architecture-patterns

To keep business logic independent, structure your microservice using clean architecture with inward-pointing dependencies. This isolates domain models and use cases from infrastructure, ensuring your core logic remains testable and decoupled from delivery concerns.

Refactoring a monolith with dependency cycles involves applying hexagonal architecture and ports and adapters. This approach enforces inward-pointing dependencies and anti-corruption boundaries, untangling imports by isolating the domain model from external implementations.

You need domain-driven design when shaping complex application code into bounded contexts and aggregates. It structures backend systems around real business rules, ensuring maintainable service boundaries and isolated domains for new microservices or monolith refactors.

Hexagonal architecture models ports and adapters by defining abstract interfaces for external interactions. Implementations can change without rewriting core logic, enforcing isolated domain models and anti-corruption boundaries that yield highly testable use cases.

Yes, you can use clean architecture to split a system into well-isolated domains. By defining entities, use cases, adapters, and infrastructure with strict dependency rules, you create clear test boundaries and separated bounded contexts for complex application code.

Defining bounded contexts helps debug layer and import cycles by establishing strict anti-corruption boundaries. This isolates domain models and enforces inward-pointing dependencies, preventing external infrastructure concerns from leaking into and entangling core business logic.