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Apply modern C++17 to the implementations of classic design patterns. As well as covering traditional design patterns, this book fleshes out new patterns and approaches that will be useful to C++ developers. The author presents concepts as a fun investigation of how problems can be solved in different ways, along the way using varying degrees of technical sophistication and explaining different sorts of trade-offs.
Design Patterns in Modern C++ also provides a technology demo for modern C++, showcasing how some of its latest features (e.g., coroutines) make difficult problems a lot easier to solve. The examples in this book are all suitable for putting into production, with only a few simplifications made in order to aid readability.
What You Will Learn

Apply design patterns to modern C++ programming

Use creational patterns of builder, factories, prototype and singleton

Implement structural patterns such as adapter, bridge, decorator, facade and more

Work with the behavioral patterns such as chain of responsibility, command, iterator, mediator and more

Apply functional design patterns such as Monad and more

Who This Book Is For
Those with at least some prior programming experience, especially in C++.

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1. Introduction

Part I: Creational Patterns

2. Builder

3. Factories

4. Prototype

5. Singleton

Part II: Structural Patterns

6. Adapter

7. Bridge

8. Composite

9. Decorator

10. Fa‡ade

11. Flyweight

12. Proxy

Part III: Behavioral Patterns

13. Chain of Responsibility

14. Command

15. Interpreter

16. Iterator

17. Mediator

18. Null Object

19. Observer

20. State

21. Strategy

22. Template Method

23. Visitor

24. Maybe Monad

Part IV: Appendix

25. Appendix A: Functional Design Patterns

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Dmitri Nesteruk is a quantitative analyst, developer, course and book author, and an occasional conference speaker. His interests lie in software development and integration practices in the areas of computation, quantitative finance and algorithmic trading. His technological interests include C# and C++ programming as well high-performance computing using technologies such as CUDA and FPGAs. He has been a C# MVP since 2009.

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