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## Uses of Class
com.bea.wlai.common.QualifiedName

Packages that use QualifiedName
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.
com.bea.wlai.common | Provides the WebLogic Application Integration commonly used interfaces/classes.

Uses of QualifiedName in com.bea.adapter.web

Methods in com.bea.adapter.web that return QualifiedName
`QualifiedName` | `AbstractDesignTimeRequestHandler.addSchemaToRepository(java.lang.String strKey, SOMSchema schema)` Deprecated. This method should not be used going forward as it does not take into account updating existing schemas or adding both request and response schemas to the repository in one logical unit of work. The preferred approach is to use the `addServiceSchemasToRepository` or `addEventSchemaToRepository` methods directly.
`QualifiedName` | `AbstractDesignTimeRequestHandler.getQualifiedName(java.lang.String strQualifiedName)`
`protected QualifiedName` | `AbstractDesignTimeRequestHandler.getAppViewName(javax.servlet.http.HttpServletRequest request)`

Methods in com.bea.adapter.web with parameters of type QualifiedName
`protected IDocumentDescriptor` | `AbstractDesignTimeRequestHandler.addOrUpdateSchema(SchemaManager schemaManager, QualifiedName schemaQName, IDocumentDefinition def)`
`protected java.lang.String` | `AbstractDesignTimeRequestHandler.getConnectionFactoryObjectName(QualifiedName appViewName)`
`protected java.lang.String` | `AbstractDesignTimeRequestHandler.getConnectionFactoryDeploymentName(QualifiedName appViewName)`
`protected java.lang.String` | `AbstractDesignTimeRequestHandler.getConnectionFactoryJNDIName(QualifiedName qualifiedAppViewName)` This method retrieves the JNDI name for the connection factory.
`protected IConnectionFactoryDescriptor` | `AbstractDesignTimeRequestHandler.createConnectionFactoryDescriptor(QualifiedName appViewName, java.lang.String logicalName)` This protected method creates a connection factory descriptor object that implements the IConnectionFactoryDescriptor interface.

Uses of QualifiedName in com.bea.wlai.client

Methods in com.bea.wlai.client that return QualifiedName
`QualifiedName` | `AsyncServiceResponse.getApplicationViewName()` Get the name of the ApplicationView that hosts the service that was invoked.
`QualifiedName` | `NamespaceManager.getQualifiedNameFromString(java.lang.String qnameStr)` Get a QualifiedName object from the external string form of a qualified name.
`QualifiedName` | `NamespaceManager.getQualifiedNameFromString(java.lang.String qnameStr, boolean allowNonExistent)` Get a QualifiedName object from the external string form of a qualified name, optionally allowing the lowest level qualifier to not exist.
`QualifiedName` | `ApplicationView.getQualifiedName()` Get this ApplicationView's qualified name
`QualifiedName` | `DesignTimeHelper.getQualifiedName(java.lang.String strQualifiedName)` Get a QualifiedName for String `strQualifiedName`; this method will create namespaces as needed in order to fulfill the request.
`QualifiedName` | `DesignTimeHelper.getQualifiedName(java.lang.String strQualifiedName, boolean bCreateIfNeeded)` Get a QualifiedName for String `strQualifiedName`; if `bCreateIfNeeded` is true, then this method will create namespaces as needed in order to fulfill the request.

Methods in com.bea.wlai.client with parameters of type QualifiedName
`ISchemaDescriptor` | `SchemaManager.getSchema(QualifiedName aQualifiedName)` Get the schema with name given by aQualifiedName parameter.
`ISchemaDescriptor` | `SchemaManager.removeSchema(QualifiedName aQualifiedName)` Remove the schema with name given by aQualifiedName parameter.
`boolean` | `SchemaManager.exists(QualifiedName aQualifiedName)` Determine whether the schema represented by a qualified name exists in the repository.
`IApplicationViewDescriptor` | `ApplicationViewManager.removeApplicationView(QualifiedName name)` Removes the application view with the given qualified name from its parent namespace, and returns a descriptor for it.
`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.
`IApplicationViewDescriptor` | `ApplicationViewManager.undeployApplicationView(QualifiedName name, boolean force, boolean persistent)` Undeploy the application view represented by the given QualifiedName from the WLAI engine.
`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)`
`boolean` | `ApplicationViewManager.isApplicationViewDeployed(QualifiedName name)` Indicates whether an application view with the given qualified name has been deployed within the WLAI engine.
`AdapterInfo` | `ApplicationViewManager.getAdapterInfoForApplicationView(QualifiedName name)` Returns information about the adapter associated with an application view with the given name.
`IConnectionFactoryDescriptor` | `ConnectionFactoryManager.removeConnectionFactory(QualifiedName name)` Removes the ConnectionFactory with the given qualified name from its parent namespace, and returns a descriptor for it.
`IConnectionFactoryDescriptor` | `ConnectionFactoryManager.getConnectionFactory(QualifiedName name)` Gets the ConnectionFactory with the given qualified name and returns a descriptor for it.
`boolean` | `ConnectionFactoryManager.exists(QualifiedName aQualifiedName)` Determine whether the connection factory descriptor represented by a qualified name exists in the repository.
`IConnectionFactoryDescriptor` | `ConnectionFactoryManager.undeployConnectionFactory(QualifiedName name)` Undeploy the ConnectionFactory represented by the given QualifiedName from the WLAI engine.
`boolean` | `ConnectionFactoryManager.isConnectionFactoryDeployed(QualifiedName qualifiedName)` Indicates whether an ConnectionFactory with the given qualified name has been deployed within the WLAI engine.
`IConnectionFactoryDescriptor` | `DeployManager.undeployConnectionFactory(QualifiedName name, boolean force, boolean persistent)` Undeploy the connection factory with the given name from the WLAI server.
`boolean` | `DeployManager.isConnectionFactoryDeployed(QualifiedName qualifiedName)` Indicates whether a Connection Factory with the given qualified name has been deployed within the WLAI engine.
`IApplicationViewDescriptor` | `DeployManager.undeployApplicationView(QualifiedName appViewName, boolean force, boolean persistent)` Undeploy the application view with the given name from the WLAI server.
`boolean` | `DeployManager.isApplicationViewDeployed(QualifiedName qualifiedName)` Indicates whether an ApplicationView with the given qualified name has been deployed within the WLAI engine.
`boolean` | `DeployManager.isApplicationViewDeployUndeployAllowed(IApplicationViewDescriptor avd, QualifiedName appViewName, boolean deployFlag)` Checks login principal for access to the named application view
`IConnectionFactoryDescriptor` | `DeployManager.getConnectionFactoryDeploymentDescriptor(QualifiedName name)` Get the connection factory deployment descriptor for the given connection factory name.
`IApplicationViewDescriptor` | `DeployManager.getApplicationViewDeploymentDescriptor(QualifiedName appViewName)` Get the application view deployment descriptor for the given application view.
`INamespace` | `NamespaceManager.removeNamespace(QualifiedName name)` Removes the namespace with the given qualified name from its parent namespace.
`INamespace` | `NamespaceManager.getNamespace(QualifiedName name)` Gets the namespace with the given qualified name.
`NamespaceObjectHandle` | `NamespaceManager.getObjectHandle(QualifiedName aQualifiedName)` Get a namespace object handle using a qualified name.
`boolean` | `NamespaceManager.exists(QualifiedName aQualifiedName)` Determine whether the namespace represented by a qualified name exists in the repository.
`void` | `ApplicationViewRemote.beginLocalTransaction(java.lang.String strInstanceID, QualifiedName appViewName, javax.resource.cci.ConnectionSpec spec)` begins a localtransaction.
`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.
`boolean` | `ApplicationViewRemote.isAsyncEnabled(QualifiedName appViewName)` Determine if this application view has been set up to allow the user to use the invokeServiceAsync() method.
`java.lang.String` | `ApplicationViewRemote.getAsyncResponseQueueJNDIName(QualifiedName appViewName, java.lang.String strInstanceID)` Returns the name of an async response queue that the client can use to receive responses from for a given application view name.
`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.
`boolean` | `ApplicationViewRemote.isApplicationViewDeployed(QualifiedName appViewName)` Determine if this application view is deployed.
`void` | `ApplicationViewRemote.checkEventDeployment(QualifiedName appViewName)` Check that events were successfully deployed before allowing a client to register as a listener.
`IApplicationViewDescriptor` | `ApplicationViewManagerRemote.removeApplicationView(QualifiedName name)` Removes the ApplicationView with the given qualified name from its parent namespace, and returns a descriptor for it.
`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.
`IApplicationViewDescriptor` | `ApplicationViewManagerRemote.undeployApplicationView(QualifiedName name, boolean force, boolean persistent)` Undeploy the ApplicationView represented by the given QualifiedName from the WLAI engine.
`boolean` | `ApplicationViewManagerRemote.isApplicationViewDeployed(QualifiedName qualifiedName)` Indicates whether an ApplicationView with the given qualified name has been deployed within the WLAI engine.
`AdapterInfo` | `ApplicationViewManagerRemote.getAdapterInfoForApplicationView(QualifiedName name)` Returns information about the adapter associated with an ApplicationView with the given name.
`void` | `DesignTimeHelper.removeExistingNamespace(QualifiedName namespaceQName, boolean bWarningsOnly)` Tries to remove everything from a namespace gracefully...if bWarningsOnly is true, then an exception generated while attempting to remove a namespace object is treated as a warning, i.e.
`IDocumentDescriptor` | `DesignTimeHelper.addOrUpdateSchema(SchemaManager schemaManager, QualifiedName schemaQName, IDocumentDefinition def)`

Constructors in com.bea.wlai.client with parameters of type QualifiedName
`AsyncServiceResponse.AsyncServiceResponse(QualifiedName appViewName, java.lang.String serviceName, java.lang.String requestID, java.lang.String errorMsg)`
`AsyncServiceResponse.AsyncServiceResponse(QualifiedName appViewName, java.lang.String serviceName, java.lang.String requestID, java.lang.String errorMsg, java.io.Serializable userObject)`
`AsyncServiceResponse.AsyncServiceResponse(QualifiedName appViewName, java.lang.String serviceName, java.lang.String requestID, IDocument response)`
`AsyncServiceResponse.AsyncServiceResponse(QualifiedName appViewName, java.lang.String serviceName, java.lang.String requestID, IDocument response, java.io.Serializable userObject)`
`ApplicationView.ApplicationView(java.util.Hashtable props, QualifiedName appViewName)` Create a new ApplicationView with the given name, and using a new InitialContext obtained using the given Hashtable of properties.
`ApplicationView.ApplicationView(javax.naming.Context context, QualifiedName appViewName)` Create a new ApplicationView with the given name, and using a new InitialContext obtained using the given Hashtable of properties.
`ApplicationView.ApplicationView(java.util.Hashtable props, QualifiedName appViewName, java.lang.String strDurableClientID)` Creates an application view instance with a specific client ID.
`ApplicationView.ApplicationView(javax.naming.Context context, QualifiedName appViewName, java.lang.String strDurableClientID)` Creates an application view instance with a specific client ID.

Uses of QualifiedName in com.bea.wlai.common

Methods in com.bea.wlai.common that return QualifiedName
`QualifiedName` | `NamespaceObject.getQualifiedName()` Return a QualifiedName representing this namespace object's name and parent namespace.
`QualifiedName` | `INamespaceObject.getQualifiedName()` Return a QualifiedName representing this namespace object's name and parent namespace.
`QualifiedName` | `ConnectionFactoryDescriptor.getQualifiedName()` Return a QualifiedName representing this descriptor's name and parent namespace.
`QualifiedName` | `SchemaDescriptor.getQualifiedName()` Return a QualifiedName representing this descriptor's name and parent namespace.
`QualifiedName` | `NamespaceObjectHandle.getQualifiedName()` Get the qualified name of the object this handle represents.
`QualifiedName` | `IDocumentDescriptor.getQualifiedName()` Get the qualified name corresponding to this document descriptor.
`QualifiedName` | `ApplicationViewDescriptor.getQualifiedName()` Return a QualifiedName representing this descriptor's name and parent namespace.
`QualifiedName` | `DocumentDescriptor.getQualifiedName()` Deprecated. 7/26/2001

Methods in com.bea.wlai.common with parameters of type QualifiedName
`void` | `NamespaceObjectHandle.setQualifiedName(QualifiedName qname)` Set the qualified name of the object this handle represents.

Constructors in com.bea.wlai.common with parameters of type QualifiedName
`NamespaceObjectHandle.NamespaceObjectHandle(QualifiedName qname, java.lang.String className)` Construct a new NamespaceObjectHandle with the given qualified name and class name.

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WebLogic Integration (WLI)