luniebox

lunibox is a RFID jukebox based on a Raspberry Pi. It is similar to the Phoniebox [GitHub] and an upgrade of the TonUINO (de) which both are DIY versions of the popular Toniebox©. The main focus for now is to play Spotify© content and playing local files (also supports Spotify© download for offline use). Other sources will be integrated later.

Prerequisites

You need to be familiar with ssh (Putty on Windows). For the usage of Spotify© a premium account is required.

Hardware

• Raspberry Pi (tested with Raspberry Pi 3 Model B, Zero 2 W) [starting at ~14€]
• power supply (5V ~2.5A) [starting at ~6€]
• Micro SD card (at least 4GB) [starting at ~4€]
• RC522 RFID Reader [starting at ~1.50€]
• RFID (MiFare) cards or chips [starting at ~2€]
• a Audio Card:
  • Pimoroni Audio Amp SHIM (3W Mono Amp) [starting at ~11€] with passive speaker [starting at ~5€]
  • Pimoroni Audio DAC SHIM [starting at ~14€] with active speaker
  • Adafruit Speaker Bonnet for Raspberry Pi
  • ...something else (use custom setup!)
• (optional) 2x Push Buttons for volume control [starting at ~1€]
• (optional) MPU9250 9-axis sensor [starting at ~1.50€]
• (optional) Waveshare UPS HAT + 2x 18650 18650 Li battery [starting at ~30€]
• some wires or dupont connectors [starting at ~2€]
• case for all above
• depending on hardware: soldering equipment

A minimal setup (Raspberry Zero 2 W, power supply, Micro SD, RC522, Cards, Audio Amp, Speaker, Buttons) should be about ~45€ plus case materials.

Software

• latest Raspberry Pi OS blank installation on Micro SD card (Instructions: raspberrypi.com/software/)
• WiFi connection
• ssh enabled

Optional: Headless installation

If you're using a Raspberry Pi Zero or have missing peripherals to setup WiFi and ssh please perform the following steps:

• insert Micro SD card with Raspberry Pi OS into a computer
• place an empty file called ssh into /boot folder/partioon
• place a filed called wpa_supplicant.conf into /boot folder/partition with following content

  country=$COUNTRY_CODE
  ctrl_interface=DIR=/var/run/wpa_supplicant GROUP=netdev
  update_config=1
  
  network={
      ssid="$WIFI_SSID"
      psk="$WIFI_PASSWORD"
  }
  

• replace $COUNTRY_CODE with upper-case country code (eg. GB or DE) and $WIFI_SSID and $WIFI_PASSWORD with your WiFi credentials
• plug card back into your Pi and connect power supply

Setup

Open terminal on your pi or establish a ssh connection to your Pi:

• the Pi should be reachable under raspberrypi or raspberrypi.local in your network, if not try to find out it's IP address from your router.
• default username is pi and default password is raspberry
• Example: ssh pi@raspberrypi.local or ssh pi@192.168.2.100

⚠️ Warning: you should change the default password by executing passwd after login

Automatic setup

⚠️ Warning: executing scripts from the internet without checking is bad. This is only done to get things done fast. In any doubts you can perform the Manual setup and execute all commands step-by-step to understand what's going on.

Download and execute the luniebox.sh script to go trough an interactive setup process. You can also pass the -a argument to skip any prompts. Use the -h argument for detailed parameter to configure automatic setup directly.

• download and excecute setup script from web

  • interactive

    bash <(curl -s https://git.bstly.de/Lurkars/luniebox/raw/branch/main/luniebox.sh)
    

  • full automatic

    bash <(curl -s https://git.bstly.de/Lurkars/luniebox/raw/branch/main/luniebox.sh) -a
    

• Alternative first download script, take a look and then execute

  curl https://git.bstly.de/Lurkars/luniebox/raw/branch/main/luniebox.sh -o luniebox.sh
  
  chmod +x luniebox.sh
  

  • interactive

    ./luniebox.sh
    

  • full automatic

    ./luniebox.sh -a
    

Manual setup

Software setup

• go to home directory

  cd /home/pi
  

• install git, python3-venv and python3-pip

  sudo apt install -y git python3-venv python3-pip
  

• clone repository https://git.bstly.de/Lurkars/luniebox.git with sources and config:

  git clone https://git.bstly.de/Lurkars/luniebox.git luniebox
  

Setup luniebox application and daemon

• setup application by building python venv and setup systemd service

  cd /home/pi/luniebox/application
  
  python -m venv venv
  
  source venv/bin/activate
  
  export CFLAGS=-fcommon
  
  pip install -r requirements.txt
  
  deactivate
  
  mkdir /home/pi/luniebox/config
  
  cp /home/pi/luniebox/contrib/config/luniebox.cfg /home/pi/luniebox/config/luniebox.cfg
  
  sudo cp /home/pi/luniebox/contrib/service/luniebox-app.service /etc/systemd/system/
  
  sudo cp /home/pi/luniebox/contrib/service/luniebox-daemon.service /etc/systemd/system/
  
  sudo systemctl daemon-reload
  
  sudo systemctl enable luniebox-app luniebox-daemon
  

Setup spotify

For Spotify support, spofiyd is required.

• get spotifyd binary and setup systemd service

  mkdir /home/pi/luniebox/bin`
  
  wget -c https://github.com/Spotifyd/spotifyd/releases/download/v0.3.3/spotifyd-linux-armv6-slim.tar.gz -O - | tar -xz -C /home/pi/luniebox/bin
  
  cp /home/pi/luniebox/contrib/config/spotifyd.cfg /home/pi/luniebox/config/spotifyd.cfg
  
  sudo cp /home/pi/luniebox/contrib/service/spotifyd.service /etc/systemd/system/`
  
  sudo systemctl daemon-reload`
  
  sudo systemctl enable spotifyd
  

ℹ️ If you use other audio hardware, you may need to adjust the backend and device property in /home/pi/luniebox/config/spotifyd.cfg to your needs!

Setup Music Player Daemon

for offline file support setup Music Player Daemon (mpd)

• create library folder and install mpd

  mkdir /home/pi/luniebox/library
  
  sudo apt install -y mpd
  
  sudo cp /home/pi/luniebox/contrib/config/mpd.conf /etc/mpd.conf
  

ℹ️ If you use other audio hardware, you may need to adjust the audio_output in /etc/mpc.conf section to your needs!

Setup ClSpotify

for Spotify offline support setup ClSpotify (requires spotify and mpd!).

• get code, install pythen venv and update config

  git clone https://github.com/agent255/clspotify.git /home/pi/clspotify
  
  cd /home/pi/clspotify
  
  python -m venv venv
  
  source venv/bin/activate
  
  pip install -r requirements.txt
  
  deactivate
  
  sed -i "s/^zspotify_path =.*$/zspotify_path = \/home\/pi\/clspotify\//" /home/pi/luniebox/config/luniebox.cfg
  

Hardware Setup

For a detailed Raspberry Pi pinout take a look at https://pinout.xyz.

Setup RC522 RFID Reader

• uncomment dtparam=spi=on in /boot/config.txt tp enable SPI for RC522

  sudo sed -i "/dtparam=spi=on/s/^#//g" /boot/config.txt
  

• connect RC522

  • SDA to Pin 24 [GPIO 8 / SPI0 CE0]
  • SCK to Pin 23 [GPIO 11 / SPI0 SCLK / CLK]
  • MOSI to Pin 19 [GPIO 10 / SPI0 MOSI]
  • MISO to Pin 21 [GPIO 9 / SPI0 MISO]
  • GND to Pin 20 [Ground]
  • RST to Pin 22 [GPIO 25]
  • 3.3v to Pin 1 [3v3 Power]

Setup Pimoroni Amp or DAC

• disable onboard audio comment out dtparam=audio=on in /boot/config.txt

  sudo sed -i "/dtparam=audio=on/s/^/#/g" /boot/config.txt
  

• setup hifiberry-dac by adding following content to /boot/config.txt

  # setup hifiberry for Pimoroni Shim
  dtoverlay=hifiberry-dac
  gpio=25=op,dh
  

  printf "\n# setup hifiberry for Pimoroni Shim\ndtoverlay=hifiberry-dac\ngpio=25=op,dh\n" | sudo tee -a /boot/config.txt
  

Setup Adafruit Speaker Bonnet for Raspberry Pi

• disable onboard audio comment out dtparam=audio=on in /boot/config.txt

  sudo sed -i "/dtparam=audio=on/s/^/#/g" /boot/config.txt
  

• setup hifiberry-dac and i2s by adding following content to /boot/config.txt

  # setup hifiberry and i2s for Adafruit Speaker Bonnet
  dtoverlay=hifiberry-dac
  dtoverlay=i2s-mmap
  

  printf "\n# setup hifiberry and i2s for Adafruit Speaker Bonnet\ndtoverlay=hifiberry-dac\ndtoverlay=i2s-mmap\n" | sudo tee -a /boot/config.txt
  

• copy contrib/config/asound.conf to /etc/asound.conf.

  cat /home/pi/luniebox/contrib/config/asound.conf | sudo tee /etc/asound.conf
  

• copy contrib/config/.asoundrc to /home/pi/.asoundrc.

  cat /home/pi/luniebox/contrib/config/.asoundrc | tee /home/pi/.asoundrc
  

Setup Push Buttons

• connect first push button (volume down)

  1. Pin 8 [GPIO 14]
  2. Pin 6 [Ground]

• connect second push button (volume up)

  1. Pin 7 [GPIO 4]
  2. Pin 9 [Ground]

Setup MPU9250 9-axis sensor

• install i2c-tools and python3-smbus

  sudo apt install -y i2c-tools python3-smbus
  

• uncomment dtparam=i2c_arm=on in /boot/config.txt to enable I2C for MPU9250

  sudo sed -i "/dtparam=i2c_arm=on/s/^#//g" /boot/config.txt
  

• setup i2c bus 4 for MPU9250 by adding following content to /boot/config.txt

  # setup ic2 bus 4 for mpu
  dtoverlay=i2c-gpio,bus=4,i2c_gpio_delay_us=1,i2c_gpio_sda=23,i2c_gpio_scl=24
  

  printf "\n# setup i2c bus 4 for mpu\ndtoverlay=i2c-gpio,bus=4,i2c_gpio_delay_us=1,i2c_gpio_sda=23,i2c_gpio_scl=24\n" | sudo tee -a /boot/config.txt
  

• connect MPU9250

  • SDA to Pin 16 [GPIO 23]
  • SCL to Pin 18 [GPIO 24]
  • GND to Pin 14 [Ground]
  • 3V3 to Pin 17 [3v3 Power]

Finish Setup

• After setup, reboot system.

  sudo reboot
  

Planned features

• status LEDs
• indicators for UPS HAT
• WiFi Hotspot (https://www.raspberryconnect.com/projects/65-raspberrypi-hotspot-accesspoints/158-raspberry-pi-auto-wifi-hotspot-switch-direct-connection)