UVL Analyzer MCP

What is UVL Analyzer MCP?

The UVL Analyzer MCP is a Model Context Protocol (MCP) server that analyzes feature models written in the Universal Variability Language (UVL). It provides tools to extract insights such as atomic sets, commonality, dead features, and valid configurations.

How to use UVL Analyzer MCP?

Add the server configuration to your claude_desktop_config.json using either Docker or npx. The Docker command runs the image mcp/uvlanalyzer; the npx command uses the package @lbdudc/mcp-uvl-analyzer.

Key features of UVL Analyzer MCP

• Identifies atomic sets, core features, and dead features
• Calculates average branching factor and commonality
• Generates all valid configurations and their count
• Counts leaf features and estimates configuration count
• Detects false optional features and checks satisfiability
• Filters configurations and finds feature ancestors

Use cases of UVL Analyzer MCP

• Analyze the complexity of a feature model using average branching factor and max depth
• Identify mandatory and dead features for product-line documentation
• Generate the complete set of valid product configurations
• Validate a feature model’s consistency with satisfiability checks
• Optimize feature models by detecting atomic sets and false optionals

FAQ from UVL Analyzer MCP

What is UVL?

UVL stands for Universal Variability Language, a language for writing feature models.

How do I install UVL Analyzer MCP?

You can run it via Docker with the image mcp/uvlanalyzer or via npx with the package @lbdudc/mcp-uvl-analyzer.

What analysis tools does it offer?

It provides tools for atomic sets, branching factor, commonality, configuration generation, core and dead features, leaf counts, satisfiability, filtering, and more.

How do I configure it with Claude Desktop?

Add the appropriate JSON block under mcpServers in your claude_desktop_config.json (either the Docker or npx variant shown in the README).

What license does UVL Analyzer MCP use?

It is licensed under the MIT License, allowing free use, modification, and distribution.