public void CollectMembers()
{
for (int index = 0; index < this._typeDefinition.MemberDefinitions.Count; ++index)
{
MemberDefinition memberDefinition = this._typeDefinition.MemberDefinitions[index];
MemberSaveData memberSaveData = (MemberSaveData)null;
switch (memberDefinition)
{
case PropertyDefinition _:
PropertyDefinition propertyDefinition = (PropertyDefinition)memberDefinition;
PropertyInfo propertyInfo = propertyDefinition.PropertyInfo;
MemberTypeId id1 = propertyDefinition.Id;
PropertySaveData propertySaveData = new PropertySaveData(this, propertyDefinition, id1);
this._propertyValues.Add(propertyInfo, propertySaveData);
memberSaveData = (MemberSaveData)propertySaveData;
break;
case FieldDefinition _:
FieldDefinition fieldDefinition = (FieldDefinition)memberDefinition;
FieldInfo fieldInfo = fieldDefinition.FieldInfo;
MemberTypeId id2 = fieldDefinition.Id;
FieldSaveData fieldSaveData = new FieldSaveData(this, fieldDefinition, id2);
this._fieldValues.Add(fieldInfo, fieldSaveData);
memberSaveData = (MemberSaveData)fieldSaveData;
break;
}
TypeDefinitionBase typeDefinition1 = this.Context.DefinitionContext.GetTypeDefinition(memberDefinition.GetMemberType());
if (typeDefinition1 is TypeDefinition typeDefinition3 && !typeDefinition3.IsClassDefinition)
{
ObjectSaveData childStruct = this._childStructs[memberDefinition];
memberSaveData.InitializeAsCustomStruct(childStruct.ObjectId);
}
public PropertySaveData(
ObjectSaveData objectSaveData,
PropertyDefinition propertyDefinition,
MemberTypeId saveId)
: base(objectSaveData)
{
this.PropertyDefinition = propertyDefinition;
this.SaveId = saveId;
}
public FieldSaveData(
ObjectSaveData objectSaveData,
FieldDefinition fieldDefinition,
MemberTypeId saveId)
: base(objectSaveData)
{
this.FieldDefinition = fieldDefinition;
this.SaveId = saveId;
}
private void SaveSingleObject(
ArchiveConcurrentSerializer headerSerializer,
byte[][] objectData,
int id)
{
object childObject = this._childObjects[id];
ArchiveSerializer archiveSerializer = new ArchiveSerializer();
SaveEntryFolder rootFolder1 = SaveEntryFolder.CreateRootFolder();
SaveEntryFolder rootFolder2 = SaveEntryFolder.CreateRootFolder();
ObjectSaveData objectSaveData = new ObjectSaveData((ISaveContext)this, id, childObject, true);
objectSaveData.CollectStructs();
objectSaveData.CollectMembers();
objectSaveData.CollectStrings();
objectSaveData.SaveHeaderTo(rootFolder2, (IArchiveContext)headerSerializer);
objectSaveData.SaveTo(rootFolder1, (IArchiveContext)archiveSerializer);
headerSerializer.SerializeFolderConcurrent(rootFolder2);
archiveSerializer.SerializeFolder(rootFolder1);
byte[] binaryData = archiveSerializer.FinalizeAndGetBinaryData();
objectData[id] = binaryData;
}
private void CollectObjects(object parent)
{
if (this._idsOfChildObjects.ContainsKey(parent))
{
return;
}
int count = this._childObjects.Count;
this._childObjects.Add(parent);
this._idsOfChildObjects.Add(parent, count);
Type type = parent.GetType();
ObjectSaveData.GetChildObjects((ISaveContext)this, this.DefinitionContext.GetClassDefinition(type) ?? throw new Exception("Could not find type definition of type: " + (object)type), parent, this._temporaryCollectedObjects);
for (int index = 0; index < this._temporaryCollectedObjects.Count; ++index)
{
object temporaryCollectedObject = this._temporaryCollectedObjects[index];
if (temporaryCollectedObject != null)
{
this._objectsToIterate.Enqueue(temporaryCollectedObject);
}
}
this._temporaryCollectedObjects.Clear();
}
private static void ProcessChildObjectElement(
object childElement,
ISaveContext context,
List <object> collectedObjects)
{
Type type = childElement.GetType();
bool isClass = type.IsClass;
if (isClass && type != typeof(string))
{
collectedObjects.Add(childElement);
}
else
{
if (isClass)
{
return;
}
TypeDefinition structDefinition = context.DefinitionContext.GetStructDefinition(type);
if (structDefinition == null)
{
return;
}
if (structDefinition.CollectObjectsMethod != null)
{
structDefinition.CollectObjectsMethod(childElement, collectedObjects);
}
else
{
for (int index = 0; index < structDefinition.MemberDefinitions.Count; ++index)
{
MemberDefinition memberDefinition = structDefinition.MemberDefinitions[index];
ObjectSaveData.GetChildObjectFrom(context, childElement, memberDefinition, collectedObjects);
}
}
}
}
protected MemberSaveData(ObjectSaveData objectSaveData)
: base(objectSaveData.Context)
{
this.ObjectSaveData = objectSaveData;
}
