public void ConfirmSixSidedDieReturns1To6()
{
var requiredRolls = new HashSet<int> { 1, 2, 3, 4, 5, 6 };
var die = new DieHelper(1, 6);
for (var idx = 0; idx < 1000; ++idx)
{
var roll = die.Roll();
if (roll < 1 || roll > 6)
{
Assert.Fail("Rolled: {0}", roll);
}
requiredRolls.Remove(roll);
}
foreach (var requiredRoll in requiredRolls)
{
Console.WriteLine("Roll remaining: {0}", requiredRoll);
}
Assert.AreEqual(0, requiredRolls.Count);
}
private string PlayMonopoly(int dieUpperLimit)
{
var squarePopularity = new List<int>();
for (var idx = 0; idx < NumberOfSquares; ++idx)
{
squarePopularity.Add(0);
}
var dieHelper = new DieHelper(1, dieUpperLimit);
var currentSquareIndex = 0;
for (var turn = 0; turn < 100000000; ++turn)
{
var firstRoll = dieHelper.Roll();
var secondRoll = dieHelper.Roll();
var goToJailFromDoubles = GoToJailFromDoubles(firstRoll, secondRoll);
if (goToJailFromDoubles)
{
currentSquareIndex = jailSquareIndex;
squarePopularity[currentSquareIndex]++;
continue;
}
currentSquareIndex += (firstRoll + secondRoll);
currentSquareIndex %= NumberOfSquares;
if (currentSquareIndex == goToJailSquareIndex)
{
currentSquareIndex = jailSquareIndex;
squarePopularity[currentSquareIndex]++;
continue;
}
var currentSquareType = squares[currentSquareIndex].SquareType;
switch (currentSquareType)
{
case MonopolyType.Chance:
var chanceCard = UseChance();
currentSquareIndex = ApplyChanceCard(currentSquareIndex, chanceCard);
break;
case MonopolyType.CommunityChest:
var communityChestCard = UseCommunityChest();
currentSquareIndex = ApplyCommunityChest(currentSquareIndex, communityChestCard);
break;
}
squarePopularity[currentSquareIndex]++;
}
return GetModalString(squarePopularity);
}
