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Description
Back in 2019, the PyHC projects list was modified so that "core projects" were organized separately (heliophysicsPy/heliophysicsPy.github.io#61). Since then we've added a few core PyHC projects, though the process has been somewhat ad hoc. It would be helpful to have a PHEP that addresses the following questions:
- What constitutes a core project? This could include elements of:
- 🌱 Project maturity
- ☀️ Applicability to heliophysics
- 🔌 Interoperability with the heliopythoniverse
- 👥 Size of the user and contributor base
- 🔧 Actively maintained
- How are core projects added or removed?
- ⚖️ Vote by community, or from representatives from core projects, or perhaps both?
- 🚧 What is the process if a core package stops meeting requirements?
- What are the most vital requirements that all core projects must meet? This could include elements of:
- 📥 Availability on PyPI so that it can be installed with
pip install core-package - 📥 Availability on conda-forge so that it can be installed with
conda install core-package -c conda-forge - 🤔 Supports versions of Python as laid out by SPEC 0 and the possible PHEP being written in PHEP 3: PyHC Python & Upstream Package Support Policy #29
- ❤️ Code of conduct
- 📚 Sufficient (use of emojis in) documentation
- 🧪 Sufficient tests
- 📥 Availability on PyPI so that it can be installed with
If we do have explicit requirements, we should make them relatively timeless so that it's less likely we'll need to submit a replacement PHEP. (For example, we should avoid specifying specific packaging tools, but it's probably safe to mention pip and perhaps conda-forge as well.) We'd probably also want a grace period of perhaps six months for current core projects to meet any requirements.
All of the above is a brainstorm at this point, and we'd probably want to have a discussion at an upcoming PyHC meeting to dive into this a bit more.