#include <EEPROMWearLevel.h>
#define DEBUG_LOG
#define EEPROM_LAYOUT_VERSION 3
#define AMOUNT_OF_INDEXES 3
#define Armed_VAR1 0
#define Caller_VAR2 1
#define Timers_VAR3 2

char Array[25];
char ArrayCopy1[25];
char ArrayCopy2[25];

uint8_t WireSensorTimer[5];

struct VARIABLES {
  uint16_t number;
  char name[20];
};
VARIABLES Variables;
VARIABLES VariablesCopy;

struct CALLER {
  char Caller[14];
};
CALLER Approved = {"+420603430012"};
CALLER CopyApproved;

char ApprovedCaller[14] = "+420603430012";
char ApprovedCallerCopy[14];
bool Armed = false;
bool ArmedRestored;

const uint8_t MaxRFsensors PROGMEM = 4;
uint8_t RFsensors = 3;
const uint8_t RFsensorNameLenght PROGMEM = 18;
struct RFSENSOR {
  uint32_t code;
  char name[RFsensorNameLenght];
  uint8_t timer;
};
RFSENSOR RFsensor[MaxRFsensors];
// RFSENSOR RFsensorCopy[MaxRFsensors];
// uint8_t TimerCopy[MaxRFsensors];

void setup() {
  Serial.begin(115200);
  EEPROMwl.begin(EEPROM_LAYOUT_VERSION, AMOUNT_OF_INDEXES);

  // strcpy_P(Approved.Caller, PSTR("+420603439988"));
  Serial.print("Approved.Caller variable: ");
  Serial.println(Approved.Caller);
  strcpy(RFsensor[0].name, "Ovladac A");
  RFsensor[0].code = 15625;
  RFsensor[0].timer = 200;
  strcpy(RFsensor[1].name, "Ovladac B");
  RFsensor[1].code = 32589;
  RFsensor[1].timer = 50;
  strcpy(RFsensor[2].name, "Cidlo 1");
  RFsensor[2].code = 568897;
  RFsensor[2].timer = 2;
  WireSensorTimer[0] = 190;
  WireSensorTimer[1] = 164;
  WireSensorTimer[2] = 45;
  WireSensorTimer[3] = 12;
  WireSensorTimer[4] = 0;

  BackupTimers();
  EEPROMwl.put(Armed_VAR1, Armed);
  EEPROMwl.put(Caller_VAR2, Approved);
  Serial.print("Armed variable: ");
  Serial.println(Armed);
  delay(600);

  RestoreTimers();
  EEPROMwl.get(Armed_VAR1, ArmedRestored);
  EEPROMwl.get(Caller_VAR2, CopyApproved);
  // strcpy(ApprovedCallerCopy, EEPROMwl.read(Caller_VAR2));

  // Serial.print("ApprovedCallerCopy variable via print: ");
  // Serial.print(EEPROMwl.read(Caller_VAR2));
  // Serial.print(EEPROMwl.read(Caller_VAR2));
  // Serial.println(EEPROMwl.read(Caller_VAR2));

  Serial.print("Approved restored variable: ");
  Serial.println(CopyApproved.Caller);

  Serial.print("Armed restored variable: ");
  Serial.println(ArmedRestored);

}

void loop() {

}

void BackupTimers() {
  struct COPY {
    uint8_t timer[5 + MaxRFsensors];
  };
  COPY TimersCopy;
  Serial.print("Timers:");
  for (uint8_t i = 0; i < 5; i++) {
    TimersCopy.timer[i] = WireSensorTimer[i];
    Serial.print(" ");
    Serial.print(TimersCopy.timer[i]);
  }
  for (uint8_t i = 5; i < RFsensors + 5; i++) {
    TimersCopy.timer[i] = RFsensor[i - 5].timer;
    Serial.print(" ");
    Serial.print(TimersCopy.timer[i]);
  }
  Serial.println(".");
  EEPROMwl.put(Timers_VAR3, TimersCopy);
}

void RestoreTimers() {
  struct COPY {
    uint8_t timer[5 + MaxRFsensors];
  };
  COPY TimersCopy = {};
  EEPROMwl.get(Timers_VAR3, TimersCopy);
  Serial.print("Timers copy:");
  for (uint8_t i = 0; i < 5; i++) {
    WireSensorTimer[i] = TimersCopy.timer[i];
    Serial.print(" ");
    Serial.print(WireSensorTimer[i]);
  }
  for (uint8_t i = 0; i < RFsensors; i++) {
    RFsensor[i].timer = TimersCopy.timer[i + 5];
    Serial.print(" ");
    Serial.print(RFsensor[i].timer);
  }
  Serial.println(".");
}