This commit avoids duplicate addition of void.class to the temporary
primitiveTypes Set in the static initialization block in ClassUtils.
Closes gh-25128
Prior to this commit (and the previous one), the `AntPathStringMatcher`
(inner class of `AntPathmatcher`) would compile `Pattern` instances and
use regex matching even for static patterns such as `"/home"`.
This change introduces a shortcut in the string matcher algorithm to
skip the `Pattern` creation and uses `String` equality instead.
Static patterns are quite common in applications and this change can
bring performance improvements, depending on the mix of patterns
configured in the web application.
In benchmarks (added with this commit), we're seeing +20% throughput
and -40% allocation. This of course can vary depending on the number of
static patterns configured in the application.
Closes gh-24887
Prior to this commit, `MediaType.parseMediaType` would already rely on
the internal LRU cache in `MimeTypeUtils` for better performance. With
that optimization, the parsing of raw media types is skipped for cached
elements.
But still, `MediaType.parseMediaType` would first get a cached
`MimeType` instance from that cache and then instantiate a
`new MediaType(type, subtype, parameters)`. This constructor not only
replays the `MimeType` checks on type/subtyme tokens and parameters, but
it also performs `MediaType`-specific checks on parameters.
Such checks are not required, as we're using an existing `MimeType`
instance in the first place.
This commit adds a new protected copy constructor (skipping checks) in
`MimeType` and uses it in `MediaType.parseMediaType` as a result.
This yields interesting performance improvements, with +400% throughput
and -40% allocation/call in benchmarks. This commit also introduces a
new JMH benchmark for future optimization work.
Closes gh-24769
Prior to this commit, the loadFactoryNames() and loadFactories() methods
in SpringFactoriesLoader effectively used a different default
ClassLoader.
This commit ensures that the ClassLoader for SpringFactoriesLoader.class
is now consistently used as the default ClassLoader.
Closes gh-24992
This commit ensures that the static cache in SpringFactoriesLoader
contains unmodifiable lists of unique names of factory implementations.
See gh-24985
Prior to this commit, SpringFactoriesLoader discovered all registered
factory implementations for a given factory type even if duplicates
were registered within a single META-INF/spring.factories file or in
multiple such files in the classpath.
This commit updates the internals of SpringFactoriesLoader so that
duplicate registrations are ignored, thereby aligning with the
well-known semantics for java.util.ServiceLoader in this regard.
Closes gh-24985
- Build Scan plugin is now Gradle Enterprise plugin applied in settings
- Compile task dependencies are now defined through classpath
- Test fixture publication can be disabled through public API
Closes gh-24384
This commit moves the toString() implementation for synthesized
annotations from TypeMappedAnnotation to
SynthesizedMergedAnnotationInvocationHandler in order to take advantage
of the synthesized annotation attribute value cache introduced in
72b1abd226.
Closes gh-24970
Prior to the introduction of the MergedAnnotation API in Spring Framework
5.2, our SynthesizedAnnotationInvocationHandler utilized a cache for
annotation attribute values; whereas, the new
SynthesizedMergedAnnotationInvocationHandler has no such caching in
place.
Issues such as gh-24961 indicate a regression in performance caused by
the lack of such an attribute value cache. For example, the required
attribute in @RequestParam is looked up using the internal meta-model
in the MergedAnnotation API twice per request for each @RequestParam in
a given controller handler method.
This commit reintroduces the attribute value cache to avoid the
unnecessary performance overhead associated with multiple lookups of
the same attribute in a synthesized annotation. This applies not only
to direct attribute method invocations but also to invocations of
equals() and hashCode() on a synthesized annotation.
Note, however, that this commit does NOT address multiple lookups of
annotation attribute values for invocations of toString(). That behavior
currently remains unchanged in the implementation of
org.springframework.core.annotation.TypeMappedAnnotation.toString().
Closes gh-24970
Commit 31fa1569c5 introduced initial support for avoiding unnecessary
annotation synthesis in the MergedAnnotation API; however, it only
avoided synthesis for annotations that do not declare any attributes.
This commit reworks this support to avoid unnecessary annotation
synthesis for annotations that declare attributes.
Specifically, this commit introduces a new `isSynthesizable()` method
in AnnotationTypeMapping that allows the "synthesizable" flag to be
computed once and cached along with the other metadata already cached
in AnnotationTypeMapping instances. TypeMappedAnnotation now delegates
to this new method when determining whether it should synthesize an
annotation.
Closes gh-24861
Prior to Spring Framework 5.2, some of our annotation utilities would
not synthesize an annotation if it was already synthesized or not
synthesizable (i.e., did not declare local aliases via @AliasFor and
did not declare attributes that could override attributes in the
meta-annotation hierarchy above the given annotation); however, we lost
most of this functionality with the introduction of the new
MergedAnnotations API.
This commit revises the implementation of createSynthesized() in
TypeMappedAnnotation so that, for invocations of
MergedAnnotation.synthesize() and indirectly for invocations of
AnnotatedElementUtils.findMergedAnnotation(), etc.:
1. An annotation that was previously synthesized will not be
synthesized again.
2. An annotation that is not "synthesizable" will not be synthesized.
For both of the above use cases, the original annotation is now
returned from createSynthesized().
Closes gh-24861
Prior to this commit, the `MimeTypeUtils` LRUCache would maintain a
queue to track least recently used cached values. In some cases,
concurrent access could create more entries in that unbounded queue than
expected and spend a significant amount of time removing entries in that
queue (i.e. iterating over a long list of elements).
This commit ensures that recently used entries are only added to the
queue if they've been removed by the current thread, in case of
concurrent access.
Fixes gh-24886
The following modification will also recursively traverse the directory that the symbolic link points to.
This modification is not proposed for deleteRecursively, since it can be harmful if not intended.
This modification relates to the following commit:
Consistent use of NIO.2 for file read/write interactions
Issue: SPR-15748
12114a9
Prior to this commmit, "mutipart/*" MIME types would be cached by the
`MimeTypeUtils` LRU cache. Since those MIME types are likely to have
random boundaries in them, they can waste space in the LRU cache.
This is not improving things since we're parsing them anyway.
This commit skips the caching step for all "multipart" MIME types.
Fixes gh-24767
This commit improves the performance of the `ConcurrentLruCache` and
applies a consistent style to the code:
* separating read/write locks into different variables does not help
performance, so this change is reverted
* apply a consistent style for read/write locks and try/cactch calls
* the reordering of recently used keys is only done when the cache is
full
Fixes gh-24671
- manage collection size manually
- check cache hit first before size check
- reduce read-lock scope
- use `map.get` to test cache instead of `queue.remove`
Closes gh-24469
See gh-24671
Prior to this commit, DefaultParameterNameDiscoverer did not register
any discovers when compiling or running as a GraalVM native image.
This commit relaxes the GraalVM check so that it is only applied to the
registration of KotlinReflectionParameterNameDiscoverer.
Consequently, StandardReflectionParameterNameDiscoverer and
LocalVariableTableParameterNameDiscoverer are once again always
registered by DefaultParameterNameDiscoverer.
Closes gh-24600
Spring Framework 5.0 introduced a regression in ASM-based annotation
processing. Specifically, nested annotations were no longer supported,
and component scanning resulted in an exception if a candidate
component was annotated with an annotation that contained nested
annotations.
This commit fixes this regression by introducing special handling in
AnnotationTypeMapping that supports extracting values from objects of
type TypeMappedAnnotation when necessary.
Closes gh-24375
This is a follow-up on the earlier commit
28a95e89f3 eliminating windowUntil
entirely which generates a BubblingException wrapper. This also keeps
the chain a little simpler.
See gh-24355
Spring Framework provides two implementations of the
CommandLinePropertySource API: SimpleCommandLinePropertySource and
JOptCommandLinePropertySource.
Prior to this commit, JOptCommandLinePropertySource supported empty
values for optional arguments; whereas, SimpleCommandLinePropertySource
did not.
This commit modifies the implementation of SimpleCommandLinePropertySource
to allow empty values for optional arguments.
Closes gh-24464
The case of one data buffer containing multiple lines can could cause
a buffer leak due to a suspected issue in concatMapIterable. This
commit adds workarounds for that until the underlying issue is
addressed.
Closes gh-24339
The converter now tries to keep reading from the same InputStream which
should be possible with ordered and non-overlapping regions. When
necessary the InputStream is re-opened.
Closes gh-24214
Prior to Spring Framework 5.2, most annotation search algorithms made
use of AnnotationUtils.handleIntrospectionFailure() to handle exceptions
thrown while attempting to introspect annotation metadata. With the
introduction of the new MergedAnnotation API in Spring Framework 5.2,
this exception handling was accidentally removed.
This commit introduces the use of handleIntrospectionFailure() within
the new MergedAnnotation internals in order to (hopefully) align with
the previous behavior.
Closes gh-24188
Prior to this commit, when searching for annotations using the
TYPE_HIERARCHY_AND_ENCLOSING_CLASSES strategy an exception could be
thrown while attempting to load the enclosing class (e.g., a
NoClassDefFoundError), thereby halting the entire annotation scanning
process.
This commit makes this search strategy defensive by logging exceptions
encountered while processing the enclosing class hierarchy instead of
allowing the exception to halt the entire annotation scanning process.
The exception handling is performed by
AnnotationUtils.handleIntrospectionFailure() which only allows an
AnnotationConfigurationException to propagate.
See gh-24136
Prior to this commit, the enclosing class was always eagerly loaded
even if the annotation search strategy was not explicitly
TYPE_HIERARCHY_AND_ENCLOSING_CLASSES.
See gh-24136
Given the following improperly configured composed @RequestMapping
annotation:
@Retention(RetentionPolicy.RUNTIME)
@RequestMapping
@interface PostApi {
@AliasFor("value")
String[] path() default {};
@AliasFor(annotation = RequestMapping.class, attribute = "path")
String[] value() default {};
}
Prior to this commit, an attempt to process the above annotation
resulted in an exception similar to the following, which is not
especially helpful to discern the problem.
> Attribute 'value' in annotation [PostApi] must be declared as an
> @AliasFor 'path', not 'path'.
This commit improves the exception message for such scenarios,
resulting in an exception message similar to the following.
> Attribute 'value' in annotation [PostApi] must be declared as an
> @AliasFor attribute 'path' in annotation [PostApi], not attribute
> 'path' in annotation [RequestMapping].
Closes gh-24168
Update `ResolvableType` so that variable referenced can be resolved
against wildcard types. Prior to this commit, given a type:
Map<String, ? extends List<? extends CharSequence>>
Calling `type.getGeneric(1).asCollection().resolveGeneric()` would
return `null`. This was because the `List` variable `E` referenced a
wildcard type which `resolveVariable` did not support.
Closes gh-24145
Spring Framework 5.2 introduced a regression for implicit aliases
declared via @AliasFor. Specifically, Spring's merged annotation
algorithms stopped honoring default values for implicit alias pairs if
the composed annotation was used without specifying the aliased
attributes.
This commit fixes this regression.
Closes gh-24110
Spring Framework 5.2 introduced a regression in reflection-based
AnnotationMetadata. Specifically, as of 5.2, StandardAnnotationMetadata
no longer found @Inherited annotations from superclasses.
This commit fixes this regression by switching to the INHERITED_ANNOTATIONS
SearchStrategy when creating the MergedAnnotations used within
StandardAnnotationMetadata,
Note, however, that the discrepancy between StandardAnnotationMetadata
and SimpleAnnotationMetadata (i.e., reflection-based vs. ASM-based)
regarding @Inherited support still remains as it was prior to Spring
Framework 5.2.
Closes gh-24077
This commit introduces failing assertions that are currently disabled
via a boolean reproduceGh24077 flag.
Setting that flag to true demonstrates the regression for
StandardAnnotationMetadata and inconsistencies for SimpleAnnotationMetadata.
See gh-24077
This commit refines Coroutines annotated controller support
by considering Kotlin Unit as Java void and using the right
ReactiveAdapter to support all use cases, including suspending
functions that return Flow (usual when using APIs like WebClient).
It also fixes RSocket fire and forget handling and adds related tests
for that use case.
Closes gh-24057
Closes gh-23866
This commit adds support for Continuation parameter that is now
considered as an optional parameter since it is never provided by
the user.
It also simplifies and optimizes the implementation.
Closes gh-23991
Prior to this commit, the TestGroup.CI enum constant was only used in a
single test method in spring-core. In order to enable that test, the
`testGroups` JVM system property was configured for the
Publication-master CI build plan; however, the `testGroups` system
property is not set when executing local builds. Consequently, there
has been a Gradle cache miss for every `test` task when building
something locally that's already been built on the CI server.
This commit addresses this issue by removing the `TestGroup.CI` enum
constant. The `-PtestGroups=ci` command line configuration for the
Publication-master CI build plan has also been removed on the CI server.
Closes gh-23918
- Add maxInMemorySize property to Decoder and HttpMessageReader
implementations that aggregate input to trigger
DataBufferLimitException when reached.
- For codecs that call DataBufferUtils#join, there is now an overloaded
variant with a maxInMemorySize extra argument. Internally, a custom
LimitedDataBufferList is used to count and enforce the limit.
- Jackson2Tokenizer and XmlEventDecoder support those limits per
streamed JSON object.
See gh-23884
Update `AnnotationTypeMappings` so that a custom `RepeatableContainers`
instances can be used. Prior to this commit, only standard repeatables
were used when reading the annotations. This works in most situations,
but causes regressions for some `AnnotationUtils` methods.
Fixed gh-23856
Update `TypeMappedAnnotation` mirror resolution logic so that mapped
annotation values are also considered. Prior to this commit, mirrors
in more complex meta-annotation scenarios would not resolve correctly.
Specifically, given the following:
@interface TestAliased {
@AliasFor(attribute = "qualifier")
String value() default "";
@AliasFor(attribute = "value")
String qualifier() default "";
}
@TestAliased
@interface TestMetaAliased {
@AliasFor(annotation = Aliased.class, attribute = "value")
String value() default "";
}
@TestMetaAliased("test")
@interface TestComposed {
}
A merged `@TestAliased` annotation obtained from a `@TestComposed`
root annotation would return a `value` and `qualifier` of "".
This was because the "value" and "qualifier" mirrors needed to be
resolved against the `@TestMetaAliased` meta-annotation. They cannot be
resolved against the declared `@TestComposed` annotation because it
does not have any attributes. Our previous tests only covered a single
depth scenario where `@TestMetaAliased` was used directly on the
annotated element.
Closes gh-23767
Co-authored-by: Sam Brannen <sbrannen@pivotal.io>
Prior to this commit, it was not readily apparent what terms and units
such as kilobyte/KB and megabyte/MB represented numerically in DataSize
and DataUnit.
This commit clarifies that such terms and units are based on binary
prefixes for data (i.e., powers of 2 instead of powers of 10).
Closes gh-23697
Juergen Hoeller
Sam Brannen
Juergen Hoeller
Brian Clozel
Vlad Kisel
Brian Clozel
Rossen Stoyanchev
Sam Brannen
Sam Brannen
Jendrik Johannes
Сергей Цыпанов
Sébastien Deleuze
Mikael
Johnny Lim
Moran Avigdor
Qimiao Chen
Christoph Dreis
Kwangyong Kim
Hyunjin Choi
Kalmesh Sambrani
hyeonisism
Oleh Faizulin
PyvesB
Phillip Webb
Vitalii Rastvorov
wanxiangming1994
Arjen Poutsma
Andy Wilkinson
François Guillot
Stephane Nicoll