/*
  Forum: https://forum.arduino.cc/t/beginner-needs-help-with-debounce-logic/1425853/145
  Wokwi: https://wokwi.com/projects/455395245774614529

  Previous version
        Wokwi: https://wokwi.com/projects/455334017789551617

  2026/02/08
  ec2021

  Change to previous version:
  
    added a line to int32_t EEClass::updateActCount(uint32_t actCount) that avoids
    storing a value to EEPROM that is already stored there


  The file EEClass.h provides a class that allows to store and read a 
  32 Bit counter. Each write access is stored. Depending on the 
  initialization of the class the address where the data are stored
  is moved to the next place in EEPROM storage.

  Any count value given as a parameter to .updateActCount() will 
  be restricted to maxCount and returned by this function.

  By using 

          actCount = myEE.updateActCount(actCount); 

  the actual value that is stored can be monitored.

  When the maximum number of entries is reached the class will start
  with entry = 0 again;

  The required functions are
  
  //Declare the class
  EEClass myEE;
  //Init the class
  myEE.init(maxCount, maxWriteCount);
  // Create some counter
  uint32_t actCount = 100;
  // Store the counter in EEPROM
  // and check if it was affected by maxCount
  actCount = myEE.updateActCount(actCount);
  // Read the actual counter value
  actCount = myEE.readActCount();

*/

#include "EEClass.h"

constexpr uint32_t maxWriteCount {100};
constexpr uint32_t maxCount      {1100};

EEClass myEE;

void setup() {
  myEE.init(maxCount, maxWriteCount);
  Serial.begin(115200);
  Update(999+2);
}

void loop() {
  // put your main code here, to run repeatedly:
}

void Update(int c){
  for (int i = 1; i <= c; i++){
     myEE.updateActCount(i);
     printActCount();
  }   
}

void printActCount() {
  uint32_t actCount = myEE.readActCount();
  Serial.print("Index\t");
  Serial.print(myEE.getIndex());
  Serial.print("\tCount\t");
  Serial.print(actCount);
  Serial.print("\tWriteCount\t");
  Serial.println(myEE.getWriteCount());
}