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");
}
int main(){
/* test 1
* players = 2
* kingdom cards = adventurer - great_hall (all valid)
* seed = 1
*
*
* output expected:
* gamestate - players set to 2
* handCount of each player should be 5
* deckCount of each player should be 5
* number of each victory card should be 8;
* supply count for each kingdom card chosen should be 10, others should be -1
*/
struct gameState *state=newGame();
int *kc = kingdomCards(adventurer,council_room,feast,gardens,mine,remodel,smithy,village,baron,great_hall);
int results = initializeGame(2, kc,1,state);
printf("Test 1: 2 players, first 10 kingdom cards, seed = 1.\n");
printf("state->numPlayers = 2? %c\n",(state->numPlayers==2)?'y':'n');
printf("Hand counts of players 1 and 2 are 5? %d,%d,%c\n",state->handCount[0],state->handCount[1],(state->handCount[0]==5 && state->handCount[1]==5)?'y':'n');
printf("Deck counts of players 1 and 2 are 5? %d,%d,%c\n",state->deckCount[0],state->deckCount[1],(state->deckCount[0]==5 && state->deckCount[1]==5)?'y':'n');
int id1 = testInitialDeck(state,0);
int id2 = testInitialDeck(state,1);
printf("Initial deck/hands contain 7 copper and 3 estates? %c %c\n",(!id1)?'y':'n',(!id2)?'y':'n');
if(id1 || id2){
printf("FAILED:\n");
if(id1 == 1 || id2 == 1) printf("Other cards found in hand or deck!\n");
if(id1 == 2 || id2 == 2) printf("Wrong amount of copper cards!\n");
if(id1 == 3 || id2 == 3) printf("Wrong amount of estate cards!\n");
}
printf("Victory card supply counts should be 8: %d,%d,%d\n", state->supplyCount[estate], state->supplyCount[duchy],state->supplyCount[province]);
printf("Selected kingdom supply counts should be 10, others -1: %c\n",(!testSupply(state,kc))?'y':'n');
/* test 2
* players = 1
* kingdom cards = same as 1st
* seed = 0
*
* should return error
*/
printf("Test 2: 1 player, first 10 kingdom cards, seed = 1.\n");
printf("Should return nonzero indicating error: %d\n",initializeGame(1,kc,1,state));
printf("Test 3: 2 players, all kingdom cards adventurer, seed = 0.\n");
int *badkc = kingdomCards(adventurer,adventurer,adventurer,adventurer,adventurer,adventurer,adventurer,adventurer,adventurer,adventurer);
printf("Should return nonzero indicating error: %d\n",initializeGame(2,badkc,1,state));
printf("Test 4: 2 players, kingdom cards include copper and first 9, seed = 0.\n");
int *copperkc = kingdomCards(copper,adventurer,council_room,feast,gardens,mine,remodel,smithy,village,baron);
printf("Should return nonzero indicating error: %d\n",initializeGame(2,copperkc,1,state));
printf("Testing initialization for multiple players:\n");
printf("3 players works? %s\n",(!initializeGame(3,kc,1,state))?"YES":"NO");;
printf("4 players works? %s\n",(!initializeGame(4,kc,2,state))?"YES":"NO");
return 0;
}
