Examples with SchedulerMonitorsHandler functionaltests.monitor.SchedulerMonitorsHandler used on opensource projects

Example 1 with SchedulerMonitorsHandler

use of functionaltests.monitor.SchedulerMonitorsHandler in project scheduling by ow2-proactive.

the class SchedulerTestUser method connect.

/**
 * Connects the singleton using the given user
 */
public boolean connect(String username, String password, byte[] key, String schedulerUrl) throws LoginException, KeyException, ActiveObjectCreationException, NodeException, SchedulerException {
    this.connectedUserName = username;
    this.connectedUserPassword = password;
    this.connectedUserKey = key;
    disconnectFromScheduler();
    if (schedulerProxy == null) {
        schedulerProxy = PAActiveObject.newActive(SchedulerProxyUserInterface.class, new Object[0]);
    }
    SchedulerTHelper.log("Connecting user " + connectedUserName + " to the Scheduler at url " + schedulerUrl);
    CredData connectedUserCreds = new CredData(CredData.parseLogin(connectedUserName), CredData.parseDomain(connectedUserName), connectedUserPassword, connectedUserKey);
    schedulerProxy.init(schedulerUrl, connectedUserCreds);
    monitorsHandler = new SchedulerMonitorsHandler();
    if (eventReceiver != null) {
        PAActiveObject.terminateActiveObject(eventReceiver, true);
    }
    /**
     * create event receiver then turnActive to avoid deepCopy of MonitorsHandler object
     * 	(shared instance between event receiver and static helpers).
     */
    MonitorEventReceiver passiveEventReceiver = new MonitorEventReceiver(monitorsHandler);
    eventReceiver = PAActiveObject.turnActive(passiveEventReceiver);
    SchedulerState state = schedulerProxy.addEventListener(eventReceiver, true, true);
    monitorsHandler.init(state);
    return true;
}

Example 2 with SchedulerMonitorsHandler

use of functionaltests.monitor.SchedulerMonitorsHandler in project scheduling by ow2-proactive.

the class TestLoadJobs method testLoadJobs.

@Test
public void testLoadJobs() throws Exception {
    long time = System.currentTimeMillis();
    Scheduler scheduler = schedulerHelper.getSchedulerInterface();
    FileLock fileLock = new FileLock();
    Path lock = fileLock.lock();
    String fileLockPath = lock.toString();
    logger.info("File lock location is " + fileLockPath);
    JobInfo job;
    List<JobInfo> jobs = scheduler.getJobs(0, 1, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs);
    JobId firstJob = scheduler.submit(createJob(fileLockPath));
    schedulerHelper.waitForEventTaskRunning(firstJob, "Test");
    jobs = scheduler.getJobs(0, 1, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob);
    job = jobs.get(0);
    assertEquals(this.getClass().getSimpleName(), job.getJobId().getReadableName());
    assertEquals(1, job.getTotalNumberOfTasks());
    assertEquals(0, job.getNumberOfFinishedTasks());
    assertEquals(0, job.getNumberOfPendingTasks());
    assertEquals(1, job.getNumberOfRunningTasks());
    assertEquals(JobStatus.RUNNING, job.getStatus());
    assertTrue("Unexpected submit time: " + job.getSubmittedTime(), job.getSubmittedTime() > time && job.getSubmittedTime() < System.currentTimeMillis());
    assertTrue("Unexpected start time: " + job.getStartTime(), job.getStartTime() > time && job.getStartTime() < System.currentTimeMillis());
    assertEquals(-1, job.getFinishedTime());
    assertEquals(-1, job.getRemovedTime());
    assertEquals(TestUsers.DEMO.username, job.getJobOwner());
    assertEquals(JobPriority.NORMAL, job.getPriority());
    JobId secondJob = scheduler.submit(createJob(fileLockPath));
    JobId thirdJob = scheduler.submit(createJob(fileLockPath));
    jobs = scheduler.getJobs(0, 10, criteria(true, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs);
    jobs = scheduler.getJobs(1, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, secondJob, thirdJob);
    jobs = scheduler.getJobs(1, 1, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, secondJob);
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob);
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob);
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_DESC).getList();
    checkJobs(jobs, thirdJob, secondJob, firstJob);
    fileLock.unlock();
    for (JobInfo jobInfo : jobs) {
        schedulerHelper.waitForEventJobFinished(jobInfo.getJobId(), 30000);
    }
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, false), SORT_BY_ID_ASC).getList();
    checkJobs(jobs);
    jobs = scheduler.getJobs(0, 10, criteria(true, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob);
    scheduler.disconnect();
    // connect as another user
    SchedulerMonitorsHandler monitorsHandler = new SchedulerMonitorsHandler();
    SchedulerAuthenticationInterface auth = schedulerHelper.getSchedulerAuth();
    Credentials cred = Credentials.createCredentials(new CredData(TestUsers.USER.username, TestUsers.USER.password), auth.getPublicKey());
    scheduler = auth.login(cred);
    eventReceiver = new MonitorEventReceiver(monitorsHandler);
    eventReceiver = PAActiveObject.turnActive(eventReceiver);
    SchedulerState state = scheduler.addEventListener(eventReceiver, true, true);
    monitorsHandler.init(state);
    jobs = scheduler.getJobs(0, 10, criteria(false, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob);
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs);
    fileLockPath = fileLock.lock().toString();
    JobId fourthJob = scheduler.submit(createJob(fileLockPath));
    monitorsHandler.waitForEventTask(SchedulerEvent.TASK_PENDING_TO_RUNNING, fourthJob, "Test", 30000);
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, fourthJob);
    jobs = scheduler.getJobs(0, 10, criteria(true, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs);
    jobs = scheduler.getJobs(0, 10, criteria(false, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob, fourthJob);
    jobs = scheduler.getJobs(2, 10, criteria(false, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, thirdJob, fourthJob);
    fileLock.unlock();
    monitorsHandler.waitForFinishedJob(fourthJob, 30000);
    jobs = scheduler.getJobs(0, 10, criteria(true, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, fourthJob);
    jobs = scheduler.getJobs(0, 10, criteria(false, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, firstJob, secondJob, thirdJob, fourthJob);
    jobs = scheduler.getJobs(1, 1, criteria(false, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, secondJob);
    jobs = scheduler.getJobs(1, 2, criteria(false, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, secondJob, thirdJob);
    jobs = scheduler.getJobs(2, 1, criteria(false, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, thirdJob);
    jobs = scheduler.getJobs(2, 2, criteria(false, false, false, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, thirdJob, fourthJob);
    scheduler.disconnect();
    PAActiveObject.terminateActiveObject(eventReceiver, true);
    // connect as a user who can see only its own jobs
    cred = Credentials.createCredentials(new CredData("guest", "pwd"), auth.getPublicKey());
    scheduler = auth.login(cred);
    monitorsHandler = new SchedulerMonitorsHandler();
    eventReceiver = new MonitorEventReceiver(monitorsHandler);
    eventReceiver = PAActiveObject.turnActive(eventReceiver);
    state = scheduler.addEventListener(eventReceiver, true, true);
    monitorsHandler.init(state);
    JobId myjob = scheduler.submit(createJob(fileLockPath));
    jobs = scheduler.getJobs(0, 10, criteria(true, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, myjob);
    jobs = scheduler.getJobs(0, 10, criteria(false, true, true, true), SORT_BY_ID_ASC).getList();
    checkJobs(jobs, myjob);
    scheduler.disconnect();
}