StructureSwiftSyntaxBuilder
TupleExprElementList
TupleExprElementList represents a collection of TupleExprElement
struct TupleExprElementListMembers
Initializers
init([ExpressibleAsTupleExprElement])Creates a
TupleExprElementListwith the provided list of elements.init(arrayLiteral: ExpressibleAsTupleExprElement...)Creates an instance initialized with the given elements.
init(combining: [ExpressibleAsTupleExprElementList])Creates a new
TupleExprElementListby flattening the elements inlistsinit(itemsBuilder: () -> TupleExprElementList)
Instance Methods
func buildSyntax(format: Format, leadingTrivia: Trivia?) -> SyntaxBuilds list of
Syntaxs.func buildSyntaxList(format: Format, leadingTrivia: Trivia?) -> [Syntax]Builds list of
Syntaxs.func buildTupleExprElementList(format: Format, leadingTrivia: Trivia?) -> TupleExprElementListSyntaxfunc createAttributeList() -> AttributeListConformance to
ExpressibleAsAttributeListfunc createGarbageNodes() -> GarbageNodesConformance to
ExpressibleAsGarbageNodesfunc createPrecedenceGroupAttributeList() -> PrecedenceGroupAttributeListConformance to
ExpressibleAsPrecedenceGroupAttributeListfunc createSpecializeAttributeSpecList() -> SpecializeAttributeSpecListConformance to
ExpressibleAsSpecializeAttributeSpecListfunc createStringLiteralSegments() -> StringLiteralSegmentsConformance to
ExpressibleAsStringLiteralSegmentsfunc createSwitchCaseList() -> SwitchCaseListConformance to
ExpressibleAsSwitchCaseListfunc createSyntaxBuildable() -> SyntaxBuildableTupleExprElementListmight conform toSyntaxBuildablevia differentExpressibleAs*paths. Thus, there are multiple default implementations forcreateSyntaxBuildable, some of which perform conversions throughExpressibleAs*protocols. To resolve the ambiguity, provide a fixed implementation that doesn’t perform any conversions.func createTupleExprElementList() -> TupleExprElementListConformance to
ExpressibleAsTupleExprElementList