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.
This is a strong, highly actionable skill body: a clearly sequenced 7-step workflow with concrete commands, executable code examples, explicit validation feedback loops, and well-signaled one-level-deep references whose cited sections all exist. The only weakness is density — a few oversized blockquote rules and some repeated caveats (run-bare rationale, stale-artifact guidance) that could be tightened or consolidated into the references.
Suggestions
Consolidate the repeated 'run-bare vs run for desktop platforms' rationale (Steps 6c and 6d) into a single statement and cross-reference it, or move the full explanation to references/test-workflow.md where a 'Why run-bare for Desktop Platforms' section already exists.
Break the multi-clause enum-member availability and error-enum rules into short bullet points (or move the edge-case detail to binding-patterns.md § 'Adding New Members to Existing Enums', keeping only the one-line rule inline) to improve scannability.
De-duplicate the stale-build-artifact guidance between Step 5b and Stop Signals — state it once with a pointer to references/test-workflow.md § 'Stale Build Artifacts'.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | The body is almost entirely non-generic, repo-specific knowledge Claude cannot know (xtro .todo semantics, the nonexistent `make -C src build` trap, XAMCORE_5_0 guards, error-enum availability rules), so it avoids the penalized generic padding. However, a few rules run as very dense multi-clause blockquotes (the per-enum-member availability rule) and some content repeats (the run-bare rationale appears in both Steps 6c and 6d; stale-build-artifact guidance appears in Step 5b and Stop Signals), which could be trimmed — fitting 'efficient; minor instances that could be trimmed' rather than the fully lean top anchor. | 4 / 5 |
Actionability | Every step gives copy-paste-ready commands with exact paths and flags: `make -C tests/xtro-sharpie gen-all`, `make all && make install`, the full mlaunch invocations with `--device :v2:runtime=...,devicetype=...`, grep commands against `SdkVersions.cs`, and complete C# binding/test snippets. The common cases are covered by concrete, executable examples — a clear match for the top anchor. | 5 / 5 |
Workflow Clarity | The process is explicitly sequenced (Steps 1–7 with sub-steps 4b/5b/6a–6d) and saturated with validation checkpoints and feedback loops: re-run dotnet-classify until 'Sanity check passed', the `?fixed-todo?` cleanup loop, the `WRITE_KNOWN_FAILURES=1` regenerate-then-confirm flow, explicit pass/fail output patterns ("Tests run: X Passed: X"), and a dedicated Step 7 for failure triage. This matches the top anchor's explicit validation with error-recovery loops. | 5 / 5 |
Progressive Disclosure | The body is a well-structured overview/process document that defers bulk detail to two real, one-level-deep reference files, each citation pointing at a named section (e.g., "§ Registering a Brand-New Framework", "§ Selector Not Found (Declared but Not Implemented)") — all of which exist in the actual bundle files. Navigation is easy and the split is appropriate: always-needed rules inline, exhaustive patterns and test troubleshooting in references, matching the top anchor. | 5 / 5 |
Total | 19 / 20 Passed |