use of com.zimbra.cs.mailbox.calendar.Invite in project zm-mailbox by Zimbra.
the class CalendarItem method createPseudoExceptionForSingleInstanceReplyIfNecessary.
/**
* Bug 94018 - Need an exception to represent a reply to a single instance of an exception, otherwise a decline
* to a single instance gets forgotten in some cases where the series partstat is used instead.
* Assumption - already checked that there isn't a matching exception instance already
* Caller is responsible for ensuring changed MetaData is written through to SQL sending notification of change.
*/
private void createPseudoExceptionForSingleInstanceReplyIfNecessary(Invite reply) throws ServiceException {
if ((reply == null) || reply.getRecurId() == null) {
// reply isn't to a single instance
return;
}
Recurrence.RecurrenceRule recurrenceRule = null;
if ((mRecurrence == null) || !(mRecurrence instanceof Recurrence.RecurrenceRule)) {
return;
}
recurrenceRule = (Recurrence.RecurrenceRule) mRecurrence;
Collection<Instance> instancesNear = instancesNear(reply.getRecurId());
if (!instancesNear.isEmpty()) {
/* we need a new exception to handle the difference in attendee status */
for (int i = 0; i < numInvites(); i++) {
Invite cur = getInvite(i);
if (cur.getRecurId() == null) {
try {
ParsedDateTime pdt = ParsedDateTime.parseUtcOnly(reply.getRecurId().getDtZ());
Invite localException = cur.makeInstanceInvite(pdt);
localException.setDtStamp(System.currentTimeMillis());
localException.updateMatchingAttendeesFromReply(reply);
// flag as organizer change
localException.setClassPropSetByMe(true);
mInvites.add(localException);
// create a fake ExceptionRule wrapper around the single-instance
recurrenceRule.addException(new Recurrence.ExceptionRule(reply.getRecurId(), localException.getStartTime(), localException.getEffectiveDuration(), new InviteInfo(localException)));
} catch (ParseException e) {
sLog.debug("Unexpected exception - not updating calendar invite with pseudo exception", e);
}
break;
}
}
}
}
use of com.zimbra.cs.mailbox.calendar.Invite in project zm-mailbox by Zimbra.
the class CalendarItem method processNewInviteReply.
boolean processNewInviteReply(Invite reply, String sender) throws ServiceException {
List<ZAttendee> attendees = reply.getAttendees();
String senderAddress = null;
if (sender != null && !sender.isEmpty()) {
try {
JavaMailInternetAddress address = new JavaMailInternetAddress(sender);
senderAddress = address.getAddress();
} catch (AddressException e) {
// ignore invalid sender address.
}
}
if (senderAddress != null && !attendees.isEmpty()) {
AccountAddressMatcher acctMatcher = null;
Account acct = Provisioning.getInstance().get(AccountBy.name, senderAddress);
if (acct != null) {
acctMatcher = new AccountAddressMatcher(acct);
}
Iterator<ZAttendee> iter = attendees.iterator();
while (iter.hasNext()) {
ZAttendee att = iter.next();
// Remove the attendee if not same as the sender.
if (!(att.addressMatches(senderAddress) || (acctMatcher != null && acctMatcher.matches(att.getAddress())))) {
iter.remove();
}
}
}
// trace logging
ZAttendee att1 = !attendees.isEmpty() ? attendees.get(0) : null;
if (att1 != null) {
String ptst = IcalXmlStrMap.sPartStatMap.toIcal(att1.getPartStat());
if (!reply.hasRecurId())
ZimbraLog.calendar.info("Processing CalendarItem reply: attendee=%s, partstat=%s, id=%d, folderId=%d, subject=\"%s\", UID=%s", att1.getAddress(), ptst, mId, getFolderId(), reply.isPublic() ? reply.getName() : "(private)", mUid);
else
ZimbraLog.calendar.info("Processing CalendarItem reply: attendee=%s, partstat=%s, id=%d, folderId=%d, subject=\"%s\", UID=%s, recurId=%s", att1.getAddress(), ptst, mId, getFolderId(), reply.isPublic() ? reply.getName() : "(private)", mUid, reply.getRecurId().getDtZ());
}
// Require private access permission only when we're replying to a private series/instance.
boolean requirePrivateCheck = requirePrivateCheck(reply);
OperationContext octxt = getMailbox().getOperationContext();
Account authAccount = octxt != null ? octxt.getAuthenticatedUser() : null;
boolean asAdmin = octxt != null ? octxt.isUsingAdminPrivileges() : false;
if (!canAccess(ACL.RIGHT_ACTION, authAccount, asAdmin, requirePrivateCheck))
throw ServiceException.PERM_DENIED("you do not have sufficient permissions to change this appointment/task's state");
boolean dirty = false;
// unique ID: UID+RECURRENCE_ID
// See RFC2446: 2.1.5 Message Sequencing
// UID already matches...next check if RecurId matches
// if so, then seqNo is next
// finally use DTStamp
Invite matchingInvite = matchingInvite(reply.getRecurId());
if (matchingInvite != null) {
// up to date with the organizer's event, provided there were no major changes.
if ((matchingInvite.isOrganizer() && (matchingInvite.getLastFullSeqNo() > reply.getSeqNo())) || (!matchingInvite.isOrganizer() && (matchingInvite.getSeqNo() > reply.getSeqNo()))) {
sLog.info("Invite-Reply %s is outdated (Calendar entry has higher SEQUENCE), ignoring!", reply);
return false;
}
// maybeStoreNewReply does some further checks which might invalidate this reply
// so, postpone updating attendee information until after that.
}
// they must be replying to a arbitrary instance)
for (ZAttendee at : attendees) {
if (mReplyList.maybeStoreNewReply(reply, at, this))
dirty = true;
}
if (!dirty) {
sLog.info("Invite-Reply %s is outdated ignoring!", reply);
return false;
}
if (matchingInvite != null) {
matchingInvite.updateMatchingAttendeesFromReply(reply);
updateLocalExceptionsWhichMatchSeriesReply(reply);
} else {
createPseudoExceptionForSingleInstanceReplyIfNecessary(reply);
}
saveMetadata();
return true;
}
use of com.zimbra.cs.mailbox.calendar.Invite in project zm-mailbox by Zimbra.
the class Mailbox method writeICalendarForCalendarItems.
public void writeICalendarForCalendarItems(Writer writer, OperationContext octxt, Collection<CalendarItem> calItems, Folder f, boolean useOutlookCompatMode, boolean ignoreErrors, boolean needAppleICalHacks, boolean trimCalItemsList, boolean escapeHtmlTags, boolean includeAttaches) throws ServiceException {
lock.lock();
try {
writer.write("BEGIN:VCALENDAR\r\n");
if (f != null) {
writer.write("X-WR-CALNAME:");
writer.write(f.getName());
writer.write("\r\n");
writer.write("X-WR-CALID:");
writer.write(new ItemId(f).toString());
writer.write("\r\n");
}
ZProperty prop;
prop = new ZProperty(ICalTok.PRODID, ZCalendar.sZimbraProdID);
prop.toICalendar(writer, needAppleICalHacks);
prop = new ZProperty(ICalTok.VERSION, ZCalendar.sIcalVersion);
prop.toICalendar(writer, needAppleICalHacks);
prop = new ZProperty(ICalTok.METHOD, ICalTok.PUBLISH.toString());
prop.toICalendar(writer, needAppleICalHacks);
// timezones
ICalTimeZone localTz = Util.getAccountTimeZone(getAccount());
TimeZoneMap tzmap = new TimeZoneMap(localTz);
for (CalendarItem calItem : calItems) {
tzmap.add(calItem.getTimeZoneMap());
}
// iterate the tzmap and add all the VTimeZone's
for (Iterator<ICalTimeZone> iter = tzmap.tzIterator(); iter.hasNext(); ) {
ICalTimeZone tz = iter.next();
tz.newToVTimeZone().toICalendar(writer, needAppleICalHacks);
}
// help keep memory consumption low
tzmap = null;
// build all the event components and add them to the Calendar
for (Iterator<CalendarItem> iter = calItems.iterator(); iter.hasNext(); ) {
CalendarItem calItem = iter.next();
boolean allowPrivateAccess = calItem.isPublic() || calItem.allowPrivateAccess(octxt.getAuthenticatedUser(), octxt.isUsingAdminPrivileges());
if (trimCalItemsList) {
// help keep memory consumption low
iter.remove();
}
Invite[] invites = calItem.getInvites();
if (invites != null && invites.length > 0) {
boolean appleICalExdateHack = LC.calendar_apple_ical_compatible_canceled_instances.booleanValue();
ZComponent[] comps = null;
try {
comps = Invite.toVComponents(invites, allowPrivateAccess, useOutlookCompatMode, appleICalExdateHack, includeAttaches);
} catch (ServiceException e) {
if (ignoreErrors) {
ZimbraLog.calendar.warn("Error retrieving iCalendar data for item %s: %s", calItem.getId(), e.getMessage(), e);
} else {
throw e;
}
}
if (comps != null) {
for (ZComponent comp : comps) {
comp.toICalendar(writer, needAppleICalHacks, escapeHtmlTags);
}
}
}
}
writer.write("END:VCALENDAR\r\n");
} catch (IOException e) {
throw ServiceException.FAILURE("Error writing iCalendar", e);
} finally {
lock.release();
}
}
use of com.zimbra.cs.mailbox.calendar.Invite in project zm-mailbox by Zimbra.
the class Task method processPartStat.
@Override
protected String processPartStat(Invite invite, MimeMessage mmInv, boolean forCreate, String defaultPartStat) throws ServiceException {
Mailbox mbox = getMailbox();
OperationContext octxt = mbox.getOperationContext();
CreateCalendarItemPlayer player = octxt != null ? (CreateCalendarItemPlayer) octxt.getPlayer() : null;
String partStat = defaultPartStat;
if (player != null) {
String p = player.getCalendarItemPartStat();
if (p != null)
partStat = p;
}
CreateCalendarItemRecorder recorder = (CreateCalendarItemRecorder) mbox.getRedoRecorder();
recorder.setCalendarItemPartStat(partStat);
Account account = getMailbox().getAccount();
invite.updateMyPartStat(account, partStat);
if (forCreate) {
Invite defaultInvite = getDefaultInviteOrNull();
if (defaultInvite != null && !defaultInvite.equals(invite) && !partStat.equals(defaultInvite.getPartStat())) {
defaultInvite.updateMyPartStat(account, partStat);
saveMetadata();
}
}
return partStat;
}
use of com.zimbra.cs.mailbox.calendar.Invite in project zm-mailbox by Zimbra.
the class CalendarItem method decodeMetadata.
@Override
void decodeMetadata(Metadata meta) throws ServiceException {
super.decodeMetadata(meta);
mUid = Invite.fixupIfOutlookUid(meta.get(Metadata.FN_UID, null));
mInvites = new ArrayList<Invite>();
ICalTimeZone accountTZ = Util.getAccountTimeZone(getMailbox().getAccount());
if (meta.containsKey(Metadata.FN_TZMAP)) {
try {
Set<String> tzids = new HashSet<String>();
mTzMap = Util.decodeFromMetadata(meta.getMap(Metadata.FN_TZMAP), accountTZ);
// appointment/task start and end
mStartTime = meta.getLong(Metadata.FN_CALITEM_START, 0);
mEndTime = meta.getLong(Metadata.FN_CALITEM_END, 0);
// invite ID's
long numComp = meta.getLong(Metadata.FN_NUM_COMPONENTS);
for (int i = 0; i < numComp; i++) {
Metadata md = meta.getMap(Metadata.FN_INV + i);
Invite inv = Invite.decodeMetadata(getMailboxId(), md, this, accountTZ);
mInvites.add(inv);
tzids.addAll(inv.getReferencedTZIDs());
mTzMap.add(inv.getTimeZoneMap());
}
Metadata metaRecur = meta.getMap(FN_CALITEM_RECURRENCE, true);
if (metaRecur != null) {
mRecurrence = Recurrence.decodeMetadata(metaRecur, mTzMap);
if (mRecurrence != null) {
tzids.addAll(Recurrence.getReferencedTZIDs(mRecurrence));
}
}
if (meta.containsKey(Metadata.FN_REPLY_LIST)) {
mReplyList = ReplyList.decodeFromMetadata(meta.getMap(Metadata.FN_REPLY_LIST), mTzMap);
// Get all TZIDs referenced by replies.
for (ReplyInfo ri : mReplyList.mReplies) {
if (ri.mRecurId != null) {
ParsedDateTime dt = ri.mRecurId.getDt();
if (dt != null && dt.hasTime()) {
ICalTimeZone tz = dt.getTimeZone();
if (tz != null)
tzids.add(tz.getID());
}
}
}
} else {
mReplyList = new ReplyList();
}
Metadata metaAlarmData = meta.getMap(Metadata.FN_ALARM_DATA, true);
if (metaAlarmData != null)
mAlarmData = AlarmData.decodeMetadata(metaAlarmData);
// Reduce tzmap to minimal set of TZIDs referenced by invites, recurrence, and replies.
mTzMap.reduceTo(tzids);
} catch (ServiceException se) {
if (ServiceException.INVALID_REQUEST.equals(se.getCode()) && this.getChangeDate() < new GregorianCalendar(2006, 0, 1).getTimeInMillis()) {
// could have been metadata version 3, 4 or 5.
// All of those versions have FN_TZMAP, but different format for other fields
// these are edge cases that should only appear in dev/df/cf
mStartTime = 0;
mEndTime = 0;
} else {
throw se;
}
}
} else {
// version 2 or earlier
mStartTime = 0;
mEndTime = 0;
}
}
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