100%
30.11.2025
guest (Listing 3).
Listing 3
Performance Measurement
## Server:
## iperf -s
## Client:
# iperf -c 192.168.0.5 -t 60
--------------------------------------------------------
Client ... 3
33%
30.11.2025
c/s virtual
12
13 Benchmarking: OpenBSD Blowfish (x32) [32/64 X2]... DONE
14 Raw: 723 c/s real, 723 c/s virtual
15
16 Benchmarking: Kerberos AFS DES [48/64 4K]... DONE
17 Short: 378501 c/s real
29%
31.10.2025
conservatively originally
21 if {$force_conservative} {
22 set send_slow {1 .1}
23 proc send {ignore arg} {
24 sleep .1
25 exp_send -s -- $arg
26 }
27 }
28
28%
30.11.2025
YZCD
03 # DaemonOpts: -f /var/log/collectl -r00:00,7 -m -F60 -s+YZCD --iosize
04 ################################################################################
05 # Collectl: V3.6.1-4 HiRes: 1 Options
27%
30.11.2025
magazine [3].
In other words, the many Cobbler system records are really the biggest problem. Just to jog your memory: Using system records, Cobbler can create an individual PXE configuration file for each
26%
30.11.2025
1
4,423.19
8,100.00
8,012.09
Proxy server subscription
2
4,500.00
3,850.00
4,006.04
Management/Provisioning subscription
2
26%
30.11.2025
).
(3)
In other words, if you replace R
by the service time S
on the right-hand side of Equation (2), the output volume on the left-hand side is equal to the utilization (rho).
In the late 1970s
26%
30.11.2025
GKF8S
16
DDR3, Registered, ECC, 4 rank
8.710
0.54
AL24M72E4BKH9S
8
DDR3, Registered, ECC, 2 rank
6.132
0.77
AL12M72B8BKH9S
25%
30.11.2025
CPU ZONE $
# 0 48 470M 482M 1.5% 4:05:57 0.0% global $
# 3 85 2295M 2369M 7.2% 0:36:36 0.0% refapp1
25%
30.11.2025
|21|" | cut -d\| -f3`
48 b=`cat $newdat | grep "50|25|" | cut -d\| -f3`
49
50 a=$(echo $a | tr \, \.)
51 b=$(echo $b | tr \, \.)
52
53
54 psum=$(echo "$a+$b" | bc )
55 echo -n "Invoice amount: $psum, continue
