We automate wheel building using this custom github repository that builds on the Github Actions machines.
The driving github repository is https://github.com/MacPython/nipy-wheels
Update the nipy submodule commit as below.
Consider changing the Numpy versions used for the build, configured in print_deps.py.
The wheel-building repository:
- does a fresh build of any required C / C++ libraries;
- builds a nipy wheel, linking against these fresh builds;
- processes the wheel using delocate (macOS) or
auditwheel
repair
(Manylinux1).delocate
andauditwheel
copy the required dynamic libraries into the wheel and relinks the extension modules against the copied libraries; - uploads the built wheels as Github Actions artifacts.
The resulting wheels are therefore self-contained and do not need any external dynamic libraries apart from those provided as standard by macOS / Linux as defined by the manylinux1 standard.
Update the nipy submodule to the commit you want to build, and commit that change to this repo.
You will need write permission to the github repository to trigger new builds on the Actions interface. Contact us on the mailing list if you need this.
You can trigger a build by making a commit to the nipy-wheels
repository
(e.g. with git commit --allow-empty
); or
When the wheels are updated, you can download them to your machine manually, and then upload them manually to pypi, or by using twine.
To download, use something like:
gh run download --pattern "*-wheels-*" --dir _wheels cp _wheels/*/*.whl wheelhouse
You may want to add the sdist to the wheelhouse. Build, copy with:
(cd nipy && make source-release) cp nipy/dist/*.tar.gz wheelhouse
Then upload everything with e.g.:
twine upload --sign wheelhouse/nipy-0.5.0-*
In order to use Twine, you will need something like this in your ~/.pypirc
file:
[distutils] index-servers = pypi [pypi] username:your_user_name password:your_password
Of course, you will need permissions to upload to PyPI, for this to work.