17%
05.12.2019
load:
[[inputs.snmp.field]]
name = "CPUsystem"
oid = "1.3.6.1.4.1.2021.11.10.0"
This worked for the old Synology NAS in our lab, which only uses a single-core Atom CPU. Modern systems require further
17%
14.04.2021
. Notice that CPU listings are all at 100%. The red curve, according to the CPU table, is the AVG
(average) of all of the cores.
Figure 10: Screenshot
17%
29.09.2020
.168.2.17",
04 "visible": true,
05 "color": "green",
06 "user": "root"
07 },
08 "web server": {
09 "address": "192.168.2.4",
10 "visible": true,
11 "color": "rgb(100, 200, 0)",
12
17%
30.05.2021
. Notice that CPU listings are all at 100 percent. The red curve, according to the CPU table, is the AVG (average) of all of the cores.
Figure 10: Screenshot
17%
11.04.2016
[ReadWrite Split Router]
02 type=service
03 router=readwritesplit
04 servers=backend1, [...]
05 user=maxscale
06 passwd=secret
07 max_slave_connections=100%
08 max_slave_replication_lag=21
09
10 [Read
17%
30.11.2020
. Additionally, you need a 2U server for about $6,500 (EUR6,000). Roughly calculated, a Ceph server like this would cost about $13K (EUR10K), with an entire cluster for around $100K (EUR80K).
The same cluster
17%
30.01.2020
'...
remote: Enumerating objects: 50, done.
remote: Counting objects: 100% (50/50), done.
remote: Compressing objects: 100% (41/41), done.
remote: Total 2955 (delta 6), reused 43 (delta 5), pack-reused 2905
17%
22.05.2023
).
Listing 1
Test Ping
§§nonuber
petros@ubu22042-1:~$ ping ubu22042-2
PING ubu22042-2 (10.0.0.62) 56(84) bytes of data.
64 bytes from ubu22042-2 (10.0.0.62): icmp_seq=1 ttl=64 time=0.505 ms
64 bytes
17%
30.01.2020
| 37425000| 175.823| 4.69801e-06| 10.58%| d = d + rij[k] ** 2
246| 0| 0| 0| 0.00%| # end for
247| 12475000| 78.9422| 6.32803e
17%
07.06.2019
_HOME=/ephemeral/jenkins
10
11 # for main web interface:
12 EXPOSE ${HTTP_PORT}
13
14 ENV JENKINS_HOME=${JENKINS_HOME}
15 ENV CASC_JENKINS_CONFIG=/jcasc_config
16
17 COPY jcasc_config/* ${CASC_JENKINS_CONFIG}/
18
19 RUN mkdir
