Fábián Varga br0kenpixel

sudo nano /usr/share/alsa-card-profile/mixer/paths/analog-output-headphones.conf

Modify the following:

; Keep Line Out disabled in the headphones path so selecting headphones
; does not also drive speaker/line outputs on shared controls.
[Element Line Out]
; switch = off

Super compression commands cheatsheet

This is a collection of commands you can use to compress files with the highest compression levels possible.

This cheatsheet primarily uses XZ/LZMA as it has the best compression ratios most of the time (but not always). This algorithm generally has very slow compression times, but decompression is much faster. Similiarly, compression usually requires a lot of RAM, while decompression needs much less. The bigger is the file you're trying to compress, the more memory you will need.

Important note

Tools labeled (raw) below are programs that work on data streams. They do not understand filesystems and therefore cannot be used to compress multiple files or even directories. For such tasks you need an archiver (e.g. tar, 7-Zip, etc.). They will be labeled as (archiver).

Archivers like tar usually work by first creating an uncompressed archive file that is essentially a container for multiple files and directories, and then passing i

Introduction

The goal of this guide is to show you how to bypass CGNAT in order to allow remote access for your Plex server.

Why not a reverse proxy?

Unlike other self-hostable apps, such as Jellyfin, qBittorrent, Vaulwarden, etc., Plex needs to be tied to a public IP, and it expects port-forwarding to "just work."

Requirements

A Plex server running inside Docker, using an image like lscr.io/linuxserver/plex, configured using a Compose file.
A VPS with a public static IPv4 address.
IPv6 should theoretically work too, but I haven't tried.

Download Alpine Linux from here.
Connect your SD Card to your PC.
Format the card. Create a single FAT32 partition.
Extract the contents of the downloaded tar.gz archive.
Copy the contents to the root of the SD Card.
Add headless configuration if needed.
Connect to the SD Card to your Raspberry Pi.
Power it on.

Run the following commands in the shell:

	background = 000000
	foreground = bbbbbb
	background-opacity = 0.75
	background-blur = true

	theme = iTerm2 Default

	language = en

	cursor-color = FFFFFF

	#!/bin/zsh

	#
	# Arch/CachyOS update & cleanup script
	#

	# Update system & AUR packages and applications
	sudo pacman -Syu
	paru -Syu
	paru -Scc

	#!/bin/zsh

	sudo dnf update --refresh
	sudo akmods
	sudo dracut -f --regenerate-all

	rustup update
	cargo install-update -a
	espup update

	// place in /etc/brave/policies/managed/custom.json
	{
	"BraveRewardsDisabled": true,
	"BraveWalletDisabled": true,
	"BraveVPNDisabled": true,
	"BraveAIChatEnabled": false,
	"BraveNewsDisabled": true,
	"BraveTalkDisabled": true,
	"BraveStatsPingEnabled": false,
	}

	import music_tag
	from os import listdir, system, mkdir
	from subprocess import run
	from os.path import exists
	import unicodedata #Django
	import re

	F_EXT = "m4a"
	TARGET_DIR = "organized"

	Source: https://forum.micropython.org/viewtopic.php?f=21&t=9965

	1) Clone the repo:
	a) git clone https://www.github.com/micropython/micropython
	b) Specific version:
	i.) git clone -b v1.19.1 https://github.com/micropython/micropython.git
	Note: v1.19.1 does not work! Use latest instead.
	Note: --recursive is not needed

	2) Build mpy-cross: