public void FireAbility_TargetConditionFalse_DoesNotResolve()
{
bool hasfired = false;
bool resolvesEventTriggered = false;
bool targetBecomesInvalid = true;
Ability abi = new MockAbility(() => hasfired = true);
abi.EventManager = this.EventManager;
this.EventManager.Register(new Trigger <AbilityResolvesEvent>(_ => resolvesEventTriggered = true));
this.EventManager.Register(new Trigger <AbilityTargetInvalidEvent>(_ => targetBecomesInvalid = true));
UnitEntity unit = new MockUnit();
abi.SetTarget(0, new XmasUniversal[] { unit });
abi.SetTargetCondition(0, _ => false);
this.ActionManager.Queue(abi);
this.ActionManager.ExecuteActions();
Assert.IsFalse(hasfired);
Assert.IsFalse(resolvesEventTriggered);
Assert.IsTrue(targetBecomesInvalid);
}
protected static IUnit FindUnit()
{
var unit = new MockUnit
{
Name = "Mandragora",
ClaimedId = 0,
Distance = 3.0,
HasAggroed = false,
HppCurrent = 100,
Id = 200,
IsActive = true,
IsClaimed = false,
IsDead = false,
IsPet = false,
IsRendered = true,
MyClaim = false,
NpcType = NpcType.Mob,
PartyClaim = false,
Status = Status.Standing,
YDifference = 2.0,
IsValid = true
};
return(unit);
}
public void NotSee_WhenLineOfSight_IsOutsideMapBounds()
{
// Arrange
var Matrix = new Map(1, 3).Matrix;
var mockWall = new Mock <ITile>();
var mockAir = new Mock <ITile>();
mockWall.SetupGet(w => w.BlocksSight).Returns(true);
mockAir.SetupGet(w => w.BlocksSight).Returns(false);
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][2].Tile = mockAir.Object;
var mockMap = new Mock <Map>();
var map = mockMap.Object;
map.Matrix = Matrix;
var unit = new MockUnit(Matrix[0][0], mockMap.Object);
// these Coordinates could be mocked
var lineOfSightOutOfBounds =
new List <ICoordinates> {
new Coordinates(0, 0), new Coordinates(0, 1), new Coordinates(0, 2), new Coordinates(0, 3)
};
// TODO: Refracto can see function to be independent of unit, pass 2 coordinates and a map rather than depending on the unit
// Act
Assert.IsFalse(unit.CanSee(lineOfSightOutOfBounds));
}
public UnitFilterTests()
{
mob = FindBasicMob();
sut = new UnitFilters();
config = FindConfig();
api = new MockGameAPI();
}
public UnitFilterTests()
{
mob = FindBasicMob();
mockApi = new MockEliteAPI();
api = mockApi.AsMemoryApi();
sut = new UnitFilters();
config = FindConfig();
}
public void ApplyMockAttack(MockUnit target)
{
int dmgTaken = target.Buffs.Exists (b => b is DeathTouchBuff) ? int.MaxValue : target.Attack;
if(Buffs.Exists(b => b is RangedBuff)) { Buffs.RemoveAll(b => b is ForceFieldBuff); dmgTaken = 0; }
int dmgInflicted = Buffs.Exists(b => b is ForceFieldBuff) ? 0 : Buffs.Exists(b => b is DeathTouchBuff) ? int.MaxValue : Attack;
if(target.Buffs.Exists(b => b is RangedBuff)) { target.Buffs.RemoveAll(b => b is ForceFieldBuff); dmgInflicted = 0; }
CurrentHealth -= dmgTaken;
target.CurrentHealth -= dmgInflicted;
}
public void TestTarget_NoTargetCondition_TargetAccepted()
{
int firstTarget = 0;
MockCard card = new MockCard();
MockUnit someUnit = new MockUnit();
bool result = card.TestTarget(firstTarget, someUnit);
Assert.IsTrue(result);
}
public void TestTarget_ValidTarget_TargetAccepted()
{
int firstTarget = 0;
MockCard card = new MockCard();
MockUnit someUnit = new MockUnit();
card.SetTargetCondition(firstTarget, unit => unit is UnitEntity);
bool result = card.TestTarget(firstTarget, someUnit);
Assert.IsTrue(result);
}
public override int MockOnPlay(MockUnit mo, HexEvaluator he)
{
if(mo.CurrentHealth < mo.MaxHealth) {
if(mo.MaxHealth - mo.CurrentHealth < 5) {
mo.CurrentHealth = mo.MaxHealth;
} else {
mo.CurrentHealth += 5;
}
}
return mo.Value(he);
}
public void ZeroProgressAtMaxCapacity()
{
Building testBuilding = BuildingUpgradeTests.GetTestBuilding();
IUnit unit = new MockUnit(.111f);
testBuilding.Unit = unit;
testBuilding.Tick(new TimeSpan(1, 0, 0));
Assert.AreEqual(0, testBuilding.NextUnitProgress);
testBuilding.Dispose();
}
private static MockUnit FindBasicMob()
{
var mob = new MockUnit()
{
IsActive = true,
ClaimedId = 0,
IsRendered = true,
NpcType = NpcType.Mob,
IsPet = false,
};
return(mob);
}
public void UnitsGeneratedFromTick(TimeSpan i_timeSpan)
{
Building testBuilding = BuildingUpgradeTests.GetTestBuilding();
IUnit unit = new MockUnit(1);
testBuilding.Unit = unit;
int unitsBeforeTick = testBuilding.NumUnits;
testBuilding.Tick(i_timeSpan);
Assert.AreNotSame(unitsBeforeTick, testBuilding.NumUnits);
testBuilding.Dispose();
}
public void Targets_HasOneOnFirstTargetZeroOnSecondTargetTwoOnThirdTarget_ReturnsCorrectTargets()
{
UnitEntity first = new MockUnit();
UnitEntity Third1 = new MockUnit();
UnitEntity Third2 = new MockUnit();
Ability abi = new MockAbility(null);
abi.SetTarget(0, new object[] { first });
abi.SetTarget(2, new object[] { Third1, Third2 });
var targets = abi.Targets;
int secondcount = 0;
Assert.AreEqual(first, targets[0][0]);
Assert.AreEqual(secondcount, targets[1].Length);
Assert.AreEqual(Third1, targets[2][0]);
Assert.AreEqual(Third2, targets[2][1]);
}
public void Should_DealDamageWhen_NegativeRegen(double variance)
{
// Arrange
var mockLocation = new Mock <ICoordinates>();
var mockMap = new Mock <Map>();
var unit = new MockUnit(mockLocation.Object, mockMap.Object);
unit.CurrentHealth = 100;
unit.HealthRegenPerTurn = variance;
// mockUnit.SetupGet(u => u.CurrentHealth)
// Act
unit.RegenarateHP();
// Assert
Assert.IsTrue(100 + variance == unit.CurrentHealth);
}
public void Regenerate_ShouldCap_AtMxHP(double variance)
{
var mockLocation = new Mock <ICoordinates>();
var mockMap = new Mock <Map>();
// Arrange
var unit = new MockUnit(mockLocation.Object, mockMap.Object);
unit.CurrentHealth = 0;
unit.MaximumHealth = 10;
unit.HealthRegenPerTurn = variance;
// mockUnit.SetupGet(u => u.CurrentHealth)
// Act
unit.RegenarateHP();
// Assert
Assert.IsTrue(unit.CurrentHealth == unit.MaximumHealth);
}
public void FireAbility_HasValidTarget_Resolves()
{
bool hasfired = false;
bool resolvesEventTriggered = false;
Ability abi = new MockAbility(() => hasfired = true);
abi.EventManager = this.EventManager;
this.EventManager.Register(new Trigger <AbilityResolvesEvent>(_ => resolvesEventTriggered = true));
UnitEntity unit = new MockUnit();
abi.SetTarget(0, new XmasUniversal[] { unit });
this.ActionManager.Queue(abi);
this.ActionManager.ExecuteActions();
Assert.IsTrue(hasfired);
Assert.IsTrue(resolvesEventTriggered);
}
public void NotSeeWhen_LineOfSight_IsBroken()
{
// Arrange
// TODO: do the matrix creaion here without relying on map constuctor
// Altho it brakes the isolation map used because its initialise method creates
// AND MAPS!! postion x,y leaving us only to fill them with tiles
// Creates a map off 3 tiles and puts a wall in the middle
var Matrix = new Map(1, 3).Matrix;
var mockWall = new Mock <ITile>();
var mockAir = new Mock <ITile>();
mockWall.SetupGet(w => w.BlocksSight).Returns(true);
mockAir.SetupGet(w => w.BlocksSight).Returns(false);
Matrix[0][1].Tile = mockWall.Object;
Matrix[0][0].Tile = mockAir.Object;
Matrix[0][2].Tile = mockAir.Object;
var mockMap = new Mock <Map>();
var map = mockMap.Object;
map.Matrix = Matrix;
var unit = new MockUnit(Matrix[0][0], mockMap.Object);
// These Coordinates could be mocked
var lineOfSight =
new List <ICoordinates> {
new Coordinates(0, 0), new Coordinates(0, 1), new Coordinates(0, 2)
};
// TODO Refracto can see function to be independent of unit, pass 2 coordinates and a map rather than depending on the unit or added as utility method in Map
// Act
Assert.IsFalse(unit.CanSee(lineOfSight));
}
public int MockAttack(MockUnit target, HexEvaluator he)
{
int oldValue = Value (he);
int oldTargetValue = target.Value (he);
int dmgTaken = target.Buffs.Exists (b => b is DeathTouchBuff) ? int.MaxValue : target.Attack;
if(Buffs.Exists(b => b is RangedBuff)) { Buffs.RemoveAll(b => b is ForceFieldBuff); dmgTaken = 0; }
int dmgInflicted = Buffs.Exists(b => b is ForceFieldBuff) ? 0 : Buffs.Exists(b => b is DeathTouchBuff) ? int.MaxValue : Attack;
if(target.Buffs.Exists(b => b is RangedBuff)) { target.Buffs.RemoveAll(b => b is ForceFieldBuff); dmgInflicted = 0; }
if(dmgTaken > CurrentHealth) {
// I die
if(dmgInflicted > target.CurrentHealth) {
// Target dies
return 10 * (oldValue - oldTargetValue);
} else {
// Target survives
return 10 * (dmgInflicted - oldValue);
}
} else {
// I survive
if(dmgInflicted > target.CurrentHealth) {
// Target dies
return 10 * (oldTargetValue -
(oldValue - Value(he)) - // Change in my value
(he(target.Hex) - he(Hex)) - // Change in value of hex
dmgTaken); // Damage taken;
} else {
// Target survives
return 10 * ((oldTargetValue - target.Value (he)) + // Change in target value (from buffs etc)
dmgInflicted - // Damage taken by target
(oldValue - Value(he)) - // Change in my value
(he(Hex) - he(target.Hex)) - // Change in value of hex
dmgTaken); // Damage taken
}
}
}
bool MoveLeftOvers()
{
if(untouchedUnits.Count < 1) {
return false;
}
Say(untouchedUnits.Count + " untouched units left");
Unit unit = untouchedUnits.First();
MockUnit thisMock = new MockUnit(unit);
List<Hex> targets = PathFinder.BreadthFirstSearch(thisMock.Hex, GameControl.gameControl.GridControl.Map, unit.MovementLeft(), player.Team);
Hex target = thisMock.Hex;
int oldValue = CalculateHexValue(target);
foreach(Hex h in targets) {
if(target == null || h.Unit == null && CalculateHexValue(h) > oldValue) {
target = h;
oldValue = CalculateHexValue(h);
} else if(h.Unit != null && h.Unit.Team != player.Team) {
MockUnit targetMock = new MockUnit(h.Unit);
if(targetMock.CurrentHealth > 0) {
int value = thisMock.MockAttack(targetMock, CalculateHexValue);
if(value > oldValue) {
target = h;
oldValue = value;
}
}
}
}
if(target != thisMock.Hex) {
Say ("Moving " + unit.UnitName + " from " + unit.Hex.GridPosition + " to " + target.GridPosition);
unit.PrepareMove(target);
} else {
Say ("Not moving " + unit.UnitName);
}
untouchedUnits.Remove(unit);
return true;
}
private void SetPartyClaimed(MockUnit mob)
{
mob.IsClaimed = true;
}
private static void SetAggroedMob(MockUnit mob)
{
mob.Status = Status.Fighting;
mob.IsClaimed = false;
}
public override int MockOnPlay(MockUnit mo, HexEvaluator he)
{
return 9;
}
int SpellOnHexValue(SpellCard sCard, Hex hex)
{
if(hex.Unit != null) {
MockUnit mo = new MockUnit(hex.Unit);
int originValue = mo.Value(CalculateHexValue);
int newValue = sCard.MockOnPlay(mo, CalculateHexValue);
if(mo.Team == player.Team) {
return ((originValue - newValue) * -1);
} else {
return ((originValue - newValue));
}
}
return -1;
}
public override int MockOnPlay(MockUnit mo, HexEvaluator he)
{
int draw = mo.Buffs.Count * 3;
mo.Buffs = new List<UnitBuff>();
return mo.Value(he) - draw;
}
public virtual int MockOnPlay(MockUnit mo, HexEvaluator he)
{
Debug.LogError("MockOnPlay attempted called on card without it implemented. This probably means an AI is trying to use a card that is not meant for AI");
return 0;
}
public override int MockOnPlay(MockUnit mo, HexEvaluator he)
{
mo.Movement = 1;
return mo.Value(he);
}
public override int MockOnPlay(MockUnit mo, HexEvaluator he)
{
mo.CurrentHealth -= 3;
return mo.Value (he);
}
