//helper function to simulate winning moves
void winning_move(int* moves, int expected_winner){
int i = 0;
while((winnerIs(g_board) == 0) && validMovesLeft(g_board)){
if(getCurrentPlayer(g_board) == PLAYER_ONE){
makeMove(g_board, moves[i]);
++i;
} else {
makeMove(g_board, getReasonedMove(g_board));
}
}
assert_int_equal(expected_winner, winnerIs(g_board));
/*
* assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 0); //player one moves
makeMove(g_board, 1); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 0); //player one moves
makeMove(g_board, 2); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 0); //player one moves
makeMove(g_board, 3); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 0); //player one moves
makeMove(g_board, 3); //player two moves
assert_int_equal(expected_winner, winnerIs(g_board));
*/
}
void test_diagonal_win(){
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 0); //player one moves
makeMove(g_board, 1); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 1); //player one moves
makeMove(g_board, 2); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 3); //player one moves
makeMove(g_board, 2); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 2); //player one moves
makeMove(g_board, 3); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 4); //player one moves
makeMove(g_board, 3); //player two moves
assert_true(winnerIs(g_board) == 0);
makeMove(g_board, 3); //player one moves
assert_int_equal(PLAYER_ONE, winnerIs(g_board));
}
/* winnerIs should accept scores of four in horizontal, vertical and both
* diagonal directions. Should return the correct winning player and IFF there
* are four points in a row. */
void test_winnerIs() {
board_type *board = createBoard(X, Y);
int i, j;
CU_ASSERT_EQUAL(winnerIs(board), 0);
for(i = 0; i < 4; i++) {
board->current_player = PLAYER_ONE;
makeMove(board, i);
}
CU_ASSERT_EQUAL(winnerIs(board), PLAYER_ONE);
for(i = 0; i < 4; i++)
undoMove(board);
for(i = 0; i < 4; i++) {
board->current_player = PLAYER_TWO;
makeMove(board, i);
}
CU_ASSERT_EQUAL(winnerIs(board), PLAYER_TWO);
for(i = 0; i < 4; i++)
undoMove(board);
/* Bottom left to top right diagonal */
for(i = 2; i < 5; i++) {
for(j = i; j < 5; j++) {
board->current_player = PLAYER_TWO;
makeMove(board, i);
}
}
for(i = 2; i < 6; i++) {
board->current_player = PLAYER_ONE;
makeMove(board, i);
}
CU_ASSERT_EQUAL(winnerIs(board), PLAYER_ONE);
/* Bottom left to top right diagonal */
for(i = 2; i < 6; i++) {
for(j = i; j < 6; j++)
undoMove(board);
}
/* Bottom left to top right diagonal */
for(i = 2; i < 5; i++) {
for(j = 5; j > i; j--) {
board->current_player = PLAYER_ONE;
makeMove(board, i);
}
}
for(i = 2; i < 6; i++) {
board->current_player = PLAYER_TWO;
makeMove(board, i);
}
CU_ASSERT_EQUAL(winnerIs(board), PLAYER_TWO);
undoMove(board);
CU_ASSERT_EQUAL(winnerIs(board), 0);
free(board);
}
int main(){
int bets = 0, pot = 0;
Deck game_deck = get_new_Deck();
printf("\n\n");
hBorder();
printf("\n\n");
welcomeSign();
hBorder();
welcome();
printf("\n");
hBorder();
printf("\n");
printf("\n");
Player one = player_init(getName(), getRupies());
printf("Hi %s, you have %i rupies\n",one.name, one.rupies);
Player two = player_init("Link", one.rupies);
Player three = player_init("Mario", one.rupies);
Player four = player_init("Taloon", one.rupies);
getStatus(&two);
getStatus(&three);
getStatus(&four);
printf("\n\n");
hBorder();
Player *table[NUM_PLAYERS];
table[0] = &one;
table[1] = &two;
table[2] = &three;
table[3] = &four;
int gamenumber = 1;
int gamesplayed = 0;
int gameStatus = 1;
while(gamenumber == 1){
if(gameStatus == 1){
if(gamesplayed != 0){
printf("\n\n");
welcomeSign();
hBorder();
}
gamesplayed++;
printf("\n\nREADY -- Here we go...\n\n");
shuffle(&game_deck, DECK_SIZE);
first_Deal(&game_deck, table, NUM_PLAYERS);
gamescene(3, table);
print_Hand(table, 1);
isHand(one.hand);
bets = betAmount(&one);
printf("%s, bets %i rupies\n",one.name, bets);
pot += bets;
/* cpuBIGACTION(table, &bets, &game_deck);
#pragma omp parallel num_threads(4)
int z;
tid = omp_get_thread_number();
for(z=1;z<NUM_PLAYERS;z++){
if(tid == 1){
*/ pot += cpuActions(&game_deck, &two, &one, bets);
/* }
if(tid == 1){
*/
printf("...hmm...yea...\n");
pot += cpuActions(&game_deck, &three, &one, bets);
/* }
if(tid == 1){
*/
printf("...uhhh...ok...\n");
pot += cpuActions(&game_deck, &four, &one, bets);
/* }
}*/
hBorder();
banter(table);
playersLeft(table, &gameStatus);
}
if(gameStatus ==1){
print_Hand(table, 1);
print_Options();
isHand(one.hand);
Deck MC_Deck = create_Monte(&one);
monteSuggest(monte_Analysis(&MC_Deck, &one));
printTextReco(&one);
newCards(&game_deck,&one);
print_Hand(table, 1);
isHand(one.hand);
printf("\n\n");
bets = betAmount(&one);
pot += bets;
pot += cpuBets(&two, &one, bets);
pot += cpuBets(&three, &one, bets);
pot += cpuBets(&four, &one, bets);
playersLeft(table, &gameStatus);
}
hBorder();
printResults(table);
evaluateHands(table);
tableCompareTo(table);
winnerIs(table, pot);
hBorder();
printf("\n");
banter(table);
getTableStatus(table);
gamenumber = playgame();
printf("\n\n\n\n");
bets = 0;
pot = 0;
tableRefresh(table);
}
return 0;
}
