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Code Review Server

MCP Server

AI‑powered repository analysis and structured code reviews

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Updated Apr 3, 2025

About

A Model Context Protocol (MCP) server that flattens codebases with Repomix and performs detailed code reviews using LLMs. It supports multiple providers (OpenAI, Anthropic, Gemini) and offers granular control over files, types, detail level, and focus areas.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

Overview

The Crazyrabbitltc Mcp Code Review Server is a purpose‑built Model Context Protocol (MCP) service that turns any code repository into an AI‑driven, structured review. By leveraging Repomix to flatten and index a repository, the server feeds that representation into one of several large language model (LLM) providers—OpenAI, Anthropic, or Gemini—to produce a comprehensive assessment of code quality, security posture, and maintainability. Developers can therefore outsource the tedious parts of a review—identifying hotspots, summarizing architecture, and generating actionable recommendations—to an intelligent assistant that speaks the same language as their existing MCP workflows.

Problem Solved

Manual code reviews are time‑consuming, error‑prone, and difficult to scale across multiple projects or teams. Teams often struggle with early visibility into a repository’s structure and lack consistent, repeatable quality checks. The server addresses these pain points by automating the initial flattening of a repo, segmenting large codebases into manageable chunks, and then applying an LLM to deliver a repeatable, auditable review. This allows developers to quickly surface critical issues before a human reviewer dives in, ensuring that code meets organizational standards and best practices.

Core Functionality

The service exposes two primary MCP tools:

  1. – Accepts a repository path, runs Repomix to produce a flattened textual snapshot of the entire codebase, and returns metadata such as file paths, sizes, and directory hierarchies. This tool is ideal for gaining a high‑level understanding of project organization or preparing a focused set of files for deeper inspection.

  2. – Takes the flattened representation (or a subset of files) and queries an LLM to generate a structured review. The output includes categorized issues (e.g., security, performance), severity ratings, and concrete refactoring suggestions. Parameters allow fine‑tuning: selecting specific files or file types, choosing a detail level ( vs. ), and prioritizing focus areas such as security or maintainability.

Use Cases & Real‑World Scenarios

  • Pre‑merge quality gates – A CI pipeline can invoke to surface high‑severity defects before a pull request is merged, ensuring that only code meeting the team’s standards progresses.
  • Onboarding new contributors – New developers can run to quickly map a repository’s structure, then use on key modules to understand coding conventions and common pitfalls.
  • Security compliance – By setting to “security” and selecting relevant file types, teams can audit code for OWASP‑listed vulnerabilities without manual scanning tools.
  • Performance optimization – The server can target performance hotspots, providing actionable insights that developers can apply before profiling or load testing.

Integration into AI Workflows

Because the server implements MCP, any client that understands the protocol—Claude, GPT‑4o agents, or custom tooling—can issue requests as if they were calling a local function. This seamless integration means AI assistants can orchestrate complex review workflows: first flattening the repo, then selecting specific modules, and finally delivering a polished report back to the developer. The server’s chunking logic ensures that even large monorepos stay within LLM token limits, preserving context fidelity without manual intervention.

Unique Advantages

  • Provider agnostic – Switching between OpenAI, Anthropic, or Gemini is as simple as changing an environment variable; the same review logic applies across models.
  • Scalable chunking – Repomix’s flattening combined with intelligent segmentation allows the server to handle repositories of any size while staying within LLM token constraints.
  • Structured output – Reviews are returned in a consistent, machine‑readable format (JSON‑like structure), enabling downstream tooling to parse findings automatically.
  • Developer‑friendly CLI – A lightweight command‑line interface lets developers test and iterate locally before deploying the MCP service in production.

In summary, the Crazyrabbitltc Mcp Code Review Server transforms code repositories into AI‑ready artifacts, automates thorough reviews across multiple LLMs, and integrates smoothly with existing MCP‑based workflows—making it an indispensable tool for teams seeking rapid, reliable, and repeatable code quality assurance.