History

Erik Montnemery b169a8dbda Mark battery, humidity and pressure sensors as STATE_CLASS_MEASUREMENT (#50924 ) * Mark battery, humidity and pressure sensors as STATE_CLASS_MEASUREMENT * Fix deconz battery sensor		2021-05-24 11:36:42 +02:00
..
docs	…
translations	…
README.md	…
__init__.py	Add zwave_js add-on info dataclass (#50776 )	2021-05-21 13:47:37 +02:00
addon.py	Add zwave_js add-on info dataclass (#50776 )	2021-05-21 13:47:37 +02:00
api.py	Fix zwave_js api typing (#50923 )	2021-05-21 14:20:58 +02:00
binary_sensor.py	…
climate.py	…
config_flow.py	Add zwave_js add-on info dataclass (#50776 )	2021-05-21 13:47:37 +02:00
const.py	…
cover.py	…
discovery.py	…
discovery_data_template.py	…
entity.py	…
fan.py	…
helpers.py	…
light.py	…
lock.py	…
manifest.json	…
migrate.py	…
number.py	…
sensor.py	Mark battery, humidity and pressure sensors as STATE_CLASS_MEASUREMENT (#50924 )	2021-05-24 11:36:42 +02:00
services.py	Add constructor return type in integrations T-Z (#50899 )	2021-05-20 17:00:19 +02:00
services.yaml	…
strings.json	…
switch.py	…

README.md

Z-Wave JS Architecture

This document describes the architecture of Z-Wave JS in Home Assistant and how the integration is connected all the way to the Z-Wave USB stick controller.

Architecture

Connection diagram

Z-Wave USB stick

Communicates with devices via the Z-Wave radio and stores device pairing.

Z-Wave JS

Represents the USB stick serial protocol as devices.

Z-Wave JS Server

Forward the state of Z-Wave JS over a WebSocket connection.

Z-Wave JS Server Python

Consumes the WebSocket connection and makes the Z-Wave JS state available in Python.

Z-Wave JS integration

Represents Z-Wave devices in Home Assistant and allows control.

Home Assistant

Best home automation platform in the world.

Running Z-Wave JS Server

Z-Wave JS Server can be run as a standalone Node app.

It can also run as part of Z-Wave JS 2 MQTT, which is also a standalone Node app.

Both apps are available as Home Assistant add-ons. There are also Docker containers etc.