21%
21.01.2020
7 1 56008 loop1
06 7 2 56184 loop2
07 7 3 91264 loop3
08 259 0 244198584 nvme0n1
09 8 0 488386584 sda
10 8 1 1024 sda1
11
21%
07.06.2019
6d2feb5e84bad9184441170d4898
mariadb latest mariadb@sha256:12e32f8d1e8958cd076660bc22d19aa74f2da63f286e100fb58d41b740c57006 RepoId
mariadb latest b468922dbbd73bdc874c751778f1ec0ec10817691624976865cb3
21%
25.09.2023
KiB/s % MIPS MIPS | KiB/s % MIPS MIPS
22: 3252 300 1054 3164 | 73071 398 1566 6234
23: 3170 314 1029 3230 | 68302 399 1482 5910
24
21%
31.10.2025
System, DUP: total=8.00MB, used=4.00KB
Metadata, DUP: total=1.00GB, used=79.20MB
If Btrfs only has one device available when the filesystem is created, it automatically generates a duplicate
21%
04.08.2011
guests, including an official certificate via the Microsoft Server Virtualization Validated Program (SVVP) for Intel and AMD processors. On the hardware front, XenServer supports up to 256GB RAM, 64 cores
21%
30.11.2025
/**
16 * @param args
17 */
18 public static void main(String[] args) throws Exception {
19
20 if (args.length != 3 && args.length != 5)
21 {
22 System
21%
31.07.2013
. The OS then takes these requests and acts upon them, returning a result to the application. Understanding the I/O pattern from an application’s perspective allows you to focus on that application. Then
21%
31.10.2025
to be US$ 6,098.00/month or US$ .101/core per hour. A large example of 256 cores with 4GB of RAM per core and 1TB of parallel storage would cost US$ 18,245.00/month with the same US$ .101/core per hour
21%
30.11.2025
used a virtual machine on a VMware ESX server. The physical underpinnings were a ProServ II server by ExuS Data with two Xeon quad-core processors and 16GB of RAM (Figure 1, top
21%
05.12.2014
? S Oct 19 7-00:03:58 bro
(+) root 11792 11766 11.4 3.3 150888 51400 ? S Oct 19 2-07:05:05 bro
Listing 3
netstats
[BroControl] > netstats
bro: 1415509669
