Control application: Difference between revisions
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Additionally, the main control application implements the following supporting features: | Additionally, the main control application implements the following supporting features: | ||
* [[Version comparison between database and application]] | |||
* Configuration using a Rust .toml configuration file | * Configuration using a Rust .toml configuration file | ||
* Logging | * Logging | ||
| Line 14: | Line 15: | ||
* Storage of recorded data in SQL database | * Storage of recorded data in SQL database | ||
* File-based communication to RAM-disk | * File-based communication to RAM-disk | ||
* Usage of simulator | * Usage of simulator to run with simulated sensor data for development purposes | ||
* Schedule checks to limit the hour of day of operating certain actuators | * Schedule checks to limit the hour of day of operating certain actuators | ||
* [[Communication with HW Watchdog]] | |||
The application is written in Rust and is [[automatic start by using systemd| automatically started using systemd]]. | |||
The documentation of the software is available [http://vps2483992.servdiscount-customer.com/aquarium_control_doc/aquarium_control/ here]. | |||
Development for the main control application requires the [[setup of the development environment]]. | |||
There is a [[Release procedure|release procedure]] which is highly recommended to be followed also by anyone developing the SW further. | |||
Latest revision as of 19:06, 29 July 2025
The main control application of Aquarium control implements the following features:
- Data acquisition of water temperature, pH and conductivity
- Data acquisition of ambient temperature and humidity
- Refill control for fresh water
- Feed control
- Water temperature control using air ventilation and heater
- Balling mineral dosing
Additionally, the main control application implements the following supporting features:
- Version comparison between database and application
- Configuration using a Rust .toml configuration file
- Logging
- Command interface to receive instructions from outside of the application via a POSIX message queue
- Storage of recorded data in SQL database
- File-based communication to RAM-disk
- Usage of simulator to run with simulated sensor data for development purposes
- Schedule checks to limit the hour of day of operating certain actuators
- Communication with HW Watchdog
The application is written in Rust and is automatically started using systemd.
The documentation of the software is available here.
Development for the main control application requires the setup of the development environment.
There is a release procedure which is highly recommended to be followed also by anyone developing the SW further.