def test_create_job(adminapp, jt, kwargs, nocommit_cursor, user_id):
jobs.create_job(jt, 'testcreatejob', user_id, 'cronstr', **kwargs)
jlist = jobs.storage._call_procedure('list_jobs', with_current_user=False)
assert len(jlist) == 2
job = [j for j in jlist if j['name'] == 'testcreatejob'][0]
assert job['schedule'] == {'type': 'cron', 'cron_string': 'cronstr'}
assert job['job_type'] == jt
assert job['parameters'] == kwargs
def test_create_job_timeout(adminapp, nocommit_cursor, user_id):
timeout = 100
jobs.create_job('periodic_report',
'testcreatejob',
user_id,
'cronstr',
timeout,
report_id='reportid')
jlist = jobs.storage._call_procedure('list_jobs', with_current_user=False)
assert len(jlist) == 2
job = [j for j in jlist if j['name'] == 'testcreatejob'][0]
assert job['schedule'] == {
'type': 'cron',
'cron_string': 'cronstr',
'timeout': timeout
}
def reference_persistence_job(name, user_id, cron_string, base_url, timeout,
**kwargs):
"""
Create a reference persistence job named NAME to be executed by
USER_ID on a scheduled defined by CRON_STRING. Persistence
forecasts are made based on new observation values.
"""
from sfa_api.jobs import create_job
id_ = create_job('reference_persistence',
name,
user_id,
cron_string,
timeout,
base_url=base_url)
click.echo(f'Job created with id {id_}')
def periodic_report_job(name, user_id, cron_string, report_id, base_url,
timeout, **kwargs):
"""
Create a job to periodically recreate a report given by REPORT_ID
with job name NAME executed by user USER_ID on a schedule defined
by CRON_STRING.
"""
from sfa_api.jobs import create_job
id_ = create_job('periodic_report',
name,
user_id,
cron_string,
timeout,
report_id=str(report_id),
base_url=base_url)
click.echo(f'Job created with id {id_}')
def reference_nwp_job(name, user_id, cron_string, issue_time_buffer, base_url,
timeout, **kwargs):
"""
Create a reference nwp job named NAME to be executed by
USER_ID on a scheduled defined by CRON_STRING. ISSUE_TIME_BUFFER
is a timedelta added to the job run time to determine how far
in advance a forecast can be made relative to the expected
issue time the forecast.
"""
from sfa_api.jobs import create_job
id_ = create_job('reference_nwp',
name,
user_id,
cron_string,
timeout,
issue_time_buffer=issue_time_buffer,
base_url=base_url)
click.echo(f'Job created with id {id_}')
def daily_validation_job(name, user_id, cron_string, start_td, end_td,
base_url, timeout, **kwargs):
"""
Create a daily observation validation job named NAME to be executed by
the USER_ID user on a scheduled according to CRON_STRING. Validation
is performed from job_time + START_TD to job_time + END_TD, so
both are likely negative.
"""
from sfa_api.jobs import create_job
id_ = create_job('daily_observation_validation',
name,
user_id,
cron_string,
timeout,
start_td=start_td,
end_td=end_td,
base_url=base_url)
click.echo(f'Job created with id {id_}')