Explore and revise fundamental software design patterns and their applications in Python, essential for structuring flexible and robust software solutions.
Overview
Syllabus
- Lesson 1: Encapsulation in Python: Securing Data with OOP Principles
- Implement Encapsulation in the CoffeeMachine Class
- Secure the CoffeeMachine Class
- Add Encapsulation to Laptop Class with Price Feature
- Encapsulating the Temperature in the Sensor class
- Encapsulate the Details of a Camera Class in Python
- Lesson 2: Understanding and Implementing Abstraction in Python OOP
- Abstract Class Implementation in Python
- Abstract Communication Protocol for Space Operations
- Implementing a Light Switch Control for Various Light Sources
- Implement an Abstract Cooking Appliance Class in Python
- Advanced Multi-Layer Abstraction in Home Automation Devices
- Lesson 3: Exploring Polymorphism in Python: Unlocking Flexible and Dynamic Code
- Rectifying the Polymorphic Behavior in Animal Classes
- Implement Polymorphism with Shapes in Python
- Implement Polymorphic Behaviour for Painting Different Shapes in Python
- Implementing Polymorphic Methods for Drawing Geometric Shapes in Python
- Implementing Polymorphic Method for Printers
- Lesson 4: Composing Python: Building Blocks of Software Design Patterns
- Inspect the ElectricCar Behaviour
- Incorporate Composition into a Home Entertainment System
- Compose a Computer System Using Classes in Python
- Compose a Aircraft System in Python
- Implement a Computer System from Scratch
- Lesson 5: Applying Design Patterns in Python: The Art of Selecting the Right Solution
- Implement a Document Editor with Design Principles in Mind
- Implementing an Audio Control System
- Implementing Shape Drawing Operations in Python
- Applying OOP Principles: Streamlined Audio Player Design
- Implementing an Advanced Text Editor Using OOP Principles
- Lesson 6: Combining OOP Principles for Advanced Python Solutions
- Implementing a Shape Renderer in Python OOP
- Implementing a MusicPlayer Class with OOP Principles
- Implementing a Dynamic Zoo Simulator with OOP Principles
- Combine Encapsulation and Composition in a Small Zoo Simulation
- Implementing a Playlist Management System
