protected internal override void Invalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kSettingChanged)
{
var graph = GetGraph();
if (graph != null && subgraph != null && m_Subgraph.GetResource() != null)
{
var otherGraph = m_Subgraph.GetResource().GetOrCreateGraph();
if (otherGraph == graph || otherGraph.subgraphDependencies.Contains(graph.GetResource().visualEffectObject))
{
m_Subgraph = null; // prevent cyclic dependencies.
}
if (otherGraph != m_UsedSubgraph)
{
RecreateCopy();
}
if (graph.GetResource().isSubgraph) // BuildSubgraphDependencies is called for vfx by recompilation, but in subgraph we must call it explicitely
{
graph.BuildSubgraphDependencies();
}
}
else if (m_UsedSubgraph != null)
{
RecreateCopy();
}
}
base.Invalidate(model, cause);
}
/// <summary>
/// Invalidate any relationships eminating from the from or to type of a
/// relationship with the securesFrom or securesTo flags set, respectively.
/// </summary>
/// <param name="entities">
/// The entities being saved or deleted.
/// </param>
/// <param name="cause">
/// Whether the operation is a save or delete.
/// </param>
/// <param name="preActionModifiedRelatedEntities">
/// A map of entity ID to any changes. This may be null. Entities that appear in
/// <paramref name="entities"/> may lack a corresponding entry. Similarly, there
/// may be additional entities
/// </param>
/// <exception cref="ArgumentNullException">
/// <paramref name="entities"/> may be null.
/// </exception>
public override void OnEntityChange(IList <IEntity> entities, InvalidationCause cause, Func <long, EntityChanges> preActionModifiedRelatedEntities)
{
Relationship relationship;
EntityType fromType;
EntityType toType;
base.OnEntityChange(entities, cause, preActionModifiedRelatedEntities);
// There should be no need to be recursive since all relationships involved
// in a security check are added. Similarly, this invalidates relationships
// without the appropriate flag but these will not be cached, anyway.
foreach (IEntity entity in entities)
{
relationship = entity.As <Relationship>();
if (relationship != null)
{
fromType = relationship.FromType;
toType = relationship.ToType;
if ((relationship.SecuresFrom ?? false) && fromType != null)
{
IEnumerable <long> fromTypeRelationships = fromType.Relationships.Concat(fromType.ReverseRelationships).Select(e => e.Id);
InvalidateRelationshipTypes(fromTypeRelationships);
}
if ((relationship.SecuresTo ?? false) && toType != null)
{
IEnumerable <long> toTypeRelationships = toType.Relationships.Concat(toType.ReverseRelationships).Select(e => e.Id);
InvalidateRelationshipTypes(toTypeRelationships);
}
}
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kSettingChanged || cause == InvalidationCause.kExpressionInvalidated)
{
if (cause == InvalidationCause.kSettingChanged)
{
if (m_Subgraph != null)
{
var graph = GetGraph();
if (graph != null) // that case it will be checked in OnAdded
{
var otherGraph = m_Subgraph.GetResource().GetOrCreateGraph();
if (otherGraph == graph || otherGraph.subgraphDependencies.Contains(graph.GetResource().visualEffectObject))
{
m_Subgraph = null; // prevent cyclic dependencies.
}
}
}
if (m_Subgraph != null || object.ReferenceEquals(m_Subgraph, null) || m_UsedSubgraph == null || m_UsedSubgraph != m_Subgraph.GetResource().GetOrCreateGraph()) // do not recreate subchildren if the subgraph is not available but is not null
{
RecreateCopy();
}
}
base.OnInvalidate(model, cause);
PatchInputExpressions();
}
else
{
base.OnInvalidate(model, cause);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
var outputSlotSpaceable = outputSlots.Where(o => o.spaceable);
bool needUpdateInputSpaceable = false;
foreach (var output in outputSlotSpaceable)
{
var currentSpaceForSlot = GetOutputSpaceFromSlot(output);
if (currentSpaceForSlot != output.space)
{
output.space = currentSpaceForSlot;
needUpdateInputSpaceable = true;
}
}
//If one of output slot has changed its space, expression tree for inputs,
//and more generally, current operation expression graph is invalid.
//=> Trigger invalidation on input is enough to recompute the graph from this operator
if (needUpdateInputSpaceable)
{
var inputSlotSpaceable = inputSlots.Where(o => o.spaceable);
foreach (var input in inputSlotSpaceable)
{
input.Invalidate(InvalidationCause.kSpaceChanged);
}
}
if (cause == InvalidationCause.kConnectionChanged)
{
ResyncSlots(true);
}
base.OnInvalidate(model, cause);
}
protected override sealed void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kConnectionChanged || cause == InvalidationCause.kSpaceChanged)
{
if (IsMasterSlot() && direction == Direction.kInput && spaceable && HasLink())
{
var linkedSlot = m_LinkedSlots.First();
if (linkedSlot.spaceable && linkedSlot.space != (VFXCoordinateSpace)int.MaxValue)
{
space = linkedSlot.space;
}
}
}
//Propagate space change to children
if (cause == InvalidationCause.kSpaceChanged)
{
if (IsMasterSlot())
{
InvalidateExpressionTree();
}
if (direction == Direction.kOutput)
{
PropagateToChildren(s =>
{
foreach (var slot in s.m_LinkedSlots)
{
slot.Invalidate(cause);
}
});
}
}
base.OnInvalidate(model, cause);
}
/// <summary>
/// Notify of entity changes.
/// </summary>
public void OnEntityChange(IList <IEntity> entities, InvalidationCause cause, Func <long, EntityChanges> preActionModifiedRelatedEntities)
{
foreach (ICacheInvalidator cacheInvalidator in _cacheInvalidators)
{
cacheInvalidator.OnEntityChange(entities, cause, preActionModifiedRelatedEntities);
}
}
public void BasicTest(InvalidationCause invalidationCause)
{
CachingReportToQueryConverter cachingReportToQueryConverter;
Report report;
StructuredQuery structuredQuery;
ItemsRemovedEventHandler <CachingReportToQueryConverterKey> itemsRemovedEventHandler;
List <long> itemsRemoved;
using (var ctx = EDC.ReadiNow.Database.DatabaseContext.GetContext(true, preventPostSaveActionsPropagating: true))
{
report = TestQueries.Entities().ToReport();
report.Save();
ctx.CommitTransaction();
}
cachingReportToQueryConverter = Factory.Current.Resolve <CachingReportToQueryConverter>();
Assert.That(cachingReportToQueryConverter, Is.Not.Null,
"Not report to query converter cache found");
Assert.That(cachingReportToQueryConverter, Is.Not.Null,
"Not report to query converter cache found");
itemsRemoved = new List <long>();
itemsRemovedEventHandler = (sender, args) => itemsRemoved.AddRange(args.Items.Select(key => key.ReportId));
structuredQuery = cachingReportToQueryConverter.Convert(report, null);
try
{
cachingReportToQueryConverter.Cache.ItemsRemoved += itemsRemovedEventHandler;
Assert.That(cachingReportToQueryConverter.Cache,
Has.Exactly(1).Property("Key").Property("ReportId").EqualTo(report.Id));
Assert.That(cachingReportToQueryConverter.Cache,
Has.Exactly(1).Property("Value").Property("StructuredQuery").SameAs(structuredQuery));
using (var ctx = EDC.ReadiNow.Database.DatabaseContext.GetContext(true, preventPostSaveActionsPropagating: true))
{
if (invalidationCause == InvalidationCause.Save)
{
report.Save();
}
else if (invalidationCause == InvalidationCause.Delete)
{
report.Delete();
}
else
{
Assert.Fail("Unknown invalidation cause");
}
ctx.CommitTransaction();
}
Assert.That(cachingReportToQueryConverter.Cache,
Has.Exactly(0).Property("Key").EqualTo(report.Id));
Assert.That(itemsRemoved,
Has.Exactly(1).EqualTo(report.Id));
}
finally
{
cachingReportToQueryConverter.Cache.ItemsRemoved -= itemsRemovedEventHandler;
}
}
public void OnEntityChange(IList <IEntity> entities, InvalidationCause cause, Func <long, EntityChanges> preActionModifiedRelatedEntities)
{
if (_caches.Count > 0 && AreMetadata(entities))
{
InvalidateMetadataCaches(RequestContext.TenantId);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
base.OnInvalidate(model, cause);
if (cause == InvalidationCause.kSettingChanged)
{
UpdateValidOutputs();
}
}
void InvalidateChildren(VFXModel model, InvalidationCause cause)
{
foreach (var child in children)
{
child.OnInvalidate(model, cause);
child.InvalidateChildren(model, cause);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (model == this && cause == InvalidationCause.kConnectionChanged)
{
ResyncSlots(false); // To add/remove stripIndex
}
base.OnInvalidate(model, cause);
}
protected internal virtual void Invalidate(VFXModel model, InvalidationCause cause)
{
OnInvalidate(model, cause);
if (m_Parent != null)
{
m_Parent.Invalidate(model, cause);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
base.OnInvalidate(model, cause);
if (owner is VFXModel)
{
((VFXModel)owner).Invalidate(model, cause); // Forward invalidate event to owner
}
}
public void OnOriginalSlotModified(VFXModel original, InvalidationCause cause)
{
if (cause == InvalidationCause.kParamChanged)
{
m_OriginalToCopy[original as VFXSlot].value = (original as VFXSlot).value;
Invalidate(InvalidationCause.kParamChanged);
}
}
protected internal override void Invalidate(VFXModel model, InvalidationCause cause)
{
base.Invalidate(model, cause);
foreach (VFXContext owner in owners)
{
owner.Invalidate(model, cause);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (model == this && cause == InvalidationCause.kSettingChanged)
{
ResyncSlots(true);
}
base.OnInvalidate(model, cause);
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kSettingChanged && (subgraph != null || object.ReferenceEquals(m_Subgraph, null)))
{
RecreateCopy();
}
base.OnInvalidate(model, cause);
}
protected internal override void Invalidate(VFXModel model, InvalidationCause cause)
{
base.Invalidate(model, cause);
var owner = this.owner;
if (owner != null)
{
owner.Invalidate(this, cause);
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (m_EntryCount < 1)
{
m_EntryCount = 1;
}
if (m_EntryCount > 32)
{
m_EntryCount = 32;
}
base.OnInvalidate(model, cause);
}
protected internal override void Invalidate(VFXModel model, InvalidationCause cause)
{
base.Invalidate(model, cause);
if (cause == InvalidationCause.kSettingChanged) // As data settings are supposed to be implicitely context settings at the same time, throw an invalidate for each contexts
{
foreach (VFXContext owner in owners)
{
owner.Invalidate(owner, cause);
}
}
}
/// <summary>
/// Notify a cache when an entity is saved or deleted.
/// </summary>
/// <param name="entities">The entities being saved or deleted. This cannot be null.</param>
/// <param name="cause">Whether the operation is a save or delete.</param>
/// <param name="preActionModifiedRelatedEntities">Modified fields and related entities. This cannot be null.</param>
public void OnEntityChange(IList <IEntity> entities, InvalidationCause cause, Func <long, EntityChanges> preActionModifiedRelatedEntities)
{
if (InvalidationCause.Delete != cause || entities == null)
{
return;
}
if (entities.Any(e => e.Is <EntityType>()))
{
Instance.Clear();
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kConnectionChanged)
{
if (model == this)
{
ResyncSlots(false); // To add/remove stripIndex
}
RefreshErrors(GetGraph());
}
base.OnInvalidate(model, cause);
}
protected virtual void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (onInvalidateDelegate != null)
{
Profiler.BeginSample("VFXEditor.OnInvalidateDelegate");
try
{
onInvalidateDelegate(model, cause);
}
finally
{
Profiler.EndSample();
}
}
}
public void Invalidate(InvalidationCause cause)
{
Modified();
string sampleName = GetType().Name + "-" + name + "-" + cause;
Profiler.BeginSample("VFXEditor.Invalidate" + sampleName);
try
{
Invalidate(this, cause);
}
finally
{
Profiler.EndSample();
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
base.OnInvalidate(model, cause);
if (cause == InvalidationCause.kStructureChanged ||
cause == InvalidationCause.kConnectionChanged ||
cause == InvalidationCause.kExpressionInvalidated ||
cause == InvalidationCause.kSettingChanged)
{
if (hasBeenCompiled || CanBeCompiled())
{
Invalidate(InvalidationCause.kExpressionGraphChanged);
}
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
base.OnInvalidate(model, cause);
if (cause == InvalidationCause.kSettingChanged)
{
//Delete incompatible blocks
foreach (var block in children.ToList())
{
if (!Accept(block))
{
RemoveChild(block);
}
}
}
}
protected override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
if (cause == InvalidationCause.kSettingChanged || cause == InvalidationCause.kExpressionInvalidated)
{
if (cause == InvalidationCause.kSettingChanged && (m_Subgraph != null || object.ReferenceEquals(m_Subgraph, null))) // do not recreate subchildren if the subgraph is not available but is not null
{
RecreateCopy();
}
base.OnInvalidate(model, cause);
PatchInputExpressions();
}
else
{
base.OnInvalidate(model, cause);
}
}
protected override sealed void OnInvalidate(VFXModel model, InvalidationCause cause)
{
//Detect spaceable input slot & set output slot as a result (if one output slot is spaceable)
var inputSlotWithExpression = new List <VFXSlot>();
GetSlotPredicateRecursive(inputSlotWithExpression, inputSlots, s => s.IsMasterSlot());
var inputSlotSpaceable = inputSlots.Where(o => o.spaceable);
if (inputSlotSpaceable.Any() || inputSlots.Count == 0)
{
var outputSlotWithExpression = new List <VFXSlot>();
GetSlotPredicateRecursive(outputSlotWithExpression, outputSlots, s => s.IsMasterSlot());
var outputSlotSpaceable = outputSlots.Where(o => o.spaceable);
bool needUpdateInputSpaceable = false;
foreach (var output in outputSlotSpaceable)
{
var currentSpaceForSlot = GetOutputSpaceFromSlot(output);
if (currentSpaceForSlot != output.space)
{
output.space = currentSpaceForSlot;
needUpdateInputSpaceable = true;
}
}
//If one of output slot has changed its space, expression tree for inputs,
//and more generally, current operation expression graph is invalid.
//=> Trigger invalidation on input is enough to recompute the graph from this operator
if (needUpdateInputSpaceable)
{
foreach (var input in inputSlotSpaceable)
{
input.Invalidate(InvalidationCause.kSpaceChanged);
}
}
}
if (cause == InvalidationCause.kConnectionChanged)
{
ResyncSlots(true);
}
base.OnInvalidate(model, cause);
}
public void Invalidate(InvalidationCause cause)
{
if (cause != InvalidationCause.kExpressionGraphChanged && cause != InvalidationCause.kExpressionInvalidated)
{
Modified();
}
string sampleName = GetType().Name + "-" + name + "-" + cause;
Profiler.BeginSample("VFXEditor.Invalidate" + sampleName);
try
{
Invalidate(this, cause);
}
finally
{
Profiler.EndSample();
}
}
protected sealed override void OnInvalidate(VFXModel model, InvalidationCause cause)
{
base.OnInvalidate(model, cause);
if (isOutput)
{
return;
}
if (cause == InvalidationCause.kSettingChanged)
{
var valueExpr = m_ExprSlots.Select(t => t.DefaultExpression(valueMode)).ToArray();
bool valueExprChanged = true;
if (m_ValueExpr.Length == valueExpr.Length)
{
valueExprChanged = false;
for (int i = 0; i < m_ValueExpr.Length; ++i)
{
if (m_ValueExpr[i].ValueMode != valueExpr[i].ValueMode ||
m_ValueExpr[i].valueType != valueExpr[i].valueType)
{
valueExprChanged = true;
break;
}
}
}
if (valueExprChanged)
{
m_ValueExpr = valueExpr;
outputSlots[0].InvalidateExpressionTree();
Invalidate(InvalidationCause.kExpressionGraphChanged); // As we need to update exposed list event if not connected to a compilable context
}
/* TODO : Allow VisualEffectApi to update only exposed name */
else if (exposed)
{
Invalidate(InvalidationCause.kExpressionGraphChanged);
}
}
if (cause == InvalidationCause.kParamChanged)
{
UpdateDefaultExpressionValue();
}
}
