python-packaging

To package a Python project for PyPI publishing, you configure metadata and build backends in a pyproject.toml file following PEP 517/518 standards. This Skill automates generating compliant source and wheel distributions, reducing setup errors and simplifying the release workflow.

Common Python build backends including setuptools, hatchling, flit, and poetry are supported for creating distributions. This allows you to maintain flexible packaging workflows while generating standard wheel and sdist formats required for public PyPI or private registry publishing.

Yes, this packaging workflow supports CLI tool creation and private distribution workflows. It configures entry points and generates appropriate package formats, making it suitable for distributing command-line applications to private registries across projects of varying sizes.

The best way to convert an ad-hoc Python project into a distributable package is by establishing a minimal package structure with a pyproject.toml file. This Skill streamlines the transition by applying modern packaging best practices, significantly reducing time-to-release.

PEP 517 and PEP 518 compatibility is needed to standardize how Python build backends are declared and invoked during packaging. Adhering to these specifications ensures your pyproject.toml setup reliably builds source and wheel distributions across different environments.

Yes, this packaging process works across Python projects of varying sizes, from small library development to larger applications. It leverages scalable pyproject.toml configurations and standard build backends to ensure consistent distribution generation regardless of project scope.