接口的使用
net.hasor.neta.bytebuf.ByteBuf

使用ByteBuf的程序包

程序包	说明
net.hasor.neta.bytebuf
net.hasor.neta.channel
net.hasor.neta.handler
net.hasor.neta.handler.ssl

net.hasor.neta.bytebuf中ByteBuf的使用

实现ByteBuf的net.hasor.neta.bytebuf中的类

限定符和类型	类和说明
class	AbstractByteBuf readMark <= readIndex <= writerMark <= writerIndex <= capacity
class	ArrayByteBuf 基于 字节数组的 ByteBuf 接口实现。
class	ByteBufAdapter readMark <= readIndex <= writerMark <= writerIndex <= capacity
class	PooledNioByteBuf 基于 NioChunk 池化的 ByteBuf 接口实现，提供了扩缩容零拷贝实现
class	SliceNioByteBuf 基于 NioChunk 的 ByteBuf 接口实现。

声明为ByteBuf的net.hasor.neta.bytebuf中的字段

限定符和类型	字段和说明
protected ByteBuf	ByteBufAdapter.byteBuf

返回ByteBuf的net.hasor.neta.bytebuf中的方法

限定符和类型	方法和说明
ByteBuf	ByteBufAllocator.arrayBuffer() Allocate a ByteBuf, with the bytes array.
ByteBuf	AbstractByteBufAllocator.arrayBuffer()
ByteBuf	ByteBufAllocator.arrayBuffer(int capacity) Allocate a ByteBuf, with the bytes array.
ByteBuf	AbstractByteBufAllocator.arrayBuffer(int capacity)
ByteBuf	ByteBufAllocator.arrayBuffer(int initialCapacity, int maxCapacity) Allocate a ByteBuf, with the bytes array.
ByteBuf	AbstractByteBufAllocator.arrayBuffer(int initialCapacity, int maxCapacity)
ByteBuf	ByteBufAllocator.buffer() Allocate a ByteBuf.
ByteBuf	AbstractByteBufAllocator.buffer()
ByteBuf	ByteBufOutputStream.buffer() Returns the buffer where this stream is writing data.
ByteBuf	ByteBufAllocator.buffer(int initialCapacity) Allocate a ByteBuf with the given initial capacity.
ByteBuf	AbstractByteBufAllocator.buffer(int initialCapacity)
ByteBuf	ByteBufAllocator.buffer(int initialCapacity, int maxCapacity) Allocate a ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	PooledHeapByteBufAllocator.buffer(int initialCapacity, int maxCapacity)
ByteBuf	DirectByteBufAllocator.buffer(int initialCapacity, int maxCapacity)
ByteBuf	PooledDirectByteBufAllocator.buffer(int initialCapacity, int maxCapacity)
ByteBuf	HeapByteBufAllocator.buffer(int initialCapacity, int maxCapacity)
ByteBuf	ByteBuf.copy() 复制个 ByteBuf , 连同 buffer 的数据一起复制
ByteBuf	ByteBufAdapter.copy()
ByteBuf	ByteBufAllocator.directBuffer() Allocate a direct ByteBuf.
ByteBuf	AbstractByteBufAllocator.directBuffer()
ByteBuf	ByteBufAllocator.directBuffer(int capacity) Allocate a direct ByteBuf with the given initial capacity.
ByteBuf	AbstractByteBufAllocator.directBuffer(int capacity)
ByteBuf	ByteBufAllocator.directBuffer(int initialCapacity, int maxCapacity) Allocate a direct ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.directBuffer(int initialCapacity, int maxCapacity)
default ByteBuf	ByteBuf.flush() same as markWriter()
ByteBuf	ByteBufAdapter.flush()
ByteBuf	ByteBufAllocator.heapBuffer() Allocate a heap ByteBuf.
ByteBuf	AbstractByteBufAllocator.heapBuffer()
ByteBuf	ByteBufAllocator.heapBuffer(int capacity) Allocate a heap ByteBuf with the given initial capacity.
ByteBuf	AbstractByteBufAllocator.heapBuffer(int capacity)
ByteBuf	ByteBufAllocator.heapBuffer(int initialCapacity, int maxCapacity) Allocate a heap ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.heapBuffer(int initialCapacity, int maxCapacity)
ByteBuf	AbstractByteBuf.markReader()
ByteBuf	ByteBuf.markReader() Marks the current readerIndex in this buffer.
ByteBuf	ByteBufAdapter.markReader()
ByteBuf	AbstractByteBuf.markWriter()
ByteBuf	ByteBuf.markWriter() Marks the current writerIndex in this buffer.
ByteBuf	ByteBufAdapter.markWriter()
ByteBuf	AbstractByteBuf.order(ByteOrder newOrder)
ByteBuf	ByteBuf.order(ByteOrder newOrder) 设置字节序
ByteBuf	ByteBufAdapter.order(ByteOrder newOrder)
ByteBuf	ByteBufAllocator.pooledBuffer() Allocate pooled ByteBuf.
ByteBuf	AbstractByteBufAllocator.pooledBuffer()
ByteBuf	ByteBufAllocator.pooledBuffer(int maxCapacity, int sliceSize) Allocate pooled ByteBuf with the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.pooledBuffer(int maxCapacity, int sliceSize)
ByteBuf	ByteBufAllocator.pooledBuffer(int initialCapacity, int maxCapacity, int sliceSize) Allocate a direct ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	PooledHeapByteBufAllocator.pooledBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	DirectByteBufAllocator.pooledBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	PooledDirectByteBufAllocator.pooledBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	HeapByteBufAllocator.pooledBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	ByteBufAllocator.pooledDirectBuffer() Allocate pooled ByteBuf.
ByteBuf	AbstractByteBufAllocator.pooledDirectBuffer()
ByteBuf	ByteBufAllocator.pooledDirectBuffer(int maxCapacity, int sliceSize) Allocate pooled ByteBuf with the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.pooledDirectBuffer(int maxCapacity, int sliceSize)
ByteBuf	ByteBufAllocator.pooledDirectBuffer(int initialCapacity, int maxCapacity, int sliceSize) Allocate a direct ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.pooledDirectBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	ByteBufAllocator.pooledHeapBuffer() Allocate pooled ByteBuf.
ByteBuf	AbstractByteBufAllocator.pooledHeapBuffer()
ByteBuf	ByteBufAllocator.pooledHeapBuffer(int maxCapacity, int sliceSize) Allocate pooled ByteBuf with the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.pooledHeapBuffer(int maxCapacity, int sliceSize)
ByteBuf	ByteBufAllocator.pooledHeapBuffer(int initialCapacity, int maxCapacity, int sliceSize) Allocate a direct ByteBuf with the given initial capacity and the given maximal capacity.
ByteBuf	AbstractByteBufAllocator.pooledHeapBuffer(int initialCapacity, int maxCapacity, int sliceSize)
ByteBuf	AbstractByteBuf.resetReader()
ByteBuf	ByteBuf.resetReader() Repositions the current readerIndex to the marked readerIndex in this buffer.
ByteBuf	ByteBufAdapter.resetReader()
ByteBuf	AbstractByteBuf.resetWriter()
ByteBuf	ByteBuf.resetWriter() Repositions the current writerIndex to the marked writerIndex in this buffer.
ByteBuf	ByteBufAdapter.resetWriter()
ByteBuf	AbstractByteBuf.skipReadableBytes(int length)
ByteBuf	ByteBuf.skipReadableBytes(int length)
ByteBuf	ByteBufAdapter.skipReadableBytes(int length)
ByteBuf	AbstractByteBuf.skipWritableBytes(int length)
ByteBuf	ByteBuf.skipWritableBytes(int length)
ByteBuf	ByteBufAdapter.skipWritableBytes(int length)
ByteBuf	ByteBufAllocator.wrap(byte[] bytes) Allocate a ByteBuf, with the bytes array.
ByteBuf	AbstractByteBufAllocator.wrap(byte[] bytes)
ByteBuf	ByteBufAllocator.wrap(ByteBuffer javaBuffer) Allocate a ByteBuf, with the ByteBuffer.
ByteBuf	AbstractByteBufAllocator.wrap(ByteBuffer javaBuffer)

参数类型为ByteBuf的net.hasor.neta.bytebuf中的方法

限定符和类型	方法和说明
default int	ByteBuf.read(ByteBuf dst) use copy to dst
int	ByteBufAdapter.read(ByteBuf dst)
int	AbstractByteBuf.read(ByteBuf dst, int len)
int	ByteBuf.read(ByteBuf dst, int len) use copy to dst
int	ByteBufAdapter.read(ByteBuf dst, int len)
static byte[]	ByteBufUtil.toBytes(ByteBuf buf)
int	AbstractByteBuf.write(ByteBuf src)
int	ByteBuf.write(ByteBuf src) use copy form src ByteBuffer
int	ByteBufAdapter.write(ByteBuf src)

参数类型为ByteBuf的net.hasor.neta.bytebuf中的构造器

构造器和说明
ByteBufAdapter(ByteBuf byteBuf)
ByteBufInputStream(ByteBuf buffer) Creates a new stream which reads data from the specified buffer starting at the current readerIndex and ending at the current writerIndex.
ByteBufInputStream(ByteBuf buffer, boolean releaseOnClose) Creates a new stream which reads data from the specified buffer starting at the current readerIndex and ending at the current writerIndex.
ByteBufOutputStream(ByteBuf buffer) Creates a new stream which writes data to the specified buffer.
ByteBufOutputStream(ByteBuf buffer, int cacheSize) Creates a new stream which writes data to the specified buffer.

net.hasor.neta.channel中ByteBuf的使用

类型参数类型为ByteBuf的net.hasor.neta.channel中的字段

限定符和类型	字段和说明
protected Pipeline<ByteBuf>	NetChannel.pipeline

返回ByteBuf的net.hasor.neta.channel中的方法

限定符和类型	方法和说明
ByteBuf	DefaultSoResManager.newLocalRcvBuf()
ByteBuf	SoResManager.newLocalRcvBuf()
ByteBuf	DefaultSoResManager.newLocalSndBuf()
ByteBuf	SoResManager.newLocalSndBuf()

net.hasor.neta.handler中ByteBuf的使用

返回变量类型为ByteBuf的类型的net.hasor.neta.handler中的方法

限定符和类型	方法和说明
static PipeBuilder.PipelineBuilder<ByteBuf,ByteBuf>	PipeInitializer.builder()
static PipeBuilder.PipelineBuilder<ByteBuf,ByteBuf>	PipeInitializer.builder()

类型变量类型为ByteBuf的net.hasor.neta.handler中的方法参数

限定符和类型	方法和说明
static PipelineFactory	PipeInitializer.builder(PipeListener<ByteBuf> listener)
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeConfig pipeConfig, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeConfig pipeConfig, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeInitializer.nextTo(String name, PipeConfig pipeConfig, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder)
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeInitializer.nextTo(String name, PipeConfig pipeConfig, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder)
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeConfig pipeConfig, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeConfig pipeConfig, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeInitializer.nextTo(String name, PipeConfig pipeConfig, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer)
<RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeInitializer.nextTo(String name, PipeConfig pipeConfig, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer)
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeHandler<ByteBuf,RCV_DOWN> decoder, PipeHandler<SND_UP,ByteBuf> encoder) using decoder and encoder to combined for duplex.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
default <RCV_DOWN,SND_UP> PipeBuilder.PipelineBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextTo(String name, PipeLayer<ByteBuf,RCV_DOWN,SND_UP,ByteBuf> pipeLayer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.

net.hasor.neta.handler.ssl中ByteBuf的使用

类型变量类型为ByteBuf的net.hasor.neta.handler.ssl中的方法参数

限定符和类型	方法和说明
PipeStatus	SslPipeLayer.doLayer(PipeContext context, boolean isRcv, PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown)
PipeStatus	SslPipeLayer.doLayer(PipeContext context, boolean isRcv, PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown)
PipeStatus	SslPipeLayer.doLayer(PipeContext context, boolean isRcv, PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown)
PipeStatus	SslPipeLayer.doLayer(PipeContext context, boolean isRcv, PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown)
PipeStatus	SslContextBasic.handRcv(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Receiving SSL data
PipeStatus	SslContextBasic.handRcv(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Receiving SSL data
PipeStatus	SslContextBasic.handRcv(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Receiving SSL data
PipeStatus	SslContextBasic.handRcv(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Receiving SSL data
PipeStatus	SslContextBasic.handSnd(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Sending SSL data
PipeStatus	SslContextBasic.handSnd(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Sending SSL data
PipeStatus	SslContextBasic.handSnd(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Sending SSL data
PipeStatus	SslContextBasic.handSnd(PipeRcvQueue<ByteBuf> rcvUp, PipeSndQueue<ByteBuf> rcvDown, PipeRcvQueue<ByteBuf> sndUp, PipeSndQueue<ByteBuf> sndDown) Sending SSL data