A personal learning repository implementing all 23 Gang of Four design patterns and SOLID principles in Swift using Playgrounds.
GoF & SOLID in Swift is an educational repository that provides implementations of all 23 Gang of Four design patterns and the five SOLID principles using Swift programming language and Playgrounds. It serves as a hands-on learning resource for developers wanting to understand classic software design concepts through practical Swift examples. The project organizes patterns into behavioral, creational, and structural categories with clear implementation status tracking.
Swift developers and iOS/macOS engineers looking to deepen their understanding of software design patterns and principles. It's particularly valuable for developers transitioning from other languages who want to see how classic patterns apply in Swift contexts.
This repository offers a complete, organized collection of design pattern implementations specifically for Swift, making it easier to learn and reference these concepts in a modern Apple development context. Unlike generic pattern documentation, it provides actual working Swift code examples that can be run and modified in Playgrounds.
👨👩👧👦 - My personal Repo to learn all 23 Gang of Four patterns and all SOLID Principles using Swift and Playgrounds
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Includes all 23 Gang of Four design patterns across behavioral, creational, and structural categories, as listed in the README with clear implementation status.
Uses Swift Playgrounds format, allowing hands-on execution and modification of code examples for each pattern, facilitating practical understanding.
Provides visual indicators (✅/❌) for implemented versus pending patterns, making it easy to track progress and focus on areas needing attention.
Patterns are logically grouped by category (behavioral, creational, structural) and SOLID principles, enabling systematic study as per the README organization.
As a personal learning repository, it may lack extensive documentation, community support, or regular updates compared to curated educational platforms.
Exclusively uses Swift and Playgrounds, limiting its utility for developers working in other languages or non-Apple ecosystems.
Examples are simplified for learning and may not address complex real-world scenarios, performance considerations, or production-ready code practices.