Add blink feature #1

Merged
iGoX merged 1 commits from igox/blink into main 2026-03-21 05:59:37 +01:00
3 changed files with 179 additions and 60 deletions
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2
.gitignore vendored Normal file
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.DS_Store
**/Bruno/

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from microdot import Microdot, send_file
import machine, sys, neopixel, time
import machine, sys, neopixel, time, asyncio
app = Microdot()
@@ -22,6 +22,10 @@ blColor = statusColors.get('OFF')
blStatus = 'off'
blPreviousStatus='off'
blBrightness = 0.1 # Adjust the brightness (0.0 - 1.0)
blBlinking = False
blBlinkFrequency = 0
blBlinkDuration = 0
blBlinkStartTime = 0
def __setColor(color):
r, g , b = color
@@ -152,6 +156,82 @@ async def setStatus(request, status):
return {'status': blStatus}
async def __blinkTask(color, brightness, frequency, duration):
global blBlinking, blStatus, blColor, blBrightness
blBlinking = True
interval = 1.0 / (frequency * 2) # half period in seconds
elapsed = 0.0
while blBlinking:
neoPixelStrip.fill(__setColor(color))
neoPixelStrip.write()
await asyncio.sleep(interval)
neoPixelStrip.fill((0, 0, 0))
neoPixelStrip.write()
await asyncio.sleep(interval)
if duration > 0:
elapsed += interval * 2
if elapsed >= duration:
break
# Restore previous state
blBlinking = False
__setBusyLightColor(color, brightness)
blStatus = blPreviousStatus
@app.post('/api/blink')
async def setBlink(request):
frequency = request.json.get('frequency')
duration = request.json.get('duration')
if frequency is None or duration is None:
return {'error': 'missing frequency or duration parameter'}, 400
if not isinstance(frequency, int) or frequency <= 0:
return {'error': 'frequency must be a positive integer (Hz)'}, 400
if not (isinstance(duration, (int, float))) or duration < 0:
return {'error': 'duration must be a positive float in seconds (0 = endless)'}, 400
# Save current state
global blPreviousStatus, blBlinking, blBlinkFrequency, blBlinkDuration, blBlinkStartTime
blPreviousStatus = blStatus
savedColor = blColor
savedBrightness = blBrightness
# Stop any ongoing blink
blBlinking = False
await asyncio.sleep(0)
# Save blink params
blBlinkFrequency = frequency
blBlinkDuration = duration
blBlinkStartTime = time.ticks_ms()
# Launch blink task
asyncio.create_task(__blinkTask(savedColor, savedBrightness, frequency, duration))
return {'status': 'blinking', 'frequency': frequency, 'duration': duration}
@app.get('/api/blink')
async def getBlink(request):
if blBlinking and blBlinkDuration > 0:
elapsed = time.ticks_diff(time.ticks_ms(), blBlinkStartTime) / 1000.0
remains = max(0.0, blBlinkDuration - elapsed)
else:
remains = 0.0
return {
'isblinking': blBlinking,
'frequency': blBlinkFrequency,
'duration': blBlinkDuration,
'remains': remains
}
@app.post('/api/blink/stop')
async def blinkStop(request):
global blBlinking
blBlinking = False
return {'status': blStatus}
@app.get('/api/color')
async def getColor(request):
r, g, b = neoPixelStrip.__getitem__(0)

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README.md
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# Table of Content
1. [What's this project?](#whats-this-project)
2. [Web UI](#web-ui)
3. [Stream Deck plug-in](#stream-deck-plug-in)
4. [BusyLight API](#busylight-api)
5. [MuteDeck integration](#mutedeck-integration)
6. [Electronic parts](#electronic-parts)
7. [Firmware installation](#firmware-installation)
8. [3D files - Enclosure](#3d-files---enclosure)
9. [Wiring / Soldering](#wiring--soldering)
10. [Tools & libs](#tools--libs)
1. [What's this project?](#user-content-whats-this-project)
2. [Web UI](#user-content-web-ui)
3. [BusyLight Buddy companion app](#user-content-busylight-buddy-companion-app)
4. [Stream Deck plug-in](#user-content-stream-deck-plug-in)
5. [BusyLight API](#user-content-busylight-api)
6. [MuteDeck integration](#user-content-mutedeck-integration)
7. [Electronic parts](#user-content-electronic-parts)
8. [Firmware installation](#user-content-firmware-installation)
9. [3D files - Enclosure](#user-content-3d-files---enclosure)
10. [Wiring / Soldering](#user-content-wiring--soldering)
11. [Tools & libs](#user-content-tools--libs)
# What's this project?
@@ -20,36 +20,43 @@ A cheap, simple to build, nice looking and portable DIY **Busy Light**.
It comes with a with a simplistic but neat **Web UI** and a simple (but hopefully convenient) **Rest API**.
| Controlled by Stream Deck with REST API | Light roll |
|-------------------------------------------------|---------------------------------------|
| ![busylight and stream deck](img/busylight.jpg) | ![busylight roll](img/busylight.gif) |
![showoff video](img/busylight-showoff.mp4)
| Controlled by Stream Deck with REST API | Light roll |
| --- | --- |
| ![busylight and stream deck](img/busylight.jpg) | ![busylight roll](img/busylight.gif) |
# Web UI
A very simplistic but neat UI is available on port `80` (thanks @nicolaeser). \
A very simplistic but neat UI is available on port `80` (thanks @nicolaeser).
Default hostname is `igox-busylight`.
You can try to reach the web UI @ [http://igox-busylight.local](http://igox-busylight.local).
You can try to reach the web UI @ <http://igox-busylight.local>.
| What an neat UI ! :smile: |
|---------------------------|
| What an neat UI ! 😄 |
| --- |
| ![Web UI](img/web-ui.png) |
# BusyLight Buddy companion app
[BusyLight Buddy](https://code.igox.org/iGoX/busylight-buddy) is a free, open-source multiplatform companion app to control your BusyLight from your phone or computer — no browser needed.
Available for **iOS**, **iPadOS**, **Android**, **macOS**, and **Windows**.
It features quick status presets, a custom color picker with saveable presets, a brightness slider, and background polling to keep the UI in sync with the device.
# Stream Deck plug-in
You can download a Stream Deck plugin to control your BusyLight:
[![get it on marketplace](img/elgato-marketplace.png "Get iGoX BusyLight on Marketplace")](https://marketplace.elgato.com/product/igox-busylight-7448a0be-6dd6-4711-ba0d-86c52b9075b9)
Or directly from [here](streamdeck-plugin/README.md).
# 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/color | GET | n/a | Retreive the color currently displayed 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. |
@@ -57,13 +64,17 @@ Or directly from [here](streamdeck-plugin/README.md).
| /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. |
| /api/status | GET | n/a | Retreive the current BusyLight status. Return a `status` object. |
| /api/blink | POST | `blink` JSON object | Make the BusyLight blink. Preserves current color, status and brightness. Return a `status` object. |
| /api/blink | GET | n/a | Retrieve the current BusyLight blink status. Return a `blink` object. |
| /api/blink/stop | POST | n/a | Stop the BusyLight blinking and restore previous state. Return a `status` object. |
| /api/debug | GET | n/a | Retreive the full BusyLight status. |
## JSON objects
### `color` object
```
```json
{
"r": 255,
"g": 0,
@@ -71,65 +82,87 @@ Or directly from [here](streamdeck-plugin/README.md).
"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]
`r`: RED color | integer | [0 .. 255]
`g`: GREEN color | integer | [0 .. 255]
`b`: BLUE color | integer | [0 .. 255]
`brightness`: LED brightness (optional) | float | [0.0 .. 1.0]
### `brightness` object
```
```json
{
"brightness": 0.5
}
```
`brightness`: LED brighness | float | [0.0 .. 1.0]
`brightness`: LED brightness | float | [0.0 .. 1.0]
### `blink` object
```json
{
"isblinking": true,
"frequency": 2,
"duration": 5.0,
"remains": 3.2
}
```
`isblinking`: whether the BusyLight is currently blinking | boolean
`frequency`: blink frequency | integer | Hz
`duration`: total blink duration | float | seconds | 0 = endless
`remains`: remaining blink time | float | seconds | 0 if endless
### `status` object
```
```json
{
"status": "<STATUS>"
}
```
\<STATUS\> : `on` | `off` | `available` | `away` | `busy` | `colored`
`<STATUS>` : `on` | `off` | `available` | `away` | `busy` | `colored` | `blinking`
# MuteDeck integration
The `POST api/mutedeck-webhook` endpoint aims to collect [MuteDeck](https://mutedeck.com/help/docs/notifications.html#enabling-the-webhook-integration) 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 |
|---------------------------------------------------|
* 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 |
| --- |
| ![MuteDeck config](img/mutedeck-webhook-conf.png) |
# Electronic parts
| Parts | Links (Amazon - not affiliated) |
|-------------------------|-----------------------------------------------------------------------------------------------------------|
| Micro-controler | [D1 ESP32 Mini NodeMCU](https://www.amazon.fr/dp/B0CDXB48DZ) - USB C version |
| Led rings (x2) | [AZDelivery 5 x LED Ring 5V RGB compatible avec WS2812B 12-Bit 38mm](https://www.amazon.fr/dp/B07V1GGKHV) |
| Battery | [Anker PowerCore 5000mAh](https://www.amazon.fr/dp/B01CU1EC6Y) |
| USB A to USB C adapter | [USB A to USB C adapter](https://www.amazon.fr/dp/B0BYK917NM) |
| Parts | Links (Amazon - not affiliated) |
| --- | --- |
| Micro-controler | [D1 ESP32 Mini NodeMCU](https://www.amazon.fr/dp/B0CDXB48DZ) - USB C version |
| Led rings (x2) | [AZDelivery 5 x LED Ring 5V RGB compatible avec WS2812B 12-Bit 38mm](https://www.amazon.fr/dp/B07V1GGKHV) |
| Battery | [Anker PowerCore 5000mAh](https://www.amazon.fr/dp/B01CU1EC6Y) |
| USB A to USB C adapter | [USB A to USB C adapter](https://www.amazon.fr/dp/B0BYK917NM) |
# Firmware installation
**(1)** Flash your ESP32 with [Micropython](https://micropython.org/download/ESP32_GENERIC/).
**(1)** Flash your ESP32 with [Micropython](https://micropython.org/download/ESP32_GENERIC/) **v1.24.1**.
**(2)** Install [microdot](https://microdot.readthedocs.io/en/latest/index.html) library on the ESP32. This can easily be done using [Thonny](https://thonny.org):
**(2)** Install [microdot](https://microdot.readthedocs.io/en/latest/index.html) **v2.0.6** library on the ESP32. This can easily be done using [Thonny](https://thonny.org):
| Tools > Manage plug-ins | lib selection |
|-------------------------------|-------------------------------------|
| Tools > Manage plug-ins | lib selection |
| --- | --- |
| ![lib-menu](img/lib-menu.png) | ![lib-install](img/lib-install.png) |
> ⚠️ **Compatibility note:** MicroPython v1.27 is **not compatible** with Microdot due to breaking changes in the underlying ESP-IDF v5.5. Use MicroPython **v1.24.1** with Microdot **v2.0.6**.
**(3)** Edit the `WIFI Configuration` section in the [boot.py](ESP32/boot.py) file.
**(4)** Copy the content of [ESP32](ESP32/) folder with the modified `boot.py` file to the root of your ESP32 file system. Again, can easily be done using [Thonny](https://thonny.org):
**(4)** Copy the content of [ESP32](ESP32) folder with the modified `boot.py` file to the root of your ESP32 file system. Again, can easily be done using [Thonny](https://thonny.org):
![file-copy](img/file-copy.png)
@@ -137,7 +170,7 @@ It will automatically switch to the BusyLight in:
# 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](3D-files-to-print/) folder.
All the required 3D files (STLs and f3d project) to 3D print the enclosure are available in the [3D-files-to-print](3D-files-to-print) folder.
![3D files](3D-files-to-print/img/busylight-3d.jpg)
@@ -150,13 +183,17 @@ You can see a final assembly image [here](3D-files-to-print/README.md).
# Tools & libs
## Thonny
https://thonny.org
<https://thonny.org>
## Micropython
https://micropython.org
<https://micropython.org>
## Microdot
https://microdot.readthedocs.io/en/latest/index.html
<https://microdot.readthedocs.io/en/latest/index.html>
## JSColor
https://jscolor.com
<https://jscolor.com>