#include <Arduino.h>
#include <ESP32Time.h>
ESP32Time rtc(3600*0); 

void test_debug_schedule() {
    int       wakeup_check_time_value     = 15;
    int       wakeup_send_time_value      = 240; 
    int       silent_period_start_value   = 22;
    int       silent_period_end_value     = 8; 
    //rtc.setTime(9,  0, 16, 6, 8, 2024); // August 06 2024 16:00:09 -> alert check with x=0, NOW x=1 Standard Operation
    rtc.setTime(6,  0,  0, 7, 8, 2024); // August 07 2024 00:00:06 -> standard operation with x=1, NOW x=1 Wake for alert check
    //rtc.setTime(sec2, min2, hour2, day2, month2, year2);
    Serial.println(rtc.getTime("%A, %B %d %Y %H:%M:%S")); 
    int _rtc_getYear = rtc.getYear();
    int _rtc_getHour = rtc.getHour(true);
    int _rtc_getMinute = rtc.getMinute();
    // August 07 2024 00:00:06 -> standard operation??? x=1?
    // August 06 2024 16:00:09 -> alert check??? x=0?
    String _state = "";
    float wakeup_send_time_value_div60 = (wakeup_send_time_value/60);
    float delta = ((_rtc_getHour*60 + _rtc_getMinute) - (silent_period_end_value*60));
    float deIntA = (delta / wakeup_send_time_value);
    float deIntA_int = int(deIntA);
    float deIntAA_int = (deIntA - deIntA_int);
    float deIntAA_int_sum = ((deIntA - deIntA_int) * wakeup_send_time_value);
    Serial.print("wakeup_check_time_value:");Serial.println(wakeup_check_time_value);
    Serial.print("wakeup_send_time_value:");Serial.println(wakeup_send_time_value);
    Serial.print("delta:");Serial.print(delta,4);
    Serial.print(", deIntA:");Serial.print(deIntA,4);
    Serial.print(", deIntA_int:");Serial.print(deIntA_int,4);
    Serial.print(", deIntAA_int:");Serial.print(deIntAA_int,4);
    Serial.print(", deIntAA_int_sum:");Serial.print(deIntAA_int_sum,4);
    Serial.println();
    Serial.print("_rtc_getHour:");
    Serial.println(_rtc_getHour);
    Serial.print("silent_period_end_value:");
    Serial.println(silent_period_end_value);
    Serial.print("silent_period_start_value:");

    Serial.println(silent_period_start_value);
    Serial.print("_rtc_getHour >= silent_period_end_value:");

    Serial.println((_rtc_getHour >= silent_period_end_value));
    Serial.print("_rtc_getHour < silent_period_start_value:");

    Serial.println((_rtc_getHour < silent_period_start_value));
    Serial.print(", x:");Serial.print((_rtc_getHour >= silent_period_end_value) and (_rtc_getHour < silent_period_start_value));
    Serial.print(", y:");Serial.print((silent_period_start_value - silent_period_end_value) > wakeup_send_time_value_div60);
    Serial.print(", z:");Serial.print(deIntAA_int_sum < wakeup_check_time_value);
    Serial.println();
    if ( (_rtc_getYear!=2024) or (
      (_rtc_getHour >= silent_period_end_value) and 
      (_rtc_getHour < silent_period_start_value) and 
      ((silent_period_start_value - silent_period_end_value) > (wakeup_send_time_value/60)) and 
      (((deIntA - deIntA_int) * wakeup_send_time_value) < wakeup_check_time_value)
      )) {
        Serial.print("Wake for standard operation, Time "); Serial.print(_rtc_getHour); Serial.print(":"); Serial.println(_rtc_getMinute);
    } else {
        Serial.print("Wake for alert check,        Time "); Serial.print(_rtc_getHour); Serial.print(":"); Serial.println(_rtc_getMinute);
    }
}

void setup() {
  // put your setup code here, to run once:
  Serial.begin(115200);
  Serial.println("Hello, ESP32-S3!");
  test_debug_schedule();
}

void loop() {
  // put your main code here, to run repeatedly:
  delay(10); // this speeds up the simulation
}