C++ language is a superset of the ‘C’ language and was initially known as “C with Classes”. In "C" operator ++ is used to increment the value by 1. That means to the language ‘C’, developers have added some extra features and hence named as C++. C++ is a general purpose programming language and supports object oriented programming features.
Course Objectives:
Understanding about object oriented programming.
Gain knowledge about the capability to store information together in an object.
Understand the capability of a class to rely upon another class.
Learn how to store one object inside another object
Learn use of one method can be used in variety of different ways
Understanding the process of exposing the essential data to the outside of the world and hiding the low level data
Create and process data in files using file I/O functions
Understand about constructors which are special type of functions
Learn how to write code in a way that it is independent of any particular type
Pre-requisite / Target Audience:
Programmers looking for jobs
Programmers wanting to write efficient code
Computer Science students having Data Structures as part of their curriculum
Non Computer science students wanting to enter IT industry
Module 1:- Introduction and First Program
In this module you will learn about guide to C++ programming, you will be introduced to everything from C++applications to running your first C++ program Introduction of c++
First C++ Program
Module 2:- Language Features
In this module you will learn about Learn what are variables in C++ and how they are declared and initialized and C++ program for function overloading and operator overloading
How C++ differs from C
Variables Declaration
Function overloading
Optional Parameters
Reference Variables
Operator overloading
Basics of Console Input and Output
Constant Pointers
Dynamic Memory Allocation
Module 3:- OOPs Concepts
In this module you will learn about Object Oriented programming is a programming style that is associated with the concept of Class
Objects and various other concepts revolving around these two
like Inheritance
like Inheritance
Abstraction
Encapsulation etc
Overview of OOPs Principles
Introduction to classes & objects
Creation & destruction of objects
Data Members
Member Functions
this Pointer
Constructor & Destructor
Static class member
Friend class and functions
Namespace
Module 4:-- Inheritance
In this module you will learn about Inheritance is one of the core feature of an object-oriented programming language. It allows software developers to derive a new class from the existing class. The derived class inherits the features of the base class (existing class)
Introduction and benefits
Access Specifier
Base and Derived class Constructors
Types of Inheritance
Down casting and up casting
Function overriding.
Virtual functions.
Destructor overriding.
Module 5:- Polymorphism
In this module you will learn about one of the key features of class inheritance is that a pointer to a derived class is type-compatible with a pointer to its base class
What is Polymorphism
Pure virtual functions
Virtual Base Class
Module 6:- I/O Streams
In this module you will learn about very basic and most common I/O operations required for C++ programming
C++ I/O occurs in streams, which are sequences of bytes. What is a stream?
C++ Class Hierarchy
File Stream
Text File Handling
Binary File Handling
Error handling during file operations
Overloading << and >> operators
Module 7:- Exception Handling
In this module you will learn about one of the advantages of C++ over C is Exception Handling. C++ provides following specialized keywords for this purpose
Try: represents a block of code that can throw an exception
Catch: represents a block of code that is executed when a particular exception is thrown.
Introduction to Exception.
Benefits of Exception handling.
Try and catch block.
Throw statement.
Pre-defined exceptions in C++.
Writing custom Exception class.
Stack Unwinding.
Module 8:-- Templates
In this module you will learn about you'll learn about templates in C++. You'll learn to use the power of templates for generic programming. Introduction
