QOrganizerEvent OrganizerItemTransform::convertCEventToQEvent(CEvent *cevent)
{
QOrganizerEvent retn;
// Priority
int tempint = cevent->getPriority();
if (tempint != -1)
retn.setPriority(static_cast<QOrganizerItemPriority::Priority>(tempint)); // assume that the saved priority is vCal compliant.
// Location geo coordinates
QOrganizerItemLocation loc = retn.detail<QOrganizerItemLocation>();
if(addGeoToQOIL(QString::fromStdString(cevent->getGeo()), &loc))
retn.saveDetail(&loc);
// Start time
QDateTime tempdt = QDateTime::fromTime_t(cevent->getDateStart());
if (!tempdt.isNull())
retn.setStartDateTime(tempdt);
// End time
tempdt = QDateTime::fromTime_t(cevent->getDateEnd());
if (!tempdt.isNull())
retn.setEndDateTime(tempdt);
// Recurrence information
m_recTransformer.transformToQrecurrence(cevent->getRecurrence());
retn.setRecurrenceRules(m_recTransformer.recurrenceRules());
retn.setExceptionRules(m_recTransformer.exceptionRules());
retn.setRecurrenceDates(m_recTransformer.recurrenceDates());
retn.setExceptionDates(m_recTransformer.exceptionDates());
return retn;
}
QDateTime TimeZone::convert(const QDateTime& dateTime) const
{
Q_ASSERT(isValid());
QOrganizerManager* manager = getManager();
int offset = 100000; // impossible value
QDateTime latestPhase;
foreach(const TimeZonePhase& phase, mPhases) {
QOrganizerEvent event;
event.setStartDateTime(phase.startDateTime());
event.setRecurrenceRules(QSet<QOrganizerRecurrenceRule>() << phase.recurrenceRule());
event.setRecurrenceDates(phase.recurrenceDates());
QList<QOrganizerItem> occurrences =
manager->itemOccurrences(event, phase.startDateTime(), dateTime, 500);
if (!occurrences.isEmpty()) {
QDateTime phaseStart(static_cast<QOrganizerEventOccurrence>(occurrences.last()).startDateTime());
if (phaseStart > latestPhase) {
latestPhase = phaseStart;
offset = phase.utcOffset();
}
}
}
