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munzli’s blog …stuff to share… search main menu skip to primary content skip to secondary content home music pinball and arcade games midway rotation viii williams red & ted’s road show williams space shuttle williams fire! bally creature from the black lagoon post navigation ← older posts reset/shutdown with the nespi case reset button posted on october 1, 2017 by munzli 3 got myself a nespi case (an awesome case btw!) and after noticing that the reset button just cuts the main power i wanted a correct shutdown/restart solution. with a bit of code, some soldering and 2 resistors it’s actually quite simple to get going. first off you need a 150 ohm ¼ watt resistor, a 100 ohm ¼ watt resistor, a bit of stranded wire and a 2.54mm female crimp jumper terminal connector (or a pi gpio single female connector cable). remove the top hub with the 2 usb ports and the ethernet port from the nespi case so that you can reach the circuit with the buttons. since the gpio (general purpose input/output) pins on the raspberry pi can only handle 3.3 volts and the usb power on the reset button is 5v, we’ll need a simple voltage divider . so if vout = vin(r2/(r1+r2)) then in our example we’d have 3v = 5v(150r/(100r+150r)) which will work great. since we want the raspberry pi to always receive power even if the reset button is pressed a small bridge is needed. solder together the pins which are connected while the reset button is not pressed. check the image for more detail. placing the two resistors in series will divide the voltage and we can use the 3 volts to pass onto a gpio pin. if that’s done we can hook up the jumper terminal connector to the gpio board. i used pin nr 5, if you change this you need to make sure your script is correct aswell. if that’s all done let’s boot up the pi and get the scripts going. download this script from github. sudo mkdir / opt / scripts && sudo wget -nv -o / opt / scripts / piboot.py https: // raw.githubusercontent.com / munzli / pi / master / piboot.py sudo mkdir /opt/scripts && sudo wget -nv -o /opt/scripts/piboot.py https://raw.githubusercontent.com/munzli/pi/master/piboot.py this creates and downloads to /opt/scripts/ . this script will wait for an interrupt on pin 5 and checks how long the “button” was pressed. it restarts with a short press and if held longer than 3 seconds it shuts down. make sure you have the gpio python librarys installed sudo apt-get -y update sudo apt-get install --yes python-rpi.gpio python3-rpi.gpio sudo apt-get -y update sudo apt-get install --yes python-rpi.gpio python3-rpi.gpio if you’d like to try it just call it with python (optional) sudo python / opt / scripts / piboot.py sudo python /opt/scripts/piboot.py to get this to autostart on your pi we can use systemd . download this file and save it to /etc/systemd/system . sudo wget -nv -o / etc / systemd / system / piboot.service https: // raw.githubusercontent.com / munzli / pi / master / piboot.service sudo wget -nv -o /etc/systemd/system/piboot.service https://raw.githubusercontent.com/munzli/pi/master/piboot.service now enable and run the service sudo systemctl enable piboot.service sudo systemctl start piboot.service sudo systemctl enable piboot.service sudo systemctl start piboot.service use systemctl to check if it’s up and running and test your reset button! thx to eta prime for the inspiration… [edit]updated commands to fetch and save scripts, just copy/paste posted in hardware , linux | 3 replies cue/flac file splitting posted on december 4, 2015 by munzli reply i received a lossless cd that was encoded in flac with a cue file. which means it’s one big file and since my old mp3 player does understand flac i still wasn’t able to play one song out of many because cue files aren’t supported. here’s how you can split them into seperate files install shntool and flac cli tools sudo apt-get install shntool flac sudo apt-get install shntool flac then just use cat and shnsplit to split the file and create correct file names: cat file.cue | shnsplit -o flac -t "%n-%t" file.flac cat file.cue | shnsplit -o flac -t "%n-%t" file.flac this will output the tracks as “tracknumber-trackname.flac” if you also install vorbis-tools you can easily create ogg files almost the same way cat file.cue | shnsplit -o "cust ext=ogg oggenc -q 6 -o %f -" -t "%n-%t" file.flac cat file.cue | shnsplit -o "cust ext=ogg oggenc -q 6 -o %f -" -t "%n-%t" file.flac (using a quality setting of 6) and at last create the tags for the files like this cuetag file.cue * .flac cuetag file.cue *.flac or cuetag file.cue * .ogg cuetag file.cue *.ogg respectively posted in audio/video , linux | leave a reply multilang miui 6 special edition 4.4 for xiaomi mi 2/2s flashing via linux posted on september 26, 2014 by munzli 6 for everybody that owns a xiaomi mi2s and doesn’t have access to a windows box and the miphone flash tool, flashing the kitkat miui v6 rom through fastboot is quite easy. first install fastboot either through the android sdk or if you’re running a debian based distro: sudo apt-get install android-tools-fastboot sudo apt-get install android-tools-fastboot power off you’re phone and enter fastboot mode with volume down + power i preferred running the next steps with root so i just used sudo -i sudo -i so i wouldn’t always have to run everything with sudo. now check if your phone is visible with fastboot devices fastboot devices if you see a device and number you’re ready to go. download the new rom from here and unpack the archive. here’s a link to the thread containing more information. in there you’ve got some batch files, shell scripts and a folder with all the images. make sure the flash_all_except_storage.sh is executable and just run it. it does all the work for you. here’s what you should see: . / flash_all_except_storage.sh soc-id: 109 sending 'tz' ( 196 kb ) ... okay [ 0.017s ] writing 'tz' ... okay [ 0.013s ] finished. total time: 0.030s sending 'sbl1' ( 82 kb ) ... okay [ 0.008s ] writing 'sbl1' ... okay [ 0.007s ] finished. total time: 0.016s sending 'sbl2' ( 128 kb ) ... okay [ 0.012s ] writing 'sbl2' ... okay [ 0.010s ] finished. total time: 0.022s sending 'sbl3' ( 296 kb ) ... okay [ 0.024s ] writing 'sbl3' ... okay [ 0.017s ] finished. total time: 0.042s sending 'rpm' ( 136 kb ) ... okay [ 0.012s ] writing 'rpm' ... okay [ 0.027s ] finished. total time: 0.039s sending 'aboot' ( 1020 kb ) ... okay [ 0.081s ] writing 'aboot' ... okay [ 0.049s ] finished. total time: 0.130s erasing 'boot' ... okay [ 0.011s ] finished. total time: 0.011s sending 'misc' ( 8 kb ) ... okay [ 0.004s ] writing 'misc' ... okay [ 0.003s ] finished. total time: 0.007s sending 'modem+modem1' ( 51910 kb ) ... okay [ 4.067s ] writing 'modem+modem1' ... okay [ 4.542s ] finished. total time: 8.609s sending 'system+system1' ( 420865 kb ) ... okay [ 32.988s ] writing 'system+system1' ... okay [ 60.549s ] finished. total time: 93.538s sending 'cache' ( 32768 kb ) ... okay [ 2.578s ] writing 'cache' ... okay [ 2.275s ] finished. total time: 4.853s sending 'userdata' ( 204332 kb ) ... okay [ 16.001s ] writing 'userdata' ... okay [ 11.741s ] finished. total time: 27.742s sending 'recovery' ( 6640 kb ) ... okay [ 0.524s ] writing 'recovery' ... okay [ 0.378s ] finished. total time: 0.902s sending 'boot+boot1' ( 4764 kb ) ... okay [ 0.376s ] writing 'boot+boot1' ... okay [ 1.239s ] finished. total time: 1.615s rebooting... finished. total time: 0.001s ./flash_all_except_storage.sh soc-id: 109 sending 'tz' (196 kb)... okay [ 0.017s] writing 'tz'... okay [ 0.013s] finished. total time: 0.030s sending 'sbl1' (82 kb)... okay [ 0.008s] writing 'sbl1'... okay [ 0.007s] finished. total time: 0.016s sending 'sbl2' (128 kb)... okay [ 0.012s] writing 'sbl2'... okay [ 0.010s] finished. total time: 0.022s sending 'sbl3' (296 kb)... okay [ 0.024s] writing 'sbl3'... okay [ 0.017s] finished. total time: 0.042s sending 'rpm' (136 kb)... okay [ 0.012s] writing 'rpm'... okay [ 0.027s] finished. tot

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