/**
 * In the history of computer science, the XOR operator and the less than operator have played significant roles.
 * This exercise challenges you to utilize these operators to determine whether the XOR of two given numbers is less than a third number.
 *
 * @param a An integer representing the first number.
 * @param b An integer representing the second number.
 * @param c An integer representing the third number.
 * @return True if the XOR of a and b is less than c, False otherwise.
 */
fun xorLessThan(a: Int, b: Int, c: Int): Boolean {

    // XOR of a and b
    val xorResult = a xor b

    // Check if xorResult is less than c
    return xorResult < c
}
/**
 * In the history of computer science, the XOR operator and the less than operator have played significant roles.
 * This exercise challenges you to utilize these operators to determine whether the XOR of two given numbers is less than a third number.
 *
 * @param a An integer representing the first number.
 * @param b An integer representing the second number.
 * @param c An integer representing the third number.
 * @return True if the XOR of a and b is less than c, False otherwise.
 */
fun xorLessThan(a: Int, b: Int, c: Int): Boolean {
/**
 * In the history of computer science, the XOR operator and the less than operator have played significant roles.
 * This exercise challenges you to utilize these operators to determine whether the XOR of two given numbers is less than a third number.
 *
 * @param a An integer representing the first number.
 * @param b An integer representing the second number.
 * @param c An integer representing the third number.
 * @return True if the XOR of a and b is less than c, False otherwise.
 */
fun xorLessThan(a: Int, b: Int, c: Int): Boolean {

    // XOR of a and b
    val xorResult = a xor b

    // Check if xorResult is less than c
    return xorResult < c
}