Hello can you help me get this Program up and Running? I have four different classes. Also, how would I incorporate a player's ability to place a bet...let's say $200? Please bold any changes. Thank you. :)

import java.util.Scanner;

public class BlackJackGame {

public static void main (String args [])

{

Scanner input = new Scanner(System.in);

Deck theDeck = new Deck (1, true);

Player me = new Player("Suz");

Player dealer = new Player("Dealer");

me.addCard(theDeck.dealNextCard());

dealer.addCard(theDeck.dealNextCard());

me.addCard(theDeck.dealNextCard());

dealer.addCard(theDeck.dealNextCard());

System.out.println("Cards are dealt: ");

me.printHand(true);

dealer.printHand(false);

boolean meDone = false;

boolean dealerDone = false;

String ans;

while (!meDone || !dealerDone) {

if (!meDone) {

System.out.print("Hit [H] or Stay[S])? ");

ans.input.next();

//if player hits, then add next card to deck and store if player is busted

if (ans.compareToIgnoreCase("H") == 0) {

meDone = !me.addCard(theDeck.dealNextCard());

me.printHand(true);

//if busted, done

} else {

meDone = true;

}

}

//dealer

if (!dealerDone) {

System.out.println("The Dealer hits. ");

dealerDone = !dealer.addCard(theDeck.dealNextCard());

dealer.printHand(false);

} else {

System.out.println("The Dealer stays. ");

dealerDone = true;

}

System.out.println();

}

input.close();

//print final hands

me.printHand(true);

dealer.printHand(true);

int mySum = me.getHandSum();

int dealerSum = dealer.getHandSum();

if (mySum > dealerSum && mySum <= 21 || dealerSum >21) {

System.out.println("You win.");

} else if {

System.out.println("Dealer wins.");

}

}

}

/**

*

* @author suzettepalmer

* @since 10/25/2017

*/

public class Card {

private int myNumber;

/**

* Number of card: Ace = 1, Jack = 11, Queen = 12, King = 13

*/

public Card(int aNumber) {

if (aNumber >=1 && aNumber <= 13)

{

/**

* @param aNumber = Number of the Card

*/

this.myNumber = aNumber;

} else {

System.err.println(aNumber + "is not valid.");

System.exit(1); //tells program error and exits program

}

}

/**

* @return Number of card

*/

public int getNumber()

{

return myNumber;

}

public String toString() //returns name of card

{

String numStr = "Error";

switch(this.myNumber)

{

case 1:

numStr = "Ace";

break;

case 2:

numStr = "Two";

break;

case 3:

numStr = "Three";

break;

case 4:

numStr = "Four";

break;

case 5:

numStr = "Five";

break;

case 6:

numStr = "Six";

break;

case 7:

numStr = "Seven";

break;

case 8:

numStr = "Eight";

break;

case 9:

numStr = "Nine";

break;

case 10:

numStr = "Ten";

break;

case 11:

numStr = "Jack";

break;

case 12:

numStr = "Queen";

break;

case 13:

numStr = "King";

break;

}

return numStr;

}

}

import java.util.Random;

/**

* Java deck shuffling

* @author suzettepalmer

* @since 10/23/2017

*/

public class Deck {

/**

* array of cards in deck, where top card is the first index

*/

private Card [] myCards;

/**

* Number of cards that are in deck

*/

private int numCards;

/**

*

* @param shuffle: shuffle before play

*/

public Deck(int numCards, boolean shuffle)

{

Random rng = new Random();

Card temp;

//perform swap to prevent data from being lost

int j;

for (int i = 0; i < this.numCards; i++) {

j = rng.nextInt(this.numCards);

temp = this.myCards[i];

this.myCards[i] = this.myCards[j];

this.myCards[j] = temp;

}

this.numCards = 52;

this.myCards = new Card [this.numCards];

// initiate card index

int c = 0;

//for each number

for (int n = 1; n <= 13; n++) {

//add new card to deck

this.myCards[c] = new Card(n);

c++;

}

}

public void shuffle()

{

/**

* Deal top card

* @return dealt card

*/

}

public Card dealNextCard() {

Card top = this.myCards [0];

//shift cards by 1 to the left

for (int c = 1; c < this.numCards; c++) {

this.myCards[c-1] = this.myCards[c];

}

this.myCards[this.numCards-1] = null; //when last card is used.

//decrement the number of cards in deck

this.numCards--;

return top;

}

/**

* Print top of cards on deck

* @param numToPrint (# of cards from the top of deck to print)

*/

public void printDeck(int numToPrint)

{

for (int c =0; c

//printf give string and formatting guidelines; allows formating string, %3d print integer with width of 3 and padded to L with spaces, %s print string print new line

System.out.printf("% 3d/%d%s ", c+1, this.numCards, this.myCards[c].toString());

System.out.printf(" ");

}

}

}

/**

*

* @author suzettepalmer

*

*/

public class Player {

private String name;

private Card[] hand = new Card [10]; //allocating memory block for cards drawn

private int numCards;

public Player (String aName)

{

this.name = aName;

//set player's hand to zero

this.emptyHand();

}

public void emptyHand() {

/*

* whether game is still occurring or not

*/

for (int c = 0; c <10; c++)

{

this.hand[c] = null;

}

this.numCards = 0; //defaults to 0 if not specified

}

public boolean addCard(Card, aCard) {

if (this.numCards == 10) {

System.err.printf("%s's hand already has 10 cards; " + "cannot add another ", this.name);

System.exit(1);

}

this.hand[this.numCards] = aCard;

this.numCards++;

return (this.getHandSum() <= 21);

}

public int getHandSum() {

int handSum = 0;

int cardNum;

int numAces = 0;

for (int c = 0; c

cardNum = this.hand[c].getNumber();

if (cardNum == 1) {

numAces++;

handSum += 11;

} else if (cardNum > 10) {

handSum += 10;

} else {

handSum += cardNum;

}

}

while (handSum >21 && numAces > 0) {

handSum -= 10;

numAces--;

}

return handSum;

}

public void printHand(boolean showFirstCard) {

System.out.printf("%s's cards : ", this.name);

for (int c = 0; c

System.out.printf(" %s ", this.hand[c].toString());

}

}

}