public void AddRawRecord(byte[] rawRecord)
{
if (_recordFileWriters == null) {
_recordFileWriters = new RecordFileWriter[_recordFilesOut.Length];
for (int i = 0; i < _recordFilesOut.Length; i++) {
_recordFileWriters[i] = new RecordFileWriter(_recordFilesOut[i], _recordInstance);
_recordFileWriters[i].AddedRecordsInSortedOrder = _isSorted;
}
// we could have been set by the customHasher property otherwise...
if (_hasher == null) {
_hasher = new TMSNStoreHasher();
}
}
// if we're bucketting based on begin strings
if (_bucketBoundaryBeginBytes != null) {
while ((_currentBoundaryNo != _bucketBoundaryBeginBytes.Length - 1) &&
(TMSNStoreUtils.Utf8BytesCompare(_bucketBoundaryBeginBytes[_currentBoundaryNo+1], rawRecord) >= 0)) {
_currentBoundaryNo++;
}
//_recordFileWriters.
_recordFileWriters[_currentBoundaryNo].AddRawRecord(rawRecord);
}
// else if we only have one bucket
else if (_recordFileWriters.Length == 1) {
_recordFileWriters[0].AddRawRecord(rawRecord);
}
// else we have multiple buckets and we bucket based on a hash of the key
else {
// the default hasher respects null termination.
uint bucketNo = _hasher.GetHashCode(rawRecord, rawRecord.Length) % (uint)_recordFileWriters.Length;
_recordFileWriters[bucketNo].AddRawRecord(rawRecord);
}
}
public void Write()
{
if (_input == null) {
throw new Exception("only for use with set input property");
}
// we could have been set by the customHasher property otherwise...
if (_hasher == null) {
_hasher = new TMSNStoreHasher();
}
// if we have a gettable then iterate through them otherwise our Add method was used
while (_input.MoveNext()) {
//foreach (byte[] rawRecord in _recordFilter) {
byte[] rawRecord = _input.CurrentRawRecord;
// increment the currentBucketNo until the key is >= the corresponding bucket
// beginString or until we reach the last bucket
//AddRawRecord(rawRecord);
}
}
