int minimaxNoAlphaBeta(state s, playerNum p, int depth)
{
num_nodes_searched++;
playerNum trickLeader = (getP1LeadTrick(s)) ? PLAYER_ONE : PLAYER_TWO;
playerNum actingPlayer = (getPLastMoves(s, trickLeader)) ? 1-trickLeader : trickLeader;
moveGroup mg = generateAllMoves(s, actingPlayer);
unsigned int mg_size = sizeOfMoveGroup(mg);
int moveScores[mg_size];
for(int i=0; i < (int) mg_size; i++)
{
state sMinimax = s;
move m = getNextMoveFromMoveGroup(&mg);
sMinimax = setNextMove(sMinimax, actingPlayer, m);
if(getDealEnded(sMinimax))
{
int pointsYouGained = ((int) getPCurrGamePoints(sMinimax, p)) - ((int) getPCurrGamePoints(s, p));
int pointsOppGained = ((int) getPCurrGamePoints(sMinimax, 1-p)) - ((int) getPCurrGamePoints(s, 1-p));
moveScores[i] = pointsYouGained - pointsOppGained;
continue;
}
moveScores[i] = minimaxNoAlphaBeta(sMinimax, p, depth+1);
}
if(p == actingPlayer)
{
//maximise
int maxScore = -4;
for(int i=0; i < mg_size; i++)
{
if(moveScores[i] > maxScore)
{
maxScore = moveScores[i];
}
}
return maxScore;
}
else
{
//minimise
int minScore = 4;
for(int i=0; i < mg_size; i++)
{
if(moveScores[i] < minScore)
{
minScore = moveScores[i];
}
}
return minScore;
}
fail("Didn't return correctly from minimax() in Agents module\n");
return -1;
}
bool checkResult(board& b) {
if (b.fiftyMoves > 100) {
printf("1/2-1/2 {fifty move rule (claimed by PENIQLIOTUV)}");
return true;
}
if (threeFoldRep(b) >= 2) {
printf("1/2-1/2 {3-fold repetition (claimed by PENIQLIOTUV)}");
return true;
}
if (drawMaterial(b) == true) {
printf("1/2-1/2 {insufficient material (claimed by PENIQLIOTUV)}");
return true;
}
moveList* list = new moveList;
generateAllMoves(b,list);
int found = 0;
for(int i = 0; i < list->count; ++i) {
if (!makeMove(b,list->ml_getMove(i))) {
continue;
}
found++;
takeMove(b);
break;
}
if(found != 0) {
return false;
}
bool inCheck = sqAttacked(b.kingSquare[b.side],b.side^1,b);
if(inCheck == true) {
if(b.side == WHITE) {
printf("0-1 {black mates (claimed by PENIQLIOTUV)}");
return true;
}
else {
printf("0-1 {white mates (claimed by PENIQLIOTUV)}");
return true;
}
}
else {
printf("\n1/2-1/2 {stalemate (claimed by PENIQLIOTUV)}");
return true;
}
delete list;
return false;
}
move askMinimaxAction(state s, playerNum p, int *extraArgs)
{
moveGroup mg = generateAllMoves(s, p);
unsigned int numUnseenCards = numCardsLeft(getAllUnseenCards(s, p));
unsigned int numIters = 10;
int **allMinimaxScores = malloc(numIters*sizeof(int *));
for(unsigned int i=0; i < numIters; i++)
{
allMinimaxScores[i] = malloc(sizeOfMoveGroup(mg)*sizeof(int));
}
switch((minimaxType) extraArgs[0])
{
case RANDOM:
startMinimaxRandom(s, mg, allMinimaxScores, numIters, numUnseenCards, p);
break;
case NUM_MINIMAX_TYPES:
startMinimaxRandomNoAlphaBeta(s, mg, allMinimaxScores, numIters, numUnseenCards, p);
break;
default:
break;
}
move chosenMove = 0;
return chosenMove;
}
int minimax(state s, playerNum p, int depth, int alpha, int beta)
{
num_nodes_searched++;
playerNum trickLeader = (getP1LeadTrick(s)) ? PLAYER_ONE : PLAYER_TWO;
playerNum actingPlayer = (getPLastMoves(s, trickLeader)) ? 1-trickLeader : trickLeader;
moveGroup mg = generateAllMoves(s, actingPlayer);
unsigned int mg_size = sizeOfMoveGroup(mg);
int moveScores[mg_size];
if(p == actingPlayer)
{
for(int i=0; i < (int) mg_size; i++)
{
state sMinimax = s;
move m = getNextMoveFromMoveGroup(&mg);
sMinimax = setNextMove(sMinimax, actingPlayer, m);
if(getDealEnded(sMinimax))
{
int pointsYouGained = ((int) getPCurrGamePoints(sMinimax, p)) - ((int) getPCurrGamePoints(s, p));
int pointsOppGained = ((int) getPCurrGamePoints(sMinimax, 1-p)) - ((int) getPCurrGamePoints(s, 1-p));
moveScores[i] = pointsYouGained - pointsOppGained;
alpha = (moveScores[i] > alpha) ? moveScores[i] : alpha;
if(alpha >= beta)
{
fprintf(f, "%d,%d,%d,%d\n", depth, getTalonClosed(sMinimax), i+1, mg_size);
return alpha;
}
continue;
}
moveScores[i] = minimax(sMinimax, p, depth+1, alpha, beta);
alpha = (moveScores[i] > alpha) ? moveScores[i] : alpha;
if(alpha >= beta)
{
fprintf(f, "%d,%d,%d,%d\n", depth, getTalonClosed(sMinimax), i+1, mg_size);
return alpha;
}
}
return alpha;
}
else
{
for(int i=0; i < (int) mg_size; i++)
{
state sMinimax = s;
move m = getNextMoveFromMoveGroup(&mg);
sMinimax = setNextMove(sMinimax, actingPlayer, m);
if(getDealEnded(sMinimax))
{
int pointsYouGained = ((int) getPCurrGamePoints(sMinimax, p)) - ((int) getPCurrGamePoints(s, p));
int pointsOppGained = ((int) getPCurrGamePoints(sMinimax, 1-p)) - ((int) getPCurrGamePoints(s, 1-p));
moveScores[i] = pointsYouGained - pointsOppGained;
beta = (moveScores[i] < beta) ? moveScores[i] : beta;
if(beta <= alpha)
{
fprintf(f, "%d,%d,%d,%d\n", depth, getTalonClosed(sMinimax), i+1, mg_size);
return beta;
}
continue;
}
moveScores[i] = minimax(sMinimax, p, depth+1, alpha, beta);
beta = (moveScores[i] < beta) ? moveScores[i] : beta;
if(beta <= alpha)
{
fprintf(f, "%d,%d,%d,%d\n", depth, getTalonClosed(sMinimax), i+1, mg_size);
return beta;
}
}
return beta;
}
fail("Didn't return correctly from minimax() in Agents module\n");
return -1;
}
int BOARD::alphabeta(int depth,int alpha,int beta,bool donull)
{
if(depth==0)
{
//info.nodes++;
return quiescence(alpha,beta);
//return evaluate();
}
if((info.nodes & 2047) == 0)
check();
info.nodes++;
if((repeat() || fifty >=100) & ply)
return 0;
if(ply >MAXDEPTH -1)
return evaluate();
bool kingsafe;
int pos=(int)log2(board[side+4] & -board[side+4]);
kingsafe=isSafe(pos,side);
if(!kingsafe)
depth++;
int score = -INFINITE;
/* if(donull && ply && kingsafe && depth >4 && bigPiece[side] >0)
{
makeNullMove();
score=-alphabeta(depth-4,-beta,-beta+1,false);
unmakeNullMove();
if(info.stopped)
return 0;
if(score>=beta)
return beta;
}*/
int legal=0;
int oldalpha=alpha;
int bestmove=NOMOVE;
score=-INFINITE;
MOVE_LIST moveList;
moveList.count=0;
generateAllMoves(moveList);
int pvMove=getPvMove();
if(pvMove != NOMOVE)
{
for(int i=0;i<moveList.count;i++)
{
if(moveList.l[i].move == pvMove)
{
moveList.l[i].score=2000000;
break;
}
}
}
std::sort(moveList.l,moveList.l+moveList.count,so);
for(int i=0;i<moveList.count;i++)
{
//pickBest(i,moveList);
if(!makeMove(moveList.l[i].move))
continue;
legal++;
score=-alphabeta(depth-1,-beta,-alpha,donull);
unmakeMove();
if(info.stopped)
return 0;
if(score >alpha)
{
if(score >=beta)
{
if(legal==1)
info.fhf++;
info.fh++;
if(CAP(moveList.l[i].move) == EMPTY)
{
searchKillers[1][depth]=searchKillers[0][depth];
searchKillers[0][depth]=moveList.l[i].move;
}
return beta; //beta - cutoff
}
alpha=score;
bestmove=moveList.l[i].move;
if(CAP(moveList.l[i].move) == EMPTY)
searchHistory[cboard[FROM(bestmove)]][TO(bestmove)]+=depth;
}
}
if(legal == 0)
{
if(!kingsafe)
return -MATE + ply;
else
return 0;
}
if(alpha != oldalpha)
storePv(bestmove);
return alpha;
}
void testGetMoves()
{
testMoveGroup();
unsigned char pTypes = ((unsigned char) HUMAN) + (((unsigned char) HUMAN) << 4);
state s = newStartingState(pTypes);
pile p1Hand = newCardRankSuit(KING, SPADES) | newCardRankSuit(ACE, CLUBS) |
newCardRankSuit(JACK, HEARTS) | newCardRankSuit(QUEEN, HEARTS) |
newCardRankSuit(KING, HEARTS);
pile p2Hand = newCardRankSuit(TEN, SPADES) | newCardRankSuit(TEN, CLUBS) |
newCardRankSuit(JACK, DIAMONDS) | newCardRankSuit(QUEEN, DIAMONDS) |
newCardRankSuit(KING, DIAMONDS);
s.pHands = (((unsigned long long) p2Hand) << 32) +
(unsigned long long) p1Hand;
s.trumpCard = newCardRankSuit(TEN, HEARTS);
s = setP1LeadTrick(s, true);
moveGroup mg1 = newEmptyMoveGroup(s, PLAYER_ONE);
if(numCardsLeft(mg1.groups[5] & DECK) != 0)
{fail("newEmptyMoveGroup() failed in GetMoves module\n");}
mg1 = addAllMarriageMoves_NOCLOSE(s, getPHand(s, PLAYER_ONE), mg1);
if(numCardsLeft(mg1.groups[5] & DECK) != 2)
{fail("addAllMarriageMoves_NOCLOSE() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[0] & DECK) != 0)
{fail("newEmptyMoveGroup() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[1] & DECK) != 0)
{fail("newEmptyMoveGroup() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[4] & DECK) != 0)
{fail("newEmptyMoveGroup() failed in GetMoves module\n");}
mg1 = addTrumpSwapMoves_NOCLOSE(s, getPHand(s, PLAYER_ONE), mg1);
if(numCardsLeft(mg1.groups[0] & DECK) != 2)
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[1] & DECK) != 0)
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[4] & DECK) != 5)
{fail("addTrumpSwapMoves_NOCLOSE() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(KING, SPADES)))
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(TEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 5failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[9] & DECK) != 0)
{fail("newEmptyMoveGroup() failed in GetMoves module\n");}
mg1 = addAllCardMovesNoOptions_NOCLOSE(s, getPHand(s, PLAYER_ONE), mg1);
if(numCardsLeft(mg1.groups[9] & DECK) != 5)
{fail("addAllCardMovesNoOptions_NOCLOSE() failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, SPADES)))
{fail("addAllCardMovesNoOptions_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("addAllCardMovesNoOptions_NOCLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addAllCardMovesNoOptions_NOCLOSE() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addAllCardMovesNoOptions_NOCLOSE() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(JACK, HEARTS)))
{fail("addAllCardMovesNoOptions_NOCLOSE() 5failed in GetMoves module\n");}
for(unsigned int i=0; i < 12; i++)
{
mg1.n += numCardsLeft(mg1.groups[i] & DECK);
}
if(sizeOfMoveGroup(mg1) != 14)
{fail("sizeOfMoveGroup() failed in GetMoves module\n");}
mg1 = addCloseTalonMoves_NOCLOSE(mg1);
mg1.n = 0;
for(unsigned int i=0; i < 12; i++)
{
mg1.n += numCardsLeft(mg1.groups[i] & DECK);
}
if(sizeOfMoveGroup(mg1) != 28)
{fail("sizeOfMoveGroup() failed in GetMoves module\n");}
mg1 = newEmptyMoveGroup(s, PLAYER_ONE);
mg1 = generateAllLeadMoves_NOCLOSE(s, PLAYER_ONE);
if(sizeOfMoveGroup(mg1) != 28)
{fail("generateAllLeadMoves_NOCLOSE() failed in GetMoves module\n");}
mg1 = newEmptyMoveGroup(s, PLAYER_ONE);
mg1 = generateAllLeadMoves_CLOSE(s, PLAYER_ONE);
if(sizeOfMoveGroup(mg1) != 28)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[9] & DECK) != 2)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[6] & DECK) != 2)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[3] & DECK) != 2)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[0] & DECK) != 2)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[6] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[6] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[3] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[3] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[0] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[0] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("addTrumpSwapMoves_NOCLOSE() 2failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[2] & DECK) != 5)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(!contains(mg1.groups[2] & DECK, newCardRankSuit(KING, SPADES)))
{fail("generateAllLeadMoves_CLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[2] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("generateAllLeadMoves_CLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[2] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[2] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[2] & DECK, newCardRankSuit(TEN, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 5failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[11] & DECK) != 5)
{fail("generateAllLeadMoves_CLOSE() failed in GetMoves module\n");}
if(!contains(mg1.groups[11] & DECK, newCardRankSuit(KING, SPADES)))
{fail("generateAllLeadMoves_CLOSE() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[11] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("generateAllLeadMoves_CLOSE() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[11] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[11] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[11] & DECK, newCardRankSuit(JACK, HEARTS)))
{fail("generateAllLeadMoves_CLOSE() 5failed in GetMoves module\n");}
mg1 = newEmptyMoveGroup(s, PLAYER_ONE);
mg1 = generateAllMoves(s, PLAYER_ONE);
if(sizeOfMoveGroup(mg1) != 28)
{fail("generateAllMoves() 0failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[0] & DECK) != 2)
{fail("generateAllMoves() 1failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[1] & DECK) != 0)
{fail("generateAllMoves() 2failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[4] & DECK) != 5)
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(KING, SPADES)))
{fail("generateAllMoves() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("generateAllMoves() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[4] & DECK, newCardRankSuit(TEN, HEARTS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[9] & DECK) != 5)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, SPADES)))
{fail("generateAllMoves() 1failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(ACE, CLUBS)))
{fail("generateAllMoves() 2failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(JACK, HEARTS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
s.pLastMoves |= newCardRankSuit(KING, SPADES);
s = removePHandCard(s, PLAYER_ONE, newCardRankSuit(KING, SPADES));
moveGroup mg2 = generateAllMoves(s, PLAYER_TWO);
if(sizeOfMoveGroup(mg2) != 5)
{fail("generateAllMoves() 0failed in GetMoves module\n");}
if(numCardsLeft(mg2.groups[9] & DECK) != 5)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(TEN, SPADES)))
{fail("generateAllMoves() 1failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(TEN, CLUBS)))
{fail("generateAllMoves() 2failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(JACK, DIAMONDS)))
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(QUEEN, DIAMONDS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(KING, DIAMONDS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
s = setP1LeadTrick(s, false);
mg2 = generateAllMoves(s, PLAYER_TWO);
if(sizeOfMoveGroup(mg2) != 14)
{fail("generateAllMoves() 0failed in GetMoves module\n");}
s = setPLastMovesNull(s);
s = setPClosedTalon(s, PLAYER_ONE);
mg2 = generateAllMoves(s, PLAYER_TWO);
if(sizeOfMoveGroup(mg2) != 7)
{fail("generateAllMoves() 0failed in GetMoves module\n");}
if(numCardsLeft(mg2.groups[9] & DECK) != 5)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(TEN, SPADES)))
{fail("generateAllMoves() 1failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(TEN, CLUBS)))
{fail("generateAllMoves() 2failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(JACK, DIAMONDS)))
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(QUEEN, DIAMONDS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg2.groups[9] & DECK, newCardRankSuit(KING, DIAMONDS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
if(numCardsLeft(mg2.groups[6] & DECK) != 2)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(!contains(mg2.groups[6] & DECK, newCardRankSuit(QUEEN, DIAMONDS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg2.groups[6] & DECK, newCardRankSuit(KING, DIAMONDS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
s.pLastMoves |= ((unsigned long long) newCardRankSuit(JACK, DIAMONDS)) << 32;
s = removePHandCard(s, PLAYER_TWO, newCardRankSuit(JACK, DIAMONDS));
mg1 = generateAllMoves(s, PLAYER_ONE);
if(sizeOfMoveGroup(mg1) != 3)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(numCardsLeft(mg1.groups[9] & DECK) != 3)
{fail("generateAllMoves() failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(QUEEN, HEARTS)))
{fail("generateAllMoves() 3failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(KING, HEARTS)))
{fail("generateAllMoves() 4failed in GetMoves module\n");}
if(!contains(mg1.groups[9] & DECK, newCardRankSuit(JACK, HEARTS)))
{fail("generateAllMoves() 5failed in GetMoves module\n");}
// Trump:
// 100, TS
// Hand:
// 1000, KD
// 800, QD
// 20, JS
// 4, KH
// 1, JH
// 500000
// 301800
// d00000
// b01800
// 101905
// 400000
// 201800
// c00000
// a01800
// 1825
// 901905
// 801825
puts("GetMoves Module OK\n");
}