Learn about `constexpr` features in the Standard Library introduced throughout C++11/14/17, and upcoming C++20 features

Understand what a "constant expression" is and how 'constexpr' allows to create functions that can be executed at compile-time

Through realistic examples, understand how higher-order functions can be used to create safer and easier interfaces for your users

Learn how and when to use lambdas as short local functions, in order to reduce repetition and increase maintainability

Understand the versatility of lambdas and unconventional problems solved by them

Understand what lambda expressions are and what problem they solve

Understand what lambda expressions are and what problem they solve

Step-by-step implementation of an `std::vector` clone that uses move semantics and is move-aware

Learn rules that can guide developers to write correct and complete movable classes

Understand the benefits of writing movable classes in relation to facilities provided by the Standard Library

Learn how to choose between raw/unique/shared/weak pointers in your interfaces and implementation, understanding their pro/cons and "conventional" meanings

Overview of std::shared_ptr and std::weak_ptr, understand how they work and the type of ownership they model

Understand what the risks of manual memory management are and how smart pointers prevent them

Understand how to decrease boilerplate code and increase the flexibility of your interfaces by using perfect forwarding

Learn about the more fine-grained value categories of the language, in order to increase your understanding of the rules that guide move semantics

Learn about practical usages of std::move that can make your code more efficient

Understand what move semantics are and how they enable efficient resource transfer and ownership transfer

Understand the difference between lvalue and rvalues, gaining a solid theoretical base required to understand move semantics

This video provides an overview of the entire course.

This is the first part of the three-part video that explains the S.O.L.I.D principles.
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This clip is from the chapter "Introduction" of the series "Structural Design Patterns in Modern C++".This section introduces you to...

This is the third part of the three-part video that explains how to add the Car class.
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This clip is from the chapter "Flyweight Design Pattern" of the series "Structural Design Patterns in Modern C++".This section introduces...

This video introduces you to the proxy pattern.<br<br/>/>

This clip is from the chapter "Proxy Design Pattern" of the series "Structural Design Patterns in Modern C++".This section focuses on the proxy design pattern.

This video focuses on the static bridge.
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This clip is from the chapter "Bridge Design Pattern" of the series "Structural Design Patterns in Modern C++".This section focuses on the bridge design pattern. You will also learn...

This is the third part of the three-part video that explains the S.O.L.I.D principles.
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br/>
This clip is from the chapter "Introduction" of the series "Structural Design Patterns in Modern C++".This section introduces you to...