#rpi4b — Public Fediverse posts

The #rpi4b was freed up by moving everything it was doing to an #IntelNUC so we'll see how this goes. I might go for another NUC to run the various self-hosted services, and later convert the #raspberrypi to a #kodi endpoint

The #rpi4b was freed up by moving everything it was doing to an #IntelNUC so we'll see how this goes. I might go for another NUC to run the various self-hosted services, and later convert the #raspberrypi to a #kodi endpoint

The #rpi4b was freed up by moving everything it was doing to an #IntelNUC so we'll see how this goes. I might go for another NUC to run the various self-hosted services, and later convert the #raspberrypi to a #kodi endpoint

The #rpi4b was freed up by moving everything it was doing to an #IntelNUC so we'll see how this goes. I might go for another NUC to run the various self-hosted services, and later convert the #raspberrypi to a #kodi endpoint

2 dni temu walczyłem z restartem dcokerowego środowiska #IMMICH na #RPI4B spowodowane generowaniem miniaturek, dziś społeczność dostarcza rozwiązanie. i działa.

bardzo mnie to cieszy, bo mimo iż #photoprism jest wciąż backendem dla zdjęć, to jednak immich ma przyjaźniejszy UI

edit: jakby ktoś był ciekawy problemu, to
-> temat restartów dockera https://github.com/immich-app/immich/issues/21189
-> https://github.com/immich-app/immich/issues/21237 <- probelm i rozwiazanie

2 dni temu walczyłem z restartem dcokerowego środowiska #IMMICH na #RPI4B spowodowane generowaniem miniaturek, dziś społeczność dostarcza rozwiązanie. i działa.

bardzo mnie to cieszy, bo mimo iż #photoprism jest wciąż backendem dla zdjęć, to jednak immich ma przyjaźniejszy UI

edit: jakby ktoś był ciekawy problemu, to
-> temat restartów dockera https://github.com/immich-app/immich/issues/21189
-> https://github.com/immich-app/immich/issues/21237 <- probelm i rozwiazanie

2 dni temu walczyłem z restartem dcokerowego środowiska #IMMICH na #RPI4B spowodowane generowaniem miniaturek, dziś społeczność dostarcza rozwiązanie. i działa.

bardzo mnie to cieszy, bo mimo iż #photoprism jest wciąż backendem dla zdjęć, to jednak immich ma przyjaźniejszy UI

edit: jakby ktoś był ciekawy problemu, to
-> temat restartów dockera https://github.com/immich-app/immich/issues/21189
-> https://github.com/immich-app/immich/issues/21237 <- probelm i rozwiazanie

2 dni temu walczyłem z restartem dcokerowego środowiska #IMMICH na #RPI4B spowodowane generowaniem miniaturek, dziś społeczność dostarcza rozwiązanie. i działa.

bardzo mnie to cieszy, bo mimo iż #photoprism jest wciąż backendem dla zdjęć, to jednak immich ma przyjaźniejszy UI

edit: jakby ktoś był ciekawy problemu, to
-> temat restartów dockera https://github.com/immich-app/immich/issues/21189
-> https://github.com/immich-app/immich/issues/21237 <- probelm i rozwiazanie

2 dni temu walczyłem z restartem dcokerowego środowiska #IMMICH na #RPI4B spowodowane generowaniem miniaturek, dziś społeczność dostarcza rozwiązanie. i działa.

bardzo mnie to cieszy, bo mimo iż #photoprism jest wciąż backendem dla zdjęć, to jednak immich ma przyjaźniejszy UI

edit: jakby ktoś był ciekawy problemu, to
-> temat restartów dockera https://github.com/immich-app/immich/issues/21189
-> https://github.com/immich-app/immich/issues/21237 <- probelm i rozwiazanie

Quand l'envie de faire découvrir les jeux vidéo de ton enfance à tes enfants est trop grande, tu pètes ton #Yunohost pour y mettre #Recalbox.
Va me falloir un VPS kekpar parce qu'en fait c'est trop cool le #retrogaming en famille.
#Raspberrypi #RPI4B

Quand l'envie de faire découvrir les jeux vidéo de ton enfance à tes enfants est trop grande, tu pètes ton #Yunohost pour y mettre #Recalbox.
Va me falloir un VPS kekpar parce qu'en fait c'est trop cool le #retrogaming en famille.
#Raspberrypi #RPI4B

The CPU does limit the maximum network transfer speed over SSH to about 31MB/s but that's honestly not an issue for our purposes.
Since each connection can run on its own core, I tested with 4 simultaneous transfers and got 22MB/s on each connection for a maximum transfer rate of 88MB/s when doing parallel #backups.
#data #rpi4b #RaspberryPi

The CPU does limit the maximum network transfer speed over SSH to about 31MB/s but that's honestly not an issue for our purposes.
Since each connection can run on its own core, I tested with 4 simultaneous transfers and got 22MB/s on each connection for a maximum transfer rate of 88MB/s when doing parallel #backups.
#data #rpi4b #RaspberryPi

The CPU does limit the maximum network transfer speed over SSH to about 31MB/s but that's honestly not an issue for our purposes.
Since each connection can run on its own core, I tested with 4 simultaneous transfers and got 22MB/s on each connection for a maximum transfer rate of 88MB/s when doing parallel #backups.
#data #rpi4b #RaspberryPi

The CPU does limit the maximum network transfer speed over SSH to about 31MB/s but that's honestly not an issue for our purposes.
Since each connection can run on its own core, I tested with 4 simultaneous transfers and got 22MB/s on each connection for a maximum transfer rate of 88MB/s when doing parallel #backups.
#data #rpi4b #RaspberryPi

The CPU does limit the maximum network transfer speed over SSH to about 31MB/s but that's honestly not an issue for our purposes.
Since each connection can run on its own core, I tested with 4 simultaneous transfers and got 22MB/s on each connection for a maximum transfer rate of 88MB/s when doing parallel #backups.
#data #rpi4b #RaspberryPi

The long sought #LinuxAudio Holy Grail of running #JackD applications like #Supercollider in #rpi4b (and presumably everywhere) #Pipewire is so incredibly simple yet so widely unknown:

Step 1: get rid of jackd you don't need it.

and you're done!

Here's what you do instead: pw-jack -r 44100 sclang

#onlytookmeaweektofind

The long sought #LinuxAudio Holy Grail of running #JackD applications like #Supercollider in #rpi4b (and presumably everywhere) #Pipewire is so incredibly simple yet so widely unknown:

Step 1: get rid of jackd you don't need it.

and you're done!

Here's what you do instead: pw-jack -r 44100 sclang

#onlytookmeaweektofind

The long sought #LinuxAudio Holy Grail of running #JackD applications like #Supercollider in #rpi4b (and presumably everywhere) #Pipewire is so incredibly simple yet so widely unknown:

Step 1: get rid of jackd you don't need it.

and you're done!

Here's what you do instead: pw-jack -r 44100 sclang

#onlytookmeaweektofind

The long sought #LinuxAudio Holy Grail of running #JackD applications like #Supercollider in #rpi4b (and presumably everywhere) #Pipewire is so incredibly simple yet so widely unknown:

Step 1: get rid of jackd you don't need it.

and you're done!

Here's what you do instead: pw-jack -r 44100 sclang

#onlytookmeaweektofind

The long sought #LinuxAudio Holy Grail of running #JackD applications like #Supercollider in #rpi4b (and presumably everywhere) #Pipewire is so incredibly simple yet so widely unknown:

Step 1: get rid of jackd you don't need it.

and you're done!

Here's what you do instead: pw-jack -r 44100 sclang

#onlytookmeaweektofind

The euphoria didn't last long in /this/ Rabbit Hole of Dispair #RHoD: I misspoke about #SuperCollider finally on #rpi4b — I'd only really tested a WAV file; in sclang itself, everything sounds like vespa scooters.

Even something as simple as…
(
{ var ampOsc;
ampOsc = SinOsc.kr(0.25, 1.5pi, 0.5, 0.5);
Pan2.ar([ SinOsc.ar([220,330,550], 0, ampOsc) ], SinOsc.kr(0.5));
}.play;
)

Fresh git install on laptop Ubuntu 22 renders fine, and the pi plays WAV/mp3 ok, so must be some sc-mismatch?

The euphoria didn't last long in /this/ Rabbit Hole of Dispair #RHoD: I misspoke about #SuperCollider finally on #rpi4b — I'd only really tested a WAV file; in sclang itself, everything sounds like vespa scooters.

Even something as simple as…
(
{ var ampOsc;
ampOsc = SinOsc.kr(0.25, 1.5pi, 0.5, 0.5);
Pan2.ar([ SinOsc.ar([220,330,550], 0, ampOsc) ], SinOsc.kr(0.5));
}.play;
)

Fresh git install on laptop Ubuntu 22 renders fine, and the pi plays WAV/mp3 ok, so must be some sc-mismatch?

The euphoria didn't last long in /this/ Rabbit Hole of Dispair #RHoD: I misspoke about #SuperCollider finally on #rpi4b — I'd only really tested a WAV file; in sclang itself, everything sounds like vespa scooters.

Even something as simple as…
(
{ var ampOsc;
ampOsc = SinOsc.kr(0.25, 1.5pi, 0.5, 0.5);
Pan2.ar([ SinOsc.ar([220,330,550], 0, ampOsc) ], SinOsc.kr(0.5));
}.play;
)

Fresh git install on laptop Ubuntu 22 renders fine, and the pi plays WAV/mp3 ok, so must be some sc-mismatch?

The euphoria didn't last long in /this/ Rabbit Hole of Dispair #RHoD: I misspoke about #SuperCollider finally on #rpi4b — I'd only really tested a WAV file; in sclang itself, everything sounds like vespa scooters.

Even something as simple as…
(
{ var ampOsc;
ampOsc = SinOsc.kr(0.25, 1.5pi, 0.5, 0.5);
Pan2.ar([ SinOsc.ar([220,330,550], 0, ampOsc) ], SinOsc.kr(0.5));
}.play;
)

Fresh git install on laptop Ubuntu 22 renders fine, and the pi plays WAV/mp3 ok, so must be some sc-mismatch?

The euphoria didn't last long in /this/ Rabbit Hole of Dispair #RHoD: I misspoke about #SuperCollider finally on #rpi4b — I'd only really tested a WAV file; in sclang itself, everything sounds like vespa scooters.

Even something as simple as…
(
{ var ampOsc;
ampOsc = SinOsc.kr(0.25, 1.5pi, 0.5, 0.5);
Pan2.ar([ SinOsc.ar([220,330,550], 0, ampOsc) ], SinOsc.kr(0.5));
}.play;
)

Fresh git install on laptop Ubuntu 22 renders fine, and the pi plays WAV/mp3 ok, so must be some sc-mismatch?

This is proving more difficult than it should be: how to connect a headless #rpi4b to a #bluetooth speaker using #Debian12 with #pipewire. Even the official wiki, after explaining why pulseaudio is so last year, only gives troubleshooting advice for PA!

We are paired and connected, but aplay and mpg123 are silent.

One trail led to #bluez-alsa (without dbus) but bluezalsa never appears, still no sound, and yes, I checked alsamixer :)

I expect alsa-info will be my bedtime epic reading tonight…

This is proving more difficult than it should be: how to connect a headless #rpi4b to a #bluetooth speaker using #Debian12 with #pipewire. Even the official wiki, after explaining why pulseaudio is so last year, only gives troubleshooting advice for PA!

We are paired and connected, but aplay and mpg123 are silent.

One trail led to #bluez-alsa (without dbus) but bluezalsa never appears, still no sound, and yes, I checked alsamixer :)

I expect alsa-info will be my bedtime epic reading tonight…

This is proving more difficult than it should be: how to connect a headless #rpi4b to a #bluetooth speaker using #Debian12 with #pipewire. Even the official wiki, after explaining why pulseaudio is so last year, only gives troubleshooting advice for PA!

We are paired and connected, but aplay and mpg123 are silent.

One trail led to #bluez-alsa (without dbus) but bluezalsa never appears, still no sound, and yes, I checked alsamixer :)

I expect alsa-info will be my bedtime epic reading tonight…

This is proving more difficult than it should be: how to connect a headless #rpi4b to a #bluetooth speaker using #Debian12 with #pipewire. Even the official wiki, after explaining why pulseaudio is so last year, only gives troubleshooting advice for PA!

We are paired and connected, but aplay and mpg123 are silent.

One trail led to #bluez-alsa (without dbus) but bluezalsa never appears, still no sound, and yes, I checked alsamixer :)

I expect alsa-info will be my bedtime epic reading tonight…

This is proving more difficult than it should be: how to connect a headless #rpi4b to a #bluetooth speaker using #Debian12 with #pipewire. Even the official wiki, after explaining why pulseaudio is so last year, only gives troubleshooting advice for PA!

We are paired and connected, but aplay and mpg123 are silent.

One trail led to #bluez-alsa (without dbus) but bluezalsa never appears, still no sound, and yes, I checked alsamixer :)

I expect alsa-info will be my bedtime epic reading tonight…

a propos #OSM #garmin #garminMaps to polski serwis garmin.osmapa.pl jest niedostępny i wszystko wskazuje na to, ze tak pozostanie przez dłuższy czas. #openstreetmap

stąd dziś mam adhd, by sprawdzić czy jestem w stanie raz na kwartał wygenerować mapę, wykorzystując chwilowo bezrobotne #RPI4B

a propos #OSM #garmin #garminMaps to polski serwis garmin.osmapa.pl jest niedostępny i wszystko wskazuje na to, ze tak pozostanie przez dłuższy czas. #openstreetmap

stąd dziś mam adhd, by sprawdzić czy jestem w stanie raz na kwartał wygenerować mapę, wykorzystując chwilowo bezrobotne #RPI4B

a propos #OSM #garmin #garminMaps to polski serwis garmin.osmapa.pl jest niedostępny i wszystko wskazuje na to, ze tak pozostanie przez dłuższy czas. #openstreetmap

stąd dziś mam adhd, by sprawdzić czy jestem w stanie raz na kwartał wygenerować mapę, wykorzystując chwilowo bezrobotne #RPI4B

a propos #OSM #garmin #garminMaps to polski serwis garmin.osmapa.pl jest niedostępny i wszystko wskazuje na to, ze tak pozostanie przez dłuższy czas. #openstreetmap

stąd dziś mam adhd, by sprawdzić czy jestem w stanie raz na kwartał wygenerować mapę, wykorzystując chwilowo bezrobotne #RPI4B

a propos #OSM #garmin #garminMaps to polski serwis garmin.osmapa.pl jest niedostępny i wszystko wskazuje na to, ze tak pozostanie przez dłuższy czas. #openstreetmap

stąd dziś mam adhd, by sprawdzić czy jestem w stanie raz na kwartał wygenerować mapę, wykorzystując chwilowo bezrobotne #RPI4B

#FediHelp
I started reading #Comics some weeks ago, and I’m enjoying it so much!

However, I cannot run #Komga in my server. I’m using #DietPi in a #rpi4b. I installed Komga with both #Docker and the diet-pi software tool. But I’m unable to run it, I cannot access the interface.

Do you have any suggestions how to solve it?

#FediHelp
I started reading #Comics some weeks ago, and I’m enjoying it so much!

However, I cannot run #Komga in my server. I’m using #DietPi in a #rpi4b. I installed Komga with both #Docker and the diet-pi software tool. But I’m unable to run it, I cannot access the interface.

Do you have any suggestions how to solve it?

#FediHelp
I started reading #Comics some weeks ago, and I’m enjoying it so much!

However, I cannot run #Komga in my server. I’m using #DietPi in a #rpi4b. I installed Komga with both #Docker and the diet-pi software tool. But I’m unable to run it, I cannot access the interface.

Do you have any suggestions how to solve it?

#FediHelp
I started reading #Comics some weeks ago, and I’m enjoying it so much!

However, I cannot run #Komga in my server. I’m using #DietPi in a #rpi4b. I installed Komga with both #Docker and the diet-pi software tool. But I’m unable to run it, I cannot access the interface.

Do you have any suggestions how to solve it?

#FediHelp
I started reading #Comics some weeks ago, and I’m enjoying it so much!

However, I cannot run #Komga in my server. I’m using #DietPi in a #rpi4b. I installed Komga with both #Docker and the diet-pi software tool. But I’m unable to run it, I cannot access the interface.

Do you have any suggestions how to solve it?

```
❯ vcgencmd measure_temp
temp=84.2'C
```

zastanawiam się nad wystawieniem jegomościa zza okno. parametr z pewnością odbierze ciepło z #RPI4 #rpi4b

```
❯ vcgencmd measure_temp
temp=84.2'C
```

zastanawiam się nad wystawieniem jegomościa zza okno. parametr z pewnością odbierze ciepło z #RPI4 #rpi4b

```
❯ vcgencmd measure_temp
temp=84.2'C
```

zastanawiam się nad wystawieniem jegomościa zza okno. parametr z pewnością odbierze ciepło z #RPI4 #rpi4b

```
❯ vcgencmd measure_temp
temp=84.2'C
```

zastanawiam się nad wystawieniem jegomościa zza okno. parametr z pewnością odbierze ciepło z #RPI4 #rpi4b

Here's the simple SSD clamp idea. Two sets of holes, one set allows attachment to the drive (Kingston A400 SATA 2.5").

#HomeAssistant #RPi4B #3Dprinting

Here's the simple SSD clamp idea. Two sets of holes, one set allows attachment to the drive (Kingston A400 SATA 2.5").

#HomeAssistant #RPi4B #3Dprinting

Here's the simple SSD clamp idea. Two sets of holes, one set allows attachment to the drive (Kingston A400 SATA 2.5").

#HomeAssistant #RPi4B #3Dprinting

Here's the simple SSD clamp idea. Two sets of holes, one set allows attachment to the drive (Kingston A400 SATA 2.5").

#HomeAssistant #RPi4B #3Dprinting

Here's the simple SSD clamp idea. Two sets of holes, one set allows attachment to the drive (Kingston A400 SATA 2.5").

#HomeAssistant #RPi4B #3Dprinting