Assert it properly and thus give out the target name where the
issue is, rather than just error out with KeyError and leave the
poor sod wondering where exactly the issue is.
Before:
```
=================================== FAILURES ===================================
_____________________________ test_bl_has_sectors ______________________________
def test_bl_has_sectors():
"""Assert a bootloader supporting pack has sector information"""
cache = Cache(True, True)
named_targets = (
target for target in TARGETS if
(hasattr(target, "device_name") and getattr(target, "bootloader_supported", False))
)
for target in named_targets:
assert target.device_name in cache.index,\
("Target %s contains invalid device_name %s" %
(target.name, target.device_name))
> assert cache.index[target.device_name]["sectors"],\
("Device name %s is misssing sector information" %
(target.device_name))
E KeyError: 'sectors'
```
After
```
___________________________________________________ test_bl_has_sectors ___________________________________________________
def test_bl_has_sectors():
"""Assert a bootloader supporting pack has sector information"""
# ToDo: validity checks for the information IN the sectors!
cache = Cache(True, True)
named_targets = (
target for target in TARGETS if
(hasattr(target, "device_name") and getattr(target, "bootloader_supported", False))
)
for target in named_targets:
assert target.device_name in cache.index,\
("Target %s contains invalid device_name %s" %
(target.name, target.device_name))
> assert "sectors" in cache.index[target.device_name],\
("Target %s does not have sectors" %
(target.name))
E AssertionError: Target NUCLEO_L073RZ does not have sectors
E assert 'sectors' in {'algorithms': [{'default': True, 'file_name': 'CMSIS/Flash/STM32L0xx_192.FLM', 'ram_size': None, 'ram_start': None, ....on_secure_callable': False, 'peripheral': False, ...}, 'default': True, 'size': 196608, 'start': 134217728, ...}}, ...}
```
This helps you finding the offending target a bit faster.
Kudos to Jammu Kekkonen (jammu.kekkonen@arm.com) to figuring out how to actually
run this test & the assertion.
Ref: Mbed OS issue #12219
- By default, Mbed OS build tools use standard C library for all supported toolchains.
It is possible to use smaller C libraries by overriding the "target.default_lib" option
with "small". This option is only currently supported for the GCC_ARM toolchain.
This override config option is now extended in the build tool for ARM toolchain.
- Add configuration option to specify libraries supported for each toolchain per targets.
- Move __aeabi_assert function from rtos to retarget code so it’s available for bare metal.
- Use 2 memory region model for ARM toolchain scatter file for the following targets:
NUCLEO_F207ZG, STM32F411xE, STM32F429xI, NUCLEO_L073RZ, STM32F303xE
- Add a warning message in the build tools to deprecate uARM toolchain.
- NewLib-Nano C library is not supporting floating-point and printf with %hhd,%hhu,%hhX,%lld,%llu,%llX
format specifier so skipping those green tea test cases.
Planning to update to supporting GCC 9 as found in GNU Tools for Arm
Embedded Processors 9-2019q4-major.
Newer GCC in particular supports ARMv8-M security extensions, and
link-time optimisation - two areas of interest.
Should be no code changes required, but need to change the warning in
the toolchain script.
Currently mbed-os-example-blinky and mbed-os-example-wifi are built for each and every target in Mbed OS. This will change that only DISCO_L475VG_IOT01A is built for mbed-os-example-wifi. DISCO_L475VG_IOT01A was chosen as its one of the wi-fi supported boards and having integrated wi-fi.
The retarget code allocates an array of FileHandle* for console and file
handling (filehandles). A tiny target only needs a console (putc/getc).
There is no need for file handling.
The POSIX layer and the array of FileHandle* is not required for small
targets that only need a console ; this code is optionally compiled
out if the configuration parameter platform.stdio-minimal-console-only is
set to `"true"`.
All scripts pertaining to example projects tests should be in the same
directory. The test framework uses Python2 therefore this script also needs
to be Python2 compatible.
- remove "mbed" and "test-repo-source" key
- add "sub-repo-example" key as an indicator if an example has sub examples
- add "subs" key to sotre sub examples names
Something on Travis CI's side has changed such that invoking the 'wait' command within a script attempts to wait on some other jobs in addition to those spawned within the CI job.
Workaround is to explicitly collect the PIDs for processes spawned within the script and only wait on those.
When a Doxygen group has been defined (created), all its needed to add
documentation to that group is `\addtogroup`. Since all the information
about the group is preserved, it is not necessary to mention the group
hierarchy again with `\ingroup`. This PR removes unnecessary Doxygen lines
across the `drivers`, `events`, `platform` and `rtos` directories.
It also ensures that new groups are created with `\defgroup` once and
referenced with `\addtogroup` whenever documentation needs to be added to
an existing group.
* Modify compilation API to provide a list of paths to exclude from the build.
* `_exclude_files_from_build` becomes a static method
* Replace ternary expression with simple `if/else` statement
* Make unit test case for dirs exclusion independent of system files
The contents of the usb directory were moved to appropriate locations and the usb directory removed.
* Public USB headers moved under drivers/
* Internal USB headers moved under drivers/internal/
* USB Source code moved under drivers/source/usb/
* Moved usb/device/hal/ under hal/usb/
* Moved usb/device/USBPhy/ under hal/usb/
* Merged usb/device/targets/ into targets/
* Separated public and private USB API documentation under Doxygen groups drivers-public-api and drivers-internal-api.
Separate drivers, events, and rtos internal APIs from public APIs.
* Move source files to source subdirs
* Move internal headers to internal subdirs
* Add Doxygen comments for documenting internal and public APIs
* Remove source code from header files in order to remove include pre-processor directives
that included header files not directly used by said header files
* Explicitly include header files instead of implicit inclusions via third-party header files.
Release Notes
This will break user code that was using an internal API as the internal header files have been moved.
This will only break if the user was including the header file using a namespace (i.e #include "foo/bar.h" instead of #include "bar.h"
* Adjust definition to make the default constructor `constexpr`.
This permits use in classes that want lazy initialization and their
own `constexpr` constructor, such as `mstd::mutex`.
* Add `get_no_init()` method to allow an explicit optimisation for
paths that know they won be the first call (such as
`mstd::mutex::unlock`).
* Add `destroy()` method to permit destruction of the contained object.
(`SingletonPtr`'s destructor does not call its destructor - a cheat
to omit destructors of static objects). Needed if using in a class
that needs proper destruction.
due to partial implementation. Having FUTURE_SEQUANA_M0 and
FUTURE_SEQUANA PSA targets is misleading.
Signed-off-by: Devaraj Ranganna <devaraj.ranganna@arm.com>
Unify TF-M and Mbed-SPM code generators:
- Unify SPM initialization logic:
- All partitions are registered at once
- Test partitions are guarded by #ifndef
- Introduce single template list
- Beatify template files and add "Autogen-do not modify" notice
Prepare for integration with mbed-os build system:
- Generate all the files in a single place
Simplify tools/psa/release.py script
* Unify PSA generators
* Replace scanning for mbed_spm templates with json
* Make generate_source_files and parse_manifests common
* Make assert_int an internal function
* Use parse_manifests in pytests
* Update docs
Primary cause of false Travis CI failures was running 'apt-get update'.
Refactored all instances where this was needed with manually fetching and installing dependencies in S3 instace.
This also includes GCC installation.
Janne Kiiskila
Martin Kojtal
Rajkumar Kanagaraj
Qinghao Shi
Veijo Pesonen
Hugues Kamba
Kevin Bracey
Graham Hammond
Anna Bridge
Jussi Siponen
Amanda Butler
Cruz Monrreal II
Olli-Pekka Puolitaival
Mika Leppänen
George Psimenos
Volodymyr Medvid
Devaraj Ranganna
Alexander Zilberkant
Oren Cohen
Brian Daniels
Aleksi Klasila
kegilbert
Kevin Gilbert
Jimmy Brisson