Index codebases to build dependency graphs for Haskell and ReScript. Supports incremental updates of changed files, with option for full re-index.
MIT
204,280 tools. Last updated 2026-06-14 23:34
"Haskell" matching MCP tools:
- Check the current version of a package from official registries to identify outdated dependencies. Supports npm, PyPI, Packagist, Crates.io, Maven, Go, RubyGems, NuGet, Hex, CRAN, CPAN, pub.dev, Homebrew, Conda, Clojars, Hackage, Julia, Swift PM, and Chocolatey.MIT
- Opens a file in the LSP server for analysis, enabling diagnostics, hover information, and completions. Specify the file path and language.MIT
- Analyze function call hierarchies to visualize what functions call and are called by a specific function in Haskell codebases.
- Retrieve Haskell class definitions with optional filtering by module name or pattern matching to analyze enterprise codebases.
- Identify functions that call a specific function in Haskell codebases to analyze dependencies and understand usage patterns.
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- Flicense-qualityDmaintenanceEnables searching Hoogle, the Haskell documentation search engine, for packages, functions, and types.Last updated1
- AlicenseAqualityBmaintenanceMaps function and component dependencies in Haskell and ReScript codebases, providing LLMs with a real dependency graph for accurate test generation and change-impact analysis.Last updated10106MIT
- Retrieve detailed information about specific functions in Haskell codebases to analyze their structure, parameters, and dependencies.
- Retrieve all functions defined in a specific Haskell module for code analysis, with options to limit results and include signatures.
- Generate import statements for functions, types, classes, or code elements in Haskell modules to ensure proper dependencies are declared.
- Search for Haskell functions by name pattern using wildcards to analyze enterprise-scale codebases and identify relevant functions in static code analysis workflows.
- Retrieve comprehensive class information including methods and instances for static analysis of Haskell codebases.
- Identify frequently called functions in Haskell codebases to analyze code patterns and optimize performance through static analysis.
- Find Haskell classes by name pattern with optional module filtering for enterprise codebase analysis.
- Retrieve detailed information about Haskell types including constructors and fields for enterprise-scale code analysis.
- Visualize module import relationships in Haskell codebases to analyze dependencies and understand code structure through interactive graphs.
- Identify and group similar functions in Haskell codebases to reveal common patterns and reduce duplication through static analysis.
- Retrieve detailed import information for Haskell modules to analyze dependencies and understand code structure in enterprise-scale codebases.
- Analyze import patterns and dependencies to identify module relationships and track dependency chains in Haskell codebases.
- Identify function calls that cross module boundaries in Haskell codebases to analyze architectural dependencies and maintain code structure.
- Search for recurring code patterns across functions in Haskell codebases to identify common implementations and potential refactoring opportunities.