The DHT22 sensor is not detected when using an ESP32S2 board. Works fine on ESP8266.

Adding pull-up resistor does not help. Connecting the DHT22 power directly to +3.3V works but if the sensor stops working then you need to power on/off the device.

For the ESP32S2 I currently recommend to use the DS18B20 sensor instead.

When starting up ESP-8266 or after re-booting the scales are not detected.

If I start serial monitor on laptop and re-boot the ESP-8266 the scales are detected and everything works ok.

Add device information so the sensors are grouped into one device

Option for the HX711 with i2c support.

Thanks for KegMon is a great project, I have been modifying to add support for 3 and 4 Scales.

temp_base.hpp is missing a virtual destructor, therefore TempSensorDS and TempSensorDHT are not getting their destructors called on the std::unique_ptr reset in TempSensorManager::setup()
This causes about a 100-byte memory leak for TempSensorDS per attempted setup cycle if no temperature sensor is connected.

My work in progress fork with my 3/4 scales changes are here: https://github.com/caswal/kegmon/tree/4_Scale

In short, I added a scale_count = x to [common_env_data] in platform.io

This enables various #if CFG_SCALECOUNT > 2 etc macros to enable more scale logic.
It also uses scale_count with a python script to then move different htm files from the sub 2/3/4 folders to /html and minimize them.

I don't have any displays yet, so haven't done anything in regards to that, annoyingly on my custom PCB's, the community OLED 0.96" Component I used, had the VCC and GND Nets swapped on the footprint. So need to get some new ones made.

Refactor the documentation and describe the project.

See if we can include the suggestions for encapsulating the scales #2

Would be nice to use larger OLED displays but these do not support changing address.

Add the possibility to support an i2c multiplexer to allow for multiple devices with the same address, this will require a hardware design change but will make the project more future proof.

The current hardware design will need to be supported as well.

Add support for a LCD 20x4 i2c displays

I've successfully built one from this project with a different solution of scale bases. Incredible stable, even with v0.5.0b7 installed. Deviations are just 0.06 and 0.04%.
ESP8266 web interface is a bit slow though. I'd love to see an ESP32 variant, for instance based on ESP32-S2.
As I built the case unit as plug-in modules on a 60x80 experiment PCB (#90664) from Kjell&Co, it's really easy to replace the ESP8266. The whole unit fits snugly into a 120x70x35 case (#89026) from Kjell&Co.

Support both standard experiment PCB and the own design.

v0.5.0b7 is installed, and I have tested the Home Assistant MQTT integration.
Does not seem to be very useful at the moment. Just a few telegrams after a reboot.
I have tested running tcpdump on the HA/Mosquitto Pi. Nothing coming from Kegmon.

Apart from that: Many thanks for yet another useful project you have made!

Cheers
Lars

Looks like the level logging is broken in the latest releases