: Start by creating types that represent your business rules. Use Go structs to enforce constraints (e.g., a title must be between 1–50 characters).
: Focuses on "what" the system does rather than "how" it's stored, which is vital for long-term project health. : Start by creating types that represent your business rules
: Use Ports & Adapters (Hexagonal Architecture) alongside DDD to ensure that external technologies (like MongoDB or Postgres) do not leak into the business logic. Strategic Benefits : Use Ports & Adapters (Hexagonal Architecture) alongside
Go's package system is well-suited for DDD. A common approach is to use the internal directory to prevent external exposure of domain-specific logic. Responsibility Typical Go Package Core business logic, entities, and repository interfaces. internal/domain Application Orchestrates tasks and delegates to domain objects. internal/application Infrastructure Implements repository interfaces (DB, APIs). internal/infrastructure Interfaces Entry points for the system (HTTP, CLI, gRPC). internal/interfaces Key Tactical Implementation Steps : Start by creating types that represent your business rules
This report outlines the implementation of in Golang , focusing on creating simple and maintainable systems for complex business logic. DDD aligns software code—such as package and variable names—with the business domain. Core Concepts of DDD in Go
Any good sample example on domain driven design in go : r/golang