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620,054 tools. Updated 2026-09-28 22:21

"Iterative Code Development and Analysis Guidelines" matching MCP tools:

  • Check code for anti-patterns, metrics, and standards compliance. Returns a quality score, critical issues, warnings, and a pass/needs-work verdict.
    MIT
  • Check Tolk source code for syntax and type errors quickly. Supports custom @alias import resolution for faster feedback during development.
    MIT
  • Retrieve coding guidelines and relevant context for any file path before editing. Ensures code consistency by providing guidelines tailored to the specific file or folder.
    ISC

Matching MCP Servers

  • F
    license
    Not graded
    quality
    B
    maintenance
    Enables static analysis of code snippets and public GitHub repositories using ruff and semgrep through a secure MCP SSE server.
    -
  • A
    license
    Not graded
    quality
    D
    maintenance
    An MCP server that provides six code review tools for use with Claude Code or any MCP client. Each tool reads a file from disk, pairs its contents with a structured review prompt, and returns the bundle for the LLM to evaluate.
    1
    MIT

Matching MCP Connectors

  • Read-only access to your Guidelines brands: colors, fonts, logos and Guide pages as markdown.

  • Cloudflare Workers MCP server: code-explainer

  • Retrieve procedural guidelines and domain rules for setting up a local Laravel 13 development environment. Use an optional section filter to access specific setup topics.
    MIT
  • Generate novel ideas for any challenge using creative frameworks like SCAMPER and Design Thinking, with domain context and feasibility analysis. Refine concepts through iterative clustering and constraint handling.
    MIT
  • Build cost-utility analyses for drug comparisons using Markov models, probabilistic sensitivity analysis, and adherence to ISPOR/NICE guidelines to determine cost-effectiveness.
    MIT
  • Implement code using strict Test-Driven Development methodology by writing tests before production code. Supports iterative TDD cycles with session resume functionality.
    MIT
  • Retrieve universal development rules and best practices for Modus Web Components to ensure consistent code quality and adherence to design system guidelines.
    MIT
  • Retrieve the complete configuration for a project, including its tech stack, sub-agents, MCP tools, guidelines, and code patterns, to understand the full setup before development.
    MIT
  • Generate novel ideas by applying creative frameworks (SCAMPER, Design Thinking) with domain context, idea clustering, feasibility analysis, and iterative refinement. Supports Gemini, Codex, and Claude.
    MIT
  • Estimate software development cost, schedule, and team size via COCOMO analysis of source code.
    BSD 3-Clause
  • Start an iterative AI development loop that continuously improves work through self-referential feedback, with progress tracking, git integration, and template support.
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