cpp derived data type

Procedural Oriented Programming

Basic OOPS Concepts

Benefits of OOPs

C++ program structure

C++ Installation

C++ output operator

C++ input operator

C++ Header files

C++ Compiling and linking

C++ Tokens

C++ Identifiers & constants

C++ User defined data type

C++ derived Data types

C++ Symbolic constant

C++ Type compatibility

C++ Declaration of variable

C++ Reference Variables

Operators

C++ Memory Management operator

C++ Manipulators

C++ Type Cast Operator

Expressions

C++ Expressions

C++ Implicit Conversions

Operator overloading

C++ Operator Overloading

C++ Operator Precedence

Control statements

C++ if statements

C++ switch statement

C++ Do-while statement

C++ while statement

C++ for statement

C++ functions

C++ function introduction

C++ function prototyping

C++ Call by reference

C++ Inline function

C++ Default Arguments

C++ function overloading

C++ Math Library Functions

Class and objects

C++ class Introduction

C++ Specifying a Class

C++ Creating Objects

C++ Defining Member Functions

C++ Nested OF Member Functions

C++ Private Member Functions

C++ Memory Allocation for objects

C++ Static Data Members

C++ Array of objects

C++ Friendly functions

C++ Returning Objects

C++ Pointer to Members

C++ Local Classes

Constructor and destructors

C++ Constructor Introduction

C++ Parameterized Constructor

C++ Multiple Constructor

C++ Dynamic Initialization of Objects

C++ Copy Constructor

C++ Dynamic Constructor

C++ Destructors

Operator Overloading

C++ Operator Overloading

C++ Overloading Unary Operators

C++ Overloading Binary Operators

C++ Overloading Binary Operators Using Friends

C++ Manipulation String Using Operators

C++ Rules for overloading operators

Type conversions

C++ Basic To class Type

C++ Class TO Basic Type

C++ One class To another class type

Inheritance

C++ Inheritance introduction

C++ Single Inheritance

C++ Multiple Inheritance

C++ Ambiguity Resolution in inheritance

C++ Hierarchical Inheritance

C++ Hybrid Inheritance

C++ Virtual Base Classes

Abstraction

C++ abstract class

C++ nesting of classes

Polymorphism

C++ polymorphism

pointers

C++ Pointers TO object

C++ this pointer

C++ Pointer to Derived class

C++ Virtual functions

Input/output

C++ unformatted I/O operations

C++ Put() and get()

C++ getline() and write()

C++ Formatted console I/O

C++ Manipulators

File Handling

C++ file handling

C++ file stream classes

C++ Open and closing file

C++ open using constructor

C++ open using open()

C++ Detecting End of file

C++ File pointers and Manipulators

C++ Sequential I/O

C++ Reading and Writing

C++ Updating a File

C++ Error handling In File

C++ Command Line Arguments

Templates

C++ Template introduction

C++ Class Templates with multiple Parameters

C++ Function templates

C++ Function templates with multiple parameters

C++ member function Template

Exception handling

C++ Exception handling

C++ Basics of Exception Handling

C++ Exception Handling Mechanism

C++ Throwing Mechanism

C++ Catch Mechanism

C++ Catch all Exceptions

C++ Re-Throwing An Exception

C++ Specifying Exceptions

C++ Drived data types

Array
Function
Pointers
References

Arrays

The application of arrays in c++ is similar to c programming language. The only exception(error) is the way character arrays are initialized . when initializing a character array in ANSI C language, the compiler will allow us to declare the array size as the exact(correct) length of the string constant . for example

Drived Data types Arrays The Array in c++ are similar to the C language. For example

char string[5]="nitish"; is valid in ANSI C.

it assumes that the programmer intends to leave out the character \0 null in the definition.

but in c++ the size should be one longer than the number of characters in the string

char string[5]="jolo"; // its ok for c++

Functions

function have major changes in c++ programming. while some of these changes are simple, others are require a new way of thinking when organizing our programs. many of these modification and improvements were driven by the requirements of the object oriented concept of c++, some of these were introduced to make the c++ program more reliable and readable. all the features of c++ functions are discuss

pointers

pointers are declared and initialized as in c language example

int *iptr; // int pointers
iptr=&y; // address of y assigned to iptr
*iptr=10; // 10 assigned to y through indirection

c++ language adds the concept of the constant pointer and pointer to a constant

char * const ptr1="Nice"; //constant pointer

we can not modify the address that ptr1 is initialized to

int const *ptr1=&m; //pointer to a constant

ptr2 is declared as pointer to a constant. it can point to any variable of correct type, but the contents of what it points to cannot be changed pointer are extensively used in c++ for memory management and achieving polymorphism

Basic OOPS Concepts

Benefits of OOPs

C++ Applications

C++ program structure

C++ Installation

C++ output operator

C++ input operator

C++ Header files

C++ Compiling and linking

C++ Identifiers & constants

C++ User defined data type

C++ derived Data types

C++ Symbolic constant

C++ Type compatibility

C++ Declaration of variable

C++ Reference Variables

C++ Memory Management operator

C++ Manipulators

C++ Type Cast Operator

C++ Expressions

C++ Implicit Conversions

C++ Operator Overloading

C++ Operator Precedence

C++ if statements

C++ switch statement

C++ Do-while statement

C++ while statement

C++ for statement

C++ function introduction

C++ function prototyping

C++ Call by reference

C++ Inline function

C++ Default Arguments

C++ function overloading

C++ Math Library Functions

C++ class Introduction

C++ Specifying a Class

C++ Creating Objects

C++ Defining Member Functions

C++ Nested OF Member Functions

C++ Private Member Functions

C++ Memory Allocation for objects

C++ Static Data Members

C++ Array of objects

C++ Friendly functions

C++ Returning Objects

C++ Pointer to Members

C++ Local Classes

C++ Constructor Introduction

C++ Parameterized Constructor

C++ Multiple Constructor

C++ Dynamic Initialization of Objects

C++ Copy Constructor

C++ Dynamic Constructor

C++ Destructors

C++ Operator Overloading

C++ Overloading Unary Operators

Const pointer in C

Void pointer in c

C++ Overloading Binary Operators

C++ Overloading Binary Operators Using Friends

C++ Manipulation String Using Operators

C++ Rules for overloading operators

C++ Basic To class Type

C++ Class TO Basic Type

C++ One class To another class type

C++ Inheritance introduction

C++ Single Inheritance

C++ Multiple Inheritance

C++ Ambiguity Resolution in inheritance

C++ Hierarchical Inheritance

C++ Hybrid Inheritance

C++ Virtual Base Classes

C++ abstract class

C++ nesting of classes

C++ polymorphism

C++ Pointers TO object

C++ this pointer

C++ Pointer to Derived class

C++ Virtual functions

C++ unformatted I/O operations

C++ Put() and get()

C++ getline() and write()

C++ Formatted console I/O

C++ Manipulators

C++ file handling

C++ file stream classes

C++ Open and closing file

C++ open using constructor

C++ open using open()

C++ Detecting End of file

C++ File pointers and Manipulators

C++ Sequential I/O

C++ Reading and Writing

C++ Updating a File

C++ Error handling In File

C++ Command Line Arguments

C++ Template introduction

C++ Class Templates with multiple Parameters

C++ Function templates

C++ Function templates with multiple parameters

C++ member function Template

C++ Exception handling

C++ Basics of Exception Handling

C++ Exception Handling Mechanism

C++ Throwing Mechanism

C++ Catch Mechanism

C++ Catch all Exceptions

C++ Re-Throwing An Exception

C++ Specifying Exceptions