The goal of this project is to collect in one place:
- all operations that react to GitHub events,
- all operations that act on GitHub repos on a scheduled basis.
This will make it easier to review changes, as well as monitor and manage these operations, compared to the current situations where these functions are spread across cron jobs and ad-hoc scripts.
Table of contents
Mention declared maintainers that addons they maintain are being modified.
Comment with a call for maintainers if there are no declared maintainer.
- Auto-delete pull request branch
When a pull request is merged from a branch in the same repo, the bot deletes the source branch.
- Repo addons table generator in README.md
For addons repositories, update the addons table in README.md.
- Addon README.rst generator
For addons repositories, generate README.rst from readme fragments in each addon directory, and push changes back to github.
- Addon icon generator
For addons repositories, put default OCA icon in each addon that don't have yet any icon, and push changes back to github.
- setup.py generator
For addons repositories, run setuptools-odoo-make-defaults, and push changes back to github.
These actions are also run nightly on all repos.
Also nightly, wheels are generated for all addons repositories and rsynced to a PEP 503 simple index or twine uploaded to compatible indexes.
When there are two approvals, set the approved label. When the PR is at least 5 days old, set the ready to merge label.
When the CI in a Pull Request goes green, set the needs review label, unless it has wip: or [wip] in it's title.
One can ask the bot to perform some tasks by entering special commands as merge request comments.
/ocabot merge followed by one of major, minor, patch or nobump can be used to ask the bot to do the following:
- merge the PR onto a temporary branch created off the target branch
- merge when tests on the rebased branch are green
- optionally bump the version number of the addons modified by the PR
- when the version was bumped, udate the changelog with
oca-towncrier - run the main branch operations (see above) on it
- when the version was bumped, generate a wheel, rsync it to a PEP 503 simple index root, or upload it to one or more indexes with twine
/ocabot rebase can be used to ask the bot to do the following:
- rebase the PR on the target branch
/ocabot migration, followed by the module name, performing the following:
- Look for an issue in that repository with the name "Migration to version
{version}", where{version}is the name of the target branch. - Add or edit a line in that issue, linking the module to the pull request (PR) and the author of it.
- TODO: When the PR is merged, the line gets ticked.
- Put the milestone corresponding to the target branch in the PR.
See our open issues, pick one and contribute!
The easiest is to look at examples.
New webhooks are added in the webhooks directory. Webhooks execution time must be very short and they should delegate the bulk of their work as delayed tasks, which have the benefit of not overloading the machine and having proper error handling and monitoring.
Tasks are in the tasks directory. They are Celery tasks.
Tasks can be scheduled, in cron.py, using the Celery periodic tasks mechanism.
First create and customize a file named .env, based on environment.sample.
Tasks performed by the bot can be specified by setting the BOT_TASKS variable. This is useful if you want to use this bot for your own GitHub organisation.
You can also disable a selection of tasks, using BOT_TASKS_DISABLED.
docker-compose up --build will start
- the bot, listening for webhooks calls on port 8080
- a celery
workerto process long running tasks - a celery
beatto launch scheduled tasks - a
flowercelery monitoring tool on port 5555
The bot URL must be exposed on the internet through a reverse proxy and configured as a GitHub webhook, using the secret configured in GITHUB_SECRET.
This project uses black as code formatting convention, as well as isort and flake8. To make sure local coding convention are respected before you commit, install pre-commit and run pre-commit install after cloning the repository.
To run tests, type tox. Test are written with pytest.
Here is a recommended procedure to test locally:
- Prepare an
environmentfile by cloning and adaptingenvironment.sample. - Load
environmentin your shell, for instance with bash:
set -o allexport
source environment
set +o allexport- Launch the
redismessage queue:
docker run -p 6379:6379 redis- Install the maintainer tools and add the generated binaries to your path:
PATH=/path/to/maintainer-tools/env/bin/:$PATH- Create a virtual environment and install the project in it:
python3 -m venv venv
source venv/bin/activate
pip install -r requirements.txt -e .- Then you can debug the two processes in your favorite IDE:
- the webhook server:
python -m oca_github_bot - the task worker:
python -m celery --app=oca_github_bot.queue.app worker --pool=solo --loglevel=INFO
- the webhook server:
- To expose the webhook server on your local machine to internet, you can use ngrok
- Then configure a GitHub webhook in a sandbox project in your organization so you can start receiving webhook calls to your local machine.
To release a new version, follow these steps: - towncrier --version YYYYMMDD - git commit the updated HISTORY.rst and removed newfragments - git tag vYYYYMMDD - git push --tags
- Stéphane Bidoul <[email protected]>
- Holger Brunn <[email protected]>
- Miquel Raïch <[email protected]>
- Florian Kantelberg <[email protected]>
- Laurent Mignon <[email protected]>
- Jose Angel Fentanez <[email protected]>
- Simone Rubino <[email protected]>
- Sylvain Le Gal (https://twitter.com/legalsylvain)
- Tecnativa - Pedro M. Baeza
- Tecnativa - Víctor Martínez
This module is maintained by the OCA.
OCA, or the Odoo Community Association, is a nonprofit organization whose mission is to support the collaborative development of Odoo features and promote its widespread use.