Instructional Video7:55
Curated Video

Behavioral Design Patterns in C++ - Function Strategy - I

Higher Ed
In this video, we explore the function strategy design pattern, which allows us to swap out different algorithms at runtime. We will cover the basics of the pattern and how to implement it in JavaScript, as well as some real-world use...
Instructional Video9:22
Curated Video

Behavioral Design Patterns in C++ - Dynamic Array - I

Higher Ed
In this video, we will introduce a dynamic array that may be used in both single-threaded and multi-threaded applications. This clip is from the chapter "Strategy" of the series "Behavioral Design Patterns in C++".In this section, you...
Instructional Video5:09
Curated Video

Behavioral Design Patterns in C++ - Basic Example-1

Higher Ed
In this video, we will go through one of the basic examples of strategy pattern. This clip is from the chapter "Strategy" of the series "Behavioral Design Patterns in C++".In this section, you will learn about the strategy pattern.
Instructional Video7:47
Curated Video

Learn Azure Serverless Functions in a Weekend - Developing Azure Functions API to Get Online Course Details - Part 2

Higher Ed
In the last video, you connected the function to the database, but it is not returning anything on the browser page. In this video, you will return the database to the browser page. So, basically, you will publish the formatted output in...
Instructional Video4:35
Curated Video

Quick JavaScript Crash Course - Modern and Advanced JavaScript - Promises-any-vs-race

Higher Ed
This video is a continuation of the previous video which explains promise.any(). This clip is from the chapter "Async Patterns and Promises" of the series "Quick JavaScript Crash Course - Modern and Advanced JavaScript".This section...
Instructional Video5:20
Curated Video

Quick JavaScript Crash Course - Modern and Advanced JavaScript - Logical Operators

Higher Ed
This video explains logical operators. This clip is from the chapter "Operators, Loops, and Statements" of the series "Quick JavaScript Crash Course - Modern and Advanced JavaScript".This section explains operators, loops, and...
Instructional Video4:36
Curated Video

Quick JavaScript Crash Course - Modern and Advanced JavaScript - Optional Chaining Operators

Higher Ed
This video explains chaining operators. This clip is from the chapter "Operators, Loops, and Statements" of the series "Quick JavaScript Crash Course - Modern and Advanced JavaScript".This section explains operators, loops, and...
Instructional Video7:43
Curated Video

Quick JavaScript Crash Course - Modern and Advanced JavaScript - Arrow Functions 2

Higher Ed
This clip is from the chapter "Function and Arguments" of the series "Quick JavaScript Crash Course - Modern and Advanced JavaScript".This section explains functions and arguments, which is a critical part of this course because...
Instructional Video4:18
Curated Video

Behavioral Design Patterns in C++ - C++ Iterators - II

Higher Ed
In this video, we will implement the iterator for the list class. This clip is from the chapter "Iterator" of the series "Behavioral Design Patterns in C++".This section focuses on the Iterator design pattern.
Instructional Video3:02
Curated Video

Behavioral Design Patterns in C++ - Containers - III (Issues)

Higher Ed
This video explains the issue where the elements inside the container are accessed. This clip is from the chapter "Iterator" of the series "Behavioral Design Patterns in C++".This section focuses on the Iterator design pattern.
Instructional Video5:06
Curated Video

Behavioral Design Patterns in C++ - Lamp - I (NoState)

Higher Ed
This video explains the implementation of the State design pattern. Here, we will use the example of a lamp with two states, that is, ON and OFF. This clip is from the chapter "State" of the series "Behavioral Design Patterns in...
Instructional Video6:05
Curated Video

Behavioral Design Patterns in C++ - Transition Table - II

Higher Ed
In this video, you will use the transition table through the lamp class. This clip is from the chapter "State" of the series "Behavioral Design Patterns in C++".This section focuses on the State design pattern.
Instructional Video5:39
Curated Video

Behavioral Design Patterns in C++ - Basic Implementation-Interpreter

Higher Ed
This video explains the basic implementation of the Interpreter pattern. This clip is from the chapter "Interpreter" of the series "Behavioral Design Patterns in C++".This section focuses on the Interpreter pattern.
Instructional Video3:58
Curated Video

Behavioral Design Patterns in C++ - Shapes Example - V

Higher Ed
This video will help you add new operations to the existing class hierarchy with the help of the Visitor pattern. This clip is from the chapter "Visitor" of the series "Behavioral Design Patterns in C++".This section focuses on the...
Instructional Video6:25
Curated Video

Behavioral Design Patterns in C++ - Basic Implementation-Mediator

Higher Ed
This video demonstrates the basic implementation of the Mediator pattern. This clip is from the chapter "Mediator" of the series "Behavioral Design Patterns in C++".This section focuses on the Mediator pattern.
Instructional Video4:49
Curated Video

Behavioral Design Patterns in C++ - Basic Implementation-Observer

Higher Ed
This video provides a basic implementation of the Observer pattern. This clip is from the chapter "Observer" of the series "Behavioral Design Patterns in C++".This section focuses on the Observer pattern.
Instructional Video5:31
Curated Video

Behavioral Design Patterns in C++ - Help System - II

Higher Ed
In this video, we will use the CoR pattern to implement the help system of an application. This clip is from the chapter "Chain of Responsibility" of the series "Behavioral Design Patterns in C++".This section focuses on the Chain of...
Instructional Video5:36
Curated Video

Behavioral Design Patterns in C++ - Basic Implementation-Chain Of Responsibility

Higher Ed
This video provides a basic implementation of the CoR pattern. This clip is from the chapter "Chain of Responsibility" of the series "Behavioral Design Patterns in C++".This section focuses on the Chain of Responsibility pattern.
Instructional Video3:39
Curated Video

Behavioral Design Patterns in C++ - Hangman - II

Higher Ed
This video will help you test the Hangman game. This clip is from the chapter "Memento" of the series "Behavioral Design Patterns in C++".This section focuses on the Memento pattern in detail.
Instructional Video6:59
Curated Video

Behavioral Design Patterns in C++ - Basic Implementation-Memento

Higher Ed
This video helps you with the basic implementation of the Memento pattern. This clip is from the chapter "Memento" of the series "Behavioral Design Patterns in C++".This section focuses on the Memento pattern in detail.
Instructional Video6:13
Curated Video

Behavioral Design Patterns in C++ - FindDialog - II

Higher Ed
In this video, you will see how the dialog box handles the event from the button using the command pattern. This clip is from the chapter "Command" of the series "Behavioral Design Patterns in C++".In this section, we will explore the...
Instructional Video7:32
Curated Video

Behavioral Design Patterns in C++ - Template Method - I

Higher Ed
In this video, we will implement the template method design pattern in the document framework. This clip is from the chapter "Template Method" of the series "Behavioral Design Patterns in C++".In this section, we explore the template...
Instructional Video6:21
Curated Video

Learning GitHub Actions for DevOps CI/CD - GitHub Actions Store Your Secrets and Passwords Securely

Higher Ed
This video demonstrates how GitHub Actions store your secrets and passwords securely. This clip is from the chapter "GitHub Actions: Exploring the Features" of the series "Learning GitHub Actions for DevOps CI/CD".This section focuses on...
Instructional Video5:25
Curated Video

React JS Masterclass - Go From Zero To Job Ready - Event / 026

Higher Ed
In this video, we will examine the listener that we will work with, which calls a function that will execute a task every time there is a change in the input, an anonymous function, or create a function based on our requirement.