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output from the mux. Here’s is a simple text diagram from the SSHFS-MUX website that illustrates how this works:
host1: host2: host3:
directory1 directory2
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_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/* ${CASC_JENKINS_CONFIG}/
18
19 RUN mkdir
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(HostCt, ServerOwner, Date) %>%
106 arrange(desc(HostCt))
107 head12 <- head(top12, 25)
108
109 mergedTop25 <- rbind(head1,head2,head3,head4,head5,
head6,head7,head8,head9,head10,head11,head12)
110
111
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16.05.2013
a9a6615fb5c045693 |
root@alice:~# quantum port-list
+--------------------------------------+------+-------------------+
| 0c478fa6-c12c-... | | fa:16:3e:29
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07.10.2025
and furious as rapid troubleshooting demands. It's time to give this project another try, but with the modern hardware of the 2020s!
Figure 1: The diminutive
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02.07.2014
:
[laytonjb@home4 ~]$ pdsh -w 192.168.1.250 uname -r
192.168.1.250: 2.6.32-431.11.2.el6.x86_64
The -w
option means I am specifying the node(s) that will run the command. In this case, I specified the IP
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30.11.2025
the target host once. In order to ping continuously, as on Linux, you will need to specify the -s option.
Listing 2
Ping on Solaris
# uname -sr
SunOS 5.10
# ping server
server is alive
# ping -s
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18.02.2018
. The required modifications are explained in the Huginn wiki [3].
The software is based on Ruby on Rails [4] and therefore requires an installed Ruby environment; in fact, it needs version 2.2 or 2
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26.01.2025
: CUDA Forward Compatibility mode ENABLED.
Using CUDA 12.6 driver version 560.35.03 with kernel driver version 535.161.08.
See https://docs.nvidia.com/deploy/cuda-compatibility/ for details.
Epoch 1
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active Fa0/1, Fa0/2, Fa0/3, Fa0/4,
Fa0/5, Fa0/6, Fa0/7, Fa0/8,
Fa0/9, Fa0/10, Fa0/11, Fa0/12
10
