Uses of Class
org.hl7.fhir.r4.fhirpath.ExpressionNode

Packages that use ExpressionNode

Package	Description
org.hl7.fhir.r4.fhirpath

Uses of ExpressionNode in org.hl7.fhir.r4.fhirpath

Methods in org.hl7.fhir.r4.fhirpath that return ExpressionNode

Modifier and Type	Method	Description
ExpressionNode	ExpressionNode.getGroup()
ExpressionNode	ExpressionNode.getInner()
ExpressionNode	FHIRPathEngine.ExpressionNodeWithOffset.getNode()
ExpressionNode	ExpressionNode.getOpNext()
ExpressionNode	FHIRPathEngine.parse(String path)	Parse a path for later use using execute
ExpressionNode	FHIRPathEngine.parse(String path, String name)
ExpressionNode	FHIRPathEngine.parse(FHIRLexer lexer)	Parse a path that is part of some other syntax

Methods in org.hl7.fhir.r4.fhirpath that return types with arguments of type ExpressionNode

Modifier and Type	Method	Description
List<ExpressionNode>	ExpressionNode.getParameters()

Methods in org.hl7.fhir.r4.fhirpath with parameters of type ExpressionNode

Modifier and Type	Method	Description
TypeDetails	FHIRPathEngine.check(Object appContext, String rootResourceType, String resourceType, String context, ExpressionNode expr)	check that paths referred to in the ExpressionNode are valid xPathStartsWithValueRef is a hack work around for the fact that FHIR Path sometimes needs a different starting point than the xpath returns a list of the possible types that might be returned by executing the ExpressionNode against a particular context
TypeDetails	FHIRPathEngine.check(Object appContext, String rootResourceType, String resourceType, String context, ExpressionNode expr, Set<ElementDefinition> elementDependencies)	check that paths referred to in the ExpressionNode are valid xPathStartsWithValueRef is a hack work around for the fact that FHIR Path sometimes needs a different starting point than the xpath returns a list of the possible types that might be returned by executing the ExpressionNode against a particular context
TypeDetails	FHIRPathEngine.check(Object appContext, String rootResourceType, String resourceType, List<String> resourceTypes, ExpressionNode expr, Set<ElementDefinition> elementDependencies)	check that paths referred to in the ExpressionNode are valid xPathStartsWithValueRef is a hack work around for the fact that FHIR Path sometimes needs a different starting point than the xpath returns a list of the possible types that might be returned by executing the ExpressionNode against a particular context
TypeDetails	FHIRPathEngine.check(Object appContext, String rootResourceType, StructureDefinition sd, String context, ExpressionNode expr)
TypeDetails	FHIRPathEngine.check(Object appContext, String rootResourceType, StructureDefinition sd, ExpressionNode expr)
TypeDetails	FHIRPathEngine.checkOnTypes(Object appContext, String rootResourceType, String resourceType, List<String> typeList, ExpressionNode expr, List<FHIRPathEngine.IssueMessage> warnings)	check that paths referred to in the ExpressionNode are valid xPathStartsWithValueRef is a hack work around for the fact that FHIR Path sometimes needs a different starting point than the xpath returns a list of the possible types that might be returned by executing the ExpressionNode against a particular context
TypeDetails	FHIRPathEngine.checkOnTypes(Object appContext, String rootResourceType, String resourceType, TypeDetails types, ExpressionNode expr, List<FHIRPathEngine.IssueMessage> warnings)
TypeDetails	FHIRPathEngine.checkOnTypes(Object appContext, String rootResourceType, String resourceType, TypeDetails types, ExpressionNode expr, List<FHIRPathEngine.IssueMessage> warnings, boolean canBeNone)
List<Base>	FHIRPathEngine.evaluate(Object appContext, Base base, ExpressionNode ExpressionNode)	evaluate a path and return the matching elements
List<Base>	FHIRPathEngine.evaluate(Object appContext, Base focusResource, Base rootResource, Base base, ExpressionNode expressionNode)	evaluate a path and return the matching elements
List<Base>	FHIRPathEngine.evaluate(Object appContext, Resource focusResource, Resource rootResource, Base base, ExpressionNode ExpressionNode)	evaluate a path and return the matching elements
List<Base>	FHIRPathEngine.evaluate(Base base, ExpressionNode ExpressionNode)	evaluate a path and return the matching elements
FHIRPathUtilityClasses.TypedElementDefinition	FHIRPathEngine.evaluateDefinition(ExpressionNode expr, StructureDefinition profile, FHIRPathUtilityClasses.TypedElementDefinition element, StructureDefinition source, boolean dontWalkIntoReferences)	given an element definition in a profile, what element contains the differentiating fixed for the element, given the differentiating expresssion.
boolean	FHIRPathEngine.evaluateToBoolean(Object appInfo, Base focusResource, Base rootResource, Base base, ExpressionNode node)	evaluate a path and return true or false (e.g.
boolean	FHIRPathEngine.evaluateToBoolean(Object appInfo, Resource focusResource, Resource rootResource, Base base, ExpressionNode node)	evaluate a path and return true or false (e.g.
boolean	FHIRPathEngine.evaluateToBoolean(Resource focusResource, Resource rootResource, Base base, ExpressionNode node)	evaluate a path and return true or false (e.g.
String	FHIRPathEngine.evaluateToString(Object appInfo, Base focusResource, Base rootResource, Base base, ExpressionNode node)
List<org.hl7.fhir.r4.fhirpath.FHIRPathEngine.ElementDefinitionMatch>	FHIRPathEngine.getElementDefinition(StructureDefinition sd, String path, boolean allowTypedName, ExpressionNode expr)
void	ExpressionNode.setGroup(ExpressionNode group)
void	ExpressionNode.setInner(ExpressionNode value)
void	ExpressionNode.setOpNext(ExpressionNode value)

Constructors in org.hl7.fhir.r4.fhirpath with parameters of type ExpressionNode

Modifier	Constructor	Description
	ExpressionNodeWithOffset(int offset, ExpressionNode node)