public async void HandleTypeAsync_AllSeries([Values(true, false)] bool useCache)
{
// Arrange
var mockProvider = new MockProvider();
var seriesInfoProvider = mockProvider.GetSeriesInfoProviderFake();
var seriesQuery = Substitute.For<IDicomQuery<SeriesInfo>>();
seriesInfoProvider.GetSeries().Returns(seriesQuery);
var seriesTypeHandler = new SeriesTypeHandler(seriesInfoProvider, mockProvider.GetStudyInfoProviderFake());
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), mockProvider.GetBirthNumberParserFake())
{
Type = "series",
UseCache = useCache
};
// Act
await seriesTypeHandler.HandleTypeAsync(inputArguments, GetMemoryTextWriter());
// Assert
if (useCache)
{
Assert.That(() => seriesQuery.Received(1).LoadFromCache(), Throws.Nothing);
}
Assert.That(() => seriesInfoProvider.Received(1).GetSeries(), Throws.Nothing);
}
public void CreateDicomServer_NullDownloadAction_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var serverFactory = new DicomServerFactory(mockProvider.GetSettingsProviderFake(), mockProvider.GetLoggerFake());
// Act + Assert
Assert.That(() => serverFactory.CreateDicomServer(null), Throws.TypeOf<ArgumentNullException>());
}
public void CreateDicomFindRequest_NullResponseCallback_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var dicomRequestFactory = new DicomRequestFactory(mockProvider.GetSettingsProviderFake());
// Act + Assert
Assert.That(() => dicomRequestFactory.CreateDicomFindRequest<TestInfo>(mockProvider.GetDicomWhereCollectionFake(), null), Throws.TypeOf<ArgumentNullException>());
}
public void CreateDicomMoveRequest_NullInfoIdentifier_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var dicomRequestFactory = new DicomRequestFactory(mockProvider.GetSettingsProviderFake());
// Act + Assert
Assert.That(() => dicomRequestFactory.CreateDicomMoveRequest(null), Throws.TypeOf<ArgumentNullException>());
}
public void AddFindRequest_NullDicomRequest_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var dicomClient = new DicomClient<TestInfo>(mockProvider.GetSettingsProviderFake(), mockProvider.GetRequestAdapterFake());
// Act + Assert
Assert.That(() => dicomClient.AddFindRequest(null), Throws.InstanceOf<ArgumentNullException>());
}
public void CreateDicomServer_CreatesNewInstanceOfDicomServer()
{
// Arrange
var mockProvider = new MockProvider();
var serverFactory = new DicomServerFactory(mockProvider.GetSettingsProviderFake(), mockProvider.GetLoggerFake());
// Act
var server1 = serverFactory.CreateDicomServer((a, b) => new MemoryStream());
var server2 = serverFactory.CreateDicomServer((a, b) => new MemoryStream());
// Assert
Assert.That(server1, Is.Not.SameAs(server2));
}
public void CreateDicomClient_CreatesNewInstanceOfDicomClient()
{
// Arrange
var mockProvider = new MockProvider();
var clientFactory = new DicomClientFactory<TestInfo>(mockProvider.GetSettingsProviderFake(), mockProvider.GetRequestAdapterFake());
// Act
var client1 = clientFactory.CreateDicomClient();
var client2 = clientFactory.CreateDicomClient();
// Assert
Assert.That(client1, Is.Not.SameAs(client2));
}
public void AddMoveRequest_RequestAdapterIsCalled()
{
// Arrange
var mockProvider = new MockProvider();
var requestAdapter = mockProvider.GetRequestAdapterFake();
var dicomClient = new DicomClient<TestInfo>(mockProvider.GetSettingsProviderFake(), requestAdapter);
var dicomMoveRequest = Substitute.For<IDicomMoveRequest>();
// Act
dicomClient.AddMoveRequest(dicomMoveRequest);
// Assert
Assert.That(() => requestAdapter.Received(1).CreateMoveDicomRequest(dicomMoveRequest), Throws.Nothing);
}
public void AddFindRequest_RequestAdapterIsCalled()
{
// Arrange
var mockProvider = new MockProvider();
var fellowOakMockProvider = new FellowOakMockProvider();
var requestAdapter = mockProvider.GetRequestAdapterFake();
var dicomClient = new DicomClient<TestInfo>(mockProvider.GetSettingsProviderFake(), requestAdapter);
var dicomFindRequest = new FellowOakDicomFindRequest<TestInfo>(mockProvider.GetDicomMappingFake(),fellowOakMockProvider.GetDicomTagAdapterFake(), mockProvider.GetDicomInfoBuilderFake(), mockProvider.GetGeneralizedInfoProviderFake(), fellowOakMockProvider.GetDicomSopClassUidProviderFake(), c=> {},mockProvider.GetDicomWhereCollectionFake());
// Act
dicomClient.AddFindRequest(dicomFindRequest);
// Assert
Assert.That(() => requestAdapter.Received(1).CreateFindDicomRequest(dicomFindRequest), Throws.Nothing);
}
public void CreateDicomFindRequest_CorrectRequestIsCreated()
{
// Arrange
var mockProvider = new MockProvider();
var dicomRequestFactory = new DicomRequestFactory(mockProvider.GetSettingsProviderFake());
var dicomWhereCollection = mockProvider.GetDicomWhereCollectionFake();
Action<TestInfo> responseCallback = item => {};
// Act
var request = dicomRequestFactory.CreateDicomFindRequest(dicomWhereCollection, responseCallback);
// Assert
Assert.That(request.ResponseCallback, Is.SameAs(responseCallback));
Assert.That(request.DicomWhereCollection, Is.SameAs(dicomWhereCollection));
}
public void HandleTypeAsync_InvalidType_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var studyTypeHandler = new StudyTypeHandler(mockProvider.GetStudyInfoProviderFake(), mockProvider.GetPatientInfoProviderFake());
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), mockProvider.GetBirthNumberParserFake())
{
Type = "UnknownType"
};
// Act
var exception = studyTypeHandler.HandleTypeAsync(inputArguments, GetMemoryTextWriter()).Exception;
// Assert
Assert.That(exception.InnerExceptions.First(), Is.TypeOf<ArgumentException>());
}
public async void HandleTypeAsync_SingleStudy([Values(true, false)] bool useCache)
{
// Arrange
var mockProvider = new MockProvider();
var studyInfoProvider = mockProvider.GetStudyInfoProviderFake();
var studyTypeHandler = new StudyTypeHandler(studyInfoProvider, mockProvider.GetPatientInfoProviderFake());
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), mockProvider.GetBirthNumberParserFake())
{
Type = "study",
Identifier = "123",
UseCache = useCache
};
// Act
await studyTypeHandler.HandleTypeAsync(inputArguments, GetMemoryTextWriter());
// Assert
Assert.That(() => studyInfoProvider.Received(1).GetStudyByIDAsync(new InfoIdentifier("123"), useCache), Throws.Nothing);
}
public async void HandleTypeAsync_SingleStudy_Download()
{
// Arrange
var mockProvider = new MockProvider();
var studyInfoProvider = mockProvider.GetStudyInfoProviderFake();
var studyTypeHandler = new StudyTypeHandler(studyInfoProvider, mockProvider.GetPatientInfoProviderFake());
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), mockProvider.GetBirthNumberParserFake())
{
Type = "study",
Identifier = "123",
Download = true
};
// Act
await studyTypeHandler.HandleTypeAsync(inputArguments, GetMemoryTextWriter());
// Assert
Assert.That(() => studyInfoProvider.Received(1).GetStudyByIDAsync(new InfoIdentifier("123")), Throws.Nothing);
Assert.That(() => studyInfoProvider.Received(1).DownloadImagesAsync(Arg.Any<StudyInfo>()), Throws.Nothing);
}
public async void HandleTypeAsync_ForPatient([Values(true, false)] bool useCache)
{
// Arrange
var mockProvider = new MockProvider();
var studyInfoProvider = mockProvider.GetStudyInfoProviderFake();
var studyQuery = Substitute.For<IDicomQuery<StudyInfo>>();
studyInfoProvider.GetStudiesForPatient(Arg.Any<PatientInfo>()).Returns(studyQuery);
var patientInfoProvider = mockProvider.GetPatientInfoProviderFake();
var studyTypeHandler = new StudyTypeHandler(studyInfoProvider, patientInfoProvider);
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), mockProvider.GetBirthNumberParserFake())
{
Type = "study",
ParentIdentifier = "123",
UseCache = useCache
};
// Act
await studyTypeHandler.HandleTypeAsync(inputArguments, GetMemoryTextWriter());
// Assert
if (useCache)
{
Assert.That(() => studyQuery.Received(1).LoadFromCache(), Throws.Nothing);
}
Assert.That(() => patientInfoProvider.Received(1).GetPatientByBirthNumberAsync("123", useCache), Throws.Nothing);
Assert.That(() => studyInfoProvider.Received(1).GetStudiesForPatient(Arg.Any<PatientInfo>()), Throws.Nothing);
}
public void CreateDicomMoveRequest_CorrectRequestIsCreated()
{
// Arrange
var mockProvider = new MockProvider();
var settingsProvider = mockProvider.GetSettingsProviderFake();
settingsProvider.DestinationApplicationEntity.Returns("DestinationAE");
var identifier = new InfoIdentifier("identifier");
var dicomRequestFactory = new DicomRequestFactory(settingsProvider);
// Act
var request = dicomRequestFactory.CreateDicomMoveRequest(identifier);
// Assert
Assert.That(request.DestinationAE, Is.EqualTo("DestinationAE"));
Assert.That(request.Identifier, Is.SameAs(identifier));
}
public void SendAsync_NullServerIP_ThrowsException()
{
// Arrange
var mockProvider = new MockProvider();
var dicomClient = new DicomClient<TestInfo>(mockProvider.GetSettingsProviderFake(), mockProvider.GetRequestAdapterFake());
// Act + Assert
Assert.That(() => dicomClient.SendAsync(null, 0, "callingAE", "calledAE").Exception.InnerExceptions[0], Is.InstanceOf<ArgumentNullException>());
}
private InputArguments GetDefaultInputArguments()
{
var mockProvider = new MockProvider();
var inputArguments = new InputArguments(mockProvider.GetSettingsProviderFake(), new BirthNumberParser())
{
CalledApplicationEntity = "calledAE",
CallingApplicationEntity = "callingAE",
RemoteAddress = "remoteAddr",
RemotePort = 666,
DestinationApplicationEntity = "destinationAE",
LocalAddress = "localAddr",
LocalPort = 666
};
return inputArguments;
}
