These changes result in working neopixel functionality. I've tested on
both the zero2w and the pi4b (The 4b didn't exhibit the original issue)
and the boards now behave properly with 1 to 30 pixels and the board hanging
no longer occurs.
Remove mod that didn't help during testing
Restoring back to original structure
Replace 2 microsecond delay w/deterministic loop
Remove unneded check for empty queue
Put transmit delay outside loop so Queue is used
Make sure last transmission is complete
The Broadcom chips apparently don't have an RTC, so this PR uses the
timer to add dummy RTC responses and allow resonable results
from time.localtime() as well as setting the time and date while
the board is powered.
Originally, black_bindings found each contiguous "//|" block and sent
it to black independently. This was slower than it needed to be.
Instead, swap the comment prefix: when running black, take off
"//|" prefixes and put "##|" prefixes on all un-prefixed lines.
Then, after black is run, do the opposite operation
This more than doubles the overall speed of "pre-commit run --all",
from 3m20s to 55s CPU time on my local machine (32.5s to under 10s
"elapsed" time)
It also causes a small amount of churn in the bindings, because
black now sees enough context to know whether one 'def' follows another
or ends the 'def's in a 'class'. In the latter case, it adds an extra
newline, which becomes a "//|" line.
I'm less sure why a trailing comma was omitted before down in
rp2pio/StateMachine.c but let's roll with it.
- define CIRCUITPY_BUILD_EXTENSIONS to predefined values
- set CIRCUITPY_BUILD_EXTENSIONS in port and board config
- reuse the support matrix "get_settings_from_makefile" to get it
- move the existing port and board specific values
- remove the C3 specific board values because it's not the default
- update build_release_files.py to use get_settings_from_makefile
This allows you to list and explore connected USB devices. It
only stubs out the methods to communicate to endpoints. That will
come in a follow up once TinyUSB has it. (It's in progress.)
Related to #5986
