go-backend

A stdlib-first Go backend structure minimizes dependency bloat by prioritizing the standard library and enforcing a clear layered architecture. This approach separates handler, service, and repository layers with explicit transaction boundaries to maintain reliable domain models.

Setting up a Go REST API with sqlc and pgx uses a stdlib-first architecture with Chi routing. This stack provides type-safe database queries, explicit transaction boundaries, and layered domain models for maintainable microservices.

Yes, this Go backend architecture supports integration testing with testcontainers. It includes comprehensive testing guidelines that leverage testcontainers to spin up database instances, ensuring your pgx and sqlc repository layers are validated against real database environments.

Yes, you can use Goose database migrations in a layered Go backend. The architecture integrates Goose to manage schema changes alongside pgx and sqlc, ensuring your database state remains synchronized with your strongly typed domain models and repository layer.

Handle password hashing and UUIDs in a Go microservice using Argon2id for security and UUIDv7 for identifiers. This stdlib-first approach establishes security-conscious defaults throughout the service and repository layers without relying on excessive external dependencies.

Choose a stdlib-first approach for Go backends to solve the problem of over-dependency bloat and inconsistent architectures. It crafts maintainable services with minimal dependencies, using targeted libraries like Chi and sqlc rather than restrictive overarching web frameworks.