deck *make_standard_deck()
{
deck *newDeck = malloc(sizeof(deck));
int i,s =0,v =1;
newDeck->num_cards = 52 ;
newDeck->cards = make_card(s, v);
for(i = 0;i <= 51; i++){
if(s == 4){
s = 0; //max suit is 4, must reset to 0 to 3 only.
v++; //next value in the deck after all suits of the current card
}
//allocates a new card til 52 unique cards are made
newDeck->cards[i] = *make_card(s, v);
s++;
}
return newDeck;
}
void pysol_create_cards(card_t * cards)
{
int id, suit, rank;
id = 0;
for (suit=0;suit<4;suit++)
{
for(rank=0;rank<13;rank++)
{
cards[id] = make_card(suit,rank+1);
id++;
}
}
}
static void create_deck(struct game_t *game)
{
int num_decks;
enum cardrank rank;
enum cardsuit suit;
int i = 0;
int j;
game->deck_size = calc_deck_size(game);
num_decks = game->deck_size / DECK_SIZE;
for (j = 0; j < num_decks; j++)
for (suit = HEARTS; suit <= CLUBS; suit++)
for (rank = TWO; rank <= ACE; rank++)
game->deck[i++] = make_card(rank, suit);
}
void stat_text(const int playerNum, const int yourBet, const int theirBet) {
if (yourBet)
printf("\tWe bet %d", yourBet);
else
printf("\tThey bet %d", theirBet);
printf("\t\t%s %d ", "You", playerList[playerNum].tricks);
printf("%d %s\n", playerList[(playerNum+2)%4].tricks, playerList[(playerNum+2)%4].name);
printf("\t%s:\t", display_trump(trumpCall));
if (compare_card_c(trick[0], make_card(BLANK, NONE), 1, LoNo) == 0)
printf("Your lead");
else
for (int i=0; i<4; i++) {
show_card(trick[i], trumpSuit);
printf("\t");
}
printf("\n");
}
int main(int argc, char *argv[])
{
card **hand;
deck *fulldeck;
int i, j, k;
/* create an array of card pointers */
hand = (card **)malloc(sizeof(card *)*5);
/* make a card for each one */
for(i=0;i<5;i++)
hand[i] = make_card(i%4, (i*17)%14);
/* print out the cards in the hand */
printf("Hand: ");
for(i=0;i<5;i++)
print_card(hand[i]);
printf("\n");
/* make a standard deck of cards */
fulldeck = make_standard_deck();
if (fulldeck == NULL)
{
printf("make_standard_deck not yet implemented ... exiting\n");
exit(0);
}
/* print out all of the cards */
for(i=0;i<fulldeck->num_cards;)
for(j=0;j<13 && i<fulldeck->num_cards;j++,i++)
print_card(&(fulldeck->cards[i]));
/* compare some cards */
printf("Compare: ");
print_card(&(fulldeck->cards[5]));
print_card(&(fulldeck->cards[17]));
printf(": %d\n",compare(&(fulldeck->cards[5]),&(fulldeck->cards[17])));
printf("find index: C 5: %d", find_index(fulldeck,0,5));
}
card* make_deck( card* current_card ) {
/* Aces to Kings, up the suits (Diamond, Club, Heart, Spade) */
int counter = 0;
int value, is_ace;
char suits[4] = "DCHS"; //diamond, clubs, hearts, spades
card* deck;
card* deck2;
//Aces
value = 1;
is_ace = 1;
char* name = "A";
while( counter < 4 ) {
char nom[256];
nom[0] = *name;
nom[1] = suits[counter];
nom[2] = '\0';
current_card = make_card( value, nom, is_ace, current_card);
if (counter == 0) {
deck = current_card;
}
if (counter == 1) {
deck -> next_card = current_card;
deck2 = deck -> next_card;
} else {
deck2 -> next_card = current_card;
deck2 = deck2 -> next_card;
}
current_card = current_card -> next_card;
counter++;
}
//2 to 9
value++; // value == 2
is_ace = 0;
while( value <= 9) {
counter = 0;
while( counter < 4) {
//converts integer value to string, base 10
char name[256];
char *nom;
sprintf( &name[0], "%d", value );
name[1] = suits[counter];
name[2] = '\0';
current_card = make_card( value, name, is_ace, current_card);
deck2 -> next_card = current_card;
deck2 = deck2 -> next_card;
current_card = current_card -> next_card;
counter++;
}
value++;
}
//10
counter = 0;
while( counter < 4) {
//converts integer value to string, base 10
char name[256];
char *nom;
sprintf( &name[0], "%d", value );
name[2] = suits[counter];
name[3] = '\0';
current_card = make_card( value, name, is_ace, current_card);
deck2 -> next_card = current_card;
deck2 = deck2 -> next_card;
current_card = current_card -> next_card;
counter++;
}
value++;
//Jack, Queen, King
while( value <= 13) {
counter = 0;
while( counter < 4 ) {
char name[265];
name[1] = suits[counter];
name[2] = '\0';
if( value == 11) { //Jacks
name[0] = 'J';
current_card = make_card( 10, name, is_ace, current_card);
} else if( value == 12) { //Queens
name[0] = 'Q';
current_card = make_card( 10, name, is_ace, current_card);
} else if(value == 13) { //Kings
name[0] = 'K';
current_card = make_card( 10, name, is_ace, current_card);
}
deck2 -> next_card = current_card;
deck2 = deck2 -> next_card;
current_card = current_card -> next_card;
counter++;
}
value++;
}
return deck;
}
