public void TestDDStatRollerAllValuesCheck()
{
IRollable d = new DiceSet();
IRollable dd1 = DiceFactory.CreateDDStatRoller();
((DiceSet)d).Add(dd1);
// populate "not yet found" list
List <int> notFound = new List <int>();
notFound.AddRange(new int[] { 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18 });
// attempt to find each value
for (int i = 1; i < 1000; i++) // arbitrary limit of 10000 maximum tries
{
int result = d.Roll(); // 3 to 18
notFound.Remove(result);
if (notFound.Count <= 0)
{
break; // all found
}
}
// test
Assert.AreEqual <int>(0, notFound.Count, "Some values were not rolled on 3 d6.");
}
public static void Main(string[] argv)
{
// You have a `DiceSet` class which has a list for 6 dice
// You can roll all of them with roll()
// Check the current rolled numbers with getCurrent()
// You can reroll with reroll()
// Your task is to roll the dice until all of the dice are 6
DiceSet diceSet = new DiceSet();
Console.WriteLine(diceSet.GetCurrent());
diceSet.Roll();
Console.WriteLine(diceSet.GetCurrent());
Console.WriteLine(diceSet.GetCurrent(5));
diceSet.Reroll();
Console.WriteLine(diceSet.GetCurrent());
diceSet.Reroll(4);
Console.WriteLine(diceSet.GetCurrent());
}
public void TestDieSetRoll()
{
// create dice and set
Die d1 = new Die();
Die d2 = new Die();
Die d3 = new Die();
DiceSet set = new DiceSet();
set.Add(d1);
set.Add(d2);
set.Add(d3);
// roll dice bag
set.Roll();
// add rolls of dice
int total = d1.RollResult + d2.RollResult + d3.RollResult;
// test that the set roll matches the dice rolls
Assert.AreEqual <int>(total, set.RollResult, "Dieset roll does not match total value of rolled dice.");
}
