Used for exporting a remote object with JRMP and obtaining a stub that communicates to the remote object. Stubs are either generated at runtime using dynamic proxy objects, or they are generated statically at build time, typically using the rmic tool.

Deprecated: Static Stubs. Support for statically generated stubs is deprecated. This includes the API in this class that requires the use of static stubs, as well as the runtime support for loading static stubs. Generating stubs dynamically is preferred, using one of the five non-deprecated ways of exporting objects as listed below. Do not run rmic to generate static stub classes. It is unnecessary, and it is also deprecated.

There are six ways to export remote objects:

1. Subclassing UnicastRemoteObject and calling the UnicastRemoteObject() constructor.
2. Subclassing UnicastRemoteObject and calling the UnicastRemoteObject(port) constructor.
3. Subclassing UnicastRemoteObject and calling the UnicastRemoteObject(port, csf, ssf) constructor.
4. Calling the exportObject(Remote) method. Deprecated.
5. Calling the exportObject(Remote, port) method.
6. Calling the exportObject(Remote, port, csf, ssf) method.

The fourth technique, exportObject(Remote), always uses statically generated stubs and is deprecated.

The other five techniques all use the following approach: if the java.rmi.server.ignoreStubClasses property is true (case insensitive) or if a static stub cannot be found, stubs are generated dynamically using Proxy objects. Otherwise, static stubs are used.

The default value of the java.rmi.server.ignoreStubClasses property is false.

Statically generated stubs are typically pregenerated from the remote object's class using the rmic tool. A static stub is loaded and an instance of that stub class is constructed as described below.

• A "root class" is determined as follows: if the remote object's class directly implements an interface that extends Remote, then the remote object's class is the root class; otherwise, the root class is the most derived superclass of the remote object's class that directly implements an interface that extends Remote.
• The name of the stub class to load is determined by concatenating the binary name of the root class with the suffix _Stub.
• The stub class is loaded by name using the class loader of the root class. The stub class must extend RemoteStub and must have a public constructor that has one parameter of type RemoteRef.
• Finally, an instance of the stub class is constructed with a RemoteRef.
• If the appropriate stub class could not be found, or if the stub class could not be loaded, or if a problem occurs creating the stub instance, a StubNotFoundException is thrown.

Stubs are dynamically generated by constructing an instance of a Proxy with the following characteristics:

• The proxy's class is defined by the class loader of the remote object's class.
• The proxy implements all the remote interfaces implemented by the remote object's class.
• The proxy's invocation handler is a RemoteObjectInvocationHandler instance constructed with a RemoteRef.
• If the proxy could not be created, a StubNotFoundException will be thrown.

Creates and exports a new UnicastRemoteObject object using an anonymous port.

The object is exported with a server socket created using the RMISocketFactory class.

Creates and exports a new UnicastRemoteObject object using the particular supplied port.

The object is exported with a server socket created using the RMISocketFactory class.

Creates and exports a new UnicastRemoteObject object using the particular supplied port and socket factories.

Either socket factory may be null, in which case the corresponding client or server socket creation method of RMISocketFactory is used instead.

Exports the remote object to make it available to receive incoming calls using an anonymous port. This method will always return a statically generated stub.

The object is exported with a server socket created using the RMISocketFactory class.

Exports the remote object to make it available to receive incoming calls, using the particular supplied port.

The object is exported with a server socket created using the RMISocketFactory class.

Exports the remote object to make it available to receive incoming calls, using a transport specified by the given socket factory.

Either socket factory may be null, in which case the corresponding client or server socket creation method of RMISocketFactory is used instead.