bool
ShiftSelectionList::insert(ShiftSelection* s)
{
for (ShiftSelectionList::Iterator ssli(*this); ssli.hasNext();)
if (ssli.next()->getPeriod().overlaps(s->getPeriod()))
return false;
append(s);
return true;
}
bool
ShiftSelectionList::isVacationDay(time_t day) const
{
for (ShiftSelectionList::Iterator ssli(*this);
ssli.hasNext() && day <= ssli.peekNext()->getPeriod().getEnd();)
if (ssli.next()->isVacationDay(day))
return true;
return false;
}
bool
ShiftSelectionList::insert(ShiftSelection* s)
{
for (ShiftSelectionList::Iterator ssli(*this); *ssli != 0; ++ssli)
if ((*ssli)->getPeriod().overlaps(s->getPeriod()))
return false;
append(s);
return true;
}
bool
ShiftSelectionList::isVacationDay(time_t day) const
{
for (ShiftSelectionList::Iterator ssli(*this);
*ssli != 0 && day <= (*ssli)->getPeriod().getEnd(); ++ssli)
if ((*ssli)->isVacationDay(day))
return true;
return false;
}
bool
ShiftSelectionList::isOnShift(const Interval& iv) const
{
/* Check whether any of the defined shift intervals contains the interval
* 'iv'. If not return true. If it does, check whether the interval 'iv'
* lies within the specified working hours. */
for (ShiftSelectionList::Iterator ssli(*this); *ssli != 0; ++ssli)
if ((*ssli)->getPeriod().contains(iv))
return (*ssli)->getShift()->isOnShift(iv);
return true;
}
bool
ShiftSelectionList::isOnShift(const Interval& iv) const
{
/* Check whether any of the defined shift intervals contains the interval
* 'iv'. If not return true. If it does, check whether the interval 'iv'
* lies within the specified working hours. */
for (ShiftSelectionList::Iterator ssli(*this); ssli.hasNext();) {
ShiftSelection *s = ssli.next();
if (s->getPeriod().contains(iv))
return s->getShift()->isOnShift(iv);
}
return true;
}
