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Information about job submission to OSG sites » History » Version 86

Version 85 (Kenneth Herner, 06/20/2016 11:28 PM) → Version 86/162 (Kenneth Herner, 06/20/2016 11:29 PM)

h1. Information about job submission to OSG sites

This page captures some of the known quirks about certain sites when submitting jobs there.

h2. What this page is

Most OSG sites will work with with the jobsub default requests of 2000 MB of RAM, 35 GB of disk, and 8 hours run time, but at some sites there are some stricter limits. Additionally some sites only support certain experiments as opposed to the entire Fermilab VO. Here we list the OSG sites where users can submit jobs, along with all known cases where either the standard jobsub defaults may not work, or the site only supports certain experiments. Information on it is provided on a best-effort basis and is subject to change without notice.

h2. What this page is NOT

This page is *NOT* a status board or health monitor of the OSG sites. Just because your submission fits in with the guidelines here does not mean that your job will start quickly. Nor does it keep track of downtimes at the remote sites. Its sole purpose is to help you avoid submitting jobs with disk/memory/cpu/site combinations that will never work. Limited offsite monitoring is available from https://fifemon.fnal.gov/monitor/dashboard/db/offsite-monitoring

h2. Organization

The following table lists the available OSG sites, their Glidein_site name (what you should put in the --site option), what experiment(s) the site will support, and finally any known limitations on disk, memory, or CPU.

*NOTE 1:* In some cases you may be able to request more than the jobsub defaults and be fine. If you do try a site and put in requirements that exceed the jobsub defaults, sometimes a

%{color:red}jobsub_q --better-analyze --jobid=<your job id>%

will give you useful information about why a job doesn't start to run
(i.e. it may recommend lowering the disk or memory requirements to a certain value.) We provide information about the largest successful test we have had for memory if above 2000MB.

*NOTE 2:* Under supported experiments, "All" means all experiments except for CDF, D0, and LSST. It does include DES and DUNE.

*NOTE 3:* The estimated maximum lifetime is just an estimate based on a periodic sampling of glidein lifetimes. It may change from time to time and it does NOT take into account any walltime limitations of the local job queues at the site itself. *It also does not guarantee that there are resources available at any given moment to start a job with the longest possible lifetime.* You can modify your requested lifetime with the --expected-lifetime option.

|_. Site Name |_. --site option (sorted) |_. Supported Experiments |_. Known limitations |_. Maximum memory |_. Estimated maximum job lifetime |
| Brookhaven National Laboratory | BNL | All | jobsub defaults are OK | 3000MB | 24 h |
| Caltech T2 | Caltech | All | jobsub defaults are OK | 3000MB | 25 h |
| Clemson | Clemson | All | jobsub defaults are OK | 14000MB | 24 h |
| Cornell | Cornell | All | jobsub defaults are OK | 2500MB | unknown |
| GPGrid | FNAL | All+CDF+LSST+D0 | new GPGrid accessed via FNAL Feb 2016, but job could end up on CMS T1 | 16000MB | 96 h |
| FNAL CMS Tier 1 + GPGrid | FNAL | All | jobsub defaults are OK | 16000MB | 24 h |
| "Czech Academy of Sciences":http://monitor.farm.particle.cz/total_overview.php | FZU | NOvA only | request --disk=20000MB or less | 2500MB | unknown |
| University of Washington | Hyak_CE | All | available resources vary widely | Tested to 7000MB | 3.5 h |
| University of Manchester | Manchester | uboone only | disk default is OK
Ask for one CPU for every 2 GB of memory requested (e.g. 2 CPUs for memory request between 2 and 4 GB.) | Tested to 8000MB | between 12-24 h |
| ATLAS Great Lakes Tier 2 (AGLT2) | Michigan | All | jobsub defaults are OK | 2500MB | approx. 8 h|
| MIT:http://www.cmsaf.mit.edu/condor4web/ | MIT | All + CDF | jobsub defaults are OK | 2500MB | unknown |
| Midwest Tier2 | MWT2 | All | jobsub defaults are OK
single core jobs will take a very long time to run if requesting more than 1920 MB of memory.
Running custom 3.x linux kernels, probably need to set UPS_OVERRIDE to setup products. | Tested to 7680MB | 5 h |
| Red/Sandhills | Nebraska | All |jobsub defaults are OK;
Some slots are SL6 Docker containers on SL7 hosts | Tested to 8000MB | 48 h |
| Notre Dame | NotreDame | All |jobsub defaults are OK; aim for short jobs due to preemption | 2500MB | 24 h |
| Tusker/Crane | Omaha | All | jobsub defaults are OK | 3000MB | 24 h |
| Ohio Supercomputing Center | OSC | NOvA only | jobsub defaults are OK | estimated 2500MB | 48 h |
| Southern Methodist | SMU_HPC | NOvA only | jobsub defaults are OK | 2500MB | 24 h |
| Syracuse | SU-OG | All | request --disk=9000MB or less and --memory=2500MB or less
%{color:red} 2015/10/15 libXpm.so not installed (may be required by ROOT) on all nodes% | 48 h |
| %{color:red} Texas Tech% | TTU | All but mu2epro and seaquest | jobsub defaults are OK
%{color:red} 2015/11/20 down since OSG software upgrade% | unknown | unknown |
| University of Chicago | UChicago | All | linked with MWT2; recommend --memory=1920MB or less per core
Be sure to set UPS_OVERRIDE environment variable appropriately. | Tested to 7680 MB with 4 CPUs | 5 h |
| University of California, San Diego | UCSD | All |jobsub defaults are OK | 4000MB | 13 h |
| University of Bern | UNIBE-LHEP | uboone only | Requires some special option with the --lines jobsub option: --lines='+count=N' --lines='+memory=2000' --lines='+runtimeenvironment = "APPS/HEP/UBOONE-MULTICORE-1.0"' | 8000MB | 48 h |
| Grid Lab of Wisconsin (GLOW) | Wisconsin | All | jobsub defaults are OK | 8000MB | 24 h |
| Western Tier2 (SLAC) | WT2 | uboone only | jobsub defaults are OK | 2500MB | 10 days |