nuttx/Documentation/testing/ntfc.rst

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NTFC (NuttX Test Framework for Community)
=========================================
NTFC enables automated testing for NuttX across :doc:`simulator
</platforms/sim/sim/index>`, QEMU, and real hardware via serial interface. The
framework automatically detects available applications in NuttX images and
executes applicable tests using pytest-based test cases.
The framework and official test cases are available at:
- https://github.com/apache/nuttx-ntfc
- https://github.com/apache/nuttx-ntfc-testing
Detailed documentation is available in the framework repository.
CI runtime test cases use NTFC. Configurations with an NTFC runner include:
- :doc:`risc-v/qemu-rv </platforms/risc-v/qemu-rv/index>`: ``rv-virt/citest64``
- :doc:`risc-v/qemu-rv </platforms/risc-v/qemu-rv/index>`: ``rv-virt/citest``
- :doc:`sim/sim </platforms/sim/sim/index>`: ``sim/citest``
- :doc:`arm/imx6 </platforms/arm/imx6/index>`: ``sabre-6quad/citest``
- :doc:`arm64/qemu </platforms/arm64/qemu/boards/qemu-armv8a/index>`: ``qemu-armv8a/citest``
- :doc:`arm64/qemu </platforms/arm64/qemu/boards/qemu-armv8a/index>`: ``qemu-armv8a/citest_smp``
Documentation: brand new layout for NuttX documentation. The documentation grew one page at a time, so the tree follows the history of who wrote what and not the shape of NuttX. Scheduling is spread over three places, a driver page can sit above the subsystem that owns it, and the front page lists everything at the same level. That is a lot to face when all you want to know is where the scheduler lives. This change files every page under the code it describes. It is a move, not a rewrite: outside the ten pages named below, every page keeps the text that is already in master, and no page's text is deleted. What it does: * Groups the table of contents into nine chapters. * Moves the OS subsystems under os/: scheduling, memory, drivers, filesystem, networking, IPC, interrupts, libs, time. * Renames the platform pages to the names the source tree uses, and derives their tags from the tree instead of by hand. * Splits guides/ by subject. * Adds Documentation/redirects.py, with a rule for every page that left its old path, so old URLs keep working. The redirect page also carries a link's #anchor across to the new page. Ten pages have text that is new or rewritten. Nine of them are the landing page of a chapter, which has to exist for the new structure: index the front page os/index OS Design os/scheduling/index Scheduling os/interrupts/index Interrupts os/ipc/index IPC os/time/index Time and timers about/index About developing/index Developing NuttX ReleaseNotes/index Release notes The tenth is os/libs/libbuiltin, the only page here with technical content: libs/libbuiltin/ had no page at all. Five SVG diagrams come with these pages, hand-written XML with no editor metadata. Nothing outside Documentation/ is touched. How it was checked: * Sphinx builds with -W: no warnings, and no document left outside a toctree. * A script, offered in the PR, proves the narrow claim this rests on. For every page outside the ten named above it erases what a move touches -- link target, path, tag line, toctree block, table border -- from the whole old text and the whole new text, and requires the two to be byte for byte identical. It also requires every sentence of a deleted page to turn up somewhere, and every page that left its old path to have a redirect, from a URL that existed, to where its content went. It exits non-zero and names the page if any of that is not true, and it tests added pages too, so forgetting to declare one cannot make it pass. * An independent audit checked 133 factual claims on these ten pages against the tree, one shell command per claim: 130 confirmed, 1 refuted and fixed here, 2 not checkable. * tools/checkpatch.sh is clean over the range. The diff is large because moving a page changes every link that points to it. Most of it is pure renames, and board pages that gained one tag line. Assisted-by: Claude:claude-opus-5
2026-09-30 17:55:03 +02:00
- :doc:`x86_64/qemu </platforms/x86_64/qemu/boards/qemu-intel64/index>`: ``qemu-intel64/citest_smp``
Running a CI Test Target Locally
================================
Run NTFC from the top-level NuttX source directory. The relative paths in a
target's ``config.yaml`` file, including the NuttX configuration and image
paths, are resolved from that directory. A working NuttX build environment
and any emulator or hardware required by the target must already be available.
Create a Python 3.10 or newer virtual environment and install the NTFC and test
case versions currently used by NuttX CI:
.. code-block:: console
$ python3 -m venv ../ntfc-venv
$ . ../ntfc-venv/bin/activate
$ python -m pip install ntfc==0.0.1
$ git clone --branch release-0.0.2 --depth 1 \
https://github.com/apache/nuttx-ntfc-testing ../nuttx-ntfc-testing
Build the target in the usual way. For example, the simulator CI
configuration uses the Make build:
.. code-block:: console
$ ./tools/configure.sh sim:citest
$ make
Configurations whose ``config.yaml`` refers to ``./build/nuttx`` require an
out-of-tree CMake build instead. For example, build ``qemu-armv8a:citest``
with:
.. code-block:: console
$ cmake -B build -DBOARD_CONFIG=qemu-armv8a:citest -GNinja
$ cmake --build build
Then pass the test case checkout and the target's NTFC configuration files to
NTFC. For ``sim:citest`` this is:
.. code-block:: console
$ python -m ntfc test \
--testpath=../nuttx-ntfc-testing \
--confpath=boards/sim/sim/sim/configs/citest/config.yaml \
--jsonconf=boards/sim/sim/sim/configs/citest/session.json
For another target, replace the build target and both configuration paths with
the files from that target's ``configs/<configuration>`` directory. NTFC
selects the applicable tests from the NuttX configuration and image and stores
the test results under ``result/`` by default.
NTFC exports test logs as CI artifacts. This allows test logs (including
:doc:`ostest </applications/testing/ostest/index>` output) to be downloaded
directly from the CI for all targets where the ``citest`` configuration is
enabled.