ponics32 is a hydro/aero/aquaponics monitoring & control system built using the ESP-IDF framework.
Additional settings (i.e. WiFi credentials) can be found in main/settings.h.
ponics32 systems are characterized by 3 user-defined groups:
- Sensors
- Actuators
- Emergencies
Sensors are used to gather data from your *ponics setup. Examples include temperature sensors, water level sensors, float switches, etc.
User-defined sensors must implement the ISensor interface defined in components/sensor/include/ISensor.h.
All sensors are initialized and added to the allSensors array in the global sensorsInit() function defined in components/sensor/src/sensors.cpp. HTML code is generated from this array.
Actuators are used to control outputs from your *ponics setup. Examples include water pumps, LED strips, heating elements, etc.
User-defined actuators must implement the IActuator interface defined in components/actuator/include/IActuator.h.
All actuators are initialized and added to the allActuators array in the global actuatorsInit() function defined in components/actuator/src/actuators.cpp. HTML code is generated from this array.
Emergencies are used to trigger a callback when a certain condition is met. Examples include shutting off a water pump if high water level, turning on a heater if low temperature, etc.
User-defined emergencies must implement the IEmergency interface defined in components/emergency/include/IEmergency.h.
All emergencies are initialized and added to the allEmergencies array in the global emergenciesInit() function defined in components/emergency/src/emergencies.cpp.
ponics32 can be built and flashed using Espressif's idf.py:
cd ponics32/
idf.py -p <PORT> flash