Before Zulip 4.9, the Zulip install process left any already-installed
rabbitmq with whatever nodename it had previously configured. Wince
this encodes the name of the host when it was installed, this does not
function well with containers.
Leave rabbitmq-server uninstalled, which lets the Zulip installation
process set the nodename to `localhost`, which ensures that it is
usable across container restarts.
Silences “Warning: 1 issue was detected with this workflow: Please
make sure that every branch in on.pull_request is also in on.push so
that Code Scanning can compare pull requests against the state of the
base branch.”
Signed-off-by: Anders Kaseorg <anders@zulip.com>
We’ve always been running CI on both push events and pull_request
events, which means it runs twice for commits that are pushed to a
pull request.
Filter the push events by branch name. Add the workflow_dispatch
event in case developers want to manually run CI on some other branch
that isn’t a pull request.
https://docs.github.com/en/actions/managing-workflow-runs/manually-running-a-workflow
Signed-off-by: Anders Kaseorg <anders@zulip.com>
Comments out the steps in 'Create cache directories' that use
`actions/cache@2` so that the CI and production build can pass
while Github support issue is processed.
See https://github.com/actions/cache/issues/794 for an upstream report.
As a consequence:
• Bump minimum supported Python version to 3.8.
• Move Vagrant environment to Ubuntu 20.04, which has Python 3.8.
• Move CI frontend tests to Ubuntu 20.04.
• Move production build test to Ubuntu 20.04.
• Move 3.4 upgrade test to Ubuntu 20.04.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
The job name is just the constant `production_build`. Renaming it to
have the OS in the key ensures that it is not shared across OS'es (for
instance between `4.x` and `main`, which are now bionic and buster,
respectively), and also allows it to share caches with the install
step, which uses the OS name in that place.
As a consequence:
• Bump minimum supported Python version to 3.7.
• Move Vagrant environment to Debian 10, which has Python 3.7.
• Move CI frontend tests to Debian 10.
• Move production build test to Debian 10.
Signed-off-by: Anders Kaseorg <anders@zulip.com>
It should not use the configured zulip username, but should instead
pull from the login user (likely `nagios`), or an explicit alternate
provided PostgreSQL username. Failure to do so results in Nagios
failures because the `nagios` login does not have permissions to
authenticated the `zulip` PostgreSQL user.
This requires CI changes, as the install tests install as the `zulip`
login username, which allowed Nagios tests to pass previously; with
the custom database and username, however, they must be passed to
process_fts_updates explicitly when validating the install.
This tool helps catch common typos in code and documentation, which is
particularly useful for our many contributors who are not native
English speakers.
The config is based on the codespell that I ran in
https://github.com/zulip/zulip/pull/18535.
Production installs do not use the zilencer application, but the tests
do include it; as such, changes to any files which reference zilencer
are more likely to pass tests but fail production installs.
Run production tests when those files are changed.
We make a few adjustments:
* We now run full CI whenever pushing to master. It's cheap enough
that it's worth getting accurate signal.
* We now don't run production tests on PRs for changes to JavaScript/CSS
in static/ that don't also affect the webpack configuration.
* We sort the list of paths that trigger tests.
When Github Actions run in Docker, the default pid 1 entrypoint is
`tail -f /dev/null`. PID 1 is responsible for propagating signals to
its children, and calling `waitpid()` on defunct processes; `tail`
does not do these things. This results in zombie processes piling up
inside the container, which is not an issue in most contexts.
However, it affects `start-stop-daemon`, which hangs when stopping
daemon processes, as they are never reaped. This appears in CI as
`/etc/init.d/supervisor restart` never being able to succeed.
Run the docker container with `--init`, which spawns a
`/sbin/docker-init` PID 1 to handle the job of an init process.