This is able to resolve the original method even if no bridge method has been generated at the same class hierarchy level (a known difference between the Eclipse compiler and regular javac).
Closes gh-21843
Search for : assertThat\((.+)\.equals\((\w+)\)\)\.isTrue\(\)
Replace with : assertThat($1).isEqualTo($2)
Search for : assertThat\((.+)\.equals\((\w+)\)\)\.isFalse\(\)
Replace with : assertThat($1).isNotEqualTo($2)
Closes gh-31763
Search for : assertThat\((.+)\.contains\((.+)\)\)\.isTrue\(\)
Replace with : assertThat($1).contains($2)
Search for : assertThat\((.+)\.contains\((.+)\)\)\.isFalse\(\)
Replace with : assertThat($1).doesNotContain($2)
Closes gh-31762
Prior to this commit, AspectJExpressionPointcut doesn't fall back to original method if `!@annotation()` is used, it can cause false positive result.
Fix GH-27119
Commit d3fba6d49b introduced built-in pattern matching support for
method names in ControlFlowPointcut; however, it was still cumbersome
to extend ControlFlowPointcut with support for regular expressions
instead of simple pattern matching.
To address that, this commit introduces a variant of isMatch() that
accepts the pattern index instead of the pre-resolved method name
pattern. The default implementation retrieves the method name pattern
from the methodNamePatterns field and delegates to isMatch(String, String).
Subclasses can override the new isMatch(String, int) method to support
regular expressions, as can be seen in the example
RegExControlFlowPointcut class in ControlFlowPointcutTests.
See gh-31435
Prior to this commit, ControlFlowPointcut supported a single method
name which was matched exactly. Although it was possible to extend
ControlFlowPointcut to add support for pattern matching, it was a bit
cumbersome.
To address that, this commit introduces built-in pattern matching
support for method names in ControlFlowPointcut, analogous to the
pattern matching support in NameMatchMethodPointcut.
Specifically, a user can provide one or more method name patterns, and
the patterns will be matched against candidate method names using OR
semantics.
By default, the matching algorithm delegates to
PatternMatchUtils.simpleMatch(), but this can be overridden in
subclasses by overriding the new protected isMatch() method.
Closes gh-31435
This commit makes ControlFlowPointcut more open to subclasses by:
1. Making the ControlFlowPointcut#clazz field protected.
2. Making the ControlFlowPointcut#methodName field protected.
3. Introducing a protected incrementEvaluationCount() method.
Closes gh-27187
This commit adds Coroutines support for `@Cacheable`.
It also refines SimpleKeyGenerator to ignore Continuation
parameters (Kotlin does not allow to have the same method
signature with both suspending and non-suspending variants)
and refines
org.springframework.aop.framework.CoroutinesUtils.awaitSingleOrNull
in order to wrap plain value to Mono.
Closes gh-31412
For equivalence, we only need to compare the preInstantiationPointcut
fields since they include the declaredPointcut fields. In addition, we
should not compare the aspectInstanceFactory fields since
LazySingletonAspectInstanceFactoryDecorator does not implement equals().
See gh-31238
This commit expands the scope of equality checks in the implementation
of equals() for PerTargetInstantiationModelPointcut to include all
fields instead of just the pointcut expression for the declared
pointcut.
See gh-31238
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
