My Pwnagotchi was hungry when just sitting at home or work. I needed a way to feed it when I'm stuck inside so I grabbed a couple of Wemos D1 Mini v4 from my pile and created an Wireless Access Point and Client for my little digital pet to feed on.
You will need 2 ESP8266 microcontrollers to use this code. You need to have the Arduino IDE installed and set up for ESP8266 development. As mentioned, I use Wemos D1 Mini v4. You can follow the instructions on the ESP8266 Arduino Core's GitHub page to set up your environment. If you are using the D1 Mini I would check out the Wemos tutorial first.
- ESP8266WiFi
- ESP8266WiFiMulti
These libraries are included in the standard ESP8266 board package for the Arduino IDE.
git clone https://github.com/ludothegreat/Pwnagotchi-Food.git
- Open
ap.inoin the Arduino IDE. - Select your ESP8266 board type and port.
- Upload the code to your ESP8266.
- Open
client.inoin the Arduino IDE. - Select your ESP8266 board type and port.
- Upload the code to a second ESP8266.
- Plug them in to separate power sources.
- The AP will create a WiFi network with a partially random SSID and password, and it will change these, along with its MAC address, every 1.5 minutes (you can change this.)
- The Client will continuously scan for networks following the naming convention of the AP, connect to the AP when found, and display its connection details.
- AP will print it's ESSID, Password, and IP address. It will also print out the clients BSSID if it sees it connected.
- Client will print out the ESSID, and password its connecting to along with the IP address and BSSID it connects to the AP with.
-
- AP
- Set SSID
- Set Password
- Toggle MAC randomization
- Reset AP
- Show status
- Client
- Scan Networks
- Connect to Network
- Disconnect from network
- Show Status
- Set Client MAC
- Toggle Auto-Reconnect
- General
- Help
- Reset
- About
- AP
-
- AP config
- Client connection status
- Wireless Signal Strength
- Deauth detection
- Logging