Object Oriented Programming in Python [Exercises]

Name: Object Oriented Programming in Python [Exercises]
Rating: 4.9 (8 reviews)

More than 10 Coding Exercises in OOP! Improve your OOP skills in Python!

Created bylife michael

Last updated 4/2022

English

What you'll learn

Improve your Python programming skills through extensive coding practice
Understand the OOP principles through extensive practice
Become familiar with OOP best practices
Learn about the possibilities to overload operators in class you define

Coding Exercises

This course includes our updated coding exercises so you can practice your skills as you learn.

Course content

5 sections • 12 lectures • 33m total length

Introduction to The Course1:25
Explore object oriented programming in Python through hands-on coding exercises, focusing on fundamental topics and their implementation, with short explanations for solutions.

Average of Students
Average of Students - Solution Explanation3:23
Explain implementing a class to compute each student's average. Iterate over the student list, sum their averages, and divide by the number of students.
The Student Average
The Student Average - Solution Explanation3:04
Explore solving a Python object-oriented programming exercise by defining a student class, adding graded tuples, and computing the average grade through iteration.
Simple Person Class
Simple Person Class - Solution Explanation3:37
Complete the simple person class in python by initializing with id, name, and a third attribute, and implement calculate persons to average that attribute over a list of person objects.
The Line and Point Classes
The Line and Point Classes - Solution4:08
Complete the point and line class definitions to represent a line using two point objects, then implement is_parallel by comparing the lines' slopes.
Simple Rectangle Class
Simple Rectangle Class - Solution Explanation3:27
Learn to define a Python rectangle class with width and height attributes, implement __init__ using self, and compute area and perimeter using those attributes.
Simple Circle Class
Simple Circle Class -Solution Explanation1:20
Define a circle class with two methods, area and perimeter, computing area as pi times radius squared and perimeter as two pi times radius, using math.pi.
The Point Class
The Point Class - Solution Explanation2:41
Complete a point class with x and y coordinates, assign them in the constructor, and implement a distance_from_origin method using sqrt(x^2 + y^2). This yields 5 for (3,4).

Simple + Operator Overloading
Simple + Operator Overloading - Solution Explanation3:49
Learn plus operator overloading for a rectangle class to create a new rectangle whose width and height equal the sums of two operands, with area calculation.
Simple == Operator Overloading
Simple == Operator Overloading - Solution Explanation2:45
Learn how Python's == calls the __eq__ magic method to compare rectangle objects by width and height, and implement the equality check in the class.

Requirements

Basic programming skills in Python.

Description

The Python programming language supports most of the well-known object-oriented programming capabilities. Every value in Python is represented using an object. Even the simple basic values, such as numbers and strings. Mastering object-oriented programming in Python will improve your in-depth understanding of every topic you learn in Python. This course was created in order to assist students that want to become Python developers to strengthen their programming skills through extensive coding exercises that focus on object-oriented programming in Python.

Strength Your Python Programming Skills in Python Through Extensive Coding Exercises That Focus on The Object-Oriented Programming in Python!

Learn how to define new classes
Learn how to define a class that extends another class
Learn how to overload operators in a new class you define
Become familiar with the magic functions and their role
Learn about the best OOP practices in Python

Become Well Familiar with Object-Oriented Programming in Python Through Extensive Coding Exercises

This course focuses on bridging the gap between theory and practical experience, by allowing you to experience extensive coding practice that focuses on object-oriented programming in Python.

This course assumes that you are already familiar with Python's support for object-oriented programming and you are now doing your first steps in strengthening your understanding through extensive practice. This course includes more than 10 coding exercises organized into separate topics. Every coding exercise includes code the student needs to complete its missing parts, and submit.

Taking this course, if you feel that you would like to have more coding exercises that refer to specific sub-topic in object-oriented programming please don't hesitate and let us know. We will do our best to meet your expectations.

If you encounter an exercise you fail to complete and have difficulties when trying to understand its solution please let us know and we will do our best to assist. We can easily create a video that explains it or improve a video that was already created.

Who this course is for:

Beginner python developers looking for improving their OOP skills in Python. This course assumes that you have already learned about OOP in Python, and you are now doing your first steps in strengthening your understanding.

Object Oriented Programming in Python [Exercises]

What you'll learn

Explore related topics

Coding Exercises

Course content

Introduction to The Course1 lecture • 1min

Simple Classes7 lectures • 22min

Inheritance1 lecture • 3min

Magic Functions2 lectures • 7min

Solutions1 lecture • 1min

Requirements

Description

Who this course is for: