17%
04.10.2018
"data_dir": "/var/consul",
08 "datacenter": "Datacenter-A",
09 "disable_update_check": true,
10 "enable_script_checks": true,
11 "enable_syslog": true,
12 "encrypt": "xxxxxxxxxxxxxx
17%
05.12.2019
THISREADHANDLE->autoflush(1);
07
08 if ($processed = fork) {
09 close THISWRITEHANDLE;
10 while (defined($text = )) {
11 print $text;
12 }
13 close THISREADHANDLE;
14 waitpid
17%
13.04.2023
/apps/apps/conda/pkgs
[sudo] password for laytonjb:
[laytonjb@warewulf ~]$ ls -lstar /opt/apps/apps
total 12
4 drwxrwxrwx 5 root root 4096 Mar 12 11:15 ..
4 drwxrwxrwx 3 root root 4096 Mar 12 11:15 .
4 drwxrwxrwx 4 root root
17%
10.04.2015
submitted his master's thesis on the subject of TCP Stealth in 2014 [12].
If you have been following the port knocking scenario for a few years, you might remember SilentKnock [13]. The project uses the same
17%
28.11.2023
image: monitoror/monitoror:${MTRRTAG:-latest}
05 ports:
06 - "38080:8080"
07 environment:
08 - "MO_CONFIG=/etc/config.json"
09 restart: unless-stopped
10
11 networks:
12 default
17%
30.11.2020
== 0:
08 data = { 'key1' : [10,10.1,10+11j],
09 'key2' : ('mpi4py' , 'python'),
10 'key3' : array([1, 2, 3]) }
11 else:
12 data = None
13 # end if
14
15 data = comm
17%
09.10.2017
rule phishing_pdf {
02
03 meta:
04 author = "James Stanger"
05 last_updated = "2017-09-12"
06 category = "phishing"
07 confidence = "high"
08 threat_type = "phishing exploit"
09 description
17%
02.06.2020
= sol.copy()
10
11 for j in range(0,ny-1):
12 sol[0,j] = 10.0
13 sol[nx-1,j] = 1.0
14 # end for
15
16 for i in range(0,nx-1):
17 sol[i,0] = 0.0
18 sol[i,ny-1] = 0.0
19 # end for
20
21 # Iterate
22
17%
17.06.2017
04 real :: var2
05 integer :: int1
06 end type other_struct
07
08 type my_struct ! Declaration of a Derived Type
09 integer :: i
10 real :: r
11 real*8 :: r8
12 real, dimension(100
17%
09.10.2017
_consumer_secret>"
06 config.access_token = ""
07 config.access_token_secret = ""
08 end
09
10 user = client.user("23Cent")
11 puts user.name
12
13 def collect
