ha-smartthinq-sensors

LG ThinQ Devices integration for HomeAssistant

A HomeAssistant custom integration to monitor and control LG devices using ThinQ API based on WideQ project.

Supported devices are:

• Air Conditioner
• Air Purifier
• Dehumidifier
• Dishwasher
• Dryer
• Fan
• Hood
• Microwave
• Range
• Refrigerator
• Styler
• Tower Washer-Dryer
• Washer
• Water Heater

Important: The component will not work if you have logged into the ThinQ application and registered your devices using a social network account (Google, Facebook or Amazon). In order to use the component you need to create a new independent LG account and make sure you log into the ThinQ app and associate your devices with it. If during configuration you receive the message “No SmartThinQ devices found”, probably your devices are still associated with the social network account. To solve the problem perform the following step:

• remove your devices from the ThinQ app
• logout from the app and login again with the independent LG account
• reconnect the devices in the app

Important 2: If you receive an “Invalid Credential” error during component configuration/startup, check in the LG mobile app if is requested to accept new Term Of Service.

Note: some device status may not be correctly detected, this depends on the model. I’m working to map all possible status developing the component in a way to allow to configure model option in the simplest possible way and provide update using Pull Requests. I will provide a guide on how update this information.

Installation

You can install this component in two ways: via HACS or manually.

Option A: Installing via HACS

If you have HACS, just go in the Integration Tab and search the “SmartThinQ LGE Sensors” component and install it.

Option B: Manual installation (custom_component)

Prerequisite: SSH into your server. Home Assistant Add-on: SSH server

1. Clone the git master branch. git clone https://github.com/ollo69/ha-smartthinq-sensors.git

2. If missing, create a custom_components directory where your configuration.yaml file resides. This is usually in the config directory of homeassistant. mkdir ~/.homeassistant/custom_components

3. Copy the smartthinq_sensors directory within the custom_components directory of your homeassistant installation from step 2. cp -R ha-smartthinq-sensors/custom_components/smartthinq_sensors/ ~/.homeassistant/custom_components

4. (Optional) Delete the git repo. rm -Rf ha-smartthinq-sensors/

   After a correct installation, your configuration directory should look like the following.

       └── ...
       └── configuration.yaml
       └── secrets.yaml
       └── custom_components
           └── smartthinq_sensors
               └── __init__.py
               └── config_flow.py
               └── const.py
               └── ...
   

5. Reboot HomeAssistant

Component configuration

Once the component has been installed, you need to configure it using the web interface in order to make it work.

1. Go to “Settings->Devices & Services”.
2. Hit shift-reload in your browser (this is important!).
3. Click “+ Add Integration”.
4. Search for “SmartThinQ LGE Sensors”
5. Select the integration and Follow setup workflow

Important: use your country and language code: SmartThinQ accounts are associated with a specific locale, so be sure to use the country and language you originally created your account with. Reference for valid code:

• Country code: ISO 3166-1 alpha-2 code
• Language code: ISO 639-1 code

Docs

In this example, “My [insert thing]” will just be the placeholder

Entities

Attributes sensor.my_washer

Note: When something doesn’t apply and/or is off, it may have a - as its value. Also, these are for @KTibow’s washer, values may differ for yours. Feel free to open an issue/PR.

Attributes sensor.my_dryer

Note: When something doesn’t apply and/or is off, it may have a - as its value. Also, these are for @KTibow’s dryer, values may differ for yours. Feel free to open an issue/PR.

Examples (washer/dryer)

• Get a notification when the clothes are done drying (or when the clothes are done washing, automation)

- id: 'dry_clothes_notification'
  alias: "Dry clothes notification"
  description: "Alert when dryer finishes"
  trigger:
  - entity_id: binary_sensor.my_dryer_dry_completed
    platform: state
    to: 'on'
  condition: []
  action:
  - data:
      title: "The clothes are dry!"
      message: "Get them while they're hot!"
    service: notify.notify

You can substitute “dry” and “dryer” for “wet” and “washer” if you want to use with a washer, for example.

• Timer Bar Card now supports this integration. If you like to show a progress bar for your washer/dryer go to https://github.com/rianadon/timer-bar-card and replace ‘sensor.my_washer’ with your sensor name.

type: custom:timer-bar-card
entity: sensor.my_washer # replace with your entity name
duration:
  attribute: initial_time
invert: true # if you like to show the progress bar reverse like the screenshot above shows
bar_height: 11px # adjusts the height of the bar
text_width: 4em # adjusts the text width

• Custom card for dryer and washer

class LaundryCard extends HTMLElement {
  // Whenever states are updated
  set hass(hass) {
    const entityId = this.config.entity;
    const state = hass.states[entityId];
    // Set data definitions
    const friendlyName = state.attributes["friendly_name"] || state.entity_id;
    const icon = state.attributes["icon"];
    if (!this.content) {
      this.innerHTML = `
        <ha-card header="${friendlyName}">
          <div class="main">
            <ha-icon icon="${icon}"></ha-icon>
            <span></span>
          </div>
        </ha-card>
      `;
      this.querySelector(".main").style.display = "grid";
      this.querySelector(".main").style.gridTemplateColumns = "33% 64%";
      this.querySelector("ha-icon").style.setProperty("--mdc-icon-size", "95%");
    }
    if (state.state == "on") {
      const totalTime = state.attributes["initial_time"];
      const remainTime = state.attributes["remain_time"];
      const totalMinutes = (parseInt(totalTime.split(":")[0]) * 60) + parseInt(totalTime.split(":")[1]);
      const remainMinutes = (parseInt(remainTime.split(":")[0]) * 60) + parseInt(remainTime.split(":")[1]);
      this.querySelector("ha-icon").style.color = "#FDD835";
      this.querySelector("span").innerHTML = `
${friendlyName} is running ${state.attributes["current_course"]}<br>
Currently ${state.attributes["run_state"]}<br>
${state.attributes["initial_time"]} total, ${state.attributes["remain_time"]} to go
<div class="progress-wrapper" style="height: 20px; width: 100%;">
  <div class="progress" style="display: inline-block; height: 20px;">
  </div>
  <span style="color: #FFFFFF; position: absolute; right: 33%;">50%</span>
</div>
`;
      this.querySelector(".progress-wrapper").style.backgroundColor = "#44739E";
      this.querySelector(".progress").style.backgroundColor = "#FDD835";
      this.querySelector(".progress").style.width = (totalMinutes - remainMinutes) / totalMinutes * 100 + "%";
      this.querySelector(".progress-wrapper span").innerHTML = Math.round((totalMinutes - remainMinutes) / totalMinutes * 100) + "%";
    } else {
      this.querySelector("ha-icon").style.color = "#44739E";
      this.querySelector("span").innerHTML = `${friendlyName} is off`;
    }
  }

  // On updated config
  setConfig(config) {
    const states = document.querySelector("home-assistant").hass.states;
    if (!config.entity || !states[config.entity] || !states[config.entity].state) {
      throw new Error("You need to define an valid entity (eg sensor.my_washing_machine)");
    }
    this.config = config;
  }

  // HA card size to distribute cards across columns, 50px
  getCardSize() {
    return 3;
  }

  // Return default config
  static getStubConfig() {
    for (var state of Object.values(document.querySelector("home-assistant").hass.states)) {
      if (state.attributes["run_state"] !== undefined) {
        return { entity: state.entity_id };
      }
    }
    return { entity: "sensor.my_washing_machine" };
  }
}

customElements.define('laundry-card', LaundryCard);
window.customCards.push(
  {
    type: "laundry-card",
    name: "Laundry Card",
    preview: true
  }
);

type: 'custom:laundry-card'
entity: 'sensor.the_dryer_dryer' # Washers work too!

• Mushroom-card

)

type: custom:mushroom-template-card
primary: Dryer
secondary: >-
  {% if is_state("sensor.dryer", "on") %}

  Running {{ state_attr("sensor.dryer", "current_course") }}

  Currently {{ state_attr("sensor.dryer", "run_state") }}

  {{ state_attr("sensor.dryer", "initial_time") }} total, {{ state_attr("sensor.dryer", "remain_time") }} to go

  {% else %}

  Off

  {% endif %}
icon: mdi:tumble-dryer
entity: sensor.dryer
multiline_secondary: true
icon_color: '{{ "indigo" if is_state("sensor.dryer", "on") else "" }}'
tap_action:
  action: more-info

• Washer picture status card (LG전자 / CC BY (https://creativecommons.org/licenses/by/2.0) for image. Find the images here)

sensor:
  - platform: template
    sensors:
      washer_cycle_state:
        value_template: '{{state_attr(''sensor.my_washer'', ''remain_time'')}}'
        friendly_name: Washer Cycle State
        icon_template: 'mdi:washing-machine'

cards:
  - type: conditional
    conditions:
      - entity: sensor.my_washer
        state: "on"
    card:
      aspect_ratio: '1'
      entity: sensor.washer_cycle_state
      image: /local/washerrunning.gif
      type: picture-entity
  - type: conditional
    conditions:
      - entity: sensor.my_washer
        not_state: "on"
    card:
      aspect_ratio: '1'
      entity: sensor.my_washer
      image: /local/washer.jpg
      type: picture-entity
type: vertical-stack

Obtaining API Information

For troubleshooting issues, or investigating potential new devices, information can be intercepted from the API via a man-in-the-middle (MITM) http proxy interception method. Charles, mitmproxy, and Fiddler are examples of software that can be used to perform this mitm ‘attack’/observation.

This can be done using a physical or virtual device that can run the LG ThinQ app. While it is theoretically possible with iOS, it is much easier to do this using Android.

Windows 11 enables the ability to run Android apps on most modern machines, making this process more accessible by eliminating the need for a physical device or separate emulation/virtualization software.

For information on how to do this with Windows Subsystem for Android (WSA) on Windows 11 using mitmproxy, please see the repo zimmra/frida-rootbypass-and-sslunpinning-lg-thinq (Method tested August '23, LG ThinQ Version 4.1.46041)

Be kind

If you like the component, why don’t you support me by buying me a coffee? It would certainly motivate me to further improve this work.

Credits

This component is developed by Ollo69 based on WideQ API. Original WideQ API was developed by Adrian Sampson under license MIT.