_static/.gitignore

-*
-!.gitignore

_static/custom.css

+.wy-nav-content {
+    max-width: 1000px !important;
+}

conf.py

@@ -285,3 +285,7 @@ texinfo_documents = [
 
 # If true, do not generate a @detailmenu in the "Top" node's menu.
 #texinfo_no_detailmenu = False
+
+html_css_files = [
+    'custom.css',
+]

rm/slurm/commands.inc

@@ -76,11 +76,17 @@ The ``sacct`` command has many filtering options to help you wade through large
 numbers of jobs. Notable examples are `--starttime`, `--endtime`, `--state`, or
 `--name` (does not support wildcards unfortunately, but you can use grep).
 
-Example: Look up all (historical) jobs for user `moneta` on Nikolaustag, that started at 8am or later and finished at 11pm or earlier with the state completed (`CD`). Limit output to the fields listed with `-o`. Because output data will be truncated this way and in this case the job name is longer than 10 characters, we add a format hint `%30` to leave enough room for the complete name.
+Example:
+Look up all (historical) jobs for user `moneta` on Nikolaustag, that started at
+8am or later and finished at 11pm or earlier with the state completed (`CD`).
+Limit output to the fields listed with `-o`. Because output data will be
+truncated this way and in this case the job name is longer than 10 characters,
+we add a format hint `%30` to leave enough room for the complete name.
 
 .. code-block:: bash
 
-    [krause@master ~] sacct --starttime 12/06-08:00 --endtime 12/06-23:00 --state CD --parsable --user moneta -o JobID,JobName%30,TotalCPU,Elapsed,ExitCode | grep MagicM41_3_3_1
+    [krause@master ~] sacct --starttime 12/06-08:00 --endtime 12/06-23:00 --state CD --parsable --user moneta \
+                      -o JobID,JobName%30,TotalCPU,Elapsed,ExitCode | grep MagicM41_3_3_1
 
     2392298                  MagicM41_3_3_1_1_1             00:35.463   00:00:36      0:0
     2392299                  MagicM41_3_3_1_1_2             00:27.970   00:00:29      0:0
@@ -101,15 +107,19 @@ the `--parsable` option. All data will be printed in full and with a pipe (`|`)
 symbol as a separator (configurable). Using `--units`, we can get uniform
 scaling of the values.
 
-Example: Find job ids of jobs with a specific name and other parameters.
-         In a second step, query all job "batch" *steps* with that job id for
-         their maximum memory usage (this not an aggregated value
-         unfortunately), filter values that are exactly 0 (ended to quickly
-         for sampling) and plot the data in the terminal using bashplotlib
-         (must be installed with pip).
+Example:
+Find job ids of jobs with a specific name and other parameters.  In a second
+step, query all job "batch" *steps* with that job id for their maximum memory
+usage (this not an aggregated value unfortunately), filter values that are
+exactly 0 (ended to quickly for sampling) and plot the data in the terminal
+using bashplotlib (must be installed with pip).
 
-    [krause@master ~] ids=$(sacct --starttime 12/06-08:00 --endtime 12/06-23:00 --state CD --parsable --user moneta -o JobID,JobName%30.batch | grep MagicM41 | cut -d"|" -f1)
-    [krause@master ~] for id in $ids ; do sacct --parsable2 --noheader --units M -o MaxRSS -j $id.batch; done | tr -d "M" | grep -v "^0$" | hist -b 50 -x
+.. code-block:: bash
+
+    [krause@master ~] ids=$(sacct --starttime 12/06-08:00 --endtime 12/06-23:00 --state CD --parsable \
+                      --user moneta -o JobID,JobName%30.batch | grep MagicM41 | cut -d"|" -f1)
+    [krause@master ~] for id in $ids ; do sacct --parsable2 --noheader --units M -o MaxRSS \
+                      -j $id.batch; done | tr -d "M" | grep -v "^0$" | hist -b 50 -x
 
      10|                                       o
       9|                                       o