It’s a surprising fact that C++ and Python are often and effectively used together. They are different and tend to be used, on their own, in very different ways. Why should they be associated more than most pairs of languages?
I’m happy to present my new mentoring program “Design Patterns and Architectural Pattern with C++” in this post.
The Template Method is a behavioral design pattern. It defines a skeleton for an algorithm and is probably one of the most often used design patterns from the book “Design Patterns: Elements of Reusable Object-Oriented Software”.
The Visitor Pattern encapsulates an operation executed on an object hierarchy as an object and enables it to define new operations without changing the object hierarchy.
The Observer Pattern is a behavioral pattern from the book “Design Patterns: Elements of Reusable Object-Oriented Software”. It defines 1-to-n dependencies between objects so that changes to one object cause all dependent objects to be notified.
The Proxy Pattern is probably the most influential design pattern for C++. The Proxy provides a placeholder for accessing another object.
The Strategy Pattern is a behavioral design pattern from the book Design Patterns: Elements of Reusable Object-Oriented Software”. It defines a family of algorithms and encapsulates them in objects.
Today, I write about the Facade Pattern. The Facade Pattern is a structural pattern and has one purpose: to provide a simplified interface to any complex system.
The Composite Pattern allows you to compose objects into tree structures and treat the individual object and composite objects uniformly.
The Decorator Pattern’s job is to extend an object with responsibilities dynamically. Let me, in today’s post, dig deeper.