git-substatus 0.2.11

Display the 'git status' in sub-directories

git-substatus

A command-line tool to inspect the status of git repositories from a directory, e.g., a projects folder keeping all of your git projects. You can inspect:

• status

  • added, removed, modified, renamed

  • merge conflicts

  • etc.

• stash

• worktree

Usage

See at git-substatus --help:

usage: git-substatus [-h] [-v] [--include-hidden] [--fetch] [path]

See subdirectories' git status
==============================

The output consists of four columns:

repo name | branch head | status | git stashes (if any)

The string (*WT) seen next to the repo names shows that the
repo has some git worktrees. See more:
<https://git-scm.com/docs/git-worktree>

positional arguments:
  path              a path to where you want to see git substatuses. If empty, the
                    current working directory is selected.

options:
  -h, --help        show this help message and exit
  -v, --version     show program's version number and exit
  --include-hidden  repositories starting with a dot (.) are included.
  --fetch           perform git fetch from remote on all sub repositories.

Installation

Install from the PyPI:

pip install git-substatus

Install from the repo:

pip install git+https://github.com/strboul/git-substatus.git

---

Alternatively, the Docker image can be used:

docker run --rm -t -v "$(pwd)":/"$(pwd)" -w "$(pwd)" strboul/git-substatus:latest

To shorten the command, it's also possible to add an alias in the .bashrc or .zshrc, e.g.:

_git_substatus() {
  docker run --rm -t -v "$(pwd)":/"$(pwd)" -w "$(pwd)" strboul/git-substatus:latest "$@"
}
alias git-substatus="_git_substatus"

Benchmark: it's measured that the container solution is ~70% slower than the native operation due to the overhead; however, the container solution is still useful for portability matters.

Development

This tool has no module dependency outside The Python Standard Library.

Development docs

Versioning and release

1. Bump up the __version__ in git_substatus/__init__.py and commit the change in the batch where you changed the files.

2. (For the codeowners) This step is only on master. Create a version tag with make tag-create target. Push the tag to the origin with make tag-push. Upon the push, the release CI workflow will be triggered that will distribute the new version to the platforms, such as PyPI, DockerHub.

pre-commit

Run pre-commit git hooks on every commit that run checks against the files added to a commit.

Upon cloning the repo, set up pre-commit:

• Install pre-commit https://pre-commit.com/#installation
• Run pre-commit install that installs the hook scripts at .git/hooks

Add tests

• Write/update unit tests (if relevant). You can start by adding/modifying a case to generator file of scripts/generate_test_repos.sh.

Run tests && debugging

virtualenv venv
source venv/bin/activate  # deactivate
pip install -r dev-requirements.txt  # pip freeze > dev-requirements.txt
make

Put a breakpoint() at a relevant place and run:

make test

Add new methods

• Use the reference to name the functions/methods in the module: https://mirrors.edge.kernel.org/pub/software/scm/git/docs/gitglossary.html