The mapping of PX4_SPIDEV_ACCEL_MAG to PX4_SPIDEV_ICM is not
a clean approach and the PX4_SPIDEV_MPU is already used by the
mpu9250 leaving the only (and the correct) option to the use
PX4_SPIDEV_ICM and make it map to the reused ACCEL_MAG_CS PC15
as 206080D_CS
1) Remove uneeded spi and reset code
2) Use the Board commin for providing the BOARD_NAME
3) Add PX4_PWM_ALTERNATE_RANGES in suport of a board agnostic
way to override the PWM_.*_{MIN|MAX} values
4) Remove #ifdefs from the IO timers*. Drive the config deltas
from the crazyflie_timer_config.c and one board agnostic
ifdef PX4_IO_TIMER_ALTERNATE_RATE that is non board specific
*I would like to eliminate PX4_IO_TIMER_ALTERNATE_RATE
as well, but I need HW to validate that the startup
script can just set the rate on the PWM to 3921 fast
enough to not effect the motors.
We don't have C++ unsafe headers (anymore).
I added a test to fix_headers.sh that checks if certain "unsafe"
headers are ONLY included inside a __BEGIN_DECLS ... __END_DECLS
(because after all, they are unsafe), as well as checking that
no other header files are included inside such a block. The rationale
of the latter is that if a file is a C header and it declares
function prototypes (otherwise it doesn't matter) and is sometimes
included outside a __BEGIN_DECLS ... __END_DECLS block (from a C++
source file) then it has to be C++ safe and doesn't ever to be
included from inside such a block; while if a file is a C++ header
then obviously it should never be included from such a block.
fix_headers.sh subsequently found several safe headers to be
included from inside such a block, and those that were (apparently
in the past) unsafe were included only sometimes inside such a
block and often outside it. I had a look at those files and saw
that at least an attempt has been made to make them C++ safe,
but especially because they already are included OFTEN outside
a __BEGIN_DECLS ... __END_DECLS (from C++ source files) the
best decision seems to treat them as safe.
This is not risky: .c files that define such functions still
generate C-linkage for their functions. If a C++ unsafe C header
is included outside a __BEGIN_DECLS ... __END_DECLS block then
the only possible result would be an undefined reference to
a function with C++-linkage that will not exist. Aka, when
something links after this commit, then the commit was correct.
I did build all targets and they all linked.
The Nuttx CAN driver is not used with UAVCAN. However to
facilitate compilation to allow the Nuttx CAN Example to be
compiled and linked, the missing proto type was needed.
Futhermore to include the NuttX CAN eaxample the following changes
are needed:
1 ) In cmake/configs/<target>.cmake
Add can to config_extra_builtin_cmds as:
set(config_extra_builtin_cmds
serdis
sercon
can
)
Add:
add_custom_target(can)
set_target_properties(can PROPERTIES
PRIORITY "SCHED_PRIORITY_DEFAULT"
MAIN "can" STACK_MAIN "2048"
COMPILE_FLAGS "-Os")
2) Update the nuttx-configs/<target>/nsh/defconfig
Run make oldconfig and make menuconfig and set the follwoing:
CONFIG_CAN=y
CONFIG_STM32_CAN1=y or CONFIG_STM32_CAN2=y
CONFIG_CAN_EXTID=y
CONFIG_CAN1_BAUD=250000
CONFIG_CAN_FIFOSIZE=8
CONFIG_CAN_NPENDINGRTR=4
CONFIG_EXAMPLES_CAN=y
It makes more sense to set the optimization flags on a platform basis
instead of individually for each module. This allows for different
optimization options for SITL, NuttX, Snapdragon, etc.
Fix build error
Capitalization mistake for headers
Non-Mac compiler issue
Baudrate for crazyflie nrf and fix code style
Save space
Cleanup mpu9250 driver
David Sidrane