GraphPulse C++

Analyzes C++ codebases via AST parsing to build comprehensive, queryable dependency graphs for AI agents.

От сообществаРаботаетБез входаГлобальныйБесплатноТолько чтение

Что умеет

  • Analyze Codebase: Ingest a C++ codebase and build its dependency graph. This tool does NOT accept 'code_content'. Provide exactly ONE of: repo_url, raw_files, or directory_path. - repo_url: an HTTPS G
  • Get File Functions: List all functions defined in a specific source file. Use the relative path exactly as returned in the analyze_codebase output (e.g., 'src/engine.cpp' or 'main.cpp'). Args: filepat
  • Get File Coupling: Generate a report showing which files depend on which other files. Aggregates cross-file function calls into a per-file-pair summary (e.g., 'src/main.cpp -> src/utils.cpp (3 calls)'

Какие данные видит

Нужен ли аккаунт

Не нужен: сервер работает без входа

Analyzes C++ codebases via AST parsing to build comprehensive, queryable dependency graphs for AI agents. Maps complex function relationships to identify upstream callers, circular dependencies, and orphan code. Includes GitHub repo ingestion and token-safe Mermaid.js visual exports to guide safe code refactoring.

Список инструментов сервера (8)

Технические названия из tools/list. Нужны только разработчикам.

analyze_codebase Ingest a C++ codebase and build its dependency graph. This tool does NOT accept 'code_content'. Provide exactly ONE of: repo_url, raw_files, or directory_path. - repo_url: an HTTPS GitHub URL (e.g. 'https://github.com/user/repo'). Optionally add patch_content (a unified diff string) to overlay uncommitted changes on the cloned repo. - raw_files: for hobby projects or small codebases NOT hosted on GitHub. The user pastes their C++ code directly and you wrap each file into a JSON array of objects with 'filename' and 'content' keys. Example: [ {"filename": "main.cpp", "content": "void main() { helper(); }"}, {"filename": "utils.cpp", "content": "void helper() {}"} ] - directory_path: absolute local filesystem path (local mode only; rejected when the server runs in cloud mode). Args: repo_url: HTTPS URL of a git repository to clone. patch_content: Unified diff to apply after cloning repo_url. raw_files: List of dicts [{"filename": str, "content": str}]. Use this when the user shares code snippets directly and does not have a git repository. directory_path: Local path to scan (local mode only). Returns: Status message with file count and function count.
get_file_functions List all functions defined in a specific source file. Use the relative path exactly as returned in the analyze_codebase output (e.g., 'src/engine.cpp' or 'main.cpp'). Args: filepath: Relative path of the source file within the analyzed workspace. Returns: A newline-separated list of function names, or no-match message.
get_file_coupling Generate a report showing which files depend on which other files. Aggregates cross-file function calls into a per-file-pair summary (e.g., 'src/main.cpp -> src/utils.cpp (3 calls)'). Returns: A formatted coupling report, or a message if no cross-file deps exist.
get_callers List upstream functions that call the given function. Args: function_name: Exact name of the function (e.g., 'calculate_interest'). Returns: Comma-separated list of caller function names.
get_callees List downstream functions that are called by the given function. Args: function_name: Exact name of the function (e.g., 'process_client'). Returns: Comma-separated list of callee function names.
detect_cycles Detect circular dependencies in the current call graph. Returns: Formatted list of cycles, or a message if none found.
get_orphan_functions Identify functions that are defined but never called by any other function. Returns: Comma-separated list of orphan function names.
generate_mermaid_graph Generate a Mermaid.js dependency diagram and return it as a markdown string. The AI can render this diagram inline in the chat. For large graphs, use focus_node and max_depth to keep the output token-efficient. Args: focus_node: Optional function name to centre the graph on. max_depth: Max hops from focus_node (default 2). Returns: A Mermaid-fenced markdown string for inline rendering.