Please modify the following code to NOT have "TicTacToe extends Board" (I don't want any extending). Please ensure the resulting code completes EACH part of the following prompt:

"Your task is to create a game of Tic-Tac-Toe using a 2-Dimensional String array as the game board. Start by creating a Board class that holds the array. The constructor should use a traditional for-loop to fill the array with "blank" Strings (eg. "-"). You may want to include other instance data... Include the follwoing methods: public void setSpace(int row, int col, String s) will change a specific space to have either "X" or "O", but only if the space is available. public boolean hasThree(String s) will check to see if there are 3 in a row, column, or diagonal. public String toString() will generate a String that displays the Board with appropriate formatting. Create a driver class called TicTacToe that instantiates a Board object and allows 2 players to go head to head in a the game."

public class Board { //creating board String board[][]=new String[3][3]; //construction to fill the board with null string "-" public Board() { for(int i=0;i<3;i++) for(int j=0;j<3;j++) board[i][j]="-"; } }

//creating class and extending board class public class TicTacToe extends Board{ //declaring variable boolean flag=false; static boolean plyr=true; //printing the board public String toString() { String result = "";

result += " | | "; result += " " + board[0][0] + " | " + board[0][1] + " | " + board[0][2] + " "; result += "_____|_____|_____ "; result += " | | "; result += " " + board[1][0] + " | " + board[1][1] + " | " + board[1][2] + " "; result += "_____|_____|_____ "; result += " | | "; result += " " + board[2][0] + " | " + board[2][1] + " | " + board[2][2] + " "; result += " | | ";

return result; } //creating main function public static void main(String args[]){ //declaring variable int row,col,choice; //initilizing empty symbol String symb=""; //scanner object to get input Scanner in=new Scanner(System.in); //creating tictactoe object TicTacToe ttt=new TicTacToe(); //loop to get the input from the players do{ //printing option for the player System.out.println("1.Enter the X or O"); System.out.println("2.View Board"); System.out.println("0.Exit"); System.out.print("Select an option(0,1,2): "); //geting player response choice=in.nextInt(); if(choice==1){ //checking if the board is full then print msg and terminate the program if(!ttt.isFull()){ System.out.println("Board full"); break; } //Checking which player is about to play if(plyr==true){ System.out.println("Player 1 turn"); //assigning symbol for player 1 symb="X"; //changing the player for next turn plyr=!plyr; } else{ System.out.println("Player 2 turn"); //assigning symbol for player 1 symb="O"; //changing the player for next turn plyr=!plyr; } //asking player for location to insert symbol System.out.print("Enter row no: "); row=in.nextInt(); System.out.print("Enter column no: "); col=in.nextInt(); //inserting the symbol in the board ttt.setSpace(row,col,symb); } else if(choice==2){ //printing the board System.out.println(ttt.toString()); } else{ //informing user that selected option is invalid System.out.println("Selected option is invalid"); } //checking for winning situation if(ttt.hasThree(symb)==true){ System.out.println("WON!!!"); break; } //if choice is 0 then cancel the game }while(choice!=0); } //function to check that board is full boolean isFull(){ for(int i=0;i<3;i++) for(int j=0;j<3;j++) if(board[i][j].equals("-")) flag=true; return flag; } //inserting the sybol to the board void setSpace(int row, int col, String s){ //insert if the location in board is empty or show the massage to player if(board[row][col].equals("-")) board[row][col]=s; else{ System.out.println("The space is already filled choose another"); plyr=!plyr; } } //checking for winning situation boolean hasThree(String s){ boolean win=false; //checking for rows winning situation if((board[0][0].equals(s)) && (board[0][1].equals(s)) && (board[0][2].equals(s))) win=true; else if((board[1][0].equals(s)) && (board[1][1].equals(s)) && (board[1][2].equals(s))) win=true; else if((board[2][0].equals(s)) && (board[2][1].equals(s)) && (board[2][2].equals(s))) win=true; //checking for column winning situation else if((board[0][0].equals(s)) && (board[1][0].equals(s)) && (board[2][0].equals(s))) win=true; else if((board[0][1].equals(s)) && (board[1][1].equals(s)) && (board[2][1].equals(s))) win=true; else if((board[0][2].equals(s)) && (board[1][2].equals(s)) && (board[2][2].equals(s))) win=true; //checking for diagonal winning situation else if((board[0][0].equals(s)) && (board[1][1].equals(s)) && (board[2][2].equals(s))) win=true; else if((board[0][2].equals(s)) && (board[1][1].equals(s)) && (board[2][0].equals(s))) win=true; else win=false; return win; } }