Codemogger FAQs

Question 1

What are the key benefits of using Codemogger for developers or AI agents?

Accepted Answer

It provides rapid, intelligent code comprehension and navigation. Developers can find relevant code by natural language, while AI agents gain a crucial understanding of codebases, enabling more accurate and context-aware responses and actions. Its incremental indexing also keeps the index up-to-date efficiently.

Question 2

Which programming languages does Codemogger support for indexing?

Accepted Answer

Codemogger leverages tree-sitter to support a wide range of languages including Rust, C, C++, Go, Python, Zig, Java, Scala, JavaScript, TypeScript, TSX, PHP, and Ruby.

Question 3

How does Codemogger handle code search, both semantic and keyword?

Accepted Answer

It uses tree-sitter for semantic chunking, then encodes these chunks into local embeddings. Search queries are processed either via vector cosine similarity for semantic matches or a full-text search (FTS) index for keyword lookups, offering superior relevance and speed compared to traditional grep tools.

Question 4

What is Codemogger and what problem does it solve?

Accepted Answer

Codemogger is a code indexing library that parses source code semantically, embeds it locally, and stores it in a single SQLite file. It enables fast, precise keyword and natural language semantic search, helping AI coding agents and developers quickly understand and navigate codebases without external dependencies.

Question 5

Are external APIs or servers required to use Codemogger?

Accepted Answer

No, Codemogger is entirely local-first. It processes embeddings on your machine and stores all indexed data in an embedded SQLite database. This means no external API keys, servers, or Docker containers are needed, ensuring privacy and local execution.

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