100%
30.11.2025
clear
03 while true
04 do
05 echo "New record"
06 maxrecord=`ls -1 *.dat | sort | tail -1 | cut -d. -f 1`
07 newrecord=$(echo $maxrecord + 1 | bc )
08 width=`echo $newrecord | wc -c`
09
10 ...
11
12
99%
30.11.2025
Finding I/O-Intensive Apps
01 #!/usr/bin/stap
02
03 global totals;
04 probe vfs.read
05
06 {
07 totals[execname(), pid()]++
08 }
09
10 probe end
11 {
12 printf("** Summary ** \n")
13 foreach
99%
30.11.2025
an Asterisk PBX as an HA resource
07 #
08 # Authors: Martin Gerhard Loschwitz
09 # Florian Haas
10 #
11 # Support: linux-ha@lists.linux-ha.org
12 # License: GNU General Public
99%
30.11.2025
(number, label):
07 for i in xrange(number):
08 print ' ' + str(i) + ' ' + label
09 sleep((number - 15)/10.0)
10
11 if '__main__' == __name__:
12
13 p1 = Process(target = count, args = (20
99%
30.11.2025
= debug
06 identity = rawhide.tuxgeek.de
07
08 # connector plugin config
09 connector = stomp
10 plugin.stomp.host = activemq.tuxgeek.de
11 plugin.stomp.port = 6163
12 plugin.stomp.user = unset
13 plugin
99%
30.11.2025
#auto eth0
06 #iface eth0 inet dhcp
07 auto br0
08 iface br0 inet dhcp
09 bridge_ports eth0
10 bridge_stp off
11 bridge_maxwait 5
12 post-up /usr/sbin/brctl setfd br0 0
Next, create a directory
98%
30.11.2025
$spin
08 @$molecule.xyz
09
10 END
11
12 done
13 done
The Gaussian 09 (g09) computational chemistry simulation package uses a small input that tells it what type of predictions are desired and which
98%
30.11.2025
fi
05
06 #####
07 LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/usr/lib/vmware/lib/fc13lib64
08 export LD_LIBRARY_PATH
09 #####
10
11 eval exec "$DEBUG_CMD" "$binary" "$@"
12 $
Of course, you'll need the new
98%
30.11.2025
#! /bin/sh
02
03 while true
04 do
05
06 zeit=$(date +%d.%m.%y\ %H:%M\ )
07
08 psql -U monitor -d monitor -c "select * from watch;"
09
10 if [ $? -eq 2 ];
11
12 then
13
14 echo "$time: Database
97%
30.11.2025
141.20.108.124
07 active_checks_enabled 1
08 passive_checks_enabled 0
09 max_check_attempts 3
10 check_command check-host-alive
11
