public async Task GetServicesBySearchParamsReturnServicesIfMatchedToSynonymGroup()
{
var synonymGroup1 = EntityHelpers.CreateSynonymGroupWithWords(5);
var synonymGroup2 = EntityHelpers.CreateSynonymGroupWithWords(3);
synonymGroup2.SynonymWords.ToList()[1].Word = synonymGroup1.SynonymWords.ToList()[1].Word;
var services = EntityHelpers.CreateServices();
var serviceToFind1 = EntityHelpers.CreateService();
var serviceToFind2 = EntityHelpers.CreateService();
var searchTerm = synonymGroup1.SynonymWords.ToList()[1].Word;
serviceToFind1.Name += synonymGroup1.SynonymWords.ToList()[4].Word;
serviceToFind2.Name += synonymGroup2.SynonymWords.ToList()[2].Word;
DatabaseContext.SynonymGroups.Add(synonymGroup1);
DatabaseContext.SynonymGroups.Add(synonymGroup2);
DatabaseContext.Services.AddRange(services);
DatabaseContext.Services.Add(serviceToFind1);
DatabaseContext.Services.Add(serviceToFind2);
DatabaseContext.SaveChanges();
var requestUri = new Uri($"api/v1/services?search={searchTerm}", UriKind.Relative);
var response = Client.GetAsync(requestUri).Result;
response.StatusCode.Should().Be(200);
var content = response.Content;
var stringContent = await content.ReadAsStringAsync().ConfigureAwait(false);
var deserializedBody = JsonConvert.DeserializeObject <GetServiceResponseList>(stringContent);
deserializedBody.Services.Count.Should().Be(2);
}
[TestCase(TestName = "When SearchService Service controller method is called, Then it returns all ACTIVE services")] // ignores deleted ones // Assuming no default pagination - there's none yet
public void SearchServiceEndpointReturnsAllActiveServices() // behaviour does not depend on filters
{
// arrange
var services = EntityHelpers.CreateServices(10).ToList();
//List<ServiceEntity> expectedData = services.Select(s => s.ToDomain()).ToList();
var deletedService = EntityHelpers.CreateService();
deletedService.Status = "deleted";
deletedService.OrganizationId = null;
deletedService.Organization = null;
services.Add(deletedService); // added 11th service (broken)
DatabaseContext.Services.AddRange(services);
DatabaseContext.SaveChanges();
// act
var gatewayResult = _classUnderTest.SearchServices(new SearchServicesRequest());
var fullMatches = gatewayResult.FullMatchServices;
var splitMatches = gatewayResult.SplitMatchServices;
var returnedServices = fullMatches.Concat(splitMatches).ToList();
// assert
gatewayResult.Should().NotBeNull();
fullMatches.Should().NotBeNull();
splitMatches.Should().NotBeNull();
fullMatches.Should().BeOfType <List <ServiceEntity> >();
splitMatches.Should().BeOfType <List <ServiceEntity> >();
returnedServices.Should().NotContain(s => s.Status == "deleted");
returnedServices.Count.Should().Be(10);
}
public void WhenAddressesGatewayReturnsNullThenUsecasePopulatesDistanceAndMetadataFields()
{
// arrange
var request = Randomm.Create <GetServiceByIdRequest>();
request.PostCode = Randomm.Postcode();
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
var expectedPostcodeCoords = Randomm.Coordinates();
_mockAddressesGateway.Setup(g => g.GetPostcodeCoordinates(It.IsAny <string>())).Returns(expectedPostcodeCoords);
// act
var usecaseResponse = _classUnderTest.ExecuteGet(request);
// assert
usecaseResponse.Metadata.PostCode.Should().Be(request.PostCode);
usecaseResponse.Metadata.PostCodeLatitude.Should().Be(expectedPostcodeCoords.Latitude);
usecaseResponse.Metadata.PostCodeLongitude.Should().Be(expectedPostcodeCoords.Longitude);
usecaseResponse.Metadata.Error.Should().BeNull();
usecaseResponse.Service.Locations.Should().OnlyContain(l => l.Latitude.HasValue && l.Longitude.HasValue ? l.Distance != null : l.Distance == null);
}
public async Task GetServicesBySearchParamsReturnServicesIfMatched()
{
var services = EntityHelpers.CreateServices().ToList();
var expectedResponse = new GetServiceResponseList();
expectedResponse.Services = new List <R.Service>();
var serviceToFind1 = EntityHelpers.CreateService();
var serviceToFind2 = EntityHelpers.CreateService();
var searchTerm = Randomm.Text();
serviceToFind1.Name += searchTerm;
serviceToFind2.Name += searchTerm;
expectedResponse.Services.Add(serviceToFind1.ToDomain().ToResponse().Service);
expectedResponse.Services.Add(serviceToFind2.ToDomain().ToResponse().Service);
await DatabaseContext.Services.AddRangeAsync(services).ConfigureAwait(true);
await DatabaseContext.Services.AddAsync(serviceToFind1).ConfigureAwait(true);
await DatabaseContext.Services.AddAsync(serviceToFind2).ConfigureAwait(true);
await DatabaseContext.SaveChangesAsync().ConfigureAwait(true);
var requestUri = new Uri($"api/v1/services?search={searchTerm}", UriKind.Relative);
var response = Client.GetAsync(requestUri).Result;
response.StatusCode.Should().Be(200);
var content = response.Content;
var stringContent = await content.ReadAsStringAsync().ConfigureAwait(false);
var deserializedBody = JsonConvert.DeserializeObject <GetServiceResponseList>(stringContent);
deserializedBody.Services.Count.Should().Be(2);
}
public void WhenAddressesGatewayThrowsAnExceptionThenUsecasePopulatesTheMetadataErrorField()
{
// arrange
var request = Randomm.Create <GetServiceByIdRequest>();
request.PostCode = Randomm.Postcode();
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
var expectedException = new Exception(Randomm.Text());
_mockAddressesGateway.Setup(g => g.GetPostcodeCoordinates(It.IsAny <string>())).Throws(expectedException);
// act
var usecaseResponse = _classUnderTest.ExecuteGet(request);
// assert
usecaseResponse.Service.Locations.Should().OnlyContain(l => l.Distance == null);
usecaseResponse.Metadata.PostCode.Should().Be(request.PostCode);
usecaseResponse.Metadata.PostCodeLatitude.Should().Be(null);
usecaseResponse.Metadata.PostCodeLongitude.Should().Be(null);
usecaseResponse.Metadata.Error.Should().Be(expectedException.Message);
}
public async Task SearchServicesReturnServicesAccordingToRankIfMatched()
{
var searchWord1 = Randomm.Word();
var searchWord2 = Randomm.Word();
var irrelevantWord = Randomm.Word();
var bridgeSyn1Word = Utility.SuperSetOfString(searchWord1);
var bridgeSyn2Word = Utility.SuperSetOfString(searchWord2);
var synWord1 = Randomm.Word();
var synWord2 = Randomm.Word();
var synWord3 = Randomm.Word();
var synonymGroup1 = EntityHelpers.CreateSynonymGroupWithWords();
var synonymGroup2 = EntityHelpers.CreateSynonymGroupWithWords();
var dummySynGroup = EntityHelpers.CreateSynonymGroupWithWords();
var bridgeSynonym1 = EntityHelpers.SynWord(synonymGroup1, bridgeSyn1Word);
var bridgeSynonym2 = EntityHelpers.SynWord(synonymGroup2, bridgeSyn2Word);
var matchSynonym1 = EntityHelpers.SynWord(synonymGroup1, synWord1);
var matchSynonym2 = EntityHelpers.SynWord(synonymGroup1, synWord2);
var matchSynonym3 = EntityHelpers.SynWord(synonymGroup2, synWord3);
synonymGroup1.SynonymWords.Add(bridgeSynonym1);
synonymGroup2.SynonymWords.Add(bridgeSynonym2);
synonymGroup1.SynonymWords.Add(matchSynonym1);
synonymGroup1.SynonymWords.Add(matchSynonym2);
synonymGroup2.SynonymWords.Add(matchSynonym3);
var services = EntityHelpers.CreateServices(5);
var matchService1 = EntityHelpers.CreateService();
var matchService2 = EntityHelpers.CreateService();
var matchService3 = EntityHelpers.CreateService();
var matchService4 = EntityHelpers.CreateService();
matchService1.Name += searchWord2;
//matchService2.Description += synWord2;
matchService2.Description += " " + synWord2; //15 Feb 2021 - Change made so we only search for whole words in the service description! - So we add a space.
matchService3.Organization.Name += synWord3;
matchService4.Organization.Name += searchWord1;
services.AddMany(matchService1, matchService2, matchService3, matchService4);
DatabaseContext.SynonymGroups.AddRange(synonymGroup1);
DatabaseContext.SynonymGroups.AddRange(synonymGroup2);
DatabaseContext.SynonymGroups.AddRange(dummySynGroup);
DatabaseContext.Services.AddRange(services);
DatabaseContext.SaveChanges();
var requestUri = new Uri($"api/v1/services?search={searchWord1} {searchWord2} {irrelevantWord}", UriKind.Relative);
var response = Client.GetAsync(requestUri).Result;
response.StatusCode.Should().Be(200);
var content = response.Content;
var stringContent = await content.ReadAsStringAsync().ConfigureAwait(false);
var deserializedBody = JsonConvert.DeserializeObject <GetServiceResponseList>(stringContent);
deserializedBody.Services.Count.Should().Be(4);
deserializedBody.Services[0].Name.Should().Be(matchService4.Name);
deserializedBody.Services[1].Name.Should().Be(matchService1.Name);
deserializedBody.Services[2].Name.Should().Be(matchService3.Name);
deserializedBody.Services[3].Name.Should().Be(matchService2.Name);
}
public void CanGetAServiceEntity()
{
var service = EntityHelpers.CreateService();
DatabaseContext.Add(service);
DatabaseContext.SaveChanges();
var result = DatabaseContext.Services.ToList().FirstOrDefault();
result.Should().BeEquivalentTo(service);
}
public void FactoryShouldProvidePlaceholderImageIfImagePropertyIsNull()
{
// arrange
var domainService = EntityHelpers.CreateService().ToDomain();
domainService.Image = null;
// act
var expectedService = domainService.ToResponseService();
// assert
expectedService.Images.Should().NotBeNull();
expectedService.Images.Medium.Should().Be(_imagePlaceholder);
expectedService.Images.Original.Should().Be(_imagePlaceholder);
}
public void GivenValidPostcodeUsecaseShouldCallAddressesGatewayWithThatPostcode()
{
// dummy setup
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
// arrange
var request = Randomm.Create <GetServiceByIdRequest>();
// act
_classUnderTest.ExecuteGet(request);
// assert
_mockAddressesGateway.Verify(g => g.GetPostcodeCoordinates(It.Is <string>(p => p == request.PostCode)), Times.Once);
}
public void FactoryConvertsServiceDomainToGetServiceResponseBoundary()
{
// arrange
var domainService = EntityHelpers.CreateService().ToDomain(); // would need domain generator, but domain object is messed up now.
var expectedService = domainService.ToResponseService();
// act
var responseBoundary = domainService.ToResponse();
// assert
responseBoundary.Service.Should().BeEquivalentTo(expectedService);
responseBoundary.Metadata.Error.Should().BeNull();
responseBoundary.Metadata.PostCode.Should().BeNull();
responseBoundary.Metadata.PostCodeLatitude.Should().BeNull();
responseBoundary.Metadata.PostCodeLongitude.Should().BeNull();
}
public void GivenMultipleTaxonomyIdSearchParametersWhenSearchServicesGatewayMethodIsCalledThenItReturnsMatchingTaxonomyIdResults()
{
var taxonomy1 = EntityHelpers.CreateTaxonomy();
var taxonomy2 = EntityHelpers.CreateTaxonomy();
taxonomy1.Vocabulary = "demographic";
taxonomy2.Vocabulary = "category";
var services = EntityHelpers.CreateServices();
var serviceToFind1 = EntityHelpers.CreateService();
var serviceToFind2 = EntityHelpers.CreateService();
var serviceTaxonomy1 = EntityHelpers.CreateServiceTaxonomy();
var serviceTaxonomy2 = EntityHelpers.CreateServiceTaxonomy();
var serviceTaxonomy3 = EntityHelpers.CreateServiceTaxonomy();
var serviceTaxonomy4 = EntityHelpers.CreateServiceTaxonomy();
serviceTaxonomy1.Service = serviceToFind1;
serviceTaxonomy1.Taxonomy = taxonomy1;
serviceTaxonomy2.Service = serviceToFind1;
serviceTaxonomy2.Taxonomy = taxonomy2;
serviceTaxonomy3.Service = serviceToFind2;
serviceTaxonomy3.Taxonomy = taxonomy1;
serviceTaxonomy4.Service = serviceToFind2;
serviceTaxonomy4.Taxonomy = taxonomy2;
DatabaseContext.Services.AddRange(services);
DatabaseContext.Services.Add(serviceToFind1);
DatabaseContext.Services.Add(serviceToFind2);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy1);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy2);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy3);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy4);
DatabaseContext.SaveChanges();
var requestParams = new SearchServicesRequest();
requestParams.TaxonomyIds = new List <int> {
taxonomy1.Id, taxonomy2.Id
};
var expectedData = new List <Service>();
expectedData.Add(serviceToFind1);
expectedData.Add(serviceToFind2);
var gatewayResult = _classUnderTest.SearchServices(requestParams);
var fullMatches = gatewayResult.FullMatchServices;
gatewayResult.Should().NotBeNull();
fullMatches.Should().NotBeNull();
fullMatches.Count.Should().Be(expectedData.Count);
}
[TestCase(TestName = "Given user provided search term consisting of multiple words, When services get filtered in SearchService method, Then the returned services are categorized into Full user input match Or Split match.")] // done so to ensure the less relevant services are in the separate collection
public void SearchServiceGatewaySeparatesOutFullMatchResultsFromSplitMatch()
{
// arrange
var word1 = Randomm.Word();
var word2 = Randomm.Word();
var userSearchInput = $"{word1} {word2}";
var request = new SearchServicesRequest()
{
Search = userSearchInput
};
var services = new List <Service>();
var serviceToFind1 = EntityHelpers.CreateService(); // full match
serviceToFind1.Name += userSearchInput;
var serviceToFind2 = EntityHelpers.CreateService(); // split match 1
serviceToFind2.Name += word1;
var serviceToFind3 = EntityHelpers.CreateService(); // split match 2
serviceToFind3.Name += word2;
services.Add(serviceToFind1);
services.Add(serviceToFind2);
services.Add(serviceToFind3);
DatabaseContext.Services.AddRange(services);
DatabaseContext.SaveChanges();
// act
var gatewayResult = _classUnderTest.SearchServices(request);
var fullMatches = gatewayResult.FullMatchServices;
var splitMatches = gatewayResult.SplitMatchServices;
// assert
gatewayResult.Should().NotBeNull();
fullMatches.Should().NotBeNull();
splitMatches.Should().NotBeNull();
fullMatches.Should().Contain(s => s.Name.Contains(userSearchInput, StringComparison.OrdinalIgnoreCase));
fullMatches.Should().HaveCount(1);
splitMatches.Should().Contain(s => s.Name.Contains(word1, StringComparison.OrdinalIgnoreCase));
splitMatches.Should().Contain(s => s.Name.Contains(word2, StringComparison.OrdinalIgnoreCase));
splitMatches.Should().NotContain(s => s.Name.Contains(userSearchInput, StringComparison.OrdinalIgnoreCase));
splitMatches.Should().HaveCount(2);
}
public void WhenDoingPartialTextSearchMatchesWordsOf3orLessCharactersLongGetIgnored() //it's too short - these will be searched and found inside other words in DB
{
// arrange
var shortWordList = new List <string> {
"and", "a", "an", "the", "bfg", "42"
};
var shortWord = shortWordList.RandomItem();
var word = Randomm.Word().Replace(shortWord, "test");// have to ensure the shortword is not contained in the actual word for the sake of test
var userSearchInput = $"{shortWord} {word}";
var request = new SearchServicesRequest()
{
Search = userSearchInput
};
var services = EntityHelpers.CreateServices(5).ToList(); //dummy services
services.ForEach(s => s.Name = s.Name.Replace(word, "ssj")); //make sure they don't match the search word
//assuming there's no full match. due to full match containing a shortword, the assertion at the bottom wouldn't be able to test what's needed.
var serviceToFind = EntityHelpers.CreateService(); // word 1 match
serviceToFind.Name = serviceToFind.Name.Replace(shortWord, "test"); //ensuring random hash does not contain shortword. for the assertion bellow to work as intended, the service name's hash part should not contain shortword.
serviceToFind.Name += word;
var serviceToNotFind = EntityHelpers.CreateService(); // shortword no match. this ensures that the test can fail if the implementation is wrong or not present.
serviceToNotFind.Name = serviceToNotFind.Name.Replace(word, "1234"); // make sure the mismatching service does not contain a desired search term
serviceToNotFind.Name += shortWord;
services.Add(serviceToFind);
services.Add(serviceToNotFind);
DatabaseContext.Services.AddRange(services);
DatabaseContext.SaveChanges();
// act
var gatewayResult = _classUnderTest.SearchServices(request);
var splitMatches = gatewayResult.SplitMatchServices;
// assert
gatewayResult.Should().NotBeNull();
splitMatches.Should().NotBeNull();
splitMatches.Should().NotContain(s => s.Name.Contains(shortWord, StringComparison.OrdinalIgnoreCase));
splitMatches.Should().HaveCount(1);
}
public void UponFilteringServicesByAMultiWordInputTheReturnedResultsIncludePartialMatches()
{
// arrange
var word1 = Randomm.Word();
var word2 = Randomm.Word();
var userSearchInput = $"{word1} {word2}";
var request = new SearchServicesRequest()
{
Search = userSearchInput
};
var services = EntityHelpers.CreateServices(5).ToList(); // dummy services
var serviceToFind1 = EntityHelpers.CreateService(); // full match
serviceToFind1.Name += userSearchInput;
var serviceToFind2 = EntityHelpers.CreateService(); // word 1 match
serviceToFind2.Name += word1;
var serviceToFind3 = EntityHelpers.CreateService(); // word 2 match
serviceToFind3.Name += word2;
services.Add(serviceToFind1);
services.Add(serviceToFind2);
services.Add(serviceToFind3);
DatabaseContext.Services.AddRange(services);
DatabaseContext.SaveChanges();
// act
var gatewayResult = _classUnderTest.SearchServices(request);
var fullMatches = gatewayResult.FullMatchServices;
var splitMatches = gatewayResult.SplitMatchServices;
var returnedServices = fullMatches.Concat(splitMatches).ToList();
// assert
gatewayResult.Should().NotBeNull();
fullMatches.Should().NotBeNull();
splitMatches.Should().NotBeNull();
returnedServices.Should().Contain(s => s.Name.Contains(userSearchInput, StringComparison.OrdinalIgnoreCase));
returnedServices.Should().Contain(s => s.Name.Contains(word1, StringComparison.OrdinalIgnoreCase));
returnedServices.Should().Contain(s => s.Name.Contains(word2, StringComparison.OrdinalIgnoreCase));
returnedServices.Should().HaveCount(3);
}
public void GivenATaxonomyIdMatchingServiceTaxonomiesAreReturned()
{
var service = EntityHelpers.CreateService();
DatabaseContext.Add(service);
DatabaseContext.SaveChanges();
var taxonomyId = service.ServiceTaxonomies.FirstOrDefault().TaxonomyId;
var gatewayResult = _classUnderTest.GetServiceTaxonomies(taxonomyId);
var expectedResult = DatabaseContext.ServiceTaxonomies.Where(x => x.TaxonomyId == taxonomyId);
gatewayResult.Should().NotBeNull();
gatewayResult.Should().BeEquivalentTo(expectedResult, options =>
{
options.Excluding(ex => ex.Service);
options.Excluding(ex => ex.Taxonomy.ServiceTaxonomies);
return(options);
});
}
public void GivenAnIdWhenGetServiceyUseCaseIsCalledThenItCallsGetServiceGatewayMethodAndPassesInThatId()
{
// dummy setup
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
// arrange
var reqParams = Randomm.Create <GetServiceByIdRequest>();
reqParams.PostCode = null;
// act
_classUnderTest.ExecuteGet(reqParams);
// assert
_mockServicesGateway.Verify(g => g.GetService(It.Is <int>(p => p == reqParams.Id)), Times.Once);
}
public void GetServicesUseCaseCallsGatewayGetServices() // ???? Duplicate test. I think the intention was to test the other endpoint. TODO: change upon refactoring.
{
// dummy setup
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
// arrange
var requestParams = Randomm.Create <GetServiceByIdRequest>();
requestParams.PostCode = null;
// act
_classUnderTest.ExecuteGet(requestParams);
// assert
_mockServicesGateway.Verify(u => u.GetService(It.Is <int>(p => p == requestParams.Id)), Times.Once);
}
public async Task GetServicesByTaxonomyIdServicesIfMatchedToTaxonomyId()
{
var taxonomy1 = EntityHelpers.CreateTaxonomy();
var taxonomy2 = EntityHelpers.CreateTaxonomy();
var taxonomy3 = EntityHelpers.CreateTaxonomy();
taxonomy1.Vocabulary = "demographic";
taxonomy2.Vocabulary = "category";
taxonomy3.Vocabulary = "demographic";
var services = EntityHelpers.CreateServices();
var serviceToFind1 = EntityHelpers.CreateService();
var serviceToFind2 = EntityHelpers.CreateService();
var serviceTaxonomy1 = EntityHelpers.CreateServiceTaxonomy();
var serviceTaxonomy2 = EntityHelpers.CreateServiceTaxonomy();
var serviceTaxonomy3 = EntityHelpers.CreateServiceTaxonomy();
var searchTerm = Randomm.Create <string>();
serviceToFind1.Name += searchTerm;
serviceToFind2.Name += searchTerm;
serviceTaxonomy1.Service = serviceToFind1;
serviceTaxonomy1.Taxonomy = taxonomy1;
serviceTaxonomy2.Service = serviceToFind2;
serviceTaxonomy2.Taxonomy = taxonomy2;
serviceTaxonomy3.Service = services.First();
serviceTaxonomy3.Taxonomy = taxonomy2;
DatabaseContext.Services.AddRange(services);
DatabaseContext.Services.Add(serviceToFind1);
DatabaseContext.Services.Add(serviceToFind2);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy1);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy2);
DatabaseContext.ServiceTaxonomies.Add(serviceTaxonomy3);
DatabaseContext.Taxonomies.Add(taxonomy3);
DatabaseContext.SaveChanges();
var requestUri = new Uri($"api/v1/services?search={searchTerm}&taxonomyids={taxonomy2.Id}&taxonomyids={taxonomy3.Id}", UriKind.Relative);
var response = Client.GetAsync(requestUri).Result;
response.StatusCode.Should().Be(200);
var content = response.Content;
var stringContent = await content.ReadAsStringAsync().ConfigureAwait(false);
var deserializedBody = JsonConvert.DeserializeObject <GetServiceResponseList>(stringContent);
deserializedBody.Services.Count.Should().Be(0);
}
public void GivenSearchParametersWhenSearchServicesGatewayMethodIsCalledThenItReturnsMatchingSynonymGroupResults()
{
// arrange
var synonymGroup1 = EntityHelpers.CreateSynonymGroupWithWords(5);
var synonymGroup2 = EntityHelpers.CreateSynonymGroupWithWords(3);
synonymGroup2.SynonymWords.ToList()[1].Word = synonymGroup1.SynonymWords.ToList()[1].Word;
var services = EntityHelpers.CreateServices();
services.ForEach(s => s.Name = "irrelevant");
var serviceToFind1 = EntityHelpers.CreateService();
var serviceToFind2 = EntityHelpers.CreateService();
var searchTerm = synonymGroup1.SynonymWords.ToList()[1].Word;
var requestParams = new SearchServicesRequest();
requestParams.Search = searchTerm;
serviceToFind1.Name += synonymGroup1.SynonymWords.ToList()[4].Word;
serviceToFind2.Name += synonymGroup2.SynonymWords.ToList()[2].Word;
DatabaseContext.SynonymGroups.Add(synonymGroup1);
DatabaseContext.SynonymGroups.Add(synonymGroup2);
DatabaseContext.Services.AddRange(services);
DatabaseContext.Services.Add(serviceToFind1);
DatabaseContext.Services.Add(serviceToFind2);
DatabaseContext.SaveChanges();
var expectedData = new List <Service>();
expectedData.Add(serviceToFind1);
expectedData.Add(serviceToFind2);
// act
var gatewayResult = _classUnderTest.SearchServices(requestParams);
var fullMatches = gatewayResult.FullMatchServices;
var splitMatches = gatewayResult.SplitMatchServices;
var returnedServices = fullMatches.Concat(splitMatches).ToList();
// assert
gatewayResult.Should().NotBeNull();
fullMatches.Should().NotBeNull();
splitMatches.Should().NotBeNull();
returnedServices.Count.Should().Be(expectedData.Count);
}
public async Task GivenValidImageIdImageGetsDeleted()
{
var file = EntityHelpers.CreateFile();
var service = EntityHelpers.CreateService();
service.Image = file;
service.ImageId = file.Id;
await DatabaseContext.Files.AddAsync(file).ConfigureAwait(true);
await DatabaseContext.Services.AddAsync(service).ConfigureAwait(true);
await DatabaseContext.SaveChangesAsync().ConfigureAwait(true);
await _classUnderTest.DeleteFileInfo(service.Id, file).ConfigureAwait(true);
var expectedResult = DatabaseContext.Files.Where(x => x.Id == file.Id).SingleOrDefault();
expectedResult.Should().BeNull();
var expectedService = DatabaseContext.Services.Where(x => x.Id == service.Id).SingleOrDefault();
service.Image.Should().BeNull();
}
public void GivenSuccessfulGetServiceyGatewayCallWhenGatewayReturnsAValueThenTheUseCaseReturnsThatSameValue()
{
// dummy setup
var expectedService = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(expectedService);
// arrange
var reqParams = Randomm.Create <GetServiceByIdRequest>();
reqParams.PostCode = null;
var gatewayResult = EntityHelpers.CreateService().ToDomain();
_mockServicesGateway.Setup(g => g.GetService(It.IsAny <int>())).Returns(gatewayResult);
// act
var usecaseResult = _classUnderTest.ExecuteGet(reqParams);
// assert
usecaseResult.Should().BeEquivalentTo(gatewayResult.ToResponse());
}
public async Task ReturnsThatMatchingService()
{
// arrange
DatabaseContext.Database.RollbackTransaction();
var service = EntityHelpers.CreateService();
DatabaseContext.Services.Add(service);
DatabaseContext.SaveChanges();
var expectedService = DatabaseContext.Services.FirstOrDefault();
var searchSearviceId = expectedService.Id;
// act
var requestUri = new Uri($"api/v1/services/{searchSearviceId}?postcode={Randomm.Postcode()}", UriKind.Relative);
var response = Client.GetAsync(requestUri).Result;
var content = response.Content;
var stringResponse = await content.ReadAsStringAsync().ConfigureAwait(true);
var actualService = JsonConvert.DeserializeObject <GetServiceResponse>(stringResponse);
// assert
response.StatusCode.Should().Be(200);
actualService.Service.Id.Should().Be(expectedService.Id);
actualService.Service.Status.Should().Be(service.Status);
}
public void FactoryConvertsServiceDomainIntoServiceResponse()
{
// arrange
var domainService = EntityHelpers.CreateService().ToDomain(); // would need domain generator, but domain object is messed up now.
// act
var responseService = domainService.ToResponseService();
// assert
responseService.Id.Should().Be(domainService.Id);
responseService.Name.Should().Be(domainService.Name);
responseService.Categories.Should().OnlyContain(c =>
c.Vocabulary == "category" &&
domainService.ServiceTaxonomies.Any(st =>
st.Taxonomy != null &&
st.Taxonomy.Id == c.Id &&
st.Taxonomy.Name == c.Name &&
st.Description == c.Description &&
st.Taxonomy.Weight == c.Weight
));
responseService.Contact.Email.Should().Be(domainService.Email);
responseService.Contact.Telephone.Should().Be(domainService.Telephone);
responseService.Contact.Website.Should().Be(domainService.Website);
responseService.Demographic.Should().OnlyContain(d =>
d.Vocabulary == "demographic" &&
domainService.ServiceTaxonomies.Any(st =>
st.Taxonomy.Id == d.Id &&
st.Taxonomy.Name == d.Name
));
responseService.Description.Should().Be(domainService.Description);
responseService.Images.Original.Should().Be(domainService.Image.Url);
responseService.Locations.Should().HaveCount(domainService.ServiceLocations.Count);
responseService.Locations.Should().OnlyContain(l =>
domainService.ServiceLocations.Any(sl =>
(double?)sl.Latitude == l.Latitude &&
(double?)sl.Longitude == l.Longitude &&
sl.Uprn == l.Uprn &&
sl.Address1 == l.Address1 &&
sl.Address2 == l.Address2 &&
sl.City == l.City &&
sl.StateProvince == sl.StateProvince &&
sl.PostalCode == l.PostalCode &&
sl.Country == l.Country &&
null == l.Distance
));
responseService.Organization.Id.Should().Be(domainService.Organization.Id);
responseService.Organization.Name.Should().Be(domainService.Organization.Name);
responseService.Organization.Status.Should().Be(domainService.Organization.Status);
responseService.Referral.Email.Should().Be(domainService.ReferralEmail);
responseService.Referral.Website.Should().Be(domainService.ReferralLink);
responseService.Social.Facebook.Should().Be(domainService.Facebook);
responseService.Social.Instagram.Should().Be(domainService.Instagram);
responseService.Social.Linkedin.Should().Be(domainService.Linkedin);
responseService.Social.Twitter.Should().Be(domainService.Twitter);
responseService.Status.Should().Be(domainService.Status);
}
public void WholeAndSplitUserInputMatchesAreReturnedInCorrectRank()
{
// arrange
var searchWord1 = Randomm.Word(); // word that won't match any results, however 1 of its synonyms from synonym group will
var searchWord2 = Randomm.Word(); // same as above, but the matching synonym will be in another synonym group
var irrelevantWord = Randomm.Word(); // a control word, that won't match anything, nor its synonyms will.
var userInput = $"{searchWord1} "
+ $"{irrelevantWord} "
+ $"{searchWord2}";
var request = new SearchServicesRequest();
request.Search = userInput;
var bridgeSyn1Word = Utility.SuperSetOfString(searchWord1); // A superset word of search word 1 that will relate to a synonym word inside synonym group 1 - this word has no match in the DB
var bridgeSyn2Word = Utility.SuperSetOfString(searchWord2); // A superset word of search word 2 that will relate to a synonym word inside synonym group 2 - this word has no match in the DB
var synWord1 = Randomm.Word(); // synonym within the same synonym group (1) as a word related to search word 1 - this word has a match in the DB
var synWord2 = Randomm.Word(); // synonym within the same synonym group (1) as a word related to search word 1 - this word has a match in the DB
var synWord3 = Randomm.Word(); // synonym within the same synonym group (2) as a word related to search word 2 - this word has a match in the DB
var synonymGroup1 = EntityHelpers.CreateSynonymGroupWithWords(); // relevant group with dummy synonym words
var synonymGroup2 = EntityHelpers.CreateSynonymGroupWithWords(); // relevant group with dummy synonym words
var dummySynGroup = EntityHelpers.CreateSynonymGroupWithWords(); // dummy synonym group that should not be picked up
var bridgeSynonym1 = EntityHelpers.SynWord(synonymGroup1, bridgeSyn1Word); // synonym that has no match in DB, however it bridges user input search word with the synonym group 1
var bridgeSynonym2 = EntityHelpers.SynWord(synonymGroup2, bridgeSyn2Word);
var matchSynonym1 = EntityHelpers.SynWord(synonymGroup1, synWord1); // creating a synonym word object to insert that will have a match, creating a link with synonym group 1
var matchSynonym2 = EntityHelpers.SynWord(synonymGroup1, synWord2);
var matchSynonym3 = EntityHelpers.SynWord(synonymGroup2, synWord3);
synonymGroup1.SynonymWords.Add(bridgeSynonym1); // added bridge synonym to the synonym group
synonymGroup2.SynonymWords.Add(bridgeSynonym2);
synonymGroup1.SynonymWords.Add(matchSynonym1); // added match synonym into a synonym group
synonymGroup1.SynonymWords.Add(matchSynonym2);
synonymGroup2.SynonymWords.Add(matchSynonym3);
var services = EntityHelpers.CreateServices(5); // creating list of dummy services that should not be found
var matchService1 = EntityHelpers.CreateService(); // service that is intended to be found through the synonym of synonym group 1
var matchService2 = EntityHelpers.CreateService(); // service that is intended to be found through the synonym of synonym group 1
var matchService3 = EntityHelpers.CreateService(); // service that is intended to be found through the synonym of synonym group 2
var matchService4 = EntityHelpers.CreateService(); // service that is intended to be found through the main search term
matchService1.Name += searchWord2; // creating a link between a service and a match synonym 1
// creating a link between a service and a match synonym 2
matchService2.Description += " " + synWord2; //15 Feb 2021 - Change made so we only search for whole words in the service description! - So we add a space.
matchService3.Organization.Name += synWord3; // creating a link between a service and a match synonym 3
matchService4.Organization.Name += searchWord1; // creating a link between a service and a main search word
services.AddMany(matchService1, matchService2, matchService3, matchService4); // include match services into a to be inserted services collection
DatabaseContext.SynonymGroups.AddRange(synonymGroup1); // adding synonym groups containing synonym words into a database
DatabaseContext.SynonymGroups.AddRange(synonymGroup2);
DatabaseContext.SynonymGroups.AddRange(dummySynGroup);
DatabaseContext.Services.AddRange(services); // adding services into a database
DatabaseContext.SaveChanges();
// act
var gatewayResult = _classUnderTest.SearchServices(request);
var splitMatches = gatewayResult.SplitMatchServices;
var fullMatches = gatewayResult.FullMatchServices;
// assert
splitMatches.Should().HaveCount(4);
fullMatches.Should().HaveCount(0);
splitMatches[0].Name.Should().Be(matchService4.Name);
splitMatches[1].Name.Should().Be(matchService1.Name);
splitMatches[2].Name.Should().Be(matchService3.Name);
splitMatches[3].Name.Should().Be(matchService2.Name);
}
