void Hand::dealNewHand(Deck &deck)
{
clearHand();
for (int i=0;i<5;i++)
{
addCard(deck.dealCard());
_drawCard.push_back(true); //new hand set draw to no for each new card
}
}
void testUpdateCoins()
{
// Test Suite Setup: Test variables
struct gameState *currentState = newGame();
int currentPlayer = whoseTurn(currentState);
/*
* TEST: copper == 0, silver == 0, gold == 0, bonus == 0
*/
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 0, "copper == 0, silver == 0, gold == 0, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 1, silver == 0, gold == 0, bonus == 0
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 1);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 1, "copper == 1, silver == 0, gold == 0, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 1, silver == 0, gold == 0, bonus == 4
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 1);
// Test
updateCoins(currentPlayer, currentState, 4);
assertTest(currentState->coins, 5, "copper == 1, silver == 0, gold == 0, and bonus == 4");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 0, silver == 1, gold == 0, bonus == 0
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 2);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 2, "copper == 0, silver == 1, gold == 0, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 0, silver == 1, gold == 0, bonus == 5
*/
// Before Test Setup
addTreasureCard(currentPlayer, currentState, 2);
// Test
updateCoins(currentPlayer, currentState, 5);
assertTest(currentState->coins, 7, "copper == 0, silver == 1, gold == 0, and bonus == 5");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 0, silver == 0, gold == 1, bonus == 0
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 3);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 3, "copper == 0, silver == 0, gold == 1, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 0, silver == 0, gold == 1, bonus == 7
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 3);
// Test
updateCoins(currentPlayer, currentState, 7);
assertTest(currentState->coins, 10, "copper == 0, silver == 0, gold == 1, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 1, silver == 1, gold == 1, bonus == 0
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 3);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 6, "copper == 1, silver == 1, gold == 1, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 2, silver == 5, gold == 3, bonus == 0
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 3);
addTreasureCard(currentPlayer, currentState, 3);
addTreasureCard(currentPlayer, currentState, 3);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 21, "copper == 2, silver == 5, gold == 3, and bonus == 0");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
/*
* TEST: copper == 3, silver == 4, gold == 3, bonus == 8
*/
// Before Test Setup
currentState->coins = 0;
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 1);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 2);
addTreasureCard(currentPlayer, currentState, 3);
addTreasureCard(currentPlayer, currentState, 3);
addTreasureCard(currentPlayer, currentState, 3);
// Test
updateCoins(currentPlayer, currentState, 0);
assertTest(currentState->coins, 22, "copper == 5, silver == 4, gold == 3, and bonus == 8");
// After Test Cleanup
currentState->coins = 0;
clearHand(currentPlayer, currentState);
}
