private void ShouldHavePoorScore()
{
var patient = new HipLibrary.Patient.Model.Patient {
Name = "Jackie"
};
var patientWithRank = new NameRanker().Rank(patient, "Zackey");
patientWithRank.Meta.Should().BeEquivalentTo(FullMatchMeta(Match.Empty));
patientWithRank.Rank.Score.Should().Be(0);
}
private void ShouldHaveHighScore()
{
var patient = new HipLibrary.Patient.Model.Patient {
Name = "Jack"
};
var patientWithRank = new NameRanker().Rank(patient, "Zack");
patientWithRank.Meta.Should().BeEquivalentTo(FullMatchMeta(Match.Name));
patientWithRank.Rank.Score.Should().Be(8);
}
private static IEnumerable <CareContextRepresentation> GetUnlinkedCareContexts(
IEnumerable <LinkedAccounts> linkedAccounts,
HipLibrary.Patient.Model.Patient patient)
{
var allLinkedCareContexts = linkedAccounts
.SelectMany(account => account.CareContexts)
.ToList();
return(patient.CareContexts
.Where(careContext =>
allLinkedCareContexts.Find(linkedCareContext =>
linkedCareContext == careContext.ReferenceNumber) == null));
}
private async void ShouldReturnPatientForAlreadyLinkedPatient()
{
var patientDiscovery = new PatientDiscovery(
matchingRepository.Object,
discoveryRequestRepository.Object,
linkPatientRepository.Object,
patientRepository.Object,
logger.Object);
var phoneNumber = Faker().Phone.PhoneNumber();
var verifiedIdentifiers = new[] { new Identifier(IdentifierType.MOBILE, phoneNumber) };
var unverifiedIdentifiers = new[] { new Identifier(IdentifierType.MR, Faker().Random.String()) };
var patientId = Faker().Random.String();
var name = Faker().Name.FullName();
var alreadyLinked =
new CareContextRepresentation(Faker().Random.Uuid().ToString(), Faker().Random.String());
var unlinkedCareContext =
new CareContextRepresentation(Faker().Random.Uuid().ToString(), Faker().Random.String());
var expectedPatient = new PatientEnquiryRepresentation(
patientId,
name,
new[] { unlinkedCareContext },
new[] { Match.ConsentManagerUserId.ToString() });
var transactionId = Faker().Random.String();
var patientRequest = new PatientEnquiry(patientId,
verifiedIdentifiers,
unverifiedIdentifiers,
name,
HipLibrary.Patient.Model.Gender.M,
2019);
var discoveryRequest = new DiscoveryRequest(patientRequest, RandomString(), transactionId, DateTime.Now);
var sessionId = Faker().Random.Hash();
var linkedCareContext = new[] { alreadyLinked.ReferenceNumber };
var testLinkAccounts = new LinkedAccounts(patientId,
sessionId,
Faker().Random.Hash(),
It.IsAny <string>(),
linkedCareContext.ToList());
var testPatient =
new HipLibrary.Patient.Model.Patient
{
PhoneNumber = phoneNumber,
Identifier = patientId,
Gender = Faker().PickRandom <HipLibrary.Patient.Model.Gender>(),
Name = name,
CareContexts = new[]
{
alreadyLinked,
unlinkedCareContext
}
};
linkPatientRepository.Setup(e => e.GetLinkedCareContexts(patientId))
.ReturnsAsync(new Tuple <IEnumerable <LinkedAccounts>, Exception>(
new List <LinkedAccounts> {
testLinkAccounts
},
null));
patientRepository.Setup(x => x.PatientWith(testPatient.Identifier))
.Returns(Option.Some(testPatient));
var(discoveryResponse, error) = await patientDiscovery.PatientFor(discoveryRequest);
discoveryResponse.Patient.Should().BeEquivalentTo(expectedPatient);
discoveryRequestRepository.Verify(
x => x.Add(It.Is <HipService.Discovery.Model.DiscoveryRequest>(
r => r.TransactionId == transactionId && r.ConsentManagerUserId == patientId)),
Times.Once);
error.Should().BeNull();
}
