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| Java™ Platform Standard Ed. 6
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## Uses of Class
java.rmi.RemoteException

Packages that use RemoteException
java.rmi | Provides the RMI package.
java.rmi.activation | Provides support for RMI Object Activation.
java.rmi.dgc | Provides classes and interface for RMI distributed garbage-collection (DGC).
java.rmi.registry | Provides a class and two interfaces for the RMI registry.
java.rmi.server | Provides classes and interfaces for supporting the server side of RMI.
javax.activity | Contains Activity service related exceptions thrown by the ORB machinery during unmarshalling.
javax.management.remote.rmi | The RMI connector is a connector for the JMX Remote API that uses RMI to transmit client requests to a remote MBean server.
javax.rmi | Contains user APIs for RMI-IIOP.
javax.rmi.CORBA | Contains portability APIs for RMI-IIOP.
javax.transaction | Contains three exceptions thrown by the ORB machinery during unmarshalling.

Uses of RemoteException in java.rmi

Subclasses of RemoteException in java.rmi
`class` | `AccessException` An `AccessException` is thrown by certain methods of the `java.rmi.Naming` class (specifically `bind`, `rebind`, and `unbind`) and methods of the `java.rmi.activation.ActivationSystem` interface to indicate that the caller does not have permission to perform the action requested by the method call.
`class` | `ConnectException` A `ConnectException` is thrown if a connection is refused to the remote host for a remote method call.
`class` | `ConnectIOException` A `ConnectIOException` is thrown if an `IOException` occurs while making a connection to the remote host for a remote method call.
`class` | `MarshalException` A `MarshalException` is thrown if a `java.io.IOException` occurs while marshalling the remote call header, arguments or return value for a remote method call.
`class` | `NoSuchObjectException` A `NoSuchObjectException` is thrown if an attempt is made to invoke a method on an object that no longer exists in the remote virtual machine.
`class` | `ServerError` A `ServerError` is thrown as a result of a remote method invocation when an `Error` is thrown while processing the invocation on the server, either while unmarshalling the arguments, executing the remote method itself, or marshalling the return value.
`class` | `ServerException` A `ServerException` is thrown as a result of a remote method invocation when a `RemoteException` is thrown while processing the invocation on the server, either while unmarshalling the arguments or executing the remote method itself.
`class` | `ServerRuntimeException` Deprecated. no replacement
`class` | `StubNotFoundException` A `StubNotFoundException` is thrown if a valid stub class could not be found for a remote object when it is exported.
`class` | `UnexpectedException` An `UnexpectedException` is thrown if the client of a remote method call receives, as a result of the call, a checked exception that is not among the checked exception types declared in the `throws` clause of the method in the remote interface.
`class` | `UnknownHostException` An `UnknownHostException` is thrown if a `java.net.UnknownHostException` occurs while creating a connection to the remote host for a remote method call.
`class` | `UnmarshalException` An `UnmarshalException` can be thrown while unmarshalling the parameters or results of a remote method call if any of the following conditions occur: if an exception occurs while unmarshalling the call header if the protocol for the return value is invalid if a `java.io.IOException` occurs unmarshalling parameters (on the server side) or the return value (on the client side).

Methods in java.rmi that throw RemoteException
`static void` | `Naming.bind(String name, Remote obj)` Binds the specified `name` to a remote object.
`static String[]` | `Naming.list(String name)` Returns an array of the names bound in the registry.
`static Remote` | `Naming.lookup(String name)` Returns a reference, a stub, for the remote object associated with the specified `name`.
`static void` | `Naming.rebind(String name, Remote obj)` Rebinds the specified name to a new remote object.
`static void` | `Naming.unbind(String name)` Destroys the binding for the specified name that is associated with a remote object.

Uses of RemoteException in java.rmi.activation

Subclasses of RemoteException in java.rmi.activation
`class` | `ActivateFailedException` This exception is thrown by the RMI runtime when activation fails during a remote call to an activatable object.

Methods in java.rmi.activation that throw RemoteException
`MarshalledObject<? extends Remote>` | `Activator.activate(ActivationID id, boolean force)` Activate the object associated with the activation identifier, `id`.
`Remote` | `ActivationID.activate(boolean force)` Activate the object for this id.
`ActivationMonitor` | `ActivationSystem.activeGroup(ActivationGroupID id, ActivationInstantiator group, long incarnation)` Callback to inform activation system that group is now active.
`protected void` | `ActivationGroup.activeObject(ActivationID id, MarshalledObject<? extends Remote> mobj)` This protected method is necessary for subclasses to make the `activeObject` callback to the group's monitor.
`void` | `ActivationMonitor.activeObject(ActivationID id, MarshalledObject<? extends Remote> obj)` Informs that an object is now active.
`abstract void` | `ActivationGroup.activeObject(ActivationID id, Remote obj)` The group's `activeObject` method is called when an object is exported (either by `Activatable` object construction or an explicit call to `Activatable.exportObject`.
`static Remote` | `Activatable.exportObject(Remote obj, ActivationID id, int port)` Export the activatable remote object to the RMI runtime to make the object available to receive incoming calls.
`static Remote` | `Activatable.exportObject(Remote obj, ActivationID id, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Export the activatable remote object to the RMI runtime to make the object available to receive incoming calls.
`static ActivationID` | `Activatable.exportObject(Remote obj, String location, MarshalledObject<?> data, boolean restart, int port)` Registers an activation descriptor (with the specified location, data, and restart mode) for the specified object, and exports that object with the specified port.
`static ActivationID` | `Activatable.exportObject(Remote obj, String location, MarshalledObject<?> data, boolean restart, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Registers an activation descriptor (with the specified location, data, and restart mode) for the specified object, and exports that object with the specified port, and the specified client and server socket factories.
`ActivationDesc` | `ActivationSystem.getActivationDesc(ActivationID id)` Returns the activation descriptor, for the object with the activation identifier, `id`.
`ActivationGroupDesc` | `ActivationSystem.getActivationGroupDesc(ActivationGroupID id)` Returns the activation group descriptor, for the group with the activation group identifier, `id`.
`static boolean` | `Activatable.inactive(ActivationID id)` Informs the system that the object with the corresponding activation `id` is currently inactive.
`protected void` | `ActivationGroup.inactiveGroup()` This protected method is necessary for subclasses to make the `inactiveGroup` callback to the group's monitor.
`void` | `ActivationMonitor.inactiveGroup(ActivationGroupID id, long incarnation)` Informs that the group is now inactive.
`boolean` | `ActivationGroup.inactiveObject(ActivationID id)` The group's `inactiveObject` method is called indirectly via a call to the `Activatable.inactive` method.
`void` | `ActivationMonitor.inactiveObject(ActivationID id)` An activation group calls its monitor's `inactiveObject` method when an object in its group becomes inactive (deactivates).
`MarshalledObject` | `ActivationGroup_Stub.newInstance(ActivationID id, ActivationDesc desc)` Stub method for `ActivationGroup.newInstance`.
`MarshalledObject<? extends Remote>` | `ActivationInstantiator.newInstance(ActivationID id, ActivationDesc desc)` The activator calls an instantiator's `newInstance` method in order to recreate in that group an object with the activation identifier, `id`, and descriptor, `desc`.
`static Remote` | `Activatable.register(ActivationDesc desc)` Register an object descriptor for an activatable remote object so that is can be activated on demand.
`ActivationGroupID` | `ActivationSystem.registerGroup(ActivationGroupDesc desc)` Register the activation group.
`ActivationID` | `ActivationSystem.registerObject(ActivationDesc desc)` The `registerObject` method is used to register an activation descriptor, `desc`, and obtain an activation identifier for a activatable remote object.
`ActivationDesc` | `ActivationSystem.setActivationDesc(ActivationID id, ActivationDesc desc)` Set the activation descriptor, `desc` for the object with the activation identifier, `id`.
`ActivationGroupDesc` | `ActivationSystem.setActivationGroupDesc(ActivationGroupID id, ActivationGroupDesc desc)` Set the activation group descriptor, `desc` for the object with the activation group identifier, `id`.
`void` | `ActivationSystem.shutdown()` Shutdown the activation system.
`static void` | `Activatable.unregister(ActivationID id)` Revokes previous registration for the activation descriptor associated with `id`.
`void` | `ActivationSystem.unregisterGroup(ActivationGroupID id)` Remove the activation group.
`void` | `ActivationSystem.unregisterObject(ActivationID id)` Remove the activation id and associated descriptor previously registered with the `ActivationSystem`; the object can no longer be activated via the object's activation id.

Constructors in java.rmi.activation that throw RemoteException
`Activatable(ActivationID id, int port)` Constructor used to activate/export the object on a specified port.
`Activatable(ActivationID id, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Constructor used to activate/export the object on a specified port.
`Activatable(String location, MarshalledObject<?> data, boolean restart, int port)` Constructs an activatable remote object by registering an activation descriptor (with the specified location, data, and restart mode) for this object, and exporting the object with the specified port.
`Activatable(String location, MarshalledObject<?> data, boolean restart, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Constructs an activatable remote object by registering an activation descriptor (with the specified location, data, and restart mode) for this object, and exporting the object with the specified port, and specified client and server socket factories.
`ActivationGroup(ActivationGroupID groupID)` Constructs an activation group with the given activation group identifier.

Uses of RemoteException in java.rmi.dgc

Methods in java.rmi.dgc that throw RemoteException
`void` | `DGC.clean(ObjID[] ids, long sequenceNum, VMID vmid, boolean strong)` The clean call removes the 'vmid' from the reference list of each remote object indicated in 'id's.
`Lease` | `DGC.dirty(ObjID[] ids, long sequenceNum, Lease lease)` The dirty call requests leases for the remote object references associated with the object identifiers contained in the array 'ids'.

Uses of RemoteException in java.rmi.registry

Methods in java.rmi.registry that throw RemoteException
`void` | `Registry.bind(String name, Remote obj)` Binds a remote reference to the specified `name` in this registry.
`static Registry` | `LocateRegistry.createRegistry(int port)` Creates and exports a `Registry` instance on the local host that accepts requests on the specified `port`.
`static Registry` | `LocateRegistry.createRegistry(int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Creates and exports a `Registry` instance on the local host that uses custom socket factories for communication with that instance.
`static Registry` | `LocateRegistry.getRegistry()` Returns a reference to the the remote object `Registry` for the local host on the default registry port of 1099.
`static Registry` | `LocateRegistry.getRegistry(int port)` Returns a reference to the the remote object `Registry` for the local host on the specified `port`.
`static Registry` | `LocateRegistry.getRegistry(String host)` Returns a reference to the remote object `Registry` on the specified `host` on the default registry port of 1099.
`static Registry` | `LocateRegistry.getRegistry(String host, int port)` Returns a reference to the remote object `Registry` on the specified `host` and `port`.
`static Registry` | `LocateRegistry.getRegistry(String host, int port, RMIClientSocketFactory csf)` Returns a locally created remote reference to the remote object `Registry` on the specified `host` and `port`.
`String[]` | `Registry.list()` Returns an array of the names bound in this registry.
`Remote` | `Registry.lookup(String name)` Returns the remote reference bound to the specified `name` in this registry.
`void` | `Registry.rebind(String name, Remote obj)` Replaces the binding for the specified `name` in this registry with the supplied remote reference.
`Registry` | `RegistryHandler.registryImpl(int port)` Deprecated. no replacement. As of the Java 2 platform v1.2, RMI no longer uses the `RegistryHandler` to obtain the registry's implementation.
`Registry` | `RegistryHandler.registryStub(String host, int port)` Deprecated. no replacement. As of the Java 2 platform v1.2, RMI no longer uses the `RegistryHandler` to obtain the registry's stub.
`void` | `Registry.unbind(String name)` Removes the binding for the specified `name` in this registry.

Uses of RemoteException in java.rmi.server

Subclasses of RemoteException in java.rmi.server
`class` | `ExportException` An `ExportException` is a `RemoteException` thrown if an attempt to export a remote object fails.
`class` | `SkeletonMismatchException` Deprecated. no replacement. Skeletons are no longer required for remote method calls in the Java 2 platform v1.2 and greater.
`class` | `SkeletonNotFoundException` Deprecated. no replacement. Skeletons are no longer required for remote method calls in the Java 2 platform v1.2 and greater.
`class` | `SocketSecurityException` An obsolete subclass of `ExportException`.

Methods in java.rmi.server that throw RemoteException
`void` | `RemoteRef.done(RemoteCall call)` Deprecated. 1.2 style stubs no longer use this method. Instead of using a sequence of method calls to the remote reference (`newCall`, `invoke`, and `done`), a stub uses a single method, `invoke(Remote, Method, Object[], int)`, on the remote reference to carry out parameter marshalling, remote method executing and unmarshalling of the return value.
`static RemoteStub` | `UnicastRemoteObject.exportObject(Remote obj)` Exports the remote object to make it available to receive incoming calls using an anonymous port.
`static Remote` | `UnicastRemoteObject.exportObject(Remote obj, int port)` Exports the remote object to make it available to receive incoming calls, using the particular supplied port.
`static Remote` | `UnicastRemoteObject.exportObject(Remote obj, int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Exports the remote object to make it available to receive incoming calls, using a transport specified by the given socket factory.
`RemoteStub` | `ServerRef.exportObject(Remote obj, Object data)` Creates a client stub object for the supplied Remote object.
`RemoteCall` | `RemoteRef.newCall(RemoteObject obj, Operation[] op, int opnum, long hash)` Deprecated. 1.2 style stubs no longer use this method. Instead of using a sequence of method calls on the stub's the remote reference (`newCall`, `invoke`, and `done`), a stub uses a single method, `invoke(Remote, Method, Object[], int)`, on the remote reference to carry out parameter marshalling, remote method executing and unmarshalling of the return value.

Constructors in java.rmi.server that throw RemoteException
`UnicastRemoteObject()` Creates and exports a new UnicastRemoteObject object using an anonymous port.
`UnicastRemoteObject(int port)` Creates and exports a new UnicastRemoteObject object using the particular supplied port.
`UnicastRemoteObject(int port, RMIClientSocketFactory csf, RMIServerSocketFactory ssf)` Creates and exports a new UnicastRemoteObject object using the particular supplied port and socket factories.

Uses of RemoteException in javax.activity

Subclasses of RemoteException in javax.activity
`class` | `ActivityCompletedException` This exception may be thrown on any method for which Activity context is accessed and indicates that ongoing work within the Activity is not possible.
`class` | `ActivityRequiredException` This exception is thrown by a container if Activity context is not received on a method for which Activity context is mandatory.
`class` | `InvalidActivityException` This exception may be thrown on any method for which Activity context is accessed and indicates that the attempted invocation or the Activity context associated with the attempted invocation is incompatible with the Activity's current state.

Uses of RemoteException in javax.management.remote.rmi

Methods in javax.management.remote.rmi that throw RemoteException
`String` | `RMIServerImpl_Stub.getVersion()`
`String` | `RMIServer.getVersion()` The version of the RMI Connector Protocol understood by this connector server.

Uses of RemoteException in javax.rmi

Methods in javax.rmi that throw RemoteException
`static void` | `PortableRemoteObject.connect(Remote target, Remote source)` Makes a Remote object ready for remote communication.
`static void` | `PortableRemoteObject.exportObject(Remote obj)` Makes a server object ready to receive remote calls.

Constructors in javax.rmi that throw RemoteException
`PortableRemoteObject()` Initializes the object by calling `exportObject(this)`.

Uses of RemoteException in javax.rmi.CORBA

Methods in javax.rmi.CORBA that return RemoteException
`RemoteException` | `UtilDelegate.mapSystemException(SystemException ex)` Delegation call for `Util.mapSystemException(org.omg.CORBA.SystemException)`.
`static RemoteException` | `Util.mapSystemException(SystemException ex)` Maps a SystemException to a RemoteException.
`RemoteException` | `UtilDelegate.wrapException(Throwable obj)` Delegation call for `Util.wrapException(java.lang.Throwable)`.
`static RemoteException` | `Util.wrapException(Throwable orig)` Wraps an exception thrown by an implementation method.

Methods in javax.rmi.CORBA that throw RemoteException
`void` | `Stub.connect(ORB orb)` Connects this stub to an ORB.
`void` | `PortableRemoteObjectDelegate.connect(Remote target, Remote source)` Delegation call for `PortableRemoteObject.connect(java.rmi.Remote, java.rmi.Remote)`.
`void` | `StubDelegate.connect(Stub self, ORB orb)` Delegation call for `Stub.connect(org.omg.CORBA.ORB)`.
`Object` | `UtilDelegate.copyObject(Object obj, ORB orb)` Delegation call for `Util.copyObject(java.lang.Object, org.omg.CORBA.ORB)`.
`static Object` | `Util.copyObject(Object obj, ORB orb)` Copies or connects an object.
`Object[]` | `UtilDelegate.copyObjects(Object[] obj, ORB orb)` Delegation call for `Util.copyObjects(java.lang.Object[], org.omg.CORBA.ORB)`.
`static Object[]` | `Util.copyObjects(Object[] obj, ORB orb)` Copies or connects an array of objects.
`void` | `PortableRemoteObjectDelegate.exportObject(Remote obj)` Delegation call for `PortableRemoteObject.exportObject(java.rmi.Remote)`.
`boolean` | `UtilDelegate.isLocal(Stub stub)` Delegation call for `Util.isLocal(javax.rmi.CORBA.Stub)`.
`static boolean` | `Util.isLocal(Stub stub)` The `isLocal` method has the same semantics as the `ObjectImpl._is_local` method, except that it can throw a `RemoteException`.

Uses of RemoteException in javax.transaction

Subclasses of RemoteException in javax.transaction
`class` | `InvalidTransactionException` This exception indicates that the request carried an invalid transaction context.
`class` | `TransactionRequiredException` This exception indicates that a request carried a null transaction context, but the target object requires an activate transaction.
`class` | `TransactionRolledbackException` This exception indicates that the transaction associated with processing of the request has been rolled back, or marked to roll back.

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