Remove support for open polymorphic serialization in
kotlinx.serialization web converters and codecs in order
to prevent serialization handling suitable for Jackson
or other general purpose Java JSON libraries.
This will probably need further refinements for collections
for example, and could ultimately be fixed when
kotlinx.serialization will provide a dedicated function to
evaluate upfront if a type can be serialized or not.
Closes gh-26298
This commit documents ApplicationContext initialization and shutdown
logging semantics for console output triggered in conjunction with the
Spring TestContext Framework.
Closes gh-25385
Prior to this commit, WebFlux native headers adapters would delegate the
`httpHeaders.keySet` to underlying implementations that do not honor the
`remove*` methods.
This commit fixes the `Set` implementation backing the
`httpHeaders.keySet` and ensures that headers can be safely removed from
the set.
Fixes gh-26361
Instead of using a new bounded elastic scheduler per
DefaultPartHttpMessageReader instance, which creates daemon threads that
are not shut down, we now use the shared bounded elastic scheduler.
Closes gh-26347
This commit only writes the 'charset' parameter in the written headers
if it is non-default (not UTF-8), since RFC7578 states that the only
allowed parameter is 'boundary'.
See gh-25885
Closes gh-26290
An empty buffer for RSocket is an empty message and while some codecs
such as StringDecoder may be able turn that into something such as an
empty String, for other formats such as JSON it is invalid input.
Closes gh-26344
Prior to this commit, the `ServletServerHttpResponse` would copy headers
from the `HttpHeaders` map and calls methods related to headers exposed
as properties (content-type, character encoding).
Unlike its reactive variant, this would not set the content length.
Depending on the Servlet container implementation, this could cause
duplicate Content-Length response headers in the actual HTTP response.
This commit aligns both implementations and ensures that the
`setContentLengthLong` method is called if necessary so that the Servlet
container can ensure a single header for that.
Fixes gh-26330
Prior to this commit, the `ResourceHttpRequestHandler` would write the
resource size to the "Content-Length" response header.
This is already done by the underlying `ResourceHttpMessageConverter`
and `ResourceRegionHttpMessageConverter`.
This commit avoid this duplicate operation and delegates instead to the
converters.
See gh-26330
Closes gh-26340
- Remove unused clone() code left-over from previous way of cloning.
- Lazy instantiation of ServerCodecConfigurer in
HttpWebHandlerAdapter since in most cases the configurer instance
is set externally.
Closes gh-26263
This commit reverts some changes done in 2d5f9723fa9ba54480cffb650158f6a8e956e6c8
in order to fix JdbcOperations.queryForObject and
JdbcOperations.queryForList.
It is not possible to provide a vararg variant in Kotlin
for now due to a signature clash, but that will probably
make sense in Spring Framework 6 timeframe along to array
based variant removal for both Java and Kotlin.
Closes gh-26312
Since support for the commandName attribute was removed from the
implementation of FormTag in Spring Framework 5.0, the presence of the
commandName attribute in the spring-form.tld file is no longer valid
and can lead one to assume that the commandName attribute is still
supported -- for example when using code completion in a JSP editor.
This commit therefore removes the obsolete commandName attribute in
spring-form.tld.
Closes gh-26337
This commit introduces tests that verify support for using
@PropertySource as a repeatable annotation without the
@PropertySources container, both locally on an @Configuration class
and on a custom composed annotation.
See gh-26329
This commit introduces a new feature in the Spring TestContext
Framework (TCF) that provides support for recording application events
published in the ApplicationContext so that assertions can be performed
against those events within tests. All events published during the
execution of a single test are made available via the ApplicationEvents
API which allows one to process the events as a java.util.Stream.
The following example demonstrates usage of this new feature.
@SpringJUnitConfig(/* ... */)
@RecordApplicationEvents
class OrderServiceTests {
@Autowired
OrderService orderService;
@Autowired
ApplicationEvents events;
@Test
void submitOrder() {
// Invoke method in OrderService that publishes an event
orderService.submitOrder(new Order(/* ... */));
// Verify that an OrderSubmitted event was published
int numEvents = events.stream(OrderSubmitted.class).count();
assertThat(numEvents).isEqualTo(1);
}
}
To enable the feature, a test class must be annotated or meta-annotated
with @RecordApplicationEvents. Behind the scenes, a new
ApplicationEventsTestExecutionListener manages the registration of
ApplicationEvents for the current thread at various points within the
test execution lifecycle and makes the current instance of
ApplicationEvents available to tests via an @Autowired field in the
test class. The latter is made possible by a custom ObjectFactory that
is registered as a "resolvable dependency". Thanks to the magic of
ObjectFactoryDelegatingInvocationHandler in the spring-beans module,
the ApplicationEvents instance injected into test classes is
effectively a scoped-proxy that always accesses the ApplicationEvents
managed for the current test.
The current ApplicationEvents instance is stored in a ThreadLocal
variable which is made available in the ApplicationEventsHolder.
Although this class is public, it is only intended for use within the
TCF or in the implementation of third-party extensions.
ApplicationEventsApplicationListener is responsible for listening to
all application events and recording them in the current
ApplicationEvents instance. A single
ApplicationEventsApplicationListener is registered with the test's
ApplicationContext by the ApplicationEventsTestExecutionListener.
The SpringExtension has also been updated to support parameters of type
ApplicationEvents via the JUnit Jupiter ParameterResolver extension
API. This allows JUnit Jupiter based tests to receive access to the
current ApplicationEvents via test and lifecycle method parameters as
an alternative to @Autowired fields in the test class.
Closes gh-25616
Sam Brannen
Spring Buildmaster
Rossen Stoyanchev
Sébastien Deleuze
Juergen Hoeller
Stephane Nicoll
Nelson Osacky
Brian Clozel
Arjen Poutsma
Paul Warren
Mattison chao
diguage