OBJECT ORIENTED PROGRAMMING STRUCTURE

This course provides students with a comprehensive study of the C With oops programming language. The idea of object-oriented programming gained momentum in the 1970s and in the early 1980s Bjorn Stroustrup integrated object-oriented programming into the C language. The resulting language was called C++ and it became the first object-oriented language to be widely used commercially

In the early 1990s a group at Sun led by James Gosling developed a simpler version of C++ called Java that was meant to be a programming language for video-on-demand applications. This project was going nowhere until the group re-oriented its focus and marketed Java as a language for programming Internet applications. The language has gained widespread popularity as the Internet has boomed, although its market penetration has been limited by its inefficiency.

The major difference being OOPS concept, C++ is an object oriented language whereas C language is a procedural language. Apart form this there are many other features of C++ which gives this language an upper hand on C laguage

Following features of C++ makes it a stronger language than C

• There is Stronger Type Checking in C++.
• All the OOPS features in C++ like Abstraction, Encapsulation, Inheritance etc makes it more worthy and useful for programmers.
• C++ supports and allows user defined operators (i.e Operator Overloading) and function overloading is also supported in it.
• Exception Handling is there in C++.
• The Concept of Virtual functions and also Constructors and Destructors for Objects.
• Inline Functions in C++ instead of Macros in C language. Inline functions make complete function body act like Macro, safely
• Variables can be declared anywhere in the program in C++, but must be declared before they are used.

We provide facility to learn and implement their C/C++/JAVA/ORACLE programs on their favorite platforms like DOS/Windows or Linux.

C++ LANGUAGE

• Introduction to C++ Programming
• Introduction to Classes and Objects
• Working with Classes
• Control Statements
• Compound Types
• Loops and Relational Expressions
• Branching Statements and Logical Operators
• Functions—C++'s Programming Modules
• Adventures in Functions
• Memory Models and Namespaces
• Functions and an Introduction to Recursion
• Arrays and Vectors
• Pointers and Pointer-Based Strings
• Classes and Dynamic Memory Allocation
• Class Inheritance
• Reusing Code in C++
• Friends, Exceptions, and More
• The String Class and the standard Template Library/li>
• Input, Output, and Files
• Classes: A Deeper Look/li>
• Operator Overloading; String and Array Objects
• Object-Oriented Programming: Polymorphism
• Templates
• Stream Input/Output
• Exception Handling
• File Processing
• Class string and String Stream Processing
• Searching and Sorting
• C++ Standard Library