The following is a set of guidelines for contributing to RHC Worker Script codebase, which are hosted in the OAMG Organization on GitHub. These are mostly guidelines, not rules.
Below are a list of things to keep in mind when developing and submitting contributions to this repository.
- All golang code must be compatible with versions 1.20.
- The code should follow linting from golangci-lint.
- All commits should have passed the pre-commit checks.
- Don't change code that is not related to your issue/ticket, open a new issue/ticket if that's the case.
If you are not sure on how GitHub works, you can read the quickstart guide from GitHub to introduce you on how to get started at the platform. GitHub Quickstart - Hello World.
If you never used git
before, GitHub has a nice quickstart on how to set it
up and get things ready. GitHub Quickstart - Set up
Git
Forking is necessary if you want to contribute, but if you are unsure on how this work (Or what a fork is), head out to this quickstart guide from GitHub. GitHub Quickstart - Fork a repo
As an additional material, check out this Red Hat blog post about What is an open source upstream?
Check out this guide from GitHub on how to collaborate with pull requests. This is an in-depth guide on everything you need to know about PRs, forks, contributions and much more. GitHub - Collaborating with pull requests
See README section Getting started with local development
We have some required dependencies you should have installed on your system (either your local computer or a container) to get ready to write some code:
Required dependencies:
- virtualenv
- python
- go
- pre-commit
- git
- podman
Optional dependencies:
The commands below will create a python3 virtual environment with all the
necessary dependencies installed and setup pre-commit
hooks.
Beware this command can take a while to finish, depending on your internet connection.
make install
Linter will be run as par of pre-commit check whenever you are creating new commit. To run tests use:
make test
make test-container # Runs inside a docker.io/golang:1.20 container
Pre-commit is an important tool for our development workflow, with this tool we
can run a series of pre-defined hooks against our codebase to keep it clean and
maintainable. Here is an example of output from pre-commit
being run:
(.venv3) [rhc-worker-script]$ pre-commit run --all-files
golangci-lint............................................................Passed
fix end of files.........................................................Passed
trim trailing whitespace.................................................Passed
check for merge conflicts................................................Passed
We automatically run pre-commit
as part of our CI infrastructure as well. If you have a PR it will run and see if everything passes. Sometimes there may be an outage or unexpected result from pre-commit
, if that happens you can create a new comment on the PR saying:
pre-commit.ci run
Install pre-commit
hooks to automatically run when doing git commit
.
# installs pre-commit hooks into the repo (included into make install)
pre-commit install --install-hooks
Running pre-commit
against our files
# run pre-commit hooks for staged files
pre-commit run
# run pre-commit hooks for all files in repo
pre-commit run --all-files
# bypass pre-commit hooks
git commit --no-verify
And lastly but not least, if you wish to update our hooks, we can do so by running the command:
# bump versions of the pre-commit hooks automatically to the latest available
pre-commit autoupdate
If you wish to learn more about all the things that pre-commit
can do, refer
to their documentation on how to use
pre-commit.
Tests are an important part of the development process, they guarantee to us that our code is working in the correct way as expected, and for RHC Worker Script, we separate these tests in two categories.
- Unit testing
- Integration testing
TODO
TODO