Contributing#

Checkout github repository#

  • this is just a suggestion, feel free to work with VScode or any other git-compatible workflow

  • download git from git-scm.com, install with default settings

  • open git bash window where you want to clone the github repository (e.g. C:\DATA\)

  • git clone https://github.com/deltares-research/kenmerkendewaarden (creates a local clone of the repository in a folder called kenmerkendewaarden)

  • cd kenmerkendewaarden

  • optional: git config --global user.email [emailaddress]

  • optional: git config --global user.name [username]

Setup local developer environment#

  • download Miniforge3 from the miniforge github and install it with the recommended settings.

  • open Miniforge Prompt and navigate to the local checkout folder of the repository

  • conda create --name kw_env python=3.11 git spyder -y (git and spyder are optional)

  • conda activate kw_env

  • python -m pip install -e .[dev,docs,examples] (pip developer mode, any updates to the local folder are immediately available in your python. It also installs all requirements via pip, square brackets are to install optional dependency groups)

  • conda deactivate

  • to remove the environment when necessary: conda remove -n kw_env --all

Add your contributions#

  • open an existing issue or create a new issue at Deltares/kenmerkendewaarden#issues

  • create a branch via Development on the right. This branch is now linked to the issue and the issue will be closed once the branch is merged with main again via a PR.

  • open git bash window in the local checkout folder of the repository

  • git fetch origin followed by git checkout [branchname]

  • make your local changes to the code (including docstrings and unittests for functions), after each subtask do git commit -am 'description of what you did' (-am adds all changed files to the commit)

  • check if all edits were committed with git status, if there are new files created also do git add [path-to-file] and commit again

  • git push to push your committed changes your branch on github

  • open a pull request at the branch on github, there you can see what you just pushed and the automated checks will show up (testbank and code quality analysis).

  • optionally make additional local changes (+commit+push) untill you are done with the issue and the automated checks have passed

  • update/add the docstring if you work on public functions, it will end up in the html documentation

  • add tests to make sure your code does what you expect, this is automatically tested on github for several python/package versions.

  • check if there are no conflics, this can often be avoided by working in not too many files at the same time, so by making issues+PRs of each significant subtask.

  • update docs/whats-new.md if there are any changes that are relevant to users (added features or bug fixes)

  • request a review on the pull request

  • after review, squash+merge the branch into main (with cleaned up commit messages)

Running the testbank#

  • open Miniforge Prompt and navigate to the local checkout folder of the repository

  • conda activate kw_env

  • pytest (runs all tests)

  • the pytest testbank also runs automatically on Github for every PR (for different python versions and package versions)

Generate html documentation#

  • open Miniforge Prompt and navigate to the local checkout folder of the repository

  • conda activate kw_env

  • sphinx-build docs docs/_build

  • the documentation is also automatically updated upon every push/merge to the main branch

Increase the version number#

  • commit all changes via git

  • open Miniforge Prompt and navigate to the local checkout folder of the repository

  • conda activate kw_env

  • bumpversion major or bumpversion minor or bumpversion patch

  • the version number of all relevant files will be updated, as stated in setup.cfg

Create release#

  • make sure the main branch is up to date (important issues solved, all pullrequests and branches closed)

  • bump the versionnumber with bumpversion minor

  • update docs/whats-new.md and add a date to the current release heading

  • run local testbank

  • local check with: python -m build and twine check dist/* (does not work on WCF)

  • copy the kenmerkendewaarden version from pyproject.toml (e.g. 0.3.0)

  • create a new release

  • click choose a tag and type v+versionnumber (e.g. v0.3.0), click create new tag: v0.11.0 on publish

  • set the release title to the tagname (e.g. v0.3.0)

  • click Generate release notes and replace the What's Changed info by a tagged link to docs/whats-new.md

  • if all is set, click Publish release

  • a release is created and the github action publishes it on PyPI

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