int main(int argc, const char * argv[])
{
using namespace cs52;
using namespace std;
Dealer d;
d.shuffleDeck();
Hand h; // by default, just two cards in a hand
//Hand h = Hand(3); // three cards in a hand
h.buildHand();
cout << "INITIAL HAND" << endl;
cout << h << endl;
h.replaceWorstCard();
cout << "BETTER HAND" << endl;
cout << h << endl;
FiveCardHand five; // by default, five cards in a hand
five.buildHand();
cout << "INITIAL HAND" << endl;
cout << five << endl;
five.replaceWorstCard();
cout << "BETTER HAND" << endl;
cout << five << endl;
return 0;
}
void Blackjack::initialDeal(Player & player, Dealer & dealer)
{
player.hit(deck.deal()); // Deal two cards to the player(s)
player.hit(deck.deal());
dealer.hit(deck.deal()); // Deal two cards to the dealer
dealer.hit(deck.deal());
dealer.hideCard(); // Hide dealer's card
}
void dealerPlay(Deck* deck, BlackJackHand* hand) {
Dealer* dealer = new Dealer();
dealer->dealHand(hand);
while (dealer->hitOrStay()) {
hand->printCardsValue();
std::cout << "hit" << std::endl;
dealer->add(deck->draw());
}
hand->printCardsValue();
hand->printStatus();
}
int main()
{
srand(time(NULL));
Dealer dealer;
dealer.shuffle();
dealer.show_list();
dealer.is_empty();
return 0;
}
// 'main' test driver for card and dealer classes
int main() {
// empty deck
deque<Card> cards;
// add the hearts...
for(short v=1; v<=13; v++) {
Card c(v,Card::HEARTS);
cards.push_back(c);
}
// add the spades...
for(short v=1; v<=13; v++) {
Card c(v,Card::SPADES);
cards.push_back(c);
}
// add the diamonds...
for(short v=1; v<=13; v++) {
Card c(v,Card::DIAMONDS);
cards.push_back(c);
}
// add the clubs...
for(short v=1; v<=13; v++) {
Card c(v,Card::CLUBS);
cards.push_back(c);
}
// create the dealer, give him the cards
Dealer* dealer = new Dealer(cards);
for(int i=0; i < 53 ; i ++) {
try {
printf("shuffling...\n");
dealer->shuffle();
printf("current deck state: (%d cards left)\n",dealer->deck_size());
dealer->show_cards();
Card c = dealer->deal_one_card();
printf("Dealt card: %d,%c \n",c.getValue(),Card::enum2string(c.getSuit()));
}
catch (char const* e) {
printf("%s\n\n", e);
}
}
delete dealer;
return 0;
}
int main()
{
cout
<< "\t\t____ ____ _ ____ ____ ____ \n"
<< "\t\t`MM' `MM' dM. 6MMMMb\ `MM' `MM' \n"
<< "\t\t MM MM ,MMb 6M' ` MM MM \n"
<< "\t\t MM MM d'YM. MM MM MM \n"
<< "\t\t MM MM ,P `Mb YM. MM MM \n"
<< "\t\t MMMMMMMMMM d' YM. YMMMMb MMMMMMMMMM \n"
<< "\t\t MM MM ,P `Mb `Mb MM MM \n"
<< "\t\t MM MM d' YM. MM MM MM \n"
<< "\t\t MM MM ,MMMMMMMMb MM MM MM \n"
<< "\t\t MM MM d' YM. L ,M9 MM MM \n"
<< "\t\t_MM_ _MM__dM_ _dMM_MYMMMM9 _MM_ _MM_ \n";
HashEvaluator* H = new HashEvaluator;
cout << "\n\n";
int HandNum = 1;
while (true)
{
Dealer* D = new TexasDealer(5);
vector<const Card*> Cards;
for (unsigned i = 0; i < 5; ++i)
{
const Card* c = D->deal();
Cards.push_back(c);
}
cout << "Hand " << HandNum << ":";
for (vector<const Card*>::iterator c_it = Cards.begin(); c_it != Cards.end(); ++c_it)
{
cout << " " << (*c_it)->ToString() ;
}
unsigned hash = H->GetHash(Cards);
unsigned value = H->GetValue(hash);
string name = H->GetName(hash,Cards);
cout << "--> Hash#: " << hash << setw(5) << right << " Rank:" << value << " Name: " << name << endl;
cin.get();
++HandNum;
delete D;
}
return 0;
}
void Blackjack::startTurn(Player & player, Dealer & dealer)
{
deck.initialize();
deck.shuffle(); // Shuffle the deck
initialDeal(player, dealer);
cout << dealer.getName() << " is showing:" << endl;
dealer.printCurrentHand();
cout << player.getName() << " is showing:" << endl;
player.printCurrentHand();
wager = player.getWager();
player.turn(deck); // Give player a turn
dealer.revealCard(); // Reveal dealer's card
findWinner(player, dealer);
cout << "\tTotal " << player.getName() << " wins: " << playerWins;
cout << " ($" << player.getMoney() << ")" << endl;
cout << "\tTotal " << dealer.getName() << " wins: " << dealerWins << endl;
cout << "\nPress enter to continue." << endl;
player.resetHand();
dealer.resetHand();
cin.get(); // Pause console output until next user input
}
void Blackjack::findWinner(Player & player, Dealer & dealer)
{
if(player.isBust()) // Check to see if player busted during their turn
{
cout << "\n***** [ " << player.getName() << " busted ] *****" << endl;
player.printCurrentHand();
}
else
{
dealer.turn(deck, player.getCurrentScore());
}
cout << dealer.getName() << " has:" << endl;
dealer.printCurrentHand();
/* Find winner and print the results on stdout, remember house wins on a tie */
if((player.getCurrentScore() > dealer.getCurrentScore() || dealer.isBust()) && !player.isBust())
{
cout << player.getName() << " has won the game!" << endl;
player.giveMoney(wager);
playerWins++;
}
else
{
cout << dealer.getName() << " has won the game!" << endl;
player.takeMoney(wager);
dealerWins++;
}
}
int main(){
AdvancedPlayer player;
Dealer *dealer = new Dealer();
Deck deck;
Hand myHand(25);
myHand.addCard("AC");
myHand.addCard("AH");
player.addHand(myHand);
Hand dealerHand(-1);
dealerHand.addCard("6S"); //upcard
dealerHand.addCard("TC");
dealer->addHand(dealerHand);
//player.play(deck, upCard); // not quite right 6S in deck ACAS
player.evaluateHands(dealer, deck);
return 0;
}
/*
void Dealer::placeOrder(Order * order)
{
Dealer *pDealer = getDealerFor(order->getContract());
if(pDealer) pDealer->placeOrder(order);
}
void Dealer::cancelOrder(Order * order)
{
Dealer *pDealer = getDealerFor(order->getContract());
if(pDealer) pDealer->cancelOrder(order);
}
*/
void Dealer::cancel(Order * order)
{
TRACE_LOG("Cancel Order: %s ", order->getId().c_str());
Dealer * d = Dealer::getDealerFor(order->getContract());
d->cancelOrder(order);
}
int Count(Dealer& d){return d.Count();}
void BlackJack::GameLoop(){
GameStates::instance().SetState(GAME_MENU);
currentGlobalState = GameStates::instance().GetState();
//Fill the Deck of Cards and Shuffle it
DeckOfCards::instance().FillDeckOfCards();
DeckOfCards::instance().ShuffleDeckOfCards();
Dealer dealer;
Player player;
player.SetState(new Idle());
dealer.SetState(new Idle());
//Background
SDL_Surface *gameTable = SDL_LoadBMP("BlackjackTable.bmp");
SDL_Surface *screenSurface = SDL_GetWindowSurface( screen );
SDL_Rect source;
source.x = 0;
source.y = 0;
source.w = gameTable->w;
source.h = gameTable->h;
SDL_Rect destination;
destination.x = 0;
destination.y = 0;
destination.w = 1280;
destination.h = 720;
SDL_Rect textLocation;
textLocation.x = 300;
textLocation.y = 720/2;
textLocation.w = 0;
textLocation.h = 0;
//Temporary storage for totals
int dTempTotal = 0;
int pTempTotal = 0;
while(gameRunning){
/*First, Check if Game State has changed since last iteration,
if yes, bypass new Game State to Actor game states handler,
if not - do not pass it to object, but check if state is not MENU,
otherwise - handle input for games menu.*/
int newGlobalState = GameStates::instance().GetState();
if (newGlobalState != currentGlobalState){
currentGlobalState = newGlobalState;
switch (currentGlobalState){
case GAME_MENU:
player.SetState(new Idle());
dealer.SetState(new Idle());
break;
case GAME_START:
dealer.SetState(new DealTheCardsState());
player.SetState(new DealTheCardsState());
break;
case PLAYERS_TURN:
dealer.SetState(new Idle());
player.SetState(new TakeHit(player.GetID()));
break;
case DEALERS_TURN:
player.SetState(new Idle());
dealer.SetState(new TakeHit(dealer.GetID()));
break;
/*In COUNTING_CARDS game state, game checks Actors for their totals on hands
and choses the correct state for each Actor*/
case COUNTING_CARDS:
//Update totals
dTempTotal = dealer.GetTotalOnHand();
pTempTotal = player.GetTotalOnHand();
//DEBUG OUTPUT
std::cout<<"Dealer's total: "<<dTempTotal<<std::endl;
std::cout<<"Player's total: "<<pTempTotal<<std::endl;
//Compare totals of Player and Dealer (if they are not busted)
if (player.IsBusted() == false && dealer.IsBusted() == false){
//Check their totals
if(pTempTotal == dTempTotal){
player.SetState(new Push(player.GetID()));
dealer.SetState(new Push(dealer.GetID()));
}
else if (pTempTotal > dTempTotal){
player.SetState(new Winner(player.GetID()));
dealer.SetState(new Busted(dealer.GetID()));
}
else if (pTempTotal < dTempTotal){
player.SetState(new Busted(player.GetID()));
dealer.SetState(new Winner(dealer.GetID()));
}
}
//Check the case of Player is busted and Dealer is not
else if (player.IsBusted() == true && dealer.IsBusted() == false){
player.SetState(new Busted(player.GetID()));
dealer.SetState(new Winner(dealer.GetID()));
}
//The same but checking if Dealer is busted
else if (player.IsBusted() == false && dealer.IsBusted() == true){
player.SetState(new Winner(player.GetID()));
dealer.SetState(new Busted(dealer.GetID()));
}
//The case then both are busted (has more than 21)
else if (player.IsBusted() == true && dealer.IsBusted() == true){
player.SetState(new Busted(player.GetID()));
dealer.SetState(new Busted(dealer.GetID()));
}
//reset Actor flags
player.SetBusted(false);
dealer.SetBusted(false);
//Reset temp totals and return game to the MENU state
pTempTotal = 0;
dTempTotal = 0;
while(inputSubSystem.ReturnKeyCode() != SDLK_ESCAPE){
//Wait until ESCAPE is pressed
}
//Refill deck of cards and reshuffle it
DeckOfCards::instance().ResetDeck();
DeckOfCards::instance().ShuffleDeckOfCards();
GameStates::instance().SetState(GAME_MENU);
break;
}
}
else if (newGlobalState == currentGlobalState){
if (currentGlobalState == GAME_MENU){
HandleInput();
}
}
//Print out if game is in undefined state
else{std::cout<<"UNDEF SWITCH GAME STATE"<<std::endl;}
//Call Update method for each Actor - see Actor.h for Update() desciption
dealer.Update();
player.Update();
SDL_BlitSurface(gameTable, &source, screenSurface, &destination);
graphicsLayoutSystem.DrawDealerCards(dealer.ReturnCards(), screenSurface);
graphicsLayoutSystem.DrawPlayerCards(player.ReturnCards(), screenSurface);
if (GameStates::instance().GetState() == GAME_MENU) {
SDL_BlitSurface(textSurface[MENU_NOTIFICATION], &source, screenSurface, &textLocation);
}
if (GameStates::instance().GetState() == PLAYERS_TURN){
SDL_BlitSurface(textSurface[PLAYERS_TURN_NOTIFICATION], &source, screenSurface, &textLocation);
}
if (GameStates::instance().GetState() == DEALERS_TURN){
SDL_BlitSurface(textSurface[DEALERS_TURN_NOTIFICATION], &source, screenSurface, &textLocation);
}
if (GameStates::instance().GetState() == COUNTING_CARDS){
SDL_BlitSurface(textSurface[PUSH_NOTIF], &source, screenSurface, &textLocation);
}
if (GameStates::instance().GetState() == GAME_START || GameStates::instance().GetState() == PLAYERS_TURN){
graphicsLayoutSystem.DrawBackCard(screenSurface);
}
//Update the surface
SDL_UpdateWindowSurface( screen );
}
//Deallocate surface
SDL_FreeSurface( screenSurface );
screenSurface = NULL;
SDL_FreeSurface(gameTable );
gameTable = NULL;
//Destroy window
SDL_DestroyWindow( screen );
screen = NULL;
//Quit SDL subsystems
SDL_Quit();
}