Python-based management tool for DragonMint and Innosilicon miners
🐲👸🔥🐉 Mother of Dragons 🐲👸🔥🐉
Be smart. Be mother. Be Mother of Dragons.
DragonMint/Innosilicon T1/T2/B29/B52/A9 management tool based on dragon-rest
Mother of Dragons can:
- Auto-detect new dragons on your local network and configure them: just plug in your miners and they're ready to go!
- Scale easily to 1000s of miners using the gevent library
- Collect metrics from dragons and forward them to statsd
- Automatically update to the latest firmware version when new miners are added
- Keep your dragons happy and healthy by rebooting them when they’re sick
- Apply different pool configurations to different dragons based on their MAC address
- Should work with both most DragonMint or Innosilicon branded miners
- Free you up from having to manually manage your dragons so you can go vacation like a movie star 😎
How it works
When you run mother-of-dragons, it will start 3 separate closed loops:
Scan loop: scans the local network at a specified interval (
main.scan_interval) looking for dragons. It checks for the dragons by making an HTTP request and checking the result. The scan only works if your local network allows traffic on port 80 to all the specified IPs, which you define with the
When a new dragon is found, the dragon will be configured with the desired pool and autotune. If you specify a pool configuration with a MAC address, mother will assign the pool config with the matching address.
auto_upgradeis set, dragons will be updated to the latest firmware version when added.
Metrics loop: fetches metrics from every known dragon according to
main.statsd.intervaland forwards those metrics to statsd provided you have configured
Health loop: checks each dragon according to the specified interval
health_check_intervaland may (optionally) reboot a dragon if:
The dragon has 1 or more devices (ASIC boards) marked as 'Dead'.
The dragon has 1 or more devices which have been below
health_hashrate_minimumfor at least
The tool itself can be run on a low-cost server, such as a Raspberry Pi or Intel NUC. If you intend to set up a Prometheus/Grafana dashboard for metrics, it's probably worthwhile to use a more powerful machine such as an Intel NUC with adequate storage.
It's recommended you use a mainline Linux distro, such as Debian, Ubuntu or CentOS.
$ pip install mother-of-dragons $ mother-of-dragons --print-config-toml > config.toml ### Edit config.toml to your liking ### $ mother-of-dragons --config=config.toml
Alternatively, using Docker:
$ docker run -it mother-of-dragons --print-config-toml ...
See the default config.toml for details on configuration.
usage: mother-of-dragons [-h] [-c CONFIG] [--print-config-toml] [--print-config-json] Management tool for DragonMint/Innosilicon miners. optional arguments: -h, --help show this help message and exit -c CONFIG, --config CONFIG Path to config file in either TOML or JSON format. (default: config.toml) --print-config-toml Print default config in TOML and exit (default: False) --print-config-json Print default config in JSON and exit (default: False)
The script is meant to be run continuously within the same local network as
your dragons. The script can be installed with Python's pip by running a
pip install mother-of-dragons.
An example systemd unit might look like this (assuming the user
[Unit] Description=mother-of-dragons After=network.target [Service] ExecStart=/usr/local/bin/mother-of-dragons \ --config=config.toml Restart=always User=mother-of-dragons Group=users [Install] WantedBy=multi-user.target
One of the significant value-adds of this tool is the StatsD integration. It allows you to forward metrics to Prometheus/Grafana, DataDog, or another time series metrics and dashboarding tool.
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