接口的使用
net.hasor.neta.handler.PipeBuilder

使用PipeBuilder的程序包

程序包	说明
net.hasor.neta.handler

net.hasor.neta.handler中PipeBuilder的使用

返回PipeBuilder的net.hasor.neta.handler中的方法

限定符和类型	方法和说明
static PipeBuilder<ByteBuf,ByteBuf>	PipeHelper.builder()
static PipeBuilder<ByteBuf,ByteBuf>	PipeHelper.builder(PipeConfig pipeConfig)
static <RCV_UP,SND_DOWN> PipeBuilder<RCV_UP,SND_DOWN>	PipeHelper.embedded(Class<RCV_UP> rcvUp, Class<SND_DOWN> sndDown)
static <RCV_UP,SND_DOWN> PipeBuilder<RCV_UP,SND_DOWN>	PipeHelper.embedded(Class<RCV_UP> rcvUp, Class<SND_DOWN> sndDown, PipeConfig terminalConfig)
default <RCV_DOWN> PipeBuilder<RCV_DOWN,SND_DOWN>	PipeBuilder.nextDecoder(PipeHandler<RCV_UP,RCV_DOWN> decoder) using decoder, the encoder is transparent RCV_UP is ByteBuf or Message RCV_DOWN is ByteBuf or Message SND_DOWN equal to SND_UP
<RCV_DOWN> PipeBuilder<RCV_DOWN,SND_DOWN>	PipeBuilder.nextDecoder(String name, PipeConfig pipeConfig, PipeHandler<RCV_UP,RCV_DOWN> decoder) using decoder, the encoder is transparent RCV_UP is ByteBuf or Message RCV_DOWN is ByteBuf or Message
default <RCV_DOWN> PipeBuilder<RCV_DOWN,SND_DOWN>	PipeBuilder.nextDecoder(String name, PipeHandler<RCV_UP,RCV_DOWN> decoder) using decoder, the encoder is transparent RCV_UP is ByteBuf or Message RCV_DOWN is ByteBuf or Message
default <RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(PipeDuplex<RCV_UP,RCV_DOWN,SND_UP,SND_DOWN> duplexer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
default <RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(PipeHandler<RCV_UP,RCV_DOWN> decoder, PipeHandler<SND_UP,SND_DOWN> encoder) using decoder and encoder to combined for duplex.
<RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(String name, PipeConfig pipeConfig, PipeDuplex<RCV_UP,RCV_DOWN,SND_UP,SND_DOWN> duplexer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
<RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(String name, PipeConfig pipeConfig, PipeHandler<RCV_UP,RCV_DOWN> decoder, PipeHandler<SND_UP,SND_DOWN> encoder) using decoder and encoder to combined for duplex.
default <RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(String name, PipeDuplex<RCV_UP,RCV_DOWN,SND_UP,SND_DOWN> duplexer) this is a Duplexer, The data flow direction is identified by the isRcv parameter.
default <RCV_DOWN,SND_UP> PipeBuilder<RCV_DOWN,SND_UP>	PipeBuilder.nextDuplex(String name, PipeHandler<RCV_UP,RCV_DOWN> decoder, PipeHandler<SND_UP,SND_DOWN> encoder) using decoder and encoder to combined for duplex.
default <SND_UP> PipeBuilder<RCV_UP,SND_UP>	PipeBuilder.nextEncoder(PipeHandler<SND_UP,SND_DOWN> encoder) using encoder, the decoder is transparent RCV_UP equal to RCV_DOWN SND_UP is ByteBuf or Message SND_DOWN is ByteBuf or Message
<SND_UP> PipeBuilder<RCV_UP,SND_UP>	PipeBuilder.nextEncoder(String name, PipeConfig pipeConfig, PipeHandler<SND_UP,SND_DOWN> encoder) using encoder, the decoder is transparent SND_UP is ByteBuf or Message SND_DOWN is ByteBuf or Message
default <SND_UP> PipeBuilder<RCV_UP,SND_UP>	PipeBuilder.nextEncoder(String name, PipeHandler<SND_UP,SND_DOWN> encoder) using encoder, the decoder is transparent SND_UP is ByteBuf or Message SND_DOWN is ByteBuf or Message