This commit allows to configure custom file
extensions in ReloadableResourceBundleMessageSource
thanks to a new setFileExtensions setter.
Combined with setPropertiesPersister, it allows
custom implementations supporting any kind of
property file.
Closes gh-18990
TransactionalApplicationListener and TransactionalEventListener automatically detect a reactive TransactionContext as the event source and register the synchronization accordingly. TransactionalEventPublisher is a convenient delegate for publishing corresponding events with the current TransactionContext as event source. This can also serve as a guideline for similar reactive event purposes.
Closes gh-27515
Closes gh-21025
Closes gh-30244
Includes CompletableFuture-based retrieve operations on Spring's Cache interface.
Includes support for retrieve operations on CaffeineCache and ConcurrentMapCache.
Includes async cache mode option on CaffeineCacheManager.
Closes gh-17559
Closes gh-17920
Closes gh-30122
Includes failOnError method on Errors interface for use with validateObject.
Declares many Errors methods as default methods for lean SimpleErrors class.
Closes gh-19877
Prior to this commit a @CachePut operation would fail if the key
expression is invalid, but guarded with an unless condition as the
former was evaluated too early. This commit makes sure that key for
a put is only evaluated if the put operation is active.
Note that this does not apply for @Cacheable as the key needs to be
computed early to determine if a matching entry exists in the cache.
See gh-22769
After further consideration, the team has decided to remove the
getAutodetectMode() method since its return type conflicts with the
parameter type in setAutodetectMode(int), making it an invalid bean
property.
See gh-30855
Prior to this commit, MBeanExporter used
org.springframework.core.Constants which used reflection to find
constant fields in the MBeanExporter class. Consequently, one had to
register reflection hints in order to use MBeanExporter in a GraalVM
native image.
This commit addresses this by replacing the use of the `Constants`
class with a simple java.util.Map which maps constant names to constant
values for the autodetect constants defined in MBeanExporter.
See gh-30851
Closes gh-30846
This merges the existing support for the legacy JSR-250 PostConstruct/PreDestroy annotations into CommonAnnotationBeanPostProcessor itself, opening up the InitDestroyAnnotationBeanPostProcessor base class for multiple init/destroy methods in a single post-processor. This removes the need for a separate JSR-250 InitDestroyAnnotationBeanPostProcessor in AnnotationConfigUtils.
Closes gh-30695
We would preferably use ObjectUtils.nullSafeConciseToString(rejectedValue) here but revert to the full nullSafeToString representation for strict backwards compatibility (programmatic toString calls as well as exception messages).
Closes gh-30799
Prior to this commit, private (and non-visible package-private)
init/destroy methods were not supported in AOT mode. The reason is that
such methods are tracked using their fully-qualified method names, and
the AOT support for init/destroy methods previously did not take
fully-qualified method names into account. In addition, the invocation
order of init/destroy methods differed vastly between standard JVM mode
and AOT mode.
This commit addresses these issues in the following ways.
- AbstractAutowireCapableBeanFactory.invokeCustomInitMethod(),
DisposableBeanAdapter.determineDestroyMethod(), and
BeanDefinitionPropertiesCodeGenerator.addInitDestroyHint() now parse
fully-qualified method names to locate the correct init/destroy
methods.
- AbstractAutowireCapableBeanFactory and DisposableBeanAdapter delegate
to a new MethodDescriptor record which encapsulates the parsing of
fully-qualified method names; however,
BeanDefinitionPropertiesCodeGenerator duplicates this logic since it
resides in a different package, and we do not currently want to make
MethodDescriptor public.
- Init/destroy methods detected via annotations (such as @PostConstruct
and @PreDestroy) are now invoked prior to init/destroy methods that
are explicitly configured by name or convention. This aligns with the
invocation order in standard JVM mode; however,
InitializingBean#afterPropertiesSet() and DisposableBean#destroy()
are still invoked before annotated init/destroy methods in AOT mode
which differs from standard JVM mode.
- Unit and integration tests have been updated to test the revised
behavior.
Closes gh-30692
Extract the default logic for resolving the name of an @Valid
parameter into an ObjectNameResolver, and use it when there isn't
one configured.
See gh-30644
To handle method validation errors in ResponseEntityExceptionHandler,
MethodValidationException and associated types should not depend on
Bean Validation. To that effect:
1. MethodValidationResult and ParameterValidationResult no longer make
the underlying ConstraintViolation set available, and instead expose
only the adapted validation errors (MessageSourceResolvable, Errors),
analogous to what SpringValidatorAdapter does. And likewise
MethodValidationException no longer extends ConstraintViolationException.
2. MethodValidationPostProcessor has a new property
adaptConstraintViolations to decide whether to simply raise
ConstraintViolationException, or otherwise to adapt the ConstraintViolations
and raise MethodValidationException instead, with the former is the default
for compatibility.
3. As a result, the MethodValidator contract can now expose methods that
return MethodValidationResult, which provided more flexibility for handling,
and it allows MethodValidationAdapter to implement MethodValidator directly.
4. Update Javadoc in method validation classes to reflect this shift, and
use terminology consistent with Spring validation in classes without an
explicit dependency on Bean Validation.
See gh-30644
Remove throwIfViolationsPresent and replace with static factory
methods on MethodValidationException taking MethodValidationResult,
which makes handling more explicit and allows choice of what
exception to raise.
Update MethodValidationResult to expose the target, the method, and
forReturnValue flag, so the code handling an exception will have
access to all details.
See gh-30644
This commit updates the `ScheduledTaskObservationDocumentation` to
better align the contributed KeyValues with OpenTelemetry conventions
for observations of code executions.
Instead of a "target.type" key with the bean class simple name, this
is now contributing the canonical class name of the bean under the
"code.namespace" key.
The "method.name" key is renamed to "code.function" and its values
remain unchanged.
Closes gh-30721
Prior to this commit, if an init/destroy method was package-private and
declared in a superclass in a package different from the package in
which the registered bean resided, a local init/destroy method with the
same name would effectively "shadow" the method from the different
package, resulting in only the local init/destroy method being invoked.
This commit addresses this issue by tracking package-private init
methods from different packages using their fully-qualified method
names, analogous to the existing support for private init/destroy
methods.
Closes gh-30718
Previously, a bean definition that is optimized AOT could have
different metadata based on whether its resolved type had a generic or
not. This is due to RootBeanDefinition taking either a Class or a
ResolvableType doing fundamentally different things. While the former
sets the bean class which is to little use with an instance supplier,
the latter specifies the target type of the bean.
This commit sets the target type of the bean, using the existing
setter methods that take either a class or a ResolvableType and set the
same attribute consistently.
Closes gh-30689
This commit enhances the `ScheduledAnnotationBeanPostProcessor` to
instrument `@Scheduled` methods declared on beans. This will create
`"tasks.scheduled.execution"` observations for each execution of a
scheduled method. This supports both blocking and reactive variants.
By default, observations are no-ops; developers must configure the
current `ObservationRegistry` on the `ScheduledTaskRegistrar` by using a
`SchedulingConfigurer`.
Closes gh-29883
This allows re-use of existing MethodParameter instances from controller
methods with cached metadata, and also ensures additional capabilities
such as looking up parameter annotations on interfaces.
See gh-29825
This commit makes sure that profiles that have been explicitly enabled
during AOT optimizations are automatically enabled when using those
optimizations.
If other profiles are set at runtime, they take precedence over the ones
defined during AOT processing.
Closes gh-30421
This commit adds support for `@Scheduled` annotation on reactive
methods and Kotlin suspending functions.
Reactive methods are methods that return a `Publisher` or a subclass
of `Publisher`. The `ReactiveAdapterRegistry` is used to support many
implementations, such as `Flux`, `Mono`, `Flow`, `Single`, etc.
Methods should not take any argument and published values will be
ignored, as they are already with synchronous support.
This is implemented in `ScheduledAnnotationReactiveSupport`, which
"converts" Publishers to `Runnable`. This strategy keeps track of
active Subscriptions in the `ScheduledAnnotationBeanPostProcessor`,
in order to cancel them all in case of shutdown.
The existing scheduling support for tasks is reused, aligning the
triggering behavior with the existing support: cron, fixedDelay and
fixedRate are all supported strategies.
If the `Publisher` errors, the exception is logged at warn level and
otherwise ignored. As a result new `Runnable` instances will be
created for each execution and scheduling will continue.
The only difference with synchronous support is that error signals
will not be thrown by those `Runnable` tasks and will not be made
available to the `org.springframework.util.ErrorHandler` contract.
This is due to the asynchronous and lazy nature of Publishers.
Closes gh-23533
Closes gh-28515
This commit adds support of parsing a simple long from a String and
turning it to an `Instant` by considering it represents a timestamp in
milliseconds (see `Instant.ofEpochMilli`). Failing to parse a long from
the String, the previous algorithm is used: first check for an RFC-1123
representation then an ISO_INSTANT representation.
See gh-30312
Closes gh-30546
Juergen Hoeller
Sébastien Deleuze
rstoyanchev
Sam Brannen
jongwooo
Stephane Nicoll
liguoxiong
Patrick Strawderman
Vladyslav Baidak
Yanming Zhou
Johnny Lim
Brian Clozel
Roland Weisleder
Arjen Poutsma
Simon Baslé
Remus Richard Dumitrache