18%
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
18%
28.11.2021
in to the database server and create a user with the necessary permissions. The SQL queries are:
CREATE USER 'exporter'@'%' IDENTIFIED BY 'mysecurepassword' WITH MAX_USER_CONNECTIONS 3;
GRANT SLAVE MONITOR, PROCESS
18%
07.10.2014
in the form of a master boot record (MBR) or a GUID partition table (GPT) [3]. The tricks the expert used to revive RAID systems (Figure 1) did not help: Neither fdisk nor mmls – the forensic counterpart from
18%
06.10.2019
Availability
01 Use IO::Select
02
03 $select = IO::Select->new();
04
05 $select->add($socket1);
06 $select->add($socket2);
07 $select->add($socket3);
08 $select->add($socket4);
09
10 @ok_to_read = $select
18%
11.04.2016
, and although it has generated no major headlines, it has seen some new releases.
A blog on the Ansible site [3] described the new features of the current version, one of which is related to execution speed
18%
01.06.2024
.
Listing 1
Analysis with sar
01 $ sar -f /var/log/sysstat/sa08A [...]
02 $ sar -f /var/log/sysstat/sa08 -s 23:30:00 -e 23:55:00 [...]
03 $ sar -f /var/log/sysstat/sa07 -s 23:30:00 -e 23:55:00 -P
18%
04.12.2024
algorithms for the search. For example, a stored three-dimensional vector could be assigned the values [1.4, 3.8, -0.8]. Each query to the database is also translated into a vector (e.g., [1.3, 3.5, -0
18%
16.05.2013
image. The RAM disk system can be created in hybrid mode, wherein some files are available via NFS, and it can run disk-less or disk-full. An example is Warewulf [3]. (A good description of Warewulf can
18%
17.02.2015
. Here are the steps involved in installing CentOS 7:
1. Download the ISO [2].
2. Burn the ISO to DVD.
3. Configure the server to boot from DVD.
4. Start the install. Once the server boots, you'll see
18%
16.05.2013
,1000);
06
07 // Set host data on the Device (GPU)
08 dA = gpuSetData(A);
09 dC = gpuSetData(C);
10
11 d1 = gpuMult(A,B);
12 d2 = gpuMult(dA,dC);
13 d3 = gpuMult(d1,d2);
14 result = gpuGetData(d3); // Get
