uint8_t TimeAlarmsClass::getDigitsNow( dtUnits_t Units)
{
time_t time = now();
if(Units == dtSecond) return numberOfSeconds(time);
if(Units == dtMinute) return numberOfMinutes(time);
if(Units == dtHour) return numberOfHours(time);
if(Units == dtDay) return dayOfWeek(time);
return 255; // This should never happen
}
std::string Time::getTimeAsString() const
{
std::string timeStr = "";
std::stringstream ss;
// Hours
if (numberOfHours() < 10) timeStr += '0';
ss << (int)numberOfHours();
timeStr.append(ss.str()).append(":");
ss.str("");
// Minutes
if (m_seconds % 3600 / 60 < 10) timeStr += '0';
ss << m_seconds % 3600 / 60;
timeStr.append(ss.str()).append(":");
ss.str("");
// Seconds
if (m_seconds % 60 < 10) timeStr += '0';
ss << m_seconds % 60;
timeStr.append(ss.str());
return timeStr;
}
void getCronometragem() {
Serial.println("pegando a cronometragem...");
long result = (long) millis() - inicial;
int days = elapsedDays(result);
int hours = numberOfHours(result);
int minutes = numberOfMinutes(result);
int seconds = numberOfSeconds(result);
// digital clock display of current time
Serial.print(days,DEC);
printDigits(hours);
printDigits(minutes);
printDigits(seconds);
Serial.println();
printHeader();
printChaveValorJson("TEMPO TOTAL", (String) result);
printFooter();
}
void TimeAlarmsClass::captureLastNextTriggerData()
{
time_t timeNow = now();
// Serial.println("timeNow : " + String(numberOfHours (timeNow)));
// Serial.println("timeNow : " + String(numberOfMinutes(timeNow)));
// Serial.println("timeNow : " + String(numberOfSeconds(timeNow)));
// Serial.println("timeNow : " + String(dayOfWeek (timeNow)));
time_t lastTrigger = 0x00000000;
uint8_t lastTriggerId = 0;
for(uint8_t id = 0; id < dtNBR_ALARMS; id++)
{
if(isAllocated(id) )
{
time_t testValue = Alarm[id].nextTrigger;
// Serial.println("-- testValue : " + String(numberOfHours (testValue)));
// Serial.println("-- testValue : " + String(numberOfMinutes(testValue)));
// Serial.println("-- testValue : " + String(numberOfSeconds(testValue)));
// Serial.println("-- testValue : " + String(dayOfWeek (testValue)));
if(uint32_t(Alarm[id].nextTrigger) > uint32_t(lastTrigger)) {
lastTrigger = Alarm[id].nextTrigger;
lastTriggerId = id;
}
}
}
// Serial.println("lastTriggerId: " + String(lastTriggerId));
// Serial.println("lastTrigger : " + String(numberOfHours (lastTrigger)));
// Serial.println("lastTrigger : " + String(numberOfMinutes(lastTrigger)));
// Serial.println("lastTrigger : " + String(numberOfSeconds(lastTrigger)));
// Serial.println("lastTrigger : " + String(dayOfWeek (lastTrigger)));
time_t nextTrigger = 0xffffffff; // the max time value
uint8_t nextTriggerId = 0;
for(uint8_t id = 0; id < dtNBR_ALARMS; id++)
{
if(isAllocated(id) )
{
// if(Alarm[id].nextTrigger < nextTrigger) {
if(uint32_t(Alarm[id].nextTrigger) < uint32_t(nextTrigger)) {
nextTrigger = Alarm[id].nextTrigger;
nextTriggerId = id;
}
}
}
// Serial.println("nextTriggerId: " + String(nextTriggerId));
// Serial.println("nextTrigger : " + String(numberOfHours (nextTrigger)));
// Serial.println("nextTrigger : " + String(numberOfMinutes(nextTrigger)));
// Serial.println("nextTrigger : " + String(numberOfSeconds(nextTrigger)));
// Serial.println("nextTrigger : " + String(dayOfWeek (nextTrigger)));
uint32_t lastTriggerSeconds = uint8_t(numberOfHours(lastTrigger))*3600 + uint8_t(numberOfMinutes(lastTrigger))*60 + uint8_t(numberOfSeconds(lastTrigger));
uint32_t nextTriggerSeconds = uint8_t(numberOfHours(nextTrigger))*3600 + uint8_t(numberOfMinutes(nextTrigger))*60 + uint8_t(numberOfSeconds(nextTrigger));
uint32_t timeNowSeconds = uint8_t(numberOfHours(timeNow ))*3600 + uint8_t(numberOfMinutes(timeNow ))*60 + uint8_t(numberOfSeconds(timeNow ));
this->ltId = lastTriggerId;
this->ntId = nextTriggerId;
this->ltOnTickArgs = Alarm[lastTriggerId].onTickArgs;
this->ntOnTickArgs = Alarm[nextTriggerId].onTickArgs;
this->ltTimeSeconds = lastTriggerSeconds;
this->ntTimeSeconds = nextTriggerSeconds;
this->nowTimeSeconds = timeNowSeconds;
// Serial.println("");
}
return create( value, onTickHandler, IS_ONESHOT, dtTimer );