Content
81%Weight 40%Scale 1-5Reviews the quality of instructions and guidance provided to agents. Good implementation is clear, handles edge cases, and produces reliable results.
The body is a highly actionable, well-sequenced workflow with genuine validation checkpoints and feedback loops for a mutation-capable batch process. Its weaknesses are redundancy — key rules stated multiple times and trigger lists duplicating the frontmatter — and a slightly deep reference chain for the reply templates.
Suggestions
State the reply-then-resolve mandate and the duplicate-reply guard once each (in step 6) and have Safety & constraints reference those rules instead of restating them, cutting roughly 15-20 lines of repetition.
Trim the 'When to use'/'When not to use' sections to a few representative triggers since the frontmatter description already carries the full USE FOR / DO NOT USE FOR lists.
Flatten the reply-template indirection by summarizing the available partials (or their slot names) inline next to the assets/replies/ references, so filling a template does not require the SKILL.md → .hbs → README → partials chain.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Mostly efficient operational guidance, but with real duplication: the reply-then-resolve mandate appears three times (twice in step 6, again in Safety & constraints), the duplicate-reply guard is explained in both step 6 and step 9, and the ~30-line "When to use"/"When not to use" sections restate triggers already in the frontmatter description. This is more than the minor trimmable instances of anchor 4, fitting anchor 3 (mostly efficient but could be tightened). | 3 / 5 |
Actionability | Copy-paste-ready script invocations with real arguments (e.g. "scripts/resolve-review-comments.sh --owner equinor --repo fusion-skills --pr 27 --review-id 3837647674 --apply --message-file reply.md"), a filled reply-template example, exact flag documentation (--include-outdated, --allow-additional-reply), and a tooling map naming specific MCP tools and bundled .graphql assets with parameter caveats ("resolveReviewThread uses threadId, not pullRequestReviewThreadId"). Specific examples cover the common cases. | 5 / 5 |
Workflow Clarity | An explicit phase order (fetch → analyze → fix → validate → push → reply → resolve → verify) is stated up front and followed by nine numbered steps with explicit validation checkpoints (baseline thread count before mutations, targeted then repo checks, closure re-verification), error-recovery feedback loops (re-fetch thread state on failed mutation, respect rate-limit retry-after), a checklist working document, and dry-run-before---apply for the batch mutation script — matching the strongest anchor including the batch-operation validation requirement. | 5 / 5 |
Progressive Disclosure | The bundle is real and well-signaled: every referenced path exists (checklist, reply .hbs templates, partials README, five .graphql queries, two scripts) and GraphQL details are appropriately deferred to the asset files. However, the reply templates require a two-hop chain (SKILL.md → .hbs slot header → assets/partials/agent-content/README.md → named partials), and sections like "GraphQL cost awareness" and "Token budget guidance" could live in a reference file — minor organization gaps that keep it below the one-level-deep ideal of anchor 5. | 4 / 5 |
Total | 17 / 20 Passed |