Table of Content

1. What's this project?
2. Web UI
3. Stream Deck plug-in
4. BusyLight API
5. MuteDeck integration
6. Electronic parts
7. Firmware installation
8. 3D files - Enclosure
9. Wiring / Soldering
10. Tools & libs

What's this project?

Let people know if they can bother you with light signals!

A cheap, simple to build, nice looking and portable DIY Busy Light.

It comes with a with a rudimentary (and ugly) Web UI and a simple (but hopefully convenient) Rest API.

Controlled by Stream Deck with REST API	Light roll

Web UI

A very simplistic (and ugly) UI is available on port 80.
Default hostname is igox-busylight.

You can try to reach the web UI @ http://igox-busylight.local.

What an ugly UI ! 😄

Stream Deck plug-in

You can download a Stream Deck plugin to control your BusyLight:

Or directly from here.

BusyLight API

End points

Path	Method	Parameter	Description
/api/color	POST	color JSON object	Set the BusyLight color according to the color object passed in the request body. Return a status object.
/api/color	GET	n/a	Retreive the color currently displyed by the BusyLight. Return a color object.
/api/brightness	POST	brightness JSON object	Set the BusyLight brightness according to the brightness object passed in the request body. Return a status object.
/api/brightness	GET	n/a	Retreive the BusyLight brightness. Return a brightness object.
/api/status/on	POST / GET	n/a	Light up the BusyLight. White color. Return a status object.
/api/status/available	POST / GET	n/a	Set the BusyLight in available mode. Green color. Return a status object.
/api/status/away	POST / GET	n/a	Set the BusyLight in away mode. Yellow color. Return a status object.
/api/status/busy	POST / GET	n/a	Set the BusyLight in busy mode. Red color. Return a status object.
/api/status/off	POST / GET	n/a	Shutdown the BusyLight. Return a status object.
/api/status	GET	n/a	Retreive the current BusyLight status. Return a status object.
/api/debug	GET	n/a	Retreive the full BusyLight status.

JSON objects

color object

{
  "r": 255,
  "g": 0,
  "b": 127,
  "brightness": 0.5
}

r: RED color | integer | [0 .. 255]
g: GREEN color | integer | [0 .. 255]
b: BLUE color | integer | [0 .. 255]
brightness: LED brighness (optional) | float | [0.0 .. 1.0]

brightness object

{
  "brightness": 0.5
}

brightness: LED brighness | float | [0.0 .. 1.0]

status object

{
  "status": "<STATUS>"
}

<STATUS> : on | off | available | away | busy | colored

MuteDeck integration

The POST api/mutedeck-webhook endpoint aims to collect MuteDeck webhook callbacks.

It will automatically switch to the BusyLight in:

• busy mode (Red color) when entering a meeting with Mic ON and camera ON.
• away mode (Yellow color) when entering a meeting with Mic OFF and camera ON.
• away mode (Yellow color) if the mic is muted during a meeting.
• available mode (Green color) when exiting/closing a meeting.

MuteDeck Configuration

Electronic parts

Parts	Links (Amazon - not affiliated)
Micro-controler	D1 ESP32 Mini NodeMCU - USB C version
Led rings (x2)	AZDelivery 5 x LED Ring 5V RGB compatible avec WS2812B 12-Bit 38mm
Battery	Anker PowerCore 5000mAh
USB A to USB C adapter	USB A to USB C adapter

Firmware installation

(1) Flash your ESP32 with Micropython.

(2) Install microdot library on the ESP32. This can easily be done using Thonny:

Tools > Manage plug-ins	lib selection

(3) Edit the WIFI Configuration section in the boot.py file.

(4) Copy the content of ESP32 folder with the modified boot.py file to the root of your ESP32 file system. Again, can easily be done using Thonny:

Done!

3D files - Enclosure

All the required 3D files (STLs and f3d project) to 3D print the enclosure are available in the 3D-files-to-print folder.

Wiring / Soldering

You can see a final assembly image here.

Tools & libs

Thonny

https://thonny.org

Micropython

https://micropython.org

Microdot

https://microdot.readthedocs.io/en/latest/index.html

JSColor

https://jscolor.com