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28.06.2011
) layer for the cloud, virtualizing the various hardware components and making them available through a standard API. The first OpenStack release (dubbed "Austin") became available October 22 [3];
The Open
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05.12.2014
_domain": "yourdomain.com",
06 "dataset_uuid": "d34c301e-10c3-11e4-9b79-5f67ca448df0",
07 "resolvers": [
08 "192.128.0.9",
09 "192.128.0.10"
10 ],
11 "max_physical_memory": 4096,
12 "nics": [
13
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29.09.2020
at the blog [3] reveals that new versions of Cockpit are released approximately every two weeks.
In an article from 2015 [4], ADMIN
looked into the topic of managing Linux servers with Cockpit; since then
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14.03.2013
: 6
08 microcode : 0x60c
09 cpu MHz : 800.000
10 cache size : 6144 KB
11 physical id : 0
12 siblings : 2
13 core id : 0
14 cpu cores : 2
15 apicid
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04.10.2018
. For this tutorial, I use OpenShift Origin v3.6. For interested readers who don't have an OpenShift Origin cluster, you can instead use Minishift [10], a tool that runs a single-node OpenShift cluster locally inside
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14.08.2017
such as containers. In native cloud environments, Prometheus [3], with its time series database approach, has therefore blossomed into an indispensable tool. The software is related to the Kubernetes [4] container
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05.12.2014
Worksheet(patchstats, sheet = 2)
013 sheet3 <- readWorksheet(patchstats, sheet = 3)
014 sheet4 <- readWorksheet(patchstats, sheet = 4)
015 sheet5 <- readWorksheet(patchstats, sheet = 5)
016 sheet6 <- read
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30.01.2020
100783.0 1.3 27.6 vel[i,j] = vel[i,j] + 0.5*dt*( force[i,j] * rmass + acc[i,j] )
142 # end for
143
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07.06.2019
better system protection, you can set the node monitor to "respawn" if it ever shuts down for any reason (notification email is recommended).
The OS for the test environment is Red Hat Enterprise Linux 7.3
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02.08.2021
_httpboot
03 local bifrost_ironic
04 local bifrost_mariadb
05 local bifrost_tftpboot
06
07 # ll -h /var/lib/docker/volumes/bifrost_httpboot/_data/
08 [...]
09 -rw-r--r-- 1 42422 42422 6.1G Mar 2 10
