📄️ Introduction
Structural design patterns help organize and structure classes and objects to create a well-organized system. They are like blueprints that define how different parts of a system interact, ensuring clarity and efficiency in the overall design.
📄️ Adapter Pattern
The Adapter Pattern is like using a universal plug to connect your devices in a foreign country where the sockets are different. It helps make incompatible interfaces work together, acting as a translator between two components that wouldn't normally fit.
📄️ Bridge Pattern
The Bridge Pattern is like having two sets of LEGO pieces—one for the structure and another for the color. It separates the abstraction (structure) from the implementation (color), allowing you to build various structures with different colors without changing the fundamental building blocks.
📄️ Composite Pattern
The Composite Pattern is like building a tree structure using LEGO bricks, where each LEGO piece can be either a single brick or another structure of bricks. It allows you to treat individual LEGO pieces and complex structures of LEGO pieces in the same way, making it easy to create and manipulate different types of structures.
📄️ Decorator Pattern
The Decorator Pattern is like adding customizable accessories to your smartphone. You can choose to enhance its features by attaching different decorations, such as a new camera lens or a stylish cover, without altering the phone's core structure. It allows you to dynamically add new functionalities to objects without changing their original structure.
📄️ Facade Pattern
The Facade Pattern is like using a one-stop-shop service for various tasks, where you interact with a single simplified interface that takes care of complex operations behind the scenes. It provides a convenient way to access and manage different functionalities without dealing with the intricacies of each individual task. It's akin to pressing a button to start your car instead of manually engaging with all the internal mechanisms.
📄️ Flyweight Pattern
The Flyweight Pattern is like sharing a single textbook among a group of students instead of giving each student their own copy. It helps save resources by reusing common information, allowing multiple objects to share certain characteristics. It's a way to efficiently manage and store shared aspects, reducing the overall load and making things more lightweight.
📄️ Proxy Pattern
The Proxy Pattern is like having a personal assistant who manages certain tasks for you. Instead of directly interacting with a resource, you delegate the interactions to the proxy, which can control access, perform additional actions, or act as a stand-in for the real thing. It's a way to add an extra layer of control or functionality to the interactions with an object or service.