List of usage examples for java.util LinkedHashMap values
public Collection<V> values()
From source file:org.finra.dm.service.helper.Hive13DdlGenerator.java
/** * Gets a list of Hive partitions. For single level partitioning, no auto-discovery of sub-partitions (sub-directories) is needed - the business object data * will be represented by a single Hive partition instance. For multiple level partitioning, this method performs an auto-discovery of all sub-partitions * (sub-directories) and creates a Hive partition object instance for each partition. * * @param businessObjectDataKey the business object data key. * @param autoDiscoverableSubPartitionColumns the auto-discoverable sub-partition columns. * @param s3KeyPrefix the S3 key prefix. * @param storageFiles the storage files. * @param businessObjectDataEntity the business object data entity. * @param storageName the storage name./*from w ww . java 2 s. c o m*/ * * @return the list of Hive partitions */ public List<HivePartitionDto> getHivePartitions(BusinessObjectDataKey businessObjectDataKey, List<SchemaColumn> autoDiscoverableSubPartitionColumns, String s3KeyPrefix, List<String> storageFiles, BusinessObjectDataEntity businessObjectDataEntity, String storageName) { // We are using linked hash map to preserve the order of the discovered partitions. LinkedHashMap<List<String>, HivePartitionDto> linkedHashMap = new LinkedHashMap<>(); Pattern pattern = getHivePathPattern(autoDiscoverableSubPartitionColumns); for (String storageFile : storageFiles) { // Remove S3 key prefix from the file path. Please note that the storage files are already validated to start with S3 key prefix. String relativeFilePath = storageFile.substring(s3KeyPrefix.length()); // Try to match the relative file path to the expected subpartition folders. Matcher matcher = pattern.matcher(relativeFilePath); Assert.isTrue(matcher.matches(), String.format( "Registered storage file or directory does not match the expected Hive sub-directory pattern. " + "Storage: {%s}, file/directory: {%s}, business object data: {%s}, S3 key prefix: {%s}, pattern: {^%s$}", storageName, storageFile, dmDaoHelper.businessObjectDataEntityAltKeyToString(businessObjectDataEntity), s3KeyPrefix, pattern.pattern())); // Add the top level partition value. HivePartitionDto newHivePartition = new HivePartitionDto(); newHivePartition.getPartitionValues().add(businessObjectDataKey.getPartitionValue()); newHivePartition.getPartitionValues().addAll(businessObjectDataKey.getSubPartitionValues()); // Extract relative partition values. for (int i = 1; i <= matcher.groupCount(); i++) { newHivePartition.getPartitionValues().add(matcher.group(i)); } // Remove the trailing "/" plus an optional file name from the file path and store the result string as this partition relative path. newHivePartition.setPath(relativeFilePath.replaceAll("/[^/]*$", "")); // Check if we already have that partition discovered - that would happen if partition contains multiple data files. HivePartitionDto hivePartition = linkedHashMap.get(newHivePartition.getPartitionValues()); if (hivePartition != null) { // Partition is already discovered, so just validate that the relative file paths match. Assert.isTrue(hivePartition.getPath().equals(newHivePartition.getPath()), String.format( "Found two different locations for the same Hive partition. Storage: {%s}, business object data: {%s}, " + "S3 key prefix: {%s}, path[1]: {%s}, path[2]: {%s}", storageName, dmDaoHelper.businessObjectDataEntityAltKeyToString(businessObjectDataEntity), s3KeyPrefix, hivePartition.getPath(), newHivePartition.getPath())); } else { // Add this partition to the hash map of discovered partitions. linkedHashMap.put(newHivePartition.getPartitionValues(), newHivePartition); } } List<HivePartitionDto> hivePartitions = new ArrayList<>(); hivePartitions.addAll(linkedHashMap.values()); return hivePartitions; }
From source file:oscar.dms.actions.DmsInboxManageAction.java
public ActionForward prepareForContentPage(ActionMapping mapping, ActionForm form, HttpServletRequest request, HttpServletResponse response) {//from w w w . ja v a 2 s .c o m HttpSession session = request.getSession(); try { if (session.getAttribute("userrole") == null) response.sendRedirect("../logout.jsp"); } catch (Exception e) { logger.error("Error", e); } // can't use userrole from session, because it changes if provider A search for provider B's documents // oscar.oscarMDS.data.MDSResultsData mDSData = new oscar.oscarMDS.data.MDSResultsData(); CommonLabResultData comLab = new CommonLabResultData(); // String providerNo = request.getParameter("providerNo"); String providerNo = (String) session.getAttribute("user"); String searchProviderNo = request.getParameter("searchProviderNo"); String ackStatus = request.getParameter("status"); String demographicNo = request.getParameter("demographicNo"); // used when searching for labs by patient instead of provider String scannedDocStatus = request.getParameter("scannedDocument"); Integer page = 0; try { page = Integer.parseInt(request.getParameter("page")); if (page > 0) { page--; } } catch (NumberFormatException nfe) { page = 0; } Integer pageSize = 20; try { String tmp = request.getParameter("pageSize"); pageSize = Integer.parseInt(tmp); } catch (NumberFormatException nfe) { pageSize = 20; } scannedDocStatus = "I"; String startDateStr = request.getParameter("startDate"); String endDateStr = request.getParameter("endDate"); String view = request.getParameter("view"); if (view == null || "".equals(view)) { view = "all"; } boolean mixLabsAndDocs = "normal".equals(view) || "all".equals(view); Date startDate = null; Date endDate = null; try { if (startDateStr != null && startDateStr.length() > 0) { startDateStr = startDateStr.trim(); startDate = UtilDateUtilities.StringToDate(startDateStr); } if (endDateStr != null && endDateStr.length() > 0) { endDateStr = endDateStr.trim(); endDate = UtilDateUtilities.StringToDate(endDateStr); } } catch (Exception e) { startDate = null; endDate = null; } Boolean isAbnormal = null; if ("abnormal".equals(view)) isAbnormal = new Boolean(true); if ("normal".equals(view)) isAbnormal = new Boolean(false); if (ackStatus == null) { ackStatus = "N"; } // default to new labs only if (providerNo == null) { providerNo = ""; } if (searchProviderNo == null) { searchProviderNo = providerNo; } String roleName = ""; List<SecUserRole> roles = secUserRoleDao.getUserRoles(searchProviderNo); for (SecUserRole r : roles) { if (r != null) { if (roleName.length() == 0) { roleName = r.getRoleName(); } else { roleName += "," + r.getRoleName(); } } } roleName += "," + searchProviderNo; // mDSData.populateMDSResultsData2(searchProviderNo, demographicNo, request.getParameter("fname"), request.getParameter("lname"), request.getParameter("hnum"), ackStatus); // HashMap<String,String> docQueue=comLab.getDocumentQueueLinks(); List<QueueDocumentLink> qd = queueDocumentLinkDAO.getQueueDocLinks(); HashMap<String, String> docQueue = new HashMap(); for (QueueDocumentLink qdl : qd) { Integer i = qdl.getDocId(); Integer n = qdl.getQueueId(); docQueue.put(i.toString(), n.toString()); } InboxResultsDao inboxResultsDao = (InboxResultsDao) SpringUtils.getBean("inboxResultsDao"); String patientFirstName = request.getParameter("fname"); String patientLastName = request.getParameter("lname"); String patientHealthNumber = request.getParameter("hnum"); ArrayList<LabResultData> labdocs = new ArrayList<LabResultData>(); if (!"labs".equals(view) && !"abnormal".equals(view)) { labdocs = inboxResultsDao.populateDocumentResultsData(searchProviderNo, demographicNo, patientFirstName, patientLastName, patientHealthNumber, ackStatus, true, page, pageSize, mixLabsAndDocs, isAbnormal); } if (!"documents".equals(view)) { labdocs.addAll(comLab.populateLabResultsData(searchProviderNo, demographicNo, patientFirstName, patientLastName, patientHealthNumber, ackStatus, scannedDocStatus, true, page, pageSize, mixLabsAndDocs, isAbnormal)); } labdocs = (ArrayList<LabResultData>) filterLabDocsForSuperSite(labdocs, providerNo); ArrayList<LabResultData> validlabdocs = new ArrayList<LabResultData>(); DocumentResultsDao documentResultsDao = (DocumentResultsDao) SpringUtils.getBean("documentResultsDao"); // check privilege for documents only for (LabResultData data : labdocs) { if (data.isDocument()) { String docid = data.getSegmentID(); String queueid = docQueue.get(docid); if (queueid != null) { queueid = queueid.trim(); int queueIdInt = Integer.parseInt(queueid); // if doc sent to default queue and no valid provider, do NOT include it if (queueIdInt == Queue.DEFAULT_QUEUE_ID && !documentResultsDao.isSentToValidProvider(docid) && isSegmentIDUnique(validlabdocs, data)) { // validlabdocs.add(data); } // if doc sent to default queue && valid provider, check if it's sent to this provider, if yes include it else if (queueIdInt == Queue.DEFAULT_QUEUE_ID && documentResultsDao.isSentToValidProvider(docid) && documentResultsDao.isSentToProvider(docid, searchProviderNo) && isSegmentIDUnique(validlabdocs, data)) { validlabdocs.add(data); } // if doc setn to non-default queue and valid provider, check if provider is in the queue or equal to the provider else if (queueIdInt != Queue.DEFAULT_QUEUE_ID && documentResultsDao.isSentToValidProvider(docid)) { Vector vec = OscarRoleObjectPrivilege.getPrivilegeProp("_queue." + queueid); if (OscarRoleObjectPrivilege.checkPrivilege(roleName, (Properties) vec.get(0), (Vector) vec.get(1)) || documentResultsDao.isSentToProvider(docid, searchProviderNo)) { // labs is in provider's queue,do nothing if (isSegmentIDUnique(validlabdocs, data)) { validlabdocs.add(data); } } } // if doc sent to non default queue and no valid provider, check if provider is in the non default queue else if (!queueid.equals(Queue.DEFAULT_QUEUE_ID) && !documentResultsDao.isSentToValidProvider(docid)) { Vector vec = OscarRoleObjectPrivilege.getPrivilegeProp("_queue." + queueid); if (OscarRoleObjectPrivilege.checkPrivilege(roleName, (Properties) vec.get(0), (Vector) vec.get(1))) { // labs is in provider's queue,do nothing if (isSegmentIDUnique(validlabdocs, data)) { validlabdocs.add(data); } } } } } else {// add lab if (isSegmentIDUnique(validlabdocs, data)) { validlabdocs.add(data); } } } // Find the oldest lab returned in labdocs, use that as the limit date for the HRM query Date oldestLab = null; Date newestLab = null; if (request.getParameter("newestDate") != null) { try { SimpleDateFormat formatter = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss"); newestLab = formatter.parse(request.getParameter("newestDate")); } catch (Exception e) { logger.error("Couldn't parse date + " + request.getParameter("newestDate"), e); } } for (LabResultData result : labdocs) { if (result != null && result.getDateObj() != null) { if (oldestLab == null || oldestLab.compareTo(result.getDateObj()) > 0) oldestLab = result.getDateObj(); if (request.getParameter("newestDate") != null && (newestLab == null || newestLab.compareTo(result.getDateObj()) < 0)) newestLab = result.getDateObj(); } } HRMResultsData hrmResult = new HRMResultsData(); Collection<LabResultData> hrmDocuments = hrmResult.populateHRMdocumentsResultsData(searchProviderNo, ackStatus, newestLab, oldestLab); if (oldestLab == null) { for (LabResultData hrmDocument : hrmDocuments) { if (oldestLab == null || (hrmDocument.getDateObj() != null && oldestLab.compareTo(hrmDocument.getDateObj()) > 0)) oldestLab = hrmDocument.getDateObj(); } } //labdocs is already filtered for super site access.. not just filter hrmDocuments hrmDocuments = filterLabDocsForSuperSite(hrmDocuments, providerNo); labdocs.addAll(hrmDocuments); Collections.sort(labdocs); HashMap<String, LabResultData> labMap = new HashMap<String, LabResultData>(); LinkedHashMap<String, ArrayList<String>> accessionMap = new LinkedHashMap<String, ArrayList<String>>(); int accessionNumCount = 0; for (LabResultData result : labdocs) { if (startDate != null && startDate.after(result.getDateObj())) { continue; } if (endDate != null && endDate.before(result.getDateObj())) { continue; } String segmentId = result.getSegmentID(); if (result.isDocument()) segmentId += "d"; else if (result.isHRM()) segmentId += "h"; labMap.put(segmentId, result); ArrayList<String> labNums = new ArrayList<String>(); if (result.accessionNumber == null || result.accessionNumber.equals("")) { labNums.add(segmentId); accessionNumCount++; accessionMap.put("noAccessionNum" + accessionNumCount + result.labType, labNums); } else if (!accessionMap.containsKey(result.accessionNumber + result.labType)) { labNums.add(segmentId); accessionMap.put(result.accessionNumber + result.labType, labNums); // Different MDS Labs may have the same accession Number if they are seperated // by two years. So accession numbers are limited to matching only if their // labs are within one year of eachother } else { labNums = accessionMap.get(result.accessionNumber + result.labType); boolean matchFlag = false; for (int j = 0; j < labNums.size(); j++) { LabResultData matchingResult = labMap.get(labNums.get(j)); Date dateA = result.getDateObj(); Date dateB = matchingResult.getDateObj(); int monthsBetween = 0; if (dateA == null || dateB == null) { monthsBetween = 5; } else if (dateA.before(dateB)) { monthsBetween = UtilDateUtilities.getNumMonths(dateA, dateB); } else { monthsBetween = UtilDateUtilities.getNumMonths(dateB, dateA); } if (monthsBetween < 4) { matchFlag = true; break; } } if (!matchFlag) { labNums.add(segmentId); accessionMap.put(result.accessionNumber + result.labType, labNums); } } } labdocs.clear(); for (ArrayList<String> labNums : accessionMap.values()) { // must sort through in reverse to keep the labs in the correct order for (int j = labNums.size() - 1; j >= 0; j--) { labdocs.add(labMap.get(labNums.get(j))); } } logger.debug("labdocs.size()=" + labdocs.size()); /* find all data for the index.jsp page */ Hashtable patientDocs = new Hashtable(); Hashtable patientIdNames = new Hashtable(); String patientIdNamesStr = ""; Hashtable docStatus = new Hashtable(); Hashtable docType = new Hashtable(); Hashtable<String, List<String>> ab_NormalDoc = new Hashtable(); for (int i = 0; i < labdocs.size(); i++) { LabResultData data = labdocs.get(i); List<String> segIDs = new ArrayList<String>(); String labPatientId = data.getLabPatientId(); if (labPatientId == null || labPatientId.equals("-1")) labPatientId = "-1"; if (data.isAbnormal()) { List<String> abns = ab_NormalDoc.get("abnormal"); if (abns == null) { abns = new ArrayList<String>(); abns.add(data.getSegmentID()); } else { abns.add(data.getSegmentID()); } ab_NormalDoc.put("abnormal", abns); } else { List<String> ns = ab_NormalDoc.get("normal"); if (ns == null) { ns = new ArrayList<String>(); ns.add(data.getSegmentID()); } else { ns.add(data.getSegmentID()); } ab_NormalDoc.put("normal", ns); } if (patientDocs.containsKey(labPatientId)) { segIDs = (List) patientDocs.get(labPatientId); segIDs.add(data.getSegmentID()); patientDocs.put(labPatientId, segIDs); } else { segIDs.add(data.getSegmentID()); patientDocs.put(labPatientId, segIDs); patientIdNames.put(labPatientId, data.patientName); patientIdNamesStr += ";" + labPatientId + "=" + data.patientName; } docStatus.put(data.getSegmentID(), data.getAcknowledgedStatus()); docType.put(data.getSegmentID(), data.labType); } Integer totalDocs = 0; Integer totalHL7 = 0; Hashtable<String, List<String>> typeDocLab = new Hashtable(); Enumeration keys = docType.keys(); while (keys.hasMoreElements()) { String keyDocLabId = ((String) keys.nextElement()); String valType = (String) docType.get(keyDocLabId); if (valType.equalsIgnoreCase("DOC")) { if (typeDocLab.containsKey("DOC")) { List<String> docids = typeDocLab.get("DOC"); docids.add(keyDocLabId);// add doc id to list typeDocLab.put("DOC", docids); } else { List<String> docids = new ArrayList<String>(); docids.add(keyDocLabId); typeDocLab.put("DOC", docids); } totalDocs++; } else if (valType.equalsIgnoreCase("HL7")) { if (typeDocLab.containsKey("HL7")) { List<String> hl7ids = typeDocLab.get("HL7"); hl7ids.add(keyDocLabId); typeDocLab.put("HL7", hl7ids); } else { List<String> hl7ids = new ArrayList<String>(); hl7ids.add(keyDocLabId); typeDocLab.put("HL7", hl7ids); } totalHL7++; } } Hashtable patientNumDoc = new Hashtable(); Enumeration patientIds = patientDocs.keys(); String patientIdStr = ""; Integer totalNumDocs = 0; while (patientIds.hasMoreElements()) { String key = (String) patientIds.nextElement(); patientIdStr += key; patientIdStr += ","; List<String> val = (List<String>) patientDocs.get(key); Integer numDoc = val.size(); patientNumDoc.put(key, numDoc); totalNumDocs += numDoc; } List<String> normals = ab_NormalDoc.get("normal"); List<String> abnormals = ab_NormalDoc.get("abnormal"); logger.debug("labdocs.size()=" + labdocs.size()); // set attributes request.setAttribute("pageNum", page); request.setAttribute("docType", docType); request.setAttribute("patientDocs", patientDocs); request.setAttribute("providerNo", providerNo); request.setAttribute("searchProviderNo", searchProviderNo); request.setAttribute("patientIdNames", patientIdNames); request.setAttribute("docStatus", docStatus); request.setAttribute("patientIdStr", patientIdStr); request.setAttribute("typeDocLab", typeDocLab); request.setAttribute("demographicNo", demographicNo); request.setAttribute("ackStatus", ackStatus); request.setAttribute("labdocs", labdocs); request.setAttribute("patientNumDoc", patientNumDoc); request.setAttribute("totalDocs", totalDocs); request.setAttribute("totalHL7", totalHL7); request.setAttribute("normals", normals); request.setAttribute("abnormals", abnormals); request.setAttribute("totalNumDocs", totalNumDocs); request.setAttribute("patientIdNamesStr", patientIdNamesStr); request.setAttribute("oldestLab", oldestLab != null ? DateUtils.formatDate(oldestLab, "yyyy-MM-dd HH:mm:ss") : null); return mapping.findForward("dms_page"); }
From source file:com.mothsoft.alexis.dao.DocumentDaoImpl.java
@SuppressWarnings("unchecked") private List<ImportantTerm> getImportantTerms(FullTextQuery fullTextQuery, int count, boolean filterStopWords) { final Long start = System.currentTimeMillis(); final List<Object[]> results = fullTextQuery.list(); final LinkedHashMap<String, Tuple<Integer, Float>> termCountMap = new LinkedHashMap<String, Tuple<Integer, Float>>(); final FullTextSession fullTextSession = Search.getFullTextSession((Session) this.em.getDelegate()); final SearchFactory searchFactory = fullTextSession.getSearchFactory(); final IndexReaderAccessor ira = searchFactory.getIndexReaderAccessor(); final IndexReader reader = ira.open(com.mothsoft.alexis.domain.Document.class); final IndexSearcher searcher = new IndexSearcher(reader); final List<ImportantTerm> importantTerms; final int numDocs; try {/* w w w .java 2s .c o m*/ numDocs = reader.numDocs(); Term luceneTerm = new Term(CONTENT_TEXT_FIELD_NAME); if (logger.isDebugEnabled()) { logger.debug(String.format("Found %d matching Lucene documents of %d in reader", results.size(), numDocs)); } // loop over all the matching documents for (final Object[] ith : results) { int docId = ((Number) ith[0]).intValue(); final TermFreqVector tfv = reader.getTermFreqVector(docId, CONTENT_TEXT_FIELD_NAME); if (tfv == null) { continue; } final String[] terms = tfv.getTerms(); final int[] freqs = tfv.getTermFrequencies(); // total document size int size = 0; for (int freq : freqs) { size += freq; } if (logger.isDebugEnabled()) { logger.debug( String.format("Lucene document %d has %d terms, to be merged with running count %d", docId, size, termCountMap.size())); } // loop over the terms and aggregate the counts and tf-idf int i = 0; for (final String term : terms) { if (StopWords.ENGLISH.contains(term)) { continue; } luceneTerm = luceneTerm.createTerm(term); final int termCount = freqs[i++]; final Tuple<Integer, Float> countScore; if (termCountMap.containsKey(term)) { countScore = termCountMap.get(term); countScore.t1 += termCount; countScore.t2 += (TFIDF.score(term, termCount, size, numDocs, searcher.docFreq(luceneTerm))); } else { countScore = new Tuple<Integer, Float>(); countScore.t1 = termCount; countScore.t2 = (TFIDF.score(term, termCount, size, numDocs, searcher.docFreq(luceneTerm))); termCountMap.put(term, countScore); } } } if (logger.isDebugEnabled()) { logger.debug("Completed Lucene document processing."); } importantTerms = new ArrayList<ImportantTerm>(termCountMap.size()); // find max TF-IDF float maxTfIdf = 0.0f; for (final Tuple<Integer, Float> ith : termCountMap.values()) { if (ith.t2 > maxTfIdf) { maxTfIdf = ith.t2; } } for (final Map.Entry<String, Tuple<Integer, Float>> entry : termCountMap.entrySet()) { final int ithCount = entry.getValue().t1; final float ithTfIdf = entry.getValue().t2; importantTerms.add(new ImportantTerm(entry.getKey(), ithCount, ithTfIdf, maxTfIdf)); } if (logger.isDebugEnabled()) { logger.debug("Completed term aggregation, will clear term map"); } termCountMap.clear(); } catch (IOException e) { throw new RuntimeException(e); } finally { try { searcher.close(); } catch (IOException e) { logger.warn("Failed to close searcher: " + e, e); } ira.close(reader); } if (logger.isDebugEnabled()) { logger.debug("Sorting terms"); } Collections.sort(importantTerms, new Comparator<ImportantTerm>() { @Override public int compare(ImportantTerm term1, ImportantTerm term2) { return -1 * term1.getTfIdf().compareTo(term2.getTfIdf()); } }); if (logger.isDebugEnabled()) { logger.debug("Term sort complete"); } if (importantTerms.isEmpty() || importantTerms.size() < count) { if (logger.isDebugEnabled()) { logger.debug("Will return full list."); } logger.debug("Timer: " + (System.currentTimeMillis() - start)); return importantTerms; } else { if (logger.isDebugEnabled()) { logger.debug( "Will return sublist containing " + count + " of " + importantTerms.size() + " terms."); } logger.debug("Timer: " + (System.currentTimeMillis() - start)); return importantTerms.subList(0, count); } }
From source file:org.apache.asterix.translator.LangExpressionToPlanTranslator.java
/** * Eliminate shared operator references in a query plan rooted at <code>currentOpRef.getValue()</code>. * Deep copy a new query plan subtree whenever there is a shared operator reference. * * @param currentOpRef,/*w w w .java2 s. co m*/ * the operator reference to consider * @param opRefSet, * the set storing seen operator references so far. * @return a mapping that maps old variables to new variables, for the ancestors of * <code>currentOpRef</code> to replace variables properly. * @throws AsterixException */ private LinkedHashMap<LogicalVariable, LogicalVariable> eliminateSharedOperatorReference( Mutable<ILogicalOperator> currentOpRef, Set<Mutable<ILogicalOperator>> opRefSet) throws AsterixException { try { opRefSet.add(currentOpRef); AbstractLogicalOperator currentOperator = (AbstractLogicalOperator) currentOpRef.getValue(); // Recursively eliminates shared references in nested plans. if (currentOperator.hasNestedPlans()) { // Since a nested plan tree itself can never be shared with another nested plan tree in // another operator, the operation called in the if block does not need to replace // any variables further for <code>currentOpRef.getValue()</code> nor its ancestor. AbstractOperatorWithNestedPlans opWithNestedPlan = (AbstractOperatorWithNestedPlans) currentOperator; for (ILogicalPlan plan : opWithNestedPlan.getNestedPlans()) { for (Mutable<ILogicalOperator> rootRef : plan.getRoots()) { Set<Mutable<ILogicalOperator>> nestedOpRefSet = new HashSet<>(); eliminateSharedOperatorReference(rootRef, nestedOpRefSet); } } } int childIndex = 0; LinkedHashMap<LogicalVariable, LogicalVariable> varMap = new LinkedHashMap<>(); for (Mutable<ILogicalOperator> childRef : currentOperator.getInputs()) { if (opRefSet.contains(childRef)) { // There is a shared operator reference in the query plan. // Deep copies the child plan. LogicalOperatorDeepCopyWithNewVariablesVisitor visitor = new LogicalOperatorDeepCopyWithNewVariablesVisitor( context, null); ILogicalOperator newChild = childRef.getValue().accept(visitor, null); LinkedHashMap<LogicalVariable, LogicalVariable> cloneVarMap = visitor .getInputToOutputVariableMapping(); // Substitute variables according to the deep copy which generates new variables. VariableUtilities.substituteVariables(currentOperator, cloneVarMap, null); varMap.putAll(cloneVarMap); // Sets the new child. childRef = new MutableObject<>(newChild); currentOperator.getInputs().set(childIndex, childRef); } // Recursively eliminate shared operator reference for the operator subtree, // even if it is a deep copy of some other one. LinkedHashMap<LogicalVariable, LogicalVariable> childVarMap = eliminateSharedOperatorReference( childRef, opRefSet); // Substitute variables according to the new subtree. VariableUtilities.substituteVariables(currentOperator, childVarMap, null); // Updates mapping like <$a, $b> in varMap to <$a, $c>, where there is a mapping <$b, $c> // in childVarMap. for (Map.Entry<LogicalVariable, LogicalVariable> entry : varMap.entrySet()) { LogicalVariable newVar = childVarMap.get(entry.getValue()); if (newVar != null) { entry.setValue(newVar); } } varMap.putAll(childVarMap); ++childIndex; } // Only retain live variables for parent operators to substitute variables. Set<LogicalVariable> liveVars = new HashSet<>(); VariableUtilities.getLiveVariables(currentOperator, liveVars); varMap.values().retainAll(liveVars); return varMap; } catch (AlgebricksException e) { throw new AsterixException(e); } }
From source file:com.johan.vertretungsplan.parser.SVPlanParser.java
public Vertretungsplan getVertretungsplan() throws IOException, JSONException { new LoginHandler(schule).handleLogin(executor, cookieStore, username, password); // JSONArray urls = schule.getData().getJSONArray("urls"); String encoding = schule.getData().getString("encoding"); List<Document> docs = new ArrayList<Document>(); for (int i = 0; i < urls.length(); i++) { JSONObject url = urls.getJSONObject(i); loadUrl(url.getString("url"), encoding, docs); }//from w w w . j a v a 2 s . com LinkedHashMap<String, VertretungsplanTag> tage = new LinkedHashMap<String, VertretungsplanTag>(); for (Document doc : docs) { if (doc.select(".svp-tabelle").size() > 0) { VertretungsplanTag tag = new VertretungsplanTag(); String date = "Unbekanntes Datum"; if (doc.select(".svp-plandatum-heute, .svp-plandatum-morgen").size() > 0) date = doc.select(".svp-plandatum-heute, .svp-plandatum-morgen").text(); else if (doc.title().startsWith("Vertretungsplan fr ")) date = doc.title().substring("Vertretungsplan fr ".length()); tag.setDatum(date); if (doc.select(".svp-uploaddatum").size() > 0) tag.setStand(doc.select(".svp-uploaddatum").text().replace("Aktualisierung: ", "")); Elements rows = doc.select(".svp-tabelle tr"); String lastLesson = ""; for (Element row : rows) { if (row.hasClass("svp-header")) continue; Vertretung vertretung = new Vertretung(); List<String> affectedClasses = new ArrayList<String>(); for (Element column : row.select("td")) { if (!hasData(column.text())) { continue; } String type = column.className(); if (type.startsWith("svp-stunde")) { vertretung.setLesson(column.text()); lastLesson = column.text(); } else if (type.startsWith("svp-klasse")) affectedClasses = Arrays.asList(column.text().split(", ")); else if (type.startsWith("svp-esfehlt")) vertretung.setPreviousTeacher(column.text()); else if (type.startsWith("svp-esvertritt")) vertretung.setTeacher(column.text()); else if (type.startsWith("svp-fach")) vertretung.setSubject(column.text()); else if (type.startsWith("svp-bemerkung")) { vertretung.setDesc(column.text()); vertretung.setType(recognizeType(column.text())); } else if (type.startsWith("svp-raum")) vertretung.setRoom(column.text()); if (vertretung.getLesson() == null) vertretung.setLesson(lastLesson); } if (vertretung.getType() == null) { vertretung.setType("Vertretung"); } for (String klasse : affectedClasses) { KlassenVertretungsplan kv = tag.getKlassen().get(klasse); if (kv == null) kv = new KlassenVertretungsplan(klasse); kv.add(vertretung); tag.getKlassen().put(klasse, kv); } } List<String> nachrichten = new ArrayList<String>(); if (doc.select("h2:contains(Mitteilungen)").size() > 0) { Element h2 = doc.select("h2:contains(Mitteilungen)").first(); Element sibling = h2.nextElementSibling(); while (sibling != null && sibling.tagName().equals("p")) { for (String nachricht : TextNode.createFromEncoded(sibling.html(), null).getWholeText() .split("<br />\\s*<br />")) { if (hasData(nachricht)) nachrichten.add(nachricht); } sibling = sibling.nextElementSibling(); } } tag.setNachrichten(nachrichten); tage.put(date, tag); } else { throw new IOException("keine SVPlan-Tabelle gefunden"); } } Vertretungsplan v = new Vertretungsplan(); v.setTage(new ArrayList<VertretungsplanTag>(tage.values())); return v; }
From source file:org.oscarehr.casemgmt.web.CaseManagementEntryAction.java
public void doPrint(HttpServletRequest request, OutputStream os) throws IOException, DocumentException { String ids = request.getParameter("notes2print"); String demono = getDemographicNo(request); request.setAttribute("demoName", getDemoName(demono)); request.setAttribute("demoSex", getDemoSex(demono)); request.setAttribute("demoAge", getDemoAge(demono)); request.setAttribute("mrp", getMRP(request)); String dob = getDemoDOB(demono); dob = convertDateFmt(dob, request);/*from w w w . ja v a 2 s . co m*/ request.setAttribute("demoDOB", dob); String providerNo = getProviderNo(request); String[] noteIds; if (ids.length() > 0) noteIds = ids.split(","); else noteIds = (String[]) Array.newInstance(String.class, 0); List<CaseManagementNote> notes = new ArrayList<CaseManagementNote>(); List<String> remoteNoteUUIDs = new ArrayList<String>(); String uuid; for (int idx = 0; idx < noteIds.length; ++idx) { if (noteIds[idx].startsWith("UUID")) { uuid = noteIds[idx].substring(4); remoteNoteUUIDs.add(uuid); } else { notes.add(this.caseManagementMgr.getNote(noteIds[idx])); } } LoggedInInfo loggedInInfo = LoggedInInfo.loggedInInfo.get(); if (loggedInInfo.currentFacility.isIntegratorEnabled() && remoteNoteUUIDs.size() > 0) { DemographicWs demographicWs = CaisiIntegratorManager.getDemographicWs(); List<CachedDemographicNote> remoteNotes = demographicWs .getLinkedCachedDemographicNotes(ConversionUtils.fromIntString(demono)); for (CachedDemographicNote remoteNote : remoteNotes) { for (String remoteUUID : remoteNoteUUIDs) { if (remoteUUID.equals(remoteNote.getCachedDemographicNoteCompositePk().getUuid())) { CaseManagementNote fakeNote = getFakedNote(remoteNote); notes.add(fakeNote); break; } } } } // we're not guaranteed any ordering of notes given to us, so sort by observation date oscar.OscarProperties p = oscar.OscarProperties.getInstance(); String noteSort = p.getProperty("CMESort", ""); if (noteSort.trim().equalsIgnoreCase("UP")) { Collections.sort(notes, CaseManagementNote.noteObservationDateComparator); Collections.reverse(notes); } else Collections.sort(notes, CaseManagementNote.noteObservationDateComparator); List<CaseManagementNote> issueNotes; List<CaseManagementNote> tmpNotes; HashMap<String, List<CaseManagementNote>> cpp = null; if (request.getParameter("printCPP").equalsIgnoreCase("true")) { cpp = new HashMap<String, List<CaseManagementNote>>(); String[] issueCodes = { "OMeds", "SocHistory", "MedHistory", "Concerns", "Reminders", "FamHistory", "RiskFactors" }; for (int j = 0; j < issueCodes.length; ++j) { List<Issue> issues = caseManagementMgr.getIssueInfoByCode(providerNo, issueCodes[j]); String[] issueIds = getIssueIds(issues);// = new String[issues.size()]; tmpNotes = caseManagementMgr.getNotes(demono, issueIds); issueNotes = new ArrayList<CaseManagementNote>(); for (int k = 0; k < tmpNotes.size(); ++k) { if (!tmpNotes.get(k).isLocked()) { List<CaseManagementNoteExt> exts = caseManagementMgr.getExtByNote(tmpNotes.get(k).getId()); boolean exclude = false; for (CaseManagementNoteExt ext : exts) { if (ext.getKeyVal().equals("Hide Cpp")) { if (ext.getValue().equals("1")) { exclude = true; } } } if (!exclude) { issueNotes.add(tmpNotes.get(k)); } } } cpp.put(issueCodes[j], issueNotes); } } String demoNo = null; List<CaseManagementNote> othermeds = null; if (request.getParameter("printRx").equalsIgnoreCase("true")) { demoNo = demono; if (cpp == null) { List<Issue> issues = caseManagementMgr.getIssueInfoByCode(providerNo, "OMeds"); String[] issueIds = getIssueIds(issues);// new String[issues.size()]; othermeds = caseManagementMgr.getNotes(demono, issueIds); } else { othermeds = cpp.get("OMeds"); } } // Create new file to save form to String path = OscarProperties.getInstance().getProperty("DOCUMENT_DIR"); String fileName = path + "EncounterForm-" + UtilDateUtilities.getToday("yyyy-MM-dd.hh.mm.ss") + ".pdf"; FileOutputStream out = new FileOutputStream(fileName); CaseManagementPrintPdf printer = new CaseManagementPrintPdf(request, out); printer.printDocHeaderFooter(); printer.printCPP(cpp); printer.printRx(demoNo, othermeds); printer.printNotes(notes); /* check extensions */ Enumeration<String> e = request.getParameterNames(); while (e.hasMoreElements()) { String name = e.nextElement(); if (name.startsWith("extPrint")) { if (request.getParameter(name).equals("true")) { ExtPrint printBean = (ExtPrint) SpringUtils.getBean(name); if (printBean != null) { printBean.printExt(printer, request); } } } } printer.finish(); List<Object> pdfDocs = new ArrayList<Object>(); pdfDocs.add(fileName); if (request.getParameter("printLabs") != null && request.getParameter("printLabs").equalsIgnoreCase("true")) { // get the labs which fall into the date range which are attached to this patient CommonLabResultData comLab = new CommonLabResultData(); ArrayList<LabResultData> labs = comLab.populateLabResultsData("", demono, "", "", "", "U"); LinkedHashMap<String, LabResultData> accessionMap = new LinkedHashMap<String, LabResultData>(); for (int i = 0; i < labs.size(); i++) { LabResultData result = labs.get(i); if (result.isHL7TEXT()) { if (result.accessionNumber == null || result.accessionNumber.equals("")) { accessionMap.put("noAccessionNum" + i + result.labType, result); } else { if (!accessionMap.containsKey(result.accessionNumber + result.labType)) accessionMap.put(result.accessionNumber + result.labType, result); } } } for (LabResultData result : accessionMap.values()) { Date d = result.getDateObj(); // TODO:filter out the ones which aren't in our date range if there's a date range???? String segmentId = result.segmentID; MessageHandler handler = Factory.getHandler(segmentId); String fileName2 = OscarProperties.getInstance().getProperty("DOCUMENT_DIR") + "//" + handler.getPatientName().replaceAll("\\s", "_") + "_" + handler.getMsgDate() + "_LabReport.pdf"; OutputStream os2 = new FileOutputStream(fileName2); LabPDFCreator pdfCreator = new LabPDFCreator(os2, segmentId, LoggedInInfo.loggedInInfo.get().loggedInProvider.getProviderNo()); pdfCreator.printPdf(); pdfDocs.add(fileName2); } } ConcatPDF.concat(pdfDocs, os); }
From source file:com.griddynamics.jagger.monitoring.reporting.SystemUnderTestPlotsGeneralProvider.java
public Map<String, List<MonitoringReporterData>> createTaskPlots() { log.info("BEGIN: Create general task plots"); Map<String, List<MonitoringReporterData>> taskPlots = new LinkedHashMap<String, List<MonitoringReporterData>>(); GeneralStatistics generalStatistics = getStatistics(); Set<String> taskIds = generalStatistics.findTaskIds(); Set<String> boxIdentifiers = generalStatistics.findBoxIdentifiers(); Set<String> sutUrls = generalStatistics.findSutUrls(); for (GroupKey groupName : plotGroups.getPlotGroups().keySet()) { log.info(" Create general task plots for group '{}'", groupName); if (showPlotsByGlobal) { log.info(" Create general global task plots"); List<MonitoringReporterData> plots = new LinkedList<MonitoringReporterData>(); XYSeriesCollection chartsCollection = new XYSeriesCollection(); LinkedHashMap<String, IntervalMarker> markers = new LinkedHashMap<String, IntervalMarker>(); for (MonitoringParameter parameterId : plotGroups.getPlotGroups().get(groupName)) { log.info(" Create general global task plots for parameter '{}'", parameterId); MonitoringParameterBean param = MonitoringParameterBean.copyOf(parameterId); if (generalStatistics.hasGlobalStatistics(param)) { XYSeries values = new XYSeries(param.getDescription()); long timeShift = 0; int taskNum = 0; for (String taskId : taskIds) { log.info(" Create general global task plots for task '{}'", taskId); long maxTime = 0; for (MonitoringStatistics monitoringStatistics : generalStatistics .findGlobalStatistics(taskId, param)) { long time = monitoringStatistics.getTime(); double t = timeShift + time; values.add(t, monitoringStatistics.getAverageValue()); if (time > maxTime) { maxTime = time; }/*ww w . java 2 s. c om*/ if (showNumbers) { IntervalMarker marker = markers.get(taskId); if (marker == null) { marker = new IntervalMarker(t, t); marker.setLabel(monitoringStatistics.getTaskData().getNumber().toString()); marker.setAlpha((taskNum % 2 == 0) ? 0.2f : 0.4f); int mod = taskNum % 3; if (mod == 0) { marker.setLabelAnchor(RectangleAnchor.CENTER); } else if (mod == 1) { marker.setLabelAnchor(RectangleAnchor.TOP); } else if (mod == 2) { marker.setLabelAnchor(RectangleAnchor.BOTTOM); } marker.setLabelFont( marker.getLabelFont().deriveFont(10.0f).deriveFont(Font.BOLD)); markers.put(taskId, marker); } else { if (t < marker.getStartValue()) { marker.setStartValue(t); } if (t > marker.getEndValue()) { marker.setEndValue(t); } } } } timeShift += maxTime; taskNum++; } if (values.isEmpty()) { values.add(0, 0); } chartsCollection.addSeries(values); } } log.debug("group name \n{} \nparams {}]\n", groupName, Lists.newArrayList(plotGroups.getPlotGroups().get(groupName))); Pair<String, XYSeriesCollection> pair = ChartHelper.adjustTime(chartsCollection, markers.values()); chartsCollection = pair.getSecond(); String name = groupName.getUpperName(); if (chartsCollection.getSeriesCount() > 0) { JFreeChart chart = ChartHelper.createXYChart(null, chartsCollection, "Time (" + pair.getFirst() + ")", groupName.getLeftName(), 0, 1, ChartHelper.ColorTheme.LIGHT); XYPlot plot = (XYPlot) chart.getPlot(); for (IntervalMarker marker : markers.values()) { plot.addDomainMarker(marker); } MonitoringReporterData monitoringReporterData = new MonitoringReporterData(); monitoringReporterData.setParameterName(name); monitoringReporterData.setTitle(name); monitoringReporterData.setPlot(new JCommonDrawableRenderer(chart)); plots.add(monitoringReporterData); } if (!plots.isEmpty()) { taskPlots.put(name, plots); } } if (showPlotsByBox) { log.info(" Create general box task plots"); for (String boxIdentifier : boxIdentifiers) { log.info(" Create general box task plots for box '{}'", boxIdentifier); List<MonitoringReporterData> plots = new LinkedList<MonitoringReporterData>(); XYSeriesCollection chartsCollection = new XYSeriesCollection(); LinkedHashMap<String, IntervalMarker> markers = new LinkedHashMap<String, IntervalMarker>(); for (MonitoringParameter parameterId : plotGroups.getPlotGroups().get(groupName)) { log.info(" Create general box task plots for parameter '{}'", parameterId); MonitoringParameterBean param = MonitoringParameterBean.copyOf(parameterId); if (generalStatistics.hasBoxStatistics(param, boxIdentifier)) { XYSeries values = new XYSeries(param.getDescription()); long timeShift = 0; int taskNum = 0; for (String taskId : taskIds) { log.info(" Create general box task plots for task '{}'", taskId); long maxTime = 0; for (MonitoringStatistics monitoringStatistics : generalStatistics .findBoxStatistics(taskId, param, boxIdentifier)) { long time = monitoringStatistics.getTime(); double t = timeShift + time; values.add(t, monitoringStatistics.getAverageValue()); if (time > maxTime) { maxTime = time; } if (showNumbers) { IntervalMarker marker = markers.get(taskId); if (marker == null) { marker = new IntervalMarker(t, t); marker.setLabel( monitoringStatistics.getTaskData().getNumber().toString()); marker.setAlpha((taskNum % 2 == 0) ? 0.2f : 0.4f); int mod = taskNum % 3; if (mod == 0) { marker.setLabelAnchor(RectangleAnchor.CENTER); } else if (mod == 1) { marker.setLabelAnchor(RectangleAnchor.TOP); } else if (mod == 2) { marker.setLabelAnchor(RectangleAnchor.BOTTOM); } marker.setLabelFont( marker.getLabelFont().deriveFont(10.0f).deriveFont(Font.BOLD)); markers.put(taskId, marker); } else { if (t < marker.getStartValue()) { marker.setStartValue(t); } if (t > marker.getEndValue()) { marker.setEndValue(t); } } } } timeShift += maxTime; taskNum++; } if (values.isEmpty()) { values.add(0, 0); } chartsCollection.addSeries(values); } } log.debug("group name \n{} \nparams {}]\n", groupName, Lists.newArrayList(plotGroups.getPlotGroups().get(groupName))); Pair<String, XYSeriesCollection> pair = ChartHelper.adjustTime(chartsCollection, markers.values()); chartsCollection = pair.getSecond(); String name = groupName.getUpperName() + " on " + boxIdentifier; if (chartsCollection.getSeriesCount() > 0) { JFreeChart chart = ChartHelper.createXYChart(null, chartsCollection, "Time (" + pair.getFirst() + ")", groupName.getLeftName(), 0, 1, ChartHelper.ColorTheme.LIGHT); XYPlot plot = (XYPlot) chart.getPlot(); for (IntervalMarker marker : markers.values()) { plot.addDomainMarker(marker); } MonitoringReporterData monitoringReporterData = new MonitoringReporterData(); monitoringReporterData.setParameterName(name); monitoringReporterData.setTitle(name); monitoringReporterData.setPlot(new JCommonDrawableRenderer(chart)); plots.add(monitoringReporterData); } if (!plots.isEmpty()) { taskPlots.put(name, plots); } } } if (showPlotsBySuT) { log.info(" Create general sut task plots"); for (String sutUrl : sutUrls) { log.info(" Create general sut task plots for sut '{}'", sutUrl); List<MonitoringReporterData> plots = new LinkedList<MonitoringReporterData>(); XYSeriesCollection chartsCollection = new XYSeriesCollection(); LinkedHashMap<String, IntervalMarker> markers = new LinkedHashMap<String, IntervalMarker>(); for (MonitoringParameter parameterId : plotGroups.getPlotGroups().get(groupName)) { log.info(" Create general sut task plots for parameter '{}'", parameterId); MonitoringParameterBean param = MonitoringParameterBean.copyOf(parameterId); if (generalStatistics.hasSutStatistics(param, sutUrl)) { XYSeries values = new XYSeries(param.getDescription()); long timeShift = 0; int taskNum = 0; for (String taskId : taskIds) { log.info(" Create general sut task plots for task '{}'", taskId); long maxTime = 0; for (MonitoringStatistics monitoringStatistics : generalStatistics .findSutStatistics(taskId, param, sutUrl)) { long time = monitoringStatistics.getTime(); double t = timeShift + time; values.add(t, monitoringStatistics.getAverageValue()); if (time > maxTime) { maxTime = time; } if (showNumbers) { IntervalMarker marker = markers.get(taskId); if (marker == null) { marker = new IntervalMarker(t, t); marker.setLabel( monitoringStatistics.getTaskData().getNumber().toString()); marker.setAlpha((taskNum % 2 == 0) ? 0.2f : 0.4f); int mod = taskNum % 3; if (mod == 0) { marker.setLabelAnchor(RectangleAnchor.CENTER); } else if (mod == 1) { marker.setLabelAnchor(RectangleAnchor.TOP); } else if (mod == 2) { marker.setLabelAnchor(RectangleAnchor.BOTTOM); } marker.setLabelFont( marker.getLabelFont().deriveFont(10.0f).deriveFont(Font.BOLD)); markers.put(taskId, marker); } else { if (t < marker.getStartValue()) { marker.setStartValue(t); } if (t > marker.getEndValue()) { marker.setEndValue(t); } } } } timeShift += maxTime; taskNum++; } if (values.isEmpty()) { values.add(0, 0); } chartsCollection.addSeries(values); } } log.debug("group name \n{} \nparams {}]\n", groupName, Lists.newArrayList(plotGroups.getPlotGroups().get(groupName))); Pair<String, XYSeriesCollection> pair = ChartHelper.adjustTime(chartsCollection, markers.values()); chartsCollection = pair.getSecond(); String name = groupName.getUpperName() + " on " + sutUrl; if (chartsCollection.getSeriesCount() > 0) { JFreeChart chart = ChartHelper.createXYChart(null, chartsCollection, "Time (" + pair.getFirst() + ")", groupName.getLeftName(), 0, 1, ChartHelper.ColorTheme.LIGHT); XYPlot plot = (XYPlot) chart.getPlot(); for (IntervalMarker marker : markers.values()) { plot.addDomainMarker(marker); } MonitoringReporterData monitoringReporterData = new MonitoringReporterData(); monitoringReporterData.setParameterName(name); monitoringReporterData.setTitle(name); monitoringReporterData.setPlot(new JCommonDrawableRenderer(chart)); plots.add(monitoringReporterData); } if (!plots.isEmpty()) { taskPlots.put(name, plots); } } } } clearStatistics(); log.info("END: Create general task plots"); return taskPlots; }
From source file:com.perceptive.epm.perkolcentral.bl.EmployeeBL.java
@TriggersRemove(cacheName = { "EmployeeCache", "GroupCache",
"EmployeeKeyedByGroupCache" }, when = When.AFTER_METHOD_INVOCATION, removeAll = true, keyGenerator = @KeyGenerator(name = "HashCodeCacheKeyGenerator", properties = @Property(name = "includeMethod", value = "false")))
@Transactional(propagation = Propagation.REQUIRED, isolation = Isolation.SERIALIZABLE, rollbackFor = ExceptionWrapper.class)
public void updateAllEmployee(List<EmployeeBO> employeeListFromLDAP) throws ExceptionWrapper {
try {/* ww w . j a v a2 s.co m*/
String messageTemplateAdded = "<html>\n" + "<head>\n" + "</head>\n" + "\n"
+ "<body style=\"font:Georgia; font-size:12px;\">\n" + "<p>Dear All,</p>\n" + "<blockquote>\n"
+ " <p>A new user is added to the system.</p>\n" + "</blockquote>\n" + "<ul>\n"
+ " <li><strong><em>User Name</em></strong>: <strong>%s</strong></li>\n"
+ " <li><em><strong>User Short Id</strong></em>: <strong>%s</strong></li>\n"
+ " <li><em><strong>Employee Id</strong></em>: <strong>%s</strong></li>\n"
+ " <li><strong><em>User Email-Id</em></strong>:<strong> %s</strong></li>\n"
+ " <li><em><strong>Mobile Number</strong></em>:<strong> %s</strong></li>\n"
+ " <li><em><strong>Job Title</strong></em> : <strong>%s</strong></li>\n" + "</ul>\n"
+ "<p>Please take necessary actions.</p>\n" + "<p>Thanks,</p>\n" + "<blockquote>\n"
+ " <p>Perceptive Kolkata Central</p>\n" + "</blockquote>\n" + "</body>\n" + "</html>";
String messageTemplateDeleted = "<html>\n" + "<head>\n" + "</head>\n" + "\n"
+ "<body style=\"font:Georgia; font-size:12px;\">\n" + "<p>Dear All,</p>\n" + "<blockquote>\n"
+ " <p>An user is removed from the system.</p>\n" + "</blockquote>\n" + "<ul>\n"
+ " <li><strong><em>User Name</em></strong>: <strong>%s</strong></li>\n"
+ " <li><em><strong>User Short Id</strong></em>: <strong>%s</strong></li>\n"
+ " <li><em><strong>Employee Id</strong></em>: <strong>%s</strong></li>\n"
+ " <li><strong><em>User Email-Id</em></strong>:<strong> %s</strong></li>\n"
+ " <li><em><strong>Mobile Number</strong></em>:<strong> %s</strong></li>\n"
+ " <li><em><strong>Job Title</strong></em> : <strong>%s</strong></li>\n" + "</ul>\n"
+ "<p>Please take necessary actions.</p>\n" + "<p>Thanks,</p>\n" + "<blockquote>\n"
+ " <p>Perceptive Kolkata Central</p>\n" + "</blockquote>\n" + "</body>\n" + "</html>";
LinkedHashMap<Long, EmployeeBO> employeeLinkedHashMap = employeeDataAccessor.getAllEmployees();
for (EmployeeBO employeeBO : employeeListFromLDAP) {
if (!employeeLinkedHashMap.containsKey(Long.valueOf(employeeBO.getEmployeeId()))) {
//Add a new employee
Employee employee = new Employee();
employee.setEmployeeId(Long.parseLong(employeeBO.getEmployeeId()));
employee.setEmail(employeeBO.getEmail());
employee.setEmployeeName(employeeBO.getEmployeeName());
employee.setEmployeeUid(employeeBO.getEmployeeUid());
employee.setJobTitle(employeeBO.getJobTitle());
employee.setMobileNumber(employeeBO.getMobileNumber());
employee.setManager(employeeBO.getManager());
employee.setManagerEmail(employeeBO.getManagerEmail());
employee.setExtensionNum(employeeBO.getExtensionNum());
employee.setWorkspace(employeeBO.getWorkspace());
employee.setIsActive(true);
employeeDataAccessor.addEmployee(employee);
LoggingHelpUtil.printDebug(String.format("Adding user ----> %s with details %s %s",
employeeBO.getEmployeeName(), System.getProperty("line.separator"),
ReflectionToStringBuilder.toString(employeeBO)));
//Send the mail
HtmlEmail emailToSend = new HtmlEmail();
emailToSend.setHostName(email.getHostName());
String messageToSend = String.format(messageTemplateAdded, employeeBO.getEmployeeName(),
employeeBO.getEmployeeUid(), employeeBO.getEmployeeId().toString(),
employeeBO.getEmail(), employeeBO.getMobileNumber(), employeeBO.getJobTitle());
emailToSend.setHtmlMsg(messageToSend);
//emailToSend.setTextMsg(StringEscapeUtils.escapeHtml(messageToSend));
emailToSend.getToAddresses().clear();
//Send mail to scrum masters and Development Managers Group Id 15
Collection<EmployeeBO> allEmployeesNeedToGetMail = CollectionUtils.union(
getAllEmployeesKeyedByGroupId().get(Integer.valueOf("14")),
getAllEmployeesKeyedByGroupId().get(Integer.valueOf("15")));
for (EmployeeBO item : allEmployeesNeedToGetMail) {
emailToSend.addTo(item.getEmail(), item.getEmployeeName());
}
emailToSend.addTo(employeeBO.getManagerEmail(), employeeBO.getManager());//Send the mail to manager
//emailToSend.setFrom("PerceptiveKolkataCentral@perceptivesoftware.com", "Perceptive Kolkata Central");
emailToSend.setFrom("EnterpriseSoftwareKolkata@lexmark.com", "Enterprise Software Kolkata");
emailToSend.setSubject(String.format("New employee added : %s", employeeBO.getEmployeeName()));
emailToSend.send();
//==========================Mail send ends here===========================================================================================================
//sendMailToPerceptiveOpsTeam(employeeBO);//Send mail to operations team in Shawnee
} else {
//Update a new employee
employeeDataAccessor.updateEmployee(employeeBO);
LoggingHelpUtil.printDebug(String.format("Updating user ----> %s with details %s %s",
employeeBO.getEmployeeName(), System.getProperty("line.separator"),
ReflectionToStringBuilder.toString(employeeBO)));
}
//========================================================================================================================================
}
//Delete employees if any
for (Object obj : employeeLinkedHashMap.values()) {
final EmployeeBO emp = (EmployeeBO) obj;
if (!CollectionUtils.exists(employeeListFromLDAP, new Predicate() {
@Override
public boolean evaluate(Object o) {
return emp.getEmployeeId().trim().equalsIgnoreCase(((EmployeeBO) o).getEmployeeId().trim()); //To change body of implemented methods use File | Settings | File Templates.
}
})) {
emp.setActive(false); //Soft delete the Employee
employeeDataAccessor.updateEmployee(emp);//Rest deletion will be taken care by the Trigger AFTER_EMPLOYEE_UPDATE
LoggingHelpUtil.printDebug(
String.format("Deleting user ----> %s with details %s %s", emp.getEmployeeName(),
System.getProperty("line.separator"), ReflectionToStringBuilder.toString(emp)));
//Send the mail
HtmlEmail emailToSend = new HtmlEmail();
emailToSend.setHostName(email.getHostName());
String messageToSend = String.format(messageTemplateDeleted, emp.getEmployeeName(),
emp.getEmployeeUid(), emp.getEmployeeId().toString(), emp.getEmail(),
emp.getMobileNumber(), emp.getJobTitle());
emailToSend.setHtmlMsg(messageToSend);
//emailToSend.setTextMsg(StringEscapeUtils.escapeHtml(messageToSend));
emailToSend.getToAddresses().clear();
//Send mail to scrum masters ==Group ID 14 and Development Managers Group Id 15
Collection<EmployeeBO> allEmployeesNeedToGetMail = CollectionUtils.union(
getAllEmployeesKeyedByGroupId().get(Integer.valueOf("14")),
getAllEmployeesKeyedByGroupId().get(Integer.valueOf("15")));
for (EmployeeBO item : allEmployeesNeedToGetMail) {
emailToSend.addTo(item.getEmail(), item.getEmployeeName());
}
//emailToSend.setFrom("PerceptiveKolkataCentral@perceptivesoftware.com", "Perceptive Kolkata Central");
emailToSend.setFrom("EnterpriseSoftwareKolkata@lexmark.com", "Enterprise Software Kolkata");
emailToSend.setSubject(String.format("Employee removed : %s", emp.getEmployeeName()));
emailToSend.send();
}
}
luceneUtil.indexUserInfo(getAllEmployees().values());
} catch (Exception ex) {
throw new ExceptionWrapper(ex);
}
}
From source file:org.jamwiki.db.AnsiQueryHandler.java
/** * *//*w w w . j av a2 s.c om*/ public List<RoleMap> getRoleMapGroups() throws SQLException { Connection conn = null; PreparedStatement stmt = null; ResultSet rs = null; try { conn = DatabaseConnection.getConnection(); stmt = conn.prepareStatement(STATEMENT_SELECT_GROUPS_AUTHORITIES); rs = stmt.executeQuery(); LinkedHashMap<Integer, RoleMap> roleMaps = new LinkedHashMap<Integer, RoleMap>(); while (rs.next()) { Integer groupId = rs.getInt("group_id"); RoleMap roleMap = new RoleMap(); if (roleMaps.containsKey(groupId)) { roleMap = roleMaps.get(groupId); } else { roleMap.setGroupId(groupId); roleMap.setGroupName(rs.getString("group_name")); } roleMap.addRole(rs.getString("authority")); roleMaps.put(groupId, roleMap); } return new ArrayList<RoleMap>(roleMaps.values()); } finally { DatabaseConnection.closeConnection(conn, stmt, rs); } }