cpp17.tar.gz

C++17

C++20

Templates are one of the many powerful features of Modern C++ programming. And with each new C++ standard, they become more important. 

Templates provide an efficient way to make your code more flexible and reusable, this way you can avoid repeating code that would otherwise be identical except for different types. Templates also give you the ability to provide abstraction without a performance penalty.

However, templates can be difficult to apply, can be counterintuitive, and have tricky error messages.

This course gives you the necessary information to overcome these hurdles and dive into the advanced topics. You’ll visit the basics such as function and class templates, and then explore the details to templates such as instantiation and fold expressions. Our journey also includes techniques based on templates, the design, and future directions of templates such as concepts. Based on this exhaustive tour of templates, a basic understanding of C++ is sufficient to master this course.

Let’s get started!

Generic Programming Templates in C++

## Problem Statement

The two algorithms `gcdConditional` and `gcdCommon`, in the given code, use the type-traits library.
* Study both algorithms.
* Both algorithms determine their return type at compile-time.

Why is it not possible to use `auto` or `decltype(auto)` to automatically deduce the return type? 

# Problem Statement

The two algorithms `gcdConditional` and `gcdCommon`, in the given code, use the type-traits library.
* Study both algorithms.
* Both algorithms determine their return type at compile-time.

Why is it not possible to use `auto` or `decltype(auto)` to automatically deduce the return type? 

In this lesson, we'll solve an exercise related to the automatic return type.

Introduction

Basics

Details

Techniques

Design

Future

Conclusion

- Exercise

Problem Statement