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framesubmit.py
is a simple Python dictionary reference # # job = { # 'name' : 'job name', # 'priority' : , # 'branch' : '', # 'prototype…framesubmit.py
is a simple Python dictionary reference # # job = { # 'name' : 'job name', # 'priority' : , # 'branch' : '', # 'prototype…framesubmit.py
is a simple Python dictionary reference # # job = { # 'name' : 'job name', # 'priority' : , # 'branch' : '', # 'prototype…Monitoring Jobs in the UI
the job immediately, and sets the status back to pending. This is typically used when a high priority job is starved for resources - manually interrupting a lower priority job will free…Monitoring Jobs in the UI
the job immediately, and sets the status back to pending. This is typically used when a high priority job is starved for resources - manually interrupting a lower priority job will free…Monitoring Jobs in the UI
the job immediately, and sets the status back to pending. This is typically used when a high priority job is starved for resources - manually interrupting a lower priority job will free…Monitoring Jobs in the UI
the job immediately, and sets the status back to pending. This is typically used when a high priority job is starved for resources - manually interrupting a lower priority job will free…Scripting custom queuing algorithms
if not defined will automatically be overridden with the "Priority Queuing Algorithm" defaults. Example scripts can be found the following locations: Linux: /usr/local/pfx/qube/examples…qb_preemptcmp($runningjob, $candidatejob, $host)
The format of the input parameters for jobs and hosts are standard Perl hash structures. $job = { “id” => 1000, “pid” => 1, “pgrp” => 1000, “priority” => 2, “user…_hostOrder
. This is established using the Qube resources and priorities defined earlier in the Requirements section of this document. Any worker resource or property can be specified, but the most…