public void タイプの漏れがないかテスト()
{
foreach (Type x in System.Enum.GetValues(typeof(Type)))
{
foreach (Type y in System.Enum.GetValues(typeof(Type)))
{
try {
_ = TypeRelationshipCalculator.Calculate(x, y);
} catch (System.ArgumentOutOfRangeException e) {
Assert.Fail(e.Message);
}
}
}
}
public void 草でノーマルに攻撃すると普通()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Leaf, Type.Normal),
Is.EqualTo(TypeRelationship.Ordinary));
}
public void 水で草に攻撃すると不利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Water, Type.Leaf),
Is.EqualTo(TypeRelationship.Disadvantage));
}
public void 水で火に攻撃すると有利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Water, Type.Fire),
Is.EqualTo(TypeRelationship.Advantage));
}
public void 火で草に攻撃すると有利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Fire, Type.Leaf),
Is.EqualTo(TypeRelationship.Advantage));
}
public void 火で水に攻撃すると不利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Fire, Type.Water),
Is.EqualTo(TypeRelationship.Disadvantage));
}
public void ノーマルで水に攻撃すると普通()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Normal, Type.Water),
Is.EqualTo(TypeRelationship.Ordinary));
}
public void 草で水に攻撃すると有利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Leaf, Type.Water),
Is.EqualTo(TypeRelationship.Advantage));
}
public void 草で火に攻撃すると不利()
{
Assert.That(TypeRelationshipCalculator.Calculate(Type.Leaf, Type.Fire),
Is.EqualTo(TypeRelationship.Disadvantage));
}