// SPDX-License-Identifier: MIT

pragma solidity ^0.8.9;

// SimpleRequireContract demonstrates the use of require statement and basic logic

contract SimpleRequireContract {

    // Function to perform a division and return a status based on the result

    // Accepts a uint256 as an input and requires a positive number

    // Returns a boolean status and the result of the division

    function SimpleRequireFunction(uint256 myNumber) public payable returns (bool status, uint256) {

        // Ensure that the input number is greater than 0 to avoid division by zero

        require(myNumber > 0, "myNumber must be greater than 0");

        // Perform the division and store the result in tempNumber

        uint256 tempNumber = 200 / myNumber;

        // Set the status based on the value of tempNumber

        if (tempNumber > 10)

            status = true;

        else

            status = false;

        // Return the status and the result of the division

        return (status, tempNumber);

    }

}