public override int GetHashCode()
{
unchecked
{
return((HasItem.GetHashCode() * 397) ^ EqualityComparer <T> .Default.GetHashCode(Value));
}
}
bool HasItem_IsTrue(On.HasItem.orig_IsTrue orig, HasItem self)
{
bool hasItem = false;
LocationRO check;
//Check to make sure this is an item that was randomized and make sure we are not ignoring this specific trigger check
if (randoStateManager.IsRandomizedFile && randoStateManager.IsLocationRandomized(self.item, out check) && !RandomizerConstants.GetSpecialTriggerNames().Contains(self.Owner.name))
{
if (self.transform.parent != null && "InteractionZone".Equals(self.Owner.name) && RandomizerConstants.GetSpecialTriggerNames().Contains(self.transform.parent.name) && EItems.KEY_OF_LOVE != self.item)
{
//Special triggers that need to use normal logic, call orig method. This also includes the trigger check for the key of love on the sunken door because yeah.
Console.WriteLine($"While checking if player HasItem in an interaction zone, found parent object '{self.transform.parent.name}' in ignore logic. Calling orig HasItem logic.");
return(orig(self));
}
//OLD WAY
//Don't actually check for the item i have, check to see if I have the item that was at it's location.
//int itemQuantity = Manager<InventoryManager>.Instance.GetItemQuantity(randoStateManager.CurrentLocationToItemMapping[check].Item);
//NEW WAY
//Don't actually check for the item I have, check to see if I have done this check before. We'll do this by seeing if the item at its location has been collected yet or not
int itemQuantity = randoStateManager.GetSeedForFileSlot(randoStateManager.CurrentFileSlot).CollectedItems.Contains(randoStateManager.CurrentLocationToItemMapping[check]) ? randoStateManager.CurrentLocationToItemMapping[check].Quantity : 0;
switch (self.conditionOperator)
{
case EConditionOperator.LESS_THAN:
hasItem = itemQuantity < self.quantityToHave;
break;
case EConditionOperator.LESS_OR_EQUAL:
hasItem = itemQuantity <= self.quantityToHave;
break;
case EConditionOperator.EQUAL:
hasItem = itemQuantity == self.quantityToHave;
break;
case EConditionOperator.GREATER_OR_EQUAL:
hasItem = itemQuantity >= self.quantityToHave;
break;
case EConditionOperator.GREATER_THAN:
hasItem = itemQuantity > self.quantityToHave;
break;
}
Console.WriteLine($"Rando inventory check complete for check '{self.Owner.name}'. Item '{self.item}' || Actual Item Check '{randoStateManager.CurrentLocationToItemMapping[check]}' || Current Check '{self.conditionOperator}' || Expected Quantity '{self.quantityToHave}' || Actual Quantity '{itemQuantity}' || Condition Result '{hasItem}'.");
return(hasItem);
}
else //Call orig method
{
Console.WriteLine("HasItem check was not randomized. Doing vanilla checks.");
Console.WriteLine($"Is randomized file : '{randoStateManager.IsRandomizedFile}' | Is location '{self.item}' randomized: '{randoStateManager.IsLocationRandomized(self.item, out check)}' | Not in the special triggers list: '{!RandomizerConstants.GetSpecialTriggerNames().Contains(self.Owner.name)}'|");
return(orig(self));
}
}
public void ItemPropertiesNotAreIgnoredWhenDestructuring()
{
var indexed = new HasItem();
var pv = (StructureValue)_converter.CreatePropertyValue(indexed, true);
Assert.Equal(1, pv.Properties.Count);
var item = pv.Properties.Single();
Assert.Equal("Item", item.Name);
}
public void ItemPropertiesNotAreIgnoredWhenDestructuring()
{
var indexed = new HasItem();
var pv = (StructureValue)_converter.CreatePropertyValue(indexed, true);
Assert.AreEqual(1, pv.Properties.Count);
var item = pv.Properties.Single();
Assert.AreEqual("Item", item.Name);
}
