kcalconversiontest.cpp
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kcalconversiontest.cpp
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	/*
	* Copyright (C) 2012 Christian Mollekopf <mollekopf@kolabsys.com>
	*
	* This program is free software: you can redistribute it and/or modify
	* it under the terms of the GNU Lesser 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 Lesser General Public License for more details.
	*
	* You should have received a copy of the GNU Lesser General Public License
	* along with this program. If not, see <http://www.gnu.org/licenses/>.
	*/

	#include "kcalconversiontest.h"
	#include <contact.h>

	#include <QtCore/QObject>
	#include <QtTest/QtTest>
	#include <ksystemtimezone.h>
	#include <kolabcontact.h>
	#include <kcalcore/recurrence.h>
	#include <kabc/addressee.h>

	#include "conversion/kcalconversion.h"
	#include "conversion/kcalconversion.cpp"
	#include "conversion/kabcconversion.h"
	#include "testhelpers.h"

	using namespace Kolab::Conversion;

	template <typename T>
	void comparePointerVectors(const QVector<T> &list, const QVector<T> &other)
	{
	QCOMPARE(list.size(), other.size());
	for (int i = 0 ; i < list.size(); i++) {
	QCOMPARE(list.at(i), other.at(i));
	}
	}

	void compareAttendeesVectors(const KCalCore::Attendee::List &list, const KCalCore::Attendee::List &other)
	{
	QCOMPARE(list.size(), other.size());
	for (int i = 0 ; i < list.size(); i++) {
	KCalCore::Attendee::Ptr at1 = list.at(i).constCast<KCalCore::Attendee>();
	at1->setUid(QString());
	KCalCore::Attendee::Ptr at2 = other.at(i).constCast<KCalCore::Attendee>();
	at2->setUid(QString());
	QCOMPARE(at1, at2);
	}
	}

	void KCalConversionTest::initTestCase()
	{
	QVERIFY2(KSystemTimeZones::isTimeZoneDaemonAvailable(), "Timezone support is required for this test. Either use libcalendaring or make sure KTimeZoned is available");
	}

	void KCalConversionTest::testDate_data()
	{
	QTest::addColumn<Kolab::cDateTime>( "input" );
	QTest::addColumn<KDateTime>( "result" );

	QTest::newRow( "datetime with tz" ) << Kolab::cDateTime("Europe/Zurich",2006,1,8,12,0,0) << KDateTime(QDate(2006, 1, 8), QTime(12, 0, 0), KSystemTimeZones::zone("Europe/Zurich"));
	QTest::newRow( "floating datetime" ) << Kolab::cDateTime(2006,1,8,12,0,0, false) << KDateTime(QDate(2006, 1, 8), QTime(12, 0, 0), KDateTime::Spec(KDateTime::ClockTime));
	QTest::newRow( "utc datetime" ) << Kolab::cDateTime(2006,1,8,12,0,0, true) << KDateTime(KDateTime(QDate(2006, 1, 8), QTime(12, 0, 0), KDateTime::UTC));
	QTest::newRow( "date only" ) << Kolab::cDateTime(2006,1,8) << KDateTime(QDate(2006, 1, 8));
	}


	void KCalConversionTest::testDate()
	{
	QFETCH(Kolab::cDateTime, input);
	QFETCH(KDateTime, result);

	const KDateTime &r = Kolab::Conversion::toDate(input);
	QCOMPARE(r, result);

	const Kolab::cDateTime &r2 = Kolab::Conversion::fromDate(result);
	QCOMPARE(r2, input);
	}

	void KCalConversionTest::testDuration_data()
	{
	QTest::addColumn<Kolab::Duration>( "input" );
	QTest::addColumn<KCalCore::Duration>( "result" );
	QTest::addColumn<Kolab::Duration>( "fromResult" );

	QTest::newRow( "seconds" ) << Kolab::Duration(0,0,0,30,false) << KCalCore::Duration(30, KCalCore::Duration::Seconds) << Kolab::Duration(0,0,0,30,false);
	QTest::newRow( "minutes" ) << Kolab::Duration(0,0,1,30,false) << KCalCore::Duration(90, KCalCore::Duration::Seconds) << Kolab::Duration(0,0,0,90,false);
	QTest::newRow( "hours" ) << Kolab::Duration(0,1,1,30,false) << KCalCore::Duration(6060+90, KCalCore::Duration::Seconds) << Kolab::Duration(0,0,0,6060+90,false);
	QTest::newRow( "days" ) << Kolab::Duration(1,1,1,30,false) << KCalCore::Duration(246060+6060+90, KCalCore::Duration::Seconds) << Kolab::Duration(0,0,0,246060+6060+90,false);
	QTest::newRow( "daysonly" ) << Kolab::Duration(30,0,0,0, false) << KCalCore::Duration(30, KCalCore::Duration::Days) << Kolab::Duration(30,0,0,0,false);
	QTest::newRow( "weeks" ) << Kolab::Duration(30,false) << KCalCore::Duration(307, KCalCore::Duration::Days) << Kolab::Duration(307,0,0,0,false);
	}


	void KCalConversionTest::testDuration()
	{
	QFETCH(Kolab::Duration, input);
	QFETCH(KCalCore::Duration, result);
	QFETCH(Kolab::Duration, fromResult);

	const KCalCore::Duration &r = Kolab::Conversion::toDuration(input);
	QCOMPARE(r, result);

	const Kolab::Duration &r2 = Kolab::Conversion::fromDuration(result);
	QCOMPARE(r2, fromResult);
	}


	void KCalConversionTest::testDateTZ_data()
	{
	QTest::addColumn<Kolab::cDateTime>( "input" );
	QTest::addColumn<KDateTime>( "result" );

	QTest::newRow( "berlin" ) << Kolab::cDateTime("Europe/Berlin",2006,1,8,12,0,0) << KDateTime(QDate(2006, 1, 8), QTime(12, 0, 0), KSystemTimeZones::zone("Europe/Berlin"));
	}

	void KCalConversionTest::testDateTZ()
	{
	QFETCH(Kolab::cDateTime, input);
	QFETCH(KDateTime, result);

	const KDateTime &r = Kolab::Conversion::toDate(input);
	QCOMPARE(result.timeZone().name(), QString::fromStdString(input.timezone()));
	QCOMPARE(r.timeZone().currentOffset(), result.timeZone().currentOffset());

	const Kolab::cDateTime &r2 = Kolab::Conversion::fromDate(result);
	QCOMPARE(QString::fromStdString(r2.timezone()), result.timeZone().name());
	}


	void KCalConversionTest::testConversion_data()
	{
	QTest::addColumn<KCalCore::Event>( "kcal" );
	QTest::addColumn<Kolab::Event>( "kolab" );

	Kolab::cDateTime date(2011,2,2,12,11,10,true);
	Kolab::cDateTime date2(2011,2,2,12,12,10,true);
	Kolab::cDateTime date3(2012,2,2,12,12,10,true);
	std::vector<int> intVector;
	intVector.push_back(1);
	intVector.push_back(-3);
	intVector.push_back(2);
	std::vector<std::string> stringVector;
	stringVector.push_back("cat1");
	stringVector.push_back("cat2");
	stringVector.push_back("parent/child");

	{
	KCalCore::Event kcal;
	kcal.setUid("uid");
	kcal.setCreated(toDate(date));
	kcal.setLastModified(toDate(date));
	kcal.setRevision(3);
	kcal.setSecrecy(KCalCore::Incidence::SecrecyConfidential);
	kcal.setCategories(toStringList(stringVector));
	kcal.setDtStart(toDate(date));
	kcal.setDtEnd(toDate(date2));
	kcal.setTransparency(KCalCore::Event::Transparent);

	kcal.setRecurrenceId(toDate(date2)); //TODO THISANDFUTURE
	kcal.recurrence()->setDaily(3);
	kcal.recurrence()->setDuration(5);
	kcal.recurrence()->addRDateTime(toDate(date2));
	kcal.recurrence()->addRDate(toDate(date2).date());
	kcal.recurrence()->addExDateTime(toDate(date3));
	kcal.recurrence()->addExDate(toDate(date3).date());

	KCalCore::RecurrenceRule *rr = kcal.recurrence()->defaultRRule(true);
	QList<int> intList = QVector<int>::fromStdVector(intVector).toList();
	rr->setBySeconds(intList);
	rr->setByMinutes(intList);
	rr->setByHours(intList);
	rr->setByDays(QList<KCalCore::RecurrenceRule::WDayPos>() << KCalCore::RecurrenceRule::WDayPos(3,1) << KCalCore::RecurrenceRule::WDayPos(5,4));
	rr->setByMonthDays(intList);
	rr->setByYearDays(intList);
	rr->setByMonths(intList);
	rr->setByWeekNumbers(intList);

	kcal.setSummary("summary");
	kcal.setDescription("description");
	kcal.setPriority(3);
	kcal.setStatus(KCalCore::Incidence::StatusConfirmed);
	kcal.setLocation("location");
	kcal.setOrganizer(KCalCore::Person::Ptr(new KCalCore::Person("organizer", "organizer@email")));
	//Url
	kcal.setNonKDECustomProperty("X-KOLAB-URL", "http://test.org");
	KCalCore::Attendee::Ptr att(new KCalCore::Attendee("attendee", "attendee@email", false, KCalCore::Attendee::NeedsAction, KCalCore::Attendee::ReqParticipant));
	att->setDelegate("mailto:delegatee<delegatee@email>");
	att->setDelegator("mailto:delegator<delegator@email>");
	kcal.addAttendee(att);
	kcal.addAttachment(KCalCore::Attachment::Ptr(new KCalCore::Attachment(QString("uri"), "mimetype/mime")));
	KCalCore::Alarm::Ptr alarm = KCalCore::Alarm::Ptr(new KCalCore::Alarm(&kcal));
	KCalCore::Person::List addressees;
	addressees.append(KCalCore::Person::Ptr(new KCalCore::Person("name", "email@email")));
	alarm->setEmailAlarm("subject", "text", addressees, QStringList()); //No support for attachments
	kcal.addAlarm(alarm);
	//TODO alarms

	kcal.setNonKDECustomProperty("X-KOLAB-key1", "value1");
	kcal.setNonKDECustomProperty("X-KOLAB-key2", "value2");
	kcal.setCustomProperty("SOMEOTHERAPP", "key2", "value2");
	Q_ASSERT(kcal.nonKDECustomProperty("X-KOLAB-key1") == "value1");

	Kolab::Event kolab;
	kolab.setUid("uid");
	kolab.setCreated(date);
	kolab.setLastModified(date);
	kolab.setSequence(3);
	kolab.setClassification(Kolab::ClassConfidential);
	kolab.setCategories(stringVector);
	kolab.setStart(date);
	kolab.setEnd(date2);
	kolab.setTransparency(true);

	Kolab::RecurrenceRule rrule;
	rrule.setInterval(3);
	rrule.setFrequency(Kolab::RecurrenceRule::Daily);
	rrule.setCount(5);
	rrule.setBysecond(intVector);
	rrule.setByminute(intVector);
	rrule.setByhour(intVector);
	rrule.setByday(std::vector<Kolab::DayPos>() << Kolab::DayPos(3, Kolab::Monday) << Kolab::DayPos(5, Kolab::Thursday));
	rrule.setBymonthday(intVector);
	rrule.setByyearday(intVector);
	rrule.setByweekno(intVector);
	rrule.setBymonth(intVector);

	kolab.setRecurrenceRule(rrule);
	kolab.setRecurrenceID(date2, true);
	kolab.setRecurrenceDates(std::vector<Kolab::cDateTime>() << date2 << Kolab::cDateTime(date2.year(), date2.month(), date2.day()));
	kolab.setExceptionDates(std::vector<Kolab::cDateTime>() << date3 << Kolab::cDateTime(date3.year(), date3.month(), date3.day()));

	kolab.setSummary("summary");
	kolab.setDescription("description");
	kolab.setPriority(3);
	kolab.setStatus(Kolab::StatusConfirmed);
	kolab.setLocation("location");
	kolab.setOrganizer(Kolab::ContactReference(Kolab::ContactReference::EmailReference,"organizer@email", "organizer")); //TODO uid
	kolab.setUrl("http://test.org");

	Kolab::Attendee a(Kolab::ContactReference(Kolab::ContactReference::EmailReference,"attendee@email", "attendee"));//TODO uid
	a.setDelegatedTo(std::vector<Kolab::ContactReference>() << Kolab::ContactReference(Kolab::ContactReference::EmailReference,"delegatee@email", "delegatee"));
	a.setDelegatedFrom(std::vector<Kolab::ContactReference>() << Kolab::ContactReference(Kolab::ContactReference::EmailReference,"delegator@email", "delegator"));
	a.setCutype(Kolab::CutypeIndividual);
	kolab.setAttendees(std::vector<Kolab::Attendee>() << a);

	Kolab::Attachment attach;
	attach.setUri("uri", "mimetype/mime");
	kolab.setAttachments(std::vector<Kolab::Attachment>() << attach);

	// std::vector<std::string> receipents;
	// receipents.push_back("email@email");
	// Kolab::Alarm alarm2("summary", "description", receipents);
	// kolab.setAlarms(std::vector<Kolab::Alarm>() << alarm2);

	//The sorting is random, just sort them here how we think they should arrive so we don't have to sort during compare (due to lazyness).
	std::vector<Kolab::CustomProperty> customproperties;
	customproperties.push_back(Kolab::CustomProperty("X-KDE-SOMEOTHERAPP-key2", "value2"));
	customproperties.push_back(Kolab::CustomProperty("key1", "value1"));
	customproperties.push_back(Kolab::CustomProperty("key2", "value2"));

	kolab.setCustomProperties(customproperties);

	QTest::newRow( "with endDate and recurrence duration" ) << kcal << kolab;
	}
	{
	KCalCore::Event kcal;
	kcal.setUid("uid");
	kcal.setCreated(toDate(date));
	kcal.setLastModified(toDate(date));
	kcal.setRevision(3);
	kcal.setDtStart(toDate(date));
	kcal.setDuration(KCalCore::Duration(toDate(date), toDate(date2)));
	kcal.recurrence()->setDaily(3);
	kcal.recurrence()->setEndDateTime(toDate(date3));

	Kolab::Event kolab;
	kolab.setUid("uid");
	kolab.setCreated(date);
	kolab.setLastModified(date);
	kolab.setSequence(3);
	kolab.setStart(date);
	kolab.setDuration(Kolab::Duration(0, 0, 1, 0));
	Kolab::RecurrenceRule rrule;
	rrule.setInterval(3);
	rrule.setFrequency(Kolab::RecurrenceRule::Daily);
	rrule.setEnd(date3);
	kolab.setRecurrenceRule(rrule);

	QTest::newRow("with duration and recurrence endDate") << kcal << kolab;
	}
	{
	Kolab::cDateTime start(2011,1,1);
	Kolab::cDateTime end(2011,1,3);

	KCalCore::Event kcal;
	kcal.setUid("uid");
	kcal.setCreated(toDate(date));
	kcal.setLastModified(toDate(date));
	kcal.setDtStart(toDate(start));
	kcal.setDtEnd(toDate(end));
	kcal.recurrence()->setDaily(3);
	kcal.recurrence()->setEndDateTime(toDate(end));

	Kolab::Event kolab;
	kolab.setUid("uid");
	kolab.setCreated(date);
	kolab.setLastModified(date);
	kolab.setStart(start);
	kolab.setEnd(end);
	Kolab::RecurrenceRule rrule;
	rrule.setInterval(3);
	rrule.setFrequency(Kolab::RecurrenceRule::Daily);
	rrule.setEnd(end);
	kolab.setRecurrenceRule(rrule);

	QTest::newRow("date only dates") << kcal << kolab;
	}
	{
	KCalCore::Event kcal;
	kcal.setUid("uid");
	kcal.setCreated(toDate(date));
	kcal.setLastModified(toDate(date));
	kcal.setDtStart(toDate(date));
	kcal.setSummary("äöü%@$£é¤¼²°€Š�");

	Kolab::Event kolab;
	kolab.setUid("uid");
	kolab.setCreated(date);
	kolab.setLastModified(date);
	kolab.setStart(date);
	kolab.setSummary(std::string(QString("äöü%@$£é¤¼²°€Š�").toUtf8().constData()));

	QTest::newRow("latin1+Unicode") << kcal << kolab;

	}
	}

	void KCalConversionTest::testConversion()
	{
	QFETCH(KCalCore::Event, kcal);
	QFETCH(Kolab::Event, kolab);

	KCalCore::Event::Ptr e = toKCalCore(kolab);
	const Kolab::Event &b = fromKCalCore(kcal);

	QCOMPARE(e->uid(), kcal.uid());
	QCOMPARE(e->created(), kcal.created());
	QCOMPARE(e->lastModified(), kcal.lastModified());
	QCOMPARE(e->revision(), kcal.revision());
	QCOMPARE(e->secrecy(), kcal.secrecy());
	QCOMPARE(e->categories(), kcal.categories());
	QCOMPARE(e->dtStart(), kcal.dtStart());
	QCOMPARE(e->dtEnd(), kcal.dtEnd());
	QCOMPARE(e->duration(), kcal.duration());
	QCOMPARE(e->transparency(), kcal.transparency());
	QCOMPARE(e->recurrence(), kcal.recurrence());
	QCOMPARE(e->recurrenceId(), kcal.recurrenceId());
	QCOMPARE(e->recurrenceType(), kcal.recurrenceType());
	QCOMPARE(e->summary(), kcal.summary());
	QCOMPARE(e->description(), kcal.description());
	QCOMPARE(e->priority(), kcal.priority());
	QCOMPARE(e->status(), kcal.status());
	QCOMPARE(e->location(), kcal.location());
	QCOMPARE(e->organizer()->name(), kcal.organizer()->name());
	QCOMPARE(e->organizer()->email(), kcal.organizer()->email());
	QCOMPARE(e->nonKDECustomProperty("X-KOLAB-URL"), kcal.nonKDECustomProperty("X-KOLAB-URL"));
	//otherwise we'd break the customProperties comparison
	e->removeNonKDECustomProperty("X-KOLAB-URL");
	kcal.removeNonKDECustomProperty("X-KOLAB-URL");
	compareAttendeesVectors(e->attendees(), kcal.attendees());
	comparePointerVectors(e->attachments(), kcal.attachments());

	// QCOMPARE(e->alarms(), kcal.alarms()); //TODO
	QCOMPARE(e->customProperties(), kcal.customProperties());

	// QBENCHMARK {
	// toKCalCore(kolab);
	// }

	QCOMPARE(b.uid(), kolab.uid());
	QCOMPARE(b.created(), kolab.created());
	QCOMPARE(b.lastModified(), kolab.lastModified());
	QCOMPARE(b.sequence(), kolab.sequence());
	QCOMPARE(b.classification(), kolab.classification());
	QCOMPARE(b.categories(), kolab.categories());
	QCOMPARE(b.start(), kolab.start());
	QCOMPARE(b.end(), kolab.end());
	QCOMPARE(b.duration(), kolab.duration());
	QCOMPARE(b.transparency(), kolab.transparency());

	QCOMPARE(b.recurrenceRule(), kolab.recurrenceRule());
	QCOMPARE(b.recurrenceID(), kolab.recurrenceID());
	QCOMPARE(b.recurrenceDates(), kolab.recurrenceDates());
	QCOMPARE(b.exceptionDates(), kolab.exceptionDates());

	QCOMPARE(b.summary(), kolab.summary());
	QCOMPARE(b.description(), kolab.description());
	QCOMPARE(b.status(), kolab.status());
	QCOMPARE(b.location(), kolab.location());
	QCOMPARE(b.organizer(), kolab.organizer());
	QCOMPARE(b.url(), kolab.url());
	QCOMPARE(b.attendees(), kolab.attendees());
	QCOMPARE(b.attachments(), kolab.attachments());
	QCOMPARE(b.customProperties(), kolab.customProperties());
	}


	void KCalConversionTest::testTodoConversion_data()
	{
	QTest::addColumn<KCalCore::Todo>( "kcal" );
	QTest::addColumn<Kolab::Todo>( "kolab" );

	Kolab::cDateTime date(2011,2,2,12,11,10,true);
	Kolab::cDateTime date2(2011,2,2,12,12,10,true);

	{
	KCalCore::Todo kcal;
	kcal.setUid("uid");
	kcal.setDtStart(toDate(date));
	kcal.setDtDue(toDate(date2));
	kcal.setRelatedTo("uid2", KCalCore::Incidence::RelTypeParent);

	Kolab::Todo kolab;
	kolab.setUid("uid");
	kolab.setStart(date);
	kolab.setDue(date2);
	std::vector<std::string> relateds;
	relateds.push_back("uid2");
	kolab.setRelatedTo(relateds);

	QTest::newRow( "todo" ) << kcal << kolab;
	}
	}


	void KCalConversionTest::testTodoConversion()
	{
	QFETCH(KCalCore::Todo, kcal);
	QFETCH(Kolab::Todo, kolab);

	const KCalCore::Todo::Ptr e = toKCalCore(kolab);

	QCOMPARE(e->uid(), kcal.uid());
	QCOMPARE(e->dtStart(), kcal.dtStart());
	QCOMPARE(e->dtDue(), kcal.dtDue());
	QCOMPARE(e->relatedTo(KCalCore::Incidence::RelTypeParent), kcal.relatedTo(KCalCore::Incidence::RelTypeParent));

	const Kolab::Todo &b = fromKCalCore(kcal);
	QCOMPARE(b.uid(), kolab.uid());
	QCOMPARE(b.start(), kolab.start());
	QCOMPARE(b.due(), kolab.due());
	QCOMPARE(b.relatedTo(), kolab.relatedTo());
	}

	void KCalConversionTest::testJournalConversion_data()
	{
	QTest::addColumn<KCalCore::Journal>( "kcal" );
	QTest::addColumn<Kolab::Journal>( "kolab" );

	Kolab::cDateTime date(2011,2,2,12,11,10,true);
	Kolab::cDateTime date2(2011,2,2,12,12,10,true);

	{
	KCalCore::Journal kcal;
	kcal.setUid("uid");
	kcal.setDtStart(toDate(date));
	kcal.setSummary("summary");

	Kolab::Journal kolab;
	kolab.setUid("uid");
	kolab.setStart(date);
	kolab.setSummary("summary");

	QTest::newRow( "journal" ) << kcal << kolab;
	}
	}


	void KCalConversionTest::testJournalConversion()
	{
	QFETCH(KCalCore::Journal, kcal);
	QFETCH(Kolab::Journal, kolab);

	const KCalCore::Journal::Ptr e = toKCalCore(kolab);

	QCOMPARE(e->uid(), kcal.uid());
	QCOMPARE(e->dtStart(), kcal.dtStart());
	QCOMPARE(e->summary(), kcal.summary());

	const Kolab::Journal &b = fromKCalCore(kcal);
	QCOMPARE(b.uid(), kolab.uid());
	QCOMPARE(b.start(), kolab.start());
	QCOMPARE(b.summary(), kolab.summary());
	}

	void KCalConversionTest::testContactConversion_data()
	{
	QTest::addColumn<KABC::Addressee>( "kcal" );
	QTest::addColumn<Kolab::Contact>( "kolab" );

	Kolab::cDateTime date(2011,2,2,12,11,10,true);
	Kolab::cDateTime date2(2011,2,2,12,12,10,true);
	{
	KABC::Addressee kcal;
	kcal.setUid("uid");
	kcal.setFormattedName("name");

	Kolab::Contact kolab;
	kolab.setUid("uid");
	kolab.setName("name");

	QTest::newRow("basic") << kcal << kolab;
	}
	{
	KABC::Addressee kcal;
	kcal.setUid("uid");
	//The first address is always the preferred
	kcal.setEmails(QStringList() << "email1@example.org" << "email2@example.org");
	kcal.insertCustom("KOLAB", "EmailTypesemail1@example.org", "home,work");

	Kolab::Contact kolab;
	kolab.setUid("uid");

	Kolab::Email email1("email1@example.org", Kolab::Email::Work\|Kolab::Email::Home);
	Kolab::Email email2("email2@example.org");

	std::vector<Kolab::Email> emails;
	emails.push_back(email1);
	emails.push_back(email2);
	kolab.setEmailAddresses(emails, 0);

	QTest::newRow("emailTypesAndPreference") << kcal << kolab;
	}
	}


	void KCalConversionTest::testContactConversion()
	{
	QFETCH(KABC::Addressee, kcal);
	QFETCH(Kolab::Contact, kolab);

	const KABC::Addressee &e = toKABC(kolab);

	QCOMPARE(e.uid(), kcal.uid());
	QCOMPARE(e.formattedName(), kcal.formattedName());
	QCOMPARE(e.emails(), kcal.emails());
	QCOMPARE(e.preferredEmail(), kcal.preferredEmail());
	foreach (const QString &mail, e.emails()) {
	QCOMPARE(e.custom(QLatin1String("KOLAB"), QString::fromLatin1("EmailTypes%1").arg(mail)), kcal.custom(QLatin1String("KOLAB"), QString::fromLatin1("EmailTypes%1").arg(mail)));
	}

	const Kolab::Contact &b = fromKABC(kcal);
	QCOMPARE(b.uid(), kolab.uid());
	QCOMPARE(b.name(), kolab.name());
	QCOMPARE(b.emailAddresses(), kolab.emailAddresses());
	QCOMPARE(b.emailAddressPreferredIndex(), kolab.emailAddressPreferredIndex());
	}


	// void KCalConversionTest::BenchmarkRoundtripKCAL()
	// {
	// const Kolab::Event &event = Kolab::readEvent(TEST_DATA_PATH "/testfiles/icalEvent.xml", true);
	// std::string result = Kolab::writeEvent(event);
	// QBENCHMARK {
	// Kolab::Conversion::toKCalCore(Kolab::readEvent(result, false));
	// }
	// }

	QTEST_MAIN( KCalConversionTest )

	#include "kcalconversiontest.moc"

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