python3-moat-ble
Manager for Moat Bluetooth Low Energy (BLE) devices
This library manages Moat Bluetooth Low Energy (BLE) devices, providing a way
to interface with them over a BLE connection. It enables straightforward
access to various Moat sensors, allowing you to read data from devices like
the S2 Smart Temperature & Humidity Sensor. The library ensures smooth
communication with Moat devices through BLE, handling the complexities of
Bluetooth connections and data parsing. It primarily interacts with Moat
sensors to retrieve environmental data such as temperature and humidity,
making it a useful tool for integrating these devices into larger applications
or systems.
libgenomicsdb1
sparse array storage library for genomics (shared libraries)
GenomicsDB is built on top of a htslib fork and an internal array storage
system for importing, querying and transforming variant data. Variant data is
sparse by nature (sparse relative to the whole genome) and using sparse array
data stores is a perfect fit for storing such data.
python3-bthome-ble
BLE parser for sensors supporting BTHome format
This library parses data from sensors that use the BTHome BLE format. It
supports both versions 1 and 2 of the BTHome protocol. BTHome BLE is designed
for energy-efficient data broadcasting via Bluetooth. This library allows for
the automatic discovery and integration of BTHome devices, provided that the
Bluetooth integration is enabled and functional. Encryption support is
available, requiring a 32-character hexadecimal bindkey for secure
communication.
python3-bluemaestro-ble
Library for interfacing with BlueMaestro BLE devices
This library provides functionalities to interact with BlueMaestro BLE
devices, such as the Tempo Disc THD and Tempo Disc THPD. It enables the
retrieval of sensor data from these devices, allowing for the monitoring of
temperature, humidity, and other environmental factors. The library
communicates with BlueMaestro devices over Bluetooth, automatically
discovering and handling connections when used in environments that support
Bluetooth integration. It is designed to integrate with systems that need
real-time or periodic data collection from BlueMaestro sensors, offering a
reliable way to gather and process environmental metrics.
python3-aiopurpleair
Python library for interacting with the PurpleAir API
This library allows users to interact with the PurpleAir API, providing access
to hyper-local air quality data collected from PurpleAir sensors. The library
can fetch data from specific sensors, retrieve lists of nearby sensors, and
generate API keys for accessing different levels of data. It supports querying
for sensor data based on various parameters such as fields, location,
modification date, and more.
python3-aionotion
Library for interacting with Notion home monitoring sensors
This library provides tools to interact with Notion's home monitoring sensors.
It enables users to retrieve data from various sensors, manage user
authentication tokens, and work with different components of the Notion system
such as bridges, sensors, and listeners. The library supports asynchronous
operations, making it well-suited for applications that require concurrent
data processing.