repo-memory-graph

You can maintain a persistent map of your codebase by storing modules, dependencies, conventions, bug history, and ownership in a JSON knowledge graph. This structure captures relationships from git metadata to provide reliable long-term context.

Tracking codebase ownership and bug history for governance is done by capturing git metadata and storing it persistently. This creates a single source of truth about module relationships and historical patterns across the repository.

Yes, a persistent memory graph supports onboarding and impact analysis by mapping dependencies, ownership, and conventions across the repository. It provides a reliable knowledge store to guide new developers through complex module relationships.

To update the knowledge graph, you write the current modules, dependencies, and ownership data into the memory store. This updates the persistent map to accurately reflect the repository's latest architecture and conventions.

No, the codebase memory graph operates without external dependencies. It natively stores repository metadata, including bug history and conventions, in a local JSON file for reliable long-term context.

A persistent knowledge graph may not suit repository maintenance if your project lacks complex module relationships, git history, or governance needs. It is designed for long-term context rather than temporary or stateless codebase tasks.