📚 Object-Oriented Programming (OOPs) Concept in Java 📚
🧩 Encapsulation:
🔒 Encapsulation wraps data (attributes) and methods (functions) into a single unit, known as a class. Private and public access modifiers dictate the visibility and interaction with the inner workings of the class.
🔗 Inheritance:
🔄 Java's "extends" keyword empowers classes to inherit attributes and methods, promoting code reuse and creating hierarchical structures.
🌟 Polymorphism:
🦄 Polymorphism is the chameleon of OOPs, allowing objects of different classes to be treated as objects of a common superclass. It's like a shape-shifter that adapts to different forms. Method overriding and interfaces enable diverse objects to exhibit unified behaviors, enhancing flexibility and extensibility.
🧬 Abstraction:
🎨 Abstraction distills complex reality into simplified models. It lets you focus on the "what" rather than the "how." Abstract classes and interfaces provide blueprints for other classes to follow, leaving out intricate details and exposing only essential features.
🏗️ Classes and Objects:
🏠 Classes are the architects' plans, defining the structure and behavior of objects. Objects are the tangible instances that breathe life into classes. You can create and manipulate objects, invoking methods and accessing attributes to achieve desired outcomes.
🔌 Object-Oriented Analysis and Design (OOAD):
🔍 OOAD is like crafting a blueprint before constructing a building. It involves identifying classes, their relationships, attributes, and methods. UML diagrams act as visual guides, aiding in clear communication and precise software design
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