Skip to content

Latest commit

 

History

History
172 lines (102 loc) · 8.99 KB

CONTRIBUTING.md

File metadata and controls

172 lines (102 loc) · 8.99 KB
Raw

Contributing

Thanks for considering contributing! Please read this document to learn the various ways you can contribute to this project and how to go about doing it.

Bug reports and feature requests

Did you find a bug?

First, do a quick search to see whether your issue has already been reported. If your issue has already been reported, please comment on the existing issue.

Otherwise, open a new GitHub issue. Be sure to include a clear title and description. The description should include as much relevant information as possible. The description should explain how to reproduce the erroneous behavior as well as the behavior you expect to see. Ideally you would include a code sample or an executable test case demonstrating the expected behavior.

Do you have a suggestion for an enhancement or new feature?

We use GitHub issues to track feature requests. Before you create a feature request:

  • Make sure you have a clear idea of the enhancement you would like. If you have a vague idea, consider discussing it first on a GitHub issue.
  • Check the documentation to make sure your feature does not already exist.
  • Do a quick search to see whether your feature has already been suggested.

When creating your request, please:

  • Provide a clear title and description.
  • Explain why the enhancement would be useful. It may be helpful to highlight the feature in other libraries.
  • Include code examples to demonstrate how the enhancement would be used.

Making a pull request

When you're ready to contribute code to address an open issue, please follow these guidelines to help us be able to review your pull request (PR) quickly.

  1. Initial setup (only do this once)

    Expand details 👇

    If you haven't already done so, please fork this repository on GitHub.

    Then clone your fork locally with

     git clone https://github.com/USERNAME/tp_chaos_generator.git

    or

     git clone git@github.com:USERNAME/tp_chaos_generator.git

    At this point the local clone of your fork only knows that it came from your repo, github.com/USERNAME/tp_chaos_generator.git, but doesn't know anything the main repo, https://github.com/souradipp76/tp_chaos_generator.git. You can see this by running

     git remote -v

    which will output something like this:

     origin https://github.com/USERNAME/tp_chaos_generator.git (fetch)
 origin https://github.com/USERNAME/tp_chaos_generator.git (push)

    This means that your local clone can only track changes from your fork, but not from the main repo, and so you won't be able to keep your fork up-to-date with the main repo over time. Therefore you'll need to add another "remote" to your clone that points to https://github.com/souradipp76/tp_chaos_generator.git. To do this, run the following:

     git remote add upstream https://github.com/souradipp76/tp_chaos_generator.git

    Now if you do git remote -v again, you'll see

     origin https://github.com/USERNAME/tp_chaos_generator.git (fetch)
 origin https://github.com/USERNAME/tp_chaos_generator.git (push)
 upstream https://github.com/souradipp76/tp_chaos_generator.git (fetch)
 upstream https://github.com/souradipp76/tp_chaos_generator.git (push)

    Finally, you'll need to create a Python 3 virtual environment suitable for working on this project. There a number of tools out there that making working with virtual environments easier. The most direct way is with the venv module in the standard library, but if you're new to Python or you don't already have a recent Python 3 version installed on your machine, we recommend Miniconda.

    On Mac, for example, you can install Miniconda with Homebrew:

     brew install miniconda

    Then you can create and activate a new Python environment by running:

     conda create -n tp-chaos-generator python=3.9
 conda activate tp-chaos-generator

    Once your virtual environment is activated, you can install your local clone in "editable mode" with

     pip install -U pip setuptools wheel
 pip install -e .[dev]

    The "editable mode" comes from the -e argument to pip, and essential just creates a symbolic link from the site-packages directory of your virtual environment to the source code in your local clone. That way any changes you make will be immediately reflected in your virtual environment.

  2. Ensure your fork is up-to-date

    Expand details 👇

    Once you've added an "upstream" remote pointing to https://github.com/allenai/python-package-temlate.git, keeping your fork up-to-date is easy:

     git checkout main  # if not already on main
 git pull --rebase upstream main
 git push

  3. Create a new branch to work on your fix or enhancement

    Expand details 👇

    Committing directly to the main branch of your fork is not recommended. It will be easier to keep your fork clean if you work on a separate branch for each contribution you intend to make.

    You can create a new branch with

     # replace BRANCH with whatever name you want to give it
 git checkout -b BRANCH
 git push -u origin BRANCH

  4. Test your changes

    Expand details 👇

    Our continuous integration (CI) testing runs a number of checks for each pull request on GitHub Actions. You can run most of these tests locally, which is something you should do before opening a PR to help speed up the review process and make it easier for us.

    First, you should run isort and black to make sure you code is formatted consistently. Many IDEs support code formatters as plugins, so you may be able to setup isort and black to run automatically everytime you save. For example, black.vim will give you this functionality in Vim. But both isort and black are also easy to run directly from the command line. Just run this from the root of your clone:

     isort .
 black .

    Our CI also uses flake8 to lint the code base and mypy for type-checking. You should run both of these next with

     flake8 .

    and

     mypy .

    We also strive to maintain high test coverage, so most contributions should include additions to the unit tests. These tests are run with pytest, which you can use to locally run any test modules that you've added or changed.

    For example, if you've fixed a bug in tp_chaos_generator/a/b.py, you can run the tests specific to that module with

     pytest -v tests/a/b_test.py

    To check the code coverage locally in this example, you could run

     pytest -v --cov tp_chaos_generator.a.b tests/a/b_test.py

    If your contribution involves additions to any public part of the API, we require that you write docstrings for each function, method, class, or module that you add. See the Writing docstrings section below for details on the syntax. You should test to make sure the API documentation can build without errors by running

     make docs

    If the build fails, it's most likely due to small formatting issues. If the error message isn't clear, feel free to comment on this in your pull request.

    And finally, please update the CHANGELOG with notes on your contribution in the "Unreleased" section at the top.

    After all of the above checks have passed, you can now open a new GitHub pull request. Make sure you have a clear description of the problem and the solution, and include a link to relevant issues.

    We look forward to reviewing your PR!

Writing docstrings

We use Sphinx to build our API docs, which automatically parses all docstrings of public classes and methods using the autodoc extension. Please refer to autoc's documentation to learn about the docstring syntax.