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Inject
Inject is a dependency injection framework for Go that automates the assembly of complex object graphs. By leveraging runtime reflection, the library dynamically inspects object structures to resolve and populate required dependencies, decoupling component initialization from business logic.
The framework manages object lifecycles through both singleton and factory-based provisioning. It maintains a central registry to share singletons across an application for consistent state, while also supporting the creation of unique, private instances to isolate state between different components.
To handle complex requirements, the system provides a named provider registry that allows for the disambiguation of multiple instances of the same type. It traverses dependency graphs to automatically wire components based on either type or specific string identifiers, reducing the need for manual initialization code.
Features
- Dependency Injection Containers - Acts as a dependency injection container that manages object lifecycles and automatic component wiring.
- Reflection-Based Dependency Resolution - Uses runtime reflection to dynamically inspect object structures and automatically populate dependencies.
- Dependency Injection Frameworks - Provides a framework for automating the assembly of complex object graphs and decoupling component initialization.
- Go DI Frameworks - Automates dependency resolution and wiring in Go applications using reflection-based initialization.
- Dependency Injection - Automates the connection of complex object graphs by injecting required components into structures.
- Engine Instance Isolation - Isolates state by generating unique, non-shared instances for specific dependencies.
- Singleton Component Management - Manages singleton lifecycles by maintaining a central cache of shared instances for consistent state.
- Unique Instance Provisioning - Supports factory-based provisioning to generate unique, non-shared object instances for state isolation.
- Go Application Patterns - Structures Go applications by decoupling object creation from business logic to improve maintainability.
- Automated Dependency Wiring - Wires object dependencies by automatically resolving connections based on types or names to simplify component setup.
- Singleton Instance Sharing - Maintains shared singleton instances across the object graph to ensure consistent state and memory efficiency.
- Named Dependency Resolution - Resolves ambiguity between multiple instances of the same type by linking requested names to specific providers.
- Type-Based Dependency Mappings - Resolves dependencies by matching requested types against a registry of available providers.
- Provider Registries - Implements a named provider registry to disambiguate multiple instances of the same type using string identifiers.
- Go Struct Reflection Utilities - Provides reflection utilities for inspecting Go structures and managing object instances dynamically.
- Dependency Graph Traversals - Provides automated traversal of dependency graphs to resolve complex object relationships and satisfy component requirements.
