With a Java 8 baseline in place for quite some time now, it no longer
makes sense to refer to features such as annotations as "Java 5
annotations".
This commit also removes old `Tiger*Tests` classes, thereby avoiding
duplicate execution of various tests.
Prior to this commit, there was no way to configure type-safe rollback
rules for transactions.
Even though a rollback rule could be defined using a Class reference
via the `rollbackFor` and `noRollbackFor` attributes in @Transactional,
those Class references got converted to Strings (as the fully qualified
class names of the exception types) in RollbackRuleAttribute which then
applied a pattern-based matching algorithm as if the Class references
had been supplied as Strings/patterns to begin with, thereby losing the
type information.
Pattern-based rollback rules suffer from the following three categories
of unintentional matches.
- identically named exceptions in different packages when the pattern
does not include the package name -- for example,
example.client.WebException and example.server.WebException both
match against a "WebException" pattern.
- similarly named exceptions in the same package when a given exception
name starts with the name of another exception -- for example,
example.BusinessException and example.BusinessExceptionWithDetails
both match against an "example.BusinessException" pattern.
- nested exceptions when an exception type is declared in another
exception -- for example, example.BusinessException and
example.BusinessException$NestedException both match against an
"example.BusinessException" pattern.
This commit prevents the latter two categories of unintentional matches
for rollback rules defined using a Class reference by storing the
exceptionType in RollbackRuleAttribute and using that type in the
implementation of RollbackRuleAttribute.getDepth(Class, int), resulting
in type-safe rollback rules whenever the `rollbackFor` and
`noRollbackFor` attributes in `@Transactional` are used.
Note that the first category of unintentional matches never applied to
rollback rules created from a Class reference since the fully qualified
name of a Class reference always includes the package name.
Closes gh-28098
This commits deprecates
- StringUtils::trimWhitespace in favor of String::strip
- StringUtils::trimLeadingWhitespace in favor of String::stripLeading
- StringUtils::trimTrailingWhitespace in favor of String::stripTrailing
Closes gh-27769
In order to catch Javadoc errors in the build, we now enable the
`Xwerror` flag for the `javadoc` tool. In addition, we now use
`Xdoclint:syntax` instead of `Xdoclint:none` in order to validate
syntax within our Javadoc.
This commit fixes all resulting Javadoc errors and warnings.
This commit also upgrades to Undertow 2.2.12.Final and fixes the
artifact names for exclusions for the Servlet and annotations APIs.
The incorrect exclusion of the Servlet API resulted in the Servlet API
being on the classpath twice for the javadoc task, which resulted in the
following warnings in previous builds.
javadoc: warning - Multiple sources of package comments found for package "javax.servlet"
javadoc: warning - Multiple sources of package comments found for package "javax.servlet.http"
javadoc: warning - Multiple sources of package comments found for package "javax.servlet.descriptor"
javadoc: warning - Multiple sources of package comments found for package "javax.servlet.annotation"
Closes gh-27480
Migrate `CoroutinesUtils` from Kotlin code to Java and drop the
`kotlin-coroutines` module.
This update removes the need for Kotlin tooling IDE plugins to be
installed.
Closes gh-27379
To slightly improve performance, this commit switches to
StringBuilder.append(char) instead of StringBuilder.append(String)
whenever we append a single character to a StringBuilder.
Closes gh-27098
This commit improves the Javadoc regarding transactional semantics for
@TransactionalEventListener methods invoked in the AFTER_COMMIT,
AFTER_ROLLBACK, or AFTER_COMPLETION phase. Specifically, the
documentation now points out that interactions with the underlying
transactional resource will not be committed in those phases.
Closes gh-26974
Prior to this commit, if the DataSource in the
DataSourceFromTransactionManager was wrapped in a proxy implementing
InfrastructureProxy, SqlScriptsTestExecutionListener would throw an
exception stating that the DataSource in the ApplicationContext and the
DataSource in the DataSourceFromTransactionManager were not the same.
This commit unwraps both data sources and compares the underlying
target instances to check for equality.
In addition, this commit makes the unwrapResourceIfNecessary() method in
TransactionSynchronizationUtils public.
Closes gh-26422
This commit makes TransactionInterceptor and TransactionAspectSupport
Coroutines aware, adapting Reactive transaction support to Coroutines.
Suspending functions returning a Flow are handled like Flux, for other
return types, they are handled like Mono.
Closes gh-23575
Includes forPayload methods and common adapter classes for programmatic usage.
Aligns default order values for event handling delegates to LOWEST_PRECEDENCE.
Closes gh-24163
Issues gh-25038 and gh-25618 collectively introduced a regression for
thread-scoped and transaction-scoped beans.
For example, given a thread-scoped bean X that depends on another
thread-scoped bean Y, if the names of the beans (when used as map keys)
end up in the same bucket within a ConcurrentHashMap AND an attempt is
made to retrieve bean X from the ApplicationContext prior to retrieving
bean Y, then the use of Map::computeIfAbsent in SimpleThreadScope
results in recursive access to the same internal bucket in the map.
On Java 8, that scenario simply hangs. On Java 9 and higher,
ConcurrentHashMap throws an IllegalStateException pointing out that a
"Recursive update" was attempted.
In light of these findings, we are reverting the changes made to
SimpleThreadScope and SimpleTransactionScope in commits 50a4fdac6e and
148dc95eb1.
Closes gh-25801
PR gh-25038 introduced regressions in SimpleThreadScope and
SimpleTransactionScope in Spring Framework 5.2.7. Specifically, if a
thread-scoped or transaction-scoped bean has a dependency on another
thread-scoped or transaction-scoped bean, respectively, a
ConcurrentModificationException will be thrown on Java 11 or higher.
The reason is that Java 11 introduced a check for concurrent
modification in java.util.HashMap's computeIfAbsent() implementation,
and such a modification can occur when a thread-scoped bean is being
created in order to satisfy a dependency of another thread-scoped bean
that is currently being created.
This commit fixes these regressions by switching from HashMap to
ConcurrentHashMap for the instance maps in SimpleThreadScope and
SimpleTransactionScope.
Closes gh-25618
This commit introduces a change in reactive transaction semantics for
cancel signals. Canceling a subscription now rolls back a reactive transaction
to achieve a deterministic transaction outcome.
Previously, cancel signals committed a transaction which could
cause partially committed transactions depending on when the cancel happened.
- The compiler is configured to retain compatibility with Kotlin 1.3.
- Explicit API mode is not yet enabled but could be in the future.
- A workaround for Gradle build is required for now, see
https://youtrack.jetbrains.com/issue/KT-39610 for more details.
- Some exceptions thrown by Kotlin have changed to NullPointerException,
see https://youtrack.jetbrains.com/issue/KT-22275 for more details.
Closes gh-24171
This commit picks up where 613bd3be1d
left off by ensuring that a transaction manager configured via the
TransactionManagementConfigurer API takes precedence over any
transaction manager configured as a bean in the ApplicationContext
unless @Transactional is configured with a qualifier for the explicit
transaction manager to use in tests.
Closes gh-24869
Prior to this commit, the TransactionAttributeSourceClassFilter
filtered out PlatformTransactionManager but not
ReactiveTransactionManager implementations.
TransactionAttributeSourceClassFilter now filters out any
TransactionManager implementation, covering both imperative and
reactive transaction managers.
TransactionAttribute now exposes a labels attribute that associates a
descriptive array of labels with a transaction.
Labels may be of a pure descriptive nature or may get evaluated by
transaction managers to associate technology-specific behavior
with the actual transaction.
This commit introduces tests for the status quo in production support
for multiple transaction managers registered as @Primary and via the
TransactionManagementConfigurer API.
See gh-24869
This commit renames the Runnable variant to executeWithoutResult
and uses a Consumer<TransactionStatus> parameter for better
consistency with TransactionCallbackWithoutResult.
Closes gh-23724
TransactionOperator.as(Mono) now no longer short-cuts via a Flux.next() but provides an implementation via Mono.usingWhen(…).
The short-cut previously issued a cancellation signal to the transactional Mono causing the transaction cleanup to happen without a handle for synchronization.
Using Mono.usingWhen(…) initiates transaction cleanup when the Mono completes eliminating the need for cancellation of the transactional Publisher.
This change does not fully fix gh-23304 but it softens its impact because TransactionalOperator.transactional(Mono) avoids cancellation.
As a follow-up of gh-22915, the purpose of this commit is to improve
Coroutines programmatic transaction API to make it more consistent with
the Java one and more idiomatic.
For suspending functions, this commit changes the
TransactionalOperator.transactional extension with a suspending lambda
parameter to a TransactionalOperator.executeAndAwait one which is
conceptually closer to TransactionalOperator.execute Java API so more
consistent.
For Flow, the TransactionalOperator.transactional extension is correct
but would be more idiomatic as a Flow extension.
This commit also adds code samples to the reference documentation.
Closes gh-23627
Sébastien Deleuze
Sam Brannen
a.yazychyan
Juergen Hoeller
Arjen Poutsma
Rossen Stoyanchev
Phillip Webb
Brian Clozel
Philippe Marschall
Johnny Lim
Сергей Цыпанов
Stephane Nicoll
XenoAmess
Mark Paluch
Rossen Stoyanchev
Juergen Hoeller
Yanming Zhou
Sam Brannen
Qimiao Chen
Michael Simons
Christoph Dreis
Andreas Killaitis
Sebastien Deleuze