senghoo/golang-design-pattern

Features

• Design Pattern Implementations - Provides a comprehensive collection of structural, creational, and behavioral design patterns implemented in Go.
• Interface-Based Decoupling - Demonstrates how to program to interfaces to separate high-level logic from concrete implementations.
• Go Design Pattern Examples - Offers practical code samples showing the implementation of industry-standard architectural patterns within the Go ecosystem.
• Behavioral Design Patterns - Provides a comprehensive collection of behavioral design patterns managing object communication and responsibilities.
• Creational Design Patterns - Provides a comprehensive reference for creational design patterns and object instantiation mechanisms.
• Creational Patterns - Manages object creation and lifecycle using factories and prototypes to reduce system coupling.
• Go API Architecture Design - Applies Go-specific interface design principles to decouple abstractions from implementations.
• Go Behavioral Patterns - Implements behavioral patterns such as observers and strategies to manage complex object interactions in Go.
• Software Architecture Patterns - Applies standard architectural patterns in Go to create maintainable and scalable software structures.
• Structural Design Patterns - Provides a comprehensive set of structural design patterns including facades and adapters for object composition.
• Decorator Patterns - Implements the Decorator pattern to add functionality to objects dynamically by wrapping them.
• Flyweight Implementations - Implements the flyweight pattern to reduce memory usage by sharing immutable state across similar objects.
• Go Memory Optimization - Optimizes memory usage in Go by implementing the Flyweight pattern for immutable state sharing.
• Object Cloning Patterns - Implements the Prototype pattern to create new object instances by copying existing ones.
• Abstract Factories - Implements the Abstract Factory pattern to ensure compatible groups of related objects are created.
• Proxy Patterns - Implements the Proxy pattern to manage lazy initialization and handle remote communication via surrogate objects.
• Mediator Patterns - Implements mediator patterns using a central object to coordinate communication between components.
• Template Method Patterns - Implements template method patterns that define algorithm structures in base classes.
• Visitor Patterns - Provides visitor pattern implementations for separating algorithms from the objects they operate on.
• Chain of Responsibility Patterns - Implements the chain of responsibility pattern to pass requests along a sequence of handlers.
• Command Pattern Implementations - Implements the command pattern to wrap method calls into standalone objects for flexible execution.
• Factory Method Patterns - Implements factory method patterns for delegating instantiation logic to dedicated factory objects.
• Interface Instantiation Patterns - Demonstrates the use of dedicated constructor functions to instantiate and return interface implementations.
• Factory-Based Instantiation - Provides mechanisms for object instantiation through factories to hide concrete implementation details from the client.
• Adapter Patterns - Implements the Adapter pattern to translate interfaces into formats compatible with target interfaces.
• Composite Patterns - Implements the Composite pattern to treat single objects and collections of objects under a shared interface.
• Observer Pattern Implementations - Implements the observer pattern to automatically notify dependent objects when a subject's state changes.
• Reference Architectures - Serves as a technical reference mapping theoretical design patterns to concrete Go code.
• Flyweight Patterns - Reduces memory overhead by separating constant data from object instances using the Flyweight pattern.
• Composition Over Inheritance - Implements design approaches that favor building complex functionality by combining simple objects over deep inheritance hierarchies.
• Strategy Pattern Implementations - Provides an implementation of the strategy pattern to encapsulate and switch algorithms at runtime.
• Facade Patterns - Implements the Facade pattern to provide a unified and simplified interface to complex subsystems.
• Visitor Patterns - Implements visitor patterns that decouple operations from the object structures they operate on.
• Observer-Based Trigger Implementations - Implements automated notification of dependent objects when a primary object's state changes.
• Design Patterns - Demonstrates structural and behavioral patterns using idiomatic code.

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