JakubVojvoda/design-patterns-cpp
Design Patterns Cpp
该项目是一个 C++ 设计模式库和编程参考。它提供了一系列在 C++ 中实现的结构型、创建型和行为型软件架构模式，作为组织类和对象的蓝图。
该库涵盖了用于对象实例化、通信和结构组织的标准模式的实现。它展示了行业标准设计模式的应用，通过面向对象的架构解决常见的软件设计问题。
代码库包括用于标准化对象创建的创建型模式、用于组织类关系的结构型模式，以及用于协调对象间通信和职责的行为型模式。
Features
- Design Pattern Implementations - Provides a comprehensive collection of reusable code examples implementing structural, creational, and behavioral design patterns.
- C++ Design Pattern References - Provides practical code examples demonstrating the application of design patterns in C++.
- Behavioral Design Patterns - Implements behavioral design patterns to manage object communication and responsibility assignment.
- Object Communication Flows - Implements behavioral patterns that coordinate how objects distribute responsibilities and communicate.
- Design Pattern Collections - Serves as a curated collection of reusable software design solutions implemented in C++.
- Combined Design Pattern Implementations - Implements a full suite of creational, behavioral, and structural patterns for object organization.
- Creational Patterns - Provides standardized object creation mechanisms including factories, builders, and singletons.
- Interface-Based Polymorphism - Provides implementations of abstract base classes and virtual methods to decouple logic from implementation.
- C++ Pattern Implementations - Applies standard design patterns specifically within the C++ language to create maintainable structures.
- Object Oriented Design - Provides blueprints based on object-oriented design principles to solve common software architecture problems.
- Structural Design Patterns - Implements structural design patterns that organize how classes and objects are composed.
- Proxy Patterns - Implements proxy patterns to intercept object requests and manage access control.
- Interface Mapping - Implements the adapter pattern to unify incompatible class interfaces.
- Observer Pattern Implementations - Implements the observer pattern to notify multiple objects of state changes.
- Strategy Patterns - Provides interchangeable algorithm classes to change object behavior at runtime using the strategy pattern.
- Template-Based Object Creation - Utilizes C++ templates to standardize and ensure type safety during object instantiation.
