List of usage examples for java.util ArrayList iterator
public Iterator<E> iterator()
From source file:com.clustercontrol.monitor.run.factory.RunMonitor.java
/** * ????/*from w ww . ja v a 2s .c om*/ * <p> * <ol> * <li>????????{@link #setMonitorInfo(String, String)}</li> * <li>?????????{@link #setJudgementInfo()}</li> * <li>??????????{@link #setCheckInfo()}</li> * <li>???????? {@link #collect(String)}</li> * <li>???????? {@link #getCheckResult(boolean)}</li> * <li>?????????{@link #getPriority(int)}</li> * <li>????{@link #notify(boolean, String, int, Date)}</li> * </ol> * * @return ??????</code> true </code> * @throws FacilityNotFound * @throws MonitorNotFound * @throws InvalidRole * @throws EntityExistsException * @throws HinemosUnknown * * @see #setMonitorInfo(String, String) * @see #setJudgementInfo() * @see #setCheckInfo() * @see #collect(String) * @see #getCheckResult(boolean) * @see #getPriority(int) * @see #notify(boolean, String, int, Date) */ protected boolean runMonitorInfo() throws FacilityNotFound, MonitorNotFound, InvalidRole, EntityExistsException, HinemosUnknown { m_now = HinemosTime.getDateInstance(); m_priorityMap = new HashMap<Integer, ArrayList<String>>(); m_priorityMap.put(Integer.valueOf(PriorityConstant.TYPE_INFO), new ArrayList<String>()); m_priorityMap.put(Integer.valueOf(PriorityConstant.TYPE_WARNING), new ArrayList<String>()); m_priorityMap.put(Integer.valueOf(PriorityConstant.TYPE_CRITICAL), new ArrayList<String>()); m_priorityMap.put(Integer.valueOf(PriorityConstant.TYPE_UNKNOWN), new ArrayList<String>()); List<Sample> sampleList = new ArrayList<Sample>(); List<StringSample> collectedSamples = new ArrayList<>(); try { // boolean run = this.setMonitorInfo(m_monitorTypeId, m_monitorId); if (!run) { // ? return true; } // setJudgementInfo(); // ?? setCheckInfo(); ArrayList<String> facilityList = null; ExecutorCompletionService<MonitorRunResultInfo> ecs = new ExecutorCompletionService<MonitorRunResultInfo>( ParallelExecution.instance().getExecutorService()); int taskCount = 0; if (!m_isMonitorJob) { // ?? // ID????? // /?true?????ID?? facilityList = new RepositoryControllerBean().getExecTargetFacilityIdList(m_facilityId, m_monitor.getOwnerRoleId()); if (facilityList.size() == 0) { return true; } m_isNode = new RepositoryControllerBean().isNode(m_facilityId); // ??????? nodeInfo = new HashMap<String, NodeInfo>(); for (String facilityId : facilityList) { try { synchronized (this) { nodeInfo.put(facilityId, new RepositoryControllerBean().getNode(facilityId)); } } catch (FacilityNotFound e) { // ??? } } m_log.debug("monitor start : monitorTypeId : " + m_monitorTypeId + ", monitorId : " + m_monitorId); /** * ? */ // ID??????? Iterator<String> itr = facilityList.iterator(); while (itr.hasNext()) { String facilityId = itr.next(); if (facilityId != null && !"".equals(facilityId)) { // ???RunMonitor???? // ????????????? RunMonitor runMonitor = this.createMonitorInstance(); // ????? runMonitor.m_monitorTypeId = this.m_monitorTypeId; runMonitor.m_monitorId = this.m_monitorId; runMonitor.m_now = this.m_now; runMonitor.m_priorityMap = this.m_priorityMap; runMonitor.setMonitorInfo(runMonitor.m_monitorTypeId, runMonitor.m_monitorId); runMonitor.setJudgementInfo(); runMonitor.setCheckInfo(); runMonitor.nodeInfo = this.nodeInfo; ecs.submit(new MonitorExecuteTask(runMonitor, facilityId)); taskCount++; if (m_log.isDebugEnabled()) { m_log.debug("starting monitor result : monitorId = " + m_monitorId + ", facilityId = " + facilityId); } } else { facilityList.remove(facilityId); } } } else { // ?? // ID????? // /?true?????ID?? facilityList = new RepositoryControllerBean().getExecTargetFacilityIdList(m_facilityId, m_monitor.getOwnerRoleId()); if (facilityList.size() != 1 || !facilityList.get(0).equals(m_facilityId)) { return true; } m_isNode = true; // ??????? nodeInfo = new HashMap<String, NodeInfo>(); try { synchronized (this) { nodeInfo.put(m_facilityId, new RepositoryControllerBean().getNode(m_facilityId)); } } catch (FacilityNotFound e) { // ??? } m_log.debug("monitor start : monitorTypeId : " + m_monitorTypeId + ", monitorId : " + m_monitorId); /** * ? */ // ???RunMonitor???? // ????????????? RunMonitor runMonitor = this.createMonitorInstance(); // ????? runMonitor.m_isMonitorJob = this.m_isMonitorJob; runMonitor.m_monitorTypeId = this.m_monitorTypeId; runMonitor.m_monitorId = this.m_monitorId; runMonitor.m_now = this.m_now; runMonitor.m_priorityMap = this.m_priorityMap; runMonitor.setMonitorInfo(runMonitor.m_monitorTypeId, runMonitor.m_monitorId); runMonitor.setJudgementInfo(); runMonitor.setCheckInfo(); runMonitor.nodeInfo = this.nodeInfo; runMonitor.m_prvData = this.m_prvData; ecs.submit(new MonitorExecuteTask(runMonitor, m_facilityId)); taskCount++; if (m_log.isDebugEnabled()) { m_log.debug("starting monitor result : monitorId = " + m_monitorId + ", facilityId = " + m_facilityId); } } /** * ?? */ MonitorRunResultInfo result = new MonitorRunResultInfo(); // ?? m_log.debug("total start : monitorTypeId : " + m_monitorTypeId + ", monitorId : " + m_monitorId); // ??? StringSample strSample = null; Sample sample = null; if (m_monitor.getCollectorFlg()) { //? - if (m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_STRING || m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_TRAP) { strSample = new StringSample(HinemosTime.getDateInstance(), m_monitor.getMonitorId()); } //? - else { sample = new Sample(HinemosTime.getDateInstance(), m_monitor.getMonitorId()); } } for (int i = 0; i < taskCount; i++) { Future<MonitorRunResultInfo> future = ecs.take(); result = future.get(); // ?? String facilityId = result.getFacilityId(); m_nodeDate = result.getNodeDate(); if (m_log.isDebugEnabled()) { m_log.debug("finished monitor : monitorId = " + m_monitorId + ", facilityId = " + facilityId); } //?????????? if (m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_STRING || m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_TRAP) { if (strSample != null) { strSample.set(facilityId, m_monitor.getMonitorTypeId(), result.getMessageOrg()); } } if (!m_isMonitorJob) { // ??? if (result.getProcessType().booleanValue()) { // ? notify(true, facilityId, result.getCheckResult(), new Date(m_nodeDate), result); // ??? if (sample != null) { int errorType = -1; if (result.isCollectorResult()) { errorType = CollectedDataErrorTypeConstant.NOT_ERROR; } else { errorType = CollectedDataErrorTypeConstant.UNKNOWN; } sample.set(facilityId, m_monitor.getItemName(), result.getValue(), errorType); } } } else { m_monitorRunResultInfo = new MonitorRunResultInfo(); m_monitorRunResultInfo.setPriority(result.getPriority()); m_monitorRunResultInfo.setCheckResult(result.getCheckResult()); m_monitorRunResultInfo.setNodeDate(m_nodeDate); m_monitorRunResultInfo .setMessageOrg(makeJobOrgMessage(result.getMessageOrg(), result.getMessage())); m_monitorRunResultInfo.setCurData(result.getCurData()); } } // ????? if (m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_STRING || m_monitor.getMonitorType() == MonitorTypeConstant.TYPE_TRAP) { //? - ????? if (strSample != null) { collectedSamples.add(strSample); } if (!collectedSamples.isEmpty()) { CollectStringDataUtil.store(collectedSamples); } } else { if (sample != null) { sampleList.add(sample); } if (!sampleList.isEmpty()) { CollectDataUtil.put(sampleList); } } m_log.debug("monitor end : monitorTypeId : " + m_monitorTypeId + ", monitorId : " + m_monitorId); return true; } catch (FacilityNotFound e) { throw e; } catch (InterruptedException e) { m_log.info("runMonitorInfo() monitorTypeId = " + m_monitorTypeId + ", monitorId = " + m_monitorId + " : " + e.getClass().getSimpleName() + ", " + e.getMessage()); return false; } catch (ExecutionException e) { m_log.info("runMonitorInfo() monitorTypeId = " + m_monitorTypeId + ", monitorId = " + m_monitorId + " : " + e.getClass().getSimpleName() + ", " + e.getMessage()); return false; } }
From source file:org.openmeetings.app.remote.red5.ScopeApplicationAdapter.java
/** * This Function is triggered from the Whiteboard * //from ww w . j ava2s . c om * @param whiteboardObj * @return */ @SuppressWarnings({ "rawtypes", "unchecked" }) public synchronized void sendVars(ArrayList whiteboardObjParam) { // try { // In previous version this has been always a Map, now its a List // so I re-wrapp that class to be a Map again. // swagner 13.02.2009 // log.debug("*..*sendVars1: " + whiteboardObjParam); // log.debug("*..*sendVars2: " + whiteboardObjParam.getClass()); // log.debug("*..*sendVars3: " + // whiteboardObjParam.getClass().getName()); Map whiteboardObj = new HashMap(); int i = 0; for (Iterator iter = whiteboardObjParam.iterator(); iter.hasNext();) { Object obj = iter.next(); // log.debug("obj"+obj); whiteboardObj.put(i, obj); i++; } // Map whiteboardObj = (Map) whiteboardObjParam; // Check if this User is the Mod: IConnection current = Red5.getConnectionLocal(); RoomClient currentClient = this.clientListManager.getClientByStreamId(current.getClient().getId()); if (currentClient == null) { return; } Long room_id = currentClient.getRoom_id(); String action = whiteboardObj.get(2).toString(); // log.debug("***** sendVars: " + actionObject.get(0)); if (action != null && action.equals("whiteboardObj")) { // Update Whiteboard Object List actionObject = (List) whiteboardObj.get(3); WhiteboardManagement.getInstance().updateWhiteboardObject(room_id, actionObject); } else if (action != null && action.equals("moveMap")) { // Update Whiteboard Object List actionObject = (List) whiteboardObj.get(3); WhiteboardManagement.getInstance().updateWhiteboardObjectPos(room_id, actionObject); } else { // Store event in list WhiteboardManagement.getInstance().addWhiteBoardObject(room_id, whiteboardObj); } boolean showDrawStatus = getWhiteboardDrawStatus(); // Notify all Clients of that Scope (Room) Collection<Set<IConnection>> conCollection = current.getScope().getConnections(); for (Set<IConnection> conset : conCollection) { for (IConnection conn : conset) { if (conn != null) { if (conn instanceof IServiceCapableConnection) { if (conn.getClient().getId().equals(current.getClient().getId())) { continue; } RoomClient rcl = this.clientListManager .getSyncClientByStreamId(conn.getClient().getId()); if (rcl == null) { continue; } if (!currentClient.getStreamid().equals(rcl.getStreamid())) { ((IServiceCapableConnection) conn).invoke("sendVarsToWhiteboard", new Object[] { (showDrawStatus ? currentClient : null), whiteboardObj }, this); } } } } } } catch (Exception err) { log.error("[sendVars]", err); } }
From source file:com.mysql.stresstool.RunnableQueryInsertPCH.java
public void run() { BufferedReader d = null;//from w w w .j av a 2s .com Connection conn = null; if (conn == null) { try { long execTime = 0; int pkStart = 0; int pkEnds = 0; int intDeleteInterval = 0; int intBlobInterval = 0; int intBlobIntervalLimit = StressTool.getNumberFromRandom(4).intValue(); ThreadInfo thInfo; long threadTimeStart = System.currentTimeMillis(); active = true; thInfo = new ThreadInfo(); thInfo.setId(this.ID); thInfo.setType("insert"); thInfo.setStatusActive(this.isActive()); StressTool.setInfo(this.ID, thInfo); boolean lazy = false; int lazyInterval = 0; for (int repeat = 0; repeat <= repeatNumber; repeat++) { try { if (conn != null && !conn.isClosed()) { conn.close(); } SoftReference sf = new SoftReference( DriverManager.getConnection((String) jdbcUrlMap.get("jdbcUrl"))); conn = (Connection) sf.get(); } catch (SQLException ex) { ex.printStackTrace(); } Statement stmt = null; // ResultSet rs = null; // ResultSet rs2 = null; conn.setAutoCommit(false); stmt = conn.createStatement(); stmt.execute("SET AUTOCOMMIT=0"); ResultSet rs = null; int ServerId = 0; String query = null; ArrayList insert1 = null; ArrayList insert2 = null; int pk = 0; { SoftReference sf = new SoftReference( stmt.executeQuery("show global variables like 'SERVER_ID'")); rs = (ResultSet) sf.get(); } rs.next(); ServerId = rs.getInt(2); if (repeat > 0 && lazyInterval < 500) { lazy = true; ++lazyInterval; } else { lazy = false; lazyInterval = 0; } intBlobInterval = StressTool.getNumberFromRandom(10).intValue(); // intBlobInterval++; //IMPLEMENTING lazy Vector v = null; { SoftReference sf = new SoftReference(this.getTablesValues(lazy, ServerId)); v = (Vector) sf.get(); } insert1 = (ArrayList<String>) v.get(0); insert2 = (ArrayList<String>) v.get(1); // System.out.println(insert1); // System.out.println(insert2); // pk = ((Integer) v.get(2)).intValue(); int[] iLine = { 0, 0 }; // pkStart = StressTool.getNumberFromRandom(2147483647).intValue(); // pkEnds = StressTool.getNumberFromRandom(2147483647).intValue(); try { long timeStart = System.currentTimeMillis(); if (this.ignoreBinlog) stmt.execute("SET sql_log_bin=0"); stmt.execute("SET GLOBAL max_allowed_packet=10737418"); if (dbType.equals("MySQL") && !engine.toUpperCase().equals("BRIGHTHOUSE")) stmt.execute("BEGIN"); else stmt.execute("COMMIT"); // stmt.execute("SET TRANSACTION NAME 'TEST'"); { Iterator<String> it = insert1.iterator(); while (it.hasNext()) { stmt.addBatch(it.next()); } } if (!this.doSimplePk) { // System.out.println("Blob insert value :" + intBlobInterval); if (intBlobInterval > intBlobIntervalLimit) { Iterator<String> it = insert2.iterator(); while (it.hasNext()) { stmt.addBatch(it.next()); } // intBlobInterval=0; } } iLine = stmt.executeBatch(); stmt.clearBatch(); // System.out.println("Query1 = " + insert1); // System.out.println("Query2 = " + insert2); // stmt.execute("START TRANSACTION"); // stmt.execute(insert1); // iLine = stmt.executeBatch(); // conn.commit(); long timeEnds = System.currentTimeMillis(); execTime = (timeEnds - timeStart); } catch (Exception sqle) { conn.rollback(); if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(("FAILED QUERY1==" + insert1)); StressTool.getErrorLogHandler().appendToFile(("FAILED QUERY2==" + insert2)); StressTool.getErrorLogHandler().appendToFile(sqle.toString()); } else { sqle.printStackTrace(); System.out.println("FAILED QUERY1==" + insert1); System.out.println("FAILED QUERY2==" + insert2); sqle.printStackTrace(); System.exit(1); } //conn.close(); //this.setJdbcUrl(jdbcUrl); //System.out.println("Query Insert TH RE-INIZIALIZING"); } finally { // conn.commit(); stmt.execute("COMMIT"); rs.close(); stmt.close(); rs = null; stmt = null; // intDeleteInterval++; if (doLog) { System.out.println("Query Insert TH = " + this.getID() + " Loop N = " + repeat + " " + iLine[0] + "|" + ((iLine.length > 1) ? iLine[1] : 0) + " Exec Time(ms) =" + execTime + " Running = " + repeat + " of " + repeatNumber + " to go =" + (repeatNumber - repeat) + " Using Lazy=" + lazy); } } thInfo.setExecutedLoops(repeat); if (sleepFor > 0 || this.getSleepWrite() > 0) { if (this.getSleepWrite() > 0) { Thread.sleep(getSleepWrite()); } else Thread.sleep(sleepFor); } conn.close(); conn = null; } long threadTimeEnd = System.currentTimeMillis(); this.executionTime = (threadTimeEnd - threadTimeStart); // this.setExecutionTime(executionTime); active = false; // System.out.println("Query Insert TH = " + this.getID() + " COMPLETED! TOTAL TIME = " + execTime + "(ms) Sec =" + (execTime/1000)); thInfo.setExecutionTime(executionTime); thInfo.setStatusActive(false); StressTool.setInfo(this.ID, thInfo); return; } catch (Exception ex) { if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(ex.toString() + "\n"); } else ex.printStackTrace(); try { conn.close(); conn = null; } catch (SQLException e) { // TODO Auto-generated catch block if (StressTool.getErrorLogHandler() != null) { StressTool.getErrorLogHandler().appendToFile(e.toString() + "\n"); conn = null; } else e.printStackTrace(); } } } }
From source file:eu.stork.peps.auth.engine.STORKSAMLEngine.java
/** * Generate assertion.// w w w .j a va 2s . co m * * @param ipAddress the IP address. * @param assertConsumerURL the assert consumer URL. * @param inResponseTo the in response to * @param issuer the issuer * @param notOnOrAfter the not on or after * * @return the assertion * * @throws STORKSAMLEngineException the STORKSAML engine exception */ private Assertion generateAssertion(final String ipAddress, final String assertConsumerURL, final String inResponseTo, final String issuer, final DateTime notOnOrAfter) throws STORKSAMLEngineException { LOG.info("Generate Assertion."); // Mandatory STORK LOG.debug("Generate Issuer to Assertion"); final Issuer issuerAssertion = SAMLEngineUtils.generateIssuer(); issuerAssertion.setValue(super.getSamlCoreProperties().getResponder()); // Format Entity Optional STORK issuerAssertion.setFormat(super.getSamlCoreProperties().getFormatEntity()); final Assertion assertion = SAMLEngineUtils.generateAssertion(SAMLVersion.VERSION_20, SAMLEngineUtils.generateNCName(), SAMLEngineUtils.getCurrentTime(), issuerAssertion); final Subject subject = SAMLEngineUtils.generateSubject(); // Mandatory STORK verified // String format = NameID.UNSPECIFIED // specification: 'SAML:2.0' exist // opensaml: "urn:oasis:names:tc:SAML:1.1:nameid-format:unspecified" // opensaml "urn:oasis:names:tc:SAML:2.0:nameid-format:unspecified" final String format = "urn:oasis:names:tc:SAML:1.1:nameid-format:unspecified"; final String nameQualifier = ""; LOG.debug("Generate NameID"); final NameID nameId = SAMLEngineUtils.generateNameID(super.getSamlCoreProperties().getResponder(), format, nameQualifier); nameId.setValue(format); subject.setNameID(nameId); // Mandatory if urn:oasis:names:tc:SAML:2.0:cm:bearer. // Optional in other case. LOG.debug("Generate SubjectConfirmationData."); final SubjectConfirmationData dataBearer = SAMLEngineUtils .generateSubjectConfirmationData(SAMLEngineUtils.getCurrentTime(), assertConsumerURL, inResponseTo); // Mandatory if urn:oasis:names:tc:SAML:2.0:cm:bearer. // Optional in other case. LOG.debug("Generate SubjectConfirmation"); final SubjectConfirmation subjectConf = SAMLEngineUtils .generateSubjectConfirmation(SubjectConfirmation.METHOD_BEARER, dataBearer); final ArrayList<SubjectConfirmation> listSubjectConf = new ArrayList<SubjectConfirmation>(); listSubjectConf.add(subjectConf); for (final Iterator<SubjectConfirmation> iter = listSubjectConf.iterator(); iter.hasNext();) { final SubjectConfirmation element = iter.next(); if (SubjectConfirmation.METHOD_BEARER.equals(element.getMethod())) { // ipAddress Mandatory if method is Bearer. if (StringUtils.isBlank(ipAddress)) { throw new STORKSAMLEngineException("ipAddress is null or empty"); } element.getSubjectConfirmationData().setAddress(ipAddress.trim()); } element.getSubjectConfirmationData().setRecipient(assertConsumerURL); element.getSubjectConfirmationData().setNotOnOrAfter(notOnOrAfter); } // The SAML 2.0 specification allows multiple SubjectConfirmations subject.getSubjectConfirmations().addAll(listSubjectConf); // Mandatory Stork assertion.setSubject(subject); // Conditions that MUST be evaluated when assessing the validity of // and/or when using the assertion. final Conditions conditions = this.generateConditions(SAMLEngineUtils.getCurrentTime(), notOnOrAfter, issuer); assertion.setConditions(conditions); LOG.debug("Generate stork Authentication Statement."); final AuthnStatement storkAuthnStat = this.generateStorkAuthStatement(ipAddress); assertion.getAuthnStatements().add(storkAuthnStat); return assertion; }
From source file:com.aol.framework.helper.report.CustomizedReporter.java
synchronized private void generateModuleTestMethodSummary(String testName, String modulename, List<ISuite> suites, String fileName, ArrayList<ITestNGMethod> testngMethods, String nodeIp) throws IOException { final PrintWriter pw = TestHelper.createFileWriter(TestHelper.customReportDir + fileName); startHtmlPage(pw);/*from ww w . j a v a2 s .c om*/ String htmlFile = testName + "-customized-report.html"; String modulewiseTestFileName = testName + "-" + modulename + "-customized-report.html"; pw.println("<button class=\"sexybutton sexysimple sexylarge sexyblack\" onClick=\"location.href='" + htmlFile + "'\"><span class=\"prev\">Back to Modulewise Execution Summary</span></button>"); pw.println("<br/><br/><br/><fieldset><legend><b>Details</b></legend><br/>" + "<table class=\"details\" cellspacing=0 cellpadding=0><tr><td><b>Test Name: </b></td><td>" + testName + "</td></tr>"); pw.println("<tr><td><b>Module Name: </b></td><td>" + modulename + "</td></tr>"); pw.println("<tr><td><b>Node IP: </b></td><td>" + nodeIp + "</td></tr></table></fieldset><br/><br/>"); pw.println("<table id=\"myTable\" width=\"100%\" cellspacing=0 cellpadding=0 class=\"tablesorter\">"); pw.println("<thead><tr><th style=\"text-align:left\">Method Name</th>" + "<th>Total Time (ms)</th>" + "<th>Status</th>" + "<th style=\"text-align:center\">Stack Trace | Test Parameters</th></tr></thead>"); for (ISuite suite : suites) { Map<String, ISuiteResult> tests = suite.getResults(); for (ISuiteResult re : tests.values()) { ITestContext overview = re.getTestContext(); if ((overview.getName()).equalsIgnoreCase(testName)) { Iterator<ITestNGMethod> it = testngMethods.iterator(); while (it.hasNext()) { ITestNGMethod method = it.next(); String[] allGroups = method.getGroups(); String methodName = ""; //String className = ""; for (String grp : allGroups) { if (grp.equalsIgnoreCase(modulename)) { methodName = method.getMethodName(); //className = method.getTestClass().getName(); ArrayList<Set<ITestResult>> statusResult = new ArrayList<Set<ITestResult>>(); Set<ITestResult> failedTestAutomationStatus = overview .getFailedButWithinSuccessPercentageTests().getResults(method); if (!(failedTestAutomationStatus.isEmpty())) { statusResult.add(setTestStatus(failedTestAutomationStatus, ITestResult.SUCCESS_PERCENTAGE_FAILURE)); } //TODO -- these 2 sets are somehow missing from the report, not sure they are attached // with @test method or @BeforeMethod, so could be commented out if they are always empty Set<ITestResult> confFailedTestStatus = overview.getFailedConfigurations() .getResults(method); if (!(confFailedTestStatus.isEmpty())) { statusResult.add(setTestStatus(confFailedTestStatus, ITestResult.SUCCESS_PERCENTAGE_FAILURE)); } Set<ITestResult> confSkippedTestStatus = overview.getSkippedConfigurations() .getResults(method); if (!(confSkippedTestStatus.isEmpty())) { statusResult.add(setTestStatus(confSkippedTestStatus, ITestResult.SKIP)); } // *************************************************************************************************** Set<ITestResult> skippedTestStatus = overview.getSkippedTests().getResults(method); if (!(skippedTestStatus.isEmpty())) { statusResult.add(setTestStatus(skippedTestStatus, ITestResult.SKIP)); } Set<ITestResult> passedTestStatus = overview.getPassedTests().getResults(method); if (!(passedTestStatus.isEmpty())) { statusResult.add(setTestStatus(passedTestStatus, ITestResult.SUCCESS)); } Set<ITestResult> failedTestStatus = overview.getFailedTests().getResults(method); if (!(failedTestStatus.isEmpty())) { statusResult.add(setTestStatus(failedTestStatus, ITestResult.FAILURE)); } if (methodName == null || methodName.trim() == "") { methodName = " Empty ?"; } // ________________________________________________________ String test_tag = ""; pw.print("<tr><td style=\"text-align:left\" colspan=\"3\"><b>" + methodName.toUpperCase() + "</b>"); pw.println("" + "</td>" + "<td bgcolor=\"white\" style=\"border: 0px;\"></td>" + "</tr>"); Iterator<Set<ITestResult>> statusIterator = statusResult.iterator(); while (statusIterator.hasNext()) { Set<ITestResult> status = statusIterator.next(); StringBuilder stackTrace; StringBuilder failedConf; Iterator<ITestResult> it2 = status.iterator(); List<String> msgs = new ArrayList<String>(); String executionStatus = ""; long time_start = Long.MAX_VALUE; long time_end = Long.MIN_VALUE; Throwable exception = null; String screenshotFileLink = ""; String currentTestUrl = ""; String jsError = ""; ITestResult result = null; while (it2.hasNext()) { // pw.println("<tr><td style=\"text-align:left\"><b>" // + methodName.toUpperCase() + "</b></td>"); stackTrace = new StringBuilder(); failedConf = new StringBuilder(); result = it2.next(); time_start = result.getStartMillis(); time_end = result.getEndMillis(); Object[] params = result.getParameters(); // // if(test_tag.equals("")){ // test_tag = getTestTag(params); // if(status.size()==1){ // pw.println( " ["+test_tag+"]" // +"</td>" // + "<td bgcolor=\"white\" style=\"border: 0px;\"></td>" // + "</tr>"); // }else { // pw.println( "" // +"</td>" // + "<td bgcolor=\"white\" style=\"border: 0px;\"></td>" // + "</tr>"); // } // } // String test_para = getTestPara(params,status.size()>1?0:1); String test_para = getTestPara(params, 0); int execStatus = result.getStatus(); if (execStatus == ITestResult.SUCCESS) { executionStatus = "PASS"; } else if (execStatus == ITestResult.FAILURE) { executionStatus = "FAIL"; } else if (execStatus == ITestResult.SKIP) { executionStatus = "SKIP"; } else if (execStatus == ITestResult.SUCCESS_PERCENTAGE_FAILURE) { executionStatus = "WARN"; } // if (execStatus == ITestResult.SKIP) // { // status = overview.getFailedConfigurations().getAllResults(); // it2 = status.iterator(); // failedConf.append("<br/>"); // while (it2.hasNext()) // { // result = it2.next(); // failedConf.append("<b>Failed Configuration - " // + result.getMethod().getMethodName() + "</b>"); // failedConf.append("<br/>"); // } // // status = overview.getSkippedConfigurations().getAllResults(); // it2 = status.iterator(); // failedConf.append("<br/>"); // while (it2.hasNext()) // { // result = it2.next(); // failedConf.append("<b>Skipped Configuration - " // + result.getMethod().getMethodName() + "</b>"); // failedConf.append("<br/>"); // } // exception = result.getThrowable(); // } else { exception = result.getThrowable(); if (exception == null) { if (execStatus == ITestResult.SKIP) { status = overview.getFailedConfigurations().getAllResults(); it2 = status.iterator(); failedConf.append("<br/>"); while (it2.hasNext()) { result = it2.next(); failedConf.append("<b>Failed Configuration - " + result.getMethod().getMethodName() + "</b>"); failedConf.append("<br/>"); } status = overview.getSkippedConfigurations().getAllResults(); it2 = status.iterator(); failedConf.append("<br/>"); while (it2.hasNext()) { result = it2.next(); failedConf.append("<b>Skipped Configuration - " + result.getMethod().getMethodName() + "</b>"); failedConf.append("<br/>"); } exception = result.getThrowable(); } } } msgs = Reporter.getOutput(result); /* * If enable logs is false, then only * take the screenshot. */ if (//(TestHelper.getTestConfig("ENABLE_LOGS_IN_CUSTOM_REPORT").equalsIgnoreCase("false")) && (msgs != null)) { for (String line : msgs) { if (line.contains(TestHelper.jsErrorMarkerInOutputFile)) { jsError = line.substring(line .indexOf(TestHelper.jsErrorMarkerInOutputFile) + (TestHelper.jsErrorMarkerInOutputFile.length()), line.length()).trim(); } if (line.contains(TestHelper.testUrlMarkerInOutputFile)) { currentTestUrl = line.substring(line .indexOf(TestHelper.testUrlMarkerInOutputFile) + (TestHelper.testUrlMarkerInOutputFile.length()), line.length()); } if (line.contains(TestHelper.testScreenshotMarkerInOutputFile)) { screenshotFileLink = line.substring(line .indexOf(TestHelper.testScreenshotMarkerInOutputFile) + (TestHelper.testScreenshotMarkerInOutputFile .length()), line.length()); break; } } } /* * If enable logs is true, take the * whole log along with screenshot. */ if ((TestHelper.getTestConfig("ENABLE_LOGS_IN_CUSTOM_REPORT") .equalsIgnoreCase("true")) && (msgs != null)) { // if(currentTestUrl!=null && currentTestUrl.trim().length()!=0){ // stackTrace // .append("<br/><a target=\"_blank\" href=\"" // + currentTestUrl // + "\"><u><b>URL</b></u> - " // + currentTestUrl // + "</a>"); // } for (String line : msgs) { stackTrace.append("<br/>" + line); } } else if (screenshotFileLink != null && screenshotFileLink.trim().length() != 0) { stackTrace.append( "<br/><div id=\"screenshot-div\" style=\"cursor:pointer;color:blue;\"><u><b>Enlarge Screenshot</b></u> - " + currentTestUrl + "</div><br/>" // +(jsError.equals("")?jsError:"<b>JS Error:</b>"+jsError+"<br/>") + "<a target=\"_blank\" href=\"" + screenshotFileLink + "\"><b>View Screenshot in New Window/Tab</b></a><br/><br/><img id=\"screenshot\" src='" + screenshotFileLink + "' height='300' width='300' border=\"1\" style=\"position: relative; left: 0px;\"/>" + (jsError.equals("") ? jsError : "<br/><br/><b>JS Error:</b><br/>" + jsError + "<br/>")); } if (msgs != null) { msgs.clear(); } Random randomGenerator = new Random(); int randomInt = randomGenerator.nextInt(100000); String stackTraceFile = testName + "-" + modulename + "-" + methodName + "-" + randomInt + "-" + "custom-report.html"; stackTrace.append("<br/>" + failedConf.toString()); generateStackTraceReport(modulewiseTestFileName, stackTraceFile, stackTrace, exception, method, nodeIp, result); String link = "<button class=\"sexybutton sexysimple sexyblack\" onClick=\"location.href='" + stackTraceFile + "'\"><span class=\"info\">" + "View StackTrace/Screenshots" + "</span></button>"; if (executionStatus.equalsIgnoreCase("pass")) { executionStatus = "<td bgcolor=\"" + passColor + "\"><font color=\"white\"><b>" + executionStatus + "</b></font></td>"; } else if (executionStatus.equalsIgnoreCase("fail")) { executionStatus = "<td bgcolor=\"" + failColor + "\"><font color=\"white\"><b>" + executionStatus + "</b></font></td>"; } else if (executionStatus.equalsIgnoreCase("warn")) { executionStatus = "<td bgcolor=\"" + warnColor + "\"><font color=\"white\"><b>" + executionStatus + "</b></font></td>"; } else if (executionStatus.equalsIgnoreCase("skip")) { executionStatus = "<td bgcolor=\"" + skipColor + "\"><font color=\"white\"><b>" + executionStatus + "</b></font></td>"; } else { executionStatus = "<td>" + executionStatus + "</td>"; } pw.println(//"<tr><td style=\"text-align:left\">" + "[Class Name] " + className "<tr><td style=\"text-align:left\">" + "[Test Params] " + test_para + "</td><td>" + (time_end - time_start) + "</td>" + executionStatus + "<td bgcolor=\"white\" style=\"text-align:center;border: 0px;\">" + link + "</td></tr>"); pw.flush(); } } } } } } } } pw.println("</table>"); endHtmlPage(pw); pw.flush(); pw.close(); }
From source file:com.xpn.xwiki.objects.classes.DBTreeListClass.java
/** * <p>//from www . j a va2 s . co m * Computes the query corresponding to the current XProperty. The query is either manually specified by the XClass * creator in the <tt>sql</tt> field, or, if the query field is blank, constructed using the <tt>classname</tt>, * <tt>idField</tt>, <tt>valueField</tt> and <tt>parentField</tt> properties. The query is constructed according to * the following rules: * </p> * <ul> * <li>If no classname, id and value fields are selected, return a query that return no rows, as the parent is not * enough to make a query.</li> * <li>If no parent field is provided, use the document "parent" medatada.</li> * <li>If only the classname is provided, select all document names which have an object of that type, preserving * the hierarchy defined by the parent field.</li> * <li>If only one of id and value is provided, use it for both columns.</li> * <li>If no classname is provided, assume the fields are document properties.</li> * <li>If the document is not used at all, don't put it in the query.</li> * <li>If the object is not used at all, don't put it in the query.</li> * </ul> * <p> * The generated query always selects 3 columns, the first one is used as the stored value, the second one as the * displayed value, and the third one defines the "parent" of the current value. * </p> * * @param context The current {@link XWikiContext context}. * @return The HQL query corresponding to this property. */ @Override public String getQuery(XWikiContext context) { // First, get the hql query entered by the user. String sql = getSql(); // If the query field is blank, construct a query using the classname, idField, // valueField and parentField properties. if (StringUtils.isBlank(sql)) { if (context.getWiki().getHibernateStore() != null) { // Extract the 3 properties in non-null variables. String classname = StringUtils.defaultString(getClassname()); String idField = StringUtils.defaultString(getIdField()); String valueField = StringUtils.defaultString(getValueField()); String parentField = StringUtils.defaultString(getParentField()); // Check if the properties are specified or not. boolean hasClassname = !StringUtils.isBlank(classname); boolean hasIdField = !StringUtils.isBlank(idField); boolean hasValueField = !StringUtils.isBlank(valueField); boolean hasParentField = !StringUtils.isBlank(parentField); if (!(hasIdField || hasValueField)) { // If only the classname is specified, return a query that selects all the // document names which have an object of that type, and the hierarchy is // defined by the document "parent" property (unless a parent property is // specified). if (hasClassname) { sql = "select distinct doc.fullName, doc.fullName, " + (hasParentField ? parentField : "doc.parent") + " from XWikiDocument as doc, BaseObject as obj" + " where doc.fullName=obj.name and obj.className='" + classname + "'"; } else { // If none of the first 3 properties is specified, return a query that // always returns no rows (only with the parent field no query can be made) sql = DEFAULT_QUERY; } return sql; } // If only one of the id and value fields is specified, use it for both columns. if (!hasIdField && hasValueField) { idField = valueField; } else if (hasIdField && !hasValueField) { valueField = idField; } // If no parent field was specified, use the document "parent" metadata if (!hasParentField) { parentField = "doc.parent"; } // Check if the document and object are needed or not. // The object is needed if there is a classname, or if at least one of the selected // columns is an object property. boolean usesObj = hasClassname || idField.startsWith("obj.") || valueField.startsWith("obj.") || parentField.startsWith("obj."); // The document is needed if one of the selected columns is a document property, or // if there is no classname specified and at least one of the selected columns is // not an object property. boolean usesDoc = idField.startsWith("doc.") || valueField.startsWith("doc.") || parentField.startsWith("doc."); if ((!idField.startsWith("obj.") || !valueField.startsWith("obj.") || !parentField.startsWith("obj.")) && !hasClassname) { usesDoc = true; } // Build the query in this variable. StringBuffer select = new StringBuffer("select distinct "); // These will hold the components of the from and where parts of the query. ArrayList<String> fromStatements = new ArrayList<String>(); ArrayList<String> whereStatements = new ArrayList<String>(); // Add the document to the query only if it is needed. if (usesDoc) { fromStatements.add("XWikiDocument as doc"); if (usesObj) { whereStatements.add("doc.fullName=obj.name"); } } // Add the object to the query only if it is needed. if (usesObj) { fromStatements.add("BaseObject as obj"); if (hasClassname) { whereStatements.add("obj.className='" + classname + "'"); } } // Add the first column to the query. if (idField.startsWith("doc.") || idField.startsWith("obj.")) { select.append(idField); } else if (!hasClassname) { select.append("doc." + idField); } else { select.append("idprop.value"); fromStatements.add("StringProperty as idprop"); whereStatements.add("obj.id=idprop.id.id and idprop.id.name='" + idField + "'"); } // Add the second column to the query. if (valueField.startsWith("doc.") || valueField.startsWith("obj.")) { select.append(", ").append(valueField); } else if (!hasClassname) { select.append(", doc." + valueField); } else { if (valueField.equals(idField)) { select.append(", idprop.value"); } else { select.append(", valueprop.value"); fromStatements.add("StringProperty as valueprop"); whereStatements.add("obj.id=valueprop.id.id and valueprop.id.name='" + valueField + "'"); } } // Add the third column to the query. if (parentField.startsWith("doc.") || parentField.startsWith("obj.")) { select.append(", ").append(parentField); } else if (!hasClassname) { select.append(", doc." + parentField); } else { if (parentField.equals(idField)) { select.append(", idprop.value"); } else if (parentField.equals(valueField)) { select.append(", valueprop.value"); } else { select.append(", parentprop.value"); fromStatements.add("StringProperty as parentprop"); whereStatements.add("obj.id=parentprop.id.id and parentprop.id.name='" + parentField + "'"); } } // Let's create the complete query select.append(" from "); select.append(StringUtils.join(fromStatements.iterator(), ", ")); if (whereStatements.size() > 0) { select.append(" where "); select.append(StringUtils.join(whereStatements.iterator(), " and ")); } sql = select.toString(); } else { // TODO: query plugin impl. // We need to generate the right query for the query plugin } } // Parse the query, so that it can contain velocity scripts, for example to use the // current document name, or the current username. try { sql = context.getWiki().parseContent(sql, context); } catch (Exception e) { LOGGER.error("Failed to parse SQL script [" + sql + "]. Continuing with non-rendered script.", e); } return sql; }
From source file:com.workplacesystems.utilsj.collections.TransactionalBidiTreeMap.java
/** * Removes all mappings from this map//from w w w.j a v a 2 s. co m */ @Override public void clear() { if (auto_commit) { modify(); nodeCount = 0; rootNode[KEY] = null; rootNode[VALUE] = null; } else { String thread_id = getCurrentThreadId(); ArrayList<Entry<K, V>> list = new ArrayList<Entry<K, V>>(entrySet()); for (Iterator<Entry<K, V>> i = list.iterator(); i.hasNext();) { Node<K, V> node = (Node<K, V>) i.next(); if (node.is(Node.ADDED, thread_id)) doRedBlackDelete(node); else { node.setStatus(Node.DELETED, thread_id); } } } }
From source file:com.workplacesystems.utilsj.collections.TransactionalBidiTreeMap.java
/** * Commits the changes to the map so that all threads * see them.//from w w w .ja v a 2s. c om * * @param id the thread id to commit for, null commits * all threads changes */ private void commit(final String id) { ArrayList<Entry<K, V>> list = new ArrayList<Entry<K, V>>(allEntrySet()); for (Iterator<Entry<K, V>> i = list.iterator(); i.hasNext();) { final Node<K, V> node = (Node<K, V>) i.next(); if (node.is(Node.DELETED, id)) { doRedBlackDelete(node); if (commit_notifiers != null) { SyncUtils.synchronizeRead(commit_notifiers, new Callback() { @Override protected void doAction() { for (Iterator i2 = commit_notifiers.iterator(); i2.hasNext();) ((TransactionNotifiable) i2.next()).removedFromMap(node.getKey(), node.getValue()); } }); } } if (node.is(Node.ADDED, id)) { node.setStatus(Node.NO_CHANGE, null); if (commit_notifiers != null) { SyncUtils.synchronizeRead(commit_notifiers, new Callback() { @Override protected void doAction() { for (Iterator i2 = commit_notifiers.iterator(); i2.hasNext();) ((TransactionNotifiable) i2.next()).addedToMap(node.getKey(), node.getValue()); } }); } } } }
From source file:com.workplacesystems.utilsj.collections.TransactionalBidiTreeMap.java
/** * Rolls back the changes to the map./*w w w . j ava 2s . co m*/ */ public void rollback() { if (auto_commit) return; String id = getCurrentThreadId(); ArrayList<Entry<K, V>> list = new ArrayList<Entry<K, V>>(allEntrySet()); for (Iterator<Entry<K, V>> i = list.iterator(); i.hasNext();) { final Node<K, V> node = (Node<K, V>) i.next(); if (node.is(Node.ADDED, id)) { doRedBlackDelete(node); if (rollback_notifiers != null) { SyncUtils.synchronizeRead(rollback_notifiers, new Callback() { @Override protected void doAction() { for (Iterator i2 = rollback_notifiers.iterator(); i2.hasNext();) ((TransactionNotifiable) i2.next()).removedFromMap(node.getKey(), node.getValue()); } }); } } if (node.is(Node.DELETED, id)) { node.setStatus(Node.NO_CHANGE, null); if (rollback_notifiers != null) { SyncUtils.synchronizeRead(rollback_notifiers, new Callback() { @Override protected void doAction() { for (Iterator i2 = rollback_notifiers.iterator(); i2.hasNext();) ((TransactionNotifiable) i2.next()).addedToMap(node.getKey(), node.getValue()); } }); } } } }
From source file:com.planetmayo.debrief.satc_rcp.views.MaintainContributionsView.java
private void addNewPerformanceScore(double value, List<CompositeRoute> topRoutes) { // remember each contribution's set of scores HashMap<BaseContribution, HashMap<Date, Double>> stackedSeries = new HashMap<BaseContribution, HashMap<Date, Double>>(); // remember the times for which we have states ArrayList<Date> valueTimes = new ArrayList<Date>(); // ok - have a look at the scores Iterator<CoreRoute> legIter = topRoutes.get(0).getLegs().iterator(); while (legIter.hasNext()) { CoreRoute route = legIter.next(); Iterator<State> states = route.getStates().iterator(); while (states.hasNext()) { State state = states.next(); HashMap<BaseContribution, Double> scores = state.getScores(); Iterator<BaseContribution> contributions = scores.keySet().iterator(); while (contributions.hasNext()) { BaseContribution cont = contributions.next(); // get the score Double score = scores.get(cont); if (score > 0) { HashMap<Date, Double> thisSeries = stackedSeries.get(cont); if (thisSeries == null) { thisSeries = new HashMap<Date, Double>(); stackedSeries.put(cont, thisSeries); final IBarSeries series = (IBarSeries) performanceChart.getSeriesSet() .createSeries(SeriesType.BAR, cont.getName()); series.setBarColor(colorFor(cont)); // series.enableStack(true); }/*from w w w. j a v a 2s . co m*/ thisSeries.put(state.getTime(), scores.get(cont)); // store the time of this value if (!valueTimes.contains(state.getTime())) { valueTimes.add(state.getTime()); } } } } } // ok, now loop through the series Iterator<BaseContribution> conts = stackedSeries.keySet().iterator(); while (conts.hasNext()) { BaseContribution cont = conts.next(); HashMap<Date, Double> vals = stackedSeries.get(cont); if (vals.size() > 0) { final IBarSeries series = (IBarSeries) performanceChart.getSeriesSet().getSeries(cont.getName()); // ok, we need to produce a value for each value time double[] valArr = new double[valueTimes.size()]; Iterator<Date> iter2 = valueTimes.iterator(); int ctr = 0; while (iter2.hasNext()) { Date date = iter2.next(); Double thisV = vals.get(date); final double res; if (thisV != null) res = thisV; else res = 0; valArr[ctr++] = res; } series.setYSeries(valArr); // series.enableStack(true); } } // prepare the category labels String[] labels = new String[valueTimes.size()]; Iterator<Date> vIter = valueTimes.iterator(); // get our date formatter ready SimpleDateFormat sdf = new SimpleDateFormat("HH:mm:ss"); sdf.setTimeZone(TimeZone.getTimeZone("GMT")); // determine frequency f (trim to 1) int wid = performanceChart.getBounds().width; int allowed = wid / 90; int freq = Math.max(labels.length / allowed, 1); int ctr = 0; while (vIter.hasNext()) { Date date = vIter.next(); final String str; if (ctr % freq == 0) str = sdf.format(date); else str = ""; labels[ctr++] = str; } // set category labels performanceChart.getAxisSet().getXAxis(0).enableCategory(true); performanceChart.getAxisSet().getXAxis(0).setCategorySeries(labels); ISeries[] series = performanceChart.getSeriesSet().getSeries(); if (series.length == 2 && series[0] instanceof IBarSeries && series[1] instanceof IBarSeries) { performanceChart.getLegend().setVisible(true); performanceChart.getLegend().setPosition(SWT.RIGHT); IBarSeries barSeries1 = (IBarSeries) series[0]; IBarSeries barSeries2 = (IBarSeries) series[1]; // enable stack series barSeries1.enableStack(false); barSeries2.enableStack(false); barSeries1.enableStack(true); barSeries2.enableStack(true); } // and resize the axes performanceChart.getAxisSet().adjustRange(); final String perfString; if (value > 200d) perfString = "Unachievable"; else perfString = PERFORMANCE_TITLE + (int) value; performanceChart.getTitle().setText(perfString); // performanceChart.redraw(); }