pfw-composable-architecture

You manage state and dependencies in Swift using the Composable Architecture by defining declarative reducers, scoped stores, and explicit action modeling. This handles modular feature development and dependency injection for iOS and macOS apps.

Building modular iOS features with TCA involves on-demand composition of scoped stores and child features. This enables independent feature development with explicit state and action modeling per TCA guidelines.

You handle asynchronous work and cancellation in a TCA reducer by applying the library's built-in effects and cancellation APIs. This integrates async operations directly within your state management and SwiftUI UI workflows.

Yes, the Composable Architecture supports dependency injection for macOS apps. It provides scoped dependencies and modular feature composition capabilities across both iOS and macOS platforms.

You start a Swift project with the Composable Architecture package by initializing your project and adding the TCA package dependency. This establishes the foundation for building features with state management and reducers.

You should use TCA for state management because it enforces explicit action and state modeling with declarative feature composition. This provides a structured approach to testing and UI integration compared to other Swift architectures.