(Is there a simpler solution I missed?)

  import sqlite3
  import time
  from pathlib import Path
  home = Path.home()
  
  con = sqlite3.connect(f"{home}/.mixxx/mixxxdb.sqlite")
  cur = con.cursor()
  
  def get_track_name():
      global cur
      trackid = cur.execute("SELECT * FROM PlaylistTracks WHERE id=(SELECT max(id) FROM PlaylistTracks);").fetchall()[0][2]
      trackname = cur.execute(f"SELECT * FROM library WHERE id={trackid};").fetchall()[0][2]
      return trackname
  
  now_playing = get_track_name()
  print(now_playing)
  
  while True:
      if (np := get_track_name()) != now_playing:
          now_playing = np
          print(np)
      time.sleep(1)

[1] https://github.com/erikrichardlarson/unbox/blob/2182f227a0fc...

* https://github.com/ViktorNova/mixxx-now-playing

But..... If its always in a SQLite DB you should be able to use DB Browser for SQLite to inspect the DB Schema and then write a bash/python (whatever) script to pull the info out.

RESULTS=$(sqlite-utils "data.db" " SELECT song, artist, duration, FROM my_table WHERE song = 'CURRENT';")

RESULTS=$(sqlite3 data.db <<EOF SELECT song, artist, duration, FROM my_table WHERE song = 'CURRENT'; EOF )

I have no idea what the schema looks like but those are just some examples of how straightforward it might be. Run it on CRON (whatever) update as needed. https://cronitor.io/guides/python-cron-jobs

Once you have the Schema an LLM could most likely do the rest if you are not a programmer, but still need someone to get it added to the site.

Wedding website was a django site, with accounts for everyone I invited. I had a separate part of it where the guests could choose an RGB colour, and then choose tracks by searching. I used a spotify API for this, so when they chose a track, if someone chose a similar one (say a specific mix) then they could see this and vote for that. Each guest could choose 10 tracks. I used some HTMX for this as well (first time) and it generally worked pretty well. Database stored the spotify ID/UUID/whatever for each track

Once everyone had voted, I then bought all the tracks which we were going to play - reason being that I couldn't rely on WiFi on the day, and wanted to be 100% sure it would work, plus I couldn't "DJ" from spotify tracks.

All of the tracks were then renamed including their spotify ID/UUID/whatever, so the system knew who had voted for a specific track.

I then made the playlist up in Mixxx, and trimmed tracks to fit better, and made it work musically (my wife is excellent at this, she made it really work, mix wise). Made sure it all played OK.

The other part of the system was a custom light setup, with sound-reactive LED bars I made up (using ESP8266 and WLED firmware with 150 LEDs per 'stick') with them all being controlled by a custom controller. This system read the track from the Mixxx system (via HTTP request to a flask app I wrote that read the sqlite dB from mixxx to know what track was playing), and then coloured the lights with the colours of the people who had voted for the tracks. Also if you went onto the dancefloor you could 'swipe in' via an RFID label which was in the wristbands, which also reacted to lights and were colour-controlled over DMX.

The light patterns were sometimes random, or if one was good for a specific track then I programmed that into the system.

It was all spaghetti code, and the first time I used FastAPI. The code is terrible, and I'm only making it public as I thought it might be useful to someone.

https://github.com/djaychela/wedding_controller

I've just had a terminal cancer diagnosis and am no longer doing anything other than trying to stay alive. So please, no grief about the code! I'm sharing this to try to help someone else if they ever want to do something like this...

Is there already a mapping for you device? Check the manual https://manual.mixxx.org/2.5/en/

Not since they bravely killed off the headphone plug.

https://binepad.com/products/bnr1-v2

I find the mouse-cursor drag very clunky.

No it does not. It will try to push it on you, but you can export to USB without account or subscription.

Create a playlist with your tracks, insert USB, right click on the playlist and export to USB.

Unfortunately it's far down my priority list given the cost, my unfamiliarity with Mixxx development and that I rarely do anything without Mixx.

But this is absolutely what ecosystem grants/bounties should be for.

Another reason that we'd like to reduce the maintenance burden by using a similar setup for windows and macOS deps. Our dev team is small, and almost all of us use Linux. For macOS in particular we don't have anyone on the core team that uses it as their daily driver, which may also play a role when talking about the DX in macOS.