swift-actor-persistence

To eliminate data races in Swift local storage, use an actor-based repository pattern that serializes access to mutable state, replacing manual locks or DispatchQueues with compiler-enforced thread safety.

Persist Codable Swift objects across actor boundaries by passing Sendable-aware data to an actor repository, which caches models in-memory for fast concurrent reads and writes them durably to a file.

Yes, you can use actor-based persistence for sharing data with widgets via App Groups, as the repository supports file-backed storage that is accessible across iOS, macOS, watchOS apps, and app extensions.

The best way to handle thread-safe local repositories without SwiftData is using an actor-based pattern with in-memory caching and atomic file writes, ensuring safe concurrent access for offline-first apps.

Yes, actor-based local persistence works with SPM packages, providing generic support for any types conforming to Codable and Identifiable across your Swift 5.5+ concurrency projects.

Use actors instead of DispatchQueues for Swift local storage to get compiler-enforced synchronization that eliminates data races, combined with in-memory caching and atomic file writes to prevent crash-corruption risks.