AGENT SKILL
ios-dependency-injection
Standards for Protocol-based DI, Property Wrappers, and Factory/Needle. Use when configuring dependency injection or factory patterns in iOS. (triggers: **/*.swift, @Injected, Resolver, Container, Swinject, register, resolve)
- License 许可
- MIT
- 最近更新
- 2026-06-24
- Stars
- ★ 67
- Forks
- 24
01 前言 Front Matter
- name
- ios-dependency-injection
- description
- Standards for Protocol-based DI, Property Wrappers, and Factory/Needle. Use when configuring dependency injection or factory patterns in iOS. (triggers: **/*.swift, @Injected, Resolver, Container, Swinject, register, resolve)
03 SKILL.md 正文
iOS Dependency Injection Standards
Priority: P0
Implementation Guidelines
Protocol-Based DI (Manual)
- Initializer Injection: Preferred method. Pass dependencies through
init. - Abstractions: Inject protocols instead of concrete classes to facilitate testing (Mocks/Stubs).
Modern Property Wrappers (Factory/Resolver)
- Factory: Use the
Factorylibrary for lightweight, type-safe navigation-friendly DI. - Swinject: Use for enterprise-grade container-based DI in large modular projects.
- Injected: Use
@Injectedproperty wrappers for cleaner syntax in ViewModels.
Scoping
- Singleton: Use for app-wide services (Auth, Network, Database).
- Unique/Transient: Default for ViewModels and temporary workers.
- Graph/Cached: Use for shared data within a specific feature flow (Coordinator scope).
Anti-Patterns
- No global singleton access everywhere: Inject service via initializer.
- No Resolver.resolve() inside logic: Pass dependency via constructor.
- No direct class instantiation: Depend on protocols for testability.
