#include "Arduino.h"

// Define your custom struct
struct MyStruct 
{
    int data1;
    float data2;
    char data3[15];
};

struct MyStruct2
{
  char [250];
}

// Function to convert a struct to a byte array
template <typename T>
void serializeData(const T& inputStruct, uint8_t* outputBytes) {
    memcpy(outputBytes, &inputStruct, sizeof(T));
}

// Function to convert a byte array to a struct
template <typename T>
void deserializeData(const uint8_t* inputBytes, T& outputStruct) {
    memcpy(&outputStruct, inputBytes, sizeof(T));
}

void exampleUsage() {
    // Create an instance of your custom struct
    MyStruct myData = {42, 3.14f, "Hello"};

    // Define a buffer for the serialized data
    uint8_t buffer[sizeof(MyStruct)];

    serializeData(myData, buffer);

    MyStruct receivedData;

    deserializeData(buffer, receivedData);

    Serial.println(receivedData.data1);
    Serial.println(receivedData.data2);
    Serial.println(receivedData.data3);
    // Now 'receivedData' contains the original struct
}

void exampleUsage() {
    // Create an instance of your custom struct
    MyStruct2 myData = {"ELO ELO MOWIL DO WAS CIALIS PRZY MIKROFONIE"};

    // Define a buffer for the serialized data
    uint8_t buffer[sizeof(MyStruct)];

    serializeData(myData, buffer);

    MyStruct2 receivedData;

    deserializeData(buffer, receivedData);

    Serial.println(receivedData.data1);
    Serial.println(receivedData.data2);
    Serial.println(receivedData.data3);
    // Now 'receivedData' contains the original struct
}

void setup()
{
 Serial.begin(115200);

 exampleUsage();

 exampleUsage2();
}

void loop(){}