A dual micro-controller alarm clock that only shuts up when you physically lift your toothbrush from its stand

• Raspberry pi pico W
• ESP32-C3 (for smaller nicer case)
• 1x Mono audio jack speaker
• 1x Magnetic latch

A web server implementation for Raspberry Pi Pico W that plays audio files in response to HTTP requests.

This project creates a simple web server on a Raspberry Pi Pico W that can play WAV audio files when triggered via HTTP requests. The server provides endpoints to test connectivity and trigger sound playback.

• Raspberry Pi Pico W
• Speaker or audio output device connected to GP16
• USB cable for programming and power

• CircuitPython 8.x or later
• Required CircuitPython libraries:
  • adafruit_httpserver
  • audiocore
  • audiopwmio

1. Install CircuitPython on your Raspberry Pi Pico W
2. Copy the following files to your CIRCUITPY drive:
   • code.py
   • no-id.wav (your sound file)
   • settings.toml (with your WiFi credentials)

Create a settings.toml file with your WiFi credentials:

(settings.toml)
WIFI_SSID = "your_wifi_name"
WIFI_PASSWORD = "your_wifi_password"

1. Power up your Raspberry Pi Pico W
2. The device will automatically:
   • Connect to WiFi
   • Start the web server
   • Print the server's IP address to the console

• GET / - Test endpoint that returns "Server is running!"
• GET /play - Triggers audio playback

Test server connectivity
curl http://<pico-ip-address>/
Trigger sound playback
curl http://<pico-ip-address>/play

If you encounter issues:

1. Check the console output for error messages
2. Verify WiFi connectivity
3. Ensure both your computer and Pico W are on the same network
4. Confirm the audio file exists and is in the correct format
5. Verify the speaker is properly connected to GP16

• ECONNREFUSED: Server is not running or not accessible
• ETIMEDOUT: Network connectivity issues or wrong IP address

Created by Max Pintchouk