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.
Workaround required Eigen downgrade to 3.2. Hexagon toolchain does
not support C++11 features of newest version of Eigen.
Running make qurt_fixup will downgrade and patch Eigen for qurt.
Running make restore will revert the patch and do a git submodule update
to restore the expected Eigen version.
Added a "restore" target to undo qurt_fixup
Before doing a qurt build run:
make qurt_fixup
That will downgrade Eigen to 3.2 and apply the require patch.
To build another target after downgrading:
make restore
Them make the desired target (other than qurt).
Fixed type used in orb_priority to be consistent with the code
(int* was used in declaration but int32_t* used in code)
Removed unused class member variable in sensors.cpp
Added cmake fix for unit tests. The location of px4_log.c changed.
Fixed the qurt drv_hrt.c implementation to use us instead of ms for time resolution
Added px4_led.c to nuttx platform layer
Use the posix version of px4_led.c for nuttx so we don't end up with
duplicate files. It was moved out of common because it is not used by qurt.
Changed PX4_DEBUG to PX4_WARN when checking for the error condition for store_poll_waiter in vdev.cpp
Updated the px4_log.h file to make calls to the qurt_log functions.
The qurt_log function is defined in the platforms/qurt layer.
Added an option to control starting the commander module in HIL mode.
Moved the flight specific drivers to the configuration file instead of adding them
to the common tool chain file because HIL mode does not need them.
Added the uorb Subscriber and Publisher classes
Call PX4_ISFINITE macro instead of isfinite().
Added px4_led.c to nuttx platform layer
Use the posix version of px4_led.c for nuttx so we don't end up with duplicate files.
It was moved out of common because it is not used by qurt.
Signed-off-by: Mark Charlebois <charlebm@gmail.com>
In the upstream tree ringbuffer.h includes the method implementations
in the header file which causes multiple definitions in the link for
other targets. Changed so ringbuffer.cpp is build separately for other
platforms and is included by ringbuffer.h on NuttX.
uORB changes do not link without uORBTest_UnitTest.cpp enabled for
the NuttX build.
px4_getopt was not exported and wasn't visible in NuttX build.
The makefiles were restored to be as close as possible to upstream
so the NuttX build builtin's work again. The code will have to be
refactored after the merge.
Signed-off-by: Mark Charlebois <charlebm@gmail.com>
Uncomment the following line in setup.mk and comment out the line above
to enable the Linux build.
export PX4_TARGET_OS = linux
The build uses the clang compiler by default. The final bundled executable
is mainapp located in:
Build/linux_default.build/mainapp
When you run mainapp it will provide a list of the built-in apps. You can
type in the commands to run such as:
hello_main start
Because the Linux build is threaded and does not support tasks or processes,
it cannot call errx, exit() _exit(), etc. It also requires unique scoped
variables to test if a thread is running or if an application should exit.
The px4::AppMgr class was added in px4_app.h for this purpose. The
hello sample app demonstrates how this is used.
Signed-off-by: Mark Charlebois <charlebm@gmail.com>
Julian Oes