internal InvertedIndex(string path, string fieldName,
Data.Field.IndexMode mode, bool rebuild, Data.DBProvider dbProvider, int documnetCount)
{
_FieldName = fieldName;
_IndexMode = mode;
_DBProvider = dbProvider;
InitFileStore(path, fieldName, rebuild);
//Cache.CacheManager.Register(this);
_IndexMerge = new IndexMerge(path, _IndexFileProxy);
_DocumentCount = documnetCount;
//InitCollectThread();
}
//internal IEnumerable<DocumentPositionList> GetDocListForWriter1()
//{
// int j = 0;
// foreach (DocumentPositionList docPositionList in GetDocListForWriter1())
// {
// if (docPositionList.DocumentId != _ListForWriter[j].DocumentId ||
// docPositionList.Count != _ListForWriter[j].Count ||
// docPositionList.FirstPosition != _ListForWriter[j].FirstPosition ||
// docPositionList.TotalWordsInThisDocument != _ListForWriter[j].TotalWordsInThisDocument)
// {
// Console.WriteLine();
// }
// j++;
// }
// for (int i = 0; i < _ListForWriter.Count; i++)
// {
// yield return _ListForWriter[i];
// }
//}
internal WordIndexWriter(string word, Data.Field.IndexMode mode, DocumentPositionAlloc alloc)
{
_Word = word;
_IndexMode = mode;
_DocPositionAlloc = alloc;
_Count = 0;
TempDocId = 0;
TempFirstPosition = 0;
TempWordCountInThisDoc = 0; //How many words (this word) in this doc
TempTotalWordsInDoc = 0; //Total words in this doc
//_ListForWriter = new List<DocumentPositionList>();
_First = -1;
_Cur = -1;
}
