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30.01.2024
Rubén Llorente ... all the components you need for a small system (Figure 5; Table 2).
Figure 3: The steps to installing iRedMail on Rocky Linux 9 by the downloadable
99%
02.06.2020
Rubén Llorente ... shell (SSH). The primary function of BBSs, however, has not changed.
The original Citadel was written in 1981 and has a convoluted story [2]. The implementation discussed in this article, technically
99%
25.09.2023
Rubén Llorente ... is nothing but Linux firmware designed for router duty. Its main drawback is that, unlike common Linux distributions, it is not redistributable because it comes with proprietary features [2]. Additionally
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01.06.2024
Rubén Llorente ... _host
02 known_hosts_file: /home/sake/.ssh/known_hosts2
03
04 # Every server is labeled with the "devuan" tag
05 servers:
06 horse:
07 user: root
08 host: horse.operationalsecurity.es
09 tags
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03.02.2022
Rubén Llorente ... offers a whole range of models with different capabilities, with prices ranging from EUR29 to 109 (VAT not included; or about $25--$88). They also produce a line of Qubes OS-certified laptops and Nextcloud
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04.12.2024
Rubén Llorente ... from a reputable source [9], because both OpenBSD's HTTP daemon and reverse proxy are extremely simple to set up.
2. Load your cloud-init configuration into your host provider, which should have
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11.05.2021
, 32, 64, 128, 256, 512, 1024, 2048, 4096, 8192]
A = single( rand(N,N) );
B = single( rand(N,N) );
start = clock();
C = A*B;
elapsedTime = etime(clock(), start);
gFlops = 2*N*N*N / (elapsedTime * 1e+9);
disp(sprintf("N = %4d
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09.08.2015
.
Figure 1: Sed syntax structure.
To put multiple commands on one line use the -e option:
sed -e 'command1' -e 'command2' ... -e 'commandN' ....
Or, you can add these commands from a script file
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30.11.2020
):
11
12 s = 0.0
13 s += h * f(a)
14 for i in range(1, n):
15 s += 2.0 * h * f(a + i*h)
16 # end for
17 s += h * f(b)
18 return (s/2.)
19 # end def
20
21
22 # Main section
23 comm = MPI
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12.11.2020
f(x):
return x*x
# end def
def trapezoidal(a, b, n, h):
s = 0.0
s += h * f(a)
for i in range(1, n):
s += 2.0 * h * f(a + i*h)
# end for
s += h * f(b)
return (s/2.)
# end def
# Main
