vgmoose

from PIL import Image, ImageDraw, ImageFont, ImageColor

class Args:
    def __init__(self):
        self.text = "Homebrew App Store"
        self.subtext = "Get it on the"
        self.bg_color = "#000000"
        self.border_color = "#A6A6A6"
        self.output = "hbasbadge.png"
        self.icon_path = "icon-11.png"

vgmoose

#!/usr/local/bin/python3

# Usage: python3 rsync_with_overall_progress.py source destination

import subprocess, re, sys, os, argparse

try:
    import progressbar
    progressbar_module_exists = True
except ImportError:

vgmoose

import os
 
list_pkgs_cmd = "adb shell pm list packages"
list_pkgs = os.popen(list_pkgs_cmd).read().splitlines()
list_pkgs = [pkg.split(":")[1] for pkg in list_pkgs]
 
for pkg in list_pkgs:
    path_cmd = "adb shell pm path {}".format(pkg)
    path = os.popen(path_cmd).read().splitlines()[0].split(":")[1]
    pull_cmd = "adb pull {} {}".format(path, pkg + ".apk")

vgmoose

What is this?

If you run a local DNS server on your network already (such as a Pi-hole), you can use these instructions to set up an HTTPS redirect for certain sites/domains to other ones. This is particularly useful, for instance, if you don't want to visit Twitter anymore but still occasionally want to automatically view content on it through Nitter.

This can be more easily accomplished via browser extensions, but this method is an option to get it on all devices on the network, as long as you trust the cert.

Is this a bad idea security wise? Probably! But if you want to try it, here you go:

Requirements

vgmoose

import Uwuifier from 'uwuifier';
import fs from 'fs';

const uwuifier = new Uwuifier();

for (var platform of ["switch", "wiiu"]) {

    let pkgData = await fetch(`https://${platform}.cdn.fortheusers.org/repo.json`);
    var packages = await pkgData.json();

vgmoose

#!/usr/bin/env python
import requests

# replace with API key from https://platform.openai.com/account/api-keys
API_KEY = "YOUR API KEY HERE"

TONE = "friendly"
BOT_NAME = "AI"
YOUR_NAME = "Human"

vgmoose

#!/bin/bash
# libget repo downloader in bash
# requires: curl, jq, and unzip

# the repo URL
REPO_URL="https://wiiu.cdn.fortheusers.org"

VERBOSE=0

vecho () {

vgmoose

#!/bin/bash
# pacman downloader in bash
# requires: curl and tar

# the repo name and URL (includes OS)
REPO_NAME="my-repo"
ARCH=$(uname -m)
REPO_URL="https://packages.yourpacmanrepo.com/$ARCH"

VERBOSE=0

vgmoose

Unfinished tutorial: Sorry, I really wanted to get this working, but hit an issue getting the proper versions of the library to work on the remarkable itself. I ended up compiling knock on Linux and running it that way. But then, I hit other issues with the type of DRM and account limits, so it seems this is still a tortured area

This tutorial uses the following method to remove DRM from ebooks directly on the remarkable tablet (after installing toltec):

Download

If you don't want to bother self-compiling, for the armv7l remarkable 2, here is a prebuilt binary!

• Download knock-drm-removal (armv7l)

Usage

vgmoose