swift-architecture-skill

The best Swift architecture for complex SwiftUI apps depends on state complexity and team familiarity. You can use data-driven selection playbooks to evaluate and implement patterns like MVVM, TCA, or Clean Architecture for maintainable codebases.

To refactor a legacy UIKit app to support SwiftUI, you can generate a risk-mitigated migration plan. This involves analyzing project constraints, selecting the optimal architectural path, and applying standardized dependency injection to ensure structural consistency.

Choosing between TCA and Clean Architecture requires analyzing UI stack constraints and state complexity. You can use architecture selection playbooks to get data-driven recommendations that match your specific SwiftUI or UIKit project requirements.

You should use the VIPER or Coordinator pattern when your iOS project requires strict separation of concerns and standardized navigation. Implementation playbooks provide detailed guides to apply these patterns consistently across your Swift codebase.

Yes, you can use standardized dependency injection and testing strategies across both SwiftUI and UIKit. Architectural playbooks provide consistent code structure rules that facilitate uniform testing and maintainability regardless of the UI stack.