int main() {
std::cout << "Running Hand tests..." << std::endl;
testHand();
std::cout << "Hand tests passed!" << std::endl;
return 0;
}
int main()
{
int i;
int seed = 1000;
int numPlayers = 2;
int player = 0;
int *deckZero,*deckOne;
struct gameState preTest, postTest;
int k[10] = {adventurer, council_room, feast, gardens, mine ,remodel, smithy, village, baron, great_hall};
/* Test Specification Variables */
int drawCountTestZero = 3;
int drawCountTestOne = 0;
initializeGame(numPlayers,k,seed,&postTest);
printf("\n\nBeginning Test for Village...\n\n");
memcpy(&preTest,&postTest,sizeof(struct gameState));
insertCard(&postTest,player);
playCard((postTest.handCount[player]-1),0,0,0,&postTest);
testDraw(&preTest,&postTest,player);
testHand(&preTest,&postTest,player);
testDiscard(&preTest,&postTest,player);
testSupply(&preTest,&postTest);
testPlayed(&preTest,&postTest);
testUtility(&preTest,&postTest);
printf("\n\tTesting finished\n\n");
}
void kpok::drawCardsEvent()
{
int testResult;
cardW[drawStat]->show();
cardW[drawStat]->paintCard(cards[drawStat],0,0);
if (!cardW[drawStat]->queryHeld())
playSound("cardflip.wav");
if (drawStat == 4) { /* just did last card */
drawButton->setEnabled(true);
drawStat=0;
if (status == 1) {
testResult=testHand();
switch (testResult) {
case 1 : if (foundCards[0].cardType >= 17) {
foundCards[0].cardType=0; foundCards[1].cardType=0; displayWin(locale->translate("nothing"),0); break;
}
displayWin(locale->translate("One Pair"),5); break;
case 2 : displayWin(locale->translate("Two Pairs"), 10); break;
case 3 : displayWin(locale->translate("3 of a kind"), 15); break;
case 4 : displayWin(locale->translate("Full House"), 40); break;
case 6 : displayWin(locale->translate("4 of a kind"), 125); break;
case 7 : displayWin(locale->translate("Straight"),20); break;
case 8 : displayWin(locale->translate("Flush"),25); break;
case 9 : displayWin(locale->translate("Straight Flush"),250); break;
case 10 : displayWin(locale->translate("Royal Flush"),2000); break;
default: displayWin(locale->translate("nothing"),0); break;
}
startBlinking();
status = 0;
if (getCash() < cashPerRound) {
KMsgBox::message(0,locale->translate("You Lost"),
locale->translate("Oops - you went bankrupt.\n"),
KMsgBox::EXCLAMATION,locale->translate("New game"));
initPoker();
}
} else {
clickToHold->show();
status =1;
}
} else { /* only inc drawStat if not done with displaying */
drawStat++;
/* look at next card and if it is held instantly call drawCardEvent again */
if (cardW[drawStat]->queryHeld())
drawTimer->start(0,TRUE);
else
drawTimer->start(drawDelay,TRUE);
}
}
void BJPlayer::computeOverall(BJRules & rules, BJStrategy & strategy) {
overallValue = 0;
bool surrender = rules.getLateSurrender();
shoe.reset();
for (int upCard = Card::Ace; upCard <= Card::Ten; ++upCard) {
overallValues[upCard - 1] = 0;
if (shoe.getCards(upCard)) {
shoe.deal(upCard);
for (int card1 = Card::Ace; card1 <= Card::Ten; ++card1) {
for (int card2 = Card::Ace; card2 <= Card::Ten; ++card2) {
if (shoe.getCards(card1) && shoe.getCards(card2) &&
(card1 != card2 || shoe.getCards(card1) >= 2)) {
currentHand.reset();
double p = shoe.getProbability(card1);
shoe.deal(card1); currentHand.deal(card1);
p *= shoe.getProbability(card2);
shoe.deal(card2); currentHand.deal(card2);
PlayerHand & hand = playerHands[findHand(currentHand)];
double value;
BJHand testHand(hand.cards);
bool doubleDown = rules.getDoubleDown(testHand),
split = (card1 == card2
&& resplit[card1 - 1] >= 2);
double valueSurrender;
switch (strategy.getOption(testHand, upCard,
doubleDown, split, surrender)) {
case BJ_MAX_VALUE :
value = hand.valueStand[false][upCard - 1];
if (value < hand.valueHit[false][upCard - 1]) {
value = hand.valueHit[false][upCard - 1];
}
if (doubleDown) {
if (value < hand.
valueDoubleDown[false][upCard - 1]) {
value = hand.
valueDoubleDown[false][upCard - 1];
}
}
if (split) {
if (value < valueSplit[card1 - 1]
[upCard - 1]) {
value = valueSplit[card1 - 1][upCard - 1];
}
}
if (surrender) {
valueSurrender = computeSurrender(upCard);
if (value < valueSurrender) {
value = valueSurrender;
}
}
break;
case BJ_STAND :
value = hand.valueStand[false][upCard - 1];
break;
case BJ_HIT :
value = hand.valueHit[false][upCard - 1];
break;
case BJ_DOUBLE_DOWN :
value = hand.valueDoubleDown[false][upCard - 1];
break;
case BJ_SPLIT :
value = valueSplit[card1 - 1][upCard - 1];
break;
case BJ_SURRENDER :
value = computeSurrender(upCard);
break;
}
overallValues[upCard - 1] += value*p;
shoe.undeal(card2);
shoe.undeal(card1);
}
}
}
shoe.undeal(upCard);
overallValue += overallValues[upCard - 1]
*shoe.getProbability(upCard);
}
}
}
