Swift (iOS/macOS) Application Architecture: From Basics to Patterns
300 pages
English
PDF
4.5

Swift (iOS/macOS) Application Architecture: From Basics to Patterns

Swift (iOS/macOS) Application Architecture: From Basics to Patterns

Author:

Year:

Summary:

This book is a practical guide to designing and developing Swift applications for the Apple ecosystem. It's not about syntax or language basics, but about how to turn a set of screens and data models into a flexible, testable, and easily maintainable system.



Who is this book for?

  • Junior iOS/macOS developers who want to move to the next level.
  • Middle-level developers looking to systematize their knowledge and learn modern approaches.
  • Team Leads seeking well-founded arguments for choosing an architecture in a new project.


What will you learn?

  • SOLID Principles in Swift: how to apply them in practice, not just memorize definitions.
  • Design Patterns: from classic (MVC, Delegation, Observer) to modern (MVVM, Coordinator, Redux approaches).
  • Dependency Injection (DI): manual and via libraries (Swinject, Resolver).
  • Working with Multithreading: Grand Central Dispatch, OperationQueue, Swift Concurrency (async/await, actors).
  • Architecture Testing: how to write unit tests for ViewModels, services, and coordinators.
  • Refactoring: a step-by-step process of turning "spaghetti code" into a modular system.


Book Structure:

Each chapter contains a theoretical part, a practical example (from a simple todo app to a full-fledged news API client), and self-test questions. You won't just read about patterns — you'll implement them in a real project, improving its architecture step by step.



What makes this book different?

  • Focus on practice: minimal fluff, maximum code and diagrams.
  • Covers both platforms: iOS and macOS.
  • A chapter on testing architectural decisions — a rarity for Swift books.
  • Up-to-date: the book is written with Swift 5.9+ and Xcode 15+ in mind.


After reading, you will be able to confidently design applications that are easy to scale and maintain, and provide reasoned answers to the question: "Why did we choose this particular architecture?".



The book is suitable both for self-study and for preparing for interviews at companies that value quality code.

Recommendations