public void GivenATransactionContextAndImagingStudyWithNewEndpointReference_WhenProcessedForStudyWithEndpoint_ThenEndpointIsAdded()
{
ImagingStudy imagingStudy = FhirResourceBuilder.CreateNewImagingStudy(DefaultStudyInstanceUid, new List <string>()
{
DefaultSeriesInstanceUid
}, new List <string>()
{
DefaultSopInstanceUid
}, DefaultPatientResourceId);
// Simulate the imaging study with an existing endpoint.
Endpoint existingEndpoint = FhirResourceBuilder.CreateEndpointResource(id: "2345", name: "new wado-rs");
var existingEndpointResourceId = new ServerResourceId(ResourceType.Endpoint, existingEndpoint.Id);
var existingEndpointReference = existingEndpointResourceId.ToResourceReference();
imagingStudy.Endpoint.Add(existingEndpointReference);
Endpoint endpoint = FhirResourceBuilder.CreateEndpointResource();
var endpointResourceId = new ServerResourceId(ResourceType.Endpoint, endpoint.Id);
var endpointReference = endpointResourceId.ToResourceReference();
FhirTransactionContext context = FhirTransactionContextBuilder.DefaultFhirTransactionContext(FhirTransactionContextBuilder.CreateDicomDataset());
context.Request.Endpoint = FhirTransactionRequestEntryGenerator.GenerateDefaultNoChangeRequestEntry <Endpoint>(endpointResourceId);
_imagingStudyPropertySynchronizer.Synchronize(context, imagingStudy);
Assert.Collection(
imagingStudy.Endpoint,
endPoint => Assert.Equal(existingEndpointReference, endPoint),
endPoint => Assert.Equal(endpointReference, endPoint));
}
public async Task GivenATransactionContextAndImagingStudyWithExistingEndpointReference_WhenProcessedForStudy_ThenEndpointResourceIsNotAddedAsync()
{
ImagingStudy imagingStudy = FhirResourceBuilder.CreateNewImagingStudy(DefaultStudyInstanceUid, new List <string>()
{
DefaultSeriesInstanceUid
}, new List <string>()
{
DefaultSopInstanceUid
}, DefaultPatientResourceId);
Endpoint endpoint = FhirResourceBuilder.CreateEndpointResource();
var endpointResourceId = new ServerResourceId(ResourceType.Endpoint, endpoint.Id);
var endpointReference = endpointResourceId.ToResourceReference();
FhirTransactionContext context = FhirTransactionContextBuilder.DefaultFhirTransactionContext(FhirTransactionContextBuilder.CreateDicomDataset());
context.Request.Endpoint = FhirTransactionRequestEntryGenerator.GenerateDefaultNoChangeRequestEntry <Endpoint>(endpointResourceId);
imagingStudy.Endpoint.Add(endpointReference);
await _imagingStudyPropertySynchronizer.SynchronizeAsync(context, imagingStudy);
Assert.Collection(
imagingStudy.Endpoint,
endPoint => Assert.Equal(endpointReference, endPoint));
}
public async Task GivenAnExistingEndpointWithDifferentAddress_WhenRequestIsPrepared_ThenFhirResourceValidationExceptionShouldBeThrown()
{
var context = new FhirTransactionContext(ChangeFeedGenerator.Generate());
Endpoint endpoint = FhirResourceBuilder.CreateEndpointResource(address: "https://dicom2");
_fhirService.RetrieveEndpointAsync(Arg.Any <string>(), DefaultCancellationToken).Returns(endpoint);
await Assert.ThrowsAsync <FhirResourceValidationException>(() => _endpointPipeline.PrepareRequestAsync(context, DefaultCancellationToken));
}
public async Task GivenAnExistingEndpointWithMatchingAddress_WhenRequestIsPrepared_ThenCorrectRequestEntryShouldBeCreated()
{
var context = new FhirTransactionContext(ChangeFeedGenerator.Generate());
Endpoint endpoint = FhirResourceBuilder.CreateEndpointResource(address: DefaultDicomWebEndpoint);
_fhirService.RetrieveEndpointAsync(Arg.Any <string>(), DefaultCancellationToken).Returns(endpoint);
await _endpointPipeline.PrepareRequestAsync(context, DefaultCancellationToken);
FhirTransactionRequestEntry actualEndPointEntry = context.Request.Endpoint;
ValidationUtility.ValidateRequestEntryMinimumRequirementForNoChange(endpoint.ToServerResourceId(), actualEndPointEntry);
}