// "Fake" RNG for addition of stat modifier and proficiency bonus
public void rollTestStatProficiencyAdditionCorrect()
{
DiceForTesting tester = new DiceForTesting("4D6", 13, 17);
int rollResultExpected = 54;
int rollResultActual = tester.rollFixedAdditionTest();
Assert.AreEqual(rollResultExpected, rollResultActual, 0,
"DiceTest.rollTestStatProficiencyAdditionCorrect():" + "rollResult not computed " +
"correctly - expected " +
rollResultExpected + ", got " + rollResultActual + ".");
}
public void parseDiceStringTestDoubleDigitRollsSides()
{
DiceForTesting tester = new DiceForTesting("10D12", 0, 0);
int numRollsExpected = 10;
int numSidesExpected = 12;
Assert.AreEqual(numRollsExpected, tester.numRolls, 0, "DiceTest.parseDiceStringTestDoubleDigitRollsSides():" +
"diceString was not parsed correctly - expected " + numRollsExpected + ", got " +
tester.numRolls + ".");
Assert.AreEqual(numSidesExpected, tester.numSides, 0, "DiceTest.parseDiceStringTestDoubleDigitRollsSides():" +
"diceString was not parsed correctly - expected " + numSidesExpected + ", got " +
tester.numSides + ".");
}
public void rollTestWithinCorrectRNGRange()
{
DiceForTesting tester = new DiceForTesting("2D4", 10, 10);
int rollResultActual = tester.roll();
// (2 * 4) + 20 = 28
int rollResultExpectedMax = 28;
// (2 * 1) + 20 = 22
int rollResultExpectedMin = 22;
Assert.IsTrue(rollResultActual <= rollResultExpectedMax && rollResultActual >= rollResultExpectedMin,
"DiceTest.rollTestWithinCorrectRNGRange():" + "rollResult out of range - expected 22 <= " +
"rollResult <= 28, got " + rollResultActual + ".");
}
