// Here is the format of the DATA for a TRefArray object in Release 3.02.06.
//--------
// 0->3 ByteCount = Number of remaining bytes in TRefArray object (uncompressed)
// | OR'd with kByteCountMask (0x40000000)
// 4->5 Version = Version of TRefArray Class
// 6->15 = TObject object (Base class of TRefArray) (see tobject.txt).
// | Will be two bytes longer (6->17) if TRefArray object is
// | itself referenced (unlikely).
// 16->.. fName = Number of bytes in name of TRefArray object, followed by the
// | name itself. (TCollection::fName). Currently, TRefArrays
// | are not named, so this is a single byte containing 0.
// 0->3 nObjects | Number of object references (fUIDs) in this TRefArray.
// 4->7 fLowerBound= Lower bound of array. Typically 0.
// 8->9 pidf = An identifier of the TProcessID record for the process that wrote the
// | referenced objects. This identifier is an unsigned short. The relevant
// | record has a name that is the string "ProcessID" concatenated with the
// | ASCII decimal representation of "pidf" (no leading zeros).
// | 0 is a valid pidf.
// 10->.. fUIDs = Sequentially, object Unique ID's.
// | Each Unique ID is a four byte unsigned integer.
// | If non-zero, it matches the Unique ID in the referenced
// | object. If zero, it is an unused element in the array.
// | The fUIDs are written out only up to the last used element,
// | so the last fUID will always be non-zero.