This class is used to marshal java.lang.Class objects over IIOP.

Supports delegation for method implementations in PortableRemoteObject.
The delegate is a singleton instance of a class that implements this
interface and provides a replacement implementation for all the
methods of javax.rmi.PortableRemoteObject.

Delegates are enabled by providing the delegate's class name as the
value of the
javax.rmi.CORBA.PortableRemoteObjectClass
system property.

Base class from which all RMI-IIOP stubs must inherit.

Supports delegation for method implementations in Stub.
A delegate is an instance of a class that implements this
interface and provides a replacement implementation for all the
methods of javax.rmi.CORBA.Stub.  If delegation is
enabled, each stub has an associated delegate.

Delegates are enabled by providing the delegate's class name as the
value of the
javax.rmi.CORBA.StubClass
system property.

Defines methods which all RMI-IIOP server side ties must implement.

Provides utility methods that can be used by stubs and ties to
perform common operations.

Supports delegation for method implementations in Util.  The
delegate is a singleton instance of a class that implements this
interface and provides a replacement implementation for all the
methods of javax.rmi.CORBA.Util.

Delegation is enabled by providing the delegate's class name as the
value of the
javax.rmi.CORBA.UtilClass
system property.

Defines methods which allow serialization of Java objects
to and from GIOP streams.

Java to IDL ptc 02-01-12 1.5.1.5

Server implementation objects may either inherit from
javax.rmi.PortableRemoteObject or they may implement a remote interface
and then use the exportObject method to register themselves as a server object.
The toStub method takes a server implementation and returns a stub that
can be used to access that server object.
The connect method makes a Remote object ready for remote communication.
The unexportObject method is used to deregister a server object, allowing it to become
available for garbage collection.
The narrow method takes an object reference or abstract interface type and
attempts to narrow it to conform to
the given interface. If the operation is successful the result will be an
object of the specified type, otherwise an exception will be thrown.

An SslRMIClientSocketFactory instance is used by the RMI
runtime in order to obtain client sockets for RMI calls via SSL.

This class implements RMIClientSocketFactory over
the Secure Sockets Layer (SSL) or Transport Layer Security (TLS)
protocols.

This class creates SSL sockets using the default
SSLSocketFactory (see SSLSocketFactory.getDefault()).  All instances of this class are
functionally equivalent.  In particular, they all share the same
truststore, and the same keystore when client authentication is
required by the server.  This behavior can be modified in
subclasses by overriding the createSocket(String,int)
method; in that case, equals and hashCode may also need to be overridden.

If the system property
javax.rmi.ssl.client.enabledCipherSuites is specified,
the createSocket(String,int) method will call SSLSocket.setEnabledCipherSuites(String[]) before returning the
socket.  The value of this system property is a string that is a
comma-separated list of SSL/TLS cipher suites to enable.

If the system property
javax.rmi.ssl.client.enabledProtocols is specified,
the createSocket(String,int) method will call SSLSocket.setEnabledProtocols(String[]) before returning the
socket.  The value of this system property is a string that is a
comma-separated list of SSL/TLS protocol versions to enable.

An SslRMIServerSocketFactory instance is used by the RMI
runtime in order to obtain server sockets for RMI calls via SSL.

This class implements RMIServerSocketFactory over
the Secure Sockets Layer (SSL) or Transport Layer Security (TLS)
protocols.

This class creates SSL sockets using the default
SSLSocketFactory (see SSLSocketFactory.getDefault()) or the default
SSLServerSocketFactory (see SSLServerSocketFactory.getDefault()) unless the
constructor taking an SSLContext is
used in which case the SSL sockets are created using
the SSLSocketFactory returned by
SSLContext.getSocketFactory() or the
SSLServerSocketFactory returned by
SSLContext.getServerSocketFactory().

When an SSLContext is not supplied all the instances of this
class share the same keystore, and the same truststore (when client
authentication is required by the server). This behavior can be modified
by supplying an already initialized SSLContext instance.