Manage Swift dependency injection with compile-time-safe containers and factories.
npx skills add https://github.com/hmlongco/Factory --skill factory-hmlongco
Please help me install this Agent Skill. Skill: factory Source: https://github.com/hmlongco/Factory/tree/main/.claude/skills/factory Command: npx skills add https://github.com/hmlongco/Factory --skill factory-hmlongco
Swift apps often suffer from tangled dependencies, hard-to-test wiring, and boilerplate from manual registrations. The Factory skill provides a container-based, compile-time-safe dependency injection system that simplifies registration, resolution, and testing for Swift and SwiftUI projects.
Register a simple service in a Container extension and resolve it to observe a type-safe dependency being provided.
High-intent search queries and answers about installing and using this skill.
Container-based dependency injection in Swift eliminates runtime boilerplate by using type-safe factories that resolve dependencies at compile time. You register services in a Container extension and resolve them to observe type-safe wiring without manual setup.
Parameterized dependencies in Swift are resolved using ParameterFactory<P,T>, which allows you to pass arguments directly to the factory. This approach maintains compile-time safety while providing flexible dependency construction for your Swift apps.
Compile-time safe dependency injection supports cross-module wiring in Swift through container extensions and contexts. Modules expose their dependencies via factory registrations, allowing seamless integration and modular architecture across different Swift and SwiftUI components.
Testing dependencies in a container-based Swift app is handled through FactoryTesting integrations. You can override factory registrations within a test context to inject mock services, ensuring your Swift and SwiftUI components are fully testable without altering production wiring.
Auto-registering containers are used for Swift dependency injection when you want to minimize manual registration code. They automatically resolve and register dependencies at startup, reducing boilerplate while maintaining compile-time safety for your application's wiring.
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