#include <GyverOLED.h>
#include <EncButton.h>
#include "GyverOLEDMenu.h"


#define ID 1
#define FIRST 1
#define COUNT 1
#define WAITING_LCD 5
#define WAITING_ANSWER 2
#define WAITING_RFID 7
#define MEM_ADDR 200

#define TIMER_DEVICE_RESPONSE 1000
#define EB_FAST_TIME 120
#define SERIAL_485 Serial

EncButton eb(6, 7, 5, INPUT_PULLUP);
GyverOLED<SSD1306_128x64> oled;
OledMenu<9, GyverOLED<SSD1306_128x64>> menu(&oled);

uint8_t newId = ID;
int waitingLCD = WAITING_LCD;
int waitingAnswer = WAITING_ANSWER;
int waitingRfid = WAITING_RFID;
int countLocks = COUNT;;
int firstNumber = FIRST;;
int startMemoryAddr = MEM_ADDR;

void setup() {
  SERIAL_485.begin(9600);
  SERIAL_485.setTimeout(500);
  Serial.println("Start");

  oled.init();
  Wire.setClock(400000L);
  oled.clear();
  oled.update();

  menu.onChange(onItemChange, true);

  menu.addItem(PSTR("ID"), GM_N_BYTE(1), &newId, GM_N_BYTE(0), GM_N_BYTE(40)); //0
  menu.addItem(PSTR("First locker"), GM_N_INT(1), &firstNumber, GM_N_INT(1), GM_N_INT(5000));
  menu.addItem(PSTR("Count lockers"), GM_N_INT(1), &countLocks, GM_N_INT(1), GM_N_INT(16)); 
  menu.addItem(PSTR("Waiting LCD"), GM_N_INT(1), &waitingLCD, GM_N_INT(1), GM_N_INT(10));  //3
  menu.addItem(PSTR("Waiting Answer"), GM_N_INT(1), &waitingAnswer, GM_N_INT(1), GM_N_INT(10)); 
  menu.addItem(PSTR("Waiting Rfid"), GM_N_INT(1), &waitingRfid, GM_N_INT(1), GM_N_INT(20)); //5 
  menu.addItem(PSTR("Memory Addr"), GM_N_INT(1), &startMemoryAddr, GM_N_INT(1), GM_N_INT(5000));
  menu.addItem(PSTR("WRITE")); // 7
  menu.addItem(PSTR(""));
  
  menu.showMenu(true);

  eb.attach(cb);
}

void onItemChange(const int index, const void* val, const byte valType) {
  if (valType == VAL_ACTION) {
    if (index == 7) {
      Serial.println("click");
      
      sendConfig(1);
    }
  }
}

void cb() {
  switch (eb.action()) {
    case EB_TURN:
      if (eb.dir() == 1) {
        menu.selectPrev(eb.fast());
      } else {
        menu.selectNext(eb.fast());
      }
      break;

    case EB_CLICK:
      menu.toggleChangeSelected();
      break;
  }
}

uint8_t getIdDevice(){
  return newId;
}

void loop() {
  eb.tick();
}