void game_get_play(int play_hand, int num_valid_cards,
card_t * valid_cards)
{
int play_num, hand_num;
hand_t *hand = &ggzcards.players[play_hand].hand;
bool valid_plays[hand->hand_size];
card_t play;
assert(play_hand == ggzcards.play_hand);
for (hand_num = 0; hand_num < hand->hand_size; hand_num++)
valid_plays[hand_num] = FALSE;
for (play_num = 0; play_num < num_valid_cards; play_num++) {
card_t play_card = valid_cards[play_num];
for (hand_num = 0; hand_num < hand->hand_size; hand_num++) {
card_t hand_card = hand->cards[hand_num];
if (are_cards_equal(play_card, hand_card)) {
valid_plays[hand_num] = TRUE;
break;
}
}
assert(hand_num < hand->hand_size);
}
play = get_play(ggzcards.play_hand, valid_plays);
ggz_debug(DBG_PLAY, "We're playing the %s of %s.",
get_face_name(play.face), get_suit_name(play.suit));
make_play(play);
}
void human_turn(t_map *s_map, char chip)
{
char *buf;
int play;
int ok;
ok = -1;
while (ok)
{
get_next_line(0, &buf);
if (buf[0] != '\0' && verify_letter(buf) != 0)
{
play = ft_atoi(buf);
if ((ok = is_play_ok(play, s_map)) == 1)
write(1, "play again, incorrect value:\n", 29);
}
free(buf);
}
make_play(play, s_map, chip);
}
