public void OnShieldBroken_Attacked_TriggersCorrectly(int startingShields, bool triggered)
{
var target = TestMembers.Create(x => x.With(StatType.MaxHP, 10).With(StatType.Toughness, 1));
var attacker = TestMembers.Create(s => s.With(StatType.Attack, 1));
target.State.GainShield(startingShields);
var reactionCardType = TestCards.Reaction(
ReactiveMember.Possessor,
ReactiveTargetScope.Self,
new EffectData {
EffectType = EffectType.AdjustStatAdditively, FloatAmount = new FloatReference(1), EffectScope = new StringReference("Armor"), NumberOfTurns = new IntReference(-1)
});
AllEffects.Apply(new EffectData
{
EffectType = EffectType.OnShieldBroken,
NumberOfTurns = new IntReference(3),
ReactionSequence = reactionCardType
}, target, target);
ReactiveTestUtilities.ApplyEffectAndReactions(new EffectData
{
EffectType = EffectType.Attack,
FloatAmount = new FloatReference(1),
EffectScope = new StringReference(ReactiveTargetScope.Self.ToString())
}, attacker, target);
Assert.AreEqual(triggered ? 1 : 0, target.State.Armor());
}
public void ReactiveTrigger_OnAttacked_GainedOneArmor()
{
var target = TestMembers.Create(s => s.With(StatType.MaxHP, 10));
var attacker = TestMembers.Create(s => s.With(StatType.Attack, 1));
var reactionCardType = TestCards.Reaction(
ReactiveMember.Possessor,
ReactiveTargetScope.Self,
new EffectData {
EffectType = EffectType.AdjustStatAdditively, FloatAmount = new FloatReference(1), EffectScope = new StringReference("Armor"), NumberOfTurns = new IntReference(-1)
});
AllEffects.Apply(new EffectData
{
EffectType = EffectType.OnAttacked,
NumberOfTurns = new IntReference(3),
ReactionSequence = reactionCardType
}, target, target);
ReactiveTestUtilities.ApplyEffectAndReactions(new EffectData
{
EffectType = EffectType.Attack,
FloatAmount = new FloatReference(1),
EffectScope = new StringReference(ReactiveTargetScope.Self.ToString())
}, attacker, target);
Assert.AreEqual(1, target.State.Armor());
}
public void OnEvaded_ApplyTwice_OnlyGeneratesOneReaction()
{
var target = TestMembers.Create(s => s.With(StatType.MaxHP, 10));
var attacker = TestMembers.Create(s => s.With(StatType.Attack, 1));
target.State.AdjustEvade(1);
var reactionCardType = TestCards.Reaction(
ReactiveMember.Possessor,
ReactiveTargetScope.Self,
new EffectData {
EffectType = EffectType.AdjustStatAdditively, FloatAmount = new FloatReference(1), EffectScope = new StringReference("Armor"), NumberOfTurns = new IntReference(-1)
});
AllEffects.Apply(new EffectData
{
EffectType = EffectType.OnEvaded,
NumberOfTurns = new IntReference(3),
ReactionSequence = reactionCardType
}, new EffectContext(target, new Single(target)));
ReactiveTestUtilities.ApplyEffectAndReactions(new EffectData
{
EffectType = EffectType.Attack,
FloatAmount = new FloatReference(1),
EffectScope = new StringReference(ReactiveTargetScope.Self.ToString())
}, attacker, target);
Assert.AreEqual(10, target.State[TemporalStatType.HP]);
Assert.AreEqual(1, target.State.Armor());
}
public void ReactiveTrigger_OnAttacked_AttackerHitForOneDamage()
{
var target = TestMembers.Create(s => s.With(StatType.MaxHP, 10).With(StatType.Attack, 1));
var attacker = TestMembers.Create(s => s.With(StatType.MaxHP, 10).With(StatType.Attack, 1));
var reactionCardType = TestCards.Reaction(
ReactiveMember.Originator,
ReactiveTargetScope.Attacker,
new EffectData {
EffectType = EffectType.Attack, FloatAmount = new FloatReference(1)
});
AllEffects.Apply(new EffectData
{
EffectType = EffectType.OnAttacked,
NumberOfTurns = new IntReference(3),
ReactionSequence = reactionCardType
}, target, target);
ReactiveTestUtilities.ApplyEffectAndReactions(new EffectData
{
EffectType = EffectType.Attack,
FloatAmount = new FloatReference(1),
EffectScope = new StringReference(ReactiveTargetScope.Self.ToString())
}, attacker, target);
Assert.AreEqual(9, attacker.CurrentHp());
}