Tracks a description of a desired state in *repro-env.toml*, for example, the latest version of some official container image, with the latest patch level and the latest version of some additional packages. It also tracks a resolved variant in *repro-env.lock* that tracks the specific versions and checksums of the packages needed to set up the described environment (at the patch-level available at the time of writing).

This library provides a straightforward approach for interacting with devices that use the EcoWitt Protocol, a popular standard for home weather stations. It enables asynchronous communication and data handling, ensuring efficient integration into applications that require real-time environmental data collection and analysis.

This Python library provides asynchronous capabilities for interacting with Rainforest EAGLE-200 devices, enabling real-time data querying and management of home energy meters. It utilizes aiohttp for efficient network communications within an asyncio-driven architecture, suitable for modern asynchronous applications.

Designed for integration with Comelit Simplehome environments, this Python library enables asynchronous interaction with Comelit's home automation systems. It provides developers with the tools to query and manage home devices efficiently within an event-driven architecture, leveraging aiohttp for high-performance asynchronous communications.

This library offers asynchronous control of Airzone HVAC devices, making it suitable for integration into smart home systems or custom automation scripts. It provides comprehensive functions to interact with Airzone systems through an intuitive Python API, enabling the fetching and setting of HVAC parameters such as system configuration, zone management, and device states.

Python library designed to interact asynchronously with Big Ass Fans products that use the i6 protocol, including both i6 and Haiku fans updated to firmware 3.0 or later. This library provides comprehensive support for querying and controlling these fans, replicating nearly all functionalities of the older "SenseMe" protocol, but with enhancements such as occupancy support introduced in firmware 3.1.