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 well-structured orchestration skill: clear mode routing, conditioned one-level-deep references that all exist, and concrete commands with a genuine security feedback loop. Its main weakness is redundancy — the skill-context precedence rules are explained twice in overlapping sections.
Suggestions
Merge the 'Shared project skill-context' section and the 'Project Context' section into one statement of the precedence and override rules; they currently repeat the same 'skill-context wins over SKILL.md defaults' policy in two different wordings.
Trim the meta-commentary about layering ('These layers customize workflow; they do not replace... Custom/extension skills do not automatically use it') to a single sentence, keeping only the operative precedence rule.
Replace generic prose steps 1-4 in the intro ('Analyzing the tech stack...') with pointers to the concrete mode routes, since the mode routing section already restates this dispatch.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Mostly efficient instruction-giving, but the "Shared project skill-context" section (lines 12-20) and the "Project Context" section (lines 36-57) state the same precedence/override rules twice with overlapping prose ("individual > build > global > skill defaults" vs "the skill-context rule wins"), and the layering caveats ("These layers customize workflow; they do not replace...") could be tightened. Not 2 because there is no padding that explains concepts Claude already knows; not 4 because the duplication is a real, non-trivial token cost. | 3 / 5 |
Actionability | Concrete executable commands are given for the core loop ("npx skills search <name>", "npx skills install {{skills_cli_agent_flag}} <name>", "security-scan.py <path>", "cleanup-blocked-skill.py --skill <name> --installed-path <path>"), plus a concrete language-resolution order (config.yaml → AGENTS.md → CLAUDE.md → RULES.md → ask). Not 5 because several steps defer to references with only conditions, and placeholders like {{settings_file}} leave the exact write target implicit in the entrypoint; not 3 because what is inlined is executable rather than pseudocode. | 4 / 5 |
Workflow Clarity | The mode-routing decision tree ("Has description? → Mode 2... Empty project? → Mode 3") gives a clear entry sequence, each mode has a dedicated route, and the security path has a real feedback loop ("BLOCKED? → run cleanup... requires cleanup exit 0 and verified removal... otherwise report incomplete cleanup and STOP"), plus "An unsafe structure or invalid payload stops setup". Not 5 because the main workflow steps 1-4 are high-level with detail delegated to references, and the artifact-generation sequencing within a mode relies on the referenced files rather than an explicit checklist here. | 4 / 5 |
Progressive Disclosure | The body is a genuine overview: all eight referenced files (SETUP-SECURITY, SETUP-CONFIG, SETUP-EXISTING, SETUP-NEW, SETUP-EMPTY, SETUP-MCP, SETUP-AGENTS, SETUP-COMPLETION) exist in references/, each is signaled with an explicit load condition ("For Mode 1 only", "Only when configuring selected MCP servers"), and the "Selective reference loading" section codifies the conditions. References are one level deep — peer references like SETUP-EXISTING → SETUP-AGENTS point back to files already reachable from the entrypoint — and helpers (update-config.mjs, config-template.yaml) sit alongside. Matches the anchor-5 structure. | 5 / 5 |
Total | 16 / 20 Passed |