The 'super' keyword is really important when you are using inheritance in programming. It helps call the constructor of the parent class, and here’s why that matters:
Proper Setup: When you make a new class that takes after an existing one (this is called a subclass), you have to run the parent class's constructor. This makes sure that all the shared properties are set up correctly. If you don't use 'super', those properties might not get set up, which can cause problems.
Constructor Chaining: The 'super' keyword helps link constructors together in a neat way. When you use super(), it keeps everything organized. This way, each class in the chain can set things up properly.
Clarity: Using 'super' is clear for anyone who reads your code. It shows that you meant to call the parent class's constructor and didn’t forget to do it.
In short, using 'super' helps keep your code organized and works smoothly!
The 'super' keyword is really important when you are using inheritance in programming. It helps call the constructor of the parent class, and here’s why that matters:
Proper Setup: When you make a new class that takes after an existing one (this is called a subclass), you have to run the parent class's constructor. This makes sure that all the shared properties are set up correctly. If you don't use 'super', those properties might not get set up, which can cause problems.
Constructor Chaining: The 'super' keyword helps link constructors together in a neat way. When you use super(), it keeps everything organized. This way, each class in the chain can set things up properly.
Clarity: Using 'super' is clear for anyone who reads your code. It shows that you meant to call the parent class's constructor and didn’t forget to do it.
In short, using 'super' helps keep your code organized and works smoothly!