Our upcoming cmake styling tool requires any custom functions you want
styled nicely to be lower case. We only need to style these two nicely,
as they have kwargs we would like aligned.
This reduces chances of other parts of the script printing to stdout and
allows the compatibility strings file to be inspected or manually
changed for debugging purposes.
Updated YAML validation error message to use logging.warning,
forwarding the output to stderr. This would otherwise end up
in the CMake dts compatibility string.
Modify hardware_gen script to only include chosen
serial path. Added newlines to serial drivers to fix
concat issues when compiling. Move cmake macro RegisterDriver
up a level to support timer refactor. Modify arm cmake to reflect
this.
Have added a drivers/serial folder to kernel, where all serial drivers
will be kept. The point is to have the the dts parsed and generate cmake
to include the right uart.c file prefixed with the compatibility.
Have removed all io.c from plat and includes from plat/config.cmake and
updated CHANGES file.
This change fixes support for instances where we have
multiple kernel devices in the same page, or kernel devices
which aren't at page-aligned addresses.
Also use seL4_UserTop to pick the right address to start
putting the kernel device pages.
If one region is conditional and another isn't, we shouldn't merge them.
This fixes a problem where some regions wouldn't be exposed to
userspace when they were merged with a conditional region which would
cause userspace apps to fail in unexpected ways.
This commit stops using FdtNodes as dict keys, as those aren't hashable
with python3. It also opens the DTB in binary mode to prevent decoding
errors under python3.
This adds support for extracting interrupt numbers from DTS
to the hardware header file generator, so that the majority
of the per-platform interrupt listings can be removed.
This change adds infrastructure to automatically generate the
physBase macro, the avail_p_regs array, and the dev_p_regs array
based on a device tree. Platforms can opt-in to using this
by adding DTS files to the KernelDTSList variable.
The Python script uses the hardware.yml file to determine which
devices in the device tree are of interest to the kernel and should
be hidden from userspace and instead mapped into the kernel. Note that
currently the kernel mappings are not (yet) generated, however most
of the infrastructure needed to make that happen is present.
Move DTS to the kernel in preparation for using them to autogenerate
hardware headers.
This includes DTS that we didn't have previously, extracted from the
Linux kernel. Everything except TX2 comes from Linux v4.20, extracted
with the following commands:
checkout https://github.com/torvalds/linux.git v4.20
./update-dts.sh /path/to/linux/checkout
The TX2 dts is identical to the one that was found in seL4_tools.
Add kernel_platforms_string and kernel_platforms_list to tools/helpers.cmake.
kernel_platforms_string: concatenates all platform strings together into a
newline separated string.
kernel_platforms_list: returns a list of all kernel platforms.
Modified the behaviour of the EXACT_INPUT option within the
CPPFile helper function. Now named EXACT_NAME, the option
copies the input file to a temporary file. The name of the
temporary file is also passed in by the caller. This
step in necessary in getting the CPP step to correctly
depend on the targets given by the caller
(through EXTRA_DEPS). Also updated the CPP generation of the
kernel_all.i file to reflect the change.
Added an "ignore" argument to the circular_includes script. This
allows the caller to specify files for the script to ignore when
it parses the source file. Rather than creating a special
ignore case for "kernel_all.c" in the script itself, the user
parses the file as an argument (plus others if needed). Updated
the kernels cmake file to reflect the change.
Added small bash scripts to run astyle, pylint and xmllint
checks over the kernel source. These style checks were ported
from the old Make build system.
REALPATH was unnecessary and results in resolving symlinks in the target, although
the working directory will not have its symlink resolved. This results in very strange
paths from the base directory (which is the working directory) to the target.
