Convert this code into Java include stdafxh include include

  *******Convert this code into Java*******   #include \"stdafx.h\" #include <iostream> #include <string>  using namespace std;  // constants const int FINAL_POSITION = 43; const int INITIAL_POSITION = -1;  const int NUM_PLAYERS = 2; const string BLUE = \"BLUE\"; const string GREEN = \"GREEN\"; const string ORANGE = \"ORANGE\"; const string PURPLE = \"PURPLE\"; const string RED = \"RED\"; const string YELLOW = \"YELLOW\"; const string COLORS [] = {BLUE, GREEN, ORANGE, PURPLE, RED, YELLOW}; const int NUM_COLORS = 6;  // names of special characters marking specific spaces on the board const string PLUMPY = \"PLUMPY\"; const string MR_MINT = \"MR. MINT\"; const string JOLLY = \"JOLLY\";  // A partial board for Candyland // based on the picture at: http://www.lscheffer.com/CandyLand-big.jpg string board[] = {RED, PURPLE, YELLOW, BLUE, ORANGE, GREEN, RED, PURPLE, PLUMPY, YELLOW,                   BLUE, ORANGE, GREEN, RED, PURPLE, YELLOW, BLUE, MR_MINT, ORANGE, GREEN,                   RED, PURPLE, YELLOW, BLUE, ORANGE, GREEN, RED, PURPLE, YELLOW, BLUE,                   ORANGE, GREEN, RED, PURPLE, YELLOW, BLUE, ORANGE, GREEN, RED, PURPLE,                   YELLOW, BLUE, JOLLY, ORANGE                                   };  int positions[NUM_PLAYERS];  // set all elements of the positions array to INITIAL_POSITION // Parameters: positions -- will store where the players are //             numPlayers -- how many there are void initialize(int positions[], int numPlayers) {     for (int player = 0; player < numPlayers; player++)         positions[player] = INITIAL_POSITION; }  // Description: Test if string is a valid color in the game // Parameter: str -- string to test // Returns: true if it is a color in the game, false if not bool isColor(string str) {      for (int color = 0; color < NUM_COLORS; color++) {          if (str == COLORS[color])              return true;      }      return false; }  // Description: Starting after indicated position search forward on board to find the color // Parameters: startPos -- index of current space of player -- start looking *after* this space //             color -- find the next space with this color // Returns: index of next space of chosen color int findColor(int startPos, string color) {     for (int pos = startPos+1; pos < FINAL_POSITION; pos++)         if (board[pos] == color)             return pos;     return FINAL_POSITION; }  // Description: find position of indicated person // Parameters: name -- name of person to look for // Returns: index of space for this name int findPerson(string name) {     if (name == PLUMPY) return 8;     if (name == MR_MINT) return 17;     if (name == JOLLY) return 42;     cerr << \"No such person in the game\" << endl;     return FINAL_POSITION; // should not get here -- just here to get program to stop }  // Description: Move a player // Parameters: player -- index of player to move //             card -- indicates where to move //             repeat -- true if card is a \"double\" color, false if not //             positions -- where the players are // Returns: new position of player after move int move(int player, string card, bool repeat, int positions[]) {     int nextPos = positions[player];          if (isColor(card)) {         nextPos = findColor(positions[player], card);         if (repeat)             nextPos = findColor(nextPos, card);         return nextPos;     }     else return findPerson(card); }  // Description: Check for a winner // Parameters: positions -- where the players are //             numPlayers -- how many there are // Returns: true if there are no winners yet //          false if anyone has won bool nowinner(int positions[], int numPlayers) {     for (int player = 0; player < NUM_PLAYERS; player++) {         if (positions[player] == FINAL_POSITION) // reached the end             return false;         }     return true; }  // Description: Display welcome string void printIntro() {     cout << \"This is a crude version of Candyland\" << endl << endl; }  // Generate the next value \"drawn\" // Returns: the value of the next card drawn. Returning the empty string indicates //          there are no more values string draw() {     string testRolls[] = {PLUMPY, YELLOW, RED, YELLOW, GREEN, MR_MINT, JOLLY, RED, GREEN};     const int NUM_CARDS = 9;     static int next = 0;          if (next >= NUM_CARDS) return \"\";     return testRolls[next++]; }  // Indicate if this card is a \"double\" color // Returns: true if the color is a double, false if not. // NOTE: This is a very bad way to do this -- but it does help to motivate structures bool drawRepeat() {     bool testRollsRepeat[] = {false, true, false, true, false, false, false, false, false};     const int NUM_CARDS = 9;     static int next = 0;          if (next >= NUM_CARDS) return false;     return testRollsRepeat[next++]; }  // Print the identity of the winner, if any. // If there are no winners, do nothing. // Parameters: // positions -- the array indicating where the players are located // numPlayers -- the number of players void printWinner(int positions[], int numPlayers) {     for (int player = 0; player < numPlayers; player++) {         // Would be clearer to use a different constant to         // explicitly define the winning position         if (positions[player] == FINAL_POSITION)             cout << \"Player \" << player << \" wins!\" << endl;     } }  // Description: Play the game void playGame() {     // Use nextPlayer to switch among the players     int nextPlayer = 0;     bool done = false;      initialize(positions, NUM_PLAYERS);     while (nowinner(positions, NUM_PLAYERS) && !done) {         string nextCard = draw();         bool repeat = drawRepeat();          if (\"\" != nextCard) {             positions[nextPlayer] = move(nextPlayer, nextCard, repeat, positions);             cout << \"Player \" << nextPlayer << \" is at position \"                  << positions[nextPlayer] << endl;             nextPlayer = (nextPlayer + 1) % NUM_PLAYERS;         }         else done = true;     }     if (nowinner(positions, NUM_PLAYERS))         cout << \"No winner\" << endl;     else printWinner(positions, NUM_PLAYERS); }  int main() {         printIntro();         playGame();         return 0; }