Examples of org.quartz.JobExecutionContext

org.quartz.JobExecutionContext
A context bundle containing handles to various environment information, that is given to a {@link org.quartz.JobDetail} instance as it is executed, and to a {@link Trigger} instance after the execution completes.
The JobDataMap found on this object (via the getMergedJobDataMap() method) serves as a convenience - it is a merge of the JobDataMap found on the JobDetail and the one found on the Trigger, with the value in the latter overriding any same-named values in the former. It is thus considered a 'best practice' that the execute code of a Job retrieve data from the JobDataMap found on this object NOTE: Do not expect value 'set' into this JobDataMap to somehow be set back onto a job's own JobDataMap - even if it has the @PersistJobDataAfterExecution annotation.

JobExecutionContext s are also returned from the Scheduler.getCurrentlyExecutingJobs() method. These are the same instances as those passed into the jobs that are currently executing within the scheduler. The exception to this is when your application is using Quartz remotely (i.e. via RMI) - in which case you get a clone of the JobExecutionContexts, and their references to the Scheduler and Job instances have been lost (a clone of the JobDetail is still available - just not a handle to the job instance that is running).
@see #getScheduler() @see #getMergedJobDataMap() @see #getJobDetail() @see Job @see Trigger @see JobDataMap @author James House

      try
      {
         List jobs = getAllExcutingJobs();
         for (Object object : jobs)
         {
            JobExecutionContext ctx = (JobExecutionContext)object;
            Job job = ctx.getJobInstance();
            if (job instanceof InterruptableJob)
            {
               ((InterruptableJob)job).interrupt();
            }
         }

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      try
      {
         List jobs = getAllExcutingJobs();
         for (Object object : jobs)
         {
            JobExecutionContext ctx = (JobExecutionContext)object;
            Job job = ctx.getJobInstance();
            if (job instanceof InterruptableJob)
            {
               ((InterruptableJob)job).interrupt();
            }
         }

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     */
    @SuppressWarnings("unchecked")
    public void pauseAll() {
        try {
            for (Iterator i = scheduler.getCurrentlyExecutingJobs().iterator(); i.hasNext();) {
                JobExecutionContext context = (JobExecutionContext) i.next();
                interuptJob(context.getJobDetail().getName());
            }


            getScheduler().pauseAll();


        } catch (SchedulerException se) {

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    }


    @SuppressWarnings("unchecked")
    public boolean isExecuting() throws SchedulerException {
        for (Iterator i = scheduler.getCurrentlyExecutingJobs().iterator(); i.hasNext();) {
            JobExecutionContext context = (JobExecutionContext) i.next();
            if (context.getJobDetail().getFullName().equals(jobDetail.getFullName())) {
                return true;
            }
        }
        return false;
    }

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      try
      {
         List jobs = getAllExcutingJobs();
         for (Object object : jobs)
         {
            JobExecutionContext ctx = (JobExecutionContext)object;
            Job job = ctx.getJobInstance();
            if (job instanceof InterruptableJob)
            {
               ((InterruptableJob)job).interrupt();
            }
         }

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      try
      {
         List jobs = getAllExcutingJobs();
         for (Object object : jobs)
         {
            JobExecutionContext ctx = (JobExecutionContext)object;
            Job job = ctx.getJobInstance();
            if (job instanceof InterruptableJob)
            {
               ((InterruptableJob)job).interrupt();
            }
         }

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    }


    @SuppressWarnings("unchecked")
    public boolean isExecuting() throws SchedulerException {
        for (Iterator i = scheduler.getCurrentlyExecutingJobs().iterator(); i.hasNext();) {
            JobExecutionContext context = (JobExecutionContext) i.next();
            if (context.getJobDetail().getFullName().equals(jobDetail.getFullName())) {
                return true;
            }
        }
        return false;
    }

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     */
    @SuppressWarnings("unchecked")
    public void pauseAll() {
        try {
            for (Iterator i = scheduler.getCurrentlyExecutingJobs().iterator(); i.hasNext();) {
                JobExecutionContext context = (JobExecutionContext) i.next();
                interruptJob(context.getJobDetail().getName());
            }


            getScheduler().pauseAll();


        } catch (SchedulerException se) {

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      (ExecutionScheduleManager.class);
    BatchRequestJob batchRequestJobMock = createMockBuilder
      (BatchRequestJob.class).withConstructor(scheduleManagerMock, 100L)
      .addMockedMethods("doWork")
      .createMock();
    JobExecutionContext executionContext = createNiceMock(JobExecutionContext.class);
    JobDataMap jobDataMap = createNiceMock(JobDataMap.class);
    JobDetail jobDetail = createNiceMock(JobDetail.class);
    Map<String, Object> properties = new HashMap<String, Object>();
    properties.put(BatchRequestJob.BATCH_REQUEST_FAILED_TASKS_KEY, 10);
    properties.put(BatchRequestJob.BATCH_REQUEST_TOTAL_TASKS_KEY, 20);


    expect(scheduleManagerMock.continueOnMisfire(executionContext)).andReturn(true);
    expect(executionContext.getMergedJobDataMap()).andReturn(jobDataMap);
    expect(executionContext.getJobDetail()).andReturn(jobDetail);
    expect(jobDetail.getKey()).andReturn(JobKey.jobKey("testJob", "testGroup"));
    expect(jobDataMap.getWrappedMap()).andReturn(properties);
    expect(jobDataMap.getString((String) anyObject())).andReturn("testJob").anyTimes();


    Capture<Trigger> triggerCapture = new Capture<Trigger>();

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    AbstractLinearExecutionJob executionJob =
      createMockBuilder(AbstractLinearExecutionJob.class)
      .addMockedMethods("finalizeExecution", "doWork")
      .withConstructor(scheduleManagerMock)
      .createMock();
    JobExecutionContext context = createMock(JobExecutionContext.class);
    JobDetail jobDetail = createMock(JobDetail.class);
    JobDataMap jobDataMap = createMock(JobDataMap.class);


    expect(context.getJobDetail()).andReturn(jobDetail).anyTimes();
    expect(context.getMergedJobDataMap()).andReturn(jobDataMap).anyTimes();
    expect(jobDetail.getKey()).andReturn(new JobKey("TestJob"));
    expect(jobDataMap.getWrappedMap()).andReturn(new HashMap<String,Object>());
    expect(scheduleManagerMock.continueOnMisfire(context)).andReturn(true);


    executionJob.doWork((Map<String, Object>) anyObject());

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