int main()
{
setbuf( stdout, 0);
init();
dealer();
return 0;
}
void process_player_input(node *player, stats *status){
u8 decision;
u16 rise;
if(player->state != FOLD){
//decision = get_player_decision1(player->number);
decision = get_input(win.commands);
u8 number_of_tries = 0; // number of tries
while( decision < 1 || decision > 3 ){
if(number_of_tries <10){
display_message(player->number, "Try again!\n");
//decision = get_player_decision1(player->number);
decision = get_input(win.commands);
}
else{ // If input was incorrect too many times default to FOLD
decision = FOLD;
break;
}
}
if(decision == FOLD){
player->state = FOLD;
status->folded--;
}
else if(decision == CALL){
dealer(player, status->money_to_play);
player->state = CALL;
}
else if(decision == RISE){
rise = get_player_decision2(player->number, "Player raised\n");
while(rise <= 0){ // Make sure rise is not equal or less than 0
rise = get_player_decision2(player->number, "Invalid value, must be above 0\n");
}
status->money_to_play += rise;
dealer(player, status->money_to_play);
status->last = player; // Update last player to the one that rised!
player->state = RISE;
}
}
}
void BJPlayer::computeDealer(BJRules & rules, BJProgress & progress) {
BJDealer dealer(rules.getHitSoft17());
for (int i = 0; i < numHands; i++) {
progress.indicate(100*i/numHands);
PlayerHand & hand = playerHands[i];
currentHand.reset(hand.cards);
shoe.reset(currentHand);
dealer.computeProbabilities(shoe);
for (int upCard = Card::Ace; upCard <= Card::Ten; ++upCard) {
hand.probabilityBust[upCard - 1] = dealer.
getProbabilityBust(upCard);
for (int count = 17; count <= 21; count++) {
hand.probabilityCount[count - 17][upCard - 1] = dealer.
getProbabilityCount(count, upCard);
}
hand.probabilityBlackjack[upCard - 1] = dealer.
getProbabilityBlackjack(upCard);
}
}
}
void stay() //Function for when user selects 'Stay'
{
dealer(); //If stay selected, dealer continues going
if(dealer_total>=17)
{
if(player_total>=dealer_total) //If player's total is more than dealer's total, win
{
printf("\nUnbelievable! You Win!\n");
won = won+1;
cash = cash+bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
if(player_total<dealer_total) //If player's total is less than dealer's total, loss
{
printf("\nDealer Has the Better Hand. You Lose.\n");
loss = loss+1;
cash = cash - bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
if(dealer_total>21) //If dealer's total is more than 21, win
{
printf("\nUnbelievable! You Win!\n");
won = won+1;
cash = cash+bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
}
else
{
stay();
}
} // End Function
int main(int argc, char* argv[]){
int check = 0;
DeckOfCards deck;
Player player(0);
Player dealer(1);
deck.shuffle();
// deck.printDeck();
for (int i = 0; i < 5; ++i){
player.addCard(deck.dealCard());
dealer.addCard(deck.dealCard());
}
player.sortHand();
dealer.sortHand();
player.printHand();
findWinner(player, dealer);
return 0;
}
int main(int argc, const char* argv[]) {
std::cout << "ZMQ version = " << zmq_utils::get_zmq_version() << "\n";
if (argc < 2) {
std::cout << "missing dealer_id\n";
return 1;
}
const char* dealer_id = argv[1]; //dealer id
std::cout << "dealer_id = " << dealer_id << "\n";
zmq::context_t context;
zmq::socket_t dealer(context, ZMQ_DEALER);
dealer.setsockopt(ZMQ_IDENTITY, dealer_id, strlen(dealer_id));
dealer.connect("tcp://127.0.0.1:60000");
socket_monitor m(dealer);
while (true) {
try {
if (m.is_connected()) {
zmq_utils::send_string(dealer, "SOME DATA");
zmq::message_t msg;
size_t size = 0;
while (m.is_connected() && size == 0)
size = dealer.recv(&msg, ZMQ_DONTWAIT);
if (size > 0)
std::cout << zmq_utils::to_string(msg) << "\n";
}
} catch (const zmq::error_t& err) {
std::cout << "[ERROR] " << err.what() << "\n";
}
}
//dealer.close();
//context.close();
return 0;
}
void play() //Plays game
{
int p=0; // holds value of player_total
int i=1; // counter for asking user to hold or stay (aka game turns)
char choice3;
cash = cash;
cash_test();
printf("\nCash: $%d\n",cash); //Prints amount of cash user has
randcard(); //Generates random card
player_total = p + l; //Computes player total
p = player_total;
printf("\nYour Total is %d\n", p); //Prints player total
dealer(); //Computes and prints dealer total
betting(); //Prompts user to enter bet amount
while(i<=21) //While loop used to keep asking user to hit or stay at most twenty-one times
// because there is a chance user can generate twenty-one consecutive 1's
{
if(p==21) //If user total is 21, win
{
printf("\nUnbelievable! You Win!\n");
won = won+1;
cash = cash+bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
if(p>21) //If player total is over 21, loss
{
printf("\nWoah Buddy, You Went WAY over.\n");
loss = loss+1;
cash = cash - bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
if(p<=21) //If player total is less than 21, ask to hit or stay
{
printf("\n\nWould You Like to Hit or Stay?");
scanf("%c", &choice3);
while((choice3!='H') && (choice3!='h') && (choice3!='S') && (choice3!='s')) // If invalid choice entered
{
printf("\n");
printf("Please Enter H to Hit or S to Stay.\n");
scanf("%c",&choice3);
}
if((choice3=='H') || (choice3=='h')) // If Hit, continues
{
randcard();
player_total = p + l;
p = player_total;
printf("\nYour Total is %d\n", p);
dealer();
if(dealer_total==21) //Is dealer total is 21, loss
{
printf("\nDealer Has the Better Hand. You Lose.\n");
loss = loss+1;
cash = cash - bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
if(dealer_total>21) //If dealer total is over 21, win
{
printf("\nDealer Has Went Over!. You Win!\n");
won = won+1;
cash = cash+bet;
printf("\nYou have %d Wins and %d Losses. Awesome!\n", won, loss);
dealer_total=0;
askover();
}
}
if((choice3=='S') || (choice3=='s')) // If Stay, does not continue
{
printf("\nYou Have Chosen to Stay at %d. Wise Decision!\n", player_total);
stay();
}
}
i++; //While player total and dealer total are less than 21, re-do while loop
} // End While Loop
} // End Function
