Integrate PHYTOS 31 leaf wetness sensor into OSP

[aaron-wu1]

Describe the Enhancement Read a voltage measurement from the leaf wetness sensor and upload over LoRa to OSP.

Benefits Add a new sensor to the platform

Possible Drawbacks N/A

Additional Context The scope of the work is the following:

• Identify the setup process of the leaf wetness sensor and see if new features need to be created to support it
• Create a specific leaf wetness chart

[aaron-wu1]

Tagging @cjosephson, @jmadden173, @stevegtaylor

[jmadden173]

Pip List

SPS Firmware

Package                    Version Editable project location
-------------------------- ------- -----------------------------------------------------------------
build                      1.0.3
nanopb                     0.4.8
packaging                  23.2
pip                        23.2.1
protobuf                   4.25.1
pyproject_hooks            1.0.0
setuptools                 65.5.0
soil-power-sensor-protobuf 0.0.1   /home/jtmadden/repos/jlab/soil-power-sensor-firmware/proto/python

backend

Package                    Version
-------------------------- --------
alembic                    1.13.1
aniso8601                  9.0.1
async-timeout              4.0.3
Authlib                    1.3.0
bcrypt                     4.1.2
blinker                    1.7.0
cachelib                   0.13.0
cachetools                 5.3.3
certifi                    2024.2.2
cffi                       1.16.0
charset-normalizer         3.3.2
click                      8.1.7
cryptography               42.0.5
Flask                      3.0.3
Flask-Bcrypt               1.0.1
Flask-Cors                 4.0.0
flask-marshmallow          1.2.1
Flask-Migrate              4.0.7
Flask-RESTful              0.3.10
Flask-Session              0.8.0
Flask-SQLAlchemy           3.1.1
google-auth                2.29.0
greenlet                   3.0.3
gunicorn                   22.0.0
idna                       3.7
itsdangerous               2.2.0
Jinja2                     3.1.3
Mako                       1.3.3
MarkupSafe                 2.1.5
marshmallow                3.21.1
marshmallow-sqlalchemy     1.0.0
msgspec                    0.18.6
numpy                      1.26.4
packaging                  24.0
pandas                     2.2.2
pip                        24.0
protobuf                   5.26.1
psycopg2-binary            2.9.5
pyasn1                     0.6.0
pyasn1_modules             0.4.0
pycparser                  2.22
PyJWT                      2.8.0
python-dateutil            3.9.0
pytz                       2024.1
redis                      5.0.3
requests                   2.31.0
rsa                        4.9
setuptools                 65.5.0
six                        1.16.0
soil-power-sensor-protobuf 2.0.0
SQLAlchemy                 2.0.29
tqdm                       4.66.2
typing_extensions          4.11.0
tzdata                     2024.1
urllib3                    2.2.1
Werkzeug                   3.0.2
wheel                      0.38.4

In 5.x.x of protobuf, they must have changed the implementation of MessageToDict(), since the decoding is failing on the serverside.

backend-1  |   File "/usr/local/lib/python3.11/site-packages/soil_power_sensor_protobuf/decode.py", line 53, in decode_measurement
backend-1  |     meta_dict = MessageToDict(meas.meta, including_default_value_fields=True)
backend-1  |                 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
backend-1  | TypeError: MessageToDict() got an unexpected keyword argument 'including_default_value_fields'

On the firmware side for the soil_power_sensor_firmware I'll peg the version of protobuf to prevent future errors occurring.