def kill_jobs(kill_names, message1='Killing job: ', message2=' early'):
"""This function takes a list of job names and kills the jobs associated with them, if the jobs are active
Parameters
----------
kill_names : list
List of jobs to kill.
message1 : str
Message prefix to report to stdout.
message2 : str
Message suffix to report to stdout.
"""
# This function takes a list of job names and kills the jobs associated with them, if the jobs are active
if type(kill_names) != list:
kill_names = [kill_names]
machine = tools.get_machine()
active_jobs, active_ids = tools.list_active_jobs(ids=True)
active_jobs = list(zip(active_jobs, active_ids))
jobs_to_kill = [[name, id_] for name, id_ in active_jobs
if name in kill_names]
for name, id_ in jobs_to_kill:
print(message1 + name + message2)
if machine in ['gibraltar']:
tools.call_bash('qdel ' + str(id_))
elif machine in ['comet', 'bridges']:
tools.call_bash('scancel ' + str(id_))
else:
raise ValueError('Sardines.')
def kill_jobs(kill_names, message1='Killing job: ', message2=' early'):
# This function takes a list of job names and kills the jobs associated with them, if the jobs are active
if type(kill_names) != list:
kill_names = [kill_names]
active_jobs, active_ids = tools.list_active_jobs(ids=True)
active_jobs = list(zip(active_jobs, active_ids))
jobs_to_kill = [[name, id_] for name, id_ in active_jobs
if name in kill_names]
for name, id_ in jobs_to_kill:
print((message1 + name + message2))
tools.call_bash('qdel ' + str(id_))