pg-feature-brainstorm

To explore the design space for a PostgreSQL backend feature, you need a structured framework that frames fuzzy ideas into concrete usage surfaces and identifies candidate approaches before implementation. This prevents premature coding by mapping out decision points.

Planning PostgreSQL database engine enhancements requires a two-phase approach: surveying existing internal mechanisms to prioritize reusing established subsystems, then cross-referencing CommitFest entries and git logs for prior art to ensure evidence-based design.

Cross-referencing CommitFest entries helps scope PostgreSQL backend hooks by providing evidence-based design context, allowing you to check for prior art and established subsystems before committing to specific code changes for core modifications.

Yes, feature planning techniques apply directly to adding a new SQL keyword to the PostgreSQL backend. They help identify the relevant subsystems and define necessary decision points during early-stage planning without writing implementation code.

Surveying established PostgreSQL subsystems when modifying database internals reduces maintenance overhead by prioritizing the reuse of existing mechanisms over inventing new ones. This ensures your backend hook or core modification integrates cleanly.

Early-stage planning for PostgreSQL core modifications focuses strictly on design space exploration and scoping; it does not generate implementation code. You must separately handle the actual development of database engine enhancements and hooks.