This repository includes a compact evaluation packet for external reviewers, programs, and ecosystem evaluators who need to judge the public surface quickly.
- what the repository is
- what it explicitly does and does not publish
- which artifacts are the strongest evidence
- how to review the surface quickly without scraping the whole tree
- which commands protect the public release state
- which residual risks remain explicit
../PUBLIC_EVALUATION_PACKET.jsonreviewer-guide.md../PUBLIC_PROJECT_PROFILE.jsonrepository-identity.md../PUBLIC_REPOSITORY_IDENTITY.json../PUBLIC_EXAMPLE_COVERAGE.json../PUBLIC_MAINTENANCE_MODEL.json../PUBLIC_CHANGE_CONTROL_MODEL.json../PUBLIC_OWNERSHIP_MAP.json../PUBLIC_DEPENDENCY_GRAPH.json../PUBLIC_ASSURANCE_CASE.json../PUBLIC_UPDATE_COHERENCE_MAP.json../PUBLIC_LIMITATIONS_REGISTER.json../PUBLIC_EVIDENCE_TIMELINE.json../PUBLIC_REVIEW_SCORECARD.json../PUBLIC_VERIFICATION_MATRIX.json../PUBLIC_AUDIENCE_PATHS.json../PUBLIC_EVIDENCE_STRENGTH_MAP.json../PUBLIC_ADOPTION_READINESS.json../PUBLIC_FRESHNESS_MODEL.json../PUBLIC_ECOSYSTEM_VALUE_MAP.json../PUBLIC_DECISION_LOG.json../PUBLIC_EVIDENCE_GAPS_REGISTER.json../PUBLIC_PROGRAM_FIT_MAP.json../PUBLIC_PUBLICATION_READINESS.json../PUBLIC_TRACEABILITY_MATRIX.json../PUBLIC_CAPABILITY_MATRIX.json../PUBLIC_RELEASE_METADATA.json../PUBLIC_RELEASE_REVIEW.md
Reviewers often need one bounded path through a repository. The evaluation packet is not stronger than the underlying docs, schemas, examples, and release evidence. It is a fast map of those surfaces so an external evaluator can inspect the repository without guessing where the strongest evidence lives.
The assurance case strengthens that path further by making the bounded public claims, explicit non-claims, and stronger evidence limits legible in one reviewer-facing layer.
The update-coherence map strengthens that path further by making co-moving review, release, and contract surfaces explicit instead of leaving release sync as maintainer folklore.
The limitations register strengthens that path by making deferred scope, non-promises, and bounded reviewer expectations explicit instead of leaving them scattered across caveat prose.
The evidence timeline strengthens that path further by making active maintenance and public-surface hardening visible as a bounded reviewer-facing history instead of requiring raw git archaeology.
The review scorecard strengthens that path further by making the repository assessable against explicit bounded criteria instead of leaving external evaluation as a matter of taste or intuition.
The verification matrix strengthens that path further by making the check stack legible as protected coverage instead of forcing reviewers to guess what verify:repo actually guards.
The audience-paths layer strengthens that path further by making role-specific entry paths explicit instead of assuming that every reviewer, contributor, integrator, and maintainer should navigate the same way.
The evidence-strength layer strengthens that path further by making stronger-source hierarchy explicit instead of forcing external readers to guess which public summaries remain subordinate to schemas, OpenAPI, provenance, and release evidence.
The adoption-readiness layer strengthens that path further by making ready vs deferred public audience posture explicit instead of forcing reviewers to infer it from scattered caveats, examples, and role-specific docs.
The freshness layer strengthens that path further by making stale-summary triggers explicit instead of forcing reviewers to guess whether a convenience layer still reflects the current release evidence.
The ecosystem-value layer strengthens that path further by making external utility explicit instead of forcing reviewers or programs to infer why the public surface matters from counts, filenames, or vague aspiration.
The decision-log layer strengthens that path further by making the major public design choices explicit instead of forcing reviewers to reverse-engineer intent from the repo shape alone.
The program-fit layer strengthens that path further by making reviewer/program fit explicit as a bounded, artifact-backed claim instead of forcing outside evaluators to infer it from repo polish, raw counts, or maintainer intent alone.
The repository-identity layer closes part of that loop by making the canonical public slug, package identity, release URL, and schema/example URL alignment explicit instead of leaving reviewers to infer which public surface is canonical. See docs/repository-identity.md and ../PUBLIC_REPOSITORY_IDENTITY.json.
The publication-readiness layer closes the rest by making publication-state safety and published-GitHub coherence explicit as a bounded, artifact-backed claim instead of forcing reviewers to infer public-release trust from repo polish or tree shape alone.
The evidence-gaps layer strengthens that path further by making still-open public proof gaps explicit instead of forcing reviewers or programs to guess where maturity is already well evidenced and where it is not yet.