Allows for links to work both on systemd.io (or forks) and when viewed on https://github.com/systemd/systemd/tree/main/docs Note that the markdown links are converted by jekyll-relative-links[1] to html. This plugin is enabled by default on github pages[2][3]. Due to a bug in jekyll-relative-links – see https://github.com/benbalter/jekyll-relative-links/issues/61 – we need to avoid line-wrapped links when using relative markdown links. [1] https://github.com/benbalter/jekyll-relative-links [2] https://github.blog/2016-12-05-relative-links-for-github-pages/ [3] https://docs.github.com/en/pages/setting-up-a-github-pages-site-with-jekyll/about-github-pages-and-jekyll#plugins
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title | category | layout | SPDX-License-Identifier |
---|---|---|---|
Code Quality Tools | Contributing | default | LGPL-2.1-or-later |
Code Quality Tools
The systemd project has a number of code quality tools set up in the source tree and on the github infrastructure. Here's an incomprehensive list of the available functionality:
-
Use
meson test -C build
to run the unit tests. Some tests are skipped if no privileges are available, hence consider also running them withsudo meson test -C build
. A couple of unit tests are considered "unsafe" (as they change system state); to run those too, build withmeson setup -Dtests=unsafe
. Finally, some unit tests are considered to be very slow, build them too withmeson setup -Dslow-tests=true
. (Note that there are a couple of manual tests in addition to these unit tests.) (Also note: you can change these flags for an already set up build tree, too, with "meson configure -C build -D…".) -
Use
./test/run-integration-tests.sh
to run the full integration test suite. This will build OS images with a number of integration tests and run them in nspawn and qemu. Requires root. -
Use
./coccinelle/run-coccinelle.sh
to run all Coccinelle semantic patch scripts we ship. The output will show false positives, hence take it with a pinch of salt. -
Use
./tools/find-double-newline.sh recdiff
to find double newlines. Use./tools/find-double-newline.sh recpatch
to fix them. Take this with a grain of salt, in particular as we generally leave foreign header files we include in our tree unmodified, if possible. -
Similar use
./tools/find-tabs.sh recdiff
to find TABs, and./tools/find-tabs.sh recpatch
to fix them. (Again, grain of salt, foreign headers should usually be left unmodified.) -
Use
ninja -C build check-api-docs
to compare the list of exported symbols oflibsystemd.so
andlibudev.so
with the list of man pages. Symbols lacking documentation are highlighted. -
Use
ninja -C build update-hwdb
andninja -C build update-hwdb-autosuspend
to automatically download and import the PCI, USB, and OUI databases and the autosuspend quirks into the hwdb. -
Use
ninja -C build update-man-rules
to update the meson rules for building man pages automatically from the docbook XML files included inman/
. -
There are multiple CI systems in use that run on every github pull request submission or update.
-
Coverity is analyzing systemd
main
branch in regular intervals. The reports are available online. -
oss-fuzz is continuously fuzzing the codebase. Reports are available online.
-
Our tree includes
.editorconfig
,.dir-locals.el
and.vimrc
files, to ensure that editors follow the right indentiation styles automatically. -
When building systemd from a git checkout the build scripts will automatically enable a git commit hook that ensures whitespace cleanliness.
-
LGTM analyzes every commit pushed to
main
. The list of active alerts can be found here. -
Each PR is automatically tested with Address Sanitizer and Undefined Behavior Sanitizer. See Testing systemd using sanitizers for more information.
-
Fossies provides source code misspelling reports. The systemd report can be found here.
Access to Coverity and oss-fuzz reports is limited. Please reach out to the maintainers if you need access.