audit

name	audit
description	Ask Claude Code to audit a file or set of files and return structured findings. Claude reads the code with fresh eyes and independent judgment — Codex does not self-review. Supports mini (5-dimension) and full (9-dimension) depth.
version	0.2.3

Audit

Delegate an audit to Claude Code. Claude inspects the specified scope and returns a structured findings table. Codex does not fix anything — use $audit-fix for the full cycle.

When to Use

• After writing a feature and wanting an independent quality check
• Before a commit or pull request
• When asked to "have Claude audit this"
• As the first step of a manual fix cycle

Arguments

Argument	Default	Effect
--full	off	9-dimension audit (adds security, performance, compliance, deps, docs)
--mini	on	5-dimension audit (logic, duplication, dead code, refactoring, shortcuts)
file/dir path	cwd	Scope — one or more files or a directory

Call Pattern

Step 1: Run the audit

mcp__claude-code__claude_code:
  prompt: |
    Audit the following code and report every issue with exact file:line locations.

    SCOPE: {files or directory to audit}

    {IF --mini or default}
    Audit dimensions (5):
    1. Logic errors — incorrect conditions, off-by-one, unhandled edge cases, race conditions
    2. Code duplication — copy-paste, near-duplicate logic that should be extracted
    3. Dead code — unreachable branches, unused variables/imports/exports, stale flags
    4. Refactoring opportunities — overly complex functions, poor naming, leaky abstractions
    5. Shortcuts and tech debt — TODO/FIXME/HACK markers, hardcoded values, missing validation

    {IF --full}
    Audit dimensions (9):
    1. Logic errors — incorrect conditions, off-by-one, unhandled edge cases, race conditions
    2. Code duplication — copy-paste, near-duplicate logic that should be extracted
    3. Dead code — unreachable branches, unused variables/imports/exports, stale flags
    4. Refactoring opportunities — overly complex functions, poor naming, leaky abstractions
    5. Shortcuts and tech debt — TODO/FIXME/HACK markers, hardcoded values, missing validation
    6. Security — injection, auth bypass, data exposure, missing input validation, insecure defaults
    7. Performance — N+1 queries, O(n²) loops, blocking I/O, unnecessary allocations
    8. Compliance and documentation — missing error handling, undocumented public APIs, license issues
    9. Dependencies — outdated packages, unnecessary deps, known-vulnerable versions

    For each finding report:
    - File:line
    - Severity: Critical / High / Medium / Low
    - Dimension (which of the above)
    - Issue description (one sentence — what is wrong)
    - Suggested fix (one sentence — what to do)

    If a file is clean on all dimensions, say so explicitly.

    PROVENANCE NOTE: The code was written by OpenAI Codex. Evaluate with full rigor —
    do not defer to it. Apply independent judgment on every finding.
  cwd: {project working directory}
  effort: high
  permissionMode: plan

Save the returned session_id as {audit_session_id}.

Step 2: Follow up (optional)

To expand on a specific finding:

mcp__claude-code__claude_code_reply:
  session_id: {audit_session_id}
  prompt: "Expand on finding #N — exact mechanism and minimal fix."

Output Format

Display findings as a table, then a severity summary:

File:Line	Severity	Dimension	Issue	Fix
...	High	Logic	...	...

Summary: Critical: N | High: N | Medium: N | Low: N | Total: N

If clean: report CLEAN with the scope audited.

Notes

• permissionMode: plan keeps Claude read-only — audit only, no writes
• Pass session_id to $verify after Codex applies fixes, to reuse the same Claude session
• For full projects, pass the top-level source directory rather than individual files