void check_for_keypresses(){
if (debounce_just_pressed(hours_debounce,hours_switch_raw)){
inc_hours();
inc_metric_sw_hours();
} else if (debounce_held_down(hours_debounce,hours_switch_raw)) {
silly_hour_display = !silly_hour_display;
eeprom_write_uint32(silly_hour_display,EEPROM_ADDR_SILLY_HOUR_DISPLAY);
trigger_save_eeprom();
// Be user friendly and undo the initial increment.
dec_hours();
}
if (debounce_just_pressed(mins_debounce,mins_switch_raw)){
inc_mins();
inc_metric_sw_mins();
}
if (debounce_just_pressed(secs_debounce,secs_switch_raw)){
clear_secs();
inc_metric_sw_secs();
}
debounce_add_sample(hours_debounce,hours_switch_raw);
debounce_add_sample(mins_debounce,mins_switch_raw);
debounce_add_sample(secs_debounce,secs_switch_raw);
}
void speedo_clock::set_date_time(uint8_t year,uint8_t mon,uint8_t day,uint8_t hh,uint8_t mm,uint8_t ss, bool check_winter){
#ifdef CLOCK_DEBUG // das schon brutal nervige 1hz meldung
Serial.println("Setting Clock:");
char char_buffer[60];
sprintf(char_buffer,"%i,%i,%i,%i,%i,%i",year%100,mon%100,day%100,hh%100,mm%100,ss%100);
Serial.println(char_buffer);
#endif
// accept only if min 10 sec difference
int16_t internal_clock_timestamp=(m_mm*60)+m_ss;
int16_t setter_clock_timestamp=(mm*60)+ss;
if( (internal_clock_timestamp-setter_clock_timestamp)>10 || (internal_clock_timestamp-setter_clock_timestamp)<-10 ){ m_ss=ss; };
// accept anything else
if(mm<60) { m_mm=mm; };
if(hh<24) { m_hh=hh; };
if(day<32){ m_day=day; };
if(mon<13){ m_mon=mon; };
if(year>0){ m_year=year; };
// calculate the daylight_saving with raw_data
if(check_winter){
if(!is_winter_time(m_year,m_mon,m_day,m_hh,m_mm,m_ss)){ // is wintertime?
wintertime=false;
}
};
// add gmt and daylight_saving time
inc_hours();
};
