Spring Framework Reference Documentation. M1. Rod Johnson, Juergen Hoeller, Keith Donald, Colin Sampaleanu, Rob Harrop, Thomas Risberg, Alef. The Spring reference documentation has also substantially been updated to .. When the Spring documentation makes mention of a 'factory bean', this will be a. Reference Documentation. Copyright © Rod Johnson, Juergen .. Shutting down the Spring IoC container gracefully in non-web applications
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The Spring Framework is a lightweight solution and a potential one-stop-shop for building your enterprise-ready applications. However, Spring is modular. Place Spring bean configuration files under a folder instead of root folder 1. Give . Complete JmsTemplate example to send/ receive messages 38 .. References. My guess is that it will get published in time. Meanwhile - this is the RELEASE docs in pdf.
Scope As with Spring-managed components in general, the default and most common scope for autodetected components is singleton. To change this default behavior, use Scope spring annotation. Please note that the dependencies are resolved at instantiation time. For prototype scope, it does NOT create a new instance at runtime more than once.
It is only during instantiation that each bean is injected with a separate instance of prototype bean. Typically the class-level annotation maps a specific request path or path pattern onto a form controller, with additional method-level annotations narrowing the primary mapping. ModelAttribute An ModelAttribute on a method argument indicates the argument should be retrieved from the model.
If not present in the model, the argument should be instantiated first and then added to the model. Once present in the model, the argument's fields should be populated from all request parameters that have matching names.
This is known as data binding in Spring MVC, a very useful mechanism that saves you from having to parse each form field individually. This will typically list the names of model attributes which should be transparently stored in the session, serving as form-backing beans between subsequent requests.
SessionAttribute is updated by the data from HTTP parameters when controller method with the corresponding model attribute in its signature is invoked.
Common problems with parameter and data value handling Providing SQL type information for parameters Passing in lists of values for IN clause Handling complex types for stored procedure calls. Embedded database support Why use an embedded database?
Creating an embedded database using Spring XML Creating an embedded database programmatically Testing data access logic with an embedded database Generating unique names for embedded databases Extending the embedded database support.
Initializing a DataSource Initializing a database using Spring XML Initialization of other components that depend on the database. Introduction to ORM with Spring General ORM integration considerations Resource and transaction management Exception translation. Hibernate SessionFactory setup in a Spring container Declarative transaction demarcation Programmatic transaction demarcation Transaction management strategies Comparing container-managed and locally defined resources Spurious application server warnings with Hibernate.
JDO PersistenceManagerFactory setup JPA Ease of configuration Consistent Interfaces Consistent Exception Hierarchy. Marshaller and Unmarshaller Marshaller Unmarshaller Using Marshaller and Unmarshaller XML Schema-based Configuration JAXB Castor CastorMarshaller The Web Web MVC framework Pluggability of other MVC implementations.
The DispatcherServlet Default DispatcherServlet Configuration DispatcherServlet Processing Sequence. Implementing Controllers Defining a controller with Controller Testing Controllers.
Resolving views Resolving views with the ViewResolver interface Chaining ViewResolvers Redirecting to Views RedirectView The redirect: Using flash attributes Building URIs Building URIs to Controllers and methods Building URIs to Controllers and methods from views. Using locales Obtaining Time Zone Information AcceptHeaderLocaleResolver CookieLocaleResolver SessionLocaleResolver Using themes Overview of themes Defining themes Theme resolvers.
Using a MultipartResolver with Servlet 3. Handling a file upload in a form Handling a file upload request from programmatic clients. Handling exceptions HandlerExceptionResolver ExceptionHandler Web Security Convention over configuration support HTTP caching support HTTP caching support for static resources Shallow ETag support.
Code-based Servlet container initialization Configuring Spring MVC Customizing the Provided Configuration Conversion and Formatting Validation Interceptors Content Negotiation View Controllers View Resolvers Serving of Resources Path Matching Message Converters View technologies Thymeleaf Groovy Markup Templates Configuration Dependencies Context configuration Creating templates Advanced configuration velocity. Bind support and form handling. View resolvers Additional tags facilitating development Script templates How to integrate script based templating.
XML Marshalling View Tiles XSLT JasperReports Populating the ModelAndView Configuring Exporter Parameters. Integrating with other web frameworks Common configuration JavaServer Faces 1. Portlet MVC Framework Web-scoped beans. The DispatcherPortlet The ViewRendererServlet Controllers AbstractController and PortletContentGenerator Other simple controllers Command Controllers ParameterHandlerMapping PortletModeParameterHandlerMapping Adding HandlerInterceptors HandlerInterceptorAdapter Views and resolving them Multipart file upload support Using the PortletMultipartResolver Handling a file upload in a form.
Annotation-based controller configuration Setting up the dispatcher for annotation support Mapping requests with RequestMapping Supported handler method arguments Binding request parameters to method parameters with RequestParam Providing a link to data from the model with ModelAttribute Specifying attributes to store in a Session with SessionAttributes WebSocket Support WebSocket Fallback Options A Messaging Architecture Sub-Protocol Support in WebSocket Should I Use WebSocket?
WebSocket API Create and Configure a WebSocketHandler Customizing the WebSocket Handshake WebSocketHandler Decoration Deployment Considerations Configuring the WebSocket Engine Configuring allowed origins. SockJS Fallback Options Overview of SockJS Enable SockJS Heartbeat Messages Servlet 3 Async Requests. SockJS Client Sending Messages Annotation Message Handling Integration Connections To Full-Featured Broker Flow of Messages Advanced Customization Spring Framework Reference Documentation 24 de http: CORS Support JavaConfig Simple Broker Exposing services using RMI Full-Featured Broker User Destinations Controller method CORS configuration Exporting the service using the RmiServiceExporter Wiring up the DispatcherServlet for Hessian and co.
Configuration and Performance Testing Annotated Controller Methods Runtime Monitoring Authentication Global CORS configuration XML namespace Remoting and web services using Spring WebSocket Scope Linking in the service at the client Accessing remote SLSBs Accessing local SLSBs Accessing EJBs Client-side configuration Considerations when choosing a technology Web services Auto-detection is not implemented for remote interfaces Exposing services using HTTP invokers Server-side configuration Using Burlap Spring Framework Reference Documentation 25 de http: AMQP JMS Accessing EJB 2.
Async RestTemplate Exposing the service object Lazy-initialized MBeans Enable listener endpoint annotations SessionCallback and ProducerCallback Using Spring JMS Processing messages within transactions JMX Creating an MBeanServer Exporting your beans to JMX Using Message Converters Destination Management Automatic registration of MBeans Controlling the management interface of your beans Reusing an existing MBeanServer Response management Receiving a message Programmatic endpoints registration JMS Namespace Support Controlling the registration behavior Asynchronous Reception.
Sending a Message Using Source-Level Metadata Java annotations Spring Framework Reference Documentation 26 de http: Annotation-driven listener endpoints Annotated endpoint method signature Synchronous Reception JmsTemplate Automatic output record generation Using the MetadataNamingStrategy Transactions Server-side Connectors Spring Framework Reference Documentation 27 de http: Notifications Configuring CCI connections Configuring CCI Accessing MBeans via Proxies Publishing Notifications MappingCommAreaOperation Defining management interfaces using Java interfaces Example for MappingRecordOperation usage ConnectionFactory configuration in Spring DAO support Controlling the ObjectNames for your beans Summary Modeling CCI access as operation objects Email Client-side Connectors Using a single CCI connection Further Resources Example for CciTemplate usage Configuring annotation based MBean export MappingRecordOperation Example for MappingCommAreaOperation usage JSR Connectors Connector configuration Reading ObjectNames from Properties Registering Listeners for Notifications Record conversion The Async Annotation The Scheduled Annotation Exception management with Async Task Execution and Scheduling Using the Quartz Scheduler A first example Annotation Support for Scheduling and Asynchronous Execution Trigger implementations Dynamic language support Usage TaskScheduler implementations Wiring up jobs using triggers and the SchedulerFactoryBean Spring Framework Reference Documentation 28 de http: The Spring TaskScheduler abstraction The 'scheduled-tasks' element The 'scheduler' element The Task Namespace TaskExecutor types Defining beans that are backed by dynamic languages Using a TaskExecutor Creating email content using a templating library A Velocity-based example Executor qualification with Async The Spring TaskExecutor abstraction Enable scheduling annotations Using the JobDetailFactoryBean The 'executor' element Sending attachments and inline resources Attachments Inline resources JCache JSR annotations Spring Framework Reference Documentation 29 de http: Enable caching annotations Cache Abstraction CacheEvict annotation Groovy beans Customizing Groovy objects via a callback Bits and bobs Scoping CachePut annotation EhCache-based Cache Configuring the cache storage Refreshable beans Inline dynamic language source files Understanding Constructor Injection in the context of dynamiclanguage-backed beans JRuby beans Scenarios CacheConfig annotation Understanding the cache abstraction Caffeine Cache Declarative annotation-based caching Enabling JSR support Scripted Validators Features summary Caching annotation Declarative XML-based caching Using custom annotations BeanShell beans Asynchronous Message Reception Migrating to Spring Framework 4.
Spring Framework Reference Documentation 30 de http: Connections Classic Spring Usage JSR Cache Custom pointcuts Spring Annotation Programming Model JMS Usage Dealing with caches without a backing store Plugging-in different back-end caches Classic ORM usage Appendices Using metadata-driven auto-proxying Spring Framework Reference Documentation 31 de http: Using the "autoproxy" facility XML Schema-based configuration Further resources Concise proxy definitions Using 'global' advisors Defining new Advice types Referencing the schemas ThreadLocal target sources Nesting custom tags within custom tags The escapeBody tag The bind tag BeanDefinitionParser Spring Framework Reference Documentation 32 de http: The argument tag Authoring the schema Coding a NamespaceHandler Using a custom extension in your Spring XML configuration Extensible XML authoring Qualifier spring annotation can be used to further fine-tune autowiring.
Resource annotation can be used for wiring by name. Beans that are themselves defined as a collection or map type cannot be injected through Autowired, because type matching is not properly applicable to them. Use Resource for such beans, referring to the specific collection or map bean by unique name.
Transactional Configure your transactions with Transactional spring annotation. Transaction timeout defaults to the default timeout of the underlying transaction system, or to none if timeouts are not supported. Any RuntimeException triggers rollback, and any checked Exception does not. These default settings can be changed using various properties of the Transactional spring annotation.
Specifying the Transactional annotation on the bean class means that it applies to all applicable business methods of the class. Specifying the annotation on a method applies it to that method only. If the annotation is applied at both the class and the method level, the method value overrides if the two disagree.