jmlparser-symbol-solver-core/com.github.javaparser.symbolsolver.reflectionmodel/ReflectionAnnotationDeclaration

ReflectionAnnotationDeclaration

open class ReflectionAnnotationDeclaration : AbstractTypeDeclaration, ResolvedAnnotationDeclaration, MethodUsageResolutionCapability, MethodResolutionCapability(source)

Author

Malte Skoruppa

Constructors

ReflectionAnnotationDeclaration

constructor(clazz: Class<out Any>, typeSolver: TypeSolver)

Constructor

Properties

breadthFirstFunc

val breadthFirstFunc: (ResolvedReferenceTypeDeclaration) -> List<ResolvedReferenceType>

val depthFirstFunc: (ResolvedReferenceTypeDeclaration) -> List<ResolvedReferenceType>

JAVA_IO_SERIALIZABLE

val JAVA_IO_SERIALIZABLE: String

JAVA_LANG_COMPARABLE

val JAVA_LANG_COMPARABLE: String

val JAVA_LANG_ENUM: String

JAVA_LANG_OBJECT

val JAVA_LANG_OBJECT: String

JAVA_LANG_RECORD

val JAVA_LANG_RECORD: String = "java.lang.Record"

Functions

open fun asAnnotation(): ResolvedAnnotationDeclaration

open fun asClass(): ResolvedClassDeclaration

open fun asEnum(): ResolvedEnumDeclaration

open fun asEnumConstant(): ResolvedEnumConstantDeclaration

open fun asField(): ResolvedFieldDeclaration

open fun asInterface(): ResolvedInterfaceDeclaration

open fun asMethod(): ResolvedMethodDeclaration

open fun asParameter(): ResolvedParameterDeclaration

open fun asRecord(): ResolvedRecordDeclaration

asReferenceType

open fun asReferenceType(): ResolvedReferenceTypeDeclaration

open fun asType(): ResolvedTypeDeclaration

asTypeParameter

open fun asTypeParameter(): ResolvedTypeParameterDeclaration

open fun asTypePattern(): ResolvedTypePatternDeclaration

canBeAssignedTo

open fun canBeAssignedTo(other: ResolvedReferenceTypeDeclaration): Boolean

open fun containerType(): Optional<ResolvedReferenceTypeDeclaration>

open fun equals(o: Any): Boolean

findTypeParameter

open fun findTypeParameter(name: String): Optional<ResolvedTypeParameterDeclaration>

getAllAncestors

open fun getAllAncestors(): List<ResolvedReferenceType>

open fun getAllFields(): List<ResolvedFieldDeclaration>

abstract fun getAllMethods(): Set<MethodUsage>

fun getAllMethods(): Set<MethodUsage>

getAllNonStaticFields

open fun getAllNonStaticFields(): List<ResolvedFieldDeclaration>

getAllStaticFields

open fun getAllStaticFields(): List<ResolvedFieldDeclaration>

open fun getAncestors(): List<ResolvedReferenceType>

open fun getAncestors(acceptIncompleteList: Boolean): List<ResolvedReferenceType>

getAnnotationMembers

open fun getAnnotationMembers(): List<ResolvedAnnotationMemberDeclaration>

open fun getClassName(): String

getConstructors

open fun getConstructors(): List<ResolvedConstructorDeclaration>

getDeclaredAnnotation

open fun getDeclaredAnnotation(name: String): Optional<ResolvedAnnotationDeclaration>

getDeclaredAnnotations

open fun getDeclaredAnnotations(): Set<ResolvedAnnotationDeclaration>

getDeclaredFields

open fun getDeclaredFields(): List<ResolvedFieldDeclaration>

getDeclaredMethods

open fun getDeclaredMethods(): Set<ResolvedMethodDeclaration>

open fun getField(name: String): ResolvedFieldDeclaration

open fun getId(): String

getInternalType

open fun getInternalType(name: String): ResolvedReferenceTypeDeclaration

open fun getName(): String

open fun getPackageName(): String

Public methods

getQualifiedName

open fun getQualifiedName(): String

getTypeParameters

open fun getTypeParameters(): List<ResolvedTypeParameterDeclaration>

Annotation declarations cannot have type parameters and hence this method always returns an empty list.

getVisibleField

open fun getVisibleField(name: String): ResolvedFieldDeclaration

getVisibleFields

open fun getVisibleFields(): List<ResolvedFieldDeclaration>

open fun hasAnnotation(qualifiedName: String): Boolean

hasDirectlyAnnotation

open fun hasDirectlyAnnotation(canonicalName: String): Boolean

open fun hasField(name: String): Boolean

open fun hashCode(): Int

hasInternalType

open fun hasInternalType(name: String): Boolean

open fun hasName(): Boolean

hasVisibleField

open fun hasVisibleField(name: String): Boolean

open fun internalTypes(): Set<ResolvedReferenceTypeDeclaration>

open fun isAnnotation(): Boolean

isAnonymousClass

open fun isAnonymousClass(): Boolean

open fun isArrayLength(): Boolean

open fun isAssignableBy(other: ResolvedReferenceTypeDeclaration): Boolean

open fun isAssignableBy(type: ResolvedType): Boolean

open fun isClass(): Boolean

open fun isEnum(): Boolean

open fun isEnumConstant(): Boolean

open fun isField(): Boolean

isFunctionalInterface

abstract fun isFunctionalInterface(): Boolean

fun isFunctionalInterface(): Boolean

open fun isGeneric(): Boolean

open fun isInheritable(): Boolean

isInheritedAnnotation

open fun isInheritedAnnotation(name: String): Boolean

open fun isInterface(): Boolean

open fun isJavaLangEnum(): Boolean

isJavaLangObject

open fun isJavaLangObject(): Boolean

isJavaLangRecord

open fun isJavaLangRecord(): Boolean

open fun isMethod(): Boolean

open fun isParameter(): Boolean

open fun isRecord(): Boolean

open fun isRecordType(clazz: Class<out Any>): Boolean

With the introduction of records in Java 14 (Preview), the Class.isRecord method was added to check whether a class is a record or not (similar to isEnum etc.).

isReferenceType

open fun isReferenceType(): Boolean

open fun isType(): Boolean

isTypeParameter

open fun isTypeParameter(): Boolean

open fun isTypePattern(): Boolean

open fun isVariable(): Boolean

open fun solveMethod(name: String, argumentsTypes: List<ResolvedType>, staticOnly: Boolean, invocationContext: ResolvedReferenceTypeDeclaration): SymbolReference<ResolvedMethodDeclaration>

solveMethodAsUsage

open fun solveMethodAsUsage(name: String, parameterTypes: List<ResolvedType>, invokationContext: Context, typeParameterValues: List<ResolvedType>, callContext: ResolvedReferenceTypeDeclaration): Optional<MethodUsage>

open fun toAst(): Optional<Node>

open fun <N : Node?> toAst(clazz: Class<N>): Optional<N>

open fun toString(): String