tailieunhanh - Chapter 8 Inheritance

Inheritance is the practice of passing on property, titles, debts, rights and obligations upon the death of an individual. It represents also to pass a characteristic, genetically. It has long played an important role in human societies. The rules of inheritance differ between societies and have changed over time. | Chapter 8 Inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance Inheritance is a fundamental object-oriented design technique used to create and organize reusable classes Chapter 8 focuses on: deriving new classes from existing classes the protected modifier creating class hierarchies abstract classes indirect visibility of inherited members designing for inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Outline Creating Subclasses Overriding Methods Class Hierarchies Inheritance and Visibility Designing for Inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance Inheritance allows a software developer to derive a new class from an existing one The existing class is called the parent class, or superclass, or base class The derived class is called the child class or subclass As the name implies, the child inherits characteristics of the parent That is, the child class inherits the methods and data defined by the | Chapter 8 Inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance Inheritance is a fundamental object-oriented design technique used to create and organize reusable classes Chapter 8 focuses on: deriving new classes from existing classes the protected modifier creating class hierarchies abstract classes indirect visibility of inherited members designing for inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Outline Creating Subclasses Overriding Methods Class Hierarchies Inheritance and Visibility Designing for Inheritance © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance Inheritance allows a software developer to derive a new class from an existing one The existing class is called the parent class, or superclass, or base class The derived class is called the child class or subclass As the name implies, the child inherits characteristics of the parent That is, the child class inherits the methods and data defined by the parent class © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance Inheritance relationships are shown in a UML class diagram using a solid arrow with an unfilled triangular arrowhead pointing to the parent class Vehicle Car Proper inheritance creates an is-a relationship, meaning the child is a more specific version of the parent © 2004 Pearson Addison-Wesley. All rights reserved 8- Inheritance A programmer can tailor a derived class as needed by adding new variables or methods, or by modifying the inherited ones Software reuse is a fundamental benefit of inheritance By using existing software components to create new ones, we capitalize on all the effort that went into the design, implementation, and testing of the existing software © 2004 Pearson Addison-Wesley. All rights reserved 8- Deriving Subclasses In Java, we use the reserved word extends to establish an inheritance relationship See (page 440) See (page 441) See .

• Kỹ thuật lập trình
• Module 10 Inheritance
• Virtual Functions
• and Polymorphism
• base class
• set the C + +
• language C + +
• công nghệ thông tin
• internet
• tin học
• microsoft office
• computer network
• tài liệu công nghệ thông tin
• thủ thuật máy tính
• kinh nghiệm máy tính
• hướng dẫn học công nghệ thông tin
• mẹo công nghệ thông tin
• C + + Programming
• Accelerated C # 2008
• object oriented language
• Experienced C # Programmers moving
• practice C # 2008
• C Programming language
• programming language C #
• C # programming techniques
• programming documents
• programming techniques
• The C++ programming language
• Programming language
• Latest ISO C++ standard
• Compile time checking
• Background in application languages
• C Language Tutorial
• Ngôn ngữ lập trình C
• Học lập trình C
• Lập trình mạng
• Lập trình hướng đối tượng
• C # programming tips
• programming languages​​
• C + + language
• curriculum programming
• C programming basics
• information technology
• curriculum
• Programming C#
• C# Language
• computer programming
• # C Language Specification
• Visual Studio
• # C Language
• Microsoft Developer Network
• International Journal of computer science & communication networks
• Article on structure padding in C language
• Structure padding in C language
• The memory sizes
• The data members
• Application of C language
• Design chute spillway
• C language
• Agricultural calculations
• programming book
• overloading
• lexical analysis
• language specification
• Programming with C
• Lecture Elementary programming with C
• Structured language
• The IF construct
• The C program structure
• programmers
• Visual Basic
• Visual C
• scripting languages
• Communicative language teaching today
• Communicative language teaching
• Prrocess based CLT approaches
• CLT approaches – text based instruction
• The C#
• Fourth Edition
• C#
• C# 4
• C++
• The C programming Language
• The C programming
• Variables and Arithmetic Expressions
• Operators and Expressions
• Data Types and Sizes
• The GNU C
• Strength C++
• P
• NET MV 4
• The C# Programming Language
• Third Edition
• Systems in C
• The C++
• Bài giảng C#
• Ngôn ngữ lập trình
• Môi trường Donet
• Microsoft Intermediate Language
• Comon Language Runtime
• basic programming
• basic programming language Visual Basic
• common control
• the C # language
• the basic data types
• C++ CLI Language Specification
• Ecma International Rue
• ECMA 372
• CLI Language Specification
• Ecma International
• C + + programming language C + +
• teaching techniques
• Control flow
• Address arithmetic
• External variable
• Function arguments