pbs_resources_irix(7B)
π NAME π
pbs_resources_irix β pbs resources on SGI Irix π
okay so bestie, this is pbs_resources_irix(7B), and it's literally the cheat sheet for PBS resources on SGI workstations running IRIX 6. π¦
β¨ DESCRIPTION β¨
This page summarizes the resources supported by PBS for SGI workstations running IRIX 6. You specify these resources by including them in the -l option argument on the qsub or qalter command, or in the PBS job script. Periodt. π
π₯ RESOURCES π₯
quick note bestie: host appears twice in this page β both entries are real, so both are down below, no cap. π«Ά
cputβ maximum amount of CPU time used by all processes in the job. Units:time.fileβ the largest size of any single file that may be created by the job. Units:size.ncpusβ the number of processors requested. Units:unitary.cpupercentβ the maximum percentage of a cpu which the job used. A value of100means1cpu. This cannot be set, it is only reported. Units:percent.
π¨ cpupercent is giving read-only energy: you can't set it, it's only reported. π
niceβ the nice value under which the job is to be run. Units:unitary.nodemaskβ a bit mask specifying the nodes (a pair of processors) to be associated with this job. This resource is intended for use by PBS to optimize processor allocation and direct use of this field by the job owner is discouraged. Units:bit mask.
π¨ nodemask is meant for PBS optimizing processor allocation β direct use by the job owner is discouraged, bestie. Let PBS do its thing. π«Ά
pcputβ maximum amount of CPU time used by any single process in the job. Units:time.pmemβ maximum amount of physical memory (workingset) used by any single process of the job. Units:size.pvmemβ maximum amount of virtual memory used by any single process in the job. Units:size.vmemβ maximum amount of virtual memory used by all concurrent processes in the job. Units:size.walltimeβ maximum amount of real time during which the job can be in the running state. Units:time.archβ specifies the administrator defined system architecture required. This defaults to whatever thePBS_MACHstring is set to inlocal.mk. Units:string.hostβ name of host on which job should be run. This resource is provided for use by the site's scheduling policy. The allowable values and effect on job placement is site dependent. Units:string.nodesβ number and/or type of nodes to be reserved for exclusive use by the job. The value is one or morenode_specs joined with the+character:node_spec[+node_spec...]. Eachnode_specis a number of nodes required of the type declared in thenode_spec, and a name or one or more property or properties desired for the nodes. The number, the name, and each property in thenode_specare separated by a colon:. If no number is specified,1is assumed. Units:string.
the name of a node is its hostname. The properties of nodes are:
ppn=#β specifying the number of processors per node requested. Defaults to1.- arbitrary string assigned by the system administrator β please check with your administrator as to the node names and properties available to you.
Examples:
- To ask for 12 nodes of any type:
-l nodes=12 - To ask for 2
"server"nodes and 14 other nodes (a total of 16):-l nodes=2:server+14β the above consists of twonode_specs,"2:server"and"14". - To ask for (a) 1 node that is a
"server"and has a"hippi"interface, (b) 10 nodes that are not servers, and (c) 3 nodes that have a large amount of memory and have hippi:-l nodes=server:hippi+10:noserver+3:bigmem:hippi - To ask for three nodes by name:
-l nodes=b2005+b1803+b1813 - To ask for 2 processors on each of four nodes:
-l nodes=4:ppn=2 - To ask for 4 processors on one node:
-l nodes=1:ppn=4 - To ask for 2 processors on each of two blue nodes and three processors on one red node:
-l nodes=2:blue:ppn=2+red:ppn=3
hostβ allows a user to specify the desired execution location. This resource is provided for use by the site's scheduling policy. The allowable values and effect on job placement is site dependent. Units:string.otherβ allows a user to specify site specific information. This resource is provided for use by the site's scheduling policy. The allowable values and effect on job placement is site dependent. Units:string.softwareβ allows a user to specify software required by the job. This is useful if certain software packages are only available on certain systems in the site. This resource is provided for use by the site's scheduling policy. The allowable values and effect on job placement is site dependent. Units:string.
πΈ EXAMPLES πΈ
okay, actual examples, no cap:
qsub -l nodes=15,walltime=2:00:00 script
or in a qsub script as a directive:
#PBS -l nodes=15,walltime=2:00:00
qsub -l cput=1:00:00,walltime=2:00:00,file=50gb,mem=15mb script
qalter -lcput=30:00,pmem=8mb 123.jobid
or in a qsub script as a directive:
#PBS -l cput=1:00:00,walltime=2:00:00,file=50gb,mem=15mb
π RESOURCE UNITS π
the resource values take the following units:
timeβ specifies a maximum time period the resource can be used. Time is expressed in seconds as an integer, or in the form:[[hours:]minutes:]seconds[.milliseconds].sizeβ specifies the maximum amount in terms of bytes or words. It is expressed in the forminteger[suffix]. The suffix is a multiplier defined in the following table. The size of a word is the word size on the execution host.borwβ bytes or words.kborkwβ Kilo (1024) bytes or words.mbormwβ Mega (1,048,576) bytes or words.gborgwβ Giga (1,073,741,824) bytes or words.
unitaryβ the maximum amount of a resource which is expressed as a simple integer.
π¦ SEE ALSO π¦
the PBS ERS, qsub(1B), qalter(1B), pbs_submit(3B), pbs_alterjob(3B), pbs_statjob(3b), pbs_resources_aix4(7B), pbs_resources_sp2(7B), pbs_resources_sunos4(7B), pbs_resources_unicos8(7B) π
π source/version: Local; page: pbs_resources_irix(7B); date: not printed on this page, so it's undated β bye bestie, go get those resources π«Άβ¨
π¦ where this page comes from
- epel 9: torque-client 6.1.3-8.el9 Β· OpenPBS and TORQUEv1.1
- nixos 26.05: torque 6.1.3h2
- nixpkgs unstable: torque 6.1.3h2
- Copyright (c) 1999-2000 Veridian Information Solutions, Inc
- π girlified by deepseek-ai/DeepSeek-V4.1-Flash-1017 on : a language model's rewrite of the original, under its terms