public void GetSchools_EnhancementBonusAndOneMore()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1;
IEnchantment enchantment = new EnhancementBonus(1);
var mockEnchantment = new Mock <IEnchantment>();
mockEnchantment.Setup(e => e.GetSchools())
.Returns(new School[] { School.Necromancy });
var necroEnch = mockEnchantment.Object;
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
aggregator.EnchantWith(necroEnch);
var schools = aggregator.GetSchools();
// Assert
Assert.That(schools, Is.EquivalentTo(necroEnch.GetSchools()),
"If there is at least one non-enhancement bonus enchantment, the enhancement bonus's schools should be ignored.");
}
public void PlusThree_Defaults()
{
// Arrange
byte bonus = 3;
// Act
IShieldEnchantment enchantment = new EnhancementBonus(bonus);
// Assert
Assert.AreEqual(3, enchantment.SpecialAbilityBonus);
Assert.AreEqual(9, enchantment.CasterLevel);
Assert.AreEqual(0, enchantment.Cost);
Assert.That(enchantment.GetSchools(),
Has.Exactly(1).Matches <School>(s => School.Abjuration == s));
Assert.AreEqual("+3", enchantment.Name.Text);
}
public void Shield_PlusFive_Enchant()
{
// Arrange
var armorEnhancementBonus = Mock.Of <IModifierTracker>();
var mockShieldBonusAgg = new Mock <IArmorClassAggregator>();
mockShieldBonusAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(armorEnhancementBonus);
IArmorClassAggregator shieldBonus = mockShieldBonusAgg.Object;
var hardnessEnhancementBonus = Mock.Of <IModifierTracker>();
var mockHardnessAgg = new Mock <IHardnessAggregator>();
mockHardnessAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(hardnessEnhancementBonus);
IHardnessAggregator hardness = mockHardnessAgg.Object;
var hitPointsEnhancementBonus = Mock.Of <IModifierTracker>();
var mockHitPointAgg = new Mock <IHitPointsAggregator>();
mockHitPointAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(hitPointsEnhancementBonus);
IHitPointsAggregator hitPoints = mockHitPointAgg.Object;
IEnchantmentAggregator <IShieldEnchantment, Shield> enchantments = null;
var shield = new Mock <Shield>(MockBehavior.Loose, shieldBonus, hardness, hitPoints, enchantments)
{
CallBase = true
}.Object;
IShieldEnchantment enchantment = new EnhancementBonus(5);
// Act
enchantment.Enchant(shield);
// Assert
Mock.Get(armorEnhancementBonus)
.Verify(ac => ac.Add(It.Is <Func <byte> >(calc => 5 == calc())),
"A +5 bonus was not applied to the shield's armor class bonus correctly.");
Mock.Get(hardnessEnhancementBonus)
.Verify(bhn => bhn.Add(It.Is <Func <byte> >(calc => 10 == calc())),
"A +10 bonus was not applied to the shield's hardness correctly.");
Mock.Get(hitPointsEnhancementBonus)
.Verify(hp => hp.Add(It.Is <Func <byte> >(calc => 50 == calc())),
"A +50 bonus was not applied to the shield's hit points correctly.");
}
public void Armor_PlusOne_Enchant()
{
// Arrange
var armorEnhancementBonus = Mock.Of <IModifierTracker>();
var mockArmorBonusAgg = new Mock <IArmorClassAggregator>();
mockArmorBonusAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(armorEnhancementBonus);
IArmorClassAggregator armorBonus = mockArmorBonusAgg.Object;
var hardnessEnhancementBonus = Mock.Of <IModifierTracker>();
var mockHardnessAgg = new Mock <IHardnessAggregator>();
mockHardnessAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(hardnessEnhancementBonus);
IHardnessAggregator hardness = mockHardnessAgg.Object;
var hitPointsEnhancementBonus = Mock.Of <IModifierTracker>();
var mockHitPointAgg = new Mock <IHitPointsAggregator>();
mockHitPointAgg.Setup(agg => agg.EnhancementBonuses)
.Returns(hitPointsEnhancementBonus);
IHitPointsAggregator hitPoints = mockHitPointAgg.Object;
var armor = new Mock <Core.Domain.Items.Armor.Armor>(MockBehavior.Loose, armorBonus, hardness, hitPoints, null)
{
CallBase = true
}.Object;
IArmorEnchantment enchantment = new EnhancementBonus(1);
// Act
enchantment.Enchant(armor);
// Assert
Mock.Get(armorEnhancementBonus)
.Verify(ac => ac.Add(It.Is <Func <byte> >(calc => 1 == calc())),
"A +1 bonus was not applied to the armor's armor class bonus correctly.");
Mock.Get(hardnessEnhancementBonus)
.Verify(bhn => bhn.Add(It.Is <Func <byte> >(calc => 2 == calc())),
"A +2 bonus was not applied to the armor's hardness correctly.");
Mock.Get(hitPointsEnhancementBonus)
.Verify(hp => hp.Add(It.Is <Func <byte> >(calc => 10 == calc())),
"A +10 bonus was not applied to the armor's hit points correctly.");
}
public void GetMarketPrice_OnlySpecialAbilityBonuses()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1000;
IEnchantment enchantment = new EnhancementBonus(5);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
var price = aggregator.GetMarketPrice();
// Assert
Assert.AreEqual(25000, price,
"25000 = 5^2 * 1000");
}
public void GetSchools_OnlyEnhancementBonus()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1;
IEnchantment enchantment = new EnhancementBonus(1);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
var schools = aggregator.GetSchools();
// Assert
Assert.That(schools, Is.EquivalentTo(enchantment.GetSchools()),
"If the only enchantment is an enhancement bonus, the enhancement bonus's schools should be returned.");
}
public void EnchantWith__RoundTrip()
{
// Arrange
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1;
IEnchantment enchantment = new EnhancementBonus(1);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
var enchantments = aggregator.GetEnchantments();
// Assert
Assert.That(enchantments, Is.EquivalentTo(new IEnchantment[] { enchantment }),
"Enchantments put into the EnchantmentAggregator should make a round trip.");
}
public void EnchantWith_CallsAction()
{
// Arrange
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1;
IEnchantment enchantment = new EnhancementBonus(1);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
// Assert
Mock.Get(action).Verify(a => a(It.Is <IEnchantment>(ench => ench == enchantment),
It.Is <IItem>(i => i == item)),
"EnchantmentAggregator.EnchantWith() should call the Action delegate and feed it the item to be enchanted and the enchantment.");
}
public void GetCasterLevel_ReturnsMax()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1;
IEnchantment enchantment = new EnhancementBonus(5); // caster level 15
var mockEnchantment = new Mock <IEnchantment>();
mockEnchantment.Setup(e => e.CasterLevel)
.Returns(10);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
aggregator.EnchantWith(mockEnchantment.Object);
var casterLevel = aggregator.GetCasterLevel();
// Assert
Assert.AreEqual(15, casterLevel);
}
public string Weapon_FullName()
{
string temp = string.Empty;
if (EnhancementBonus != 0)
{
if (EnhancementBonus > 0)
{
temp += "+" + EnhancementBonus.ToString() + PathfinderConstants.SPACE;
}
else
{
temp += EnhancementBonus.ToString() + PathfinderConstants.SPACE;
}
}
else if (Masterwork)
{
temp += "mwk ";
}
temp += WeaponSpecialAbilities.ToString();
temp += PathfinderConstants.SPACE + search_name.ToLower();
return(temp);
}
public void GetNames()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1000;
IEnchantment enchantment = new EnhancementBonus(5);
var mockEnchantment = new Mock <IEnchantment>();
mockEnchantment.Setup(e => e.Name)
.Returns(new NameFragment("Other Enchantment", "http://example.com"));
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
aggregator.EnchantWith(mockEnchantment.Object);
var(enhName, otherNames) = aggregator.GetNames();
// Assert
Assert.AreEqual(enchantment.Name, enhName);
Assert.That(otherNames, Is.EquivalentTo(new INameFragment[] { new NameFragment("Other Enchantment", "http://example.com") }));
}
public void GetMarketPrice_MixedCosts()
{
IItem item = Mock.Of <IItem>();
Action <IEnchantment, IItem> action = Mock.Of <Action <IEnchantment, IItem> >();
double costCoefficient = 1000;
IEnchantment enchantment = new EnhancementBonus(5);
var mockEnchantment = new Mock <IEnchantment>();
mockEnchantment.Setup(e => e.Cost)
.Returns(1000);
var aggregator = new Mock <EnchantmentAggregator <IEnchantment, IItem> >(MockBehavior.Loose, item, action, costCoefficient)
{
CallBase = true
}.Object;
// Act
aggregator.EnchantWith(enchantment);
aggregator.EnchantWith(mockEnchantment.Object);
var price = aggregator.GetMarketPrice();
// Assert
Assert.AreEqual(26000, price,
"26000 = (5^2 * 1000) + (1000 flat costs)");
}