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#include <QtCore/QString>
#include <QtTest/QtTest>
#include <qgeoplace.h>
QT_USE_NAMESPACE
class tst_QGeoPlace : public QObject
{
Q_OBJECT
public:
tst_QGeoPlace();
private Q_SLOTS:
void constructorTest();
void additionalDataTest();
void businessInformationTest();
void categoriesTest();
void descriptionsTest();
void detailsFetchedTest();
void locationTest();
void ratingTest();
void suppliersTest();
void feedsTest();
void mediaTest();
void mediaCountTest();
void nameTest();
void placeIdTest();
void reviewsTest();
void reviewCountTest();
void shortDescriptionTest();
void tagsTest();
void operatorsTest();
};
tst_QGeoPlace::tst_QGeoPlace()
{
}
void tst_QGeoPlace::constructorTest()
{
QGeoPlace testObj;
testObj.setPlaceId("testId");
QPlaceBusinessInformation obj;
obj.setOpeningNote("10");
testObj.setBusinessInformation(obj);
QGeoLocation loc;
loc.setCoordinate(QGeoCoordinate(10,20));
testObj.setLocation(loc);
QGeoPlace *testObjPtr = new QGeoPlace(testObj);
QVERIFY2(testObjPtr != NULL, "Copy constructor - null");
QVERIFY2(*testObjPtr == testObj, "Copy constructor - compare");
delete testObjPtr;
}
void tst_QGeoPlace::additionalDataTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.additionalData().count() == 0, "Wrong default value");
QVariantHash list;
list.insert("key1", "value1");
list.insert("key2", "value2");
testObj.setAdditionalData(list);
QVERIFY2(testObj.additionalData().count() == 2, "Wrong value returned");
QVERIFY2(testObj.additionalData()["key1"] == "value1", "Wrong value[1] returned");
}
void tst_QGeoPlace::nameTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.name() == QString(), "Wrong default value");
testObj.setName("testText");
QVERIFY2(testObj.name() == "testText", "Wrong value returned");
}
void tst_QGeoPlace::placeIdTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.placeId() == QString(), "Wrong default value");
testObj.setPlaceId("testText");
QVERIFY2(testObj.placeId() == "testText", "Wrong value returned");
}
void tst_QGeoPlace::shortDescriptionTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.shortDescription() == QString(), "Wrong default value");
testObj.setShortDescription("testText");
QVERIFY2(testObj.shortDescription() == "testText", "Wrong value returned");
}
void tst_QGeoPlace::mediaCountTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.mediaCount() == 0, "Wrong default value");
testObj.setMediaCount(10);
QVERIFY2(testObj.mediaCount() == 10, "Wrong value returned");
}
void tst_QGeoPlace::reviewCountTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.reviewCount() == 0, "Wrong default value");
testObj.setReviewCount(10);
QVERIFY2(testObj.reviewCount() == 10, "Wrong value returned");
}
void tst_QGeoPlace::ratingTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.rating() == QPlaceRating(), "Wrong default value");
QPlaceRating obj;
obj.setCount(10);
testObj.setRating(obj);
QVERIFY2(testObj.rating() == obj, "Wrong value returned");
}
void tst_QGeoPlace::locationTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.location() == QGeoLocation(), "Wrong default value");
QGeoLocation obj;
obj.setCoordinate(QGeoCoordinate(10,20));
testObj.setLocation(obj);
QVERIFY2(testObj.location() == obj, "Wrong value returned");
}
void tst_QGeoPlace::businessInformationTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.businessInformation() == QPlaceBusinessInformation(), "Wrong default value");
QPlaceBusinessInformation obj;
obj.setOpeningNote("10");
testObj.setBusinessInformation(obj);
QVERIFY2(testObj.businessInformation() == obj, "Wrong value returned");
}
void tst_QGeoPlace::descriptionsTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.descriptions().count() == 0, "Wrong default value");
QPlaceDescription sup;
sup.setContent("testId");
QList<QPlaceDescription> list;
list.append(sup);
sup.setContent("testName2");
list.append(sup);
testObj.setDescriptions(list);
QVERIFY2(testObj.descriptions().count() == 2, "Wrong value returned");
}
void tst_QGeoPlace::detailsFetchedTest()
{
QGeoPlace testPlace;
QVERIFY2(testPlace.detailsFetched() == false, "Wrong default value");
testPlace.setDetailsFetched(true);
QVERIFY2(testPlace.detailsFetched() == true, "Wrong value returned");
testPlace.setDetailsFetched(false);
QVERIFY2(testPlace.detailsFetched() == false, "Wrong value returned");
}
void tst_QGeoPlace::mediaTest()
{
QUrl thumbnailUrl("testId");
QUrl mediaUrl("testName2");
QGeoPlace testObj;
QVERIFY2(testObj.media().items() == 0, "Wrong default value");
QPlaceMediaObject sup;
sup.setThumbnailUrl(thumbnailUrl);
QList<QPlaceMediaObject> list;
list.append(sup);
sup.setUrl(mediaUrl);
list.append(sup);
QPlacePaginationList<QPlaceMediaObject> mediaList;
mediaList.setStart(20);
mediaList.setData(list);
testObj.setMedia(mediaList);
QVERIFY2(testObj.media().items() == 2, "Wrong value returned");
QVERIFY2(testObj.media().data().at(1).url() == mediaUrl, "Wrong value returned");
QVERIFY2(testObj.media().stop() == 21, "Wrong value returned");
}
void tst_QGeoPlace::reviewsTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.reviews().items() == 0, "Wrong default value");
QPlaceReview sup;
sup.setDescription("testId");
QList<QPlaceReview> list;
list.append(sup);
sup.setLanguage("testName2");
list.append(sup);
QPlacePaginationList<QPlaceReview> reviewsList;
reviewsList.setData(list);
testObj.setReviews(reviewsList);
QVERIFY2(testObj.reviews().items() == 2, "Wrong value returned");
QVERIFY2(testObj.reviews().data()[1].language() == "testName2", "Wrong value returned");
QVERIFY2(testObj.reviews().start() == 0, "Wrong value returned");
QVERIFY2(testObj.reviews().stop() == 1, "Wrong value returned");
}
void tst_QGeoPlace::categoriesTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.categories().count() == 0, "Wrong default value");
QPlaceCategory sup;
sup.setCategoryId("testId");
QList<QPlaceCategory> list;
list.append(sup);
sup.setCategoryId("testName2");
list.append(sup);
testObj.setCategories(list);
QVERIFY2(testObj.categories().count() == 2, "Wrong value returned");
}
void tst_QGeoPlace::suppliersTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.suppliers().count() == 0, "Wrong default value");
QPlaceSupplier sup;
sup.setName("testName1");
sup.setSupplierId("testId");
QList<QPlaceSupplier> list;
list.append(sup);
sup.setName("testName2");
list.append(sup);
testObj.setSuppliers(list);
QVERIFY2(testObj.suppliers().count() == 2, "Wrong value returned");
}
void tst_QGeoPlace::feedsTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.feeds().count() == 0, "Wrong default value");
QStringList list;
list << "1" << "2" << "3";
testObj.setFeeds(list);
QVERIFY2(testObj.feeds().count() == 3, "Wrong value returned");
QVERIFY2(testObj.feeds()[1] == "2", "Wrong [1] value returned");
}
void tst_QGeoPlace::tagsTest()
{
QGeoPlace testObj;
QVERIFY2(testObj.tags().count() == 0, "Wrong default value");
QStringList list;
list << "1" << "2" << "3";
testObj.setTags(list);
QVERIFY2(testObj.tags().count() == 3, "Wrong value returned");
QVERIFY2(testObj.tags()[1] == "2", "Wrong [1] value returned");
}
void tst_QGeoPlace::operatorsTest()
{
QGeoPlace testObj;
testObj.setPlaceId("testId");
QPlaceBusinessInformation obj;
obj.setOpeningNote("10");
testObj.setBusinessInformation(obj);
QStringList tags;
tags << "1" << "2" << "3";
testObj.setTags(tags);
QGeoLocation loc;
loc.setCoordinate(QGeoCoordinate(10,20));
testObj.setLocation(loc);
QGeoPlace testObj2;
testObj2 = testObj;
QVERIFY2(testObj == testObj2, "Not copied correctly");
testObj2.setPlaceId("342-456");
QVERIFY2(testObj != testObj2, "Object should be different");
}
QTEST_APPLESS_MAIN(tst_QGeoPlace);
#include "tst_qgeoplace.moc"
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