6

using System;

using System.Collections.Generic;

using System.Linq;

using System.Text;

using System.Threading.Tasks;



namespace task10_Data_overflow

{

    class Program

    {

        static void Main(string[] args)

        {

            ulong num1 = ulong.Parse(Console.ReadLine());

            ulong num2 = ulong.Parse(Console.ReadLine());



            decimal minNum = Math.Min(num1, num2);

            decimal maxNum = Math.Max(num1, num2);

            decimal overflowValue = 0;

            string smallerType = string.Empty;



            if (minNum<=byte.MaxValue)

            {

                overflowValue = byte.MaxValue;

                smallerType = "byte";

            }

            else if (minNum<=ushort.MaxValue)

            {

                overflowValue = ushort.MaxValue;

                smallerType = "ushort";

            }

            else if (minNum <= uint.MaxValue)

            {

                overflowValue = uint.MaxValue;

                smallerType = "uint";

            }

            else if (minNum <= ulong.MaxValue)

            {

                overflowValue = ulong.MaxValue;

                smallerType = "ulong";

            }



            string maxType = string.Empty;



            if (maxNum<=byte.MaxValue)

            {

                maxType = "byte";

            }

            else if(maxNum<=ushort.MaxValue)

            {

                maxType = "ushort";

            }

            else if (maxNum <= uint.MaxValue)

            {

                maxType = "uint";

            }

            else if (maxNum <= ulong.MaxValue)

            {

                maxType = "ulong";

            }



            decimal overflowCount =  Math.Round(maxNum /overflowValue);



            Console.WriteLine($"bigger type: {maxType}");

            Console.WriteLine($"smaller type: {smallerType}");

            Console.WriteLine($"{maxNum} can overflow {smallerType} {Math.Ceiling(overflowCount)} times");





        }

    }

}