public void InfiniteRecursionTestTest()
{
Mock <ICraftingStep> mockChildStep = new Mock <ICraftingStep>();
List <ICraftingStep> craftingSteps = new List <ICraftingStep>();
WhileCraftingStep whileStep = new WhileCraftingStep();
whileStep.Children.Add(mockChildStep.Object);
whileStep.Condition = GetTestCondition();
craftingSteps.Add(whileStep);
EndCraftingStep endCrafting = new EndCraftingStep();
craftingSteps.Add(endCrafting);
Equipment equipment = GetTestEquipment(true);
AffixManager affixManager = CreateAffixManager(equipment.ItemBase);
CancellationToken token = new CancellationToken(false);
mockChildStep.Setup(x => x.Craft(It.IsAny <Equipment>(), It.IsAny <AffixManager>()))
.Returns(new Dictionary <string, int>());
mockChildStep.Setup(x => x.ShouldVisitChildren(It.IsAny <Equipment>(), It.IsAny <int>())).Returns(false);
_craftManager.Craft(craftingSteps, equipment, affixManager, token, _progressManager);
mockChildStep.Verify(x => x.Craft(It.IsAny <Equipment>(), It.IsAny <AffixManager>()), Times.Exactly(4));
Assert.IsTrue(equipment.Completed);
}
public void WhileCraftingStepFalseConditionTest()
{
Mock <ICraftingStep> mockChildStep = new Mock <ICraftingStep>();
List <ICraftingStep> craftingSteps = new List <ICraftingStep>();
WhileCraftingStep whileStep = new WhileCraftingStep();
whileStep.Children.Add(mockChildStep.Object);
whileStep.Condition = GetTestCondition();
craftingSteps.Add(whileStep);
EndCraftingStep endCrafting = new EndCraftingStep();
craftingSteps.Add(endCrafting);
Equipment equipment = GetTestEquipment(false);
AffixManager affixManager = CreateAffixManager(equipment.ItemBase);
CancellationToken token = new CancellationToken(false);
_craftManager.Craft(craftingSteps, equipment, affixManager, token, _progressManager);
mockChildStep.Verify(x => x.Craft(It.IsAny <Equipment>(), It.IsAny <AffixManager>()), Times.Never);
Assert.IsTrue(equipment.Completed);
}
public void WhileCraftingStepRepeatedlyCombinesStatusTest()
{
List <ICraftingStep> craftingSteps = new List <ICraftingStep>();
WhileCraftingStep whileStep = new WhileCraftingStep();
craftingSteps.Add(whileStep);
AddOrb(whileStep.Children, new RegalOrb(_random.Object));
AddOrb(whileStep.Children, new TransmutationOrb(_random.Object));
StatusMetadata metadata = _statusManager.Evaluate(craftingSteps);
Assert.IsTrue(metadata.CurrentStatus.Rarity == (EquipmentRarity.Normal | EquipmentRarity.Magic | EquipmentRarity.Rare));
}
public void WhileCraftingStepFourTimesConditionTest()
{
Mock <ICraftingStep> mockChildStep = new Mock <ICraftingStep>();
List <ICraftingStep> craftingSteps = new List <ICraftingStep>();
WhileCraftingStep whileStep = new WhileCraftingStep();
whileStep.Children.Add(mockChildStep.Object);
whileStep.Condition = getTestCondition();
craftingSteps.Add(whileStep);
EndCraftingStep endCrafting = new EndCraftingStep();
craftingSteps.Add(endCrafting);
Equipment equipment = getTestEquipment(true);
AffixManager affixManager = CreateAffixManager(equipment.ItemBase);
CancellationToken token = new CancellationToken(false);
int calls = 0;
mockChildStep.Setup(x => x.Craft(It.IsAny <Equipment>(), It.IsAny <AffixManager>())).Callback(() =>
{
if (calls >= 3)
{
updateEquipment(equipment, false);
}
calls++;
});
mockChildStep.Setup(x => x.ShouldVisitChildren(It.IsAny <Equipment>(), It.IsAny <int>())).Returns(false);
craftManager.Craft(craftingSteps, equipment, affixManager, token, null);
mockChildStep.Verify(x => x.Craft(It.IsAny <Equipment>(), It.IsAny <AffixManager>()), Times.Exactly(4));
Assert.IsTrue(equipment.Completed);
}
public void NoCurrencyTest()
{
SimBaseItemInfo baseItemInfo = new SimBaseItemInfo();
SimCraftingInfo craftingInfo = new SimCraftingInfo();
SimFinanceInfo financeInfo = new SimFinanceInfo();
baseItemInfo.ItemName = "Fencer Helm";
financeInfo.BudgetInChaos = 100;
var flowControlCraftingStep = new WhileCraftingStep();
craftingInfo.CraftingSteps = new List <ICraftingStep>()
{
flowControlCraftingStep,
};
CraftingSimulator craftingSimulator = new CraftingSimulator(baseItemInfo, financeInfo, craftingInfo);
var task = craftingSimulator.Start();
task.Wait();
throw task.Exception;
}
