24%
30.11.2025
255 sec 63>
05 /pci@0,0/pci15ad,1976@10/sd@0,0
06 1. c8t1d0 S-1.0-10.00GB>
07 /pci@0,0/pci15ad,1976@10/sd@1,0
08 #
09 # zpool create mypool c8t1d0
10 # zpool status -v
11 pool
24%
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
24%
10.07.2017
with the original Raspberry Pi Model A, ranging from two to more than 250 nodes. That early 32-bit system had a single core running at 700MHz with 256MB of memory. You can build a cluster of five RPi3 nodes with 20
24%
17.02.2015
B+ has the following basic characteristics:
Broadcom BCM2835 system on a chip (SoC)
Single-core ARM1176JZF-S processor (32-bit processor) at 700MHz
Broadcom VideoCore IV GPU
512MB
24%
03.04.2024
on machines with only one CPU core and 512MB of RAM; the minimalist K3s setup itself only uses 250MB. As one of the radical cost-cutting measures, K3s dispenses with the I/O-intensive etcd database
24%
13.04.2023
=jupyter-notebook-%j.log
module load anaconda.22.9.0
source activate shared_env
node=$(hostname -s)
user=$(whoami)
port=9001
# print tunneling instructions to the jupyter-log
echo -e "
======================
Command to create
24%
30.11.2025
of read requests issued to the device per second.
w/s
: Number of write requests issued to the device per second.
rMB/s
: Number of megabytes read from the device per second.
wMB/s
: Number
24%
25.01.2022
to get into the Linux kernel. A couple of my earlier articles that mention FUSE address data encryption and working with S3QL object storage. As evident by these applications, FUSE can be very useful
24%
05.08.2024
= [size][size]int {{0},{0},}
08
09 for i := 0; i < size; i++ {
10 for j := 0; j < size; j++ {
11 array[i][j]++
12 }
13 }
14
15
24%
21.04.2015
-r--r-- 2 root root 6 3. Feb 18:36 .glusterfs/0d/19/0d19fa3e-5413-4f6e-abfa-1f344b687ba7
#
# ls -alid dir1 .glusterfs/fe/9d/fe9d750b-c0e3-42ba-b2cb-22ff8de3edf0 .glusterfs
/00/00
