public void diceFormulaDoesNotThrowException()
{
DiceInterpreter diceEngine = new DiceInterpreter();
Dictionary <string, bool> diceFormulaTestStrings = new Dictionary <string, bool>();
diceFormulaTestStrings.Add("2", true);
diceFormulaTestStrings.Add("1w6", true);
diceFormulaTestStrings.Add("3w2+1", true);
diceFormulaTestStrings.Add("9w4-3", true);
diceFormulaTestStrings.Add("10w31-20", true);
diceFormulaTestStrings.Add("123w456+789", true);
foreach (string testStr in diceFormulaTestStrings.Keys)
{
try
{
Dice dice = diceEngine.getDice(testStr);
int result = dice.Throw();
TestContext.WriteLine("Evaluating \t{0} returns {1}", testStr, result);
}
catch (Exception ex)
{
Assert.Fail(ex.Message.ToString());
return;
}
}
Assert.Pass("No Exception thrown");
}
public void diceFormulaRegexValidity()
{
DiceInterpreter diceEngine = new DiceInterpreter();
Dictionary <string, bool> diceFormulaTestStrings = new Dictionary <string, bool>();
diceFormulaTestStrings.Add("2", true);
diceFormulaTestStrings.Add("1w6", true);
diceFormulaTestStrings.Add("3w2+1", true);
diceFormulaTestStrings.Add("9w4-3", true);
diceFormulaTestStrings.Add("10w31-20", true);
diceFormulaTestStrings.Add("123w456+789", true);
diceFormulaTestStrings.Add("-1w6", false);
diceFormulaTestStrings.Add("(1w6)", false);
diceFormulaTestStrings.Add("a", false);
diceFormulaTestStrings.Add("3w5+2w4", false);
diceFormulaTestStrings.Add("3w5+", false);
foreach (string testStr in diceFormulaTestStrings.Keys)
{
bool isMatching = diceEngine.isValidDiceFormula(testStr);
TestContext.WriteLine("Evaluating \t{0} returns \t{1} should be \t{2}", testStr, isMatching, diceFormulaTestStrings[testStr]);
if (diceFormulaTestStrings[testStr])
{
Assert.True(isMatching);
}
else
{
Assert.False(isMatching);
}
}
}
/// <summary>
/// Createas an instance of a Weapon using a JS-Object as initializer
/// </summary>
/// <param name="weaponJS">JSON Object to create the Weapon with</param>
public Weapon(SingleWeaponJS weaponJS)
{
DiceInterpreter weaponDamageConverter = new DiceInterpreter();
Name = weaponJS.Name;
PierceDamage = weaponDamageConverter.getDice(weaponJS.PierceDamageString);
BashDamage = weaponDamageConverter.getDice(weaponJS.BashDamageString);
CutDamage = weaponDamageConverter.getDice(weaponJS.CutDamageString);
Length = weaponJS.Length;
Weight = weaponJS.Weight;
foreach (string effectName in weaponJS.StatusEffects)
{
if (effectName == AvailableAfflictions.Bleed.ToString())
{
Afflictions.Add(new CauseBleed());
}
else if (effectName == AvailableAfflictions.BreakBones.ToString())
{
Afflictions.Add(new CauseBreakBones());
}
else if (effectName == AvailableAfflictions.Unconsciousness.ToString())
{
Afflictions.Add(new CauseUnconsciousness());
}
else
{
System.Diagnostics.Debug.WriteLine("Invalid Status Effect {0} detected", effectName);
}
}
}
public CARCalculator()
{
Log = CombatLog.getInstance;
Time = CombatTime.getInstance;
HitFab = new HitzoneFactory();
WeapFab = new WeaponsFactory();
DiceEngine = new DiceInterpreter();
PlayerCharacter = new CharacterSheet(HitFab.getZonesFor(HitFab.AvailableRaces[0]), WeapFab.getWeapon(WeapFab.AvailableWeapons[0]));
EnemyCharacter = new CharacterSheet(HitFab.getZonesFor(HitFab.AvailableRaces[0]), WeapFab.getWeapon(WeapFab.AvailableWeapons[0]));
Round = 0;
}
public void diceFormulaNumberOfDiceExtract()
{
DiceInterpreter diceEngine = new DiceInterpreter();
Dictionary <string, int> numberOfDice = new Dictionary <string, int>();
numberOfDice.Add("2", 0);
numberOfDice.Add("1w6", 1);
numberOfDice.Add("3w2+1", 3);
numberOfDice.Add("9w4-3", 9);
numberOfDice.Add("10w31-20", 10);
numberOfDice.Add("123w456+789", 123);
foreach (string testStr in numberOfDice.Keys)
{
int extractedDice = diceEngine.GetDiceAmount(testStr);
TestContext.WriteLine("TestString: \t{0}, Extracted dice: \t{1}, Matches?: \t{2}", testStr, extractedDice, extractedDice == numberOfDice[testStr]);
Assert.True(extractedDice == numberOfDice[testStr]);
}
}
public void diceFormulaAdderExtract()
{
DiceInterpreter diceEngine = new DiceInterpreter();
Dictionary <string, int> adderTests = new Dictionary <string, int>();
adderTests.Add("2", 2);
adderTests.Add("1w6", 0);
adderTests.Add("3w2+1", 1);
adderTests.Add("9w4-3", -3);
adderTests.Add("10w31-20", -20);
adderTests.Add("123w456+789", 789);
foreach (string testStr in adderTests.Keys)
{
int adder = diceEngine.getAdder(testStr);
TestContext.WriteLine("TestString: \t{0}, Extracted Adder: \t{1}, Matches?: \t{2}", testStr, adder, adder == adderTests[testStr]);
Assert.True(adder == adderTests[testStr]);
}
}
public void diceFormulaNumberOfSidesExtract()
{
DiceInterpreter diceEngine = new DiceInterpreter();
Dictionary <string, int> numberOfSides = new Dictionary <string, int>();
numberOfSides.Add("2", 0);
numberOfSides.Add("1w6", 6);
numberOfSides.Add("3w2+1", 2);
numberOfSides.Add("9w4-3", 4);
numberOfSides.Add("10w31-20", 31);
numberOfSides.Add("123w456+789", 456);
foreach (string testStr in numberOfSides.Keys)
{
int extractedSides = diceEngine.GetDiceSides(testStr);
TestContext.WriteLine("TestString: \t{0}, Extracted sides: \t{1}, Matches?: \t{2}", testStr, extractedSides, extractedSides == numberOfSides[testStr]);
Assert.True(extractedSides == numberOfSides[testStr]);
}
}
