knio/org.ivcode.knio.context/KnioContext

KnioContext

data class KnioContext(val maxTaskBufferSize: Int = DEFAULT_TASK_BUFFER_SIZE, val maxStreamBufferSize: Int = DEFAULT_STREAM_BUFFER_SIZE, val byteBufferPool: ByteBufferPool = DEFAULT_BYTE_BUFFER_POOL, val channelFactory: ChannelFactory = DEFAULT_CHANNEL_FACTORY) : CoroutineContext.Element

The coroutine context element for the knio library.

Constructors

KnioContext

constructor(maxTaskBufferSize: Int = DEFAULT_TASK_BUFFER_SIZE, maxStreamBufferSize: Int = DEFAULT_STREAM_BUFFER_SIZE, byteBufferPool: ByteBufferPool = DEFAULT_BYTE_BUFFER_POOL, channelFactory: ChannelFactory = DEFAULT_CHANNEL_FACTORY)

Types

Key

object Key : CoroutineContext.Key<KnioContext>

Properties

byteBufferPool

val byteBufferPool: ByteBufferPool

The pool to use for acquiring ByteBuffer instances. This pool is used to create byte buffers, but other buffers types are also pulled from this pool and a view is created.

channelFactory

val channelFactory: ChannelFactory

The factory to use for creating Channel instances.

key

open override val key: CoroutineContext.Key<KnioContext>

maxStreamBufferSize

val maxStreamBufferSize: Int

The size of buffers used for streams. The memory used for these buffers depends on the data type. For example, a ByteBuffer is 1:1, but a CharBuffer is 2:1.

maxTaskBufferSize

val maxTaskBufferSize: Int

The size of buffers used for short-lived tasks. The memory used for these buffers depends on the data type. For example, a ByteBuffer is 1:1, but a CharBuffer is 2:1.

Functions

fold

open override fun <R> fold(initial: R, operation: (R, CoroutineContext.Element) -> R): R

get

open operator override fun <E : CoroutineContext.Element> get(key: CoroutineContext.Key<E>): E?

minusKey

open override fun minusKey(key: CoroutineContext.Key<*>): CoroutineContext

plus

open operator fun plus(context: CoroutineContext): CoroutineContext