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Analyze multi-language code with fast symbol, reference, and cross-file structure lookup.
This MCP tool is described as a local code syntax analysis and indexing utility, with no stated secrets required and no remote endpoints disclosed. It has normal local-tool capabilities such as executing code locally, reading source files, and building SQLite indexes; being open source makes it generally a caution-level tool rather than high risk, with no clear red flags shown in the materials.
The materials explicitly state that no keys or environment variables are required, and no OAuth, API token, or other sensitive credential needs are disclosed, so credential exposure and misuse risk appears low.
The materials list no remote endpoints, and the described functionality focuses on local Tree-sitter analysis, LSP-style queries, and SQLite indexing, with no evidence that user code or queries are sent to external services.
System checks indicate that the tool executes code or local processes; combined with its MCP code-analysis purpose, this is a normal local-tool capability. Environment isolation is still advisable, but the materials do not show system privileges beyond its stated function.
It claims to provide symbol, definition/reference, and cross-file search for JavaScript, TypeScript, TSX, Python, and Rust files using SQLite indexing, which implies reading local source files and writing local index data. This matches the stated function, with no obvious sign of overbroad access in the materials.
The project is open source under the MIT License and its source is auditable, which is a clear risk-reducing factor. However, it comes from a third-party registry, shows 0 stars, and has unknown maintenance status, so supply-chain maturity and maintenance signals are weak; review the repository and dependencies before installation.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "syntax-map-mcp" yet — see the docs or source repo.
Analyze the fetchUserData function in this TypeScript project. List its definition location, all reference locations, and which modules call it.
A structured result with the function definition, references, and cross-file call relationships.
Scan this Python codebase and list classes, functions, and methods by file, including name, type, and location, so I can quickly understand the project structure.
An organized symbol index by file to help quickly review the codebase structure.
Run an AST query on this Rust project to find all structs that implement a trait, and return the file, node type, and matching code snippet.
AST matches that meet the query, including file locations and relevant code snippets.
Parse and analyze code structure with Tree-sitter for understanding and automation.
Parse code with Tree-sitter to analyze syntax trees and automate code workflows.
Extract functions, classes, and snippets from code with precise line numbers.
Analyze code structure and Git history while drastically reducing AI token usage.
Analyze, match, and transform code structures across multiple programming languages.
Analyze code structure with tree-sitter to understand projects and source relationships.