DI Pattern Implementation

What problem does it solve?

This Skill addresses the complexity of managing dependencies in large applications by providing a flexible and performant Dependency Injection (DI) system that can be conditionally enabled, minimizing overhead when not in use.

Core Features & Use Cases

• Rust-based DI Engine: A core DI container implemented in Rust for performance.
• Feature Gate Architecture: DI functionality is opt-in via Cargo features, ensuring zero overhead when DI is not compiled.
• Cross-Language Bindings: Integrates DI seamlessly with Python, Node.js, and Ruby language bindings.
• Flexible Lifetimes: Supports Singleton and Per-Request dependency lifetimes.
• Use Case: Easily manage complex object graphs and ensure consistent dependency resolution across different microservices or application modules without impacting performance for features that don't require DI.

Quick Start

Build the Rust project with the 'di' feature enabled using cargo build --features di.