Configuring the Expiration Time for Sending MakeConnection Messages Configuring the Polling Interval
3.6.2.1 Configuring the Expiration Time for Sending MakeConnection Messages
Table 3–10 defines that McFeature methods for configuring the maximum interval of time before an MC Initiator stops sending MakeConnection messages to an MC Receiver.3.6.2.2 Configuring the Polling Interval
Table 3–11 defines that McFeature methods for configuring the interval of time that must pass before a MakeConnection message is sent by an MC Initiator to an MC Receiver after the receipt of an empty response message. If the MC Initiator does not receive a non-empty response for a given message within the specified interval, the MC Initiator sends another MakeConnection message. In the following example, the polling interval is set to 36 hours. ... McFeature mcFeature = new McFeature; mcFeature.setIntervalP0DT36H MyService port = service.getMyServicePortmcFeature; Table 3–10 Methods for Configuring the Expiration Time for Sending MakeConnection Messages Method Description String getsExpires Returns the expiration value currently configured. void setExpiresString expires Set the expiration time. The value specified must be a positive value and conform to the XML schema duration lexical format, PnYnMnDTnHnMnS, where nY specifies the number of years, nM specifies the number of months, nD specifies the number of days, T is the datetime separator, nH specifies the number of hours, n M specifies the number of minutes, and nS specifies the number of seconds. This value defaults to P1D 1 day. Table 3–11 Methods for Configuring the Polling Interval Method Description String getInterval Gets the polling interval. void setIntervalString pollingInterval Set the polling interval. The value specified must be a positive value and conform to the XML schema duration lexical format, PnYnMnDTnHnMnS, where nY specifies the number of years, nM specifies the number of months, nD specifies the number of days, T is the datetime separator, nH specifies the number of hours, n M specifies the number of minutes, and nS specifies the number of seconds. This value defaults to P0DT5S 5 seconds. Invoking Web Services Asynchronously 3-25 ...3.6.2.3 Configuring the Exponential Backoff
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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