Examples of com.surftools.BeanstalkClient.Client.reserve()

Class com.surftools.BeanstalkClient.Client

Examples of com.surftools.BeanstalkClient.Client.reserve()

com.surftools.BeanstalkClient.Client.reserve()
This will return a newly-reserved job. If no job is available to be reserved, beanstalkd will wait to send a response until one becomes available. Once a job is reserved for the client, the client has limited time to run (TTR) the job before the job times out. When the job times out, the server will put the job back into the ready queue. Both the TTR and the actual time left can be found in response to the stats-job command. @param timeoutSeconds A timeout value of 0 will cause the server to immediately return either a response or TIMED_OUT. A positive value of timeout will limit the amount of time the client will block on the reserve request until a job becomes available. @return the Job, or null if no job available within timeoutSeconds

        client.useTube((String) tubeNames[1]);
        long jobId = client.put(65536, 0, 120, srcString.getBytes());
        assertTrue(jobId > 0);


        // consumer
        Job job = client.reserve(null);
        assertNotNull(job);
        long newJobId = job.getJobId();
        assertEquals(jobId, newJobId);


        String dstString = new String(job.getData());

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    Job job = client.peekReady();
    assertNotNull(job);
    assertEquals(jobId, job.getJobId());


    // reserve with timeout a little less than tube pause time
    job = client.reserve(tubeDelay - 1);
    assertNull(job);


    // now wait for tube to become un-paused
    job = client.reserve(2);
    assertNotNull(job);

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    // reserve with timeout a little less than tube pause time
    job = client.reserve(tubeDelay - 1);
    assertNull(job);


    // now wait for tube to become un-paused
    job = client.reserve(2);
    assertNotNull(job);
    assertEquals(jobId, job.getJobId());


    popWatchedTubes(client, tubeNames);
  }

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    // we haven't reserved, so we can't bury
    ok = client.bury(jobId, 65536);
    assertFalse(ok);


    // we can bury
    Job job = client.reserve(0);
    assertNotNull(job);
    ok = client.bury(jobId, 65536);
    assertTrue(ok);


    // nothing to reserve

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    assertNotNull(job);
    ok = client.bury(jobId, 65536);
    assertTrue(ok);


    // nothing to reserve
    job = client.reserve(0);
    assertNull(job);


    // kick non-existent job
    ok = client.kickJob(Integer.MAX_VALUE);
    assertFalse(ok);

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    // we haven't reserved, so we can't touch
    ok = client.touch(jobId);
    assertFalse(ok);


    // reserve the job
    Job job = client.reserve(null);
    assertNotNull(job);


    // try to reserve another job
    try {
      job = client.reserve(2 * timeoutSeconds);

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    Job job = client.reserve(null);
    assertNotNull(job);


    // try to reserve another job
    try {
      job = client.reserve(2 * timeoutSeconds);
      fail("expected DEADLINE_SOON");
    } catch (BeanstalkException be) {
      String message = be.getMessage();
      assertEquals("DEADLINE_SOON", message);
      ok = client.touch(jobId);

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    // producer
    client.useTube((String) tubeNames[1]);
    long jobId = client.put(65536, 0, 120, srcString.getBytes());
    assertTrue(jobId > 0);


    Job job = client.reserve(null);
    assertNotNull(job);
    client.delete(jobId);


    map = client.statsTube((String) tubeNames[1]);
    assertNotNull(map);

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    // producer
    client.useTube((String) tubeNames[1]);
    long jobId = client.put(65536, 0, 120, srcString.getBytes());
    assertTrue(jobId > 0);


    Job job = client.reserve(null);
    assertNotNull(job);


    map = client.statsJob(jobId);
    assertNotNull(map);

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      assertEquals(jobIds[i], job.getJobId());
    }


    // reserve and delete
    for (int i = 0; i < nJobs; ++i) {
      job = client.reserve(null);
      assertNotNull(job);
      assertEquals(jobIds[i], job.getJobId());
      client.delete(job.getJobId());
    }

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