Automates Rust struct dependency injection via #[injectable] and Container builder.
npx skills add https://github.com/jymchng/injectable --skill field-injection
Please help me install this Agent Skill. Skill: field-injection Source: https://github.com/jymchng/injectable/tree/main/skills/field-injection Command: npx skills add https://github.com/jymchng/injectable --skill field-injection
This Skill addresses the challenge of manually wiring dependencies into Rust structs, providing a structured approach to dependency injection that simplifies the process and reduces errors.
#[injectable] attribute.Arc<T> fields with explicit annotation, enabling shared ownership.Add the #[injectable] attribute to your struct fields and use the Container::builder().build().await? to resolve dependencies.
High-intent search queries and answers about installing and using this skill.
To automate struct dependency injection in Rust, add the #[injectable] attribute to struct fields and resolve them using Container::builder().build().await. This automatically wires up complex interdependent services like databases and caches, reducing manual boilerplate.
The best way to manage shared ownership during Rust dependency injection is using Arc<T> fields. You can explicitly annotate struct fields with Arc<T> to enable shared ownership when the framework automatically wires up your services and resolves dependencies.
Handle non-injectable fields in a Rust injection framework by using constructor injection. This approach provides specific constructor functions to manually initialize fields that cannot be automatically resolved, while the rest of the struct uses the #[injectable] attribute.
Yes, you can use this Rust automatic wiring approach for complex applications with multiple interdependent services. It provides a structured approach to dependency resolution, automatically wiring up services like databases and caches to reduce boilerplate code and potential errors.
Use explicit constructor injection instead of automatic injection in Rust when dealing with non-injectable fields. While the #[injectable] attribute handles automatic wiring, constructor functions are required for fields that need custom initialization logic outside the automatic framework.
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