Why Use Inheritance?
Code Reusability and Recycling: Subclasses inherit all properties and methods from the superclass, reducing repetitive code. This makes it easier to reuse and recycle code.
Code Organization: Inheritance allows you to structure your code in a hierarchical manner, which can lead to cleaner and more organized code. This is especially helpful in large codebases.
Extensibility: New functionalities can be easily added to a base class without modifying it. The new features can be added in the derived class, making the code more extensible.
Data Hiding: Base classes can hide certain data from derived classes by declaring them as private. This provides a level of security, ensuring that data can't be accidentally or intentionally altered.
Overriding Methods: Inheritance allows subclasses to override methods of the superclass. This makes it possible to change the behavior of methods according to the requirements of the subclass.
Polymorphism: Inheritance is a prerequisite for polymorphism, a fundamental principle of object-oriented programming that allows objects of different classes to be treated as objects of a common superclass.
Consistency: By ensuring that all subclasses follow the same base set of properties and methods, inheritance can lead to more consistent code.
Faster Development: As inheritance allows for reusing and extending existing code, it can significantly speed up development time.
Level Up Your TypeScript And Object Oriented Programming Skills. The only complete TypeScript course on the marketplace you building TypeScript apps like a PRO.SEE COURSE DETAILS
What Can You Do Next 🙏😊
If you liked the article, consider subscribing to Cloudaffle, my YouTube Channel, where I keep posting in-depth tutorials and all edutainment stuff for software developers.