Object-oriented programming with C++

Format:

Book

Author/Creator:

Bhave, Mahesh, Author.

Contributor:

Patekar, Sunil, Contributor.

Series:

Always learning.

Always learning

Language:

English

Physical Description:

1 online resource (1 v.) : ill.

Edition:

2nd ed.

Other Title:

Object-oriented programming with C plus plus

Place of Publication:

[Place of publication not identified] Pearson 2012

Language Note:

English

System Details:

text file

Summary:

This fully revised and indispensable edition of Object-Oriented Programming with C++ provides a sound appreciation of the fundamentals and syntax of the language, as well as of various concepts and their applicability in real-life problems. Emphasis has been laid on the reusability of code in object-oriented programming and how the concepts of class, objects, inheritance, polymorphism, friend functions, and operator overloading are all geared to make the development and maintenance of applications easy, convenient and economical.

Contents:

Cover

Contents

Foreword

Preface to the Second Edition

Preface to the First Edition

Chapter 1: Introduction to Computers and Computing

1.1 Hardware

Operating Systems

1.2 Evolution of Programming Languages

1.3 Brief History of C++

1.4 C++ as a Superset of C Programming Language

1.5 To Run a Program

1.6 An Informal Introduction to C++ Program

Summary

Chapter 2: Moving from C to C++I

2.1 Fundamentals

2.1.1 Comments

2.1.2 Character set

2.1.3 Identifiers and keywords

2.2 Data Types

2.2.1 Simple data types

2.2.2 Aggregate data types

2.2.3 Pointer data type

2.2.4 Enumerated data type

2.2.5 Type reference

2.2.6 Type void

2.3 Constants and Variables Declarations

2.4 Operators and Expressions

2.5 Library Functions

2.6 Statements

2.7 Pre-processor Directives

2.8 C++ is a Block-Structured Language

2.9 Typedef Facility

2.10 Simple Input-Output

2.10.1 Input-output with cin and cout

2.10.2 Console input-output

2.11 Control Statements

2.11.1 if statement

2.11.2 Switch statement

2.12 Iteration Statements

2.12.1 for statement

2.12.2 while statement

2.12.3 do-while statement

2.12.4 break and continue statements

2.12.5 goto statement

2.12.6 Comparison of all the three constructs

2.13 End of Chapter Programs

2.13.1 Sum of series

2.13.2 Accuracy of type float is limited!

2.13.3 Prime number

2.14 Flow Charts and Decision Tables

For Advanced Readers

Exercises

Chapter 3: Moving from C to C++ II

3.1 Introduction to Functions

3.2 Parameter Passing

3.2.1 call by value

3.2.2 GCD and LCM

3.2.3 call by reference - new style

3.2.4 call by reference - old style

3.2.5 Rules of parameter passing

3.2.6 Use of const parameter

3.3 Local Versus Global Variables

3.4 Function Overloading.

3.5 Functions with Default Arguments

3.6 inline Functions

3.7 Storage Classes

3.7.1 auto

3.7.2 Keyword register

3.7.3 Keyword static

3.7.4 Keyword extern

3.8 Recursion

3.9 Scope Rules

3.10 Arrays

3.10.1 Introduction

3.10.2 Array as function parameter

3.10.3 Arrays with multiple dimension

3.11 Structures

3.11.1 Assignment of structure variables

3.11.2 Using structure as function parameters

3.11.3 Pointer to structures

3.12 Union

3.12.1 Defining an union

3.12.2 Working with union

3.12.3 Anonymous union

3.13 Line Splicing

3.14 Command Line Arguments

3.15 Multi File Programs

3.16 Difference Between C and C++

3.16.1 Major differences

3.16.2 Minor differences

3.17 End of Chapter Programs

Chapter 4: Object Orientation: An Introduction

4.1 Programming Paradigms

4.1.1 Spectrum of computer applications

4.1.2 Bird's-eye view of programming paradigms

4.2 Popular Recent Paradigms

4.2.1 Procedural programming

4.2.2 Object-oriented programming

4.2.3 Programming language C++

4.2.4 Programming language JAVA

4.2.5 Procedural programming vs. object-oriented programming

4.3 An Introduction to Object Orientation

4.3.1 From structures to objects

4.4 Features of Object-Oriented Language

4.5 Benefits of Object-Oriented Programming

4.6 Writing Large Programs

Multiple Choice Questions and Answers

Chapter 5: Classes and Objects

5.1 Introduction

5.2 Data Hiding and Encapsulation

5.2.1 Private and public data members

5.3 Member Functions

5.3.1 Scope resolution operator

5.4 Accessing Class Members

5.5 Some Short Questions and Answers I

5.6 Using Pointers for Objects

5.7 Objects as Function Parameters

5.8 Some Short Questions and Answers II.

5.9 Inline Functions (Within a Class)

5.10 Static Data Members and Methods

5.10.1 Static data member

5.10.2 Static methods

5.11 Friend Functions

5.12 Friend Classes

5.13 Access Specifier Protected

5.14 Ideal Class Definition

5.15 End of Chapter Programs

5.15.1 Timer application

5.15.2 Complex numbers

5.15.3 Parameter passing by reference (C style)

Chapter 6: Object Initialization and Cleanup

6.1 Introduction

6.2 Constructors

6.3 Parameterized Constructor

6.4 Pointer "this"

6.5 Constructor Overloading

6.6 Default Constructor

6.7 Constructors with Default Arguments

6.8 Copy Constructor

6.9 Copy Initialization

6.10 Array of Objects

6.10.1 Array of objects - without pointers

6.10.2 Array of objects - With pointer

6.11 Destructors

6.12 End of Chapter Programs

6.12.1 Initializer list

Chapter 7: Operator Overloading

7.1 Introduction

7.2 Unary Operator Overloading

7.3 Binary Operator Overloading

7.3.1 Case 1: object + object

7.3.2 Case 2: object + basic data type

7.3.3 Case 3: basic data type + object

7.4 Friend Functions in Operator Overloading

7.4.1 Binary operator overloading [case 3]

7.4.2 Binary operator overloading [case 1]

7.5 Overloading of Increment Operator

7.6 Conversion Function

7.7 End of Chapter Programs

7.7.1 Overloading of assignment operator [case 1]

7.7.2 Overloading << operator

7.7.3 Expression with unary as well as binary overloaded operators

7.7.4 Class polar

7.7.5 Rational numbers

Chapter 8: Strings

8.1 Introduction.

8.2 Working with Strings

8.2.1 Reading a string

8.2.2 Writing a string

8.2.3 Comparing strings

8.2.4 Copying one string into other

8.2.5 Length of a string

8.2.6 Concatenation of strings

8.3 Useful Functions for Operating on Strings

8.4 Simple String Programs

8.4.1 Capitalize first character

8.4.2 Reading a string containing blank

8.4.3 Removing return from a string

8.4.4 Sorting strings

8.4.5 Printing Strings with Field Specifications

8.4.6 Copying strings

8.5 Our Own Strings

8.6 Constructors for Type String

8.7 Interactive Constructor for Class String

8.8 Operator Overloading with Class String

Chapter 9: Inheritance I

9.1 Introduction

9.2 Derived and Base Class

9.3 Public Derivation

9.3.1 Public members of base class

9.3.2 Private members of base class

9.3.3 Protected members of base class

9.4 Private Derivation

9.5 Protected Derivation

9.6 Function Overriding

9.6.1 Overriding and overloading

9.7 Base and Derived Class Constructors

9.8 End of Chapter Programs

9.8.1 Working with private derivation

9.8.2 Program on students and their performance

9.8.3 Function overriding: different signature

Chapter 10: Inheritance II

10.1 Multiple Inheritance

10.2 Hierarchical Inheritance

10.3 Multilevel Inheritance

10.4 Hybrid Inheritance

10.5 A Multipath Inheritance

10.6 Virtual Base Class

10.7 Constructors for Virtual Base Classes

10.8 Classification of Inheritance

10.9 Relationships

10.9.1 is-a Relationship

10.9.2 has-a Relationship

10.10 Practical Class Definition

Multiple Choice Questions and Answers.

Exercises

Chapter 11: Input/Output

11.1 Introduction

11.2 Stream I/O Classes

11.3 Format-free Input

11.4 Formatted Input

11.5 Format-free Output

11.6 Formatted Output

11.6.1 Writing integers

11.6.2 Writing float

11.6.3 Writing structures and objects

11.7 The Manipulators

11.7.1 Manipulators for reading integers

11.7.2 Manipulators for writing integers

11.7.3 Manipulators for writing floats

11.8 Summary of Manipulators

11.9 Our Own Manipulators

11.10 Miscellaneous Functions

Chapter 12: Pointers

12.1 Introduction

12.2 The & (AND) Operator

12.3 The * Operator

12.4 Pointers and Arrays

12.5 Pointer Arithmetic

12.6 Pointer to Void

12.7 Pointer to Function

12.8 Dynamic Memory Allocation

12.8.1 Free Store

12.9 Operators new and delete

12.9.1 Operator new

12.9.2 Operator delete

12.10 One Dimensional Arrays Using Pointers

12.11 Two Dimensional Arrays Using Pointers

12.12 Pointers to User Defined Data Types

12.12.1 Array of pointers (to objects)

12.13 Advantages and Disadvantages of Pointers

12.14 End of Chapter Programs

12.14.1 Class Vector

12.14.2 Comparison of pointers

12.14.3 Study of NULL

Chapter 13: Polymorphism

13.1 Introduction

13.2 Compile Time Polymorphism

13.2.1 Polymorphism with ordinary1 objects

13.2.2 Polymorphism with dynamic objects2

13.2.3 Early binding

13.2.4 Function overriding

13.3 Pointing to Derived Class Objects

13.3.1 Demo program: The Twist

13.4 Virtual Functions

13.4.1 Need for virtual functions

13.4.2 Declaring function virtual

13.5 Run Time Polymorphism

13.5.1 Run time polymorphism in action.

13.6 Pure Virtual Functions.

Notes:

Bibliographic Level Mode of Issuance: Monograph

Includes bibliographical references.

Description based on publisher supplied metadata and other sources.

ISBN:

9789332503663

9332503664

9788131798584

8131798585

OCLC:

1024267352