Netty/Codec/HTTP2 4.1.107.Final · io.netty.handler.codec.http2.AbstractHttp2ConnectionHandlerBuilder

Abstract base class which defines commonly used features required to build Http2ConnectionHandler instances.

Three ways to build a `Http2ConnectionHandler`

Let the builder create a `Http2ConnectionHandler`

Simply call all the necessary setter methods, and then use build() to build a new Http2ConnectionHandler. Setting the following properties are prohibited because they are used for other ways of building a Http2ConnectionHandler. conflicts with this option:

Let the builder use the `Http2ConnectionHandler` you specified

Call connection(Http2Connection) to tell the builder that you want to build the handler from the Http2Connection you specified. Setting the following properties are prohibited and thus will trigger an IllegalStateException because they conflict with this option.

Let the builder use the `Http2ConnectionDecoder` and `Http2ConnectionEncoder` you specified

Call codec(Http2ConnectionDecoder, Http2ConnectionEncoder) to tell the builder that you want to built the handler from the Http2ConnectionDecoder and Http2ConnectionEncoder you specified. Setting the following properties are prohibited and thus will trigger an IllegalStateException because they conflict with this option:

Exposing necessary methods in a subclass

build() method and all property access methods are protected. Choose the methods to expose to the users of your builder implementation and make them public.

Field Summary

Modifier and Type	Field and Description
private boolean	autoAckPingFrame
private boolean	autoAckSettingsFrame
private Http2Connection	connection
private Http2ConnectionDecoder	decoder
private boolean	decoupleCloseAndGoAway
private static final Http2HeadersEncoder.SensitivityDetector	DEFAULT_HEADER_SENSITIVITY_DETECTOR
private static final int	DEFAULT_MAX_RST_FRAMES_PER_CONNECTION_FOR_SERVER
private Http2ConnectionEncoder	encoder
private Boolean	encoderEnforceMaxConcurrentStreams
private Boolean	encoderIgnoreMaxHeaderListSize
private boolean	flushPreface
private Http2FrameListener	frameListener
private Http2FrameLogger	frameLogger
private long	gracefulShutdownTimeoutMillis
private Http2HeadersEncoder.SensitivityDetector	headerSensitivityDetector
private Http2Settings	initialSettings
private Boolean	isServer
private int	maxConsecutiveEmptyFrames
private int	maxQueuedControlFrames
private Integer	maxReservedStreams
private Integer	maxRstFramesPerWindow
private Http2PromisedRequestVerifier	promisedRequestVerifier
private int	secondsPerWindow
private Boolean	validateHeaders

Access	Constructor and Description
public	AbstractHttp2ConnectionHandlerBuilder()

Method Summary

Modifier and Type	Method and Description
protected B	Returns: this. autoAckPingFrame(boolean autoAckPingFrame) Determine if PING frame should automatically be acknowledged or not.
protected B	Returns: this. autoAckSettingsFrame(boolean autoAckSettings) Determine if settings frame should automatically be acknowledged and applied.
protected T	build() Create a new `Http2ConnectionHandler`.
protected abstract T	build(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder, Http2Settings initialSettings) Implement this method to create a new `Http2ConnectionHandler` or its subtype instance.
private T	buildFromCodec(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder)
private T	buildFromConnection(Http2Connection connection)
protected B	codec(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder) Sets the `Http2ConnectionDecoder` and `Http2ConnectionEncoder` to use.
protected Http2Connection	Returns: `Http2Connection` if set, or `null` if not set. connection() Returns the `Http2Connection` to use.
protected B	connection(Http2Connection connection) Sets the `Http2Connection` to use.
protected Http2ConnectionDecoder	Returns: `Http2ConnectionDecoder` if set, or `null` if not set. decoder() Returns the `Http2ConnectionDecoder` to use.
protected int	decoderEnforceMaxConsecutiveEmptyDataFrames() Returns the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed.
protected B	decoderEnforceMaxConsecutiveEmptyDataFrames(int maxConsecutiveEmptyFrames) Sets the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed.
protected B	decoderEnforceMaxRstFramesPerWindow(int maxRstFramesPerWindow, int secondsPerWindow) Sets the maximum number RST frames that are allowed per window before the connection is closed.
protected B	Returns: `this`. decoupleCloseAndGoAway(boolean `true` to make `Channel#close()` directly close the underlying transport, and not attempt graceful closure via GOAWAY. decoupleCloseAndGoAway) Determine if the `Channel#close()` should be coupled with goaway and graceful close.
protected boolean	decoupleCloseAndGoAway() Determine if the `Channel#close()` should be coupled with goaway and graceful close.
protected Http2ConnectionEncoder	Returns: `Http2ConnectionEncoder` if set, or `null` if not set. encoder() Returns the `Http2ConnectionEncoder` to use.
protected boolean	encoderEnforceMaxConcurrentStreams() Returns if the encoder should queue frames if the maximum number of concurrent streams would otherwise be exceeded.
protected B	encoderEnforceMaxConcurrentStreams(boolean encoderEnforceMaxConcurrentStreams) Sets if the encoder should queue frames if the maximum number of concurrent streams would otherwise be exceeded.
protected int	encoderEnforceMaxQueuedControlFrames() Returns the maximum number of queued control frames that are allowed before the connection is closed.
protected B	encoderEnforceMaxQueuedControlFrames(int maxQueuedControlFrames) Sets the maximum number of queued control frames that are allowed before the connection is closed.
protected B	Returns: this. encoderIgnoreMaxHeaderListSize(boolean `true` to ignore SETTINGS_MAX_HEADER_LIST_SIZE. ignoreMaxHeaderListSize) Sets if the SETTINGS_MAX_HEADER_LIST_SIZE should be ignored when encoding headers.
private static void	enforceConstraint(String methodName, String rejectorName, Object value)
private void	enforceNonCodecConstraints(String rejected)
protected B	Returns: `this`. flushPreface(boolean `true` to automatically flush, `false otherwise`. flushPreface) Determine if the Preface should be automatically flushed when the `Channel` becomes active or not.
protected boolean	Returns: `true` if automatically flushed. flushPreface() Determine if the Preface should be automatically flushed when the `Channel` becomes active or not.
protected Http2FrameListener	Returns: `Http2FrameListener` if set, or `null` if not set. frameListener() Returns the listener of inbound frames.
protected B	frameListener(Http2FrameListener frameListener) Sets the listener of inbound frames.
protected Http2FrameLogger	Returns: `Http2FrameLogger` if set, or `null` if not set. frameLogger() Returns the logger that is used for the encoder and decoder.
protected B	frameLogger(Http2FrameLogger frameLogger) Sets the logger that is used for the encoder and decoder.
protected long	gracefulShutdownTimeoutMillis() Returns the graceful shutdown timeout of the `Http2Connection` in milliseconds.
protected B	gracefulShutdownTimeoutMillis(long gracefulShutdownTimeoutMillis) Sets the graceful shutdown timeout of the `Http2Connection` in milliseconds.
protected Http2HeadersEncoder.SensitivityDetector	headerSensitivityDetector() Returns the `SensitivityDetector` to use.
protected B	headerSensitivityDetector(Http2HeadersEncoder.SensitivityDetector headerSensitivityDetector) Sets the `SensitivityDetector` to use.
protected B	initialHuffmanDecodeCapacity(int initialHuffmanDecodeCapacity) Deprecated Huffman decoding no longer depends on having a decode capacity. Does nothing, do not call.
protected Http2Settings	initialSettings() Sets the `Http2Settings` to use for the initial connection settings exchange.
protected B	initialSettings(Http2Settings settings) Sets the `Http2Settings` to use for the initial connection settings exchange.
protected boolean	Returns: `true` if the PING frames should be automatically acknowledged. isAutoAckPingFrame() Determine if the PING frames should be automatically acknowledged or not.
protected boolean	Returns: `true` if the SETTINGS frames should be automatically acknowledged and applied. isAutoAckSettingsFrame() Determine if the SETTINGS frames should be automatically acknowledged and applied.
protected boolean	isServer() Returns if `build()` will to create a `Http2Connection` in server mode (`true`) or client mode (`false`).
protected boolean	isValidateHeaders() Returns if HTTP headers should be validated according to RFC 7540, 8.1.2.6.
protected int	maxReservedStreams() Get the maximum number of streams which can be in the reserved state at any given time.
protected B	maxReservedStreams(int maxReservedStreams) Set the maximum number of streams which can be in the reserved state at any given time.
protected B	Returns: this. promisedRequestVerifier(Http2PromisedRequestVerifier promisedRequestVerifier) Set the `Http2PromisedRequestVerifier` to use.
protected Http2PromisedRequestVerifier	Returns: the `Http2PromisedRequestVerifier` to use. promisedRequestVerifier() Get the `Http2PromisedRequestVerifier` to use.
protected final B	self() Returns `this`.
protected B	server(boolean isServer) Sets if `build()` will to create a `Http2Connection` in server mode (`true`) or client mode (`false`).
protected B	validateHeaders(boolean validateHeaders) Sets if HTTP headers should be validated according to RFC 7540, 8.1.2.6.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

autoAckPingFrame	back to summary
private boolean autoAckPingFrame

autoAckSettingsFrame	back to summary
private boolean autoAckSettingsFrame

connection	back to summary
private Http2Connection connection

decoder	back to summary
private Http2ConnectionDecoder decoder

decoupleCloseAndGoAway	back to summary
private boolean decoupleCloseAndGoAway

DEFAULT_HEADER_SENSITIVITY_DETECTOR	back to summary
private static final Http2HeadersEncoder.SensitivityDetector DEFAULT_HEADER_SENSITIVITY_DETECTOR

DEFAULT_MAX_RST_FRAMES_PER_CONNECTION_FOR_SERVER	back to summary
private static final int DEFAULT_MAX_RST_FRAMES_PER_CONNECTION_FOR_SERVER

encoder	back to summary
private Http2ConnectionEncoder encoder

encoderEnforceMaxConcurrentStreams	back to summary
private Boolean encoderEnforceMaxConcurrentStreams

encoderIgnoreMaxHeaderListSize	back to summary
private Boolean encoderIgnoreMaxHeaderListSize

flushPreface	back to summary
private boolean flushPreface

frameListener	back to summary
private Http2FrameListener frameListener

frameLogger	back to summary
private Http2FrameLogger frameLogger

gracefulShutdownTimeoutMillis	back to summary
private long gracefulShutdownTimeoutMillis

headerSensitivityDetector	back to summary
private Http2HeadersEncoder.SensitivityDetector headerSensitivityDetector

initialSettings	back to summary
private Http2Settings initialSettings

isServer	back to summary
private Boolean isServer

maxConsecutiveEmptyFrames	back to summary
private int maxConsecutiveEmptyFrames

maxQueuedControlFrames	back to summary
private int maxQueuedControlFrames

maxReservedStreams	back to summary
private Integer maxReservedStreams

maxRstFramesPerWindow	back to summary
private Integer maxRstFramesPerWindow

promisedRequestVerifier	back to summary
private Http2PromisedRequestVerifier promisedRequestVerifier

secondsPerWindow	back to summary
private int secondsPerWindow

validateHeaders	back to summary
private Boolean validateHeaders

Constructor Detail

AbstractHttp2ConnectionHandlerBuilder	back to summary
public AbstractHttp2ConnectionHandlerBuilder()

Method Detail

autoAckPingFrame	back to summary
protected B autoAckPingFrame(boolean autoAckPingFrame) Determine if PING frame should automatically be acknowledged or not. Returns:B this.

autoAckPingFrame

back to summary

protected B autoAckPingFrame(boolean autoAckPingFrame)

Determine if PING frame should automatically be acknowledged or not.

Returns:B: this.

autoAckSettingsFrame	back to summary
protected B autoAckSettingsFrame(boolean autoAckSettings) Determine if settings frame should automatically be acknowledged and applied. Returns:B this.

autoAckSettingsFrame

back to summary

protected B autoAckSettingsFrame(boolean autoAckSettings)

Determine if settings frame should automatically be acknowledged and applied.

Returns:B: this.

build	back to summary
protected T build() Create a new `Http2ConnectionHandler`.

build back to summary

build	back to summary
protected abstract T build(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder, Http2Settings initialSettings) throws Exception Implement this method to create a new `Http2ConnectionHandler` or its subtype instance. The return of this method will be subject to the following: `frameListener(Http2FrameListener)` will be set if not already set in the decoder `gracefulShutdownTimeoutMillis(long)` will always be set

protected abstract T build(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder, Http2Settings initialSettings) throws Exception

Implement this method to create a new Http2ConnectionHandler or its subtype instance.

The return of this method will be subject to the following:

frameListener(Http2FrameListener) will be set if not already set in the decoder
gracefulShutdownTimeoutMillis(long) will always be set

buildFromCodec	back to summary
private T buildFromCodec(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder)

buildFromConnection	back to summary
private T buildFromConnection(Http2Connection connection)

codec	back to summary
protected B codec(Http2ConnectionDecoder decoder, Http2ConnectionEncoder encoder) Sets the `Http2ConnectionDecoder` and `Http2ConnectionEncoder` to use.

connection back to summary

connection	back to summary
protected Http2Connection connection() Returns the `Http2Connection` to use. Returns:Http2Connection `Http2Connection` if set, or `null` if not set.

protected Http2Connection connection()

Returns the Http2Connection to use.

Returns:Http2Connection: Http2Connection if set, or null if not set.

connection	back to summary
protected B connection(Http2Connection connection) Sets the `Http2Connection` to use.

decoder back to summary

decoder	back to summary
protected Http2ConnectionDecoder decoder() Returns the `Http2ConnectionDecoder` to use. Returns:Http2ConnectionDecoder `Http2ConnectionDecoder` if set, or `null` if not set.

protected Http2ConnectionDecoder decoder()

Returns the Http2ConnectionDecoder to use.

Returns:Http2ConnectionDecoder: Http2ConnectionDecoder if set, or null if not set.

decoderEnforceMaxConsecutiveEmptyDataFrames back to summary

decoderEnforceMaxConsecutiveEmptyDataFrames	back to summary
protected int decoderEnforceMaxConsecutiveEmptyDataFrames() Returns the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed. This allows to protect against the remote peer flooding us with such frames and so use up a lot of CPU. There is no valid use-case for empty DATA frames without end_of_stream flag. `0` means no protection is in place.

protected int decoderEnforceMaxConsecutiveEmptyDataFrames()

Returns the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed. This allows to protect against the remote peer flooding us with such frames and so use up a lot of CPU. There is no valid use-case for empty DATA frames without end_of_stream flag. 0 means no protection is in place.

decoderEnforceMaxConsecutiveEmptyDataFrames back to summary

decoderEnforceMaxConsecutiveEmptyDataFrames	back to summary
protected B decoderEnforceMaxConsecutiveEmptyDataFrames(int maxConsecutiveEmptyFrames) Sets the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed. This allows to protect against the remote peer flooding us with such frames and so use up a lot of CPU. There is no valid use-case for empty DATA frames without end_of_stream flag. `0` means no protection should be applied.

protected B decoderEnforceMaxConsecutiveEmptyDataFrames(int maxConsecutiveEmptyFrames)

Sets the maximum number of consecutive empty DATA frames (without end_of_stream flag) that are allowed before the connection is closed. This allows to protect against the remote peer flooding us with such frames and so use up a lot of CPU. There is no valid use-case for empty DATA frames without end_of_stream flag. 0 means no protection should be applied.

decoderEnforceMaxRstFramesPerWindow	back to summary
protected B decoderEnforceMaxRstFramesPerWindow(int maxRstFramesPerWindow, int secondsPerWindow) Sets the maximum number RST frames that are allowed per window before the connection is closed. This allows to protect against the remote peer flooding us with such frames and so use up a lot of CPU. `0` for any of the parameters means no protection should be applied.

decoupleCloseAndGoAway back to summary

decoupleCloseAndGoAway	back to summary
protected B decoupleCloseAndGoAway(boolean decoupleCloseAndGoAway) Determine if the `Channel#close()` should be coupled with goaway and graceful close. Parameters decoupleCloseAndGoAway:boolean `true` to make `Channel#close()` directly close the underlying transport, and not attempt graceful closure via GOAWAY. Returns:B `this`.

protected B decoupleCloseAndGoAway(boolean decoupleCloseAndGoAway)

Determine if the Channel#close() should be coupled with goaway and graceful close.

Parameters

decoupleCloseAndGoAway:boolean: true to make Channel#close() directly close the underlying transport, and not attempt graceful closure via GOAWAY.

Returns:B

this.

decoupleCloseAndGoAway	back to summary
protected boolean decoupleCloseAndGoAway() Determine if the `Channel#close()` should be coupled with goaway and graceful close.

encoder back to summary

encoder	back to summary
protected Http2ConnectionEncoder encoder() Returns the `Http2ConnectionEncoder` to use. Returns:Http2ConnectionEncoder `Http2ConnectionEncoder` if set, or `null` if not set.

protected Http2ConnectionEncoder encoder()

Returns the Http2ConnectionEncoder to use.

Returns:Http2ConnectionEncoder: Http2ConnectionEncoder if set, or null if not set.

encoderEnforceMaxConcurrentStreams	back to summary
protected boolean encoderEnforceMaxConcurrentStreams() Returns if the encoder should queue frames if the maximum number of concurrent streams would otherwise be exceeded.

encoderEnforceMaxConcurrentStreams	back to summary
protected B encoderEnforceMaxConcurrentStreams(boolean encoderEnforceMaxConcurrentStreams) Sets if the encoder should queue frames if the maximum number of concurrent streams would otherwise be exceeded.

encoderEnforceMaxQueuedControlFrames back to summary

encoderEnforceMaxQueuedControlFrames	back to summary
protected int encoderEnforceMaxQueuedControlFrames() Returns the maximum number of queued control frames that are allowed before the connection is closed. This allows to protected against various attacks that can lead to high CPU / memory usage if the remote-peer floods us with frames that would have us produce control frames, but stops to read from the underlying socket. `0` means no protection is in place.

protected int encoderEnforceMaxQueuedControlFrames()

Returns the maximum number of queued control frames that are allowed before the connection is closed. This allows to protected against various attacks that can lead to high CPU / memory usage if the remote-peer floods us with frames that would have us produce control frames, but stops to read from the underlying socket. 0 means no protection is in place.

encoderEnforceMaxQueuedControlFrames back to summary

encoderEnforceMaxQueuedControlFrames	back to summary
protected B encoderEnforceMaxQueuedControlFrames(int maxQueuedControlFrames) Sets the maximum number of queued control frames that are allowed before the connection is closed. This allows to protected against various attacks that can lead to high CPU / memory usage if the remote-peer floods us with frames that would have us produce control frames, but stops to read from the underlying socket. `0` means no protection should be applied.

protected B encoderEnforceMaxQueuedControlFrames(int maxQueuedControlFrames)

Sets the maximum number of queued control frames that are allowed before the connection is closed. This allows to protected against various attacks that can lead to high CPU / memory usage if the remote-peer floods us with frames that would have us produce control frames, but stops to read from the underlying socket. 0 means no protection should be applied.

encoderIgnoreMaxHeaderListSize back to summary

encoderIgnoreMaxHeaderListSize	back to summary
protected B encoderIgnoreMaxHeaderListSize(boolean ignoreMaxHeaderListSize) Sets if the SETTINGS_MAX_HEADER_LIST_SIZE should be ignored when encoding headers. Parameters ignoreMaxHeaderListSize:boolean `true` to ignore SETTINGS_MAX_HEADER_LIST_SIZE. Returns:B this.

protected B encoderIgnoreMaxHeaderListSize(boolean ignoreMaxHeaderListSize)

Sets if the SETTINGS_MAX_HEADER_LIST_SIZE should be ignored when encoding headers.

Parameters

ignoreMaxHeaderListSize:boolean: true to ignore SETTINGS_MAX_HEADER_LIST_SIZE.

Returns:B

this.

enforceConstraint	back to summary
private static void enforceConstraint(String methodName, String rejectorName, Object value)

enforceNonCodecConstraints	back to summary
private void enforceNonCodecConstraints(String rejected)

flushPreface back to summary

protected B flushPreface(boolean flushPreface)

Determine if the Preface should be automatically flushed when the Channel becomes active or not.

Client may choose to opt-out from this automatic behavior and manage flush manually if it's ready to send request frames immediately after the preface. It may help to avoid unnecessary latency.

Parameters

flushPreface:boolean: true to automatically flush, false otherwise.

Returns:B

this.

See Also

HTTP/2 Connection Preface

flushPreface back to summary

protected boolean flushPreface()

Determine if the Preface should be automatically flushed when the Channel becomes active or not.

Client may choose to opt-out from this automatic behavior and manage flush manually if it's ready to send request frames immediately after the preface. It may help to avoid unnecessary latency.

Returns:boolean: true if automatically flushed.
See Also: HTTP/2 Connection Preface

frameListener back to summary

protected Http2FrameListener frameListener()

Returns the listener of inbound frames.

Returns:Http2FrameListener: Http2FrameListener if set, or null if not set.

frameListener	back to summary
protected B frameListener(Http2FrameListener frameListener) Sets the listener of inbound frames. This listener will only be set if the decoder's listener is `null`.

frameLogger back to summary

protected Http2FrameLogger frameLogger()

Returns the logger that is used for the encoder and decoder.

Returns:Http2FrameLogger: Http2FrameLogger if set, or null if not set.

frameLogger	back to summary
protected B frameLogger(Http2FrameLogger frameLogger) Sets the logger that is used for the encoder and decoder.

gracefulShutdownTimeoutMillis	back to summary
protected long gracefulShutdownTimeoutMillis() Returns the graceful shutdown timeout of the `Http2Connection` in milliseconds. Returns -1 if the timeout is indefinite.

gracefulShutdownTimeoutMillis	back to summary
protected B gracefulShutdownTimeoutMillis(long gracefulShutdownTimeoutMillis) Sets the graceful shutdown timeout of the `Http2Connection` in milliseconds.

headerSensitivityDetector	back to summary
protected Http2HeadersEncoder.SensitivityDetector headerSensitivityDetector() Returns the `SensitivityDetector` to use.

headerSensitivityDetector	back to summary
protected B headerSensitivityDetector(Http2HeadersEncoder.SensitivityDetector headerSensitivityDetector) Sets the `SensitivityDetector` to use.

initialHuffmanDecodeCapacity

back to summary

protected B initialHuffmanDecodeCapacity(int initialHuffmanDecodeCapacity)

Deprecated

Huffman decoding no longer depends on having a decode capacity.

Does nothing, do not call.

Annotations

@Deprecated

initialSettings	back to summary
protected Http2Settings initialSettings() Sets the `Http2Settings` to use for the initial connection settings exchange.

initialSettings	back to summary
protected B initialSettings(Http2Settings settings) Sets the `Http2Settings` to use for the initial connection settings exchange.

isAutoAckPingFrame back to summary

protected boolean isAutoAckPingFrame()

Determine if the PING frames should be automatically acknowledged or not.

Returns:boolean: true if the PING frames should be automatically acknowledged.

isAutoAckSettingsFrame back to summary

protected boolean isAutoAckSettingsFrame()

Determine if the SETTINGS frames should be automatically acknowledged and applied.

Returns:boolean: true if the SETTINGS frames should be automatically acknowledged and applied.

isServer	back to summary
protected boolean isServer() Returns if `build()` will to create a `Http2Connection` in server mode (`true`) or client mode (`false`).

isValidateHeaders	back to summary
protected boolean isValidateHeaders() Returns if HTTP headers should be validated according to RFC 7540, 8.1.2.6.

maxReservedStreams

back to summary

protected int maxReservedStreams()

Get the maximum number of streams which can be in the reserved state at any given time.

By default this value will be ignored on the server for local endpoint. This is because the RFC provides no way to explicitly communicate a limit to how many states can be in the reserved state, and instead relies on the peer to send RST_STREAM frames when they will be rejected.

maxReservedStreams	back to summary
protected B maxReservedStreams(int maxReservedStreams) Set the maximum number of streams which can be in the reserved state at any given time.

promisedRequestVerifier back to summary

protected B promisedRequestVerifier(Http2PromisedRequestVerifier promisedRequestVerifier)

Set the Http2PromisedRequestVerifier to use.

Returns:B: this.

promisedRequestVerifier back to summary

protected Http2PromisedRequestVerifier promisedRequestVerifier()

Get the Http2PromisedRequestVerifier to use.

Returns:Http2PromisedRequestVerifier: the Http2PromisedRequestVerifier to use.

self back to summary

protected final B self()

Returns this.

Annotations

@SuppressWarnings:unchecked

server	back to summary
protected B server(boolean isServer) Sets if `build()` will to create a `Http2Connection` in server mode (`true`) or client mode (`false`).

validateHeaders	back to summary
protected B validateHeaders(boolean validateHeaders) Sets if HTTP headers should be validated according to RFC 7540, 8.1.2.6.

public abstract Class AbstractHttp2ConnectionHandlerBuilder<T extends io.netty.handler.codec.http2.Http2ConnectionHandler, B extends io.netty.handler.codec.http2.AbstractHttp2ConnectionHandlerBuilder<T, B>>

Three ways to build a `Http2ConnectionHandler`

Let the builder create a `Http2ConnectionHandler`

Let the builder use the `Http2ConnectionHandler` you specified

Let the builder use the `Http2ConnectionDecoder` and `Http2ConnectionEncoder` you specified

Exposing necessary methods in a subclass

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

public abstract Class AbstractHttp2ConnectionHandlerBuilder<T extends io.netty.handler.codec.http2.Http2ConnectionHandler, B extends io.netty.handler.codec.http2.AbstractHttp2ConnectionHandlerBuilder<T, B>>

Three ways to build a Http2ConnectionHandler

Let the builder create a Http2ConnectionHandler

Let the builder use the Http2ConnectionHandler you specified

Let the builder use the Http2ConnectionDecoder and Http2ConnectionEncoder you specified

Exposing necessary methods in a subclass

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

Three ways to build a `Http2ConnectionHandler`

Let the builder create a `Http2ConnectionHandler`

Let the builder use the `Http2ConnectionHandler` you specified

Let the builder use the `Http2ConnectionDecoder` and `Http2ConnectionEncoder` you specified