#include <IRremote.hpp>

enum : uint16_t {
  onoff  = 0x00A2,                        menu    = 0x00E2,
  test   = 0x0022,    plus  = 0x0002,     entree  = 0x00C2,
  retrap = 0x00E0,    joue  = 0x00A8,     avrap   = 0x0090,
  zero   = 0x0068,    moins = 0x0098,     efface  = 0x00B0,
  un     = 0x0030,    deux  = 0x0018,     trois   = 0x007A,
  quatre = 0x0010,    cinq  = 0x0038,     six     = 0x005A,
  sept   = 0x0042,    huit  = 0x004A,     neuf    = 0x0052,
};

enum : uint8_t {AUCUN, PGM1, PGM2} mode = AUCUN;

void pgm1() {
  static const uint32_t periode = 1000;
  static uint32_t chrono = -periode;
  if (millis() - chrono >= periode) {
    Serial.println(F("\tune étape dans PGM1"));
    chrono = millis();
  }
}

void pgm2() {
  static const uint32_t periode = 500;
  static uint32_t chrono = -periode;
  if (millis() - chrono >= periode) {
    Serial.println(F("\tune étape dans PGM2"));
    chrono = millis();
  }
}

void setup() {
  IrReceiver.begin(2, false);
  Serial.begin(115200);
}

void loop() {
  if (IrReceiver.decode()) {
    switch (IrReceiver.decodedIRData.command) {
      case onoff:   Serial.println(F("onoff"));   break;
      case menu:    Serial.println(F("menu"));    break;
      case test:    Serial.println(F("test"));    break;
      case plus:    Serial.println(F("plus"));    break;
      case entree:  Serial.println(F("entree"));  break;
      case retrap:  Serial.println(F("retrap"));  break;
      case joue:    Serial.println(F("joue"));    break;
      case avrap:   Serial.println(F("avrap"));   break;
      case zero:    Serial.println(F("zero"));    break;
      case moins:   Serial.println(F("moins"));   break;
      case efface:  Serial.println(F("efface"));  mode = AUCUN; break;
      case un:      Serial.println(F("un"));      mode = PGM1;  break;
      case deux:    Serial.println(F("deux"));    mode = PGM2;  break;
      case trois:   Serial.println(F("trois"));   break;
      case quatre:  Serial.println(F("quatre"));  break;
      case cinq:    Serial.println(F("cinq"));    break;
      case six:     Serial.println(F("six"));     break;
      case sept:    Serial.println(F("sept"));    break;
      case huit:    Serial.println(F("huit"));    break;
      case neuf:  Serial.println(F("neuf"));      break;
    }
    IrReceiver.resume();
  }

  switch (mode) {
    case AUCUN:         break;
    case PGM1: pgm1();  break;
    case PGM2: pgm2();  break;
  }
}