Note: Do not connect the batteries yet!

1. Download the KiCad files
2. Generate the GERBER files or download them
3. Manufacture the PCB
4. Order the Bill of Materials
5. Solder the parts on the PCB
6. Do a continuity test 
7. Use the test firmware to ensure everything is working
   1. Short the 2 header pins on P4 for boot mode
   2. Connect an FTDI chip to P3
   3. Connect the other end of the FTDI chip to the laptop via USB
   4. Open Arduino IDE with the following configuration
      
   5. Upload the test firmware
   6. See the test results on the Serial Monitor

1. Ensure the batteries are not connected yet!
2. Short the 2 header pins on P4 for boot mode
   
3. Connect an FTDI chip to P3
   
4. Connect the other end of the FTDI chip to the laptop via USB
   

5. Open Arduino IDE with the following configuration
   
   

6. Flash the final firmware to the board. Try out other firmwares too!
   

7. Remove the FTDI chip and the remove the shorted header pins of P4
   

1. Configure IFTTT with Webhooks and Notification channels to Receive a web request
   
3. Put the event name as bell_pressed
   
4. Download the IFTTT app on mobile as well
5. Note the IFTTT key on the maker_webhooks settings page
   
   

1. Connect 3 AA batteries
   
2. Ensure the blue on-board LED is blinking fast
   
3. Connect your actual door bell to P2 connectors
   
4. Mount it up on the wall
   
   
5. Connect to WiFi access point with SSID Belle XXXX and password beautyandthebeast on mobile / laptop
   
6. Visit page http://belle.local
   
7. Fill in SSID, Password and IFTTT Key<br>
   
   

8. Wait for the LED to stop blinking while it connect to the WiFi and then sleep

9. Press the door bell  

10. You should hear the buzzer and get a mobile IFTTT notification as well :)