GAME TIC-TAC-TOE

// Tic-tac-toe (T3) Network Game // Jason Losh //----------------------------------------------------------------------------- // Compile notes for C99 code //----------------------------------------------------------------------------- // gcc -o t3 t3.c udp.c //----------------------------------------------------------------------------- // Device includes, defines, and assembler directives //----------------------------------------------------------------------------- #include <stdlib.h> // EXIT_ codes #include <stdbool.h> // bool #include <stdio.h> // printf, scanf #include <string.h> // strlen, strcmp #include "udp.h" #define CLIENT_PORT 4096 #define SERVER_PORT 4097 void clearBoard(char board[3][3]) { for (int r = 0; r < 3; r++) for (int c = 0; c < 3; c++) board[r][c] = '.'; } // TODO: Add code to display the game board void showBoard(char board[3][3]) { } // TODO: Add code to determine if a winner (xo) has occurred bool isWinner(char board[3][3], char xo) { bool win; return win; } // TODO: Add code to test if an x or o (xo) is a valid move // and then record in the game board bool addMove(char board[3][3], char move[], char xo) { bool ok = strlen(move) == 2; // ... return ok; } //----------------------------------------------------------------------------- // Main //----------------------------------------------------------------------------- int main(int argc, char* argv[]) { char *remoteIp; char *role; char str[100], str2[100]; char board[3][3]; bool validMove; bool winner = false; int moveCount = 0; bool myTurn; char myLetter, opponentLetter; int remotePort; // TODO: Verify arguments are valie bool goodArguments; // ... if (!goodArguments) { printf("usage: t3 IPV4_ADDRESS ROLE\n"); printf(" where:\n"); printf(" IPV4_ADDRESS is address of the remote machine\n"); printf(" ROLE is either invite or accept\n"); exit(EXIT_FAILURE); } // TODO: Determine if client or server // A server will wait to accept an invitation to play // A client will send an invitation to play // bool client = _____; // TODO: Open listener port number dependent on client/server role // TODO: Determine remote port that you will send data to // If you are server, send to client port, and vice versa // Setup game clearBoard(board); // TODO: Determine whether it is your turn or not // myTurn = ______; // TODO: Determine your letter (x or o) and your opponent's letter // TODO: Add code to send an invite or wait to accept an invite // Start game loop, alternating turns while(!winner && moveCount != 9) { // get my move if (myTurn) { // TODO: add code your move here to get the move, validate move, // show board, send move to remote port, and check for a winner } // get opponent's move else { // TODO: add code to receive your opponent's move, validate move, // show board, and check for a winner } // Increment move count, alternate turns moveCount++; myTurn = !myTurn; } if (!winner) printf("The game was a draw\n"); // TO DO: Close listener port return EXIT_SUCCESS; }