ANCS ON SERIAL MONITOR

ancs_serial_monitor.ino

#include <lib_aci.h>
#include <SPI.h>
#include <EEPROM.h>

#include <notif.h>



Notif notif(10,2);
ancs_notification_t* current_notif = NULL;





boolean connected = false;

void ancs_connected() {
  
    connected = true;
}
void ancs_disconnected() {
    connected = false;
}

void ancs_reset() {
    connected = false;
    Serial.println(" Bond Cleared ");
    Serial.println("Please Reset");
}

void ancs_notifications(ancs_notification_t* notif) {
     
  
     
    
     Serial.print (F("["));
     if ((notif->flags & ANCS_EVT_FLAG_SILENT) == ANCS_EVT_FLAG_SILENT)
     Serial.print(F("-"));
     else if ((notif->flags & ANCS_EVT_FLAG_IMPORTANT) == ANCS_EVT_FLAG_IMPORTANT)
     Serial.print(F("!"));
     else
     Serial.print(" ");
     Serial.print (F("] "));
     Serial.print(F("Notif #")); Serial.print( notif->uid); Serial.print( F(" ; from: '"));
     #ifdef ANCS_USE_APP
     Serial.print( notif->app);
     #endif
     Serial.println( F("'"));
     Serial.print(F("   category: "));
     switch (notif->category) {
     case ANCS_CATEGORY_INCOMING_CALL:
       Serial.println(F("incoming call"));
     break;
     case ANCS_CATEGORY_MISSED_CALL:
       Serial.println(F("missed call"));
     break;
     case ANCS_CATEGORY_VOICEMAIL:
       Serial.println(F("voicemail call"));
     break;
     case ANCS_CATEGORY_SOCIAL:
       Serial.println(F("social msg"));
     break;
     case ANCS_CATEGORY_OTHER:
       Serial.println(F("other"));
     break;
     case ANCS_CATEGORY_SCHEDULE:
       Serial.println(F("schedule"));
     break;
     case ANCS_CATEGORY_EMAIL:
       Serial.println(F("email"));
     break;
     case ANCS_CATEGORY_NEWS :
       Serial.println(F("news"));
     break;
     case ANCS_CATEGORY_HEALTH_FITNESS:
       Serial.println(F("health & fitness"));
     break;
     case ANCS_CATEGORY_BUSINESS_FINANCE:
       Serial.println(F("business & finance"));
     break;
     case ANCS_CATEGORY_LOCATION:
       Serial.println(F("location"));
     break;
     case ANCS_CATEGORY_ENTERTAINMENT:
       Serial.println(F("entertainment"));
     break;
     default:
     Serial.print(F("unknown: "));
     Serial.println(notif->category, DEC);
     break;
     //return;
     }
     Serial.print(F("   title:    '")); Serial.print( notif->title    ); Serial.println("'");
     #ifdef ANCS_USE_SUBTITLE
     Serial.print(F("   subtitle: '")); Serial.print( notif->subtitle ); Serial.println("'");
     #endif
     Serial.print(F("   message:  '")); Serial.print( notif->message  ); Serial.println("'");
    
    
    current_notif = notif;
    
}

void eepromWrite(int address, uint8_t value)
{
eeprom_write_byte((unsigned char *) address, value);
}

void setup(void)
{
    Serial.begin(115200);
    //Wait until the serial port is available (useful only for the Leonardo)
    //As the Leonardo board is not reseted every time you open the Serial Monitor
    /*
#if defined (__AVR_ATmega32U4__)
    while(!Serial)
    {}
#endif*/
    
    //If things get really crazy, uncomment this line. It wipes the saved EEPROM information for the Nordic chip. Good to do this if the services.h file gets updated.
    //After it is wiped, comment and reupload.
    //eepromWrite(0, 0xFF);
    
    Serial.println(F("Arduino setup"));
    notif.setup();
    notif.set_notification_callback_handle(ancs_notifications);
    notif.set_connect_callback_handle(ancs_connected);
    notif.set_disconnect_callback_handle(ancs_disconnected);
    notif.set_reset_callback_handle(ancs_reset);
    
    
    Serial.print("    Apple iOS   ");
    Serial.print(" Notifications  ");
    
}


void loop()
{
    notif.ReadNotifications();
    notif.set_notification_callback_handle(ancs_notifications);
}