18%
15.08.2016
: lo:
mtu 65536 qdisc noqueue state UNKNOWN group default
06 inet 127.0.0.1/8 scope host lo
07 valid_lft forever preferred_lft forever
08 3: eth1:
18%
20.05.2014
01 var http = require('http');
02 http.createServer(function (req, res) {
03 res.writeHead(200, {'Content-Type': 'text/plain'});
04 res.end('Hello from Node.js\n');
05 }).listen(3000, '127.0.0
18%
22.12.2017
MySettings(..)
04 , newSettings
05 )where
06 import [...]
07 -- type synonym
08 type Max = Int
09 --Datentyp MySettings
10 data MySettings = MySettings
11 { myMax :: Max }
12
18%
21.08.2014
_wait_timeout": "30s",
08 "shutdown_command": "echo 'Done' | sudo -S shutdown -h now"
09 }],
10 "provisioners": [{
11 "type": "shell",
12 "inline": [
13 "sleep 30",
14 "sudo apt-get update",
15
18%
11.04.2016
ipaddress: 192.168.121.136
template: false
/Datacenters/Datacenter/vm/ub1404lts
powerstate: poweredOff
name: ub1404lts
hostname: --------
InstanceID: 503c08ca-e63e-60de-f04f-5fe543d07e0a
18%
11.10.2016
.then(
08 function() {console.log(
"second callback function"); },
09 function(e) {console.log(e.message);}
10 );
11
12 deferred.resolve();
If Listing 1 has registered
18%
21.07.2011
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 virtual webs.test.com {
15 active = 1
16
18%
02.02.2021
a
:
Notice that the denominator is now a function of n
2.
From Equation 8 you can plot the speedup. As with the previous problem, assume a parallel portion p
= 0.8, leaving a
serial portion s
= 0
18%
29.09.2020
: Samsung SSD 840 Series
Serial Number: S19HNSAD620520T
LU WWN Device Id: 5 002538 5a0050931
Firmware Version: DXT08B0Q
User Capacity: 120,034,123,776 bytes [120 GB]
Sector Size: 512 bytes logical
18%
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
