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Object-Oriented Programming with ANSI and Turbo C++.

By: Material type: TextTextEdition: 1st edDescription: 1 online resource (731 pages)ISBN:
  • 9788131775851
Genre/Form: Additional physical formats: Print version:: Object-Oriented Programming with ANSI and Turbo C++DDC classification:
  • 23  005.13C
Online resources:
Contents:
Cover -- Preface -- Contents -- Chapter 1: Introduction to C++ -- 1.1 Evolution of C++ -- 1.2 ANSI Standard -- 1.3 Object-Oriented Technology -- 1.4 Disadvantage of Conventional Programming -- 1.5 Programming Paradigms -- (1) Monolithic Programming -- (2) Procedural Programming -- (3) Structured Programming -- 1.6 Preface to Object-Oriented Programming -- 1.7 Key Concepts of Object-Oriented Programming -- (1) Objects -- (2) Classes -- (3) Method -- (4) Data Abstraction -- (5) Encapsulation -- (6) Inheritance -- (7) Polymorphism -- (8) Dynamic Binding -- (9) Message Passing -- (10) Reusability -- (11) Delegation -- (12) Genericity -- 1.8 Advantages of OOP -- 1.9 Object-Oriented Languages -- 1.10 Usage of OOP -- 1.11 Usage of C++ -- Summary -- Exercises -- Chapter 2: Input and Output in C++ -- 2.1 Introduction -- 2.2 Streams in C++ -- 2.3 Pre-Defined Streams -- 2.4 Buffering -- 2.5 Stream Classes -- 2.6 Formatted and Unformatted Data -- 2.7 Unformatted Console I/O Operations -- Input and Output Streams -- 2.8 Typecasting with cout Statement -- Difference in Using C and C++ I/O Functions -- 2.9 Member Functions of Istream Class -- 2.10 Formatted Console I/O Operations -- 2.11 Bit Fields -- 2.12 Flags Without Bit Field -- 2.13 Manipulators -- 2.14 User-Defined Manipulators -- 2.15 Manipulator with One Parameter -- 2.16 Manipulators with Multiple Parameters -- 2.17 Custom Built I/O Objects -- (1) Creating Output Object -- (2) Creating Input Object -- Summary -- Exercises -- Chapter 3: C++ Declarations -- 3.1 Introduction -- 3.2 Parts of C++ Program -- (1) Include Files Section -- (2) Class Declaration or Definition -- (3) Class Function Definitions -- (4) The main () Function -- 3.3 Types of Tokens -- 3.4 Keywords -- 3.5 Identifiers -- (1) Variable Declaration and Initialization -- 3.6 Dynamic Initialization -- 3.7 Data Types in C++.
3.8 Basic Data Type -- 3.9 Derived Data Type -- (1) Pointers -- (2) Functions -- (3) Arrays -- (4) References -- 3.10 User-Defined Data Type -- (1) Structure and Classes -- (2) Union -- (3) Enumarated Data Type -- 3.11 The void Data Type -- 3.12 Type Modifiers -- 3.13 Wrapping Around -- 3.14 Typecasting -- (1) Explicit Typecasting -- (2) Implicit Type Conversion -- 3.15 Constants -- (1) Literal Constant -- (2) Symbolic Constant -- 3.16 Constant Pointers -- (1) Constant Pointer -- (2) Pointer to Constant -- (3) Pointer and Variable both Constants -- 3.17 Operators in C and C++ -- 3.18 Precedence of Operators in C++ -- Precedence of * and [ ] Operators -- 3.19 Referencing (&) and Dereferencing (*) Operators -- Referencing Operator (&) -- Principles for Declaring Reference Variable -- Dereferencing Operator (*) -- Difference Between & and * Operator -- 3.20 Scope Access Operator -- 3.21 Memory Management Operators -- 3.22 Comma Operator -- 3.23 Comma in Place of Curly Braces -- Summary -- Exercises -- Chapter 4: Control Structures -- 4.1 Introduction -- 4.2 Decision-Making Statements -- 4.3 The if-else Statement -- 4.4 The Nested if-else Statement -- The if-else-if Ladder Statement -- 4.5 The jump Statement -- 4.6 The goto Statement -- 4.7 The break Statement -- 4.8 The continue Statement -- 4.9 The switch case Statement -- 4.10 The Nested switch()case Statement -- 4.11 Loops in C/C++ -- 4.12 The for Loop -- 4.13 Nested for Loops -- 4.14 The while Loop -- 4.15 The do-while Loop -- Summary -- Exercises -- Chapter 5: Functions in C++ -- 5.1 Introduction -- 5.2 The main () Function in C and C++ -- 5.3 Parts of Function -- (1) Function Prototypes -- (2) Function Definition -- (3) Function Call -- (4) Actual and Formal Arguments -- (5) The return Statement -- 5.4 Passing Arguments -- (1) Pass by Value -- (2) Pass by Address -- (3) Passsing by Reference.
5.5 LValues and RValues -- (1) Lvalues (Left values) -- (2) Rvalues (Right values) -- 5.6 Return by Reference -- 5.7 Returning More Values by Reference -- 5.8 Default Arguments -- 5.9 The const Argument -- 5.10 Inputting Default Arguments -- 5.11 Inline Functions -- 5.12 Function Overloading -- 5.13 Principles of Function Overloading -- 5.14 Precautions with Function Overloading -- 5.15 Library Functions -- Summary -- Exercises -- Chapter 6: Classes and Objects -- 6.1 Introduction -- 6.2 Structures in C -- 6.3 Structures in C++ -- 6.4 Classes in C++ -- 6.5 Declaring Objects -- (1) Accessing Class Members -- 6.6 The public Keyword -- 6.7 The private Keyword -- 6.8 The protected Keyword -- 6.9 Defining Member Functions -- (1) Member Function inside the Class -- (2) Private Member Function -- (3) Member Function Outside the Class -- 6.10 Characteristics of Member Functions -- 6.11 Outside Member Function Inline -- 6.12 Rules for Inline Functions -- 6.13 Data Hiding or Encapsulation -- 6.14 Classes, Objects and Memory -- 6.15 Static Member Variables and Functions -- (1) Static Member Variables -- (2) Static Member Functions -- (3) Static Private Member Function -- (4) Static Public Member Variable -- 6.16 Static Object -- 6.17 Array of Objects -- 6.18 Objects as Function Arguments -- 6.19 friend Functions -- friend Classes -- 6.20 The const Member Function -- 6.21 Recursive Member Function -- 6.22 Local Classes -- 6.23 Empty, Static and Const Classes -- 6.24 Member Functions and Non-Member Functions -- 6.25 The main () as a Member Function -- 6.26 Overloading Member Functions -- 6.27 Overloading main() Function -- 6.28 The main (), Member Function and Indirect Recursion -- 6.29 Bit Fields and Classes -- Summary -- Exercises -- Chapter 7: Constructors and Destructors -- 7.1 Introduction -- 7.2 Constructors and Destructors -- (1) Constructors.
(2) Destructors -- 7.3 Characteristics of Constructors and Destructors -- (1) Constructors -- (2) Destructors -- 7.4 Applications with Constructors -- 7.5 Constructors with Arguments -- 7.6 Overloading Constructors -- 7.7 Constructors with Default Arguments -- 7.8 Copy Constructors -- 7.9 The const Objects -- 7.10 Destructors -- 7.11 Calling Constructors and Destructors -- 7.12 Qualifier and Nested Classes -- 7.13 Anonymous Objects -- 7.14 Private Constructors and Destructors -- 7.15 Dynamic Initialization Using Constructors -- 7.16 Dynamic Operators and Constructors -- 7.17 The main () as a Constructor and Destructor -- 7.18 Recursive Constructor -- 7.19 Program Execution before main () -- 7.20 Constructor and Destructor with Static Members -- 7.21 Local vs Global Object -- Summary -- Exercises -- Chapter 8: Operator Overloading and Type Conversion -- 8.1 Introduction -- 8.2 The Keyword Operator -- 8.3 Overloading Unary Operators -- 8.4 Operator Return Type -- 8.5 Constraint on Increment and Decrement Operators -- 8.6 Overloading Binary Operators -- (1) Overloading Binary Operators Using Member Functions -- (2) Overloading Binary Operators Using Friend Functions -- 8.7 Overloading with friend Function -- 8.8 Type Conversion -- (1) Conversion from Basic to Class Type -- (2) Conversion from Class Type to Basic Data Type -- (3) Conversion from One Class Type to Another Class Type -- 8.9 Rules for Overloading Operators -- 8.10 One Argument Constructor and Operator Function -- 8.11 Overloading Stream Operators -- Summary -- Exercises -- Chapter 9: Inheritance -- 9.1 Introduction -- 9.2 Access Specifiers and Simple Inheritance -- (1) Public Inheritance -- (2) Private Inheritance -- 9.3 Protected Data with Private Inheritance -- (1) Member Functions Scope -- 9.4 Types of Inheritances -- (1) Single Inheritance -- (2) Multiple Inheritance.
(3) Hierarchical Inheritance -- (4) Multilevel Inheritance -- (5) Hybrid Inheritance -- (6) Multipath Inheritance -- 9.5 Single Inheritance -- 9.6 Multilevel Inheritance -- 9.7 Multiple Inheritance -- 9.8 Hierarchical Inheritance -- 9.9 Hybrid Inheritance -- 9.10 Multipath Inheritance -- 9.11 Virtual Base Classes -- 9.12 Constructors, Destructors and Inheritance -- (1) Base and Derived Classes with Constructor -- (2) Base Class with Various Constructors and Derived Class with One Constructor -- (3) Base and Derived Classes without Default Constructor -- (4) Constructors and Multiple Inheritance -- (5) Constructors in Multiple Inheritances with Explicit Call -- (6) Multiple Inheritance and Virtual Class -- (7) Execution of Constructors in Multilevel Inheritance -- 9.13 Object as a Class Member -- 9.14 Abstract Classes -- 9.15 Qualifier Classes and Inheritance -- 9.16 Common Constructor -- 9.17 Pointers and Inheritance -- 9.18 Overloading Member Function -- 9.19 Advantages of Inheritance -- 9.20 Disadvantages of Inheritance -- Summary -- Exercises -- Chapter 10: Pointers and Arrays -- 10.1 Introduction -- (1) Features of Pointers -- 10.2 Pointer Declaration -- 10.3 Void Pointers -- 10.4 Wild Pointers -- 10.5 Pointer to Class -- 10.6 Pointer to Object -- 10.7 The this Pointer -- 10.8 Pointer to Derived Classes and Base Classes -- 10.9 Pointer to Members -- 10.10 Accessing Private Members with Pointers -- 10.11 Direct Access to Private Members -- 10.12 Address of Object and Void Pointers -- 10.13 Arrays -- (1) Array Declaration and Initialization -- 10.14 Characteristics of Arrays -- 10.15 Initialization of Arrays Using Functions -- 10.16 Arrays of Classes -- Summary -- Exercises -- Chapter 11: C++ and Memory -- 11.1 Introduction -- 11.2 Memory Models -- (1) Tiny -- (2) Small -- (3) Medium -- (4) Compact -- (5) Large -- (6) Huge.
(7) Segment and Offset Address.
Summary: Object-Oriented Programming with ANSI and Turbo C++ gives you a solid background in the fundamentals of C++ which has emerged as a standard object-oriented programming language. This comprehensive book, enriched with illustrations and a number of solved programs, will help you unleash the full potential of C++. Prof. Kamthane explains each concept in an easy-to-understand manner and takes you straight to applications.
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Item type Current library Call number Materials specified Status Barcode
E- Books E- Books Digital Library Digital Library 005.13C KAM-O Online access Available E0040
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Cover -- Preface -- Contents -- Chapter 1: Introduction to C++ -- 1.1 Evolution of C++ -- 1.2 ANSI Standard -- 1.3 Object-Oriented Technology -- 1.4 Disadvantage of Conventional Programming -- 1.5 Programming Paradigms -- (1) Monolithic Programming -- (2) Procedural Programming -- (3) Structured Programming -- 1.6 Preface to Object-Oriented Programming -- 1.7 Key Concepts of Object-Oriented Programming -- (1) Objects -- (2) Classes -- (3) Method -- (4) Data Abstraction -- (5) Encapsulation -- (6) Inheritance -- (7) Polymorphism -- (8) Dynamic Binding -- (9) Message Passing -- (10) Reusability -- (11) Delegation -- (12) Genericity -- 1.8 Advantages of OOP -- 1.9 Object-Oriented Languages -- 1.10 Usage of OOP -- 1.11 Usage of C++ -- Summary -- Exercises -- Chapter 2: Input and Output in C++ -- 2.1 Introduction -- 2.2 Streams in C++ -- 2.3 Pre-Defined Streams -- 2.4 Buffering -- 2.5 Stream Classes -- 2.6 Formatted and Unformatted Data -- 2.7 Unformatted Console I/O Operations -- Input and Output Streams -- 2.8 Typecasting with cout Statement -- Difference in Using C and C++ I/O Functions -- 2.9 Member Functions of Istream Class -- 2.10 Formatted Console I/O Operations -- 2.11 Bit Fields -- 2.12 Flags Without Bit Field -- 2.13 Manipulators -- 2.14 User-Defined Manipulators -- 2.15 Manipulator with One Parameter -- 2.16 Manipulators with Multiple Parameters -- 2.17 Custom Built I/O Objects -- (1) Creating Output Object -- (2) Creating Input Object -- Summary -- Exercises -- Chapter 3: C++ Declarations -- 3.1 Introduction -- 3.2 Parts of C++ Program -- (1) Include Files Section -- (2) Class Declaration or Definition -- (3) Class Function Definitions -- (4) The main () Function -- 3.3 Types of Tokens -- 3.4 Keywords -- 3.5 Identifiers -- (1) Variable Declaration and Initialization -- 3.6 Dynamic Initialization -- 3.7 Data Types in C++.

3.8 Basic Data Type -- 3.9 Derived Data Type -- (1) Pointers -- (2) Functions -- (3) Arrays -- (4) References -- 3.10 User-Defined Data Type -- (1) Structure and Classes -- (2) Union -- (3) Enumarated Data Type -- 3.11 The void Data Type -- 3.12 Type Modifiers -- 3.13 Wrapping Around -- 3.14 Typecasting -- (1) Explicit Typecasting -- (2) Implicit Type Conversion -- 3.15 Constants -- (1) Literal Constant -- (2) Symbolic Constant -- 3.16 Constant Pointers -- (1) Constant Pointer -- (2) Pointer to Constant -- (3) Pointer and Variable both Constants -- 3.17 Operators in C and C++ -- 3.18 Precedence of Operators in C++ -- Precedence of * and [ ] Operators -- 3.19 Referencing (&) and Dereferencing (*) Operators -- Referencing Operator (&) -- Principles for Declaring Reference Variable -- Dereferencing Operator (*) -- Difference Between & and * Operator -- 3.20 Scope Access Operator -- 3.21 Memory Management Operators -- 3.22 Comma Operator -- 3.23 Comma in Place of Curly Braces -- Summary -- Exercises -- Chapter 4: Control Structures -- 4.1 Introduction -- 4.2 Decision-Making Statements -- 4.3 The if-else Statement -- 4.4 The Nested if-else Statement -- The if-else-if Ladder Statement -- 4.5 The jump Statement -- 4.6 The goto Statement -- 4.7 The break Statement -- 4.8 The continue Statement -- 4.9 The switch case Statement -- 4.10 The Nested switch()case Statement -- 4.11 Loops in C/C++ -- 4.12 The for Loop -- 4.13 Nested for Loops -- 4.14 The while Loop -- 4.15 The do-while Loop -- Summary -- Exercises -- Chapter 5: Functions in C++ -- 5.1 Introduction -- 5.2 The main () Function in C and C++ -- 5.3 Parts of Function -- (1) Function Prototypes -- (2) Function Definition -- (3) Function Call -- (4) Actual and Formal Arguments -- (5) The return Statement -- 5.4 Passing Arguments -- (1) Pass by Value -- (2) Pass by Address -- (3) Passsing by Reference.

5.5 LValues and RValues -- (1) Lvalues (Left values) -- (2) Rvalues (Right values) -- 5.6 Return by Reference -- 5.7 Returning More Values by Reference -- 5.8 Default Arguments -- 5.9 The const Argument -- 5.10 Inputting Default Arguments -- 5.11 Inline Functions -- 5.12 Function Overloading -- 5.13 Principles of Function Overloading -- 5.14 Precautions with Function Overloading -- 5.15 Library Functions -- Summary -- Exercises -- Chapter 6: Classes and Objects -- 6.1 Introduction -- 6.2 Structures in C -- 6.3 Structures in C++ -- 6.4 Classes in C++ -- 6.5 Declaring Objects -- (1) Accessing Class Members -- 6.6 The public Keyword -- 6.7 The private Keyword -- 6.8 The protected Keyword -- 6.9 Defining Member Functions -- (1) Member Function inside the Class -- (2) Private Member Function -- (3) Member Function Outside the Class -- 6.10 Characteristics of Member Functions -- 6.11 Outside Member Function Inline -- 6.12 Rules for Inline Functions -- 6.13 Data Hiding or Encapsulation -- 6.14 Classes, Objects and Memory -- 6.15 Static Member Variables and Functions -- (1) Static Member Variables -- (2) Static Member Functions -- (3) Static Private Member Function -- (4) Static Public Member Variable -- 6.16 Static Object -- 6.17 Array of Objects -- 6.18 Objects as Function Arguments -- 6.19 friend Functions -- friend Classes -- 6.20 The const Member Function -- 6.21 Recursive Member Function -- 6.22 Local Classes -- 6.23 Empty, Static and Const Classes -- 6.24 Member Functions and Non-Member Functions -- 6.25 The main () as a Member Function -- 6.26 Overloading Member Functions -- 6.27 Overloading main() Function -- 6.28 The main (), Member Function and Indirect Recursion -- 6.29 Bit Fields and Classes -- Summary -- Exercises -- Chapter 7: Constructors and Destructors -- 7.1 Introduction -- 7.2 Constructors and Destructors -- (1) Constructors.

(2) Destructors -- 7.3 Characteristics of Constructors and Destructors -- (1) Constructors -- (2) Destructors -- 7.4 Applications with Constructors -- 7.5 Constructors with Arguments -- 7.6 Overloading Constructors -- 7.7 Constructors with Default Arguments -- 7.8 Copy Constructors -- 7.9 The const Objects -- 7.10 Destructors -- 7.11 Calling Constructors and Destructors -- 7.12 Qualifier and Nested Classes -- 7.13 Anonymous Objects -- 7.14 Private Constructors and Destructors -- 7.15 Dynamic Initialization Using Constructors -- 7.16 Dynamic Operators and Constructors -- 7.17 The main () as a Constructor and Destructor -- 7.18 Recursive Constructor -- 7.19 Program Execution before main () -- 7.20 Constructor and Destructor with Static Members -- 7.21 Local vs Global Object -- Summary -- Exercises -- Chapter 8: Operator Overloading and Type Conversion -- 8.1 Introduction -- 8.2 The Keyword Operator -- 8.3 Overloading Unary Operators -- 8.4 Operator Return Type -- 8.5 Constraint on Increment and Decrement Operators -- 8.6 Overloading Binary Operators -- (1) Overloading Binary Operators Using Member Functions -- (2) Overloading Binary Operators Using Friend Functions -- 8.7 Overloading with friend Function -- 8.8 Type Conversion -- (1) Conversion from Basic to Class Type -- (2) Conversion from Class Type to Basic Data Type -- (3) Conversion from One Class Type to Another Class Type -- 8.9 Rules for Overloading Operators -- 8.10 One Argument Constructor and Operator Function -- 8.11 Overloading Stream Operators -- Summary -- Exercises -- Chapter 9: Inheritance -- 9.1 Introduction -- 9.2 Access Specifiers and Simple Inheritance -- (1) Public Inheritance -- (2) Private Inheritance -- 9.3 Protected Data with Private Inheritance -- (1) Member Functions Scope -- 9.4 Types of Inheritances -- (1) Single Inheritance -- (2) Multiple Inheritance.

(3) Hierarchical Inheritance -- (4) Multilevel Inheritance -- (5) Hybrid Inheritance -- (6) Multipath Inheritance -- 9.5 Single Inheritance -- 9.6 Multilevel Inheritance -- 9.7 Multiple Inheritance -- 9.8 Hierarchical Inheritance -- 9.9 Hybrid Inheritance -- 9.10 Multipath Inheritance -- 9.11 Virtual Base Classes -- 9.12 Constructors, Destructors and Inheritance -- (1) Base and Derived Classes with Constructor -- (2) Base Class with Various Constructors and Derived Class with One Constructor -- (3) Base and Derived Classes without Default Constructor -- (4) Constructors and Multiple Inheritance -- (5) Constructors in Multiple Inheritances with Explicit Call -- (6) Multiple Inheritance and Virtual Class -- (7) Execution of Constructors in Multilevel Inheritance -- 9.13 Object as a Class Member -- 9.14 Abstract Classes -- 9.15 Qualifier Classes and Inheritance -- 9.16 Common Constructor -- 9.17 Pointers and Inheritance -- 9.18 Overloading Member Function -- 9.19 Advantages of Inheritance -- 9.20 Disadvantages of Inheritance -- Summary -- Exercises -- Chapter 10: Pointers and Arrays -- 10.1 Introduction -- (1) Features of Pointers -- 10.2 Pointer Declaration -- 10.3 Void Pointers -- 10.4 Wild Pointers -- 10.5 Pointer to Class -- 10.6 Pointer to Object -- 10.7 The this Pointer -- 10.8 Pointer to Derived Classes and Base Classes -- 10.9 Pointer to Members -- 10.10 Accessing Private Members with Pointers -- 10.11 Direct Access to Private Members -- 10.12 Address of Object and Void Pointers -- 10.13 Arrays -- (1) Array Declaration and Initialization -- 10.14 Characteristics of Arrays -- 10.15 Initialization of Arrays Using Functions -- 10.16 Arrays of Classes -- Summary -- Exercises -- Chapter 11: C++ and Memory -- 11.1 Introduction -- 11.2 Memory Models -- (1) Tiny -- (2) Small -- (3) Medium -- (4) Compact -- (5) Large -- (6) Huge.

(7) Segment and Offset Address.

Object-Oriented Programming with ANSI and Turbo C++ gives you a solid background in the fundamentals of C++ which has emerged as a standard object-oriented programming language. This comprehensive book, enriched with illustrations and a number of solved programs, will help you unleash the full potential of C++. Prof. Kamthane explains each concept in an easy-to-understand manner and takes you straight to applications.

Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2018. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.

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