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## Uses of Class
com.bea.wlai.client.ApplicationViewException

Packages that use ApplicationViewException
com.bea.adapter.web | The `com.bea.adapter.web` package contains classes that support the development of a design-time Web application for deploying and managing application views.
com.bea.wlai.client | Provides the WebLogic Application Integration client-side interfaces/classes.

Uses of ApplicationViewException in com.bea.adapter.web

Methods in com.bea.adapter.web that throw ApplicationViewException
`IApplicationViewDescriptor` | `AbstractDesignTimeRequestHandler.getApplicationViewDescriptor(java.lang.String strName)`

Uses of ApplicationViewException in com.bea.wlai.client

Methods in com.bea.wlai.client that throw ApplicationViewException
`EventTester.EventCreationResults` | `EventTester.createEvent(EventTester.EventCreationInfo eci, long millisToWait)`
`IApplicationViewDescriptor` | `ApplicationViewManager.addApplicationView(INamespace parent, java.lang.String appViewName)` Creates an application view with the given name, adds it to the given parent namespace, and returns a descriptor for it.
`IApplicationViewDescriptor` | `ApplicationViewManager.removeApplicationView(QualifiedName name)` Removes the application view with the given qualified name from its parent namespace, and returns a descriptor for it.
`void` | `ApplicationViewManager.updateApplicationView(IApplicationViewDescriptor appView)` Updates the given ApplicationViewDescriptor within the WLAI repository.
`IApplicationViewDescriptor` | `ApplicationViewManager.getApplicationView(QualifiedName name)` Gets the application view with the given qualified name and returns a descriptor for it.
`boolean` | `ApplicationViewManager.exists(QualifiedName aQualifiedName)` Determine whether the application view represented by a qualified name exists in the repository.
`ApplicationView` | `ApplicationViewManager.getApplicationViewInstance(QualifiedName name)` Create a new instance of the application view with the given qualified name.
`ApplicationView` | `ApplicationViewManager.getApplicationViewInstance(QualifiedName name, java.lang.String strInstanceID)`
`AdapterInfo` | `ApplicationViewManager.getAdapterInfoForApplicationView(QualifiedName name)` Returns information about the adapter associated with an application view with the given name.
`java.lang.String[]` | `ApplicationViewRemote.listServiceNames(QualifiedName appViewName)` List service names deployed for this ApplicationView.
`java.lang.String[]` | `ApplicationViewRemote.listEventTypes(QualifiedName appViewName)` List the events this ApplicationView is capable of delivering, and thus the events which may be listened for using an EventContext returned from a call to getEventContext().
`IDocumentDefinition` | `ApplicationViewRemote.getRequestDocumentDefinition(QualifiedName appViewName, java.lang.String serviceName)` Get request DocumentDefinition for the given service.
`IDocumentDefinition` | `ApplicationViewRemote.getResponseDocumentDefinition(QualifiedName appViewName, java.lang.String serviceName)` Get response IDocumentDefinition for the given service.
`IEventDefinition` | `ApplicationViewRemote.getEventDefinition(QualifiedName appViewName, java.lang.String eventType)` Get IEventDefinition for the given event type.
`IDocument` | `ApplicationViewRemote.invokeService(QualifiedName appViewName, java.lang.String serviceName, IDocument request, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request document given.
`IDocument` | `ApplicationViewRemote.invokeService(QualifiedName appViewName, java.lang.String serviceName, IDocument request, boolean autoCreateResponse, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request document given.
`void` | `ApplicationViewRemote.invokeService(QualifiedName appViewName, java.lang.String serviceName, IDocument request, IDocument response, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request and response documents given.
`IDocument` | `ApplicationViewRemote.invokeService(QualifiedName appViewName, java.lang.String serviceName, IDocument request, boolean autoCreateResponse, javax.resource.cci.ConnectionSpec spec, boolean incAsyncCount)` Synchronously invoke the service with the given name, using the request and response documents given.
`IDocument` | `ApplicationViewRemote.invokeService(java.lang.String strInstanceID, QualifiedName appViewName, java.lang.String serviceName, IDocument request, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request document given.
`IDocument` | `ApplicationViewRemote.invokeService(java.lang.String strInstanceID, QualifiedName appViewName, java.lang.String serviceName, IDocument request, javax.resource.cci.ConnectionSpec spec, boolean incAsyncCount)` Synchronously invoke the service with the given name, using the request document given.
`IDocument` | `ApplicationViewRemote.invokeService(java.lang.String strInstanceID, QualifiedName appViewName, java.lang.String serviceName, IDocument request, boolean autoCreateResponse, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request document given.
`IDocument` | `ApplicationViewRemote.invokeService(java.lang.String strInstanceID, QualifiedName appViewName, java.lang.String serviceName, IDocument request, boolean autoCreateResponse, javax.resource.cci.ConnectionSpec spec, boolean incAsyncCount)` Synchronously invoke the service with the given name, using the request document given.
`void` | `ApplicationViewRemote.invokeService(java.lang.String strInstanceID, QualifiedName appViewName, java.lang.String serviceName, IDocument request, IDocument response, javax.resource.cci.ConnectionSpec spec)` Synchronously invoke the service with the given name, using the request and response documents given.
`java.lang.String` | `ApplicationViewRemote.invokeServiceAsync(QualifiedName appViewName, java.lang.String appViewInstanceID, java.lang.String serviceName, IDocument request, javax.resource.cci.ConnectionSpec spec)` Deprecated. This method should not be used because it assumes the response queue JNDI name is com.bea.wlai.ASYNC_RESPONSE_QUEUE, which is a distributed queue in a WebLogic cluster, thus leaving room for the possibility that the client will get associated with a different physical queue than the server puts the response on.
`java.lang.String` | `ApplicationViewRemote.invokeServiceAsync(QualifiedName appViewName, java.lang.String appViewInstanceID, java.lang.String serviceName, IDocument request, java.lang.String responseQueueJNDIName, java.util.Map jmsPropertyMap, javax.resource.cci.ConnectionSpec spec)` Asynchronously invoke the service with the given name, and place the response on the indicated JMS queue when the response is available.
`java.lang.String` | `ApplicationViewRemote.invokeServiceAsync(QualifiedName appViewName, java.lang.String appViewInstanceID, java.lang.String serviceName, IDocument request, java.lang.String responseQueueJNDIName, java.util.Map jmsPropertyMap, javax.resource.cci.ConnectionSpec spec, java.io.Serializable userObject)` Asynchronously invoke the service with the given name, and place the response on the indicated JMS queue when the response is available.
`java.lang.String[]` | `ApplicationView.listServiceNames()` List service names deployed for this ApplicationView.
`java.lang.String[]` | `ApplicationView.listEventTypes()` List the events this ApplicationView is capable of delivering, and thus the events which may be listened for using addEventListener().
`IDocumentDefinition` | `ApplicationView.getRequestDocumentDefinition(java.lang.String serviceName)` Get request DocumentDefinition for the given service.
`IDocumentDefinition` | `ApplicationView.getResponseDocumentDefinition(java.lang.String serviceName)` Get response IDocumentDefinition for the given service.
`IEventDefinition` | `ApplicationView.getEventDefinition(java.lang.String eventType)` Get IEventDefinition for the given event type.
`IDocument` | `ApplicationView.invokeService(java.lang.String serviceName, IDocument request)` Synchronously invoke the service with the given name, using the request document given.
`IDocument` | `ApplicationView.invokeService(java.lang.String serviceName, IDocument request, boolean autoCreateResponse)` Synchronously invoke the service with the given name, using the request document given.
`void` | `ApplicationView.invokeService(java.lang.String serviceName, IDocument request, IDocument response)` Synchronously invoke the service with the given name, using the request and response documents given.
`boolean` | `ApplicationView.isAsyncEnabled()` Determine if this application view has been set up to allow the user to use the invokeServiceAsync() method.
`java.lang.String` | `ApplicationView.invokeServiceAsync(java.lang.String serviceName, IDocument request, AsyncServiceResponseListener listener)` Asynchronously invoke the service with the given name, and notify the given listener when the response is available.
`java.lang.String` | `ApplicationView.invokeServiceAsync(java.lang.String serviceName, IDocument request, java.lang.String responseQueueJNDIName, java.util.Map jmsPropertyMap)` Asynchronously invoke the service with the given name, and place the response on the indicated JMS queue when the response is available.
`java.lang.String` | `ApplicationView.invokeServiceAsync(java.lang.String serviceName, IDocument request, java.lang.String responseQueueJNDIName, java.util.Map jmsPropertyMap, java.io.Serializable userObject)` Asynchronously invoke the service with the given name, and place the response on the indicated JMS queue when the response is available.
`EventContext` | `ApplicationView.getEventContext()` Get an EventContext for posting/listening for events on this ApplicationView.
`EventContext` | `ApplicationView.getEventContext(boolean release)` Get an EventContext for posting/listening for events on this ApplicationView, possibly releasing ownership of the EventContext to the caller.
`void` | `ApplicationView.addEventListener(java.lang.String eventTypeName, EventListener listener)` Add a listener for events with type given by eventTypeName.
`void` | `ApplicationView.addEventListener(java.lang.String eventTypeName, EventListener listener, java.lang.String uniqueID)` Add a listener for events with type given by eventTypeName.
`void` | `ApplicationView.removeEventListener(java.lang.String eventType, EventListener listener)` Remove the given listener from the subscription list for events with type given by eventTypeName.
`void` | `ApplicationView.postEvent(IEvent event)` Post the given event to this ApplicationView, thus notifying any listeners listening on this ApplicationView for events with the type of the given event.
`void` | `ApplicationView.recoverAsyncServiceResponses(AsyncServiceResponseListener listener)` Register a listener for responses that may have been queued while the client application was offline.
`protected void` | `ApplicationView.initializeAsync()` Initialize member variables required for performing asynchronous service invocation.
`protected void` | `ApplicationView.freeAsync()` Free any resources allocated for async service processing.
`void` | `ApplicationView.close()` Free any resources being held by this ApplicationView instance.
`protected void` | `ApplicationView.checkClosed()` Throw an exception if this app view instance is already closed.
`IApplicationViewDescriptor` | `ApplicationViewManagerRemote.addApplicationView(INamespace parent, java.lang.String appViewName)` Creates an ApplicationView with the given name, adds it to the given parent namespace, and returns a descriptor for it.
`IApplicationViewDescriptor` | `ApplicationViewManagerRemote.removeApplicationView(QualifiedName name)` Removes the ApplicationView with the given qualified name from its parent namespace, and returns a descriptor for it.
`void` | `ApplicationViewManagerRemote.updateApplicationView(IApplicationViewDescriptor appView)` Updates the given ApplicationViewDescriptor within the WLAI repository.
`IApplicationViewDescriptor` | `ApplicationViewManagerRemote.getApplicationView(QualifiedName name)` Gets the ApplicationView with the given qualified name and returns a descriptor for it.
`boolean` | `ApplicationViewManagerRemote.exists(QualifiedName name)` Determines whether an Application View with the given qualified name exists in the repository.
`AdapterInfo` | `ApplicationViewManagerRemote.getAdapterInfoForApplicationView(QualifiedName name)` Returns information about the adapter associated with an ApplicationView with the given name.
`ApplicationView` | `DesignTimeHelper.getApplicationView(java.lang.String strQualifiedName)` Returns a deployed ApplicationView instance from `strQualifiedName`.
`IApplicationViewDescriptor` | `DesignTimeHelper.getApplicationViewDescriptor(java.lang.String strQualifiedName)`

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WebLogic Integration (WLI)