How do I initialize a configuration file?

You can run the 'mcpbr init' command via Claude to generate a template YAML configuration file, which is required before running any evaluation.

Which benchmarks are supported by this skill?

It supports SWE-bench (bug fixes), CyberGym (security vulnerabilities and exploits), and MCPToolBench++ (large-scale tool use evaluation).

Do I need Docker to run these benchmarks?

Yes, Docker is mandatory for running evaluations as mcpbr uses it to isolate and manage the benchmarking environments for reproducibility.

Can I run evaluations on specific tasks only?

Yes, the skill allows you to target specific task IDs using the -t flag, enabling you to debug or re-run specific benchmark instances.

What is the primary purpose of the mcpbr-eval skill?

It automates the evaluation of Model Context Protocol (MCP) servers using the mcpbr CLI to test AI agents against standardized benchmarks like SWE-bench.

MCP Benchmark Runner

Name: MCP Benchmark Runner
Author: greynewell

bygreynewell

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安全与测试

Evaluates and benchmarks Model Context Protocol (MCP) servers using standardized datasets like SWE-bench and CyberGym.

关于

The MCP Benchmark Runner skill enables Claude to perform rigorous, automated evaluations of MCP servers by interfacing with the mcpbr CLI. It streamlines the benchmarking process for AI agents across diverse datasets, including SWE-bench for real-world bug fixes, CyberGym for security vulnerability exploits, and MCPToolBench++ for tool-use proficiency. By managing environment prerequisites, validating YAML configurations, and generating detailed Markdown reports, this skill provides a standardized framework for measuring the reliability and performance of AI tools and agentic workflows.

主要功能

Template generation and validation for mcpbr configuration files
Detailed result exporting in JSON and Markdown report formats
Automated prerequisite validation for Docker and API environment variables
Support for granular testing including sample sizing and specific task selection
20 GitHub stars
Standardized benchmarking across SWE-bench, CyberGym, and MCPToolBench++

使用场景

Measuring the success rate of AI agents in fixing real-world software bugs
Comparing performance metrics across different AI models for specific toolsets
Evaluating the security performance of models against simulated cyber vulnerabilities

关于

主要功能

Template generation and validation for mcpbr configuration files
Detailed result exporting in JSON and Markdown report formats
Automated prerequisite validation for Docker and API environment variables
Support for granular testing including sample sizing and specific task selection
20 GitHub stars
Standardized benchmarking across SWE-bench, CyberGym, and MCPToolBench++

使用场景

Measuring the success rate of AI agents in fixing real-world software bugs
Comparing performance metrics across different AI models for specific toolsets
Evaluating the security performance of models against simulated cyber vulnerabilities