C++ 20 (2a) New Features

C++ 20 (2a) New Features, available at $39.99, has an average rating of 3.3, with 40 lectures, 9 quizzes, based on 22 reviews, and has 126 subscribers.

You will learn about Migrate a project on older versions of C++ to C++20/C++2a Code more efficiently with string and numbers New and better ways to work with string formatting using the new std::format in C++20/C++2a Implement the new comparison operator on the core language and use a custom example in user-defined types Discover newly improved synchronization and thread coordination, including support for efficient atomic waiting, lock-free integral types, and more Use concepts to perform compile-time validation of template arguments and perform function dispatches based on type properties This course is ideal for individuals who are This course is ideal for developers who are already proficient in C++ (previous versions) and want to get up-to-date with the latest C++20/C++2a version and its features and benefits. It is particularly useful for This course is ideal for developers who are already proficient in C++ (previous versions) and want to get up-to-date with the latest C++20/C++2a version and its features and benefits.

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Summary

Title: C++ 20 (2a) New Features

Price: $39.99

Average Rating: 3.3

Number of Lectures: 40

Number of Quizzes: 9

Number of Published Lectures: 40

Number of Published Quizzes: 9

Number of Curriculum Items: 49

Number of Published Curriculum Objects: 49

Original Price: $109.99

Quality Status: approved

Status: Live

What You Will Learn

Migrate a project on older versions of C++ to C++20/C++2a

Code more efficiently with string and numbers

New and better ways to work with string formatting using the new std::format in C++20/C++2a

Implement the new comparison operator on the core language and use a custom example in user-defined types

Discover newly improved synchronization and thread coordination, including support for efficient atomic waiting, lock-free integral types, and more

Use concepts to perform compile-time validation of template arguments and perform function dispatches based on type properties

Who Should Attend

This course is ideal for developers who are already proficient in C++ (previous versions) and want to get up-to-date with the latest C++20/C++2a version and its features and benefits.

Target Audiences

This course is ideal for developers who are already proficient in C++ (previous versions) and want to get up-to-date with the latest C++20/C++2a version and its features and benefits.

C++ is popular for its incredible performance and suitability for operating systems, games, embedded software, and more. This course gets you up-to-date with the very latest components in C++20/C++2a so you can harness its new enhancements and get ahead of the game by leveraging its features!

We cover what C++20/C++2a is and the current standardization status. We also discover some new syntactic sugars that enable you to write shorter but more powerful code. You’ll learn about the new and improved ranges and iterators, explore key examples of filter stacking, and learn how ranges simplify iterator-heavy code. Crucially, you’ll master how to migrate to C++20/C++2a in the easiest possible way, and why you should!

C++20/C++2a brings new features to the synchronization library, including atomic smart pointers, latchers, and barriers. We review its all-new coroutines (a major concept found in other leading programming languages that simplifies writing code for parallel execution).

By the end of the course, you’ll use up-to-date insights into the full features of C++20/C++2a to facilitate efficient and fast coding within your own projects.

About the Author

Daniel Zawadzki is a software developer with 15 years’ experience. His career has mostly focused on embedded development for various devices such as phones, set-top boxes, and mobile telephony base stations, though he did make a slight detour into investment banking along the way. His language of choice (he has over 5 years’ experience with it) is C++ because of its efficiency and predictable resource usage. Currently, his interests revolve around the architecture of distributed systems. He lives in Wroc?aw, Poland.

Course Curriculum

Chapter 1: Getting Started with C++20

Lecture 1: The Course Overview

Lecture 2: Standardization Process of C++20

Lecture 3: Migrating to C++20

Lecture 4: How to Build Examples

Chapter 2: String Formatting Using New std::format

Lecture 1: Rationale for std::format

Lecture 2: std::format: Placeholders and Syntax

Lecture 3: std::format_to and std::format_to_n

Lecture 4: Formatting User Defined Types

Lecture 5: Migrating Stdio and Iostreams to std::format

Chapter 3: Ranges – Iterators Reinvented

Lecture 1: Rationale for Ranges

Lecture 2: What’s New in Ranges

Lecture 3: Using Ranges

Lecture 4: Composing Ranges

Chapter 4: New Comparison Operator <=>

Lecture 1: Rationale Behind New Comparison Operator

Lecture 2: Usage of <=> Operator and How to Make Comparisons

Lecture 3: Rewriting and Synthetizing Expressions

Lecture 4: Associated Changes in Operator==

Lecture 5: Returning Value of the Spaceship Operator

Chapter 5: Modules

Lecture 1: Rationale Behind the Modules

Lecture 2: How to Define a Module

Lecture 3: Partitioning of Modules

Lecture 4: Compiling and Linking Modules into an Executable

Chapter 6: Implementing Concepts

Lecture 1: Rationale Behind Concepts

Lecture 2: Concepts as Compile Time Predicates

Lecture 3: Defining Own Concepts

Lecture 4: Concepts Library

Chapter 7: New Synchronization Library Extensions

Lecture 1: Atomic Smart Pointers

Lecture 2: Efficient Atomic Waiting

Lecture 3: Lightweight Access Coordination

Lecture 4: Latches and Barriers

Chapter 8: Coroutines

Lecture 1: The Rationale Behind Coroutines

Lecture 2: Concept of Splitting Execution State and the Thread of Execution

Lecture 3: Coroutine Anatomy

Lecture 4: Generator Expressions

Lecture 5: Example of Use

Chapter 9: Other Features and Improvements

Lecture 1: Using Enum

Lecture 2: Improvements to Lambda Expressions

Lecture 3: Designated Initializers

Lecture 4: constexpr Extensions

Lecture 5: Course Summary

Instructors

Packt Publishing
Tech Knowledge in Motion

Rating Distribution

1 stars: 1 votes

2 stars: 2 votes

3 stars: 10 votes

4 stars: 5 votes

5 stars: 4 votes

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