MCP CCPP Project Indexer

What is MCP CCPP Project Indexer?

MCP CCPP Project Indexer is a deterministic C++ source-range indexer designed for large, module-heavy projects and MCP-based AI code navigation. It maps C++ symbols, files, and C++20 modules to exact source ranges so that an AI can read only the relevant code without guessing.

How to use MCP CCPP Project Indexer?

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Key features of MCP CCPP Project Indexer

• Deterministic C++ source-range indexing
• Maps symbols, files, and C++20 modules to exact source ranges
• Built for MCP-based AI code navigation
• Focused on large, module-heavy projects
• Does not guess code—only finds and reads it
• Not a compiler, LSP replacement, refactoring engine, semantic analyzer, or call-graph builder

Use cases of MCP CCPP Project Indexer

• Providing precise code locations to AI assistants for navigation
• Enabling MCP-based tools to read only relevant source ranges in large C++ projects
• Indexing C++20 module structures for context-aware code queries

FAQ from MCP CCPP Project Indexer

What does MCP CCPP Project Indexer do?

It is a deterministic C++ source-range indexer that maps code elements to exact source ranges, enabling an AI to read only the code it needs.

Is MCP CCPP Project Indexer a compiler or an LSP replacement?

No, it is neither a compiler, LSP replacement, refactoring engine, semantic analyzer, nor call-graph builder. Its job is simply to find code, read it, and not guess.

What is its core principle?

The indexer’s job is simple: find code, read code, and do not guess code.

What kind of projects is it intended for?

It is intended for large, module-heavy C++ projects and MCP-based AI code navigation.

What does it produce?

It produces exact source ranges for C++ symbols, files, and C++20 modules.