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(); } } }