paul-chambers

[Unit]
Description=autobrr service
After=syslog.target network-online.target

[Service]
Type=simple
User=autobrr
Group=media
UMask=002
ExecStart=/var/lib/autobrr/bin/autobrr --config=/var/lib/autobrr

paul-chambers

#!/bin/bash

set -x

git clone --no-checkout --depth 1 https://github.com/iptv-org/iptv.git && cd iptv

git config core.sparsecheckout true

cd iptv/streams && git sparse-checkout set us*.m3u ca*.m3u uk*.m3u

paul-chambers

These two config files work together to integrate Control-D for public DNS queries and dnsmasq for intranet ones (including those assigned by DHCP).

When these chages are made, the ctrld daemon is 'in front' and receives all queries first on listener.0, irrespective of origin. Listener.0 then diverts any that are for *.local or my intranet to the dnsmasq instance, which has been moved to port 531, to avoid conflicts. If dnsmasq doesn't resolve the request itself internally (i.e. dhcp allocations, /etc/hosts, static dhcp-host configs, etc.), it 'forwards' it back to ctrld on port 532, where listener.1 sends it upstream unconditionally (i.e. listener.1 has no rules to redirect intranet requests to dnsmasq, like there

paul-chambers

#!/bin/bash
#
# Powered by <a href="http://www.ipdeny.com">IPDENY.COM</a> IP database.
#
# Pull the agregated zone lists from denyip.com, and create country-specific ipsets from them
#
# This approach doesn't require an additional 'geoip' kernel module or the Maxmind database. 
#
# When updating, the new ipset replaces the existing one with a 'swap', so there isn't any
# time period when the set is empty.

paul-chambers

Some custom Scripts to update things that depend on the WAN IP address

paul-chambers

#!/bin/bash

# a script that uses ffmpeg to detect the 'black bars' that are sometimes encoded into the video and then
# reencodes the video stream (only) to remove them and restore the content's original aspect ratio.
# if the original video codec used was MPEG2 or h264, it also re-encodes it to libx264.

input="${1}"
output="${input%.*}.crop.${input##*.}"

# scan 5 seconds of video, starting one minute in, to autodetect the cropping dimensions to use

paul-chambers

#!/bin/bash
set -x

dir="${1:-./}"
if [ ! -z "${dir}" ]
then
  find "${dir}" -regex '.*[\.-_][Ss]ample[\.-_].*' -delete
  find "${dir}" -regex '.*proof.*\.jpg' -delete
  find "${dir}" -regex '.*\/screen[0-9]+\.png' -delete
  find "${dir}" -regex '.*\.\(exe\|idx\|nfo\|lnk\|nzb\|sfv\|srr\|srs\|srt\|sub\|sup\|txt\|url\)' -delete

paul-chambers

#!/bin/bash
# In both host and container, add the nVidia repros (see https://nvidia.github.io/nvidia-container-runtime/)
set -x

which curl > /dev/null || apt install curl
# add the repo key:
curl -s -L https://nvidia.github.io/nvidia-container-runtime/gpgkey | sudo apt-key add -

# add the 'nvidia container runtime' repo to apt's sources
distribution=$(. /etc/os-release;echo $ID$VERSION_ID)

paul-chambers

#!/bin/bash
set -x
USER=miniupnp
PROJECT=miniupnp

repo=https://github.com/${USER}/${PROJECT}.git

if [ -d "${PROJECT}" ]; then
        rm -rf "${PROJECT}"
fi

paul-chambers

+sel:all,-sel:(audio|subtitle)&!(favlang|nolang|single),=100:all,-10:favlang