public static void DefragIndex(DefragmentContextImpl context, IIndexable4 keyHandler
)
{
// count
int count = context.ReadInt();
// leafByte
byte leafByte = context.ReadByte();
bool isLeaf = (leafByte == 1);
context.CopyID();
// parent ID
context.CopyID();
// previous ID
context.CopyID();
// next ID
for (int i = 0; i < count; i++)
{
keyHandler.DefragIndexEntry(context);
if (!isLeaf)
{
context.CopyID();
}
}
}
public virtual void Defrag(ClassMetadata classMetadata, LatinStringIO sio, DefragmentContextImpl
context, int classIndexID)
{
ReadName(sio, context.SourceBuffer());
ReadName(sio, context.TargetBuffer());
int metaClassID = 0;
context.WriteInt(metaClassID);
// ancestor ID
context.CopyID();
context.WriteInt((classMetadata.HasClassIndex() ? IndexIDForWriting(classIndexID)
: 0));
int aspectCount = context.ReadInt();
if (aspectCount > classMetadata.DeclaredAspectCount())
{
throw new InvalidOperationException();
}
IntByRef processedAspectCount = new IntByRef(0);
classMetadata.TraverseDeclaredAspects(new _IProcedure4_136(this, processedAspectCount
, aspectCount, classMetadata, sio, context));
}
private int CopyAcceptedClasses(DefragmentContextImpl context, int acceptedClasses
)
{
int numClasses = context.ReadInt();
for (int classIdx = 0; classIdx < numClasses; classIdx++)
{
int classId = context.SourceBuffer().ReadInt();
if (!this.Accept(classId))
{
continue;
}
++acceptedClasses;
context.WriteMappedID(classId);
}
return acceptedClasses;
}