import java.util.Comparator;
  2 import java.util.Random;
  3
  4 object Main {
  5   val ARRAY_SIZE = 10;
  6   val STRING_SIZE = 20;
  7
  8   def printTable(
  9     sortedStringA: Array[String],
 10     sortedIntegerA: Array[Integer],
 11     sortedFloatA: Array[Float],
 12     sortedStringD: Array[String],
 13     sortedIntegerD: Array[Integer],
 14     sortedFloatD: Array[Float],
 15     sortType: String
 16   ): Unit = {
 17     println(String.format("%n%40s%n============================================================",
 18       sortType + " Ascending"));
 19     print(String.format("%n%" + STRING_SIZE + "s |  %s  | %17s%n",
 20       "Sorted Strings", "Sorted Integers", "Sorted Floats"));
 21     for(i <- 0 until ARRAY_SIZE){
 22       print(String.format("%s | %17d | %17f%n",
 23         sortedStringA(i), sortedIntegerA(i), sortedFloatA(i).toString));
 24     }
 25     println(String.format("%n%40s%n============================================================",
 26       sortType + " Descending"));
 27     print(String.format("%n%" + STRING_SIZE + "s |  %s  | %17s%n",
 28       "Sorted Strings", "Sorted Integers", "Sorted Floats"));
 29     for(i <- 0 until ARRAY_SIZE){
 30       print(String.format("%s | %17d | %17f%n",
 31         sortedStringD(i), sortedIntegerD(i), sortedFloatD(i).toString));
 32     }
 33
 34
 35   }
 36   def main(args: Array[String]) {
 37
 38     object IntegerComparator extends Comparator[Integer]{
 39       override def compare(c1:Integer, c2:Integer): Int = {
 40         c2.compareTo(c1);
 41       }
 42  }
}