Since I've migrated from screen to tmux years ago, I always felt that missed screen's excellent support for serial devices.
But recently I found https://github.com/tio/tio which was developed exactly with that use case in mind and I couldn't be happier. Such an amazing tool.
This week, Kwabena Agyeman spoke with Elecia( @logicalelegance ) and Chris( @stoneymonster ) about optimization, cameras, machine learning, and vision systems.
Aber ja, einfach nichts in den Innenraum packen, was da nicht rein muss.
Die DHT Serien geben digitale Werte zurück, da können die Kabel auch etwas länger sein. Dann könnte man z.B. auch einen Sensor in den unteren Bereich am Stamm, einen zwischen die Blattmasse und einen neben den AKF hängen.
Der DHT22 ist generell etwas stabiler, aber auch nicht ganz so leicht zu bekommen und teurer.
Aber es gibt noch z.B. BME280 und HTU21 Sensoren, die mit Breakoutboards auch einfach zu verwenden sind.
Kann man später auch immer noch wechseln.
Viel Spaß mit dem Sammeln von Erfahrungen. Das macht voll Spaß und ist so interessant wie lehrreich.
Elecia White, Embedded Software Engineer, co-host of the Embedded podcast and author of Making Embedded Systems, 2nd Edition will be leading an O'Reilly Expert Webinar session on "Introduction to Embedded Systems" on May 23,2024.
If you're curious about Embedded Systems development and how to get started, this is a webinar you don't want to miss.
Added the Raspberry Pi Pico to https://play.tinygo.org/!
It's a simple board, but lots of people have it and it is very cheap. So it only makes sense to add it to the playground.
Lee Wilkins joins Elecia( @logicalelegance ) and Chris( @stoneymonster ) to talk about The Open Source Hardware Association, the Open Hardware Summit, and zine culture.
@diyelectromusic, since you're into embedded tech and microcontrollers, you may appreciate this one.
It's a Real-time Operating System kernel I wrote in C and Assembly for AVR chips. My intent was to learn about how operating systems interface with hardware.
I'd like to rewrite it with #Rust and finish the task scheduler.
I managed to get a little something running on a Pimoroni PicoSystem using Embedded #Swift !
The PicoSystem uses an RP2040, so I was able to use the embedded examples from Apple to get started.
The demo is using the PicoSystem SDK on top of the Pico SDK. I had to work around the C++ name mangling differences between g++ and Clang by making a thin C wrapper.
I’ll be publishing the code somewhere soon, and hope to have a more interesting demo eventually.
I’d still like to find a solution that doesn’t require a C wrapper. Perhaps building the PicoSystem SDK with Clang would work? The Pico SDK has issues with Clang, out of the box at least.