Скачать или смотреть Simple python TCP server with sending command to communicate with esp32

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In this tutorial, we'll create a simple Python TCP server to communicate with an ESP32 microcontroller using the TCP/IP protocol. The server will be responsible for receiving commands from the ESP32 and responding accordingly. We'll use the socket module in Python for creating the server.
Python Installed: Make sure you have Python installed on your computer. You can download it from python.org.
ESP32 Microcontroller: Set up your ESP32 with the MicroPython firmware. Make sure it is connected to the same network as your computer.
Let's start by creating a Python script for the TCP server. Save the following code in a file named tcp_server.py:
This script creates a TCP server that listens on all available interfaces (0.0.0.0) and port 8888. When a connection is established, it receives data from the ESP32, processes the command, and sends a response back.
Now, let's create a simple MicroPython script for the ESP32 to send commands to the server. Save the following code in a file named esp32_communication.py:

Certainly! Below is an informative tutorial on creating a simple Python TCP server to communicate with an ESP32 microcontroller. In this tutorial, we'll establish a TCP connection between a Python script (server) and an ESP32 (client) to send commands back and forth.
You'll need to write code on your ESP32 to connect and communicate with the Python server over TCP. Here's a basic example using MicroPython:
Replace 'YourWiFiSSID', 'YourWiFiPassword', 'your_server_ip', and server_port with your network details and server IP address and port.
Now, let's create a Python script to act as the server.
This tutorial demonstrates the establishment of a basic TCP connection between a Python server and an ESP32 microcontroller to send and receive commands. You can expand upon this foundation to implement more sophisticated communication protocols or functionalities as needed for your project.
Feel free to modify the code to suit your specific requirements and further enhance the communication between the Python server and the ESP32.
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