9%
30.11.2025
window or door to simulate a physical attack. The result is that physical security is only checked by reference to checklists and best practices, not with actual penetration tests.
Even if the pentesters
9%
07.01.2014
/laytonjb/TEST/SOURCE/ backup.0/
[laytonjb@home4 TEST]$ ls -s
total 12
4 backup.0/ 4 backup.1/ 4 SOURCE/
[laytonjb@home4 TEST]$ du -sh
19M .
[laytonjb@home4 TEST]$ du -sh SOURCE/
9.2M SOURCE/
[laytonjb@home4 TEST]$ du -sh
9%
30.11.2025
://download.opensuse.org/repositories/network:/samba:/STABLE/
Stresstest appliance 0.0.2: http://holger123.wordpress.com/2011/01/28/smbta-stresstest-0-0-2-released-built-with-smb-traffic-analyzer-1-2-2
Cacti: http://www.cacti.net
MRTG: http
9%
04.04.2023
password cracker version 0.7 or newer. Tsunami calls these components in several of its own actions; without the appropriate programs, those calls would go nowhere. Moreover, simulating a misconfigured
9%
17.04.2017
developed by the Scalable Platforms Management Forum (SPMF) of the Distributed Management Task Force (DMTF). Version 1.0 of the standards was released in August 2015, followed by version 1.0.2 in December
9%
04.08.2020
of URI for the designation of Internet pages). The elements of an RDF triple, the URIs, are plain references – or simple literals in the case of some objects – that have no internal structure. One
9%
20.03.2014
to be simulated in a fairly complicated way using a goto:
for i = 1, 10 do
if i % 2 == 0 then goto continue end
print(i)
::continue::
end
A goto label is, as seen here, enclosed by two double colons
9%
30.01.2020
_time)
print(" Time taken in seconds: {0} s").format(time_taken_in_micro)
If a section of code is called repeatedly, just sum the elapsed times for the section and sum the number of times that section
9%
09.12.2019
to check follows
a, b = 1,2
c = a + b
# Code to check ends
end_time = time.time()
time_taken = (end_time- start_time)
print(" Time taken in seconds: {0} s").format(time_taken_in_micro)
If a section of code
9%
30.01.2020
its execution in the real world (real), as well as how much CPU time was allocated in user and kernel (sys) modes:
$ time sleep 1
real 0m1.004s
user 0m0.002s
sys 0m0.001s
What not everyone knows
