Quick Start to Modern C++ for Programmers [2024 Edition]

Quick Start to Modern C++ for Programmers [2024 Edition], available at $79.99, has an average rating of 4.45, with 84 lectures, based on 246 reviews, and has 1405 subscribers.

You will learn about Modern C++ Features from C++11 to C++23 No outdated C++ Coding Style The right way to code in C++ Everything from Variables to Threads This course is ideal for individuals who are Programmers who want to learn C++ after another language It is particularly useful for Programmers who want to learn C++ after another language.

Enroll now: Quick Start to Modern C++ for Programmers [2024 Edition]

Summary

Title: Quick Start to Modern C++ for Programmers [2024 Edition]

Price: $79.99

Average Rating: 4.45

Number of Lectures: 84

Number of Published Lectures: 84

Number of Curriculum Items: 84

Number of Published Curriculum Objects: 84

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Modern C++ Features from C++11 to C++23

No outdated C++ Coding Style

The right way to code in C++

Everything from Variables to Threads

Who Should Attend

Programmers who want to learn C++ after another language

Target Audiences

Programmers who want to learn C++ after another language

Course Description:

Are you already proficient in another programming language and ready to conquer C++? This course is specifically designed for you!

Skip the very basics, like how to use an if-statement, and dive straight into the powerful, unique features of C++. Tailored for experienced programmers, this course eliminates basic content and focuses on advanced techniques and modern practices.

I will show you in a quick and precise way what the difference of the C++ programming language compared to others.

What You’ll Learn:

C/C++ Fundamentals: Quickly cover core principles to set the stage.

Modern C++ Features: Deep dive into C++11, C++14, C++17, C++20, and the latest C++23 updates.

Pointers, References, and Arrays: Master advanced usage and best practices.

Standard Template Library (STL): Utilize all essential STL features and functions.

Advanced Object Orientation: Implement cutting-edge OOP techniques in C++.

Lambda Expressions and Templates: Write cleaner, more efficient code.

Smart Pointers & Constructors: Expertly use smart pointers, copy, and move constructors.

Multithreading: Leverage threads and async for high-performance concurrent programming.

Why This Course?

No Basic Chit Chat: Jump straight into advanced topics, skipping basic programming concepts.

Quick Setup: Start coding fast with simple software installation instructions.

Code Access: All video code provided for hands-on learning and practice.

Continuously Updated: Always stay ahead with the latest C++ advancements.

Unlock the full potential of C++ and elevate your programming skills. Enroll now to advance your career with expert C++ knowledge!
See you in class!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Windows: Compiler Installation (1)

Lecture 3: Windows: Compiler Installation (2)

Lecture 4: Linux: Compiler Installation (1)

Lecture 5: Linux: Compiler Installation (2)

Lecture 6: Mac: Compiler Installation

Lecture 7: Course Manual

Lecture 8: Course Materials

Lecture 9: Visual Studio Code Setup

Lecture 10: C/C++ Runner

Chapter 2: Basics

Lecture 1: Integers, Floats and Chars

Lecture 2: Bool, If, Ternary

Lecture 3: For, While Loop and Increment

Lecture 4: Functions

Lecture 5: Headers and Include Guards

Lecture 6: Debugging, Debug vs. Release

Lecture 7: Enum, Enum Class and Switch

Lecture 8: Structs, Designated Init and Casting

Lecture 9: Auto and Uniform Initilization

Lecture 10: Const and Constexpr

Lecture 11: Local Static Variables

Lecture 12: Namespaces

Lecture 13: Global Static and Anonymous Namespaces

Lecture 14: Coding Exercises How-To

Lecture 15: Coding Exercise 2

Chapter 3: Memory

Lecture 1: C Arrays and std::array

Lecture 2: Characters, C-Strings and std::string

Lecture 3: Call by Value vs. Call by Reference

Lecture 4: Pointer

Lecture 5: New/Delete and Nullptr

Lecture 6: RValue and LValue

Lecture 7: Coding Exercise 3

Chapter 4: STL Container

Lecture 1: Template Functions

Lecture 2: std::vector and ranged for

Lecture 3: std::span

Lecture 4: std::pair, std::tuple and Structured Binding

Lecture 5: std::map

Lecture 6: Typedef and Using

Lecture 7: Iterator

Lecture 8: Inserter

Lecture 9: Coding Exercise 4

Chapter 5: Strings and Files

Lecture 1: std::string

Lecture 2: std::string_view and Small String Optimization

Lecture 3: Input and Output Files

Lecture 4: std::filesystem

Lecture 5: Coding Exercise 5

Chapter 6: Lambdas and more STD Features

Lecture 1: std::random

Lecture 2: std::chrono

Lecture 3: std::chrono::Date

Lecture 4: std::numeric_limits

Lecture 5: Lambda Function

Lecture 6: std::generate and Local Static Variables

Lecture 7: std::transform, std::accumulate

Lecture 8: std::remove, std::sort, std::replace

Lecture 9: std::min, std::max, std::equal, std::any, std::all, std::none

Lecture 10: std::function

Lecture 11: Coding Exercise 6

Chapter 7: Classes and Inheritance

Lecture 1: Classes

Lecture 2: Inheritance and Abstract Class

Lecture 3: Polymorphism

Lecture 4: Class Templates

Lecture 5: Operator Overload

Lecture 6: Copy and Move

Chapter 8: Templates, Traits and Concepts

Lecture 1: Template Specalization

Lecture 2: Type Traits

Lecture 3: Concepts

Lecture 4: Variadics and Fold Expressions

Lecture 5: Coding Exercise 8

Chapter 9: Modern STD Features

Lecture 1: std::optional

Lecture 2: std::variant

Lecture 3: std::any

Lecture 4: Attributes

Lecture 5: std::ranges

Lecture 6: std::format

Lecture 7: std::unique_ptr

Lecture 8: std::shared_ptr

Lecture 9: std::weak_ptr

Lecture 10: std::exception

Chapter 10: Threads and Async

Lecture 1: std::thread

Lecture 2: std::mutex

Lecture 3: std::async

Chapter 11: More to C++20, C++23 and C++26

Lecture 1: Compiler Support

Chapter 12: Conclusion

Lecture 1: Conclusion

Lecture 2: Bonus Lecture

Instructors

Jan Schaffranek
M.Sc in Computer Science – Machine Learning, C/C++, Python

Rating Distribution

1 stars: 2 votes

2 stars: 2 votes

3 stars: 18 votes

4 stars: 69 votes

5 stars: 155 votes

Frequently Asked Questions

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