/// <inheritdoc/>
public override void VisitObjectMember(object container, ObjectDescriptor containerDescriptor, IMemberDescriptor member, object value)
{
if (!NotifyNodeConstructing(containerDescriptor, member))
{
return;
}
// If this member should contains a reference, create it now.
IReference reference = CreateReferenceForNode(member.Type, value);
ModelNode containerNode = GetContextNode();
ITypeDescriptor typeDescriptor = TypeDescriptorFactory.Find(member.Type);
IContent content = new MemberContent(containerNode.Content, member, typeDescriptor, IsPrimitiveType(member.Type), reference);
var node = new ModelNode(member.Name, content, Guid.NewGuid());
containerNode.AddChild(node);
if (reference != null)
{
referenceContents.Add(content);
}
if (!(reference is ObjectReference))
{
// For enumerable references, we visit the member to allow VisitCollection or VisitDictionary to enrich correctly the node.
PushContextNode(node);
Visit(value);
PopContextNode();
}
AvailableCommands.Where(x => x.CanAttach(node.Content.Descriptor, (MemberDescriptorBase)member)).ForEach(node.AddCommand);
NotifyNodeConstructed(content);
node.Seal();
}
/// <inheritdoc/>
public override void VisitObjectMember(object container, ObjectDescriptor containerDescriptor, IMemberDescriptor member, object value)
{
bool shouldProcessReference;
if (!NotifyNodeConstructing(containerDescriptor, member, out shouldProcessReference))
{
return;
}
// If this member should contains a reference, create it now.
ModelNode containerNode = GetContextNode();
IContent content = ContentFactory.CreateMemberContent(this, containerNode.Content, member, IsPrimitiveType(member.Type), value, shouldProcessReference);
var node = new ModelNode(member.Name, content, Guid.NewGuid());
containerNode.AddChild(node);
if (content.IsReference)
{
referenceContents.Add(content);
}
PushContextNode(node);
if (!(content.Reference is ObjectReference))
{
// For enumerable references, we visit the member to allow VisitCollection or VisitDictionary to enrich correctly the node.
Visit(content.Value);
}
PopContextNode();
AvailableCommands.Where(x => x.CanAttach(node.Content.Descriptor, (MemberDescriptorBase)member)).ForEach(node.AddCommand);
NotifyNodeConstructed(content);
node.Seal();
}
/// <inheritdoc/>
public override void VisitObject(object obj, ObjectDescriptor descriptor, bool visitMembers)
{
ITypeDescriptor currentDescriptor = descriptor;
bool isRootNode = contextStack.Count == 0;
if (isRootNode)
{
bool shouldProcessReference;
if (!NotifyNodeConstructing(descriptor, out shouldProcessReference))
{
return;
}
// If we are in the case of a collection of collections, we might have a root node that is actually an enumerable reference
// This would be the case for each collection within the base collection.
IContent content = descriptor.Type.IsStruct() ? ContentFactory.CreateBoxedContent(this, obj, descriptor, IsPrimitiveType(descriptor.Type))
: ContentFactory.CreateObjectContent(this, obj, descriptor, IsPrimitiveType(descriptor.Type), shouldProcessReference);
currentDescriptor = content.Descriptor;
rootNode = new ModelNode(currentDescriptor.Type.Name, content, rootGuid);
if (content.IsReference && currentDescriptor.Type.IsStruct())
{
throw new QuantumConsistencyException("A collection type", "A structure type", rootNode);
}
if (content.IsReference)
{
referenceContents.Add(content);
}
AvailableCommands.Where(x => x.CanAttach(currentDescriptor, null)).ForEach(rootNode.AddCommand);
NotifyNodeConstructed(content);
if (obj == null)
{
rootNode.Seal();
return;
}
PushContextNode(rootNode);
}
if (!IsPrimitiveType(currentDescriptor.Type))
{
base.VisitObject(obj, descriptor, true);
}
if (isRootNode)
{
PopContextNode();
rootNode.Seal();
}
}
/// <inheritdoc/>
public override void VisitObject(object obj, ObjectDescriptor descriptor, bool visitMembers)
{
bool isRootNode = contextStack.Count == 0;
if (isRootNode)
{
if (!NotifyNodeConstructing(descriptor))
{
return;
}
// If we are in the case of a collection of collections, we might have a root node that is actually an enumerable reference
// This would be the case for each collection within the base collection.
IReference reference = CreateReferenceForNode(descriptor.Type, obj);
reference = reference is ReferenceEnumerable ? reference : null;
IContent content = descriptor.Type.IsStruct() ? new BoxedContent(obj, descriptor, IsPrimitiveType(descriptor.Type)) : new ObjectContent(obj, descriptor, IsPrimitiveType(descriptor.Type), reference);
rootNode = new ModelNode(descriptor.Type.Name, content, rootGuid);
if (reference != null && descriptor.Type.IsStruct())
{
throw new QuantumConsistencyException("A collection type", "A structure type", rootNode);
}
if (reference != null)
{
referenceContents.Add(content);
}
AvailableCommands.Where(x => x.CanAttach(rootNode.Content.Descriptor, null)).ForEach(rootNode.AddCommand);
NotifyNodeConstructed(content);
if (obj == null)
{
rootNode.Seal();
return;
}
PushContextNode(rootNode);
}
if (!IsPrimitiveType(descriptor.Type))
{
base.VisitObject(obj, descriptor, true);
}
if (isRootNode)
{
PopContextNode();
rootNode.Seal();
}
}
/// <inheritdoc/>
public override void VisitObject(object obj, ObjectDescriptor descriptor, bool visitMembers)
{
ITypeDescriptor currentDescriptor = descriptor;
bool isRootNode = contextStack.Count == 0;
if (isRootNode)
{
bool shouldProcessReference;
if (!NotifyNodeConstructing(descriptor, out shouldProcessReference))
return;
// If we are in the case of a collection of collections, we might have a root node that is actually an enumerable reference
// This would be the case for each collection within the base collection.
IContent content = descriptor.Type.IsStruct() ? ContentFactory.CreateBoxedContent(this, obj, descriptor, IsPrimitiveType(descriptor.Type))
: ContentFactory.CreateObjectContent(this, obj, descriptor, IsPrimitiveType(descriptor.Type), shouldProcessReference);
currentDescriptor = content.Descriptor;
rootNode = new ModelNode(currentDescriptor.Type.Name, content, rootGuid);
if (content.IsReference && currentDescriptor.Type.IsStruct())
throw new QuantumConsistencyException("A collection type", "A structure type", rootNode);
if (content.IsReference)
referenceContents.Add(content);
AvailableCommands.Where(x => x.CanAttach(currentDescriptor, null)).ForEach(rootNode.AddCommand);
NotifyNodeConstructed(content);
if (obj == null)
{
rootNode.Seal();
return;
}
PushContextNode(rootNode);
}
if (!IsPrimitiveType(currentDescriptor.Type))
{
base.VisitObject(obj, descriptor, (GetContextNode().Flags & ModelNodeFlags.DoNotVisitMembers) == 0);
}
if (isRootNode)
{
PopContextNode();
rootNode.Seal();
}
}
/// <inheritdoc/>
public override void VisitObjectMember(object container, ObjectDescriptor containerDescriptor, IMemberDescriptor member, object value)
{
bool shouldProcessReference;
if (!NotifyNodeConstructing(containerDescriptor, member, out shouldProcessReference))
return;
// If this member should contains a reference, create it now.
ModelNode containerNode = GetContextNode();
IContent content = ContentFactory.CreateMemberContent(this, containerNode.Content, member, IsPrimitiveType(member.Type), value, shouldProcessReference);
var node = new ModelNode(member.Name, content, Guid.NewGuid());
containerNode.AddChild(node);
if (content.IsReference)
referenceContents.Add(content);
PushContextNode(node);
if (!(content.Reference is ObjectReference))
{
// For enumerable references, we visit the member to allow VisitCollection or VisitDictionary to enrich correctly the node.
Visit(content.Value);
}
PopContextNode();
AvailableCommands.Where(x => x.CanAttach(node.Content.Descriptor, (MemberDescriptorBase)member)).ForEach(node.AddCommand);
NotifyNodeConstructed(content);
node.Seal();
}