'Constructor chaining' presentation slideshows

Chapter 8 Inheritance and Polymorphism

770 views • 76 slides

Chapter 10 Inheritance and Polymorphism

Chapter 10 Inheritance and Polymorphism. Motivations. Suppose you will define classes to model circles, rectangles, and triangles. These classes have many common features. What is the best way to design these classes so to avoid redundancy? The answer is to use inheritance. Objectives.

581 views • 49 slides

Chapter 10 Inheritance and Polymorphism

Chapter 10 Inheritance and Polymorphism. Motivations. Suppose you will define classes to model circles, rectangles, and triangles. These classes have many common features. What is the best way to design these classes so to avoid redundancy? The answer is to use inheritance. Objectives.

500 views • 49 slides

Chapter 11 Inheritance and Polymorphism

Chapter 11 Inheritance and Polymorphism. Motivations. Suppose you will define classes to model circles, rectangles, and triangles. These classes have many common features. What is the best way to design these classes so to avoid redundancy? The answer is to use inheritance. Objectives.

501 views • 49 slides

Chapter 11 Inheritance and Polymorphism

Chapter 11 Inheritance and Polymorphism. Motivations. Suppose you will define classes to model circles, rectangles, and triangles. These classes have many common features. What is the best way to design these classes so to avoid redundancy? The answer is to use inheritance. Objectives.

486 views • 48 slides

Object-Oriented Programming Inheritance

408 views • 40 slides

Inheritance

Inheritance. Defining Inheritance Relationships of Inheritance Rules of Inheritance super and this references super() and this() methods Constructor Chaining Casting. Objectives. Define inheritance Identify relationships of inheritance Describe the rules of inheritance

485 views • 21 slides