C C++

Why Object Oriented?

The Software Crisis

Design Techniques

Large Software Systems

C++ and Object-Oriented Programming

Why C++ & Features of C++?

C vs. C++

COMMENTS

NAMESPACES

SIMPLE INPUT/OUTPUT

FUNCTION PROTOTYPES

PREPROCESSOR

THE INLINE SPECIFIER

STRUCTURE MEMBERS

THE REFERENCE TYPE

OVERLOADING FUNCTION NAMES

DEFAULT PARAMETERS

THE SCOPE RESOLUTION OPERATOR

AGGREGATES

OPERATORS NEW AND DELETE

Operator Overloading

INTRODUCTION

RULES FOR OPERATOR OVERLOADING

RATIONALE FOR OPERATOR OVERLOADING

OVERLOADING MEMBER/NON-MEMBER FUNCTIONS

FRIEND FUNCTIONS

COPY CONSTRUCTOR

ASSIGNMENT OPERATOR

OVERLOADING

OVERLOADING INCREMENT AND DECREMENT OPERATORS

CONST OBJECTS AND REFERENCES

OPERATORS, WHICH CANNOT BE OVERLOADED

The Language of Object-Orientation

CLASS AND OBJECT

ENCAPSULATION

DATA HIDING

THE PUBLIC INTERFACE

RELATIONSHIPS AMONG CLASSES

INHERITANCE

POLYMORPHISM

OBJECT-ORIENTED DESIGN

Composition of Classes

RELATIONSHIPS

COMPOSITION OF CLASSES

MEMBER INITIALIZATION LISTS

COPY CONSTRUCTOR UNDER COMPOSITION

OPERATOR= UNDER COMPOSITION

Inheritance

INTRODUCTION

PUBLIC BASE CLASSES

THE PROTECTED ACCESS LEVEL

MEMBER INITIALIZATION LISTS

ASSIGNMENTS BETWEEN BASE AND DERIVED OBJECTS

COMPILE-TIME VS. RUN-TIME BINDING

VIRTUAL FUNCTIONS

POLYMORPHISM

VIRTUAL DESTRUCTORS

PURE VIRTUAL FUNCTIONS

ABSTRACT BASE CLASSES, TO DEFINE INTERFACES

Fundamentals of Classes

DATA TYPES

USER DEFINED DATA TYPES

DEFINING A CLASS

PUBLIC AND PRIVATE ACCESS LEVELS

THE SCOPE RESOLUTION OPERATOR

USING CLASS OBJECTS LIKE BUILT-IN TYPES

SCOPE

CONSTRUCTORS & DESTRUCTORS

MEMBER INITIALIZATION LISTS & INITIALIZING REFERENCE DATA MEMBERS

ARRAY OF OBJECTS

POINTERS

THE THIS POINTER

PASSING AND RETURNING OBJECTS TO/FROM FUNCTIONS

STATIC CLASS MEMBERS

Design Patterns

WHAT ARE DESIGN PATTERNS

SINGLETON

PROXY FACADE

MODEL VIEW CONTROLLER

HOW DESIGN PATTERNS RESOLVE COMMON DESIGN PROBLEMS