The introduction of AdvisedSupport.AdvisorKeyEntry in Spring Framework
6.0.10 resulted in a regression regarding caching of CGLIB generated
proxy classes. Specifically, equality checks for the proxy class cache
became based partially on identity rather than equivalence. For
example, if an ApplicationContext was configured to create a
class-based @Transactional proxy, a second attempt to create the
ApplicationContext resulted in a duplicate proxy class for the same
@Transactional component.
On the JVM this went unnoticed; however, when running Spring
integration tests within a native image, if a test made use of
@DirtiesContext, a second attempt to create the test
ApplicationContext resulted in an exception stating, "CGLIB runtime
enhancement not supported on native image." This is because Test AOT
processing only refreshes a test ApplicationContext once, and the
duplicate CGLIB proxy classes are only requested in subsequent
refreshes of the same ApplicationContext which means that duplicate
proxy classes are not tracked during AOT processing and consequently
not included in a native image.
This commit addresses this regression as follows.
- AdvisedSupport.AdvisorKeyEntry is now based on the toString()
representations of the ClassFilter and MethodMatcher in the
corresponding Pointcut instead of the filter's and matcher's
identities.
- Due to the above changes to AdvisorKeyEntry, ClassFilter and
MethodMatcher implementations are now required to implement equals(),
hashCode(), AND toString().
- Consequently, the following now include proper equals(), hashCode(),
and toString() implementations.
- CacheOperationSourcePointcut
- TransactionAttributeSourcePointcut
- PerTargetInstantiationModelPointcut
Closes gh-31238
This commit improves how the build deals with javadoc invalid references
in two ways.
Link/see references that are temporarily invalid during javadoc
generation of individual modules are better masked by using the option
`Xdoclint:syntax` instead of `Xdoclint:none` (warnings were still
visible in some cases, e.g. when individually building the javadoc for
a specific module).
Global javadoc-building task `api` now combines `syntax` and `reference`
`Xdoclint` groups, allowing to raise truly invalid references even when
all the modules have been aggregated.
This commit also fixes the 20+ errors which appeared following the later
change in doclet configuration.
Closes gh-30428
This commit refactors some AssertJ assertions into more idiomatic and
readable ones. Using the dedicated assertion instead of a generic one
will produce more meaningful error messages.
For instance, consider collection size:
```
// expected: 5 but was: 2
assertThat(collection.size()).equals(5);
// Expected size: 5 but was: 2 in: [1, 2]
assertThat(collection).hasSize(5);
```
Closes gh-30104
This change fixes a situation where error handling was skipped during
`processCommit()` in case the `doCommit()` failed. The error handling
was set up via an `onErrorResume` operator that was nested inside a
`then(...)`, applied to an inner `Mono.empty()`. As a consequence,
it would never receive an error signal (effectively decoupling the
onErrorResume from the main chain).
This change simply moves the error handling back one level up. It also
simplifies the `doCommit` code a bit by getting rid of the steps that
artificially introduce a `Mono<Object>` return type, which is not really
needed.
A pre-existing test was missing the fact that the rollback didn't occur,
which is now fixed. Another dedicated test is introduced building upon
the `ReactiveTestTransactionManager` class.
Closes gh-30096
A failure to commit a reactive transaction will complete the
transaction and clean up resources. Executing a rollback at
that point is invalid, which causes an
IllegalTransactionStateException that masks the cause of the
commit failure.
This change restructures TransactionalOperatorImpl and
ReactiveTransactionSupport to avoid executing a rollback after
a failed commit. While there, the Mono transaction handling in
TransactionalOperator is simplified by moving it to a default
method on the interface.
Closes gh-27572
This commit ensures that CoroutineContext is properly
propagated in transactional suspending functions. Both
annotation and functional variants are supported.
Closes gh-27308
Before this commit, TransactionalOperator.executeAndAwait had a rigid
null-safety handling. This commit takes advantage of Kotlin capability
to allow to deal with both non-null and nullable depending on the
nullability of the lambda.
Closes gh-29919
