swift-concurrency

To migrate to async/await and avoid data races, you apply structured concurrency, actor isolation, and Sendable conformance. This approach enforces thread safety by restricting mutable state access, ensuring safe cross-actor interactions across server-side Swift and UI apps.

Actors in Swift concurrency provide thread safety by serializing access to their mutable state, preventing data races. You isolate state within an actor and use async/await for cross-actor interactions, which enforces safe, synchronized data access without explicit locks.

You convert a synchronous Swift function to structured concurrency by refactoring it into an async version. This involves utilizing task groups, AsyncSequence, and actor isolation to manage concurrent execution safely while maintaining a clear, hierarchical task structure.

Yes, Swift concurrency migration supports both server-side Swift and UI applications. It provides real-world examples for building robust concurrent systems, utilizing @MainActor for UI updates and global actors to safely manage execution contexts across different platforms.

Strict concurrency check warnings during Swift 6 migration occur when the compiler detects potential data races or unsafe cross-actor interactions. You resolve these by ensuring Sendable conformance, applying actor isolation, and properly annotating global actors like @MainActor.