Internet radio is a digital audio service that streams music, news, and other forms of audio content over the internet, rather than being transmitted through traditional radio waves. 

Unfortunately, the price of such devices is still relatively high compared to the classic radio, so if we have some knowledge in the field of electronics, we can make it ourselves for a very low price. The basic idea when planning for the making of this device was that it should be as simple as possible so that it could be made even by beginners and self-builders with less experience. 

For those reasons I will try to explain all the steps in order and in detail. For this purpose I chose "ELECROW Crow Panel 2.8" ESP32 HMI Display" so that there is no need to study circuit diagrams, precise soldering, and making a suitable quality case.

This practical and inexpensive module contains almost all the necessary components for such a radio including microcontroller, battery charger circuit, and even audio amplifier, and we only need to add a speaker and a 3.7 volt Lithium battery, which are connected with a suitable connector directly to the module. Control of the main functions is done through the touch panel, and more advanced options are set through a beautiful web interface.
  The brain of this radio is the well-known "Yoradio" web radio project and all the credit goes to them. 

On the given GitHub page you can find detailed instructions for deploying the code on many different hardware platforms. This project is sponsored by PCBWay. This year PCBWay is celebrating the 10th anniversary of its successful existence. On the occasion of this event, PCBWay provided its users with more conveniences such as big savings for certain products, as well as discounts of up to 80%. From July 1st to August 31st, log in to thePCBWay site, and start the PCBway 10th Anniversary Tour, where you will enjoy Coupons, Lucky Draw, Exclusive Badges, unboxing blind boxes, and many other surprises. PCBWay is always your great choice.

   And now I will explain step by step how to implement the code that is modified specifically for this display module, without dwelling on the way that it is customized, for the sake of simplification.
   First we need to enable display module in the Arduino environment. For this purpose we go to Arduino IDE - File - Preferences - where we add the ESP32 URL to "Board Manager URLs" as follows：
(https://raw.githubusercontent.com/espressif/arduino-esp32/gh-pages/package_esp32_index.json)

  Now click "Tool-->Board-->Board Manager", and search for "esp32". It is recommended to
install version 2.0.3 ESP32 package.

 Next, on Arduino IDE -> Tools -> Boards manager -> ESP32 Arduino we choose: ESP32 Dev Module Module, and set the parameters as given in the image

 With this, the procedure for entering support for the specific Display Мodule in the Arduino IDE is completed. Just to note that the Arduino IDE software version should be lower than 2.0.0. I specifically used version 1.8.15. At the end of the text there is a link where you can download the code and libraries modified specifically for this project.
   First, we install the attached libraries, and if they were previously installed, we replace them with these. In my case the libraries folder is located in Documents - arduino - libraries.
 Next you need to Install ESP32 Filesystem Uploader. For this purpose we go to Documents - Arduino - Tools and here we copy the "ESP32FS" folder given below.

  To check if the plugin was successfully installed, open your Arduino IDE. Select your ESP32 board, go to Tools and check that you have the option “ESP32 Sketch Data Upload“.

  Now let's explain how to install the code:
     In the given folder "yoradio" we start the yoradio sketch.
  Now we need to connect the display module and select the appropriate COM port.

 Next we go to Tools - ESP32...