47%
20.06.2022
$MailboxesTotal++
32
33 [...]
34
35 $nTimeout = 0
36 while ((Get-MailboxExportRequest -Mailbox $Mailbox).Status -ne "Completed") {
37 Start-Sleep -s 2
38 $nTimeout += 2
39 if ($nTimeout % 60
47%
07.04.2022
-federation-system upgrade -i kubefed kubefed-charts/kubefed --version=0.9.0 --create-namespace
The next step is to add the first cluster to the federation. To manage the federation, download the kubefedctl [2] tool and copy
47%
11.06.2014
# replace: olcRootDN
07 dn: olcDatabase={2}bdb,cn=config
08 changetype: modify
09 replace: olcRootPW
10 olcRootPW: {SSHA}f0pv70XFFox5UqKc6A4Uy39NcxkqcJbc
11 -
12 replace: olcAccess
13 olcAccess: {0}to attrs
47%
19.11.2014
at the swap usage. Although this method works reasonably well, I prefer to use vmstat [2] (virtual memory statistics), because I can tell how actively the node is swapping – a little or a lot? Vmstat
47%
06.10.2022
rd_size=524288
root@focal:~# ls /dev/ram0
/dev/ram0
root@focal:~# fallocate -l 2M header.img
root@focal:~# echo -n "not a secure passphrase" | cryptsetup luksFormat -q /dev/ram0 --header header
47%
22.05.2023
:19:01 2023
version: 8.4.11 (api:1/proto:86-101)
srcversion: 2A5DFCD31AE4EBF93C0E357
0: cs:SyncTarget ro:Secondary/Primary ds:Inconsistent/UpToDate C r-----
ns:0 nr:1755136 dw:1755136 dr:0 al:8 bm:0 lo:1
47%
13.12.2011
and IPv6 alike:
# Standard for IPv4
NameVirtualHost 85.214.7.192
# For an IPv6 address
NameVirtualHost [2a01:238:10b:3000::1]
# For all usable addresses
# incl. IPv4 and IPv6
NameVirtualHost *
Brackets
47%
04.08.2020
_time n/a
destroyed false
version 1
That output looks promising; Vault has responded as expected. If that doesn't work correctly for you for some reason, then you've probably not exported
47%
18.02.2018
]. Create access key pairs for the required tenants/users. An AWS access key always has a key ID in the form of AKIAJ4 PMEXHFYUHIXG2A and a secret access key such as :/ONT0HapjmLw7xni 6FPscmvPZJ Sc75hUXAQI+N3
47%
04.11.2011
with most hardware-based solutions. At the same time, the pool of available storage can be managed dynamically using LVM2 [9]. With these two tools, you have a very inexpensive approach to implementing
