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Object-oriented Programming in Python
This document outlines an introduction to object oriented programming in Python. It discusses Python's support for multiple programming paradigms including procedural, object-oriented, and functional. Python allows programmers to choose the paradigm best suited to the problem. The document then covers Python classes, stating that a class is a Python object that returns a new instance when called. Classes contain attributes that can be descriptors like functions or normal data. Inheritance allows classes to delegate attribute lookup to parent classes.
In this document
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Introduction to Object Oriented Programming (OOP) in Python, outlining its multiparadigm nature and key concepts.
Details on Python classes, attributes, and methods, including old-style and new-style classes.
An explanation of descriptors, including their role, overriding and non-overriding descriptors, and how they are implemented. Methods for creating instances in Python, including how to override __new__, and implementing features like the Singleton pattern.Practical examples for implementing a ring-buffer and binary search tree, along with descriptor classes.
References and credits for further reading on OOP in Python.
Details about the licensing for the presentation content.
