28e8f23fd0
JIRA: https://jira.spring.io/browse/INT-4225 * To allow flexible way to convert incoming messages for the target arguments in method invocation add `ConfigurableCompositeMessageConverter` global bean under `ARGUMENT_RESOLVER_MESSAGE_CONVERTER_BEAN_NAME` * Retrieve that bean for the `MessageHandlerMethodFactor` in the `MessagingMethodInvokerHelper` to enrich afterwards target `HandlerMethodArgumentResolver`s * The `ContentTypeConversionTests` demonstrates conversion incoming JOSN `string` into the target POJO argument in the service method * Add `@Primary` support * Add documentation about `@Primary` and `contentType` conversion INT-1800: Add MTOM Support for WS JIRA: https://jira.spring.io/browse/INT-1800 The Simple WebService Inbound and Outbound Gateways can operate with `WebServiceMessage`s directly. This allows to create those messages manually and add attachments to them. Or, on the other hand, process incoming messages with attachments manually. For this purpose the `SimpleWebServiceOutboundGateway` is supplied with new `extractPayload` property. Also the `UnmarshallingTransformer` can now process `MimeMessage` as payload to unmarshal it into object graph with attachments if that INT-4225: Add MessageConverters infrastructure JIRA: https://jira.spring.io/browse/INT-4225 * To allow flexible way to convert incoming messages for the target arguments in method invocation add `ConfigurableCompositeMessageConverter` global bean under `ARGUMENT_RESOLVER_MESSAGE_CONVERTER_BEAN_NAME` * Retrieve that bean for the `MessageHandlerMethodFactor` in the `MessagingMethodInvokerHelper` to enrich afterwards target `HandlerMethodArgumentResolver`s * The `ContentTypeConversionTests` demonstrates conversion incoming JOSN `string` into the target POJO argument in the service method * Add `@Primary` support * Add documentation about `@Primary` and `contentType` conversion Doc Polishing Change `@Primary` to `@Default` Doc Polishing
Spring Integration 
Checking out and Building
To check out the project and build from source, do the following:
git clone git://github.com/spring-projects/spring-integration.git
cd spring-integration
./gradlew build
NOTE: While Spring Integration runs with Java SE 6 or higher, a Java 8 compiler is required to build the project.
If you encounter out of memory errors during the build, increase available heap and permgen for Gradle:
GRADLE_OPTS='-XX:MaxPermSize=1024m -Xmx1024m'
To build and install jars into your local Maven cache:
./gradlew install
To build api Javadoc (results will be in build/api):
./gradlew api
To build reference documentation (results will be in build/reference):
./gradlew reference
To build complete distribution including -dist, -docs, and -schema zip files (results will be in build/distributions)
./gradlew dist
Using Eclipse
To generate Eclipse metadata (.classpath and .project files), do the following:
./gradlew eclipse
Once complete, you may then import the projects into Eclipse as usual:
File -> Import -> Existing projects into workspace
Browse to the 'spring-integration' root directory. All projects should import free of errors.
Using IntelliJ IDEA
To generate IDEA metadata (.iml and .ipr files), do the following:
./gradlew idea
Resources
For more information, please visit the Spring Integration website at: http://projects.spring.io/spring-integration