// xestiacalendar_icaleventload.h - Xestia Calendar iCalendar Task Component Unit Tests
//
// (c) 2016 Xestia Software Development.
//
// This file is part of Xestia Calendar.
//
// Xestia Address Book 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, version 3 of the license.
//
// Xestia Address Book 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 Xestia Calendar. If not, see <http://www.gnu.org/licenses/>

#include "../objects/calendartask/CalendarTask.h"

TEST(iCalendarTask, BasicTests){

	CalendarTaskObject TestTask;
	
	ASSERT_EQ(CALENDAROBJECTLOAD_MISSING, TestTask.LoadFile("iCalendarTask-Missing.vcf"));
	ASSERT_EQ(CALENDAROBJECTLOAD_CANNOTOPEN, TestTask.LoadFile("iCalendarTask-InvalidPermissions.vcf"));
	ASSERT_EQ(CALENDAROBJECTLOAD_OK, TestTask.LoadFile("iCalendarTask-Load1.vcf"));
	
}

TEST(iCalendarTask, ObjectDataTests){

	CalendarTaskObject TestTask;
	ASSERT_EQ(CALENDAROBJECTLOAD_OK, TestTask.LoadFile("iCalendarTask-Load2.vcf"));
	ASSERT_EQ(CALENDAROBJECTVALID_OK, TestTask.ValidBaseObject());
	
	// Tests for DTSTAMP.
	
	ASSERT_EQ("20160131T104500Z", TestTask.DateTimeStampData);
	ASSERT_EQ("OTHER=PARAM", TestTask.DateTimeStampTokens);
	
	// Tests for UID.
	
	ASSERT_EQ("b3a16392-ad86-4061-be53-c215af2306e1", TestTask.UniqueID);
	ASSERT_EQ("UNIQUEPARAM=CERTAINLY;OKAY=MAYBENOT", TestTask.UniqueIDTokens);
	
	// Tests for CLASS.
	
	ASSERT_EQ("PUBLIC", TestTask.ClassData);
	ASSERT_EQ("CHOCOLATE=NONE", TestTask.ClassDataTokens);
	
	// Tests for COMPLETED.
	
	ASSERT_EQ("20160131T110100Z", TestTask.CompletedData);
	ASSERT_EQ("LYING=NEVER", TestTask.CompletedDataTokens);
	
	// Tests for CREATED.

	ASSERT_EQ("20160131T080000Z", TestTask.DateTimeCreatedData);
	ASSERT_EQ("CARAMEL=PLEASE", TestTask.DateTimeCreatedTokens);
	
	// Tests for DESCRIPTION.
	
	std::string DescriptionData;
	std::string DescriptionAltRep;
	std::string DescriptionLanguage;
	std::string DescriptionTokens;
	
	if (TestTask.DescriptionList.begin() != TestTask.DescriptionList.end()){
		DescriptionData = TestTask.DescriptionList[0];
	}

	if (TestTask.DescriptionListAltRep.begin() != TestTask.DescriptionListAltRep.end()){
		DescriptionAltRep = TestTask.DescriptionListAltRep[0];
	}

	if (TestTask.DescriptionListLanguage.begin() != TestTask.DescriptionListLanguage.end()){
		DescriptionLanguage = TestTask.DescriptionListLanguage[0];
	}

	if (TestTask.DescriptionListTokens.begin() != TestTask.DescriptionListTokens.end()){
		DescriptionTokens = TestTask.DescriptionListTokens[0];
	}
	
	ASSERT_EQ("This is a description of the todo.", DescriptionData);
	ASSERT_EQ("null:nodata", DescriptionAltRep);
	ASSERT_EQ("kw", DescriptionLanguage);
	ASSERT_EQ("EXAMPLE=TOKEN;MOREDATA=YES", DescriptionTokens);
	
	// Tests for DTSTART.
	
	ASSERT_EQ("20160131T103000Z", TestTask.DateTimeStartData);
	ASSERT_EQ("DATE-TIME", TestTask.DateTimeStartDataValue);
	ASSERT_EQ("Europe/Truro", TestTask.DateTimeStartDataTimeZoneID);
	ASSERT_EQ("PARAMONE=YES;PARAMTWO=NO", TestTask.DateTimeStartDataTokens);
	
	// Tests for GEO.
	
	ASSERT_EQ("20.0;20.0", TestTask.GeographicData);
	ASSERT_EQ("EXAMPLE=MOOP", TestTask.GeographicTokens);
	
	// Tests for LAST-MODIFIED.
	
	ASSERT_EQ("20160131T114200Z", TestTask.LastModifiedData);
	ASSERT_EQ("FUTURE=EVEN", TestTask.LastModifiedTokens);
	
	// Tests for LOCATION.

	ASSERT_EQ("The Crystal Ceiling, Truro", TestTask.LocationData);
	ASSERT_EQ("null:nodata", TestTask.LocationDataAltRep);
	ASSERT_EQ("kw", TestTask.LocationDataLanguage);
	ASSERT_EQ("EXACT=YES", TestTask.LocationDataTokens);
	
	// Tests for ORGANIZER.
	
	ASSERT_EQ("mailto:organiser@example.com", TestTask.OrganiserData);
	ASSERT_EQ("ExampleOrganiser", TestTask.OrganiserDataCommonName);
	ASSERT_EQ("null:nodata", TestTask.OrganiserDataDirectoryEntry);
	ASSERT_EQ("mailto:organiser.noreply@example.com", TestTask.OrganiserDataSentByParam);
	ASSERT_EQ("kw", TestTask.OrganiserDataLanguage);
	ASSERT_EQ("HAPPY=WEEKS", TestTask.OrganiserDataTokens);
	
	// Tests for PERCENT-COMPLETE.
	
	ASSERT_EQ("42", TestTask.PercentCompleteData);
	ASSERT_EQ("DEEP=THOUGHT", TestTask.PercentCompleteTokens);
	
	// Tests for PRIORITY.
	
	ASSERT_EQ(5, TestTask.PriorityData);
	ASSERT_EQ("STATUS=DEFAULT", TestTask.PriorityTokens);
	
	// Tests for RECURRENCE-ID.
	
	ASSERT_EQ("20160131", TestTask.RecurranceIDData);
	ASSERT_EQ("Europe/Truro", TestTask.RecurranceIDDataTimeZoneParam);
	ASSERT_EQ("THISANDFUTURE", TestTask.RecurranceIDDataRangeParam);
	ASSERT_EQ("DATE", TestTask.RecurranceIDDataValue);
	ASSERT_EQ("EXAMPLE=DATA", TestTask.RecurranceIDDataTokens);
	
	// Tests for SEQUENCE.
	
	ASSERT_EQ(3, TestTask.SequenceData);
	ASSERT_EQ("TEST=YAY", TestTask.SequenceTokens);
	
	// Tests for STATUS.
	
	ASSERT_EQ("2.0;Success", TestTask.StatusData);
	ASSERT_EQ("kw", TestTask.StatusLanguage);
	ASSERT_EQ("FAVOURITE=BEANS;NOTLIKE=UNKNOWN", TestTask.StatusTokens);
	
	// Tests for SUMMARY.
	
	ASSERT_EQ("A summary of the todo.", TestTask.SummaryData);
	ASSERT_EQ("null:nodata", TestTask.SummaryDataAltRep);
	ASSERT_EQ("kw", TestTask.SummaryDataLanguage);
	ASSERT_EQ("FAVOURITE=TOFU;NOTLIKE=NONE", TestTask.SummaryDataTokens);
	
	// Tests for URL.

	ASSERT_EQ("http://www.example.com/", TestTask.URLData);
	ASSERT_EQ("EXTERNAL=YES", TestTask.URLDataTokens);
	
	// Tests for RRULE.
	
	ASSERT_EQ("FREQ=DAILY;COUNT=10", TestTask.RecurranceRuleData);
	ASSERT_EQ("TEST=DATA", TestTask.RecurranceRuleDataTokens);
	
	// Tests for DUE.
	
	ASSERT_EQ("20160131T150000Z", TestTask.DueData);
	ASSERT_EQ("Europe/Truro", TestTask.DueDataTimeZoneID);
	ASSERT_EQ("DATE-TIME", TestTask.DueDataValue);
	ASSERT_EQ("TEST=YES", TestTask.DueDataTokens);
	
	// Tests for DURATION.
	
	CalendarTaskObject TestTask2;
	ASSERT_EQ(CALENDAROBJECTLOAD_OK, TestTask2.LoadFile("iCalendarTask-Load3.vcf"));
	ASSERT_EQ(CALENDAROBJECTVALID_OK, TestTask2.ValidBaseObject());
	
	ASSERT_EQ("PT15M", TestTask2.DurationData);
	ASSERT_EQ("TEST=YES", TestTask2.DurationDataTokens);
	
	// Tests for ATTACH. First ATTACH property.

	std::string AttachData;
	std::string AttachDataFormatType;
	std::string AttachDataValue;
	std::string AttachDataEncoding;
	std::string AttachDataTokens;

	if (TestTask.AttachList.begin() != TestTask.AttachList.end()){
		
		AttachData = TestTask.AttachList[0];
		
	}
	
	if (TestTask.AttachListFormatType.begin() != TestTask.AttachListFormatType.end()){
		
		AttachDataFormatType = TestTask.AttachListFormatType[0];
		
	}

	ASSERT_EQ("http://www.example.com/", AttachData);
	ASSERT_EQ("application/internet-shortcut", AttachDataFormatType);
	
	// Second ATTACH property.
	
	AttachData.clear();
	AttachDataFormatType.clear();
	AttachDataValue.clear();
	AttachDataEncoding.clear();
	
	if (TestTask.AttachList.size() > 1){
		
		AttachData = TestTask.AttachList[1];
		
	}
	
	if (TestTask.AttachListFormatType.size() > 1){
		
		AttachDataFormatType = TestTask.AttachListFormatType[1];
		
	}

	ASSERT_EQ("http://www.example.com/page2.html", AttachData);
	ASSERT_EQ("application/internet-shortcut", AttachDataFormatType);
	
	// Third ATTACH property.

	AttachData.clear();
	AttachDataFormatType.clear();
	AttachDataValue.clear();
	AttachDataEncoding.clear();
	AttachDataTokens.clear();
	
	if (TestTask.AttachList.size() > 2){
		
		AttachData = TestTask.AttachList[2];
		
	}
	
	if (TestTask.AttachListFormatType.size() > 2){
		
		AttachDataFormatType = TestTask.AttachListFormatType[2];
		
	}
	
	if (TestTask.AttachListValue.size() > 2){
		
		AttachDataValue = TestTask.AttachListValue[2];
		
	}
	
	if (TestTask.AttachListFormatType.size() > 2){
		
		AttachDataEncoding = TestTask.AttachListEncoding[2];
		
	}

	if (TestTask.AttachListTokens.size() > 2){
		
		AttachDataTokens = TestTask.AttachListTokens[2];
		
	}
	
	ASSERT_EQ("VGhpcyBpcyBhbiBleGFtcGxlIGZpbGU=", AttachData);
	ASSERT_EQ("text/plain", AttachDataFormatType);
	ASSERT_EQ("BASE64", AttachDataEncoding);
	ASSERT_EQ("BINARY", AttachDataValue);
	ASSERT_EQ("STUPID=EXAMPLE", AttachDataTokens);
	
	// Tests for ATTENDEE. First ATTENDEE property.

	std::string AttendeeDataMember;
	std::string AttendeeDataDelegatedFrom;
	std::string AttendeeDataDelegatedTo;
	std::string AttendeeDataRole;
	std::string AttendeeDataRSVP;
	std::string AttendeeDataDirectoryEntry;
	std::string AttendeeDataSentBy;
	std::string AttendeeDataCommonName;
	std::string AttendeeDataCalendarUserType;
	std::string AttendeeDataParticipationStatus;
	std::string AttendeeDataLanguage;
	std::string AttendeeDataTokens;
	std::string AttendeeData;

	if (TestTask.AttendeeList.begin() != TestTask.AttendeeList.end()){
		
		AttendeeData = TestTask.AttendeeList[0];
		
	}
	
	ASSERT_EQ("Attendee One", AttendeeData);
	
	// Second ATTENDEE property.
	
	AttendeeData.clear();
	
	if (TestTask.AttendeeList.size() > 1){
		
		AttendeeData = TestTask.AttendeeList[1];
		
	}

	if (TestTask.AttendeeList.size() > 1){
		
		AttendeeDataDelegatedFrom = TestTask.AttendeeListDelegatedFrom[1];
		
	}
	
	if (TestTask.AttendeeList.size() > 1){
		
		AttendeeDataDelegatedTo = TestTask.AttendeeListDelegatedTo[1];
		
	}

	if (TestTask.AttendeeList.size() > 1){
		
		AttendeeDataRole = TestTask.AttendeeListRole[1];
		
	}
	
	if (TestTask.AttendeeList.size() > 1){
		
		AttendeeDataRSVP = TestTask.AttendeeListRSVP[1];
		
	}
	
	ASSERT_EQ("Attendee Two", AttendeeData);
	ASSERT_EQ("mailto:delegated.from@example.com", AttendeeDataDelegatedFrom);
	ASSERT_EQ("mailto:delegated.to@example.com", AttendeeDataDelegatedTo);
	ASSERT_EQ("CHAIR", AttendeeDataRole);
	ASSERT_EQ("TRUE", AttendeeDataRSVP);

	// Third ATTENDEE property.
	
	AttendeeData.clear();
	
	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeData = TestTask.AttendeeList[2];
		
	}

	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataDirectoryEntry = TestTask.AttendeeListDirectoryEntry[2];
		
	}
	
	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataSentBy = TestTask.AttendeeListSentBy[2];
		
	}

	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataCommonName = TestTask.AttendeeListCommonName[2];
		
	}
	
	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataCalendarUserType = TestTask.AttendeeListCalendarUserType[2];
		
	}

	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataParticipationStatus = TestTask.AttendeeListParticipationStatus[2];
		
	}

	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataLanguage = TestTask.AttendeeListLanguage[2];
		
	}
	
	if (TestTask.AttendeeList.size() > 2){
		
		AttendeeDataTokens = TestTask.AttendeeListTokens[2];
		
	}
	
	ASSERT_EQ("Attendee Three", AttendeeData);
	ASSERT_EQ("null:nodata", AttendeeDataDirectoryEntry);
	ASSERT_EQ("mailto:sent.by@example.com", AttendeeDataSentBy);
	ASSERT_EQ("Attendee The Third", AttendeeDataCommonName);
	ASSERT_EQ("INDIVIDUAL", AttendeeDataCalendarUserType);
	ASSERT_EQ("ACCEPTED", AttendeeDataParticipationStatus);
	ASSERT_EQ("kw", AttendeeDataLanguage);
	ASSERT_EQ("EXAMPLE=DATA", AttendeeDataTokens);
	
	// Get the first CATEGORIES.
	
	std::string CategoryData;
	
	if (TestTask.CategoriesList.begin() != TestTask.CategoriesList.end()){
		
		CategoryData = TestTask.CategoriesList[0];
		
	}
	
	ASSERT_EQ("CATEGORY ONE, CATEGORY TWO", CategoryData);
	
	CategoryData.clear();

	std::string CategoryLanguage;
	
	// Get the second CATEGORIES.
	
	if (TestTask.CategoriesList.size() > 1){
		
		CategoryData = TestTask.CategoriesList[1];
		
	}
	
	if (TestTask.CategoriesList.size() > 1){
		
		CategoryLanguage = TestTask.CategoriesListLanguage[1];
		
	}
		
	ASSERT_EQ("CATEGORY THREE, CATEGORY FOUR", CategoryData);
	ASSERT_EQ("en", CategoryLanguage);
	
	CategoryData.clear();
	CategoryLanguage.clear();
	
	// Get the third CATEGORIES.
	
	std::string CategoryTokens;
	
	if (TestTask.CategoriesList.size() > 2){
		
		CategoryData = TestTask.CategoriesList[2];
		
	}
	
	if (TestTask.CategoriesList.size() > 2){
		
		CategoryLanguage = TestTask.CategoriesListLanguage[2];
		
	}
	
	if (TestTask.CategoriesList.size() > 2){
		
		CategoryTokens = TestTask.CategoriesListTokens[2];
		
	}
		
	ASSERT_EQ("CATEGORY FIVE, CATEGORY SIX, CATEGORY SEVEN", CategoryData);
	ASSERT_EQ("en-GB", CategoryLanguage);
	ASSERT_EQ("SAMPLE=TOKEN", CategoryTokens);
	
	// Get the first COMMENT.
	
	std::string CommentData;
	
	if (TestTask.CommentList.begin() != TestTask.CommentList.end()){
		
		CommentData = TestTask.CommentList[0];
		
	}
	
	ASSERT_EQ("This is the first comment.", CommentData);
	
	// Get the second COMMENT.
	
	CommentData.clear();
	
	std::string CommentDataAltRep;
	std::string CommentDataLanguage;
	
	if (TestTask.CommentList.size() > 1){
		
		CommentData = TestTask.CommentList[1];
		
	}
	
	if (TestTask.CommentList.size() > 1){
		
		CommentDataAltRep = TestTask.CommentListAltRep[1];
		
	}
	
	if (TestTask.CommentList.size() > 1){
		
		CommentDataLanguage = TestTask.CommentListLanguage[1];
		
	}
	
	ASSERT_EQ("This is the second comment.", CommentData);
	ASSERT_EQ("null:nodata", CommentDataAltRep);
	ASSERT_EQ("en", CommentDataLanguage);
	
	// Get the third COMMENT.
	
	CommentData.clear();
	
	std::string CommentDataTokens;
	
	if (TestTask.CommentList.size() > 2){
		
		CommentData = TestTask.CommentList[2];
		
	}
	
	if (TestTask.CommentList.size() > 2){
		
		CommentDataTokens = TestTask.CommentListTokens[2];
		
	}
	
	ASSERT_EQ("This is the third comment.", CommentData);
	ASSERT_EQ("ZEBRAS=YES", CommentDataTokens);

	// Get the first CONTACT.
	
	std::string ContactData;
	
	if (TestTask.ContactList.begin() != TestTask.ContactList.end()){
		
		ContactData = TestTask.ContactList[0];
		
	}
	
	ASSERT_EQ("First Contact", ContactData);
	
	// Get the second CONTACT.
	
	ContactData.clear();
	
	std::string ContactDataAltRep;
	std::string ContactDataLanguage;
	
	if (TestTask.ContactList.size() > 1){
		
		ContactData = TestTask.ContactList[1];
		
	}
	
	if (TestTask.ContactList.size() > 1){
		
		ContactDataAltRep = TestTask.ContactListAltRep[1];
		
	}
	
	if (TestTask.ContactList.size() > 1){
		
		ContactDataLanguage = TestTask.ContactListLanguage[1];
		
	}
	
	ASSERT_EQ("Second Contact", ContactData);
	ASSERT_EQ("null:nodata", ContactDataAltRep);
	ASSERT_EQ("en-GB", ContactDataLanguage);
	
	// Get the third CONTACT.
	
	ContactData.clear();
	
	std::string ContactDataTokens;
	
	if (TestTask.ContactList.size() > 2){
		
		ContactData = TestTask.ContactList[2];
		
	}
	
	if (TestTask.ContactList.size() > 2){
		
		ContactDataTokens = TestTask.ContactListTokens[2];
		
	}
	
	ASSERT_EQ("Third Contact", ContactData);
	ASSERT_EQ("ZEBRAS=NO", ContactDataTokens);

	// Get the first EXDATE.
	
	std::string ExcludeDate;
	
	if (TestTask.ExcludeDateData.begin() != TestTask.ExcludeDateData.end()){
		
		ExcludeDate = TestTask.ExcludeDateData[0];
		
	}
	
	ASSERT_EQ("20160125T120000Z", ExcludeDate);
	
	// Get the second EXDATE.

	ExcludeDate.clear();
	
	std::string ExcludeDataTimeZoneParam;
	std::string ExcludeDataValue;
	
	if (TestTask.ContactList.size() > 1){
		
		ExcludeDate = TestTask.ExcludeDateData[1];
		
	}
	
	if (TestTask.ContactList.size() > 1){
		
		ExcludeDataTimeZoneParam = TestTask.ExcludeDateDataTimeZoneParam[1];
		
	}
	
	if (TestTask.ContactList.size() > 1){
		
		ExcludeDataValue = TestTask.ExcludeDateDataValue[1];
		
	}
	
	ASSERT_EQ("20160125T130000Z", ExcludeDate);
	ASSERT_EQ("DATE-TIME", ExcludeDataValue);
	ASSERT_EQ("Europe/Truro", ExcludeDataTimeZoneParam);
	
	// Get the third EXDATE.
	
	ExcludeDate.clear();
	
	std::string ExcludeDataTokens;
	
	if (TestTask.ContactList.size() > 2){
		
		ExcludeDate = TestTask.ExcludeDateData[2];
		
	}
	
	if (TestTask.ContactList.size() > 2){
		
		ExcludeDataTokens = TestTask.ExcludeDateDataTokens[2];
		
	}
	
	ASSERT_EQ("20160125T133000Z", ExcludeDate);
	ASSERT_EQ("ZOOP=ZIPPO", ExcludeDataTokens);
	
	// Get the first REQUEST-STATUS.

	std::string RequestStatus;
	
	if (TestTask.RequestStatusData.begin() != TestTask.RequestStatusData.end()){
		
		RequestStatus = TestTask.RequestStatusData[0];
		
	}
	
	ASSERT_EQ("2.0;Success", RequestStatus);
	
	// Get the second REQUEST-STATUS.
	
	RequestStatus.clear();
	
	std::string RequestLanguage;
	
	if (TestTask.ContactList.size() > 1){
		
		RequestStatus = TestTask.RequestStatusData[1];
		
	}
	
	if (TestTask.ContactList.size() > 1){
		
		RequestLanguage = TestTask.RequestStatusLanguage[1];
		
	}
	
	ASSERT_EQ("3.42;Really big irrecoverable error caused by the user", RequestStatus);
	ASSERT_EQ("en", RequestLanguage);
	
	// Get the third REQUEST-STATUS.
	
	RequestStatus.clear();
	
	std::string RequestTokens;
	
	if (TestTask.ContactList.size() > 2){
		
		RequestStatus = TestTask.RequestStatusData[2];
		
	}
	
	if (TestTask.ContactList.size() > 2){
		
		RequestTokens = TestTask.RequestStatusTokens[2];
		
	}
	
	ASSERT_EQ("3.7;Invalid calendar user", RequestStatus);
	ASSERT_EQ("USER=MISSING", RequestTokens);
	
	// Get the first RELATED-TO.
	
	std::string RelatedTo;
	
	if (TestTask.RelatedToData.begin() != TestTask.RelatedToData.end()){
		
		RelatedTo = TestTask.RelatedToData[0];
		
	}
	
	ASSERT_EQ("person.1@example.com", RelatedTo);
	
	// Get the second RELATED-TO.
	
	RelatedTo.clear();
	
	std::string RelatedToType;
	
	if (TestTask.RelatedToData.size() > 1){
		
		RelatedTo = TestTask.RelatedToData[1];
		
	}
	
	if (TestTask.RelatedToData.size() > 1){
		
		RelatedToType = TestTask.RelatedToDataRelationType[1];
		
	}
	
	ASSERT_EQ("person.2@example.com", RelatedTo);
	ASSERT_EQ("PARENT", RelatedToType);
	
	// Get the third RELATED-TO.
	
	RelatedTo.clear();
	
	std::string RelatedToTokens;
	
	if (TestTask.RelatedToData.size() > 2){
		
		RelatedTo = TestTask.RelatedToData[2];
		
	}
	
	if (TestTask.RelatedToData.size() > 2){
		
		RelatedToTokens = TestTask.RelatedToDataTokens[2];
		
	}
	
	ASSERT_EQ("person.3@example.com", RelatedTo);
	ASSERT_EQ("SCHOOL=MEETING", RelatedToTokens);
	
	// Get the first RESOURCES.

	std::string Resources;
	
	if (TestTask.ResourcesData.begin() != TestTask.ResourcesData.end()){
		
		Resources = TestTask.ResourcesData[0];
		
	}
	
	ASSERT_EQ("DMAC RECEIVER", Resources);
	
	// Get the second RESOURCES.
	
	Resources.clear();
	
	std::string ResourcesLanguage;
	
	if (TestTask.ResourcesData.size() > 1){
		
		Resources = TestTask.ResourcesData[1];
		
	}
	
	if (TestTask.ResourcesData.size() > 1){
		
		ResourcesLanguage = TestTask.ResourcesDataLanguage[1];
		
	}
	
	ASSERT_EQ("PAL-I TELEVISION SET", Resources);
	ASSERT_EQ("en", ResourcesLanguage);
	
	// Get the third RESOURCES.
	
	Resources.clear();
	
	std::string ResourcesAltRep;
	std::string ResourcesTokens;
	
	if (TestTask.ResourcesData.size() > 2){
		
		Resources = TestTask.ResourcesData[2];
		
	}
		
	if (TestTask.ResourcesData.size() > 2){
		
		ResourcesAltRep = TestTask.ResourcesDataAltRep[2];
		
	}
	
	if (TestTask.ResourcesData.size() > 2){
		
		ResourcesTokens = TestTask.ResourcesDataTokens[2];
		
	}
	
	ASSERT_EQ("PAL/SECAM VCR", Resources);
	ASSERT_EQ("null:nodata", ResourcesAltRep);
	ASSERT_EQ("STATUS=BROKEN", ResourcesTokens);
	
}