HP XC System 2.x Software - Manual (Page 78)

-J jobname ( --job-name=jobname )
The -J option specifies jobname as the identifying string for this job (along with its
system-supplied job ID, as stored in SLURM_JOBID ) in responses to your queries about job
status (the default jobname is the executable program’s name).
-v ( --verbose )
The -v option reports verbose messages as srun executes your job. The default is program
output with only overt error messages added. Using multiple -v options further increases
message verbosity.
6.4.5.3 Resource Control Options
-I ( --immediate )
The -I option exits if requested resources are not available at once. By default, srun blocks
until requested resources become available.
-O ( --overcommit )
The -O option over-commits CPUs. By default, srun never allocates more than one process
per CPU. If you intend to assign multiple processes per CPU, you must invoke the -O option
along with -n and -N (thus -n16-N4-O together allow 2 processes per CPU on the 4 allocated
2-CPU nodes). Even with -O , srun never allows more than MAX_TASKS_PER_NODE tasks
to run on any single node. MAX_TASKS_PER_NODE is discussed in Section 6.4.8.
-W seconds ( --wait=seconds )
The -W option waits the specified number of seconds after any job task terminates before
terminating all remaining tasks. The default for seconds is unlimited. Use -W to force an entire
job to end quickly if any one task terminates prematurely.
6.4.5.4 Help Options
--help
The --help option lists the name of every srun option, with a one-line description of each.
Options appear in categories by function.
--usage
The --usage option reports a syntax summary for srun , which includes many, but not all
srun options.
-V ( --version )
The -V option reports the currently installed version number for SLURM.
6.4.6 srun I/O Options
srun provides the following I/O options:
• I/O commands
• I/O Redirection Alternatives
6.4.6.1 I/O Commands
The srun I/O commands manage and redirect the standard input to, as well as the standard
output and error messages from, parallel jobs executed under SLURM. Three of these
6-8 Using SLURM