According to the JDK's documentation and changelog, the Introspector itself safely handles weak references as of JDK 6 update 21 (which is what we require for Spring 4.0).
Issue: SPR-11356
Update reference documentation to make it clearer that only
`spring-core` has a direct dependency on `commons-logging`.
Also reference the 'empty jar' alternative option as described in
the SLF4J FAQ.
This change makes it possible to provide no configuration for the
DispatcherServlet when extending
AbstractAnnotationConfigDispatcherServletInitializer, and therefore
provide all config through the "root" context.
Issue: SPR-11357
This in particular allows for specifying "spring.getenv.ignore" and "spring.beaninfo.ignore" in a local way within the application, in case that JVM-level system properties are locked.
Issue: SPR-9014
Issue: SPR-11297
equalTo is not a valid method on JsonPathResultMatchers
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Fixed through downcasting to AspectJ's ReflectionType and ReflectionBasedReferenceTypeDelegate, obtaining the myClass field there. We only fall back to regular class loading if we encounter any other kind of type.
Issue: SPR-11344
(cherry picked from commit c406c56)
Prior to this commit, a NoClassDefFoundError caught in
TestContextManager's retrieveTestExecutionListeners() method would be
handled differently for implicit default listeners (i.e., listeners not
declared via @TestExecutionListeners) and listeners explicitly declared
via @TestExecutionListeners. Specifically, a NoClassDefFoundError would
cause a test to fail for an explicitly declared TestExecutionListener
but not for an implicitly declared one.
This commit addresses this issue by:
- Always swallowing a NoClassDefFoundError for both implicitly and
explicitly declared TestExecutionListeners.
- Changing the log level from DEBUG to INFO to make such situations
more visible to the average end user.
Issue: SPR-11347
Assertions made in callbacks invoked on separate thread were not
reaching the test framework. This fix ensures failures are detected
and cause tests to fail.
This commit deletes methods in RollbackForRequiredEjbTxDaoTestNGTests
that were unnecessarily redeclared. The redeclaration is required for
JUnit's @FixMethodOrder support but not for TestNG's built-in support
for dependent methods.
Issue: SPR-6132
Prior to this commit, all MethodMessageHandlers tests were
implemented in a single class. Since SimpAnnotationMsgHandler
has been refactored with an abstract class, tests also
needed such a refactoring.
This commit creates test fixtures for AbstractMethodMessageHandler.
Issue: SPR-11191
Prior to this commit, it was not clear how to enable the support of matrix
variables in the mvc namespace. As the feature is disabled by default, added
something to highlight the part that explains how to configure it
Issue: SPR-11331
This allows us to avoid early initialization of footprint-heavy ConcurrentHashMaps, and reuses the existing postProcessingLock which will typically be active already when registerExternallyManaged* calls come in from the bean factory's post-processing phase.
Issue: SPR-11343
This commit introduces transactional integration tests executing
against both JUnit and TestNG in the TestContext framework (TCF) using
@TransactionAttribute in EJBs instead of Spring’s @Transactional
annotation.
These tests disprove the claims raised in SPR-6132 by demonstrating that
transaction support in the TCF works as expected when a transactional
EJB method that is configured with TransactionAttribute.REQUIRES_NEW is
invoked. Specifically:
- The transaction managed by the TCF is suspended while such an EJB
method is invoked.
- Any work performed within the new transaction for the EJB method is
committed after the method invocation completes.
- The transaction managed by the TCF is resumed and subsequently
either rolled back or committed as necessary based on the
configuration of @Rollback and @TransactionConfiguration.
The configuration for the JUnit-based tests is straightforward and self
explanatory; however, the configuration for the TestNG tests is less
intuitive.
In order for the TCF to function properly, the developer must ensure
that test methods within a given TestNG test (whether defined locally,
in a superclass, or somewhere else in the suite) are executed in the
proper order. In a stand-alone test class this is straightforward;
however, in a test class hierarchy (or test suite) with dependent
methods, it is necessary to configure TestNG so that all methods within
an individual test are executed in isolation from test methods in other
tests. This can be achieved by configuring a test class to run in its
own uniquely identified suite (e.g., by annotating each concrete
TestNG-based test class with @Test(suiteName = "< Some Unique Suite
Name >")).
For example, without specifying a unique suite name for the TestNG
tests introduced in this commit, test methods will be executed in the
following (incorrect) order:
- CommitForRequiredEjbTxDaoTestNGTests.test1InitialState()
- CommitForRequiresNewEjbTxDaoTestNGTests.test1InitialState()
- RollbackForRequiresNewEjbTxDaoTestNGTests.test1InitialState()
- RollbackForRequiredEjbTxDaoTestNGTests.test1InitialState()
- CommitForRequiredEjbTxDaoTestNGTests.test2IncrementCount1()
The reason for this ordering is that test2IncrementCount1() depends on
test1InitialState(); however, the intention of the developer is that
the tests for an individual test class are independent of those in
other test classes. So by specifying unique suite names for each test
class, the following (correct) ordering is achieved:
- RollbackForRequiresNewEjbTxDaoTestNGTests.test1InitialState()
- RollbackForRequiresNewEjbTxDaoTestNGTests.test2IncrementCount1()
- RollbackForRequiresNewEjbTxDaoTestNGTests.test3IncrementCount2()
- CommitForRequiredEjbTxDaoTestNGTests.test1InitialState()
- CommitForRequiredEjbTxDaoTestNGTests.test2IncrementCount1()
- CommitForRequiredEjbTxDaoTestNGTests.test3IncrementCount2()
- RollbackForRequiredEjbTxDaoTestNGTests.test1InitialState()
- RollbackForRequiredEjbTxDaoTestNGTests.test2IncrementCount1()
- RollbackForRequiredEjbTxDaoTestNGTests.test3IncrementCount2()
- CommitForRequiresNewEjbTxDaoTestNGTests.test1InitialState()
- CommitForRequiresNewEjbTxDaoTestNGTests.test2IncrementCount1()
- CommitForRequiresNewEjbTxDaoTestNGTests.test3IncrementCount2()
See the JIRA issue for more detailed log output.
Furthermore, @DirtiesContext(classMode = ClassMode.AFTER_CLASS) has
been used in both the JUnit and TestNG tests introduced in this commit
in order to ensure that the in-memory database is reinitialized between
each test class.
Issue: SPR-6132
Prior to this commit, several spring-messaging exceptions
had defined serialVersionUIDs. Those exception aren't
supposed to leave the system via Java serialization; also,
their deserialization is supported only against the same
version of Spring.
Issue: SPR-11339
Update ResolvableType to unwrap Serialization wrapped TypeVariables
before calling the equals method.
This protects against the recent change in OpenJDK 8 (build 124)
which changed the TypeVariableImpl equals method such that it only
matches against other TypeVariableImpl instances.
Issue: SPR-11342
Change SerializableTypeWrapper proxies to directly call equals() methods
on the underlying Type, rather than possibly generating more wrappers.
This should help to improve performance, especially as the equals()
method is called many times when the ResolvableType cache is checked.
Issue: SPR-11335
The interface is to be implemented in addition to
java.security.Principal when Principal.getName() is not globally unique
enough for use in user destinations.
Issue: SPR-11327
Note: A default orm.xml file is only being used when not co-located with a persistence.xml file, since we assume it is intended for use with that persistence.xml file only then.
Issue: SPR-11234
Issue: SPR-11260
Juergen Hoeller
Phillip Webb
Stephane Nicoll
Rossen Stoyanchev
Sam Brannen
hupfis
Gary Russell
Brian Clozel