Python object-oriented that's right.

Although Python is an interpreted language, it has been an object-oriented language since its inception, and it is an object for Python. Because of this, it is easy to create a class and object in Python, but if you are accustomed to writing a procedure or function, Python does not make a hard limit.

The object-oriented features of Python are as follows:

Packaging

The term object in object-oriented programming is basically a collection of data (attributes) and a series of methods that can access and manipulate the data. The traditional "program = data structure + algorithm" is encapsulated "masked" and simplified to "program = object + Message". An object is an instance of a class, and the abstraction of a class needs to be encapsulated. Encapsulation allows callers to use directly without worrying about how objects are built.

Inherited

Class Inheritance:

The direct feeling of inheriting is that this is a code of reuse behavior. Inheritance can be understood as the creation of a specialized class object based on a common class, and the subclass and its inherited parent class are is-a relationships.

Multiple inheritance:

Unlike C#,python, which supports multiple class inheritance (C # can inherit from more than one interface, but inherit from a class at most). Multiple inheritance mechanisms are sometimes useful, but it's easy to complicate things.

Polymorphic

Polymorphism means that the same action can be used on different objects, but they may present results in a variety of shapes. In Python, polymorphism is used when you do not know what the object is, but need to do something about it. The method is polymorphic and the operator is polymorphic.

Python object-oriented that's right.