public void Battle_ReturnLogsBattleOne_ReturnsString()
{
//Arrange
FireElve c1 = new FireElve();
Dragon c2 = new Dragon();
Orc c3 = new Orc();
Wizzard c4 = new Wizzard();
FireSpell c5 = new FireSpell();
WaterSpell c6 = new WaterSpell();
Goblin c7 = new Goblin();
NormalSpell c8 = new NormalSpell();
List <Card> deckOne = new List <Card>();
List <Card> deckTwo = new List <Card>();
deckOne.Add(c7); deckOne.Add(c3); deckOne.Add(c8); deckOne.Add(c5); deckOne.Add(c6);
deckTwo.Add(c1); deckTwo.Add(c2); deckTwo.Add(c3); deckTwo.Add(c4); deckTwo.Add(c5);
BattleHandler game = new BattleHandler(deckOne, deckTwo);
int winner = game.Battle(); // Player One wins here!
// Act
List <String> logEntrys = game.ReturnLogs();
String lastLog = logEntrys.Last();
// Assert
Assert.IsNotNull(lastLog);
}
public void Battle_DeterminesWinnerOne_ReturnsInt()
{
//Arrange
FireElve c1 = new FireElve();
Dragon c2 = new Dragon();
Orc c3 = new Orc();
Wizzard c4 = new Wizzard();
FireSpell c5 = new FireSpell();
WaterSpell c6 = new WaterSpell();
Goblin c7 = new Goblin();
NormalSpell c8 = new NormalSpell();
List <Card> deckOne = new List <Card>();
List <Card> deckTwo = new List <Card>();
deckOne.Add(c7); deckOne.Add(c3); deckOne.Add(c8); deckOne.Add(c5); deckOne.Add(c6);
deckTwo.Add(c1); deckTwo.Add(c2); deckTwo.Add(c3); deckTwo.Add(c4); deckTwo.Add(c5);
BattleHandler game = new BattleHandler(deckOne, deckTwo);
// Act
int winner = game.Battle();
// Assert
Assert.AreEqual(1, winner);
}
public void Constructor_WithParameters_ReturnsTrue()
{
//Arrange
FireElve elfi = new FireElve("ElrundElf", 600, element.FIRE, 120);
//Assert
Assert.AreEqual(elfi.Name, "ElrundElf");
}
public void Constructor_Base_ReturnsTrue()
{
//Arrange
FireElve elfi = new FireElve();
// Assert
Assert.IsTrue(elfi.Name == "Legolad");
}
[Test] // FireElve against MonsterCard -> expect Dmg stays the same
public void CalcDamage_AgainstMonsterCard_ReturnsInt()
{
//Arrange
FireElve elfi = new FireElve();
FireElve evilelfi = new FireElve();
//Act
int elfiDamage = elfi.CalcDamage(evilelfi);
//Assert
Assert.AreEqual(elfiDamage, elfi.Damage);
}
[Test] // FireElve against NORMAL Spell -> expect Dmg doubled
public void CalcDamage_AgainstNormalSpell_ReturnsInt()
{
//Arrange
FireElve elfi = new FireElve();
NormalSpell enemySpell = new NormalSpell();
//Act
int elfiDamage = elfi.CalcDamage(enemySpell);
int expectedDamage = 28;
//Assert
Assert.AreEqual(expectedDamage, elfiDamage);
}
[Test] // Enemy Dragon against FireElve -> expect 0 enemy Dmg
public void CalcEnemyDamage_AgainstOrc_ReturnsInt()
{
//Arrange
FireElve elfi = new FireElve();
Dragon smaug = new Dragon();
//Act
int enemyDamage = smaug.CalcDamage(elfi);
int expectedDamage = 0;
//Assert
Assert.AreEqual(expectedDamage, enemyDamage);
}
public void Setup()
{
_fireElves = new FireElve(CardType.Monster, ElementType.Fire, 10, "I am Fry the FireFly", CardProperty.FireElve, 1);
}
public void Setup()
{
_dragon = new Dragon(CardType.Monster, ElementType.Fire, 10, "Drache oder so", CardProperty.Dragon, 1);
_fireElve = new FireElve(CardType.Monster, ElementType.Fire, 10, "Drache oder so", CardProperty.FireElve, 1);
}
