operator overloading in c++ language provides major advantages.

by using operator overloading we can easily acces the objects to perform any operations .

Operator overloading:It is one of the features of Object oriented programming which gives an extra ability to an operator to act on a User-defined operand(Objects).

Uses of Operator Overloading:

• Extensability: An operator will act differently depending on the operands provided.
• Operator is not limited to work only with primitive Data Type.

The advantage to operator overloading is that it makes code much more readable. and You can override the conversion operators to allow your user-defined types to be converted to either built-in types or other user-defined types.

Operators like + - * etc are internally unary / binary functions that take corresponding parameters. For example 3+4 is considered as +(3 4) where + is the function name. These functions(operators) come with a default implementation that takes the primitives(int float etc) as the parameters. If you would want these functions(operators) to work on objects of your own classes you may choose to implement those features by overloading these functions(operators).

Example: You may write a class named MyClass that will allow to add two objects of the same class. For this you may overload the + function(operator) as follows:

class MyClass {

void +(MyClass &myclass) {/*this class + another object of same class*/ }