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204,280 tools. Last updated 2026-06-14 23:34

"CMake" matching MCP tools:

  • Clean SailfishOS project build artifacts by running the appropriate CMake clean command in the specified build directory.
    MIT
  • Discover installed development tools (compilers, build systems, runtimes) on your system and get their paths and versions. Use this before running build commands to avoid PATH issues.
    MIT
  • Execute make commands in isolated build environments to compile code, run tests, and manage software builds without local dependency installation.
    MIT
  • Run any target from a Makefile by specifying the target name and optional arguments to automate development tasks such as testing or code formatting.
    MIT
  • Display environment variables and build tool versions for software projects. Optionally isolate configurations by Git branch using worktrees.
    MIT
  • Identify and avoid common development mistakes and anti-patterns in SailfishOS applications across areas like Harbour, QML, C++, and CMake.
    MIT

Matching MCP Servers

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    A Gradio-based MCP server for comprehensive CMake project management that enables configuring, building, and testing CMake projects with preset support, error analysis, and LLM-friendly output formatting. Provides both web UI and MCP protocol access for streamlined C++ development workflows.
    Last updated
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  • A
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    A Model Context Protocol server that enables LLMs to safely execute make targets from a Makefile, allowing AI assistants to run tests, format code, and automate various development tasks through natural language interaction.
    Last updated
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    10
    MIT
  • Retrieve comprehensive vehicle specifications, history, recalls, and market value by entering year, make, model, and optional trim.
    MIT
  • Play a macOS system sound to provide audio feedback for informational events, helping users receive audible notifications during AI assistant interactions.
    MIT
  • Retrieve available vehicle makes for maintenance purposes by specifying a year. This tool helps identify compatible makes for service and repair needs.
    MIT
  • List inventory items by triggering an automation workflow designed for AI systems, enabling seamless integration with your existing Make scenarios.
    MIT
  • Play system sounds, text-to-speech audio, or custom audio files to provide audio feedback in applications.
    MIT
  • Run scenarios to add new items to inventory by specifying the item name, enabling AI assistants to trigger automation workflows on the Make MCP Server.
    MIT
  • Test dynamic connections in Make automation workflows. Execute and validate scenario 2361 to ensure seamless integration and functionality within AI-triggered systems.
    MIT
  • Execute Scenario D - Subscenario by sending text input, enabling AI systems to trigger and interact with automation workflows on the Make MCP Server.
    MIT
  • Trigger and interact with automation workflows by processing an array of text collections. Designed for integrating Make scenarios with AI systems to enhance task automation.
    MIT
  • Execute predefined automation scenarios on the Make MCP Server, handling diverse inputs like arrays, collections, booleans, dates, JSON, numbers, and text for workflow integration.
    MIT