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Object Oriented Programming in Python: A Comprehensive Guide
Course covers topics such as Classes, Inheritance, Polymorphism, Composition, Encapsulation, Abstraction, Decorators..

What you will learn

The Object Oriented Programming Python course will teach you how to write code that focuses on creating objects and classes,

You’ll learn how to create Classes, define Attributes and Methods

You’ll learn how to use and apply Inheritance, single and multiple inheritance

How to create and use a @classmethod as well as @staticmethod within your code

How to use Encapsulation to restrict access to program properties

Polymorphism ,Abstraction and Composition concepts are introduced and taught to master Object Oriented Programming

Description

The object-oriented programming course will teach students how to write code that is organized around objects instead of functions or procedures. This approach ensures clearer, more efficient, and more reusable code. Throughout the course, students will learn the fundamental concepts of object-oriented programming such as composition, encapsulation, inheritance, polymorphism, abstraction and more through lectures, exercises, and hands-on projects. The course will also delve into object-oriented design patterns, debugging techniques, and best practices in programming. By the end of the course, students will have a strong foundation in object-oriented programming and be ready to develop complex, object-oriented software applications.

Python course covers inheritance, one of the most important foundational concepts in object-oriented programming. The course begins by exploring the basics of inheritance and then delves into the different types of inheritance, such as single and multiple inheritance. It also reviews methods for overriding and extending parent class functionality


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The Python course delves into the concept of Composition, which involves the construction of complex objects by combining simple ones. Students learn how to achieve code reusability and maintainability through composition, by using classes that have objects of other classes as instance variables

Encapsulation is a concept in object-oriented programming that refers to the bundling of data and methods within a single unit, hiding the implementation details from the user. This enables developers to create more secure and robust code by preventing direct access to the internal state of an object and limiting the scope of its functionality

English
language

Content

Classes & Objects

Introduction To Object Oriented Programming
Class & Object Creation
__init__ Constructor & self Parameter
Instance Variable
Class Variable
Method
getattr & setattr Functions
__class__ attribute
__dict__ Property
Object is Independent
__str__ Method
__name__ Property
Class as an Object

Privacy

Private Instance Variable
Use a Method To Access a Private Property
Mangling
Private Method

Inheritance

Introduction to Inheritance
Inherit Properties
Inherit a Method & Override It
Access & Override an Attribute of a Superclass
super() Function
Multiple Inheritance
MRO ( Method Resolution Order )
__bases__ Attribute
hasattr( ) Function
issubclass( ) Function
isinstance( ) Function

Magic Methods

__add__ Method
__sub__ Method
__str__ , __mul__ Methods
More Magic Methods

Polymorphism

Polymorphism Through Inheritance
Duck Typing

Class Method & Static Method

@classmethod
@staticmethod
@classmethod + @staticmethod in The Same Code

Decorators

*args & **kwargs
Forwarding
Introduction To Decorators
Decorator With Arguments
Multiple Decorators
Class Decorator
Class Decorator With Arguments

Abstraction

Abstract Class

Composition

Full Lecture On Composition
Another Form Of Composition

Encapsulation

Full Lecture On Encapsulation

Inherit From Built-in Classes

List Class
Dictionary Class