Content
71%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.
A dense, highly actionable conductor skill: copy-paste commands, an exit-code-driven recovery table, and explicit gates give it excellent actionability and strong workflow clarity. Weaknesses are run-time-padded incident/bug-history narratives, an unexplained phase-numbering gap, and a two-level-deep, cross-bundle reference chain that leaves the skill dependent on sibling files.
Suggestions
Move incident narratives and bug-history rationale (datalena PR #2228, orphaned-parent-record observations 5/6) out of SKILL.md into the design/history docs they cite, leaving one-line pointers.
Explain or renumber the Phase 1 → Phase 6 jump (e.g. one line noting Phases 2–5 live in the route playbooks) and label the 'new'/'implement' pipeline sections with their phase.
Reduce reference chaining: either inline the critical subagent-prompts contracts this skill depends on, or co-locate them under references/ so each SKILL.md reference is one level deep and resolvable within the skill's own bundle.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is mostly lean and imperative ("Terse output", "Token discipline", copy-paste commands), but several passages are run-time padding: the datalena PR #2228 incident narrative ("Gap observed live before this was code-enforced: datalena PR #2228 ... a human had to apply the label by hand"), the orphaned-parent-record bug history ("observations 5/6: every native-skill dispatch ... stuck at route_selected forever"), and multi-sentence table cells for the by:<dispatch-id> and run:<path> tokens. These read as design-doc rationale; trimming them would fit 'mostly efficient' → 'efficient'. Not 2: the bulk is tight, operational instruction with no explanation of concepts Claude already knows. | 3 / 5 |
Actionability | Fully executable, copy-paste-ready commands with complete flags and placeholders (worktrail-run-record start --repo/--route/--risk/--base-branch/--base-commit; worktrail-land-pr --repo/--base/--run/--title/--summary-file/--route/--risk/--commit-message/--gates/--json; worktrail-run-record scope-review --item/--status/--evidence), an exact exit-code table mapping outcomes to next actions, a verbatim redirect message, and a complete positional-argument table. Specific examples (dispatch, redirect) cover the common cases. | 5 / 5 |
Workflow Clarity | The pipeline is clearly sequenced (intake → record start → execute route → validate → PR → merge gate → outcome) with explicit validation checkpoints (scope-completeness gate, pre-PR test gate, compile-marker verification) and feedback loops (exit codes 3/4 → repair per ci-watch-loop case 3 → re-run the same command; append-only scope-review entries superseded by re-recording). Not 5: phase numbering jumps from Phase 1 to Phase 6 with no explanation of where Phases 2–5 live, and the 'new'/'implement' pipeline sections sit between Phase 7 and Phase 8 without phase labels — a minor sequencing incoherence. | 4 / 5 |
Progressive Disclosure | References are explicitly signaled with verified anchors (references/pipeline-details.md#new-pipeline, #implement-pipeline, #modify-pipeline all exist in the bundle), but navigation chains run two or more levels deep (SKILL.md → references/pipeline-details.md → ../../worktrail-go/references/subagent-prompts.md) and most referenced paths (../worktrail-go/references/routes.md, subagent-prompts.md, ci-watch-loop.md, go-v1-design.md §6, docs/specs/research/...) resolve to a sibling skill's bundle not present in this skill's files. This fits 'some structure but could be better organized' rather than 'good structure' because the cross-bundle dependency and chaining make the skill un navigable in isolation. | 3 / 5 |
Total | 15 / 20 Passed |