protected override void ReadV10(ByteReader reader)
{
// First, read the compression header (first element in segment data)
ElementHeader head = new LogicalElementHeaderZlib();
head.Read( reader, 10 );
Element e = Element.Create( head, reader, head.ObjectTypeID, 10 );
e.Read( reader, 10 );
Elements.Add( e );
// Read Graph Elements
head = new LogicalElementHeader();
head.Read( reader, 10 );
while ( !head.ObjectTypeID.Equals( Element.EndOfElements ) ) {
e = Element.Create( head, reader, head.ObjectTypeID, 10 );
e.Read( reader, 10 );
Elements.Add( e );
head = new LogicalElementHeader();
head.Read( reader, 10 );
}
// Read Property Atoms
head = new LogicalElementHeader();
head.Read( reader, 10 );
while ( !head.ObjectTypeID.Equals( Element.EndOfElements ) ) {
e = Element.Create( head, reader, head.ObjectTypeID, 10 );
e.Read( reader, 10 );
Properties.Add( e );
head = new LogicalElementHeader();
head.Read( reader, 10 );
}
// Attempt to read property table:
PropertyTable.Read( reader);
reader.Inflate();
}
protected override void ReadV8(ByteReader reader)
{
int len = 24;
// First, read the compression header (first element in segment data)
ElementHeader head = new LogicalElementHeader();
head.Read(reader, 8);
Element e = Element.Create( head, reader, head.ObjectTypeID, 8 );
e.Read( reader, 8 );
Elements.Add( e );
len += head.Length;
while ( len < Header.SegmentLength ) {
head = new LogicalElementHeader();
head.Read( reader, 8 );
if ( head.ObjectTypeID.Equals( Element.EndOfElements ) )
break;
e = Element.Create( head, reader, head.ObjectTypeID, 8 );
e.Read( reader, 8 );
Elements.Add( e );
len += head.Length;
}
}
