public void TestInitialize()
{
IFhirModel _fhirModel;
FhirPropertyIndex _propIndex;
ResourceVisitor _resourceVisitor;
ElementIndexer _elementIndexer;
var _indexStoreMock = new Mock<IIndexStore>();
var spPatientName = new SearchParamDefinition() { Resource = "Patient", Name = "name", Description = @"A portion of either family or given name of the patient", Type = SearchParamType.String, Path = new string[] { "Patient.name", } };
var searchParameters = new List<SearchParamDefinition> { spPatientName };
var resources = new Dictionary<Type, string> { { typeof(Patient), "Patient" }, { typeof(HumanName), "HumanName" } };
var enums = new List<Type>();
//CK: I use real objects: saves me a lot of mocking and provides for a bit of integration testing.
_fhirModel = new FhirModel(resources, searchParameters, enums);
_propIndex = new FhirPropertyIndex(_fhirModel, new List<Type> { typeof(Patient), typeof(HumanName) });
_resourceVisitor = new ResourceVisitor(_propIndex);
_elementIndexer = new ElementIndexer(_fhirModel);
//_indexStoreMock.Setup(ixs => ixs.Save(It.IsAny<IndexValue>))
sutLimited = new IndexService(_fhirModel, _propIndex, _resourceVisitor, _elementIndexer, _indexStoreMock.Object);
_fhirModel = new FhirModel(); //For this test I want all available types and searchparameters.
_propIndex = new FhirPropertyIndex(_fhirModel);
_resourceVisitor = new ResourceVisitor(_propIndex);
_elementIndexer = new ElementIndexer(_fhirModel);
sutFull = new IndexService(_fhirModel, _propIndex, _resourceVisitor, _elementIndexer, _indexStoreMock.Object);
}
public IndexService(IFhirModel fhirModel, ResourceVisitor resourceVisitor, ElementIndexer elementIndexer, IIndexStore indexStore)
{
_fhirModel = fhirModel;
_resourceVisitor = resourceVisitor;
_elementIndexer = elementIndexer;
_indexStore = indexStore;
}
public IndexService(IFhirModel fhirModel, FhirPropertyIndex propIndex, ResourceVisitor resourceVisitor, ElementIndexer elementIndexer, IIndexStore indexStore)
{
_fhirModel = fhirModel;
_propIndex = propIndex;
_resourceVisitor = resourceVisitor;
_elementIndexer = elementIndexer;
_indexStore = indexStore;
}
public IndexService(IFhirModel fhirModel, FhirPropertyIndex propIndex, ResourceVisitor resourceVisitor, ElementIndexer elementIndexer, IIndexStore indexStore)
{
_fhirModel = fhirModel;
_propIndex = propIndex;
_resourceVisitor = resourceVisitor;
_elementIndexer = elementIndexer;
_indexStore = indexStore;
}
//private ObservableEventListener eventListener;
//private EventEntry lastLogEntry;
//private class LogObserver : IObserver<EventEntry>
//{
// private readonly Action<EventEntry> _resultAction;
// public LogObserver(Action<EventEntry> resultAction)
// {
// _resultAction = resultAction;
// }
// public void OnCompleted()
// {
// }
// public void OnError(Exception error)
// {
// }
// public void OnNext(EventEntry value)
// {
// _resultAction(value);
// }
//}
public ElementIndexerTests()
{
var fhirModel = new FhirModel();
//eventListener = new ObservableEventListener();
//eventListener.EnableEvents(SparkEngineEventSource.Log, EventLevel.LogAlways,
// Keywords.All);
//eventListener.Subscribe(new LogObserver(result => lastLogEntry = result));
_sut = new ElementIndexer(fhirModel, new Mock <ILogger <ElementIndexer> >().Object);
}
public void InitializeTest()
{
var fhirModel = new FhirModel();
eventListener = new ObservableEventListener();
eventListener.EnableEvents(SparkEngineEventSource.Log, EventLevel.LogAlways,
Keywords.All);
eventListener.Subscribe(new LogObserver(result => lastLogEntry = result));
sut = new ElementIndexer(fhirModel);
}
public int IndexOf(ArticleElement @object)
{
if (@object == null)
{
return(-1); // NOTE: By definition, no bead can be null.
}
ElementIndexer indexer = new ElementIndexer(@object.BaseDataObject);
Iterate(indexer);
return(indexer.Index);
}
public IndexServiceTests()
{
var indexStoreMock = new Mock <IIndexStore>();
_examplePatientJson = TextFileHelper.ReadTextFileFromDisk(
$".{Path.DirectorySeparatorChar}Examples{Path.DirectorySeparatorChar}patient-example.json");
_exampleAppointmentJson = TextFileHelper.ReadTextFileFromDisk(
$".{Path.DirectorySeparatorChar}Examples{Path.DirectorySeparatorChar}appointment-example2doctors.json");
_carePlanWithContainedGoal = TextFileHelper.ReadTextFileFromDisk(
$".{Path.DirectorySeparatorChar}Examples{Path.DirectorySeparatorChar}careplan-example-f201-renal.json");
_exampleObservationJson = TextFileHelper.ReadTextFileFromDisk(
$".{Path.DirectorySeparatorChar}Examples{Path.DirectorySeparatorChar}observation-example-bloodpressure.json");
var spPatientName = new SearchParamDefinition
{
Resource = "Patient",
Name = "name",
Description = new Markdown(@"A portion of either family or given name of the patient"),
Type = SearchParamType.String,
Path = new[] { "Patient.name" },
Expression = "Patient.name"
};
var spMiddleName = new SearchParamDefinition
{
Resource = "Patient",
Name = "middlename",
Type = SearchParamType.String,
Path = new[]
{
"Patient.name.extension.where(url='http://hl7.no/fhir/StructureDefinition/no-basis-middlename')"
},
Expression =
"Patient.name.extension.where(url='http://hl7.no/fhir/StructureDefinition/no-basis-middlename')"
};
var searchParameters = new List <SearchParamDefinition> {
spPatientName, spMiddleName
};
var resources =
new Dictionary <Type, string> {
{ typeof(Patient), "Patient" }, { typeof(HumanName), "HumanName" }
};
// For this test setup we want a limited available types and search parameters.
IFhirModel limitedFhirModel = new FhirModel(resources, searchParameters);
var limitedElementIndexer = new ElementIndexer(limitedFhirModel, new Mock <ILogger <ElementIndexer> >().Object);
_limitedIndexService = new IndexService(limitedFhirModel, indexStoreMock.Object, limitedElementIndexer);
// For this test setup we want all available types and search parameters.
IFhirModel fullFhirModel = new FhirModel();
var fullElementIndexer = new ElementIndexer(fullFhirModel, new Mock <ILogger <ElementIndexer> >().Object);
_fullIndexService = new IndexService(fullFhirModel, indexStoreMock.Object, fullElementIndexer);
}
/// <summary>
/// Validates the elements and returns the height of all elements.
/// </summary>
/// <param name="rowElements">The row elements.</param>
/// <returns></returns>
private int ValidateElements(ElementIndexer[] rowElements) {
int height = Constants.Zero;
var indexesFound = new List<int>(rowElements.Length);
rowElements.ForAll(e => {
int index = e.index;
D.AssertNotEqual(Constants.MinusOne, index, e.gameObject.name);
if (indexesFound.Contains(index)) {
D.Warn("Duplicate {0} index {1} found. Order will not be deterministic.", typeof(ElementIndexer).Name, index);
}
indexesFound.Add(index);
if (height == Constants.Zero) {
height = e.GetComponent<UIWidget>().height;
}
else {
D.AssertEqual(height, e.gameObject.GetComponent<UIWidget>().height);
}
});
return height;
}
public void TestInitialize()
{
IFhirModel _fhirModel;
FhirPropertyIndex _propIndex;
ResourceVisitor _resourceVisitor;
ElementIndexer _elementIndexer;
var _indexStoreMock = new Mock <IIndexStore>();
var spPatientName = new SearchParamDefinition()
{
Resource = "Patient", Name = "name", Description = @"A portion of either family or given name of the patient", Type = SearchParamType.String, Path = new string[] { "Patient.name", }
};
var searchParameters = new List <SearchParamDefinition> {
spPatientName
};
var resources = new Dictionary <Type, string> {
{ typeof(Patient), "Patient" }, { typeof(HumanName), "HumanName" }
};
var enums = new List <Type>();
//CK: I use real objects: saves me a lot of mocking and provides for a bit of integration testing.
_fhirModel = new FhirModel(resources, searchParameters, enums);
_propIndex = new FhirPropertyIndex(_fhirModel, new List <Type> {
typeof(Patient), typeof(HumanName)
});
_resourceVisitor = new ResourceVisitor(_propIndex);
_elementIndexer = new ElementIndexer(_fhirModel);
//_indexStoreMock.Setup(ixs => ixs.Save(It.IsAny<IndexValue>))
sutLimited = new IndexService(_fhirModel, _propIndex, _resourceVisitor, _elementIndexer, _indexStoreMock.Object);
_fhirModel = new FhirModel(); //For this test I want all available types and searchparameters.
_propIndex = new FhirPropertyIndex(_fhirModel);
_resourceVisitor = new ResourceVisitor(_propIndex);
_elementIndexer = new ElementIndexer(_fhirModel);
sutFull = new IndexService(_fhirModel, _propIndex, _resourceVisitor, _elementIndexer, _indexStoreMock.Object);
}
/// <summary>
/// Positions the element and adds a separator to its right (if indicated).
/// Returns the starting localPosition.x for the next element which will be to the immediate
/// right of the end of the element and/or separator.
/// </summary>
/// <param name="element">The element.</param>
/// <param name="localPositionX">The value to set the element's localPosition.x.</param>
/// <param name="addSeparator">if set to <c>true</c> [add separator].</param>
/// <returns></returns>
private int PositionElement(ElementIndexer element, int localPositionX, bool addSeparator) {
//D.Log("{0} setting {1} to localPosition.x = {2}.", GetType().Name, element.GetType().Name, localPositionX);
element.transform.localPosition = new Vector3(localPositionX, _rowMemberLocalPositionY);
element.transform.SetSiblingIndex(element.index);
var elementWidth = element.GetComponent<UIWidget>().width;
var nextLocalPositionX = localPositionX + elementWidth;
if (addSeparator) {
MakeAndPositionSeparator(nextLocalPositionX);
nextLocalPositionX += _separatorWidth;
}
//D.Log("{0} local position now at {1}.", element.GetType().Name, element.transform.localPosition);
return nextLocalPositionX;
}
public void InitializeTest()
{
var fhirModel = new FhirModel();
sut = new ElementIndexer(fhirModel);
}
/// <summary>
/// Validates the elements.
/// </summary>
/// <param name="rowElements">The row elements.</param>
/// <returns></returns>
private void ValidateElements(ElementIndexer[] rowElements) {
var indexesFound = new List<int>(rowElements.Length);
rowElements.ForAll(e => {
int index = e.index;
D.AssertNotEqual(Constants.MinusOne, index, "{0}.{1} not set.".Inject(e.gameObject.name, typeof(ElementIndexer).Name));
if (indexesFound.Contains(index)) {
D.Warn("Duplicate {0} index {1} found. Order will not be deterministic.", typeof(ElementIndexer).Name, index);
}
indexesFound.Add(index);
});
}
public void InitializeTest()
{
var fhirModel = new FhirModel();
sut = new ElementIndexer(fhirModel);
}
public IndexService(IFhirModel fhirModel, IIndexStore indexStore, ElementIndexer elementIndexer)
{
_fhirModel = fhirModel;
_indexStore = indexStore;
_elementIndexer = elementIndexer;
}