#include <Arduino.h>
#include <GyverSegment.h>

#define DIG1 2
#define DIG2 3
#define DIG3 4
#define DIG4 5
#define SEVSEG_C 6
#define SEVSEG_D 7
#define SEVSEG_E 8
#define SEVSEG_A 9
#define SEVSEG_F 10
#define SEVSEG_B 11
#define SEVSEG_G 12
#define DP 13

const uint8_t digs[] = {DIG1, DIG2, DIG3, DIG4};
const uint8_t segs[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F, SEVSEG_G, DP};
DispBare<4, 1, false> disp(digs, segs);

int stop_m = 1;
int stop_s = 10;
int minutes = 0;
int seconds = 0;

void setup() {
  Serial.begin(115200);
}

void loop() {
  disp.tick();

  if(minutes < 10) 
  {
    disp.setCursor(0);
    disp.print(0);
    disp.setCursor(1);
    disp.print(minutes);
    disp.setCursor(2);
    disp.print(".");
    disp.update();
  }
  else
  {
    disp.setCursor(0);
    disp.print(minutes);
    disp.setCursor(2);
    disp.print(".");
    disp.update();
  }

  for(int i = 0; i < 1000; i++) 
  {
    if(seconds < 10) 
    {
      disp.setCursor(2);
      disp.print(0);
      disp.setCursor(3);
      disp.print(seconds);
      disp.update();
    }
    else
    {
      disp.setCursor(2);
      disp.print(seconds);
      disp.update();
    }
    disp.delay(1);
  }

  seconds++;
  if ( seconds == 60 )
  {
    minutes++;
    seconds = 0;
  }

  if( minutes == stop_m && seconds == stop_s ) 
  {
    while(1)
    {
      disp.tick();
      if(minutes < 10) 
      {
        disp.setCursor(0);
        disp.print(0);
        disp.setCursor(1);
        disp.print(minutes);
        disp.setCursor(2);
        disp.print(".");
        disp.update();
      }
      else
      {
        disp.setCursor(0);
        disp.print(minutes);
        disp.setCursor(2);
        disp.print(".");
        disp.update();
      }
      if(seconds < 10) 
      {
        disp.setCursor(2);
        disp.print(0);
        disp.setCursor(3);
        disp.print(seconds);
        disp.update();
      }
      else
      {
        disp.setCursor(2);
        disp.print(seconds);
        disp.update();
      }
      disp.delay(500);
      disp.setCursor(0);
      disp.clear();
      disp.update();
      disp.delay(500);
    }
  }
}

/*//лаба 2.2
#include <Arduino.h>
#include <GyverSegment.h>

#define DIG1 2
#define DIG2 3
#define DIG3 4
#define DIG4 5
#define SEVSEG_C 6
#define SEVSEG_D 7
#define SEVSEG_E 8
#define SEVSEG_A 9
#define SEVSEG_F 10
#define SEVSEG_B 11
#define SEVSEG_G 12
#define DP 13
#define buttonStop A0
#define buttonReset A1

const uint8_t digs[] = {DIG1, DIG2, DIG3, DIG4};
const uint8_t segs[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F, SEVSEG_G, DP};
DispBare<4, 1, false> disp(digs, segs);

int seconds = 0;

void doCheckButtonStop(int ms, int seconds) 
{ 
  if(digitalRead(buttonStop) == true)
  {
    delay(50);
    if(digitalRead(buttonStop) == true)
    {
      while (1) 
      {
        disp.tick();
        if(seconds < 10) 
        {
          disp.setCursor(0);
          disp.print(0);
          disp.setCursor(1);
          disp.print(seconds);
          disp.update();
        }
        else
        {
          disp.setCursor(0);
          disp.print(seconds);
          disp.update();
        }
        disp.setCursor(2);
        disp.print(".");
        disp.print(ms);
        disp.update();

        if(digitalRead(buttonStop) == true) 
        {
          delay(100);
          if(digitalRead(buttonStop) == true)
          {
            delay(100);
            break;
          }
        }
      }
    }
  }
}

void doReset()
{
  if(digitalRead(buttonReset) == true) 
  {
    Serial.println("Click2");
    delay(100);
    if(!digitalRead(buttonReset) == false)
    {
      delay(150);
      if(!digitalRead(buttonReset) == true)
      {
        disp.tick();
        seconds = 0;
        disp.setCursor(0);
        disp.print(0);
        disp.setCursor(1);
        disp.print(seconds);
      }
    }
  }
}

void setup() {
  //pinMode(buttonStop, INPUT);
  Serial.begin(115200);
}

void loop() {
  disp.tick();
  
  if(seconds < 10) 
  {
    disp.setCursor(0);
    disp.print(0);
    disp.setCursor(1);
    disp.print(seconds);
    disp.setCursor(2);
    disp.print(".");
    disp.update();
  }
  else
  {
    disp.setCursor(0);
    disp.print(seconds);
    disp.setCursor(2);
    disp.print(".");
    disp.update();
  }

  for(int i = 0; i < 1000; i++) 
  {
    doReset();
    disp.setCursor(2);
    disp.print( (i - (i%10))/10 );
    disp.update();
    disp.delay(1);
    doCheckButtonStop((i - (i%10))/10, seconds);
  }

  seconds++;

  if(seconds == 60) 
  {
    while(1) 
    {
      disp.tick();
      disp.setCursor(0);
      disp.print(8888);
      disp.update();
      seconds = 0;
    }
  }
}

//     disp.setCursor(0);
//     disp.print(i);
//     disp.update();
//     disp.delay(10);
*/

/*//laba 2.1
#define DIG1 2
#define DIG2 3
#define DIG3 4
#define DIG4 5
#define SEVSEG_C 6
#define SEVSEG_D 7
#define SEVSEG_E 8
#define SEVSEG_A 9
#define SEVSEG_F 10
#define SEVSEG_B 11
#define SEVSEG_G 12

int zero[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F};
int one[] = {SEVSEG_B, SEVSEG_C};
int two[] = {SEVSEG_A, SEVSEG_B, SEVSEG_G, SEVSEG_D, SEVSEG_E};
int three[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_G};
int four[] = {SEVSEG_F, SEVSEG_G, SEVSEG_B, SEVSEG_C};
int five[] = {SEVSEG_A, SEVSEG_F, SEVSEG_G, SEVSEG_C, SEVSEG_D};
int six[] = {SEVSEG_A, SEVSEG_G, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F};
int seven[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_F};
int eight[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F, SEVSEG_G};
int nine[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_G, SEVSEG_F};
int A[] = {SEVSEG_A, SEVSEG_B, SEVSEG_C, SEVSEG_G, SEVSEG_E, SEVSEG_F};
int B[] = {SEVSEG_G, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_F};
int C[] = {SEVSEG_A, SEVSEG_D, SEVSEG_E, SEVSEG_F};
int D[] = {SEVSEG_B, SEVSEG_C, SEVSEG_D, SEVSEG_E, SEVSEG_G};
int E[] = {SEVSEG_A, SEVSEG_G, SEVSEG_D, SEVSEG_E, SEVSEG_F};
int F[] = {SEVSEG_A, SEVSEG_G, SEVSEG_E, SEVSEG_F};

void showNum(int* arr, int size) 
{
  for (int i = 0; i < size; i++) 
  {
    digitalWrite(arr[i], HIGH);

  } 
  delay(1000);	
  for (int i = 6; i < 13; i++) 
  {
    digitalWrite(i, LOW);
  }  
}

void setup() {
  for(int i = 2; i < 13; i++)
  {
    pinMode(i, OUTPUT);
  }
}

void loop() {
  showNum(zero, (int)(sizeof(zero)/sizeof(int)));
  showNum(one, (int)(sizeof(one)/sizeof(int))); 
  showNum(two, (int)(sizeof(two)/sizeof(int))); 
  showNum(three, (int)(sizeof(three)/sizeof(int)));
  showNum(four, (int)(sizeof(four)/sizeof(int)));
  showNum(five, (int)(sizeof(five)/sizeof(int)));
  showNum(six, (int)(sizeof(six)/sizeof(int)));
  showNum(seven, (int)(sizeof(seven)/sizeof(int)));
  showNum(eight, (int)(sizeof(eight)/sizeof(int)));
  showNum(nine, (int)(sizeof(nine)/sizeof(int)));
  showNum(A, (int)(sizeof(A)/sizeof(int)));
  showNum(B, (int)(sizeof(B)/sizeof(int)));
  showNum(C, (int)(sizeof(C)/sizeof(int)));
  showNum(D, (int)(sizeof(D)/sizeof(int)));
  showNum(E, (int)(sizeof(E)/sizeof(int)));
  showNum(F, (int)(sizeof(F)/sizeof(int)));
}
*/