Difference between revisions of "Zephyr toolchain"
m (add link to seeming good starting point info regarding pyocd Python based flash utility for ARM processors) |
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| − | -- west flash: rebuilding | + | -- west flash: rebuilding |
| − | ninja: no work to do. | + | ninja: no work to do. |
| − | -- west flash: using runner pyocd | + | -- west flash: using runner pyocd |
| − | -- runners.pyocd: Flashing file: /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex | + | -- runners.pyocd: Flashing file: /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex |
| − | 0001373 E Not supported by current CPU + target interface combination. [jlink] | + | 0001373 E Not supported by current CPU + target interface combination. [jlink] |
| − | 0001387 C Invalid error code: -2 [__main__] | + | 0001387 C Invalid error code: -2 [__main__] |
| − | FATAL ERROR: command exited with status 1: pyocd flash -e sector -a 0x3a000 -t lpc55s69 /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex | + | FATAL ERROR: command exited with status 1: pyocd flash -e sector -a 0x3a000 -t lpc55s69 /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex |
</code> | </code> | ||
Latest revision as of 23:00, 27 September 2023
Zephyr Toolchain Notes
2023-07-11
This page dedicated to capture installation and maintenance steps for Zephyr RTOS toolchain. Main Zephyr toolchain and SDK install steps outlined at:
When flashing targeted hardware with Python3 based `pyocd`, install this tool via pip3 command:
$ pip3 install --upgrade pyocd
When programming flash of a dual core NXP processor, it may be necessary to program each core separately with `pyocd` invocations like the following:
$ west flash --runner=pyocd -d /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu0 $ west flash --runner=pyocd -d /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1
There seem to be some dual-core Zephyr based app builds which, when flashed to the target MCU result in an error giving the following messages from pyocd:
ted@localhost1:~/projects-sandbox/workspace-for-app1/app1$ ./scripts/flash -- west flash: rebuilding ninja: no work to do. -- west flash: using runner pyocd -- runners.pyocd: Flashing file: /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu0/zephyr/zephyr.hex 0001471 E Not supported by current CPU + target interface combination. [jlink] 0001480 C Invalid error code: -2 [__main__] FATAL ERROR: command exited with status 1: pyocd flash -e sector -a 0x10000000 -t lpc55s69 /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu0/zephyr/zephyr.hex
and
-- west flash: rebuilding ninja: no work to do. -- west flash: using runner pyocd -- runners.pyocd: Flashing file: /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex 0001373 E Not supported by current CPU + target interface combination. [jlink] 0001387 C Invalid error code: -2 [__main__] FATAL ERROR: command exited with status 1: pyocd flash -e sector -a 0x3a000 -t lpc55s69 /home/ted/projects-sandbox/workspace-for-app1/app1/build/cpu1/zephyr/zephyr.hex
See this page's References section and the link to an article about `pyocd` and pitaya-link development environment. Material in this article helps explain what's going on in the `pyocd` command invocation captured a few lines above, line beginning with text "FATAL ERROR".
^ References
Some pyocd basics described in context of Pitaya link programmer or development environment:
