| Name |
Description |
| AbstractChannel |
|
| AbstractChannel.AbstractUnsafe |
IChannelUnsafe implementation which sub-classes must extend and use. |
| AbstractChannel.PausableChannelEventLoop |
|
| AbstractChannelHandlerContext |
|
| AbstractChannelHandlerContext.PausableChannelEventExecutorImpl |
|
| AbstractServerChannel |
A skeleton of a server-side IChannel implementation, which does not allow any of the following operations: * IChannel.ConnectAsync(EndPoint) * IChannel.DisconnectAsync() * IChannel.WriteAsync(object) * IChannel.Flush() |
| AbstractServerChannel.DefaultServerUnsafe |
|
| ChannelException |
|
| ChannelHandlerAdapter |
Default implementation of IChannelHandler - all implementations are no-nops. Begin from this to begin adding your own IChannelHandler implementations. |
| ChannelHandlerInvokerUtil |
|
| ChannelOption |
A strongly typed class representing a configuration option for a given channel. |
| ChannelPipelineException |
Exception thrown whenever there's an issue modifying the IChannelPipeline |
| ClosedChannelException |
|
| ConnectException |
|
| ConnectTimeoutException |
|
| DefaultChannelHandlerContext |
|
| DefaultChannelHandlerInvoker |
|
| DefaultChannelHandlerInvoker.WriteTask |
|
| DefaultChannelId |
|
| DefaultMessageSizeEstimator |
A default IMessageSizeEstimator, designed for working with IByteBuf primarily. |
| DefaultMessageSizeEstimator.DefaultHandle |
|
| FixedRecvByteBufAllocator |
A IRecvByteBufAllocator that always yields the same buffer size prediction; ignores feedback from the I/O thread. |
| FixedRecvByteBufAllocator.Handle |
|
| MultithreadEventLoopGroup |
IEventLoopGroup implementation designs for multiplexing multiple active IChannel instances across one or more SingleThreadEventLoop instances. |
| NotYetConnectedException |
|
| SingleThreadEventLoop |
Single threaded IEventLoop implementation built on top of SingleThreadEventExecutor |