/* MAPIStoreAppointmentWrapper.m - this file is part of SOGo * * Copyright (C) 2011-2012 Inverse inc * * Author: Wolfgang Sourdeau * * This file is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 3, or (at your option) * any later version. * * This file is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; see the file COPYING. If not, write to * the Free Software Foundation, Inc., 59 Temple Place - Suite 330, * Boston, MA 02111-1307, USA. */ #include #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import #import "iCalTimeZone+MAPIStore.h" #import "MAPIStoreRecurrenceUtils.h" #import "MAPIStoreSamDBUtils.h" #import "MAPIStoreTypes.h" #import "NSArray+MAPIStore.h" #import "NSData+MAPIStore.h" #import "NSDate+MAPIStore.h" #import "NSObject+MAPIStore.h" #import "NSString+MAPIStore.h" #import "MAPIStoreAppointmentWrapper.h" #undef DEBUG #include #include #include #include #include #include #include #include #include static NSCharacterSet *hexCharacterSet = nil; @implementation MAPIStoreAppointmentWrapper + (void) initialize { if (!hexCharacterSet) { hexCharacterSet = [NSCharacterSet characterSetWithCharactersInString: @"1234567890abcdefABCDEF"]; [hexCharacterSet retain]; } } + (id) wrapperWithICalEvent: (iCalEvent *) newEvent andUser: (SOGoUser *) newUser andSenderEmail: (NSString *) newSenderEmail inTimeZone: (NSTimeZone *) newTimeZone withConnectionInfo: (struct mapistore_connection_info *) newConnInfo { MAPIStoreAppointmentWrapper *wrapper; wrapper = [[self alloc] initWithICalEvent: newEvent andUser: newUser andSenderEmail: newSenderEmail inTimeZone: newTimeZone withConnectionInfo: newConnInfo]; [wrapper autorelease]; return wrapper; } - (id) init { if ((self = [super init])) { connInfo = NULL; calendar = nil; event = nil; timeZone = nil; senderEmail = nil; globalObjectId = nil; cleanGlobalObjectId = nil; user = nil; alarmSet = NO; itipSetup = NO; alarm = nil; method = nil; } return self; } - (void) _setupITIPContextFromAttendees { iCalPerson *attendee = nil; NSArray *attendees; attendee = [event userAsAttendee: user]; if (attendee) method = @"REQUEST"; else if ([event userIsOrganizer: user]) { if (senderEmail) attendee = [event findAttendeeWithEmail: senderEmail]; if (!attendee) { attendees = [event attendees]; if ([attendees count] == 1) attendee = [attendees objectAtIndex: 0]; } if (attendee) { method = @"REPLY"; partstat = [attendee participationStatus]; } else { [self logWithFormat: @"no attendee matching sender found"]; method = nil; } } else method = nil; [method retain]; } - (void) _setupITIPContext { NSArray *attendees; NSUInteger max; /* Here we attempt to determine the type of message from the ITIP method contained in the event. It it fails, we attempt to determine this by checking the identity of the organizer and of the attendees. */ itipSetup = YES; method = [[event parent] method]; if ([method length] > 0) { method = [method uppercaseString]; [method retain]; if ([method isEqualToString: @"REPLY"]) { attendees = [event attendees]; max = [attendees count]; if (max == 1) partstat = [[attendees objectAtIndex: 0] participationStatus]; else if (max > 1) [self _setupITIPContextFromAttendees]; } } else [self _setupITIPContextFromAttendees]; } - (id) initWithICalEvent: (iCalEvent *) newEvent andUser: (SOGoUser *) newUser andSenderEmail: (NSString *) newSenderEmail inTimeZone: (NSTimeZone *) newTimeZone withConnectionInfo: (struct mapistore_connection_info *) newConnInfo { NSArray *events; if ((self = [self init])) { connInfo = newConnInfo; ASSIGN (calendar, [newEvent parent]); event = newEvent; events = [calendar events]; firstEvent = [events objectAtIndex: 0]; ASSIGN (timeZone, newTimeZone); ASSIGN (user, newUser); ASSIGN (senderEmail, newSenderEmail); [self _setupITIPContext]; } return self; } - (void) dealloc { [calendar release]; [timeZone release]; [user release]; [senderEmail release]; [globalObjectId release]; [cleanGlobalObjectId release]; [alarm release]; [method release]; [super dealloc]; } - (void) fillMessageData: (struct mapistore_message *) msgData inMemCtx: (TALLOC_CTX *) memCtx { NSString *username, *cn, *email; NSData *entryId; NSArray *attendees; iCalPerson *person; iCalPersonPartStat partStat; uint32_t partStatValue; SOGoUserManager *mgr; NSDictionary *contactInfos; struct mapistore_message_recipient *recipient; int count, max, p; msgData->columns = set_SPropTagArray (msgData, 9, PR_OBJECT_TYPE, PR_DISPLAY_TYPE, PR_7BIT_DISPLAY_NAME_UNICODE, PR_SMTP_ADDRESS_UNICODE, PR_SEND_INTERNET_ENCODING, PR_RECIPIENT_DISPLAY_NAME_UNICODE, PR_RECIPIENT_FLAGS, PR_RECIPIENT_ENTRYID, PR_RECIPIENT_TRACKSTATUS); // , // PR_RECORD_KEY); attendees = [event attendees]; max = [attendees count]; if (max > 0) { mgr = [SOGoUserManager sharedUserManager]; msgData->recipients_count = max + 1; msgData->recipients = talloc_array (msgData, struct mapistore_message_recipient, max + 1); for (count = 0; count < max; count++) { recipient = msgData->recipients + count; person = [attendees objectAtIndex: count]; cn = [person cn]; email = [person rfc822Email]; if ([cn length] == 0) cn = email; contactInfos = [mgr contactInfosForUserWithUIDorEmail: email]; if (contactInfos) { username = [contactInfos objectForKey: @"sAMAccountName"]; recipient->username = [username asUnicodeInMemCtx: msgData]; entryId = MAPIStoreInternalEntryId (connInfo->sam_ctx, username); } else { recipient->username = NULL; entryId = MAPIStoreExternalEntryId (cn, email); } recipient->type = [[person role] isEqualToString: @"OPT-PARTICIPANT"] ? MAPI_CC : MAPI_TO; /* properties */ p = 0; recipient->data = talloc_array (msgData, void *, msgData->columns->cValues); memset (recipient->data, 0, msgData->columns->cValues * sizeof (void *)); // PR_OBJECT_TYPE = MAPI_MAILUSER (see MAPI_OBJTYPE) recipient->data[p] = MAPILongValue (msgData, MAPI_MAILUSER); p++; // PR_DISPLAY_TYPE = DT_MAILUSER (see MS-NSPI) recipient->data[p] = MAPILongValue (msgData, 0); p++; // PR_7BIT_DISPLAY_NAME_UNICODE recipient->data[p] = [cn asUnicodeInMemCtx: msgData]; p++; // PR_SMTP_ADDRESS_UNICODE recipient->data[p] = [email asUnicodeInMemCtx: msgData]; p++; // PR_SEND_INTERNET_ENCODING = 0x00060000 (plain text, see OXCMAIL) recipient->data[p] = MAPILongValue (msgData, 0x00060000); p++; // PR_RECIPIENT_DISPLAY_NAME_UNICODE recipient->data[p] = [cn asUnicodeInMemCtx: msgData]; p++; // PR_RECIPIENT_FLAGS recipient->data[p] = MAPILongValue (msgData, 1); p++; // PR_RECIPIENT_ENTRYID recipient->data[p] = [entryId asBinaryInMemCtx: msgData]; p++; // PR_RECIPIENT_TRACKSTATUS /* respNone 0x00000000 No response is required for this object. This is the case for Appointment objects and Meeting Response objects. respOrganized 0x00000001 This Meeting object belongs to the organizer. respTentative 0x00000002 This value on the attendee's Meeting object indicates that the attendee has tentatively accepted the Meeting Request object. respAccepted 0x00000003 This value on the attendee's Meeting object indicates that the attendee has accepted the Meeting Request object. respDeclined 0x00000004 This value on the attendee's Meeting object indicates that the attendee has declined the Meeting Request object. respNotResponded 0x00000005 This value on the attendee's Meeting object indicates that the attendee has not yet responded. This value is on the Meet */ partStat = [person participationStatus]; switch (partStat) { case iCalPersonPartStatAccepted: partStatValue = 3; break; case iCalPersonPartStatDeclined: partStatValue = 4; break; case iCalPersonPartStatTentative: partStatValue = 2; break; default: partStatValue = 5; } recipient->data[p] = MAPILongValue (msgData, partStatValue); p++; // // PR_RECORD_KEY // recipient->data[p] = [entryId asBinaryInMemCtx: msgData]; // p++; } /* On with the organizer: */ { recipient = msgData->recipients + max; person = [event organizer]; cn = [person cn]; email = [person rfc822Email]; contactInfos = [mgr contactInfosForUserWithUIDorEmail: email]; if (contactInfos) { username = [contactInfos objectForKey: @"sAMAccountName"]; recipient->username = [username asUnicodeInMemCtx: msgData]; entryId = MAPIStoreInternalEntryId (connInfo->sam_ctx, username); } else { recipient->username = NULL; entryId = MAPIStoreExternalEntryId (cn, email); } recipient->type = MAPI_TO; p = 0; recipient->data = talloc_array (msgData, void *, msgData->columns->cValues); memset (recipient->data, 0, msgData->columns->cValues * sizeof (void *)); // PR_OBJECT_TYPE = MAPI_MAILUSER (see MAPI_OBJTYPE) recipient->data[p] = MAPILongValue (msgData, MAPI_MAILUSER); p++; // PR_DISPLAY_TYPE = DT_MAILUSER (see MS-NSPI) recipient->data[p] = MAPILongValue (msgData, 0); p++; // PR_7BIT_DISPLAY_NAME_UNICODE recipient->data[p] = [cn asUnicodeInMemCtx: msgData]; p++; // PR_SMTP_ADDRESS_UNICODE recipient->data[p] = [email asUnicodeInMemCtx: msgData]; p++; // PR_SEND_INTERNET_ENCODING = 0x00060000 (plain text, see OXCMAIL) recipient->data[p] = MAPILongValue (msgData, 0x00060000); p++; // PR_RECIPIENT_DISPLAY_NAME_UNICODE recipient->data[p] = [cn asUnicodeInMemCtx: msgData]; p++; // PR_RECIPIENT_FLAGS recipient->data[p] = MAPILongValue (msgData, 3); p++; // PR_RECIPIENT_ENTRYID = NULL recipient->data[p] = [entryId asBinaryInMemCtx: msgData]; p++; // PR_RECIPIENT_TRACKSTATUS /* respNone 0x00000000 No response is required for this object. This is the case for Appointment objects and Meeting Response objects. respOrganized 0x00000001 This Meeting object belongs to the organizer. respTentative 0x00000002 This value on the attendee's Meeting object indicates that the attendee has tentatively accepted the Meeting Request object. respAccepted 0x00000003 This value on the attendee's Meeting object indicates that the attendee has accepted the Meeting Request object. respDeclined 0x00000004 This value on the attendee's Meeting object indicates that the attendee has declined the Meeting Request object. respNotResponded 0x00000005 This value on the attendee's Meeting object indicates that the attendee has not yet responded. This value is on the Meet */ recipient->data[p] = MAPILongValue (msgData, 1); p++; // // PR_RECORD_KEY // recipient->data[p] = [entryId asBinaryInMemCtx: msgData]; // p++; } } } - (int) getPidTagIconIndex: (void **) data // TODO inMemCtx: (TALLOC_CTX *) memCtx { uint32_t longValue; /* see http://msdn.microsoft.com/en-us/library/cc815472.aspx: Single instance appointment: 0x00000400 Recurring appointment: 0x00000401 Single instance meeting: 0x00000402 Recurring meeting: 0x00000403 Meeting request: 0x00000404 Accept: 0x00000405 Decline: 0x00000406 Tentativly: 0x00000407 Cancellation: 0x00000408 Informational update: 0x00000409 */ // if ([headerMethod isEqualToString: @"REQUEST"]) // longValue = 0x0404; // else // longValue = 0x0400; if (!itipSetup) [self _setupITIPContext]; longValue = 0x0400; if (method) { if ([method isEqualToString: @"REQUEST"]) longValue |= 0x0004; else if ([method isEqualToString: @"REPLY"]) { longValue |= 0x0004; switch (partstat) { case iCalPersonPartStatAccepted: longValue |= 0x0001; break; case iCalPersonPartStatDeclined: longValue |= 0x0002; break; case iCalPersonPartStatTentative: longValue |= 0x0003; break; default: longValue = 0x0400; [self logWithFormat: @"unhandled part stat"]; } } else if ([method isEqualToString: @"CANCEL"]) longValue |= 0x0008; } else { if ([event isRecurrent]) longValue |= 0x0001; if ([[event attendees] count] > 0) longValue |= 0x0002; } *data = MAPILongValue (memCtx, longValue); return MAPISTORE_SUCCESS; } - (int) getPidTagOwnerAppointmentId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc; const char *utf8UID; union { uint32_t longValue; char charValue[4]; } value; NSUInteger max, length; if ([[event attendees] count] > 0) { utf8UID = [[event uid] UTF8String]; length = strlen (utf8UID); max = 2; if (length < max) max = length; memcpy (value.charValue, utf8UID, max); memcpy (value.charValue + 2, utf8UID + length - 2, max); *data = MAPILongValue (memCtx, value.longValue); rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidMeetingType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* TODO See 2.2.6.5 PidLidMeetingType (OXOCAL) */ *data = MAPILongValue (memCtx, 0x00000001); return MAPISTORE_SUCCESS; } - (int) getPidLidOwnerCriticalChange: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_ERR_NOT_FOUND; NSCalendarDate *lastModified; if ([[event attendees] count] > 0) { lastModified = [event lastModified]; if (lastModified) { *data = [lastModified asFileTimeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } } return rc; } - (int) getPidLidAttendeeCriticalChange: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_ERR_NOT_FOUND; NSCalendarDate *lastModified; if ([[event attendees] count] > 0) { lastModified = [event lastModified]; if (lastModified) { *data = [lastModified asFileTimeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } } return rc; } - (int) getPidTagMessageClass: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { const char *className; if (!itipSetup) [self _setupITIPContext]; if (method) { if ([method isEqualToString: @"REQUEST"]) className = "IPM.Schedule.Meeting.Request"; else if ([method isEqualToString: @"REPLY"]) { switch (partstat) { case iCalPersonPartStatAccepted: className = "IPM.Schedule.Meeting.Resp.Pos"; break; case iCalPersonPartStatDeclined: className = "IPM.Schedule.Meeting.Resp.Neg"; break; case iCalPersonPartStatTentative: className = "IPM.Schedule.Meeting.Resp.Tent"; break; default: className = "IPM.Appointment"; [self logWithFormat: @"unhandled part stat"]; } } else if ([method isEqualToString: @"COUNTER"]) className = "IPM.Schedule.Meeting.Resp.Tent"; else if ([method isEqualToString: @"CANCEL"]) className = "IPM.Schedule.Meeting.Cancelled"; else { className = "IPM.Appointment"; [self logWithFormat: @"unhandled method: %@", method]; } } else className = "IPM.Appointment"; *data = talloc_strdup(memCtx, className); return MAPISTORE_SUCCESS; } - (int) getPidLidAppointmentMessageClass: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = talloc_strdup (memCtx, "IPM.Appointment"); return MAPISTORE_SUCCESS; } - (int) getPidLidFInvited: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getYes: data inMemCtx: memCtx]; } - (int) getPidLidAppointmentSequence: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPILongValue (memCtx, [[event sequence] unsignedIntValue]); return MAPISTORE_SUCCESS; } - (int) getPidLidAppointmentStateFlags: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { uint32_t flags = 0x00; if ([[event attendees] count] > 0) { flags |= 0x01; /* asfMeeting */ if ([event userAsAttendee: user]) flags |= 0x02; /* asfReceived */ /* TODO: asfCancelled */ } *data = MAPILongValue (memCtx, flags); return MAPISTORE_SUCCESS; } - (int) getPidLidResponseStatus: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { uint32_t status = 0x00; iCalPerson *person; if ([[event attendees] count] > 0) { if ([event userIsOrganizer: user]) status = 1; else { person = [event userAsAttendee: user]; if (person) { switch ([person participationStatus]) { case iCalPersonPartStatTentative: status = 2; break; case iCalPersonPartStatAccepted: status = 3; break; case iCalPersonPartStatDeclined: status = 4; break; default: status = 5; } } } } *data = MAPILongValue (memCtx, status); return MAPISTORE_SUCCESS; } - (int) getPidLidAppointmentNotAllowPropose: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getYes: data inMemCtx: memCtx]; } - (int) getPidLidAppointmentStartWhole: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSCalendarDate *dateValue; NSInteger offset; // if ([event isRecurrent]) // dateValue = [event firstRecurrenceStartDate]; // else dateValue = [event startDate]; if ([event isAllDay]) { offset = -[timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; } [dateValue setTimeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidTagStartDate: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* "The PidTagStartDate property ([MS-OXPROPS] section 2.1077) SHOULD be set, and when set, it MUST be equal to the value of the PidLidAppointmentStartWhole property (section 2.2.1.5).". Not true for exceptions, where it is the normal start date for the day of the exception. */ NSCalendarDate *dateValue; NSInteger offset; dateValue = [event recurrenceId]; if (!dateValue) dateValue = [event startDate]; [dateValue setTimeZone: timeZone]; if ([event isAllDay]) { offset = -[timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; } [dateValue setTimeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidLidCommonStart: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSCalendarDate *dateValue; NSInteger offset; dateValue = [firstEvent startDate]; if ([firstEvent isAllDay]) { offset = -[timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; } [dateValue setTimeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidLidClipStart: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; NSCalendarDate *dateValue, *start; if ([event isRecurrent]) { /* [MS-OXOCAL] For a recurring series, this property specifies midnight in the user's machine time zone, on the date of the first instance, then is persisted in UTC. */ start = [event startDate]; dateValue = [NSCalendarDate dateWithYear: [start yearOfCommonEra] month: [start monthOfYear] day: [start dayOfMonth] hour: 0 minute: 0 second: 0 timeZone: timeZone]; [dateValue setTimeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else if ([event recurrenceId] != nil) rc = MAPISTORE_ERR_NOT_FOUND; else rc = [self getPidLidAppointmentStartWhole: data inMemCtx: memCtx]; return rc; } - (int) getPidLidAppointmentEndWhole: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSCalendarDate *dateValue; NSInteger offset; // if ([event isRecurrent]) // dateValue = [event firstRecurrenceStartDate]; // else dateValue = [event startDate]; offset = [event durationAsTimeInterval]; if ([event isAllDay]) offset -= [timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidTagEndDate: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSCalendarDate *dateValue; NSInteger offset; dateValue = [event recurrenceId]; if (!dateValue) dateValue = [event startDate]; [dateValue setTimeZone: timeZone]; offset = [firstEvent durationAsTimeInterval]; if ([firstEvent isAllDay]) offset -= [timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidLidCommonEnd: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSCalendarDate *dateValue; NSInteger offset; // if ([event isRecurrent]) // dateValue = [event firstRecurrenceStartDate]; // else dateValue = [firstEvent startDate]; offset = [firstEvent durationAsTimeInterval]; if ([event isAllDay]) offset -= [timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; *data = [dateValue asFileTimeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidLidClipEnd: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; NSCalendarDate *dateValue; NSInteger offset; iCalRecurrenceRule *rrule; if ([event isRecurrent]) { rrule = [[event recurrenceRules] objectAtIndex: 0]; dateValue = [rrule untilDate]; if (dateValue) { if ([event isAllDay]) offset = -[timeZone secondsFromGMTForDate: dateValue]; else offset = 0; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; } else dateValue = [NSCalendarDate dateWithYear: 4500 month: 8 day: 31 hour: 23 minute: 59 second: 00 timeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else if ([event recurrenceId] != nil) rc = MAPISTORE_ERR_NOT_FOUND; else rc = [self getPidLidAppointmentEndWhole: data inMemCtx: memCtx]; return rc; } - (int) _getEntryIdFromCN: (NSString *) cn andEmail: (NSString *) email inData: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSString *username; SOGoUserManager *mgr; NSDictionary *contactInfos; NSData *entryId; mgr = [SOGoUserManager sharedUserManager]; contactInfos = [mgr contactInfosForUserWithUIDorEmail: email]; if (contactInfos) { username = [contactInfos objectForKey: @"sAMAccountName"]; entryId = MAPIStoreInternalEntryId (connInfo->sam_ctx, username); } else entryId = MAPIStoreExternalEntryId (cn, email); *data = [entryId asBinaryInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) _getEmailAddress: (void **) data forICalPerson: (iCalPerson *) person inMemCtx: (TALLOC_CTX *) memCtx { int rc; NSString *email; email = [person rfc822Email]; if ([email length] > 0) { *data = [email asUnicodeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) _getAddrType: (void **) data forICalPerson: (iCalPerson *) person inMemCtx: (TALLOC_CTX *) memCtx { *data = [@"SMTP" asUnicodeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) _getName: (void **) data forICalPerson: (iCalPerson *) person inMemCtx: (TALLOC_CTX *) memCtx { int rc; NSString *cn; cn = [person cn]; if ([cn length] > 0) { *data = [cn asUnicodeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) _getEntryId: (void **) data forICalPerson: (iCalPerson *) person inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_ERR_NOT_FOUND; NSString *email, *cn; if (person) { email = [person rfc822Email]; if ([email length] > 0) { cn = [person cn]; rc = [self _getEntryIdFromCN: cn andEmail: email inData: data inMemCtx: memCtx]; } } return rc; } /* sender (organizer) */ - (int) getPidTagSenderEmailAddress: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getEmailAddress: data forICalPerson: [event organizer] inMemCtx: memCtx]; } - (int) getPidTagSenderAddressType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getAddrType: data forICalPerson: [event organizer] inMemCtx: memCtx]; } - (int) getPidTagSenderName: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getName: data forICalPerson: [event organizer] inMemCtx: memCtx]; } - (int) getPidTagSenderEntryId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getEntryId: data forICalPerson: [event organizer] inMemCtx: memCtx]; } /* sender representing */ - (int) getPidTagSentRepresentingEmailAddress: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidTagSenderEmailAddress: data inMemCtx: memCtx]; } - (int) getPidTagSentRepresentingAddressType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getSMTPAddrType: data inMemCtx: memCtx]; } - (int) getPidTagSentRepresentingName: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidTagSenderName: data inMemCtx: memCtx]; } - (int) getPidTagSentRepresentingEntryId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidTagSenderEntryId: data inMemCtx: memCtx]; } /* attendee */ - (int) getPidTagReceivedByEmailAddress: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getEmailAddress: data forICalPerson: [event userAsAttendee: user] inMemCtx: memCtx]; } - (int) getPidTagReceivedByAddressType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getAddrType: data forICalPerson: [event userAsAttendee: user] inMemCtx: memCtx]; } - (int) getPidTagReceivedByName: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getName: data forICalPerson: [event userAsAttendee: user] inMemCtx: memCtx]; } - (int) getPidTagReceivedByEntryId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self _getEntryId: data forICalPerson: [event userAsAttendee: user] inMemCtx: memCtx]; } /* /attendee */ - (int) getPidLidAppointmentDuration: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { NSTimeInterval timeValue; timeValue = [[event endDate] timeIntervalSinceDate: [event startDate]]; *data = MAPILongValue (memCtx, (uint32_t) (timeValue / 60)); return MAPISTORE_SUCCESS; } - (int) getPidLidAppointmentSubType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPIBoolValue (memCtx, [event isAllDay]); return MAPISTORE_SUCCESS; } - (int) getPidLidBusyStatus: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { uint8_t value; value = 0x2; // olBusy if (![event isOpaque]) value = 0x0; // olFree *data = MAPILongValue (memCtx, value); return MAPISTORE_SUCCESS; } - (int) getPidLidIndentedBusyStatus: (void **) data // TODO inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidLidBusyStatus: data inMemCtx: memCtx]; } - (int) getPidTagNormalizedSubject: (void **) data // SUMMARY inMemCtx: (TALLOC_CTX *) memCtx { *data = [[event summary] asUnicodeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (int) getPidLidLocation: (void **) data // LOCATION inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; NSString *location; location = [event location]; if (location) *data = [location asUnicodeInMemCtx: memCtx]; else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidWhere: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidLidLocation: data inMemCtx: memCtx]; } - (int) getPidLidServerProcessed: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* TODO: we need to check whether the event has been processed internally by SOGo or if it was received only by mail. We only assume the SOGo case here. */ return [self getYes: data inMemCtx: memCtx]; } - (int) getPidLidServerProcessingActions: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPILongValue (memCtx, 0x00000010 /* cpsCreatedOnPrincipal */ | 0x00000080 /* cpsUpdatedCalItem */ | 0x00000100 /* cpsCopiedOldProperties */); return MAPISTORE_SUCCESS; } - (int) getPidLidPrivate: (void **) data // private (bool), should depend on CLASS and permissions inMemCtx: (TALLOC_CTX *) memCtx { if ([event symbolicAccessClass] == iCalAccessPublic) return [self getNo: data inMemCtx: memCtx]; return [self getYes: data inMemCtx: memCtx]; } - (int) getPidTagSensitivity: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* See [MS-OXCICAL] Section 2.1.3.11.20.4 */ uint32_t v; NSString *accessClass; accessClass = [event accessClass]; if (accessClass) { if ([accessClass isEqualToString: @"X-PERSONAL"]) v = 0x1; else if ([accessClass isEqualToString: @"PRIVATE"]) v = 0x2; else if ([accessClass isEqualToString: @"CONFIDENTIAL"]) v = 0x3; else v = 0x0; /* PUBLIC */ } else v = 0x0; /* PUBLIC */ *data = MAPILongValue (memCtx, v); return MAPISTORE_SUCCESS; } - (int) getPidTagImportance: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { uint32_t v; if ([[event priority] isEqualToString: @"9"]) v = 0x0; else if ([[event priority] isEqualToString: @"1"]) v = 0x2; else v = 0x1; *data = MAPILongValue (memCtx, v); return MAPISTORE_SUCCESS; } - (int) getPidNameKeywords: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* See [MS-OXCICAL] Section 2.1.3.1.1.20.3 */ NSArray *categories; categories = [event categories]; if (categories) { *data = [categories asMVUnicodeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } else return MAPISTORE_ERR_NOT_FOUND; } - (int) getPidTagBody: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc; NSRange range; NSString *stringValue; NSString *trimingString = @"\r\n\n"; /* FIXME: there is a confusion in NGCards around "comment" and "description" */ stringValue = [event comment]; if ([stringValue length] > 0 && ![stringValue isEqualToString: @"\r\n"] && ![stringValue isEqualToString: @"\n"]) { /* Avoiding those trail weird characters at event description */ range = [stringValue rangeOfString: trimingString options: NSBackwardsSearch]; if (range.location != NSNotFound) { stringValue = [stringValue substringToIndex: (NSMaxRange(range) -1)]; } rc = MAPISTORE_SUCCESS; *data = [stringValue asUnicodeInMemCtx: memCtx]; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidTagInternetCodepage: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* ref: http://msdn.microsoft.com/en-us/library/dd317756%28v=vs.85%29.aspx minimal list that should be handled: us-ascii: 20127 iso-8859-1: 28591 iso-8859-15: 28605 utf-8: 65001 */ *data = MAPILongValue(memCtx, 65001); return MAPISTORE_SUCCESS; } - (int) getPidLidRecurring: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPIBoolValue (memCtx, [event isRecurrent]); return MAPISTORE_SUCCESS; } - (int) getPidLidIsRecurring: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPIBoolValue (memCtx, [event isRecurrent] || ([event recurrenceId] != nil)); return MAPISTORE_SUCCESS; } - (int) getPidLidIsException: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = MAPIBoolValue (memCtx, [event recurrenceId] != nil); return MAPISTORE_SUCCESS; } - (int) getPidLidExceptionReplaceTime: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; NSCalendarDate *dateValue; NSInteger offset; dateValue = [event recurrenceId]; if (dateValue) { rc = MAPISTORE_SUCCESS; if ([event isAllDay]) { offset = -[timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; } [dateValue setTimeZone: utcTZ]; *data = [dateValue asFileTimeInMemCtx: memCtx]; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidRecurrencePattern: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { *data = [@"No description" asUnicodeInMemCtx: memCtx]; return MAPISTORE_SUCCESS; } - (void) _fillExceptionInfo: (struct ExceptionInfo *) exceptionInfo andExtendedException: (struct ExtendedException *) extendedException withException: (iCalEvent *) exceptionEvent inMemCtx: (TALLOC_CTX *) memCtx { iCalEventChanges *changes; NSArray *changedProperties; NSCalendarDate *dateValue; NSInteger offset; changes = [iCalEventChanges changesFromEvent: event toEvent: exceptionEvent]; memset (exceptionInfo, 0, sizeof (struct ExceptionInfo)); memset (extendedException, 0, sizeof (struct ExtendedException)); extendedException->ChangeHighlight.Size = sizeof (uint32_t); dateValue = [exceptionEvent startDate]; offset = [timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; exceptionInfo->StartDateTime = [dateValue asMinutesSince1601]; extendedException->ChangeHighlight.Value = BIT_CH_START; extendedException->StartDateTime = exceptionInfo->StartDateTime; dateValue = [exceptionEvent endDate]; offset = [timeZone secondsFromGMTForDate: dateValue]; dateValue = [dateValue dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; exceptionInfo->EndDateTime = [dateValue asMinutesSince1601]; extendedException->ChangeHighlight.Value |= BIT_CH_END; extendedException->EndDateTime = exceptionInfo->EndDateTime; dateValue = [[exceptionEvent recurrenceId] dateByAddingYears: 0 months: 0 days: 0 hours: 0 minutes: 0 seconds: offset]; exceptionInfo->OriginalStartDate = [dateValue asMinutesSince1601]; extendedException->OriginalStartDate = exceptionInfo->OriginalStartDate; changedProperties = [changes updatedProperties]; if ([changedProperties containsObject: @"summary"]) { extendedException->ChangeHighlight.Value |= BIT_CH_SUBJECT; extendedException->Subject = [[exceptionEvent summary] asUnicodeInMemCtx: memCtx]; exceptionInfo->OverrideFlags |= ARO_SUBJECT; exceptionInfo->Subject.subjectMsg.msg = (uint8_t *) extendedException->Subject; /* FIXME: this will fail with non ascii chars */ exceptionInfo->Subject.subjectMsg.msgLength2 = [[exceptionEvent summary] length]; exceptionInfo->Subject.subjectMsg.msgLength = exceptionInfo->Subject.subjectMsg.msgLength2 + 1; } if ([changedProperties containsObject: @"location"]) { extendedException->ChangeHighlight.Value |= BIT_CH_LOCATION; extendedException->Location = [[exceptionEvent location] asUnicodeInMemCtx: memCtx]; exceptionInfo->OverrideFlags |= ARO_LOCATION; exceptionInfo->Location.locationMsg.msg = (uint8_t *) extendedException->Location; /* FIXME: this will fail with non ascii chars */ exceptionInfo->Location.locationMsg.msgLength2 = [[exceptionEvent location] length]; exceptionInfo->Location.locationMsg.msgLength = exceptionInfo->Location.locationMsg.msgLength2 + 1; } if ([event isAllDay] != [exceptionEvent isAllDay]) { exceptionInfo->OverrideFlags |= ARO_SUBTYPE; exceptionInfo->SubType.sType = [exceptionEvent isAllDay]; } } // - (struct SBinary_short *) _computeAppointmentRecurInMemCtx: (TALLOC_CTX *) memCtx - (struct Binary_r *) _computeAppointmentRecurInMemCtx: (TALLOC_CTX *) memCtx { struct AppointmentRecurrencePattern *arp; struct Binary_r *bin; // struct SBinary_short *sBin; NSCalendarDate *firstStartDate; iCalRecurrenceRule *rule; NSUInteger startMinutes; NSArray *events, *exceptions; iCalEvent *exceptionEvent; NSUInteger count, max; rule = [[event recurrenceRules] objectAtIndex: 0]; firstStartDate = [event firstRecurrenceStartDate]; if (firstStartDate) { arp = talloc_zero (NULL, struct AppointmentRecurrencePattern); [rule fillRecurrencePattern: &arp->RecurrencePattern withEvent: event inTimeZone: timeZone inMemCtx: arp]; arp->ReaderVersion2 = 0x00003006; arp->WriterVersion2 = 0x00003008; /* 0x3008 for compatibility with ol2003 */ /* All day events' dates are specified in floating time ([MS-OXCICAL] 2.1.3.1.1.20.10). The StartTimeOffset and EndTimeOffset fields are relative to midnight of those days ([MS-OXOCAL] 2.2.1.44.5), so no time zone adjustment is needed */ if (![event isAllDay]) [firstStartDate setTimeZone: timeZone]; startMinutes = ([firstStartDate hourOfDay] * 60 + [firstStartDate minuteOfHour]); arp->StartTimeOffset = startMinutes; arp->EndTimeOffset = (startMinutes + (NSUInteger) ([event durationAsTimeInterval] / 60)); events = [[event parent] events]; exceptions = [events subarrayWithRange: NSMakeRange (1, [events count] - 1)]; max = [exceptions count]; arp->ExceptionCount = max; arp->ExceptionInfo = talloc_array (memCtx, struct ExceptionInfo, max); arp->ExtendedException = talloc_array (memCtx, struct ExtendedException, max); for (count = 0; count < max; count++) { exceptionEvent = [exceptions objectAtIndex: count]; [self _fillExceptionInfo: arp->ExceptionInfo + count andExtendedException: arp->ExtendedException + count withException: exceptionEvent inMemCtx: arp]; } arp->ReservedBlock1Size = 0; arp->ReservedBlock2Size = 0; /* Currently ignored in property.idl: arp->ReservedBlock2Size = 0; */ /* convert struct to blob */ // sBin = talloc_zero (memCtx, struct SBinary_short); bin = set_AppointmentRecurrencePattern (memCtx, arp); // sBin->cb = bin->cb; // sBin->lpb = bin->lpb; talloc_free (arp); // DEBUG(5, ("To client:\n")); // NDR_PRINT_DEBUG (AppointmentRecurrencePattern, arp); } else { [self errorWithFormat: @"no first occurrence found in rule: %@", rule]; // bin = NULL; bin = NULL; } return bin; } /* exception 12345 + 123456 (exchange): 81ad0102 (PT_BINARY): named prop guid: {00062002-0000-0000-c000-000000000046} dispid: 0x00008216 (163 bytes) 04 30 04 30 0a 20 00 00 | \x04 0 \x04 0 \x0a \x00 \x00 00 00 00 00 00 00 a0 05 | \x00 \x00 \x00 \x00 \x00 \x00 \xa0 \x05 00 00 00 00 00 00 23 20 | \x00 \x00 \x00 \x00 \x00 \x00 # 00 00 0a 00 00 00 00 00 | \x00 \x00 \x0a \x00 \x00 \x00 \x00 \x00 00 00 01 00 00 00 a0 c6 | \x00 \x00 \x01 \x00 \x00 \x00 \xa0 \xc6 e6 0c 01 00 00 00 a0 c6 | \xe6 \x0c \x01 \x00 \x00 \x00 \xa0 \xc6 e6 0c 00 c1 e6 0c df 80 | \xe6 \x0c \x00 \xc1 \xe6 \x0c \xdf \x80 e9 5a 06 30 00 00 08 30 | \xe9 Z \x06 0 \x00 \x00 \x08 0 00 00 66 03 00 00 84 03 | \x00 \x00 f \x03 \x00 \x00 \x84 \x03 00 00 01 00 e8 c9 e6 0c | \x00 \x00 \x01 \x00 \xe8 \xc9 \xe6 \x0c f6 ca e6 0c 06 ca e6 0c | \xf6 \xca \xe6 \x0c \x06 \xca \xe6 \x0c 11 00 06 00 05 00 31 32 | \x11 \x00 \x06 \x00 \x05 \x00 1 2 33 34 35 07 00 06 00 31 | 3 4 5 \x07 \x00 \x06 \x00 1 32 33 34 35 36 00 00 00 | 2 3 4 5 6 \x00 \x00 \x00 00 00 00 00 00 e8 c9 e6 | \x00 \x00 \x00 \x00 \x00 \xe8 \xc9 \xe6 0c f6 ca e6 0c 06 ca e6 | \x0c \xf6 \xca \xe6 \x0c \x06 \xca \xe6 0c 05 00 31 00 32 00 33 | \x0c \x05 \x00 1 \x00 2 \x00 3 00 34 00 35 00 06 00 31 | \x00 4 \x00 5 \x00 \x06 \x00 1 00 32 00 33 00 34 00 35 | \x00 2 \x00 3 \x00 4 \x00 5 00 36 00 00 00 00 00 00 | \x00 6 \x00 \x00 \x00 \x00 \x00 \x00 00 00 00 | \x00 \x00 \x00 openchange: 918b0102 (PT_BINARY): named prop guid: {00062002-0000-0000-c000-000000000046} dispid: 0x00008216 (167 bytes) recurrence pattern readerversion: 04 30 writerversion: 04 30 recurfrequency: 0a 20 (daily) patterntype: 00 00 calendartype: 00 00 firstdatetime: 00 00 00 00 period: a0 05 00 00 (1440 minutes) slidingflag: 00 00 00 00 patterntypespecific: (0 bytes) endtype: 23 20 00 00 occurrencecount: *00->0a 00 00 00 (meaningless since no enddate) firstdow: 00 00 00 00 deletedicount: 01 00 00 00 deletedinstancedates: (1) a0 c6 e6 0c modifiedicount: 01 00 00 00 modifiedinstancedates: (1) a0 c6 e6 0c startdate: 00 c1 e6 0c enddate: df 80 e9 5a ReaderVersion2: 06 30 00 00 WriterVersion2: 08 30 00 00 StartTimeOffset: 66 03 00 00 EndTimeOffset: 84 03 00 00 ExceptionCount: 01 00 ExceptionInfos: (1) StartDateTime: *e7->e8 *ca->c9 e6 0c EndDateTime: *e6->f6 *cb->ca e6 0c OriginalStartDate: *a0->06 *c6->ca e6 0c OverrideFlags: 11 00 SubjectLength2: 06 00 SubjectLength: 05 00 Subject: 31 32 33 34 35 LocationLength2: 07 00 LocationLength: 06 00 Location: 31 32 33 34 35 36 ReservedBlock1Size: 00 00 00 00 ExtendedException: (1) ReservedBlockEE1Size: 00 00 00 00 StartDateTime: *e7->e8 *ca->c9 e6 0c EndDateTime: *e6->f6 *cb->ca e6 0c OriginalStartDate: *a0->06 *c6->ca e6 0c WideCharSubjectLength *06->05 WideCharSubject: 00 31 00 32 00 33 00 34 00 35 00 [2bytes sup: 00 00] LocationLength: *07->06 Location 00 31 00 32 00 33 00 34 00 35 00 36 00 00 ReservedBlockEE2Size: 00 00 00 00 ReservedBlockEE2Size: 00 00 00 00 */ - (int) getPidLidAppointmentRecur: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; if ([event isRecurrent]) *data = [self _computeAppointmentRecurInMemCtx: memCtx]; else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidRecurrenceType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc; iCalRecurrenceFrequency freq; iCalRecurrenceRule *rrule; enum RecurrenceType rectype; if ([event isRecurrent]) { rrule = [[event recurrenceRules] objectAtIndex: 0]; freq = [rrule frequency]; if (freq == iCalRecurrenceFrequenceDaily) rectype = rectypeDaily; else if (freq == iCalRecurrenceFrequenceWeekly) rectype = rectypeWeekly; else if (freq == iCalRecurrenceFrequenceMonthly) rectype = rectypeMonthly; else if (freq == iCalRecurrenceFrequenceYearly) rectype = rectypeYearly; else rectype = rectypeNone; /* or "unsupported" */ *data = MAPILongValue (memCtx, rectype); rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } // - (int) getPidLidGlobalObjectId: (void **) data // inMemCtx: (TALLOC_CTX *) memCtx // { // static char byteArrayId[] = {0x04, 0x00, 0x00, 0x00, 0x82, 0x00, 0xE0, // 0x00, 0x74, 0xC5, 0xB7, 0x10, 0x1A, 0x82, // 0xE0, 0x08}; // static char X[] = {0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}; // NSMutableData *nsData; // NSData *uidData; // NSCalendarDate *creationTime; // struct FILETIME *creationFileTime; // uint32_t uidDataLength; // nsData = [NSMutableData dataWithCapacity: 256]; // [nsData appendBytes: byteArrayId length: 16]; // /* FIXME TODO */ // [nsData appendBytes: X length: 4]; // /* /FIXME */ // creationTime = [event created]; // if (!creationTime) // { // [self logWithFormat: @"" __location__ ": event has no 'CREATED' tag -> inventing one"]; // creationTime = [event lastModified]; // if (!creationTime) // creationTime = [NSCalendarDate date]; // } // creationFileTime = [creationTime asFileTimeInMemCtx: NULL]; // [nsData appendBytes: &creationFileTime->dwLowDateTime length: 4]; // [nsData appendBytes: &creationFileTime->dwHighDateTime length: 4]; // talloc_free (creationFileTime); // uidData = [[event uid] dataUsingEncoding: NSUTF8StringEncoding]; // uidDataLength = [uidData length]; // [nsData appendBytes: &uidDataLength length: 4]; // [nsData appendData: uidData]; // *data = [nsData asBinaryInMemCtx: memCtx]; // return MAPISTORE_SUCCESS; // } - (void) _setInstanceDate: (struct GlobalObjectId *) newGlobalId fromDate: (NSCalendarDate *) instanceDate; { uint16_t year; if (instanceDate) { [instanceDate setTimeZone: timeZone]; year = [instanceDate yearOfCommonEra]; newGlobalId->YH = year >> 8; newGlobalId->YL = year & 0xff; newGlobalId->Month = [instanceDate monthOfYear]; newGlobalId->D = [instanceDate dayOfMonth]; } } /* note: returns a retained object */ - (NSData *) _objectIdAsNSData: (const struct GlobalObjectId *) newGlobalId { NSData *nsData; TALLOC_CTX *localMemCtx; struct ndr_push *ndr; localMemCtx = talloc_zero (NULL, TALLOC_CTX); ndr = ndr_push_init_ctx (localMemCtx); ndr_push_GlobalObjectId (ndr, NDR_SCALARS, newGlobalId); nsData = [[NSData alloc] initWithBytes: ndr->data length: ndr->offset]; talloc_free (localMemCtx); return nsData; } - (void) _computeGlobalObjectIds { static NSString *prefix = @"040000008200e00074c5b7101a82e008"; static uint8_t dataPrefix[] = { 0x76, 0x43, 0x61, 0x6c, 0x2d, 0x55, 0x69, 0x64, 0x01, 0x00, 0x00, 0x00 }; NSString *uid; const char *uidAsUTF8; NSUInteger uidLength; NSData *encodedGlobalIdData; struct Binary_r *encodedGlobalIdBinary; struct GlobalObjectId *encodedGlobalId; struct GlobalObjectId newGlobalId; uint16_t year; NSData *binPrefix; TALLOC_CTX *localMemCtx; localMemCtx = talloc_zero (NULL, TALLOC_CTX); memset (&newGlobalId, 0, sizeof (struct GlobalObjectId)); uid = [event uid]; uidLength = [uid length]; if (uidLength >= 82 && (uidLength % 2) == 0 && [uid hasPrefix: prefix] && [[uid stringByTrimmingCharactersInSet: hexCharacterSet] length] == 0) { encodedGlobalIdData = [uid convertHexStringToBytes]; if (encodedGlobalIdData) { encodedGlobalIdBinary = [encodedGlobalIdData asBinaryInMemCtx: localMemCtx]; encodedGlobalId = get_GlobalObjectId (localMemCtx, encodedGlobalIdBinary); if (encodedGlobalId) { memcpy (newGlobalId.ByteArrayID, encodedGlobalId->ByteArrayID, 16); year = ((uint16_t) encodedGlobalId->YH << 8) | encodedGlobalId->YL; if (year >= 1601 && year <= 4500 && encodedGlobalId->Month > 0 && encodedGlobalId->Month < 13 && encodedGlobalId->D > 0 && encodedGlobalId->D < 31) { newGlobalId.YH = encodedGlobalId->YH; newGlobalId.YL = encodedGlobalId->YL; newGlobalId.Month = encodedGlobalId->Month; newGlobalId.D = encodedGlobalId->D; } else [self _setInstanceDate: &newGlobalId fromDate: [event recurrenceId]]; newGlobalId.CreationTime = encodedGlobalId->CreationTime; memcpy (newGlobalId.X, encodedGlobalId->X, 8); newGlobalId.Size = encodedGlobalId->Size; newGlobalId.Data = encodedGlobalId->Data; } else abort (); } else abort (); } else { binPrefix = [prefix convertHexStringToBytes]; [binPrefix getBytes: &newGlobalId.ByteArrayID]; [self _setInstanceDate: &newGlobalId fromDate: [event recurrenceId]]; uidAsUTF8 = [uid UTF8String]; newGlobalId.Size = 0x0c + strlen (uidAsUTF8); newGlobalId.Data = talloc_array (localMemCtx, uint8_t, newGlobalId.Size); memcpy (newGlobalId.Data, dataPrefix, 0x0c); memcpy (newGlobalId.Data + 0x0c, uidAsUTF8, newGlobalId.Size - 0x0c); } globalObjectId = [self _objectIdAsNSData: &newGlobalId]; newGlobalId.YH = 0; newGlobalId.YL = 0; newGlobalId.Month = 0; newGlobalId.D = 0; cleanGlobalObjectId = [self _objectIdAsNSData: &newGlobalId]; talloc_free (localMemCtx); } - (int) getPidLidGlobalObjectId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; if (!globalObjectId) [self _computeGlobalObjectIds]; if (globalObjectId) *data = [globalObjectId asBinaryInMemCtx: memCtx]; else abort (); return rc; } - (int) getPidLidCleanGlobalObjectId: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; if (!cleanGlobalObjectId) [self _computeGlobalObjectIds]; if (cleanGlobalObjectId) *data = [cleanGlobalObjectId asBinaryInMemCtx: memCtx]; else abort (); return rc; } - (int) getPidLidAppointmentReplyTime: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { /* We always return LAST-MODIFIED, which is a hack, but one that works because: the user is either (NOT recipient OR (is recipient AND its status is N/A), where this value should not be taken into account by the client OR the user is recipient and its status is defined, where this value is thus correct because the recipient status is the only property that can be changed. */ int rc = MAPISTORE_ERR_NOT_FOUND; NSCalendarDate *lastModified; lastModified = [event lastModified]; if (lastModified) { *data = [lastModified asFileTimeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } return rc; } /* reminders */ - (void) _setupAlarm { NSArray *alarms; NSUInteger count, max; iCalAlarm *currentAlarm; NSString *action, *webstatus; alarms = [event alarms]; max = [alarms count]; for (count = 0; !alarm && count < max; count++) { currentAlarm = [alarms objectAtIndex: count]; // Only handle 'display' alarms action = [currentAlarm action]; if ([action caseInsensitiveCompare: @"display"] != NSOrderedSame) continue; // Ignore alarms already triggered webstatus = [[currentAlarm trigger] value: 0 ofAttribute: @"x-webstatus"]; if ([webstatus caseInsensitiveCompare: @"triggered"] == NSOrderedSame) continue; ASSIGN (alarm, currentAlarm); } alarmSet = YES; } - (int) getPidLidReminderSet: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { if (!alarmSet) [self _setupAlarm]; *data = MAPIBoolValue (memCtx, (alarm != nil)); return MAPISTORE_SUCCESS; } - (int) getPidLidReminderTime: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { if (!alarmSet) [self _setupAlarm]; return (alarm ? [self getPidTagStartDate: data inMemCtx: memCtx] : MAPISTORE_ERR_NOT_FOUND); } - (int) getPidLidReminderDelta: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_ERR_NOT_FOUND; iCalTrigger *trigger; NSCalendarDate *startDate, *relationDate, *alarmDate; NSTimeInterval interval; NSString *relation; if (!alarmSet) [self _setupAlarm]; if (alarm) { trigger = [alarm trigger]; if ([[trigger valueType] caseInsensitiveCompare: @"DURATION"] == NSOrderedSame) { startDate = [event startDate]; relation = [[trigger relationType] lowercaseString]; interval = [[trigger flattenedValuesForKey: @""] durationAsTimeInterval]; if ([relation isEqualToString: @"end"]) relationDate = [event endDate]; else relationDate = startDate; // Compute the next alarm date with respect to the reference date if (relationDate) { alarmDate = [relationDate addTimeInterval: interval]; interval = [startDate timeIntervalSinceDate: alarmDate]; *data = MAPILongValue (memCtx, (int) (interval / 60)); rc = MAPISTORE_SUCCESS; } } } return rc; } - (int) getPidLidReminderSignalTime: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; NSCalendarDate *alarmDate; if (!alarmSet) [self _setupAlarm]; if (alarm) { alarmDate = [alarm nextAlarmDate]; [alarmDate setTimeZone: utcTZ]; *data = [alarmDate asFileTimeInMemCtx: memCtx]; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidReminderOverride: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; if (!alarmSet) [self _setupAlarm]; if (alarm) *data = MAPIBoolValue (memCtx, YES); else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidReminderPlaySound: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { int rc = MAPISTORE_SUCCESS; if (!alarmSet) [self _setupAlarm]; if (alarm) *data = MAPIBoolValue (memCtx, YES); else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidReminderFileParameter: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { // if (!alarmSet) // [self _setupAlarm]; return MAPISTORE_ERR_NOT_FOUND; } - (int) getPidLidReminderType: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return MAPISTORE_ERR_NOT_FOUND; } - (int) getPidLidTimeZoneDescription: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; NSString *tzid; tzid = [(iCalDateTime *) [event firstChildWithTag: @"dtstart"] value: 0 ofAttribute: @"tzid"]; if ([tzid length] > 0) { *data = [tzid asUnicodeInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidTimeZoneStruct: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; iCalTimeZone *icalTZ; icalTZ = [(iCalDateTime *) [event firstChildWithTag: @"dtstart"] timeZone]; if (icalTZ) { *data = [icalTZ asTimeZoneStructInMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidAppointmentTimeZoneDefinitionStartDisplay: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { enum mapistore_error rc; iCalTimeZone *icalTZ; /* [MS-OXOCAL] 3.1.5.5.1: This property is used in floating (all-day) events, specified in floating time, to convert the start date from UTC to the user's time zone */ if ([event isAllDay]) icalTZ = [iCalTimeZone timeZoneForName: [timeZone timeZoneName]]; else if ([event isRecurrent]) icalTZ = [(iCalDateTime *) [event firstChildWithTag: @"dtstart"] timeZone]; else icalTZ = nil; if (icalTZ) { /* [MS-OXOCAL] 2.2.1.42: This property can only have the E flag set in the TimeZoneDefinition struct */ *data = [icalTZ asZoneTimeDefinitionWithFlags: TZRULE_FLAG_EFFECTIVE_TZREG inMemCtx: memCtx]; rc = MAPISTORE_SUCCESS; } else rc = MAPISTORE_ERR_NOT_FOUND; return rc; } - (int) getPidLidAppointmentTimeZoneDefinitionEndDisplay: (void **) data inMemCtx: (TALLOC_CTX *) memCtx { return [self getPidLidAppointmentTimeZoneDefinitionStartDisplay: data inMemCtx: memCtx]; } @end