import java.util.*;
import java.io.*;

public class MedalCount2
{
   public static void main(String[] args) throws IOException
   {
      PrintStream output = System.out;
      Scanner input = new Scanner(System.in);
      
      Map<String, List<Integer>> medals = new TreeMap<String, List<Integer>>();
      
      // read the input using a scanner
      final String INPUT_NAME = "medals.txt";
      Scanner in = new Scanner(new File(INPUT_NAME));
      while (in.hasNextLine())
      {
         String line = in.nextLine();
         if (line.isEmpty())
         {
            continue;
         }
         String regex = ",";
         String[] s = line.split(regex);
         
         // constants to index into s
         final int EVENT = 0;
         final int GOLD = 1;
         final int SILVER = 2;
         final int BRONZE = 3;
         
         String event = s[EVENT];
         String goldCountry = s[GOLD];
         String silverCountry = s[SILVER];
         String bronzeCountry = s[BRONZE];
         
         
         // constants to index into the List holding the medal counts
         // for each country
         final int LIST_GOLD = 0;
         final int LIST_SILVER = 1;
         final int LIST_BRONZE = 2;
         
         // update the gold medal winning country
         List<Integer> goldMedals = medals.get(goldCountry);
         if (goldMedals == null)
         {
            goldMedals = new ArrayList<Integer>();
            goldMedals.add(1);
            goldMedals.add(0);
            goldMedals.add(0);
         }
         else
         {
            int numGold = goldMedals.get(LIST_GOLD);
            goldMedals.set(0, numGold + 1);
         }
         medals.put(goldCountry, goldMedals);
         
         // update the silver medal winning country
         List<Integer> silverMedals = medals.get(silverCountry);
         if (silverMedals == null)
         {
            silverMedals = new ArrayList<Integer>();
            silverMedals.add(0);
            silverMedals.add(1);
            silverMedals.add(0);
         }
         else
         {
            int numSilver = silverMedals.get(LIST_SILVER);
            silverMedals.set(1, numSilver + 1);
         }
         medals.put(silverCountry, silverMedals);
         
         // update the bronze medal winning country
         List<Integer> bronzeMedals = medals.get(bronzeCountry);
         if (bronzeMedals == null)
         {
            bronzeMedals = new ArrayList<Integer>();
            bronzeMedals.add(0);
            bronzeMedals.add(0);
            bronzeMedals.add(1);
         }
         else
         {
            int numBronze = bronzeMedals.get(LIST_BRONZE);
            bronzeMedals.set(2, numBronze + 1);
         }
         medals.put(bronzeCountry, bronzeMedals);
      }
      
      // Gold medal counts:
      
      // Find the unique gold medal counts by putting the number
      // of gold medals won by each country into a TreeSet
      TreeSet<Integer> ascendingGoldCounts = new TreeSet<Integer>();
      for (List<Integer> countryMedalCount : medals.values())
      {
         ascendingGoldCounts.add(countryMedalCount.get(0));
      }
      
      // Reverse the set so that we get the unique gold medal counts
      // in descending order (from largest to smallest) 
      Set<Integer> goldCounts = ascendingGoldCounts.descendingSet();
      
      // For each number of gold medals won (from largest to smallest)
      for (Integer numGold : goldCounts)
      {
         // Find the countries that won numGold
         for (String country : medals.keySet())
         {
            Integer thisGold = medals.get(country).get(0);
            if (thisGold.equals(numGold))
            {
               Integer thisSilver = medals.get(country).get(1);
               Integer thisBronze = medals.get(country).get(2);
               
               output.printf("%25s %2s %2s %2s%n",
                  country,
                  thisGold.toString(),
                  thisSilver.toString(),
                  thisBronze.toString());
            }
         }
      }
   }
}