erldistpy

python/erldistpy

Fork 0

Commit graph

Author	SHA1	Message	Date
russell@unturf.com	001a471549	packaging: ship to PyPI via tag + GitLab CI (mirrors ago's pattern) pyproject.toml gains the metadata PyPI expects: - Real author name + email - Keywords (erlang, elixir, distribution, gen_server, ...) - Classifiers (status, license, Python versions, topic) - Project URLs (Homepage / Repository / Bug Tracker) - readme content-type = text/markdown so PyPI renders our README - build + twine added to the [dev] extra .gitlab-ci.yml mirrors ago's two-stage pattern: - test stage on every push (venv + pip install -e .[dev] + pytest) - pypi-twine stage only on tags: python -m build, twine check, twine upload. Credentials come from GitLab CI variables TWINE_USERNAME (typically __token__) and TWINE_PASSWORD. Makefile gains build / dist-check / publish-test / publish targets so the release flow is also runnable locally if a dry run is needed. Release flow: 1. Bump version in pyproject.toml 2. Commit + push 3. git tag -a vX.Y.Z -m 'release vX.Y.Z' && git push --tags 4. CI's pypi-twine stage picks up the tag and uploads README.md adds an Install section + Quick start (plain dist + TLS dist) so PyPI's project page shows usable copy on first visit. dist/ artifacts build cleanly and both pass twine check.	2026-06-16 13:45:08 -04:00
russell@unturf.com	b9fd28ca3b	phase 0 + 1: repo bones and ETF codec Repo scaffolding (LICENSE, Makefile, pyproject.toml, README) matching unfeed conventions. Flat package layout, ruff config, Unlicense. ETF codec covers the subset needed for gen_call against an Elixir node: small/int/big_int, atom_utf8 (legacy atom_ext on decode), binary, nil, list, small/large tuple, new_pid, newer_reference. Booleans round-trip as atoms true/false; Python None as atom nil; str encodes to utf-8 binary to match Elixir convention. Golden vectors were generated from real Erlang term_to_binary/1 output (generator script at docs/etf_vectors.erl). Decode tests verify wire compatibility; round-trip tests verify encoder consistency. make all green: 58 passed, lint clean. Next phases tracked in docs/ROADMAP.md (EPMD, handshake, channel, gen_call, TLS, unfeed integration).	2026-06-16 10:39:01 -04:00

Author

SHA1

Message

Date

russell@unturf.com

001a471549

packaging: ship to PyPI via tag + GitLab CI (mirrors ago's pattern)

pyproject.toml gains the metadata PyPI expects:
  - Real author name + email
  - Keywords (erlang, elixir, distribution, gen_server, ...)
  - Classifiers (status, license, Python versions, topic)
  - Project URLs (Homepage / Repository / Bug Tracker)
  - readme content-type = text/markdown so PyPI renders our README
  - build + twine added to the [dev] extra

.gitlab-ci.yml mirrors ago's two-stage pattern:
  - test stage on every push (venv + pip install -e .[dev] + pytest)
  - pypi-twine stage only on tags: python -m build, twine check,
    twine upload. Credentials come from GitLab CI variables
    TWINE_USERNAME (typically __token__) and TWINE_PASSWORD.

Makefile gains build / dist-check / publish-test / publish targets so
the release flow is also runnable locally if a dry run is needed.

Release flow:
  1. Bump version in pyproject.toml
  2. Commit + push
  3. git tag -a vX.Y.Z -m 'release vX.Y.Z' && git push --tags
  4. CI's pypi-twine stage picks up the tag and uploads

README.md adds an Install section + Quick start (plain dist + TLS dist)
so PyPI's project page shows usable copy on first visit. dist/ artifacts
build cleanly and both pass twine check.

2026-06-16 13:45:08 -04:00

russell@unturf.com

b9fd28ca3b

phase 0 + 1: repo bones and ETF codec

Repo scaffolding (LICENSE, Makefile, pyproject.toml, README) matching
unfeed conventions. Flat package layout, ruff config, Unlicense.

ETF codec covers the subset needed for gen_call against an Elixir node:
small/int/big_int, atom_utf8 (legacy atom_ext on decode), binary, nil,
list, small/large tuple, new_pid, newer_reference. Booleans round-trip
as atoms true/false; Python None as atom nil; str encodes to utf-8
binary to match Elixir convention.

Golden vectors were generated from real Erlang term_to_binary/1 output
(generator script at docs/etf_vectors.erl). Decode tests verify wire
compatibility; round-trip tests verify encoder consistency.

make all green: 58 passed, lint clean.

Next phases tracked in docs/ROADMAP.md (EPMD, handshake, channel,
gen_call, TLS, unfeed integration).

2026-06-16 10:39:01 -04:00

2 commits