18%
26.03.2025
assigns a unique ID to the user. It is advisable to assign values 1000 or below to administrative accounts; for example:
admin:g6j0pelqmhg2n72zx947lf72rxf4iqzzml9zzrcnfzgreguqx69nopme6ctq8r8s:1000
18%
14.03.2013
and password, are added to the database query. This approach works in theory, but imagine an attacker changing the query like this:
Password = ' OR 'a' = 'a'
The query to the database is now:
SELECT * FROM
18%
28.07.2025
--serial 05:0e:50:04:eb:b0:35:ad:e9:d7:6d:c1:0b:36:d6:0e:33:f1--signature-algorithm1.2.840.10045.4.3.2--issuer-o Let's Encrypt--pubkey-algorithm rsa--pubkey-size 256
This check would give you a pretty good
18%
30.11.2025
's with all the colons?
Well, put simply, IPv4 addresses are short, so writing out the entire address is easy. With IPv6, however, you get something like 1.2.3.4.5.6.7.8.9.234.25.198.221.82.15.16. To make ... 3
18%
02.03.2012
.8.8.8:300
@mydomainname.com::mydomainname.com:20:300
+mx3.mydomainname.com:9.9.9.9:300
@mydomainname.com::mx3.mydomainname.com:30:300
Although you have other ways to configure IP addresses, this way should illustrate how
18%
16.01.2013
$ starcluster start -s 1 foocluster -n ami-999d49f0
$ starcluster get foocluster /opt/sge6-fresh .
$ starcluster terminate foocluster
$ starcluster start -o -s 1 -i t1.micro -n ami-e2a0058b imagehost
18%
03.04.2024
.0.
The default meaning of UTF8 is different under MySQL 5.7 and MySQL 8.0. On MySQL 5.7, utf8 is interpreted as utf8mb3
, whereas under MySQL 8.0 it is utf8mb4
. Although utf8 and utf8mb3 are largely compatible
18%
15.06.2016
client and server TCP stacks. In this article, I've broken the list of tuning options into three groups: (1) NFS performance tuning options, (2) system tuning options, and (3) NFS management/policy options
18%
18.03.2013
and password
, are added to the database query. This approach works in theory, but imagine an attacker changing the query like this:
Password = ' OR 'a' = 'a'
The query to the database is now:
SELECT * FROM
18%
09.04.2019
).
Listing 2
Arrays
julia> a = [1 2];
1x2 Array{Int64,2}:
1 2
julia> b = [3 4];
1x2 Array{Int64,2}:
3 4
julia> [a b]
1x4 Array{Int64,2}:
1 2 3 4
julia> [a; b]
2x2 Array{Int64,2}:
1 2
3 4
