linux-kernel-patch-review

Review Linux kernel patches across eight structured stages with severity classifications.

1|Updated Mar 7, 2026
One-click install
npx skills add https://github.com/gitcomit8/agent-skills --skill linux-kernel-patch-review
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: linux-kernel-patch-review
Source: https://github.com/gitcomit8/agent-skills/tree/main/linux-kernel-patch-review
Command: npx skills add https://github.com/gitcomit8/agent-skills --skill linux-kernel-patch-review

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

This Skill automates the rigorous review of Linux kernel patches, ensuring code quality, correctness, and adherence to maintainer standards, thereby reducing the burden on human maintainers and improving the kernel's stability.

Core Features & Use Cases

  • Comprehensive 8-Stage Review: Follows a structured process covering commit message, coding style, API correctness, safety, performance, and maintainability.
  • Severity-Based Findings: Classifies issues into BLOCKER, MAJOR, MINOR, SUGGESTION, and NITPICK for clear prioritization.
  • Use Case: Submit a patch intended for the Linux kernel's networking subsystem, and receive a detailed review identifying potential race conditions, style violations, and API misuse, along with actionable fixes and a final verdict on submission readiness.

Quick Start

Review the provided Linux kernel patch for correctness and adherence to coding standards.

Frequently Asked Questions about linux-kernel-patch-review

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

FAQPage Schema
How do I review a Linux kernel patch before submitting it to maintainers?

Reviewing a Linux kernel patch involves analyzing commit message quality, coding style compliance, API correctness, memory safety, performance, and maintainability to ensure it meets maintainer standards.

What is the best way to check Linux kernel code for memory safety and race conditions?

Checking Linux kernel code for memory safety involves a structured patch review that identifies potential race conditions, API misuse, and safety issues, classifying them by severity for clear prioritization.

How does an automated Linux kernel patch review process work?

An automated Linux kernel patch review process works by conducting an 8-stage analysis covering commit messages, style, API, and performance, outputting severity-based findings and a final submission verdict.

Can I get a submission readiness verdict for my Linux kernel networking patch?

You can get a submission readiness verdict for a Linux kernel networking patch by evaluating its correctness and adherence to coding standards, resulting in a READY, NEEDS WORK, or NEEDS SIGNIFICANT REWORK status.

What severity classifications are used when checking Linux kernel coding style compliance?

When checking Linux kernel coding style compliance, issues are classified into BLOCKER, MAJOR, MINOR, SUGGESTION, and NITPICK severity levels to provide clear prioritization and actionable fixes.

Why does my Linux kernel patch need significant rework before submission?

Your Linux kernel patch needs significant rework when a structured review identifies critical issues like API misuse, memory safety violations, or severe maintainability problems that fail maintainer standards.