go-mongodb-repository

To implement a MongoDB repository in Go without driver leakage, encapsulate the official mongo-go-driver behind a narrow, consumer-defined interface within a domain-driven architecture, ensuring no driver-specific types reach your application layer.

The best way to handle multi-tenant data isolation in a Go MongoDB persistence layer is to enforce mandatory tenant scoping directly within the repository pattern, ensuring all persistence operations are strictly scoped to the correct tenant.

To manage optimistic concurrency control with MongoDB in Go, implement versioning within your repository pattern to handle concurrent updates safely, translating driver errors to prevent data conflicts during persistence operations.

To build MongoDB aggregation pipelines in a Go repository pattern, implement standardized pipeline construction methods within your repository, encapsulating the mongo-go-driver aggregation logic behind your domain interface.

Yes, the Go MongoDB repository pattern supports compile-time interface validation by enforcing compile-time interface assertions for all persistence operations, ensuring strict type safety and that repositories fulfill consumer-defined contracts.

You should not use a repository pattern for MongoDB in Go if your project requires direct driver access without domain-driven architecture boundaries, as this pattern deliberately hides the mongo-go-driver to enforce strict separation and tenant isolation.