Jan 11, 2025 · Function overloading is a feature of object-oriented programming where two or more functions can have the same name but different parameters. When a function name is overloaded with different jobs it is called Function Overloading.

In this tutorial, we will learn about function overloading in C++ with examples. Two or more functions having the same name but different parameters are known as function overloading.

With function overloading, multiple functions can have the same name with different parameters: Consider the following example, which have two functions that add numbers of different type: Instead of defining two functions that should do the same thing, it is better to overload one.

May 26, 2022 · Function overloading is a feature of object-oriented programming, which allows two or more functions to be created with the same name but with different arguments (different numbers of arguments or different data types of arguments). For example: // Function with one integer parameter. int area(int a, int b) {

The method of using same function name for different functions is called function overloading. This tutorial will explain about C++ function overloading.

Jan 6, 2025 · Function Overloading, a feature of C++, allows us to create functions with the same name but different datatypes or numbers of arguments supplied to them. Developers can define functions with the same name within the same scope thanks to this capability.

Sep 25, 2024 · Function overloading is a powerful feature in C++ that allows developers to create multiple functions with the same name but different parameters. This technique enhances code readability, flexibility, and reusability.

In C++, we can write more than one function with the same name but with a different argument or parameter list, and when we do so, it is called function overloading. Let us understand this with an example. void main(){ int a = 10, b = 2, c; c = add(a, b); }

Sep 12, 2017 · Lets take an example to understand function overloading in C++. cout<<obj.sum(20, 15)<<endl; . cout<<obj.sum(81, 100, 10); return 0; } Output: As I mentioned in the beginning of this guide that functions having different return types and same parameter list cannot be overloaded.

Function overloading in C++ is when we define multiple functions of the same name but different parameter lists. When called, the compiler determines which function to invoke depending on the arguments passed.