Content
81%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 a lean, change-driven checklist with concrete commands, explicit per-check validation criteria, and genuine error-recovery feedback loops. Remaining gaps are minor: a placeholder diffusers inline script deferred to the sibling debugging skill, slight redundancy in the Notes section, and the specialized diffusers comparison inlined rather than split into a reference file.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Nearly every section earns its place with no explanations of concepts Claude already knows, but minor trims exist: the self-descriptive intro ('This skill provides a lightweight, change-driven manual test checklist') and the Notes bullet ('If you need to reinstall the local tool executables, see the repo rules...') duplicating the exact reinstall command already given in Strategy. Fits anchor 4 ('Efficient; minor instances of over-explanation that could be trimmed'); not 5 because of those two padded spots, not 3 since the diffusers tips (e.g. 'Compare model_index.json / from_pretrained kwargs with mflux get_download_patterns()') are non-obvious domain knowledge, not padding. | 4 / 5 |
Actionability | Provides copy-paste-ready commands ('uv tool install --force --editable --reinstall .', 'uv run mflux-generate-<model> --prompt "..." --width 640 --height 368 --seed 7 --steps 8 --guidance 1.0 --output /tmp/mflux.png') and specific flags ('--stepwise-image-output-dir', '--low-ram', '--make-conf', '--model /full/path/to/saved-model'), but the diffusers side is a placeholder deferred elsewhere ('uv run python -c "..." # inline script; see mflux-debugging'). Fits anchor 4 ('Mostly executable guidance; concrete code or commands with minor gaps'); not 5 because of that non-executable placeholder. | 4 / 5 |
Workflow Clarity | The sequence is explicit ('Before manual CLI testing, **reinstall the local tool executables**'), every check carries validation criteria ('confirm the output is not "all noise"', 'the output directory is created', 'the CLI writes the .metadata.json sidecar and that it looks consistent'), and error-recovery feedback loops exist ('If visuals differ: do not assume the port is broken. Run the **latent injection** workflow in mflux-debugging'; the 'uv tool executable behaves differently from uv run python -m' fallback). Matches anchor 5 (clear sequence, explicit validation steps, feedback loops for error recovery, checklists for complex processes); not 4 since checkpoints are present on every check rather than only most. | 5 / 5 |
Progressive Disclosure | A single-file skill (no references/, scripts/, or assets/ bundle directories exist) with well-organized sections and a clearly signaled one-level-deep reference to the sibling 'mflux-debugging' skill. Fits anchor 4 ('Good structure; most content is appropriately placed; references mostly clear; minor organization gaps') because the ~25-line 'diffusers reference comparison' section is specialized content (new model ports only) inlined in SKILL.md that could live in a separate reference file; not 5 because the skill exceeds the under-50-line simple-skill threshold and that specialized section is not split out; not 3 because the references that do exist are clearly signaled and the inline content is a minor placement gap. | 4 / 5 |
Total | 17 / 20 Passed |