Create dependency-injected factory functions in async Rust with the #[injectable(factory)] macro.
npx skills add https://github.com/jymchng/injectable --skill inject-fn-macro
Please help me install this Agent Skill. Skill: inject-fn-macro Source: https://github.com/jymchng/injectable/tree/main/skills/inject-fn-macro Command: npx skills add https://github.com/jymchng/injectable --skill inject-fn-macro
The problem solved is the difficulty in writing dependency-injected factory functions for async Rust applications.
Create an async factory for database pooling using the provided macro.
High-intent search queries and answers about installing and using this skill.
You can create async dependency injection factories in Rust by applying the #[injectable(factory)] macro to automate function generation. This approach enforces compile-time safety, preventing circular dependencies and missing registrations during the build process.
The best way to simplify dependency injection for async Rust applications is using an injection framework macro. It transforms plain functions into async-compatible factory functions, reducing boilerplate while maintaining compile-time safety.
Yes, you can use async factory functions for dependency injection while retaining direct unit testing capabilities. The macro allows you to bypass the injected factories and test dependencies using plain Rust constructors directly.
Compile-time safety in async dependency injection frameworks works by validating dependency graphs during the Rust build process. The macro detects issues like circular dependencies and missing registrations before runtime, ensuring application stability.
No external runtime dependency injection framework is required to use async factory macros in Rust. The macro operates directly on your codebase with zero external dependencies, automating factory creation natively through Rust's compile-time checks.
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