Process Code Review Skill

When to Use This Skill

• After running /monty-code-review:code-review to generate a review document.
• When you have a *_review.md file with severity-tagged issues to process.
• When you want systematic, tracked resolution of code review findings.
• When reviewing a colleague's code review document and fixing issues one-by-one.

This skill is the second step in the code review workflow:

Step 1: /monty-code-review:code-review → Creates *_review.md
Step 2: /process-code-review:process-review *_review.md → Fix/skip issues
Step 3: /backend-atomic-commit:pre-commit → Run pre-commit checks and fix issues

Example Prompts

Basic Usage

• "Process the wellbeing_service_review.md file and help me fix the issues."
• "Use your process-code-review skill on optimo_core/docs/code_reviews/api_review.md"
• "Go through the code review findings in this file and fix or skip each one."

With Arguments

• /process-code-review:process-review myfile_review.md - Interactive mode (default)
• /process-code-review:process-review --dry-run myfile_review.md - Preview only, no changes
• /process-code-review:process-review --auto myfile_review.md - Auto-fix all issues
• /process-code-review:process-review --auto --severity=NIT myfile_review.md - Auto-fix only NITs
• /process-code-review:process-review --severity=BLOCKING api_review.md - Process only BLOCKING issues

Processing Workflow

When this skill is active and you are asked to process a review document:

1. Parse Review Document

Read the review file and extract all issues. Look for:

• Severity tags: [BLOCKING], [SHOULD_FIX], [NIT]
• Issue titles: Following the severity tag
• Location: File path and line numbers
• Code snippets: Current problematic code
• Problem description: Explanation of the issue
• Proposed fix: Suggested code or approach

Common patterns to look for:

### [BLOCKING] Issue Title

**Location:** path/to/file.py:L120-L145

**Current code:**
...

**Problem:**
...

**Proposed fix:**
...

2. Create Todo List

Use TodoWrite to track all issues:

• Group by severity: BLOCKING first, then SHOULD_FIX, then NIT
• Mark each as pending initially
• Update status as you process each issue

Example todo list structure:

[BLOCKING] C1. N+1 Query Pattern - pending
[BLOCKING] C2. Missing Org Scoping - pending
[SHOULD_FIX] S1. Performance Issue - pending
[NIT] N1. Docstring Missing - pending

3. Present Issues One-by-One

For each issue, starting with highest severity, display:

━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
[SEVERITY] Issue Title (N of M)
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Location: file.py:L120-L145

Current Code:
    <code snippet from review>

Problem:
    <description of issue>

Proposed Fix:
    <suggested code or approach>

━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Then ask: Fix this issue or skip it?

Wait for user response before proceeding.

4. Handle User Response

If User Says "Fix" / "Yes" / "Proceed"

1. Read the source file to understand current state

2. Apply the proposed fix using Edit tool

3. Run quality checks on the modified file:

   • .bin/ruff check <file> --fix
   • .bin/ruff format <file>

4. Update the review document to mark the issue as FIXED:

   ### [BLOCKING] Issue Title
   **Status:** ✅ FIXED (YYYY-MM-DD)

5. Update TodoWrite to mark as completed

6. Move to the next issue

If User Says "Skip" / "Ignore" / "No"

1. Do NOT modify the source file

2. Ask for optional reason (or use "Deferred")

3. Update the review document to mark the issue as IGNORED:

   ### [BLOCKING] Issue Title
   **Status:** ⏭️ IGNORED (YYYY-MM-DD)
   **Reason:** [User's reason or "Deferred"]

4. Update TodoWrite to mark as completed (skipped)

5. Move to the next issue

5. Quality Checks

After each fix, run quality checks:

• ruff check <file> --fix - Auto-fix linting issues
• ruff format <file> - Format code
• ty check <file> - Type check (baseline acceptable)
• python manage.py check - Django system checks (if applicable)

If quality checks reveal additional issues, fix them before moving on.

6. Summary After Processing

When all issues are processed, provide a summary:

━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━
Review Processing Complete
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Total Issues: 13
  ✅ Fixed: 8
  ⏭️ Skipped: 3
  📅 Deferred: 2

Files Modified:
  - optimo_core/services/wellbeing_service.py
  - optimo_core/schemas/wellbeing.py

Next Steps:
  Run /backend-atomic-commit:pre-commit to run pre-commit checks and fix issues.
  Review document remains uncommitted (working documentation).
━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━

Status Markers

Use these markers when updating review documents:

Status	Marker	Meaning
Open	(no marker)	Issue not yet addressed
Fixed	✅ FIXED	Issue has been resolved in code
Ignored	⏭️ IGNORED	Issue intentionally skipped
Won't Fix	🚫 WON'T FIX	Issue acknowledged but will not be fixed
Deferred	📅 DEFERRED	Issue to be addressed in future work

Always include the date: **Status:** ✅ FIXED (2025-01-15)

Severity Priority Order

Process issues in this order:

1. [BLOCKING] - Must fix before merge

   • Correctness issues
   • Security flaws
   • Data integrity problems
   • Multi-tenant boundary violations

2. [SHOULD_FIX] - Important but not blocking

   • Performance issues
   • Missing tests
   • Confusing control flow

3. [NIT] - Minor style/structure issues

   • Docstring improvements
   • Variable naming
   • Code organization

Quality Gates

Before marking a review as complete, verify:

1. All [BLOCKING] issues are either Fixed or explicitly Ignored with documented reason
2. All [SHOULD_FIX] issues are addressed or have a documented deferral reason
3. Linting passes: .bin/ruff check --fix
4. Formatting is correct: .bin/ruff format
5. Type checks pass baseline: .bin/ty check
6. Relevant tests still pass

Handling Arguments

Parse arguments to adjust behavior:

Available Flags

Flag	Description
--dry-run	Show all issues and proposed fixes without modifying any files
--auto	Apply all fixes without prompting (use with caution)
--severity=<LEVEL>	Filter to only process issues of specified severity
(no flags)	Interactive mode - prompt for each issue (default)

Severity Filter Values

• --severity=BLOCKING - Only process BLOCKING issues
• --severity=SHOULD_FIX - Only process SHOULD_FIX issues
• --severity=NIT - Only process NIT issues

Examples

# Preview all issues without making changes
/process-code-review:process-review --dry-run api_review.md

# Auto-fix everything (careful!)
/process-code-review:process-review --auto api_review.md

# Auto-fix only minor issues, prompt for important ones
/process-code-review:process-review --auto --severity=NIT api_review.md

# Focus on critical issues only
/process-code-review:process-review --severity=BLOCKING api_review.md

# Dry-run to see only BLOCKING issues
/process-code-review:process-review --dry-run --severity=BLOCKING api_review.md

Combining Flags

Flags can be combined:

• --dry-run --severity=BLOCKING: Preview only BLOCKING issues
• --auto --severity=NIT: Auto-fix only NITs (safe for minor style fixes)

File Modification Rules

• Source files: Modify to apply fixes
• Review document: Update with status markers only
• This skill does NOT commit: After processing, run /backend-atomic-commit:pre-commit to run pre-commit checks on staged changes

Strictness Guidelines

• For [BLOCKING] issues: Be thorough, verify the fix addresses the root cause
• For [SHOULD_FIX] issues: Apply the suggested fix, ensure it doesn't break tests
• For [NIT] issues: Apply quickly, these are usually straightforward
• Always read the source file before editing to understand context
• If a proposed fix seems incomplete or incorrect, suggest improvements before applying

Integration Notes

This skill integrates with:

• monty-code-review: Generates the review documents this skill processes
• backend-atomic-commit: Runs pre-commit checks and fixes issues after processing

The three-step workflow ensures:

1. Thorough review generation
2. Systematic fix application
3. Pre-commit validation before any commit