skiko/org.jetbrains.skia.impl

Package-level declarations

Types

ArrayInteropDecoder

interface ArrayInteropDecoder<T>

object BufferUtil

expect class InteropPointer

actual typealias InteropPointer = Object

typealias InteropPointer = Object

actual typealias InteropPointer = NativePtr

typealias InteropPointer = NativePtr

actual typealias InteropPointer = Int

typealias InteropPointer = Int

expect class InteropScope

actual class InteropScope

actual open class InteropScope

actual class InteropScope

actual class InteropScope

expect class Library

Object representing native library containing non-Kotlin part of Skiko.

actual class Library

Object representing native library containing non-Kotlin part of Skiko.

actual class Library

Object representing native library containing non-Kotlin part of Skiko.

actual class Library

Object representing native library containing non-Kotlin part of Skiko.

expect abstract class Managed : Native

Peer for a native object.

actual abstract class Managed : Native, AutoCloseable

Peer for a native object.

actual abstract class Managed : Native

Peer for a native object.

actual abstract class Managed : Native

Peer for a native object.

expect abstract class Native

actual abstract class Native

actual abstract class Native

actual abstract class Native

expect class NativePointer

actual typealias NativePointer = Long

typealias NativePointer = Long

actual typealias NativePointer = NativePtr

typealias NativePointer = NativePtr

actual typealias NativePointer = Int

typealias NativePointer = Int

NativePointerArray

expect class NativePointerArray

actual class NativePointerArray

actual class NativePointerArray

actual class NativePointerArray

expect abstract class RefCnt : Managed

Peer for reference counted native object.

actual abstract class RefCnt : Managed

Peer for reference counted native object.

actual abstract class RefCnt : Managed

Peer for reference counted native object.

actual abstract class RefCnt : Managed

Peer for reference counted native object.

expect object Stats

Statistics of native operations.

actual object Stats

Statistics of native operations.

actual object Stats

Statistics of native operations.

actual object Stats

Statistics of native operations.

Functions

fun getPtr(n: Native?): NativePointer

expect inline fun <T> interopScope(block: InteropScope.() -> T): T

actual inline fun <T> interopScope(block: InteropScope.() -> T): T

actual inline fun <T> interopScope(block: InteropScope.() -> T): T

actual inline fun <T> interopScope(block: InteropScope.() -> T): T

reachabilityBarrier

expect fun reachabilityBarrier(obj: Any?)

actual fun reachabilityBarrier(obj: Any?)

actual fun reachabilityBarrier(obj: Any?)

actual fun reachabilityBarrier(obj: Any?)

skia_memGetByte

external fun skia_memGetByte(address: NativePointer): Byte

skia_memGetChar

external fun skia_memGetChar(address: NativePointer): Char

skia_memGetDouble

external fun skia_memGetDouble(address: NativePointer): Double

skia_memGetFloat

external fun skia_memGetFloat(address: NativePointer): Float

external fun skia_memGetInt(address: NativePointer): Int

skia_memGetShort

external fun skia_memGetShort(address: NativePointer): Short

skia_memSetByte

external fun skia_memSetByte(address: NativePointer, value: Byte)

skia_memSetChar

external fun skia_memSetChar(address: NativePointer, value: Char)

skia_memSetDouble

external fun skia_memSetDouble(address: NativePointer, value: Double)

skia_memSetFloat

external fun skia_memSetFloat(address: NativePointer, value: Float)

external fun skia_memSetInt(address: NativePointer, value: Int)

skia_memSetShort

external fun skia_memSetShort(address: NativePointer, value: Short)

inline fun <T : Managed, R> T.use(block: (T) -> R): R

Utility function to use managed object and them immediately release it.

withStringReferenceNullableResult

fun withStringReferenceNullableResult(block: () -> NativePointer): String?

withStringReferenceResult

fun withStringReferenceResult(block: () -> NativePointer): String

Creates String from SkString* result. Caller must ensure pointer to be valid. It is caller responsibility to destroy underlying SkString. Use it if pointer is received from reference (SkString&)