layered-architecture-design

Break circular dependencies by prescribing a strict, ordered layered architecture where higher layers depend only on lower layers. This enforces acyclic dependency graphs, separates concerns, and improves modularity, testability, and maintainability across software components.

Dependency inversion in clean architecture places interfaces in higher-level layers while concrete implementations reside in infrastructure. This design keeps domain logic pure, enforces downward-only module dependencies, and satisfies strict separation of concerns requirements.

Separate layers by defining clear responsibilities for Kernel/Infrastructure, Domain/Logic, Application, and UI. Analyze your project modules and propose a layered refactor that establishes explicit interface boundaries and downward-only dependencies to eliminate bootstrap circularity.

Yes, you can enforce acyclic module dependencies at build time. The approach uses build tools to validate downward-only dependencies across application layers, ensuring strict acyclic dependency graphs are maintained during the build process.

Refactor tightly coupled components by applying strict layer separation with dependency inversion via interface boundaries. Define clear layer responsibilities to avoid bootstrap circularity and improve modularity, testability, and maintainability in your software design.

Yes, layered architecture applies to libraries and mathematical projects requiring strict acyclic dependency graphs. It satisfies separation of concerns and dependency inversion requirements, as illustrated by the mathsets-kt project as a real-world example.