As of Tyrus 1.9, `TyrusEndpointWrapper`'s constructor has a new Boolean
argument (which is mandatory).
This commit reflectively chooses the right constructor method for Tyrus
1.9+ versions.
Issue: SPR-13566
As of Undertow 1.3.0, several APIs have been changed: replacing Xnio's
Pool/Pooled references to Undertow's new ByteBufferPool abstraction.
This move has been made, as part of
https://issues.jboss.org/browse/UNDERTOW-522, to prepare deprecations in
the Xnio API.
This commit adds a new strategy to deal with both 1.0-1.2 and 1.3
Undertow generations.
Issue: SPR-13366
Xnio 3.4.0 will introduce a new source of ByteBuffers: ByteBufferPool.
Previously this feature was offered by Pooled/Pool/ByteBufferSlicePool;
those classes are now marked as deprecated.
As of 1.3.0.Beta9, Undertow still implements the following method in its
ClientConnection interface, using those deprecated types:
Pool<ByteBuffer> getBufferPool();
This commit prepares compatibility by suppressing warnings in order to
avoid build failures in our build. Once appropriate changes are made in
Undertow, a specific implementation with new types could be introduced.
Issue: SPR-13366
In an attempt to make our Jetty-based integration tests more robust,
this commit discontinues use of SocketUtils for picking a random,
available port and instead lets the Jetty Server pick its own port.
The StompSubProtcolHandler now checks the outcome of the send to the
inbound client channel. If the message was prevented from being sent,
e.g. as part of authorization, events are not published
Issue: SPR-13339
Before this change, XhrTransport implementations had to be configured
with the headers to use for HTTP requests other than the initial
handshake.
After this change the handshake headers passed to SockJsClient by
default are used for all other HTTP requests related to the SockJS
connection (e.g. info request, xhr send/receive). A property on
SockJsClient allows restricting the headers to use for other HTTP
requests to a subset of the handshake headers.
Issue: SPR-13254
Before this change <websocket:decorator-factory> decorated to
the SubProtocolWebSocketHandler RootBeanDefinition rather than
using a RuntimeBeanReference, which led to a separate instance
of SubProtocolWebSocketHandler to be created.
Issue: SPR-13190
Recent builds of Jetty 9.3 require that Jetty's own ServletContext
implementation be supplied to WebSocketServerFactory's init() method.
Otherwise, the Jetty server will fail to start with the exception
message: "Not running on Jetty, WebSocket support unavailable".
This commit refactors AbstractWebSocketIntegrationTests,
AbstractSockJsIntegrationTests, and all WebSocketTestServer
implementations in order to support this new requirement.
Specifically:
- WebSocketTestServer defines a new getServletContext() method;
TomcatWebSocketTestServer, UndertowTestServer, and
JettyWebSocketTestServer have all been updated to return the
ServletContext created by the embedded server.
- The setup() methods in AbstractWebSocketIntegrationTests and
AbstractSockJsIntegrationTests have been updated so that the
WebApplicationContext is supplied the appropriate ServletContext,
after deployConfig() has been invoked on the WebSocketTestServer but
before the WebApplicationContext is refreshed.
Issue: SPR-13162
The JettySockJsIntegrationTests are enabled in the performance build
only. Following the upgrade to Jetty 9.3 where the
JettyRequestUpgradeStrategy is now Lifecycle as wel as
ServletContextAware, we need to make sure the ApplicationContext
refresh occurs after the ServletContext has been set. This change
removes the explicit .refresh() call in the test setup and instead
relies on the DispatcherServlet to do that, which ensures that the
ServletContext with which it is initialized by Jetty has been set
on the ApplicationContext before that.
After this change JettyRequestUpgradeStrategy implements Lifecyle,
which is used to init and cleanup the Jetty WebSocketServerFactory.
Since a RequestUpgradeStrategy is typically created reflectively
within DefaultHandshakeHandler, the Lifecycle events are propagated
from the top, i.e. the Spring MVC HandlerMapping through the
WebSocket/SockJsHttpRequestHandler.
Issue: SPR-13140
Juergen Hoeller
Brian Clozel
Sam Brannen
Sebastien Deleuze
Rossen Stoyanchev
Stephane Nicoll