Oh great - I’ve come to rely on docker containers A LOT to keep my various dev envs sane across multiple targets, OS’s etc. my first foray into Zephyr was a nightmare - I remember the long discussions we had to make venv part of the docs but containers are much nicer all round (my big gripe about Python tbh)
Jarred, you know I’m a huge fan of your work in zephyr education - I have had a Feather 9160 in my shopping cart a while now, in order to prototype various sensors (which I have in feather format) but right now, the cost has been a bit hard to justify, so I’ll throw my hat in the ring :)
I have the old version and as I needed more current than your diode could handle I got some male USB-C breakout board to feed the feather. Is the power rating for the 5v from USB-C increased?
@@christofferblindheim good question. The provider side actually determines how much current you can draw. As for the 3.3V rail, it's limited to 750 mA max.
Hello, Jared. Thank you for making these videos; they are far superior to official documentation. The Zephyr RTOS has a topic that describes how to emulate real hardware, but the examples are poor and difficult to understand. Maybe you'll cover it in future videos?
Waiting for stepwise hardware debugging setup video 🙂Like how do we setup VS Code or eclipse for stepwise debugging using OpenOCD GDB... Thanks in advance.
@@CircuitDojo You are welcome. This will help to step through the whole boot process to better understand different parts of the low level code. Actually, we have to soon perform porting of our SoCs based on RISCV processor to Zephyr, and it is important to understand low level architecture in Zephyr.
I'm beginner to Zephyr myself (but familiar with Nordic) and I found these videos really helpful! Thanky for sharing it with us!
Glad it was helpful!
MacOS tip: Run twister in a docker container and you’ll have no problem with native_posix on Mac.
Thanks for the tip Benjamin. Didn't think of that one!
Oh great - I’ve come to rely on docker containers A LOT to keep my various dev envs sane across multiple targets,
OS’s etc. my first foray into Zephyr was a nightmare - I remember the long discussions we had to make venv part of the docs but containers are much nicer all round (my big gripe about Python tbh)
Jarred, you know I’m a huge fan of your work in zephyr education - I have had a Feather 9160 in my shopping cart a while now, in order to prototype various sensors (which I have in feather format) but right now, the cost has been a bit hard to justify, so I’ll throw my hat in the ring :)
Sounds good. :) Best of luck!
I feel lucky! Glad you added back-fed 5V!
Good! Glad you found it useful. It was a paint point for sure! :)
I have the old version and as I needed more current than your diode could handle I got some male USB-C breakout board to feed the feather. Is the power rating for the 5v from USB-C increased?
@@christofferblindheim good question. The provider side actually determines how much current you can draw. As for the 3.3V rail, it's limited to 750 mA max.
Thanks for this content. Echoing another comment above, would be great to get some more details on emulating real peripherals..
Good suggestion I’ll see what I can come up with!
Great stuff as always! 😀
Thank you!
Hello, Jared. Thank you for making these videos; they are far superior to official documentation. The Zephyr RTOS has a topic that describes how to emulate real hardware, but the examples are poor and difficult to understand. Maybe you'll cover it in future videos?
I'll see what I can do!
Waiting for stepwise hardware debugging setup video 🙂Like how do we setup VS Code or eclipse for stepwise debugging using OpenOCD GDB... Thanks in advance.
Thanks for the idea!
@@CircuitDojo You are welcome. This will help to step through the whole boot process to better understand different parts of the low level code. Actually, we have to soon perform porting of our SoCs based on RISCV processor to Zephyr, and it is important to understand low level architecture in Zephyr.
Added in for giveaway, interred in Python
Good luck :)
entering giveaway ;)
I hope you win! 😃
entering giveaway, addicted to RTOS
Best of luck!
entering giveaway ;)
Good luck! :😊
entering giveaway :)
Good luck :)