SDyPy SEP005 Compliance

This package serves to assess the compatibility with the SDyPy proposal for a unified timeseries model.

Available from PyPI:

pip install sdypy-sep005

Validation is provided by the Sep005Data Pydantic model, which checks compliance with the current guidelines.

Its main use case is for the unit tests of a custom import wrapper:

from sdypy_sep005 import Sep005Data

signals = read_from_path(FILE_PATH)  # Your import wrapper
for channel in signals:
    Sep005Data.model_validate(channel)

Contributions are welcome and greatly appreciated!

A bug fix or enhancement is delivered using a pull request. A good pull request should cover one bug fix or enhancement feature. This keeps the change set easier to review and less likely to need major rework or rejection.

The workflow that developers typically use is as follows.

1. Fork the sdypy-sep005-compliance repository into your account.

2. Clone the source onto your development machine:

   git clone https://github.com/OWI-Lab/sdypy-sep005-compliance.git
   cd sdypy-sep005-compliance

3. Install uv and sync the project dependencies:

   uv sync

   This creates a virtual environment and installs the default dependency groups (ci and test) defined in pyproject.toml.

4. Create a branch for local development:

   git checkout -b name-of-your-bugfix-or-feature

5. Develop your fix or enhancement:

   • Make a fix or enhancement (for example, modify a class, method, function, or module).

   • Update an existing unit test or create a new unit test module to verify the change works as expected.

   • Run the test suite:

     uv run pytest

6. Update the docs for anything but trivial bug fixes, then build them to verify the result:

   uv sync --group docs
   cd docs
   uv run make clean
   uv run make html

7. Commit and push changes to your fork:

   git add .
   git commit -m "A detailed description of the changes."
   git push origin name-of-your-bugfix-or-feature

   A pull request should preferably only have one commit upon the current main HEAD (via rebases and squash).

8. Submit a pull request through GitHub.

9. Check that automated continuous integration steps all pass. Fix any problems if necessary and update the pull request.