Create Even Number Validator Function

Introduction

In this challenge, engineers need to create a function that can quickly identify and sort even-numbered components from a production line in a manufacturing quality control system. The function should take an integer as input and return 1 if the number is even, or 0 if the number is odd. The implementation should use the modulo operator to determine evenness, and the function should be tested with different numbers.

Create Even Number Validator Function

In a manufacturing quality control system, engineers need a reliable method to quickly identify and sort even-numbered components from a production line, ensuring efficient sorting and processing.

Tasks

Create a function named is_even_number that takes an integer as input
The function should return 1 if the number is even, or 0 if the number is odd
Implement the function using modulo operator to determine evenness
Modify the main() function to test your implementation with different numbers

Requirements

Create the function in the file ~/project/even_number_validator.c
Use the function name is_even_number
Function must accept an integer parameter
Return type must be int
Use the modulo operator % to check for evenness
Test the function with at least three different numbers in main()

Examples

Compile and run the program to test the function with different numbers.

gcc even_number_validator.c -o even_number_validator
./even_number_validator

Example function calls and expected outputs:

is_even_number(4)  // Returns 1
is_even_number(7)  // Returns 0
is_even_number(0)  // Returns 1

Hints

Use the modulo operator % to check if a number is divisible by 2
A number is even if it can be divided by 2 with no remainder
Remember that 0 is considered an even number
Use comparison number % 2 == 0 to determine evenness

Summary

In summary, this challenge requires the creation of a function that can efficiently identify even-numbered components in a manufacturing quality control system. The function should take an integer as input and return 1 if the number is even, or 0 if the number is odd, using the modulo operator to determine evenness. The implementation must be tested with various numbers to ensure its correctness.