swift-patterns

SwiftUI architecture patterns recommend protocol-oriented design and separation of concerns to standardize app layouts. Following these patterns reduces architecture drift and ensures your SwiftUI views remain testable and maintainable.

Implementing structured concurrency and Sendable patterns in Swift requires using actors and managing task lifecycles safely. This Skill provides examples and guidance for writing idiomatic concurrent code while avoiding common data race anti-patterns in production apps.

Yes, protocol-oriented design and property wrappers enable protocol-based mocking for modern Swift testing. Applying these idioms with XCTest patterns allows you to standardize testing strategies and write highly testable, maintainable Swift code.

Mitigating ARC retain cycles and optimizing performance involves applying copy-on-write implementations and using Instruments for profiling. This Skill provides specific guidance on identifying memory leaks and avoiding common anti-patterns in production iOS apps.

Yes, it supports server-side Swift integration by providing Vapor notes and SwiftData model guidance. These patterns ensure your architecture remains consistent whether you are building iOS client apps or managing server-side Swift workflows.