public void TestDynaBinding()
{
var input = (ElementNode.Node("root",
ElementNode.Valued("child", "Hello world!", "string"), ElementNode.Valued("child", 4L, "integer"))).ToNavigator();
Assert.Equal("ello", input.Scalar(@"$this.child[0].substring(1,%context.child[1])"));
}
public void PrimitiveChildMatching()
{
var boolean = _source.FindStructureDefinitionForCoreType(FHIRDefinedType.Boolean);
var boolDefNav = ElementDefinitionNavigator.ForSnapshot(boolean);
boolDefNav.MoveToFirstChild();
var data = ElementNode.Valued("active", true, FHIRDefinedType.Boolean.GetLiteral(),
ElementNode.Node("extension",
ElementNode.Valued("value", 4, "integer")),
ElementNode.Node("nonExistant")
).ToNavigator();
var matches = ChildNameMatcher.Match(boolDefNav, data);
Assert.AreEqual(1, matches.UnmatchedInstanceElements.Count);
Assert.AreEqual(3, matches.Matches.Count()); // id, extension, value
Assert.AreEqual(0, matches.Matches[0].InstanceElements.Count()); // id
Assert.AreEqual(1, matches.Matches[1].InstanceElements.Count()); // extension
Assert.AreEqual(1, matches.Matches[2].InstanceElements.Count()); // value
Assert.AreEqual("extension", matches.Matches[1].InstanceElements.First().Name);
Assert.AreEqual("extension", matches.Matches[1].Definition.PathName);
Assert.AreEqual("active", matches.Matches[2].InstanceElements.First().Name);
Assert.AreEqual("value", matches.Matches[2].Definition.PathName);
}
public void TestEmptyElement()
{
var boolSd = _source.FindStructureDefinitionForCoreType(FHIRDefinedType.Boolean);
var data = ElementNode.Node("active").ToNavigator();
var result = _validator.Validate(data, boolSd);
Assert.IsFalse(result.Success);
Assert.IsTrue(result.ToString().Contains("must not be empty"));
}
public ElementNodeTests()
{
patient = ElementNode.Node("Patient", "Patient",
ElementNode.Valued("active", true, FHIRDefinedType.Boolean.GetLiteral(),
ElementNode.Valued("id", "myId1"),
ElementNode.Valued("id", "myId2"),
ElementNode.Node("extension",
ElementNode.Valued("value", 4, "integer")),
ElementNode.Node("extension",
ElementNode.Valued("value", "world!", "string"))));
}
public static IElementNavigator QuerySelect(this IElementNavigator nav, Query query)
{
var root = ElementNode.Node(query.From);
foreach (var field in query.Fields)
{
var subtree = nav.Select(field.Expression);
root.Apply(subtree, field.Name);
}
return(root.ToNavigator());
}
public void ValidateCardinality()
{
var boolSd = _source.FindStructureDefinitionForCoreType(FHIRDefinedType.Boolean);
var data = ElementNode.Valued("active", true, FHIRDefinedType.Boolean.GetLiteral(),
ElementNode.Valued("id", "myId1"),
ElementNode.Valued("id", "myId2"),
ElementNode.Node("extension",
ElementNode.Valued("value", 4, "integer")),
ElementNode.Node("extension",
ElementNode.Valued("value", "world!", "string"))).ToNavigator();
var report = _validator.Validate(data, boolSd);
Assert.AreEqual(3, report.ListErrors().Count());
}
public ElementNodeTests()
{
var annotatedNode = ElementNode.Valued("id", "myId1");
(annotatedNode as IAnnotatable).AddAnnotation("a string annotation");
patient = ElementNode.Node("Patient", "Patient",
ElementNode.Valued("active", true, "boolean",
annotatedNode,
ElementNode.Valued("id", "myId2"),
ElementNode.Node("extension",
ElementNode.Valued("value", 4, "integer")),
ElementNode.Node("extension",
ElementNode.Valued("value", "world!", "string"))));
}