18%
09.01.2019
3: Gang Execution
Fortran
C
!$acc parallel
do i=1,n
! do something
enddo
!$acc end parallel
#pragma acc parallel
{
for (int i=0; i < n
18%
26.03.2025
://$APISERVER --deploy-mode cluster --name spark-wordcount --class org.apache.spark.examples.JavaWordCount local:///opt/spark/examples/jars/spark-examples_2.12-3.5.2.jar s3a://data/war-and-peace.txt
watch kubectl get po
18%
05.02.2019
, to warm up both the image cache and the Linux cache.
Listing 3
Benchmark
#!/bin/bash
N=100
time for i in {1..$N}; do
CID=$(docker run --name server-$i -d nginx)
docker exec server-$i /bin
18%
10.10.2012
tmp DISPATCH_WINDOW # Keywords
test1 0 () () () () () ()
n0001 3 () () () () () ()
default
18%
15.08.2012
=readall(`date`)
"Tue Jul 31 15:51:58 EDT 2012\n"
julia> print(d)
Tue Jul 31 15:51:58 EDT 2012
In addition to efficient shell integration, Julia also has a very nice C and Fortran interface. Typically, every new
18%
02.02.2021
// ---- previously --------
02 if ($user !== null) {
03 $a = $user->address;
04
05 if ($a !== null) {
06 $b = $user->getBirthday();
07
08 if ($b !== null) {
09 $bday = $b->asString();
10 }
11
18%
14.11.2013
and 256MB of RAM, so the suggested machine type, m1.small
is sufficient (Figure 9). You can keep the defaults for the other settings. Continue by pressing Next: Select security
18%
23.08.2017
03736 bash
zap@03736c2a2088:/zap$ x11vnc --forever --usepw --create
Enter VNC password:
Verify password:
Write password to /home/zap//.vnc/passwd? [y]/n y
Password written to: /home
18%
05.02.2019
but independently of one another (Figure 2).
Table 3
Gang Execution
Fortran
C
!$acc parallel do i=1,n ! do something enddo!$acc end parallel
pragma acc parallel{ for (int i=0; i
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
