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) with 12 Serial ATA disks, a 320 UW SCSI controller for the host connection, and 512MB cache.
I configured various disk groups and logical volumes on this powerful hardware and exported them to the backup
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OS*)
15 PING="ping"
16 PING2=""
17 ;;
18 esac
19 ...
20
21 for i in server1 server2 server3 workstation1 workstation2
22 do
23 $PING $i $PING2 > /dev/null
24 if [ "$?" != "0
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is not accessible! ****************" >> dba.log
15 /usr/local/etc/rc.d/002pgsql.sh start
16 sleep 15
17 psql -U monitor -d monitor -c "select * from watch;"
18
19 if [ $? -eq 0 ];
20
21 then
22
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(number, label):
07 for i in xrange(number):
08 print ' ' + str(i) + ' ' + label
09 sleep((number - 15)/10.0)
10
11 if '__main__' == __name__:
12
13 p1 = Process(target = count, args = (20
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/openvpn/keys/CA.crt
08 cert /etc/openvpn/keys/server.crt
09 key /etc/openvpn/keys/server.key
10 tls-auth /etc/openvpn/keys/tls-auth.key
11
12 server 192.168.1.0 255.255.255.0
13
14 keepalive 10 60
15 comp-lzo
16
17
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clear
03 while true
04 do
05 echo "New record"
06 maxrecord=`ls -1 *.dat | sort | tail -1 | cut -d. -f 1`
07 newrecord=$(echo $maxrecord + 1 | bc )
08 width=`echo $newrecord | wc -c`
09
10 ...
11
12
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.6.24 and 2.6.32.2C (the latter with KVM_0.12.4 and gPXE) on its website; you can install the updates manually after installing Proxmox VE and performing a system upgrade:
apt-get update
apt-get upgrade
apt
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.33
164.69
0.75
rand_mat_stat
3.37
39.34
11.64
54.54
22.07
8.12
rand_mat_mul
1.00
1.18
0.70
1.65
8
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were run on a virtual system (using ESX as the hypervisor) with fixed reservations for CPU and memory. To be more precise, I used a virtual CPU running at 1.5GHz and with 512MB of RAM in the virtual
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$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
