C++ Design Patterns: Behavioral

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Shaun Wassell

3:29:49

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[1] Introduction

[1] Behavioral patterns improve software design.mp4

01:02

[2] What you should know.mp4

01:17

[2] 1. Introduction to Design Patterns

[1] What are design patterns.mp4

02:10

[3] 2. Behavioral Patterns Group 1

[1] The Chain of Responsibility pattern.mp4

03:57

[2] Implementing the Chain of Responsibility pattern.mp4

07:27

[3] Create Chain of Responsibility handlers.mp4

07:35

[4] The Command pattern.mp4

03:56

[5] Implementing the Command pattern.mp4

04:14

[6] Increasing code reuse with commands.mp4

03:28

[7] The Mediator pattern.mp4

04:13

[8] Implementing the Mediator pattern.mp4

09:01

[9] Using the Mediator from inside other classes.mp4

06:51

[10] The Observer pattern.mp4

02:54

[11] Creating publishers.mp4

07:48

[12] Creating subscribers.mp4

05:34

[13] Project Create a group-chat program.mp4

07:32

[14] Challenge Apply the Command pattern.mp4

01:02

[15] Solution Apply the Command pattern.mp4

06:26

[4] 3. Behavioral Patterns Group 2 Strategies, States, and Interpretations

[1] The Interpreter pattern.mp4

02:57

[2] Implementing the Interpreter pattern.mp4

06:17

[3] Applying the Interpreter pattern.mp4

05:01

[4] The State pattern.mp4

03:02

[5] Implementing the State pattern.mp4

05:02

[6] Applying the State pattern.mp4

04:48

[7] The Strategy pattern.mp4

02:37

[8] Creating strategies.mp4

02:45

[9] Rewriting classes to use strategies.mp4

03:51

[10] The Template Method pattern.mp4

04:09

[11] Creating template methods.mp4

04:33

[12] Modifying templates using subclasses.mp4

04:27

[13] The Visitor pattern.mp4

02:57

[14] Implementing visitors.mp4

04:55

[15] Allowing classes to accept visitors.mp4

03:59

[16] Project Create a greeting-card generator program.mp4

10:10

[17] Challenge Modifying the card generator.mp4

01:49

[18] Solution Modifying the card generator.mp4

03:08

[5] 4. Behavioral Patterns Group 3

[1] The Iterator pattern.mp4

03:22

[2] Implementing the Iterator pattern.mp4

04:37

[3] Using iterators.mp4

03:58

[4] The Memento pattern.mp4

02:49

[5] Creating a Memento class.mp4

02:07

[6] Using Memento classes.mp4

03:29

[7] The Null Object pattern.mp4

02:40

[8] Creating Null Object classes.mp4

01:55

[9] Setting null objects as the default.mp4

03:00

[10] Project Create an instant replay program.mp4

12:36

[11] Challenge Apply the Null Object pattern.mp4

01:12

[12] Solution Apply the Null Object pattern.mp4

03:46

[6] Conclusion

[1] Next steps.mp4

01:24

Description

Programmers spend much of their time solving problems, yet they may wind up solving the same problems over and over again. In C++, design patterns can help programmers save their valuable time with classes of programming problems that have similar solutions. Once developers learn these patterns, they can write software more efficiently and make more deliberate software designs. In this course, instructor Shaun Wassell goes in-depth on behavioral design patterns. Shaun begins by explaining design patterns in general and behavioral design patterns in particular. For each behavioral design pattern discussed in this course, he covers the basic idea behind the pattern, what the pattern looks like in code, some real-world examples of how you could use the pattern, and the pattern’s benefits and tradeoffs. Shaun concludes by showing you how some of these behavioral patterns can be combined and some of the benefits and drawbacks of doing so.

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C++

Design Pattern

Shaun Wassell

Instructor's Courses

"I love seeing people go from earning peanuts to being able to comfortably take their families on multiple vacations — just because they were willing to learn something 'nerdy!'"

Shaun brings nearly 10 years of software development experience to his training. Prior to joining CBT Nuggets, he was a senior full-stack developer. His interest in technology started as a child because he wanted to create video games and his parents bought him GameMakerStudio. When Shaun isn’t creating training, he enjoys gardening, distance running, investing, and learning foreign languages.

Certifications: None

Areas of expertise: Web development, programming, data science

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