#include <AM2302-Sensor.h>

uint8_t number;
uint16_t number2;
uint8_t day;
uint8_t month;
uint16_t year;
uint8_t WireSensorTimer[5];
const uint8_t MaxRFsensors PROGMEM = 4;
const char WireSensorName[][18] PROGMEM = { "Dvere", "Zvonek", "Vypadek napajeni", "Obnoveni napajeni", "Teplota" };
const uint8_t RFsensorNameLenght PROGMEM = 18;
struct RFSENSOR {
  uint32_t code;
  char name[RFsensorNameLenght];
  uint8_t timer;
};
RFSENSOR RFsensor[MaxRFsensors];
uint8_t RFsensors = 4;
int8_t i = 0;
char smsBuffer[161];
char TempArray[9];
char text[10];
uint8_t Iteration;
bool SendingSMS = true;
const char PROGMEM Quote = '"';

bool Armed = false;
bool OnAccumulator = true;

void PrintText(int number, char input[] = {""});

constexpr unsigned int SENSOR_PIN{ A12 };
AM2302::AM2302_Sensor am2302{ SENSOR_PIN };

const uint8_t numChars = 31;
char modemNotificationBuffer[numChars];

void setup() {
  Serial.begin(115200);
  WireSensorTimer[0] = 219;
  WireSensorTimer[1] = 4;
  WireSensorTimer[2] = 60;
  WireSensorTimer[3] = 250;
  WireSensorTimer[4] = 196;

  strcpy_P(RFsensor[0].name, PSTR("Senzor jedna"));
  RFsensor[0].timer = 200;
  strcpy_P(RFsensor[1].name, PSTR("Senzor dva"));
  RFsensor[1].timer = 30;
  strcpy_P(RFsensor[2].name, PSTR("Senzor tri"));
  RFsensor[2].timer = 230;
  strcpy_P(RFsensor[3].name, PSTR("Senzor ctyri"));
  RFsensor[3].timer = 1;

  RFsensor[0].code = 12589;
  RFsensor[1].code = 12590;
  RFsensor[2].code = 12591;
  RFsensor[3].code = 12684676;

  Serial.println(F("Starting."));

}

void loop() {

  // delay(200);

}

/*
  void Check_RFsensors(uint32_t RFcode) {   // Already modified.
  static uint32_t PreviousCode = 0;
  static uint32_t Timer1sStart = 0;
  const uint16_t Timer1s = 5000;

  Serial.print("RFcode: ");
  Serial.println(RFcode);
  if ((PreviousCode == RFcode && (millis() - Timer1sStart <= Timer1s)) || RFcode < 10000) {
    Timer1sStart = millis();
    Serial.println("Time control not passed.");
    // Serial.print("RFcode: ");
    // Serial.println(RFcode);
    return;
  }
  PreviousCode = RFcode;
  Timer1sStart = millis();
  for (uint8_t i = 0; i < RFsensors; i++) {
    if (RFsensor[i].code == RFcode) {

      Serial.print(F("Alarm from: "));
      Serial.println(RFsensor[i].name);
      // Handle Alarm function
      return;
    }
  }
  Serial.print(F("Received unknown code: "));
  Serial.println(RFcode);

  } */


void Check_RFsensors(uint32_t RFcode) {   // Copied from source
  static uint32_t PreviousCode = 0;
  static uint32_t Timer1sStart = 0;
  const uint16_t Timer1s = 3000;
  // DEBUG_PRINT(F("RFcode: "));
  // DEBUG_PRINTLN(RFcode);
  Serial.print("RFcode: ");
  Serial.println(RFcode);

  if ((PreviousCode == RFcode && (millis() - Timer1sStart <= Timer1s)) || RFcode < 10000) {
    Timer1sStart = millis();
    // DEBUG_PRINT(F("Time control not passed."));
    Serial.println("Time control not passed.");
    // Serial.print("RFcode: ");
    // Serial.println(RFcode);
    return;
  }

  PreviousCode = RFcode;
  Timer1sStart = millis();
  for (uint8_t i = 0; i < RFsensors; i++) {
    if (RFsensor[i].code == RFcode) {

      Serial.print(F("Alarm from: "));
      Serial.println(RFsensor[i].name);
      // DEBUG_PRINT(F("Alarm from: "));
      // DEBUG_PRINTLN(RFsensor[i].name);
      // Handle Alarm function
      // HandleAlarm(i + 5);  // Alarms 0 - 4 are from wired sensors.
      return;
    }
  }

  Serial.print(F("Received unknown code: "));
  Serial.println(RFcode);
  // DEBUG_PRINT(F("Received unknown code: "));
  // DEBUG_PRINTLN(RFcode);
  // char CurTime[18];
  // readTime(CurTime);
  // file.print(CurTime);
  // file.print(F(",\"Přijímač DO\",\"Přijat neznámý kód: "));
  // file.print(RFcode);
  // file.println(F("\""));
  // file.flush();
}


void serialEvent() {  // Callback from console
  char* ptr;
  uint32_t RFcode = 0;
  uint8_t bytesRead = Serial.readBytesUntil('\n', modemNotificationBuffer, numChars - 1);

  if (bytesRead == 0) return;

  modemNotificationBuffer[bytesRead] = 0;  // Null-terminate the string
  // Serial.print(F("---> "));
  // Serial.println(modemNotificationBuffer);
  RFcode = strtoul(modemNotificationBuffer, &ptr, 10);
  // Serial.print(F("Converted to integer: "));
  // Serial.println(RFcode);
  Check_RFsensors(RFcode);
}