private DistrictModel dummyDataDistrict() {
final DistrictModel districtModel =
new DistrictModel(); // modelService.create(DistrictModel.class); // new DistrictModel();
districtModel.setCode("TEST-DISTRICT-CODE");
districtModel.setName("TEST-DISTRICT-NAME-EN", Locale.ENGLISH);
districtModel.setName("TEST-DISTRICT-NAME-ZH", Locale.CHINESE);
final CityModel cityModel =
new CityModel(); // modelService.create(CityModel.class); //new CityModel();
cityModel.setCode("TEST-CITY-CODE");
cityModel.setName("TEST-CITY-NAME-EN", Locale.ENGLISH);
cityModel.setName("TEST-CITY-NAME-ZH", Locale.CHINESE);
districtModel.setCity(cityModel);
return districtModel;
}
/**
* The aim of this test is to test that:
*
* <p>1) The facade's method getStadiums makes a call to the CityService's method getStadiums
*
* <p>2) The facade then correctly wraps StadiumModels that are returned to it from the
* CityService's getStadiums into Data Transfer Objects of type CityData.
*/
@Test
public void testGetCitiesByRegionCode() {
/**
* We instantiate an object that we would like to be returned to StadiumFacade when the mocked
* out CityService's method getStadiums is called. This will be a list of two StadiumModels.
*/
final List<CityModel> cityModels = dummyDataCityList();
final CityModel cityModel = dummyDataCity();
// We tell Mockito we expect CityService's method getStadiums to be called,
// and that when it is, cityModels should be returned
when(cityService.getCitiesByRegionCode("TEST-REGION-ISOCODE")).thenReturn(cityModels);
doAnswer(
new Answer<CityData>() {
@Override
public CityData answer(final InvocationOnMock invocation) throws Throwable {
final Object[] args = invocation.getArguments();
if (args[1] instanceof CityData) {
final CityData rd = (CityData) args[1];
rd.setName(
"TEST-CITY-NAME-EN"); // assuming now emulating the value for Locale.ENGLISH
rd.setCode("TEST-CITY-CODE");
}
return null;
}
})
.when(this.cityPopulator)
.populate(
org.mockito.Matchers.any(CityModel.class), org.mockito.Matchers.any(CityData.class));
/**
* We now make the call to StadiumFacade's getStadiums. If within this method a call is made to
* CityService's getStadiums, Mockito will return the cityModels instance to it. Mockito will
* also remember that the call was made.
*/
final List<CityData> dto = cityFacade.getCitiesByRegionCode("TEST-REGION-ISOCODE");
// We now check that dto is a DTO version of cityModels..
assertNotNull(dto);
assertEquals(dto.size(), cityModels.size());
assertEquals(dto.get(0).getName(), cityModel.getName(Locale.ENGLISH));
assertEquals(dto.get(0).getCode(), cityModel.getCode());
}
@Test
public void testGetCityForCode() {
/**
* We instantiate an object that we would like to be returned to StadiumFacade when the mocked
* out CityService's method getStadiums is called. This will be a list of two StadiumModels.
*/
final CityModel cityModel = dummyDataCity();
// We tell Mockito we expect CityService's method getStadiumForCode to be
// called, and that when it is, cityModel should be returned
when(cityService.getCityForCode("TEST-CITY-CODE")).thenReturn(cityModel);
doAnswer(
new Answer<CityData>() {
@Override
public CityData answer(final InvocationOnMock invocation) throws Throwable {
final Object[] args = invocation.getArguments();
if (args[1] instanceof CityData) {
final CityData rd = (CityData) args[1];
rd.setName(
"TEST-CITY-NAME-EN"); // assuming now emulating the value for Locale.ENGLISH
rd.setCode("TEST-CITY-CODE");
}
return null;
}
})
.when(this.cityPopulator)
.populate(
org.mockito.Matchers.any(CityModel.class), org.mockito.Matchers.any(CityData.class));
/**
* We now make the call to StadiumFacade's getStadium. If within this method a call is made to
* CityService's getStadium, Mockito will return the cityModel instance to it. Mockito will also
* remember that the call was made.
*/
final CityData cityData = cityFacade.getCityForCode("TEST-CITY-CODE");
// Check that cityData is a correct DTO representation of the cityModel ServiceModel
assertEquals(cityData.getName(), cityModel.getName(Locale.ENGLISH));
assertEquals(cityData.getCode(), cityModel.getCode());
}
// Convenience method for returning a Stadium
private CityModel dummyDataCity() {
final CityModel cityModel = new CityModel();
cityModel.setActive(Boolean.TRUE);
cityModel.setCode("TEST-CITY-CODE");
cityModel.setName(
"TEST-CITY-NAME-EN",
Locale
.ENGLISH); // if just new CityModel(), then here: [mjava.lang.IllegalStateException:
// there is no LocaleProvider for (detached) model
// de.hybris.platform.servicelayer.model.ItemModelContextImpl@6b6955aa
cityModel.setName("TEST-CITY-NAME-ZH", Locale.CHINESE);
final RegionModel regionModel = new RegionModel();
regionModel.setIsocode("TEST-REGION-ISOCODE");
regionModel.setActive(Boolean.TRUE);
regionModel.setName("TEST-REGION-NAME-EN", Locale.ENGLISH);
regionModel.setName("TEST-REGION-NAME-ZH", Locale.CHINESE);
cityModel.setRegion(regionModel);
return cityModel;
}
@Override
public Collection<ZoneDeliveryModeValueModel> findDeliveryValues(
final DeliveryModeModel mode, final DistrictModel district) {
final StringBuilder strBdr = new StringBuilder();
strBdr
.append("SELECT {dmv.")
.append(ZoneDeliveryModeValueModel.PK)
.append("} ")
.append("FROM {")
.append(ZoneDeliveryModeValueModel._TYPECODE)
.append(" AS dmv}, ")
.append("{")
.append(ZoneModel._TYPECODE)
.append(" AS z}, ")
.append("{")
.append(ZoneDeliveryModeModel._TYPECODE)
.append(" AS zdm}, ")
.append("{")
.append(CurrencyModel._TYPECODE)
.append(" AS cur}, ")
.append("{")
.append(DistrictModel._TYPECODE)
.append(" AS d} ")
.append("WHERE {dmv.")
.append(ZoneDeliveryModeValueModel.CURRENCY)
.append("} = {cur.")
.append(CurrencyModel.PK)
.append("} ")
.append("AND {dmv.")
.append(ZoneDeliveryModeValueModel.DELIVERYMODE)
.append("} = {zdm.")
.append(ZoneDeliveryModeModel.PK)
.append("} ")
.append("AND {dmv.")
.append(ZoneDeliveryModeValueModel.ZONE)
.append("} = {z.")
.append(ZoneModel.PK)
.append("} ")
.append("AND {z.")
.append(ZoneModel.DISTRICT)
.append("} = {d.")
.append(DistrictModel.PK)
.append("} ")
.append("AND {cur.")
.append(CurrencyModel.ISOCODE)
.append("} = 'CNY' ")
.append("AND {d.")
.append(DistrictModel.PK)
.append("} = ?district ")
.append("AND {zdm.")
.append(ZoneDeliveryModeModel.PK)
.append("} = ?mode ")
.append("AND {z.")
.append(ZoneModel.REGION)
.append("} IS NULL ")
.append("AND {z.")
.append(ZoneModel.CITY)
.append("} IS NULL");
final HashMap<String, Object> params = new HashMap<>();
params.put("mode", mode);
params.put("district", district);
final FlexibleSearchQuery fQuery = new FlexibleSearchQuery(strBdr.toString());
fQuery.addQueryParameters(params);
fQuery.setResultClassList(Collections.singletonList(ZoneDeliveryModeValueModel.class));
final SearchResult<ZoneDeliveryModeValueModel> result =
getFlexibleSearchService().search(fQuery);
final Collection<ZoneDeliveryModeValueModel> vs1 = result.getResult();
if (CollectionUtils.isNotEmpty(vs1)) {
return vs1;
} else {
final CityModel city = district.getCity();
final Collection<ZoneDeliveryModeValueModel> vs2 = findDeliveryValues(mode, city);
if (CollectionUtils.isNotEmpty(vs2)) {
return vs2;
} else {
final RegionModel region = city.getRegion();
final Collection<ZoneDeliveryModeValueModel> vs3 = findDeliveryValues(mode, region);
if (CollectionUtils.isNotEmpty(vs3)) {
return vs3;
} else {
return findDeliveryValues(mode);
}
}
}
}