Oooo #zephyr doesn't want to compile with the GCC 14.2 build... so many -Wincompatible-pointer-types warnings... so many.
Oooo #zephyr doesn't want to compile with the GCC 14.2 build... so many -Wincompatible-pointer-types warnings... so many.
Looking for something "fun" to do this weekend? I might recommend learning about Devicetree on #Zephyr! In the latest Zephyr video, I cover the basics of Devicetree syntax and writing overlay files.
https://www.youtube.com/watch?v=fOMJyjwowNk
The sonorous atmospheric beauty of the cloudscape above 30 Cannon Street was a refreshing sight as the cool air cooled the landscape.
#shotoniphone #photography #london #architecture #landmark #summer #street #streetphotography #landscapephotography #zephyr
https://asterisk15.wordpress.com/2025/03/27/sonorous-atmospheric-beauty-at-30-cannon-street/
Under the sky blue zephyr, London shines bright as the clouds pass by with a gentle breeze to set the mood for the day.
#shotoniphone #photography #london #zephyr #clouds #summer
https://asterisk15.wordpress.com/2025/03/25/under-the-sky-blue-zephyr-london-shines-bright/
Part 3 of my Intro to #Zephyr series is out
I show how to use Kconfig to enable software components and how to create your own Kconfig symbols. Check out the full video!
https://youtu.be/dXx1Wc15NZE?si=pkQ0J860RcoSpZPU
Am I wanting to stab the computer while trying to deal with debugging threads and #zephyr? Yes. I'm gonna have to go get my JLink debugger.
If you want to dive into #Zephyr, come check out my live, virtual webinar on April 24. I’ll demonstrate how to write a device driver from scratch! Sign up here
https://event.on24.com/wcc/r/4870160/B0654D058D6BC12D5A08B9607370682A?partnerref=sh1
#esp32 #arduino #microcontroller #iot #embedded #programming #rtos @zephyr
Part 2 of my Intro to #Zephyr series is out! CMake is a popular tool, even among embedded developers, and Zephyr relies heavily on it for its build process. Get a quick primer on #cmake and see how Zephyr uses it!
https://youtu.be/HSWazjB63cU
Version 1.1.0 of CANnectivity, an #OpenSource USB to CAN adapter firmware based on @zephyr, is now available!
This release is based on the just released #Zephyr v4.1.0 and brings, among other things, explicit support for a number of popular USB to CAN adapter boards.
More details available in the #CANnectivity v1.1.0 release notes: https://github.com/CANnectivity/cannectivity/releases/tag/v1.1.0
Dare I tippytoe back into Rust on #zephyr? Maybe.
A small victory, but a significant one. A perfect illustration of the importance of State/Local politics as a bulwark of resistance against federal overreach. An inspiring example of parrhesia, speaking Truth to Power.
https://m.youtube.com/watch?v=BxZgMBX-Ii8&pp=ygUKUmVwIFp5cGhlcg%3D%3D
Updated a few projects to #Zephyr 4.1 from 4.0, and so far no major concerns. I did trip over a devicetree thing where, I think, some things got changes from properties to strings. OK, that's just a weird choice. I need to go read the commits to understand why.
Here is the one everyone has been asking for: Introduction to #Zephyr The first episode is out! My plan is to get #embedded devs up to speed on this fast-growing #RTOS. Check it out!
https://youtu.be/mTJ_vKlMS_4
#microcontroller #IoT #electronics #programming #ESP32 @zephyr
(Async) Embassy with #RustLang on #Zephyr OS
https://github.com/zephyrproject-rtos/zephyr-lang-rust/pull/63
I love the peaceful moments of London Town’s architectural beauty because they allow me to cherish the stunning design aesthetics that shape the city’s image.
#shotoniphone #photography #london #architecture #zephyr
https://asterisk15.wordpress.com/2025/02/25/peaceful-moments-of-london-towns-architectural-beauty/
I found @zephyr as an alternative, but I'm not sure whether the IEEE 802.15.4 can be freely used without any membership fees.
And, that's also quite low level/layer protocol. So, I guess, that application level integrations would need be custom developed.
Where Zigbee and Z-Wave standards define also application layer and API(s), and devices can be self-describing (at least in Z-Wave, not sure about Zigbee).
https://docs.zephyrproject.org/latest/connectivity/networking/api/ieee802154.html
Just published two blog posts about #micropython on #zephyr. I needed small patches to get it to run with latest and greatest Zephyr, but apart from that, things work pretty smooth. I can even use either SD cards or internal flash to store the Python scripts
https://blog.lazy-evaluation.net/posts/embedded/micropython-zephyr-imxrt1060.html
https://blog.lazy-evaluation.net/posts/embedded/micropython-zephyr-mcxn947.html
I am not sure how to get the changes into MicroPyhton upstream, as I do not see how to specialize the code with respect to the target Zephyr version. Any thoughts?
#Zephyr Beginner-Tipp: Be aware, that most callbacks are called from different threads (even, when that's not documented).
This turns your small "Timer + a little bit Bluetooth" project into a massive multi threaded application.
During my latest #zephyr presentation, I noticed that top-of-tree introduced a bug where the #lvgl demo crashes when displaying a specific widget. It also crashes with the native_sim backend, so one can easily reproduce the bug without any hardware. Unfortunately even with gdb, I can not easily see why the crash happens, as the code in question runs many times without a problem but only crashes on a specific invocation.
Unable to solve it, I at least reported it: