public void Test_FieldValueFactory_With_Single_Value_Produces_Correct_FieldValueUpdate([EntityDataCollectionTestRange] int index, [Values(1, 2, 3, 4, 5, 6, 7, 8)] int value)
{
//arrange
ChangeTrackingEntityFieldDataCollectionDecorator <TestFieldType> collection = new ChangeTrackingEntityFieldDataCollectionDecorator <TestFieldType>(new EntityFieldDataCollection <TestFieldType>());
FieldValueUpdateFactory updateFactory = new FieldValueUpdateFactory();
//act
collection.SetFieldValue <int>(index, value);
FieldValueUpdate fieldValueUpdate = updateFactory.Create(new EntityFieldUpdateCreationContext(collection, collection.ChangeTrackingArray));
//assert
Assert.AreEqual(1, fieldValueUpdate.FieldValueUpdateMask.EnumerateSetBitsByIndex().Count(), $"Found more than 1 set bit.");
Assert.AreEqual(value, fieldValueUpdate.FieldValueUpdates.First(), $"Serialized value was not expected value.");
Assert.AreEqual(index, fieldValueUpdate.FieldValueUpdateMask.EnumerateSetBitsByIndex().First(), $"Index: {index} was expected to be in the update but was not.");
}
public void Test_FieldValueFactory_With_Multiple_Value_Produces_Correct_FieldValueUpdate()
{
//arrange
ChangeTrackingEntityFieldDataCollectionDecorator <TestFieldType> collection = new ChangeTrackingEntityFieldDataCollectionDecorator <TestFieldType>(new EntityFieldDataCollection <TestFieldType>());
FieldValueUpdateFactory updateFactory = new FieldValueUpdateFactory();
//act
collection.SetFieldValue <int>(1, 5);
collection.SetFieldValue <int>(2, 4);
collection.SetFieldValue <int>(3, 7);
FieldValueUpdate fieldValueUpdate = updateFactory.Create(new EntityFieldUpdateCreationContext(collection, collection.ChangeTrackingArray));
//assert
Assert.AreEqual(3, fieldValueUpdate.FieldValueUpdateMask.EnumerateSetBitsByIndex().Count(), $"Found more than 1 set bit.");
Assert.AreEqual(5, fieldValueUpdate.FieldValueUpdates.First(), $"Serialized value was not expected value.");
Assert.AreEqual(1, fieldValueUpdate.FieldValueUpdateMask.EnumerateSetBitsByIndex().First(), $"Index: {1} was expected to be first index.");
}
/// <inheritdoc />
public GameObject Create(TCreationContext context)
{
if (Logger.IsDebugEnabled)
{
Logger.Debug($"Creating entity. Type: {context.EntityGuid.EntityType} Id: {context.EntityGuid.EntityId}");
}
//load the entity's prefab from the factory
GameObject prefab = PrefabFactory.Create(context.PrefabType);
GameObject entityGameObject = GameObject.Instantiate(prefab, context.MovementData.InitialPosition, Quaternion.Euler(0, 0, 0));
if (context.EntityGuid.EntityType == EntityType.Player)
{
CharacterControllerMappable[context.EntityGuid] = entityGameObject.GetComponent <CharacterController>();
}
GameObjectToEntityMap.ObjectToEntityMap.Add(entityGameObject, context.EntityGuid);
//TODO: Better handle initial movement/position data
GuidToMovementInfoMappable.Add(context.EntityGuid, context.MovementData);
GuidToGameObjectMappable.Add(context.EntityGuid, entityGameObject);
//TODO: Is it best to do this here?
if (!MovementHandlerService.TryHandleMovement(context.EntityGuid, context.MovementData))
{
throw new InvalidOperationException($"Cannot handle MovementType: {context.MovementData.GetType().Name} for Entity: {context.EntityGuid}");
}
//TODO: We need a better way to handle the entity data collection, we're casting and downcasting in afew spots
//Entity data needs to be change trackable
var changeTrackableEntityDataCollection = new ChangeTrackingEntityFieldDataCollectionDecorator <EntityDataFieldType>((IEntityDataFieldContainer <EntityDataFieldType>)context.EntityData);
//Now we should add the entity data to the mappable collection
//This lets it be looked up in both ways
FieldDataContainers.Add(context.EntityGuid, changeTrackableEntityDataCollection);
ChangeTrackableEntityDataFieldContainers.Add(context.EntityGuid, changeTrackableEntityDataCollection);
EntityAsyncLockMap.Add(new KeyValuePair <NetworkEntityGuid, AsyncReaderWriterLock>(context.EntityGuid, new AsyncReaderWriterLock()));
return(entityGameObject);
}
