sudo /usr/bin/fbi -T 2 -once -t 30 -noverbose -a "/home/pi/scripts/image.png" &