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1. Introduction to C++ ; 1.1 A Review of Structures; 1.1.1 The need for structures; 1.1.2 Creating a new data type using structures; 1.1.3 Using Structures in Application Programs; 1.2 Procedure-Oriented Programming Systems; 1.3 Object-Oriented Programming Systems; 1.4 Comparison of C++ with C; 1.5 Console Input/Output in C++; 1.5.1 Console output; 1.5.2 Console input; 1.6 Variables in C++; 1.7 Reference Variables in C++; 1.8 Function Prototyping; 1.9 Function Overloading; 1.10 Default Values for Formal Arguments of Functions; 1.11 Inline Functions; 2. Classes and Objects; 2.1 Introduction to Classes and Objects; 2.1.1 Private and Public Members; 2.1.2 Objects; 2.1.3 The Scope resolution Operator; 2.1.4 Creating Libraries using the Scope Resolution Operator; 2.1.5 Using Classes in Application Programs; 2.1.6 The ’this’ pointer; 2.1.7 Data Abstraction; 2.1.8 Explicit Address manipulation; 2.1.9 The arrow operator; 2.1.10 Calling one member function from another; 2.2 Member Functions and Member Data; 2.2.1 Overloaded member functions; 2.2.2 Default values for formal arguments of member functions; 2.2.3 Inline member functions; 2.2.4 Constant member functions; 2.2.5 Mutable data members; 2.2.6 Friends; 2.2.7 Static members; 2.3 Objects and Functions; 2.4 Objects and Arrays; 2.4.1 Arrays of Objects; 2.4.2 Arrays inside objects; 2.5 Namespaces; 2.6 Nested/Inner Classes; 3. Dynamic Memory Management; 3.1 Introduction; 3.2 Dynamic Memory Allocation; 3.3 Dynamic Memory Deallocation; 3.4 The set_new_handler() function; 4. Constructors and Destructors; 4.1 Constructors; 4.1.1 The zero-argument constructor; 4.1.2 Parameterized constructors; 4.1.3 Explicit constructors; 4.1.4 Copy constructor; 4.2 Destructors; 4.3 The Philosophy of OOPS; 5. Inheritance 151; 5.1 Introduction to Inheritance; 5.1.1 Effects of inheritance; 5.1.2 Benefits of inheritance; 5.1.3 Inheritance in actual practice; 5.1.4 Base class and derived class objects; 5.1.5 Accessing members of the base class in the derived class; 5.2 Base Class and Derived Class Pointers; 5.3 Function Overriding; 5.4 Base Class Initialization; 5.5 The Protected Access Specifier; 5.6 Deriving by Different Access Specifiers; 5.6.1 Deriving by the ’public’ access specifier; 5.6.2 Deriving by the ’protected’ access specifier; 5.6.3 Deriving by the ’private’ access specifier; 5.7 Different Kinds of Inheritance; 5.7.1 Multiple inheritance; 5.7.2 Ambiguities in Multiple inheritance; 5.7.3 Multi-level inheritance; 5.7.4 Hierarchical inheritance; 5.7.5 Hybrid inheritance; 5.8 Order of Invocation of Constructors and Destructors; 6. Virtual Functions and Dynamic Polymorphism; 6.1 The Need for Virtual Functions; 6.2 Virtual Functions; 6.3 The Mechanism of Virtual Functions; 6.4 Pure Virtual Functions; 6.5 Virtual Destructors and Virtual Constructors; 6.5.1 Virtual Destructors; 6.5.2 Virtual Constructors; 7. Stream and File Handling; 7.1 Streams; 7.2 The Class Hierarchy for Handling Streams; 7.3 Text and Binary Input/Output; 7.3.1 Data Storage in memory; 7.3.2 Input/output of character data; 7.3.3 Input/output of numeric data; 7.3.4 A note on opening disk files for I/O; 7.4 Text Versus Binary Files; 7.5 Text Input/Output; 7.5.1 Text output; 7.5.2 Text input; 7.6 Binary Input/Output; 7.6.1 Binary output-The write() function; 7.6.2 Binary input-The read() function; 7.7 Opening and Closing Files; 7.7.1 The open() function; 7.7.2 The close() function; 7.8 Files as Objects of the fstream Class; 7.9 File Pointers; 7.9.1 The seekp() function; 7.9.2 The tellp() function; 7.9.3 The seekg() function; 7.9.4 The tellg() function; 7.10 Random Access to Files; 7.11 Object Input/Output through Member Functions; 7.12 Error Handling; 7.12.1 The eof() function; 7.12.2 The fail() function; 7.12.3 The bad() function; 7.12.4 The clear() function; 7.13 Manipulators; 7.13.1 Pre-defined manipulators; 7.13.2 User-defined manipulators; 7.14 Command line arguments; 8. Operator Overloading, Type Conversion, New Style Casts, and RTTI; 8.1 Operator Overloading; 8.1.1 Overloading operators-The Syntax; 8.1.2 Compiler interpretation of operator-overloading functions; 8.1.3 Overview of overloading unary and binary operators; 8.1.4 Operator overloading; 8.1.5 Rules for operator overloading; 8.2 Overloading the Various Operators; 8.2.1 Overloading the increment and decrement operators (prefix and postfix); 8.2.2 Overloading the unary minus and unary plus operator; 8.2.3 Overloading the arithmetic operators; 8.2.4 Overloading the relational operators; 8.2.5 Overloading the assignment operator; 8.2.6 Overloading the insertion and extraction operators; 8.2.7 Overloading the new and delete operators; 8.2.8 Overloading the subscript operator; 8.2.9 Overloading the pointer-to-member (->) operator (smart pointer); 8.3 Type Conversion 338; 8.3.1 Basic type to class type; 8.3.2 Class type to basic type; 8.3.3 Class type to class type; 8.4 New Style Casts and the typeid Operator; 8.4.1 The dynamic_cast operator; 8.4.2 The static_cast operator; 8.4.3 The reinterpret_cast operator; 8.4.4 The const_cast operator; 8.4.5 The typeid operator; 9. Data Structures; 9.1 Introduction; 9.2 Linked Lists; 9.3 Stacks; 9.4 Queues; 9.5 Trees; 9.5.1 Binary Trees; 9.5.2 Binary Search Trees; 10. Templates; 10.1 Introduction; 10.2 Function Templates; 10.3 Class Templates; 10.3.1 Nested class templates; 10.4 The Standard Template Library (STL); 10.4.1 The list class; 10.4.2 The vector class; 10.4.3 The pair class; 10.4.4 The map class; 10.4.5 The set class; 10.4.6 The multimap class; 10.4.7 The multiset class; 11. Exception Handling; 11.1 Introduction; 11.2 C-Style Handling of Error-generating Code; 11.2.1 Terminate the program; 11.2.2 Check the parameters before function call; 11.2.3 Return a value representing an error; 11.3 C++-Style Solution-the try/throw/catch Construct; 11.3.1 It is necessary to catch exceptions; 11.3.2 Unwinding of the stack; 11.3.3 Need to throw class objects; 11.3.4 Accessing the thrown object in the catch block; 11.3.5 Throwing parameterized objects of a nested exception class; 11.3.6 Catching uncaught exceptions; 11.3.7 Rethrowing Exceptions; 11.4 Limitation of Exception Handling; Appendix A-Case Study; Appendix B-Comparison of C++ with C; Appendix C-Comparison of C++ with Java; Appendix D-Object-Oriented Analysis and Design; Appendix E-Glossary; Appendix F-Self Tests; References; Index

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