Content
92%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 strong operational skill body: exact tool calls, paths, and constraints make it immediately executable, and the create/modify flows include validation checkpoints and a compile-failure feedback loop. The only weakness is minor redundancy (repeated always-available tool notes and an obvious instruction to read compile errors), which costs a little token efficiency but nothing structural.
Suggestions
Drop the "(always-available tool)" suffixes in the Tool Inventory table since the note directly below already states that Read and Edit are always available.
Trim "Read the error — focus on the TypeScript error line number and description" to just the common-errors list; Claude already reads compiler output, so only the environment-specific error→fix mappings add value.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is dense and operational — the tool inventory, constraints (allowed imports, 10-second timeout), and compile-error fixes are environment-specific knowledge Claude cannot already know. However, minor trimmable redundancy exists: Read/Edit are labeled "(always-available tool)" in the table and then repeated in the note below ("`Read` / `Edit` are always available"), and "Read the error — focus on the TypeScript error line number and description" instructs what Claude would do anyway. This fits the score-4 anchor (efficient with minor instances of over-explanation) rather than 5, where every token earns its place. | 4 / 5 |
Actionability | Guidance is fully executable: exact tool invocations ("ToolSearch(names: "WidgetInit,WidgetList,WidgetGet,WidgetCheck,GenerateWidget")"), exact paths ("~/.openloaf/dynamic-widgets/<id>/"), the allowed import whitelist (react, react/jsx-runtime, @openloaf/widget-sdk), and specific error-to-fix mappings ("Cannot find module 'xxx' → remove the forbidden import"). It covers the common cases (create, modify, compile-failure recovery), and as an instruction-only skill the absence of code is not penalized since the orchestration guidance is copy-paste ready. | 5 / 5 |
Workflow Clarity | Multi-step processes are clearly sequenced: the create flow is an ordered 5-step list with rationale for the fragile points ("Why init first?", "Why must check run last?"), validation is explicit (WidgetCheck as the final step, "verify via compile"), and an error-recovery feedback loop is present ("Fix with `Edit` → run `WidgetCheck` again, repeat until compile passes"). A decision tree and a Modify-vs-Rebuild rule handle routing and the destructive recreate path. | 5 / 5 |
Progressive Disclosure | No bundle files exist, and nothing inlined belongs in a separate file — the tool inventory, constraints, and error fixes are needed on every invocation. Coding details are correctly delegated one level away via an explicit, well-signaled pointer ("first `LoadSkill(skillName: "generate-dynamic-widget")"), keeping SKILL.md a clean operational overview with clear section navigation. | 5 / 5 |
Total | 19 / 20 Passed |