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Contributing to AtipSpec

Development setup

Python 3.11+, Git and OpenSSH with ssh-keygen -Y support, from a clone:

python3 -m venv .venv
source .venv/bin/activate      # Windows: .venv\Scripts\activate
python -m pip install -e .

The runtime has no third-party dependencies. Framework resources ship inside the package (atipspec/resources/), so both editable and regular installs work.

Repository layout

  • atipspec/: the CLI package.
  • cli.py: the commands and their options. phases.py: the phase commands: prerequisites, then workflow, rules and context.
  • frontmatter.py: the YAML subset used by artifacts and config. project.py: the project, its policies and the tree fingerprint.
  • delivery.py: parsers for spec, plan, review, deferred, evidence and roadmaps. specs.py: guided deliveries' canonical requirements in specs/, baseline.json and spec-bind. migration.py: imports for spec-bind and atipspec migrate.
  • creators.py: new, decision and initiative from the templates.
  • proposal.py: the proposal and contract views with their approval codes. accept.py: local acceptance records (proposal, result, spec, plan, contract), approval codes and the channel.
  • progress.py: task-done records. verify.py: Verify commands and evidence. junit.py: JUnit XML reports for evidence per criterion.
  • review.py: the review packet. rounds.py: review rounds. pointers.py: what a PASS verdict points to.
  • check.py: the gate and derived status. risk.py: what each risk level asks. lint.py: the form, vague-term and fit-criterion checks on requirements and criteria. locale.py: the language tables.
  • contract.py: the contract's rules: parsing, globs, manifests, evaluation. audit.py: the repository-wide check.
  • deliver.py: the living spec merge and the archive. merge.py: merge-check.
  • teams.py: teams.json, the board, dependencies and contract pins. integration.py: what the integration branch brought. tickets.py: ticket keys and links. traceability.py: durable IDs.
  • runner.py, adapter.py, roles.py: the process runner, its adapter protocol and the guided roles.
  • trust.py, assurance.py, providers.py, attestation.py: external trust, approval subjects, signed evidence, read-only provider approvals and artifact attestations.
  • reporting.py, pilot.py: acceptance dossiers and measured pilots.
  • context.py, curate.py: computed context and the living documents' upkeep.
  • gitrepo.py: git wrapper, tree fingerprint, task markers, worktrees.
  • status.py, install.py, ui.py, enterprise.py: status, installation, the terminal UI and the enterprise examples.
  • resources/skills/<name>/SKILL.md: the umbrella skill and one skill per phase, installed in each client.
  • resources/framework/rules.md: the rules every phase command prints.
  • resources/framework/workflows/: one file per phase; explore, fix, contract and curate open with the role the model adopts.
  • resources/framework/templates/: spec, plan, fix-spec, fix-plan, brief, deferred, review, rubric, capability, contract, overview, glossary, decision, roadmap.
  • resources/enterprise/: the examples enterprise-init writes.
  • docs/: the MkDocs Material site (mkdocs.yml at the root); docs/design.md is the reasoning. Not installed, not read by the model.
  • tests/: standard-library tests in temporary git repositories.
  • scripts/smoke_test.py: the installed CLI through a whole change.

Making changes

Keep the skill, the workflows, the templates and the parsers consistent: a heading or line shape the skill tells the model to write must be one check parses, and the other way round. Every line installed into a project is loaded by a model on every use, so add text only when it changes behavior.

AtipSpec runs on Linux, macOS and Windows, and CI runs the tests on Windows with its own code page. Name the encoding of every text read and write, encoding="utf-8", add newline="\n" when writing, and give subprocess calls with text=True an encoding; tests/test_portability.py checks the package and scripts/ for it. A Verify command in a test runs in cmd.exe on Windows: use true, false or tests.helpers.python_command. A test that names no newline writes CRLF there; python -m tests.windows_text runs the suite that way on any platform, as CI does on Linux. The suite's repositories use the Git for Windows default, core.autocrlf=true, on every platform: git commits text with LF and checks it out with CRLF.

The documentation is part of the change. Every behavior, command, option or message a change adds or alters is described in the English pages of docs/ and in README.md in the same change, and in their Spanish (.es.md) and Portuguese (.pt.md) translations. English is the source: a translation keeps its code blocks, its ### `atipspec ...` headings, IDs and file names as the English page has them. tests/test_docs.py checks that every command and option the documentation cites exists, that the CLI reference covers every command and option in the three languages, that every page is in the navigation and translated, and that the translations cite the same commands.

Before proposing a change, run:

python -m unittest discover -s tests -t . -v
python scripts/smoke_test.py
git diff --check
mkdocs build --strict

Describe the behavior changed, why, and the validation performed. Keep unrelated refactoring out of focused changes.

Documentación

El sitio está construido con MkDocs Material a partir de docs/ y mkdocs.yml:

python -m pip install ".[docs]"
mkdocs serve          # live preview at http://127.0.0.1:8000
mkdocs build --strict # what CI runs

Hacer push a main lo despliega en GitHub Pages mediante .github/workflows/docs.yml.

Publicar una versión

  1. Sube version en pyproject.toml y __version__ en atipspec/__init__.py al mismo valor, y la versión del banner de docs/getting-started/installation.md (y de sus traducciones) y de README.md; tests/test_docs.py las comprueba. Cierra la sección de la versión en CHANGELOG.md.
  2. Haz commit, etiqueta con vX.Y.Z, sube la etiqueta y publica una GitHub release para ella.
  3. .github/workflows/publish.yml ejecuta los tests, construye el wheel y el sdist, comprueba que la etiqueta coincide con la versión, y publica en PyPI con trusted publishing. Una ejecución manual del workflow puede apuntar a TestPyPI.