import java.util.Random;
public class Deck{

  card[] cards;
  int numJokers;
  int numStandard;

  /* creates a deck of 54 cards as described in the Cards problem
   * (52 cards that are in the standard deck of cards plus two jokers)
   */
  public Deck(){

  /* create a deck with specified number of copies of the
   * standard deck (52 cards) and with the specified
   * number of jokers
   *
   * Both inputs must be non-negative
   */
  card[] counter = new card[54];
  this.numJokers = 2;
  this.numStandard = 54;

  int index = 0;
  for ( int i = 0; i <= 3; i++ ) {
            for ( int j = 2; j <= 15; j++ ) {
                counter[index] = new Card(counter[index].RANKS[i], counter[index].SUITS[j]);
             index += 1;
}
  }

   counter[52] = new Card(counter[52].RANKS[1], counter[52].SUITS[4]);
   counter[53] = new Card(counter[53].RANKS[1], counter[53].SUITS[4]);
        }

  public Deck(int numStandard, int numJokers){
   this.numStandard = numStandard;
    this.numJokers = numJokers;

    int cardindex = 0;
    Card[] counter = new Card[(numStandard*52)+numJokers];

}

  /* returns the number of cards in the deck */
  public int numCards(){
    return (numStandard*52)+numJokers;
  }


  /* returns all the cards in the deck without modifying the deck
   * the ordering in the array is the order of the cards at this
   * given time */
  public Card[] getCards(){
  return this.counter;
  }


  /* return the top card of the deck without modifying the deck */
  public Card peek(){
    return this.counter[0];
  }


  /* remove the top card from the deck and return it */
  public Card pop(){
    Card[] newdeck = new Card[this.numCards()-1];
    Card top = this.cards[this.numCards()-1];
    for( int i = 0; i <this.cards.length-1; i++){
       newcards[i] = this.cards[i] ;
    }
    this.cards = newcards;

    return top;}
  }


  /* randomly shuffle the order of the cards in the deck */
  public void shuffleDeck(){}
  for ( int i = card.length-1; i > 0; i-- ) {
            int rand = (int)(Math.random()*(i+1));
            Card temp = this.cards[i];
            this.cards[i] = this.cards[rand];
            this.cards[rand] = temp;
        }

  /* sorts the deck so that cards are in the order
   * specified in the Cards problem (low cards first)
   */
  public void sortDeck(){
  java.util.Arrays.sort(this.card);
}

   public static void main(String args[]) {

     Deck standard = new Deck(1,0);
     System.out.println(standard.numCards());
     //System.out.println(standard.getCards());



     System.out.println(java.util.Arrays.toString(standard.getCards()));
     standard.shuffleDeck();

     System.out.println(" ");

     System.out.println(java.util.Arrays.toString(standard.getCards()));
     standard.sortDeck();

     standard.pop();

     System.out.println(" ");

     System.out.println(java.util.Arrays.toString(standard.getCards()));



     //java.util.Arrays.toString(standard.getCards());
     // standard.sortDeck();
//     Card c = standard.pop();
//     System.out.println(standard.numCards());
//



  }




}