def _build_execution(self, row): """Return job execution info from a row of scheduler_execution table. :param obj row: A row instance of scheduler_execution table. :return: A dictionary of job execution info. :rtype: dict """ # To avoid circular import return_json = { 'execution_id': row.eid, 'state': constants.EXECUTION_STATUS_DICT[row.state], 'hostname': row.hostname, 'pid': row.pid, 'task_id': row.task_id, 'description': row.description, 'scheduled_time': self.get_time_isoformat_from_db(row.scheduled_time), 'updated_time': self.get_time_isoformat_from_db(row.updated_time)} job = self.lookup_job(row.job_id) if job: return_json['job'] = { 'job_id': job.id, 'name': job.name, 'task_name': utils.get_job_name(job), 'pub_args': utils.get_job_args(job)} return_json['job'].update(utils.get_cron_strings(job)) return return_json
def _build_execution(self, row): """Return job execution info from a row of scheduler_execution table. :param obj row: A row instance of scheduler_execution table. :return: A dictionary of job execution info. :rtype: dict """ # To avoid circular import return_json = { 'execution_id': row.eid, 'state': constants.EXECUTION_STATUS_DICT[row.state], 'hostname': row.hostname, 'pid': row.pid, 'task_id': row.task_id, 'description': row.description, 'scheduled_time': self.get_time_isoformat_from_db(row.scheduled_time), 'updated_time': self.get_time_isoformat_from_db(row.updated_time) } job = self.lookup_job(row.job_id) if job: return_json['job'] = { 'job_id': job.id, 'name': job.name, 'task_name': utils.get_job_name(job), 'pub_args': utils.get_job_args(job) } return_json['job'].update(utils.get_cron_strings(job)) return return_json
def _run_job(self, job_id): """Kicks off a job. :param str job_id: Job id. :return: A dictionary with the only field of execution_id. :rtype: dict """ job = self.scheduler_manager.get_job(job_id) if not job: self.set_status(400) return {'error': 'Job not found: %s' % job_id} job_name = utils.get_job_name(job) args = utils.get_job_args(job) kwargs = job.kwargs execution_id = scheduler_base.SingletonScheduler.run_job(job_name, job_id, *args, **kwargs) # Audit log self.datastore.add_audit_log(job_id, job.name, constants.AUDIT_LOG_CUSTOM_RUN, self.username, execution_id) response = { 'execution_id': execution_id} return response
def test_add_job_get_job(self): task_name = 'hello.world' name = 'it is hello world' pub_args = ('1', '2', '3') month = '*/1' day_of_week = 'sat' day = '*/2' hour = '*/3' minute = '*/4' # non-blocking operation job_id = self.scheduler.add_job(task_name, name, pub_args, month, day_of_week, day, hour, minute, languages='en-us') self.assertTrue(len(job_id), 32) # blocking operation job = self.scheduler.get_job(job_id) self.assertEqual(self.scheduler.get_job_task_class(job), task_name) self.assertEqual(job.id, job_id) self.assertEqual(job.name, name) self.assertEqual(utils.get_job_args(job), pub_args) self.assertEqual(utils.get_job_kwargs(job), {'languages': 'en-us'}) # Year self.assertEquals(unicode(job.trigger.fields[0]), '*') # Month self.assertEquals(unicode(job.trigger.fields[1]), month) # day of month self.assertEquals(unicode(job.trigger.fields[2]), day) # week self.assertEquals(unicode(job.trigger.fields[3]), '*') # day of week self.assertEquals(unicode(job.trigger.fields[4]), day_of_week) # hour self.assertEquals(unicode(job.trigger.fields[5]), hour) # minute self.assertEquals(unicode(job.trigger.fields[6]), minute) # second self.assertEquals(unicode(job.trigger.fields[7]), '0')
def _build_job_dict(self, job): """Transforms apscheduler's job structure to a python dictionary. :param Job job: An apscheduler.job.Job instance. :return: dictionary for job info :rtype: dict """ if job.next_run_time: next_run_time = job.next_run_time.isoformat() else: next_run_time = '' return_dict = { 'job_id': job.id, 'name': job.name, 'next_run_time': next_run_time, 'job_class_string': utils.get_job_name(job), 'pub_args': utils.get_job_args(job)} return_dict.update(utils.get_cron_strings(job)) return return_dict
def test_add_job_get_job(self): task_name = 'hello.world' name = 'it is hello world' pub_args = ('1', '2', '3') month = '*/1' day_of_week = 'sat' day = '*/2' hour = '*/3' minute = '*/4' # non-blocking operation job_id = self.scheduler.add_job(task_name, name, pub_args, month, day_of_week, day, hour, minute, languages='en-us') self.assertTrue(len(job_id), 32) # blocking operation job = self.scheduler.get_job(job_id) self.assertEqual(self.scheduler.get_job_task_class(job), task_name) self.assertEqual(job.id, job_id) self.assertEqual(job.name, name) self.assertEqual(utils.get_job_args(job), pub_args) self.assertEqual(utils.get_job_kwargs(job), {'languages': 'en-us'}) # Year self.assertEquals(str(job.trigger.fields[0]), '*') # Month self.assertEquals(str(job.trigger.fields[1]), month) # day of month self.assertEquals(str(job.trigger.fields[2]), day) # week self.assertEquals(str(job.trigger.fields[3]), '*') # day of week self.assertEquals(str(job.trigger.fields[4]), day_of_week) # hour self.assertEquals(str(job.trigger.fields[5]), hour) # minute self.assertEquals(str(job.trigger.fields[6]), minute) # second self.assertEquals(str(job.trigger.fields[7]), '0')
def _build_job_dict(self, job): """Transforms apscheduler's job structure to a python dictionary. :param Job job: An apscheduler.job.Job instance. :return: dictionary for job info :rtype: dict """ if job.next_run_time: next_run_time = job.next_run_time.isoformat() else: next_run_time = "" return_dict = { "job_id": job.id, "name": job.name, "next_run_time": next_run_time, "job_class_string": utils.get_job_name(job), "pub_args": utils.get_job_args(job), } return_dict.update(utils.get_job_kwargs(job)) return_dict.update(utils.get_cron_strings(job)) return return_dict