Content
70%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 debugging workflow itself is exemplary — a well-sequenced five-step process with hypothesis verification, post-fix validation, and checklists. The body is dragged down by padding (teaching Claude known bash pitfalls inline, duplicating reference-file content) and by an 'Example Files' section pointing at files that do not exist, plus several heading-only placeholder sections with no content.
Suggestions
Remove the 'Example Files' section or actually create examples/debugging-workflow.py, examples/error-handling-patterns.py, and examples/debugging-workflow.sh — the directory does not exist, so these references are dead links.
Cut the inline Bash/Zsh error patterns and 'Common Debugging Commands' sections down to one-line pointers to references/shell-errors.md and references/debugging-tools.md, which already contain this material — this alone would remove ~100 lines of duplicated context load.
Delete or fill the content-free heading sections ('Python Common Error Patterns', 'JavaScript/TypeScript Common Error Patterns', 'Preventive Debugging') — bare headings with no body add tokens without any actionable guidance; their details already live in references/python-errors.md and references/common-patterns.md.
| Dimension | Reasoning | Score |
|---|---|---|
Conciseness | Much of the body teaches Claude what it already knows: bash quoting rules ('Variables not expanded inside single quotes'), `set -e`/`set -u`, the pipe-creates-a-subshell pitfall, and basic `git bisect`/`bash -x` invocations. The 100-line Bash patterns section also duplicates content that exists in references/shell-errors.md. It is not severely padded (mostly lists/tables/code, no long prose), so it sits at the 'mostly efficient but includes some unnecessary explanation' anchor rather than level 2. | 3 / 5 |
Actionability | Mostly executable guidance: a literal question template, an error-type-to-method table, runnable commands (`python -m pdb script.py`, `git bisect bad`, `bash -x script.sh`), and a fill-in hypothesis framework with expected outcomes for both branches. However, 'Python Common Error Patterns' lists six bare headings with zero content ('### 1. Indentation Errors' ... '### 6. Forgetting to Call super().__init__()') and 'Preventive Debugging' is four empty headings, which are minor gaps that keep it below the copy-paste-ready level-5 anchor. | 4 / 5 |
Workflow Clarity | A clearly sequenced five-step workflow (Understand → Analyze Error Type → Locate → Hypothesize/Verify → Fix) with explicit validation checkpoints: Step 4 requires stating expected results 'If hypothesis is correct/wrong' and Step 5 requires verifying the fix resolved the error, introduced no new errors, and related functionality still works. Before/During/After checklists round it out, matching the level-5 anchor including checklists and error-recovery feedback. | 5 / 5 |
Progressive Disclosure | Structure exists and the five references/*.md files are real, one level deep, and clearly signaled in a dedicated section. But the 'Example Files' section points to examples/debugging-workflow.py, examples/error-handling-patterns.py, and examples/debugging-workflow.sh — no examples/ directory exists, so three references are dead. Additionally, content that belongs in the bundle (the full Bash error-pattern and debugging-commands sections) is inlined in the body rather than deferred to the existing reference files. This lands between 'references present but not clearly signaled / inline content' (3) and 'most content appropriately placed, minor gaps' (4); the dead references and duplication pull it to 3. | 3 / 5 |
Total | 15 / 20 Passed |