Prior to this commit, a project using compile time weaving upgrading to
4.1 was forced to add spring-context-support and the jcache API in order
to build. This problem is not new really: spring-aspects holds all
aspects provided by the framework and they all are evaluated when
compiling. 4.1 just happens to define a new aspect that requires extra
dependencies.
This commit uses a new annotation of AspectJ 1.8.3. When @RequiredTypes
is added on an aspect, it is evaluated only if the classes defined on the
annotation are actually present. If they are not, the aspect is disabled
and does not break the build.
Issue: SPR-12163
Jackson2ObjectMapperBuilder now allows to create ObjectMapper and XmlMapper
instances easily thanks to its fluent API.
This builder is used in Jackson message converters and views to instantiate default
ObjectMapper and XmlMapper.
This commit also add a createXmlMapper property to
Jackson2ObjectMapperFactoryBean in order to allow to create easily a XmlMapper
instance.
Issue: SPR-12243
This commit updates the Gradle build to ensure that *all* source
artifacts are including in published 'sources' jars.
To achieve this, we are now assembling 'sources' jars from
'sourceSets.main.allSource' and not explicitly including or excluding
anything by default.
Issue: SPR-12085
Prior to this commit, spring-build-src and spring-framework-bom
internal artifacts were published as part of the distribution bundle.
This commit excludes those project so that those unnecessary artifacts
are no longer shipped.
Issue: SPR-12087
In our Gradle build script, we are now assembling 'sources' jars from
'sourceSets.main.allSource' in order to include Java, Groovy, and
AspectJ source code as well all other appropriate classpath resources.
Issue: SPR-12086
This commit updates the Gradle build to ensure that the following are
including in published 'sources' jars.
- Java source code (previously supported)
- AspectJ source code (previously supported)
- META-INF/spring.factories
- META-INF/services/*
- Java Properties files
- XML files
- MIME types files (mime.types)
Issue: SPR-12085
This commit adds support for XML serialization/deserialization based on
the jackson-dataformat-xml extension. When using @EnableWebMvc or
<mvc:annotation-driven/>, Jackson will be used by default instead of JAXB2
if jackson-dataformat-xml classes are found in the classpath.
This commit introduces MappingJackson2XmlHttpMessageConverter and
MappingJackson2XmlView classes, and common parts between JSON
and XML processing have been moved to AbstractJackson2HttpMessageConverter
and AbstractJackson2View classes.
MappingJackson2XmlView supports serialization of a single object. If the model
contains multiple entries, MappingJackson2XmlView.setModelKey() should be
used to specify the entry to serialize.
Pretty print works in XML, but tests are not included since a Woodstox dependency
is needed, and it is better to continue testing spring-web and spring-webmvc
against JAXB2.
Issue: SPR-11785
This release contains the following new features:
- The new @JsonAdapter annotation to specify a Json TypeAdapter for a
class field
- JsonPath support: JsonParser.getPath() method returns the JsonPath
expression
- New public methods in JsonArray (similar to the java.util.List):
contains(JsonElement), remove(JsonElement), remove(int index),
set(int index, JsonElement element)
- Many other smaller bug fixes
See: https://groups.google.com/forum/#!topic/google-gson/MOqf5RGtIzk
This commit configures the SonarRunner plugin so that SonarQube can
be used against the project. A few customizations were applied to
namely exclude the asm and cglib repackaged classes.
Issue: SPR-10766
Prior to this commit, the schema distribution archive contains
duplicate entries for the more recent XSD as it is reference both with
its version and as the "default" XSD (i.e. without a version).
This commit configures the task to apply a duplicatesStrategy so that
only the first entry remains.
Issue: SPR-12011
This change creates an AbstractTyrusRequestUpgradeStrategy shared
between the WebLogic and GlassFish sub-classes.
The version of Tyrus is lowered to 1.3.5 to match the version used
in WebLogic (12.1.3) and that in turn requires a little extra effort
in the base AbstractTyrusRequestUpgradeStrategy to make up for
changes that have taken place from Tyrus 1.3.5 to 1.7.
Issue: SPR-11293
Spring Framework 4.0 introduced first-class support for a Groovy-based
DSL for defining the beans for an ApplicationContext. However, prior to
this commit, the Spring TestContext Framework (TCF) did not provide any
out-of-the-box support for using Groovy scripts as path-based resource
locations when loading an application context for tests.
This commit addresses this issue by introducing first-class support for
using Groovy scripts to load the ApplicationContext for integration
tests managed by the TCF. Specifically, the following changes have been
made in the TCF to support Groovy scripts.
- Introduced getResourceSuffixes() in AbstractContextLoader in order
to support multiple resource suffixes in the default detection
process. This feature is used by the new Groovy/Xml context loaders.
- Introduced GenericGroovyXmlContextLoader and
GenericGroovyXmlWebContextLoader which support both Groovy scripts
and XML config files for loading bean definitions. Furthermore,
these loaders support "-context.xml" and "Context.groovy" as
resource suffixes when detecting defaults. Note that a default XML
config file will be detected before a default Groovy script.
- DelegatingSmartContextLoader and WebDelegatingSmartContextLoader now
use reflection to choose between using GenericGroovyXmlContextLoader
and GenericGroovyXmlWebContextLoader vs. GenericXmlContextLoader and
GenericXmlWebContextLoader as their XML loaders, depending on
whether Groovy is present in the classpath.
- Groovy scripts can be configured via the 'locations' or 'value'
attributes of @ContextConfiguration and can be mixed seamlessly with
XML config files.
Issue: SPR-11233
This change provides WebSocket support for the upcoming Glassfish 4.0.1
release while at the same dropping support for Glassfish 4.0 due to
incompatible changes.
Issue: SPR-11094
This change adds a new HttpMessageConverter supporting
Google protocol buffers (aka Protobuf).
This message converter supports the following media types:
* application/json
* application/xml
* text/plain
* text/html (output only)
* and by default application/x-protobuf
Note, in order to generate Proto Message classes, the protoc binary
must be available on your system.
Issue: SPR-5807/SPR-6259
This commit adds an extra test implementation that runs the cache
abstraction tests using a JSR-107 cache manager. This further covers
JCacheCacheManager.
The actual JSR-107 implementation is ehcache-jcache that requires at
least ehcache 2.8.3. Since the ehcache-core artifact is no longer a
public artifact, this commit switches to the full ehcache library,
that is net.sf.ehcache:ehcache
This change improves the support for auto-registration of FreeMarker,
Velocity, and Tiles configuration.
The configuration is now conditional not only based on the classpath
but also based on whether a FreeMarkerConfigurer for example is already
present in the configuration.
This change also introduces FreeMarker~, Velocity~, and
TilesWebMvcConfigurer interfaces for customizing each view technology.
The WebMvcConfigurer can still be used to configure all view resolvers
centrally (including FreeMarker, Velocity, and Tiles) without some
default conifguration, i.e. without the need to use the new
~WebMvcConfigurer interfaces until customizations are required.
Issue: SPR-7093
Move spring-webmvc-tiles3 content to spring-webmvc, and
create a spring-webmvc-tiles2 module with Tiles 2 support.
Its allows View Resolution to configure Tiles 3 instead of Tiles 2.
Issue: SPR-7093
This change adds a new implementation of WebSocketClient that can
connect to a SockJS server using one of the SockJS transports
"websocket", "xhr_streaming", or "xhr". From a client perspective
there is no implementation difference between "xhr_streaming" and
"xhr". Just keep receiving and when the response is complete,
start over. Other SockJS transports are browser specific
and therefore not relevant in Java ("eventsource", "htmlfile" or
iframe based variations).
The client loosely mimics the behavior of the JavaScript SockJS client.
First it sends an info request to find the server capabilities,
then it tries to connect with each configured transport, falling
back, or forcing a timeout and then falling back, until one of the
configured transports succeeds.
The WebSocketTransport can be configured with any Spring Framework
WebSocketClient implementation (currently JSR-356 or Jetty 9).
The XhrTransport currently has a RestTemplate-based and a Jetty
HttpClient-based implementations. To use those to simulate a large
number of users be sure to configure Jetty's HttpClient executor
and maxConnectionsPerDestination to high numbers. The same is true
for whichever underlying HTTP library is used with the RestTemplate
(e.g. maxConnPerRoute and maxConnTotal in Apache HttpComponents).
Issue: SPR-10797
Juergen Hoeller
Rossen Stoyanchev
Arjen Poutsma
Stephane Nicoll
Brian Clozel
Sebastien Deleuze
Sam Brannen
Phillip Webb
Roy Clarkson
Stephane Nicoll
Rossen Stoyanchev
Brian Clozel
Sebastien Deleuze
Phillip Webb