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sdr-enthusiasts/docker-dump978

Introduction

Docker Image Size (tag) Discord

This container provides the FlightAware 978MHz UAT decoder dump978-fa and wiedehopf's implementation of uat2esnt code within readsb. (Thanks mutability for dump978-fa and the code used within readsb)

This container can be used alongside sdr-enthusiasts/docker-readsb-protobuf to provide UAT into several feeders.

This container also contains InfluxData's Telegraf, and can send flight data and dump978 metrics to InfluxDB (if wanted - not started by default).

UAT is currently only used in the USA, so don't bother with this if you're not located in the USA.

NOTE: As of November 2, 2023, Telegraf support is only available in the container labeled ghcr.io/sdr-enthusiasts/docker-dump978:telegraf. It is no longer available in ghcr.io/sdr-enthusiasts/docker-dump978:latest. If you want to use Telegraf to send data to InfluxDB or Prometheus, please switch to the :telegraf label.

Ports

The container listens on the following TCP ports:

Port Description
30978 Raw UAT output (compatible with wiedehopf readsb's uat_in, but NOT compatible with readsb's raw_in!)
30979 Decoded JSON output
37981 uat2esnt/readsb converted raw output. This IS compatible with readsb's raw_in. (DEPRECATED, use uat_in on port 30978 or beast_in on port 37982!)
37982 uat2esnt/readsb converted beast output. This IS compatible with readsb's beast_in.
80 Webserver for SkyAware978 and HTTP HealthCheck

Paths & Volumes

Path (inside container) Details
/var/globe_history Map this to persistant storage if you set DUMP978_SDR_GAIN=autogain

Up and Running - docker run

docker run \
    -d \
    --restart=always \
    -it \
    --name dump978 \
    -p 30978:30978 \
    -p 30979:30979 \
    -p 30980:80 \
    -p 37981:37981 \
    -p 37982:37982 \
    --device /dev/bus/usb:/dev/bus/usb \
    -e DUMP978_RTLSDR_DEVICE=00000978 \
    ghcr.io/sdr-enthusiasts/docker-dump978:latest

You can now:

  • Add a net-connector to your readsb container, to pull data from port 37982 as beast_in, eg: <DOCKERHOST>,37982,beast_in
  • Add the following environment variables to your piaware container:
- UAT_RECEIVER_TYPE=relay
- UAT_RECEIVER_HOST=<DOCKERHOST>

You should now be feeding UAT to most aggregators.

Up and Running - docker-compose (with ultrafeeder, radarbox and piaware)

Here is an example docker-compose.yml:

<‐‐ Click the arrow to see the docker-compose.yml text 
  dump978:
# dump978 gets UAT data from the SDR
    image: ghcr.io/sdr-enthusiasts/docker-dump978:latest
#    profiles:
#      - donotstart
    tty: true
    container_name: dump978
    hostname: dump978
    restart: always
    labels:
      - "autoheal=true"
    device_cgroup_rules:
      - 'c 188:* rwm'
      - 'c 189:* rwm'
    environment:
      - TZ=${FEEDER_TZ}
      - LAT=${FEEDER_LAT}
      - LON=${FEEDER_LONG}
      # for stratuxv3 uncomment the following line
      #- DUMP978_DEVICE_TYPE=stratuxv3
      # for stratuxv3 remove the next 3 lines
      - DUMP978_RTLSDR_DEVICE=${UAT_SDR_SERIAL}
      - DUMP978_SDR_GAIN=${UAT_SDR_GAIN}
      - DUMP978_SDR_PPM=${UAT_SDR_PPM}
    volumes:
      - /opt/adsb/dump978:/var/globe_history
      - /dev:/dev:ro
    tmpfs:
      - /run:exec,size=64M
      - /tmp:size=64M
      - /var/log:size=32M

ultrafeeder:
  image: ghcr.io/sdr-enthusiasts/docker-adsb-ultrafeeder
  tty: true
  container_name: ultrafeeder
  hostname: ultrafeeder
  restart: unless-stopped
  device_cgroup_rules:
    - "c 189:* rwm"
  ports:
    - 8080:80 # to expose the web interface
    - 9273-9274:9273-9274 # to expose the statistics interface to Prometheus
  environment:
    # --------------------------------------------------
    # general parameters:
    - LOGLEVEL=error
    - TZ=${FEEDER_TZ}
    # --------------------------------------------------
    # SDR related parameters:
    - READSB_DEVICE_TYPE=rtlsdr
    - READSB_RTLSDR_DEVICE=${ADSB_SDR_SERIAL}
    - READSB_RTLSDR_PPM=${ADSB_SDR_PPM}
    #
    # --------------------------------------------------
    # readsb/decoder parameters:
    - READSB_LAT=${FEEDER_LAT}
    - READSB_LON=${FEEDER_LONG}
    - READSB_ALT=${FEEDER_ALT_M}m
    - READSB_GAIN=${ADSB_SDR_GAIN}
    - READSB_MODEAC=true
    - READSB_RX_LOCATION_ACCURACY=2
    - READSB_STATS_RANGE=true
    #
    # --------------------------------------------------
    # Sources and Aggregator connections:
    # (Note - remove the ones you are not using / feeding)
    - ULTRAFEEDER_CONFIG=
      adsb,dump978,30978,uat_in;
      adsb,feed.adsb.fi,30004,beast_reduce_plus_out;
      adsb,in.adsb.lol,30004,beast_reduce_plus_out;
      adsb,feed.adsb.one,64004,beast_reduce_plus_out;
      adsb,feed.planespotters.net,30004,beast_reduce_plus_out;
      adsb,feed.theairtraffic.com,30004,beast_reduce_plus_out;
      mlat,feed.adsb.fi,31090,39000;
      mlat,in.adsb.lol,31090,39001;
      mlat,feed.adsb.one,64006,39002;
      mlat,mlat.planespotters.net,31090,39003;
      mlat,feed.theairtraffic.com,31090,39004;
      mlathub,piaware,30105,beast_in;
      mlathub,rbfeeder,30105,beast_in;
      mlathub,radarvirtuel,30105,beast_in
    # If you really want to feed ADSBExchange, you can do so by adding this above:
    #        adsb,feed1.adsbexchange.com,30004,beast_reduce_plus_out,uuid=${ADSBX_UUID};
    #        mlat,feed.adsbexchange.com,31090,39005,uuid=${ADSBX_UUID}
    #
    # --------------------------------------------------
    - UUID=${MULTIFEEDER_UUID}
    - MLAT_USER=${FEEDER_NAME}
    #
    # --------------------------------------------------
    # TAR1090 (Map Web Page) parameters:
    - UPDATE_TAR1090=true
    - TAR1090_DEFAULTCENTERLAT=${FEEDER_LAT}
    - TAR1090_DEFAULTCENTERLON=${FEEDER_LONG}
    - TAR1090_MESSAGERATEINTITLE=true
    - TAR1090_PAGETITLE=${FEEDER_NAME}
    - TAR1090_PLANECOUNTINTITLE=true
    - TAR1090_ENABLE_AC_DB=true
    - TAR1090_FLIGHTAWARELINKS=true
    - HEYWHATSTHAT_PANORAMA_ID=${FEEDER_HEYWHATSTHAT_ID}
    - HEYWHATSTHAT_ALTS=${FEEDER_HEYWHATSTHAT_ALTS}
    - TAR1090_SITESHOW=true
    - TAR1090_RANGE_OUTLINE_COLORED_BY_ALTITUDE=true
    - TAR1090_RANGE_OUTLINE_WIDTH=2.0
    - TAR1090_RANGERINGSDISTANCES=50,100,150,200
    - TAR1090_RANGERINGSCOLORS='#1A237E','#0D47A1','#42A5F5','#64B5F6'
    - TAR1090_USEROUTEAPI=true
    #
    # --------------------------------------------------
    # GRAPHS1090 (Decoder and System Status Web Page) parameters:
    # The two 978 related parameters should only be included if you are running dump978 for UAT reception (USA only)
    - GRAPHS1090_DARKMODE=true
    - URL_978=http://dump978/skyaware978
  volumes:
    - /opt/adsb/ultrafeeder/globe_history:/var/globe_history
    - /opt/adsb/ultrafeeder/graphs1090:/var/lib/collectd
    - /proc/diskstats:/proc/diskstats:ro
    - /dev:/dev:ro
  tmpfs:
    - /run:exec,size=256M
    - /tmp:size=128M
    - /var/log:size=32M

piaware:
  # piaware feeds ADS-B and UAT data (from ultrafeeder) to FlightAware. It also includes a GUI Radar website and a status website
  # If you're not capturing UAT data with the dump978 container, remove or comment out the UAT_RECEIVER_TYPE and UAT_RECEIVER_HOST lines in the environment section below.
  image: ghcr.io/sdr-enthusiasts/docker-piaware
  # profiles:
  #   - donotstart
  tty: true
  container_name: piaware
  hostname: piaware
  restart: always
  labels:
    - "autoheal=true"
  ports:
    - 8081:8080
    - 8088:80
  environment:
    - BEASTHOST=ultrafeeder
    - LAT=${FEEDER_LAT}
    - LONG=${FEEDER_LONG}
    - TZ=${FEEDER_TZ}
    - FEEDER_ID=${PIAWARE_FEEDER_ID}
    - UAT_RECEIVER_TYPE=relay
    - UAT_RECEIVER_HOST=dump978
  tmpfs:
    - /run:exec,size=64M
    - /var/log

rbfeeder:
  # rbfeeder feeds ADS-B and UAT data (from ultrafeeder) to RadarBox.
  # If you're not capturing UAT data with the dump978 container, remove or comment out the UAT_RECEIVER_HOST line in the environment section below.
  image: ghcr.io/sdr-enthusiasts/docker-radarbox
  # profiles:
  #   - donotstart
  tty: true
  container_name: rbfeeder
  hostname: rbfeeder
  restart: always
  labels:
    - "autoheal=true"
  environment:
    - BEASTHOST=ultrafeeder
    - UAT_RECEIVER_HOST=dump978
    - LAT=${FEEDER_LAT}
    - LONG=${FEEDER_LONG}
    - ALT=${FEEDER_ALT_M}
    - TZ=${FEEDER_TZ}
    - SHARING_KEY=${RADARBOX_SHARING_KEY}
  tmpfs:
    - /run:exec,size=64M
    - /var/log

You should now be feeding ADSB-ES & UAT to the "new" aggregators, FlightAware, and Radarbox.

Environment Variables

Container Options

Variable Description Default
TZ Local timezone in "TZ database name" format. UTC
LAT Latitude of your receiver. Only required if you want range statistics for InfluxDB, Prometheus, or tar1090/ultrafeeder graphs. Unset
LON Longitude of your receiver. Only required if you want range statistics for InfluxDB, Prometheus, or tar1090/ultrafeeder graphs. Unset
DUMP978_MSG_MONITOR_INTERVAL Interval between runs of the Message Monitor that checks if new messages are received. Format of value is anything that is accepted by the Linux sleep command Unset (30 minutes)
DUMP978_MSG_MONITOR_RESTART_WHEN_STALE If set to true/on/yes/1, the receiver process is restarted when no messages are received during the monitoring interval true

dump978-fa General Options

Where the default value is "Unset", dump978-fa's default will be used.

Variable Description Controls which dump978-fa option Default
DUMP978_DEVICE_TYPE Currently only rtlsdr and stratuxv3 is supported. If you have another type of radio, please open an issue and I'll try to get it added. --sdr driver= rtlsdr
DUMP978_SDR_AGC Set to any value to enable SDR AGC. --sdr-auto-gain Unset
DUMP978_SDR_GAIN Set gain (in dB). Use autogain to have the container determine an appropriate gain, more on this below. --sdr-gain Unset
DUMP978_SDR_PPM Set SDR frequency correction in PPM. --sdr-ppm Unset
DUMP978_JSON_STDOUT Write decoded json to the container log. Useful for troubleshooting, but don't leave enabled! --json-stdout Unset

dump978-fa RTL-SDR Options

Use with DUMP978_DEVICE_TYPE=rtlsdr.

Where the default value is "Unset", dump978-fa's default will be used.

Variable Description Controls which dump978-fa option Default
DUMP978_RTLSDR_DEVICE If using Select device by serial number. --sdr driver=rtlsdr,serial= Unset

General SDR Options

Variable Description Default
DUMP978_ENABLE_BIASTEE Set to any value to enable bias-tee on your RTL-SDR. Unset

InfluxDB Options

NOTE: As of November 2, 2023, Telegraf support is only available in the container labeled ghcr.io/sdr-enthusiasts/docker-dump978:telegraf. It is no longer available in ghcr.io/sdr-enthusiasts/docker-dump978:latest. If you want to use Telegraf to send data to InfluxDB or Prometheus, please switch to the :telegraf label.

These variables control the sending of flight data and dump978 metrics to InfluxDB (via a built-in instance of Telegraf).

Variable Description Default
INFLUXDBURL The full HTTP URL for your InfluxDB instance. Required for both InfluxDB v1 and v2. Unset
INFLUXDBUSERNAME If using authentication, a username for your InfluxDB instance. If not using authentication, leave unset. Not required for InfluxDB v2. Unset
INFLUXDBPASSWORD If using authentication, a password for your InfluxDB instance. If not using authentication, leave unset. Not required for InfluxDB v2. Unset
INFLUXDB_V2 Set to a non empty value to enable InfluxDB V2 output. Unset
INFLUXDB_V2_BUCKET Required if INFLUXDB_V2 is set, bucket must already exist in your InfluxDB v2 instance. Unset
INFLUXDB_V2_ORG Required if INFLUXDB_V2 is set. Unset
INFLUXDB_V2_TOKEN Required if INFLUXDB_V2 is set. Unset
INFLUXDB_SKIP_AIRCRAFT Set to any value to skip publishing aircraft data to InfluxDB to minimize bandwidth and database size. Unset

Prometheus Options

NOTE: As of November 2, 2023, Telegraf support is only available in the container labeled ghcr.io/sdr-enthusiasts/docker-dump978:telegraf. It is no longer available in ghcr.io/sdr-enthusiasts/docker-dump978:latest. If you want to use Telegraf to send data to InfluxDB or Prometheus, please switch to the :telegraf label.

These variables control exposing flight data to Prometheus (via a built-in instance of Telegraf).

Variable Description Default
ENABLE_PROMETHEUS Set to any string to enable Prometheus support Unset
PROMETHEUSPORT The port that the prometheus client will listen on 9273
PROMETHEUSPATH The path that the prometheus client will publish metrics on /metrics

Autogain Options

These variables control the autogain system (explained further below). These should rarely need changing from the defaults.

Variable Description Default
DUMP978_AUTOGAIN_INITIAL_TIMEPERIOD How long the autogain initialization phase should take (ie: "roughing in"), in seconds. 32400 (9 hours)
DUMP978_AUTOGAIN_INITIAL_INTERVAL How often autogain should measure and adjust the gain during the initialization phase, in seconds. 900 (15 minutes)
DUMP978_AUTOGAIN_SUBSEQUENT_INTERVAL How often autogain should measure and adjust the gain after the initialization phase is done, in seconds. 84600 (24 hours)
DUMP978_AUTOGAIN_ADJUSTMENT_LIMITS If set to true/on/yes/1, while in the initialization phase, autogain will only adjust the gain during the timeframe set by the DUMP978_AUTOGAIN_ADJUSTMENT_TIMEFRAME parameter. true
DUMP978_AUTOGAIN_ADJUSTMENT_TIMEFRAME Timeframe limits for autogain during the initializaion phase, in HHMM-HHMM (start hours/minutes to end hours/minutes). If an adjustment "run" falls outside these limits, the autogain adjustment is delayed until the start of the next timeframe. Times are based on the container's Timezone (TZ) setting. 0900-1800 (9 AM - 6 PM, local container time)
DUMP978_AUTOGAIN_LOW_PCT If the percentage of "strong signals" (>3.5dB) over a measuring period is less than this parameter, the gain will be increased by 1 position 5.0 (5.0%)
DUMP978_AUTOGAIN_HIGH_PCT If the percentage of "strong signals" (>3.5dB) over a measuring period is more than this parameter, the gain will be decreased by 1 position 10.0 (10.0%)
READSB_AUTOGAIN_MIN_SAMPLES Minimum number of received samples for autogain to be able to consider adjusting the gain 1000
READSB_AUTOGAIN_USE_RAW If set to true/on/yes/1, the autogain function will use the "raw" message count rather than the "accepted" message count. true
SUBSEQUENT_INTERVAL_MINIMUM_COMPLETION_PCT Minimum percentage of DUMP978_AUTOGAIN_SUBSEQUENT_INTERVAL time that needs to be completed before autogain will use the collected data during the subsequent/long-term process 50

Autogain system

An automatic gain adjustment system is included in this container, and can be activated by setting the environment variable DUMP978_SDR_GAIN to autogain. You should also map /var/globe_history/ to persistent storage, otherwise the autogain system will start over each time the container is restarted.

Autogain will take several hours to initially work out a reasonable gain. This is the so-called "initialization period", which is by default 9 hours. It will then perform a daily measurement to see if your gain needs further adjusting.

The autogain system will work as follows; values are based on the default parameter settings from above:

  1. dump978 is set to maximum gain.
  2. Initial results are collected every 15 minutes, for up to 9 hours (initialization phase). If DUMP978_AUTOGAIN_ADJUSTMENT_LIMITS is set to true, measurements are suspended if the time is outside the set time limits (0900 - 1800 local container time). Every 15 minutes, the gain is adjusted by 1 position if the average percentage of "strong" signals (>-3.5dB) is less than 5.0% or more than 10.0%.
  3. After the initialization phase is over, the average percentage of "strong signal" is calculated on a daily basis, and an adjustment is made accordingly.

Forcing autogain to re-run from scratch

Run docker exec dump978 autogain978 reset to remove reset all autogain data and start the initialization phase fron scratch

Container log messages while gain adjustments are made

When a gain adjustment is made, dump978-fa and related processes are forcibly restarted. This will cause a number of messages to the container logs showing that these processes are terminated, and subsequently restarted. These messages are normal during an autogain gain adjustment, and are not errors in the container.

dump978 Web Pages

The container's webserver makes SkyAware978 (and the related data directories with json statistics files) available at /skyaware978. This means, using the port mapping example shown above, that you can access these URLs (among other things):

Logging

  • All processes are logged to the container's stdout, and can be viewed with docker logs [-f] container.

Getting help

Please feel free to open an issue on the project's GitHub.

I also have a Discord channel, feel free to join and converse.