use of com.zimbra.cs.util.tnef.mapi.MapiPropertyId in project zm-mailbox by Zimbra.
the class SchedulingViewOfTnef method initTZinfo.
/**
* Initialise timezone related fields.
* Replies from Outlook 2007 related to a recurrence or an instance
* of a recurrence had :
* PidLidTimeZoneDescription,PidLidTimeZoneStruct,
* PidLidAppointmentTimeZoneDefinitionStartDisplay and
* PidLidAppointmentTimeZoneDefinitionEndDisplay present but NOT
* PidLidAppointmentTimeZoneDefinitionRecur
* further, the StartDisplay/EndDisplay properties were appropriate to the
* Outlook client replying and were NOT related to the originally sent ICAL.
*
* The Outlook originated TimeZone names associated with
* StartDisplay/EndDisplay/Recur props seem "nicer" than the names
* used in PidLidTimeZoneDescription - so, tend to prefer those.
*
* @throws IOException
*/
private void initTZinfo() {
if (tzinfoInitialized) {
return;
}
try {
RawInputStream tzRis;
MapiPropertyId mpi;
mpi = MapiPropertyId.PidLidAppointmentTimeZoneDefinitionStartDisplay;
tzRis = mpi.getRawInputStreamValue(this);
if (tzRis != null) {
startTimeTZinfo = new TimeZoneDefinition(mpi, tzRis);
}
mpi = MapiPropertyId.PidLidAppointmentTimeZoneDefinitionEndDisplay;
tzRis = mpi.getRawInputStreamValue(this);
if (tzRis != null) {
endTimeTZinfo = new TimeZoneDefinition(mpi, tzRis);
}
mpi = MapiPropertyId.PidLidAppointmentTimeZoneDefinitionRecur;
tzRis = mpi.getRawInputStreamValue(this);
if (tzRis != null) {
recurrenceTZinfo = new TimeZoneDefinition(mpi, tzRis);
}
String tzDesc = this.getTimeZoneDescription();
if (null != tzDesc) {
TimeZoneDefinition tzStructInfo = this.getTimeZoneStructInfo(tzDesc);
if (tzStructInfo != null) {
// We know we have a recurrence related TZ definition. Make
// sure we have the most appropriate/nice definition for that.
TZRule tzsRule = tzStructInfo.getEffectiveRule();
if (recurrenceTZinfo == null) {
if ((startTimeTZinfo != null) && (tzsRule.equivalentRule(startTimeTZinfo.getEffectiveRule()))) {
recurrenceTZinfo = startTimeTZinfo;
sLog.debug("Using %s for TZ info", "PidLidAppointmentTimeZoneDefinitionStart");
} else if ((endTimeTZinfo != null) && (tzsRule.equivalentRule(endTimeTZinfo.getEffectiveRule()))) {
recurrenceTZinfo = endTimeTZinfo;
sLog.debug("Using %s for TZ info", "PidLidAppointmentTimeZoneDefinitionEnd");
} else {
recurrenceTZinfo = tzStructInfo;
sLog.debug("Using %s for TZ info", "PidLidTimeZoneStruct");
}
} else if (!tzsRule.equivalentRule(recurrenceTZinfo.getEffectiveRule())) {
recurrenceTZinfo = tzStructInfo;
sLog.debug("Using %s for TZ info", "PidLidAppointmentTimeZoneDefinitionRecur");
}
}
}
} catch (IOException e) {
sLog.debug("Problem encountered initialising timezone information", e);
}
if (recurrenceTZinfo != null) {
// For recurrences, we want just one TZ for consistency
if (endTimeTZinfo == null) {
endTimeTZinfo = recurrenceTZinfo;
} else if (recurrenceTZinfo.getEffectiveRule().equivalentRule(endTimeTZinfo.getEffectiveRule())) {
endTimeTZinfo = recurrenceTZinfo;
} else if (startTimeTZinfo != null) {
// for cancel/request, even when related to an exception.
if (startTimeTZinfo.getEffectiveRule().equivalentRule(endTimeTZinfo.getEffectiveRule())) {
endTimeTZinfo = recurrenceTZinfo;
}
}
startTimeTZinfo = recurrenceTZinfo;
}
if (endTimeTZinfo == null) {
endTimeTZinfo = startTimeTZinfo;
} else if (startTimeTZinfo == null) {
startTimeTZinfo = endTimeTZinfo;
} else if (startTimeTZinfo.getEffectiveRule().equivalentRule(endTimeTZinfo.getEffectiveRule())) {
endTimeTZinfo = startTimeTZinfo;
}
}
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