- AbstractChannel.doRead() is split into two versions so that the
implementation doesn't have to validate the buffer type.
- Optimized ChannelBufferHolder a little bit
- Reduced GC related with flush future notification
- Added FlushCheckpoint and DefaultChannelFuture implements it
opportunistically
-
- AbstractChannel now handles flushing a message buffer
- Cleaned up DatagramChannel interface
- Removed ProtocolFamily because a user can create an NIO
DatagramChannel and specify it as a constructor parameter
- UniqueName and UniqueKey constructors became public so that
I don't need to create a subclass every time.
- Replaced pipeline factories with initializers
- Ported essential parts related with HTTP to the new API
- Replaced ChannelHandlerAdapter.combine() with CombinedChannelHandler
- Fixed a bug where ReplayingDecoder does not notify the next handler
- Fixed a bug where ReplayingDecoder calls wrong callDecode() method
- Added a destination buffer as an argument to AbstractChannel.doRead()
for easier implementation
- Fixed a bug where NioSocketChannel did not try to increase the inbound
buffer size (moved the logic to AbstractChannel)
- Replaced some IllegalArgumentExceptions with
UnsupportedMessageTypeException
- MessageToMessage(Encoder|Decoder) should continue polling the
inbound buffer if encode() or decode() returns null
- aggregating codec can do that
- Added CodecException which is either EncoderException or
DecoderException
- Made all decoder exceptions a subtype of DecoderException
- Replaced CodecEmbedderException with CodecException
- All abstract handlers wraps an exception with a CodecException
- UniqueKey removes the duplication between ChannelOption and
AttributeKey
- UniqueName provides common name collision check for AttributeKey,
ChannelOption, and Signal.
- Replaced ReplayError with Signal
- Removed deprecated classes
- Changed type parameter of StreamToMessageDecoder and
MessageToMessageDecoder for more flexibility
- Made all tests in the codec package pass
