xenial (1) condor_prio.1.gz

Provided by: htcondor_8.4.2~dfsg.1-1build1_amd64 bug

Name

       condor_prio change - priority of jobs in the HTCondor queue

Synopsis

       condor_prio -p priority+ value- value[-n schedd_name] cluster | cluster.process | username | -a

       condor_prio-p  priority+ value- value[-pool pool_name-n schedd_name] cluster | cluster.process | username
       | -a

Description

       condor_priochanges the priority of one or more jobs in the HTCondor queue. If the job  identification  is
       given  by  cluster.process, condor_prioattempts to change the priority of the single job with job ClassAd
       attributes  ClusterId and  ProcId . If described by cluster, condor_prioattempts to change  the  priority
       of   all   processes   with  the  given   ClusterId  job  ClassAd  attribute.  If  usernameis  specified,
       condor_prioattempts to change priority of all jobs belonging to that user. For -a, condor_prioattempts to
       change priority of all jobs in the queue.

       The  user  must set a new priority with the -poption, or specify a priority adjustment. The priority of a
       job can be any integer, with higher numbers corresponding to greater  priority.  For  adjustment  of  the
       current  priority,  +  valueincreases  the  priority by the amount given with value. - valuedecreases the
       priority by the amount given with value.

       Only the owner of a job or the super user can change the priority.

       The priority changed by condor_priois only used when comparing to the priority jobs  owned  by  the  same
       user and submitted from the same machine.

Options

       -n schedd_name

          Change priority of jobs queued at the specified condor_scheddin the local pool.

       -pool pool_name-n schedd_name

          Change priority of jobs queued at the specified condor_scheddin the specified pool.

Exit Status

       condor_priowill  exit  with  a  status  value of 0 (zero) upon success, and it will exit with the value 1
       (one) upon failure.

Author

       Center for High Throughput Computing, University of Wisconsin-Madison

       Copyright (C) 1990-2015 Center for High Throughput Computing, Computer Sciences Department, University of
       Wisconsin-Madison, Madison, WI. All Rights Reserved. Licensed under the Apache License, Version 2.0.

                                                  February 2016                                   condor_prio(1)