18%
09.08.2015
from Distribution Packages
Installing Benno is very easy, given that the system does not pose any major technical requirements: A Java JDK 6 runtime must be in place for the archiving back end. To run
18%
10.11.2021
. As the level of compression increases, the amount of time to perform the compression increases and the amount of memory used increases. Compress level -6
is the default and is a reasonable trade-off between
18%
21.04.2015
filesystems in userspace (FUSEs) have enjoyed a fair amount of popularity [6]). GlusterFS also used this approach, which offers several advantages: Development is not subject to the strict regulations
18%
03.12.2015
with a dump of the MySQL database from openQRM to a safe place. You can do this as root with the following commands:
cp -aR /usr/share/openqrm /usr/share/openqrm-5.2.before-update
mysqldump openqrm -p > /usr
18%
13.06.2018
with: ../src/configure -v
--with-pkgversion='Ubuntu 5.4.0-6ubuntu1~16.04.9'
--with-bugurl=file:///usr/share/doc/gcc-5/README.Bugs
--enable-languages=c,ada,c++,java,go,d,fortran,objc,obj-c++
--prefix
17%
17.03.2021
” on a single special motherboard. Each node was a Transmeta Efficeon processor connected to the other nodes over Gigabit Ethernet (GigE). Each node also had 512MB of memory, and the system had a 160GB hard drive
17%
23.08.2017
of the stack in the Application Layer (OSI model Layer 7) [6]. Although many fantastic network security tools exist that will probe every nook and cranny of a network stack, ZAP specializes in the application
17%
05.12.2019
. Whereas video CDs usually have a capacity of around 700MB, video DVDs that follow the DVD-18 standard can store around 17GB. The significantly higher storage capacity not only makes it possible to offer
17%
20.05.2014
or a vulnerability in the hypervisor, the virtual machines and, ultimately, the firewall can be hijacked by an attacker. Most hypervisors have already been affected by such vulnerabilities [5] [6]. A report by the IBM
17%
12.11.2013
. Therefore, the URL must be modified slightly for each instance of access. Thus, just 6,000 unsuspecting users of a browser like Chrome can generate a flood of up to one million requests per second.
Attacks
