The nvic_ functions all had a broken link to an f1 list of irqs. Change
the header generator to generate a fixed name, and link to them.
Because of their scoping, this ok, they find the correct family's irq
definitions.
You can't have two mainpage items, and the second was just being
ignored. This restores them, which makes the left side list longer,
which we may or may not like, but it's at least how it was documented to
be.
The leading - makes it rather inconsistent with the majority of other
projects around the world. Use the form everyone else uses.
To solve this, properly pass prefix to inner makes as was always
intended.
Fixes: https://github.com/libopencm3/libopencm3/issues/1058
The internal stack has a hard internal limit of 8, which is as many as
all supported devices support, but not as flexible as the arbitrary
addressing that USB actually allows.
At _least_ document this.
Fixes: https://github.com/libopencm3/libopencm3/issues/666
* Include the doc-swm050.h core file that defines the base groups.
* Fix/tweak groupings to make things consistent with other targets.
* Drop redundant type information. That's all included from the function
signatures automatically by doxygen.
* Added register descriptions from datasheet.
SWM050 is a series of MCU made by Foshan Synwit Tech. It contains a
Cortex-M0 CPU core, 8KiB of Flash and 1KiB of SRAM. The only peripherals
are GPIO, Timer and WDT. There's only two parts in this series, with
either TSSOP-8 or SSOP-16 packages.
This commit introduces the interrupt vector and GPIO support for them.
Signed-off-by: Icenowy Zheng <icenowy@aosc.io>
Allow for the high frequency clock that controlls things such as the
main CPU to be switched over to USHFRCODIV2. This is a 24 MHz PLL
that is trimmed using clock recovery from the USB signal, and is
accurate to within 1% of 24 MHz.
Signed-off-by: Sean Cross <sean@xobs.io>
This clock is the USB High Frequency PLL that gets trimmed based
on clock recovery. It is the most accurate PLL on the system,
assuming it is connected via USB.
Add the definition of this clock in preparation for being able
to switch to it.
Signed-off-by: Sean Cross <sean@xobs.io>
FLASH_CR_OPTSTRT needs to be written to FLASH_CR, and there is no reason
to mask the last two data bits.
Signed-off-by: Bruno Randolf <br1@einfach.org>
Reviewed-by: Karl Palsson <karlp@tweak.net.au>
(original code appeared to be badly copied from the flash_common_f24 codebase)
According to RM0351 and RM0394 flash needs to be programmed by double words.
Also fix flash_program() which was wrong anyways.
Reviewed-by: Karl Palsson <karlp@tweak.net.au>
48Mhz has no purpose other than to be a naiive method of haivng working
USB. 120MHz never had any purpose, other than to match the f2 code it
was copied from. Drop them both. Remaining configs are all max speeds
for various F4 parts. Lower speeds are all custom
Fixes: 96d094af13 mk/genlink-config: provide LIBNAME in devices autogeneration
The initial fix had fixed the examples repo, but broke the tests and the
template repo. Restore the suffix properly.
This makes the generic rules workk happily regardless of whether the
linkerscript generation is being used or not.
Notably, in the examples repo, use of the linker script autogeneration
was retriggering library builds as LIBNAME was unset and therefore the
libraries lib<blank>.a couldn't be found.
Some families had partially moved to peripheral api, and others were
only documenting common code, but not specific code. Delete dummy .c
files, and check that all specific apis are also being documented, not
just common apis.
Functions that are already documented in the top level common api.h file
won't add any more documentation from later .c files. Keep docs for
part specifics, in the .h files where they're accessible to IDEs and
also the documentation generation, and drop all (including the redundant
ones) from the .c file.
Karl Palsson
Karl Palsson
Guillaume Revaillot
Icenowy Zheng
Guillaume Revaillot
Sean Cross
Bruno Randolf
Miguel Sánchez de León Peque
Matthew Lai
Oliver Meier