The keyword ‘super’ plays a crucial role in object-oriented programming (OOP), especially in languages like Python and Java. it allows a subclass to access methods and properties from its parent class, enabling code reuse and extension of functionality. However, the implementation and usage of ‘super’ can differ significantly between these languages.

‘super’ in Python

In Python, ‘super’ is a built-in function used to call methods from a parent class. It’s commonly used within the __init__ method to ensure that the parent class’s initialization logic is executed.The use of `super()` can simplify code and make it more maintainable, especially when dealing with multiple inheritance.

“getting the arguments to super and the correct method arguments right can be a little confusing”

Though, using `super` in Python 2 could be confusing, especially when dealing with multiple inheritance and argument passing [[3]]. One common issue is ensuring that the correct arguments are passed to the parent class’s __init__ method [[1]]. Python 3 simplifies this process, making `super()` easier to use and less error-prone [[3]].

‘super’ in Java Generics

In Java, ‘super’ takes on a different meaning, particularly within the context of generics. it’s used to specify an upper bound for a type parameter. for example, List<? super Suit> indicates a list that can hold objects of type “Suit” or any of its superclasses [[2]]. This is useful when you need to write to a list and want to ensure that the objects you add are compatible with the list’s type.

The super keyword in Java generics is often contrasted with the extends keyword.While super defines an upper bound (allowing assignment of the specified type or its supertypes), extends defines a lower bound (allowing reading as the specified type or its subtypes) [[2]].