Design Patterns in Python Demystified: Creational

Name: Design Patterns in Python Demystified: Creational
Rating: 5.0 (9 reviews)

A beginner-friendly creational design patterns masterclass

Created bySean Campbell

Last updated 9/2023

English

What you'll learn

Exactly how to code all of the creational design patterns
How to create objects the SOLID way
How to write cleaner and more maintainable Python code
Recognizing and understanding when to apply which creational design pattern
Writing code that allows for the easy addition of new object types without modifying existing code
How to write modular, loosely coupled code that is easy to extend

Coding Exercises

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

Course content

7 sections • 20 lectures • 2h 26m total length

Introduction1:24
Students will be introduced to the course and learn about everything they'll be able to do after completing this course.
Introduction to Design Patterns1:18
The course kicks off with an introduction to design patterns.
Prerequisites and Code Exercise Files2:55
Students will be provided with guidance on the tools and code exercise files that they are going to need in this course.

What is the Factory Method Pattern?2:10
Students will learn what the Factory Pattern is before they start with the actual coding of the Factory Pattern.
The Factory Method Pattern Class Diagram2:23
Students will learn how the Factory Method pattern is structured by inspecting the class diagram.
Coding the Factory Method Pattern20:06
Learn how to implement the Factory Method Pattern in Python and how it can help simplify your object creation process.
Creating a Dynamic Factory16:51
In addition to the classic factory method approach, students will also learn how to create a Dynamic Factory Method, capable of auto-detecting all concrete products.
Coding Exercise: Factory Method

What is the Abstract Factory Pattern?2:19
Students will learn what the Abstract Factory Pattern is before they start with the actual coding of the Abstract Factory Pattern.
The Abstract Factory Class Diagram2:51
Students will learn how the Abstract Factory pattern is structured by inspecting the class diagram.
Coding the Abstract Factory Pattern28:28
Students will learn how to implement the classic Abstract Factory pattern, and how to implement the Abstract Factory pattern using the provider approach.
Coding Exercise: Abstract Factory

What is the Builder Pattern?2:34
Students will learn what the Builder Pattern is before they start with the actual coding of the builder pattern.
The Builder Pattern Class Diagram2:18
Students will learn how the Builder pattern is structured by inspecting the class diagram.
Coding the Builder Pattern19:23
Students will learn how to implement the Builder Pattern in Python.
Coding Exercise: Builder

What is the Singleton Pattern?2:13
Students will learn what the Singleton Pattern is before they start with the actual coding of the Singleton Pattern.
The Singleton Class Diagram1:25
Students will learn how the SIngleton pattern is structured by inspecting the class diagram.
Coding the Singleton Pattern10:32
Students will learn how to implement the Singleton pattern in Python.
Coding Exercise: Singleton

What is the Prototype Pattern?2:02
Students will learn what the Prototype Pattern is before they start with the actual coding of the Prototype Pattern.
The Prototype Pattern Class Diagram3:06
Students will learn how the Prototype pattern is structured by inspecting the class diagram.
Coding the Prototype Pattern21:48
Students will learn how to implement the Prototype Pattern in Python.
Coding Exercise: Prototype

Requirements

Basic proficiency in Python
Basic understanding of object-oriented design principles

Description

Are you eager to enhance your Python programming skills and create robust, flexible, and maintainable software? Welcome to "Design Patterns in Python Demystified: Creational" where we'll delve into the world of creational design patterns and demystify the process of creating powerful and efficient software architectures.

You'll explore a range of creational design patterns, including the Factory Method, Abstract Factory, Builder, Singleton, and Prototype patterns.

By the end of this course, you will have a solid foundation in the creational design patterns and their applications. You'll understand how to choose the appropriate pattern for a given scenario, and you'll be equipped with the skills to implement these patterns effectively in your Python projects.

What sets this course apart is our unique teaching approach. We blend theory and practical implementation, guiding you through detailed explanations, code demonstrations, and hands-on exercises.

Here's what you'll gain from enrolling in this course:

Master the fundamental concepts of creational design patterns in Python.
Learn how to apply creational design patterns to solve real-world software engineering challenges.
Acquire valuable problem-solving skills that will enhance your software development career.
Build confidence in writing cleaner, more maintainable, and scalable Python code.

Don't miss this opportunity to unlock the secrets of creational design patterns in Python. Enroll now and become a proficient Python developer capable of building robust and flexible software architectures!

Who this course is for:

Software Engineers
Software Developers
Software Architects
Data Scientists
Data Engineers
ML Engineers

Design Patterns in Python Demystified: Creational

What you'll learn

Explore related topics

Coding Exercises

Course content

Introduction3 lectures • 6min

Factory Method4 lectures • 42min

Abstract Factory3 lectures • 34min

Builder3 lectures • 24min

Singleton3 lectures • 14min

Prototype3 lectures • 27min

Conclusion1 lecture • 1min

Requirements

Description

Who this course is for: