ArrayApiCommon

abstract val c: Context

abstract def isEmbed: Boolean

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

lazy val A: reflect.macros.Universe.Type

val AddrTpe: reflect.macros.Universe.Type

object Allocatable

object Allocation

val AllocatorClass: reflect.macros.Universe.ClassSymbol

val AnnotsClass: reflect.macros.Universe.ClassSymbol

val ArrayClass: reflect.macros.Universe.ClassSymbol

val ArrayModule: reflect.macros.Universe.ModuleSymbol

object ArrayOf

val ArraySizeTpe: reflect.macros.Universe.Type

val ArrayTpe: reflect.macros.Universe.Type

val CheckedModule: reflect.macros.Universe.ModuleSymbol

val ClassTagClass: reflect.macros.Universe.ClassSymbol

val ClassTagRangeClass: reflect.macros.Universe.ClassSymbol

object Clazz extends Serializable

val CompleteClass: reflect.macros.Universe.ClassSymbol

val CtorClass: reflect.macros.Universe.ClassSymbol

val DataClass: reflect.macros.Universe.ClassSymbol

val EmbedArrayClass: reflect.macros.Universe.ClassSymbol

val EmbedArrayModule: reflect.macros.Universe.ModuleSymbol

val EmbedClass: reflect.macros.Universe.ClassSymbol

object ExtractClassTag extends ExtractAnnotation

object ExtractClassTagRange extends ExtractAnnotation

object ExtractData extends ExtractAnnotation

object ExtractField extends ExtractAnnotation

object ExtractParent extends ExtractAnnotation

object ExtractParentExtractor extends ExtractAnnotation

object ExtractPotentialChildren extends ExtractAnnotation

object ExtractPrimaryExtractor extends ExtractAnnotation

object ExtractUniversalExtractor extends ExtractAnnotation

object ExtractVariant extends ExtractAnnotation

object Field extends Serializable

val FieldClass: reflect.macros.Universe.ClassSymbol

val IllegalArgumentExceptionClass: reflect.macros.Universe.ClassSymbol

val IndexOutOfBoundsExceptionClass: reflect.macros.Universe.ClassSymbol

val LayoutModule: reflect.macros.Universe.ModuleSymbol

val MemoryModule: reflect.macros.Universe.ModuleSymbol

val MethodModule: reflect.macros.Universe.ModuleSymbol

def MyArrayClass: reflect.macros.Universe.ClassSymbol

def MyArrayModule: reflect.macros.Universe.ModuleSymbol

def MyArrayTpe: reflect.macros.Universe.Type

val NullPointerExceptionClass: reflect.macros.Universe.ClassSymbol

val ParentClass: reflect.macros.Universe.ClassSymbol

val ParentExtractorClass: reflect.macros.Universe.ClassSymbol

val PoolModule: reflect.macros.Universe.ModuleSymbol

val PoolRegionClass: reflect.macros.Universe.ClassSymbol

val PoolRegionModule: reflect.macros.Universe.ModuleSymbol

val PotentialChildrenClass: reflect.macros.Universe.ClassSymbol

val PrimaryExtractorClass: reflect.macros.Universe.ClassSymbol

object Primitive

val RegionClass: reflect.macros.Universe.ClassSymbol

val RegionModule: reflect.macros.Universe.ModuleSymbol

val SanitizerModule: reflect.macros.Universe.ModuleSymbol

val SizeTpe: reflect.macros.Universe.Type

val StringBuilderClass: reflect.macros.Universe.ClassSymbol

object TupleOf

val UniversalExtractorClass: reflect.macros.Universe.ClassSymbol

implicit object UnliftType extends reflect.macros.Universe.Unliftable[reflect.macros.Universe.Type]

Extension to default type unlifting that also handles literal constant types produced after typechecking of classOf.

val VariantClass: reflect.macros.Universe.ClassSymbol

def abort(msg: String, at: reflect.macros.Universe.Position = c.enclosingPosition): Nothing

def access(addr: reflect.macros.Universe.Tree, f: Field): reflect.macros.Universe.Tree

def alignmentOf(tpe: reflect.macros.Universe.Type): Int

def alignmentOfEmbed(tpe: reflect.macros.Universe.Type): Long

def app(f: reflect.macros.Universe.Tree, argValue: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def appSubs(f: reflect.macros.Universe.Tree, argValue: reflect.macros.Universe.Tree, subs: (reflect.macros.Universe.Tree) ⇒ reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def apply(index: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

final def asInstanceOf[T0]: T0

def assertAllocatable(T: reflect.macros.Universe.Type, msg: String = ""): Unit

def assertEmbeddable(T: reflect.macros.Universe.Type): Unit

def assertLayoutComplete(sym: reflect.macros.Universe.Symbol, msg: String): Unit

def assertNotInLayout(sym: reflect.macros.Universe.Symbol, msg: String): Unit

def assign(addr: reflect.macros.Universe.Tree, f: Field, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def boundsChecked(index: reflect.macros.Universe.Tree)(ifOk: (reflect.macros.Universe.Tree) ⇒ (reflect.macros.Universe.Tree) ⇒ reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

val canUseMacros: reflect.macros.Universe.TermName

def cast(v: reflect.macros.Universe.Tree, from: reflect.macros.Universe.Type, to: reflect.macros.Universe.Type): reflect.macros.Universe.Tree

def classOf(tpt: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def clone(): AnyRef

def clone_(a: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

val complete: reflect.macros.Universe.TermName

def debug[T](header: String)(f: ⇒ T): T

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def exists(f: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def filter(f: reflect.macros.Universe.Tree)(a: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def finalize(): Unit

implicit def flags2long(flags: reflect.macros.Universe.FlagSet): Long

def flatten(trees: List[reflect.macros.Universe.Tree]): reflect.macros.Universe.Tree

def forall(f: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def foreach(f: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def fresh(pre: String): reflect.macros.Universe.TermName

def freshVal(pre: String, tpe: reflect.macros.Universe.Type, value: reflect.macros.Universe.Tree, flags: reflect.macros.Universe.FlagSet = NoFlags): reflect.macros.Universe.ValDef

def freshVar(pre: String, tpe: reflect.macros.Universe.Type, value: reflect.macros.Universe.Tree): reflect.macros.Universe.ValDef

final def getClass(): Class[_]

def hashCode(): Int

def initialize(clazz: Clazz, addr: reflect.macros.Universe.TermName, args: Seq[reflect.macros.Universe.Tree], discardResult: Boolean, prezeroed: Boolean): reflect.macros.Universe.Tree

val initializer: reflect.macros.Universe.TermName

val internal: reflect.macros.Universe.ModuleSymbol

def isData(T: reflect.macros.Universe.Type): Boolean

def isEmpty: reflect.macros.Universe.Tree

final def isInstanceOf[T0]: Boolean

def isNull(addr: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def isParent(T: reflect.macros.Universe.Type, C: reflect.macros.Universe.Type): Boolean

def isRelated(T: reflect.macros.Universe.Type, C: reflect.macros.Universe.Type): Boolean

def isSemiStable(sym: reflect.macros.Universe.Symbol): Boolean

def isVariant(T: reflect.macros.Universe.Type): Boolean

def iterate(pre: reflect.macros.Universe.Tree, T: reflect.macros.Universe.Type, f: (reflect.macros.Universe.Tree) ⇒ reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

val layout: reflect.macros.Universe.TermName

implicit def long2flags(flags: Long): reflect.macros.Universe.FlagSet

def map[B](f: reflect.macros.Universe.Tree)(a: reflect.macros.Universe.Tree)(implicit arg0: reflect.macros.Universe.WeakTypeTag[B]): reflect.macros.Universe.Tree

final def ne(arg0: AnyRef): Boolean

def nonEmpty: reflect.macros.Universe.Tree

def notNull(addr: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

final def notify(): Unit

final def notifyAll(): Unit

def nullChecked(addr: reflect.macros.Universe.Tree, ifOk: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

val offheap: reflect.macros.Universe.ModuleSymbol

def padded(base: Long, alignment: Long): Long

def panic(msg: String = ""): Nothing

def paramTpe(t: reflect.macros.Universe.Tree): reflect.macros.Universe.Type

def paramTpe(tpe: reflect.macros.Universe.Type): reflect.macros.Universe.Type

def read(addr: reflect.macros.Universe.Tree, tpe: reflect.macros.Universe.Type): reflect.macros.Universe.Tree

def readElem(pre: reflect.macros.Universe.Tree, T: reflect.macros.Universe.Type, idx: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def readEmbed(addr: reflect.macros.Universe.Tree, tpe: reflect.macros.Universe.Type): reflect.macros.Universe.Tree

def readSize(pre: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def size: reflect.macros.Universe.Tree

def sizeOf(tpe: reflect.macros.Universe.Type): Long

def sizeOfEmbed(tpe: reflect.macros.Universe.Type): Long

def sizeOfHeader: reflect.macros.Universe.Tree

def stabilized(tree: reflect.macros.Universe.Tree)(f: (reflect.macros.Universe.Tree) ⇒ reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def strideOf(T: reflect.macros.Universe.Type): Long

def strideOf(T: reflect.macros.Universe.Type, isEmbed: Boolean): Long

final def synchronized[T0](arg0: ⇒ T0): T0

val tag: reflect.macros.Universe.TermName

def throwIllegalArgument(v: reflect.macros.Universe.Tree): reflect.macros.Universe.Throw

def throwOutOfBounds(idx: reflect.macros.Universe.Tree): reflect.macros.Universe.Throw

def toArray: reflect.macros.Universe.Tree

def toString(): String

def unreachable: Nothing

def update(index: reflect.macros.Universe.Tree, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

def write(addr: reflect.macros.Universe.Tree, tpe: reflect.macros.Universe.Type, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def writeElem(pre: reflect.macros.Universe.Tree, T: reflect.macros.Universe.Type, idx: reflect.macros.Universe.Tree, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def writeEmbed(addr: reflect.macros.Universe.Tree, tpe: reflect.macros.Universe.Type, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree

def writeSize(pre: reflect.macros.Universe.Tree, value: reflect.macros.Universe.Tree): reflect.macros.Universe.Tree