/**
* Convert data array into entity
*
* @return mixed
* @param array $data
* @access public
*/
public function build($data)
{
$obj = new Stats();
# bind the db id and date the monitor covers
$obj->setComplete($data['monitor_complete']);
$obj->setMonitorId($data['monitor_id']);
if ($data['monitor_dte'] instanceof DateTime) {
$obj->setMonitorDate($data['monitor_dte']);
}
# bind worker run times
$obj->setWorkerMaxTime($data['worker_max_time']);
$obj->setWorkerMinTime($data['worker_min_time']);
$obj->setWorkerMeanTime($data['worker_mean_time']);
# bind the worker throughput
$obj->setWorkerMaxThroughput($data['worker_max_throughput']);
$obj->setWorkerMeanThroughput($data['worker_mean_throughput']);
$obj->setWorkerMeanUtilization($data['worker_mean_utilization']);
# bind queue stats
$obj->setQueueJobsAdded($data['queue_no_waiting_jobs']);
$obj->setQueueJobsCompleted($data['queue_no_completed_jobs']);
$obj->setQueueJobsError($data['queue_no_error_jobs']);
$obj->setQueueJobsFailed($data['queue_no_failed_jobs']);
$obj->setQueueJobsProcessing($data['queue_no_processing_jobs']);
# set the job runtimes
$obj->setJobMaxServiceTime($data['queue_max_service_time']);
$obj->setJobMinServiceTime($data['queue_min_service_time']);
$obj->setJobMeanServiceTime($data['queue_mean_service_time']);
return $obj;
}
/**
* Run the monitor over the given hour.
*
* @access public
* @return LaterJob\Model\Monitor\Stats with result and stats data for period
* @param DateTime $hour should be the hour to run the monitor over.
*/
public function monitor(DateTime $hour)
{
$stats = new Stats();
$event = new MonitoringEvent($stats);
$stats->setMonitorDate($hour);
$stats->setWorkerMaxThroughput($this->worker_config->getJobsToProcess());
# lock
$this->event->dispatch(MonitoringEventsMap::MONITOR_LOCK, $event);
# gather
$event->setResult(false);
$this->event->dispatch(MonitoringEventsMap::MONITOR_RUN, $event);
# commit
$event->setResult(false);
$this->event->dispatch(MonitoringEventsMap::MONITOR_COMMIT, $event);
return $event->getStats();
}
public function testDemolish()
{
$entity = new Stats();
$monitor_id = 1;
$monitor_date = new DateTime();
$worker_max_runtime = 60 * 5;
$worker_min_runtime = 60 * 2;
$worker_mean_runtime = 60 * 3;
$worker_mean_throughput = 100;
$worker_max_throughput = 100;
$worker_mean_utilization = 50;
$monitor_complete = false;
$queue_no_waiting_jobs = 100;
$queue_no_completed_jobs = 600;
$queue_no_error_jobs = 500;
$queue_no_failed_jobs = 400;
$queue_no_processing_jobs = 300;
$queue_max_service_time = 350;
$queue_min_service_time = 375;
$queue_mean_service_time = 677;
$entity->setMonitorId($monitor_id);
$entity->setMonitorDate($monitor_date);
$entity->setWorkerMaxTime($worker_max_runtime);
$entity->setWorkerMinTime($worker_min_runtime);
$entity->setWorkerMeanTime($worker_mean_runtime);
$entity->setWorkerMeanThroughput($worker_mean_throughput);
$entity->setWorkerMaxThroughput($worker_max_throughput);
$entity->setWorkerMeanUtilization($worker_mean_utilization);
$entity->setComplete($monitor_complete);
$entity->setQueueJobsAdded($queue_no_waiting_jobs);
$entity->setQueueJobsCompleted($queue_no_completed_jobs);
$entity->setQueueJobsError($queue_no_error_jobs);
$entity->setQueueJobsFailed($queue_no_failed_jobs);
$entity->setQueueJobsProcessing($queue_no_processing_jobs);
$entity->setJobMaxServiceTime($queue_max_service_time);
$entity->setJobMinServiceTime($queue_min_service_time);
$entity->setJobMeanServiceTime($queue_mean_service_time);
$builder = new StatsBuilder();
$data = $builder->demolish($entity);
$this->assertEquals($data, array('monitor_id' => $monitor_id, 'monitor_complete' => $monitor_complete, 'monitor_dte' => $monitor_date, 'worker_max_time' => $worker_max_runtime, 'worker_min_time' => $worker_min_runtime, 'worker_mean_time' => $worker_mean_runtime, 'worker_max_throughput' => $worker_max_throughput, 'worker_mean_throughput' => $worker_mean_throughput, 'worker_mean_utilization' => $worker_mean_utilization, 'queue_no_waiting_jobs' => $queue_no_waiting_jobs, 'queue_no_completed_jobs' => $queue_no_completed_jobs, 'queue_no_error_jobs' => $queue_no_error_jobs, 'queue_no_failed_jobs' => $queue_no_failed_jobs, 'queue_no_processing_jobs' => $queue_no_processing_jobs, 'queue_max_service_time' => $queue_max_service_time, 'queue_min_service_time' => $queue_min_service_time, 'queue_mean_service_time' => $queue_mean_service_time));
}
/**
* @expectedException LaterJob\Exception
* @expectedExceptionMessage SQLSTATE[23000]: Integrity constraint violation: 1062 Duplicate entry '2012-11-27 13:00:00' for key
*/
public function testOnMonitorLockAlreadyHasException()
{
$date = new DateTime('27-11-2012 13:00:00');
$transition_gateway = $this->getTransitionTableGateway();
$monitor_gateway = $this->getMonitorTableGateway();
$handler = new MonitorSubscriber($monitor_gateway, $transition_gateway);
# create stats container for results of the monitoring event
$stats = new Stats();
$stats->setMonitorDate($date);
$stats->setWorkerMaxThroughput(50);
$stats_repeat = new Stats();
$stats_repeat->setMonitorDate($date);
$stats_repeat->setWorkerMaxThroughput(50);
# create event object to pass to handle
$event = new MonitoringEvent($stats);
$event->setInterval('+ 5 hours');
$event_repeat = new MonitoringEvent($stats_repeat);
$event_repeat->setInterval('+ 5 hours');
# first call work as normal
$handler->onMonitorLock($event);
$this->assertTrue($event->getResult());
$this->assertEquals(1, $event->getStats()->getMonitorId(1));
# lock in place should FAIL
$handler->onMonitorLock($event_repeat);
}
public function testOnMonitorCommit()
{
$date = new DateTime('10-12-2012 01:00:00');
$transition_gateway = $this->getTransitionTableGateway();
$monitor_gateway = $this->getMonitorTableGateway();
$handler = new MonitorSubscriber($monitor_gateway, $transition_gateway);
$stats = new Stats();
$event = new MonitoringEvent($stats);
$stats->setMonitorDate($date);
$stats->setWorkerMaxThroughput(50);
$stats->setMonitorId(1);
$stats->setQueueJobsAdded(100);
$stats->setQueueJobsFailed(2);
$stats->setQueueJobsCompleted(53);
$stats->setQueueJobsProcessing(56);
$stats->setQueueJobsError(5);
$stats->setJobMinServiceTime(8038);
$stats->setJobMaxServiceTime(10439);
$stats->setJobMeanServiceTime(9244);
$stats->setWorkerMaxTime(495);
$stats->setWorkerMinTime(459);
$stats->setWorkerMeanTime(482);
$stats->setWorkerMeanThroughput(27);
$stats->setWorkerMeanUtilization(0.55);
$handler->onMonitorCommit($event);
$resulting_table = $this->getConnection()->createQueryTable("later_job_monitor", "SELECT * FROM later_job_monitor LIMIT 1");
$expected_table = $this->createXmlDataSet(__DIR__ . DIRECTORY_SEPARATOR . 'Fixture' . DIRECTORY_SEPARATOR . "commit_handler_result.xml")->getTable("later_job_monitor");
$this->assertEquals(true, $event->getResult());
$this->assertTablesEqual($expected_table, $resulting_table);
}
public function testOnMonitorLock()
{
$date = new DateTime('10-12-2012 01:00:00');
$transition_gateway = $this->getTransitionTableGateway();
$monitor_gateway = $this->getMonitorTableGateway();
$handler = new MonitorSubscriber($monitor_gateway, $transition_gateway);
$stats = new Stats();
$event = new MonitoringEvent($stats);
$stats->setMonitorDate($date);
$handler->onMonitorLock($event);
$resulting_table = $this->getConnection()->createQueryTable("later_job_monitor", "SELECT * FROM later_job_monitor LIMIT 1");
$expected_table = $this->createXmlDataSet(__DIR__ . DIRECTORY_SEPARATOR . 'Fixture' . DIRECTORY_SEPARATOR . "lock_handler_result.xml")->getTable("later_job_monitor");
$this->assertEquals(true, $event->getResult());
$this->assertTablesEqual($expected_table, $resulting_table);
}