swift-expert

Swift concurrency uses actors to isolate state and prevent data races. You apply actor-based isolation alongside structured concurrency and Sendable conformance to ensure thread-safe state management across your iOS and macOS apps.

Architecting SwiftUI apps with protocol-oriented design involves defining type-safe APIs and leveraging protocol-oriented architectures. This approach scales UI state management effectively and structures your codebase for robust client and server contexts.

Yes, async/await integrates with UIKit and Combine in iOS app development. You apply structured concurrency patterns while leveraging Combine for reactive pipelines and UIKit for legacy interface components where appropriate.

Yes, this Swift architecture approach applies to server-side contexts using Vapor. It extends protocol-oriented designs and async/await concurrency patterns across client and server environments for cohesive cross-platform development.

Sendable conformance is required for structured concurrency in Swift to guarantee type-safe data passing across concurrent execution contexts. It prevents data races by ensuring values can be safely shared across actors and async functions.

To build a SwiftUI app skeleton, create a minimal view structure using async/await for asynchronous tasks and implement an actor to manage shared state. Apply protocol-oriented architecture to define the underlying type-safe APIs.