List of usage examples for org.apache.lucene.index IndexReader document
public final Document document(int docID) throws IOException
nth Document in this index. From source file:org.iis.ut.artificialplagiarismcreator.tools.FileFromIndexEctractor.java
public static void main(String[] args) throws IOException { IndexReader ireader = IndexReader.open(new SimpleFSDirectory(new File(indexPath))); for (int i = 0; i < ireader.numDocs(); i++) { String text = ireader.document(i).get("TEXT"); BufferedWriter writer = new BufferedWriter( new FileWriter("/Users/Sam/Education/MyMasterThesis/Codes/evaluations/SimorghI/src/" + ireader.document(i).get("DOCID"))); writer.write(text);//from w w w .j av a2s .c o m writer.close(); } }
From source file:org.jab.docsearch.Index.java
License:Open Source License
/** * The location of a URL in an index; used in the algorithm for updating an * index./* www .j av a2s . c o m*/ * * @return the location of the SpiderUrl in a web oriented DocSearcherIndex, * or -1 if the URL is not in the index */ public int spiderIndexNum(int lastFound, String fileName, IndexReader ir) { int returnInt = -1; synchronized (this) { if (lastFound == -1) lastFound = 0; try { Document doc; String compareName = ""; int numDocs = ir.maxDoc(); for (int i = lastFound; i < numDocs; i++) { if (!ir.isDeleted(i)) { doc = ir.document(i); if (doc != null) { compareName = doc.get(FIELD_URL); if (compareName.equals(fileName)) { returnInt = i; break; } } } } if (returnInt == -1) { for (int i = lastFound; i > 0; i--) { if (!ir.isDeleted(i)) { doc = ir.document(i); if (doc != null) { compareName = doc.get(FIELD_URL); // System.out.println("Comparing "+compareName+" // to "+fileName); if (compareName.equals(fileName)) { // System.out.println("MATCH FOUND AT "+i); returnInt = i; break; } } } } } if (returnInt == -1) ds.setStatus("File " + fileName + " not found in index!"); } catch (Exception e) { logger.error("spiderIndexNum() failed", e); ds.setStatus("Error determining if doc is already in index!"); } // finally { return returnInt; // } } }
From source file:org.jab.docsearch.Index.java
License:Open Source License
/** * Location of a file in a DocSearcher index; used by update algoritm to * update an index./*w ww .j a va 2s .c o m*/ * * @return location of the document in the DocSearcherIndex or -1 if it is * not in there */ public int indexNum(int lastFound, String fileName, IndexReader ir) { int returnInt = -1; synchronized (this) { if (lastFound == -1) lastFound = 0; try { Document doc; String compareName = ""; int numDocs = ir.maxDoc(); for (int i = lastFound; i < numDocs; i++) { if (!ir.isDeleted(i)) { doc = ir.document(i); if (doc != null) { compareName = doc.get(FIELD_PATH); if (compareName.equals(fileName)) { returnInt = i; break; } } } } if (returnInt == -1) { for (int i = lastFound; i > 0; i--) { if (!ir.isDeleted(i)) { doc = ir.document(i); if (doc != null) { compareName = doc.get(FIELD_PATH); // System.out.println("Comparing "+compareName+" // to "+fileName); if (compareName.equals(fileName)) { // System.out.println("MATCH FOUND AT "+i); returnInt = i; break; } } } } } if (returnInt == -1) ds.setStatus("File " + fileName + " not found in index!"); } catch (Exception e) { logger.error("indexNum() failed", e); ds.setStatus("Error determining if doc is already in index!"); } return returnInt; } }
From source file:org.jab.docsearch.Index.java
License:Open Source License
/** * Updates a DocSearcherIndex/*from w w w .j av a2 s.c o m*/ * * @param di DocSearcherIndex */ public void updateIndex(final DocSearcherIndex di) { notesBuf = new StringBuffer(); newItsBuf = new StringBuffer(); modItsItsBuf = new StringBuffer(); delItsItsBuf = new StringBuffer(); totalChanges = 0; long curFileSizeBytes = 0; int errNum = 0; StringBuffer noRobotsBuf = new StringBuffer(); int numNoIndex = 0; // int numErrors = 0; StringBuffer failedBuf = new StringBuffer(); int addedSuccessFully = 0; failedBuf.append("\n"); synchronized (this) { if (di.isCdrom()) { // do nothing } else if (di.getIsSpider()) { doSpiderUpdate(di); } else if (!di.getPath().toLowerCase().endsWith(".zip")) { // not a zip // archive int numUpdates = 0; int numRemovals = 0; int numNew = 0; try { IndexReader ir = IndexReader.open(di.getIndexPath()); int numDocs = ir.maxDoc(); ds.setStatus( "There are " + numDocs + " docs in index " + di.getName() + "(" + di.getPath() + ")"); addHeader(di.getName()); //ArrayList<String> allDocsInIndexx = new ArrayList<String>(); // indexed files // ArrayList allDocsInFolder = new ArrayList(); // current files // ArrayList newDocsToAdd = new ArrayList(); // files to be added that are new ds.setIsWorking(true); ds.setProgressMax(numDocs); ds.setCurProgressMSG("Updating Modified Files..."); setInsertMode(1); // note we are looking for modified files logger.info("updateIndex() updating " + numDocs + " document from index"); for (int i = 0; i < numDocs; i++) { if (!ds.getIsWorking()) { break; } if (!ir.isDeleted(i)) { ds.setCurProgress(i); Document doc = ir.document(i); if (doc != null) { String curFiName = doc.get(FIELD_PATH); String curFiModDate = doc.get(FIELD_MODDATE); File testFi = new File(curFiName); // check file not found if (testFi.exists()) { //allDocsInIndex.add(curFiName); String realFileModDate = DateTimeUtils .getTimeStringForIndex(testFi.lastModified()); // check file is changed if (!realFileModDate.equals(curFiModDate)) { logger.info("updateIndex() updating " + curFiName + " in index"); numUpdates++; // remove old document ir.deleteDocument(i); ir.close(); // open writer to add document once again ds.setStatus("Reindexing: " + curFiName); IndexWriter iw = new IndexWriter(di.getIndexPath(), new StandardAnalyzer(), false); // next line should remove too many files open errors // iw.setUseCompoundFile(true); addedSuccessFully = addDocToIndex(curFiName, iw, di, di.isCdrom(), null); iw.close(); // reopen ir = IndexReader.open(di.getIndexPath()); switch (addedSuccessFully) { case 1: // error errNum++; if (errNum < 8) { failedBuf.append("\n"); failedBuf.append(curFiName); } ds.setStatus(DocSearch.dsErrIdxgFi + " " + curFiName); break; case 2: // meta robots = noindex numNoIndex++; if (numNoIndex < 8) { noRobotsBuf.append("\n"); noRobotsBuf.append(curFiName); } ds.setStatus("No Indexing Meta Requirement found in : " + curFiName); break; default: // OK numUpdates++; ds.setStatus("Indexing " + curFiName + " complete."); break; } // end of switch } } else { ds.setStatus("Deleting: " + curFiName); logger.info("updateIndex() remove " + curFiName + " from index"); ir.deleteDocument(i); addDelNote(doc); numRemovals++; } } } // end for not deleted // else System.out.println("Document was null or // deleted:"+i); } // end for getting gocs ds.resetProgress(); // now add the new files setInsertMode(0); ArrayList<String> folderList = new ArrayList<String>(); folderList.add(di.getPath()); int startSubNum = Utils.countSlash(di.getPath()); int maxSubNum = startSubNum + di.getDepth(); int lastItemNo = 0; int curItemNo = 0; int lastFound = 0; do { // create our folder file if (!ds.getIsWorking()) { break; } String curFolderString = folderList.get(curItemNo); logger.debug("updateIndex() folder=" + curFolderString); File curFolderFile = new File(curFolderString); int curSubNum = Utils.countSlash(curFolderString); // handle any subfolders --> add them to our folderlist String[] foldersString = curFolderFile.list(DocSearch.ff); int numFolders = foldersString.length; for (int i = 0; i < numFolders; i++) { // add them to our folderlist String curFold = curFolderString + pathSep + foldersString[i] + pathSep; curFold = Utils.replaceAll(pathSep + pathSep, curFold, pathSep); folderList.add(curFold); lastItemNo++; // debug output } // end for having more than 0 folder // add our files String[] filesString = curFolderFile.list(DocSearch.wf); int numFiles = filesString.length; ds.setProgressMax(numDocs); ds.setCurProgressMSG("Updating new Files..."); for (int i = 0; i < numFiles; i++) { // add them to our folderlist if (!ds.getIsWorking()) { break; } String curFi = curFolderString + pathSep + filesString[i]; curFi = Utils.replaceAll(pathSep + pathSep, curFi, pathSep); curFileSizeBytes = FileUtils.getFileSize(curFi); if (curFileSizeBytes > ds.getMaxFileSize()) { logger.debug("updateIndex() skipping " + curFi + " because is to big"); ds.setStatus(I18n.getString("skipping_file_too_big") + " (" + curFileSizeBytes + ") " + filesString[i]); } else { lastFound = indexNum(lastFound, curFi, ir); if (lastFound == -1) { logger.info("updateIndex() adding " + curFi + " to index"); ir.close(); // open writer to add document once again IndexWriter iw = new IndexWriter(di.getIndexPath(), new StandardAnalyzer(), false); addedSuccessFully = addDocToIndex(curFi, iw, di, di.isCdrom(), null); switch (addedSuccessFully) { case 1: // error errNum++; if (errNum < 8) { failedBuf.append("\n"); failedBuf.append(curFi); } ds.setStatus(DocSearch.dsErrIdxg + " " + curFi); break; case 2: // meta robots = noindex numNoIndex++; if (numNoIndex < 8) { noRobotsBuf.append("\n"); noRobotsBuf.append(curFi); } ds.setStatus("Document Exlusion (robots = NOINDEX) : " + curFi); break; default: // OK numNew++; ds.setStatus("New Document Added : " + curFi); break; } // end of switch iw.close(); // reopen ir = IndexReader.open(di.getIndexPath()); } // end for lastfound not -1 } // end for file size not too big ds.setCurProgress(i); ds.resetProgress(); } // end for having more than 0 folder // increment our curItem folderList.set(curItemNo, null); // remove memory overhead as you go! curItemNo++; if (curSubNum >= maxSubNum) { break; } if (!ds.getIsWorking()) { break; } } while (curItemNo <= lastItemNo); // ir.close(); // always close! StringBuffer updateMSGBuf = new StringBuffer(); updateMSGBuf.append('\n'); updateMSGBuf.append(numRemovals).append(" files were removed from index.\n"); updateMSGBuf.append(numUpdates).append(" files were reindexed.\n"); updateMSGBuf.append(numNew).append(" new files were added to the index.\n"); // totalChanges = numRemovals + numUpdates + numNew; // all our stuff to the notesBuf addNote(updateMSGBuf.toString(), "", true); // add our new and modified files if (numNew > 0) { addNote(I18n.getString("new_files"), "", true); notesBuf.append(newItsBuf); } // if (numUpdates > 0) { addNote(I18n.getString("updated_files"), "", true); notesBuf.append(modItsItsBuf); } // // if (numRemovals > 0) { addNote(I18n.getString("deleted_files"), "", true); notesBuf.append(delItsItsBuf); } // addFooter(); if (errNum == 0) { updateMSGBuf.append("No errors were encountered during this process."); if (numNoIndex > 0) { updateMSGBuf.append("\n\n").append(numNoIndex).append( " files were not indexed due to meta data constraints (robots = NOINDEX), including:\n"); updateMSGBuf.append(noRobotsBuf); } ds.showMessage("Update of index " + di.getName() + " Completed", updateMSGBuf.toString()); } else { updateMSGBuf.append(errNum).append( " errors were encountered during this process.\nThe following files had problems being indexed or re-indexed:\n") .append(failedBuf); if (numNoIndex > 0) { updateMSGBuf.append("\n\n").append(numNoIndex).append( " files were not indexed due to meta data constraints (robots = NOINDEX), including:\n"); updateMSGBuf.append(noRobotsBuf); } ds.showMessage("Errors during Update of index " + di.getName(), updateMSGBuf.toString()); } } // end of try catch (Exception e) { logger.error("updateIndex() error during update index " + di.getName(), e); ds.showMessage("Error updating index " + di.getName(), e.toString()); } addFooter(); di.setLastIndexed(DateTimeUtils.getToday()); ds.setStatus("Update of index " + di.getName() + " completed."); ds.setIsWorking(false); } else { ds.doZipArchiveUpdate(di); } } }
From source file:org.jab.docsearch.utils.MetaReport.java
License:Open Source License
/** * doMetaDataReport//from w w w .jav a 2 s .co m * * @param di * @param listAll * @param pathRequired * @param pathText * @param authRequired * @param authText * @param reportFile * @param maxDocs * @param useDaysOld * @param maxDays */ private void doMetaDataReport(DocSearcherIndex di, boolean listAll, boolean pathRequired, String pathText, boolean authRequired, String authText, String reportFile, int maxDocs, boolean useDaysOld, int maxDays) { try { // intialize our metrics int numBadDocs = 0; int totalDocs = 0; int numGoodDocs = 0; String lineSep = Utils.LINE_SEPARATOR; StringBuffer documentBuffer = new StringBuffer(); StringBuffer metaDataReport = new StringBuffer(); // initialize the reader IndexReader ir = IndexReader.open(di.getIndexPath()); int numDocs = ir.maxDoc(); ds.setStatus(numDocs + " " + Messages.getString("DocSearch.numDox") + " " + di.getName()); // write the start of the table documentBuffer.append("<table style=\"empty-cells:show\" border=\"1\">").append(lineSep); documentBuffer.append("<tr>").append(lineSep); int numHdrs = allFields.length; for (int z = 0; z < numHdrs; z++) { documentBuffer.append("<th valign=\"top\">"); documentBuffer.append(allFields[z]); documentBuffer.append("</th>").append(lineSep); } documentBuffer.append("</tr>").append(lineSep); for (int i = 0; i < numDocs; i++) { if (!ir.isDeleted(i)) { Document doc = ir.document(i); if (doc != null) { boolean curSkip = false; // put in the docs values String path; if (di.getIsWeb()) { path = doc.get(Index.FIELD_URL); } else { path = doc.get(Index.FIELD_PATH); } ds.setStatus("Examining document: " + path); String type = doc.get(Index.FIELD_TYPE); String author = doc.get(Index.FIELD_AUTHOR); String summary = doc.get(Index.FIELD_SUMMARY); String title = doc.get(Index.FIELD_TITLE); String size = doc.get(Index.FIELD_SIZE); String keywords = doc.get(Index.FIELD_KEYWORDS); String date = DateTimeUtils.getDateParsedFromIndex(doc.get(Index.FIELD_MODDATE)); // determine if we even need to examine it if (pathRequired) { if (path.indexOf(pathText) == -1) { curSkip = true; } } if (authRequired) { if (author.indexOf(authText) == -1) { curSkip = true; } } // determine if its bad of good if (!curSkip) { totalDocs++; boolean isGood = goodMetaData(title, summary, author, date, keywords, type, useDaysOld, maxDays); // write to our file if (!isGood || listAll) { documentBuffer.append("<tr>").append(lineSep); documentBuffer.append("<td valign=\"top\">"); // path documentBuffer.append(path); documentBuffer.append("</td>").append(lineSep); documentBuffer.append("<td valign=\"top\"><small>"); documentBuffer.append(Utils.convertTextToHTML(title)); documentBuffer.append("</small></td>").append(lineSep); documentBuffer.append("<td valign=\"top\">"); documentBuffer.append(author); documentBuffer.append("</td>").append(lineSep); documentBuffer.append("<td valign=\"top\">"); documentBuffer.append(date); documentBuffer.append("</td>").append(lineSep); documentBuffer.append("<td valign=\"top\"><small>"); documentBuffer.append(Utils.convertTextToHTML(summary)); documentBuffer.append("</small></td>").append(lineSep); documentBuffer.append("<td valign=\"top\"><small>"); documentBuffer.append(keywords); documentBuffer.append("</small></td>").append(lineSep); documentBuffer.append("<td valign=\"top\">"); documentBuffer.append(size); documentBuffer.append("</td>").append(lineSep); documentBuffer.append("<td valign=\"top\">"); documentBuffer.append(type); documentBuffer.append("</td>").append(lineSep); documentBuffer.append("</tr>").append(lineSep); } if (isGood) { ds.setStatus(path + " " + dsNotMsgMeta); numGoodDocs++; } else { ds.setStatus(path + " " + dsMsgMeta); numBadDocs++; } } else { ds.setStatus(dsSkip + " " + path); } } } if (i > maxDocs) { break; } } documentBuffer.append("</table>").append(lineSep); int percentGood = 0; if (totalDocs > 0) { percentGood = (numGoodDocs * 100) / totalDocs; } ds.setStatus("% " + dsGood + ": " + percentGood + " (" + numGoodDocs + " / " + totalDocs + ", " + numBadDocs + " " + dsBad + ")."); // write complete report with summary metaDataReport.append("<html>").append(lineSep); metaDataReport.append("<head>").append(lineSep); metaDataReport.append("<title>").append(dsMetaRpt).append(' ').append(di.getName()).append("</title>") .append(lineSep); metaDataReport.append( "<meta name=\"description\" content=\"lists documents with poorly searchable meta data\">") .append(lineSep); metaDataReport.append("<meta name=\"author\" content=\"DocSearcher\">").append(lineSep); metaDataReport.append("</head>").append(lineSep); metaDataReport.append("<body>").append(lineSep); metaDataReport.append("<h1>").append(dsMetaRpt).append(' ').append(di.getName()).append("</h1>") .append(lineSep); metaDataReport.append("<p align=\"left\"><b>"); metaDataReport.append(numBadDocs); metaDataReport.append("</b> "); metaDataReport.append(dsPoorMeta); metaDataReport.append(" <br> & <b>"); metaDataReport.append(numGoodDocs); metaDataReport.append("</b> "); metaDataReport.append(dsGoodMetaNum); metaDataReport.append(".</p>").append(lineSep); metaDataReport.append("<p align=\"left\">"); metaDataReport.append(dsMetaOO); metaDataReport.append(" <b>"); metaDataReport.append(percentGood + "</b> % . </p>"); metaDataReport.append("<p align=\"left\">"); metaDataReport.append(dsTblDsc); metaDataReport.append(".</p>").append(lineSep); // add document buffer metaDataReport.append(documentBuffer); metaDataReport.append("</body>").append(lineSep); metaDataReport.append("</html>").append(lineSep); ds.curPage = Messages.getString("DocSearch.report"); boolean fileSaved = FileUtils.saveFile(reportFile, metaDataReport); if (fileSaved) { ds.doExternal(reportFile); } } catch (IOException ioe) { logger.fatal("doMetaDataReport() create meta data report failed", ioe); ds.setStatus(Messages.getString("DocSearch.statusMetaDataError") + di.getName() + ":" + ioe.toString()); } }
From source file:org.jetbrains.idea.maven.server.embedder.Maven2ServerIndexerImpl.java
License:Apache License
@Override public void processArtifacts(int indexId, MavenServerIndicesProcessor processor) throws MavenServerIndexerException { try {/* w w w. ja va 2 s .c o m*/ final int CHUNK_SIZE = 10000; IndexReader r = getIndex(indexId).getIndexReader(); int total = r.numDocs(); List<IndexedMavenId> result = new ArrayList<IndexedMavenId>(Math.min(CHUNK_SIZE, total)); for (int i = 0; i < total; i++) { if (r.isDeleted(i)) { continue; } Document doc = r.document(i); String uinfo = doc.get(ArtifactInfo.UINFO); if (uinfo == null) { continue; } String[] uInfoParts = uinfo.split("\\|"); if (uInfoParts.length < 3) { continue; } String groupId = uInfoParts[0]; String artifactId = uInfoParts[1]; String version = uInfoParts[2]; String packaging = doc.get(ArtifactInfo.PACKAGING); String description = doc.get(ArtifactInfo.DESCRIPTION); result.add(new IndexedMavenId(groupId, artifactId, version, packaging, description)); if (result.size() == CHUNK_SIZE) { processor.processArtifacts(result); result.clear(); } } if (!result.isEmpty()) { processor.processArtifacts(result); } } catch (Exception e) { throw new MavenServerIndexerException(wrapException(e)); } }
From source file:org.jetbrains.idea.maven.server.Maven3ServerIndexerImpl.java
License:Apache License
@Override public void processArtifacts(int indexId, MavenServerIndicesProcessor processor) throws RemoteException, MavenServerIndexerException { try {//from ww w . j a v a 2 s. c o m final int CHUNK_SIZE = 10000; IndexReader r = getIndex(indexId).getIndexReader(); int total = r.numDocs(); List<IndexedMavenId> result = new ArrayList<IndexedMavenId>(Math.min(CHUNK_SIZE, total)); for (int i = 0; i < total; i++) { if (r.isDeleted(i)) { continue; } Document doc = r.document(i); String uinfo = doc.get(SEARCH_TERM_COORDINATES); if (uinfo == null) { continue; } String[] uInfoParts = uinfo.split("\\|"); if (uInfoParts.length < 3) { continue; } String groupId = uInfoParts[0]; String artifactId = uInfoParts[1]; String version = uInfoParts[2]; if (groupId == null || artifactId == null || version == null) { continue; } String packaging = doc.get(ArtifactInfo.PACKAGING); String description = doc.get(ArtifactInfo.DESCRIPTION); result.add(new IndexedMavenId(groupId, artifactId, version, packaging, description)); if (result.size() == CHUNK_SIZE) { processor.processArtifacts(result); result.clear(); } } if (!result.isEmpty()) { processor.processArtifacts(result); } } catch (Exception e) { throw new MavenServerIndexerException(wrapException(e)); } }
From source file:org.jhlabs.scany.engine.search.SearchModel.java
License:Open Source License
/** * ? Document Column ./*from www. ja v a 2s . com*/ * * @param reader the reader * @param docs the docs * @param start the start * @param end the end * @return List * @throws RecordKeyException the record key exception * @throws CorruptIndexException the corrupt index exception * @throws IOException Signals that an I/O exception has occurred. */ public RecordList populateRecordList(IndexReader reader, ScoreDoc[] docs, int start, int end) throws RecordKeyException, CorruptIndexException, IOException { RecordList recordList = new RecordList(end - start + 1); for (int i = start; i <= end; i++) { if (i >= docs.length) break; Document document = reader.document(docs[i].doc); Record record = createRecord(document); recordList.add(record); if (queryKeywords != null && summarizerMap != null && summarizerMap.size() > 0) { for (Map.Entry<String, Summarizer> entry : summarizerMap.entrySet()) { String key = entry.getKey(); String value = record.getValue(key); if (value != null && value.length() > 0) { Summarizer summarizer = entry.getValue(); value = summarizer.summarize(queryKeywords, value); record.setValue(key, value); } } } } return recordList; }
From source file:org.kimios.kernel.index.IndexManager.java
License:Open Source License
public void updateAcls(long docUid, List<DMEntityACL> acls) throws IndexException { IndexReader reader = null; try {/*from w w w. ja v a 2s. c o m*/ reader = IndexReader.open(this.indexDirectory); log.trace("Updating ACL for document #" + docUid); Query q = new DocumentUidClause(docUid).getLuceneQuery(); List<Integer> list = this.executeQuery(q); if (list.size() > 0) { org.apache.lucene.document.Document d = reader.document(list.get(0)); this.indexModifier.deleteDocuments(q); d.removeFields("DocumentACL"); for (int j = 0; j < acls.size(); j++) { d.add(IndexHelper.getUnanalyzedField("DocumentACL", acls.get(j).getRuleHash())); } this.indexModifier.addDocument(d); } } catch (Exception e) { throw new IndexException(e, e.getMessage()); } finally { try { if (reader != null) { reader.close(); } } catch (IOException e) { throw new IndexException(e, e.getMessage()); } } }
From source file:org.kimios.kernel.index.IndexManager.java
License:Open Source License
public void updatePath(String oldPath, String newPath) throws IndexException { IndexReader reader = null; try {//from ww w . j a v a 2 s. c om if (oldPath.endsWith("/")) { oldPath = oldPath.substring(0, oldPath.lastIndexOf("/")); } if (!newPath.endsWith("/")) { newPath += "/"; } reader = IndexReader.open(this.indexDirectory); Query q = new DocumentParentClause(oldPath).getLuceneQuery(); List<Integer> list = this.executeQuery(q); Vector<org.apache.lucene.document.Document> docs = new Vector<org.apache.lucene.document.Document>(); for (int i = 0; i < list.size(); i++) { docs.add(reader.document(list.get(i))); } this.indexModifier.deleteDocuments(q); for (int i = 0; i < docs.size(); i++) { String path = docs.get(i).get("DocumentParent"); path = newPath + path.substring(oldPath.length() + 1); docs.get(i).removeField("DocumentParent"); docs.get(i).add(IndexHelper.getUnanalyzedField("DocumentParent", path)); this.indexModifier.addDocument(docs.get(i)); } reader.close(); commit(); } catch (Exception ex) { throw new IndexException(ex, ex.getMessage()); } finally { try { if (reader != null) { reader.close(); } } catch (IOException e) { throw new IndexException(e, "Error while closing reader"); } } }