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--- slurm [2019/09/23 17:26]
mickey [Useful reference pages]
+++ slurm [2020/09/17 13:19] (current)
admin [Trabajando con SLURM]
@@ Line 1: / Line 1: @@
-====== SLURM ======
+====== SLURM 19.04 ======
 Conceptos básicos
@@ Line 17: / Line 17: @@
 Cancelar un trabajo
-===== How to rewrite PBSPro/SGE script to SLURM script =====
+===== Trabajando con SLURM =====
-==== Common command ====
+**Simple usage for soroban**
-| |**PBS command** |**SGE command** |**SLURM command** |
+. Note.
-|Job submission|qsub [scriptfile]|qsub [scriptfile]|sbatch [scriptfile]|
-|Job deletion|qdel [job_id]|qdel [job_id]|scancel –clusters=[cluster_name] [job_id]|
-|Job status (for user)|qstat -u [username]|qstat -u [username]|squeue -u [username]|
-|Extended job status|qstat -f [job_id]|qstat -f -j [job_id]|scontrol –clusters=[cluster_name] show jobid=[job_id]|
-|Hold a job temporarily|qhold [job_id]|qhold [job_id]|scontrol hold [job_id]|
-|Release job hold|qrls [job_id]|qrls [job_id]|scontrol release [job_id]|
-|List of usable queues|qstat -Q|qconf -sql|scontrol show queue?|
-==== Resource speciation ====
+'-p intel' (equivalent long option: '–partition=intel') is required for soroban.
-|   |**PBS command**   |**SGE command**   |**SLURM command**   |
+. Save below as text file (e.g. my_first_slurm.sh).
-|Queue|#PBS -q [queue]|#$ -q [queue]|#SBATCH -M=[queue] / #SBATCH –clusters=[queue]|
-|Processors (Single host)|#PBS -l select=1:ncpus=[#]|#$ -pe smp [#]|#SBATCH -c=[#]?|
-|Wall clock limit|#PBS -l walltime=[hh:mm:ss]|#$ -l time=[hh:mm:ss]|#SBATCH -t=[#] ("minutes", "minutes:seconds", "hours:minutes:seconds", "days-hours", "days-hours:minutes" and "days-hours:minutes:seconds")|
-|Memory requirement|#PBS -l mem=XXXXmb|#$ -mem [#]G|#SBATCH –mem=[#][unit;K/M/G/T]?|
-|Standard output file|#PBS -o [file]|#$ -o [path]|#SBATCH -o [path]|
-|Standard error|#PBS -e [file]|#$ -e [path]|#SBATCH -e [path]|
-|Array job|#PBS -J [#-#]|#$ -t [#-#]|#SBATCH -a=[#-#]|
-|Array number Variable name|${PBS_ARRAY_INDEX}|${SGE_TASK_ID}|${SLURM_ARRAY_TASK_ID}|
-|Max simulaneously running tasks for an array job|n/a?|#$ -tc [#]|#SBATCH -a=[#-#]%[#] (e.g. -a=0-15%4)|
-|Copy environment|#PBS -V|#$ -V|#SBATCH –get-user-env|
-|Notification event|#PBS -m abe|#$ -m abe|?|
-|Email address|#PBS -M [email]|#$ -M [email]|#SBATCH -M [email]|
-|Job name|#PBS -N [name]|#$ -N [name]|#SBATCH -J [name]|
-|Job restart|#PBS -r [y/n]|#$ -r [yes/no]|#SBATCH –requeue / #SBATCH –no-requeue?|
-|Move current directory|n/a|#$ -cwd|?|
-|Move working directory|n/a (in the main part of script, add cd ${PBS_O_WORKDIR})|#$ -wd|#SBATCH -D [working_dirpath]|
-|Use BASH|#PBS -S /bin/bash|?|shebang line (At the first line of the script, add #!/usr/bin/bash|
-===== Trabajando con SLURM =====
+<code>
+#!/bin/bash
+#SBATCH --job-name=example  # Nombre para el trabajo a ejecutar en el cluster
+#SBATCH --partition=intel
+#SBATCH --output=example_%j.out
+#SBATCH --error=example_%j.err
+ls -lh
+pwd
+</code>
+. Submit it as SLURM job.
+sbatch (e.g. sbatch my_first_slurm.sh)
+. Check progress.
+squeue
 **Ejecutando un programa con openMPI , usando un script base para SLURM:**
@@ Line 57: / Line 50: @@
 #!/bin/bash
 #SBATCH --job-name=example  # Nombre para el trabajo a ejecutar en el cluster
-#SBATCH --partition=troquil
+#SBATCH --partition=intel
-#SBATCH -n 32  # Debe de ser un número múltiplo de 16
+#SBATCH -n 32  # Debe de ser un número múltiplo de 16, número de procesos
-#SBATCH --ntasks-per-node=16 # máximo por blade
+#SBATCH --ntasks-per-node=16 # máximo por nodo
 #SBATCH --output=example_%j.out
 #SBATCH --error=example_%j.err
-#SBATCH --mail-user=username@ufrontera.cl
+#SBATCH --mail-user=username@ufrontera.cl  #correo para notificacion
 #SBATCH --mail-type=ALL
 srun ./mpi_programa
+</code>
+===== 4. Ejemplo básico 3 =====
+Este es un ejemplo de un script (ejemplo3.sh) con los elementos minimos para ejecutar el programa R-3.6.1 a través de slurm:
+<code>
+#!/bin/bash
+#SBATCH -J R-NOMBRE-SIMULACION
+#SBATCH -a 1-11%3
+#SBATCH --nodes=1
+#SBATCH --tasks-per-node=1
+#SBATCH --mem=100G
+#SBATCH --partition=intel
+module load R/3.6.1
+cmds=(
+'sleep 10;echo 10'
+'sleep 20;echo 20'
+'sleep 30;echo 30'
+'sleep 40;echo 40'
+'sleep 50;echo 50'
+)
+eval ${cmds[$SLURM_ARRAY_TASK_ID - 1]}
+</code>
+Para enviar este script a slurm, crear un job, y comenzar el procesamiento se requiere lo siguiente:
+<code>
+chmod +x ejemplo3.sh
+</code>
+<code>
+sbatch ejemplo3.sh
 </code>
@@ Line 93: / Line 123: @@
   * scancel
   * scontrol
+  * sinfo
   * squeue
   * sreport
 ==== Useful reference pages ====
@@ Line 109: / Line 139: @@
 [[https://www.accre.vanderbilt.edu/wp-content/uploads/2016/04/UsingArrayJobs.pdf|https://www.accre.vanderbilt.edu/wp-content/uploads/2016/04/UsingArrayJobs.pdf]]
-https://help.rc.ufl.edu/doc/SLURM_Job_Arrays
+[[https://help.rc.ufl.edu/doc/SLURM_Job_Arrays|https://help.rc.ufl.edu/doc/SLURM_Job_Arrays]]
+===== How to rewrite PBSPro/SGE script to SLURM script =====
+==== Common command ====
+| |**PBS command** |**SGE command** |**SLURM command** |
+|Job submission|qsub [scriptfile]|qsub [scriptfile]|sbatch [scriptfile]|
+|Job deletion|qdel [job_id]|qdel [job_id]|scancel –clusters=[cluster_name] [job_id]|
+|Job status (for user)|qstat -u [username]|qstat -u [username]|squeue -u [username]|
+|Extended job status|qstat -f [job_id]|qstat -f -j [job_id]|scontrol –clusters=[cluster_name] show jobid=[job_id]|
+|Hold a job temporarily|qhold [job_id]|qhold [job_id]|scontrol hold [job_id]|
+|Release job hold|qrls [job_id]|qrls [job_id]|scontrol release [job_id]|
+|List of usable queues|qstat -Q|qconf -sql|sinfo, squeue|
+==== Resource speciation ====
+|   |**PBS command**   |**SGE command**   |**SLURM command**   |
+|Queue|#PBS -q [queue]|#$ -q [queue]|#SBATCH -M=[queue] / #SBATCH –clusters=[queue]|
+|Processors (Single host)|#PBS -l select=1:ncpus=[#]|#$ -pe smp [#]|#SBATCH -c=[#]?|
+|Wall clock limit|#PBS -l walltime=[hh:mm:ss]|#$ -l time=[hh:mm:ss]|#SBATCH -t=[#] ("minutes", "minutes:seconds", "hours:minutes:seconds", "days-hours", "days-hours:minutes" and "days-hours:minutes:seconds")|
+|Memory requirement|#PBS -l mem=XXXXmb|#$ -mem [#]G|#SBATCH –mem=[#][unit;K/M/G/T]?|
+|Standard output file|#PBS -o [file]|#$ -o [path]|#SBATCH -o [path]|
+|Standard error|#PBS -e [file]|#$ -e [path]|#SBATCH -e [path]|
+|Array job|#PBS -J [#-#]|#$ -t [#-#]|#SBATCH -a=[#-#]|
+|Array number Variable name|${PBS_ARRAY_INDEX}|${SGE_TASK_ID}|${SLURM_ARRAY_TASK_ID}|
+|Max simulaneously running tasks for an array job|n/a?|#$ -tc [#]|#SBATCH -a=[#-#]%[#] (e.g. -a=0-15%4)|
+|Copy environment|#PBS -V|#$ -V|#SBATCH –get-user-env|
+|Notification event|#PBS -m abe|#$ -m abe|?|
+|Email address|#PBS -M [email]|#$ -M [email]|#SBATCH -M [email]|
+|Job name|#PBS -N [name]|#$ -N [name]|#SBATCH -J [name]|
+|Job restart|#PBS -r [y/n]|#$ -r [yes/no]|#SBATCH –requeue / #SBATCH –no-requeue?|
+|Move current directory|n/a|#$ -cwd|?|
+|Move working directory|n/a (in the main part of script, add cd ${PBS_O_WORKDIR})|#$ -wd|#SBATCH -D [working_dirpath]|
+|Use BASH|#PBS -S /bin/bash|?|shebang line (At the first line of the script, add #!/usr/bin/bash|
+\\