What you'll learn The students will learn the object oriented programming with real life examples To understand object oriented programming concepts, and apply them in solving problems Able to Understand OOP very clearly To introduce the object oriented programming concepts. Requirements No prerequisites, any one can understand clearly by listening class Description The students will learn the object oriented programming with real life examples. Able to Understand OOP very clearly To introduce the object oriented programming concepts. Object-Oriented Programming languages use objects that contain both data and code. The principles of object-oriented programming are encapsulation, abstraction, polymorphism, and inheritance. Object-oriented programming (OOP) languages are everywhere we look. Many of the most widely used coding languages that make up the computing world today are object-oriented. In fact, many computer programs and much of the content on the web is built on high-level, object-oriented languages. Understanding how object-oriented languages work and why they are useful is important for almost every career in computing. In this article, we're going to take a look at what object-oriented languages are and examine their pros and cons. We'll also take a look at a shortlist of some of the most popular OOP languages in use today. What is a Programming Language? What are Object-Oriented Programming Languages? Programming Paradigms Object-Oriented Programming Principles Popular Object-Oriented Programming Languages The Pros and Cons of Object-Oriented Programming Language What are some tenets of object-oriented programming? Objects comprise data that define its state and methods that define its behavior. Each object encapsulates these two entities. The internal implementation of object methods is invisible to the user. This way objects abstract state changes under a simplified external API. Objects are instances of classes. Classes are blueprints to build objects. The class of an object is also its type. Classes can inherit both state and behavior from other classes. Based on this notion, objects of the subclass support casting into objects of the parent class. This form of casting gives rise to polymorphism. The program can implicitly cast an object of a class to an object of the class's ancestors. Who this course is for Students persuing BTech,Mtech,BCA,BCA Any Btech and Bsc(computer science) and BCA Students Homepage
