public override IEnumerable <IDiagnostic> AnalyzeInternal(SemanticModel model)
{
var visitor = new ResourceVisitor(this, model);
visitor.Visit(model.SourceFile.ProgramSyntax);
return(visitor.diagnostics);
}
void InternalizeReferences(Resource resource)
{
Visitor action = (element, name) =>
{
if (element == null)
{
return;
}
if (element is ResourceReference)
{
ResourceReference reference = (ResourceReference)element;
reference.Url = InternalizeReference(reference.Url);
}
else if (element is FhirUri)
{
FhirUri uri = (FhirUri)element;
uri.Value = InternalizeReference(uri.Value);
//((FhirUri)element).Value = LocalizeReference(new Uri(((FhirUri)element).Value, UriKind.RelativeOrAbsolute)).ToString();
}
else if (element is Narrative)
{
Narrative n = (Narrative)element;
n.Div = FixXhtmlDiv(n.Div);
}
};
Type[] types = { typeof(ResourceReference), typeof(FhirUri), typeof(Narrative) };
ResourceVisitor.VisitByType(resource, action, types);
}
public void Write(ResourcePool resources)
{
XmlWriterSettings settings = new XmlWriterSettings();
settings.CloseOutput = false;
settings.Indent = true;
settings.IndentChars = " ";
XmlWriter writer = XmlWriter.Create(stream, settings);
try {
writer.WriteStartDocument();
writer.WriteStartElement("resources");
ResourceVisitor visitor = new ResourceVisitor(writer);
foreach (Resource resource in resources.Resources)
{
resource.AcceptVisitor(visitor);
}
writer.WriteEndElement();
writer.WriteEndDocument();
}
finally {
writer.Close();
}
}
private void internalizeReferences(ResourceEntry entry)
{
Visitor action = (element, name) =>
{
if (element == null)
{
return;
}
if (element is ResourceReference)
{
ResourceReference rr = (ResourceReference)element;
if (rr.Url != null)
{
rr.Url = internalizeReference(rr.Url);
}
}
else if (element is FhirUri)
{
((FhirUri)element).Value = internalizeReference(new Uri(((FhirUri)element).Value, UriKind.RelativeOrAbsolute)).ToString();
}
else if (element is Narrative)
{
((Narrative)element).Div = fixXhtmlDiv(((Narrative)element).Div);
}
};
Type[] types = { typeof(ResourceReference), typeof(FhirUri), typeof(Narrative) };
ResourceVisitor.VisitByType(entry.Resource, action, types);
}
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;
}
public void TestInitialize()
{
_fhirModel = new FhirModel();
_index = new FhirPropertyIndex(_fhirModel, new List <Type> {
typeof(Patient), typeof(ClinicalImpression), typeof(HumanName), typeof(CodeableConcept), typeof(Coding)
});
_sut = new ResourceVisitor(_index);
_patient = new Patient();
_patient.Name.Add(new HumanName().WithGiven("Sjors").AndFamily("Jansen"));
}
public override IEnumerable <IDiagnostic> AnalyzeInternal(SemanticModel model)
{
Lazy <ImmutableDictionary <DeclaredSymbol, ImmutableHashSet <ResourceDependency> > > inferredDependenciesMap =
new Lazy <ImmutableDictionary <DeclaredSymbol, ImmutableHashSet <ResourceDependency> > >(
() => ResourceDependencyVisitor.GetResourceDependencies(
model,
new ResourceDependencyVisitor.Options {
IgnoreExplicitDependsOn = true
}));
var visitor = new ResourceVisitor(this, inferredDependenciesMap, model);
visitor.Visit(model.SourceFile.ProgramSyntax);
return(visitor.diagnostics);
}
public void Compile(ResourcePool resources, string outputFolder, CompilerParameters parameters)
{
if (resources == null)
{
throw new ArgumentNullException(nameof(resources));
}
if (String.IsNullOrEmpty(outputFolder))
{
throw new ArgumentNullException(nameof(outputFolder));
}
ResourceVisitor visitor = new ResourceVisitor(outputFolder, parameters);
visitor.Visit(resources);
}
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 static void RemoveExtensionsFromElements(Resource resource)
{
ResourceVisitor.VisitByType(resource, ElementExtensionRemover, typeof(Element));
}