//
// In Progress attempt to rewrite writeSerializedRecord and related fns
// using a seekable/skipping WriteBuf
//
func (serde ORecordSerializerV0) writeSerializedRecord(wbuf *obuf.WriteBuf, doc *oschema.ODocument) (err error) {
nfields := len(doc.FieldNames())
ptrPos := make([]int, 0, nfields) // position in buf where data ptr int needs to be written
currDB := serde.dbc.GetCurrDB()
oclass, ok := currDB.Classes[doc.Classname]
docFields := doc.GetFields()
for _, fld := range docFields {
var oprop *oschema.OProperty
if ok {
oprop = oclass.Properties[fld.Name]
}
// FROM THE JAVA CLIENT:
// if (properties[i] != null) {
// OVarIntSerializer.write(bytes, (properties[i].getId() + 1) * -1);
// if (properties[i].getType() != OType.ANY)
// pos[i] = bytes.alloc(OIntegerSerializer.INT_SIZE);
// else
// pos[i] = bytes.alloc(OIntegerSerializer.INT_SIZE + 1); // TODO: why does ANY required an additional byte?
// } else {
// writeString(bytes, entry.getKey());
// pos[i] = bytes.alloc(OIntegerSerializer.INT_SIZE + 1);
if oprop != nil {
// if property is known in the global properties, then
// just write its encoded id
varint.EncodeAndWriteVarInt32(wbuf, encodeFieldIDForHeader(oprop.ID))
ptrPos = append(ptrPos, wbuf.Len())
wbuf.Skip(4)
// Note: no need to write property type when writing property ID
} else {
// property Name
err = varint.WriteString(wbuf, fld.Name)
if err != nil {
return oerror.NewTrace(err)
}
ptrPos = append(ptrPos, wbuf.Len())
wbuf.Skip(4)
// property Type
err = rw.WriteByte(wbuf, byte(fld.Type))
if err != nil {
return oerror.NewTrace(err)
}
}
}
wbuf.WriteByte(0) // End of Header sentinel
// now write out the data values
for i, fld := range docFields {
currPos := wbuf.Len()
wbuf.Seek(uint(ptrPos[i]))
err = rw.WriteInt(wbuf, int32(currPos))
if err != nil {
return oerror.NewTrace(err)
}
wbuf.Seek(uint(currPos))
err = serde.writeDataValue(wbuf, fld.Value, fld.Type)
if err != nil {
return oerror.NewTrace(err)
}
}
return nil
}
