public override void Read(ReadArgs args)
{
args.SetValues();
args.CurrentSeqNo = ExpectNextSeqNo(args);
int readChar = args.ReadOne();
if (readChar == iRefPrefix)
{
args.State = ReaderInstance.Singleton;
}
else if (readChar == iArray)
{
readChar = args.ReadOne();
if (readChar != iFieldSep)
{
throw Error.Unexpected(ErrorCode.UnexpectedChars, FieldSeparator, readChar);
}
ArrayRecord rec = new ArrayRecord(args.CurrentSeqNo);
args.SetupRecord(rec);
args.Read.Read(rec);
args.State = ReaderField.Singleton;
}
else if (readChar == iStringEncl)
{
args.State = ReaderTypeDef.Singleton;
}
else
{
throw new Error(ErrorCode.UnknownRecordType).AddData(ErrorDataKeys.Actual, readChar);
}
}
public override void Read(ReadArgs args)
{
// sequence no, opening quote of type name has been read,
TypeDefRecord rec = new TypeDefRecord(args.CurrentSeqNo, base.ReadStringStrict(args, false), ReadMembers(args));
args.SetupRecord(rec);
args.Read.Read(rec);
//ReadMembers(args, rec);
}
public override void Read(ReadArgs args)
{
Record refRec = base.ReadRef(args, false);
if (refRec.RecType != RecordType.TypeDef)
{
throw Error.Unexpected(ErrorCode.UnexpectedRecordType, RecordType.TypeDef, refRec.RecType);
}
TypeDefRecord refType = refRec as TypeDefRecord;
InstanceRecord rec = new InstanceRecord(args.CurrentSeqNo, refType);
args.SetupRecord(rec);
args.Read.Read(rec);
// base.ReadRef must have already set the next state
}