#include <ESP32RotaryEncoder.h>

// Altere esses números para os números de pinos reais aos quais
// Encoder 1
const uint8_t ENCODER1_CLK  = 2;
const uint8_t ENCODER1_DT   = 15;
const int8_t  ENCODER1_SW   = 0;

// Encoder 2
const uint8_t ENCODER2_CLK  = 16;
const uint8_t ENCODER2_DT   = 4;
const int8_t  ENCODER2_SW   = 17;

// Encoder 3
const uint8_t ENCODER3_CLK  = 18;
const uint8_t ENCODER3_DT   = 5;
const int8_t  ENCODER3_SW   = 19;

// Encoder 4
const uint8_t ENCODER4_CLK  = 22;
const uint8_t ENCODER4_DT   = 21;
const int8_t  ENCODER4_SW   = 23;

// Encoder 5
const uint8_t ENCODER5_CLK  = 39;
const uint8_t ENCODER5_DT   = 36;
const int8_t  ENCODER5_SW   = 34;




RotaryEncoder rotaryEncoder1(ENCODER1_DT, ENCODER1_CLK, ENCODER1_SW);
RotaryEncoder rotaryEncoder2(ENCODER2_DT, ENCODER2_CLK, ENCODER2_SW);
RotaryEncoder rotaryEncoder3(ENCODER3_DT, ENCODER3_CLK, ENCODER3_SW);
RotaryEncoder rotaryEncoder4(ENCODER4_DT, ENCODER4_CLK, ENCODER4_SW);
RotaryEncoder rotaryEncoder5(ENCODER5_DT, ENCODER5_CLK, ENCODER5_SW);

//Mostrar os valors dos Encoders
void Knob1Value( long value )
{
	Serial.printf( "Encoder 1, value: %ld\n", value );
}

void Knob2Value( long value )
{
	Serial.printf( "Encoder 2, value: %ld\n", value );
}

void Knob3Value( long value )
{
	Serial.printf( "Encoder 3, value: %ld\n", value );
}

void Knob4Value( long value )
{
	Serial.printf( "Encoder 4, value: %ld\n", value );
}

void Knob5Value( long value )
{
	Serial.printf( "Encoder 5, value: %ld\n", value );
}

//Monstrar os botões dos encoders
void button1( unsigned long duration )
{
	Serial.printf( "boop! button 1 was down for %lu ms\n", duration );
}

void button2( unsigned long duration )
{
	Serial.printf( "boop! button 2 was down for %lu ms\n", duration );
}

void button3( unsigned long duration )
{
	Serial.printf( "boop! button 3 was down for %lu ms\n", duration );
}

void button4( unsigned long duration )
{
	Serial.printf( "boop! button 4 was down for %lu ms\n", duration );
}

void button5( unsigned long duration )
{
	Serial.printf( "boop! button 5 was down for %lu ms\n", duration );
}

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

  //Encoder 1
  rotaryEncoder1.setEncoderType(EncoderType::HAS_PULLUP);
  rotaryEncoder1.setBoundaries(0, 16, false);
  rotaryEncoder1.onTurned(&Knob1Value);
  rotaryEncoder1.onPressed(&button1);
  rotaryEncoder1.begin();

  //Encoder 2
  rotaryEncoder2.setEncoderType(EncoderType::HAS_PULLUP);
  rotaryEncoder2.setBoundaries(0, 16, false);
  rotaryEncoder2.onTurned(&Knob2Value);
  rotaryEncoder2.onPressed(&button2);
  rotaryEncoder2.begin();

   //Encoder 3
  rotaryEncoder3.setEncoderType(EncoderType::HAS_PULLUP);
  rotaryEncoder3.setBoundaries(0, 16, false);
  rotaryEncoder3.onTurned(&Knob3Value);
  rotaryEncoder3.onPressed(&button3);
  rotaryEncoder3.begin();

   //Encoder 4
  rotaryEncoder4.setEncoderType(EncoderType::HAS_PULLUP);
  rotaryEncoder4.setBoundaries(0, 16, false);
  rotaryEncoder4.onTurned(&Knob4Value);
  rotaryEncoder4.onPressed(&button4);
  rotaryEncoder4.begin();

   //Encoder 5
  rotaryEncoder5.setEncoderType(EncoderType::HAS_PULLUP);
  rotaryEncoder5.setBoundaries(0, 16, false);
  rotaryEncoder5.onTurned(&Knob5Value);
  rotaryEncoder5.onPressed(&button5);
  rotaryEncoder5.begin();
}

void loop() {
  // Seu código aqui
}