Content
60%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 exceptionally actionable — every step is backed by executable commands and concrete symptom-to-cause mappings — and the diagnostic workflow is well sequenced. Its dominant failure is structural: a ~100 KB monolith that buries dozens of deep-dive subsystems inline instead of splitting them into one-level-deep reference files, which also destroys token efficiency.
Suggestions
Move the deep-dive subsystem material into one-level-deep reference files — e.g. references/postgres-mutation-locks.md (advisory-lock contention, pg_locks queries, termination guidance), references/kubernetes-tls-certmanager.md (cert-manager, SPIRE/SPIFFE, BackendTLSPolicy), and references/openshift-scc.md — leaving SKILL.md with the workflow, primary commands, and pointers, mirroring the existing supervisor-middleware.md pattern.
Convert the longest prose findings (Docker/Podman common-findings bullets, the runtime-initiated control-connection explanation) into the existing symptom | likely cause | check table format, which conveys the same content in a fraction of the tokens.
Cap the body at a lean overview (workflow steps, per-step primary checks, and the failure-patterns table) and push per-platform detail (Steps 4–7) into references/docker.md, references/podman.md, references/kubernetes.md, and references/vm.md so only the active platform's detail is loaded.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The 1343-line body is severely over token budget: the PostgreSQL advisory-lock treatment (~150 lines), the cert-manager/SPIRE/BackendTLSPolicy deep dive (~120 lines), and per-platform corporate-proxy sections each run far past what a SKILL.md body should carry. The content is dense and product-specific rather than padded with concepts Claude already knows, which keeps it above anchor 1, but the volume of inlineable-but-inlined detail is far beyond "some unnecessary explanation". | 2 / 5 |
Actionability | Fully executable throughout: copy-paste-ready kubectl/helm/docker/podman/journalctl commands, jsonpath and SQL snippets, stat checks, and TOML greps, each paired with concrete "Common findings" mappings from observed output to cause and fix (e.g. the Docker step's findings list and the CDI refresh repair sequence). | 5 / 5 |
Workflow Clarity | A clear ordered diagnostic sequence with an explicit stop condition ("Run diagnostics in order and stop once the root cause is clear"), per-step findings, a symptom→cause→check failure-patterns table, and a Reporting checklist. It falls short of anchor 5 because within Step 3 and Step 6 the sprawl buries the checkpoints, and error recovery is implicit in findings lists rather than explicit validate→fix→retry loops. | 4 / 5 |
Progressive Disclosure | The single reference (supervisor-middleware.md, 54 lines) is clearly signaled, but ~1300 lines of material that clearly belongs in separate reference files are inlined — the advisory-lock section, the OpenShift/cert-manager material, and the per-platform proxy sections would each be a natural references/ file. Section headers and tables provide structure, keeping it above a monolithic wall, but the inlining relative to a 54-line reference bundle is severe. | 2 / 5 |
Total | 13 / 20 Passed |