behaviour-inject

Dependency injection in Unity is set up by attaching an Injector to a GameObject, selecting a Context, and declaring dependencies with the [Inject] attribute for automatic runtime composition. This framework reduces boilerplate by supporting field, property, and method injection.

A DI container manages explicit dependency wiring and runtime object composition in Unity game architecture. It uses interface binding and hierarchical contexts to automatically resolve and inject dependencies where needed, improving testability and reducing tangled dependencies.

Yes, constructor injection is supported for automatic object composition in Unity. The framework allows interface binding alongside field, property, and method injection via the [Inject] attribute to explicitly wire dependencies and manage game object interactions.

Yes, the dependency injection framework supports an event system, commands, and factories. These features operate within hierarchical contexts to help manage complex game architectures and runtime composition effectively.

Hierarchical contexts are needed when managing complex game architectures that require varied dependency scopes and runtime composition. They organize explicit dependency wiring, events, and factories to cleanly separate different gameplay systems and object lifecycles.

The best way to untangle dependencies in Unity3D is using a lightweight dependency injection framework with explicit wiring. By applying [Inject] attributes and hierarchical contexts, you achieve automatic object composition and better testability without heavy boilerplate.