Examples of org.apache.lucene.index.Term.text()

org.apache.lucene.index.Term.text()
Returns the text of this term. In the case of words, this is simply the text of the word. In the case of dates and other types, this is an encoding of the object as a string.

                    try {
                        do {
                            Term term = terms.term();
                            if (term != null
                                    && term.field() == testField
                                    && term.text().startsWith(namePrefix)) {
                                if (checkLower) {
                                    int compare = termCompare(term.text(), lowerTerm.text(), propNameLength);
                                    if (compare > 0 || compare == 0 && inclusive) {
                                        // do not check lower term anymore if no
                                        // transformation is done on the term enum

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                            Term term = terms.term();
                            if (term != null
                                    && term.field() == testField
                                    && term.text().startsWith(namePrefix)) {
                                if (checkLower) {
                                    int compare = termCompare(term.text(), lowerTerm.text(), propNameLength);
                                    if (compare > 0 || compare == 0 && inclusive) {
                                        // do not check lower term anymore if no
                                        // transformation is done on the term enum
                                        checkLower = transform == TRANSFORM_NONE ? false : true;
                                    } else {

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                                        // continue with next term
                                        continue;
                                    }
                                }
                                if (upperTerm != null) {
                                    int compare = termCompare(term.text(), upperTerm.text(), propNameLength);
                                    // if beyond the upper term, or is exclusive and
                                    // this is equal to the upper term
                                    if ((compare > 0) || (!inclusive && compare == 0)) {
                                        // only break out if no transformation
                                        // was done on the term from the enum

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                                            // because of the transformation
                                            // it is possible that the next
                                            // term will be included again if
                                            // we still enumerate on the same
                                            // property name
                                            if (term.text().startsWith(namePrefix)) {
                                                continue;
                                            } else {
                                                break;
                                            }
                                        }

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        LOG.info("###termbreak fieldchange###"+String.valueOf(tleft)+">>>>"+String.valueOf(tRight)+","+fieldLeft+","+fieldRigth);
        break;
      }
      
      String tvleft=ftleft.indexedToReadable(tleft.text());
      String tvRight=ftright.indexedToReadable(tRight.text());




      if(tvleft.equals(tvRight))
      {
        if(debugline++<10)

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      }
      Term t = te.term();
      if (t == null) {
        return null;
      }
      termText = t.text();
      if (termText == null) {


        return null;
      }
      termsCache.put(termNum, termText);

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        {
          td.seek(te);
          this.set_Doc2TermNum_NonSkip(td, docs, freqs, termNum,true,maxDoc);
        } else {


          MixTermInfo cl = new MixTermInfo(df, termNum, tdreader,  new Term(t.field(), t.text()));
          if (termDocslist.size() < limitsize) {
            termDocslist.add(cl);
          } else {
            MixTermInfo peek = termDocslist.peek();
            if (UnInvertedFieldUtils.TD_CMP.compare(peek, cl) > 0 && cl.getCount() / (peek.getCount() + 1) > 1.5) {

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      int df = te.docFreq();
      if (df <= SKIP_MIN || this.uni.baseAdvanceDocs == null) {
        td.seek(te);
        this.set_Doc2TermNum_NonSkip(td, docs, freqs, termNum, false, maxDoc);
      } else {
        MixTermInfo cl = new MixTermInfo(df, termNum, tdreader,  new Term(t.field(), t.text()));
        if (termDocslist.size() < limitsize) {
          termDocslist.add(cl);
        } else {
          MixTermInfo peek = termDocslist.peek();
          if (UnInvertedFieldUtils.TD_CMP.compare(peek, cl) > 0 && cl.getCount() / (peek.getCount() + 1) > 1.5) {

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      byte[] arr = fieldable.getBinaryValue();
      if (arr != null) {
        f.add( "binary", Base64.byteArrayToBase64(arr, 0, arr.length));
      }
      f.add( "boost", fieldable.getBoost() );
      f.add( "docFreq", t.text()==null ? 0 : reader.docFreq( t ) ); // this can be 0 for non-indexed fields
            
      // If we have a term vector, return that
      if( fieldable.isTermVectorStored() ) {
        try {
          TermFreqVector v = reader.getTermFreqVector( docId, fieldable.name() );

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      String prefixText = prefix.text();
      String prefixField = prefix.field();
      do {
        Term term = enumerator.term();
        if (term != null &&
            term.text().startsWith(prefixText) &&
            term.field() == prefixField)
        {
          termDocs.seek(term);
          while (termDocs.next()) {
            handleDoc(termDocs.doc());

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