14%
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
14%
05.02.2023
and select Create Instance
. MySQL versions 8.0, 5.7, and 5.8 and PostgreSQL versions 9.6, 10, 11, 12, 13, and 14 are now available for selection. Alternatively, a managed database instance with Microsoft SQL
14%
22.05.2023
, on the secondary node, enter:
$ watch -n1 cat /proc/drbd
You should see something similar to the output shown in Listing 3. When synchronization is 100 percent complete, the same file will showcase the output
14%
14.03.2013
(Accelerated Processing Unit) [4].
This processor combines a CPU with a GPU on a single chip. For example, the recently announced AMD A10-5800K has the following specifications:
4 cores at 3.8GHz (turbo
14%
30.11.2025
,GotoIf($["${wl}" = "1"]?found:notfound)
05 exten => _.,n(notfound),agi,captcha.sh
06 exten => _.,n,Playback(to-call-num-press)
07 exten => _.,n,SayDigits(${captcha})
08 exten => _.,n,Read(usercaptcha||3|1|)
09 exten
14%
18.07.2013
://blog.ciberterminal.net/2012/10/16/parallel-rsyncing-a-huge-directory-tree/
Parallelizing RSYNC Processes: http://sun3.org/archives/280
Parallelizing rsync: http://superuser.com/questions/353383/parallelizing-rsync
Bit
14%
21.04.2015
-r--r-- 2 root root 6 3. Feb 18:36 .glusterfs/0d/19/0d19fa3e-5413-4f6e-abfa-1f344b687ba7
#
# ls -alid dir1 .glusterfs/fe/9d/fe9d750b-c0e3-42ba-b2cb-22ff8de3edf0 .glusterfs
/00
14%
14.08.2017
('request_processing_seconds', 'Time spent processing request')
07
08 # Decorate function with metric.
09 @REQUEST_TIME.time()
10 def process_request(t):
11 """A dummy function that takes some time."""
12 time.sleep(t)
13
14
14%
07.06.2019
for Xorg with Gnome 3.28, which is also the default desktop. The bond between Red Hat and Gnome is traditionally close, so this decision is not surprising. The classic Xorg X server is also available
14%
03.12.2015
is over and done with as soon as the message is delivered. MQTT enables a decoupled 1-to-n
or 1-to-1 relationship between different devices or programs that do not specifically need to know each other
