//Public and static because it's referenced in a unit test. That design oddity is
//worth the absolute critical design fault that was uncovered and now protected by a test.
public static unsafe IEntityDataFieldContainer CreateInitialEntityFieldContainer(FieldValueUpdate fieldValueData)
{
//TODO: We could pool this.
//we actually CAN'T use the field enum length or count. Since TrinityCore may send additional bytes at the end so that
//it's evently divisible by 32.
byte[] internalEntityDataBytes = new byte[fieldValueData.FieldValueUpdateMask.Length * sizeof(int)];
//It's absolutely CRITICAL that we don't use the sent fieldvalue internal bits for the set indication data
//BECAUSE it also will be used as the initial changed values/change array. So we do the one-time copy here to avoid this critical
//fault which is now covered by tests.
byte[] copiedFieldUpdateMask = new byte[fieldValueData.FieldValueUpdateMask.InternalIntegerArray.Count];
Buffer.BlockCopy(fieldValueData.FieldValueUpdateMask.InternalIntegerArray.ToArrayTryAvoidCopy(), 0, copiedFieldUpdateMask, 0, fieldValueData.FieldValueUpdateMask.InternalIntegerArray.Count);
IEntityDataFieldContainer t = new EntityFieldDataCollection(new WireReadyBitArray(copiedFieldUpdateMask), internalEntityDataBytes);
int updateDiffIndex = 0;
foreach (int setIndex in t.DataSetIndicationArray.EnumerateSetBitsByIndex())
{
int value = fieldValueData.FieldValueUpdates.ElementAt(updateDiffIndex);
byte *bytes = (byte *)&value;
//TODO: Would it be faster to buffer copy?
//The way wow works is these are 4 byte chunks
for (int i = 0; i < 4; i++)
{
internalEntityDataBytes[setIndex * sizeof(int) + i] = *(bytes + i);
}
updateDiffIndex++;
}
return(t);
}
public FullCharacterDataSaveRequest(bool shouldReleaseCharacterSession, bool isPositionSaved, [NotNull] ZoneServerCharacterLocationSaveRequest characterLocationData, [NotNull] EntityFieldDataCollection playerDataSnapshot)
{
ShouldReleaseCharacterSession = shouldReleaseCharacterSession;
this.isPositionSaved = isPositionSaved;
CharacterLocationData = characterLocationData ?? throw new ArgumentNullException(nameof(characterLocationData));
PlayerDataSnapshot = playerDataSnapshot ?? throw new ArgumentNullException(nameof(playerDataSnapshot));
//Snapshot current time.
UtcTickTimeStamp = DateTime.UtcNow.Ticks;
}
protected override void OnEventFired(object source, EntityCreationRequestedEventArgs args)
{
NetworkEntityGuid guid = args.EntityGuid;
//TODO: handle non-players
//TODO: Fix the issue with having to hardcore the field count.
//Build the update values stuff and initialize the initial movement data.
EntityFieldDataCollection container = new EntityFieldDataCollection(ComputeEntityDataFieldLength(args.EntityGuid));
DataCollectionMappable.AddObject(guid, container);
ChangeTrackableCollection.AddObject(guid, new ChangeTrackingEntityFieldDataCollectionDecorator(container));
EntityDataContainer.AddObject(guid, ChangeTrackableCollection.RetrieveEntity(guid));
}
/// <inheritdoc />
public async Task SaveAsync(NetworkEntityGuid guid)
{
//We can only handle players at the moment, not sure how NPC data would be saved.
if (guid.EntityType != EntityType.Player)
{
return;
}
//Player ALWAYS has this existing.
EntitySaveableConfiguration saveConfig = PersistenceConfiguration.RetrieveEntity(guid);
EntityFieldDataCollection entityData = EntityDataMappable.RetrieveEntity(guid);
await ZonePersistenceQueueable.SaveFullCharacterDataAsync(guid.EntityId, new FullCharacterDataSaveRequest(true, saveConfig.isCurrentPositionSaveable, CreatedLocationSaveData(guid), entityData));
//We cleanup player data on the zoneserver in a different place
//here, because we needed it until this very last moment.
foreach (var ed in DataCollections)
{
ed.RemoveEntityEntry(guid);
}
}
public void Test_Can_Register_Long_Callback_With_Correct_Value()
{
//arrange
Mock <IEnumerable> testCallback = new Mock <IEnumerable>(MockBehavior.Loose);
IEntityDataFieldContainer fieldData = new EntityFieldDataCollection(8);
EntityDataChangeCallbackManager callbackManager = new EntityDataChangeCallbackManager();
fieldData.SetFieldValue(1, new NetworkEntityGuid(ulong.MaxValue));
//act
callbackManager.RegisterCallback <ulong>(new NetworkEntityGuid((ulong)1), 1, (eg, args) =>
{
Assert.AreEqual(ulong.MaxValue, args.NewValue);
//Call so we can check for test purposes
testCallback.Object.GetEnumerator();
});
callbackManager.InvokeChangeEvents(new NetworkEntityGuid((ulong)1), fieldData, 1);
//assert
testCallback.Verify(enumerable => enumerable.GetEnumerator(), Times.Once);
}
