using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;

namespace startOverProb4
{
    class Program
    {
        static void Main(string[] args)
        {
            string[] getTickets = Console.ReadLine().Split(new string[] { ", " }, StringSplitOptions.None);

            foreach (var item in getTickets)
            {
                string trimmedItem = item.Trim();

                if (trimmedItem.Length == 20)
                {
                    string leftSide = trimmedItem.Substring(0 , 10);
                    string rightSide = trimmedItem.Substring(10 , 10);

                    int conditionsForWinningLeft = FindAWinner(leftSide);                   // броят на печел. символи за лява страна
                    int conditionsForWinningRight = FindAWinner(rightSide);                 // броят на печел. символи за дясна страна

                    string symbolLeft = getSymbol(leftSide);                                // какви са печел. символи от едната страна
                    string symbolRight = getSymbol(rightSide);                              // -- /--

                    if (conditionsForWinningLeft == 0 || conditionsForWinningRight == 0     // ако няма печеливши символи на една от страните
                        || symbolLeft != symbolRight                                        // ако символите са различни
                        || conditionsForWinningLeft != conditionsForWinningRight)           // ако броят на печелившите символи от двете страни е различен

                    {
                        Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - no match");
                        continue;
                    }

                    if (conditionsForWinningLeft == conditionsForWinningRight && symbolLeft == symbolRight)
                    {
                        switch (conditionsForWinningLeft)
                        {
                            case 6: Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - {conditionsForWinningLeft}{symbolLeft}"); break;
                            case 7: Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - {conditionsForWinningLeft}{symbolLeft}"); break;
                            case 8: Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - {conditionsForWinningLeft}{symbolLeft}"); break;
                            case 9: Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - {conditionsForWinningLeft}{symbolLeft}"); break;
                            case 10: Console.WriteLine($"ticket \"{leftSide}{rightSide}\" - {conditionsForWinningLeft}{symbolLeft} Jackpot!"); break;
                        }

                    }

                }
                else
                {
                    Console.WriteLine("invalid ticket");
                }


            }

        }

        private static string getSymbol(string side)
        {
            string symbol = "no luck";

            bool one = side.Contains(new string('@', 6));
            bool two = side.Contains(new string('#', 6));
            bool three = side.Contains(new string('$', 6));
            bool four = side.Contains(new string('^', 6));

            if (one)
            {
                symbol = "@";
            }

            if (two)
            {
                symbol = "#";
            }

            if (three)
            {
                symbol = "$";
            }

            if (four)
            {
                symbol = "^";
            }

            return symbol;
        }


        private static int FindAWinner(string side)
        {
            int count = 0;

            bool one = side.Contains(new string('@', 6));
            bool two = side.Contains(new string('#', 6));
            bool three = side.Contains(new string('$', 6));
            bool four = side.Contains(new string('^', 6));

            if (one || two || three || four)
            {
                count = 6;
            }

            bool one1 = side.Contains(new string('@', 7));
            bool two1 = side.Contains(new string('#', 7));
            bool three1 = side.Contains(new string('$', 7));
            bool four1 = side.Contains(new string('^', 7));

            if (one1 || two1 || three1 || four1)
            {
                count = 7;
            }

            bool one2 = side.Contains(new string('@', 8));
            bool two2 = side.Contains(new string('#', 8));
            bool three2 = side.Contains(new string('$', 8));
            bool four2 = side.Contains(new string('^', 8));

            if (one2 || two2 || three2 || four2)
            {
                count = 8;
            }

            bool one3 = side.Contains(new string('@', 9));
            bool two3 = side.Contains(new string('#', 9));
            bool three3 = side.Contains(new string('$', 9));
            bool four3 = side.Contains(new string('^', 9));

            if (one3 || two3 || three3 || four3)
            {
                count = 9;
            }

            bool jackone = side.Contains(new string('@', 10));
            bool jacktwo = side.Contains(new string('#', 10));
            bool jackthree = side.Contains(new string('$', 10));
            bool jackfour = side.Contains(new string('^', 10));

            if (jackone || jacktwo || jackthree || jackfour)
            {
                count = 10;
            }

            return count;
        }

    }
}