#include "rgb_lcd.h"
#define LCD_NB_COLONNE        16
#define LCD_NB_LIGNE          2
#define LCD_LIGNE1            0
#define LCD_LIGNE2            1
#define LCD_DEBUT_LIGNE       0
#define LCD_DELAI_MSG_DEPART  3000
#define BOUTON                2
#define DELAI_BOUTON          5   

rgb_lcd ecranLCD;


void setup() {
  /*int i = 99;
  ecranLCD.begin(LCD_NB_COLONNE,LCD_NB_LIGNE);  // init + clear()
  ecranLCD.print("Projet LCD01!");
  //ecranLCD.print(i);
  ecranLCD.setCursor(LCD_DEBUT_LIGNE, LCD_LIGNE2);
  ecranLCD.print("Version 1.0b");
  delay(LCD_DELAI_MSG_DEPART);

  ecranLCD.clear();
  ecranLCD.print("Alarme CSTJ.TI");
  ecranLCD.setCursor(LCD_DEBUT_LIGNE, LCD_LIGNE2);
  ecranLCD.print("compteur: ");*/

  ecranLCD.begin(LCD_NB_COLONNE,LCD_NB_LIGNE);
  ecranLCD.print("Alarme TI-CSTJ");
  //ecranLCD.print(i);
  ecranLCD.setCursor(LCD_DEBUT_LIGNE, LCD_LIGNE2);
  ecranLCD.print("Version 1.0b");
  delay(LCD_DELAI_MSG_DEPART);

  ecranLCD.clear();
  ecranLCD.print("temps:  ");
  ecranLCD.setCursor(8, LCD_LIGNE1); 
  ecranLCD.print("sec");   
  ecranLCD.setCursor(LCD_DEBUT_LIGNE, LCD_LIGNE2);
  ecranLCD.print("compteur: ");  

  pinMode(BOUTON, INPUT);
  
}

void loop() {
  //unsigned long int compteur = millis();    // Retourne le temps depuis que le Adruino est démarée
  //ecranLCD.setCursor(10, LCD_LIGNE2);  
  //ecranLCD.print(compteur /* / 1000*/);

    
  unsigned long int temps = millis();
  ecranLCD.setCursor(6, LCD_LIGNE1);
  ecranLCD.print(temps / 1000);
  
  static unsigned long int compBouton = 0;
  int Bouton = digitalRead(BOUTON);
  delay(DELAI_BOUTON);
  
  if( Bouton == HIGH)
  {
    compBouton++;
    while(digitalRead(BOUTON))
    {
      delay(DELAI_BOUTON);
    }

  }
  ecranLCD.setCursor(10, LCD_LIGNE2);
  ecranLCD.print(compBouton);
}