public Timer findTimer(JobExecution jobExecution) { Collection<Timer> timers = timerService.getTimers(); for (Timer timer : timers) { if (jobExecution.getId().compareTo((String) timer.getInfo()) == 0) { return timer; } } return null; }
@Timeout public void timeout(Timer timer) { if (beanManager.getContext(ApplicationScoped.class).isActive()) { applicationScopeActive = true; if (beanId > 0.0) { if (beanId == simpleApplicationBeanInstance.get().getId()) { sameBean = true; } } else { beanId = simpleApplicationBeanInstance.get().getId(); } } // CDITCK-221 - applicationScopeActive, beanId and sameBean have been set and are testable if (timer.getInfo().equals(CLIMB_COMMAND)) { climbed = true; } if (timer.getInfo().equals(DESCEND_COMMAND)) { descended = true; } }
@Timeout public void handleTimeout(Timer timer) throws IOException { int gameId = (int) timer.getInfo(); JsonObject gameSummary = (JsonObject) gameResource.endGame(gameId); // call websocket to inform end game ws.SendtoSameGameConnectedSessions(gameSummary.toString(), gameId); timer.cancel(); System.out.println(gameId); }
private String getKey(InvocationContext invocation) { final String method = invocation.getMethod().toString(); final Object object = invocation.getTimer(); if (!(object instanceof Timer)) { return method; } final Timer timer = (Timer) object; final Serializable info = timer.getInfo(); if (info == null || info instanceof ScheduleExpression) { return method; } else { return info.toString(); } }
@Override protected void doGet(final HttpServletRequest request, final HttpServletResponse response) throws ServletException, IOException { final PrintWriter writer = response.getWriter(); writer.print("<html>"); writer.print("<body>"); writer.print("<h1>Timers</h1>"); writer.print("<ul>"); for (final Timer timer : this.memoryReportBean.getTimers()) { writer.print("<li>"); writer.print(timer.getInfo()); writer.print("</li>"); } writer.print("</ul>"); writer.print("</body>"); writer.print("</html>"); }
@Timeout private void timeOut(Timer timer) { System.out.println("Timer[" + timer.getInfo() + "] TimerBean: timeout occurred"); System.out.println("Timer[" + timer.getInfo() + "] Persistent : " + timer.isPersistent()); if (timer.getInfo() != null && (timer.getInfo() instanceof EventInfo)) { if (((EventInfo) timer.getInfo()).isRemovable()) { timer.cancel(); EventInfo eventInfo = em.find(EventInfo.class, ((EventInfo) timer.getInfo()).getId()); em.remove(eventInfo); } else { if (((EventInfo) timer.getInfo()).isEnabled()) {} } try { Thread.sleep(5000); } catch (InterruptedException e) { e.printStackTrace(); } } System.out.println("Timer[" + timer.getInfo() + "] wait expired."); }
@Timeout public void check(Timer timer) { BatchIntervalInfo bi = (BatchIntervalInfo) timer.getInfo(); try { List<ProjectInformation> pi = projectInformationService.getProjectInformation(bi.getUsername(), bi.getPassword()); for (ProjectInformation projectInformation : pi) { markCritialTasks(projectInformation, bi); if (!bi.isReportFull()) { filterOutSendedWarnings(projectInformation, bi); filterOutNotCriticalTasks(projectInformation, bi); } if (projectInformation.getTasks().size() > 0) { send(projectInformation); markTasksAsSended(projectInformation); } } } catch (Exception ex) { Logger.getLogger(BatchTimerBean.class.getName()).log(Level.SEVERE, null, ex); } }
@Timeout public void startJob(Timer timer) { // Retrieves the job execution from the database. String jobExecutionId = (String) timer.getInfo(); JobExecution currentJobExecution = find(jobExecutionId); if (currentJobExecution != null) { JobScheduler jobScheduler = currentJobExecution.getJobScheduler(); // Starts the job execution. if (currentJobExecution.getStatus() == JobStatus.SCHEDULED) { currentJobExecution.setStartTime(Calendar.getInstance().getTime()); startJob(currentJobExecution); } if (jobScheduler.getFrequencyType() != JobFrequencyType.ONCE && jobScheduler.getFrequencyType() != JobFrequencyType.INSTANT) { schedule(jobScheduler); } else { jobScheduler.setActive(Boolean.FALSE); } } }