ansemjo

/* text with gradient color */
h2 {
    background: linear-gradient(4deg, #5cb,#49e);
    background-clip: text;
    color: #0000;
}

ansemjo

#!/usr/bin/env sh

# transfer settings
sync() {
  printf '\nSyncing:  %s\nLocal:    %s\n\n' "$1" "$2";
  mkdir -p "$2";
  rsync \
    --archive --hard-links --delete \
    --compress --no-motd --progress \
    "$1" "$2";

ansemjo

#!/usr/bin/env bash

lock=/tmp/lockfile
touch $lock

say() { echo "[$$] ($loop) $*"; }

locked() { say 'lock is still held ..'; }

work() {

ansemjo

#!/usr/bin/env bash

# just fail on any error
set -e

# where to copy from (requires rsync)
mirror='ftp.halifax.rwth-aachen.de'
folder='archlinux/iso/archboot/latest/boot'

# download destination

ansemjo

# Place this file in ~/.config/systemd/user/ssh-auth-sock.service
# $ systemctl --user daemon-reload
# $ systemctl --user enable --now ssh-auth-sock.service
# Add 'echo UPDATESTARTUPTTY | gpg-connect-agent >/dev/null' in your ~/.bashrc.
# Logout or reboot.

[Unit]
Description=Set SSH_AUTH_SOCK to GnuPG agent

[Service]

ansemjo

#!/usr/bin/env bash

char='✗'
printf "${char}\e[6n"; read -sd'R' pos; pos=${pos##*;}; printf "\nWidth: $(( ${pos%%R} - 1 ))\n";

ansemjo

#!/usr/bin/env python

from argparse import ArgumentParser
from random import SystemRandom
from string import ascii_letters, digits
from subprocess import Popen as subprocess, PIPE
from shlex import split as sh

ap = ArgumentParser()
ap.add_argument('action', help='add, delete or change password', choices=('add', 'delete', 'passwd'))

ansemjo

#!/usr/bin/env bash

basedn=$(sed -n 's/^basedn = //p' /etc/ipa/default.conf)
searchbase="${1},${basedn}"
searchbase="${searchbase#,}"

#ldapsearch -x -D "${2:-cn=Directory Manager}" -W -o 'ldif-wrap=no' -b "${searchbase}" dn |\
ldapsearch -Y GSSAPI -o 'ldif-wrap=no' -b "${searchbase}" dn |\
  sed -n 's/^dn: //p' |\
  awk -v FS=, '{for (i=NF; i > 1; i--) printf("%s / ", $i); print $1; }' |\

ansemjo

Purpose

The output from secret-share-split duplicates encrypted data in every share and uses hexadecimal encoding. These scripts 'deduplicate' the data by using zfec with the same shares / threshold values and encode everything in Base64.

Applicable to and written for sss-cli@46fd393.

Size savings

ansemjo

#!/usr/bin/env bash

echo -e "$(cat <<TUX | sed \
  -e 's/\([\/]\+\)/\\033[31m\1\\033[0m/g' \
  -e 's/\([@#]\+\)/\\033[1m\1\\033[0m/g'
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