public void GrabReturnedCoinWhileHoldingCoin()
{
CoinDisplayManager manager = CoinDisplayManager.getCoinDisplaymanager();
var mech1 = CoinDisplayManager.CoinMechs.Mech1;
var mech2 = CoinDisplayManager.CoinMechs.Mech2;
CoinDisplayManager.CoinMechs[] mechs = new CoinDisplayManager.CoinMechs[] { mech1, mech2 };
foreach (var mech in mechs)
{
manager.DropCoin();
//grab dime from the pile
manager.CreateNewRandomCoin();
while (manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
manager.InsertCoin(mech);
// grab a quarter
manager.CreateNewRandomCoin();
while (!manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
manager.ProcessCoinReturnClick(mech);
Assert.IsTrue(manager.isPlayerCoinAQuarter()); // player coin should still be a quarter
Assert.AreEqual(1, manager.getNumberCoinsInReturn(mech)); // coins in mech should be 1;
}
}
public void coinMechanisimTests()
{
CoinDisplayManager manager = CoinDisplayManager.getCoinDisplaymanager();
const int quarterValue = 1;
const int dimeValue = 0;
var mech1 = CoinDisplayManager.CoinMechs.Mech1;
var mech2 = CoinDisplayManager.CoinMechs.Mech2;
var mechNone = CoinDisplayManager.CoinMechs.None;
CoinDisplayManager.CoinMechs[] mechs = new CoinDisplayManager.CoinMechs[] { mech1, mech2, mechNone };
// Test All Mechs with quarter
foreach (var mech in mechs)
{
// Players coin is a quarter
manager.CreateNewRandomCoin();
while (!manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
if (mech != mechNone)
{
Assert.AreEqual(quarterValue, manager.InsertCoin(mech));
}
else
{
Assert.AreEqual(0, manager.InsertCoin(mech));
}
}
// Test All Mechs with dime
foreach (var mech in mechs)
{
// Players coin is a quarter
manager.CreateNewRandomCoin();
while (manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
if (mech != mechNone)
{
Assert.AreEqual(dimeValue, manager.InsertCoin(mech));
}
else
{
Assert.AreEqual(0, manager.InsertCoin(mech));
}
}
// At this point, both slots should have one dime in them
Assert.AreEqual(1, manager.getNumberCoinsInReturn(mech1));
Assert.AreEqual(1, manager.getNumberCoinsInReturn(mech2));
}
public void MultipleCoinsInMechTest()
{
CoinDisplayManager manager = CoinDisplayManager.getCoinDisplaymanager();
var mech1 = CoinDisplayManager.CoinMechs.Mech1;
var mech2 = CoinDisplayManager.CoinMechs.Mech2;
int iterations = 10;
CoinDisplayManager.CoinMechs[] mechs = new CoinDisplayManager.CoinMechs[] { mech1, mech2 };
foreach (var mech in mechs)
{
for (int i = 0; i < iterations; ++i)
{
// Grab a dime from the pile
manager.CreateNewRandomCoin();
while (manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
manager.InsertCoin(mech);
}
Assert.AreEqual(iterations, manager.getNumberCoinsInReturn(mech));
}
// Remove all coins from the returns
foreach (var mech in mechs)
{
for (int i = 0; i < iterations; ++i)
{
manager.ProcessCoinReturnClick(mech);
manager.DropCoin();
}
Assert.AreEqual(0, manager.getNumberCoinsInReturn(mech));
}
}
public void CoinPickupDropTest()
{
CoinDisplayManager manager = CoinDisplayManager.getCoinDisplaymanager();
// set manager to state with no held coin
manager.DropCoin();
manager.CreateNewRandomCoin();
Assert.IsTrue(manager.CheckCoinHeld());
// manager is in state with a coin being held if last test passed
manager.DropCoin();
Assert.IsFalse(manager.CheckCoinHeld());
manager.DropCoin();
manager.ProcessPileClicked();
while (!manager.isPlayerCoinAQuarter())
{
manager.CreateNewRandomCoin();
}
manager.ProcessPileClicked();
Assert.IsFalse(manager.isPlayerCoinAQuarter()); // coin was dropped, so it should be null
}
