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        <title>1.1 Classes, Instances, Attributes, Methods — introduction</title>
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        <description>1.1 Classes, Instances, Attributes, Methods — introduction

Introduction to Object-Oriented Programming

This module addresses the advanced Object Oriented Programming (OOP) issues that are at the heart of Python programming.

The object-oriented approach is an evolution of good design practices that go back to the very beginning of computer programming.</description>
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        <title>3.1 Advanced techniques of creating and serving exceptions</title>
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        <description>3.1 Advanced techniques of creating and serving exceptions

In this module, we&#039;ll talk about Python exceptions – objects that represent errors which occur during the execution of a program that disrupts the normal flow of the program&#039;s instructions.</description>
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        <title>2.1 Python core syntax</title>
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        <description>2.1 Python core syntax

So far we have been using Python core operations that allow us to operate on strings, lists, integers, and floats. It’s natural for us to formulate expressions using algebraic symbols representing operators, or to get a number of elements in a sequence or dictionary.</description>
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        <title>2.6 Abstract classes</title>
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        <description>2.6 Abstract classes

Python is considered to be a very flexible programming language, but that doesn’t mean that there are no controls to impose a set of functionalities or an order in a class hierarchy. When you develop a system in a group of programmers, it would be useful to have some means of establishing requirements for classes in matters of interfaces (methods) exposed by each class.</description>
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        <title>2.8 Composition vs Inheritance - two ways to the same destination</title>
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        <description>2.8 Composition vs Inheritance - two ways to the same destination

So far we&#039;ve been using and following the inheritance concept when modeling our classes to represent real-life issues. Inheritance is a great concept, one of the most important foundations of object-oriented programming that models a tight relation between two classes: the base class and the derived class, called a subclass.</description>
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