One-click install
npx skills add https://github.com/RhyTsui/PMOS --skill pmos-code-review
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: pmos-code-review
Source: https://github.com/RhyTsui/PMOS/tree/main/skills/pmos-code-review
Command: npx skills add https://github.com/RhyTsui/PMOS --skill pmos-code-review

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It prevents unsafe or incorrect implementation changes from slipping past the acceptance gate by enforcing a structured, incremental review focused on correctness, regressions, architecture conformance, and requirement traceability.

Core Features & Use Cases

  • Change-set-first governed review: Reviews only the actual diff to keep review incremental rather than historical debt.
  • Failure-mode and traceability checks: Verifies correctness, behavioral regression risk, architecture drift, missing tests, and requirement mismatches.
  • Triage into actionable outcomes: Categorizes findings as blocker, should-fix, or optional follow-up, and produces a clear pass/rework recommendation.

Quick Start

Use the skill for a pre-acceptance review of the current change set by asking it to triage findings into blocker and should-fix items and state whether testing acceptance may proceed.

Frequently Asked Questions about pmos-code-review

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I perform a pre-acceptance code review on an incremental diff?

Pre-acceptance code review analyzes an incremental diff to check correctness, regression risk, architecture conformance, and requirement traceability. It triages findings into blockers, should-fix items, and residual risks to determine if the change set can pass testing acceptance.

What is requirements traceability in a governed code review?

Requirements traceability in governed code review verifies that incremental implementation changes align with specified requirements. It identifies requirement mismatches within the change set to prevent incorrect or unsafe code from slipping past the acceptance gate before testing closes.

How do I identify test gaps and regression risks before closing testing acceptance?

Test-gap analysis and regression prevention identify missing tests and behavioral regression risks by reviewing the actual code diff. This incremental review categorizes these risks as blockers or should-fix items, producing a clear rework recommendation to stop unsafe changes at the acceptance gate.

Can I use incremental code review to check architecture conformance for a change set?

Yes, incremental code review checks architecture conformance by evaluating the actual diff for architecture drift. It scopes the review to the current change set rather than historical debt, categorizing any architecture violations as blockers or should-fix items before testing acceptance.

What is the best way to triage code review findings for acceptance gating?

The best way to triage findings for acceptance gating is to categorize them into explicit blocker, should-fix, and optional follow-up levels. This governed review produces scoped outcomes with clear pass or rework recommendations, ensuring only safe changes proceed past the acceptance gate.

Does code review for regression prevention review the entire codebase or just the diff?

Code review for regression prevention reviews only the actual incremental diff. This change-set-first approach keeps the review governed and focused on the current changes, avoiding historical debt while performing correctness and traceability checks before testing acceptance.