infratag-firmware/arduino ir transmitter receiver/arduino ir receiver.ino

#include "RS-FEC.h"

const int msglen = 60;
const uint8_t ECC_LENGTH = 10;  //Max message lenght, and "gurdian bytes", Max corrected bytes ECC_LENGTH/2
//char message_frame[msglen]; // The message size would be different, so need a container
char repaired[msglen];
char encoded[msglen + ECC_LENGTH];

RS::ReedSolomon<msglen, ECC_LENGTH> rs;

void setup() {
  Serial.begin(1200);
}

//void loop() {
//  if(Serial.available()) {
//    //Serial.print(char(Serial.read()));
//
//    encoded = 
//
//    rs.Decode(encoded, repaired);
//
//
//
//    Serial.println(repaired);
//  }
//}

void loop() {
  static String received_data = ""; // Static variable to hold received data
  while (Serial.available()) {
    char received_char = Serial.read(); // Read a character from serial port

    // Check for newline character or received_data is too long
    if (received_char == '\n' || received_data.length() > 128) {

      Serial.println("========= Received data =========");
      //Serial.println(received_data); // Print the received data

      //rs.Decode(myCharArray, repaired);

      //Serial.println(repaired);

      // convert String to char array of encoded data that has to be decoded with predefinied lenght 
      received_data.toCharArray(encoded, msglen + ECC_LENGTH);
      

      
      Serial.println(encoded);

      rs.Decode(encoded, repaired);

      Serial.println(repaired);

      Serial.println("---------------------------------");



      received_data = ""; // Reset the input buffer
    } else {
      received_data += received_char; // Append the received character to the buffer
    }
  }
}