This commit also fixes a bug introduced in commit e99b43b91e, where
java.time.Duration strings were converted to milliseconds and then
converted again using the configured TimeUnit.
See gh-27309
This commit introduces a new `timeUnit` attribute in the @Scheduled
annotation to allow the user to specify a time unit other than
milliseconds.
Closes gh-27309
This commit improves the documentation for @Cacheable to point out that
`null` will be stored in the cache for an empty `Optional` return value.
Closes gh-27184
If the ThreadPoolTaskExecutor is dynamically changed with an invalid value
the state of the ThreadPoolTaskExecutor does no longer correctly represent
the state of the underlying ThreadPoolExecutor
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
Prior to this commit, ConfigurationClass implemented equals(),
hashCode(), and toString(), but BeanMethod did not.
This commit introduces equals(), hashCode(), and toString()
implementations in BeanMethod for consistency with ConfigurationClass
to make it possible to use BeanMethod instances to index additional
metadata as well.
In order to properly implement equals() in BeanMethod, the method
argument types are required, but these are not directly available in
BeanMethod. However, they are available via ASM when processing @Bean
methods. This commit therefore implements equals(), hashCode(), and
toString() in SimpleMethodMetadata which BeanMethod delegates to.
For completeness, this commit also implements equals(), hashCode(), and
toString() in StandardClassMetadata, StandardMethodMetadata, and
SimpleAnnotationMetadata.
Closes gh-27076
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, evaluating validation hints for
@javax.validation.Valid caused exceptions being raised when getting the
value of this annotation, which does not exist. Bypassing
AnnotationUtils.getValue() in those cases can improve performance by
avoiding the cost incurred by raising exceptions.
See gh-26787
Prior to this commit, two tests for exception handling regarding
@DateTimeFormat processing only passed on Java 8. This is due to the
fact that the toString() implementation for annotations changed in Java
9. Specifically, the representation for arrays changed from [] to {},
and strings are enclosed in double quotes beginning with Java 9.
This commit ensures that the affected @DateTimeFormat tests pass on
Java 9+, by making the assertions more lenient regarding toString()
output for annotations.
See gh-26777
See gh-26804
The support for fallback parsing patterns in @DateTimeFormat introduced
in gh-20292 introduced a regression in that the original cause of the
parsing exception was no longer retained.
gh-26777 addressed that regression for `java.time` support; whereas,
this commit addresses that regression for legacy Date types.
This commit ensures that the original ParseException is set as the
cause for any newly created ParseException, thereby retaining the
original exception as the root cause.
Closes gh-26804
The support for fallback parsing patterns in @DateTimeFormat introduced
in gh-20292 introduced a regression in that the original cause of the
parsing exception was no longer retained.
This commit ensures that the original DateTimeParseException is set as
the cause for any newly created DateTimeParseException, thereby
retaining the original exception as the root cause.
Closes gh-26777
Prior to this commit, @DateTimeFormat only supported a single format
for parsing date time values via the style, iso, and pattern attributes.
This commit introduces a new fallbackPatterns attribute that can be
used to configure multiple fallback patterns for parsing date time
values. This allows applications to accept multiple input formats for
date time values.
For example, if you wish to use the ISO date format for parsing and
printing but allow for lenient parsing of user input for various
additional date formats, you could annotate a field or method parameter
with configuration similar to the following.
@DateTimeFormat(
iso = ISO.DATE,
fallbackPatterns = { "M/d/yy", "dd.MM.yyyy" }
)
Closes gh-20292
