Difference Between Operator Overloading And Function Overloading
Are you confused about operator overloading and function overloading? Well, don’t worry! This article will clear up any confusion. Operator overloading is a type of polymorphism that allows you to define new operators or redefine existing ones. Function overloading, on the other hand, also involves polymorphism but in an entirely different way. Let’s take a look at each of these concepts in more detail below:
Operator overloading is when the same operator is used with different types of operands. For example, + can be used to add an integer and a string together or two integers together.
Operator overloading should not be confused with function overloading (see next section). It’s important to note that operator overloading does not change how an operator works; it simply allows you to use an existing operator in different ways depending on what type of operands are passed into it.
Function overloading is the process of using the same function name in your code base, but with different arguments. This can be used to call a function by different names, but with different arguments.
An example of function overloading:
def add(a, b):
print(“I am adding”)
- a = 1 + 2 # This will print 3 because we are calling add() with one argument (1) and two arguments(2).*
Operator overloading and function overloading are both examples of polymorphism.
Operator overloading and function overloading are both examples of polymorphism. Polymorphism is the ability to use a single interface to represent multiple types. In operator overloading, we define new meanings for operators (like + or *) by overriding their behavior in subclasses. In function overloading, we define multiple functions with the same name but different signatures (parameters). This allows us to use one name for many different things depending on what type of data is being passed into it or returned out of it
In conclusion, we can say that operator overloading and function overloading are both examples of polymorphism. This means that they both allow us to use the same name for different types of objects. Operator overloading allows us to create new operators that work with existing data types (like integers), while function overloading lets us define multiple functions with the same name but different parameters (like length()).