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741,228 tools. Updated 2026-11-04 02:41

"Resources to Improve AI Coding Ability in C++ and Rust" matching MCP tools:

  • Save permanent operational rules learned during coding sessions. These rules persist and auto-surface in search results to prevent AI agents from repeating mistakes.
    Business Source 1.1
  • Generate or improve social media captions with AI. Optionally refine a draft and tailor tone for specific platforms.
    MIT
  • Generate or improve AI social media captions. Provide a draft and target platforms for tone-aware text. Costs 1 AI credit.
    MIT
  • Detect memory and lifecycle violations like complex ownership, unsafe blocks, escaping references, and illegal mutability on borrowed data. Useful for Rust and C++ reviews.
    MIT
  • Scan npm, PyPI, or Rust crate packages for known CVEs and deprecation using Google OSV.dev. Provide a package name and optional version or ecosystem to audit security and stable release status.
    MIT

Matching MCP Servers

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    MCP server that demonstrates the Resources feature by exposing static and dynamic resources, including contact data and personalized greetings, through MCP.
    MIT
  • A
    license
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    C
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    Captures user corrections and improvements during interactions, logs them, finds recurring patterns, and prescribes preventive fixes like CLAUDE.md rules, skills, scripts, or MCP tools to avoid repeating mistakes.
    4 npm
    MIT

Matching MCP Connectors

  • Persistent project context — Rust-native MCP server. IANA-registered .faf format.

  • Search the FAA handbooks, advisory circulars and Airman Certification Standards (ACS) used for pilot training, and read any page in full with its figures, charts and tables. Every result links back to the exact page so answers can be cited. Free, public, no API key.

  • Scan source code with Semgrep to find security vulnerabilities, bugs, and anti-patterns. Supports multiple languages including Python, JavaScript, Java, Go, C, C++, Ruby, and more.
    MIT No Attribution
  • Extract import/dependency statements from source files in Patchloom for Rust, Python, JS/TS, Go, Java, C/C++, Ruby, and PHP; use reverse mode to find what imports a file.
    MIT
  • Activate, deactivate, or spend a character's activatable ability in Black Sword Hack by specifying its ID and mode. Use it to consume bounded resources, toggle stances, or apply prepared doses.
    GPL 3.0
  • Delegate a scoped coding task to an external AI worker in an isolated git worktree with independent verification.
    MIT
  • Compile C++ changes in Unreal Engine without closing the editor, using Live Coding for rapid iteration on function body modifications.
    MIT
  • Analyzes your AI collaboration patterns to identify blind spots in project setup, development habits, and knowledge gaps, helping you improve how you work with AI coding tools.
    MIT
  • Resolve a symbol to its exact or fuzzy definition(s) across C, C++, Python, Rust, TypeScript, Kotlin, and Swift. Get candidates with signatures, locations, and variants to disambiguate before graph or read calls.
    MIT
  • Submit a coding task to have AI write code, commit to GitHub, and optionally deploy. Returns a task ID to poll for results.
    MIT
  • Score your prompt against a validated rubric covering Specificity, Clarity, Scope, Verification, and Constraint Calibration to improve your AI coding assistant interactions.
    MIT
  • Analyze AI-assisted coding adoption over time, compare human vs AI contributions by language, and track efficiency trends to understand AI's impact on development.
    ISC
  • Search AiWiki for AI-coding pitfalls and LLM privacy protection answers. Get cited explanations and solutions for recurring AI failures.
    CC BY-SA 4.0
  • Assess GitHub user readiness for open source contributions by scoring profile completeness, coding activity, and language diversity, then provide personalized improvement tips.
    MIT