7%
28.07.2025
on the programming model and compiler in use, these optimizations are so well understood as to carry their own names.
Loopy
David Spuler's recent works [1][2] feature the taxonomy of loop manipulation strategies
7%
27.05.2025
;
05
06 public class HelloWorldSample
07 {
08 static async Task Main(string [] args)
09 {
10 await HelloWorldSample.Run();
11 }
12
13 public static async Task Run()
14 {
15 using var scanning
7%
30.11.2025
\@mydomain.com";
06
07 while(<>) {
08 if ( /^From:/ ) {
09 `sudo /etc/init.d/gdm restart` if ( /$legit_sender/ );
10 exit 0;
11 }
12 }
Two final authorization changes are needed to make
7%
30.11.2025
06 domains = tuxgeek
07
08 [nss]
09 filter_groups = root
10 filter_users = root
11 reconnection_retries = 3
12
13 [pam]
14 reconnection_retries = 3
15
16 [domain/tuxgeek]
17 auth_provider = krb5
18
7%
30.11.2025
: 1021 0 IO-APIC-edge timer
03 1: 150241 0 IO-APIC-edge i8042
04 9: 4024535 0 IO-APIC-fasteoi acpi
05 12: 13426923 0 IO-APIC-edge i8042
06 14
7%
30.11.2025
:puts("
Answer")
07 r:puts("")
08
09 for k, v in pairs(r:parseargs()) do
10 if k=='firstname' then
11 firstname=v
12 elseif k=='lastname' then
13 lastname=v
14 end
15
7%
30.11.2025
= database.createNode();
09 // Set properties:
10 dortmund.setProperty("Name", "Dortmund");
11 cologne.setProperty("Name", "Köln");
12 // Create edges:
13 Relationship a1_do_k = dortmund
7%
30.11.2025
backup_active = 1
05 backup = 192.168.1.232
06 heartbeat = 1
07 heartbeat_port = 539
08 keepalive = 6
09 deadtime = 18
10 network = direct
11 debug_level = NONE
12 monitor_links = 1
13 syncdaemon = 1
14
7%
30.11.2025
$password = "test12345";
09 // In a production web application, the password would be retrieved from a form filled out by the user
10 $hashwert = $hasher->HashPassword($password);
11
12 echo "Password
6%
30.11.2025
Password = "YdhKKoy2Huq1CVHwIR"
05 Pid Directory = "/var/run"
06 Query File = "/usr/lib/bacula/query.sql"
07 Working Directory = "/var/lib/bacula"
08 }
09
10 Fileset {
11 Name = "Full Set"
12
