Prior to this commit, the ignoreResourceNotFound flag in
@PropertySource was ignored by PropertySourceProcessor if a
PropertySourceFactory threw an exception which wrapped an exception
that would otherwise be ignored -- for example, a FileNotFoundException.
To address this issue, this commit updates PropertySourceFactory so
that it catches RuntimeException and IOException and then checks if the
exception or its cause is an "ignorable" exception in terms of
ignoreResourceNotFound semantics.
Closes gh-22276
This commit makes several changes to PR #24651.
- Add byte[] getContentAsByteArray() on Resource.
- Remove getContentAsString() from Resource, as it relied on the default
charset which is not reliable.
- Add getContentAsString() to EncodedResource, as a charset is provided
through the constructor.
See gh-24651
This commit introduces tests which serve as "regression tests" for the
behavior of PathMatchingResourcePatternResolver in Spring Framework
5.3.x with regard to URL-encoding and Unicode normalization of resource
paths.
Specifically, the new tests demonstrate that resource paths do NOT need
to be decoded or normalized in 5.3.x.
See gh-29243
Commit 0eb66789ed which introduced generic FileSystem support in
PathMatchingResourcePatternResolver also introduced a regression in that
a matching folder is now returned in the results.
This commit address this by additionally using Files#isRegularFile() in
the predicate used to filter candidates.
Closes gh-29163
Update `SpringFactoriesLoader` so that it can load files from
arbitrary locations. An instance of the loader class itself is now
returned from static factory methods that accept different
locations.
The recent `ArgumentResolver` and `FailureHandler` `loadFactories`
variants are now no longer available as static methods. They are
still available as instance methods.
The `loadFactories` static method remains to provide
back-compatibility with Spring Framework 5.x
See gh-28416
Update `SpringFactoriesLoader` so that factory implementation classes
can have a constructor with arguments that are resolved dynamically.
Arguments are resolved using a `ArgumentResolver` interface that is
passed to the `loadFactories` method. This strategy interface is
intentionally simple and only allows resolution based on the argument
type. A number of convenience methods are provided to allow resolvers
to be built. For example:
ArgumentResolver.of(String.class, "tests")
.and(Integer.class, 123);
Factory implementation classes must have a non-ambiguous constructor
in order to be instantiated. The `SpringFactoriesLoader` uses the same
algorithm as `BeanUtils.getResolvableConstructor`.
See gh-28057
Co-authored-by: Madhura Bhave <bhavem@vmware.com>
Co-authored-by: Andy Wilkinson <wilkinsona@vmware.com>
Prior to this commit, XmlValidationModeDetector did not properly parse
all categories of comments (described below). When such categories of
comments were encountered XmlValidationModeDetector may have
incorrectly detected that an XML file used a DTD when it used an XSD,
or vice versa.
This commit revises the parsing algorithm in XmlValidationModeDetector
so that multi-line comments and multiple comments on a single line are
properly recognized.
Specifically, with this commit the following categories of comments are
now handled properly.
- Multiple comments on a single line
- Multi-line comment: beginning on one line and then ending on another
line with an additional comment following on that same line.
- Multi-line comment: beginning at the end of XML content on one line
and then spanning multiple lines.
Closes gh-27915
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
Prior to this commit, Spring failed to determine that an XML config file
was DTD-based if the DTD declaration was followed by a comment.
This commit fixes this by modifying the consumeCommentTokens(String)
algorithm in XmlValidationModeDetector so that both leading and trailing
comments are properly consumed without losing any XML content.
Closes gh-23605
This commit introduces a test that verifies that
PathMatchingResourcePatternResolver can find files in the filesystem
that contain hashtags (#) in their names.
See gh-23532
This commit adds an overloaded DataBufferUtils.read method that operates
on a AsynchronousFileChannel (as opposed to a ReadableByteChannel, which
already existed). This commit also uses said method in the Resource
encoders, if the Resource is a file.
DataSourceUtils moved to main core.io.buffer package.
Consistently named Jackson2JsonDecoder/Encoder and Jaxb2XmlDecoder/Encoder.
Plenty of related polishing.
This commit adds a test runtime dependency on log4j 2 for every project
and migrates all log4j.properties files to log4j2-test.xml files.
Issue: SPR-14431
Improved the SAX to StAX (and vice-versa) bridge exposed via StaxUtils.
The old integration had some issues with namespace declaration
attributes, brought to light in a XMLUnit upgrade.
Issue: SPR-11549
Prior to this commit, the codebase was using a mix of log4j.xml
and log4j.properties for test-related logging configuration. This
can be an issue as log4j takes the xml variant first when looking
for a default bootstrap configuration.
In practice, some modules declaring the properties variant were
taking the xml variant configuration from another module.
The general structure of the configuration has also been
harmonized to provide a standard console output as well as an
easy way to enable trace logs for the current module.
Currently, if a factory method is parameterized and the corresponding
variable types are declared on the method itself instead of on the
enclosing class or interface, Spring always predicts the return type to
be Object, even if the return type can be explicitly inferred from the
method signature and supplied arguments (which are available in the bean
definition).
This commit introduces a new resolveParameterizedReturnType() method in
GenericTypeResolver that attempts to infer the concrete type for the
generic return type of a given parameterized method, falling back to the
standard return type if necessary. Furthermore,
AbstractAutowireCapableBeanFactory now delegates to
resolveParameterizedReturnType() when predicting the return type for
factory methods.
resolveParameterizedReturnType() is capable of inferring the concrete
type for return type T for method signatures similar to the following.
Such methods may potentially be static. Also, the formal argument list
for such methods is not limited to a single argument.
- public <T> T foo(Class<T> clazz)
- public <T> T foo(Object obj, Class<T> clazz)
- public <V, T> T foo(V obj, Class<T> clazz)
- public <T> T foo(T obj)
Issue: SPR-9493
This renaming more intuitively expresses the relationship between
subprojects and the JAR artifacts they produce.
Tracking history across these renames is possible, but it requires
use of the --follow flag to `git log`, for example
$ git log spring-aop/src/main/java/org/springframework/aop/Advisor.java
will show history up until the renaming event, where
$ git log --follow spring-aop/src/main/java/org/springframework/aop/Advisor.java
will show history for all changes to the file, before and after the
renaming.
See http://chrisbeams.com/git-diff-across-renamed-directories
Stéphane Nicoll
Sam Brannen
Juergen Hoeller
Arjen Poutsma
Derrick Anderson
Sam Brannen
Phillip Webb
Stephane Nicoll
Sam Brannen
Rossen Stoyanchev
Juergen Hoeller
Arjen Poutsma
Phillip Webb
Stephane Nicoll
Arjen Poutsma
Stephane Nicoll
Arjen Poutsma
Chris Beams