code-quality-review-all | Skill Performance & Reviews | TopRankSkills

TopRank Skills

Home / Skills / tools / code-quality-review-all

code-quality-review-all

maintained by UKGovernmentBEIS

star 349 account_tree 237 verified_user MIT License
bolt View GitHub

name: code-quality-review-all description: Review all evaluations in the repository against a single code quality standard. Checks ALL evals against ONE standard for periodic quality reviews. Use when user asks to review/audit/check all evaluations for a specific topic or standard.

Review All Evaluations

Review all evaluations in the repository against a single code quality standard or topic. This workflow is useful for systematic code quality improvements and ensuring consistency across all evaluations.

Workflow

Setup

If not already provided, ask user for the topic from the CONTRIBUTING.md or BEST_PRACTICES.md that this review should be focused on. If not provided, come up with a short topic identifier in a file-safe format (e.g., pytest_marks, import_patterns, test_coverage).

Create or read existing directory structure:

  • <repo root>/agent_artefacts/code_quality/<topic_id>/ - Directory for this review topic
  • <repo root>/agent_artefacts/code_quality/<topic_id>/README.md - Documentation for this specific topic
  • <repo root>/agent_artefacts/code_quality/<topic_id>/results.json - Results of the review
  • <repo root>/agent_artefacts/code_quality/<topic_id>/SUMMARY.md - Summary of the review

README.md Structure

The README.md file should contain topic-specific information:

  • Topic Description: What this review checks for and why it matters
  • Requirements: Specific requirements from CONTRIBUTING.md or BEST_PRACTICES.md
  • Detection Strategy: How to identify issues (patterns to look for, tools to use)
  • Commands: Specific commands useful for this topic (grep patterns, pytest commands, etc.)
  • Good Examples: Code snippets showing correct implementation
  • Bad Examples: Code snippets showing common mistakes and how to fix them
  • Review Date: When this documentation was created/updated

results.json Structure

The results.json file should contain a list of all evaluations in <repo root>/src/inspect_evals directory and the status of each evaluation:

{
    "eval_name": {
      "as_of_date": "YYYY-MM-DD (date the code was last evaluated)",
      "status": "pass" | "fail" | "error",
      "issues": [
        {
          "issue_type": "issue type within the topic if applicable",
          "issue_location": "relative/path/from/repo/root/file.py:line_number",
          "issue_description": "clear description of the issue",
          "suggested_fix": "short description of how to fix it"
        }
      ]
    }
}

Important: The issue_location field should use paths relative to the repository root with forward slashes (e.g., tests/foo/test_foo.py:42 or src/inspect_evals/foo/bar.py:15, not C:\Users\...\test_foo.py:42 or tests\foo\test_foo.py:42).

General Guidelines for All Topics

  1. Systematic Approach: Review all evaluations in a consistent manner. Use scripts or automated tools where possible to ensure completeness.

  2. Clear Issue Reporting: Each issue should include:

    • The specific file and line number where the issue occurs
    • A clear description of what's wrong
    • A concrete suggestion for how to fix it
    • The issue type for categorization
  3. Verification: After identifying potential issues, verify a sample of them by reading the actual files to ensure accuracy.

  4. Statistics: Provide summary statistics including:

    • Total evaluations reviewed
    • Number passing/failing
    • Breakdown of issue types
    • Most affected evaluations
  5. Prioritization: Identify which issues are most critical or affect the most evaluations to help guide remediation efforts.

  6. Reusability: Write scripts and documentation that can be rerun easily as the codebase evolves. Include any helper scripts in the topic directory.

  7. False Positives: Be aware that automated detection may produce false positives. When possible, include logic to reduce these or document known limitations.

Workflow Steps

  1. Create the directory structure: agent_artefacts/code_quality/<topic_id>/
  2. Create or use automated tools to scan all evaluations in src/inspect_evals/
  3. Organize findings by evaluation name
  4. Write topic-specific documentation to README.md
  5. Write results to results.json with relative paths
  6. Create a SUMMARY.md file in the topic directory with:
    • Overview of findings
    • Key statistics
    • Most affected evaluations
    • Recommendations for remediation
    • Impact analysis
  7. If you created helper scripts, save them in the topic directory for future use
  8. Inform the user that the review is complete and where to find the results

Expected Output

After running this workflow, you should have:

agent_artefacts/code_quality/<topic_id>/
├── README.md           # Topic-specific documentation
├── results.json        # Detailed results for all evaluations
├── SUMMARY.md          # Executive summary
└── <helper_scripts>    # Optional: automated checker scripts

chat Comments (0)

chat_bubble_outline

No comments yet. Be the first to share your thoughts!

Skill Details

GitHub Stars 349
GitHub Forks 237
Created Jan 2026
Last Updated 6 months ago
tools tools academic

Related Skills

biomni
chevron_right
humanizer
chevron_right
gh-docs
chevron_right
news-aggregator-skill
chevron_right
medical-imaging-review
chevron_right

Build your own?

Join 12,000+ developers contributing to the Claude ecosystem.