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aioiotprov

A library/utility to provision IoT devices

PyPI version fury.io MIT license GITHUB-BADGE

This is early day. Currently it can provision TP-Link smartplugs, Broadlink IR blasters, Sonoff switches running the Tasmota firmware, Shelly devices and E-Trix power monitors, Xiaomi Yeelights (Possibly other Xiaomi too)

This uses nmcli or wpa_cli to control and configure WIFI access. This means this will work only with Linux, and then again not all. It is working on a RaspberryPi running Debian Stretch (No NetworkManager) and works on a laptop running Ubuntu 18.10 to 20.04

When using nmcli, it is possible to use a connected WiFi adapter, this has not yet been tested with wpa_cli

Installation

We are on PyPi so

pip3 install aioiotprov

Running

You can just run it by doing

python3 -m aioiotprov "My SSID" "My Secret Key"

If you want to set user, password and for sonoff, MQTT, do something like

python3 -m aioiotprov -u user -p password "My SSID" "My Secret Key" \
-o "sonoff::mqtt==on||user=mqttuser||password=mqttpass||host=somehost||port=1883||client=DVES_XXXXXX||topic=sonoff-XXXXXX||full topic=blabla/%prefix%/%topic%/"

For Shellies,

python3 -m aioiotprov -u user -p password "My SSID" "My Secret Key" \
-o "shelly::mqtt==on||user==mqttuser||password==mqttpass||host==somehost||port==1883"

For Tasmota,

python3 -m aioiotprov -d -u user -p passwd -o 'tasmota::mqtt==on||template=={"NAME":"Sonoff T1 3CH","GPIO":[17,255,255,255,23,22,18,19,21,56,0,0,0],"FLAG":0,"BASE":30}||host==somehost||user==mqttuser||password==mqttpasswd'
-- SSID KEY

Setting option will only works with plugins that can handle those. Use '::' after name of the plugin. Use '==' to set value and use '||' to separate options

Plugins

broadlink

This is a plugin to provision Broadlink devices, like the A1 sensor or the RM4 Mini IR blaster.

The device cannot be secured (no user/password setting) nor is any option available for this plugin.

e-trix

This is a plugin to provision E-Trix electrix metering devices.

The device cannot be secured (no user/password setting) nor is any option available for this plugin.

shelly

This is a plugin to provision Shelly devices.

If you set the user and the password, the device will be secured with those.

The plugin supports the following options:

mqtt:    on or off Use MQTT or not
    host: mqtt host URI (with port if needed) (only if mqtt=='on'
    user: mqtt username
    password: mqtt password

tasmota

This is a plugin to provision devices running the Tasmota software.

If you set the user and the password, the device will be secured with those.

The plugin supports the following options:

module:  The index of the module to use (e.g. 29 is for Sonoff T1 2CH)
template: A device template. See the Tasmota documentation for details.
mqtt:    on or off Use MQTT or not
    host: mqtt host (only if mqtt=='on'
    user: mqtt username
    password: mqtt password
    port: mqtt port
    client: see tasmota documentation for details
    topic: define the device unique id for MQTT
    full topic: : full topic e.g. mystuff/%prefix%/%topic%

For 'client', 'topic' and 'full topic'  the string '{mac}' in the value will be replaced by
the last 6 hexadigits of the MAC address in lowercase format.

tp-link

This is a plugin to provision TP-Link smart plugs devices. It may work with other smart home devices, but this has not been tested. The device cannot be secured (no user/password setting) nor is any option available for this plugin.

yeelight

This plugin is based on the protocol description and the code from OpenMiHome

This plugin provision Xiaomi Yeelight.

Upon successful provisioning, the token, used to encrypt subsequent communications, is returned.

By default, the key will be saved in the file ~/.aioyeelight. It can then be used with aioyeelight. If you do not wish to persist keys, use the nopersist option.

The plugin supports the following options:

user: Your Xiaomi cloud id
timezone: Your timezone, default to Etc/GMT<offset>
country: country code for your Xiaomi server, default 'sg'

How it works

Mostly each plugin knows what SSID to look for. If one of the needed SSID is found, aioiotprov will connect to the SSID and hand over provisioning duties to the plugin.

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