This commit adds integration tests and reference documentation
for multipart support in `RestClient` and `RestTestClient`.
Closes gh-35569
Closes gh-33263
Prior to this commit, the following warning was emitted in the build.
w: file:///<path>/spring-framework/framework-docs/src/main/kotlin/org/springframework/docs/core/aop/ataspectj/aopataspectjexample/ConcurrentOperationExecutor.kt:57:29 Unnecessary non-null assertion (!!) on a non-null receiver of type 'PessimisticLockingFailureException'.
- Extract code examples to separate Java, Kotlin, and XML files
- Add Kotlin configuration sample alongside Java
- Change "Java Config" terminology to "Programmatic Configuration"
- Use include-code directive for better maintainability
See gh-36323
Signed-off-by: jisub-dev <kimjiseob1209@gmail.com>
The Java sample for "Locale Interceptor" shows a
`urlHandlerMapping.setUrlMap(Map.of("...` line due the inability to
disable the code chomping Asciidoctor extension with the code include
one. It will be fixed by a subsequent commit or a bug fix in
https://github.com/spring-io/asciidoctor-extensions.
Closes gh-36099
Prior to this commit, the `HttpMessageConverters` builder API had
methods like "jsonMessageConverter" for configuring a specific converter
for JSON support. This converter would be always configured at a given
position, even if default converters registration is not requested.
On the other hand, `customMessageConverter` would add any converter
ahead of the list, in all cases. This difference was not conveyed as it
should by the API.
This commit makes the following changes:
* builder methods are renamed to `withJsonConverter` and variants, to
better convey the fact that those are replacing the default converter
for a given format.
* `customMessageConverter` is renamed to `addCustomConverter` to better
reflect the additive aspect.
* the JavaDoc has been updated accordingly
* `withJsonConverter` and others are now only effective if the default
registration of auto-detected converters is requested. This better
aligns with the behavior in the reactive codecs configuration
Closes gh-35704
This commit adapts the MyBeanRegistrar Kotlin code sample to use a
lambda supplier instead of a callable reference since this capability
has been removed.
See gh-35549
Closes gh-35694
This commit apply several refinements to PropagationContextElement:
- Capture the ThreadLocal when instantiating the
PropagationContextElement in order to support dispatchers switching
threads
- Remove the constructor parameter which is not idiomatic and breaks
the support when switching threads, and use instead the
updateThreadContext(context: CoroutineContext) parameter
- Make the kotlinx-coroutines-reactor dependency optional
- Make the properties private
The Javadoc and tests are also updated to use the
`Dispatchers.IO + PropagationContextElement()` pattern performed
outside of the suspending lambda, which is the typical use case.
Closes gh-35469
Prior to this commit, the Micrometer context-propagation project would
help propagating information from `ThreadLocal`, Reactor `Context` and
other context objects. This is already well supported for Micrometer
Observations.
In the case of Kotlin suspending functions, the processing of tasks
would not necessarily update the `ThreadLocal` when the function is
scheduled on a different thread.
This commit introduces the `PropagationContextElement` operator that
connects the `ThreadLocal`, Reactor `Context` and Coroutine `Context`
for all libraries using the "context-propagation" project.
Applications must manually use this operator in suspending functions
like so:
```
suspend fun suspendingFunction() {
return withContext(PropagationContextElement(currentCoroutineContext())) {
logger.info("Suspending function with traceId")
}
}
```
Closes gh-35185
Prior to this commit, the `JmsTemplate` would use `MessagePostProcessor`
for mutating JMS messages before they are being sent, but only if the
method takes a post processor as an argument.
The main use case so far is to mutate messages after they've been
created by a `MessageConverter` from a payload.
This commit updates the `JmsClient` to use `MessagePostProcessor` more
broadly, for all outgoing messages (converted or not). This brings an
interception-like mechanism for clients to enrich the message before
being sent.
This change also updates the `JmsClient` static factories and
introduces a Builder, allowing for more configuration options: multiple
message converters and message post processors.
Closes gh-35271
As of #33894, we introduced a new `HttpMessageConverters` API.
While this achieved our goal of focusing converters classpath detection
in a single place and avoiding waste, a single `HttpMessageConverters`
instance for both client and server added more complexity for developers.
This commit aligns the API here with the WebFlux `CodecsConfigurer` to
opt for a client/server flavor as the first step in the builder.
While this make the sharing of converter instances between server and
client impossible, this allows for a simpler API and separates concerns.
Closes gh-35187
Sam Brannen