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Channel implementation.ChannelBufferFactory.ByteOrder is
ByteOrder.BIG_ENDIAN.
ByteOrder.
Provider implementation for a ChannelFactory.ChannelSink implementation.InternalLogger.Channel implementation."Accept"
"Accept-Charset"
"Accept-Encoding"
"Accept-Language"
"Accept-Ranges"
ReceiveBufferSizePredictor that automatically increases and
decreases the predicted buffer size on feed back.ChannelHandler after an existing handler of this
pipeline.
ChannelHandler before an existing handler of this
pipeline.
Cookie created with the specified name and value to
this encoder.
Cookie to this encoder.
ChannelHandler at the first position of this pipeline.
ChannelHandler at the last position of this pipeline.
"Age"
"all"
"Allow"
Channel and
ChannelSink.
"Authorization"
ChannelBuffer that encodes and decodes to and from
Base64 notation."base64"
ChannelBuffer or US-ASCII String
into a ChannelBuffer.ChannelBuffer into a Base64-encoded ChannelBuffer."binary"
"localAddress" option.
"localAddress" option.
"bind" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"bind" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.bind(ChannelHandlerContext, ChannelFuture, SocketAddress) instead.
Sends a "bind" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channel.bind(SocketAddress) was called.
Channel.bind(SocketAddress) was called.
Channel.ChannelFactory set.
ChannelFactory.
capacity.
endianness
and capacity.
ByteBuffer based buffer."bytes"
"Cache-Control"
TimerTask associated with this handle.
true if and only if the ChannelHandler is an
instance of ChannelDownstreamHandler.
true if and only if the ChannelHandler is an
instance of ChannelUpstreamHandler.
Channel is open and bound to a local address,
but not connected.
Channel is open and bound to a local address,
but not connected.
ChannelBuffers.ChannelBuffer.InputStream which reads data from a ChannelBuffer.buffer
starting at the current readerIndex and ending at the current
writerIndex.
buffer
starting at the current readerIndex and ending at
readerIndex + length.
OutputStream which writes data to a ChannelBuffer.buffer.
ChannelBuffer by allocating new space or by wrapping
or copying existing byte arrays, byte buffers and a string.Channel was closed and all its related resources
were released.
Channel was closed and all its related resources
were released.
Channel.Channel is open, bound to a local address, and
connected to a remote address.
Channel is open, bound to a local address, and
connected to a remote address.
Channel was disconnected from its remote peer.
Channel was disconnected from its remote peer.
ChannelEvent, and sends a
ChannelEvent to the next handler in a ChannelPipeline.Channel.Runnable which sends the specified ChannelEvent upstream.Runnable which sends the specified ChannelEvent
upstream via the specified ChannelHandlerContext.
RuntimeException which is thrown when an I/O operation fails.Channel associated
with a certain communication entity such as a network socket.ChannelFactory.Channel I/O operation.ChannelFuture.Set that contains open Channels and provides
various bulk operations on them.ChannelGroup operation.ChannelGroupFuture.ChannelEvent, and sends a
ChannelEvent to the next handler in a ChannelPipeline.ChannelHandler and the ChannelPipeline it belongs to.RuntimeException which is thrown when a
LifeCycleAwareChannelHandler throws an Exception
in its handler methods.Channel has been idle for a while.
Channel has been idle for a while.
Channel's interestOps
was changed.
Channel's interestOps
was changed.
Channel.Channel local variable.
Channel is open, but not bound nor connected.
Channel is open, but not bound nor connected.
ChannelHandlers which handles or intercepts
ChannelEvents of a Channel.ChannelHandler type
can be added to more than one ChannelPipeline.ChannelException which is thrown when a ChannelPipeline
failed to process a ChannelEvent or when a ChannelPipelineFactory
failed to initialize a ChannelPipeline.ChannelPipeline for a new Channel.Channel, ChannelHandler, and ChannelPipeline.ChannelEvents.Channel.ChannelEvent which represents the change of the Channel
state.Channel was unbound from the current local address.
Channel was unbound from the current local address.
ChannelEvent, and sends a
ChannelEvent to the next handler in a ChannelPipeline."charset"
IndexOutOfBoundsException if the current
readable bytes of this buffer is less
than the specified value.
Channel was closed.
Channel was closed.
Channel was open.
Channel was open.
ChannelEvent which represents the notification of the state of
a child Channel."chunked"
ChunkedInput that fetches data from a file chunk by chunk.ChunkedWriteHandler.ChunkedInput that fetches data from a file chunk by chunk using
NIO FileChannel.ChunkedInput that fetches data from a ReadableByteChannel
chunk by chunk.ChunkedInput that fetches data from an InputStream chunk by
chunk.ChannelHandler that adds support for writing a large data stream
asynchronously neither spending a lot of memory nor getting
OutOfMemoryError.readerIndex and writerIndex of this buffer to
0.
Channel and makes a
connection attempt.ChannelFactory set.
ChannelFactory.
ChannelFactory which creates a client-side SocketChannel.ChannelFutureListener that closes the Channel which is
associated with the specified ChannelFuture.
"close" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"close" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.close(ChannelHandlerContext, ChannelFuture) instead.
Sends a "close" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels in this group.
"close"
close_notify message to the specified channel and
destroys the underlying SSLEngine.
ChannelFutureListener that closes the Channel when the
operation ended up with a failure or cancellation rather than a success.
Channel.close() was called.
Channel.close() was called.
RuntimeException which is thrown when a CodecEmbedder
failed to encode or decode the specified input.ChannelBuffer.compareTo(ChannelBuffer).
CompatibleObjectEncoder, CompatibleObjectDecoder,
ObjectInputStream, and ObjectOutputStream with
ObjectEncoder, ObjectDecoder,
ObjectEncoderOutputStream, and
ObjectDecoderInputStream respectively. This workaround
requires both a client and a server to be modified.ChannelBuffer
(interoperability version).16.
ChannelFuture implementation which represents a
ChannelFuture which has been completed already."compress"
"remoteAddress" and
"localAddress" option.
remoteAddress and
the current "localAddress" option.
remoteAddress and
the specified localAddress.
"remoteAddress"
and "localAddress" option.
"remoteAddress" and the current "localAddress" option.
"remoteAddress" and the specified "localAddress".
"connect" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"connect" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.connect(ChannelHandlerContext, ChannelFuture, SocketAddress) instead.
Sends a "connect" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
"Connection"
Channel for a
connectionless transport.ChannelFactory set.
ChannelFactory.
Channel.connect(SocketAddress) was called.
Channel.connect(SocketAddress) was called.
true if and only if there is a header with the specified
header name.
"Content-Encoding"
"Content-Language"
"Content-Length"
"Content-Location"
"Content-MD5"
"Content-Range"
"Content-Transfer-Encoding"
"Content-Type"
"100-continue"
"Cookie"
Cookies.Cookies into an HTTP header value.array.
endianness whose
content is a copy of the specified array.
array's sub-region.
endianness whose
content is a copy of the specified array's sub-region.
buffer's current slice.
buffer's readable bytes.
arrays.
endianness whose
content is a merged copy of the specified arrays.
buffers' readable bytes.
buffers' slices.
string encoded by the specified charsetName.
endianness whose
content is the specified string encoded by the specified
charsetName.
Exception which is thrown when the received frame data can not
be decoded by a FrameDecoder implementation.CR ('\r') byte.
CR ('\r') or LF ('\n').
ThreadNameDeterminer that rejects the proposed thread name and
retains the current one.
Channel which is created by DatagramChannelFactory.ChannelConfig for a DatagramChannel.ChannelFactory which creates a DatagramChannel."Date"
Cookies.
SocketChannelConfig implementation.ChannelFuture implementation.ChannelGroup implementation.name.
ChannelGroupFuture implementation.ChannelPipeline implementation.ChildChannelStateEvent implementation.Cookie implementation.DatagramChannelConfig implementation.ExceptionEvent implementation.HttpChunk implementation.HttpMessage implementation.HttpRequest implementation.HttpResponse implementation.IdleStateEvent implementation.LocalClientChannelFactory implementation.LocalServerChannelFactory implementation.ObjectSizeEstimator implementation for general purpose.ServerSocketChannelConfig implementation.ServerSocketChannelConfig implementation.SocketChannelConfig implementation.WriteCompletionEvent implementation."deflate"
ChannelBuffers by one or more
delimiters.DelimiterBasedFrameDecoder.ThreadRenamingRunnable.
capacity.
endianness and
capacity.
ChannelBufferFactory which pre-allocates a large chunk of direct
buffer and returns its slice on demand.ByteOrder is
ByteOrder.BIG_ENDIAN.
ByteOrder is
ByteOrder.BIG_ENDIAN.
ByteOrder.
ByteOrder.
readerIndex.
"disconnect" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"disconnect" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.disconnect(ChannelHandlerContext, ChannelFuture) instead.
Sends a "disconnect" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels in this group from their remote peers.
Channel.disconnect() was called.
Channel.disconnect() was called.
ChannelStateEvent implementation.MessageEvent implementation.256 bytes.
0.
Cookies which were added by CookieEncoder.addCookie(Cookie)
so far into an HTTP header value.
true if and only if the two specified buffers are
identical to each other as described in ChannelBuffer#equals(Object).
true if and only if the specified object is identical
with this channel (i.e: this == o).
ObjectSizeEstimator for more accurate object size
estimation."ETag"
ChannelPipeline when a downstream ChannelEvent
has reached its terminal (the head of the pipeline).
ExceptionEvent upstream with the specified
cause.
ChannelPipeline when an exception was raised while
one of its ChannelHandlers process a ChannelEvent.
ChannelHandler.
ChannelHandler.
ChannelEvent which represents the notification of an exception
raised by a ChannelHandler or an I/O thread.ChannelEvent to an Executor.Executor.
"Expect"
"Expires"
ExternalResourceReleasables.ChannelBuffer whose
type and default ByteOrder are same with this buffer.
CompleteChannelFuture which is failed already.ChannelFuture which has failed already for the
specified Channel.
true if and only if the data is found at the specified
guessedIndex of the specified buffer.
Channel whose ID matches the specified integer.
ChannelFuture of the individual I/O operation which
is associated with the Channel whose ID matches the specified
integer.
ChannelFuture of the individual I/O operation which
is associated with the specified Channel.
"channelBound" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelBound" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelBound(ChannelHandlerContext, SocketAddress) instead.
Sends a "channelBound" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"channelClosed" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelClosed" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelClosed(ChannelHandlerContext).
Sends a "channelClosed" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"channelConnected" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelConnected" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelConnected(ChannelHandlerContext, SocketAddress) instead.
Sends a "channelConnected" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"channelDisconnected" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelDisconnected" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelDisconnected(ChannelHandlerContext) instead.
Sends a "channelDisconnected" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"channelInterestChanged" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
Channels.fireChannelInterestChanged(Channel) instead.
Sends a "channelInterestChanged" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelInterestChanged" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelInterestChanged(ChannelHandlerContext) instead.
Sends a "channelInterestChanged" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"channelOpen" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelOpen" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelOpen(ChannelHandlerContext) instead.
Sends a "channelOpen" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Please note that this method does not trigger a
"childChannelOpen" event unlike Channels.fireChannelOpen(Channel)
method.
"channelUnbound" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"channelUnbound" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireChannelUnbound(ChannelHandlerContext) instead.
Sends a "channelUnbound" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"exceptionCaught" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"exceptionCaught" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireExceptionCaught(ChannelHandlerContext, Throwable) instead.
Sends a "exceptionCaught" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"messageReceived" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"messageReceived" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel belongs.
"messageReceived" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireMessageReceived(ChannelHandlerContext, Object) instead.
Sends a "messageReceived" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"messageReceived" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
Channels.fireMessageReceived(ChannelHandlerContext, Object, SocketAddress) instead.
Sends a "messageReceived" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
"writeComplete" event to the first
ChannelUpstreamHandler in the ChannelPipeline of
the specified Channel.
"writeComplete" event to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with the specified
ChannelHandlerContext.
ChannelBuffers by the fixed number
of bytes.ReceiveBufferSizePredictor that always yields the same buffer
size prediction.ChannelBuffers into a meaningful frame object."From"
ChannelFuture for the specified
Channel.
ChannelFuture for the specified Channel.
ChannelHandler with the specified name in this
pipeline.
ChannelHandler of the specified type in this
pipeline.
attached to
this context.
ChannelBuffer with the specified capacity.
ChannelBuffer with the specified endianness
and capacity.
ChannelBufferFactory used to create a new
ChannelBuffer.
index in this buffer.
index until the destination becomes
non-writable.
index.
index.
index.
index.
index until the destination's position
reaches its limit.
index.
index.
Channel which is associated with this event.
Channel that the ChannelPipeline belongs to.
Channel that this pipeline is attached to.
Channel which is associated
with this event.
Channel whose state has been changed.
ChannelFuture which will be notified when this
channel is closed.
ChannelHandler in
this pipeline.
ChannelHandler with the
specified name in this pipeline.
ChannelHandler of the
specified type in this pipeline.
ChannelHandlerContext which will be used to
send the ChannelEvent upstream.
SslBufferPool used when no pool is
specified in the constructor.
ChannelBuffer which is
returned by ChannelBufferFactory.getBuffer(int).
SSLEngine.
SSLEngine.
SSLEngine which is used by this handler.
ChannelEvent which will be sent upstream.
Executor which was specified with the constructor.
ChannelFactory that will be used to perform an
I/O operation.
ChannelFactory which created this channel.
ChannelHandler in this pipeline.
ChannelFuture which is associated with this event.
ChannelGroup which is associated with this future.
ChannelHandler that this context object is
serving.
Set of all header names that this message contains.
index in
this buffer.
interestOps of this channel.
ChannelHandler in this pipeline.
InternalLogLevel that this handler uses to log
a ChannelEvent.
InternalLogger that this handler uses to log
a ChannelEvent.
index in
this buffer.
1 in "HTTP/1.0".
index in
this buffer.
0 in "HTTP/1.0".
ChannelHandler in the
ChannelPipeline.
DatagramChannel.
ObjectSizeEstimator of this pool.
Channel and its
child Channels.
ChannelHandler which intercepts an event
of a newly bound server-side channel which accepts incoming connections.
ChannelPipeline which is cloned when a new
Channel is created.
ChannelPipeline which handles ChannelEvents
associated with this channel.
ChannelPipeline that the ChannelHandler
belongs to.
ChannelPipeline.
Bootstrap.getPipeline() which returns the default pipeline of this
bootstrap as an ordered map.
ChannelPipelineFactory which creates a new
ChannelPipeline for a new Channel.
ChannelPipelineFactory which will be used when
a child channel is created.
"HTTP" in "HTTP/1.0".
SO_RCVBUF option.
SO_RCVBUF option.
SO_RCVBUF option.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
SO_SNDBUF option.
SO_SNDBUF option.
HttpTunnelingServlet is mapped to.
index in
this buffer.
ChannelSink that this pipeline is attached to.
SO_LINGER option.
SSLContext which is used to establish an HTTPS
connection.
Channel.
SucceededChannelFuture instance.
TimerTask which is associated with this handle.
"HTTP/1.0".
ThreadNameDeterminer which overrides the proposed
new thread name.
Timer that created this handle.
index in this
buffer.
index
in this buffer.
index in this buffer.
index in this buffer.
FailedChannelFuture whose cause is an
UnsupportedOperationException.
Channel.
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WriteTimeoutHandler instead.
Returns the write timeout of the channel in milliseconds. If a write
operation is not completed within the write timeout, an
IOException will be raised. If the Channel does not
support write operation, this property is not used at all, and therefore
will be ignored.
WriteTimeoutHandler instead.
WriteTimeoutHandler instead.
"gzip"
Timer optimized for approximated I/O timeout scheduling.Executors.defaultThreadFactory()), default tick duration, and
default number of ticks per wheel.
Executors.defaultThreadFactory()) and default number of ticks
per wheel.
Executors.defaultThreadFactory()).
true if and only if there is any data left in the
stream.
ChannelBufferFactory which merely allocates a heap buffer with
the specified capacity.ByteOrder is
ByteOrder.BIG_ENDIAN.
ByteOrder.
"Host"
ChannelHandler that aggregates an HttpMessage
and its following HttpChunks into a single HttpMessage with
no following HttpChunks.HttpRequest and
HttpResponse.ChannelBuffers into HttpMessages and
HttpChunks.maxInitialLineLength (4096}, maxHeaderSize (8192), and
maxChunkSize (8192).
HttpMessageDecoder.HttpMessage or an HttpChunk into
a ChannelBuffer.ChannelBuffers into HttpRequests and HttpChunks.maxInitialLineLength (4096}, maxHeaderSize (4096), and
maxChunkSize (4096).
HttpRequest or an HttpChunk into
a ChannelBuffer.ChannelBuffers into HttpResponses and
HttpChunks.maxInitialLineLength (4096}, maxHeaderSize (4096), and
maxChunkSize (4096).
HttpResponse or an HttpChunk into
a ChannelBuffer.code and its
reasonPhrase.
SocketChannel which connects to an
HttpTunnelingServlet to communicate with the server application
behind the HttpTunnelingServlet.HttpServlet that proxies an incoming data to the actual server
and vice versa.ChannelConfig of a client-side HTTP tunneling
SocketChannel."identity"
Enum that represents the idle state of a Channel.SimpleChannelHandler that adds the handler method for
an IdleStateEvent.SimpleChannelUpstreamHandler that adds the handler method
for an IdleStateEvent.ChannelEvent that is triggered when a Channel has been idle
for a while.IdleStateEvent when a Channel has not performed
read, write, or both operation for a while."If-Match"
"If-Modified-Since"
"If-None-Match"
"If-Range"
"If-Unmodified-Since"
value in this
buffer.
indexFinder
returns true.
ChannelBuffer.indexOf(int, int, byte).
ChannelBuffer.indexOf(int, int, ChannelBufferIndexFinder).
InternalLogger or changes the default factory
implementation.InternalLogger can log at.true if and only if this pipeline is attached to
a Channel.
true if and only if this channel is bound to a
local address.
SO_BROADCAST option.
true if and only if this future was
cancelled by a ChannelFuture.cancel() method.
true if and only if the TimerTask associated
with this handle has been cancelled.
true if and only if the "Transfer-Encoding" of
this message is "chunked".
true if and only if all I/O operations associated with
this future have failed without any success.
true if and only if all I/O operations associated with
this future were successful without any failure.
true if and only if this channel is connected to a
remote address.
true if a DEBUG level message is logged.
true if and only if Netty debug mode is enabled.
true if and only if this future is
complete, regardless of whether the operation was successful, failed,
or cancelled.
true if and only if this future is
complete, regardless of whether the operation was successful, failed,
or canceled.
true if the specified log level message is logged.
true if new SSLSessions may be established by
an SSLEngine.
true if and only if this address is ephemeral.
true if an ERROR level message is logged.
true if and only if the TimerTask associated
with this handle has been expired.
true if an INFO level message is logged.
SO_KEEPALIVE option.
true if and only if the connection can remain open and
thus 'kept alive'.
true if and only if this chunk is the 'end of content'
marker.
true if and only if this channel is open.
true if and only if the I/O operations associated with
this future have failed partially with some success.
true if and only if the I/O operations associated with
this future were partially successful with some failure.
true if and only if the I/O thread will read a message
from this channel.
writeBufferHighWaterMark and writeBufferLowWaterMark.
Returns true if and only if an I/O thread should do its effort
to balance the ratio of read and write operations. Assuring
the read-write fairness is sometimes necessary in a high speed network
because a certain channel can spend too much time on flushing the
large number of write requests not giving enough time for other channels
to perform I/O. The default value is false.
SO_REUSEADDR option.
SO_REUSEADDR option.
SO_REUSEADDR option.
true if and only if the I/O operation was completed
successfully.
SO_TCPNODELAY option.
true if and only if the dead lock checker is enabled.
true if a WARN level message is logged.
true if and only if the I/O thread will perform the
requested write operation immediately.
Iterator that enumerates all ChannelFutures
which are associated with this future.
"keep-alive"
"Last-Modified"
ChannelBuffers dynamically by the
value of the length field in the message.LF ('\n') byte.
ChannelHandler that is notified when it is added to or removed
from a ChannelPipeline.' ' and '\t').
CR ('\r') and LF ('\n') delimiters, which could
be used for text-based line protocols.
Channel for the local transport.ChannelFactory that creates a client-side LocalChannel.ServerChannel for the local transport.ServerChannelFactory that creates a LocalServerChannel."Location"
InternalLogger returned by
LoggingHandler.getLogger().
ChannelHandler that logs all events via InternalLogger.readerIndex in this buffer.
writerIndex in this buffer.
"max-age"
"Max-Forwards"
"max-fresh"
"max-stale"
ThreadPoolExecutor which blocks the task submission when there's
too many tasks in the queue.UpstreamMessageEvent or DownstreamMessageEvent directly instead.
Creates a new MessageEvent
UpstreamMessageEvent or DownstreamMessageEvent directly instead.
Creates a new MessageEvent
ChannelEvent which represents the transmission or reception of a
message.ChannelBuffer) was received
from a remote peer.
ChannelBuffer) was received
from a remote peer.
"must-revalidate"
BundleActivator that configures logging and registered
all ChannelFactory implementations as OSGi services.Module that defines the bindings for all known
ChannelFactory.ChannelFactory implementations.ChannelFactory implementations.Channel and attaches the specified
ChannelPipeline to the new Channel.
ObjectInputStream which wraps the specified
InputStream.
ObjectOutputStream which wraps the specified
OutputStream.
TimerTask for one-time execution after
the specified delay.
ChannelBuffer for the next
read operation depending on the actual number of read bytes in the
previous read operation.
ClientSocketChannelFactory which creates a client-side NIO-based
SocketChannel.Provider that creates a new NioClientSocketChannelFactory.executor injected via the
ChannelFactoryResource annotation.
DatagramChannelConfig for a NIO TCP/IP DatagramChannel.DatagramChannelFactory that creates a NIO-based connectionless
DatagramChannel.Provider that creates a new NioDatagramChannelFactory.executor injected via the
ChannelFactoryResource annotation.
ServerSocketChannelFactory which creates a server-side NIO-based
ServerSocketChannel.Provider that creates a new NioServerSocketChannelFactory.executor injected via the
ChannelFactoryResource annotation.
SocketChannelConfig for a NIO TCP/IP SocketChannel."no-cache"
"no-store"
"no-transform"
"none"
CR ('\r') byte.
CR ('\r')
nor a LF ('\n').
LF ('\n') byte.
' ' nor '\t').
NUL (0x00) byte.
NUL (0x00) byte.
NUL (0x00) delimiter, which could be used for
Flash XML socket or any similar protocols.
ChannelBuffers into Java
objects.1048576
bytes.
ObjectInput which is interoperable with ObjectEncoder
and ObjectEncoderOutputStream.ObjectInput.
ObjectInput.
ObjectInput.
ObjectInput.
ChannelBuffer.ObjectOutput which is interoperable with ObjectDecoder
and ObjectDecoderInputStream.ObjectOutput with the estimated length of 512
bytes.
ObjectOutput.
ClientSocketChannelFactory which creates a client-side blocking
I/O based SocketChannel.Provider that creates a new OioClientSocketChannelFactory.executor injected via the
ChannelFactoryResource annotation.
DatagramChannelFactory which creates a blocking I/O based
DatagramChannel.Provider that creates a new OioDatagramChannelFactory.executor injected via the
ChannelFactoryResource annotation.
ServerSocketChannelFactory which creates a server-side blocking
I/O based ServerSocketChannel.Provider that creates a new OioServerSocketChannelFactory.executor injected via the
ChannelFactoryResource annotation.
"one"
"only-if-cached"
interestOps value which tells that only
read operation has been suspended.
interestOps value which tells that neither
read nor write operation has been suspended.
interestOps value which tells that only
write operation has been suspended.
interestOps value which tells that both
read and write operation has been suspended.
ChannelFuture
has been completed.
ChannelGroupFuture have been completed.
MemoryAwareThreadPoolExecutor which maintains the
ChannelEvent order for the same Channel.Channels and perform bulk operations on them.SocketChannel
and its corresponding server-side Servlet implementation that make your
existing server application work in a firewalled network.String or ChannelBuffer
into a decoded ChannelBuffer and vice versa.Message into a ChannelBuffer
and vice versa.FrameDecoder
which enables implementation of a non-blocking decoder in the blocking I/O
paradigm.Serializable object into a byte buffer and
vice versa.String into a
ChannelBuffer and vice versa.Executor-based implementation of various
thread models and memory overload prevention mechanisms.ChannelEvent for debugging purpose
using an InternalLogger.SSLEngineOutOfMemoryError.Timer.LogService logger.ChannelPipeline.
ChannelPipeline which contains the same entries
with the specified pipeline.
ChannelPipelineFactory which creates a new
ChannelPipeline which contains the same entries with the
specified pipeline.
"Pragma"
"private"
ThreadNameDeterminer that accepts the proposed thread name
as is.
ChannelBuffer into a
Google Protocol Buffers
Message.Message into a ChannelBuffer."Proxy-Authenticate"
"Proxy-Authorization"
"proxy-revalidate"
"public"
"quoted-printable"
"Range"
true
if and only if (this.writerIndex - this.readerIndex) is greater
than 0.
(this.writerIndex - this.readerIndex).
readerIndex and increases
the readerIndex by 1 in this buffer.
readerIndex and increases the readerIndex
by the number of the transferred bytes (= length).
readerIndex until the specified indexFinder
returns true and increases the readerIndex
by the number of the transferred bytes.
readerIndex until the destination becomes
non-writable, and increases the readerIndex by the number of the
transferred bytes.
readerIndex and increases the readerIndex
by the number of the transferred bytes (= length).
readerIndex and increases the readerIndex
by the number of the transferred bytes (= length).
readerIndex and increases the readerIndex
by the number of the transferred bytes (= dst.length).
readerIndex and increases the readerIndex
by the number of the transferred bytes (= length).
readerIndex until the destination's position
reaches its limit, and increases the readerIndex by the
number of the transferred bytes.
readerIndex.
readerIndex.
readerIndex of this buffer.
readerIndex of this buffer.
readerIndex
and increases the readerIndex by 4 in this buffer.
readerIndex
and increases the readerIndex by 8 in this buffer.
readerIndex
and increases the readerIndex by 3 in this buffer.
readerIndex
and increases the readerIndex by 2 in this buffer.
readerIndex and increases the readerIndex by the size
of the new slice (= length).
readerIndex and increases the readerIndex by the size
of the new slice (determined by indexFinder).
TimeoutException raised by ReadTimeoutHandler when no data
was read within a certain period of time.ReadTimeoutException when no data was read within a certain
period of time.readerIndex and increases
the readerIndex by 1 in this buffer.
readerIndex
and increases the readerIndex by 4 in this buffer.
readerIndex
and increases the readerIndex by 3 in this buffer.
readerIndex
and increases the readerIndex by 2 in this buffer.
Channel."Referer"
ExternalResourceReleasables.
Executor which was specified with the constructor
and wait for its termination.
Timer which was specified in the constructor of this
handler.
Timer which was specified in the constructor of this
handler.
Timer which was specified in the constructor of this
handler.
ChannelHandler from this pipeline.
ChannelHandler with the specified name from this
pipeline.
ChannelHandler of the specified type from this
pipeline
ChannelHandler in this pipeline.
ChannelHandler in this pipeline.
ChannelHandler with a new handler in
this pipeline.
ChannelHandler of the specified name with a new
handler in this pipeline.
ChannelHandler of the specified type with a new
handler in this pipeline.
FrameDecoder which enables implementation
of a non-blocking decoder in the blocking I/O paradigm.null).
readerIndex to the marked
readerIndex in this buffer.
writerIndex to the marked
writerIndex in this buffer.
"Retry-After"
Timer.newTimeout(TimerTask, long, TimeUnit).
"s-maxage"
ChannelEvent to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with this context.
ChannelEvent to the last
ChannelDownstreamHandler in this pipeline.
ChannelEvent to the
ChannelUpstreamHandler which is placed in the closest upstream
from the handler associated with this context.
ChannelEvent to the first
ChannelUpstreamHandler in this pipeline.
"Server"
Channel and accepts
incoming connections.ChannelFactory set.
ChannelFactory.
Channel that accepts an incoming connection attempt and creates
its child Channels by accepting them.ChannelFactory that creates a ServerChannel.ServerChannel which accepts incoming TCP/IP connections.ChannelConfig for a ServerSocketChannel.ChannelFactory which creates a ServerSocketChannel."Set-Cookie"
"Set-Cookie2"
ChannelHandler which is associated with this
context.
SO_BROADCAST option.
ChannelBufferFactory used to create a new
ChannelBuffer.
index in this
buffer.
index until the destination becomes
unreadable.
index.
index.
index.
index.
index until the source buffer's position
reaches its limit.
index.
index.
SSLEngine.
SSLEngine.
SSLSessions may be established by an
SSLEngine.
ChannelFactory that will be used to perform an I/O
operation.
ChannelFactory that will be used to perform an I/O
operation.
readerIndex and writerIndex of this buffer
in one shot.
index in this buffer.
interestOps of this channel asynchronously.
"setInterestOps" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"setInterestOps" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.setInterestOps(ChannelHandlerContext, ChannelFuture, int) instead.
Sends a "setInterestOps" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channel.setInterestOps(int) for all Channels in
this group with the specified interestOps.
interestOps property of this channel
immediately.
Channel.setInterestOps(int) was called.
Channel.setInterestOps(int) was called.
SO_KEEPALIVE option.
index in this buffer.
index in this buffer.
DatagramChannel.
ObjectSizeEstimator of this pool.
Channel and its child
Channels.
Map.
ChannelHandler which intercepts an event of
a newly bound server-side channel which accepts incoming connections.
ServerSocket.setPerformancePreferences(int, int, int).
Socket.setPerformancePreferences(int, int, int).
ChannelPipeline which is cloned when a new
Channel is created.
Bootstrap.setPipeline(ChannelPipeline) which sets the default pipeline of
this bootstrap from an ordered map.
ChannelPipelineFactory which creates a new
ChannelPipeline for a new Channel.
ChannelPipelineFactory which will be used when
a child channel is created.
Channel.setReadable(boolean) for all Channels in
this group with the specified boolean flag.
writeBufferHighWaterMark and writeBufferLowWaterMark.
Sets if an I/O thread should balance the ratio of read and write
operations. Assuring the read-write fairness is sometimes necessary
in a high speed network because a certain channel can spend too much
time on flushing the large number of write requests not giving enough
time for other channels to perform I/O. The default value is
false.
SO_RCVBUF option.
SO_RCVBUF option.
SO_RCVBUF option.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
ReceiveBufferSizePredictor which predicts the
number of readable bytes in the socket receive buffer.
SO_REUSEADDR option.
SO_REUSEADDR option.
SO_REUSEADDR option.
SO_SNDBUF option.
SO_SNDBUF option.
HttpTunnelingServlet is mapped to.
index in this buffer.
SO_LINGER option.
SSLContext which is used to establish an HTTPS connection.
SO_TCPNODELAY option.
ThreadNameDeterminer which overrides the proposed new
thread name.
DatagramChannel in order to control the scope of the multicasts.
DatagramSocket.setTrafficClass(int).
Socket.setTrafficClass(int).
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WritableByteChannel.write(ByteBuffer) returns a non-zero value.
WriteTimeoutHandler instead.
Sets the write timeout of the channel in milliseconds. If a write
operation is not completed within the write timeout, an
IOException will be raised. If the Channel does not
support write operation, this property is not used at all, and therefore
will be ignored.
WriteTimeoutHandler instead.
WriteTimeoutHandler instead.
index.
true if and only if the specified task should
be counted to limit the global and per-channel memory consumption.
ChannelDownstreamHandler which provides an individual handler
method for each event type.ChannelHandler which provides an individual handler method
for each event type.ChannelUpstreamHandler which provides an individual handler method
for each event type.readerIndex by the specified
length in this buffer.
readerIndex until the specified
indexFinder returns true in this buffer.
Channel which was either accepted by
ServerSocketChannel or created by ClientSocketChannelFactory.ChannelConfig for a SocketChannel.ByteBuffer pool dedicated for SslHandler performance
improvement.18113536, which can
hold 1024 buffers.
Channel.Timer and cancels all
tasks which were scheduled but not executed yet.
ChannelBuffer into a String.String into a ChannelBuffer.CompleteChannelFuture which is succeeded already.ChannelFuture which is already succeeded for the
specified Channel.
"TE"
ThreadRenamingRunnable.Runnable that changes the current thread name and reverts it back
when its execution ends.runnable
and changes the thread name to the specified thread name when the
specified runnable is running.
TimerTask that is returned by a
Timer.TimeoutException when no data was either read or written within a
certain period of time.TimerTasks for one-time future execution in a background
thread.Timer.newTimeout(TimerTask, long, TimeUnit).Map whose keys are
handler names and whose values are handlers.
Exception which is thrown when the length of the frame
decoded by DelimiterBasedFrameDecoder is greater than the maximum.terminatorFinder returns true with the specified
character set name.
terminatorFinder returns true with the specified
character set name.
String representation of this channel.
String representation of this pipeline.
"HTTP/1.0".
QueryStringEncoder.addParam(String, String) method.
QueryStringEncoder.addParam(String, String) method.
"Trailer"
"trailers"
"Transfer-Encoding"
"unbind" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.unbind(ChannelHandlerContext, ChannelFuture) instead.
Sends a "unbind" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
"unbind" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
Channels in this group from their local address.
Channel.unbind() was called.
Channel.unbind() was called.
ChannelFuture which can not fail at all.buffer.
Exception which is thrown when a user calls an unsupported
operation on a ChannelBuffer in a ReplayingDecoder
implementation.ObjectSizeEstimator for more accurate object size estimation.
"Upgrade"
ChannelStateEvent implementation.MessageEvent implementation."User-Agent"
HttpMethod represented by the specified name.
HttpResponseStatus represented by the specified code.
HttpVersion instance which matches to
the specified protocol version string.
"Vary"
"Via"
ExecutorService with its own termination management.Executor.
Enum which could be specified as a type parameter of
ReplayingDecoder when a user wants to manage the decoder state or
there's no state to manage."Warning"
array.
array with the
specified endianness.
array.
array with the specified endianness.
true
if and only if (this.capacity - this.writerIndex) is greater
than 0.
(this.capacity - this.writerIndex).
"write" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"write" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.write(ChannelHandlerContext, ChannelFuture, Object) instead.
Sends a "write" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
"write" request to the last
ChannelDownstreamHandler in the ChannelPipeline of
the specified Channel.
"write" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
Channels.write(ChannelHandlerContext, ChannelFuture, Object, SocketAddress) instead.
Sends a "write" request to the
ChannelDownstreamHandler which is placed in the closest
downstream from the handler associated with the specified
ChannelHandlerContext.
message to all Channels in this
group.
message with the specified
remoteAddress to all Channels in this group.
writerIndex
and increases the writerIndex by 1 in this buffer.
writerIndex until the source buffer becomes
unreadable, and increases the writerIndex by the number of
the transferred bytes.
writerIndex and increases the writerIndex
by the number of the transferred bytes (= length).
writerIndex and increases the writerIndex
by the number of the transferred bytes (= length).
writerIndex and increases the writerIndex
by the number of the transferred bytes (= src.length).
writerIndex and increases the writerIndex
by the number of the transferred bytes (= length).
writerIndex until the source buffer's position
reaches its limit, and increases the writerIndex by the
number of the transferred bytes.
writerIndex and increases the
writerIndex by the number of the transferred bytes.
writerIndex and increases the
writerIndex by the number of the transferred bytes.
Channel.
Channel.
ChannelEvent which represents the notification of the completion
of a write request on a Channel.writerIndex
and increases the writerIndex by 4 in this buffer.
writerIndex and increases the writerIndex by 8
in this buffer.
writerIndex and increases the writerIndex by 3
in this buffer.
Channel.write(Object) is called.
Channel.write(Object) is called.
writerIndex of this buffer.
writerIndex of this buffer.
writerIndex and increases the writerIndex by 2
in this buffer.
TimeoutException raised by WriteTimeoutHandler when no data
was written within a certain period of time.WriteTimeoutException when no data was written within a
certain period of time.writerIndex and increases the writerIndex by the
specified length.
"WWW-Authenticate"
IoHandlerFactory implementation that must be specified when
you create a BoundServer to integrate XNIO into Netty.Channel which uses JBoss XNIO
as its I/O provider.ChannelConfig for an XnioChannel.ChannelFactory which uses
JBoss XNIO as its I/O provider.ServerChannel which uses
JBoss XNIO as its I/O provider.ServerChannelFactory which uses
JBoss XNIO as its I/O provider.
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