public void Ctor_WithLowerCaseDxCode_CorrectlyParsesArgument()
{
var dxCode = "dx666";
var sut = new DispositionCode(dxCode);
Assert.AreEqual("Dx666", sut.Value);
}
public void Ctor_WithValidArg_CreatesCorrectObject()
{
var dxCode = "Dx666";
var sut = new DispositionCode(dxCode);
Assert.AreEqual(dxCode, sut.Value);
}
public void Ctor_WithCodeLackingPrefix_CorrectlyPrependsPrefix()
{
var dxCode = "666";
var sut = new DispositionCode(dxCode);
Assert.AreEqual("Dx666", sut.Value);
}
public void AssertDispositionCodeCaseInsensitiveEqualsAndGetHashCode(string input1, string input2, bool equals)
{
var value1 = new DispositionCode(input1);
var value2 = new DispositionCode(input2);
Assert.AreEqual(equals, value1.Equals(value2));
Assert.AreEqual(equals, value1.GetHashCode() == value2.GetHashCode());
}
/// <summary>
/// Returns the download disposition code value as a Disposition Code.
/// </summary>
/// <returns>The download Dispoition code.</returns>
public DispositionCode GetDownloadDispositionCodeAsCode()
{
if (this.DownloadDispositionCode == null)
{
return(null);
}
else
{
return(DispositionCode.ToDispositionCode(this.DownloadDispositionCode));
}
}
/// <summary>
/// Returns the process disposition code value as a Disposition Code.
/// </summary>
/// <returns>The process Dispoition code.</returns>
public DispositionCode GetProcessDispositionCodeAsCode()
{
if (this.ProcessDispositionCode == null)
{
return(null);
}
else
{
return(DispositionCode.ToDispositionCode(this.ProcessDispositionCode));
}
}
public void TestToDispositionCode()
{
Assert.AreEqual(DispositionCode.BatchNeverSubmitted, DispositionCode.ToDispositionCode(DispositionCode.BatchNeverSubmitted.Code));
Assert.AreEqual(DispositionCode.BatchNotYetProcessed, DispositionCode.ToDispositionCode(DispositionCode.BatchNotYetProcessed.Code));
Assert.AreEqual(DispositionCode.BusinessRuleViolations, DispositionCode.ToDispositionCode(DispositionCode.BusinessRuleViolations.Code));
Assert.AreEqual(DispositionCode.DocumentNameInvalid, DispositionCode.ToDispositionCode(DispositionCode.DocumentNameInvalid.Code));
Assert.AreEqual(DispositionCode.DuplicateBatchId, DispositionCode.ToDispositionCode(DispositionCode.DuplicateBatchId.Code));
Assert.AreEqual(DispositionCode.GeneralUploadDownloadFailure, DispositionCode.ToDispositionCode(DispositionCode.GeneralUploadDownloadFailure.Code));
Assert.AreEqual(DispositionCode.InvalidOrganizationInformation, DispositionCode.ToDispositionCode(DispositionCode.InvalidOrganizationInformation.Code));
Assert.AreEqual(DispositionCode.InvalidUserId, DispositionCode.ToDispositionCode(DispositionCode.InvalidUserId.Code));
Assert.AreEqual(DispositionCode.InvalidXml, DispositionCode.ToDispositionCode(DispositionCode.InvalidXml.Code));
Assert.AreEqual(DispositionCode.MalformedXml, DispositionCode.ToDispositionCode(DispositionCode.MalformedXml.Code));
Assert.AreEqual(DispositionCode.Success, DispositionCode.ToDispositionCode(DispositionCode.Success.Code));
}
public ActionResult Disposition(int?age, string gender, string dxCode, string symptomGroup,
string symptomDiscriminator)
{
var DxCode = new DispositionCode(dxCode ?? "Dx38");
var Gender = new Gender(gender ?? "Male");
var model = new OutcomeViewModel()
{
Id = DxCode.Value,
UserInfo = new UserInfo
{
Demography = new AgeGenderViewModel
{
Age = age ?? 38,
Gender = Gender.Value
}
},
SymptomGroup = symptomGroup ?? "1203",
SymptomDiscriminatorCode = symptomDiscriminator ?? "4003"
};
return(View(model));
}
public void Ctor_WithNonParsableDxCode_ThrowsArgumentException()
{
var sut = new DispositionCode("SomeNonsense");
}
/// <summary>
/// Writes to the console the disposition code and batch id of the batch whose upload details were processed.
/// </summary>
/// <param name="batchId">The batch id.</param>
/// <param name="dispositionCode">The disposition code.</param>
public void NotifyUploadedBatchProcessed(string batchId, DispositionCode dispositionCode)
{
Console.WriteLine("The uploaded batch with id [{0}] was processed with the disposition code [{1}] ({2}).", batchId, dispositionCode.Code, dispositionCode.Description);
}
/// <summary>
/// Writes to the console the disposition code and batch id of the batch whose details were processed.
/// </summary>
/// <param name="batchId">The batch id.</param>
/// <param name="dispositionCode">The disposition code.</param>
public void NotifyFinishedProcessingSevisBatchDetails(string batchId, DispositionCode dispositionCode)
{
Console.WriteLine("The batch details for batch id [{0}] were processed with the disposition code [{1}] ({2}).", batchId, dispositionCode.Code, dispositionCode.Description);
}
public void TestEmptyDispositionCodeThrows(string input)
{
Assert.Throws <ArgumentNullException>(() => DispositionCode.From(input));
}
public void TestDispositionCode(string input, string expected)
{
Assert.AreEqual(expected, DispositionCode.From(input).Value);
}
public void TestToDipositionCode_CaseInsensitive()
{
var key = DispositionCode.Success.Code.ToLower();
Assert.AreEqual(DispositionCode.Success, DispositionCode.ToDispositionCode(key));
}
public async Task <IEnumerable <CareAdvice> > GetCareAdvice(AgeCategory ageCategory, Gender gender, IEnumerable <string> keywords, DispositionCode dxCode)
{
var interimCaNodeName = "InterimCareAdvice";
var presentsForRelationshipName = "presentsFor";
var outcomeNodeName = "Outcome";
var adviceWithAllItemsQuery = _graphRepository.Client.Cypher.
Match(string.Format("(t:CareAdviceText)-[:hasText*]-(i:{0})-[:{1}]->(o:{2})", interimCaNodeName, presentsForRelationshipName,
outcomeNodeName)).
Where(string.Format("i.keyword in [{0}]", JoinAndEncloseKeywords(keywords))).
AndWhere(string.Format("o.id = \"{0}\"", dxCode.Value)).
AndWhere(string.Format("i.id =~ \".*-{0}-{1}\"", ageCategory.Value, gender.Value)).
AndWhere(BuildExcludeKeywordsWhereStatement(keywords)).
Return((i, t) => new CareAdviceFlattened()
{
CareAdvcieTextDecendants = t.CollectAs <CareAdviceTextWithParent>(), CareAdviceItem = i.As <CareAdvice>()
});
return(SoreCareAdviceDescentants(await adviceWithAllItemsQuery.ResultsAsync));
}
