commons-reflection/xyz.xenondevs.commons.reflection

Package-level declarations

Types

GenericArrayTypeImpl

class GenericArrayTypeImpl(genericComponentType: Type) : GenericArrayType

ParameterizedTypeImpl

class ParameterizedTypeImpl(ownerType: Type?, rawType: Type, actualTypeArguments: Type) : ParameterizedType

WildcardTypeImpl

class WildcardTypeImpl(upperBounds: Array<out Type>, lowerBounds: Array<out Type>) : WildcardType

Properties

classifierClass

val KType.classifierClass: KClass<*>?

val <K> Map<K, *>.keyType: KType

nonNullTypeArguments

val KType.nonNullTypeArguments: List<KType>

val Type.rawType: Class<*>

val <V> Map<*, V>.valueType: KType

Functions

fun <V> Function<V>.call(vararg args: Any?): V

A utility function to call lambdas using a variable amount of arguments.

createStarProjectedType

@JvmName(name = "createStarProjectedType1")

fun createStarProjectedType(classifier: KClass<*>, nullable: Boolean = false, annotations: List<Annotation> = emptyList()): KType

createStarProjectedType

fun KClass<*>.createStarProjectedType(nullable: Boolean = false, annotations: List<Annotation> = emptyList()): KType

@JvmName(name = "createTypeKType")

fun createType(classifier: KClassifier, vararg arguments: KType?): KType

@JvmName(name = "createTypeKTypeProjection")

fun createType(classifier: KClassifier, vararg arguments: KTypeProjection): KType

fun createType(classifier: KClassifier, arguments: List<KTypeProjection> = emptyList(), nullable: Boolean = false, annotations: List<Annotation> = emptyList()): KType

@JvmName(name = "KClassifierCreateTypeKType")

fun KClassifier.createType(vararg arguments: KType?): KType

@JvmName(name = "KClassifierCreateTypeKTypeProjection")

fun KClassifier.createType(vararg arguments: KTypeProjection): KType

equalsIgnoreNullability

fun KType?.equalsIgnoreNullability(other: KType?): Boolean

getRuntimeDelegate

fun KProperty0<*>.getRuntimeDelegate(): Any?

fun <T> KProperty1<T, *>.getRuntimeDelegate(receiver: T & Any): Any?

fun <T, E> KProperty2<T, E, *>.getRuntimeDelegate(receiver: T & Any): Any?

hasEmptyArguments

fun <T> KFunction<T>.hasEmptyArguments(): Boolean

hasRuntimeDelegate

fun KProperty0<*>.hasRuntimeDelegate(): Boolean

fun <T> KProperty1<T, *>.hasRuntimeDelegate(receiver: T & Any): Boolean

fun <T, E> KProperty2<T, E, *>.hasRuntimeDelegate(receiver: T & Any): Boolean

isLazyInitialized

fun KProperty0<*>.isLazyInitialized(): Boolean

fun <T> KProperty1<T, *>.isLazyInitialized(receiver: T): Boolean

fun <T, E> KProperty2<T, E, *>.isLazyInitialized(receiver1: T, receiver2: E): Boolean

isRuntimeLazyInitialized

fun KProperty0<*>.isRuntimeLazyInitialized(): Boolean

fun <T> KProperty1<T, *>.isRuntimeLazyInitialized(receiver: T & Any): Boolean

fun <T, E> KProperty2<T, E, *>.isRuntimeLazyInitialized(receiver: T & Any): Boolean

isSubclassOfAny

fun KClass<*>.isSubclassOfAny(vararg classes: KClass<*>): Boolean

inline fun <T> KType.isSubtypeOf(): Boolean

inline fun <T> KType.isSuperTypeOf(): Boolean

inline fun <T> javaTypeOf(): Type

fun Method.toMethodHandle(): MethodHandle

fun KFunction<*>.toMethodHandle(): MethodHandle

fun Method.toMethodHandle(instance: Any): MethodHandle

fun KFunction<*>.toMethodHandle(instance: Any): MethodHandle