// xestiacalendar_icaltaskload.h - Xestia Calendar iCalendar Task Component Unit Tests
//
// (c) 2016-2017 Xestia Software Development.
//
// This file is part of Xestia Calendar.
//
// Xestia Calendar 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 Calendar 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
#include "../objects/calendartask/CalendarTask.h"
#include
class iCalendarTaskLoadTests : public ::testing::Test
{
private:
virtual void SetUp()
{
}
virtual void TearDown()
{
}
};
TEST_F(iCalendarTaskLoadTests, 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_F(iCalendarTaskLoadTests, 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);
// Get the first RDATE.
std::string recurrenceDate;
if (testTask.recurranceDateData.begin() != testTask.recurranceDateData.end()){
recurrenceDate = testTask.recurranceDateData[0];
}
ASSERT_EQ("20160120", recurrenceDate);
// Get the second RDATE.
recurrenceDate.clear();
std::string recurrenceDateTimeZoneParam;
std::string recurrenceDateValue;
if (testTask.recurranceDateData.size() > 1){
recurrenceDate = testTask.recurranceDateData[1];
}
if (testTask.recurranceDateData.size() > 1){
recurrenceDateTimeZoneParam = testTask.recurranceDateDataTimeZoneParam[1];
}
if (testTask.recurranceDateData.size() > 1){
recurrenceDateValue = testTask.recurranceDateDataValue[1];
}
ASSERT_EQ("20160121", recurrenceDate);
ASSERT_EQ("DATE", recurrenceDateValue);
ASSERT_EQ("Europe/Truro", recurrenceDateTimeZoneParam);
// Get the third RDATE.
recurrenceDate.clear();
std::string recurrenceTokens;
if (testTask.recurranceDateData.size() > 2){
recurrenceDate = testTask.recurranceDateData[2];
}
if (testTask.recurranceDateData.size() > 2){
recurrenceTokens = testTask.recurranceDateDataTokens[2];
}
ASSERT_EQ("20160520", recurrenceDate);
ASSERT_EQ("ZILCH=DATA", recurrenceTokens);
// Get the first X-EXAMPLE1 token.
std::string xTokenName;
std::string xTokenData;
if (testTask.xTokensData.size() != 0 ){
xTokenData = testTask.xTokensData[0];
}
if (testTask.xTokensData.size() != 0){
xTokenName = testTask.xTokensDataTokens[0];
}
ASSERT_EQ("Moo", xTokenData);
ASSERT_EQ("X-EXAMPLE1", xTokenName);
// Get the second X-EXAMPLE1 token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 1){
xTokenData = testTask.xTokensData[1];
}
if (testTask.xTokensData.size() > 1){
xTokenName = testTask.xTokensDataTokens[1];
}
ASSERT_EQ("Meep", xTokenData);
ASSERT_EQ("X-EXAMPLE1;ANIMAL=NOPE", xTokenName);
// Get the third X-EXAMPLE1 token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 2){
xTokenData = testTask.xTokensData[2];
}
if (testTask.xTokensData.size() > 2){
xTokenName = testTask.xTokensDataTokens[2];
}
ASSERT_EQ("Meow", xTokenData);
ASSERT_EQ("X-EXAMPLE1;ANIMAL=CAT", xTokenName);
// Get the first X-EXAMPLE2 token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 3){
xTokenData = testTask.xTokensData[3];
}
if (testTask.xTokensData.size() > 3){
xTokenName = testTask.xTokensDataTokens[3];
}
ASSERT_EQ("Dish", xTokenData);
ASSERT_EQ("X-EXAMPLE2", xTokenName);
// Get the second X-EXAMPLE2 token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 4){
xTokenData = testTask.xTokensData[4];
}
if (testTask.xTokensData.size() > 4){
xTokenName = testTask.xTokensDataTokens[4];
}
ASSERT_EQ("Fork", xTokenData);
ASSERT_EQ("X-EXAMPLE2;OBJECT=KITCHEN", xTokenName);
// Get the third X-EXAMPLE2 token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 5){
xTokenData = testTask.xTokensData[5];
}
if (testTask.xTokensData.size() > 5){
xTokenName = testTask.xTokensDataTokens[5];
}
ASSERT_EQ("Table", xTokenData);
ASSERT_EQ("X-EXAMPLE2;OBJECT=LIVINGROOM", xTokenName);
// Get the X-STATUS token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 6){
xTokenData = testTask.xTokensData[6];
}
if (testTask.xTokensData.size() > 6){
xTokenName = testTask.xTokensDataTokens[6];
}
ASSERT_EQ("Idle", xTokenData);
ASSERT_EQ("X-STATUS;HOLIDAY=YES", xTokenName);
// Get the X-TRANSPORT token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 7){
xTokenData = testTask.xTokensData[7];
}
if (testTask.xTokensData.size() > 7){
xTokenName = testTask.xTokensDataTokens[7];
}
ASSERT_EQ("Private Hire", xTokenData);
ASSERT_EQ("X-TRANSPORT;PUBLIC=NO", xTokenName);
// Get the X-PHANTOM-STATUS token.
xTokenName.clear();
xTokenData.clear();
if (testTask.xTokensData.size() > 8){
xTokenData = testTask.xTokensData[8];
}
if (testTask.xTokensData.size() > 8){
xTokenName = testTask.xTokensDataTokens[8];
}
ASSERT_EQ("None", xTokenData);
ASSERT_EQ("X-PHANTOM-STATUS;HELP=NONE", xTokenName);
}
TEST_F(iCalendarTaskLoadTests, AlarmTests){
CalendarTaskObject testTask;
ASSERT_EQ(CALENDAROBJECTLOAD_OK, testTask.LoadFile("iCalendarTask-Load2.vcf"));
ASSERT_EQ(CALENDAROBJECTVALID_OK, testTask.ValidBaseObject());
// Tests for the first VALARM property.
std::string actionData;
std::string actionDataTokens;
std::string triggerData;
std::string triggerRelated;
std::string triggerValue;
std::string triggerTokens;
std::string durationData;
std::string durationTokens;
std::string repeatData;
std::string repeatTokens;
std::string xTokenData;
std::string xTokenName;
if (testTask.calendarAlarmData.size() > 0){
actionData = testTask.calendarAlarmData[0].alarmAction;
actionDataTokens = testTask.calendarAlarmData[0].alarmActionTokens;
triggerData = testTask.calendarAlarmData[0].triggerData;
triggerRelated = testTask.calendarAlarmData[0].triggerRelated;
triggerValue = testTask.calendarAlarmData[0].triggerValue;
triggerTokens = testTask.calendarAlarmData[0].triggerTokens;
durationData = testTask.calendarAlarmData[0].durationData;
durationTokens = testTask.calendarAlarmData[0].durationTokens;
repeatData = testTask.calendarAlarmData[0].repeatData;
repeatTokens = testTask.calendarAlarmData[0].repeatTokens;
}
ASSERT_EQ("AUDIO", actionData);
ASSERT_EQ("FUNKY=SOUNDS", actionDataTokens);
ASSERT_EQ("20160220T160000Z", triggerData);
ASSERT_EQ("END", triggerRelated);
ASSERT_EQ("DATE-TIME", triggerValue);
ASSERT_EQ("PUSH=BUTTON", triggerTokens);
ASSERT_EQ("PT5H", durationData);
ASSERT_EQ("FLYING=NO", durationTokens);
ASSERT_EQ("PT5M", repeatData);
ASSERT_EQ("NEVER=SLEEP", repeatTokens);
// Tests for ATTACH. First ATTACH property.
std::string attachData;
std::string attachDataFormatType;
std::string attachDataValue;
std::string attachDataEncoding;
std::string attachDataTokens;
if (testTask.calendarAlarmData[0].attachList.begin() != testTask.calendarAlarmData[0].attachList.end()){
attachData = testTask.attachList[0];
}
if (testTask.calendarAlarmData[0].attachListFormatType.begin() != testTask.calendarAlarmData[0].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.calendarAlarmData[0].attachList.size() > 1){
attachData = testTask.calendarAlarmData[0].attachList[1];
}
if (testTask.calendarAlarmData[0].attachListFormatType.size() > 1){
attachDataFormatType = testTask.calendarAlarmData[0].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.calendarAlarmData[0].attachList.size() > 2){
attachData = testTask.calendarAlarmData[0].attachList[2];
}
if (testTask.calendarAlarmData[0].attachListFormatType.size() > 2){
attachDataFormatType = testTask.calendarAlarmData[0].attachListFormatType[2];
}
if (testTask.calendarAlarmData[0].attachListValue.size() > 2){
attachDataValue = testTask.calendarAlarmData[0].attachListValue[2];
}
if (testTask.calendarAlarmData[0].attachListFormatType.size() > 2){
attachDataEncoding = testTask.calendarAlarmData[0].attachListEncoding[2];
}
if (testTask.calendarAlarmData[0].attachListTokens.size() > 2){
attachDataTokens = testTask.calendarAlarmData[0].attachListTokens[2];
}
ASSERT_EQ("VGhpcyBpcyBhbiBleGFtcGxlIGZpbGU=", attachData);
ASSERT_EQ("text/plain", attachDataFormatType);
ASSERT_EQ("BASE64", attachDataEncoding);
ASSERT_EQ("BINARY", attachDataValue);
ASSERT_EQ("STUPID=EXAMPLE", attachDataTokens);
// Test the first X-Token.
if (testTask.calendarAlarmData[0].xTokensData.size() > 0){
xTokenData = testTask.calendarAlarmData[0].xTokensData[0];
xTokenName = testTask.calendarAlarmData[0].xTokensDataTokens[0];
}
ASSERT_EQ("Example Data 1", xTokenData);
ASSERT_EQ("X-EXAMPLE1;YAY=YES", xTokenName);
// Test the second X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[0].xTokensData.size() > 1){
xTokenData = testTask.calendarAlarmData[0].xTokensData[1];
xTokenName = testTask.calendarAlarmData[0].xTokensDataTokens[1];
}
ASSERT_EQ("Example Data 2", xTokenData);
ASSERT_EQ("X-EXAMPLE2;NOPE=YEP", xTokenName);
// Test the third X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[0].xTokensData.size() > 2){
xTokenData = testTask.calendarAlarmData[0].xTokensData[2];
xTokenName = testTask.calendarAlarmData[0].xTokensDataTokens[2];
}
ASSERT_EQ("Example Data 3", xTokenData);
ASSERT_EQ("X-EXAMPLE3;WORLD=NO", xTokenName);
// Tests for the second VALARM property.
actionData.clear();
actionDataTokens.clear();
triggerData.clear();
triggerRelated.clear();
triggerValue.clear();
triggerTokens.clear();
durationData.clear();
durationTokens.clear();
repeatData.clear();
repeatTokens.clear();
xTokenData.clear();
xTokenName.clear();
string descriptionData;
string descriptionAltRep;
string descriptionLanguage;
string descriptionTokens;
if (testTask.calendarAlarmData.size() > 1){
actionData = testTask.calendarAlarmData[1].alarmAction;
actionDataTokens = testTask.calendarAlarmData[1].alarmActionTokens;
triggerData = testTask.calendarAlarmData[1].triggerData;
triggerRelated = testTask.calendarAlarmData[1].triggerRelated;
triggerValue = testTask.calendarAlarmData[1].triggerValue;
triggerTokens = testTask.calendarAlarmData[1].triggerTokens;
durationData = testTask.calendarAlarmData[1].durationData;
durationTokens = testTask.calendarAlarmData[1].durationTokens;
repeatData = testTask.calendarAlarmData[1].repeatData;
repeatTokens = testTask.calendarAlarmData[1].repeatTokens;
descriptionData = testTask.calendarAlarmData[1].descriptionData;
descriptionAltRep = testTask.calendarAlarmData[1].descriptionAltRep;
descriptionLanguage = testTask.calendarAlarmData[1].descriptionLanguage;
descriptionTokens = testTask.calendarAlarmData[1].descriptionTokens;
}
ASSERT_EQ("DISPLAY", actionData);
ASSERT_EQ("FLASHING=LIGHTS", actionDataTokens);
ASSERT_EQ("20160230T110000Z", triggerData);
ASSERT_EQ("END", triggerRelated);
ASSERT_EQ("DATE-TIME", triggerValue);
ASSERT_EQ("PUSH=BUTTON", triggerTokens);
ASSERT_EQ("PT7H", durationData);
ASSERT_EQ("FLYING=YES", durationTokens);
ASSERT_EQ("PT3M", repeatData);
ASSERT_EQ("SLEEP=ALWAYS", repeatTokens);
ASSERT_EQ("This is the second alarm.", descriptionData);
ASSERT_EQ("null:nodata", descriptionAltRep);
ASSERT_EQ("kw", descriptionLanguage);
ASSERT_EQ("TERRIBLE=TOKEN", descriptionTokens);
// Test the first X-Token.
if (testTask.calendarAlarmData[1].xTokensData.size() > 0){
xTokenData = testTask.calendarAlarmData[1].xTokensData[0];
xTokenName = testTask.calendarAlarmData[1].xTokensDataTokens[0];
}
ASSERT_EQ("Example Data 1", xTokenData);
ASSERT_EQ("X-EXAMPLE1;YAY=YES", xTokenName);
// Test the second X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[1].xTokensData.size() > 1){
xTokenData = testTask.calendarAlarmData[1].xTokensData[1];
xTokenName = testTask.calendarAlarmData[1].xTokensDataTokens[1];
}
ASSERT_EQ("Example Data 2", xTokenData);
ASSERT_EQ("X-EXAMPLE2;NOPE=YEP", xTokenName);
// Test the third X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[1].xTokensData.size() > 2){
xTokenData = testTask.calendarAlarmData[1].xTokensData[2];
xTokenName = testTask.calendarAlarmData[1].xTokensDataTokens[2];
}
ASSERT_EQ("Example Data 3", xTokenData);
ASSERT_EQ("X-EXAMPLE3;WORLD=NO", xTokenName);
// Tests for the third VALARM property.
actionData.clear();
actionDataTokens.clear();
triggerData.clear();
triggerRelated.clear();
triggerValue.clear();
triggerTokens.clear();
durationData.clear();
durationTokens.clear();
repeatData.clear();
repeatTokens.clear();
xTokenData.clear();
xTokenName.clear();
descriptionData.clear();
descriptionAltRep.clear();
descriptionLanguage.clear();
descriptionTokens.clear();
string summaryData;
string summaryAltRep;
string summaryLanguage;
string summaryTokens;
string attendeeDataMember;
string attendeeDataDelegatedFrom;
string attendeeDataDelegatedTo;
string attendeeDataRole;
string attendeeDataRSVP;
string attendeeDataDirectoryEntry;
string attendeeDataSentBy;
string attendeeDataCommonName;
string attendeeDataCalendarUserType;
string attendeeDataParticipationStatus;
string attendeeDataLanguage;
string attendeeDataTokens;
string attendeeData;
attachData.clear();
attachDataFormatType.clear();
attachDataValue.clear();
attachDataEncoding.clear();
attachDataTokens.clear();
if (testTask.calendarAlarmData.size() > 2){
actionData = testTask.calendarAlarmData[2].alarmAction;
actionDataTokens = testTask.calendarAlarmData[2].alarmActionTokens;
triggerData = testTask.calendarAlarmData[2].triggerData;
triggerRelated = testTask.calendarAlarmData[2].triggerRelated;
triggerValue = testTask.calendarAlarmData[2].triggerValue;
triggerTokens = testTask.calendarAlarmData[2].triggerTokens;
durationData = testTask.calendarAlarmData[2].durationData;
durationTokens = testTask.calendarAlarmData[2].durationTokens;
repeatData = testTask.calendarAlarmData[2].repeatData;
repeatTokens = testTask.calendarAlarmData[2].repeatTokens;
descriptionData = testTask.calendarAlarmData[2].descriptionData;
descriptionAltRep = testTask.calendarAlarmData[2].descriptionAltRep;
descriptionLanguage = testTask.calendarAlarmData[2].descriptionLanguage;
descriptionTokens = testTask.calendarAlarmData[2].descriptionTokens;
summaryData = testTask.calendarAlarmData[2].summaryData;
summaryAltRep = testTask.calendarAlarmData[2].summaryAltRep;
summaryLanguage = testTask.calendarAlarmData[2].summaryLanguage;
summaryTokens = testTask.calendarAlarmData[2].summaryTokens;
}
ASSERT_EQ("EMAIL", actionData);
ASSERT_EQ("FLASHING=LIGHTS", actionDataTokens);
ASSERT_EQ("20160230T120000Z", triggerData);
ASSERT_EQ("END", triggerRelated);
ASSERT_EQ("DATE-TIME", triggerValue);
ASSERT_EQ("PUSH=BUTTON", triggerTokens);
ASSERT_EQ("PT7H", durationData);
ASSERT_EQ("FLYING=YES", durationTokens);
ASSERT_EQ("PT3M", repeatData);
ASSERT_EQ("SLEEP=ALWAYS", repeatTokens);
ASSERT_EQ("This is the third alarm.", descriptionData);
ASSERT_EQ("null:nodata", descriptionAltRep);
ASSERT_EQ("kw", descriptionLanguage);
ASSERT_EQ("TERRIBLE=TOKEN", descriptionTokens);
ASSERT_EQ("This is the summary of the third alarm.", summaryData);
ASSERT_EQ("null:nodata", summaryAltRep);
ASSERT_EQ("en", summaryLanguage);
ASSERT_EQ("MEEP=MOOP", summaryTokens);
// Tests for ATTENDEE. First ATTENDEE property.
if (testTask.calendarAlarmData[2].attendeeList.begin() != testTask.calendarAlarmData[2].attendeeList.end()){
attendeeData = testTask.calendarAlarmData[2].attendeeList[0];
}
ASSERT_EQ("Attendee One", attendeeData);
// Second ATTENDEE property.
attendeeData.clear();
if (testTask.calendarAlarmData[2].attendeeList.size() > 1){
attendeeData = testTask.calendarAlarmData[2].attendeeList[1];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 1){
attendeeDataDelegatedFrom = testTask.calendarAlarmData[2].attendeeListDelegatedFrom[1];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 1){
attendeeDataDelegatedTo = testTask.calendarAlarmData[2].attendeeListDelegatedTo[1];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 1){
attendeeDataRole = testTask.calendarAlarmData[2].attendeeListRole[1];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 1){
attendeeDataRSVP = testTask.calendarAlarmData[2].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.calendarAlarmData[2].attendeeList.size() > 2){
attendeeData = testTask.calendarAlarmData[2].attendeeList[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataDirectoryEntry = testTask.calendarAlarmData[2].attendeeListDirectoryEntry[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataSentBy = testTask.calendarAlarmData[2].attendeeListSentBy[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataCommonName = testTask.calendarAlarmData[2].attendeeListCommonName[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataCalendarUserType = testTask.calendarAlarmData[2].attendeeListCalendarUserType[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataParticipationStatus = testTask.calendarAlarmData[2].attendeeListParticipationStatus[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataLanguage = testTask.calendarAlarmData[2].attendeeListLanguage[2];
}
if (testTask.calendarAlarmData[2].attendeeList.size() > 2){
attendeeDataTokens = testTask.calendarAlarmData[2].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);
// Tests for ATTACH. First ATTACH property.
if (testTask.calendarAlarmData[2].attachList.begin() != testTask.calendarAlarmData[2].attachList.end()){
attachData = testTask.calendarAlarmData[2].attachList[0];
}
if (testTask.calendarAlarmData[2].attachListFormatType.begin() != testTask.calendarAlarmData[2].attachListFormatType.end()){
attachDataFormatType = testTask.calendarAlarmData[2].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.calendarAlarmData[2].attachList.size() > 1){
attachData = testTask.calendarAlarmData[2].attachList[1];
}
if (testTask.calendarAlarmData[2].attachListFormatType.size() > 1){
attachDataFormatType = testTask.calendarAlarmData[2].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.calendarAlarmData[2].attachList.size() > 2){
attachData = testTask.calendarAlarmData[2].attachList[2];
}
if (testTask.calendarAlarmData[2].attachListFormatType.size() > 2){
attachDataFormatType = testTask.calendarAlarmData[2].attachListFormatType[2];
}
if (testTask.calendarAlarmData[2].attachListValue.size() > 2){
attachDataValue = testTask.calendarAlarmData[2].attachListValue[2];
}
if (testTask.calendarAlarmData[2].attachListFormatType.size() > 2){
attachDataEncoding = testTask.calendarAlarmData[2].attachListEncoding[2];
}
if (testTask.calendarAlarmData[2].attachListTokens.size() > 2){
attachDataTokens = testTask.calendarAlarmData[2].attachListTokens[2];
}
ASSERT_EQ("VGhpcyBpcyBhbiBleGFtcGxlIGZpbGU=", attachData);
ASSERT_EQ("text/plain", attachDataFormatType);
ASSERT_EQ("BASE64", attachDataEncoding);
ASSERT_EQ("BINARY", attachDataValue);
ASSERT_EQ("STUPID=EXAMPLE", attachDataTokens);
// Test the first X-Token.
if (testTask.calendarAlarmData[2].xTokensData.size() > 0){
xTokenData = testTask.calendarAlarmData[2].xTokensData[0];
xTokenName = testTask.calendarAlarmData[2].xTokensDataTokens[0];
}
ASSERT_EQ("Example Data 1", xTokenData);
ASSERT_EQ("X-EXAMPLE1;YAY=YES", xTokenName);
// Test the second X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[2].xTokensData.size() > 1){
xTokenData = testTask.calendarAlarmData[2].xTokensData[1];
xTokenName = testTask.calendarAlarmData[2].xTokensDataTokens[1];
}
ASSERT_EQ("Example Data 2", xTokenData);
ASSERT_EQ("X-EXAMPLE2;NOPE=YEP", xTokenName);
// Test the third X-Token.
xTokenData.clear();
xTokenName.clear();
if (testTask.calendarAlarmData[2].xTokensData.size() > 2){
xTokenData = testTask.calendarAlarmData[2].xTokensData[2];
xTokenName = testTask.calendarAlarmData[2].xTokensDataTokens[2];
}
ASSERT_EQ("Example Data 3", xTokenData);
ASSERT_EQ("X-EXAMPLE3;WORLD=NO", xTokenName);
}