fcitx5-table-cangjie5

Flexible Input Method Framework v5 - Cangjie5 table

Fcitx is a input method framework with extension support, which provides an interface for entering characters of different scripts in applications using a variety of mapping systems.

fcitx5-table-extra

Additional table based input method for Fcitx 5

Fcitx is a input method framework with extension support, which provides an interface for entering characters of different scripts in applications using a variety of mapping systems.

fcitx5-table-wubi98-pinyin

Flexible Input Method Framework v5 - Wubi98-Pinyin table

Fcitx is a input method framework with extension support, which provides an interface for entering characters of different scripts in applications using a variety of mapping systems.

fcitx5-table-wubi98-single

Flexible Input Method Framework v5 - Wubi98-Single table

Fcitx is a input method framework with extension support, which provides an interface for entering characters of different scripts in applications using a variety of mapping systems.

python3-hatasmota

Library for interacting with Tasmota devices via MQTT

This library allows communication with Tasmota-enabled devices using the MQTT protocol. It effectively handles the parsing and construction of MQTT messages for integration with Tasmota firmware. The library supports various Tasmota functionalities including buttons, fans, lights, relays, sensors, shutters, and switches.

python3-pyplaato

Asynchronous client for fetching Plaato Airlock and Keg sensor data

This library provides an interface to fetch data from Plaato Airlock and Keg devices using their official API. Specifically designed for beer brewers, it retrieves information such as the level of beer inside the keg, pouring status, and temperature for the Keg. For the Airlock, it accesses metrics like bubble count, CO2 volume, and several fermentation parameters. The library communicates with Plaato sensors over the internet, requiring an authentication token for data access. This enables monitoring of fermentation and storage conditions from connected Plaato devices, offering a wealth of vital data for those tracking their brewing progress via connected sensors. Note that this is an independent implementation and is not associated with or supported by Plaato itself.