strings_strings beginTokenendToken_childEntitiesacceptresolveExpression visitChildren_appendStringValuedocumentationComment!firstTokenAfterCommentAndMetadatametadatasortedCommentAndAnnotations argumentsatSignconstructorNameelementelement2elementAnnotationnameparentperiod typeArguments_name_typeArguments_constructorName _arguments _element2leftParenthesisrightParenthesis_correspondingStaticParameterscorrespondingStaticParameterscorrespondingStaticParameters2_getStaticParameterElementFor asOperator expressiontype _expression_type precedence assertKeyword _conditioncomma_message conditionmessage semicoloncomputePatternSchemaresolvePattern leftHandSideoperator rightHandSide _leftHandSide_rightHandSide staticElement_nullShortingExtensionCandidate'_staticParameterElementForRightHandSide_extendsNullShorting LEXICAL_ORDER childEntitiesend isSyntheticlengthoffsetroot findPreviousthisOrAncestorMatchingthisOrAncestorOfTypetoSourcetoString_parentnamedChildEntitiesdetachFromParent_becomeParentOf nameScopevisitAdjacentStringsvisitAnnotationvisitArgumentListvisitAsExpressionvisitAssertInitializervisitAssertStatementvisitAssignedVariablePatternvisitAssignmentExpressionvisitAugmentedExpressionvisitAugmentedInvocationvisitAwaitExpressionvisitBinaryExpression visitBlockvisitBlockFunctionBodyvisitBooleanLiteralvisitBreakStatementvisitCascadeExpressionvisitCaseClausevisitCastPatternvisitCatchClausevisitCatchClauseParametervisitClassDeclarationvisitClassTypeAlias visitCommentvisitCommentReferencevisitCompilationUnitvisitConditionalExpressionvisitConfigurationvisitConstantPatternvisitConstructorDeclaration visitConstructorFieldInitializervisitConstructorNamevisitConstructorReferencevisitConstructorSelectorvisitContinueStatementvisitDeclaredIdentifiervisitDeclaredVariablePatternvisitDefaultFormalParametervisitDoStatementvisitDotShorthandInvocationvisitDotShorthandPropertyAccessvisitDottedNamevisitDoubleLiteralvisitEmptyFunctionBodyvisitEmptyStatementvisitEnumConstantArgumentsvisitEnumConstantDeclarationvisitEnumDeclarationvisitExportDirectivevisitExpressionFunctionBodyvisitExpressionStatementvisitExtendsClausevisitExtensionDeclarationvisitExtensionOnClausevisitExtensionOverridevisitExtensionTypeDeclarationvisitFieldDeclarationvisitFieldFormalParameter visitForEachPartsWithDeclarationvisitForEachPartsWithIdentifiervisitForEachPartsWithPatternvisitForElementvisitFormalParameterListvisitForPartsWithDeclarationsvisitForPartsWithExpressionvisitForPartsWithPatternvisitForStatementvisitFunctionDeclaration!visitFunctionDeclarationStatementvisitFunctionExpression!visitFunctionExpressionInvocationvisitFunctionReferencevisitFunctionTypeAlias!visitFunctionTypedFormalParametervisitGenericFunctionTypevisitGenericTypeAliasvisitGuardedPatternvisitHideCombinatorvisitIfElementvisitIfStatementvisitImplementsClausevisitImplicitCallReferencevisitImportDirectivevisitImportPrefixReferencevisitIndexExpressionvisitInstanceCreationExpressionvisitIntegerLiteralvisitInterpolationExpressionvisitInterpolationStringvisitIsExpression visitLabelvisitLabeledStatementvisitLibraryDirectivevisitLibraryIdentifiervisitListLiteralvisitListPatternvisitLogicalAndPatternvisitLogicalOrPatternvisitMapLiteralEntryvisitMapPatternvisitMapPatternEntryvisitMethodDeclarationvisitMethodInvocationvisitMixinDeclarationvisitMixinOnClausevisitNamedExpressionvisitNamedTypevisitNativeClausevisitNativeFunctionBodyvisitNullAssertPatternvisitNullAwareElementvisitNullCheckPatternvisitNullLiteralvisitObjectPatternvisitParenthesizedExpressionvisitParenthesizedPatternvisitPartDirectivevisitPartOfDirectivevisitPatternAssignmentvisitPatternFieldvisitPatternFieldNamevisitPatternVariableDeclaration(visitPatternVariableDeclarationStatementvisitPostfixExpressionvisitPrefixedIdentifiervisitPrefixExpressionvisitPropertyAccessvisitRecordLiteralvisitRecordPatternvisitRecordTypeAnnotation#visitRecordTypeAnnotationNamedField$visitRecordTypeAnnotationNamedFields(visitRecordTypeAnnotationPositionalField%visitRedirectingConstructorInvocationvisitRelationalPattern"visitRepresentationConstructorNamevisitRepresentationDeclarationvisitRestPatternElementvisitRethrowExpressionvisitReturnStatementvisitScriptTagvisitSetOrMapLiteralvisitShowCombinatorvisitSimpleFormalParametervisitSimpleIdentifiervisitSimpleStringLiteralvisitSpreadElementvisitStringInterpolationvisitSuperConstructorInvocationvisitSuperExpressionvisitSuperFormalParametervisitSwitchCasevisitSwitchDefaultvisitSwitchExpressionvisitSwitchExpressionCasevisitSwitchPatternCasevisitSwitchStatementvisitSymbolLiteralvisitThisExpressionvisitThrowExpression visitTopLevelVariableDeclarationvisitTryStatementvisitTypeArgumentListvisitTypeLiteralvisitTypeParametervisitTypeParameterListvisitVariableDeclarationvisitVariableDeclarationList!visitVariableDeclarationStatementvisitWhenClausevisitWhileStatementvisitWildcardPatternvisitWithClausevisitYieldStatementaugmentedKeywordfragment isAssignable awaitKeyword leftOperand rightOperandstaticInvokeType _leftOperand _rightOperand leftBracket rightBracket statementsblockkeywordstar_blockisAsynchronous isGenerator isSynchronousresolve _statementsliteralvalue breakKeywordlabeltarget_labelcascadeSections isNullAware_target_cascadeSections caseKeywordguardedPatternasTokenpatternvariablePatternbody catchKeywordexceptionParameter exceptionType onKeywordstackTraceParameter_exceptionType_exceptionParameter_stackTraceParameter_bodydeclaredElementdeclaredElement2declaredFragmententitiessyntacticEntitiesaddAlladdNode addNodeListaddToken addTokenListabstractKeywordaugmentKeyword baseKeyword classKeyword extendsClause finalKeywordimplementsClauseinterfaceKeyword macroKeywordmembers mixinKeyword nativeClause sealedKeywordtypeParameters withClauseequals superclass_typeParameters _superclass _withClause_implementsClauseresolveElement codeBlocks docDirectives docImportshasNodoc referencestokens _references newKeyword declarations directives featureSetlanguageVersionlanguageVersionTokenlineInfo scriptTagsortedDirectivesAndDeclarations _scriptTag _directives _declarations invalidNodes _directivesAreBeforeDeclarations readElement readElement2readType writeElement writeElement2 writeTypecolonelseExpressionquestionthenExpression_thenExpression_elseExpression equalToken ifKeyword resolvedUriuri_value_urivariable noSuchMethod constKeywordexternalKeywordfactoryKeyword initializers parametersredirectedConstructor returnType separator _returnType _parameters _initializers_redirectedConstructor isTrivial fieldName thisKeyword _fieldNamecontinueKeywordmatchedValueTypeunParenthesizedpatternContextisConstisFinal defaultValue parameter _parameterkind _defaultValuecovariantKeywordisExplicitlyTypedrequiredKeyword_element doKeyword whileKeyword memberName _memberNamefunctionisDotShorthand propertyName _propertyName components _components argumentListconstructorSelectorconstructorElementconstructorElement2 constants enumKeyword _constants_members exportKeyword libraryExportcorrespondingParameterinConstantContextstaticParameterElement staticTypefunctionDefinition _staticTypeconstantContextrecordStaticTypesetPseudoExpressionStaticTypeextendsKeywordextensionKeywordonClause typeKeyword extendedType importPrefixtypeArgumentTypes _argumentListrepresentationfieldsisStatic staticKeyword _fieldList inKeyworditerable _iterable loopVariable _loopVariable identifier _identifier _metadata variables forKeyword forLoopParts _forLoopPartsisNamed isOptionalisOptionalNamedisOptionalPositional isPositional isRequiredisRequiredNamedisRequiredPositional leftDelimiterparameterElementsparameterFragmentsrightDelimiter leftSeparatorrightSeparatorupdaters _updaters _variableListinitialization_initializationisPotentiallyMutatedInScopeisPotentiallyMutatedInScope2localVariableInfo bodyContextfunctionExpressionisGetterisSetterpropertyKeyword_functionExpressionfunctionDeclaration_functionDeclarationwasFunctionTypeSupplied _functionfunctionKeyword functionType whenClause hiddenNames _hiddenNames isPrivateName caseClause elseElement elseKeyword thenElement _thenElement _elseElementifFalseifTrue elseStatement thenStatement_thenStatement_elseStatementimplementsKeyword interfaces _interfaces asKeyworddeferredKeyword importKeyword libraryImportprefix_prefix"areSyntacticallyIdenticalExceptUriindex isCascaded realTargetinGetterContextinSetterContext_index_ancestorCascade_staticParameterElementForIndex isImplicitimmediatelyNegatedisValidAsDoubleisValidAsIntegernearestValidDoublecontents contentsEndcontentsOffset _lexemeHelper isOperator notOperatorlabels statement_labels _statement unlabeledlibraryKeywordname2elements _elements requiredTypepotentiallyMutatedInScopekey keyQuestion valueQuestion_key isAbstractmodifierKeywordoperatorKeyword methodName _methodName_methodNameTypemethodNameTypesuperclassConstraints_superclassConstraints isDeferred _importPrefix combinatorsconfigurations_configurations _combinators nativeKeyword stringLiteral_stringLiteralowner[]addclearinsertremoveAt_owner[]= _initializenullShortingTermination_fields partInclude partKeyword libraryName ofKeyword _libraryNamepatternTypeSchema effectiveName declarationoperand_operand"_staticParameterElementForOperand2hasDuplicateNamedField namedFieldspositionalFieldsconstructorFragment fieldElement fieldFragment fieldMetadata fieldTyperethrowKeyword returnKeywordisMapisSet _resolvedKind contextType becomeMap becomeSetbecomeUnresolved shownNames _shownNames isQualifiedtearOffTypeArgumentTypestokeninDeclarationContextscopeLookupResultancestorCascadereferenceElement isMultilineisRawisSingleQuoted_helperspreadOperator firstString lastString _firstHelperlexemeisFirstisLaststart_trimInitialWhitespace stringValue superKeywordcases switchKeywordarrow hasLabels memberGroups_computeMemberGroups poundSign throwKeyword catchClauses finallyBlockfinallyKeyword tryKeyword _catchClauses _finallyBlocktypedefKeyword _typeNametypeNameboundvarianceKeyword_bound validateUri INVALID_URIURI_WITH_INTERPOLATION initializerisLate _initializerhasInitializer lateKeyword _variablesfieldNameWithImplicitName whenKeyword mixinTypes withKeyword _mixinTypes yieldKeyword_comment_commentIsBeforeAnnotations _initializeCommentAndAnnotations_visitCommentAndAnnotationsmapset unresolvedAdjacentStringsAdjacentStringsImpl AnnotatedNodeAnnotatedNodeImpl AnnotationAnnotationImpl ArgumentListArgumentListImpl AsExpressionAsExpressionImplAssertInitializerAssertInitializerImpl AssertionAssertStatementAssertStatementImplAssignedVariablePatternAssignedVariablePatternImplAssignmentExpressionAssignmentExpressionImplAstNode AstNodeImplAstNodeWithNameScopeMixin AstVisitorAugmentedExpressionAugmentedExpressionImplAugmentedInvocationAugmentedInvocationImplAwaitExpressionAwaitExpressionImplBinaryExpressionBinaryExpressionImplBlockBlockFunctionBodyBlockFunctionBodyImpl BlockImplBooleanLiteralBooleanLiteralImplBreakStatementBreakStatementImplCascadeExpressionCascadeExpressionImpl CaseClauseCaseClauseImpl CaseNodeImpl CastPatternCastPatternImpl CatchClauseCatchClauseImplCatchClauseParameterCatchClauseParameterImpl ChildEntities ChildEntityClassDeclarationClassDeclarationImpl ClassMemberClassMemberImplClassTypeAliasClassTypeAliasImplCollectionElementCollectionElementImpl CombinatorCombinatorImplComment CommentImplCommentReferableExpressionCommentReferableExpressionImplCommentReferenceCommentReferenceImplCompilationUnitCompilationUnitImplCompilationUnitMemberCompilationUnitMemberImplCompoundAssignmentExpression CompoundAssignmentExpressionImplConditionalExpressionConditionalExpressionImpl ConfigurationConfigurationImpl ConstantContextForExpressionImplConstantPatternConstantPatternImplConstructorDeclarationConstructorDeclarationImplConstructorFieldInitializerConstructorFieldInitializerImplConstructorInitializerConstructorInitializerImplConstructorNameConstructorNameImplConstructorReferenceConstructorReferenceImplConstructorReferenceNodeConstructorSelectorConstructorSelectorImplContinueStatementContinueStatementImpl DartPatternDartPatternImpl DeclarationDeclarationImplDeclaredIdentifierDeclaredIdentifierImplDeclaredVariablePatternDeclaredVariablePatternImplDefaultFormalParameterDefaultFormalParameterImpl Directive DirectiveImpl DoStatementDoStatementImplDotShorthandInvocationDotShorthandInvocationImplDotShorthandMixinDotShorthandPropertyAccessDotShorthandPropertyAccessImpl DottedNameDottedNameImpl DoubleLiteralDoubleLiteralImplEmptyFunctionBodyEmptyFunctionBodyImplEmptyStatementEmptyStatementImplEnumConstantArgumentsEnumConstantArgumentsImplEnumConstantDeclarationEnumConstantDeclarationImplEnumDeclarationEnumDeclarationImplExportDirectiveExportDirectiveImpl ExpressionExpressionFunctionBodyExpressionFunctionBodyImplExpressionImplExpressionStatementExpressionStatementImpl ExtendsClauseExtendsClauseImplExtensionDeclarationExtensionDeclarationImplExtensionOnClauseExtensionOnClauseImplExtensionOverrideExtensionOverrideImplExtensionTypeDeclarationExtensionTypeDeclarationImplFieldDeclarationFieldDeclarationImplFieldFormalParameterFieldFormalParameterImpl ForEachPartsForEachPartsImplForEachPartsWithDeclarationForEachPartsWithDeclarationImplForEachPartsWithIdentifierForEachPartsWithIdentifierImplForEachPartsWithPatternForEachPartsWithPatternImpl ForElementForElementImpl ForLoopPartsForLoopPartsImplFormalParameterFormalParameterImplFormalParameterListFormalParameterListImplForParts ForPartsImplForPartsWithDeclarationsForPartsWithDeclarationsImplForPartsWithExpressionForPartsWithExpressionImplForPartsWithPatternForPartsWithPatternImpl ForStatementForStatementImpl FunctionBodyFunctionBodyImplFunctionDeclarationFunctionDeclarationImplFunctionDeclarationStatement FunctionDeclarationStatementImplFunctionExpressionFunctionExpressionImplFunctionExpressionInvocation FunctionExpressionInvocationImplFunctionReferenceFunctionReferenceImplFunctionTypeAliasFunctionTypeAliasImplFunctionTypedFormalParameter FunctionTypedFormalParameterImplGenericFunctionTypeGenericFunctionTypeImplGenericTypeAliasGenericTypeAliasImplGuardedPatternGuardedPatternImplHideCombinatorHideCombinatorImpl IdentifierIdentifierImpl IfElement IfElementImplIfElementOrStatementImpl IfStatementIfStatementImplImplementsClauseImplementsClauseImplImplicitCallReferenceImplicitCallReferenceImplImportDirectiveImportDirectiveImplImportPrefixReferenceImportPrefixReferenceImplIndexExpressionIndexExpressionImplInstanceCreationExpressionInstanceCreationExpressionImplIntegerLiteralIntegerLiteralImplInterpolationElementInterpolationElementImplInterpolationExpressionInterpolationExpressionImplInterpolationStringInterpolationStringImplInvocationExpressionInvocationExpressionImpl IsExpressionIsExpressionImplLabelLabeledStatementLabeledStatementImpl LabelImplLibraryDirectiveLibraryDirectiveImplLibraryIdentifierLibraryIdentifierImpl ListLiteralListLiteralImpl ListPatternListPatternElementListPatternElementImplListPatternImplLiteral LiteralImplLocalVariableInfoLogicalAndPatternLogicalAndPatternImplLogicalOrPatternLogicalOrPatternImplMapLiteralEntryMapLiteralEntryImpl MapPatternMapPatternElementMapPatternElementImplMapPatternEntryMapPatternEntryImplMapPatternImplMethodDeclarationMethodDeclarationImplMethodInvocationMethodInvocationImplMethodReferenceExpressionMixinDeclarationMixinDeclarationImpl MixinOnClauseMixinOnClauseImplNamedCompilationUnitMemberNamedCompilationUnitMemberImplNamedExpressionNamedExpressionImpl NamedType NamedTypeImplNamespaceDirectiveNamespaceDirectiveImpl NativeClauseNativeClauseImplNativeFunctionBodyNativeFunctionBodyImplNodeList NodeListImplNormalFormalParameterNormalFormalParameterImplNullAssertPatternNullAssertPatternImplNullAwareElementNullAwareElementImplNullCheckPatternNullCheckPatternImpl NullLiteralNullLiteralImplNullShortableExpressionNullShortableExpressionImpl ObjectPatternObjectPatternImplParenthesizedExpressionParenthesizedExpressionImplParenthesizedPatternParenthesizedPatternImpl PartDirectivePartDirectiveImplPartOfDirectivePartOfDirectiveImplPatternAssignmentPatternAssignmentImpl PatternFieldPatternFieldImplPatternFieldNamePatternFieldNameImplPatternVariableDeclarationPatternVariableDeclarationImpl#PatternVariableDeclarationStatement'PatternVariableDeclarationStatementImplPostfixExpressionPostfixExpressionImplPrefixedIdentifierPrefixedIdentifierImplPrefixExpressionPrefixExpressionImplPropertyAccessPropertyAccessImpl RecordLiteralRecordLiteralImpl RecordPatternRecordPatternImplRecordTypeAnnotationRecordTypeAnnotationFieldRecordTypeAnnotationFieldImplRecordTypeAnnotationImplRecordTypeAnnotationNamedField"RecordTypeAnnotationNamedFieldImplRecordTypeAnnotationNamedFields#RecordTypeAnnotationNamedFieldsImpl#RecordTypeAnnotationPositionalField'RecordTypeAnnotationPositionalFieldImpl RedirectingConstructorInvocation$RedirectingConstructorInvocationImplRelationalPatternRelationalPatternImplRepresentationConstructorName!RepresentationConstructorNameImplRepresentationDeclarationRepresentationDeclarationImplRestPatternElementRestPatternElementImplRethrowExpressionRethrowExpressionImplReturnStatementReturnStatementImpl ScriptTag ScriptTagImplSetOrMapLiteralSetOrMapLiteralImplShowCombinatorShowCombinatorImplSimpleFormalParameterSimpleFormalParameterImplSimpleIdentifierSimpleIdentifierImplSimpleStringLiteralSimpleStringLiteralImplSingleStringLiteralSingleStringLiteralImpl SpreadElementSpreadElementImpl Statement StatementImplStringInterpolationStringInterpolationImplStringLexemeHelper StringLiteralStringLiteralImplSuperConstructorInvocationSuperConstructorInvocationImplSuperExpressionSuperExpressionImplSuperFormalParameterSuperFormalParameterImpl SwitchCaseSwitchCaseImpl SwitchDefaultSwitchDefaultImplSwitchExpressionSwitchExpressionCaseSwitchExpressionCaseImplSwitchExpressionImpl SwitchMemberSwitchMemberImplSwitchPatternCaseSwitchPatternCaseImplSwitchStatementSwitchStatementCaseGroupSwitchStatementImpl SymbolLiteralSymbolLiteralImplSyntheticIdentifierThisExpressionThisExpressionImplThrowExpressionThrowExpressionImplTopLevelVariableDeclarationTopLevelVariableDeclarationImpl TryStatementTryStatementImpl TypeAlias TypeAliasImplTypeAnnotationTypeAnnotationImplTypeArgumentListTypeArgumentListImpl TypedLiteralTypedLiteralImpl TypeLiteralTypeLiteralImpl TypeParameterTypeParameterImplTypeParameterListTypeParameterListImplUriBasedDirectiveUriBasedDirectiveImplUriValidationCodeVariableDeclarationVariableDeclarationImplVariableDeclarationListVariableDeclarationListImplVariableDeclarationStatement VariableDeclarationStatementImplVariablePatternVariablePatternImpl WhenClauseWhenClauseImplWhileStatementWhileStatementImplWildcardPatternWildcardPatternImpl WithClauseWithClauseImplYieldStatementYieldStatementImpl_AnnotatedNodeMixin _SetOrMapKinds findPreviousAnalyzerPublicApimessage_List _initializeoverrideToken beginTokenendToken addNodeListvisitAdjacentStringsvoidResolverVisitorTypeImpl contextTypeaccept StringBufferintlengthi_appendStringValuecommentmetadata _initializeCommentAndAnnotations_comment _metadataisEmpty!firstTokenAfterCommentAndMetadataoffset_visitCommentAndAnnotations DeprecatedElement experimentalElement2ElementAnnotationFeaturegeneric_metadataElementAnnotationImpl_becomeParentOf asElementelementparentaddTokenaddNodevisitAnnotationnamed_arguments_anywhereParameterElementMixin ArgumentErrorFormalParameterElementMixinmap parameter asElement2toListevisitArgumentListindexOf Precedence relationalvisitAsExpressionvisitAssertInitializervisitAssertStatementnameLocalVariableElementParameterElementLocalVariableElement2FormalParameterElementPatternPrecedenceprimaryvisitAssignedVariablePatternPromotableElementImpl2$analyzeAssignedVariablePatternSchemaunwrapTypeSchemaView operations unknownType PatternResultSharedMatchContextresolveAssignedVariablePatternnodecontextMethodElementOrMemberMethodElement2OrMember assignmenttype TokenTypeEQ writeElement2ExecutableElement2formalParametersvisitAssignmentExpressionbool identicalSyntacticEntity ComparatorfirstsecondIterableStringsyntacticEntitiesentitiesToSourceVisitortoString_parentScope staticTypeMethodFragmentFragmentvisitAugmentedExpressionExecutableElementExecutableFragmentpostfixvisitAugmentedInvocationprefixvisitAwaitExpression FunctionTypeMethodElement2FunctionTypeImpl forTokenType MethodElementvisitBinaryExpressionlexemeKeywordASYNCvisitBlockFunctionBody imposedType visitBlock isSyntheticvisitBooleanLiteralvisitBreakStatementnextQUESTION_PERIOD_PERIODcascadevisitCascadeExpression_childEntitiesvisitCaseClausevariablePatternvisitCastPatternanalyzeCastPatternSchemainferenceLogWriter enterPattern typeOrThrowanalyzeCastPatternpattern innerPattern requiredTypeSharedTypeView!checkPatternNeverMatchesValueTypematchedValueTypeunwrapTypeView exitPatternvisitCatchClauseLocalVariableFragmentLocalVariableElementImplLocalVariableElementImpl2visitCatchClauseParameterentityvalueaddObjectsortabaddAll ClassElement ClassFragmentClassElementImplmembersvisitClassDeclaration visitChildrenaugmentKeywordtypedefKeyword semicolonvisitClassTypeAliasCollectionLiteralContext MdCodeBlock DocDirective DocImport addTokenList visitCommentvisitCommentReferenceCompilationUnitElementLibraryFragmentEOF FeatureSetLibraryLanguageVersionLanguageVersionTokenLineInfoCompilationUnitElementImpl SCRIPT_TAGprecedingComments LEXICAL_ORDERvisitCompilationUnitPropertyAccessorElement GetterElementDartType SetterElement readElement2 conditionalvisitConditionalExpression DirectiveUrivisitConfiguration Invocation noSuchMethodvisitConstantPatternanalyzeConstantPatternSchemaanalyzeConstantPattern popRewriteConstructorElementConstructorFragmentConstructorElementImpllexicallyFirst parametersvisitConstructorDeclaration visitConstructorFieldInitializerConstructorElementMixin2ConstructorElementMixinvisitConstructorNamevisitConstructorReferenceConstructorElement2tokenvisitConstructorSelectorvisitContinueStatementcurrentdispatchPatternkeywordCONSTFINALvisitDeclaredIdentifierBindPatternVariableElementBindPatternVariableElement2BindPatternVariableFragmentBindPatternVariableElementImplBindPatternVariableElementImpl2visitDeclaredVariablePattern$analyzeDeclaredVariablePatternSchemawrapSharedTypeViewanalyzeDeclaredVariablePattern ParameterKindParameterElementImpldeclaredElementdeclaredFragmentisConstisExplicitlyTypedisFinalvisitDefaultFormalParameter ElementImplvisitDoStatement argumentList typeArgumentsvisitDotShorthandInvocationvisitDotShorthandPropertyAccessvisitDottedNamedoublevisitDoubleLiteralvisitEmptyFunctionBodyvisitEmptyStatementvisitEnumConstantArguments FieldElement FieldFragmentFieldElementImpldocumentationCommentvisitEnumConstantDeclaration EnumElement EnumFragmentEnumElementImplvisitEnumDeclarationLibraryExportElement LibraryExport combinatorsLibraryExportElementImpl_elementuriconfigurationsvisitExportDirectivevisitExpressionFunctionBodyParameterMembermember includeSelf_getStaticParameterElementForindex_staticParameterElementForIndex rightOperandstaticInvokeType isNotEmpty rightHandSide'_staticParameterElementForRightHandSide"_staticParameterElementForOperand2 constKeywordisBottomresolver flowAnalysisflow handleExitrecordStaticTypeanalyzeExpressionSharedTypeSchemaView elementTypeUnknownInferredTypeinstancedispatchExpressionvisitExpressionStatementvisitExtendsClauseExtensionElementExtensionFragmentExtensionElementImplvisitExtensionDeclarationvisitExtensionOnClauseExtensionElement2ExtensionElementImpl2 firstFragmentQUESTION_PERIODQUESTIONvisitExtensionOverrideExtensionTypeElementExtensionTypeFragmentExtensionTypeElementImplvisitExtensionTypeDeclaration fieldListvisitFieldDeclarationFieldFormalParameterFragmentFieldFormalParameterElementImplrequiredKeywordcovariantKeywordvisitFieldFormalParameter visitForEachPartsWithDeclarationvisitForEachPartsWithIdentifier _iterablevisitForEachPartsWithPatternvisitForElement pushRewriteFormalParameterFragmentisNamed isOptionalisOptionalNamedisOptionalPositional isPositional isRequiredisRequiredNamedisRequiredPositionalcastvisitFormalParameterList conditionupdaters variableListvisitForPartsWithDeclarationsvisitForPartsWithExpressionvisitForPartsWithPatternvisitForStatementVariableElementVariableElement2BodyInferenceContextVariableElementImpl StateErrorpotentiallyMutatedInScopecontainsExecutableElementImplGETSETvisitFunctionDeclaration!visitFunctionDeclarationStatementvisitFunctionExpression _argumentList!visitFunctionExpressionInvocation_typeArguments precedencevisitFunctionReferenceTypeAliasElementTypeAliasFragmentTypeAliasElementImplvisitFunctionTypeAlias!visitFunctionTypedFormalParameterGenericFunctionTypeFragmentGenericFunctionTypeElementImplvisitGenericFunctionTypevisitGenericTypeAliasMapPatternVariableElementImpl2visitGuardedPatternvisitHideCombinatorvisitIfElementvisitIfStatementvisitImplementsClausevisitImplicitCallReferenceLibraryImportElement LibraryImportLibraryImportElementImplvisitImportDirective hiddenNames shownNames PrefixElementPrefixElement2visitImportPrefixReference isNullAwareOPEN_SQUARE_BRACKETtargetancestorExecutableElement2OrMembervisitIndexExpression leftHandSideoperatorisIncrementOperatorinConstantContextvisitInstanceCreationExpressionMINUSvisitIntegerLiteralBigInttryParse bitLengthfrom maxFiniteonezerominparsetoDoublevisitInterpolationExpressionendstartelementslastvisitInterpolationStringvisitIsExpression LabelFragment unlabeledvisitLabeledStatementLabelElementImplLabelElementImpl2 visitLabelLibraryElementLibraryElement2LibraryElementImplvisitLibraryDirectivewriteconsiderCanonicalizeStringvisitLibraryIdentifiervisitListLiteralvisitListPattern argumentselementAtOrNullanalyzeListPatternSchemalistPatternResolverresolveSet logicalAndvisitLogicalAndPatternanalyzeLogicalAndPatternSchemaanalyzeLogicalAndPattern logicalOrvisitLogicalOrPatternanalyzeLogicalOrPatternSchemaanalyzeLogicalOrPatternnullSafetyDeadCodeVerifierflowEndvisitMapLiteralEntryvisitMapPatternEntryvisitMapPatternkeyType valueTypeanalyzeMapPatternSchemaresolveMapPatternbodySTATICvisitMethodDeclaration PERIOD_PERIODvisitMethodInvocation MixinElement MixinFragmentMixinElementImplvisitMixinDeclarationvisitMixinOnClauselabel ifTypeOrNullnonevisitNamedExpression ClassElement2TypeAliasElement2 importPrefixelement2 fragmentsanyfragment isDeferredvisitNamedTypevisitNativeClausevisitNativeFunctionBody RangeError ListMixinUnsupportedErrorNevergrowablekindREQUIREDvisitNullAssertPattern%analyzeNullCheckOrAssertPatternSchemaisAssertanalyzeNullCheckOrAssertPatternvisitNullAwareElementvisitNullCheckPatternvisitNullLiteral_nullShortingExtensionCandidate_extendsNullShortingvisitObjectPatternanalyzeObjectPatternSchemaanalyzeObjectPatternfieldsbuildSharedPatternFields mustBeNamed _expressionvisitParenthesizedExpressionvisitParenthesizedPatterndispatchPatternSchema PartElement PartIncludePartElementImplvisitPartDirectivevisitPartOfDirectivevisitPatternAssignmentvisitPatternFieldvisitPatternFieldNamevisitPatternVariableDeclaration(visitPatternVariableDeclarationStatementvisitPostfixExpressionvisitPrefixedIdentifiervisitPrefixExpressionvisitPropertyAccessvisitRecordLiteralvisitRecordPatternanalyzeRecordPatternSchemaanalyzeRecordPatternpositionalFieldsvisitRecordTypeAnnotation#visitRecordTypeAnnotationNamedField$visitRecordTypeAnnotationNamedFields(visitRecordTypeAnnotationPositionalFieldConstructorElementImpl2%visitRedirectingConstructorInvocationvisitRelationalPatternanalyzeRelationalPatternSchemaanalyzeRelationalPattern"visitRepresentationConstructorName fieldMetadatavisitRepresentationDeclarationvisitRestPatternElementvisitRethrowExpressionvisitReturnStatementvisitScriptTag unresolvedTypedLiteralResolver InterfaceTypesetvisitSetOrMapLiteralvisitShowCombinatorvisitSimpleFormalParameterScopeLookupResultpreviousthisOrAncestorOfType identifier propertyName methodName realTarget readElement writeElementvisitSimpleIdentifierparent2 fieldName isMultilineisRawisSingleQuotedvisitSimpleStringLiteralPERIOD_PERIOD_PERIOD_QUESTIONvisitSpreadElement contentsEndcontentsOffsetcontentsvisitStringInterpolation startsWith codeUnitAtendsWithvisitSuperConstructorInvocationvisitSuperExpressionvisitSuperFormalParameterlabelscolon statementsvisitSwitchCasevisitSwitchDefaultvisitSwitchExpressionCasecasesvisitSwitchExpressionvisitSwitchPatternCasevisitSwitchStatementvisitSymbolLiteraldynamicvisitThisExpressionvisitThrowExpression visitTopLevelVariableDeclarationvisitTryStatementvisitTypeArgumentListvisitTypeLiteralTypeParameterElementTypeParameterFragmentTypeParameterElementImplvisitTypeParametervisitTypeParameterListURI_WITH_INTERPOLATION INVALID_URIUri encodeFullFormatExceptionpath validateUriVariableFragmentisLatevisitVariableDeclarationvisitVariableDeclarationList!visitVariableDeclarationStatementvisitWhenClausevisitWhileStatementvisitWildcardPatternanalyzeWildcardPattern declaredTypevisitWithClausevisitYieldStatement mustCallSuper_commentIsBeforeAnnotationssortedCommentAndAnnotations StringLiteralStringLiteralImplAdjacentStringsAstNode AstNodeImpl_AnnotatedNodeMixin Annotation ArgumentList ExpressionExpressionImpl AsExpression AssertionConstructorInitializerConstructorInitializerImplAssertInitializer Statement StatementImplAssertStatementVariablePatternVariablePatternImplAssignedVariablePatternNullShortableExpressionMethodReferenceExpressionCompoundAssignmentExpressionNullShortableExpressionImpl CompoundAssignmentExpressionImplAssignmentExpressionSyntacticEntityAugmentedExpressionAugmentedInvocationAwaitExpressionBinaryExpression FunctionBodyFunctionBodyImplBlockFunctionBodyAstNodeWithNameScopeMixinBlockLiteral LiteralImplBooleanLiteralBreakStatementCascadeExpression CaseClause DartPatternDartPatternImpl CastPattern CatchClauseCatchClauseParameterNamedCompilationUnitMemberNamedCompilationUnitMemberImplClassDeclaration DeclarationDeclarationImpl ClassMember TypeAlias TypeAliasImplClassTypeAliasCollectionElement CombinatorCommentCommentReferableExpressionCommentReferenceCompilationUnitCompilationUnitMemberConditionalExpression ConfigurationConstantPatternClassMemberImplConstructorDeclarationConstructorFieldInitializerConstructorReferenceNodeConstructorNameCommentReferableExpressionImplConstructorReferenceConstructorSelectorContinueStatementListPatternElementListPatternElementImpl AnnotatedNodeAnnotatedNodeImplDeclaredIdentifierDeclaredVariablePatternFormalParameterFormalParameterImplDefaultFormalParameter Directive DoStatementInvocationExpressionInvocationExpressionImplDotShorthandMixinDotShorthandInvocationDotShorthandPropertyAccess DottedName DoubleLiteralEmptyFunctionBodyEmptyStatementEnumConstantArgumentsEnumConstantDeclarationEnumDeclarationNamespaceDirectiveNamespaceDirectiveImplExportDirectiveExpressionFunctionBodyCollectionElementImplExpressionStatement ExtendsClauseCompilationUnitMemberImplExtensionDeclarationExtensionOnClauseExtensionOverrideExtensionTypeDeclarationFieldDeclarationNormalFormalParameterNormalFormalParameterImplFieldFormalParameter ForLoopPartsForLoopPartsImpl ForEachPartsForEachPartsImplForEachPartsWithDeclarationForEachPartsWithIdentifierForEachPartsWithPattern ForElementFormalParameterListForParts ForPartsImplForPartsWithDeclarationsForPartsWithExpressionForPartsWithPattern ForStatementFunctionDeclarationFunctionDeclarationStatementFunctionExpressionFunctionExpressionInvocationFunctionReferenceFunctionTypeAliasFunctionTypedFormalParameterTypeAnnotationTypeAnnotationImplGenericFunctionTypeGenericTypeAliasGuardedPatternCombinatorImplHideCombinator Identifier IfElementIfElementOrStatementImpl IfStatementImplementsClauseImplicitCallReferenceImportDirectiveImportPrefixReferenceIndexExpressionInstanceCreationExpressionIntegerLiteralInterpolationElementInterpolationElementImplInterpolationExpressionInterpolationString IsExpressionLabeledStatementLabel DirectiveImplLibraryDirectiveIdentifierImplLibraryIdentifier TypedLiteralTypedLiteralImpl ListLiteral ListPatternLogicalAndPatternLogicalOrPatternMapLiteralEntryMapPatternElementMapPatternEntryMapPatternElementImpl MapPatternMethodDeclarationMethodInvocationMixinDeclaration MixinOnClauseNamedExpression NamedTypeUriBasedDirectiveUriBasedDirectiveImpl NativeClauseNativeFunctionBodyList ListMixinNodeListNullAssertPatternNullAwareElementNullCheckPattern NullLiteral ObjectPatternParenthesizedExpressionParenthesizedPattern PartDirectivePartOfDirectivePatternAssignment PatternFieldPatternFieldNamePatternVariableDeclaration#PatternVariableDeclarationStatementPostfixExpressionPrefixedIdentifierPrefixExpressionPropertyAccess RecordLiteral RecordPatternRecordTypeAnnotationFieldRecordTypeAnnotationRecordTypeAnnotationFieldImplRecordTypeAnnotationNamedFieldRecordTypeAnnotationNamedFields#RecordTypeAnnotationPositionalField RedirectingConstructorInvocationRelationalPatternRepresentationConstructorNameRepresentationDeclarationRestPatternElementRethrowExpressionReturnStatement ScriptTagSetOrMapLiteralShowCombinatorSimpleFormalParameterSimpleIdentifierSingleStringLiteralSingleStringLiteralImplSimpleStringLiteral SpreadElementStringInterpolationSuperConstructorInvocationSuperExpressionSuperFormalParameter SwitchMemberSwitchMemberImpl SwitchCase SwitchDefaultSwitchExpressionCase CaseNodeImplSwitchExpressionSwitchPatternCaseSwitchStatement SymbolLiteralThisExpressionThrowExpressionTopLevelVariableDeclaration TryStatementTypeArgumentList TypeLiteral TypeParameterTypeParameterListVariableDeclarationVariableDeclarationListVariableDeclarationStatement WhenClauseWhileStatementWildcardPattern WithClauseYieldStatementq PxTж- dart:collectionmath 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$5$S$$$$$$%%%%(%<%Z%%%%%&&#&N&O&[&&&&'')'-'/'0'o's''''((A(f(w(()$)l)|)))))*?****++0+1++++,,,8,9,,,,,--!-"-d---------.F.G...///S/Y////0 0%0L00000001 1!1-1]111111222*2c2d2p222222333 3,3q3r3~334 4-4I4t4u444445565R5r5v5x5y55566.6o66667#7L7N7O77777888V8{8889999*9^9_9k99999::C:G:H:T:::::;;E;F;R;};;;;;<>>>7>=>>>J>~>>>>>??3?t??@:@W@X@r@@@@@@AAAA/ANAvAAAAAAAAB+B,B8BhBiBBBBBCC=CfCgCsCCCCDDDDD1D5DODDDEE1E2EEEEEEEFFFGFaFcFdFFFFFG G G'G(G4GTGUGlGmGGGGH!HEHfHHHHHHHIII ICIDIjIIIIIIIJ-J1J2J>JfJgJsJJK K/KdKKKKKKLL2LMLQLSLTLlLpLLM MIMmMMMMMMN N&N(N)NaNNNNNNNNNNOO'OBOZOaO|OOOOOOOOPP4PTPPPPPPPQQQQZQ}QQQQRRRRaR|RRSSSSS1SVSvS|SSSTTITPTQTqTTTTUKUTUZU[UvUzU{UUUUUUVVVVKVVVWWWLWeWgWhWWWWXXXKX^X}XXXXXXYYY%YbYcYoYYYYZZ<ZiZjZvZZZZ[[[[[5[9[S[|[[\%\B\C\q\\\\\\] ] ]]_]k]]]]]]]]]]^#^)^a^x^^^^__9_=_>_J_c_|__________`*`Y`]`^`j```aa:a;aGaaaaaaaabDb{bbbc!c"c.cccdcccccd d:d;dGddddddee*eNeReSe_epeeeffffcfiffggJg]gcgggghhhIhrhhiii iOijipiij jAjbjojjjkk%k+k/k1k2kqkkkkkkkllfl|llll W7n@uAy)_.fk|~.o??X1/// The strings that are implicitly concatenated.Ή։ω؇/// Two or more string literals that are implicitly concatenated because of /// being adjacent (separated only by whitespace). /// /// For example /// ```dart /// 'Hello ' 'World' /// ``` /// /// While the grammar only allows adjacent strings where all of the strings are /// of the same kind (single line or multi-line), this class doesn't enforce /// that restriction. /// /// adjacentStrings ::= /// [StringLiteral] [StringLiteral]+(>>/// Initializes a newly created list of adjacent strings. /// /// To be syntactically valid, the list of [strings] must contain at least two /// elements.)5678A\]\\9r5ҌӌҌDo8V $$-瀛V0/// The documentation comment associated with this node, or `null` if this /// node doesn't have a documentation comment associated with it.IIf7/// The first token following the comment and metadata.Gt/// The annotations associated with this node. /// /// If there are no annotations, then the returned list is empty.TT7/// A list containing the comment and annotations associated with this node, /// sorted in lexical order. /// /// If there are neither annotations nor a comment, then the returned list is /// empty.)V1*3my/// An AST node that can be annotated with either a documentation comment, a /// list of annotations (metadata), or both.^ovv'^/// Initializes a newly created annotated node. /// /// Either or both of the [comment] and [metadata] can be `null` if the node /// doesn't have the corresponding attribute.  bWWd NN{/// The arguments to the constructor being invoked, or `null` if this /// annotation isn't the invocation of a constructor.I05/// The at sign (`@`) that introduces the annotation.;;|/// The name of the constructor being invoked, or `null` if this annotation /// isn't the invocation of a named constructor./// The element associated with this annotation, or `null` if the AST /// structure hasn't been resolved or if this annotation couldn't be resolved.hi/// The element associated with this annotation. /// /// Returns `null` if the AST structure hasn't been resolved or if this /// annotation couldn't be resolved.+|/// The element annotation representing this annotation in the element model, /// or `null` if the AST hasn't been resolved.AAT/// The name of either the class defining the constructor that is being /// invoked or the field that is being referenced. /// /// If a named constructor is being referenced, then the name of the /// constructor is available using [constructorName].]^]]u y/// The period before the constructor name, or `null` if this annotation isn't /// the invocation of a named constructor.W]&/// The type arguments to the constructor being invoked, or `null` if either /// this annotation isn't the invocation of a constructor or this annotation /// doesn't specify type arguments explicitly. /// /// Note that type arguments are only valid if [Feature.generic_metadata] is /// enabled.֘טPP,/// An annotation that can be associated with a declaration. /// /// For example /// ```dart /// @override /// ``` /// /// or /// ```dart /// @Deprecated('1.3.2') /// ``` /// /// metadata ::= /// annotation* /// /// annotation ::= /// '@' metadatum /// /// metadatum ::= /// [Identifier] /// | qualifiedName /// | constructorDesignation argumentPartXfmm{,ۣ.))$D ]W_|m~̤Ρޡރe/// Initializes a newly created annotation. /// /// Both the [period] and the [constructorName] can be `null` if the /// annotation isn't referencing a named constructor. /// /// The [arguments] can be `null` if the annotation isn't referencing a /// constructor. /// /// Note that type arguments are only valid if [Feature.generic_metadata] is /// enabled.Р $ 66WA&W~l~ȡ4 jkjj: +8988J^l,]^]]wbcbbxXYXX-wԩթԩ0 F.ǪȪǪǁ>]c11;$$:(Gdd#zRRqV""0 Q}}^_^^ooo{pF>/// The expressions producing the values of the arguments. /// /// If there are no arguments the list will be empty. /// /// Although the language requires that positional arguments appear before /// named arguments unless the [Feature.named_arguments_anywhere] is enabled, /// this class allows them to be intermixed.TT6z/// The left parenthesis.8/// The right parenthesis.fgxy""C/// A list of arguments in the invocation of an executable element (that is, a /// function, method, or constructor). /// /// argumentList ::= /// '(' arguments? ')' /// /// arguments ::= /// [NamedExpression] (',' [NamedExpression])* /// | [Expression] (',' [Expression])* (',' [NamedExpression])* --'KZZh2/// Initializes a newly created list of arguments./'/sfC@f(/// A list containing the elements representing the parameters corresponding /// to each of the arguments in this list, or `null` if the AST hasn't been /// resolved or if the function or method being invoked couldn't be /// determined based on static type information. /// /// The list must be the same length as the number of arguments, but can /// contain `null` entries if a given argument doesn't correspond to a formal /// parameter.E466hX‹ LMLL3bĵ(<ɷ){|{{SҹӹҹX)..0/// Returns the parameter element representing the parameter to which the /// value of the given expression is bound, or `null` if any of the following /// are not true /// - the given [expression] is a child of this list /// - the AST structure is resolved /// - the function being invoked is known based on static type information /// - the expression corresponds to one of the parameters of the function /// being invokedʰʍ??.b/// The `as` operator.qqU8/// The expression used to compute the value being cast.ʿ6/// The type being cast to.¾þԿܾվ޾bb_/// An as expression. /// /// asExpression ::= /// [Expression] 'as' [TypeAnnotation]@@@@"AA'A'A5AEAE AaA{AoA}AAA@@*./// Initializes a newly created as expression.@c@T@c@s@t@@s"@@@@AAAA;AB$B%B$B$1B:BYBZBYBY9BxBBBB?CC;C<C;C;1C^CCCCCBBBBB^BCyCyCCpCpJCtDDDDDDDoDpDoDoSD~DDDEEE DDDDƀDEEEEbEcEbEbtEs@@@FpFqFFFFFEEځ1Fƀ/// An assert in the initializer list of a constructor. /// /// assertInitializer ::= /// 'assert' '(' [Expression] (',' [Expression])? ')'HHHHHHHHHH!IIII#I.I. IGITITIbII|IIIIHXHX3/// Initializes a newly created assert initializer.GwGxGGw%GGGGG'GGGGGGHGHHHHH+H,HCH+(HCIIII2JJ.J/J.J.7JMJJJJ3JJJJJ4KKKKK>KJwJwJJiJiZJmKBKBKRK6K6YK:LLLLLLLLLLXLMPMPM[M1M2M1M1vMBG G GNsNsKN0/// The token representing the `assert` keyword.NNxO4b/// The comma between the [condition] and the [message], or `null` if no /// message was supplied.O>O>RO6/// The condition that is being asserted to be `true`.OO6O/// The left parenthesis.OOxP>[/// The message to report if the assertion fails, or `null` if no message was /// supplied.PJPJ8Pq/// The right parenthesis.MMNN;NNNMMNRP/// An assertion, either in a block or in the initializer list of a constructor.QQCQ,/// The semicolon terminating the statement.PQQQ>QQQPPHQUx/// An assert statement. /// /// assertStatement ::= /// 'assert' '(' [Expression] (',' [Expression])? ')' ';'SdSwS~S~SSSSSS!SSSSTT TT(T(T6TLTLTZTxTmTzTTTS0S01/// Initializes a newly created assert statement.R)R*RAR)%RARSRTRkRS'RkRRRRRRRRRRRRRRR(RS S S"S !S"TTTT2TUU UU7U>UUUU,UUUUU4VVVVVeVUhUhUwUZUZZU^V,V,V<V V kV$XXXXXXWWWWVXXqXqX|XRXSXRXRvXcQQІQZZZZZYY4Zހ/// The element referenced by this pattern, or `null` if either [name] doesn't /// resolve to an element or the AST structure hasn't been resolved. /// /// In valid code this is either a [LocalVariableElement] or a /// [ParameterElement].[[ZZ8\/// The element referenced by this pattern. /// /// Returns `null` if either [name] doesn't resolve to an element or the AST /// structure hasn't been resolved. /// /// In valid code this is either a [LocalVariableElement2] or a /// [FormalParameterElement].Y%Y&Y7YdY?Y8YAXX̃XY{X/// A variable pattern in [PatternAssignment]. /// /// variablePattern ::= identifier\\\\\\\<\\\\\\\\\)]]%]&]0]G]1]K]L]%]%k]d]]]]']]]]]J]^ ^^ ^ X^+^^^^^^^i^j^i^il^x___^^^^فb^`m`m`}````?`@`?`?`YaFaFaQa'a(a'a'5a8\&\&8\2bbUb6/// The expression used to compute the left hand side.cc@cG*/// The assignment operator being applied.cTcTWc7/// The expression used to compute the right-hand side.aaabaaaa`a`Mb&o/// An assignment expression. /// /// assignmentExpression ::= /// [Expression] operator [Expression]e0eHeOeO$egeyeyeee%eeeeeeedd`6/// Initializes a newly created assignment expression.didZdid{d|dd{ dddddddd0d f[f\f[f[=fqffffff]fg[g\g[g[:gqgggg=gh@hAh@h@?h[hhhh?hi.i/i.i.iLiiiiCj j8j8kJ/// The parameter element representing the parameter to which the value of the /// right operand is bound, or `null` if the AST structure is not resolved or /// the function being invoked is not known based on static type information.g g g!ffZggggggbghhhhhdhn$n$n$n'n'n5nnnnannnnnnnnsntnsnsno6o6oAooooo(oooooookoccXcr`rrJprJh/// A comparator that can be used to sort AST nodes in lexical order. /// /// In other words, `compare` returns a negative value if the offset of the /// first node is less than the offset of the second node, zero (0) if the /// nodes have the same offset, and a positive value if the offset of the /// first node is greater than the offset of the second node. rrQr9/// The first token included in this node's source range.rrs/// An iterator that can be used to iterate through all the entities (either /// AST nodes or tokens) that make up the contents of this node, including doc /// comments but excluding other comments.ulumssug/// The offset of the character immediately following the last character of /// this node's source range. /// /// This is equivalent to `node.offset + node.length`. For a compilation unit /// this is equal to the length of the unit's source. For synthetic nodes this /// is equivalent to the node's offset (because the length is zero (`0`) by /// definition).uuNu8/// The last token included in this node's source range.uuڀvȀ/// Whether this node is a synthetic node. /// /// A synthetic node is a node that was introduced by the parser in order to /// recover from an error in the code. Synthetic nodes always have a length /// of zero (`0`).vvvvvvvvvw wwx/// Returns this node's parent node, or `null` if this node is the root of an /// AST structure. /// /// Note that the relationship between an AST node and its parent node may /// change over the lifetime of a node.xxx܀/// The node at the root of this node's AST structure. /// /// Note that this method's performance is linear with respect to the depth /// of the node in the AST structure (O(depth)).yyyyyyxx倵yy/// Use the given [visitor] to visit this node. /// /// Returns the value returned by the visitor as a result of visiting this /// node.yy zyykyF/// Returns the token before [target], or `null` if it can't be found.zzzzz zz z z/// Returns either this node or the most immediate ancestor of this node for /// which the [predicate] returns `true`, or `null` if there's no such node.{{{{{{/// Returns either this node or the most immediate ancestor of this node that /// has the given type, or `null` if there's no such node.{{Ł}/// Returns a textual description of this node in a form approximating valid /// source. /// /// The returned string isn't valid source code primarily in the case where /// the node itself isn't well-formed. /// /// Clients should never depend on the returned value being valid code, nor /// being consistent from one version of the package to the next. As a result, /// clients should never display the returned string to users.  }}b/// Returns a textual description of this node. /// /// The returned string is intended to be useful only for debugging. /// /// Clients should never depend on the returned value being useful for any /// purpose, nor being consistent from one version of the package to the next. /// As a result, clients should never display the returned string to users...y/// Use the given [visitor] to visit all of the children of this node. /// /// The children are visited in lexical order.p=p>pOp|pWpPpYp p p3/// A node in the AST structure for a Dart program.  bH+*ဪx/// The properties (tokens and nodes) of this node, with names, in the order /// in which these entities should normally appear, not necessarily in the /// order they really are (because of recovery).d++ABAAY4 FF1K {|{{}""":: Q   逸9:99,LiiW/// Returns the [child] node after making this node the parent of the [child] /// node.وS.$;;H&&()ggtRR(U~~29)>PPe3386oo6r6 ...?0WW ]IILgg2j,,)2FFQ33$6oo{[[&^&8066E,"__ gOORqq0t. :++9*[[kCC.Fuu<x F'.NNc1184mm6p2 455M>vvWW<Z&<$$?D\\gII$Lqq*t2,##9:cc{CC>F..<EEY))6,yycc*f82/2ZZs99@<}}08 -FZZu77D:>$6DD]##@&gg<j6())= 6ll!GGHJ4! H11C2gg#yMM?P!H 6//@0aapJJ,Mzz,}"&$0LLb..:1ll.o:.11LDmm|VV,Y>6$(<< B..1eevLL0O02 &((4&XXj>>2Att0w.$*.NN`4427jj0m0*(.DDN22"5mmzXX([42 0??P&&0)nnzZZ&]*>&8FFT00*3vv^^.a2( 0IId&&D)(nn]q2 34VVg==0@qq,t**/8``#99L<$N(2]ll%<!H$$/$PP_99,<ii.l$,jk|}990/// An object that can be used to visit an AST structure. /// /// Clients may not extend, implement or mix-in this class. There are classes /// that implement this interface that provide useful default behaviors in /// `package:analyzer/dart/ast/visitor.dart`. A couple of the most useful /// include /// - SimpleAstVisitor which implements every visit method by doing nothing, /// - RecursiveAstVisitor which causes every node in a structure to be visited, /// and /// - ThrowingAstVisitor which implements every visit method by throwing an /// exception.??:h/// The 'augmented' keyword.}}}?/// The referenced augmented element: getter, setter, variable.ABj_@/// The referenced augmented fragment: getter, setter, variable. |}w/// The augmented expression. /// /// It is created only inside an augmentation. /// The exact meaning depends on what is augmented, and where it is used. /// /// Augmenting getters: `augmented` invokes the getter and evaluates to the /// return value. /// The [fragment] is the augmented getter. /// The [staticType] is the return type of the getter. /// /// Augmenting setters: `augmented` must be followed by an `=`, and will /// directly invoke the augmented setter. /// The [fragment] is the augmented setter. /// The [staticType] is meaningless, and set to `null`. /// /// Augmenting fields: `augmented` can only be used in an initializer /// expression, and refers to the original field's initializer expression. /// The [fragment] is the augmented field. /// The [staticType] is the type of the field. /// /// Augmenting binary operators: `augmented` must be the LHS, and followed by /// the argument, e.g. `augmented + 1`. /// The [fragment] is the augmented [MethodFragment]. /// The [staticType] is the type of `this`. /// /// Augmenting index operators: `augmented` must be the index target, /// e.g. `augmented[0]`. /// The [fragment] is the augmented [MethodFragment]. /// The [staticType] is the type of `this`. /// /// Augmenting prefix operators: `augmented` must be the target, e.g. /// `~augmented`. /// The [fragment] is the augmented [MethodFragment]. /// The [staticType] is the type of `this`.5<<JC(efee5{_38988*Mfgff<v66699G ! Z/~~~@@K!"!!_2llx> /// The list of value arguments.((:Q/// The 'augmented' keyword.ffG/// The referenced augmented element: function, constructor, or method./// The referenced augmented element: function, constructor, or method. /// /// Returns `null` if the AST structure hasn't been resolved or if this /// fragment is the first fragment in the chain.n/// The list of type arguments. /// /// In valid code cannot be provided for augmented constructor invocation. #$.`/bct|u~/// Invocation of the augmented function, constructor, or method. /// /// augmentedInvocation ::= /// 'augmented' [TypeArgumentList]? [ArgumentList]""0('(G'(GTU|T5|,Ž5£s=>==5Svwvv<Ñö÷ööęęęĜĜĪăĄăăhĒ",,5űűżŒœŒŒ{ţw2/// The `await` keyword.Oc2/// The expression whose value is being waited on.ij{ƨƃ|ƅ_ƿW/// An await expression. /// /// awaitExpression ::= /// 'await' [Expression]H[bbpȂȂ"ȚȹȭȻ1/// Initializes a newly created await expression.$?45447Jopoo9Ɏ;)MNMMkɻɻɬɬ^ɰ Vccs}}ˆ@A@@Q Yrr~JJR͐4/// The expression used to compute the left operand.͠͠<&/// The binary operator being applied.T'5/// The expression used to compute the right operand.88ڀ/// The function type of the invocation, or `null` if the AST structure hasn't /// been resolved or if the invocation couldn't be resolved.̪̫̼̽<<m/// A binary (infix) expression. /// /// binaryExpression ::= /// [Expression] [Token] [Expression]AU\\#tЅЅГСС$й N2/// Initializes a newly created binary expression.ZKZklσk σϟϐϟϱϲϱ#.^_^^<tўџўў9Ѵ;~~~Pҙ=yzӄӚӅӞӟyyhӽ倻**9`$$3bԺԺԺԽԽԤԥԤԤWԳ""2<<Eվվ՟ՠ՟՟}հ/4/// The left curly bracket.6G/// The right curly bracket.XXPם*/// The statements contained in the block.qrփְ֋ք֍ P/// A sequence of statements. /// /// block ::= /// '{' statement* '}'G4/// The block representing the body of the function.BCT؁\U^׬׬cؘ/// A function body that consists of a block of statements. /// /// blockFunctionBody ::= /// ('async' | 'async' '*' | 'sync' '*')? [Block])66DNNavox́#/// Initializes a newly created function body consisting of a block of /// statements. /// /// The [keyword] can be `null` if there's no keyword specified for the block. /// /// The [star] can be `null` if there's no star following the keyword (and /// must be `null` if there's no keyword).qrيq يٖٗٯٖٯٸۤۥۤۤۺ-.--*Gܤܥܤܤ2ܺO-.--1BbcbbNwݴݵݴݴeeo[[E_llloo}VWVVXe޲޳޲޲llwMNMMT^' 00>ࣀ./// Initializes a newly created block of code. % #%eqrstW5@Wz{z$0/F:;::X)Lqq|RSRRYcߥߥ߱<'/// The token representing the literal.//// The value of the literal. J%'㯁Ia[/// A boolean literal expression. /// /// booleanLiteral ::= /// 'false' | 'true'吀0/// Initializes a newly created boolean literal.KLcKcopo,+EFEE*[stss8d---00>U&pqpp--8_uOOI//// The token representing the `break` keyword.jK/// The label associated with the statement, or `null` if there's no label. CC,/// The semicolon terminating the statement.QQk/// The node from which this break statement is breaking, or `null` if the AST /// hasn't yet been resolved or if the target couldn't be resolved. /// /// This is either a [Statement] (in the case of breaking out of a loop), a /// [SwitchMember] (in the case of a labeled break statement whose label /// matches a label on a switch case in an enclosing switch statement). /// /// Note that if the source code has errors, the target might be invalid. /// For example, if the break statement is trying to break to a switch case /// the target will be the switch case even though breaking to a switch case /// isn't valid.qqx'_/// A break statement. /// /// breakStatement ::= /// 'break' [SimpleIdentifier]? ';'`ryy$΁F/// Initializes a newly created break statement. /// /// The [label] can be `null` if there's no label associated with the /// statement.>?V>$V}g}!1.MNMM,c}~}}64 [UDDO%&%%U6넑]]_3/// The cascade sections sharing the common target.X @/// Whether this cascade is null aware (as opposed to non-null).@U'/// The target of the cascade sections.~~?/// A sequence of cascaded expressions: expressions that share a common target. /// /// There are three kinds of expressions that can be used in a cascade /// expression: [IndexExpression], [MethodInvocation] and [PropertyAccess]. /// /// cascadeExpression ::= /// [Expression] cascadeSection* /// /// cascadeSection ::= /// ('..' | '?..') (cascadeSelector arguments*) /// (assignableSelector arguments*)* /// (assignmentOperator expressionWithoutCascade)? /// /// cascadeSelector ::= /// '[ ' expression '] ' /// | identifier -*JBLIIf|/// Initializes a newly created cascade expression. /// /// The list of [cascadeSections] must contain at least one element.4@ABC!F!7QCDCC=Yq<9:991XZ[ZZAsyynnNrX.88A {AAL,``~lG./// The token representing the `case` keyword.''e}@/// The pattern controlling whether the statements are executed.dev~w/// The `case` clause that can optionally appear in an `if` statement. /// /// caseClause ::= /// 'case' [GuardedPattern]`nuu``#()M(3M0:/WXWWu"Q oozPQPP\a&Y(/// The `as` token.NX3/// The pattern used to match the value being cast.ddP5/// The type that the value being matched is cast to.ij{|  ]/// A cast pattern. /// /// castPattern ::= /// [DartPattern] 'as' [TypeAnnotation]+,M+)MYZ~Y)~./..7Dijii0JP?@??]Riiy?@??T44G       o m   2 /// The body of the catch block.  y 1\/// The token representing the `catch` keyword, or `null` if there's no /// `catch` keyword. B B Հ/// The comma separating the exception parameter from the stack trace /// parameter, or `null` if there's no stack trace parameter.  ߀jl/// The parameter whose value is the exception that was thrown, or `null` if /// there's no `catch` keyword.{/// The type of exceptions caught by this catch clause, or `null` if this /// catch clause catches every type of exception.''`wB/// The left parenthesis, or `null` if there's no `catch` keyword.pV/// The token representing the `on` keyword, or `null` if there's no `on` /// keyword.bPC/// The right parenthesis, or `null` if there's no `catch` keyword.ee/// The parameter whose value is the stack trace associated with the /// exception, or `null` if there's no stack trace parameter.   ( U 0 ) 2 ' ' l/// A catch clause within a try statement. /// /// onPart ::= /// catchPart [Block] /// | 'on' type catchPart? [Block] /// /// catchPart ::= /// 'catch' '(' [CatchClauseParameter] (',' [CatchClauseParameter])? ')'  *9LLZllz56-CCVdj}ukx3-5؃/// Initializes a newly created catch clause. /// /// The [onKeyword] and [exceptionType] can be `null` if the clause is to /// catch all exceptions. /// /// The [comma] and [_stackTraceParameter] can be `null` if the stack trace /// parameter isn't defined. iji""%((-(@AY@Y}c.})ـdedd(~1    b6D dC#rrvVV!jDDoH77#Q#R܀*kkD/// The declared element, or `null` if the AST hasn't been resolved.fgQ/// The declared element. /// /// Returns `null` if the AST hasn't been resolved.  *R/// The declared fragment. /// /// Returns `null` if the AST hasn't been resolved. ? ?0 j/// The name of the parameter.+B>/// An 'exception' or 'stackTrace' parameter in [CatchClause].!0!H!O!O!]!0!08       ! 6!!l!m!l!l)!!!!!!!!!!!"" ""g"J""""'"""""c"#2#2#2#5#5#C####i#+#######5# s sM ${$|$p$"[$p3/// The list of child entities to be iterated over.$$ $'''''K''' '''(''‍'(( (((((s(sq(x(( ()) ) ((而()) )))))x)xp)}##†($G/// A helper class to allow iteration of child entities of an AST node.*|*** *** **|*|#*]*P*]*r*e*r))쀵*@M/// A named child of an [AstNode], usually a token, node, or a list of nodes.,,^,@/// The `abstract` keyword, or `null` if the keyword was absent.-;-<,,l-V?/// The `augment` keyword, or `null` if the keyword was absent.-i-iV-.?..\.\.p.q...p.p@...//c/// The `extends` clause for this class, or `null` if the class doesn't extend /// any other class./A/AX/=/// The `final` keyword, or `null` if the keyword was absent.//0g/// The `implements` clause for the class, or `null` if the class doesn't /// implement any interfaces.0404`0A/// The `interface` keyword, or `null` if the keyword was absent.0040/// The left curly bracket.1111<100Ѐ1K=/// The `macro` keyword, or `null` if the keyword was absent.1\1\J1%/// The members defined by the class.11X1=/// The `mixin` keyword, or `null` if the keyword was absent.222{^/// The native clause for this class, or `null` if the class doesn't have a /// native clause.2262/// The right curly bracket.22Z3>/// The `sealed` keyword, or `null` if the keyword was absent.3$3$3c/// The type parameters for the class, or `null` if the class doesn't have any /// type parameters.33}4(]/// The `with` clause for the class, or `null` if the class doesn't have a /// `with` clause.,,,,E, ,,"**,\b/// The declaration of a class. /// /// classDeclaration ::= /// classModifiers 'class' name [TypeParameterList]? /// [ExtendsClause]? [WithClause]? [ImplementsClause]? /// '{' [ClassMember]* '}' /// /// classModifiers ::= 'sealed' /// | 'abstract'? ('base' | 'interface' | 'final')? /// | 'abstract'? 'base'? 'mixin'88-84848C8P8P8_8m8m8{888888888889999 96969D9V9V9d9v9v999999999999:::::4:4:B:T:T:b:s:s&::::884444'4445 4(5 55 585%585I5J5b5I&5b5t5u55t$55555)55555%55565%666 676$676H6I6k6H16k6~666~,66666&6666626777570757F7G7^7F#7^7n7o7777777nJ77777$77787.8 ;;;;;;;;;;;< <2<3<2<2//// The `sealed` keyword, or `null` if the keyword was absent.JJWJ;/// The name of the superclass of the class being declared.JJ߀K^c/// The type parameters for the class, or `null` if the class doesn't have any /// type parameters.KqKq@K#/// The with clause for this class.F'F(F9FfFAF:FCDDF}/// A class type alias. /// /// classTypeAlias ::= /// classModifiers 'class' [SimpleIdentifier] [TypeParameterList]? '=' /// mixinApplication /// /// classModifiers ::= 'sealed' /// | 'abstract'? ('base' | 'interface' | 'final')? /// | 'abstract'? 'base'? 'mixin' /// /// mixinApplication ::= /// [NamedType] [WithClause] [ImplementsClause]? ';'OOOOOPPPP#P#P2PFPFPUP_P_.PPPPPPPPPPPPPQQQQ4Q4QBQTQTQcQwQwQQQ!QQQ"QQQ/RRRR* RMR=RORsRgRuRRRRRRMMr/// Initializes a newly created class type alias. /// /// Either or both of the [comment] and [metadata] can be `null` if the class /// type alias doesn't have the corresponding attribute. /// /// The [typeParameters] can be `null` if the class doesn't have any type /// parameters. /// /// The [abstractKeyword] can be `null` if the class isn't abstract. /// /// The [implementsClause] can be `null` if the class doesn't implement any /// interfaces. LL&LL3L4LKL3LKLVLWLoLV(LoLLLL&LLLLL$LLLLL)LMMMM%MM/M0MHM/%MHMgMYMgMMwMMM'MMMMM.MSkSlSvSSwSSSkSktSSSSS STTTTLUUUUU8UV^V_V^V^IVW>W?W>W>9W]WWWW݂WUUUU&UkU@U@}UDV V VUU]VVV%VVVVWWWW{W{^WZZZZZZZZZZUZ[5[5[@[[[[['KKMK\\\\C\\\ \\u\R]Z]Z]j]t]t!]\\׀]Dc/// Dispatches this collection element to the [resolver], with the given /// [context] information.\{\{\^^z_c/// The `hide` or `show` keyword specifying what kind of processing is to be /// done on the names.^-^.^?^l^G^@^I]]~^{/// A combinator associated with an import or export directive. /// /// combinator ::= /// [HideCombinator] /// | [ShowCombinator]________+/// Initializes a newly created combinator._e_f_}_e_}____,`___(bbb6b6bV/// The markdown code blocks (both fenced and indented) contained in this /// comment.bbbb5bbcbb/c#ccc2c2cx/// Whether this comment has a line beginning with '@nodoc', indicating its /// contents aren't intended for publishing.ccՀd/// The references embedded within the documentation comment. /// /// If there are no references in the comment then the list will be empty.ddBd(/// The tokens representing the comment.aaabaaa``b/// A comment within the source code. /// /// comment ::= /// endOfLineComment /// | blockComment /// | documentationComment /// /// endOfLineComment ::= /// '//' (CHARACTER - EOL)* EOL /// /// blockComment ::= /// '/ *' CHARACTER* '*/' /// /// documentationComment ::= /// '/ **' (CHARACTER | [CommentReference])* '*/' /// | ('///' (CHARACTER - EOL)* EOL)+gWgbgigigwgg.ggggggggghhhh"fzfz/// Initializes a newly created comment. /// /// The list of [tokens] must contain at least one token. /// /// The list of [references] can be empty if the comment doesn't contain any /// embedded references.eFeGedeF$edeeeeeeeoGeeeee.eeefe,fff fDf2fDfVfWfmfVfmhihjhihi.hhhhh<hhhhhMii,i-i,i,iJiiiiiiiiiiNij2j2j=jjjjYj$dd܅dlblcltll|lul~jpjp{l/// An interface for an [Expression] which can make up a [CommentReference]. /// /// commentReferableExpression ::= /// [ConstructorReference] /// | [FunctionReference] /// | [PrefixedIdentifier] /// | [PropertyAccess] /// | [SimpleIdentifier] /// | [TypeLiteral] /// /// This interface should align closely with dartdoc's notion of /// comment-referable expressions at: /// https://github.com/dart-lang/dartdoc/blob/master/lib/src/comment_references/parser.dartllolnncn6/// The comment-referable expression being referenced.nnuoTZ/// The token representing the `new` keyword, or `null` if there was no `new` /// keyword.nnnnDnnn!m^m^n[/// A reference to a Dart element that is found within a documentation comment. /// /// commentReference ::= /// '[' 'new'? [CommentReferableExpression] ']'pppppqq2q.q>q>qLqlq`qnp:p:f/// Initializes a newly created reference to a Dart element. /// /// The [newKeyword] can be `null` if the reference isn't to a constructor.oooo#opo*pppp*p"p*qqqqIqqqqq7rr,r-r,r,Ir[rrrr뀑s rr)rryrynr}ssssssssssWssstssssYsococoo wwwwwwwd/// The first (non-EOF) token in the token stream that was parsed to form this /// compilation unit.xxlxd8/// The declarations contained in this compilation unit.xxxyxxuxuy3o/// The element associated with this compilation unit, or `null` if the AST /// structure hasn't been resolved.yyyGyGyy/// The fragment associated with this compilation unit. /// /// Returns `null` if the AST structure hasn't been resolved.zz\zR6/// The directives contained in this compilation unit.{{zaza{/// The last token in the token stream that was parsed to form this /// compilation unit. /// /// This token should always have a type of [TokenType.EOF].{'{'2|N /// The set of features available to this compilation unit. /// /// Determined by some combination of the `package_config.json` file, the /// enclosing package's SDK version constraint, and/or the presence of a /// `@dart` directive in a comment at the top of the file.|]|]S|%/// The language version information.||}h/// The language version override specified for this compilation unit using a /// token like '// @dart = 2.7', or `null` if no override is specified.}}L}3/// The line information for this compilation unit.}}р~b}/// The script tag at the beginning of the compilation unit, or `null` if /// there's no script tag in this compilation unit.~p~p~s/// A list containing all of the directives and declarations in this /// compilation unit, sorted in lexical order.vvw w9ww wt8t8wP/// A compilation unit. /// /// While the grammar restricts the order of the directives and declarations /// within a compilation unit, this class doesn't enforce those restrictions. /// In particular, the children of a compilation unit are visited in lexical /// order even if lexical order doesn't conform to the restrictions of the /// grammar. /// /// compilationUnit ::= /// directives declarations /// /// directives ::= /// [ScriptTag]? [LibraryDirective]? namespaceDirective* [PartDirective]* /// | [PartOfDirective] /// /// namespaceDirective ::= /// [ImportDirective] /// | [ExportDirective] /// /// declarations ::= /// [CompilationUnitMember]* 3 ::HXX!p(6##1??M__mxx/// Initializes a newly created compilation unit to have the given directives /// and declarations. /// /// The [scriptTag] can be `null` if there's no script tag in the compilation /// unit. /// /// The list of [directives] can be `null` if there are no directives in the /// compilation unit. /// /// The list of [declarations] can be `null` if there are no declarations in /// the compilation unit. " @frstuP"TP{|{ 8#.8.BC_B'_gng/// Nodes that were parsed, but happened at locations where they aren't /// allowed. /// /// Instead of dropping them, we remember them here. Quick fixes can look /// here to determine which source range to remove. ()((V`F>\]\\popoo 7,-,,Jۀ H/// Whether all of the directives are lexically before any declarations.ZWWWZZhABAAVPG*ggW/// A node that declares one or more names within the scope of a compilation /// unit. /// /// compilationUnitMember ::= /// [ClassDeclaration] /// | [MixinDeclaration] /// | [ExtensionDeclaration] /// | [EnumDeclaration] /// | [TypeAlias] /// | [FunctionDeclaration] /// | [TopLevelVariableDeclaration]p/// Initializes a newly created compilation unit member. /// /// Either or both of the [comment] and [metadata] can be `null` if the member /// doesn't have the corresponding attribute.FFS:;E`F>>?q/// The element that is used to read the value, or `null` if this node isn't a /// compound assignment, if the AST structure hasn't been resolved, or if the /// target couldn't be resolved. /// /// In valid code this element can be a [LocalVariableElement], a /// [ParameterElement], or a [PropertyAccessorElement] getter. /// /// In invalid code this element is `null`. For example, in `int += 2`, for /// recovery purposes, [writeElement] is filled, and can be used for /// navigation.8/// The element that is used to read the value. /// /// Returns `null` if this node isn't a compound assignment, if the AST /// structure hasn't been resolved, or if the target couldn't be resolved. /// /// In valid code this element can be a [LocalVariableElement2], a /// [FormalParameterElement], or a [GetterElement]. /// /// In invalid code this element is `null`. For example, in `int += 2`. In /// such cases, for recovery purposes, [writeElement2] is filled, and can be /// used for navigation."ց/// The type of the value read with the [readElement2], or `null` if this node /// isn't a compound assignment. /// /// Returns the type `dynamic` if the code is invalid, if the AST structure /// hasn't been resolved, or if the target couldn't be resolved. /// The element that is used to write the result, or `null` if the AST /// structure hasn't been resolved, or if the target couldn't be resolved. /// /// In valid code this is a [LocalVariableElement], [ParameterElement], or a /// [PropertyAccessorElement] setter. /// /// In invalid code, for recovery, we might use other elements, for example a /// [PropertyAccessorElement] getter `myGetter = 0` even though the getter /// can't be used to write a value. We do this to help the user to navigate /// to the getter, and maybe add the corresponding setter. /// /// If this node is a compound assignment, e. g. `x += 2`, both [readElement] /// and [writeElement] could be non-`null`.̂/// The element that is used to write the result. /// /// Returns `null` if the AST structure hasn't been resolved, or if the target /// couldn't be resolved. /// /// In valid code this is a [LocalVariableElement2], [FormalParameterElement], /// or a [SetterElement]. /// /// In invalid code, for recovery, we might use other elements, for example a /// [GetterElement] `myGetter = 0` even though the getter can't be used to set /// a value. We do this to help the user to navigate to the getter, and maybe /// add the corresponding setter. /// /// If this node is a compound assignment, such as `x += y`, both /// [readElement2] and [writeElement2] could be non-`null`.ހ/// The type of the target of the assignment. /// /// The types of assigned values must be subtypes of this type. /// /// If the target couldn't be resolved, this type is `dynamic`.Ύ/// A potentially compound assignment. /// /// A compound assignment is any node in which a single expression is used to /// specify both where to access a value to be operated on (the "read") and to /// specify where to store the result of the operation (the "write"). This /// happens in an [AssignmentExpression] when the assignment operator is a /// compound assignment operator, and in a [PrefixExpression] or /// [PostfixExpression] when the operator is an increment operator._L/// The token used to separate the then expression from the else expression.j]N/// The condition used to determine which of the expressions is executed next.kkkJ/// The expression that is executed if the condition evaluates to `false`.\-F/// The token used to separate the condition from the then expression.::jI/// The expression that is executed if the condition evaluates to `true`.&S.'0j|/// A conditional expression. /// /// conditionalExpression ::= /// [Expression] '?' [Expression] ':' [Expression] !+::HVV&n& %'7/// Initializes a newly created conditional expression.,-D, D`Q`tut:7 A4544;Jstss@Afgff 33B%%\)fftuttb  ڀ{f/// The token for the equal operator, or `null` if the condition doesn't /// include an equality test."":R#/// The token for the `if` keyword.``D'/// The token for the left parenthesis.nU/// The name of the declared variable whose value is being used in the /// condition.CQ"/// The result of resolving [uri].aaF(/// The token for the right parenthesis.oT/// The URI of the implementation library to be used if the condition is /// `true`./// The value to which the value of the declared variable is compared, or /// `null` if the condition doesn't include an equality test."#4a<5>%%x/// A configuration in either an import or export directive. /// /// configuration ::= /// 'if' '(' test ')' uri /// /// test ::= /// dottedName ('==' stringLiteral)? /// /// dottedName ::= /// identifier ('.' identifier)*9JQQ_nn|!7 JDLaZcwry99.!.<=T<'Twhw#()%).    0"@A@@-_.67663YԁLzzqqFuEwwmmcq:::==K$%$$T3|}||LJA g^O^jR  C|)_/// The `const` keyword, or `null` if the expression isn't preceded by the /// keyword `const`.::Q4/// The constant expression being used as a pattern.9:KxSLUOO>/// A constant expression being used as a pattern. /// /// The only expressions that can be validly used as a pattern are /// - `bool` literals /// - `double` literals /// - `int` literals /// - `null` literals /// - `String` literals /// - references to constant variables /// - constant constructor invocations /// - constant list literals /// - constant set or map literals /// - constant expressions wrapped in parentheses and preceded by the `const` /// keyword /// /// This node is also used to recover from cases where a different kind of /// expression is used as a pattern, so clients need to handle the case where /// the expression isn't one of the valid alternatives. /// /// constantPattern ::= /// 'const'? [Expression]3FMM[mm"33%##J)*))6?cdcc9‚J$PQPPn¯¯¾  ^¤Vkk{ABAAV''7LL_~ƚƚƥ{|{{XƌFgg\ʴ?/// The `augment` keyword, or `null` if the keyword was absent.9 /// The body of the constructor.vb/// The token for the `const` keyword, or `null` if the constructor isn't a /// const constructor.ˇˈ˒˱˓˵˶ˇˇbF"77g̎I/// The token for the `external` keyword to this constructor declaration.̢̢f/// The token for the `factory` keyword, or `null` if the constructor isn't a /// factory constructor.++j͈5/// The initializers associated with the constructor.͙͙q\/// The name of the constructor, or `null` if the constructor being declared /// is unnamed.Y\3/// The parameters associated with the constructor.kku/// The token for the period before the constructor name, or `null` if the /// constructor being declared is unnamed.Ϝ/// The name of the constructor to which this constructor is redirected, or /// `null` if this isn't a redirecting factory constructor.϶϶З/// The type of object being created. /// /// This can be different than the type in which the constructor is being /// declared if the constructor is the implementation of a factory /// constructor.ЦЦ\/// The token for the separator (colon or equals) before the initializer list /// or redirection, or `null` if there are neither initializers nor a /// redirection.׊5/// A constructor declaration. /// /// constructorDeclaration ::= /// constructorSignature [FunctionBody]? /// | constructorName formalParameterList ':' 'this' /// ('.' [SimpleIdentifier])? arguments /// /// constructorSignature ::= /// 'external'? constructorName formalParameterList initializerList? /// | 'external'? 'factory' factoryName formalParameterList /// initializerList? /// | 'external'? 'const' constructorName formalParameterList /// initializerList? /// /// constructorName ::= /// [SimpleIdentifier] ('.' name)? /// /// factoryName ::= /// [Identifier] ('.' [SimpleIdentifier])? /// /// initializerList ::= /// ':' [ConstructorInitializer] (',' [ConstructorInitializer])*,33BOO^llz؎؎؜ررؿ" )55CMM+n~~ٌٛٛ73+ E9Gg[iڔ}ږڻڵڽ/// Initializes a newly created constructor declaration. /// /// The [externalKeyword] can be `null` if the constructor isn't external. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// constructor doesn't have the corresponding attribute. /// /// The [constKeyword] can be `null` if the constructor can't be used to /// create a constant. /// /// The [factoryKeyword] can be `null` if the constructor isn't a factory. /// /// The [period] and [name] can both be `null` if the constructor isn't a /// named constructor. /// /// The [separator] can be `null` if the constructor doesn't have any /// initializers and doesn't redirect to a different constructor. /// /// The list of [initializers] can be `null` if the constructor doesn't have /// any initializers. /// /// The [redirectedConstructor] can be `null` if the constructor doesn't /// redirect to a different constructor. /// /// The [body] can be `null` if the constructor doesn't have a body. '(,-?,?PQiP'iҋ|ҋқҜҴқҴҿҿ#   o{|}~Y*UYәӄ+әӴ4 ۋیۋۋ/۬%D&HIzpܘܙܘܘ?ܮۀݫݬݫݫW/// Whether this is a trivial constructor. /// /// A trivial constructor is a generative constructor that isn't a redirecting /// constructor, declares no parameters, has no initializer list, has no body, /// and isn't external.߼߽߼߼BmnmmUyzyy9F2۾۾X")g*ƀZtttww^_^^cmŁjjdv_oK/// The token for the equal sign between the field name and the expression.zzfI/// The expression computing the value to which the field is initialized.N(,/// The name of the field being initialized.66yb/// The token for the period after the `this` keyword, or `null` if there's no /// `this` keyword.gM/// The token for the `this` keyword, or `null` if there's no `this` keyword.{|ЃLр/// The initialization of a field within a constructor's initialization list. /// /// fieldInitializer ::= /// ('this' '.')? [SimpleIdentifier] '=' [Expression]A`ggu'" ?3AOOE/// Initializes a newly created field initializer to initialize the field with /// the given name to the value of the given expression. /// /// The [thisKeyword] and [period] can be `null` if the `this` keyword isn't /// specified.$ % %?0?였12117Glmll9    =0^ZZoLLbPh<<Gy.z*o݀/// A node that can occur in the initializer list of a constructor declaration. /// /// constructorInitializer ::= /// [SuperConstructorInvocation] /// | [ConstructorFieldInitializer] /// | [RedirectingConstructorInvocation]  dll/// The name of the constructor, or `null` if the specified constructor is the /// unnamed constructor and the name `new` wasn't explicitly used.!!/// The token for the period before the constructor name, or `null` if the /// specified constructor is the unnamed constructor.H2/// The name of the type defining the constructor.qq'_/// The name of a constructor. /// /// constructorName ::= /// type ('.' identifier)?# ("*ぉ/// Initializes a newly created constructor name. /// /// The [period] and [name] can be `null` if the constructor being named is /// the unnamed constructor.i[ists-pqpp5-.--4Sr,-,,,JnneeMiees\\E`XXX[[iBCBBVQoL4%/// The constructor being referenced.STemfo7C/// An expression representing a reference to a constructor. /// /// For example, the expression `List.filled` in `var x = List.filled;`. /// /// Objects of this type aren't produced directly by the parser (because the /// parser can't tell whether an identifier refers to a type); they are /// produced at resolution time.,!J9L倣$?H;<s//Ccxyxxa#݀]HHT{| /// The element associated with the referenced constructor based on static /// type information. /// /// Returns `null` if the AST structure hasn't been resolved or if the /// constructor couldn't be resolved.{|/// The element associated with the referenced constructor based on static /// type information, or `null` if the AST structure hasn't been resolved or /// if the constructor couldn't be resolved.+X3,5o6/// An AST node that makes reference to a constructor.6/// The constructor name.?'+/// The period before the constructor name.45FsNGPʁfi/// The name of a constructor being invoked. /// /// constructorSelector ::= /// '.' identifier*q+YZYY+o-}PPPSSa:;::hI522>  O 2/// The token representing the `continue` keyword.  j K/// The label associated with the statement, or `null` if there's no label.  C ,/// The semicolon terminating the statement.  с /// The node to which this continue statement is continuing, or `null` if the /// AST hasn't yet been resolved or if the target couldn't be resolved. /// /// This is either a [Statement] (in the case of continuing a loop), or a /// [SwitchMember] (in the case of continuing from one switch case to /// another). /// /// Note that if the source code has errors, the target might be invalid. /// For example, the target might be in an enclosing function. H I Z  b [ d߃ h/// A continue statement. /// /// continueStatement ::= /// 'continue' [SimpleIdentifier]? ';'EZaao$  O/// Initializes a newly created continue statement. /// /// The [label] can be `null` if there's no label associated with the /// statement.   5 ' 5 _ I _ j k  j!      4;<;;,Qklkk6" [X;;FU-   gE/// The matched value type, or `null` if the node isn't resolved yet.--:\/// The precedence of this pattern. /// /// The precedence is a positive integer value that defines how the source /// code is parsed into an AST. For example `a | b & c` is parsed as `a | (b /// & c)` because the precedence of `&` is greater than the precedence of `|`.kk /// If this pattern is a parenthesized pattern, the result of unwrapping the /// pattern inside the parentheses. Otherwise, this pattern.=>O|WPYuu/// A pattern. /// /// pattern ::= /// [AssignedVariablePattern] /// | [DeclaredVariablePattern] /// | [CastPattern] /// | [ConstantPattern] /// | [ListPattern] /// | [LogicalAndPattern] /// | [LogicalOrPattern] /// | [MapPattern] /// | [NullAssertPattern] /// | [NullCheckPattern] /// | [ObjectPattern] /// | [ParenthesizedPattern] /// | [RecordPattern] /// | [RelationalPattern]&0ށ /// The context for this pattern. /// /// The possible contexts are /// - Declaration context: /// [ForEachPartsWithPatternImpl] /// [PatternVariableDeclarationImpl] /// - Assignment context: [PatternAssignmentImpl] /// - Matching context: [GuardedPatternImpl]4tx@/// The variable pattern, itself, or wrapped in a unary pattern.?!!1FFYׁ /// Dispatches this pattern to the [resolverVisitor], with the given [context] /// information. /// /// Note: most code shouldn't call this method directly, but should instead /// call [ResolverVisitor.dispatchPattern], which has some special logic for /// handling dynamic contexts.K*"A#eeR/// The element associated with this declaration, or `null` if either this /// node corresponds to a list of declarations or if the AST structure hasn't /// been resolved.ffp/// The fragment declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved.%jj<{/// A node that represents the declaration of one or more names. /// /// Each declared name is visible within a name scope.!!,!3!3!B!O!O!^ b b /// Initializes a newly created declaration. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// declaration doesn't have the corresponding attribute.  _ """""""""d"##""#Ҁ/// The element associated with this declaration. /// /// Returns `null` if either this node corresponds to a list of declarations /// or if the AST structure hasn't been resolved.####8$$#$#U$pA/// Whether this variable was declared with the 'const' modifier.$|$|%L/// Whether this variable was declared with the 'final' modifier. /// /// Returns `false` for variables that are declared with the 'const' modifier /// even though they are implicitly final.%X%X%n/// The token representing either the `final`, `const` or `var` keyword, or /// `null` if no keyword was used.%%>&,/// The name of the variable being declared.&$&$&p/// The name of the declared type of the parameter, or `null` if the parameter /// doesn't have a declared type.!!""="""!q!qC"T/// The declaration of a single identifier. /// /// declaredIdentifier ::= /// [Annotation] finalConstVarOrType [SimpleIdentifier]() )))")/)/)>)L)L)Z)g)g!)))))))''!//// Initializes a newly created formal parameter. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// declaration doesn't have the corresponding attribute. /// /// The [keyword] can be `null` if a type name is given. /// /// The [type] must be `null` if the keyword is `var`.'''0' '0'P'<'P'Z'['r'Z'r'{'|''{6')))*)* * ))|*3*[*\*k*l*[*[w*****'*++++n++s+t+s+sB+++++B++,++2,#,,,,,,>,>,R,5,5K,9-?-?-?-B-B-P-)-*-)-)Y-8-------v-&&H&////////j/// The element associated with this declaration, or `null` if the AST /// structure hasn't been resolved.0d0e//0o/// The element declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved.001Bp/// The fragment declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved.1W1W71!/// The `var` or `final` keyword.11x2Z/// The type that the variable is required to match, or `null` if any type is /// matched.......... .怗/// A variable pattern that declares a variable. /// /// variablePattern ::= /// ( 'var' | 'final' | 'final'? [TypeAnnotation])? [Identifier]33-34343B3O3O3]3g3g3v332}2~22}<22222 2223 2*3 3333H33334344 334O444444}45555'551515E/// The `final` keyword, or `null` if the `final` keyword isn't used.6&6'6&6&J6H6t6u6t6t67*7*7*7-7-7;7777d7#7777|7}7|7|78888888o8p8o8o8;h;h;s;I;J;I;IS;Z222==>$l/// The expression computing the default value for the parameter, or `null` if /// there's no default value.>5>5k>D/// The formal parameter with which the default value is associated.>>?i/// The token separating the parameter from the default value, or `null` if /// there's no default value.===)=V=1=*=3;;=mv/// A formal parameter with a default value. /// /// There are two kinds of parameters that are both represented by this class: /// named formal parameters and positional formal parameters. /// /// defaultFormalParameter ::= /// [NormalFormalParameter] ('=' [Expression])? /// /// defaultNamedParameter ::= /// [NormalFormalParameter] (':' [Expression])?@@@@,A AAA*A4A4ABAQAQ%AjAAAAAA@-@-/// Initializes a newly created default formal parameter. /// /// The [separator] and [defaultValue] can be `null` if there's no default /// value.??$??????????"?@@ @B B B B :B!BIBJBIBI0B`B}B~BBBBBB}B}BCCCCCCfC9CmCnCmCm>CDDDDD,DDDD3DDDDDGEE9E:E9E93ENEpEqEpEpMEEEEE/EEEEEBFFFFF/FFFFF‹GCCCCCcCFHFH)FbF:F:qF>GGGGGGGGGGcGH%H%H0HHHH|H?+?+Y?7JcJdJnJJoIÌJ/// The element associated with this directive, or `null` if the AST structure /// hasn't been resolved or if this directive couldn't be resolved.IWIXIiIIqIjIsHH$I/// A node that represents a directive. /// /// directive ::= /// [ExportDirective] /// | [ImportDirective] /// | [LibraryDirective] /// | [PartDirective] /// | [PartOfDirective]KKKKKKKL KK/// Initializes a newly create directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute.KJKLLLL1L9L]L]LjLQLQ?LUJJJM{M{/M/// The body of the loop.MMWM;/// The condition that determines when the loop terminates.N N CNB,/// The token representing the `do` keyword.NPNP6Nv/// The left parenthesis.NN8N/// The right parenthesis.NNCN,/// The semicolon terminating the statement.O O IOI//// The token representing the `while` keyword.MMMM?MMMLLMVk/// A do statement. /// /// doStatement ::= /// 'do' [Statement] 'while' '(' [Expression] ')' ';'PPPPPQ Q Q Q*Q*Q8QJQJQXQmQm!QQQQQQQQQQQQQPP(/// Initializes a newly created do loop.OOOO!OOOOOOOO$OPPP&P'P&PIP:PIPXPYPpPX(PpPPPP!PRLRMRLRL.RbR~RR~R~,RSSSS7S SSSS,SSSSŚeSRRRRRORSJSJSYS<S<\S@UKUKUKUNUNU\U5U6U5U5RUDUUUUUUUsUOZOZOfWW_W/// Initializes a newly created dot shorthand property access.aaaaaaa"abbbb+c c$c%c$c$8c:c`cac`c`<c{ccccCcdSdTdSdSdqccd cchcddddde ddddgderereeeeeOePeOeOe`fff#eeeeZf a#a#2a/grgrRg%/// The components of the identifier.ffg g9gg gfWfWogP/// A dotted name, used in a configuration within an import or export directive. /// /// dottedName ::= /// [SimpleIdentifier] ('.' [SimpleIdentifier])*hhhh.i h]h]p/// Initializes a newly created dotted name. /// /// The list of [components] must contain at least one element.hHhThUhVhWh:hGh:iViWiViV<iliiiiMiiiii8ij#j$j#j#jgjjjjjjjjjjQjk.k.k9kkkkYk ggȃgll<m '/// The token representing the literal.mm1mA/// The value of the literal.l[l\lmllulnlwklkll/// A floating point literal expression. /// /// doubleLiteral ::= /// decimalDigit+ ('.' decimalDigit*)? exponent? /// | '.' decimalDigit+ exponent? /// /// exponent ::= /// ('e' | 'E') ('+' | '-')? decimalDigit+nn&n-n-n;nHnHnVmmۀ7/// Initializes a newly created floating point literal.mmmmmmmmmmnfngnfnf,n|nnnn*nnnnndnoBoBoBoEoEoSo,o-o,o,To;ooooooooooop@p@pKp!p"p!p!_p2mKmK7mWqqnr U/// The token representing the semicolon that marks the end of the function /// body.q$q%q6qcq>q7q@ppqz/// An empty function body. /// /// An empty function body can only appear in constructors or abstract methods. /// /// emptyFunctionBody ::= /// ';'rrrrrrrk./// Initializes a newly created function body.rzr{rrz!rssss.s%sAsBsAsA,sWsqsrsqsqhsssssstssssXstVtVtftptptzt9t:t9t9tNtttttttgtrr#r&vvCv;,/// The semicolon terminating the statement.uuuuuuuu?u?uD/// An empty statement. /// /// emptyStatement ::= /// ';'vwwwwvvj0/// Initializes a newly created empty statement.vvvv!vw0w1w0w0.wFwbwcwbwb,wxwwww:wwwwwhwxRxRxRxUxUxcx<x=x<x|}}})}/})~=~>~=~=l~S~~~~8~~~~~jNNY/0//@|&|&|2q/// The explicit arguments (there are always implicit `index` and `name` /// leading arguments) to the invoked constructor, or `null` if this constant /// doesn't provide any explicit arguments.l?/// The `augment` keyword, or `null` if the keyword was absent.‣/// The constructor that is invoked by this enum constant, or `null` if the /// AST structure hasn't been resolved, or if the constructor couldn't be /// resolved.ր/// The constructor that's invoked by this enum constant. /// /// Returns `null` if the AST structure hasn't been resolved, or if the /// constructor couldn't be resolved. _=QRabQQ@//// The name of the constant.C ۄZ(/// The declaration of an enum constant.""1>>M[[i}},,/// Initializes a newly created enum constant declaration. /// /// Either or both of the [documentationComment] and [metadata] can be `null` /// if the constant doesn't have the corresponding attributes.34L3'L_`w_w.69  ܀6uvuuw>2322RH[[[^^lEFEEdTzȆa l?/// The `augment` keyword, or `null` if the keyword was absent.""`x-/// The enumeration constants being declared.[?((0L/// The `enum` keyword.\\s/// The `implements` clause for the enumeration, or `null` if the enumeration /// doesn't implement any interfaces.4'/// The left curly bracket.77Q,/// The members declared by the enumeration.6/// The right curly bracket.K3/// The optional semicolon after the last constant.o/// The type parameters for the enumeration, or `null` if the enumeration /// doesn't have any type parameters.1i/// The `with` clause for the enumeration, or `null` if the enumeration /// doesn't have a `with` clause."#4a<5>++x/// The declaration of an enumeration. /// /// enumType ::= /// metadata 'enum' name [TypeParameterList]? /// [WithClause]? [ImplementsClause]? '{' [SimpleIdentifier] /// (',' [SimpleIdentifier])* (';' [ClassMember]+)? '}'  )77EYYgxx.#/ ##1BB4m||& !G5I؄M/// Initializes a newly created enumeration declaration. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// declaration doesn't have the corresponding attribute. /// /// The list of [constants] must contain at least one value. '#8!&8\L\l'#    M+"+htuvw]9?]}~}$- )*))Rcs/ )*))Y?LWXWWBIdedd:@J&}%v____bbpIJIIVX@@mL *F+JKph/// The element associated with this directive, or `null` if the AST structure /// hasn't been resolved.||K0/// The token representing the `export` keyword.@Aˀcn/// Information about this export directive. /// /// Returns `null` if the AST structure hasn't been resolved.*+<iD=Fz/// An export directive. /// /// exportDirective ::= /// [Annotation] 'export' [StringLiteral] [Combinator]* ';'#**9FFUccq/// Initializes a newly created export directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute. /// /// The list of [combinators] can be `null` if there are no combinators.% )-.WI&opooV䀟uu/// The parameter element representing the parameter to which the value of /// this expression is bound. /// /// Returns `null` if any of these conditions are false: /// - this expression is an argument to an invocation /// - the AST structure has been resolved /// - the function being invoked is known based on static type information /// - this expression corresponds to one of the parameters of the function /// being invokedȄtt/// Whether this expression is in a constant context. /// /// An expression _e_ is said to _occur in a constant context_, /// - if _e_ is an element of a constant list literal, or a key or value of an /// entry of a constant map literal. /// - if _e_ is an actual argument of a constant object expression or of a /// metadata annotation. /// - if _e_ is the initializing expression of a constant variable /// declaration. /// - if _e_ is a switch case expression. /// - if _e_ is an immediate subexpression of an expression _e1_ which occurs /// in a constant context, unless _e1_ is a `throw` expression or a function /// literal. /// /// This roughly means that everything which is inside a syntactically /// constant expression is in a constant context. A `throw` expression is /// currently not allowed in a constant expression, but extensions affecting /// that status might be considered. A similar situation arises for function /// literals. /// /// Note that the default value of an optional formal parameter is _not_ a /// constant context. This choice reserves some freedom to modify the /// semantics of default values.{`/// Whether this expression is syntactically valid for the LHS of an /// [AssignmentExpression].  <:/// The precedence of this expression. /// /// The precedence is a positive integer value that defines how the source /// code is parsed into an AST. For example `a * b + c` is parsed as /// `(a * b) + c` because the precedence of `*` is greater than the precedence /// of `+`. . IIH/// The parameter element representing the parameter to which the value of /// this expression is bound, or `null` if any of these conditions are not /// `true` /// - this expression is an argument to an invocation /// - the AST structure is resolved /// - the function being invoked is known based on static type information /// - this expression corresponds to one of the parameters of the function /// being invokedcc~`/// The static type of this expression, or `null` if the AST structure hasn't /// been resolved./// If this expression is a parenthesized expression, returns the result of /// unwrapping the expression inside the parentheses. Otherwise, returns this /// expression.=>O|WPY//// A node that represents an expression. /// /// expression ::= /// [AssignmentExpression] /// | [ConditionalExpression] cascadeSection* /// | [ThrowExpression]V9/// The expression representing the body of the function.""xV/// The token introducing the expression that represents the body of the /// function.}Y/// The token representing the `async` keyword, or `null` if there's no such /// keyword.DY,/// The semicolon terminating the statement.#$gg:/// The star following the `async` keyword, or `null` if there's no star. /// /// It's an error for an expression function body to feature the star, but /// the parser accepts it.?@Q~YR[/// A function body consisting of a single expression. /// /// expressionFunctionBody ::= /// 'async'? '=>' [Expression] ';'Hbiiw " /// Initializes a newly created function body consisting of a block of /// statements. /// /// The [keyword] can be `null` if the function body isn't an async function /// body. /*/UFUef~e"~NONNd؀hihh9OZ[ZZ1oN^cqqTUTTiYCC O¶Ѐ d7877+Lfgffhč4    7)llzEEV/// Returns the [AstNode] that puts node into the constant context, and /// the explicit `const` keyword of that node. The keyword might be absent /// if the constness is implicit. /// /// Returns `null` if node is not in the constant context. !/77/// Record that the static type of the given node is the given type. /// /// @param expression the node whose type is to be recorded /// @param type the static type of the nodeqqԁԋԋ!ԥJKJJ[։։֣֣֙֬GGrw/// Dispatches this expression to the [resolver], with the given [contextType] /// information. /// /// Note: most code shouldn't call this method directly, but should instead /// call [ResolverVisitor.dispatchExpression], which has some special logic /// for handling dynamic contexts.iisֽֽDKz/// Records that the static type of `this` is [type], without triggering any /// [ResolverVisitor] behaviors. /// /// This is used when the expression AST node occurs in a place where it is /// not technically a true expression, but the analyzer chooses to assign it a /// static type anyway (e.g. the [SimpleIdentifier] representing the method /// name in a method invocation).QQ^M10/// The expression that comprises the statement.@@‒/// The semicolon terminating the statement, or `null` if the expression is a /// function expression and therefore isn't followed by a semicolon.lm~٫نوf/// An expression used as a statement. /// /// expressionStatement ::= /// [Expression]? ';'"#A5Cۗۗ5/// Initializes a newly created expression statement.`Q`pqۉp"ۉyzyy;܏ܸܹܸܸHIHH9gs^_^^|ݔݔݣ݅݅^݉  ZnnyOPOOY`M1/// The token representing the `extends` keyword.M)1/// The name of the class that is being extended.-Z5.7߬߬qn/// The "extends" clause in a class declaration. /// /// extendsClause ::= /// 'extends' [NamedType](<7@ŁIz^/// The `on` clause in an extension declaration. /// /// onClause ::= 'on' [TypeAnnotation]ǀklk!1MNMM.c8hhhkkyRSRRfaZ NN/// The list of arguments to the override. /// /// In valid code this contains a single argument that evaluates to the object /// being extended../9P:  gi!/// The forced extension element.uuzH/// The extension that resolution will use to resolve member references.ˀ/// The actual type extended by this override, produced by applying /// [typeArgumentTypes] to the generic type extended by the extension, or /// `null` if the AST structure hasn't been resolved.X'-/// The optional import prefix before [name].88YA/// Whether this override is null aware (as opposed to non-null).?-/// The name of the extension being selected.؀Wd/// The type arguments to be applied to the extension, or `null` if there are /// no type arguments.ii,/// The actual type arguments to be applied to the extension, either /// explicitly specified in [typeArguments], or inferred, or `null` if the AST /// structure hasn't been resolved. /// /// An empty list if the extension doesn't have type arguments. }"/// An override to force resolution to choose a member from a specific /// extension. /// /// extensionOverride ::= /// [Identifier] [TypeArgumentList]? [ArgumentList]0ELLZllz,&8*:00$9$56M5MVW~V0~$-   "?klkk?m 95\]\\q<2WXWWF}4!h#q$f ghggx''2      l ?/// The `augment` keyword, or `null` if the keyword was absent.  3 /// The `const` keyword. 0 1 ; Z < ^ _ 0 0d       H   : /// The `extension` keyword. " "F W/// The `implements` clause. l l4 /// The left curly bracket.  5 /// The members.  S !#/// The representation declaration. 4 46 ]/// The right curly bracket. n n0 /// The `type` keyword.  A /// The type parameters.  +  6 B./// The declaration of an extension type. /// /// ::= /// 'extension' 'type' 'const'? ? /// ? /// '{' /// ( )* /// '}' $$2FFTjjx**8II&huuȂq     '     (     #  % 12Z17Zmnm>8#O[\]^EJEde|d$|6=>HgIkl==|/dXYXX2vm)   MM^@/// The `abstract` keyword, or `null` if the keyword isn't used.l ?/// The `augment` keyword, or `null` if the keyword was absent.`nA/// The `covariant` keyword, or `null` if the keyword isn't used.^@/// The `external` keyword, or `null` if the keyword isn't used.D"/// The fields being declared.--Fj1/// Whether the fields are declared to be static.wwE./// The semicolon terminating the declaration.y+[/// The token representing the `static` keyword, or `null` if the fields /// aren't static. Q!/// The declaration of one or more fields of the same type. /// /// fieldDeclaration ::= /// 'static' 'const' ? /// | 'static' 'final' ? /// | 'static' 'late' 'final' ? /// | 'static' 'late'? /// | 'covariant' 'late'? /// | 'late'? 'final' ? /// | 'late'? /// | 'external' ('static'? | 'covariant' ) /// /// | 'abstract' ( | 'covariant' ) /// /// /// (Note: there's no `` production in the grammar; this is a /// subset of the grammar production ``, which encompasses /// everything that can appear inside a class declaration except methods).    !!!!"!0!0!>!S!S!a!u!u!!!!!!!!!."""""<"1">ʂ/// Initializes a newly created field declaration. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// declaration doesn't have the corresponding attribute. /// /// The [staticKeyword] can be `null` if the field isn't a static field.(' ) !":!(:NOgN&gy&!"r"s"}""~"""r"r_"""""3"# # # # ,#"#<#=#<#>>>>,>;>; >S>n>d>p==/// Initializes a newly created for-each statement whose loop control variable /// is declared internally (in the for-loop part).=>=?=V=>!=V=s=d=s>>>>.>>>>>5>? ?? ? 5?,??????S?S?b?F?FZ?J@R@R@]@3@4@3@3W@D<<냡<AAPB')/// The declaration of the loop variable.AVAWAhAApAiAr@@A/// The parts of a for-each loop that control the iteration when the loop /// variable is declared as part of the for loop. /// /// forLoopParts ::= /// [DeclaredIdentifier] 'in' [Expression]C_C~CC,CCCCCCCDCDBBՁf/// Initializes a newly created for-each statement whose loop control variable /// is declared internally (inside the for-loop part).BB$BD?D@D?D?=DUDDDDEDE3E4E3E3EQDDDDDfDEEEEEEEEEEhEFQFQF\F2F3F2F2}FCB8B8yBDHH9H4/// The loop variable.GyGzGGGGGFFGπ/// The parts of a for-each loop that control the iteration when the loop /// variable is declared outside of the for loop. /// /// forLoopParts ::= /// [SimpleIdentifier] 'in' [Expression]IeIII(IIIIIIIJIJHHځ\/// Initializes a newly created for-each statement whose loop control variable /// is declared externally (outside the for-loop part).HH HJ:J;J:J:;JPJyJzJyJy?JK$K%K$K$KBJJJJJdJKKKKKKKKKKgKL=L=LHLLLLxL/HCHCUHOMMNM9/// The `var` or `final` keyword introducing the pattern.NNSNJ./// The annotations associated with this node.NWNWHN-/// The pattern used to match the expression.M$M%M6McM>M7M@LLMz/// A for-loop part with a pattern. /// /// forEachPartsWithPattern ::= /// ( 'final' | 'var' ) [DartPattern] 'in' [Expression]P P%P,P,'PKPYPYPgPtPtPPPPPPPP P O>OJOKOLOMO2O?O2OSOTOkOSOkOwOxOOw)OOO`O$/// Variables declared in [pattern].QQQQQ3QQQ(/// If [keyword] is `final`, returns it.RVRWRVRVCRRRRRRSSSSSSSqSrSqSqdSSSTSSSSـSNNNUU{U^/// The token representing the `await` keyword, or `null` if there was no /// `await` keyword.UU7U/// The body of the loop.UUEV-/// The token representing the `for` keyword.V"V"]Vr{N{N{\{o{o{}{{{yyڂ/// Initializes a newly created parameter list. /// /// The [leftDelimiter] and [rightDelimiter] can be `null` if there are no /// optional or named parameters, but it must be the case that either both are /// `null` or that both are non-`null`.xxxx'xyAyMyNyOyPy3y Fy3yVyWyoyV&yoyyyy'yyyyy(y{{{{4||&|'|&|&3|<|]|^|]|]|}c}d}s}t}c}c}}}}}L~'~E~F~E~E~c!!!$$2    ZijiiYzxxDxf/// The condition used to determine when to terminate the loop, or `null` if /// there's no condition.Z?/// The semicolon separating the initializer and the condition.W?;/// The semicolon separating the condition and the updater.RRkF/// The list of expressions run after each execution of the loop body.Ƃ/// The parts of a for loop that control the iteration. /// /// forLoopParts ::= /// [VariableDeclaration] ';' [Expression]? ';' expressionList? /// | [Expression]? ';' [Expression]? ';' expressionList?}"'6+8ā/// Initializes a newly created for statement. /// /// Either the [condition] and the list of [updaters] can be `null` if the /// loop doesn't have the corresponding attribute.  $ %$F6FUVmU&m?28jkjjGC'  ]   xS$*/// The declaration of the loop variables.TUfngpjj/// The parts of a for loop that control the iteration when there are one or /// more variable declarations as part of the for loop. /// /// forLoopParts ::= /// [VariableDeclarationList] ';' [Expression]? ';' expressionList?1 *>>Ml^nʁ/// Initializes a newly created for statement. /// /// Both the [condition] and the list of [updaters] can be `null` if the loop /// doesn't have the corresponding attribute.)=GЀBB)_448sssvv]^]]el}22> /// The initialization expression, or `null` if there's no initialization /// expression. /// /// Note that a for statement can't have both a variable list and an /// initialization expression, but can validly have neither..[6/8GGer/// The parts of a for loop that control the iteration when there are no /// variable declarations as part of the for loop. /// /// forLoopParts ::= /// [Expression]? ';' [Expression]? ';' expressionList? ')==L__n}}88/// Initializes a newly created for statement. /// /// Both the [condition] and the list of [updaters] can be `null` if the loop /// doesn't have the corresponding attribute.$$S&ghggB !  >oc==H/VO*/// The declaration of the loop variables.׀/// The parts of a for loop that control the iteration when there's a pattern /// declaration as part of the for loop. /// /// forLoopParts ::= /// [PatternVariableDeclaration] ';' [Expression]? ';' expressionList?(77FYYhww:9<Z((3    y]]'iqqy\/// The token representing the `await` keyword, or `null` if there's no /// `await` keyword.//// The body of the loop.!!E[-/// The token representing the `for` keyword.jj]ƅY2TT)k==AƲƲƣƣmƧȇȇȇȊȊȘqrqqZȀπ~55Z{+/// The function declaration being wrapped.ɩɪɻɼxx0/// A [FunctionDeclaration] used as a statement.y˙ˠˠ477?/// Initializes a newly created function declaration statement.,<=<EE ]kkz܁?/// Initializes a newly created function expression invocation.'9,-,,9Bijii5<@AKaLef@@z往CZiWWgqqz4544E g;;3e/// The function being referenced. /// /// In error-free code, this is either a [SimpleIdentifier] (indicating a /// function that is in scope), a [PrefixedIdentifier] (indicating a either /// function imported via prefix or a static method in a class), or a /// [PropertyAccess] (indicating a static method in a class imported via /// prefix). In code with errors, this could be other kinds of expressions. /// For example, `(...)` parses as a [FunctionReference] whose referent /// is a [ParenthesizedExpression].rrc/// The type arguments being applied to the function, or `null` if there are /// no type arguments.+/// The actual type arguments being applied to the function, either /// explicitly specified in [typeArguments], or inferred. /// /// An empty list if the function doesn't have type parameters, or `null` if /// the AST structure hasn't been resolved.A/// An expression representing a reference to a function, possibly with type /// arguments applied to it. /// /// For example, the expression `print` in `var x = print;`.,33 KYY,x$-80VWVVOl56766pQFYZYYwPaXnn~KLKK\  z117=`#78GH77Dj[5/// The parameters associated with the function type.ހYb/// The return type of the function type being defined, or `null` if no return /// type was given.hhs/// The type parameters for the function type, or `null` if the function type /// doesn't have any type parameters.RSdlenjj/// A function type alias. /// /// functionTypeAlias ::= /// 'typedef' functionPrefix [TypeParameterList]? /// [FormalParameterList] ';' /// /// functionPrefix ::= /// [TypeAnnotation]? [SimpleIdentifier]x '0@@OYY.y+ 8,:R/// Initializes a newly created function type alias. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// function doesn't have the corresponding attribute. /// /// The [returnType] can be `null` if no return type was specified. /// /// The [typeParameters] can be `null` if the function has no type parameters.{g{&#2x 4544B\> IIJIIkg"zzg~66J''W+%vX33>%  2;;Y3/// The parameters of the function-typed parameter.i/// The question mark indicating that the function type is nullable, or `null` /// if there's no question mark. /// /// Having a nullable function type means that the parameter can be null.vv^/// The return type of the function, or `null` if the function doesn't have a /// return type.o/// The type parameters associated with this function, or `null` if this /// function isn't a generic function.ۃր/// A function-typed formal parameter. /// /// functionSignature ::= /// [TypeAnnotation]? name [TypeParameterList]? /// [FormalParameterList] '?'?   /EETii'.+    "  @ 4 B f V h   R/// Initializes a newly created formal parameter. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// parameter doesn't have the corresponding attribute. /// /// The [returnType] can be `null` if no return type was specified.--T=&Th#!     C " S T S S i    &     /  ; < ; ;& P e f e e* {    B  D E D D> h    I        "   g      W  A A% X . .v 2tttww^_^^imˀ||p/// The fragment declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved.))8Q/// The `Function` keyword.ee[5/// The parameters associated with the function type.Ā?b/// The return type of the function type being defined, or `null` if no return /// type was given.NNs/// The type parameters for the function type, or `null` if the function type /// doesn't have any type parameters.3\Ja/// An anonymous function type. /// /// functionType ::= /// [TypeAnnotation]? 'Function' [TypeParameterList]? /// [FormalParameterList] '?'? /// /// where the FormalParameterList is being used to represent the following /// grammar, despite the fact that FormalParameterList can represent a much /// larger grammar than the one below. This is done in order to simplify the /// implementation. /// /// parameterTypeList ::= /// () | /// ( normalParameterTypes ,? ) | /// ( normalParameterTypes , optionalParameterTypes ) | /// ( optionalParameterTypes ) /// namedParameterTypes ::= /// { namedParameterType (, namedParameterType)* ,? } /// namedParameterType ::= /// [TypeAnnotation]? [SimpleIdentifier] /// normalParameterTypes ::= /// normalParameterType (, normalParameterType)* /// normalParameterType ::= /// [TypeAnnotation] [SimpleIdentifier]? /// optionalParameterTypes ::= /// optionalPositionalParameterTypes | namedParameterTypes /// optionalPositionalParameterTypes ::= /// [ normalParameterTypes ,? ]Kbii'.+, J>Lp`r6/// Initializes a newly created generic function type.y'& # 5!5BCXBXak/// The element associated with the function type, or `null` if the AST /// structure hasn't been resolved.O,ijiiCBabaa>I%Ł"gW^^%uKKvOhllwMNMM^! ! `!cL/// The equal sign separating the name being defined from the function type.!n!n"G/// The `case` clause used to match a pattern against the [expression].>>>u/// The statement that is executed if the condition evaluates to `false`, or /// `null` if there's no else statement.>>w?[/// The token representing the `else` keyword, or `null` if there's no else /// expression.?,?,?/// The expression used to either determine which of the statements is /// executed next or to compute the value to be matched against the pattern in /// the `case` clause.??C@6,/// The token representing the `if` keyword.@D@D6@j/// The left parenthesis.@~@~8@/// The right parenthesis.@@mAH/// The statement that is executed if the condition evaluates to `true`.=&='=8=e=@=9=B<<-=|)/// The basic structure of an if element.C'C4C;C;CICXCXCfC{C{"CCCCCCCCC*DDDD#D4D4+DT DuDiDwDDDDDDBB`,/// Initializes a newly created for element.AAAA!AAAAA'ABBBB"B#BDB",BDBSBTBkBS(BkBBBB$BBB"BBB#BE\E]E\E\.ErEEEECFFFFFRFFFFF9GG-G.G-G->GTGoGpGoGo<GGGGGBGHZH[HZHZHxEEEEE[EFDFDF[F4F4bF8HHHGGaGJJJJJJ#IIIIPJ JwJwJJJ!JJPJQJPJPJaK1K1K<KKKKK#A+A+A7KKKL0L0iLG/// The `case` clause used to match a pattern against the [expression].LLM]/// The expression used to either determine which of the statements is /// executed next or to compute the value matched against the pattern in the /// `case` clause.MlMlVMD/// The node that is executed if the condition evaluates to `false`.MMSNC/// The node that is executed if the condition evaluates to `true`.KKԂGKO'O'eOG/// The `case` clause used to match a pattern against the [expression].OOvOZ/// The token representing the `else` keyword, or `null` if there's no else /// statement.P P Pu/// The statement that is executed if the condition evaluates to `false`, or /// `null` if there's no else statement.PPQa/// The expression used to either determine which of the statements is /// executed next or to compute the value matched against the pattern in the /// `case` clause.QpQpQ,/// The token representing the `if` keyword.RR6R'/// The left parenthesis.R;R;8Rb/// The right parenthesis.RwRwgRH/// The statement that is executed if the condition evaluates to `true`.NNNNNNNNNO/// An if statement. /// /// ifStatement ::= /// 'if' '(' [Expression] [CaseClause]? ')'[Statement] /// ('else' [Statement])?U(U7U>U>ULU[U[UiU~U~"UUUUUUUUU$UVVV V1V1%VI VlV`VnVVVVVVTT/// Initializes a newly created if statement. /// /// The [elseKeyword] and [elseStatement] can be `null` if there's no else /// clause.S\S]StS\!StSSSS'SSSSSSSS,SSSTS(TT+T,TDT+$TDTbTTTbTTuTW_W`W_W_.WuWWWW?XXXXXXYAYBYAYA9Y`Y~YY~Y~8YYYYY6YYYYY>ZZZZZZWWWWW[WXEXEXTX3X3bX7ZHZHZVZ6Z6aZ:\[\[\[\^\^\l\E\F\E\ER\T\\\\\\\\RR~R^l^lS^4/// The token representing the `implements` keyword.^^`_:/// The list of the interfaces that are being implemented.]]^^-^^^ ]b]b^D/// The "implements" clause in an class declaration. /// /// implementsClause ::= /// 'implements' [NamedType] (',' [NamedType])*`(`<`C`C`Q`h`h'`__2/// Initializes a newly created implements clause.____)________@_````6`aa aaLaaXaYaXaXFaaaaaabbbbbbbkblbkbkWbzbbbbbbbYb_'_'_3dd_eB/// The expression from which a `call` method is being referenced.eeeeeeee&e&e\/// The element associated with the implicit `call` reference based on the /// static types.ee܀fZc/// The type arguments being applied to the tear-off, or `null` if there are /// no type arguments.flflgN/// The actual type arguments being applied to the tear-off, either explicitly /// specified in [typeArguments], or inferred. /// /// An empty list if the 'call' method doesn't have type parameters.d*d+d<didDd=dFc#c#?d/// An expression representing an implicit 'call' method reference. /// /// Objects of this type aren't produced directly by the parser (because the /// parser can't tell whether an expression refers to a callable type); they /// are produced at resolution time.hjhhh"hhhhhh,hhhi i4i(i6iYiJi[hjhjKggggg$ghhh-h,h-hChDh^hC"h^iiii:iiiiiQj jLjMjLjL9jkjjjjrjkWkXkbkxkck|k}kWkWfkkkkkFklplqlplpljjjjjTjlll3l l alm m m m#m#m1m m m m jmmmmmmmmxmymxmxmn"n"n-nnnn|ngdgdgpp p {p~a/// The token representing the `as` keyword, or `null` if the imported names /// aren't prefixed.ppqd/// The token representing the `deferred` keyword, or `null` if the imported /// URI isn't deferred.qqqqqqqqqqh/// The element associated with this directive, or `null` if the AST structure /// hasn't been resolved.qqKr0/// The token representing the `import` keyword.rrr-r-rn/// Information about this import directive. /// /// Returns `null` if the AST structure hasn't been resolved.rr׀sYg/// The prefix to be used with the imported names, or `null` if the imported /// names aren't prefixed.ooooooonnoہ/// An import directive. /// /// importDirective ::= /// [Annotation] 'import' [StringLiteral] ('as' identifier)? /// [Combinator]* ';' /// | [Annotation] 'import' [StringLiteral] 'deferred' 'as' identifier /// [Combinator]* ';'v'v: vAvAvPv]v]vlvzvzvvvvvvvvvvvvwww%w5wAwAwPwawawpwwwtftfP/// Initializes a newly created import directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// function doesn't have the corresponding attribute. /// /// The [deferredKeyword] can be `null` if the import isn't deferred. /// /// The [asKeyword] and [prefix] can be `null` if the import doesn't specify a /// prefix. /// /// The list of [combinators] can be `null` if there are no combinators.ssss%ssst s(t ttt6t"t6tZtDtZwwwwwwwwwx xIxJxIxIIx_xxxxxxxyyyy8y?yyyyyy`y` yvyUyU]yY{a{a{a{d{d{r{K{L{K{KV{Z{{{{{{{{}}}}}}|f|f}/// Returns `true` if the non-URI components of the two directives are /// syntactically identical. /// /// URIs are checked outside to see if they resolve to the same absolute URI, /// so to the same library, regardless of the used syntax (absolute, relative, /// not normalized).sdsdsp3Dt/// The element to which [name] is resolved. /// /// Usually a [PrefixElement], but can be anything in invalid code.PPu/// The element to which [name] is resolved. /// /// Usually a [PrefixElement2], but can be anything in invalid code.?1-/// The name of the referenced import prefix.::T@/// The `.` that separates [name] from the following identifier.%R-&/낥i'/// Reference to an import prefix name.\u||\\S  ..9:O9O)lPQPP)f}~}}~&jmnmm5~ E-/// The expression used to compute the index.̀/// Whether this expression is cascaded. /// /// If it is, then the target of this expression isn't stored locally but is /// stored in the nearest ancestor that is a [CascadeExpression].a1I/// Whether this index expression is null aware (as opposed to non-null).AA5j/// The left square bracket.zz/// The period (".." | "?..") before a cascaded index expression, or `null` if /// this index expression isn't part of a cascade expression.!!rY/// The question mark before the left bracket, or `null` if there's no /// question mark.\5/// The expression used to compute the object being indexed. /// /// If this index expression isn't part of a cascade expression, then this /// is the same as [target]. If this index expression is part of a cascade /// expression, then the target expression stored with the cascade expression /// is returned.7!/// The right square bracket.22=/// The expression used to compute the object being indexed, or `null` if this /// index expression is part of a cascade expression. /// /// Use [realTarget] to get the target independent of whether this is part of /// a cascade expression.HHs/// Returns `true` if this expression is computing a right-hand value (that /// is, if this expression is in a context where the operator '[]' is /// invoked). /// /// Note that [inGetterContext] and [inSetterContext] aren't opposites, nor /// are they mutually exclusive. In other words, it's possible for both /// methods to return `true` when invoked on the same node.ցs/// Returns `true` if this expression is computing a left-hand value (that is, /// if this expression is in a context where the operator '[]=' is /// invoked). /// /// Note that [inGetterContext] and [inSetterContext] aren't opposites, nor /// are they mutually exclusive. In other words, it's possible for both /// methods to return `true` when invoked on the same node.  J%'Dad/// An index expression. /// /// indexExpression ::= /// [Expression] '[' [Expression] ']'+G@IS]/// Initializes a newly created index expression that is a child of a cascade /// expression.##1??M^^vuu`/// Initializes a newly created index expression that isn't a child of a /// cascade expression.kl~k~!# % $%6/// The element associated with the operator based on the static type of the /// target, or `null` if the AST structure hasn't been resolved or if the /// operator couldn't be resolved.(//WXWW*l2'<&'&&Ei2=J3d/// The cascade that contains this [IndexExpression]. /// /// We expect that [isCascaded] is `true`.C>>Z/// The parameter element representing the parameter to which the value of the /// index expression is bound, or `null` if the AST structure is not resolved, /// or the function being invoked is not known based on static type /// information.  T^^nSSWW888;;I"#""V1|}||y wwXYXXrieIbbN-/// The list of arguments to the constructor.U./// The name of the constructor to be invoked.  /// Whether this creation expression is used to invoke a constant constructor, /// either because the keyword `const` was explicitly provided or because no /// keyword was provided and this expression is in a constant context.  /// The `new` or `const` keyword used to indicate how an object should be /// created, or `null` if the keyword isn't explicitly provided.77x-/// An instance creation expression. /// /// newExpression ::= /// ('new' | 'const')? [NamedType] ('.' [SimpleIdentifier])? /// [ArgumentList](55,Rgg&, *,=/// Initializes a newly created instance creation expression.$(e4/// The type arguments associated with the constructor, rather than with the /// class in which the constructor is defined. /// /// It's always an error if there are type arguments because Dart doesn't /// currently support generic constructors, but we capture them in the AST in /// order to recover better. ?bcbbKxHbcbb9x??a7/// Whether this is an implicit constructor invocation.<{?4/// The type arguments associated with the constructor, rather than with the /// class in which the constructor is defined. /// /// It's always an error if there are type arguments because Dart doesn't /// currently support generic constructors, but we capture them in the AST in /// order to recover better.؀h%auu#ccqggYYiss|6766G 88<l'/// The token representing the literal.xx/// The value of the literal, or `null` when [literal] doesn't represent a /// valid `int` value, for example because of overflow.1/// An integer literal expression. /// /// integerLiteral ::= /// decimalIntegerLiteral /// | hexadecimalIntegerLiteral /// /// decimalIntegerLiteral ::= /// decimalDigit+ /// /// hexadecimalIntegerLiteral ::= /// '0x' hexadecimalDigit+ /// | '0X' hexadecimalDigit+  0/// Initializes a newly created integer literal.cd{c{+,++,A[\[[*q/// Whether this literal's [parent] is a [PrefixExpression] of unary negation. /// /// Note: this does *not* indicate that the value itself is negated, just that /// the literal is the child of a negation operation. The literal value itself /// is always positive.:;::dXU.88A _     /// Whether the given [source] is a valid lexeme for an integer /// literal. /// /// The flag [isNegative] should be `true` if the lexeme is preceded by a /// unary negation operator.LL S33m9/// Suggests the nearest valid double to a user. /// /// If the integer they wrote requires more than a 53 bit mantissa, or more /// than 10 exponent bits, do them the favor of suggesting the nearest integer /// that would work for them.9:KxSLUǤǤ ȇ/// A node within a [StringInterpolation]. /// /// interpolationElement ::= /// [InterpolationExpression] /// | [InterpolationString]ȳȳ`JJrʱS/// The expression to be evaluated for the value to be converted into a /// string.ˍ/// The token used to introduce the interpolation expression. /// /// This will either be `$` if the expression is a simple identifier or `${` /// if the expression is a full expression.˝˝| _/// The right curly bracket, or `null` if the expression is an identifier /// without brackets.ɸɹ/// An expression embedded in a string interpolation. /// /// interpolationExpression ::= /// '$' [SimpleIdentifier] /// | '$' '{' [Expression] '}'>Y``n"͗ͧͧ͵9/// Initializes a newly created interpolation expression.̩̑̒̑#̩̹%0$BCBBGX΍Ύ΍΍9ά,-,,J^  dwwЂXYXXYi)ѱѱF0/// The characters that are added to the string.K:4/// The offset of the after-last contents character.JJI҄//// The offset of the first contents character.җҗ1/// The value of the literal.#$5b=6?ееym/// A non-empty substring of an interpolated string. /// /// interpolationString ::= /// characters (zza/// Initializes a newly created string of characters that are part of a string /// interpolation.89P8 P]^p]p8988-Nijii>}ԫԬԫԫLԿ+*+**RNՀՁՀՀf՞ֻֻֻּZ88C5*̄xxIش(/// The list of arguments to the method.Łp,A/// The expression that identifies the function or method being invoked. /// /// For example: /// /// ```dart /// (o.m)(args); // target is `o.m` /// o.m(args); // target is `m` /// ``` /// /// In either case, the `function.staticType` is the [staticInvokeType] before /// applying type arguments `TArgs`.99ށ/// The function type of the invocation based on the static type information, /// or `null` if the AST structure hasn't been resolved, or if the invoke /// couldn't be resolved. /// /// This is usually a [FunctionType], but it can also be `dynamic` or /// `Function`. In the case of interface types that have a `call` method, we /// store the type of that `call` method here as parameterized.܁s/// The type arguments to be applied to the method being invoked, or `null` if /// no type arguments were provided.ܓܓ!ݢ/// The actual type arguments of the invocation, either explicitly specified /// in [typeArguments], or inferred, or `null` if the AST structure hasn't /// been resolved. /// /// An empty list if the [function] doesn't have type parameters.2 RRdI/// The invocation of a function or method. /// /// This will either be a [FunctionExpressionInvocation], [MethodInvocation], /// or a [DotShorthandInvocation]. ,2EE&_߄u߆߫ߝ߭ƁB+/// Initializes a newly created invocation...V@$Vijޅi-ޅޛޜޱޛ&ޱ    ?-F``qOOhS#-q ݸݸ\\eH/// The expression used to compute the value whose type is being tested.,/// The is operator.aJG/// The not operator, or `null` if the sense of the test isn't negated.ZZ9/// The type being tested for.zz5d/// An is expression. /// /// isExpression ::= /// [Expression] 'is' '!'? [TypeAnnotation]"'77EUUctt ss~/// Initializes a newly created is expression. /// /// The [notOperator] can be `null` if the sense of the test isn't negated."-.F-$FiVi;*STSS1i9'(''?Bjkjj1 ^JSCCS]]f !  1t㗆!!Mh:/// The colon that separates the label from the statement.rrp/// The fragment declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved.P[2/// The label being associated with the statement.44/y/// A label on either a [LabeledStatement] or a [NamedExpression]. /// /// label ::= /// [SimpleIdentifier] ':'[[Q3/// The labels being associated with the statement.X=/// The statement with which the labels are being associated.ee1u/// A statement that has a label associated with them. /// /// labeledStatement ::= /// [Label]+ [Statement] *66 Mj_l2/// Initializes a newly created labeled statement.g8ǀYZYY6o:6hihh@񬀊'  YPPPSSa:;::WIu  # 󏀯&/// Initializes a newly created label.bMbmnmBCBB6X|}||q(5B}``uVVPZAAADDR+,++L:{|{{TN 怟/// The element associated with this directive. /// /// Returns `null` if the AST structure hasn't been resolved or if this /// directive couldn't be resolved.M11/// The token representing the `library` keyword.DDJ*/// The name of the library being defined.C,/// The semicolon terminating the directive.GHYaZcӃs/// A library directive. /// /// libraryDirective ::= /// [Annotation] 'library' [LibraryIdentifier]? ';'ey$+%-/// Initializes a newly created library directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute.45L4&Lv_v!WXbyc}~WWl`+,++,A[\[[Jq6"5655SN     WmmxNONNv_مR %/// The components of the identifier.CDU]V_ȁQz/// The identifier for a library. /// /// libraryIdentifier ::= /// [SimpleIdentifier] ('.' [SimpleIdentifier])*.<ŀ4/// Initializes a newly created prefixed identifier.yG<M*0DEDD8Z9:99<Tyzyy&&&))7Xlmll}Y3'pD/// The syntactic elements used to compute the elements of the list.  5 -/// The left square bracket. = =7 g/// The right square bracket.$Q,%.PP&h/// A list literal. /// /// listLiteral ::= /// 'const'? [TypeAnnotationList]? '[' elements? ']' /// /// elements ::= /// [CollectionElement] (',' [CollectionElement])* ','? {            -  & & 4 d d/// Initializes a newly created list literal. /// /// The [constKeyword] can be `null` if the literal isn't a constant. /// /// The [typeArguments] can be `null` if no type arguments were declared. /// /// The list of [elements] can be `null` if the list is empty.    #  & 2 3 4 5  F  ; < S ;$ S { | { {     J     /  H     Rll|IJIIZy x x \\N!/// The elements in this pattern.5/// The left square bracket.瀪/// The required type, specified by [typeArguments] or inferred from the /// matched value type, or `null` if the node isn't resolved yet.7/// The right square bracket.ЀQf/// The type arguments associated with this pattern, or `null` if no type /// arguments were declared.aa5}/// A list pattern. /// /// listPattern ::= /// [TypeArgumentList]? '[' [DartPattern] (',' [DartPattern])* ','? ']'cc!/// An element of a list pattern.].%33A5#DPQRS8 G8YZqY$q"MG.HIHH/^{|{{JɀR@@Pa+{|{{Wz\\hTTT/// A node that represents a literal expression. /// /// literal ::= /// [BooleanLiteral] /// | [DoubleLiteral] /// | [IntegerLiteral] /// | [ListLiteral] /// | [NullLiteral] /// | [RecordLiteral] /// | [SetOrMapLiteral] /// | [StringLiteral] /// | [SymbolLiteral] /// | [TypedLiteral]`a``<{&*v/// The set of local variables and parameters that are potentially mutated /// within the scope of their declarations.Bm/// Additional information about local variables within a function or method /// produced at resolution time.  8 /// The left sub-pattern.! ! ,!./// The `&&` operator.!;!;:!h/// The right sub-pattern. L M ^  f _ h䁓 g/// A logical-and pattern. /// /// logicalAndPattern ::= /// [DartPattern] '&&' [DartPattern]"b"w"~"~""""""""b"b!!!!-!" " """ """/"0"Q"/."Q#(#)#(#(;#>#g#h#g#g8#}####M#####$$$$$$$$$$$X$%>%>%N%%%%%)&&&%&:&:&M%%%%`&'j'j'u'K'L'K'K{'\!y!yO!((8(/// The left sub-pattern.((,)/// The `||` operator.)):)K/// The right sub-pattern.(0(1(B(o(J(C(L''ʁ(e/// A logical-or pattern. /// /// logicalOrPattern ::= /// [DartPattern] '||' [DartPattern]*C*W*^*^*l*}*}*****C*C))))-)))*) ****2*.*2++ ++;++G+H+G+G8+]++++L+++++Ӏ+,,,,,,,,,,W,---,,,,,---....*----ā-////m/n/m/m{/~)\)\)h00^1MH/// The expression computing the key with which the value is associated.1U1Uo1S/// The question prefix for the key that may present in null-aware map /// entries.11K2 4/// The colon that separates the key from the value.22_2pG/// The expression computing the value that is associated with the key.2z2zs2U/// The question prefix for the value that may present in null-aware map /// entries.0l0m0~0000//0/// A single key/value pair in a map literal. /// /// mapLiteralEntry ::= /// '?'? [Expression] ':' '?'? [Expression]434F4M4M4[4l4l44444444444445 5533T2/// Initializes a newly created map literal entry.3R3S3k3R$3k33{33333!33333&33335V5W5V5VC5l5555255555+56N6O6N6N/6m6666ـ66 6 666H666666T67777777777V78W8W8g8q8q!8808180808A999"8888n9 22w2:u:uM:!/// The elements in this pattern.::4:/// The left curly bracket.::c;TE/// The matched value type, or `null` if the node isn't resolved yet.;e;e6;/// The right curly bracket.;;< f/// The type arguments associated with this pattern, or `null` if no type /// arguments were declared.99: :8:: :9j9j:O/// A map pattern. /// /// mapPattern ::= /// [TypeArgumentList]? '{' [MapPatternEntry] (',' [MapPatternEntry])* /// ','? '}'>V>e@/// The expression computing the key of the entry to be matched.>m>mK>4/// The colon that separates the key from the value.>>A>(/// The pattern used to match the value.==========g/// An entry in a map pattern. /// /// mapPatternEntry ::= /// [Expression] ':' [DartPattern]????@ @@@"@1@1@?@R@M@T??ـ?~?o?~????!?????'?@@@@3@@@@@1@AAAA+A#AyAzAyAyAA;A;AJA3A3BA7B7B7B7B:B:BHB!B"B!B!VB0BBBB{B|B{B{lB??? D5DCDJDJDXDkDkDyDD-DDDDD5D5C8C9C`C85C`CrCsCCr#CCCCCCCCFCCCCC$CDDD$D"D$E6E7E6E6MELEEEEFEEEEE/EFFFFJF&FRFSFRFRFpG_G_G_GbGbGpGIGJGIGIQGXGGGGGGGwGJGJGJWJlJlJJJJJJ3KKK JJJJzJBBrBN$N$ENZ(/// The token for the `augment` keyword.NmNm4N/// The body of the method.NNNNNNNNNaNO O OOO O EO>OSOSzOZ/// The token for the `external` keyword, or `null` if the constructor isn't /// external.OOTP=/// Whether this method is declared to be an abstract method.P)P)?P_*/// Whether this method declares a getter.PlPlDP-/// Whether this method declares an operator.PP?P*/// Whether this method declares a setter.PPOQ=:/// Whether this method is declared to be a static method.QJQJQo/// The token representing the `abstract` or `static` keyword, or `null` if /// neither modifier was specified.QQ-R/// The name of the method.RRRl/// The token representing the `operator` keyword, or `null` if this method /// doesn't declare an operator.RRS^/// The parameters associated with the method, or `null` if this method /// declares a getter.S)S)Sǀ/// The token representing the `get` or `set` keyword, or `null` if this is a /// method declaration rather than a property /// declaration.SSnT>L/// The return type of the method, or `null` if no return type was declared.TMTMTi/// The type parameters associated with this method, or `null` if this method /// isn't a generic method.MMMMMMMK_K_MA/// A method declaration. /// /// methodDeclaration ::= /// methodSignature [FunctionBody] /// /// methodSignature ::= /// 'external'? ('abstract' | 'static')? [Type]? ('get' | 'set')? /// methodName [TypeParameterList] [FormalParameterList] /// /// methodName ::= /// [SimpleIdentifier] /// | 'operator' [SimpleIdentifier] /// /// Prior to the 'extension-methods' experiment, these nodes were always /// children of a class declaration. When the experiment is enabled, these nodes /// can also be children of an extension declaration.WwW WWWWWWWWWWWWXXXX4X4XBXRXRX`XuXuXXXXXXXXXXXXXWwWw UgUhUUg'UUUUU(UUUUU(UUUVU0VV"V#V;V"(V;VOVPVhVO(VhV|V}VV|VVVVV7VVVWV5WWWW6W'W6W?W@WbW?3Wb YYYYYYYYYyYZZZZ0Z'ZEZFZEZEZ[[W[X[W[W[l\\ \\I\\U\V\U\U;\j\\\\I\\\\\L\]1]2]1]1]O_F_F_F_I_I_W_0_1_0_0X_?________TT勄TbbÀc/// Whether this expression is cascaded. /// /// If it is, then the target of this expression isn't stored locally but is /// stored in the nearest ancestor that is a [CascadeExpression].ccbcJ/// Whether this method invocation is null aware (as opposed to non-null).ddLdF)/// The name of the method being invoked.dUdU0e|/// The operator that separates the target from the method name, or `null` if /// there's no target. /// /// In an ordinary method invocation this is either a period (`.`) or a /// null-aware opertator (`?.`). In a cascade section this is the cascade /// operator ('..').eeFfā /// The expression used to compute the receiver of the invocation. /// /// If this invocation isn't part of a cascade expression, then this is the /// same as [target]. If this invocation is part of a cascade expression, /// then the target stored with the cascade expression is returned.ffӁgh3C/// The expression producing the object on which the method is defined, or /// `null` if there's no target (that is, the target is implicitly `this`) or /// if this method invocation is part of a cascade expression. /// /// Use [realTarget] to get the target independent of whether this is part of /// a cascade expression.bbb-bZb5b.b7`k`kbq/// The invocation of either a function or a method. /// /// Invocations of functions resulting from evaluating an expression are /// represented by [FunctionExpressionInvocation] nodes. Invocations of getters /// and setters are represented by either [PrefixedIdentifier] or /// [PropertyAccess] nodes. /// /// methodInvocation ::= /// ([Expression] '.')? [SimpleIdentifier] [TypeArgumentList]? /// [ArgumentList]j1jEjLjLjejqjqjjj(jjjjjjjk kk k(kk*iiz/// Initializes a newly created method invocation. /// /// The [target] and [operator] can be `null` if there's no target.hhhhhhhhii iii*ic/// The invoke type of the [methodName] if the target element is a getter, /// or `null` otherwise. k~kk~k~klYlZlYlY9lollll6lllllЀlmmmmmnnnn?no7o7p/// The invoke type of the [methodName]. /// /// If the target element is a [MethodElement2], this is the same as the /// [staticInvokeType]. /// /// If the target element is a getter, presumably returning an /// [ExecutableElement2] so that it can be invoked in this [MethodInvocation], /// then this type is the type of the getter, and the [staticInvokeType] is /// the invoked type of the returned element.qqqq<qqqqqǀqrQrRrQrQ2rqrrJsgd/// The cascade that contains this [IndexExpression]. /// /// We expect that [isCascaded] is `true`.t0t1t0t0tNu;u<u;u;CuTnnnnndnq>q>qHq+q+Xq/rrrrrWruuuuuuuuuuWuvvvvvv#uuuu݀uvvvv}v~v}v}vwfwfwqw@wAw@w@ewQh>h>ihJyyxrxryR/// The element associated with the expression based on the static types. /// /// Returns`null` if the AST structure hasn't been resolved, or there's no /// meaningful element to return. The latter case can occur, for example, when /// this is a non-compound assignment expression, or when the method referred /// to couldn't be resolved.{]{^{h{~{izz{Q/// The element associated with the expression based on the static types, or /// `null` if the AST structure hasn't been resolved, or there's no meaningful /// static element to return. The latter case can occur, for example, when /// this is a non-compound assignment expression, or when the method referred /// to couldn't be resolved.wwwx'xwxwwx>>/// An expression that implicitly makes reference to a method. ||\},/// The name associated with the expression./// An expression that has a name associated with it. /// /// They are only used in method invocations when there are named parameters. /// /// namedExpression ::= /// [Label] [Expression]" & (B6D 1/// Initializes a newly created named expression.`V`yjy5zMN]^MM{79&(#$##9>`a``~SSbDD^HMVeeuBCBBS t[GHRiSggz/// The element of [name2] considering [importPrefix] for example a /// [ClassElement2], or [TypeAliasElement2], or `null` if [name2] can't be /// resolved, or there's no element for the type name, such as for `void`.D/// The element of [name2] considering [importPrefix]. /// /// This could be a [ClassElement2], [TypeAliasElement2], or other type defining /// element. /// /// Returns `null` if [name2] can't be resolved, or there's no element for the /// type name, such as for `void`.Y./// The optional import prefix before [name2].++?/// Whether this type is a deferred type. /// /// A deferred type is a type that is referenced through an import prefix /// (such as `p.T`), where the prefix is used by a deferred import. /// /// Returns `false` if the AST structure hasn't been resolved.NN,t/// The name of the type.~~/// The type being named, or `null` if the AST structure hasn't been resolved, /// or if this is part of a [ConstructorReference].((^/// The type arguments associated with the type, or `null` if there are no /// type arguments.(YYX?/// A named type, which can optionally include type arguments. /// /// namedType ::= /// [ImportPrefixReference]? name typeArguments?w0 kt/// Initializes a newly created type name. /// /// The [typeArguments] can be `null` if there are no type arguments.(./F.FPQ`avP.v/!klkkFk$%$$O:wxwwWEFEEZKLKKO` oP{{oG/// The combinators used to control how names are imported or exported.gX/// The configurations used to control which library is actually loaded at /// run-time.zzC,/// The semicolon terminating the directive. 8 VViG/// A node that represents a directive that impacts the namespace of a library. /// /// directive ::= /// [ExportDirective] /// | [ImportDirective] !..=KKZcc0*q/// Initializes a newly created namespace directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute. /// /// The list of [combinators] can be `null` if there are no combinators.amnopO)HOvB!XYXXIR,hWh>L%&%%X4ګګڻځڂځځږۦۦ۶xyxxmےU\\h::Bs,/// The question mark before the expression.ހހcK/// The expression computing the value that is associated with the element.ݲݳBBo/// A null-aware element in a list or set literal. /// /// ::= '?' ߿#%߉߉3/// Initializes a newly created null-aware element.JKbJ b~o~QRQQ-g2/CDCCaTWLL\ff!%&%%6  T](>/// The `?` token.KK/r/// The sub-pattern.FF6V/// A null-check pattern. /// /// nullCheckPattern ::= /// [DartPattern] '?'.BIIWddr..v)  ! !7+J4`a``P洀ZZZ]]kDEDDWS矀藁n((3    U~~''<['/// The token representing the literal.bbK/// A null literal expression. /// /// nullLiteral ::= /// 'null'*b-/// Initializes a newly created null literal.<=<<,Rlmll*d)R{{XYXXi_ggs,,E/// The expression that terminates any null shorting that might occur in this /// expression. /// /// This might be called regardless of whether this expression is itself /// null-aware. /// /// For example, the statement `a?.b[c] = d;` contains the following /// null-shortable subexpressions: /// - `a?.b` /// - `a?.b[c]` /// - `a?.b[c] = d` /// /// Calling [nullShortingTermination] on any of these subexpressions yields /// the expression `a?.b[c] = d`, indicating that the null-shorting induced by /// the `?.` causes the rest of the subexpression `a?.b[c] = d` to be skipped.VVcM/// Abstract interface for expressions that may participate in null-shorting.SS\7/// The patterns matching the properties of the object.6/// The left parenthesis.8/// The right parenthesis.))Y}C/// The name of the type of object from which values are extracted.]]'*v/// An object pattern. /// /// objectPattern ::= /// [Identifier] [TypeArgumentList]? '(' [PatternField] ')'&,?5'5IJaI(avwv$43=(>?>>J`}~}}TՀ^^i?@??nP)G*/// The expression within the parentheses.6/// The left parenthesis.%%8L/// The right parenthesis.*W2+4nf/// A parenthesized expression. /// /// parenthesizedExpression ::= /// '(' [Expression] ')'"!CC9/// Initializes a newly created parenthesized expression.'.(.WXWW4m39efee<9!^dAAQ[[d/Yaam  6 0/// The left parenthesis. D DB ~'/// The pattern within the parentheses.  8 /// The right parenthesis.""a/// A parenthesized pattern. /// /// parenthesizedPattern ::= /// '(' [DartPattern] ')'              + , C +' C W X y W) y    (  [ \ [ [4 q    3     J      4    P  $ % $ $ B       a\]\\qBBRggz6.mmxNONNU_  Ɔ rD/// The configurations that control which file is actually included. -12NNZZl/// Information about this part directive. /// /// Returns `null` if the AST structure hasn't been resolved.G9./// The token representing the `part` keyword.IIC,/// The semicolon terminating the directive. L' )ce/// A part directive. /// /// partDirective ::= /// [Annotation] 'part' [StringLiteral] ';'O`ggv0  /// Initializes a newly created part directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute.#XdefgGSGmnm!opz{oo,()((G>stss]ԀT44?~&D/// The name of the library that the containing compilation unit is part of, /// or `null` if no name was given (typically because a library URI was /// provided).TTC,/// The token representing the `of` keyword.G./// The token representing the `part` keyword.C,/// The semicolon terminating the directive.--〞/// The URI of the library that the containing compilation unit is part of, or /// `null` if no URI was given (typically because a library name was provided).C RZl/// A part-of directive. /// /// partOfDirective ::= /// [Annotation] 'part' 'of' [Identifier] ';'--;JJfoo+7/// Initializes a newly created part-of directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute.DE\D#\lml!#! 7 8 7 7, M g h g gG }    C !g!h!g!g/!!!!!"! ! "!   j !!!!!F!######""""V"#c#c#n#D#E#D#D#U$$R%>/// The equal sign separating the pattern from the expression.%%O%a2/// The expression that is matched by the pattern.%p%pG%,/// The pattern that matches the expression.$E$F$W$$_$X$a##$d/// A pattern assignment. /// /// patternAssignment ::= /// [DartPattern] '=' [Expression]'%':'A'A'O'\'\'j'v'v"'''''%'%&&&1&&1&K&<&K&[&\&}&[)&}'&'w/// The pattern type schema, used for downward inference of [expression]; /// or `null` if the node isn't resolved yet.((((7((>(?(>(>6(T(x(y(x(x9()))))))))瀰*(((((^(**********X*+++*+4+4+=****++++++++u+%%T%--./// The effective name of the field, or `null` if [name] is `null` and /// [pattern] isn't a variable pattern. /// /// The effective name can either be specified explicitly by [name], or /// implied by the variable pattern inside [pattern]........./// The element referenced by [effectiveName], or `null` if not resolved yet, /// non-`null` inside valid [ObjectPattern]s, always `null` inside /// [RecordPattern]s.////0 /// The element referenced by [effectiveName]. /// /// Returns `null` if the AST structure is not resolved yet. /// /// Returns non-`null` inside valid [ObjectPattern]s; always returns `null` /// inside [RecordPattern]s.00f0zH/// The name of the field, or `null` if the field is a positional field.00X0=/// The pattern used to match the corresponding record field.,,,,,,,,,,t/// A field in an object or record pattern. /// /// patternField ::= /// [PatternFieldName]? [DartPattern]1111111111|1,1-1B1,1B1O1P1w1O,1w1111)12.2/2.2.K2D2}2~2}2}23^3_3i33j333^3^l333333344444#4444444444S4555 4444p400߄v06D6D46r!/// The colon following the name.6|6|-6/// The name of the field.55565555W5WT6n/// A field name in an object or record pattern field. /// /// patternFieldName ::= /// [Token]? ':'7J7^7`7`7n7t7t77J7J@777777(7)7A7(7A7777277777(7777788888888u8v8u8uW88888888_8666:E:ER:>/// The equal sign separating the pattern from the expression.::O:2/// The expression that is matched by the pattern.::R;8=/// The `var` or `final` keyword introducing the declaration.;D;DG;,/// The pattern that matches the expression.99999999393Z: /// A pattern variable declaration. /// /// patternDeclaration ::= /// ( 'final' | 'var' ) [DartPattern] '=' [Expression]==========>> > ">$>4>4>C>P>P>_>|>p>~==7<<<<<<4<%<4>>>6>? ? ? ? 9?+???(/// If [keyword] is `final`, returns it.@P@Q@P@PC@f@@@@@?X?X?g?I?I^?MAAAAAAAnAoAnAngA}AABAAAAـA;;;CCJC/// The pattern declaration.CCCD ,/// The semicolon terminating the statement.BBCC/C CC BtBtCF{/// A pattern variable declaration statement. /// /// patternDeclaration ::= /// [PatternVariableDeclaration] ';'EE'E.E.E<EMEME[EEDDDD<DDDDD!DEEEE;EEEEE,EFFFFF#FFFFFFFFFFpFG2G2G=GGGGYG$DDVD$IIHHɁIр/// The element associated with the operator based on the static type of the /// operand, or `null` if the AST structure hasn't been resolved, if the /// operator isn't user definable, or if the operator couldn't be resolved.IITJ):/// The expression computing the operand for the operator.J5J5LJx6/// The postfix operator being applied to the operand.KmKnKxKKyKKJJ:K/// The element associated with the operator based on the static type of the /// operand, or `null` if the AST structure hasn't been resolved, if the /// operator isn't user definable, or if the operator couldn't be resolved.GGGHGGGGpGpQH'`/// A postfix unary expression. /// /// postfixExpression ::= /// [Expression] [Token]MMM#M#M;MHMHMVMpMgMrLLр3/// Initializes a newly created postfix expression.LwLhLwLLLL LLLLL#LMMMM8MMMMM+MN NN N 3N,NNNN<NNNNONOONNiO%OMONOMOMOkOOOOCOPPQ*/// The parameter element representing the parameter to which the value of the /// operand is bound, or `null` ff the AST structure is not resolved or the /// function being invoked isn't known based on static type information.NPNPN_NDNDXNHRRRRRRRRRRXRS"S"S2S<S<SERSRRSSSSSSSSVST T T+SSSSeT KKÈKUUEV"/// The identifier being prefixed.VVW$/// Whether this type is a deferred type. /// /// A deferred type is a type that is referenced through an import prefix /// (such as `p.T`), where the prefix is used by a deferred import. /// /// Returns `false` if the AST structure hasn't been resolved.W3W3SW?/// The period used to separate the prefix from the identifier.WWmWN/// The prefix associated with the library in which the identifier is defined.UDUEUVUU^UWU`TcTcU/// An identifier that is prefixed or an access to an object property where the /// target of the property access is a simple identifier. /// /// prefixedIdentifier ::= /// [SimpleIdentifier] '.' [SimpleIdentifier]XYYY$Y6YBYBYPY\Y\(YzYYYYYYXXāB4/// Initializes a newly created prefixed identifier.XpX[XpX|X}XX|XXX X Z Z Z Z 7Z ZEZFZEZEGZ_ZZZZ7ZZZZZ?Z[v[w[v[v[\F\G\F\FE\]\\\\<\\\\\7\]j]k]j]j][[[2[[d[]]]*] ] \]^-^-^-^0^0^>^^^^Y^&^^^^^^^t^u^t^t^_5_5_@____v_'WWXaa``a/// The element associated with the operator based on the static type of the /// operand, or `null` if the AST structure hasn't been resolved, if the /// operator isn't user definable, or if the operator couldn't be resolved.aaTbF:/// The expression computing the operand for the operator.bRbRKb5/// The prefix operator being applied to the operand.cccccccbb:c̀/// The element associated with the operator based on the static type of the /// operand, or `null` if the AST structure hasn't been resolved, if the /// operator isn't user definable, or if the operator couldn't be resolved.__``.` `` __M`E^/// A prefix unary expression. /// /// prefixExpression ::= /// [Token] [Expression]e e4e;e;eIeWeWeoeeedd2/// Initializes a newly created prefix expression.dddd dddddddd#deeee-eeeee4ff#f$f#f#3fBffff;fffgggggffhg9gagbgagagggggChh3h3i>/// The parameter element representing the parameter to which the value of the /// operand is bound, or `null` if the AST structure is not resolved or the /// function being invoked isn't known based on static type information.fffffufZfZXf^jjjjjjjjjjWjk4k4kDkNkNkWkkkkk"kkkkkkkVkl1l1l<l l l l lcc߈cnpnpo=/// Whether this expression is cascaded. /// /// If it is, then the target of this expression isn't stored locally but is /// stored in the nearest ancestor that is a [CascadeExpression].oLoL`oH/// Whether this property access is null aware (as opposed to non-null).oo7o!/// The property access operator.ooQp/,/// The name of the property being accessed.p@p@Eqz /// The expression used to compute the receiver of the invocation. /// /// If this invocation isn't part of a cascade expression, then this is the /// same as [target]. If this invocation is part of a cascade expression, /// then the target stored with the cascade expression is returned.qq"r/// The expression computing the object defining the property being accessed, /// or `null` if this property access is part of a cascade expression. /// /// Use [realTarget] to get the target independent of whether this is part of /// a cascade expression.mmmnmmmlln*/// The access of a property of an object. /// /// Note, however, that accesses to properties of objects can also be /// represented as [PrefixedIdentifier] nodes in cases where the target is also /// a simple identifier. /// /// propertyAccess ::= /// [Expression] '.' [SimpleIdentifier]sssstt t t.t<t<*tZtxtptztttssJ;/// Initializes a newly created property access expression.sLs<sLsXsYspsX spss}"s ttttuuzu{uzuz9uuuuu*uuuuu倍uvvvwvvvvvw[w\w[w[<wvwwwwCwxNxOxNxNxmxxxx2xyiyiTyn/// The cascade that contains this [IndexExpression]. /// /// This method assumes that [isCascaded] is `true`.zzzzz{v{w{v{vC{wwxwwhwyyy)yyWy{{{{{{{{{{U{|9|9|I|S|S|\|||||'|||||||y|}W}W}b}1}2}1}1e}Brrr~~{^/// The token representing the `const` keyword, or `null` if the literal isn't /// a constant...gD/// The syntactic elements used to compute the fields of the record./// Whether this literal is a constant expression. /// /// It is a constant expression if either the keyword `const` was explicitly /// provided or because no keyword was provided and this expression occurs in /// a constant context.6/// The left parenthesis.8/// The right parenthesis.~4~5~F~s~N~G~P}}|~/// A record literal. /// /// recordLiteral ::= '(' recordField (',' recordField)* ','? ')' /// /// recordField ::= (identifier ':')? [Expression]^ovv$,,//// Initializes a newly created record literal.ghg%'=(8988DN3;J DEDD ~~~hihhTw||]^]]Un$J%/// The fields of the record pattern.6/// The left parenthesis.((8O/// The right parenthesis.!"3`;4=wj/// A record pattern. /// /// recordPattern ::= /// '(' [PatternField] (',' [PatternField])* ')'|&||?''(?'(?rYT#Y89884Npqpp3=J 6766T!!!$$2    Tcdcc8xijiiTzdd[p##6I/// The left parenthesis.]]R/// The optional named fields.q+/// The positional fields (might be empty).((8O/// The right parenthesis./// A record type. /// /// recordType ::= /// '(' recordTypeFields ',' recordTypeNamedFields ')' /// | '(' recordTypeFields ','? ')' /// | '(' recordTypeNamedFields ')' /// /// recordTypeFields ::= recordTypeField ( ',' recordTypeField )* /// /// recordTypeField ::= metadata type identifier? /// /// recordTypeNamedFields ::= /// '{' recordTypeNamedField /// ( ',' recordTypeNamedField )* ','? '}' /// /// recordTypeNamedField ::= metadata type identifier  SV./// The annotations associated with the field.cc-/// The name of the field.5/// The type of the field.ddg(/// A field in a [RecordTypeAnnotation].'9:sh9Jh)stssK8p̓M !!GXnn|߁U' q&']&B]mnm(!89884Npqpp?4iwwXYXXi(  J%'܀a./// A named field in a [RecordTypeAnnotation].xxxxWXoWo     ś77]&/// The fields contained in the block.4/// The left curly bracket.6/// The right curly bracket.kk>/// The portion of a [RecordTypeAnnotation] with named fields.9\ccq899#  b($(0+IJII/_|}||WWWZZhABAAtPT  EFW_Xa3/// A positional field in a [RecordTypeAnnotation].}:::==K$%$$x3쁲$$Ne-/// The list of arguments to the constructor.vvq/// The name of the constructor that is being invoked, or `null` if the /// unnamed constructor is being invoked./// The token for the period before the name of the constructor that is being /// invoked, or `null` if the unnamed constructor is being invoked.>%/// The token for the `this` keyword.ij{|b/// The invocation of a constructor in the same class from within a /// constructor's initialization list. /// /// redirectingConstructorInvocation ::= /// 'this' ('.' identifier)? argumentsZ~.& 3"5\N^``[/// Initializes a newly created redirecting invocation to invoke the /// constructor with the given name with the given arguments. /// /// The [constructorName] can be `null` if the constructor being invoked is /// the unnamed constructor.#&*+N*1N?nonn0Jcdstcc^ !  96]^]]{$h oWaaaddrKLKKmZ<z{@@{7/// The element of the [operator] for the matched type.mn/// The element of the [operator] for the matched type. /// /// Returns `null` if the AST structure hasn't been resolved or if the /// operator couldn't be resolved.I//// The expression used to compute the operand.@"*/// The relational operator being applied.BBz/// A relational pattern. /// /// relationalPattern ::= /// (equalityOperator | relationalOperator) [Expression] "00HaXc $-r9:993Opqpp3MNONNlRXddt:;::O""2GGZoghggUx//;:(/// The name of the primary constructor.M9/// The period separating [name] from the previous token.   K&(db=/// The name of the primary constructor of an extension type.-[<=<<+Rklkk'33366Dr,²²½“”““5¤&&2 čĎĘĺę__+/// The element of the primary constructor.:;퀊cJ/// The fragment of the primary constructor contained in this declaration.{{g1/// The optional name of the primary constructor.%A&~W1/// The element for [fieldName] with [fieldType].hhT/// The fragment for [fieldName] with [fieldType] contained in this /// declaration.X@./// The annotations associated with the field.RR3{/// The representation name.ljlj<ǻ/// The representation type.6/// The left parenthesis.8*/// The right parenthesis. ̅q./// The declaration of an extension type representation. /// /// It declares both the representation field and the primary constructor. /// /// ::= /// ('.' )? '(' ')'eʂʉʉʗʬʬʺ++::Hee~ȪȫȪD7/0G/'G[\ɚɦɧɨɩɊ[OɊɯɰɯ.! &+&89P8(PS>?IkJop>>̗3#'(kIklkk^͉n^^i?@??P??K3/// The operator token '...'.5</// The optional pattern.67HuPIRcЌR/// A rest pattern element. /// /// restPatternElement ::= '...' [DartPattern]?@V]]kyy҇@@x 4*4ҼҽҼҼ-@1211OӼӽӼӼgFFQ'(''V8HH7TSSMՑ1/// The token representing the `rethrow` keyword.ԁԁ!'O/// A rethrow expression. /// /// rethrowExpression ::= /// 'rethrow'cx֍--u3/// Initializes a newly created rethrow expression.&֦֧֦֦3ּ1?-UVUUrsXJJZddm'(''8_դդհڃg/// The expression computing the value to be returned, or `null` if no /// explicit value was provided.ڒڒK0/// The token representing the `return` keyword.C,/// The semicolon terminating the statement.وىٚ٢ٛ٤++\/// A return statement. /// /// returnStatement ::= /// 'return' [Expression]? ';'s܆܍܍ܛܮܮ#F{/// Initializes a newly created return statement. /// /// The [expression] can be `null` if no explicit value was provided.ہۂۙہ%ۙۻ۫ۻ!;<;;2Qqrqq,݇ݡݢݡݡ:BCBB`_+V}}߈^_^^Zo((4B+/// The token representing this script tag.PQbjcl߼߼Oঀ/// A script tag that can optionally occur at the beginning of a compilation /// unit. /// /// scriptTag ::= /// '#!' (~NEWLINE)* NEWLINEzz`+/// Initializes a newly created script tag.TUlT!l.,&@A@@h^P*_  TvgJ/// The syntactic elements used to compute the elements of the set or map.tts/// Whether this literal represents a map literal. /// /// This getter always returns `false` if [isSet] returns `true`. /// /// However, this getter is _not_ the inverse of [isSet]. It's possible for /// both getters to return `false` if /// /// - the AST hasn't been resolved (because determining the kind of the /// literal is done during resolution), /// - the literal is ambiguous (contains one or more spread elements and none /// of those elements can be used to determine the kind of the literal), or /// - the literal is invalid because it contains both expressions (for sets) /// and map entries (for maps). /// /// In both of the latter two cases there are compilation errors associated /// with the literal.}}|/// Whether this literal represents a set literal. /// /// This getter always returns `false` if [isMap] returns `true`. /// /// However, this getter is _not_ the inverse of [isMap]. It's possible for /// both getters to return `false` if /// /// - the AST hasn't been resolved (because determining the kind of the /// literal is done during resolution), /// - the literal is ambiguous (contains one or more spread elements and none /// of those elements can be used to determine the kind of the literal), or /// - the literal is invalid because it contains both expressions (for sets) /// and map entries (for maps). /// /// In both of the latter two cases there are compilation errors associated /// with the literal.4/// The left curly bracket.6/// The right curly bracket.xycc΂/// A set or map literal. /// /// setOrMapLiteral ::= /// 'const'? [TypeArgumentList]? '{' elements? '}' /// /// elements ::= /// [CollectionElement] ( ',' [CollectionElement] )* ','? /// /// This is the class that is used to represent either a map or set literal when /// either the 'control-flow-collections' or 'spread-collections' experiments /// are enabled. If neither of those experiments are enabled, then `MapLiteral` /// is used to represent a map literal and `SetLiteral` is used for set /// literals./66EWWfyy-/// Initializes a newly created set or map literal. /// /// The [constKeyword] can be `null` if the literal isn't a constant. /// /// The [typeArguments] can be `null` if no type arguments were declared. /// /// The [elements] can be `null` if the set is empty.TUlT#l|F$~/// A representation of whether this literal represents a map or a set, or /// whether the kind hasn't or can't be determined.U8/// The context type computed by [TypedLiteralResolver]. !  6,-,,J`z{zz/AA7877w888;;I"#""V1||""'K::JTT](y9ffT/// The list of names from the library that are made visible by this /// combinator.&33=/// A combinator that restricts the names being imported to those in a given /// list. /// /// showCombinator ::= /// 'show' [SimpleIdentifier] (',' [SimpleIdentifier])*.$7/// Initializes a newly created import show combinator.|nEGnmnmm8M:U''2 Yvn/// The token representing either the `final`, `const` or `var` keyword, or /// `null` if no keyword was used.$$d/// The declared type of the parameter, or `null` if the parameter doesn't /// have a declared type.  H#%eeC_/// A simple formal parameter. /// /// simpleFormalParameter ::= /// ('final' [TypeAnnotation] | 'var' | [TypeAnnotation])? /// [SimpleIdentifier])>>LYY!v^^l-/// Initializes a newly created formal parameter. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// parameter doesn't have the corresponding attribute. /// /// The [keyword] can be `null` if a type was specified. /// /// The [type] must be `null` if the keyword is `var`.4 4T@T9    !B86766BK|}||2Kb++6    v}Oc/// Whether this identifier is the "name" part of a prefixed identifier or a /// method invocation.__h/// If the identifier is a tear-off, return the inferred type arguments /// applied to the function type of the element to produce its `[staticType]`. /// /// An empty list if the function type doesn't have type parameters or if the /// context type has type parameters, or `null` if this node isn't a tear-off /// or if the AST structure hasn't been resolved.  = <*/// The token representing the identifier. F F H/// Whether this identifier is the name being declared in a declaration.  g ;/// Whether this expression is computing a right-hand value. /// /// Note that [inGetterContext] and [inSetterContext] aren't opposites, nor /// are they mutually exclusive. In other words, it's possible for both /// methods to return `true` when invoked on the same node. Q Qf /// Whether this expression is computing a left-hand value. /// /// Note that [inGetterContext] and [inSetterContext] aren't opposites, nor /// are they mutually exclusive. In other words, it's possible for both /// methods to return `true` when invoked on the same node.]^owpy3/// A simple identifier. /// /// simpleIdentifier ::= /// initialCharacter internalCharacter* /// /// initialCharacter ::= '_' | '$' | letter /// /// internalCharacter ::= '_' | '$' | letter | digit  #O+/// Initializes a newly created identifier.   )  )    3 /// The element associated with this identifier based on static type /// information, or `null` if the AST structure hasn't been resolved or if /// this identifier couldn't be resolved.141NŁU/// If this identifier is meant to be looked up in the enclosing scope, the /// raw result the scope lookup, prior to figuring out whether a write or a /// read context is intended, and prior to falling back on implicit `this` (if /// appropriate). /// /// Or `null` if this identifier isn't meant to be looked up in the enclosing /// scope. ..X6/// The cascade that contains this [SimpleIdentifier].*($    6!FGFF,]vwvv<(9/// The element being referenced by this identifier, or `null` if this /// identifier is used to either read or write a value, the AST structure /// hasn't been resolved, or if this identifier couldn't be resolved. /// /// This element is set when this identifier is used not as an expression, /// but just to reference some element. /// /// Examples are the name of the type in a [NamedType], the name of the method /// in a [MethodInvocation], the name of the constructor in a /// [ConstructorName], the name of the property in a [PropertyAccess], the /// prefix and the identifier in a [PrefixedIdentifier] (which then can be /// used to read or write a value). /// /// In invalid code, for recovery, any element could be used. For example, in /// `set mySetter(_) {} mySetter topVar;` a setter is used as a type name. We /// do this to help the user to navigate to this element, and maybe change its /// name, add a new declaration, etc. /// /// If either [readElement] or [writeElement] aren't `null`, the /// [referenceElement] is `null`, because the identifier is being used to /// read or write a value. /// /// All three of [readElement], [writeElement], and [referenceElement] can be /// `null` when the AST structure hasn't been resolved, or this identifier /// couldn't be resolved.VWVVZtW6 IJIITZ    & $$$%%%$$$$ˀ$%%%%k%l%k%k_%|   (w(w<('/// The token representing the literal.((1(/// The value of the literal.'''()('(%%΃(@/// A string literal expression that doesn't contain any interpolations. /// /// simpleStringLiteral ::= /// rawStringLiteral /// | basicStringLiteral /// /// rawStringLiteral ::= /// 'r' basicStringLiteral /// /// basicStringLiteral ::= /// multiLineStringLiteral /// | singleLineStringLiteral /// /// multiLineStringLiteral ::= /// "'''" characters "'''" /// | '"""' characters '"""' /// /// singleLineStringLiteral ::= /// "'" characters "'" /// | '"' characters '"')))))* * *))6/// Initializes a newly created simple string literal.)W)X)o)W)o){)|)){) *(*)*(*(,*>*X*Y*X*X8*l****=*******++++8++?+@+?+?,+T+o+p+o+o>+++++8+++++d, ,U,U_,l,,,,,,,,,,Z,-9-9-I-S-S-\-----'-------_-.@.@.M....W.-((셉(//K/4/// The offset of the after-last contents character.//Ҁ0Zy/// The offset of the first contents character. /// /// If the string is multiline, then leading whitespaces are skipped.0m0mO07/// Whether this string literal is a multi-line string.00B00/// Whether this string literal is a raw string.111/// Whether this string literal uses single quotes (' or '''). /// /// If `false` is returned then the string literal uses double quotes /// (" or """).////C/// .w.wJ/R/// A single string literal expression. /// /// singleStringLiteral ::= /// [SimpleStringLiteral] /// | [StringInterpolation]11d13 3 \3Z?/// The expression used to compute the collection being spread.3i3ia3I/// Whether this is a null-aware spread, as opposed to a non-null spread.33L4 0/// The spread operator, either '...' or '...?'.22222222)2)2Z/// A spread element. /// /// spreadElement: /// ( '...' | '...?' ) [Expression]444445 5 "5$5C575E44Ҁ4444&44445{5|5{5{35555575555596 6666i66666769696H6*6*^6.7777777777b78#8#838=8=!8W77778 8888888Y8444*;t;t;t/// If this is a labeled statement, returns the statement being labeled, /// otherwise returns the statement itself.::;;<;;;99;S/// A node that represents a statement. /// /// statement ::= /// [Block] /// | [VariableDeclarationStatement] /// | [ForStatement] /// | [ForEachStatement] /// | [WhileStatement] /// | [DoStatement] /// | [SwitchStatement] /// | [IfStatement] /// | [TryStatement] /// | [BreakStatement] /// | [ContinueStatement] /// | [ReturnStatement] /// | [ExpressionStatement] /// | [FunctionDeclarationStatement]V}/// The elements that are composed to produce the resulting string. /// /// The list includes [firstString] and [lastString].>c>c?H/// The first element in this interpolation, which is always a string. /// /// The string might be empty if there's no text before the first /// interpolation expression (such as in `'$foo bar'`).?X?X@:/// The last element in this interpolation, which is always a string. /// /// The string might be empty if there's no text after the last /// interpolation expression (such as in `'foo $bar'`).="=#=4=a=<=5=><<=x/// A string interpolation literal. /// /// stringInterpolation ::= /// ''' [InterpolationElement]* ''' /// | '"' [InterpolationElement]* '"'AAAA0AAHAH@/// Initializes a newly created string interpolation expression.A3A?A@AAABA'@A'C/// The elements that are composed to produce the resulting string. CCCC:DD;D<D;D;~DODDDDDEFEGEFEFME}EEEE6EEEEEgEF<F=F<F<=FQF}F~F}F}$FFFFFCFFFFFeGGUGVGUGUiGsGG€GHHHHHHHHHHZHIII!I+I+I4HHHHHIIIIIIIWIJJJIIIIYI@I@I@UKFKXKYKY K^KfKf KkKtKt KyKFKFdJJJJJJJJJJJJJKJJJKKK KK1K)K% K)K@K:K6 K:QQ QOOPQ/// Given the [lexeme] for a multi-line string whose content begins at the /// given [start] index, returns the index of the first character that is /// included in the value of the string. /// /// According to the specification: /// /// If the first line of a multiline string consists solely of the whitespace /// characters defined by the production WHITESPACE 20.1), possibly prefixed /// by \, then that line is ignored, including the new line at its end.JIJIJz*/// A helper for analyzing string lexemes.VVVz/// The value of the string literal, or `null` if the string isn't a constant /// string without any string interpolation.UUUUUUUUUU퀜/// A string literal expression. /// /// stringLiteral ::= /// [SimpleStringLiteral] /// | [AdjacentStrings] /// | [StringInterpolation]VVVVWXXXWWЀX/// Append the value of this string literal to the given [buffer]. /// /// Throw an [ArgumentError] if the string isn't a constant string without any /// string interpolation.VV VZ.Z.NZo-/// The list of arguments to the constructor.ZZ[ q/// The name of the constructor that is being invoked, or `null` if the /// unnamed constructor is being invoked.[ [ [/// The token for the period before the name of the constructor that is being /// invoked, or `null` if the unnamed constructor is being invoked.[[@[&/// The token for the `super` keyword.YyYzYYYYYXXUYπ/// The invocation of a superclass' constructor from within a constructor's /// initialization list. /// /// superInvocation ::= /// 'super' ('.' [SimpleIdentifier])? [ArgumentList]^d^^^^^^^^^.^^^&__8_'_:_a_S_c]Y]Yg/// Initializes a newly created super invocation to invoke the inherited /// constructor with the given name with the given arguments. /// /// The [period] and [constructorName] can be `null` if the constructor being /// invoked is the unnamed constructor.\\\\$\\\\\\\\&\]]]]'](]M]'-]M____?_`s`t`s`s1`````J`aiajaiai9aaaaaaaaaarabbbbb:```)``h` a a a ``o`c"c"c"c%c%c3c c c c gcccccwcxcwcwc\\\ddIe//// The token representing the `super` keyword.dGdHdYddadZdcccdI/// A super expression. /// /// superExpression ::= /// 'super'eeeeeeeo1/// Initializes a newly created super expression.eneoeen$ef f f f 1f f?f@f?f?/fUfrfsfrfr<fffffnfg:g:g:g=g=gKg$g%g$g$Vg3ggggggg~gg~g~gh<h<hGhhhh_h.eeje jjjn/// The token representing either the `final`, `const` or `var` keyword, or /// `null` if no keyword was used.jjjjKj-/// The name of the parameter being declared.jj逡kx/// The parameters of the function-typed parameter, or `null` if this isn't a /// function-typed field formal parameter.kk:k&/// The token representing the period.kḱm/// The question mark indicating that the function type is nullable, or `null` /// if there's no question mark, which will always be the case when the /// parameter doesn't use the older style for denoting a function typed /// parameter. /// /// If the parameter is function-typed, and has the question mark, then its /// function type is nullable. Having a nullable function type means that the /// parameter can be `null`.mmIm//// The token representing the `super` keyword.mmnՀ/// The declared type of the parameter, or `null` if the parameter doesn't /// have a declared type. /// /// If this is a function-typed field formal parameter this is the return type /// of the function.nnހoci/// The type parameters associated with this method, or `null` if this method /// isn't a generic method.iiiiiiihhiր/// A super-initializer formal parameter. /// /// superFormalParameter ::= /// ('final' [TypeAnnotation] | 'const' [TypeAnnotation] | 'var' | /// [TypeAnnotation])? /// 'super' '.' name ([TypeParameterList]? [FormalParameterList])?rr rrrrrrrrrs s ss.s.s<sIsI!sfspsps~ssssssss.sss,tt)t)t7 tOtItQtot_tqtttpp/// Initializes a newly created formal parameter. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// parameter doesn't have the corresponding attribute. /// /// The [keyword] can be `null` if there's a type. /// /// The [type] must be `null` if the keyword is `var`. /// /// The[parameters] can be `null` if this isn't a function-typed field formal /// parameter.oooo opp pp(p)p@p($p@pQpRpipQpippt&ppp$ppppp!p uuuuZu%umunumumuvvvvBv2vcvdvcvcOvxvvvvBvvvvv*ww*w+w*w*CwSwwww2xxxxyxxxxIxy?y@y?y?Gy]ww#wwqwqhwuxxx0xxaxxx%xxxvxzzzzzzzzzzaz{{{zzzz{ovov9o||`}C/// The expression controlling whether the statements are executed.|1|2|C|p|K|D|M{{_|/// A case in a switch statement. /// /// switchCase ::= /// [SimpleIdentifier]* 'case' [Expression] ':' [Statement]*}~~ ~ ~~%~%~4~A~A"~Y~i~i~x~~~~~~}}fo/// Initializes a newly created switch case. /// /// The list of [labels] can be `null` if there are no labels.}o}`}o~~~~955D&&^*Qۀ}}`} 6 ttM/// The default case in a switch statement. /// /// switchDefault ::= /// [SimpleIdentifier]* 'default' ':' [Statement]*HY``o{{ρr/// Initializes a newly created switch default. /// /// The list of [labels] can be `null` if there are no labels.ՀT""-twwa5/// The cases that can be selected by the expression.hmK/// The expression used to determine which of the switch cases is selected.||4/// The left curly bracket.6/// The left parenthesis.6/// The right curly bracket.((8O/// The right parenthesis.ddK0/// The token representing the `switch` keyword.*+<iD=F{{6/// A switch expression. /// /// switchExpression ::= /// 'switch' '(' [Expression] ')' '{' [SwitchExpressionCase] /// (',' [SwitchExpressionCase])* ','? '}'L9/// The arrow separating the pattern from the expression.oa/// The expression whose value is returned from the switch expression if the /// pattern matches.~~sN/// The refutable pattern that must match for the [expression] to be executed.():gB;D@~t/// A case in a switch expression. /// /// switchExpressionCase ::= /// [GuardedPattern] '=>' [Expression]-AAOZZ"r3>01006Fjkjj9    '^aMMX./..|?Sgnn|" -EPP^sSS  " %"45L4'Lo`o(#!"#$ Q *+B*$B2/,IJII9h<()((~F^W((8BBKslNN^K/// The colon separating the keyword or the expression from the statements.P;/// The token representing the `case` or `default` keyword.OL1/// The labels associated with the switch member.WWmG/// The statements that are executed if this switch member is selected.*-/// An element within a switch statement. /// /// switchMember ::= /// [SwitchCase] /// | [SwitchDefault] /// | [SwitchPatternCase] /// /// The class [SwitchPatternCase] exists only to support the 'patterns' feature. /// /// Note that when the patterns feature is enabled by default, the class /// [SwitchPatternCase] might replace [SwitchCase] entirely. If we do that, then /// legacy code (code opted into a version prior to the release of patterns) /// will likely wrap the expression in a [ConstantPattern] with synthetic /// tokens.}' qq/// Initializes a newly created switch member. /// /// The list of [labels] can be `null` if there are no labels.eqrst[=8[z{z@z{zz:FȄB))d~?/// The pattern controlling whether the statements is executed.  /// A pattern-based case in a switch statement. /// /// switchPatternCase ::= /// [Label]* 'case' [DartPattern] [WhenClause]? ':' [Statement]*7LSSbnn}77$3$255588F X.{|{{j|M/// The expression used to determine which of the switch members is selected.4/// The left curly bracket.6/// The left parenthesis.dY>/// The switch members that can be selected by the expression.ee6/// The right curly bracket.8/// The right parenthesis.K0/// The token representing the `switch` keyword./// A switch statement. /// /// switchStatement ::= /// 'switch' '(' [Expression] ')' '{' [SwitchCase]* [SwitchDefault]? '}'&'' ,55:7jM$ju{F/// Joined variables declared in [members], available in [statements].IITi**u0#**8KKYnn"'5)7}/// Initializes a newly created switch statement. /// /// The list of [members] can be `null` if there are no switch members.%$%<$'<_P_opo(#@H\]3 U3cd{c${2/9C}KKZ<<^@|||fgffVuw;;Z2@"/// The components of the literal.  =@&/// The token introducing the literal.NO`hajՁwx/// A symbol literal expression. /// /// symbolLiteral ::= /// '#' (operator | (identifier ('.' identifier)*))"3::HWWe//// Initializes a newly created symbol literal.!(z{zz.D8T--=GGP    _NNZ Z  R;/// An identifier that can be used to look up names in the lexical scope when /// there's no identifier in the AST structure. /// /// For example, there's no identifier in the AST when the parser can't /// distinguish between a method invocation and an invocation of a top-level /// function imported with a prefix.G*./// The token representing the `this` keyword.pq))F/// A this expression. /// /// thisExpression ::= /// 'this'l0/// Initializes a newly created this expression.#*+**0@^_^^.t<lVVVYYg@A@@UOVVa7877_H::^FqqU8/// The expression computing the exception to be thrown.I//// The token representing the `throw` keyword.0  {GV/// A throw expression. /// /// throwExpression ::= /// 'throw' [Expression]''"?^R`1/// Initializes a newly created throw expression.qrq$–—––1¬E93óôóó?``oQQ^UĥĥĥĨĨĶďĐďďVĞ  &&/逛ŧŧŲňʼnňňYř#89lS?/// The `augment` keyword, or `null` if the keyword was absent.ff^ɴ@/// The `external` keyword, or `null` if the keyword isn't used.E./// The semicolon terminating the declaration.T[+/// The top-level variables being declared.[\mȚunw儂ȱu/// The declaration of one or more top-level variables of the same type. /// /// topLevelVariableDeclaration ::= /// ('final' | 'const') ? ';' /// | 'late' 'final' ? ';' /// | 'late'? ';' /// | 'external' ';' /// /// (Note: there's no `` production in the grammar; /// this is a subset of the grammar production ``, which /// encompasses everything that can appear inside a Dart file after part /// directives).^}̠̠̯̄̄̓̽̽1'99GgYi˓˓ /// Initializes a newly created top-level variable declaration. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// variable doesn't have the corresponding attribute.)-'-@AY@(Ymn˅m!˅ͣͤͮͯͣͣ_3 =>==,Smnmm΃GϩϪϩϩII%e;;j?йййммУФУУhв..9} ii%u0/// The body of the statement._F5/// The catch clauses contained in the try statement.WWv/// The finally block contained in the try statement, or `null` if the /// statement doesn't contain a finally clause.pr/// The token representing the `finally` keyword, or `null` if the statement /// doesn't contain a finally clause.ԃԃEԽ-/// The token representing the `try` keyword.DEV҃^W`ѐѐ:Қ/// A try statement. /// /// tryStatement ::= /// 'try' [Block] ([CatchClause]+ finallyClause? | finallyClause) /// /// finallyClause ::= /// 'finally' [Block]֏ִִ֖֖֤+$$ 8TNVrdt/// Initializes a newly created try statement. /// /// The [finallyKeyword] and [finallyBlock] can be `null` if there's no /// finally clause.3"3LBLՊՖ՗՘ՙzVDz՟ՠո՟'ո/0100(JأؤأأL@ 78779Ŕeeo\\C`څڅڐttTx SXXc9:99J̈ :;lU?/// The `augment` keyword, or `null` if the keyword was absent.hhEޣ./// The semicolon terminating the declaration.ޱޱX'<PWWevv+7/// Initializes a newly created list of type arguments.hih#D$I/KLKK0a/貀WX@GG{^/// The token representing the `const` keyword, or `null` if the literal isn't /// a constant.ƁÀ/// Whether this literal is a constant expression. /// /// It is a constant expression if either the keyword `const` was explicitly /// provided or because no keyword was provided and this expression occurs in /// a constant context.πOe/// The type argument associated with this literal, or `null` if no type /// arguments were declared.QQ#/// A literal that has a type associated with it. /// /// typedLiteral ::= /// [ListLiteral] /// | [SetOrMapLiteral],#H9J/// Initializes a newly created typed literal. /// /// The [constKeyword] can be `null` if the literal isn't a constant. /// /// The [typeArguments] can be `null` if no type arguments were declared.$XF𡀛>>#T,,q0__j@A@@]Qaa>n?A)/// The type represented by this literal.kl}~񡂧/// An expression representing a type, such as the expression `int` in /// `var x = int;`. /// /// Objects of this type aren't produced directly by the parser (because the /// parser can't tell whether an identifier refers to a type); they are /// produced at resolution time. /// /// The `.staticType` getter returns the type of the expression (which is /// always the type `Type`). To get the type represented by the type literal /// use `.typeName.type`.xDEDD9Z50BCBBW` OR&009WJJVy'/((6}}8/// Initializes a newly created list of type parameters.#?KLMN-H-TUlT$l0/R FGFFd,,,//=X%rsrr]M  B Q)/// The URI referenced by this directive.       Ӂ /// A directive that references a URI. /// /// uriBasedDirective ::= /// [LibraryAugmentationDirective] /// [ExportDirective] /// | [ImportDirective] /// | [PartDirective]                ҁg/// Initializes a newly create URI-based directive. /// /// Either or both of the [comment] and [metadata] can be `null` if the /// directive doesn't have the corresponding attribute.    = > = =. _ w w  o oE s       t   )55= 0 0 /// Validate this directive, but don't check for existence. /// /// Returns a code indicating the problem if a problem was found, or `null` if /// there's no problem. Y Y f oI/// Initializes a newly created validation code to have the given [name].M+<U= i [8$/// The name of the validation code.    &99E/// Validation codes returned by [UriBasedDirectiveImpl.validateUri]. ց)/// The element declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved or if this node /// represents the declaration of a top-level variable or a field./// The element declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved or if this node /// represents the declaration of a top-level variable or a field.  /// The fragment declared by this declaration. /// /// Returns `null` if the AST structure hasn't been resolved or if this node /// represents the declaration of a local variable.{/// The equal sign separating the variable name from the initial value, or /// `null` if the initial value isn't specified.5z/// The expression used to compute the initial value for the variable, or /// `null` if the initial value isn't specified.EEUA/// Whether this variable was declared with the 'const' modifier.i/// Whether this variable was declared with the 'final' modifier. /// /// Variables that are declared with the 'const' modifier return `false` even /// though they are implicitly final.uuS@/// Whether this variable was declared with the 'late' modifier.>,/// The name of the variable being declared.QRckdm55/// An identifier that has an initial value associated with it. /// /// Instances of this class are always children of the class /// [VariableDeclarationList]. /// /// variableDeclaration ::= /// name ('=' [Expression])?$ 7*9NSq[T]kcm  {/// Initializes a newly created variable declaration. /// /// The [equals] and [initializer] can be `null` if there's no initializer.qrq1 /// When this node is read as a part of summaries, we usually don't want /// to read the [initializer], but we need to know if there is one in /// the code. So, this flag might be set to `true` even though /// [initializer] is `null`.  ( ) 8 9 ( ( c!!  ́!/// This overridden implementation of [documentationComment] looks in the /// grandparent node for Dartdoc comments if no documentation is specifically /// available on the node."""""#-#.#-#-@#C#q#r#q#q<#$$$$$+$$$$$%%%%~%3%%%%%#####a#&g&g&g&j&j&x&Q&R&Q&QZ&`&&&&&&&}& )&)&i)S/// Whether the variables in this list were declared with the 'const' /// modifier.))7*/// Whether the variables in this list were declared with the 'final' /// modifier. /// /// Variables that are declared with the 'const' modifier return `false` even /// though they are implicitly final. 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$5$S$$$$$$%%%%(%<%Z%%%%%&&#&N&O&[&&&&'')'-'/'0'o's''''((A(f(w(()$)l)|)))))*?****++0+1++++,,,8,9,,,,,--!-"-d---------.F.G...///S/Y////0 0%0L00000001 1!1-1]111111222*2c2d2p222222333 3,3q3r3~334 4-4I4t4u444445565R5r5v5x5y55566.6o66667#7L7N7O77777888V8{8889999*9^9_9k99999::C:G:H:T:::::;;E;F;R;};;;;;<>>>7>=>>>J>~>>>>>??3?t??@:@W@X@r@@@@@@AAAA/ANAvAAAAAAAAB+B,B8BhBiBBBBBCC=CfCgCsCCCCDDDDD1D5DODDDEE1E2EEEEEEEFFFGFaFcFdFFFFFG G G'G(G4GTGUGlGmGGGGH!HEHfHHHHHHHIII ICIDIjIIIIIIIJ-J1J2J>JfJgJsJJK K/KdKKKKKKLL2LMLQLSLTLlLpLLM MIMmMMMMMMN N&N(N)NaNNNNNNNNNNOO'OBOZOaO|OOOOOOOOPP4PTPPPPPPPQQQQZQ}QQQQRRRRaR|RRSSSSS1SVSvS|SSSTTITPTQTqTTTTUKUTUZU[UvUzU{UUUUUUVVVVKVVVWWWLWeWgWhWWWWXXXKX^X}XXXXXXYYY%YbYcYoYYYYZZ<ZiZjZvZZZZ[[[[[5[9[S[|[[\%\B\C\q\\\\\\] ] ]]_]k]]]]]]]]]]^#^)^a^x^^^^__9_=_>_J_c_|__________`*`Y`]`^`j```aa:a;aGaaaaaaaabDb{bbbc!c"c.cccdcccccd d:d;dGddddddee*eNeReSe_epeeeffffcfiffggJg]gcgggghhhIhrhhiii iOijipiij jAjbjojjjkk%k+k/k1k2kqkkkkkkkllfl|llllAdjacentStringsAdjacentStringsImpl AnnotatedNodeAnnotatedNodeImpl AnnotationAnnotationImpl ArgumentListArgumentListImpl AsExpressionAsExpressionImplAssertInitializerAssertInitializerImpl AssertionAssertStatementAssertStatementImplAssignedVariablePatternAssignedVariablePatternImplAssignmentExpressionAssignmentExpressionImplAstNode AstNodeImplAstNodeWithNameScopeMixin AstVisitorAugmentedExpressionAugmentedExpressionImplAugmentedInvocationAugmentedInvocationImplAwaitExpressionAwaitExpressionImplBinaryExpressionBinaryExpressionImplBlockBlockFunctionBodyBlockFunctionBodyImpl BlockImplBooleanLiteralBooleanLiteralImplBreakStatementBreakStatementImplCascadeExpressionCascadeExpressionImpl CaseClauseCaseClauseImpl CaseNodeImpl CastPatternCastPatternImpl CatchClauseCatchClauseImplCatchClauseParameterCatchClauseParameterImpl ChildEntities ChildEntityClassDeclarationClassDeclarationImpl ClassMemberClassMemberImplClassTypeAliasClassTypeAliasImplCollectionElementCollectionElementImpl CombinatorCombinatorImplComment CommentImplCommentReferableExpressionCommentReferableExpressionImplCommentReferenceCommentReferenceImplCompilationUnitCompilationUnitImplCompilationUnitMemberCompilationUnitMemberImplCompoundAssignmentExpression CompoundAssignmentExpressionImplConditionalExpressionConditionalExpressionImpl ConfigurationConfigurationImpl ConstantContextForExpressionImplConstantPatternConstantPatternImplConstructorDeclarationConstructorDeclarationImplConstructorFieldInitializerConstructorFieldInitializerImplConstructorInitializerConstructorInitializerImplConstructorNameConstructorNameImplConstructorReferenceConstructorReferenceImplConstructorReferenceNodeConstructorSelectorConstructorSelectorImplContinueStatementContinueStatementImpl DartPatternDartPatternImpl DeclarationDeclarationImplDeclaredIdentifierDeclaredIdentifierImplDeclaredVariablePatternDeclaredVariablePatternImplDefaultFormalParameterDefaultFormalParameterImpl Directive DirectiveImpl DoStatementDoStatementImplDotShorthandInvocationDotShorthandInvocationImplDotShorthandMixinDotShorthandPropertyAccessDotShorthandPropertyAccessImpl DottedNameDottedNameImpl DoubleLiteralDoubleLiteralImplEmptyFunctionBodyEmptyFunctionBodyImplEmptyStatementEmptyStatementImplEnumConstantArgumentsEnumConstantArgumentsImplEnumConstantDeclarationEnumConstantDeclarationImplEnumDeclarationEnumDeclarationImplExportDirectiveExportDirectiveImpl ExpressionExpressionFunctionBodyExpressionFunctionBodyImplExpressionImplExpressionStatementExpressionStatementImpl ExtendsClauseExtendsClauseImplExtensionDeclarationExtensionDeclarationImplExtensionOnClauseExtensionOnClauseImplExtensionOverrideExtensionOverrideImplExtensionTypeDeclarationExtensionTypeDeclarationImplFieldDeclarationFieldDeclarationImplFieldFormalParameterFieldFormalParameterImpl ForEachPartsForEachPartsImplForEachPartsWithDeclarationForEachPartsWithDeclarationImplForEachPartsWithIdentifierForEachPartsWithIdentifierImplForEachPartsWithPatternForEachPartsWithPatternImpl ForElementForElementImpl ForLoopPartsForLoopPartsImplFormalParameterFormalParameterImplFormalParameterListFormalParameterListImplForParts ForPartsImplForPartsWithDeclarationsForPartsWithDeclarationsImplForPartsWithExpressionForPartsWithExpressionImplForPartsWithPatternForPartsWithPatternImpl ForStatementForStatementImpl FunctionBodyFunctionBodyImplFunctionDeclarationFunctionDeclarationImplFunctionDeclarationStatement FunctionDeclarationStatementImplFunctionExpressionFunctionExpressionImplFunctionExpressionInvocation FunctionExpressionInvocationImplFunctionReferenceFunctionReferenceImplFunctionTypeAliasFunctionTypeAliasImplFunctionTypedFormalParameter FunctionTypedFormalParameterImplGenericFunctionTypeGenericFunctionTypeImplGenericTypeAliasGenericTypeAliasImplGuardedPatternGuardedPatternImplHideCombinatorHideCombinatorImpl IdentifierIdentifierImpl IfElement IfElementImplIfElementOrStatementImpl IfStatementIfStatementImplImplementsClauseImplementsClauseImplImplicitCallReferenceImplicitCallReferenceImplImportDirectiveImportDirectiveImplImportPrefixReferenceImportPrefixReferenceImplIndexExpressionIndexExpressionImplInstanceCreationExpressionInstanceCreationExpressionImplIntegerLiteralIntegerLiteralImplInterpolationElementInterpolationElementImplInterpolationExpressionInterpolationExpressionImplInterpolationStringInterpolationStringImplInvocationExpressionInvocationExpressionImpl IsExpressionIsExpressionImplLabelLabeledStatementLabeledStatementImpl LabelImplLibraryDirectiveLibraryDirectiveImplLibraryIdentifierLibraryIdentifierImpl ListLiteralListLiteralImpl ListPatternListPatternElementListPatternElementImplListPatternImplLiteral LiteralImplLocalVariableInfoLogicalAndPatternLogicalAndPatternImplLogicalOrPatternLogicalOrPatternImplMapLiteralEntryMapLiteralEntryImpl MapPatternMapPatternElementMapPatternElementImplMapPatternEntryMapPatternEntryImplMapPatternImplMethodDeclarationMethodDeclarationImplMethodInvocationMethodInvocationImplMethodReferenceExpressionMixinDeclarationMixinDeclarationImpl MixinOnClauseMixinOnClauseImplNamedCompilationUnitMemberNamedCompilationUnitMemberImplNamedExpressionNamedExpressionImpl NamedType NamedTypeImplNamespaceDirectiveNamespaceDirectiveImpl NativeClauseNativeClauseImplNativeFunctionBodyNativeFunctionBodyImplNodeList NodeListImplNormalFormalParameterNormalFormalParameterImplNullAssertPatternNullAssertPatternImplNullAwareElementNullAwareElementImplNullCheckPatternNullCheckPatternImpl NullLiteralNullLiteralImplNullShortableExpressionNullShortableExpressionImpl ObjectPatternObjectPatternImplParenthesizedExpressionParenthesizedExpressionImplParenthesizedPatternParenthesizedPatternImpl PartDirectivePartDirectiveImplPartOfDirectivePartOfDirectiveImplPatternAssignmentPatternAssignmentImpl PatternFieldPatternFieldImplPatternFieldNamePatternFieldNameImplPatternVariableDeclarationPatternVariableDeclarationImpl#PatternVariableDeclarationStatement'PatternVariableDeclarationStatementImplPostfixExpressionPostfixExpressionImplPrefixedIdentifierPrefixedIdentifierImplPrefixExpressionPrefixExpressionImplPropertyAccessPropertyAccessImpl RecordLiteralRecordLiteralImpl RecordPatternRecordPatternImplRecordTypeAnnotationRecordTypeAnnotationFieldRecordTypeAnnotationFieldImplRecordTypeAnnotationImplRecordTypeAnnotationNamedField"RecordTypeAnnotationNamedFieldImplRecordTypeAnnotationNamedFields#RecordTypeAnnotationNamedFieldsImpl#RecordTypeAnnotationPositionalField'RecordTypeAnnotationPositionalFieldImpl RedirectingConstructorInvocation$RedirectingConstructorInvocationImplRelationalPatternRelationalPatternImplRepresentationConstructorName!RepresentationConstructorNameImplRepresentationDeclarationRepresentationDeclarationImplRestPatternElementRestPatternElementImplRethrowExpressionRethrowExpressionImplReturnStatementReturnStatementImpl ScriptTag ScriptTagImplSetOrMapLiteralSetOrMapLiteralImplShowCombinatorShowCombinatorImplSimpleFormalParameterSimpleFormalParameterImplSimpleIdentifierSimpleIdentifierImplSimpleStringLiteralSimpleStringLiteralImplSingleStringLiteralSingleStringLiteralImpl SpreadElementSpreadElementImpl Statement StatementImplStringInterpolationStringInterpolationImplStringLexemeHelper StringLiteralStringLiteralImplSuperConstructorInvocationSuperConstructorInvocationImplSuperExpressionSuperExpressionImplSuperFormalParameterSuperFormalParameterImpl SwitchCaseSwitchCaseImpl SwitchDefaultSwitchDefaultImplSwitchExpressionSwitchExpressionCaseSwitchExpressionCaseImplSwitchExpressionImpl SwitchMemberSwitchMemberImplSwitchPatternCaseSwitchPatternCaseImplSwitchStatementSwitchStatementCaseGroupSwitchStatementImpl SymbolLiteralSymbolLiteralImplSyntheticIdentifierThisExpressionThisExpressionImplThrowExpressionThrowExpressionImplTopLevelVariableDeclarationTopLevelVariableDeclarationImpl TryStatementTryStatementImpl TypeAlias TypeAliasImplTypeAnnotationTypeAnnotationImplTypeArgumentListTypeArgumentListImpl TypedLiteralTypedLiteralImpl TypeLiteralTypeLiteralImpl TypeParameterTypeParameterImplTypeParameterListTypeParameterListImplUriBasedDirectiveUriBasedDirectiveImplUriValidationCodeVariableDeclarationVariableDeclarationImplVariableDeclarationListVariableDeclarationListImplVariableDeclarationStatement VariableDeclarationStatementImplVariablePatternVariablePatternImpl WhenClauseWhenClauseImplWhileStatementWhileStatementImplWildcardPatternWildcardPatternImpl WithClauseWithClauseImplYieldStatementYieldStatementImpl_AnnotatedNodeMixin _SetOrMapKindUM