[Bug]: BME680 data output no longer works about firmware HOT 7 CLOSED

I've tested rolling back #3904 as a test case against RAK4631 variant (only hardware i have a BME680/RAK1906)

Test #1:
changing the BSEC2 package back to 1.5.2400, building and flashing... sensors come back (no IAQ displaying)
Test #2:
changing the BSEC2 package back to 1.6.2400, building and flashing... sensors come back (no IAQ displaying)
Test #3-7
changing BSEC iteratively backwards until #898bc7d where Sensor Data returns (last good working commit against meshtastic/firmware, also changing lib path where it changes to bsec2 appropriately)

Looks like

in platformio.ini

lib_deps =
  https://github.com/boschsensortec/Bosch-BSEC2-Library#v1.6.2400

in variant.h under rak4631

build_flags = ${nrf52840_base.build_flags} -Ivariants/rak4631 -D RAK_4631
  -L "${platformio.libdeps_dir}/${this.__env__}/**BSEC2 Software Library**/src/cortex-m4/fpv4-sp-d16-hard"

from firmware.

A small side effect of the update and back:
Before the update to 2.3.10, the temperature displayed was 0.8 °C higher than that of the reference thermometer. This was fine since it was still within the BME680's one degree manufacturing tolerance.
After going back and forth, there is a difference of 2.8 °C!
A reset to factory settings does not lead to any changes, as it is not a real reset. Data will still be preserved somewhere on the device. Maybe also (wrong) data stored by the BME680?

from firmware.

I have shut down the node with the sensor for now. The difference was getting bigger and bigger.
At the end the temperature difference to the reference thermometer was almost 6 °C.

from firmware.

resolved with 2.3.11

from firmware.

Works again, but with restrictions only. The air pressure is displayed incorrectly (10.1 hPa) and the line is overwritten on the left side by the new added (V and mA) values.

from firmware.

Works again, but with restrictions only. The air pressure is displayed incorrectly (10.1 hPa) and the line is overwritten on the left side by the new added (V and mA) values.

Thats a client side issue - the Android app needs updating to suit from everything I've seen discussed.

from firmware.

Possibly the voltage and current values, but the incorrect air pressure can probably be traced back to the Bosch library.

from firmware.