Start a job now.
condor_now [-name ] [-debug** ] now-job vacate-job [vacate-job+ ]
condor_now tries to run the now-job now. The vacate-job is immediately vacated; after it terminates, if the schedd still has the claim to the vacated job’s slot - and it usually will - the schedd will immediately start the now-job on that slot.
If you specify multiple vacate-job s, each will be immediately vacated; after they all terminate, the schedd will try to coalesce their slots into a single, larger, slot and then use that slot to run the now-job.
You must specify each job using both the cluster and proc IDs.
Print a usage reminder.
Print debugging output. Control the verbosity with the environment variables _CONDOR_TOOL_DEBUG, as usual.
- -name **
Specify the scheduler(‘s name) and (optionally) the pool to find it in.
The now-job and the vacated-job must have the same owner; if you are not the queue super-user, you must own both jobs. The jobs must be on the same schedd, and both jobs must be in the vanilla universe. The now-job must be idle and the vacated-job must be running.
To begin running job 17.3 as soon as possible using job 4.2’s slot:
$ condor_now 17.3 4.2
To try to figure out why that doesn’t work for the ‘magic’ scheduler in the ‘gandalf’ pool, set the environment variable _CONDOR_TOOL_DEBUG to ‘D_FULLDEBUG’ and then:
$ condor_now -debug -schedd magic -pool gandalf 17.3 4.2
condor_now will exit with a status value of 0 (zero) if the schedd accepts its request to vacate the vacate-job and start the now-job in its place. It does not wait for the now-job to have started running.