C++ Programming Course

C++ Programming Course

Course Objectives – Outlines 

Description

In this class, we will learn the basics about C++ programming language such as variables, data types, arrays, pointers, functions and classes etc.

Objective

In this class, we will learn the basics of programming   about C++ programming language such as variables, data types, arrays, pointers, functions and classes etc. You will understand how Computing languages  works.

Prerequisite

Static members No prior knowledge about C++ is required, but people are expected to have some basic knowledge about computers, some knowledge about one or two other programming languages such as Perl, PHP, Python or Java etc.. is preferred.

C++ Programming Course

Course Outlines:

Introduction

• What is C++?
• Why C++?
• C and C++ Exception
• Handling Object Oriented Programming
• Standard Template Library

Types and declarations

• Types
• Booleans Integer
• Types Floating-Point
• Types
• Sizes
• Void
• Enumerations
• Declarations

Pointers, Arrays and Structures

• Pointers
• Arrays
• Pointers into Arrays
• Constants
• References
• Pointers to void
• Structures

Expressions and Statements

• A Deck Calculator
• Operator Summary
• Statement Summary
• Comments and Indentation

Functions

• Function Declarations
• Argument Passing
• Value Return
• Overloaded Function Names
• Default Arguments
• Pointer to Function
• Macros

Namespaces and Exceptions

• Namespaces
• Exceptions

Source Files and Programs

• Separate Compilation
• Linkage
• Using Header Files
• Programs

Classes

• Classes
• Access Control
• Constructors
• Member functions
• Destructors
• Memory allocation
• Member initialization

Operator overloading

• Introduction
• Operator Functions
• A Complete Number Type
• Conversion Operators
• Friends
• Large Objects
• Essential Operators
• Subscripting
• Functions Calls
• Dereferencing
• Increment and Decrement
• A String Class

Derived class

• Introduction
• Derived Classes
• Abstract Classes
• Design of Class Hierarchies
• Class Hierarchies and Abstract Classes