def _initialize_values():
logger.info('Fetch all rows from the job priority table.')
# Get all rows of job priorities
jp_index = job_priority_index(JobPriority.objects.all())
if jp_index:
# For 2 weeks the job will be considered high value (priority=1)
return jp_index, SETA_HIGH_VALUE_PRIORITY, _two_weeks_from_now()
else:
# When the table is empty it means that we're starting the system for the first time
# and we're going to use a different set of default values
# All job priorities will be marked as low value jobs
# If information to determine job failures is available, the jobs will quickly be turned
# into high value jobs.
return jp_index, SETA_LOW_VALUE_PRIORITY, None
def _initialize_values():
logger.info('Fetch all rows from the job priority table.')
# Get all rows of job priorities
jp_index = job_priority_index(JobPriority.objects.all())
if jp_index:
# For 2 weeks the job will be considered high value (priority=1)
return jp_index, SETA_HIGH_VALUE_PRIORITY, _two_weeks_from_now()
else:
# When the table is empty it means that we're starting the system for the first time
# and we're going to use a different set of default values
# All job priorities will be marked as low value jobs
# If information to determine job failures is available, the jobs will quickly be turned
# into high value jobs.
return jp_index, SETA_LOW_VALUE_PRIORITY, None
def _initialize_values():
logger.info('Fetch all rows from the job priority table.')
# Get all rows of job priorities
jp_index = job_priority_index(JobPriority.objects.all())
return jp_index, SETA_LOW_VALUE_PRIORITY, None
def jp_index_fixture(job_priority_list):
return job_priority_index(job_priority_list)
def _initialize_values():
logger.info('Fetch all rows from the job priority table.')
# Get all rows of job priorities
jp_index = job_priority_index(JobPriority.objects.all())
return jp_index, SETA_LOW_VALUE_PRIORITY, None
def jp_index_fixture(job_priority_list):
return job_priority_index(job_priority_list)
