add-context

To standardize new business domains in a modular SwiftUI architecture, you can use automated scaffolding to generate clean architecture layers, ensuring consistent directory structures for domain entities, use cases, and infrastructure repositories across feature modules.

Preventing architectural drift when adding new feature modules in Swift requires enforcing a strict clean architecture structure with standardized templates for dependency injection and composition root integration, eliminating inconsistent boilerplate code across the project.

Scaffolding domain-driven design layers for a new Swift feature involves generating the complete directory structure across Domain, Application, Infrastructure, and Composition layers, providing the exact blueprint for seamless integration with existing adapters.

Yes, this scaffolding approach supports strict dependency enforcement for SwiftUI composition roots by providing standardized templates for Package.swift configurations and factory classes, ensuring new business domains adhere to the project's established dependency graph.

You can integrate new domain contexts with existing infrastructure adapters and AppServices by using standardized boilerplate generation that ensures seamless compatibility and correct dependency wiring within the modular architecture's composition root.

You need to generate clean architecture boilerplate for a new Swift domain when adding complex feature systems like a Watchlist or Reviews module, ensuring the new code maintains strict architectural boundaries and integrates seamlessly with existing TMDb adapters.