ThinGuy

#!/bin/bash
export PAPI_DIR=~/papi
[[ -d ${PAPI_DIR} ]] && { find ${PAPI_DIR} -type f -delete; } || { mkdir -p $PAPI_DIR; }
export OK=$(printf '\e[0;1;38;2;0;255;0m✓\e[0m')
export ORA=$(printf '\e[0;1;38;2;233;84;20m▸\e[0m')
export WRA=$(printf '\e[0;1;38;2;255;255;255m▸\e[0m')
printf "\n\e[2G\e[0;38;2;255;255;255mCanonical \e[0;38;2;233;84;20mPAPI\e[0m: Project and Package Information\e[0m\n"
LINE="$(printf '\u2500%0.0s' {1..47})"
printf "\e[2G${LINE}\n"

ThinGuy

#!/bin/bash

# Meshcommander (AMT Management) for Orangeboxes
sudo apt update
sudo apt install nodejs npm -fqy --auto-remove --purge;
sudo mkdir -p /srv/mc;
sudo chown -R $(id -un 1000):$(id -gn 1000) /srv/mc
sudo find /srv/mc -type d -exec chmod u+rwx,g+rwx,o+rx {} \; -o -type f -exec chmod u+rw,g+rw,o+r {} \;
(cd /srv/mc && npm install meshcommander);

ThinGuy

#!/bin/bash
# An Ubuntu Package Counter - Counts all vs installed and creates manifests by component for the current release.

# Set message
export TITLE='\e[0;1;38;2;233;84;32mUbuntu Pro\e[0;1m™ Package Counter\e[0m'
export GBMSG="Thank you for using \e[0;1;38;2;233;84;32mUbuntu\x21"

# Parameters
export PROG="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )/${BASH_SOURCE[0]##*/}"
export DARCH=$(dpkg --print-architecture)

ThinGuy

#!/bin/bash

export ARCH=amd64
export MDIR=~/manifests
[[ -f ${MDIR} ]] && { find ${MDIR} -type f -delete -o type d -delete; } || { mkdir -p ${MDIR}; }

declare -ag UBU_REL_SHORT=($(ubuntu-distro-info --supported-esm && ubuntu-distro-info --supported))

declare -ag UBU_REL_LONG=()
while IFS= read -r LINE;do

ThinGuy

#!/bin/bash
# An Ubuntu Package Counter - Counts all vs installed and creates manifests by component for current release.

# Set parameters
export TITLE='AWS Summit Washington, DC 2025'
export PROG="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )/${BASH_SOURCE[0]##*/}"
export DARCH=$(dpkg --print-architecture)
export REL=$(lsb_release -cs 2>/dev/null|sed 's/^.*$/\u&/')
export VER=$(lsb_release -rs 2>/dev/null)
[[ -f /etc/machine-id ]] && { export MID=$(cat /etc/machine-id); }

ThinGuy

import requests
import ftplib
import subprocess
import socket
import argparse
import shutil
from urllib.parse import urlparse

def check_http_https(url):
    """Check if HTTP or HTTPS is available."""

ThinGuy

#!/bin/bash

# Some of these files are uploaded to Landscape server
PAC_FILE_LOCATION="http://<zscaler-pac-config-file-location/file.PAC"
CA_TAR="zscaler.tar.gz"
CA_CERTIFICATE_NAME="<zscaler-root-ca-certificate-name-replace-me.crt>"
CERT_DIR_PATH="/usr/local/share/ca-certificates"

# Import ZSCALER Public CA Root Cert
sudo apt-get install libnss3-tools -y 

ThinGuy

name: microcloud-base
description: MicroCloud Base VM Profile
config:
  boot.autostart: "true"
  linux.kernel_modules: br_netfilter
  user.network-config: |
    renderer: networkd
    version: 2
    ethernets:
      enp5s0: {}

ThinGuy

### **Variables**
export RACK=<MAAS_RACK_IP>
export REGION=<MAAS_REGION_IP>


### **Boot Files**
```
curl -sSlL http://$RACK:5248/images/|awk -F'>|<' '/^<a href/{print $3,$5}'
``

ThinGuy

How to Configure Microsoft DHCP for Canonical MAAS

This guide explains how to configure an external Microsoft DHCP server to work with Canonical MAAS (Metal as a Service). Configuring the right DHCP options will ensure that nodes are able to correctly PXE boot and communicate with MAAS for provisioning.

Step 1: Open the DHCP Management Console

1. On your Windows Server, press Windows + R, type dhcpmgmt.msc, and press Enter.
2. Alternatively, you can access it through Server Manager by selecting Tools -> DHCP.

Step 2: Select the DHCP Scope to Configure

1. In the DHCP console, navigate to the appropriate scope that you want to configure for MAAS nodes.