/// <summary>
/// Creates a <see cref="Constraint"/> object with an Component QueryConstraint.
/// </summary>
/// <typeparam name="T">
/// Type of the component to constrain.
/// </typeparam>
/// <returns>
/// A <see cref="Constraint"/> object.
/// </returns>
public static Constraint Component <T>() where T : ISpatialComponentData
{
var constraint = Default();
constraint.ComponentConstraint = ComponentDatabase.GetComponentId <T>();
return(new Constraint(constraint));
}
public void should_get_specific_components_for_entity()
{
var expectedSize = 10;
var fakeEntityId = 1;
var otherEntityId = 2;
var fakeComponent1 = new TestComponentOne();
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
database.Add(0, fakeEntityId, fakeComponent1);
database.Add(0, otherEntityId, new TestComponentOne());
var component = database.Get(0, fakeEntityId);
Assert.Equal(fakeComponent1, component);
}
public void should_correctly_add_component()
{
var expectedSize = 10;
var fakeEntityId = 1;
var fakeComponent = new TestComponentOne();
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
database.Add(0, fakeEntityId, fakeComponent);
Assert.Equal(database.EntityComponents[0][1], fakeComponent);
var nullCount = database.EntityComponents.Sum(x => x.Count(y => y == null));
Assert.Equal(29, nullCount);
}
public void should_get_all_components_for_entity()
{
var expectedSize = 10;
var fakeEntityId = 1;
var otherEntityId = 2;
var fakeComponent1 = new TestComponentOne();
var fakeComponent2 = new TestComponentThree();
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
database.Add(0, fakeEntityId, fakeComponent1);
database.Add(2, fakeEntityId, fakeComponent2);
database.Add(0, otherEntityId, new TestComponentOne());
database.Add(1, otherEntityId, new TestComponentTwo());
database.Add(2, otherEntityId, new TestComponentThree());
var allComponents = database.GetAll(fakeEntityId).ToArray();
Assert.True(allComponents.Contains(fakeComponent1));
Assert.True(allComponents.Contains(fakeComponent2));
Assert.Equal(allComponents.Length, 2);
}
public void should_correctly_remove_all_components_for_entity()
{
var expectedSize = 10;
var fakeEntityId = 1;
var otherEntityId = 2;
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
database.Add(0, fakeEntityId, new TestComponentOne());
database.Add(0, fakeEntityId, new TestComponentTwo());
database.Add(0, fakeEntityId, new TestComponentThree());
database.Add(0, otherEntityId, new TestComponentOne());
database.Add(1, otherEntityId, new TestComponentOne());
database.RemoveAll(fakeEntityId);
Assert.False(database.Has(0, fakeEntityId));
Assert.False(database.Has(1, fakeEntityId));
Assert.False(database.Has(2, fakeEntityId));
var allComponents = database.GetAll(fakeEntityId);
Assert.Empty(allComponents);
}
public void GlobalSetup()
{
var componentTypeAssigner = new DefaultComponentTypeAssigner();
var allComponents = componentTypeAssigner.GenerateComponentLookups();
var componentLookup = new ComponentTypeLookup(allComponents);
_availableComponents = allComponents.Keys
.Select(x => Activator.CreateInstance(x) as IComponent)
.ToArray();
var componentDatabase = new ComponentDatabase(componentLookup);
var componentRepository = new ComponentRepository(componentLookup, componentDatabase);
var entityFactory = new DefaultEntityFactory(new IdPool(), componentRepository);
var poolFactory = new DefaultEntityCollectionFactory(entityFactory);
var observableGroupFactory = new DefaultObservableObservableGroupFactory();
_entityCollectionManager = new EntityCollectionManager(poolFactory, observableGroupFactory, componentLookup);
_availableComponents = _groupFactory.GetComponentTypes
.Select(x => Activator.CreateInstance(x) as IComponent)
.ToArray();
_testGroups = _groupFactory.CreateTestGroups().ToArray();
foreach (var group in _testGroups)
{
_entityCollectionManager.GetObservableGroup(group);
}
_defaultEntityCollection = _entityCollectionManager.GetCollection();
}
public void should_correctly_identify_if_component_exists_for_entity()
{
var expectedSize = 10;
var fakeEntityId = 1;
var otherEntityId = 2;
var fakeComponent1 = new TestComponentOne();
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
database.Add(0, fakeEntityId, fakeComponent1);
database.Add(0, otherEntityId, new TestComponentOne());
database.Add(1, otherEntityId, new TestComponentOne());
var hasComponent0 = database.Has(0, fakeEntityId);
Assert.True(hasComponent0);
var hasComponent1 = database.Has(1, fakeEntityId);
Assert.False(hasComponent1);
}
public static void MethodPropertyField(this SerializedProperty _methodProperty, int _index = 0)
{
GetProperties(_methodProperty);
EditorGUILayout.PropertyField(objectType);
if (objectType.enumValueIndex == (int)MethodProperty.ObjectType.Assigned)
{
//game object to use
var goLabel = "Add Game Object To Begin";
if (go.objectReferenceValue)
{
goLabel = "Game Object";
}
go.objectReferenceValue = EditorGUILayout.ObjectField(goLabel, go.objectReferenceValue, typeof(GameObject), true);
if (go.objectReferenceValue)
{
var tempGo = go.objectReferenceValue as GameObject;
MethodPropertyWithoutGameObjectField(_methodProperty, tempGo);
}
}
else
{
componentNames = ComponentDatabase.GetAllComponentNames(true);
componentTypes = ComponentDatabase.GetAllComponentAssemblyNames(true);
behaviour.IndexStringField(componentNames);
var indexValue = behaviour.FindPropertyRelative("indexValue");
MethodPropertyField(_methodProperty, System.Type.GetType(componentTypes[indexValue.intValue]));
}
}
protected override void GetProperties()
{
base.GetProperties();
behaviour = sourceRef.FindProperty("behaviour");
enable = sourceRef.FindProperty("enable");
componentNames = ComponentDatabase.GetAllComponentNames();
}
#pragma warning restore 649
public GameObject Resolve(SpatialOSEntityInfo entityInfo, EntityManager manager)
{
var authComponent = ComponentDatabase.GetMetaclass(authComponentId).Authority;
return(manager.HasComponent(entityInfo.Entity, authComponent)
? ownedPrefab
: unownedPrefab);
}
protected override void GetProperties()
{
base.GetProperties();
behaviour = sourceRef.FindProperty("behaviour");
method = sourceRef.FindProperty("method");
componentNames = ComponentDatabase.GetAllComponentNames(true);
componentTypes = ComponentDatabase.GetAllComponentAssemblyNames(true);
}
/// <summary>
/// Update a component in the component database
/// </summary>
/// <param name="id">Component id to update</param>
/// <param name="updateComponentViewModel">Values to change on the component</param>
/// <returns></returns>
public async Task UpdateComponent(int id, UpdateComponentViewModel updateComponentViewModel)
{
var component = await ComponentDatabase.GetById(id);
if (component == null)
{
throw new Exception($"the requested id - {id} - was not found.");
}
component.Status = updateComponentViewModel.Status;
}
public ref T AddComponent <T>(int componentTypeId) where T : IComponent, new()
{
var defaultComponent = ComponentTypeLookup.CreateDefault <T>();
var allocationId = ComponentDatabase.Allocate(componentTypeId);
InternalComponentAllocations[componentTypeId] = allocationId;
ComponentDatabase.Set(componentTypeId, allocationId, defaultComponent);
_onComponentsAdded.OnNext(new [] { componentTypeId });
return(ref ComponentDatabase.GetRef <T>(componentTypeId, allocationId));
}
public void should_corectly_get_matching_entities()
{
// easier to test with real stuff
var componentLookups = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var componentLookupType = new ComponentTypeLookup(componentLookups);
var componentDatabase = new ComponentDatabase(componentLookupType);
var componentRepository = new ComponentRepository(componentLookupType, componentDatabase);
var hasOneAndTwo = new Entity(1, componentRepository);
hasOneAndTwo.AddComponent <TestComponentOne>();
hasOneAndTwo.AddComponent <TestComponentTwo>();
var hasAllComponents = new Entity(2, componentRepository);
hasAllComponents.AddComponent <TestComponentOne>();
hasAllComponents.AddComponent <TestComponentTwo>();
hasAllComponents.AddComponent <TestComponentThree>();
var hasOneAndThree = new Entity(3, componentRepository);
hasOneAndThree.AddComponent <TestComponentOne>();
hasOneAndThree.AddComponent <TestComponentThree>();
var entityGroup = new [] { hasOneAndTwo, hasAllComponents, hasOneAndThree };
var matchGroup1 = new Group(typeof(TestComponentOne), typeof(TestComponentTwo));
var matchGroup2 = new Group(null, new [] { typeof(TestComponentOne), typeof(TestComponentTwo) }, new[] { typeof(TestComponentThree) });
var matchGroup3 = new Group(null, new Type[0], new[] { typeof(TestComponentTwo) });
var group1Results1 = entityGroup.MatchingGroup(matchGroup1).ToArray();
Assert.Equal(2, group1Results1.Length);
Assert.Contains(hasOneAndTwo, group1Results1);
Assert.Contains(hasAllComponents, group1Results1);
var group1Results2 = entityGroup.MatchingGroup(matchGroup2).ToArray();
Assert.Equal(1, group1Results2.Length);
Assert.Contains(hasOneAndTwo, group1Results2);
var group1Results3 = entityGroup.MatchingGroup(matchGroup3).ToArray();
Assert.Equal(1, group1Results3.Length);
Assert.Contains(hasOneAndThree, group1Results3);
}
public void should_correctly_allocate_instance_when_adding()
{
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 }
});
var database = new ComponentDatabase(mockComponentLookup);
var allocation = database.Allocate(0);
Assert.Equal(0, allocation);
}
/// <summary>
/// Retrieve components from the component database
/// </summary>
/// <param name="listComponentViewModel">View Model containng information to shape the list request</param>
/// <returns></returns>
public async Task <ListComponentResponse> ListComponents(ListComponentViewModel listComponentViewModel)
{
// TODO Number 1 Sorting and Paging
var components = await ComponentDatabase.GetComponents();
var pageSize = listComponentViewModel.PageSize.GetValueOrDefault(9999);
var pageNo = listComponentViewModel.PageNumber.GetValueOrDefault(0);
var sortBy = listComponentViewModel.SortField ?? SortFieldConstants.SORT_FIELD_ID;
var sortDirection = listComponentViewModel.SortDir ?? SortDirConstants.SORT_DIR_ASC;
if (sortBy == SortFieldConstants.SORT_FIELD_ID && sortDirection == SortDirConstants.SORT_DIR_ASC)
{
components = components.OrderBy(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_ID && sortDirection == SortDirConstants.SORT_DIR_DESC)
{
components = components.OrderByDescending(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_NAME && sortDirection == SortDirConstants.SORT_DIR_ASC)
{
components = components.OrderBy(x => x.Name).ThenBy(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_NAME && sortDirection == SortDirConstants.SORT_DIR_DESC)
{
components = components.OrderByDescending(x => x.Name).ThenByDescending(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_TYPE && sortDirection == SortDirConstants.SORT_DIR_ASC)
{
components = components.OrderBy(x => x.Type).ThenBy(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_TYPE && sortDirection == SortDirConstants.SORT_DIR_DESC)
{
components = components.OrderByDescending(x => x.Type).ThenByDescending(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_STATUS && sortDirection == SortDirConstants.SORT_DIR_ASC)
{
components = components.OrderBy(x => x.Status).ThenBy(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
else if (sortBy == SortFieldConstants.SORT_FIELD_STATUS && sortDirection == SortDirConstants.SORT_DIR_DESC)
{
components = components.OrderByDescending(x => x.Status).ThenByDescending(x => x.Id).Skip(pageSize * pageNo).Take(pageSize).ToList();
}
return(new ListComponentResponse()
{
Total = components.Count(),
Components = components
});
}
public void GlobalSetup()
{
var componentTypeAssigner = new DefaultComponentTypeAssigner();
var allComponents = componentTypeAssigner.GenerateComponentLookups();
var componentLookup = new ComponentTypeLookup(allComponents);
_availableComponents = allComponents.Keys
.Select(x => Activator.CreateInstance(x) as IComponent)
.ToArray();
var componentDatabase = new ComponentDatabase(componentLookup);
_componentRepository = new ComponentRepository(componentLookup, componentDatabase);
}
protected override IDisposable ReactToPools()
{
var componentType1 = ComponentTypeLookup.GetComponentType(typeof(T1));
var componentType2 = ComponentTypeLookup.GetComponentType(typeof(T2));
var pool1 = ComponentDatabase.GetPoolFor <T1>(componentType1);
var pool2 = ComponentDatabase.GetPoolFor <T2>(componentType2);
var subscriptions = new CompositeDisposable();
pool1.OnPoolExtending.Subscribe(_ => Refresh()).AddTo(subscriptions);
pool2.OnPoolExtending.Subscribe(_ => Refresh()).AddTo(subscriptions);
return(subscriptions);
}
public void AddComponents(IReadOnlyList <IComponent> components)
{
var componentTypeIds = new int[components.Count];
for (var i = 0; i < components.Count; i++)
{
var componentTypeId = ComponentTypeLookup.GetComponentType(components[i].GetType());
var allocationId = ComponentDatabase.Allocate(componentTypeId);
InternalComponentAllocations[componentTypeId] = allocationId;
ComponentDatabase.Set(componentTypeId, allocationId, components[i]);
}
_onComponentsAdded.OnNext(componentTypeIds);
}
protected CommandReceiverSubscriptionManagerBase(World world, uint componentId) : base(world)
{
var componentMetaClass = ComponentDatabase.GetMetaclass(componentId);
componentAuthType = componentMetaClass.Authority;
entityManager = world.EntityManager;
var constraintSystem = world.GetExistingSystem <ComponentConstraintsCallbackSystem>();
constraintSystem.RegisterAuthorityCallback(componentId, authorityChange =>
{
if (authorityChange.Authority == Authority.Authoritative)
{
if (!entitiesNotMatchingRequirements.Contains(authorityChange.EntityId))
{
return;
}
var entity = WorkerSystem.GetEntity(authorityChange.EntityId);
foreach (var subscription in entityIdToReceiveSubscriptions[authorityChange.EntityId])
{
subscription.SetAvailable(CreateReceiver(world, entity, authorityChange.EntityId));
}
entitiesMatchingRequirements.Add(authorityChange.EntityId);
entitiesNotMatchingRequirements.Remove(authorityChange.EntityId);
}
else if (authorityChange.Authority == Authority.NotAuthoritative)
{
if (!entitiesMatchingRequirements.Contains(authorityChange.EntityId))
{
return;
}
foreach (var subscription in entityIdToReceiveSubscriptions[authorityChange.EntityId])
{
ResetValue(subscription);
subscription.SetUnavailable();
}
entitiesNotMatchingRequirements.Add(authorityChange.EntityId);
entitiesMatchingRequirements.Remove(authorityChange.EntityId);
}
});
}
private IEntityCollectionManager CreateCollectionManager()
{
var componentLookups = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var componentLookupType = new ComponentTypeLookup(componentLookups);
var componentDatabase = new ComponentDatabase(componentLookupType);
var componentRepository = new ComponentRepository(componentLookupType, componentDatabase);
var entityFactory = new DefaultEntityFactory(new IdPool(), componentRepository);
var collectionFactory = new DefaultEntityCollectionFactory(entityFactory);
var observableGroupFactory = new DefaultObservableObservableGroupFactory();
return(new EntityCollectionManager(collectionFactory, observableGroupFactory, componentLookupType));
}
public void should_correctly_remove_instance()
{
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 }
});
var mockExpandingArray = Substitute.For <IComponentPool>();
var database = new ComponentDatabase(mockComponentLookup);
database.ComponentData.SetValue(mockExpandingArray, 0);
database.Remove(0, 0);
mockExpandingArray.Received(1).Release(0);
}
public void should_correctly_initialize()
{
var expectedSize = 10;
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, expectedSize);
Assert.Equal(fakeComponentTypes.Count, database.ComponentData.Length);
Assert.Equal(expectedSize, database.ComponentData[0].Count);
}
protected EcsRxApplication()
{
// For sending events around
EventSystem = new EventSystem(new MessageBroker());
// For mapping component types to underlying indexes
var componentTypeAssigner = new DefaultComponentTypeAssigner();
var allComponents = componentTypeAssigner.GenerateComponentLookups();
var componentLookup = new ComponentTypeLookup(allComponents);
// For interacting with the component databases
var componentDatabase = new ComponentDatabase(componentLookup);
var componentRepository = new ComponentRepository(componentLookup, componentDatabase);
// For creating entities, collections, observable groups and managing Ids
var entityFactory = new DefaultEntityFactory(new IdPool(), componentRepository);
var entityCollectionFactory = new DefaultEntityCollectionFactory(entityFactory);
var observableGroupFactory = new DefaultObservableObservableGroupFactory();
EntityCollectionManager = new EntityCollectionManager(entityCollectionFactory, observableGroupFactory, componentLookup);
// All system handlers for the system types you want to support
var reactsToEntityHandler = new ReactToEntitySystemHandler(EntityCollectionManager);
var reactsToGroupHandler = new ReactToGroupSystemHandler(EntityCollectionManager);
var reactsToDataHandler = new ReactToDataSystemHandler(EntityCollectionManager);
var manualSystemHandler = new ManualSystemHandler(EntityCollectionManager);
var setupHandler = new SetupSystemHandler(EntityCollectionManager);
var teardownHandler = new TeardownSystemHandler(EntityCollectionManager);
var conventionalSystems = new List <IConventionalSystemHandler>
{
setupHandler,
teardownHandler,
reactsToEntityHandler,
reactsToGroupHandler,
reactsToDataHandler,
manualSystemHandler
};
// The main executor which manages how systems are given information
SystemExecutor = new SystemExecutor(conventionalSystems);
}
private (IEntityCollectionManager, IComponentDatabase, IComponentTypeLookup) CreateFramework()
{
var componentLookups = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 },
{ typeof(ViewComponent), 3 },
{ typeof(TestStructComponentOne), 4 },
{ typeof(TestStructComponentTwo), 5 }
};
var componentLookupType = new ComponentTypeLookup(componentLookups);
var componentDatabase = new ComponentDatabase(componentLookupType);
var entityFactory = new DefaultEntityFactory(new IdPool(), componentDatabase, componentLookupType);
var collectionFactory = new DefaultEntityCollectionFactory(entityFactory);
var observableGroupFactory = new DefaultObservableObservableGroupFactory();
var collectionManager = new EntityCollectionManager(collectionFactory, observableGroupFactory, componentLookupType);
return(collectionManager, componentDatabase, componentLookupType);
}
public void RemoveComponents(IReadOnlyList <int> componentsTypeIds)
{
var sanitisedComponentsIds = componentsTypeIds.Where(HasComponent).ToArray();
if (sanitisedComponentsIds.Length == 0)
{
return;
}
_onComponentsRemoving.OnNext(sanitisedComponentsIds);
for (var i = 0; i < sanitisedComponentsIds.Length; i++)
{
var componentId = sanitisedComponentsIds[i];
var allocationIndex = InternalComponentAllocations[componentId];
ComponentDatabase.Remove(componentId, allocationIndex);
InternalComponentAllocations[componentId] = NotAllocated;
}
_onComponentsRemoved.OnNext(sanitisedComponentsIds);
}
public void should_correctly_expand_for_new_entities()
{
var startingSize = 10;
var expectedSize = 20;
var fakeComponentTypes = new Dictionary <Type, int>
{
{ typeof(TestComponentOne), 0 },
{ typeof(TestComponentTwo), 1 },
{ typeof(TestComponentThree), 2 }
};
var mockComponentLookup = Substitute.For <IComponentTypeLookup>();
mockComponentLookup.GetAllComponentTypes().Returns(fakeComponentTypes);
var database = new ComponentDatabase(mockComponentLookup, startingSize);
database.AccommodateMoreEntities(expectedSize);
Assert.Equal(expectedSize, database.CurrentEntityBounds);
Assert.Equal(fakeComponentTypes.Count, database.EntityComponents.Length);
Assert.Equal(expectedSize, database.EntityComponents[0].Count);
Assert.All(database.EntityComponents, x => x.All(y => y == null));
}
private void UpdateComponentSet()
{
using (var components = world.EntityManager.GetComponentTypes(selected.Value.Entity, allocator: Allocator.Temp))
{
var spatialComponents = components
.Where(type => typeof(ISpatialComponentData).IsAssignableFrom(type.GetManagedType()))
.OrderBy(type => ComponentDatabase.GetComponentId(type.GetManagedType()));
if (AreSameComponents(spatialComponents, visualElements))
{
return;
}
componentContainer.Clear();
visualElements.Clear();
foreach (var componentType in spatialComponents)
{
var componentElement = Cache.Get(componentType);
componentContainer.Add(componentElement);
visualElements.Add(componentElement);
}
}
}
public IComponent GetComponent(int componentTypeId)
{
var allocationIndex = InternalComponentAllocations[componentTypeId];
return(ComponentDatabase.Get(allocationIndex, componentTypeId));
}
public void UpdateComponent <T>(int componentTypeId, T newValue) where T : struct, IComponent
{
var allocationId = InternalComponentAllocations[componentTypeId];
ComponentDatabase.Set(componentTypeId, allocationId, newValue);
}
