Which architecture pattern does it recommend?

It provides a comparative approach, helping you choose between MVC, MVVM, or Clean Architecture based on your team size and project complexity.

Is it updated for the latest Swift features?

Yes, it focuses on modern Swift features including async/await, actors, and Sendable protocols for safe concurrency.

Does it include testing best practices?

Yes, it emphasizes testability through dependency injection and protocol-oriented design to facilitate easier mocking.

Can this skill help resolve memory leaks?

Absolutely. It provides patterns for identifying retain cycles and correctly implementing weak and unowned references.

Does this skill support both SwiftUI and UIKit?

Yes, it covers lifecycles for both traditional UIKit (AppDelegate/SceneDelegate) and modern SwiftUI (@main and ScenePhase).

iOS Development Fundamentals

Name: iOS Development Fundamentals
Author: pluginagentmarketplace

bypluginagentmarketplace

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Mobile Development

Guides developers through core iOS architectural patterns, memory management, and modern Swift concurrency best practices.

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This skill equips Claude with specialized knowledge to mentor developers in building robust Apple platform applications. It provides detailed guidance on the iOS application lifecycle, implementation strategies for architectures like MVVM and Clean, memory safety via ARC, and modern Swift concurrency models. Whether you are refactoring legacy code or starting a new project, this skill ensures your iOS development follows industry-standard patterns for performance, testability, and scalability.

Características Principales

Architectural pattern guidance for MVC, MVVM, and Clean Architecture
Dependency injection and protocol-oriented design patterns
Modern Swift concurrency implementation (async/await, actors)
App lifecycle and state transition management
Memory safety optimization and retain cycle prevention
1 GitHub stars

Casos de Uso

Refactoring legacy MVC controllers into testable MVVM components
Implementing structured concurrency for high-performance network calls
Debugging complex memory leaks and profiling ARC behavior

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Características Principales

Architectural pattern guidance for MVC, MVVM, and Clean Architecture
Dependency injection and protocol-oriented design patterns
Modern Swift concurrency implementation (async/await, actors)
App lifecycle and state transition management
Memory safety optimization and retain cycle prevention
1 GitHub stars

Casos de Uso

Refactoring legacy MVC controllers into testable MVVM components
Implementing structured concurrency for high-performance network calls
Debugging complex memory leaks and profiling ARC behavior