Content
73%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 delivers an exemplary interactive diagnostic workflow — concrete MCP tool usage, exact output templates, explicit WAIT checkpoints, and copy-paste retry commands — but it is padded with duplicated description content and, most seriously, its entire reference layer is non-functional: every referenced file is a dead pointer stub, leaving the 'critical' human-in-the-loop requirements and failure-pattern content unavailable. Fixing the reference files and removing the duplication would make this a top-tier skill.
Suggestions
Fix the reference layer: references/human-in-the-loop.md, references/debugging-patterns.md, and references/prerequisites.md are one-line pointer stubs to nonexistent paths outside the bundle (e.g., '../../debug-build/references/debugging-patterns.md'); replace them with real content inside this skill's bundle.
Inline the mandatory human-in-the-loop checkpoint behavior (or repair its file): the body labels it 'CRITICAL' and 'mandatory' but delegates it entirely to a broken file, so the actual requirements are unreachable.
Remove duplication and dead weight: the intro paragraph and 'When to Use This Skill' restate the frontmatter description, debugging-patterns.md is linked twice, and the orphaned references/selinux-troubleshooting.md (never referenced, RHEL/SELinux-related) should be removed.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The core workflow content earns its tokens (no conceptual padding), but the intro paragraph and the "When to Use This Skill" section both restate the frontmatter description almost verbatim, references/debugging-patterns.md is linked twice ("Pipeline Failure Reference" and "Reference Documentation"), and the output templates pad with multiple example placeholder rows (e.g., three TaskRun rows where one would do). This is more than the 'minor instances' of anchor 4, so it sits at 'mostly efficient but could be tightened'. | 3 / 5 |
Actionability | Guidance is fully executable: exact MCP invocations ("Use kubernetes MCP `resources_list` with kind `PipelineRun`", `resources_get`, `pods_log`), the non-obvious convention "Tekton names step containers as `step-<step-name>`", a CRD table with exact kinds/apiVersions, and copy-paste retry commands (`oc create -f <(oc get pipelinerun ... | jq 'del(...)')`, `tkn pipeline start ... --use-pipelinerun`). Commands and tool calls are completely specified for the common cases, matching the anchor-5 example rather than the 'minor gaps' of anchor 4. | 5 / 5 |
Workflow Clarity | Six clearly sequenced steps, each gated by an explicit "**WAIT for user confirmation before proceeding**" checkpoint, with a branching selection step (Step 1's three options), a checklist-style diagnosis summary table, a retry feedback loop for error recovery, and a next-action menu. The workflow is read-only diagnosis (fixes are gated behind user selection), so the destructive/batch cap does not apply, and every step has an explicit checkpoint — exceeding anchor 4. | 5 / 5 |
Progressive Disclosure | Although references are clearly signaled and one level deep in the body, the actual bundle is broken: all referenced files (human-in-the-loop.md, debugging-patterns.md, prerequisites.md) are one-line pointer stubs to nonexistent paths outside the bundle (e.g., "../../debug-build/references/debugging-patterns.md"), and references/selinux-troubleshooting.md is orphaned (never referenced, and irrelevant to Tekton). Content that clearly belongs in separate files — including the "CRITICAL: mandatory checkpoint behavior" and the failure-pattern decision trees — is neither inlined nor reachable, so navigation fails at the first hop. Not 3 because the defect is not organization or signaling but non-functional references; not 1 because SKILL.md itself is well structured rather than a monolithic or nested chain. | 2 / 5 |
Total | 15 / 20 Passed |