talosctl gen config talos-kubevirt https://talos-kubevirt.home.arpa:6443 --additional-sans 192.168.1.70,talos-kubevirt --install-disk /dev/vda --output-dir $(pwd)/talos
❯ cat deploy.sh
#kubectl --kubeconfig $HOME/.kube/poweredge delete -f ./kubevirt/
#sleep 12
#kubectl --kubeconfig $HOME/.kube/poweredge apply -f ./kubevirt/
#sleep 120
WARNING: Microk8s is currently impacted by BUG #3085 please see bug workaround instructions to remediate until patch is released to stable channels!
- Download Fedora 36 Server
- Create Fedora Install USB
- Plug into Desktop/Server Lab System
- Boot to Fedora USB Installer
- Erase HDD/SDD devices
// +build windows | |
package screen | |
import ( | |
"fmt" | |
"image" | |
"reflect" | |
"syscall" | |
"unsafe" |
#!/usr/bin/perl | |
# | |
# Brad's el-ghetto do-our-storage-stacks-lie?-script | |
# | |
sub usage { | |
die <<'END'; | |
Usage: diskchecker.pl -s <server[:port]> verify <file> | |
diskchecker.pl -s <server[:port]> create <file> <size_in_MB> | |
diskchecker.pl -l [port] |
The general goal of this doc is to show how to use qemu, ipxe and tgt to test iscsi and iBFT.
There are loads of things that could be done to make this test environment. But for now, it just shows a simple case to show parameters necessary.
In examples here, the iscsi server is available at 192.168.1.10
. The qemu host system is available at 192.168.1.11
. We assume port 9999 is available to run a python simple web server.
# v2 pbzx stream handler | |
# My personal writeup on the differences here: https://gist.github.com/pudquick/29fcfe09c326a9b96cf5 | |
# | |
# Pure python reimplementation of .cpio.xz content extraction from pbzx file payload originally here: | |
# http://www.tonymacx86.com/general-help/135458-pbzx-stream-parser.html | |
# | |
# Cleaned up C version (as the basis for my code) here, thanks to Pepijn Bruienne / @bruienne | |
# https://gist.github.com/bruienne/029494bbcfb358098b41 | |
import struct, sys |
Note: if you work on desktop entry files, you should refresh them to see the results: Alt-F2 and run 'r' or 'restart' to restart gnome-shell. Otherwise changes might only work after you log out.
The desktop entry specification creates a standard for application launchers. Gnome adds several extensions to the format which are widely in use, but as far as I can tell undocumented. This is an attempt to document them so I can write my own autostart launchers for gnome. Pull requests are highly welcome.
There is a guide on gnome developer that explains basics about how to integrate an application with the desktop.
Autostart applications run when the user logs into the graphical desktop environment. All desktop managers make custom extensions to the format. This attempts just to cover the Gnome extensions, and won'
#!/usr/bin/perl | |
# | |
# Brad's el-ghetto do-our-storage-stacks-lie?-script | |
# | |
sub usage { | |
die <<'END'; | |
Usage: diskchecker.pl -s <server[:port]> verify <file> | |
diskchecker.pl -s <server[:port]> create <file> <size_in_MB> | |
diskchecker.pl -l [port] |
_._ | |
_.-``__ ''-._ | |
_.-`` `. `_. ''-._ Redis 2.3.0 (a54d9805/1) 64 bit | |
.-`` .-```. ```\/ _.,_ ''-._ | |
( ' , .-` | `, ) Running in stand alone mode | |
|`-._`-...-` __...-.``-._|'` _.-'| Port: 6379 | |
| `-._ `._ / _.-' | PID: 48726 | |
`-._ `-._ `-./ _.-' _.-' | |
|`-._`-._ `-.__.-' _.-'_.-'| | |
| `-._`-._ _.-'_.-' | http://redis.io |
### | |
Module dependencies | |
### | |
require.paths.unshift "#{__dirname}/lib/support/express-csrf/" | |
require.paths.unshift "#{__dirname}/lib/support/node_hash/lib/" | |
express = require 'express' | |
app = module.exports = express.createServer() | |
RedisStore = require 'connect-redis' |