Clear and report the error flags one by one and pop the data byte only
after all error flags were handled.
For v1/v2 we emulate the v3/v4 behaviour by buffering the status
register because a read to the data register clears all flags at once
which means we might loose all but the first error.
Mode was being set to 2 (PM2_POWERSAVE_MODE), should be
0 (NO_POWERSAVE_MODE). Setting None mode failed with a panic:
85.707099 DEBUG set pm2_sleep_ret = [00, 00, 00, 00]
└─ cyw43::control::{impl#0}::set_iovar_v::{async_fn#0} @ cyw43/src/fmt.rs:127
85.710469 ERROR panicked at 'IOCTL error -29'
1448: rp: don't use SetConfig trait in PWM and PIO. r=Dirbaio a=Dirbaio
It was intended to allow changing baudrate on shared spi/i2c. There's no advantage in using it for PWM or PIO, and makes it less usable because you have to have `embassy-embedded-hal` as a dep to use it.
bors r+
Co-authored-by: Dario Nieuwenhuis <dirbaio@dirbaio.net>
It was intended to allow changing baudrate on shared spi/i2c. There's no
advantage in using it for PWM or PIO, and makes it less usable because you have to
have `embassy-embedded-hal` as a dep to use it.
1447: rp/watchdog: fix overflow if period is longer than 4294 seconds. r=Dirbaio a=Dirbaio
bors r+
Co-authored-by: Dario Nieuwenhuis <dirbaio@dirbaio.net>
1424: add TL maibox for stm32wb r=xoviat a=OueslatiGhaith
Hello,
This pull request is related to #1397 and #1401, inspired by #24, build upon the work done in #1405, and was tested on an stm32wb55rg.
This pull request aims to add the transport layer mailbox for stm32wb microcontrollers. For now it's only capable of initializing it and getting the firmware information
Co-authored-by: goueslati <ghaith.oueslati@habemus.com>
Co-authored-by: Ghaith Oueslati <73850124+OueslatiGhaith@users.noreply.github.com>
Co-authored-by: xoviat <xoviat@users.noreply.github.com>
1436: rp: Clock configuration r=CBJamo a=CBJamo
Draft of a more complete clock config for the 2040.
I also extended and made public the clk_<name>_freq functions. I know at least the ws2812 pio example would like to get the sys clock at runtime rather than just using a constant. I suspect most pio-based peripherals will want access to the clocks.
Open questions:
1. Best way to handle the 3 external clock frequencies. I think the XIN (aka crystal) freq should just be set by the init function then never changed, though if it's an external clock that could change? I'm not sure anyone would ever want to do that but maybe it should be handled just in case? The other two should probably be set by the application.
2. Better estimation of ROSC frequency. Right now it's really just a lookup table of the speed from the single sample I did this testing on, and only uses the frequency range and div, drive strength is ignored.
3. Probably some kind of warning should be generated if the random bit from the rosc won't be useful, not sure how to do that.
4. Should clocks only be allowed to be configured at init, or should they be modifiable at runtime? For example, switching the RTC to a clock in pin when a pps source is available.
Bonus feature to support clock output. I only implemented the bare minimum, and only for gpout0. I'm sure there's a clean way with macros to impl all 4 without just copy/paste, but I haven't learned macros yet.
Co-authored-by: Caleb Jamison <caleb@cbjamo.com>
1439: rp: use rp2040-boot2 to provide the boot2 blob r=Dirbaio a=pennae
we're currently shipping an old boot2 that runs the flash at half speed. use the more recent version instead, and allow user to choose between the different supported boot2 versions for different flash chips if they need that.
Co-authored-by: pennae <github@quasiparticle.net>
we're currently shipping an old boot2 that runs the flash at half speed.
use the more recent version instead, and allow user to choose between
the different supported boot2 versions for different flash chips if they
need that.
1434: rp pio IV (the voyage home) r=Dirbaio a=pennae
this should hopefully be the last entry in this series. after this we'll have a reasonably safe interface to pio, both for configuration and at runtime. pio now looks very much like the other peripherals (though not exactly, seeing how state machines can't be constructed from a config but only have it applied to them later). the generated code for `StateMachine::set_config` is still larger than we'd like (almost 300 bytes at Oz), but it's a great step up in safety from the previous interface at approximately the same code space cost.
Co-authored-by: pennae <github@quasiparticle.net>
execution wraps around after the end of instruction memory and wrapping
works with this, so we may as well allow program loading across this
boundary. could be useful for reusing chunks of instruction memory.
