🎇Features  •  🏠Installation  •  🚜Usage  •  💻CLI  •  💡Examples

✅Requirements  •  🐳Docker

CLI to tidy ({renumber,move-to-bottom,sort,clean}) up {image,link} references for markdown

---

	Status	Stable	Unstable
Master
Develop

❔ What

What mdreftidy does:

Turn this (./mdreftidy/examples/SIMPLE.md):

# Example markdown file

## Reference link: Out of order

[Reference link: Out of order 1][3], [Reference link: Out of order 2][2].

[2]: ./reference-link-out-of-order-2

## Footnotes

[6]: ./unused-reference-link-6
[3]: ./reference-link-out-of-order-3
[1]: ./unused-reference-link-1

Into this (./mdreftidy/examples/SIMPLE.tidied.md):

# Example markdown file

## Reference link: Out of order

[Reference link: Out of order 1][1], [Reference link: Out of order 2][2].


## Footnotes

[1]: ./reference-link-out-of-order-3
[2]: ./reference-link-out-of-order-2

🎇 Features

• Renumbers references by order used.
• Optionally removes unused references.
• Optionally moves references to the bottom.
• Optionally sorts reference blocks.

🏠 Installation

# Install from pypi (https://pypi.org/project/mdreftidy/)
pip install mdreftidy

# Install from git (https://github.com/realazthat/mdreftidy)
pip install git+https://github.com/realazthat/[email protected]

🚜 Usage

Example README: (./mdreftidy/examples/SIMPLE.md):

# Example markdown file

## Reference link: Out of order

[Reference link: Out of order 1][3], [Reference link: Out of order 2][2].

[2]: ./reference-link-out-of-order-2

## Footnotes

[6]: ./unused-reference-link-6
[3]: ./reference-link-out-of-order-3
[1]: ./unused-reference-link-1

Generating the README:

$ python -m mdreftidy.cli ./mdreftidy/examples/SIMPLE.md --move-to-bottom --remove-unused --sort-ref-blocks --renumber -o - 2>/dev/null
# Example markdown file

## Reference link: Out of order

[Reference link: Out of order 1][1], [Reference link: Out of order 2][2].


## Footnotes

[1]: ./reference-link-out-of-order-3
[2]: ./reference-link-out-of-order-2

All together now:

💻 Command Line Options

💡 Examples

• Example:
  • Original: ./mdreftidy/examples/SIMPLE.md.
  • Tidied: ./mdreftidy/examples/SIMPLE.tidied.md.
  • Generation script: ./mdreftidy/examples/simple_example.sh.

✅ Requirements

• Linux-like environment
  • Why: Uses pexpect.spawn().
• Python 3.8+
  • Why: Some dev dependencies require Python 3.8+.

Tested Platforms

• WSL2 Ubuntu 20.04, Python 3.8.0.
• Ubuntu 20.04, Python 3.8.0, 3.9.0, 3.10.0, 3.11.0, 3.12.0, tested in GitHub Actions workflow (build-and-test.yml).

🐳 Docker Image

Docker images are published to ghcr.io/realazthat/mdreftidy at each tag.

# View the template file.
cat "mdreftidy/examples/SIMPLE.md"

# Use the published images at ghcr.io/realazthat/mdreftidy.
# /data in the docker image is the working directory, so paths are simpler.
docker run --rm --tty \
  -v "${PWD}:/data" \
  ghcr.io/realazthat/mdreftidy:v0.6.1 \
  "mdreftidy/examples/SIMPLE.md" \
  -o "mdreftidy/examples/SIMPLE.tidied.md" \
  --move-to-bottom --remove-unused --sort-ref-blocks --renumber

# Now --check to verify:
docker run --rm --tty \
  -v "${PWD}:/data" \
  ghcr.io/realazthat/mdreftidy:v0.6.1 \
  --check \
  "mdreftidy/examples/SIMPLE.tidied.md" \
  --move-to-bottom --remove-unused --sort-ref-blocks --renumber

# View the remotified file.
cat "mdreftidy/examples/SIMPLE.tidied.md"

If you want to build the image yourself, you can use the Dockerfile in the repository.

docker build -t my-mdreftidy-image .

# View the template file.
cat "mdreftidy/examples/SIMPLE.md"

# /data in the docker image is the working directory, so paths are simpler.
docker run --rm --tty \
  -v "${PWD}:/data" \
  my-mdreftidy-image \
  "mdreftidy/examples/SIMPLE.md" \
  -o "mdreftidy/examples/SIMPLE.tidied.md" \
  --move-to-bottom --remove-unused --sort-ref-blocks --renumber

# Now --check to verify:
docker run --rm --tty \
  -v "${PWD}:/data" \
  my-mdreftidy-image \
  --check \
  "mdreftidy/examples/SIMPLE.tidied.md" \
  --move-to-bottom --remove-unused --sort-ref-blocks --renumber

# View the remotified file.
cat "mdreftidy/examples/SIMPLE.tidied.md"

🤏 Versioning

We use SemVer for versioning. For the versions available, see the tags on this repository.

🔑 License

This project is licensed under the MIT License - see the ./LICENSE.md file for details.

🙏 Thanks

Main libraries used in mdreftidy are:

• Markdown AST: mistletoe.
• Colorful CLI help: rich-argparse.

🤝 Related Projects

Not complete, and not necessarily up to date. Make a PR (contributions) to insert/modify.

Project	Stars	Last Update	Language	Platform	Similarity X Obviousness
dce/mdrenum	2	2023/11/16	JS	CLI	⭐⭐⭐⭐⭐
unified-utils	4	JS	remark/CLI	⭐⭐⭐⭐⭐

🫡 Contributions

Development environment: Linux-like

• For running pre.sh (Linux-like environment).

  • From ./.github/dependencies.yml, which is used for the GH Action to do a fresh install of everything:

    bash: scripts.
    findutils: scripts.
    grep: tests.
    xxd: tests.
    git: scripts, tests.
    xxhash: scripts (changeguard).
    rsync: out-of-directory test.
    expect: for `unbuffer`, useful to grab and compare ansi color symbols.
    jq: dependency for [yq](https://github.com/kislyuk/yq), which is used to generate
      the README; the README generator needs to use `tomlq` (which is a part of `yq`)
      to query `pyproject.toml`.
    

  • Requires pyenv, or an exact matching version of python as in .python-version (which is currently 3.8.0 ).

  • jq, (installation) required for yq, which is itself required for our ./README.md generation, which uses tomlq (from the yq package) to include version strings from ./pyproject.toml.

  • act (to run the GH Action locally):

    • Requires nodejs.
    • Requires Go.
    • docker.

  • Generate animation:

    • docker

  • docker (for building the docker image).

Commit Process

1. (Optionally) Fork the develop branch.
2. Stage your files: git add path/to/file.py.
3. bash ./scripts/pre.sh, this will format, lint, and test the code.
4. git status check if anything changed (generated ./README.md for example), if so, git add the changes, and go back to the previous step.
5. git commit -m "...".
6. Make a PR to develop (or push to develop if you have the rights).

🔄🚀 Release Process

These instructions are for maintainers of the project.

1. In the develop branch, run bash ./scripts/pre.sh to ensure everything is in order.
2. In the develop branch, bump the version in ./pyproject.toml, following semantic versioning principles. Also modify the last_release and last_stable_release in the [tool.mdreftidy-project-metadata] table as appropriate. Run bash ./scripts/pre.sh to ensure everything is in order.
3. In the develop branch, commit these changes with a message like "Prepare release X.Y.Z". (See the contributions section above).
4. Merge the develop branch into the master branch: git checkout master && git merge develop --no-ff.
5. master branch: Tag the release: Create a git tag for the release with git tag -a vX.Y.Z -m "Version X.Y.Z".
6. Publish to PyPI: Publish the release to PyPI with bash ./scripts/deploy-to-pypi.sh.
7. Push to GitHub: Push the commit and tags to GitHub with git push && git push --tags.
8. The --no-ff option adds a commit to the master branch for the merge, so refork the develop branch from the master branch: git checkout develop && git merge master.
9. Push the develop branch to GitHub: git push origin develop.