Vibealive

A framework-aware code analysis tool for Next.js projects. Identify unused files, dead code, and redundant API endpoints to keep your codebase clean and maintainable.

Quick Start

# Analyze your Next.js project
npx vibealive analyze .

# Use in different languages
npx vibealive analyze . --locale es  # Spanish
npx vibealive analyze . --locale fr  # French
npx vibealive analyze . --locale de  # German
npx vibealive analyze . --locale pt  # Portuguese

# Start MCP server for IDE integration
npx vibealive serve --stdio

Features

• Smart Analysis: Detects Next.js versions and routing patterns (App Router, Pages Router, hybrid)
• Dependency Tracking: Builds complete dependency graph to find orphaned files
• API Analysis: Identifies unused API endpoints
• Multiple Formats: Generates JSON, Markdown, and other report formats
• MCP Integration: Built-in Model Context Protocol server for IDE/LLM integration
• Build Integration: Webpack plugin and CI/CD pipeline support
• Focused Scans: Specialized analysis for themes, SEO, performance, and comprehensive WCAG 2.2 accessibility compliance
• Internationalization: Multi-language support with community translations

Installation

# Run directly with npx (recommended)
npx vibealive analyze <project-path>

# Or install globally
npm install -g vibealive

Documentation

See the docs directory for complete documentation:

• Overview - Features and capabilities
• CLI Usage - Command-line interface
• MCP Server - Integration with IDEs and tools
• Build Integration - Automated analysis in CI/CD pipelines
• Internationalization - Multi-language support and translation guide

Contributing

We welcome contributions from the community! Please read our Contributing Guide for details on:

• Development setup and workflow
• Code style and testing requirements
• Pull request process and review guidelines
• Types of contributions we're looking for

Please also review our Code of Conduct which outlines our community standards and expectations for respectful collaboration.

License

MIT