Fixed by reworking how ClientConnectionFactories are handled by both
HTTP2Client and by HttpClientTransportOverHTTP2, to avoid that the
latter wraps the nested factories with SslConnection twice.
Support for the PROXY protocol is now enabled via 2 new modules:
proxy-protocol and proxy-protocol-ssl, respectively for the HTTP
connector and the SSL connector.
Changed HTTPServerConnection to return a Runnable to be run by the
execution strategy also in case of content.
This allows onDataAvailable() to be called at the proper times.
Ported the "maxAssociations" functionality from SPDY's ReferrerPushStrategy.
Added JMX support.
Removed __renew__ special path in favour of a JMX method.
Added clearPushCache() JMX method.
Made push reentrant by eliminating the check for "org.eclipse.jetty.pushed".
Before, the sender was updating the window size after the SETTINGS
frame was written.
This was leading to a race where the receiver saw the updated window
size and sent DATA frames; these were received by the original sender
before it had the chance to update its local window size, causing an
error.
Now, the update of the window size happen just before writing the
SETTINGS frame to avoid this race.
Testing for stream.isClosed() is done in StreamCloseTest.
The tests were failing because receiving the headers does not mean
the sending the headers has notified the callback yet, and hence
closed the stream.
Fixed by tracking both send and recv initial stream windows.
This is needed because both client and server may send an
INITIAL_WINDOW_SIZE setting, and they must be treated
separately.
Naked writes could throw WritePendingException.
Now we wait until the client has finished sending the reply to the
server SETTINGS frame, then we do the naked write.
Now the stream close state is updated when the frame has been
successfully written, and when it is received.
The stream is closed in case of failures.
Just after the stream close state update, if the stream is closed
then it is removed from the session.
It is not possible to perform asynchronous processing of the content
of DATA frames, because otherwise the parser has to stop, stalling
all other streams.
Parser.Listener methods were returning boolean in a vestigial attempt
to handle asynchronous data processing, and have now been converted to
return void.
Simone Bordet
Greg Wilkins
Greg Wilkins
Joakim Erdfelt