Using abstract classes in university projects has some important benefits:
Code Reusability: Abstract classes let you create shared methods and properties that other classes can use. For example, if you have a Shape abstract class, it might include a common method like calculateArea() that all shapes can use.
Enforced Structure: They help keep a specific structure in your code. This means all the related classes must have certain methods. For instance, an abstract class called Vehicle can require that its subclasses, like Car and Bike, must include a method called startEngine().
Improved Maintainability: When you use abstract classes, it makes updating your code easier. If you change something in the abstract class, those changes automatically apply to all the subclasses. This helps keep everything consistent.
Overall, abstract classes make your designs simpler and your code easier to understand!
Using abstract classes in university projects has some important benefits:
Code Reusability: Abstract classes let you create shared methods and properties that other classes can use. For example, if you have a Shape abstract class, it might include a common method like calculateArea() that all shapes can use.
Enforced Structure: They help keep a specific structure in your code. This means all the related classes must have certain methods. For instance, an abstract class called Vehicle can require that its subclasses, like Car and Bike, must include a method called startEngine().
Improved Maintainability: When you use abstract classes, it makes updating your code easier. If you change something in the abstract class, those changes automatically apply to all the subclasses. This helps keep everything consistent.
Overall, abstract classes make your designs simpler and your code easier to understand!