bool
Programme::isActive(Clock &clock)
{
// Calculate the time limits in seconds
unsigned long startTimeSec = ((unsigned long)startTime)
* TIME_CONVERSION_RATIO;
unsigned long endTimeSec = ((unsigned long)endTime)
* TIME_CONVERSION_RATIO;
if (isWeekday()) {
// Weekday programme
return ((getWeekdays() & (0x01 << clock.getDayOfWeek())) != 0)
&& clock.getSecsToday() >= startTimeSec
&& clock.getSecsToday() < endTimeSec;
} else {
// Non-Weekday programme
uint8_t dayNumber = clock.getDayNumber();
unsigned long secsToday = clock.getSecsToday();
return (dayNumber == startDayNumber && startDayNumber == endDayNumber
&& secsToday >= startTimeSec && secsToday < endTimeSec)
|| (dayNumber == startDayNumber && startDayNumber != endDayNumber
&& secsToday >= startTimeSec)
|| (dayNumber == endDayNumber && startDayNumber != endDayNumber
&& secsToday < startTimeSec)
|| (dayNumber > startDayNumber && startDayNumber != endDayNumber
&& dayNumber < endDayNumber);
}
}
bool
Programme::isExpired(Clock &clock)
{
if (isWeekday()) {
return false;
} else {
uint8_t dayNumber = clock.getDayNumber();
return (dayNumber > endDayNumber)
|| (dayNumber == endDayNumber
&& !isActive(clock));
}
}