Configuring Your Servers for Asynchronous Web Service Invocation
3.3 Configuring Your Servers for Asynchronous Web Service Invocation
To support asynchronous Web service invocation, you need to configure the features defined in the following table on the servers to which the Web service and client are deployed. 6 Deploy the Web service client. See Deploying and Undeploying WebLogic Web Services in Getting Started With JAX-WS Web Services for Oracle WebLogic Server. 7 Monitor the Web service client. You can monitor runtime information for clients that invoke Web services asynchronously, such as number of invocations, errors, faults, and so on, using the Administration Console or WLST. See Section 3.9, Monitoring Asynchronous Web Service Invocation . Note: This step is not required if you are programming the Web service client using the standard JAX-WS RI implementation and synchronous transport, as described in Section 3.7, Using the JAX-WS Reference Implementation . Table 3–4 Configuration for Asynchronous Web Service Invocation Feature Description Persistence Web service persistence is used to save the following types of information: ■ Client identity and properties ■ SOAP message, including its headers and body ■ Context properties required for processing the message at the Web service or client for both asynchronous and synchronous messages The MakeConnection transport protocol makes use of Web service persistence as follows: ■ Web service persistence configured on the MC Receiver Web service persists response messages that are awaiting incoming MakeConnection messages for the MakeConnection anonymous URI to which they are destined. Messages are persisted until either they are returned as a response to an incoming MakeConnection message or the message reaches the maximum lifetime for a persistent store object, resulting in the message being cleaned from the store. ■ Web service persistence configured on the MC Initiator Web service client is used with the asynchronous client handler feature to recover after a VM restart. You can configure Web service persistence using the Configuration Wizard to extend the WebLogic Server domain using a Web services-specific extension template. Alternatively, you can configure the resources required for these advanced features using the Oracle WebLogic Administration Console or WLST. For information about configuring Web service persistence, see Section 6.3.3, Configuring Web Service Persistence for Web Service Clients . For information about the APIs available for persisting client and message information, see Section 3.8, Propagating Request Context to the Response . Table 3–3 Cont. Steps to Invoke Web Services Asynchronously Step Description Invoking Web Services Asynchronously 3-73.4 Building the Client Artifacts for Asynchronous Web Service Invocation
Parts
» Oracle Fusion Middleware Online Documentation Library
» Roadmap for Developing Web Service Clients
» Roadmap for Developing Asynchronous Web Service Clients
» Overview of Asynchronous Web Service Invocation
» Steps to Invoke Web Services Asynchronously
» Configuring Your Servers for Asynchronous Web Service Invocation
» Building the Client Artifacts for Asynchronous Web Service Invocation
» Configuring the Address of the Asynchronous Response Endpoint
» Configuring the ReplyTo and FaultTo Headers of the Asynchronous Response Endpoint
» Configuring the Context Path of the Asynchronous Response Endpoint
» Developing the Asynchronous Handler Interface
» Propagating User-defined Request Context to the Response
» Creating the Web Service MakeConnection WS-Policy File Optional
» Programming the JWS File to Enable MakeConnection
» Using the JAX-WS Reference Implementation
» Propagating Request Context to the Response Monitoring Asynchronous Web Service Invocation
» Roadmap for Developing Reliable Web Service Clients
» Roadmap for Securing Reliable Web Services
» Overview of Web Services Reliable Messaging
» Steps to Create and Invoke a Reliable Web Service
» Configuring the Source and Destination WebLogic Server Instances
» Creating the Web Service Reliable Messaging WS-Policy File
» Programming Guidelines for the Reliable JWS File
» Configuring the Acknowledgement Interval
» Managing the Life Cycle of a Reliable Message Sequence
» Monitoring Web Services Reliable Messaging Grouping Messages into Business Units of Work Batching
» Overview of Web Service Persistence
» Roadmap for Configuring Web Service Persistence Configuring Web Service Persistence
» Using Web Service Persistence in a Cluster
» Cleaning Up Web Service Persistence Overview of Message Buffering Configuring Messaging Buffering
» Overview of Web Services Cluster Routing
» How Web Service Cluster Routing Works
» Monitoring Cluster Routing Performance Overview of Web Services Atomic Transactions
» Enabling Web Services Atomic Transactions on Web Service Clients
» Overview of Callbacks Steps to Program Callbacks
» Sending Binary Data Using MTOMXOP
» Streaming SOAP Attachments Oracle Fusion Middleware Online Documentation Library
» Additional Considerations When Specifying WSDL Location
» Disabling XML Catalogs in the Client Runtime Getting a Local Copy of XML Resources
» Overview of SOAP Message Handlers
» Designing the SOAP Message Handlers and Handler Chains
» Creating the SOAP Message Handler
» Configuring Handler Chains in the JWS File Creating the Handler Chain Configuration File
» Compiling and Rebuilding the Web Service
» Configuring the Client-side SOAP Message Handlers
» Overview of Web Service Provider-based Endpoints and Dispatch Clients
» Developing a Web Service Dispatch Client
» Registering a More Recent Version of the Jersey JAX-RS Shared Libraries
» Overview of RESTful Web Services Programming Web Services Using XML Over HTTP
» Overview of Stateful Web Services Accessing HTTP Session on the Server
» A Note About the JAX-WS RI Stateful Extension Overview of UDDI
» Description of Properties in the uddi.properties File
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