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diff --git a/plugins/libkolab/lib/kolab_format_event.php b/plugins/libkolab/lib/kolab_format_event.php
index c0bcef47..c9a1c9f9 100644
--- a/plugins/libkolab/lib/kolab_format_event.php
+++ b/plugins/libkolab/lib/kolab_format_event.php
@@ -1,238 +1,234 @@
<?php
/**
* Kolab Event model class
*
* @version @package_version@
* @author Thomas Bruederli <bruederli@kolabsys.com>
*
* Copyright (C) 2012, Kolab Systems AG <contact@kolabsys.com>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as
* published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program 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 Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
class kolab_format_event extends kolab_format_xcal
{
public $CTYPEv2 = 'application/x-vnd.kolab.event';
protected $objclass = 'Event';
protected $read_func = 'readEvent';
protected $write_func = 'writeEvent';
/**
* Default constructor
*/
function __construct($data = null, $version = 3.0)
{
parent::__construct(is_string($data) ? $data : null, $version);
// got an Event object as argument
if (is_object($data) && is_a($data, $this->objclass)) {
$this->obj = $data;
$this->loaded = true;
}
}
/**
* Clones into an instance of libcalendaring's extended EventCal class
*
* @return mixed EventCal object or false on failure
*/
public function to_libcal()
{
static $error_logged = false;
if (class_exists('kolabcalendaring')) {
return new EventCal($this->obj);
}
else if (!$error_logged) {
$error_logged = true;
rcube::raise_error(array(
'code' => 900, 'type' => 'php',
'message' => "required kolabcalendaring module not found"
), true);
}
return false;
}
/**
* Set event properties to the kolabformat object
*
* @param array Event data as hash array
*/
public function set(&$object)
{
// set common xcal properties
parent::set($object);
// do the hard work of setting object values
$this->obj->setStart(self::get_datetime($object['start'], null, $object['allday']));
$this->obj->setEnd(self::get_datetime($object['end'], null, $object['allday']));
$this->obj->setTransparency($object['free_busy'] == 'free');
$status = kolabformat::StatusUndefined;
if ($object['free_busy'] == 'tentative')
$status = kolabformat::StatusTentative;
if ($object['cancelled'])
$status = kolabformat::StatusCancelled;
else if ($object['status'] && array_key_exists($object['status'], $this->status_map))
$status = $this->status_map[$object['status']];
$this->obj->setStatus($status);
// save recurrence exceptions
if (is_array($object['recurrence']) && $object['recurrence']['EXCEPTIONS']) {
$vexceptions = new vectorevent;
foreach((array)$object['recurrence']['EXCEPTIONS'] as $exception) {
$exevent = new kolab_format_event;
$exevent->set($this->compact_exception($exception, $object)); // only save differing values
$exevent->obj->setRecurrenceID(self::get_datetime($exception['start'], null, true), (bool)$exception['thisandfuture']);
$vexceptions->push($exevent->obj);
}
$this->obj->setExceptions($vexceptions);
}
// cache this data
$this->data = $object;
unset($this->data['_formatobj']);
}
/**
*
*/
public function is_valid()
{
return !$this->formaterror && (($this->data && !empty($this->data['start']) && !empty($this->data['end'])) ||
(is_object($this->obj) && $this->obj->isValid() && $this->obj->uid()));
}
/**
* Convert the Event object into a hash array data structure
*
* @param array Additional data for merge
*
* @return array Event data as hash array
*/
public function to_array($data = array())
{
// return cached result
if (!empty($this->data))
return $this->data;
// read common xcal props
$object = parent::to_array($data);
// read object properties
$object += array(
'end' => self::php_datetime($this->obj->end()),
'allday' => $this->obj->start()->isDateOnly(),
'free_busy' => $this->obj->transparency() ? 'free' : 'busy', // TODO: transparency is only boolean
'attendees' => array(),
);
// derive event end from duration (#1916)
if (!$object['end'] && $object['start'] && ($duration = $this->obj->duration()) && $duration->isValid()) {
$interval = new DateInterval('PT0S');
$interval->d = $duration->weeks() * 7 + $duration->days();
$interval->h = $duration->hours();
$interval->i = $duration->minutes();
$interval->s = $duration->seconds();
$object['end'] = clone $object['start'];
$object['end']->add($interval);
}
// organizer is part of the attendees list in Roundcube
if ($object['organizer']) {
$object['organizer']['role'] = 'ORGANIZER';
array_unshift($object['attendees'], $object['organizer']);
}
// status defines different event properties...
$status = $this->obj->status();
if ($status == kolabformat::StatusTentative)
$object['free_busy'] = 'tentative';
else if ($status == kolabformat::StatusCancelled)
$object['cancelled'] = true;
// this is an exception object
if ($this->obj->recurrenceID()->isValid()) {
$object['thisandfuture'] = $this->obj->thisAndFuture();
}
// read exception event objects
else if (($exceptions = $this->obj->exceptions()) && is_object($exceptions) && $exceptions->size()) {
$recurrence_exceptions = array();
for ($i=0; $i < $exceptions->size(); $i++) {
if (($exobj = $exceptions->get($i))) {
$exception = new kolab_format_event($exobj);
if ($exception->is_valid()) {
$recurrence_exceptions[] = $this->expand_exception($exception->to_array(), $object);
}
}
}
$object['recurrence']['EXCEPTIONS'] = $recurrence_exceptions;
}
return $this->data = $object;
}
/**
* Callback for kolab_storage_cache to get object specific tags to cache
*
* @return array List of tags to save in cache
*/
public function get_tags()
{
- $tags = array();
+ $tags = parent::get_tags();
foreach ((array)$this->data['categories'] as $cat) {
$tags[] = rcube_utils::normalize_string($cat);
}
- if (!empty($this->data['valarms'])) {
- $tags[] = 'x-has-alarms';
- }
-
return $tags;
}
/**
* Remove some attributes from the exception container
*/
private function compact_exception($exception, $master)
{
$forbidden = array('recurrence','organizer','attendees','sequence');
foreach ($forbidden as $prop) {
if (array_key_exists($prop, $exception)) {
unset($exception[$prop]);
}
}
return $exception;
}
/**
* Copy attributes not specified by the exception from the master event
*/
private function expand_exception($exception, $master)
{
foreach ($master as $prop => $value) {
if (empty($exception[$prop]) && !empty($value))
$exception[$prop] = $value;
}
return $exception;
}
}
diff --git a/plugins/libkolab/lib/kolab_format_task.php b/plugins/libkolab/lib/kolab_format_task.php
index b3c6a42e..87c3df9d 100644
--- a/plugins/libkolab/lib/kolab_format_task.php
+++ b/plugins/libkolab/lib/kolab_format_task.php
@@ -1,130 +1,127 @@
<?php
/**
* Kolab Task (ToDo) model class
*
* @version @package_version@
* @author Thomas Bruederli <bruederli@kolabsys.com>
*
* Copyright (C) 2012, Kolab Systems AG <contact@kolabsys.com>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as
* published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program 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 Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
class kolab_format_task extends kolab_format_xcal
{
public $CTYPEv2 = 'application/x-vnd.kolab.task';
protected $objclass = 'Todo';
protected $read_func = 'readTodo';
protected $write_func = 'writeTodo';
/**
* Set properties to the kolabformat object
*
* @param array Object data as hash array
*/
public function set(&$object)
{
// set common xcal properties
parent::set($object);
$this->obj->setPercentComplete(intval($object['complete']));
$status = kolabformat::StatusUndefined;
if ($object['complete'] == 100 && !array_key_exists('status', $object))
$status = kolabformat::StatusCompleted;
else if ($object['status'] && array_key_exists($object['status'], $this->status_map))
$status = $this->status_map[$object['status']];
$this->obj->setStatus($status);
$this->obj->setStart(self::get_datetime($object['start'], null, $object['start']->_dateonly));
$this->obj->setDue(self::get_datetime($object['due'], null, $object['due']->_dateonly));
$related = new vectors;
if (!empty($object['parent_id']))
$related->push($object['parent_id']);
$this->obj->setRelatedTo($related);
// cache this data
$this->data = $object;
unset($this->data['_formatobj']);
}
/**
*
*/
public function is_valid()
{
return !$this->formaterror && ($this->data || (is_object($this->obj) && $this->obj->isValid()));
}
/**
* Convert the Configuration object into a hash array data structure
*
* @param array Additional data for merge
*
* @return array Config object data as hash array
*/
public function to_array($data = array())
{
// return cached result
if (!empty($this->data))
return $this->data;
// read common xcal props
$object = parent::to_array($data);
$object['complete'] = intval($this->obj->percentComplete());
// if due date is set
if ($due = $this->obj->due())
$object['due'] = self::php_datetime($due);
// related-to points to parent task; we only support one relation
$related = self::vector2array($this->obj->relatedTo());
if (count($related))
$object['parent_id'] = $related[0];
// TODO: map more properties
$this->data = $object;
return $this->data;
}
/**
* Callback for kolab_storage_cache to get object specific tags to cache
*
* @return array List of tags to save in cache
*/
public function get_tags()
{
- $tags = array();
+ $tags = parent::get_tags();
if ($this->data['status'] == 'COMPLETED' || ($this->data['complete'] == 100 && empty($this->data['status'])))
$tags[] = 'x-complete';
if ($this->data['priority'] == 1)
$tags[] = 'x-flagged';
- if (!empty($this->data['valarms']))
- $tags[] = 'x-has-alarms';
-
if ($this->data['parent_id'])
$tags[] = 'x-parent:' . $this->data['parent_id'];
return $tags;
}
}
diff --git a/plugins/libkolab/lib/kolab_format_xcal.php b/plugins/libkolab/lib/kolab_format_xcal.php
index 0742f2a9..c9e06acd 100644
--- a/plugins/libkolab/lib/kolab_format_xcal.php
+++ b/plugins/libkolab/lib/kolab_format_xcal.php
@@ -1,563 +1,586 @@
<?php
/**
* Xcal based Kolab format class wrapping libkolabxml bindings
*
* Base class for xcal-based Kolab groupware objects such as event, todo, journal
*
* @version @package_version@
* @author Thomas Bruederli <bruederli@kolabsys.com>
*
* Copyright (C) 2012, Kolab Systems AG <contact@kolabsys.com>
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Affero General Public License as
* published by the Free Software Foundation, either version 3 of the
* License, or (at your option) any later version.
*
* This program 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 Affero General Public License for more details.
*
* You should have received a copy of the GNU Affero General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
abstract class kolab_format_xcal extends kolab_format
{
public $CTYPE = 'application/calendar+xml';
public static $fulltext_cols = array('title', 'description', 'location', 'attendees:name', 'attendees:email', 'categories');
protected $sensitivity_map = array(
'public' => kolabformat::ClassPublic,
'private' => kolabformat::ClassPrivate,
'confidential' => kolabformat::ClassConfidential,
);
protected $role_map = array(
'REQ-PARTICIPANT' => kolabformat::Required,
'OPT-PARTICIPANT' => kolabformat::Optional,
'NON-PARTICIPANT' => kolabformat::NonParticipant,
'CHAIR' => kolabformat::Chair,
);
protected $cutype_map = array(
'INDIVIDUAL' => kolabformat::CutypeIndividual,
'GROUP' => kolabformat::CutypeGroup,
'ROOM' => kolabformat::CutypeRoom,
'RESOURCE' => kolabformat::CutypeResource,
'UNKNOWN' => kolabformat::CutypeUnknown,
);
protected $rrule_type_map = array(
'MINUTELY' => RecurrenceRule::Minutely,
'HOURLY' => RecurrenceRule::Hourly,
'DAILY' => RecurrenceRule::Daily,
'WEEKLY' => RecurrenceRule::Weekly,
'MONTHLY' => RecurrenceRule::Monthly,
'YEARLY' => RecurrenceRule::Yearly,
);
protected $weekday_map = array(
'MO' => kolabformat::Monday,
'TU' => kolabformat::Tuesday,
'WE' => kolabformat::Wednesday,
'TH' => kolabformat::Thursday,
'FR' => kolabformat::Friday,
'SA' => kolabformat::Saturday,
'SU' => kolabformat::Sunday,
);
protected $alarm_type_map = array(
'DISPLAY' => Alarm::DisplayAlarm,
'EMAIL' => Alarm::EMailAlarm,
'AUDIO' => Alarm::AudioAlarm,
);
protected $status_map = array(
'NEEDS-ACTION' => kolabformat::StatusNeedsAction,
'IN-PROCESS' => kolabformat::StatusInProcess,
'COMPLETED' => kolabformat::StatusCompleted,
'CANCELLED' => kolabformat::StatusCancelled,
'TENTATIVE' => kolabformat::StatusTentative,
'CONFIRMED' => kolabformat::StatusConfirmed,
'DRAFT' => kolabformat::StatusDraft,
'FINAL' => kolabformat::StatusFinal,
);
protected $part_status_map = array(
'UNKNOWN' => kolabformat::PartNeedsAction,
'NEEDS-ACTION' => kolabformat::PartNeedsAction,
'TENTATIVE' => kolabformat::PartTentative,
'ACCEPTED' => kolabformat::PartAccepted,
'DECLINED' => kolabformat::PartDeclined,
'DELEGATED' => kolabformat::PartDelegated,
);
/**
* Convert common xcard properties into a hash array data structure
*
* @param array Additional data for merge
*
* @return array Object data as hash array
*/
public function to_array($data = array())
{
// read common object props
$object = parent::to_array($data);
$status_map = array_flip($this->status_map);
$sensitivity_map = array_flip($this->sensitivity_map);
$object += array(
'sequence' => intval($this->obj->sequence()),
'title' => $this->obj->summary(),
'location' => $this->obj->location(),
'description' => $this->obj->description(),
'url' => $this->obj->url(),
'status' => $status_map[$this->obj->status()],
'sensitivity' => $sensitivity_map[$this->obj->classification()],
'priority' => $this->obj->priority(),
'categories' => self::vector2array($this->obj->categories()),
'start' => self::php_datetime($this->obj->start()),
);
// read organizer and attendees
if (($organizer = $this->obj->organizer()) && ($organizer->email() || $organizer->name())) {
$object['organizer'] = array(
'email' => $organizer->email(),
'name' => $organizer->name(),
);
}
$role_map = array_flip($this->role_map);
$cutype_map = array_flip($this->cutype_map);
$part_status_map = array_flip($this->part_status_map);
$attvec = $this->obj->attendees();
for ($i=0; $i < $attvec->size(); $i++) {
$attendee = $attvec->get($i);
$cr = $attendee->contact();
if ($cr->email() != $object['organizer']['email']) {
$delegators = $delegatees = array();
$vdelegators = $attendee->delegatedFrom();
for ($j=0; $j < $vdelegators->size(); $j++) {
$delegators[] = $vdelegators->get($j)->email();
}
$vdelegatees = $attendee->delegatedTo();
for ($j=0; $j < $vdelegatees->size(); $j++) {
$delegatees[] = $vdelegatees->get($j)->email();
}
$object['attendees'][] = array(
'role' => $role_map[$attendee->role()],
'cutype' => $cutype_map[$attendee->cutype()],
'status' => $part_status_map[$attendee->partStat()],
'rsvp' => $attendee->rsvp(),
'email' => $cr->email(),
'name' => $cr->name(),
'delegated-from' => $delegators,
'delegated-to' => $delegatees,
);
}
}
// read recurrence rule
if (($rr = $this->obj->recurrenceRule()) && $rr->isValid()) {
$rrule_type_map = array_flip($this->rrule_type_map);
$object['recurrence'] = array('FREQ' => $rrule_type_map[$rr->frequency()]);
if ($intvl = $rr->interval())
$object['recurrence']['INTERVAL'] = $intvl;
if (($count = $rr->count()) && $count > 0) {
$object['recurrence']['COUNT'] = $count;
}
else if ($until = self::php_datetime($rr->end())) {
$until->setTime($object['start']->format('G'), $object['start']->format('i'), 0);
$object['recurrence']['UNTIL'] = $until;
}
if (($byday = $rr->byday()) && $byday->size()) {
$weekday_map = array_flip($this->weekday_map);
$weekdays = array();
for ($i=0; $i < $byday->size(); $i++) {
$daypos = $byday->get($i);
$prefix = $daypos->occurence();
$weekdays[] = ($prefix ? $prefix : '') . $weekday_map[$daypos->weekday()];
}
$object['recurrence']['BYDAY'] = join(',', $weekdays);
}
if (($bymday = $rr->bymonthday()) && $bymday->size()) {
$object['recurrence']['BYMONTHDAY'] = join(',', self::vector2array($bymday));
}
if (($bymonth = $rr->bymonth()) && $bymonth->size()) {
$object['recurrence']['BYMONTH'] = join(',', self::vector2array($bymonth));
}
if ($exdates = $this->obj->exceptionDates()) {
for ($i=0; $i < $exdates->size(); $i++) {
if ($exdate = self::php_datetime($exdates->get($i)))
$object['recurrence']['EXDATE'][] = $exdate;
}
}
}
if ($rdates = $this->obj->recurrenceDates()) {
for ($i=0; $i < $rdates->size(); $i++) {
if ($rdate = self::php_datetime($rdates->get($i)))
$object['recurrence']['RDATE'][] = $rdate;
}
}
// read alarm
$valarms = $this->obj->alarms();
$alarm_types = array_flip($this->alarm_type_map);
$object['valarms'] = array();
for ($i=0; $i < $valarms->size(); $i++) {
$alarm = $valarms->get($i);
$type = $alarm_types[$alarm->type()];
if ($type == 'DISPLAY' || $type == 'EMAIL' || $type == 'AUDIO') { // only some alarms are supported
$valarm = array(
'action' => $type,
'summary' => $alarm->summary(),
'description' => $alarm->description(),
);
if ($type == 'EMAIL') {
$valarm['attendees'] = array();
$attvec = $this->obj->attendees();
for ($j=0; $j < $attvec->size(); $j++) {
$cr = $attvec->get($j);
$valarm['attendees'][] = $cr->email();
}
}
else if ($type == 'AUDIO') {
$attach = $alarm->audioFile();
$valarm['uri'] = $attach->uri();
}
if ($start = self::php_datetime($alarm->start())) {
$object['alarms'] = '@' . $start->format('U');
$valarm['trigger'] = $start;
}
else if ($offset = $alarm->relativeStart()) {
$prefix = $alarm->relativeTo() == kolabformat::End ? '+' : '-';
$value = $time = '';
if ($w = $offset->weeks()) $value .= $w . 'W';
else if ($d = $offset->days()) $value .= $d . 'D';
else if ($h = $offset->hours()) $time .= $h . 'H';
else if ($m = $offset->minutes()) $time .= $m . 'M';
else if ($s = $offset->seconds()) $time .= $s . 'S';
// assume 'at event time'
if (empty($value) && empty($time)) {
$prefix = '';
$time = '0S';
}
$object['alarms'] = $prefix . $value . $time;
$valarm['trigger'] = $prefix . 'P' . $value . ($time ? 'T' . $time : '');
}
// read alarm duration and repeat properties
if (($duration = $alarm->duration()) && $duration->isValid()) {
$value = $time = '';
if ($w = $duration->weeks()) $value .= $w . 'W';
else if ($d = $duration->days()) $value .= $d . 'D';
else if ($h = $duration->hours()) $time .= $h . 'H';
else if ($m = $duration->minutes()) $time .= $m . 'M';
else if ($s = $duration->seconds()) $time .= $s . 'S';
$valarm['duration'] = 'P' . $value . ($time ? 'T' . $time : '');
$valarm['repeat'] = $alarm->numrepeat();
}
$object['alarms'] .= ':' . $type; // legacy property
$object['valarms'][] = array_filter($valarm);
}
}
$this->get_attachments($object);
return $object;
}
/**
* Set common xcal properties to the kolabformat object
*
* @param array Event data as hash array
*/
public function set(&$object)
{
$this->init();
$is_new = !$this->obj->uid();
// set common object properties
parent::set($object);
// increment sequence on updates
if (empty($object['sequence']))
$object['sequence'] = !$is_new ? $this->obj->sequence()+1 : 0;
$this->obj->setSequence($object['sequence']);
$this->obj->setSummary($object['title']);
$this->obj->setLocation($object['location']);
$this->obj->setDescription($object['description']);
$this->obj->setPriority($object['priority']);
$this->obj->setClassification($this->sensitivity_map[$object['sensitivity']]);
$this->obj->setCategories(self::array2vector($object['categories']));
$this->obj->setUrl(strval($object['url']));
// process event attendees
$attendees = new vectorattendee;
foreach ((array)$object['attendees'] as $attendee) {
if ($attendee['role'] == 'ORGANIZER') {
$object['organizer'] = $attendee;
}
else if ($attendee['email'] != $object['organizer']['email']) {
$cr = new ContactReference(ContactReference::EmailReference, $attendee['email']);
$cr->setName($attendee['name']);
$att = new Attendee;
$att->setContact($cr);
$att->setPartStat($this->part_status_map[$attendee['status']]);
$att->setRole($this->role_map[$attendee['role']] ? $this->role_map[$attendee['role']] : kolabformat::Required);
$att->setCutype($this->cutype_map[$attendee['cutype']] ? $this->cutype_map[$attendee['cutype']] : kolabformat::CutypeIndividual);
$att->setRSVP((bool)$attendee['rsvp']);
if (!empty($attendee['delegated-from'])) {
$vdelegators = new vectorcontactref;
foreach ((array)$attendee['delegated-from'] as $delegator) {
$vdelegators->push(new ContactReference(ContactReference::EmailReference, $delegator));
}
$att->setDelegatedFrom($vdelegators);
}
if (!empty($attendee['delegated-to'])) {
$vdelegatees = new vectorcontactref;
foreach ((array)$attendee['delegated-to'] as $delegatee) {
$vdelegatees->push(new ContactReference(ContactReference::EmailReference, $delegatee));
}
$att->setDelegatedTo($vdelegatees);
}
if ($att->isValid()) {
$attendees->push($att);
}
else {
rcube::raise_error(array(
'code' => 600, 'type' => 'php',
'file' => __FILE__, 'line' => __LINE__,
'message' => "Invalid event attendee: " . json_encode($attendee),
), true);
}
}
}
$this->obj->setAttendees($attendees);
if ($object['organizer']) {
$organizer = new ContactReference(ContactReference::EmailReference, $object['organizer']['email']);
$organizer->setName($object['organizer']['name']);
$this->obj->setOrganizer($organizer);
}
// save recurrence rule
$rr = new RecurrenceRule;
$rr->setFrequency(RecurrenceRule::FreqNone);
if ($object['recurrence'] && !empty($object['recurrence']['FREQ'])) {
$rr->setFrequency($this->rrule_type_map[$object['recurrence']['FREQ']]);
if ($object['recurrence']['INTERVAL'])
$rr->setInterval(intval($object['recurrence']['INTERVAL']));
if ($object['recurrence']['BYDAY']) {
$byday = new vectordaypos;
foreach (explode(',', $object['recurrence']['BYDAY']) as $day) {
$occurrence = 0;
if (preg_match('/^([\d-]+)([A-Z]+)$/', $day, $m)) {
$occurrence = intval($m[1]);
$day = $m[2];
}
if (isset($this->weekday_map[$day]))
$byday->push(new DayPos($occurrence, $this->weekday_map[$day]));
}
$rr->setByday($byday);
}
if ($object['recurrence']['BYMONTHDAY']) {
$bymday = new vectori;
foreach (explode(',', $object['recurrence']['BYMONTHDAY']) as $day)
$bymday->push(intval($day));
$rr->setBymonthday($bymday);
}
if ($object['recurrence']['BYMONTH']) {
$bymonth = new vectori;
foreach (explode(',', $object['recurrence']['BYMONTH']) as $month)
$bymonth->push(intval($month));
$rr->setBymonth($bymonth);
}
if ($object['recurrence']['COUNT'])
$rr->setCount(intval($object['recurrence']['COUNT']));
else if ($object['recurrence']['UNTIL'])
$rr->setEnd(self::get_datetime($object['recurrence']['UNTIL'], null, true));
if ($rr->isValid()) {
// add exception dates (only if recurrence rule is valid)
$exdates = new vectordatetime;
foreach ((array)$object['recurrence']['EXDATE'] as $exdate)
$exdates->push(self::get_datetime($exdate, null, true));
$this->obj->setExceptionDates($exdates);
}
else {
rcube::raise_error(array(
'code' => 600, 'type' => 'php',
'file' => __FILE__, 'line' => __LINE__,
'message' => "Invalid event recurrence rule: " . json_encode($object['recurrence']),
), true);
}
}
$this->obj->setRecurrenceRule($rr);
// save recurrence dates (aka RDATE)
if (!empty($object['recurrence']['RDATE'])) {
$rdates = new vectordatetime;
foreach ((array)$object['recurrence']['RDATE'] as $rdate)
$rdates->push(self::get_datetime($rdate, null, true));
$this->obj->setRecurrenceDates($rdates);
}
// save alarm
$valarms = new vectoralarm;
if ($object['valarms']) {
foreach ($object['valarms'] as $valarm) {
if (!array_key_exists($valarm['action'], $this->alarm_type_map)) {
continue; // skip unknown alarm types
}
if ($valarm['action'] == 'EMAIL') {
$recipients = new vectorcontactref;
foreach (($valarm['attendees'] ?: array($object['_owner'])) as $email) {
$recipients->push(new ContactReference(ContactReference::EmailReference, $email));
}
$alarm = new Alarm(
strval($valarm['summary'] ?: $object['title']),
strval($valarm['description'] ?: $object['description']),
$recipients
);
}
else if ($valarm['action'] == 'AUDIO') {
$attach = new Attachment;
$attach->setUri($valarm['uri'] ?: 'null', 'unknown');
$alarm = new Alarm($attach);
}
else {
// action == DISPLAY
$alarm = new Alarm(strval($valarm['summary'] ?: $object['title']));
}
if (is_object($valarm['trigger']) && $valarm['trigger'] instanceof DateTime) {
$alarm->setStart(self::get_datetime($valarm['trigger'], new DateTimeZone('UTC')));
}
else {
try {
$prefix = $valarm['trigger'][0];
$period = new DateInterval(preg_replace('/[^0-9PTWDHMS]/', '', $valarm['trigger']));
$duration = new Duration($period->d, $period->h, $period->i, $period->s, $prefix == '-');
}
catch (Exception $e) {
// skip alarm with invalid trigger values
rcube::raise_error($e, true);
continue;
}
$alarm->setRelativeStart($duration, $prefix == '-' ? kolabformat::Start : kolabformat::End);
}
if ($valarm['duration']) {
try {
$d = new DateInterval($valarm['duration']);
$duration = new Duration($d->d, $d->h, $d->i, $d->s);
$alarm->setDuration($duration, intval($valarm['repeat']));
}
catch (Exception $e) {
// ignore
}
}
$valarms->push($alarm);
}
}
// legacy support
else if ($object['alarms']) {
list($offset, $type) = explode(":", $object['alarms']);
if ($type == 'EMAIL' && !empty($object['_owner'])) { // email alarms implicitly go to event owner
$recipients = new vectorcontactref;
$recipients->push(new ContactReference(ContactReference::EmailReference, $object['_owner']));
$alarm = new Alarm($object['title'], strval($object['description']), $recipients);
}
else { // default: display alarm
$alarm = new Alarm($object['title']);
}
if (preg_match('/^@(\d+)/', $offset, $d)) {
$alarm->setStart(self::get_datetime($d[1], new DateTimeZone('UTC')));
}
else if (preg_match('/^([-+]?)P?T?(\d+)([SMHDW])/', $offset, $d)) {
$days = $hours = $minutes = $seconds = 0;
switch ($d[3]) {
case 'W': $days = 7*intval($d[2]); break;
case 'D': $days = intval($d[2]); break;
case 'H': $hours = intval($d[2]); break;
case 'M': $minutes = intval($d[2]); break;
case 'S': $seconds = intval($d[2]); break;
}
$alarm->setRelativeStart(new Duration($days, $hours, $minutes, $seconds, $d[1] == '-'), $d[1] == '-' ? kolabformat::Start : kolabformat::End);
}
$valarms->push($alarm);
}
$this->obj->setAlarms($valarms);
$this->set_attachments($object);
}
/**
* Callback for kolab_storage_cache to get words to index for fulltext search
*
* @return array List of words to save in cache
*/
public function get_words()
{
$data = '';
foreach (self::$fulltext_cols as $colname) {
list($col, $field) = explode(':', $colname);
if ($field) {
$a = array();
foreach ((array)$this->data[$col] as $attr)
$a[] = $attr[$field];
$val = join(' ', $a);
}
else {
$val = is_array($this->data[$col]) ? join(' ', $this->data[$col]) : $this->data[$col];
}
if (strlen($val))
$data .= $val . ' ';
}
return array_unique(rcube_utils::normalize_string($data, true));
}
+ /**
+ * Callback for kolab_storage_cache to get object specific tags to cache
+ *
+ * @return array List of tags to save in cache
+ */
+ public function get_tags()
+ {
+ $tags = array();
+
+ if (!empty($this->data['valarms'])) {
+ $tags[] = 'x-has-alarms';
+ }
+
+ // create tags reflecting participant status
+ if (is_array($this->data['attendees'])) {
+ foreach ($this->data['attendees'] as $attendee) {
+ if (!empty($attendee['email']) && !empty($attendee['status']))
+ $tags[] = 'x-partstat:' . $attendee['email'] . ':' . strtolower($attendee['status']);
+ }
+ }
+
+ return $tags;
+ }
}
\ No newline at end of file

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