/spec-kitty-runtime-review

name: spec-kitty-runtime-review
description: >-
  Review runtime-owned outputs using the Spec Kitty review workflow surface,
  then direct approval or rejection with structured feedback.
  Triggers: "review this work package", "check runtime output", "approve this step",
  "review WP", "is this WP ready to approve", "check this implementation".
  Does NOT handle: setup-only repair requests, direct implementation work,
  editorial glossary maintenance, or runtime loop advancement.

spec-kitty-runtime-review

Operate the Spec Kitty review workflow surface: load review context, claim a work package, read the generated review prompt, and issue an approve or reject transition.

When to Use This Skill

• Claim a completed work package for review
• Read the review prompt generated by the review workflow
• Issue an approval or rejection with structured feedback

Step 1: Load Review Context

spec-kitty charter context --action review --json

The returned `text` contains governance context. The review prompt (generated in Step 2) includes project-specific acceptance criteria and review guidance from charter.offering — do not restate those rules here.

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Step 2: Claim the Work Package

# Claim a specific WP (or omit WP## to auto-select from for_review lane)
spec-kitty agent action review WP## --agent <your-name>

This moves the WP from `for_review` to `in_review` and prints the path to a generated review prompt file. Read that path from the command output.

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Step 3: Read the Review Prompt

cat <prompt-file-path>

The review prompt contains:

• Acceptance criteria for this specific WP
• Git diff commands with the correct base branch (use those, not hardcoded `main`)
• Dependency warnings if the WP has downstream dependents
• WP isolation rules
• Completion instructions (approve/reject commands)

Follow the review prompt. It is the source of truth for what to check and how to check it. The review criteria come from charter.offering and the WP definition, not from this skill.

If the WP diff includes typed sources, confirm the implementer ran the project's configured compiler/typecheck command, matching CI, and that it is green. A passing test runner does not satisfy DIRECTIVE_030's compiler diagnostics gate. Reject if typecheck was skipped or is red; do not accept a fallback command that masks a compiler failure.

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Step 3.5: Contract Round-Trip Check

If the mission ships a `kitty-specs/<mission>/contracts/` directory, walk it before issuing a verdict. Contracts pin concrete examples (payloads, CLI invocations, schema fragments, error messages, allowed-value sets) that the implementation must round-trip verbatim. Vocabulary or shape drift here is invisible to spec-level review and surfaces late at mission-review or downstream consumption time.

1. **Enumerate** — `ls kitty-specs/<mission>/contracts/`. If the directory is absent, record a one-line note ("no contracts/ artifact") and skip to Step 4. 2. **Filter** — for each contract file, decide whether this WP touches the symbols, payloads, or commands it pins. Skipped files get a one-line note ("orthogonal to WP##"). 3. **Walk every concrete example** — extract every YAML block, JSON snippet, CLI invocation, schema fragment, and error message in the in-scope contracts. Verify the implementation **accepts inputs and produces outputs verbatim**: singular vs plural, default values, enum members, exit codes, flag names — all of it. 4. **SSOT cross-check** — if a contract pins a closed set (allowed values, registered triggers, enum members), require **one assertion that mirrors the runtime constant against its test-side or doc-side copy byte-for- byte**. If the WP introduces such a constant without that mirror assertion, reject. 5. **Verdict** — any contradiction between the implementation and a contract example is a **BLOCKER**, cited as `contract file:line` plus `impl symbol`. Contracts are spec artifacts, not preferences.

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Step 4: Issue Verdict

Take exactly one action — never "approve with conditions".

Approve (all acceptance criteria met)

spec-kitty agent tasks move-task WP## --to approved --note "Review passed: <summary>"

Reject (acceptance criteria not met)

Write structured feedback to a temp file, then move the WP back to planned:

spec-kitty agent tasks move-task WP## --to planned \
  --review-feedback-file <feedback-file-path> \
  --agent <your reviewer id>

A rejection is an ordinary move: pass your own `--agent` identity and no `--force`.

Every blocking finding must map to a specific, verifiable remediation action.

> **The feedback reference is mandatory, not optional.** A rejection moves the WP > along a backward "review-rejection" edge, and the status contract requires that > edge to carry a **rationale**: the `--review-feedback-file` (or `--note`) you > pass is recorded as the transition's `review_ref` / reason and travels on the > event wire. Rejecting a WP to `planned`/`in_progress` **without** a feedback > reference or note produces a contract-invalid status event that is accepted > locally but silently rejected by hosted sync — so the rejection never > propagates. Always attach the feedback file (or a `--note`) when you reject or > send a WP back for rework. The rework agent reads exactly that referenced > feedback to know what to fix.

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Step 5: Check Downstream Impact

If you rejected and the WP has downstream dependents:

spec-kitty agent tasks status --mission <mission-slug>

Note dependent WPs and include a rebase warning in your feedback.

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Review Precedence Rules

1. **Acceptance criteria are the primary gate** — a WP meeting all criteria passes even if the reviewer would have done it differently 2. **The review prompt is the source of truth** — it contains the specific checks, criteria, and doctrine context for this WP 3. **One clear verdict