List of usage examples for java.util HashSet clear
public void clear()
From source file:edu.ku.brc.specify.toycode.mexconabio.AnalysisWithGBIFToGBIF.java
@Override public void process(final int type, final int options) { calcMaxScore();// w w w. j a v a 2 s. com String gbifSQL = "SELECT DISTINCT id, catalogue_number, genus, species, subspecies, latitude, longitude, country, state_province, collector_name, locality, year, month, day, collector_num "; String fromClause1a = "FROM raw WHERE collector_num LIKE ? AND year = ? AND genus = ?"; String fromClause1b = "FROM raw WHERE collector_num IS NULL AND year = ? AND genus = ?"; //String fromClause2 = "FROM raw WHERE collector_num IS NULL AND year = ? AND month = ? AND genus = ? AND id <> ?"; // 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 String postSQL = "FROM raw WHERE collector_num IS NOT NULL GROUP BY collector_num, year, genus"; String srcSQL = "SELECT id, catalogue_number, genus, species, subspecies, latitude, longitude, country, state_province, collector_name, locality, year, month, day, collector_num " + postSQL + " ORDER BY collector_num"; String grphashSQL = "SELECT name FROM group_hash"; String gbifgbifInsert = "INSERT INTO gbifgbif (reltype, score, GBIFID, SNIBID) VALUES (?,?,?,?)"; Statement stmt = null; PreparedStatement gStmt1a = null; PreparedStatement gStmt1b = null; //PreparedStatement gStmt2 = null; PreparedStatement gsStmt = null; Object[] refRow = new Object[NUM_FIELDS]; Object[] cmpRow = new Object[NUM_FIELDS]; long totalRecs = BasicSQLUtils.getCount(dbSrcConn, "SELECT COUNT(*) FROM group_hash"); long procRecs = 0; long startTime = System.currentTimeMillis(); int secsThreshold = 0; String blank = "X?"; PrintWriter pw = null; try { pw = new PrintWriter("scoring_gbifgbif.log"); gStmt1a = dbGBIFConn.prepareStatement(gbifSQL + fromClause1a); gStmt1b = dbGBIFConn.prepareStatement(gbifSQL + fromClause1b); //gStmt2 = dbGBIFConn.prepareStatement(gbifSQL + fromClause2); gsStmt = dbDstConn.prepareStatement(gbifgbifInsert); stmt = dbSrcConn.createStatement(ResultSet.FETCH_FORWARD, ResultSet.CONCUR_READ_ONLY); stmt.setFetchSize(Integer.MIN_VALUE); System.out.println("Starting Query... " + totalRecs); pw.println("Starting Query... " + totalRecs); System.out.flush(); pw.flush(); HashSet<Integer> idHash = new HashSet<Integer>(); int writeCnt = 0; ResultSet rs = stmt.executeQuery(grphashSQL); System.out .println(String.format("Starting Processing... Total Records %d Max Score: %d Threshold: %d", totalRecs, maxScore, thresholdScore)); pw.println(String.format("Starting Processing... Total Records %d Max Score: %d Threshold: %d", totalRecs, maxScore, thresholdScore)); System.out.flush(); pw.flush(); Vector<Object[]> group = new Vector<Object[]>(); ArrayList<Integer> ids = new ArrayList<Integer>(); while (rs.next()) { String[] tokens = StringUtils.split(rs.getString(1), '_'); String colNum = tokens[0].trim(); String year = tokens[1].trim(); String genus = tokens[2].trim(); if (StringUtils.isEmpty(colNum) || colNum.equals(blank)) colNum = null; if (StringUtils.isEmpty(year) || year.equals(blank)) year = null; if (StringUtils.isEmpty(genus) || genus.equals(blank)) genus = null; PreparedStatement gStmt1; if (colNum != null) { gStmt1 = gStmt1a; gStmt1.setString(1, "%" + colNum + "%"); } else { gStmt1 = gStmt1b; gStmt1.setString(1, null); } gStmt1.setString(2, year); gStmt1.setString(3, genus); ResultSet gRS = gStmt1.executeQuery(); ids.clear(); int maxNonNullTot = -1; int maxNonNullInx = -1; int inx = 0; while (gRS.next()) { Object[] row = getRow(); int cnt = fillRowWithScore(row, gRS); if (cnt > maxNonNullTot) { maxNonNullInx = inx; maxNonNullTot = cnt; } group.add(row); ids.add(gRS.getInt(1)); inx++; } gRS.close(); if (inx < 2) { for (Object[] r : group) { recycleRow(r); } group.clear(); continue; } System.arraycopy(group.get(maxNonNullInx), 0, refRow, 0, refRow.length); Integer srcId = ids.get(maxNonNullInx); for (int i = 0; i < group.size(); i++) { if (i != maxNonNullInx) { int score = score(refRow, group.get(i)); if (score > thresholdScore) { writeCnt++; int gbifID = ids.get(i); gsStmt.setInt(1, 1); // reltype gsStmt.setInt(2, score); // score gsStmt.setInt(3, gbifID); gsStmt.setInt(4, srcId); gsStmt.executeUpdate(); idHash.add(gbifID); } } } idHash.clear(); for (Object[] r : group) { recycleRow(r); } group.clear(); if (gStmt1 == gStmt1b) { continue; } gStmt1 = gStmt1b; gStmt1.setString(1, year); gStmt1.setString(2, genus); gRS = gStmt1.executeQuery(); while (gRS.next()) { fillRowWithScore(cmpRow, gRS); int gbifID = gRS.getInt(1); if (gbifID == srcId) continue; int score = score(refRow, cmpRow); if (score > thresholdScore) { writeCnt++; gsStmt.setInt(1, 1); // reltype gsStmt.setInt(2, score); // score gsStmt.setInt(3, gbifID); gsStmt.setInt(4, srcId); gsStmt.executeUpdate(); } } gRS.close(); procRecs++; if (procRecs % 500 == 0) { long endTime = System.currentTimeMillis(); long elapsedTime = endTime - startTime; double timePerRecord = (elapsedTime / procRecs); double hrsLeft = ((totalRecs - procRecs) * timePerRecord) / HRS; int seconds = (int) (elapsedTime / 60000.0); if (secsThreshold != seconds) { secsThreshold = seconds; String msg = String.format("Elapsed %8.2f hr.mn Percent: %6.3f Hours Left: %8.2f ", ((double) (elapsedTime)) / HRS, 100.0 * ((double) procRecs / (double) totalRecs), hrsLeft); System.out.println(msg); pw.println(msg); pw.flush(); } } } rs.close(); System.out.println("Done."); pw.println("Done."); } catch (Exception ex) { ex.printStackTrace(); } finally { try { if (stmt != null) { stmt.close(); } if (gStmt1a != null) { gStmt1a.close(); } if (gStmt1b != null) { gStmt1b.close(); } /*if (gStmt2 != null) { gStmt2.close(); }*/ } catch (Exception ex) { } } System.out.println("Done."); pw.println("Done."); pw.flush(); pw.close(); }
From source file:com.icesoft.faces.renderkit.dom_html_basic.MenuRenderer.java
void renderSelect(FacesContext facesContext, UIComponent uiComponent) throws IOException { HashSet excludes = new HashSet(); // setup/*w w w.j a v a 2s . c o m*/ DOMContext domContext = DOMContext.attachDOMContext(facesContext, uiComponent); if (!domContext.isInitialized()) { Element root = domContext.createElement("select"); domContext.setRootNode(root); setRootElementId(facesContext, root, uiComponent); root.setAttribute("name", uiComponent.getClientId(facesContext)); // render styleClass attribute if present. String styleClass = null; if (null != (styleClass = (String) uiComponent.getAttributes().get("styleClass"))) { root.setAttribute("class", styleClass); } if (!getMultipleText(uiComponent).equals("")) { root.setAttribute("multiple", "multiple"); } } Element root = (Element) domContext.getRootNode(); // Determine how many option(s) we need to render, and update // the component's "size" attribute accordingly; The "size" // attribute will be rendered as one of the "pass thru" attributes int itemCount = countSelectOptionsRecursive(facesContext, uiComponent); // If "size" is *not* set explicitly, we have to default it correctly Object size = uiComponent.getAttributes().get("size"); if ((null == size) || ((size instanceof Integer) && (((Integer) size).intValue() == Integer.MIN_VALUE || ((Integer) size).intValue() == 0))) { renderSizeAttribute(root, itemCount); excludes.add("size"); } else { renderSizeAttribute(root, Integer.valueOf(size.toString()).intValue()); } Object currentValue = null; if (null == (currentValue = ((UIInput) uiComponent).getSubmittedValue())) { currentValue = ""; } addJavaScript(facesContext, uiComponent, root, currentValue.toString(), excludes); if (uiComponent instanceof HtmlSelectOneMenu) { PassThruAttributeRenderer.renderHtmlAttributes(facesContext, uiComponent, selectOneMenuPassThruAttributes); } else if (uiComponent instanceof HtmlSelectManyMenu) { PassThruAttributeRenderer.renderHtmlAttributes(facesContext, uiComponent, selectManyMenuPassThruAttributes); } else if (uiComponent instanceof HtmlSelectOneListbox) { PassThruAttributeRenderer.renderHtmlAttributes(facesContext, uiComponent, selectOneListboxPassThruAttributes); } else if (uiComponent instanceof HtmlSelectManyListbox) { PassThruAttributeRenderer.renderHtmlAttributes(facesContext, uiComponent, selectManyListboxPassThruAttributes); } String[] attributes = new String[] { HTML.DISABLED_ATTR, HTML.READONLY_ATTR }; Object attribute; for (int i = 0; i < attributes.length; i++) { attribute = uiComponent.getAttributes().get(attributes[i]); if (attribute instanceof Boolean && ((Boolean) attribute).booleanValue()) { root.setAttribute(attributes[i], attributes[i]); } } excludes.clear(); domContext.stepInto(uiComponent); renderOptions(facesContext, uiComponent); domContext.stepOver(); }
From source file:gov.nih.nci.evs.browser.utils.DataUtils.java
public static Vector getConceptSources(String scheme, String version, String code) { Entity c = getConceptByCode(scheme, version, null, code); if (c == null) return null; Presentation[] presentations = c.getPresentation(); HashSet hset = new HashSet(); Vector v = new Vector(); for (int i = 0; i < presentations.length; i++) { Presentation presentation = presentations[i]; // java.lang.String name = presentation.getPropertyName(); // java.lang.String prop_value = // presentation.getValue().getContent(); Source[] sources = presentation.getSource(); for (int j = 0; j < sources.length; j++) { Source source = (Source) sources[j]; java.lang.String sab = source.getContent(); if (!hset.contains(sab)) { hset.add(sab);/* w ww .j av a 2s.c o m*/ v.add(sab); } } } hset.clear(); return v; }
From source file:org.gbif.ipt.task.Eml2Rtf.java
/** * Add authors section.//from w w w . j a va 2 s. c om * * @param doc Document * @param eml EML * @throws DocumentException if problem occurs during add */ private void addAuthors(Document doc, Eml eml) throws DocumentException { // Creating set of authors with different names. (first names + last names). HashSet<Agent> tempAgents = new LinkedHashSet<Agent>(); if (exists(eml.getResourceCreator()) && exists(eml.getResourceCreator().getLastName())) { tempAgents.add(eml.getResourceCreator()); } if (exists(eml.getMetadataProvider()) && exists(eml.getMetadataProvider().getLastName())) { tempAgents.add(eml.getMetadataProvider()); } tempAgents.addAll(eml.getAssociatedParties()); // comparing and removing those repeated agents with same name and same address. Collection<Integer> toRemove = new ArrayList<Integer>(); int counter = 0; for (Iterator<Agent> i = tempAgents.iterator(); i.hasNext(); counter++) { if (toRemove.contains(counter)) { i.next(); i.remove(); } else { Agent agentA = i.next(); // when second iterator should be start boolean flag = false; int countTemp = 0; for (Iterator<Agent> j = tempAgents.iterator(); j.hasNext(); countTemp++) { Agent agentB = j.next(); if (flag) { if (equal(agentA.getLastName(), agentB.getLastName()) && equal(agentA.getFirstName(), agentB.getFirstName()) && equal(agentA.getAddress(), agentB.getAddress())) { toRemove.add(countTemp); } } else if (agentA.equals(agentB)) { flag = true; } } } } Agent[] agentsArray = new Agent[tempAgents.size()]; tempAgents.toArray(agentsArray); // Adding authors Paragraph p = new Paragraph(); p.setFont(font); p.setAlignment(Element.ALIGN_CENTER); java.util.List<Agent> affiliations = new ArrayList<Agent>(); int superScriptCounter = 1; for (int c = 0; c < agentsArray.length; c++) { if (exists(agentsArray[c].getLastName())) { if (c != 0) { p.add(", "); } // First Name and Last Name if (exists(agentsArray[c].getFirstName())) { p.add(agentsArray[c].getFirstName() + " "); } p.add(agentsArray[c].getLastName()); // Looking for addresses and organisations of other authors // (superscripts should not be repeated). boolean isRepeated = false; // look into the affiliations array to find any previous repeated agent info. for (int index = 0; index < affiliations.size(); index++) { if (equal(agentsArray[c].getAddress(), affiliations.get(index).getAddress()) && equal(agentsArray[c].getOrganisation(), affiliations.get(index).getOrganisation())) { p.add(createSuperScript(String.valueOf(index + 1))); isRepeated = true; break; } } // if the agent is not repeated. if (!isRepeated) { p.add(createSuperScript(String.valueOf(superScriptCounter))); affiliations.add(agentsArray[c]); superScriptCounter++; } } } doc.add(p); p.clear(); doc.add(Chunk.NEWLINE); tempAgents.clear(); // <AFFILIATIONS> p = new Paragraph(); p.setFont(font); p.setAlignment(Element.ALIGN_JUSTIFIED); for (int c = 0; c < affiliations.size(); c++) { if (c != 0) { p.add("; "); } p.add((c + 1) + " "); if (exists(affiliations.get(c).getOrganisation())) { p.add(affiliations.get(c).getOrganisation() + ", "); } if (exists(affiliations.get(c).getAddress().getAddress())) { p.add(affiliations.get(c).getAddress().getAddress() + ", "); } if (exists(affiliations.get(c).getAddress().getPostalCode())) { p.add(affiliations.get(c).getAddress().getPostalCode() + ", "); } if (exists(affiliations.get(c).getAddress().getCity())) { p.add(affiliations.get(c).getAddress().getCity()); } if (exists(affiliations.get(c).getAddress().getCountry())) { VocabularyConcept concept = vocabManager.get(Constants.VOCAB_URI_COUNTRY) .findConcept(affiliations.get(c).getAddress().getCountry()); // write country in default language as matched from vocabulary or original value if (exists(concept)) { p.add(", " + WordUtils.capitalizeFully(concept.getPreferredTerm(DEFAULT_LANGUAGE).getTitle())); } else { p.add(", " + WordUtils.capitalizeFully(affiliations.get(c).getAddress().getCountry())); } } } doc.add(p); p.clear(); doc.add(Chunk.NEWLINE); // <Corresponding Authors> p = new Paragraph(); p.setAlignment(Element.ALIGN_JUSTIFIED); p.add(new Phrase(getText("rtf.authors") + ": ", fontTitle)); p.setFont(font); boolean isFirst = true; if (exists(eml.getResourceCreator())) { if (exists(eml.getResourceCreator().getFirstName())) { p.add(eml.getResourceCreator().getFirstName() + " "); } p.add(eml.getResourceCreator().getLastName()); if (exists(eml.getResourceCreator().getEmail())) { p.add(" (" + eml.getResourceCreator().getEmail() + ")"); } isFirst = false; } if (exists(eml.getMetadataProvider())) { boolean sameAsCreator = false; if (!isFirst) { sameAsCreator = equal(eml.getMetadataProvider().getAddress(), eml.getResourceCreator().getAddress()) && equal(eml.getMetadataProvider().getEmail(), eml.getResourceCreator().getEmail()); } if (!sameAsCreator) { p.add(", "); if (exists(eml.getMetadataProvider().getFirstName())) { p.add(eml.getMetadataProvider().getFirstName() + " "); } p.add(eml.getMetadataProvider().getLastName()); if (exists(eml.getMetadataProvider().getEmail())) { p.add(" (" + eml.getMetadataProvider().getEmail() + ")"); } } } p.add(Chunk.NEWLINE); doc.add(p); p.clear(); }
From source file:com.dell.asm.asmcore.asmmanager.util.ServiceTemplateValidator.java
/** * Validate server network configuration * @param component//from w w w. j a v a 2 s. c o m */ public void validateNetworks(ServiceTemplateComponent component, final Map<String, String> repoToTaskMap) { // for use with partition mask int M_PXE = 0x0000001; int M_HMGMT = 0x0000010; int M_HMGRN = 0x0000100; int M_HCLST = 0x0001000; int M_ISCSI = 0x0010000; int M_FILE = 0x0100000; int M_OTHER = 0x1000000; ServiceTemplateSetting networking = component .getTemplateSetting(ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_NETWORK_CONFIG_ID); if (networking == null) { // some server components may not include networking configuration return; } // Skip network validation of hardware only configuration if (ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_COMPID_HW.equals(component.getComponentID())) { return; } com.dell.asm.asmcore.asmmanager.client.networkconfiguration.NetworkConfiguration networkConfig = getServiceTemplateUtil() .deserializeNetwork(networking.getValue()); if (networkConfig == null) { LOGGER.warn("No networking configuration on server component: " + component.getAsmGUID()); return; } boolean isSanBoot = component.hasSanBoot(); boolean isNoneBoot = component.hasNoneBoot(); boolean hasESX = component.hasESX(repoToTaskMap); boolean hasHyperV = component.hasHyperV(); boolean hasBareMetalOS = component.hasBareMetal(repoToTaskMap); boolean isISCSIBoot = component.hasSanISCSIBoot(); List<String> vMotionNetworks = new ArrayList<String>(); List<String> pxeNetworks = new ArrayList<String>(); List<String> hypManangementNetworks = new ArrayList<String>(); List<String> vsanNetworks = new ArrayList<String>(); List<String> fipsNetworks = new ArrayList<String>(); boolean hasPXE = false; boolean hasStaticPXE = false; boolean hasPXEOnPartNot1 = false; boolean hasHypervisorMgmt = false; boolean hasHMOnPart1 = false; boolean hasHypervisorMigration = false; boolean hasHypervisorCluster = false; boolean hasISCSI = false; boolean hasHypervisorMgmtStatic = false; boolean hasHypervisorMigrationStatic = false; boolean hasHypervisorClusterStatic = false; boolean hasISCSIStatic = false; boolean hasInvalidPartitionNetwork = false; boolean hasOtherStatic = false; boolean componentInvalidForEsx = false; String errorCase = null; List<Interface> interfaces = networkConfig.getUsedInterfaces(); HashSet<String> partitionNetworkTypes = new HashSet<String>(); List<List<String>> workloadNetworksCheck = new ArrayList<List<String>>(); List<String> bareMetalOsNetworkCheck = new ArrayList<String>(); boolean iscsiOnPort1 = false; boolean foundSingleISCSIOnPort1 = false; boolean isBootDeviceFc = false; boolean fcNetworkPresent = false; final ServiceTemplateValid componentValid = component.getComponentValid(); for (ServiceTemplateCategory category : safeList(component.getResources())) { for (ServiceTemplateSetting setting : safeList(category.getParameters())) { if ((setting.getId() .equalsIgnoreCase(ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_TARGET_BOOTDEVICE_ID) && setting.getValue() .equals(ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_TARGET_BOOTDEVICE_FC))) { isBootDeviceFc = true; } if (((setting.getId() .equalsIgnoreCase(ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_NETWORK_CONFIG_ID) && setting.getValue().toLowerCase().contains("\"usedforfc\":true"))) || ((setting.getId().equalsIgnoreCase( ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_NETWORK_CONFIG_ID) && setting.getValue().toLowerCase().contains("\"fabrictype\":\"fc\"")))) { fcNetworkPresent = true; } } } if (isBootDeviceFc && !fcNetworkPresent) { LOGGER.error("fcNetworksError"); componentValid.addMessage(AsmManagerMessages.fcNwtworksValidation()); componentValid.setValid(Boolean.FALSE); } for (Interface interfaceObject : interfaces) { if (interfaceObject.isPartitioned() && hasHyperV) { // stop vaidation here and return componentValid.addMessage(AsmManagerMessages.serverWithHyperVPartitioned()); componentValid.setValid(Boolean.FALSE); return; } List<Partition> partitions = interfaceObject.getPartitions(); for (Partition partition : partitions) { partitionNetworkTypes.clear(); bareMetalOsNetworkCheck.clear(); List<String> networkIds = partition.getNetworks(); Integer curMask = 0; if (networkIds != null) { for (String networkId : networkIds) { Network networkObject = getNetworkService().getNetwork(networkId); // In general networkObject should never be null, but ran into cases with // invalid default templates where it was. String networkType = networkObject == null ? "" : networkObject.getType().value(); boolean isStatic = networkObject != null && networkObject.isStatic(); if (networkType.equals(NetworkType.STORAGE_ISCSI_SAN.value())) { hasISCSI = true; curMask |= M_ISCSI; hasISCSIStatic = isStatic; if (isSanBoot && !isStatic) { // iSCSI must be static fo SAN boot iSCSI componentValid.addMessage(AsmManagerMessages.iscsiMustHaveStatic()); } } else if (networkType.equals(NetworkType.PXE.value())) { hasPXE = true; curMask |= M_PXE; if (networkObject.isStatic()) { hasStaticPXE = true; } if (!partition.getName().equals("1")) hasPXEOnPartNot1 = true; } else if (networkType.equals(NetworkType.HYPERVISOR_MANAGEMENT.value())) { hasHypervisorMgmt = true; curMask |= M_HMGMT; if (partition.getName().equals("1")) hasHMOnPart1 = true; hasHypervisorMgmtStatic = isStatic; } else if (networkType.equals(NetworkType.HYPERVISOR_CLUSTER_PRIVATE.value())) { hasHypervisorCluster = true; hasHypervisorClusterStatic = isStatic; curMask |= M_HCLST; } else if (networkType.equals(NetworkType.HYPERVISOR_MIGRATION.value())) { hasHypervisorMigration = true; hasHypervisorMigrationStatic = isStatic; curMask |= M_HMGRN; } else if (networkType.equals(NetworkType.FILESHARE.value())) { curMask |= M_FILE; } else { curMask |= M_OTHER; if (isStatic) { hasOtherStatic = true; } } if (hasESX) { if (networkType.equals(NetworkType.HYPERVISOR_MIGRATION.value())) { vMotionNetworks.add(networkId); } if (networkType.equals(NetworkType.PXE.value())) { pxeNetworks.add(networkId); } if (networkType.equals(NetworkType.VSAN.value())) { vsanNetworks.add(networkId); } if (networkType.equals(NetworkType.FIP_SNOOPING.value())) { fipsNetworks.add(networkId); } if (networkType.equals(NetworkType.HYPERVISOR_MANAGEMENT.value())) { hypManangementNetworks.add(networkId); } if (networkType.equals(NetworkType.PRIVATE_LAN.value()) || networkType.equals(NetworkType.PUBLIC_LAN.value())) { List<String> netTemp = new ArrayList<String>(); for (String netId : networkIds) { if (NetworkType.PRIVATE_LAN .equals(getNetworkService().getNetwork(netId).getType()) || NetworkType.PUBLIC_LAN .equals(getNetworkService().getNetwork(netId).getType())) { netTemp.add(netId); } } workloadNetworksCheck.add(netTemp); } partitionNetworkTypes.add(networkType); } if (hasBareMetalOS) { if (!hasInvalidPartitionNetwork) { // partition index, number, etc. is always 0; use the name to identify the partition index if (component.hasLinuxOS() && !partition.getName().equals("1")) { hasInvalidPartitionNetwork = true; componentValid.addMessage( AsmManagerMessages.invalidPartitionForNetwork(component.getName())); } } bareMetalOsNetworkCheck.add(networkType); } } } if (hasBareMetalOS && bareMetalOsNetworkCheck.size() != 0) { boolean validNets = true; for (String netType : bareMetalOsNetworkCheck) { if (!netType.equals(NetworkType.PXE.value()) && !netType.equals(NetworkType.PRIVATE_LAN.value()) && !netType.equals(NetworkType.PUBLIC_LAN.value()) && !netType.equals(NetworkType.STORAGE_FCOE_SAN.value()) && !netType.equals(NetworkType.FIP_SNOOPING.value()) && !netType.equals(NetworkType.FILESHARE.value()) && !netType.equals(NetworkType.STORAGE_ISCSI_SAN.value())) { validNets = false; LOGGER.error("incorrectNetworksOnBareMetalOs"); componentValid .addMessage(AsmManagerMessages.incorrectNetworkConfForBareMetalAndLinux2()); break; } } if (!validNets) break; } if (hasESX) { if (partitionNetworkTypes.contains(NetworkType.FIP_SNOOPING.value()) && !(partitionNetworkTypes.contains(NetworkType.FIP_SNOOPING.value()) && partitionNetworkTypes.contains(NetworkType.STORAGE_FCOE_SAN.value()))) { componentInvalidForEsx = true; errorCase = ERROR_DUPLICATE_NETWORK_TYPE; LOGGER.error( "networkTypeDuplicateOnSamePartition - FIP Snooping FCOE Networks Partitions Error"); } } // checks per port // Bare metal OS if (hasBareMetalOS) { if (interfaceObject.getName().equals("Port 1")) { // In the case of boot from iSCSI, iSCSI network must be selected for one of the NIC port1. And no other network can be seleced on the same port. if (isISCSIBoot && hasISCSI) { iscsiOnPort1 = true; } if (isISCSIBoot && hasISCSI && curMask == M_ISCSI) { foundSingleISCSIOnPort1 = true; } } } // ignore all but first partitions if (!interfaceObject.isPartitioned()) break; // Different nic types have different number of partitions but data may include more that should be ignored if (partition.getName().equals(Integer.toString(interfaceObject.getMaxPartitions()))) { break; } } } if (hasBareMetalOS) { // In the case of boot from iSCSI, iSCSI network must be selected for one of the NIC port1. And no other network can be seleced on the same port. if (isISCSIBoot && !iscsiOnPort1) { componentValid.addMessage(AsmManagerMessages.iscsiMustBeOnPort1()); } if (isISCSIBoot && hasISCSI && !foundSingleISCSIOnPort1) { componentValid.addMessage(AsmManagerMessages.iscsiMustBeTheOnlyNetwork()); } } // For any cases that requires ASM to deploy OS, need to make sure PXE network is selected. // this is required for full server component if (ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_COMPID_ALL.equals(component.getComponentID())) { if (!isSanBoot && !isNoneBoot && !hasPXE) { componentValid.addMessage(AsmManagerMessages.serverMustHavePXE()); } else { // Installing Hyper-V or Windows using a static OS Installation network is not currently supported if (hasStaticPXE) { ServiceTemplateSetting osVersion = component.getParameter( ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_OS_RESOURCE, ServiceTemplateSettingIDs.SERVICE_TEMPLATE_SERVER_OS_VERSION_ID); } if (hasBareMetalOS) { if (hasPXE && hasPXEOnPartNot1) componentValid.addMessage(AsmManagerMessages.wrongPartition(NetworkType.PXE.value(), 1)); } // In the case for Hyper-v, make sure required networks are selected. // Hypervisor Mgmt, Hypervisor Migration, Hypervisor Cluster private, PXE, iSCSI // no partitions if (hasHyperV) { if (!hasPXE) componentValid.addMessage( AsmManagerMessages.serverMissedNetwork("Hyper-V", NetworkType.PXE.value())); else if (hasPXE && hasPXEOnPartNot1) componentValid.addMessage(AsmManagerMessages.wrongPartition(NetworkType.PXE.value(), 1)); else if (!hasHypervisorMgmt) componentValid.addMessage(AsmManagerMessages.serverMissedNetwork("Hyper-V", NetworkType.HYPERVISOR_MANAGEMENT.value())); else if (hasHypervisorMgmt && !hasHMOnPart1) componentValid.addMessage( AsmManagerMessages.wrongPartition(NetworkType.HYPERVISOR_MANAGEMENT.value(), 1)); else if (!hasHypervisorMigration) componentValid.addMessage(AsmManagerMessages.serverMissedNetwork("Hyper-V", NetworkType.HYPERVISOR_MIGRATION.value())); else if (!hasHypervisorCluster) componentValid.addMessage(AsmManagerMessages.serverMissedNetwork("Hyper-V", NetworkType.HYPERVISOR_CLUSTER_PRIVATE.value())); if (hasISCSI && !hasISCSIStatic) { componentValid.addMessage( AsmManagerMessages.hypervRequiresStatic(NetworkType.STORAGE_ISCSI_SAN.value())); } else if (!hasHypervisorMgmtStatic) { componentValid.addMessage( AsmManagerMessages.hypervRequiresStatic(NetworkType.HYPERVISOR_MANAGEMENT.value())); } else if (!hasHypervisorMigrationStatic) { componentValid.addMessage( AsmManagerMessages.hypervRequiresStatic(NetworkType.HYPERVISOR_MIGRATION.value())); } else if (!hasHypervisorClusterStatic) { componentValid.addMessage(AsmManagerMessages .hypervRequiresStatic(NetworkType.HYPERVISOR_CLUSTER_PRIVATE.value())); } } // In the case for ESXi, make sure required networks are selected. // Hypervisor Mgmt, Hypervisor Migration, Hypervisor Cluster private, PXE must be partition 1 if (hasESX) { HashSet<String> duplicateNetworkCheck; if (!hasPXE) componentValid .addMessage(AsmManagerMessages.serverMissedNetwork("ESX", NetworkType.PXE.value())); else if (hasPXE && hasPXEOnPartNot1) componentValid.addMessage(AsmManagerMessages.wrongPartition(NetworkType.PXE.value(), 1)); else if (!hasHypervisorMgmt) componentValid.addMessage(AsmManagerMessages.serverMissedNetwork("ESX", NetworkType.HYPERVISOR_MANAGEMENT.value())); if (workloadNetworksCheck.size() > 1) { for (List<String> partitionNetworks : workloadNetworksCheck) { if (!(partitionNetworks.containsAll(workloadNetworksCheck.get(1)) && workloadNetworksCheck.get(1).containsAll(partitionNetworks))) { componentInvalidForEsx = true; errorCase = ERROR_WORKLOAD_NETS_NOT_SAME; LOGGER.error(ERROR_WORKLOAD_NETS_NOT_SAME); } } } duplicateNetworkCheck = new HashSet<>(pxeNetworks); if (duplicateNetworkCheck.size() > 1) { componentInvalidForEsx = true; errorCase = ERROR_DUPLICATE_NETWORKS; LOGGER.error("duplicateNetworkCheck - PXE"); } duplicateNetworkCheck = new HashSet<>(vMotionNetworks); if (duplicateNetworkCheck.size() > 1) { componentInvalidForEsx = true; errorCase = ERROR_DUPLICATE_NETWORKS; LOGGER.error("duplicateNetworkCheck - vMotionNetworks"); } duplicateNetworkCheck = new HashSet<>(hypManangementNetworks); if (duplicateNetworkCheck.size() > 1) { componentInvalidForEsx = true; errorCase = ERROR_DUPLICATE_NETWORKS; LOGGER.error("duplicateNetworkCheck - hypManangementNetworks"); } duplicateNetworkCheck = new HashSet<>(fipsNetworks); if (duplicateNetworkCheck.size() > 1) { componentInvalidForEsx = true; errorCase = ERROR_DUPLICATE_NETWORKS; LOGGER.error("duplicateNetworkCheck - fipsNetworks"); } if (componentInvalidForEsx) { if (ERROR_DUPLICATE_NETWORKS.equals(errorCase)) componentValid.addMessage(AsmManagerMessages.networksDuplicate()); if (ERROR_DUPLICATE_NETWORK_TYPE.equals(errorCase)) componentValid.addMessage(AsmManagerMessages.networkTypeDuplicate()); if (ERROR_WORKLOAD_NETS_NOT_SAME.equals(errorCase)) componentValid.addMessage(AsmManagerMessages.workloadNetworksNotSame()); } } } } if (CollectionUtils.isNotEmpty(componentValid.getMessages())) { componentValid.setValid(Boolean.FALSE); } }
From source file:com.krawler.formbuilder.servlet.ReportBuilderDaoImpl.java
public String saveReportGridConfig(String jsonstr, String reportid, boolean createTable, String tbar, String bbar) throws ServiceException { String result = "{\"success\":true}"; String tableName = ""; // String jsonstr = request.getParameter("jsondata"); try {/*from w w w .j av a 2 s . c om*/ JSONObject jobj = new JSONObject(); // String reportid = request.getParameter("reportid"); // boolean createTable = Boolean.parseBoolean(request.getParameter("createtable")); mb_reportlist report = (mb_reportlist) get(mb_reportlist.class, reportid); if (createTable) { tableName = "rb_" + toLZ(report.getReportkey(), 3) + "_" + report.getReportname().replace(" ", "").toLowerCase(); } else { tableName = report.getTablename(); } HashSet<String> hashSet = new HashSet<String>(); HashSet<String> finalHashSet = new HashSet<String>(); String hql = "delete from com.krawler.esp.hibernate.impl.mb_gridconfig as mb_gridconfig where mb_gridconfig.reportid = ? "; int numDelRec = executeUpdate(hql, new Object[] { report }); JSONArray jsonArray = new JSONArray(jsonstr); int confCnt = 0; for (int k = 0; k < jsonArray.length(); k++) { jobj = jsonArray.getJSONObject(k); if (!jobj.getString("name").equals("id")) { com.krawler.esp.hibernate.impl.mb_gridconfig gridConf = new com.krawler.esp.hibernate.impl.mb_gridconfig(); // java.text.SimpleDateFormat sdf = new java.text.SimpleDateFormat("yyyy-MM-d HH:mm:ss"); // java.sql.Timestamp timestamp1 = Timestamp.valueOf(sdf.format(new java.util.Date())); if (jobj.getString("name").indexOf(".") > -1) { String[] tablecolumn = jobj.getString("name").split("\\."); gridConf.setName( tablecolumn[0] + PropsValues.REPORT_HARDCODE_STR + tablecolumn[1].toLowerCase()); } else { if (jobj.getString("name").indexOf(PropsValues.REPORT_HARDCODE_STR) == -1) { // String Columnname = moduleBuilderMethods.getColumnName(moduleBuilderMethods.getcolumnNameStr(jobj.getString("name").toLowerCase())); String Columnname = jobj.getString("name").toLowerCase(); gridConf.setName(tableName + PropsValues.REPORT_HARDCODE_STR + Columnname); } } if (StringUtil.isNullOrEmpty(jobj.getString("displayfield"))) gridConf.setDisplayfield(jobj.getString("name")); else gridConf.setDisplayfield(jobj.getString("displayfield")); if (!StringUtil.isNullOrEmpty(jobj.getString("reftable"))) { gridConf.setReftable(jobj.getString("reftable")); } else if (StringUtil.isNullOrEmpty(jobj.getString("reftable")) && !jobj.getString("combogridconfig").equals("-1")) { gridConf.setReftable(""); } else { if (createTable) gridConf.setReftable(tableName); } gridConf.setXtype(jobj.getString("xtype")); renderer render = null; if (jobj.getString("renderer").length() > 0) { render = (renderer) get(renderer.class, jobj.getString("renderer")); } else { render = (renderer) get(renderer.class, "0"); } // gridConf.setRenderer(render); // gridConf.setFilter(jobj.getString("filter")); gridConf.setSummaryType(jobj.getString("summaryType")); gridConf.setDefaultValue(jobj.getString("defaultValue")); gridConf.setHidden(Boolean.parseBoolean(jobj.getString("hidden"))); gridConf.setCountflag(Boolean.parseBoolean(jobj.getString("countflag"))); String combogridconfig = "-1"; String refTable = jobj.getString("reftable"); String xtype = jobj.getString("xtype"); if (xtype.equals("Combobox") && !StringUtil.isNullOrEmpty(refTable) && !refTable.equals(tableName)) { String SELECT_QUERY = "Select mb_reportlist.reportid from com.krawler.esp.hibernate.impl.mb_reportlist as mb_reportlist " + " where mb_reportlist.tablename = ?"; List list = find(SELECT_QUERY, new Object[] { refTable }); Iterator ite = list.iterator(); String reportid1 = null; if (ite.hasNext()) { reportid1 = (String) ite.next(); } if (reportid1 != null) { String name = null; if (jobj.getString("name").indexOf(".") > -1) { String[] tablecolumn = jobj.getString("name").split("\\."); name = tablecolumn[0] + PropsValues.REPORT_HARDCODE_STR + tablecolumn[1].toLowerCase(); } else { if (jobj.getString("name").indexOf(PropsValues.REPORT_HARDCODE_STR) == -1) name = tableName + PropsValues.REPORT_HARDCODE_STR + jobj.getString("name").toLowerCase(); } mb_reportlist report1 = (mb_reportlist) get(mb_reportlist.class, reportid1); SELECT_QUERY = "select mb_gridconfig.combogridconfig from com.krawler.esp.hibernate.impl.mb_gridconfig as mb_gridconfig " + "where mb_gridconfig.reportid = ? and mb_gridconfig.name = ?"; list = find(SELECT_QUERY, new Object[] { report1, name }); ite = list.iterator(); if (ite.hasNext()) { combogridconfig = (String) ite.next(); } } } else if (!jobj.getString("combogridconfig").equals("-1")) { combogridconfig = jobj.getString("combogridconfig"); } gridConf.setCombogridconfig(combogridconfig); gridConf.setColumnindex(k); gridConf.setReportid(report); save(gridConf); String strid = gridConf.getId(); confCnt++; if (!StringUtil.isNullOrEmpty(jobj.getString("reftable")) && !jobj.getString("reftable").equals(tableName)) { String fkKeyName = jobj.getString("reftable") + "." + (getPrimaryColName(jobj.getString("reftable"))); if (fkKeyName.equals(jobj.getString("name"))) { hashSet.add(fkKeyName); finalHashSet.remove(fkKeyName); } else if (!hashSet.contains(fkKeyName)) { finalHashSet.add(fkKeyName); } } } } if (finalHashSet.size() > 0) { Iterator itr = finalHashSet.iterator(); while (itr.hasNext()) { //Insert id fields of reference tables com.krawler.esp.hibernate.impl.mb_gridconfig gridConf = new com.krawler.esp.hibernate.impl.mb_gridconfig(); String tablecolumn = itr.next().toString(); tablecolumn = tablecolumn.replace(".", PropsValues.REPORT_HARDCODE_STR); gridConf.setName(tablecolumn); gridConf.setDisplayfield(tablecolumn); gridConf.setReftable(tablecolumn.split(PropsValues.REPORT_HARDCODE_STR)[0]); gridConf.setXtype("None"); gridConf.setHidden(true); renderer render = (renderer) get(renderer.class, "0"); gridConf.setRenderer(render); gridConf.setColumnindex(confCnt++); gridConf.setReportid(report); gridConf.setCombogridconfig("-1"); //gridConf.setFilter(""); gridConf.setCountflag(false); save(gridConf); } // String actionType = "Add Report Grid Config"; // String details = "Grid Config added for Report "+report.getReportname(); // long actionId = AuditTrialHandler.getActionId(session, actionType); // AuditTrialHandler.insertAuditLog(session, actionId, details, request); } if (createTable) { int cnt = 0; //Insert id field of new table com.krawler.esp.hibernate.impl.mb_gridconfig gridConf = new com.krawler.esp.hibernate.impl.mb_gridconfig(); gridConf.setName(tableName + PropsValues.REPORT_HARDCODE_STR + "id"); gridConf.setDisplayfield("id"); gridConf.setReftable(tableName); gridConf.setXtype("None"); gridConf.setHidden(true); renderer render = (renderer) get(renderer.class, "0"); gridConf.setRenderer(render); gridConf.setColumnindex(confCnt++); gridConf.setReportid(report); gridConf.setCombogridconfig("-1"); // gridConf.setFilter(""); gridConf.setCountflag(false); save(gridConf); // save report table name report.setTablename(tableName); save(report); ArrayList<Hashtable<String, Object>> aList = new ArrayList<Hashtable<String, Object>>(); Object[] objArrField = new Object[] { "name", "type", "primaryid", "default" }; Object[] objArr = new Object[] { "id", "String", "true", "" }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); objArrField = new Object[] { "name", "type", "default" }; objArr = new Object[] { "createdby", "String", "" }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); objArr = new Object[] { "createddate", "Date", "" }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); objArr = new Object[] { "modifieddate", "Date", "" }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); objArr = new Object[] { "deleteflag", "double", "" }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); HashSet<String> hs = new HashSet<String>(); for (int k = 0; k < jsonArray.length(); k++) { JSONObject obj = jsonArray.getJSONObject(k); if (!StringUtil.isNullOrEmpty(obj.getString("reftable")) && !obj.getString("reftable").equals(tableName)) { if (!Boolean.parseBoolean(obj.getString("countflag"))) { if (hs.add(obj.getString("reftable"))) { Object[] objArrField1 = new Object[] { "name", "reftable", "type", "foreignid", "default" }; String fkKeyName = obj.getString("reftable") .concat(getPrimaryColName(obj.getString("reftable"))); objArr = new Object[] { fkKeyName, obj.getString("reftable"), "String", true, obj.getString("defaultValue") }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField1); } } } else { if (!obj.getString("name").equals("id")) { String type = ""; if (obj.getString("xtype").equals("Checkbox") || obj.getString("xtype").equals("Radio")) { type = "boolean"; } else if (obj.getString("xtype").equals("Date")) { type = "Date"; } else if (obj.getString("xtype").equals("Number(Integer)")) { type = "int"; } else if (obj.getString("xtype").equals("Number(Float)")) { type = "double"; } else if (obj.getString("xtype").equals("Combobox")) { type = "String"; } else { type = "String"; } objArr = new Object[] { obj.getString("name").toLowerCase(), type, obj.getString("defaultValue") }; moduleBuilderGenerateTable.makeEntryToArrayList(cnt, aList, objArr, objArrField); } } } hs.clear(); ServiceBuilder sb = new ServiceBuilder(); // sb.createServiceXMLFile(aList, tableName); sb.createJavaFile(tableName, true); // String actionType = "Add Report Grid Config Table"; // String details = "Grid Cofig Table added for Report "+report.getReportname(); // long actionId = AuditTrialHandler.getActionId(session, actionType); // AuditTrialHandler.insertAuditLog(session, actionId, details, request); } else { String className = "rb_" + toLZ(report.getReportkey(), 3) + "_" + report.getReportname().replace(" ", "").toLowerCase(); // save report table name //report.setTablename(className); //session.save(report); //Create only implementation java class for report for which no new table is created. ServiceBuilder sb = new ServiceBuilder(); sb.createImplJavaFile(className, true); } // if(numDelRec==0) { // if first time store then add permission entry for add/edit/delete action // mb_permgrmaster permgrmaster = new mb_permgrmaster(); // accessRight.addPermGrp(session,permgrmaster,report); // com.krawler.esp.hibernate.impl.mb_permmaster permmaster = null; // for(int i=2;i<9;i++) { // permmaster = new com.krawler.esp.hibernate.impl.mb_permmaster(); // mb_permactions permaction = (mb_permactions) session.load(mb_permactions.class,i); // permmaster.setPermaction(permaction); // permmaster.setPermname(permaction.getName()); // permmaster.setDescription(permaction.getName()); // permmaster.setPermgrid(permgrmaster); // permmaster.setPermid(accessRight.getMaxPermid(session, permgrmaster.getPermgrid())); // session.save(permmaster); // } // } storeToolbarConf(reportid, tbar, bbar); hql = "SELECT mb_gridconfig.columnindex,mb_gridconfig.hidden,mb_gridconfig.reftable,mb_gridconfig.renderer,mb_gridconfig.xtype,mb_gridconfig.displayfield,mb_gridconfig.name " + "FROM com.krawler.esp.hibernate.impl.mb_gridconfig AS mb_gridconfig " + "WHERE mb_gridconfig.reportid = ?"; List list = find(hql, new Object[] { report }); Iterator ite = list.iterator(); JSONObject r = new JSONObject(); while (ite.hasNext()) { Object[] row = (Object[]) ite.next(); JSONObject temp = new JSONObject(); temp.put("index", row[0]); temp.put("hidden", row[1]); temp.put("reftable", row[2]); temp.put("renderer", row[3]); temp.put("xtype", row[4]); temp.put("displayfield", row[5]); temp.put("name", row[6]); r.append("data", temp); } r.put("success", true); r.put("reportId", reportid); r.put("tablename", tableName); result = r.toString(); } catch (JSONException e) { logger.warn(e.getMessage(), e); result = "{\"success\":false}"; throw ServiceException.FAILURE("reportbuilder.saveReportGridConfig", e); } catch (Exception e) { logger.warn(e.getMessage(), e); result = "{\"success\":false}"; throw ServiceException.FAILURE("reportbuilder.saveReportGridConfig", e); } return result; }
From source file:hudson.plugins.project_inheritance.projects.InheritanceProject.java
public Map<InheritanceProject, Relationship> getRelationships() { Object obj = onInheritChangeBuffer.get(this, "getRelationships"); if (obj != null && obj instanceof Map) { return (Map) obj; }//from w w w. j ava2 s . c o m //Creating the returned map and pre-filling it with empty lists Map<InheritanceProject, Relationship> map = new HashMap<InheritanceProject, Relationship>(); //Preparing the set of projects that were already explored HashSet<String> seenProjects = new HashSet<String>(); //Fetching the map of all projects and their connections Map<String, ProjectGraphNode> connGraph = getConnectionGraph(); //Fetching the node for the current (this) project ProjectGraphNode node = connGraph.get(this.getName()); if (node == null) { return map; } //Mates can be filled quite easily for (String mate : node.mates) { InheritanceProject p = InheritanceProject.getProjectByName(mate); ProjectGraphNode mateNode = connGraph.get(mate); boolean isLeaf = (mateNode == null) ? true : mateNode.children.isEmpty(); if (p == null) { continue; } //Checking if we've seen this mate already if (!seenProjects.contains(p.getName())) { map.put(p, new Relationship(Relationship.Type.MATE, 0, isLeaf)); seenProjects.add(p.getName()); } } //Exploring parents int distance = 1; seenProjects.clear(); LinkedList<InheritanceProject> cOpen = new LinkedList<InheritanceProject>(); LinkedList<InheritanceProject> nOpen = new LinkedList<InheritanceProject>(); cOpen.add(this); while (!cOpen.isEmpty()) { InheritanceProject ip = cOpen.pop(); if (ip == null || seenProjects.contains(ip.getName())) { continue; } seenProjects.add(ip.getName()); node = connGraph.get(ip.getName()); if (ip == null || node == null) { continue; } //Adding all parents for (String parent : node.parents) { InheritanceProject par = InheritanceProject.getProjectByName(parent); if (par == null || seenProjects.contains(parent)) { continue; } map.put(par, new Relationship(Relationship.Type.PARENT, distance, false)); nOpen.push(par); } if (cOpen.isEmpty() && !nOpen.isEmpty()) { cOpen = nOpen; nOpen = new LinkedList<InheritanceProject>(); distance++; } } //Exploring children distance = 1; seenProjects.clear(); cOpen.clear(); nOpen.clear(); cOpen.add(this); while (!cOpen.isEmpty()) { InheritanceProject ip = cOpen.pop(); if (ip == null || seenProjects.contains(ip.getName())) { continue; } seenProjects.add(ip.getName()); node = connGraph.get(ip.getName()); if (ip == null || node == null) { continue; } //Adding all parents for (String child : node.children) { InheritanceProject cProj = InheritanceProject.getProjectByName(child); if (cProj == null || seenProjects.contains(child)) { continue; } ProjectGraphNode childNode = connGraph.get(child); boolean isLeaf = (childNode == null) ? true : childNode.children.isEmpty(); map.put(cProj, new Relationship(Relationship.Type.CHILD, distance, isLeaf)); nOpen.push(cProj); } if (cOpen.isEmpty() && !nOpen.isEmpty()) { cOpen = nOpen; nOpen = new LinkedList<InheritanceProject>(); distance++; } } onInheritChangeBuffer.set(this, "getRelationships", map); return map; }
From source file:org.apache.stratos.aws.extension.AWSLoadBalancer.java
public boolean configure(Topology topology) throws LoadBalancerExtensionException { log.info("AWS load balancer extension is being reconfigured."); HashSet<String> activeClusters = new HashSet<String>(); for (Service service : topology.getServices()) { for (Cluster cluster : service.getClusters()) { // Check if a load balancer is created for this cluster if (clusterIdToLoadBalancerMap.containsKey(cluster.getClusterId())) { // A load balancer is already present for this cluster // Get the load balancer and update it. if (log.isDebugEnabled()) { log.debug(String.format("Load balancer for cluster %s is already present.", cluster.getClusterId())); }/*w ww. ja va 2s. c o m*/ if (updateExistingLoadBalancer(cluster)) { activeClusters.add(cluster.getClusterId()); } } else { // Create a new load balancer for this cluster Collection<Member> clusterMembers = cluster.getMembers(); if (clusterMembers.size() > 0) { Member aMember = clusterMembers.iterator().next(); // a unique load balancer name with user-defined prefix and a sequence number. String loadBalancerName = awsHelper.generateLoadBalancerName(cluster.getServiceName()); String region = awsHelper.getAWSRegion(aMember.getInstanceId()); // list of AWS listeners obtained using port mappings of one of the members of the cluster. List<Listener> listenersForThisCluster = awsHelper.getRequiredListeners(aMember); // Get the initial zone identifier list (a, b, c) to consider in creating // the LB as defined in aws.properties file Set<String> initialZones = awsHelper.getInitialZones(); Set<String> initialAvailabilityZones = new HashSet<>(); if (initialZones.isEmpty()) { // initial availability zones not defined // use the default (<region>a) initialAvailabilityZones.add(awsHelper.getAvailabilityZoneFromRegion(region)); } else { // prepend the region and construct the availability zone list with // full names (<region> + <zone>) for (String zone : initialZones) { initialAvailabilityZones.add(region + zone); } } String loadBalancerDNSName = createAWSLoadBalancer(loadBalancerName, region, listenersForThisCluster, initialAvailabilityZones); log.info(String.format("Load balancer %s created for cluster %s ", loadBalancerDNSName, cluster.getClusterId())); if (addClusterMembersInfo(clusterMembers, loadBalancerName, region)) { activeClusters.add(cluster.getClusterId()); } // persist LB info try { persistenceManager .persist(new LBInfoDTO(loadBalancerName, cluster.getClusterId(), region)); } catch (PersistenceException e) { log.error(String.format( "Unable to persist LB Information for %s , cluster id %s " + loadBalancerName, cluster.getClusterId())); } LoadBalancerInfo loadBalancerInfo = new LoadBalancerInfo(loadBalancerName, region); clusterIdToLoadBalancerMap.put(cluster.getClusterId(), loadBalancerInfo); } pause(3000); } } } // if 'terminate.lb.on.cluster.removal' = true in aws-extension.sh if (AWSExtensionContext.getInstance().terminateLBOnClusterRemoval()) { // Find out clusters which were present earlier but are not now. List<String> clustersToRemoveFromMap = new ArrayList<String>(); // TODO: improve using an iterator and removing the unwanted cluster id in this loop for (String clusterId : clusterIdToLoadBalancerMap.keySet()) { if (!activeClusters.contains(clusterId)) { clustersToRemoveFromMap.add(clusterId); if (log.isDebugEnabled()) { log.debug("Load balancer for cluster " + clusterId + " needs to be removed."); } } } // Delete load balancers associated with these clusters. for (String clusterId : clustersToRemoveFromMap) { // Remove load balancer for this cluster. final String loadBalancerName = clusterIdToLoadBalancerMap.get(clusterId).getName(); final String region = clusterIdToLoadBalancerMap.get(clusterId).getRegion(); awsHelper.deleteLoadBalancer(loadBalancerName, region); //remove and persist try { persistenceManager.remove(new LBInfoDTO(loadBalancerName, clusterId, region)); } catch (PersistenceException e) { log.error("Unable to persist LB Information for " + loadBalancerName + ", cluster id " + clusterId); } clusterIdToLoadBalancerMap.remove(clusterId); } } activeClusters.clear(); log.info("AWS load balancer extension was reconfigured as per the topology."); return true; }
From source file:gov.nih.nci.evs.browser.utils.SearchUtils.java
ResolvedConceptReferencesIterator getResolvedConceptReferencesIteratorUnion(String scheme, String version,
Vector<ResolvedConceptReferencesIterator> v) {
if (v == null)
return null;
int maxReturn = 100;
Vector w = new Vector();
HashSet hset = new HashSet();
ResolvedConceptReferencesIterator matchIterator = null;
for (int i = 0; i < v.size(); i++) {
ResolvedConceptReferencesIterator iterator = (ResolvedConceptReferencesIterator) v.elementAt(i);
try {/*from www. ja v a 2s . co m*/
while (iterator != null && iterator.hasNext()) {
ResolvedConceptReferenceList rcrl = iterator.next(maxReturn);
if (rcrl != null) {
ResolvedConceptReference[] refs = rcrl.getResolvedConceptReference();
if (refs != null) {
for (ResolvedConceptReference ref : refs) {
if (ref != null) {
if (!hset.contains(ref.getConceptCode())) {
w.add(ref.getConceptCode());
hset.add(ref.getConceptCode());
}
}
}
}
}
}
} catch (Exception ex) {
ex.printStackTrace();
}
}
if (w.size() > 0) {
String[] codes = new String[w.size()];
for (int i = 0; i < w.size(); i++) {
String code = (String) w.elementAt(i);
codes[i] = code;
}
try {
LexBIGService lbSvc = new RemoteServerUtil().createLexBIGService();
if (lbSvc == null) {
_logger.warn("lbSvc == null???");
return null;
}
CodingSchemeVersionOrTag versionOrTag = new CodingSchemeVersionOrTag();
if (version != null)
versionOrTag.setVersion(version);
ConceptReferenceList crefs = createConceptReferenceList(codes, scheme);
CodedNodeSet cns = lbSvc.getCodingSchemeConcepts(scheme, null);
cns = cns.restrictToCodes(crefs);
CodedNodeSet.PropertyType[] types = new PropertyType[] { PropertyType.PRESENTATION };
cns = cns.restrictToProperties(null, types, null, null, null);
try {
matchIterator = cns.resolve(null, null, null);
} catch (Exception ex) {
ex.printStackTrace();
}
} catch (Exception ex) {
ex.printStackTrace();
}
hset.clear();
}
return matchIterator;
}