This video demonstrates how to use the command pattern to handle commands/events and also achieve loose coupling between the classes.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in...

In this video, we will use the menu class with the application class. You will be able to see how the classes are loosely coupled. This implementation uses a pointer to function as callback and does not use an object-oriented...

In this video, we will modify the menu class and break its dependency of the application class. This will make it reusable with any class.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in...

In this video, we will implement the menu class for handling user input.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will explore the command design pattern,...

In this video, we will implement the input handling functionality in the application class.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will explore the...

This video starts with the creation of the application class and implementation of its important methods.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will...

In this video, you will see how the dialog box handles the event from the button using the command pattern.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will...

In this video, we continue our exploration of the command design pattern by implementing the basic structure of our command objects.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In...

In this video, we will start with the basics of implementing the command design pattern.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will explore the command...

This video provides an introduction to command patterns.
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This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will explore the command design pattern, which...

This video talks about the pros and cons of the template method pattern.
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This clip is from the chapter "Template Method" of the series "Behavioral Design Patterns in C++".In this section, we explore the template method...

In this video, we continue to explore the final details of the template method design pattern, which allows us to define the skeleton of an algorithm in a base class and let subclasses implement specific steps of the algorithm.
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In this video, we continue exploring the template method design pattern, building on the concepts covered in the previous video and implement the text document.
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This clip is from the chapter "Template Method" of the series...

In this video, we will implement the template method design pattern in the document framework.
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This clip is from the chapter "Template Method" of the series "Behavioral Design Patterns in C++".In this section, we explore the...

In this video, we will add the functionality of versioning.
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This clip is from the chapter "Template Method" of the series "Behavioral Design Patterns in C++".In this section, we explore the template method behavioral design...

Metaprogramming Utilities in the Standard Library

Understand how lambdas and the Standard Library interact and benefit from each other

Learn about higher-order functions and the problems solved by them, techniques to pass functions to other functions

Learn how to store arbitrary closures and callable objects, and the 'FunctionObject' and 'Callable' concept definitions

In-depth analysis of lambda expression syntax from C++11 to C++17

Overview of std::unique_ptr and its basic interface, understand how unique_ptr works and what problem it solves

Learn how to create a simple set-like compile-time data structure with a familiar `constexpr`-based syntax

Understand what a "metafunction" is and how types can be manipulated through templates

Understand the interactions between exceptions and compile-time evaluation of 'constexpr' functions