Content
86%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 tight, actionable skill for scaffolding an OpenCTI-style creation form, with near copy-paste code and a clear step sequence. The main improvement opportunity is making the code example fully self-contained (imports, consistent i18n helper, defined helpers/types) and adding an explicit error-handling/validation checkpoint after the mutation commit.
Suggestions
Make the code example fully executable: include the imports for `useApiMutation`, `insertNode`, `TextField`, and `Formik` fields, define or stub `Props`, and use `t_i18n` consistently instead of mixing `t(...)` and `t_i18n(...)`.
Add an explicit error/validation checkpoint in the workflow, e.g., an `onError` handler that resets `setSubmitting(false)` and surfaces the failure before retry, mirroring the existing `onCompleted` handling.
Clarify Step 0 by naming the exact command or invocation pattern for the Codebase Pattern Finder agent (or the search command it should run) so the step is reproducible without guessing.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is lean: a two-line prerequisites list, three terse steps, and two code blocks — with zero explanation of concepts Claude already knows (what Formik, GraphQL mutations, or drawers are). Every sentence carries instruction ("Model the new form after the existing one to stay idiomatic"), matching the 5 anchor ("Lean and efficient; assumes Claude's competence; every token earns its place"); it is clearly not the 4 anchor since there is no over-explanation to trim. | 5 / 5 |
Actionability | The step-by-step code is concrete and near copy-paste ready (mutation definition, Yup schema, full component with commit/updater/onCompleted). It stops short of 5 because the example has executable gaps: `insertNode`, `useApiMutation`, `TextField`, and `Props` are used without imports or definition, and the validation schema uses `t(...)` while the JSX uses `t_i18n(...)` — minor issues a 4-level example ("concrete code with minor gaps") exhibits but a fully executable one would not. | 4 / 5 |
Workflow Clarity | Steps 0–2 are clearly sequenced (find an existing example → define mutation/validation → build the component), and the Yup validation schema plus `setSubmitting`/`resetForm` handling provide some checkpoints. It is not 5 because there is no explicit verification or error-recovery step (e.g., handling `onError`, confirming the mutation succeeded before closing the drawer); the operation is not destructive or batch, so the ≤3 cap for missing validation on risky operations does not apply. | 4 / 5 |
Progressive Disclosure | This is a single-purpose skill (~64 lines) whose entire content — prerequisites, three steps, two compact code blocks — belongs inline; no bulk exists that would justify separate files, and there are no nested or buried references. Sections are well-organized and navigable, matching the simple-skill allowance for a 5; it sits above the 4 anchor only because there is nothing misplaced, not because references are present. | 5 / 5 |
Total | 18 / 20 Passed |