raised. 1.1.6. Path Matching The Servlet API exposes the full request path as requestURI and further sub-divides it into contextPath, servletPath, and pathInfo whose values vary depending on how a Servlet attributes and sub-elements of . You can view the Spring MVC XML schema or use the code completion feature of your IDE to discover what attributes 175 and sub-elements are available encoded resources) and VersionResourceResolver, you must register them in this order. That ensures content-based versions are always computed reliably, based on the unencoded file. For WebJars, versioned URLs

special redirect: prefix in a view name lets you perform a redirect. The UrlBasedViewResolver (and sub-classes) recognize this as an instruction that a redirect is needed. The rest of the view name is mapping attributes with custom request matching logic. This is a more advanced option that requires sub-classing RequestMappingHandlerMapping and overriding the getCustomMethodCondition method, where you Brotli encoded) and VersionedResourceResolver, they must be registered in that order, to ensure content-based versions are always computed reliably based on the unencoded file. For WebJars, versioned URLs

JasperReportsMultiFormatView Populating the ModelAndView Working with Sub-Reports Configuring Sub-Report Files Configuring Sub-Report Data Sources Configuring Exporter Parameters Feed Views JSON Mapping deployment 26. WebSocket Support Introduction WebSocket Fallback Options A Messaging Architecture Sub-Protocol Support in WebSocket Should I Use WebSocket? WebSocket API Create and Configure a WebSocketHandler g. Internet Explorer < 10). A new spring-messaging module adds support for STOMP as the WebSocket sub- protocol to use in applications along with an annotation programming model for routing and processing

JasperReportsMultiFormatView Populating the ModelAndView Working with sub-reports Configuring sub-report files Configuring sub-report data sources Configuring exporter parameters Feed views: RSS, Atom deployment 26. WebSocket Support Introduction WebSocket Fallback Options A Messaging Architecture Sub-Protocol Support in WebSocket Should I Use WebSocket? WebSocket API WebSocketHandler WebSocket Handshake g. Internet Explorer < 10). A new spring-messaging module adds support for STOMP as the WebSocket sub- protocol to use in applications along with an annotation programming model for routing and processing

.......................... 590 Working with Sub-Reports ............................................................................... 591 Configuring Sub-Report Files ............................... ................................... 591 Configuring Sub-Report Data Sources ..................................................... 592 Configuring Exporter Parameters ................................ Architecture ............................................................................... 623 Sub-Protocol Support in WebSocket ................................................................ 623

......................... 597 Working with sub-reports ................................................................................ 598 Configuring sub-report files .............................. ....................................... 598 Configuring sub-report data sources ........................................................ 599 Configuring exporter parameters ......................... Architecture ............................................................................... 630 Sub-Protocol Support in WebSocket ................................................................ 630

will auto-create the address bar as multicast, but it won’t create a queue since multicast (i.e. pub/sub) semantics require a client to explicitly create a subscription to receive those messages.  The are no queues on the address then the message is simply dropped. This effectively achieves JMS pub/sub semantics. 12.2. JMS Queue Likewise, a JMS queue is implemented as an address where the name of ${ARTEMIS_HOME}/bin/artemis create mybroker A broker instance directory will contain the following sub directories: bin holds execution scripts associated with this instance. data holds the data files

will auto-create the address bar as multicast, but it won’t create a queue since multicast (i.e. pub/sub) semantics require a client to explicitly create a subscription to receive those messages.  The are no queues on the address then the message is simply dropped. This effectively achieves JMS pub/sub semantics. 12.2. JMS Queue Likewise, a JMS queue is implemented as an address where the name of ${ARTEMIS_HOME}/bin/artemis create mybroker A broker instance directory will contain the following sub directories: bin holds execution scripts associated with this instance. data holds the data files

will auto-create the address bar as multicast, but it won’t create a queue since multicast (i.e. pub/sub) semantics require a client to explicitly create a subscription to receive those messages.  The are no queues on the address then the message is simply dropped. This effectively achieves JMS pub/sub semantics. 12.2. JMS Queue Likewise, a JMS queue is implemented as an address where the name of ${ARTEMIS_HOME}/bin/artemis create mybroker A broker instance directory will contain the following sub directories: bin holds execution scripts associated with this instance. data holds the data files

will auto-create the address bar as multicast, but it won’t create a queue since multicast (i.e. pub/sub) semantics require a client to explicitly create a subscription to receive those messages.  The are no queues on the address then the message is simply dropped. This effectively achieves JMS pub/sub semantics. 12.2. JMS Queue Likewise, a JMS queue is implemented as an address where the name of ${ARTEMIS_HOME}/bin/artemis create mybroker A broker instance directory will contain the following sub directories: bin holds execution scripts associated with this instance. data holds the data files