jmlparser-core/com.github.javaparser.resolution.types/ResolvedWildcard

ResolvedWildcard

open class ResolvedWildcard : ResolvedType(source)

A wildcard can be: - unbounded (?) - have a lower bound (? super Number) - have an upper bound (? extends Number) It is not possible to have both a lower and an upper bound at the same time.

Author

Federico Tomassetti

Types

BoundType

enum BoundType

Properties

boundedType

open val boundedType: ResolvedType

UNBOUNDED

open var UNBOUNDED: ResolvedWildcard

Functions

arrayLevel

open fun arrayLevel(): Int

asArrayType

open fun asArrayType(): ResolvedArrayType

asConstraintType

open fun asConstraintType(): ResolvedLambdaConstraintType

asPrimitive

open fun asPrimitive(): ResolvedPrimitiveType

asReferenceType

open fun asReferenceType(): ResolvedReferenceType

asTypeParameter

open fun asTypeParameter(): ResolvedTypeParameterDeclaration

asTypeVariable

open fun asTypeVariable(): ResolvedTypeVariable

asUnionType

open fun asUnionType(): ResolvedUnionType

asWildcard

open fun asWildcard(): ResolvedWildcard

describe

open fun describe(): String

equals

open fun equals(o: Any): Boolean

erasure

open fun erasure(): ResolvedType

extendsBound

open fun extendsBound(type: ResolvedType): ResolvedWildcard

hashCode

open fun hashCode(): Int

isArray

open fun isArray(): Boolean

isAssignableBy

open fun isAssignableBy(other: ResolvedType): Boolean

This method checks if ThisType t = new OtherType() would compile.

isBounded

open fun isBounded(): Boolean

isConstraint

open fun isConstraint(): Boolean

Is this a lambda constraint type?

isExtends

open fun isExtends(): Boolean

isInferenceVariable

open fun isInferenceVariable(): Boolean

isLowerBounded

open fun isLowerBounded(): Boolean

isNull

open fun isNull(): Boolean

Is this the null type?

isNumericType

open fun isNumericType(): Boolean

isPrimitive

open fun isPrimitive(): Boolean

Is this a primitive type?

isReference

open fun isReference(): Boolean

Is this a non primitive value?

isReferenceType

open fun isReferenceType(): Boolean

Can this be seen as a ReferenceTypeUsage?

isSuper

open fun isSuper(): Boolean

isTypeVariable

open fun isTypeVariable(): Boolean

isUnionType

open fun isUnionType(): Boolean

Is this a union type (as the ones used in multi catch clauses)?

isUpperBounded

open fun isUpperBounded(): Boolean

isVoid

open fun isVoid(): Boolean

isWildcard

open fun isWildcard(): Boolean

mention

open fun mention(typeParameters: List<ResolvedTypeParameterDeclaration>): Boolean

Does this type mention at all, directly or indirectly, the given type parameters?

replaceTypeVariables

open fun replaceTypeVariables(tp: ResolvedTypeParameterDeclaration, replaced: ResolvedType): ResolvedType

This is like (replaceTypeVariables but ignores the inferred values.

open fun replaceTypeVariables(tpToReplace: ResolvedTypeParameterDeclaration, replaced: ResolvedType, inferredTypes: Map<ResolvedTypeParameterDeclaration, ResolvedType>): ResolvedType

Replace all variables referring to the given TypeParameter with the given value.

solveGenericTypes

open fun solveGenericTypes(context: Context): ResolvedType

superBound

open fun superBound(type: ResolvedType): ResolvedWildcard

toDescriptor

open fun toDescriptor(): String

toString

open fun toString(): String