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Installing Arch Linux ARM in a UTM virtual machine

Steps:

1. Create a new virtual machine.
2. Go to System tab, change architecture to `ARM64 (aarch64)' and increase memory as needed.
3. Download Alpine Linux LiveCD:

mirror=https://dl-cdn.alpinelinux.org/alpine
curl -o alpine-virt-latest-aarch64.iso "$mirror/latest-stable/releases/aarch64/$(curl "$mirror/latest-stable/releases/aarch64/latest-releases.yaml" | /usr/bin/grep -E 'file: alpine-virt-[0-9\.]+-aarch64\.iso' | head -n 1 | sed 's/ //g' | sed 's/\t//g' | sed 's/^file://')"

4. Go to Drives tab, New Drive, set size to 20GiB or larger, then Inport Drive, choose the file you just downloaded.

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Windows Registry Editor Version 5.00

[HKEY_CURRENT_USER\Software\SimonTatham\PuTTY\Sessions\SESSIONNAME]
"Colour21"="255,255,255"
"Colour20"="245,222,179"
"Colour19"="200,240,240"
"Colour18"="0,217,217"
"Colour17"="179,146,239"
"Colour16"="174,129,255"
"Colour15"="122,204,218"

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backend should be alsa
change buffer delay from default to 0.50
make sure amixer volume is set at boot (i used a unit file)
set name to whatever, %H is hostname

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[Unit]
Description="Set volume level."
After=sound.target

[Service]
Type=simple
ExecStart=/usr/bin/amixer sset PCM -- 97%

[Install]
WantedBy=multi-user.target

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#!/usr/bin/env ruby

ARGF.each do |line|
  if $. == 1
    if line =~ /\r\n$/
      puts "CRLF"
    elsif line =~/\n$/
      puts "LF"
    elsif line =~ /\r$/
      puts "CR"

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# --overwrite '*' whereby * means every file path; reinstall everything otherwise you might get "exists in filesystem" errors
pacman -Syyu $(pacman -Qnq) --overwrite '*'

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SOURCE="/path/to/somewhere/" # slash means exclude "whatever" itself, but get everything underneath
DESTINATION="username@computer.local:/path/to/somewhere"
rsync -e 'ssh -p3022'\
  --archive \
  --compress \
  --progress \
  --partial \
  --ignore-existing \
  --human-readable \
  "$SOURCE" \

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tell application "Microsoft Excel"
	set screen updating to false -- optimize performance
	set range_selected to selection
	
	-- setup ref vars for selection
	set {range_selected_row_index, range_selected_column_index, range_selected_row_count, range_selected_column_count} to {get first row index of selection, get first column index of selection, get count rows of selection, get count columns of selection}
	
	-- go row by row and iterate each column in each row
	repeat with row_step from range_selected_row_index to range_selected_row_count -- row iteration
		repeat with column_step from range_selected_column_index to range_selected_column_count -- column iteration

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tell application "Microsoft Excel"
	set screen updating to false -- optimize performance
	set range_selected to selection
	
	-- setup ref vars for selection
	tell selection to set {range_selected_row_index, range_selected_column_index, range_selected_row_count, range_selected_column_count} to {get first row index of selection, get first column index of selection, get count rows of selection, get count columns of selection}
	
	-- go row by row and iterate each column in each row
	repeat with row_step from range_row_index to range_row_count -- row iteration
		repeat with column_step from range_column_index to range_column_count -- column iteration

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tell application "Microsoft Excel"
	set screen updating to false -- optimize performance