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This is a detailed, step-by-step tutorial demonstrating how to set up a “Phony Box” using a Raspberry Pi, likely for a custom music player or interactive display.

Here is a structured summary of the process, broken down by major phases:

🛠️ Phase 1: Initial Setup (Terminal Commands)

The initial steps involve getting the system ready via the command line interface (CLI).

  1. Determine Release: The creator advises using the stable release over the pre-release version.
  2. Copy/Paste Command: A specific command is copied and pasted into the terminal.
  3. Troubleshooting (Raspberry Pi 4 Error): Encountering an error specific to the Raspberry Pi 4 requires editing the configuration text file.
    • Action: Scroll to the very bottom of the file and paste a specific block of text.
    • Save: Use Ctrl+X, select Y, and press Enter.
  4. Reboot: The system must be rebooted for the changes to take effect.
    • Command: sudo reboot (or pseudo reboot).
  5. Reconnecting: After rebooting, the same SSH command is used to reconnect and enter the password.

💿 Phase 2: Software Installation (GitHub Link)

The next phase involves installing the core software package.

  1. Get Link: Return to the GitHub page, navigate to the “install” section, and copy the stable version link.
  2. Install: Paste the link into the terminal and press Enter.
  3. On-Screen Prompts: The installation process requires answering several prompts:
    • IPv6: Disable it (recommended for speed).
    • Static IP: Highly recommended to set a static IP address.
    • Hotspot: Set it up for portability (if needed).
    • Bluetooth: Leave enabled (if used with headsets).
    • Headjack: Do not disable it (if using the 3.5mm jack).
    • RFI Reader: Set up (Yes), as this is crucial and easier to do during installation.
    • Samba: Yes, for remote file access.
    • Web Interface: Yes, for management.
    • Kiosk Mode: No (unless the user knows how to configure it).
  4. RFID Reader Selection: When prompted, select the correct RFID reader model (e.g., selecting option 3 for the MFRC 522).
  5. System Configuration:
    • Python Dependencies: Recommend installing (Yes).
    • Auto Configure: Yes.
    • Defaults: Follow the default pin settings (e.g., default 24 and 25).
    • Legacy Mode: No (if this is a first-time install).
    • Add Reader: No (if only one reader is used).
  6. Final Reboot: The system reboots again.

🖥️ Phase 3: GPIO and Hardware Configuration

After the core software is running, the physical inputs (buttons) must be wired and configured.

  1. Enable GPIO:
    • Action: Copy and paste the command to enable GPIO pins in the configuration utility.
    • Change: Change the setting from false to true.
    • Save: Save changes (Ctrl+X -> Y -> Enter).
  2. GPIO File Setup: A new file must be created to map the buttons to functions.
    • Action: Copy and paste the necessary command to create the GPIO file.
    • Customization: Paste a pre-configured block of code that maps functions to specific pins (e.g., Volume LED to Pin 12, Play/Stop to Pin 14, Side Buttons to Pins 17 & 18).
    • Save: Save the file.
  3. Final Reboot: Perform a final reboot.
  4. Physical Wiring (Breadboard): The guide demonstrates wiring the components using a breadboard for prototyping:
    • Ground: All common grounds are tied together (daisy-chained).
    • LED: Wired to Pin 12.
    • Play Button: Wired to Pin 14.
    • Volume Buttons: Wired to Pins 17 (Negative/Lower) and 18 (Positive/Higher).
    • Connection Method: The physical connections are made by referencing the correct GPIO pin numbers (e.g., GPIO 17 is Pin 11).

🎵 Phase 4: Testing and Usage

The final steps involve testing the functionality through the web interface.

  1. Access GUI: Access the web GUI via the assigned IP address or hostname.
  2. Test RFID: Test the card reader by placing an NFC card over the reader, which allows assigning an action (e.g., “Play Music”).
  3. Connect to Server: Use the “Connect to Server” function in the GUI.
    • Credentials: Enter the correct IP address and the default password (raspberry).
  4. Manage Media:
    • File Upload: Drag MP3 or WAV files into the designated “audio” folder section.
    • Playback: Test the physical buttons (Play/Pause, Volume Up/Down) to confirm they control the connected speakers.

Summary of Key Takeaways:

  • Process Flow: The setup is highly iterative: Software Install $\rightarrow$ Config File Edit $\rightarrow$ Reboot $\rightarrow$ Hardware Wiring $\rightarrow$ Test/Final Reboot.
  • Critical Components: The success relies on setting the Static IP, correctly configuring the GPIO pins in the dedicated file, and physically wiring the buttons to the correct GPIO numbers.
  • Goal: To create a fully functional, custom, smart media player that uses RFID for triggering actions and physical buttons for control.

Where to buy

Toniebox
Toniebox 1 Audio Player Starter Set with Playtime Puppy - Listen, Learn, and Play with One Huggable Little Box - Light Blue Check price on Amazon →

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