Being fully on-board of the packit train may take some time and effort. This is why we decided to split the on-boarding process into multiple checkpoints:
We welcome all the suggestions to this guide, feel free to open a new issue here.
In order to start using packit, it’s a best practice to install the tooling
locally. All the logic is baked inside
packit command - so once
(the command to create a source RPM locally from the current snapshot of the
project) starts passing for you, it’s very likely it will work inside the
packit service as well.
This is how you can install packit if you are on Fedora Linux:
$ dnf install --enablerepo=updates-testing packit
We publish packit to PyPI and it’s available as
packitos project — packit
at PyPI is something different
$ pip3 install --user packitos
You can also help us test the latest development snapshot by installing packit directly from the master branch:
$ pip3 install --user git+https://github.com/packit-service/packit
Once you install packit locally, it’s time to fill
.packit.yaml — the
configuration file packit is using.
The documentation file has a document on its own: configuration.
Packit supports actions and hooks: you can define commands on your own which would replace packit’s implementation (e.g. get version, or create a tarball) or run specific commands after the upstream repo is cloned. Please read more about actions here: actions.
Packit needs an RPM spec file to build your package. The spec file does not need to be included in the upstream repo and can be generated on the fly or downloaded (e.g. from Fedora dist-git). Please check out our FAQ to read about some other common questions.
You can also read more about the SRPM process in the document dedicated to the
packit srpm finally passing? If not, feel free to reach out to us. If
yes, let’s proceed to the next level.
When you are not allowed or do not want to run packit command from the upstream git repository,
you can run commands from the cloned dist-git repository in the same way as you do from upstream.
Make sure, that you specify the
upstream_project_url in your configuration.
In order to start using packit service, the killer GitHub app, you need to install it in your GitHub projects. Then we need to approve you (usually takes only a few hours).
This process is described in detail over here.
If a SRPM can be created locally, all should be good in the service as well. That’s the theory. In practice, your laptop and packit service sandbox environment are vastly different. One thing which can happen easily is that a command is not available in the sandbox. Also, all the commands are ran using an unprivileged user - you can’t install anything or perform any privileged operation. In any case, feel free to reach out to us if you are having troubles and we’d be glad to help.
In order to get RPM builds for every change in your project, you need add a
jobs inside your .packit.yaml and set up a job to do RPM builds for
every change in a PR:
jobs: - job: copr_build trigger: pull_request metadata: targets: - fedora-29-x86_64 - fedora-30-x86_64 - fedora-rawhide-x86_64
Jobs are nicely described over here.
If you are looking for an inspiration for your .packit.yaml, check packit’s config file since we try to use all the latest features.
So you already have
jobs section in your config. Let’s extend it with another
job to push new upstream releases to Fedora rawhide.
jobs: - job: propose_downstream trigger: release metadata: dist-git-branch: master
Pretty clear I’d say: when a new upstream release happens, propose it to dist-git master branch: Fedora Rawhide. Packit enables you to decide whether you want to do a direct push or create a pull request:
If you want direct pushes, you need to set a global config option
create_pr: false jobs: - job: propose_downstream trigger: release metadata: dist-git-branch: master
Packit user in Fedora is not a proven packager, so you need to grant packit user the ability to push.
Creating pull requests is easy.
create_pr defaults to true so the config starting this section is good enough.