/ChatGPTxESP32

This GitHub repository hosts code for an ESP32-based project that enables interaction with the OpenAI GPT-3 language model and remote code execution via Wi-Fi.

Primary LanguageC++MIT LicenseMIT

ChatGPTxESP32

This GitHub repository hosts code for an ESP32-based project that enables interaction with the OpenAI GPT-3 language model and remote code execution via Wi-Fi.

ESP32 WiFi ChatGPT Client

This ESP32-based project allows you to connect to a WiFi network and interact with the OpenAI GPT-3 language model. You can enter prompts through the Serial Monitor and receive text-based responses generated by GPT-3. Additionally, you can send code snippets to another ESP32 server for remote execution.

Features

  • Connect to a WiFi network using your network credentials.
  • Interact with the OpenAI GPT-3 service by entering prompts via the Serial Monitor.
  • Send GPT-3 responses to another ESP32 server for further processing.
  • Execute custom code snippets on the ESP32 server.
  • Visual feedback provided through LED indicators.

Usage

  1. Setup WiFi:

    • Replace "Your_WiFi_SSID" and "Your_WiFi_Password" in the code with your actual WiFi credentials.
    • Upload the code to your ESP32 device.

  2. Interaction with GPT-3:

    • Open the Arduino IDE Serial Monitor.
    • Type "GPT" to enter a prompt and receive a GPT-3-generated response.

  3. Sending GPT-3 Responses:

    • Type "SEND" to send the GPT-3 response to another ESP32 server.

  4. Executing Custom Code:

    • Type "MYCODE" to enter your own code and send it to the server.

  5. Visual Feedback:

    • LEDs will blink as specified in the code to provide visual feedback.

Notes

  • Ensure that the second ESP32 server's IP address and port are correctly set in serverIP and serverPort.
  • This code serves as a versatile platform for WiFi-connected IoT applications, GPT-3 integration, and remote code execution.

ESP32 WiFi Remote Code Execution Server

This ESP32-based project functions as a remote code execution server over WiFi. It accepts incoming connections from other devices, such as ESP32 clients, receives code snippets, executes them, and sends back a response indicating success or error. Additionally, it provides visual feedback through LEDs.

Features

  • Acts as a WiFi-connected server, listening for incoming connections.
  • Accepts code snippets from remote devices for execution.
  • Executes received code and provides a response.
  • Visual feedback through LEDs to indicate status.

Usage

  1. Setup WiFi:

    • Set your WiFi SSID and password in the code.
    • Upload the code to your ESP32 device.

  2. Visual Feedback:

    • The code includes LED blinking patterns for visual feedback.

  3. Remote Code Execution:

    • Connect to the ESP32 server from a remote device (e.g., another ESP32).
    • Send code snippets to the server for execution.
    • Receive responses indicating the success or error of the executed code.

  4. Customization:

    • Customize LED patterns and behavior as needed for your application.

Notes

  • This code serves as a foundation for building remote control and code execution systems over WiFi.
  • It can be integrated into various IoT and automation projects.