ORB class also provides
* "pluggable ORB implementation" APIs that allow another vendor's ORB
* implementation to be used.
* * An ORB makes it possible for CORBA objects to communicate * with each other by connecting objects making requests (clients) with * objects servicing requests (servers). *
*
* The ORB class, which
* encapsulates generic CORBA functionality, does the following:
* (Note that items 5 and 6, which include most of the methods in
* the class ORB, are typically used with the Dynamic Invocation
* Interface (DII) and the Dynamic Skeleton Interface
* (DSI).
* These interfaces may be used by a developer directly, but
* most commonly they are used by the ORB internally and are
* not seen by the general programmer.)
*
resolve_initial_references
* TypeCode
* Any
* NamedValue
* Context
* Environment
* NVList) containing these objects
*
* The ORB class can be used to obtain references to objects
* implemented anywhere on the network.
*
* An application or applet gains access to the CORBA environment
* by initializing itself into an ORB using one of
* three init methods. Two of the three methods use the properties
* (associations of a name with a value) shown in the
* table below.
*
| Property Name | Property Value |
|---|---|
| org.omg.CORBA.ORBClass | *class name of an ORB implementation |
| org.omg.CORBA.ORBSingletonClass | *class name of the ORB returned by init() |
* These properties allow a different vendor's ORB
* implementation to be "plugged in."
*
* When an ORB instance is being created, the class name of the ORB * implementation is located using * the following standard search order:
* *
* Note that Java IDL provides a default implementation for the
* fully-functional ORB and for the Singleton ORB. When the method
* init is given no parameters, the default Singleton
* ORB is returned. When the method init is given parameters
* but no ORB class is specified, the Java IDL ORB implementation
* is returned.
*
* The following code fragment creates an ORB object
* initialized with the default ORB Singleton.
* This ORB has a
* restricted implementation to prevent malicious applets from doing
* anything beyond creating typecodes.
* It is called a singleton
* because there is only one instance for an entire virtual machine.
*
* ORB orb = ORB.init(); **
* The following code fragment creates an ORB object
* for an application. The parameter args
* represents the arguments supplied to the application's main
* method. Since the property specifies the ORB class to be
* "SomeORBImplementation", the new ORB will be initialized with
* that ORB implementation. If p had been null,
* and the arguments had not specified an ORB class,
* the new ORB would have been
* initialized with the default Java IDL implementation.
*
* Properties p = new Properties();
* p.put("org.omg.CORBA.ORBClass", "SomeORBImplementation");
* ORB orb = ORB.init(args, p);
*
*
* The following code fragment creates an ORB object
* for the applet supplied as the first parameter. If the given
* applet does not specify an ORB class, the new ORB will be
* initialized with the default Java IDL implementation.
*
* ORB orb = ORB.init(myApplet, null); **
* An application or applet can be initialized in one or more ORBs.
* ORB initialization is a bootstrap call into the CORBA world.
* @since JDK1.2
*/
abstract public class ORB {
//
// This is the ORB implementation used when nothing else is specified.
// Whoever provides this class customizes this string to
// point at their ORB implementation.
//
private static final String ORBClassKey = "org.omg.CORBA.ORBClass";
private static final String ORBSingletonClassKey = "org.omg.CORBA.ORBSingletonClass";
//
// The last resort fallback ORB implementation classes in case
// no ORB implementation class is dynamically configured through
// properties or applet parameters. Change these values to
// vendor-specific class names.
//
private static final String defaultORB = "com.sun.corba.se.impl.orb.ORBImpl";
private static final String defaultORBSingleton = "com.sun.corba.se.impl.orb.ORBSingleton";
//
// The global instance of the singleton ORB implementation which
// acts as a factory for typecodes for generated Helper classes.
// TypeCodes should be immutable since they may be shared across
// different security contexts (applets). There should be no way to
// use a TypeCode as a storage depot for illicitly passing
// information or Java objects between different security contexts.
//
static private ORB singleton;
// Get System property
private static String getSystemProperty(final String name) {
// This will not throw a SecurityException because this
// class was loaded from rt.jar using the bootstrap classloader.
String propValue = (String) AccessController.doPrivileged(
new PrivilegedAction() {
public java.lang.Object run() {
return System.getProperty(name);
}
}
);
return propValue;
}
// Get property from orb.properties in either
* This no-argument version of the method
* This method is not intended to be used by applets, and in the event
* that it is called in an applet environment, the ORB it returns
* is restricted so that it can be used only as a factory for
*
* If an ORB is created using this method from an applet,
* a system exception will be thrown if
* methods other than those for
* creating
* Calling the method
* Deprecated by the OMG in favor of the Portable Object Adapter APIs.
*
* @param obj The servant object reference
*/
public void connect(org.omg.CORBA.Object obj) {
throw new NO_IMPLEMENT();
}
/**
* Destroys the ORB so that its resources can be reclaimed.
* Any operation invoked on a destroyed ORB reference will throw the
*
* If
* For maximum portability and to avoid resource leaks, an application should
* always call
* Calling the method
* Deprecated by the OMG in favor of the Portable Object Adapter APIs.
*
* @param obj The servant object to be disconnected from the ORB
*/
public void disconnect(org.omg.CORBA.Object obj) {
throw new NO_IMPLEMENT();
}
//
// ORB method implementations.
//
// We are trying to accomplish 2 things at once in this class.
// It can act as a default ORB implementation front-end,
// creating an actual ORB implementation object which is a
// subclass of this ORB class and then delegating the method
// implementations.
//
// To accomplish the delegation model, the 'delegate' private instance
// variable is set if an instance of this class is created directly.
//
/**
* Returns a list of the initially available CORBA object references,
* such as "NameService" and "InterfaceRepository".
*
* @return an array of
* The resulting
* A
* For the IDL
* For example, the following IDL type declaration contains recursion:
*
* To create a TypeCode for struct Node, you would invoke the TypeCode creation
* operations as shown below:
*
* Also note that the following is an illegal IDL type declaration:
*
* Recursive types can only appear within sequences which can be empty.
* That way marshaling problems, when transmitting the struct in an Any, are avoided.
*
* @param id the logical id of the referenced type
* @return the requested TypeCode
*/
public org.omg.CORBA.TypeCode create_recursive_tc(String id) {
// implemented in subclass
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a
* While the ORB is in the process of shutting down, the ORB operates as normal,
* servicing incoming and outgoing requests until all requests have been completed.
* Once an ORB has shutdown, only object reference management operations
* may be invoked on the ORB or any object reference obtained from it.
* An application may also invoke the
* The
* @param service_type a
* @param value the
* @param type the
* @param type the
* @param type the
* @param type the
* @param type the
* @param type the ORB singleton object. This method always returns the
* same ORB instance, which is an instance of the class described by the
* org.omg.CORBA.ORBSingletonClass system property.
* init is used primarily
* as a factory for TypeCode objects, which are used by
* Helper classes to implement the method type.
* It is also used to create Any objects that are used to
* describe union labels (as part of creating a
* TypeCode object for a union).
* TypeCode objects. Any TypeCode objects
* it produces can be safely shared among untrusted applets.
* TypeCode objects are invoked.
*
* @return the singleton ORB
*/
public static synchronized ORB init() {
if (singleton == null) {
String className = getSystemProperty(ORBSingletonClassKey);
if (className == null)
className = getPropertyFromFile(ORBSingletonClassKey);
if (className == null)
className = defaultORBSingleton;
singleton = create_impl(className);
}
return singleton;
}
private static ORB create_impl(String className) {
ClassLoader cl = Thread.currentThread().getContextClassLoader();
if (cl == null)
cl = ClassLoader.getSystemClassLoader();
try {
return (ORB) Class.forName(className, true, cl).newInstance();
} catch (Throwable ex) {
SystemException systemException = new INITIALIZE(
"can't instantiate default ORB implementation " + className);
systemException.initCause(ex);
throw systemException;
}
}
/**
* Creates a new ORB instance for a standalone
* application. This method may be called from applications
* only and returns a new fully functional ORB object
* each time it is called.
* @param args command-line arguments for the application's main
* method; may be null
* @param props application-specific properties; may be null
* @return the newly-created ORB instance
*/
public static ORB init(String[] args, Properties props) {
//
// Note that there is no standard command-line argument for
// specifying the default ORB implementation. For an
// application you can choose an implementation either by
// setting the CLASSPATH to pick a different org.omg.CORBA
// and it's baked-in ORB implementation default or by
// setting an entry in the properties object or in the
// system properties.
//
String className = null;
ORB orb;
if (props != null)
className = props.getProperty(ORBClassKey);
if (className == null)
className = getSystemProperty(ORBClassKey);
if (className == null)
className = getPropertyFromFile(ORBClassKey);
if (className == null)
className = defaultORB;
orb = create_impl(className);
orb.set_parameters(args, props);
return orb;
}
/**
* Creates a new ORB instance for an applet. This
* method may be called from applets only and returns a new
* fully-functional ORB object each time it is called.
* @param app the applet; may be null
* @param props applet-specific properties; may be null
* @return the newly-created ORB instance
*/
public static ORB init(Applet app, Properties props) {
String className;
ORB orb;
className = app.getParameter(ORBClassKey);
if (className == null && props != null)
className = props.getProperty(ORBClassKey);
if (className == null)
className = getSystemProperty(ORBClassKey);
if (className == null)
className = getPropertyFromFile(ORBClassKey);
if (className == null)
className = defaultORB;
orb = create_impl(className);
orb.set_parameters(app, props);
return orb;
}
/**
* Allows the ORB implementation to be initialized with the given
* parameters and properties. This method, used in applications only,
* is implemented by subclass ORB implementations and called
* by the appropriate init method to pass in its parameters.
*
* @param args command-line arguments for the application's main
* method; may be null
* @param props application-specific properties; may be null
*/
abstract protected void set_parameters(String[] args, Properties props);
/**
* Allows the ORB implementation to be initialized with the given
* applet and parameters. This method, used in applets only,
* is implemented by subclass ORB implementations and called
* by the appropriate init method to pass in its parameters.
*
* @param app the applet; may be null
* @param props applet-specific properties; may be null
*/
abstract protected void set_parameters(Applet app, Properties props);
/**
* Connects the given servant object (a Java object that is
* an instance of the server implementation class)
* to the ORB. The servant class must
* extend the ImplBase class corresponding to the interface that is
* supported by the server. The servant must thus be a CORBA object
* reference, and inherit from org.omg.CORBA.Object.
* Servants created by the user can start receiving remote invocations
* after the method connect has been called. A servant may also be
* automatically and implicitly connected to the ORB if it is passed as
* an IDL parameter in an IDL method invocation on a non-local object,
* that is, if the servant object has to be marshalled and sent outside of the
* process address space.
* connect has no effect
* when the servant object is already connected to the ORB.
* OBJECT_NOT_EXIST exception.
* Once an ORB has been destroyed, another call to init
* with the same ORBid will return a reference to a newly constructed ORB.destroy is called on an ORB that has not been shut down,
* it will start the shut down process and block until the ORB has shut down
* before it destroys the ORB.
* If an application calls destroy in a thread that is currently servicing
* an invocation, the BAD_INV_ORDER system exception will be thrown
* with the OMG minor code 3, since blocking would result in a deadlock.shutdown and destroy
* on all ORB instances before exiting.
*
* @throws org.omg.CORBA.BAD_INV_ORDER if the current thread is servicing an invocation
*/
public void destroy( ) {
throw new NO_IMPLEMENT();
}
/**
* Disconnects the given servant object from the ORB. After this method returns,
* the ORB will reject incoming remote requests for the disconnected
* servant and will send the exception
* org.omg.CORBA.OBJECT_NOT_EXIST back to the
* remote client. Thus the object appears to be destroyed from the
* point of view of remote clients. Note, however, that local requests issued
* using the servant directly do not
* pass through the ORB; hence, they will continue to be processed by the
* servant.
* disconnect has no effect
* if the servant is not connected to the ORB.
* String objects that represent
* the object references for CORBA services
* that are initially available with this ORB
*/
abstract public String[] list_initial_services();
/**
* Resolves a specific object reference from the set of available
* initial service names.
*
* @param object_name the name of the initial service as a string
* @return the object reference associated with the given name
* @exception InvalidName if the given name is not associated with a
* known service
*/
abstract public org.omg.CORBA.Object resolve_initial_references(String object_name)
throws InvalidName;
/**
* Converts the given CORBA object reference to a string.
* Note that the format of this string is predefined by IIOP, allowing
* strings generated by a different ORB to be converted back into an object
* reference.
* String object may be stored or communicated
* in any way that a String object can be manipulated.
*
* @param obj the object reference to stringify
* @return the string representing the object reference
*/
abstract public String object_to_string(org.omg.CORBA.Object obj);
/**
* Converts a string produced by the method object_to_string
* back to a CORBA object reference.
*
* @param str the string to be converted back to an object reference. It must
* be the result of converting an object reference to a string using the
* method object_to_string.
* @return the object reference
*/
abstract public org.omg.CORBA.Object string_to_object(String str);
/**
* Allocates an NVList with (probably) enough
* space for the specified number of NamedValue objects.
* Note that the specified size is only a hint to help with
* storage allocation and does not imply the maximum size of the list.
*
* @param count suggested number of NamedValue objects for
* which to allocate space
* @return the newly-created NVList
*
* @see NVList
*/
abstract public NVList create_list(int count);
/**
* Creates an NVList initialized with argument
* descriptions for the operation described in the given
* OperationDef object. This OperationDef object
* is obtained from an Interface Repository. The arguments in the
* returned NVList object are in the same order as in the
* original IDL operation definition, which makes it possible for the list
* to be used in dynamic invocation requests.
*
* @param oper the OperationDef object to use to create the list
* @return a newly-created NVList object containing
* descriptions of the arguments to the method described in the given
* OperationDef object
*
* @see NVList
*/
public NVList create_operation_list(org.omg.CORBA.Object oper)
{
// If we came here, it means that the actual ORB implementation
// did not have a create_operation_list(...CORBA.Object oper) method,
// so lets check if it has a create_operation_list(OperationDef oper)
// method.
try {
// First try to load the OperationDef class
String opDefClassName = "org.omg.CORBA.OperationDef";
Class opDefClass = null;
ClassLoader cl = Thread.currentThread().getContextClassLoader();
if ( cl == null )
cl = ClassLoader.getSystemClassLoader();
// if this throws a ClassNotFoundException, it will be caught below.
opDefClass = Class.forName(opDefClassName, true, cl);
// OK, we loaded OperationDef. Now try to get the
// create_operation_list(OperationDef oper) method.
Class[] argc = { opDefClass };
java.lang.reflect.Method meth =
this.getClass().getMethod("create_operation_list", argc);
// OK, the method exists, so invoke it and be happy.
java.lang.Object[] argx = { oper };
return (org.omg.CORBA.NVList)meth.invoke(this, argx);
}
catch( java.lang.reflect.InvocationTargetException exs ) {
Throwable t = exs.getTargetException();
if (t instanceof Error) {
throw (Error) t;
}
else if (t instanceof RuntimeException) {
throw (RuntimeException) t;
}
else {
throw new org.omg.CORBA.NO_IMPLEMENT();
}
}
catch( RuntimeException ex ) {
throw ex;
}
catch( Exception exr ) {
throw new org.omg.CORBA.NO_IMPLEMENT();
}
}
/**
* Creates a NamedValue object
* using the given name, value, and argument mode flags.
* NamedValue object serves as (1) a parameter or return
* value or (2) a context property.
* It may be used by itself or
* as an element in an NVList object.
*
* @param s the name of the NamedValue object
* @param any the Any value to be inserted into the
* NamedValue object
* @param flags the argument mode flags for the NamedValue: one of
* ARG_IN.value, ARG_OUT.value,
* or ARG_INOUT.value.
*
* @return the newly-created NamedValue object
* @see NamedValue
*/
abstract public NamedValue create_named_value(String s, Any any, int flags);
/**
* Creates an empty ExceptionList object.
*
* @return the newly-created ExceptionList object
*/
abstract public ExceptionList create_exception_list();
/**
* Creates an empty ContextList object.
*
* @return the newly-created ContextList object
* @see ContextList
* @see Context
*/
abstract public ContextList create_context_list();
/**
* Gets the default Context object.
*
* @return the default Context object
* @see Context
*/
abstract public Context get_default_context();
/**
* Creates an Environment object.
*
* @return the newly-created Environment object
* @see Environment
*/
abstract public Environment create_environment();
/**
* Creates a new org.omg.CORBA.portable.OutputStream into which
* IDL method parameters can be marshalled during method invocation.
* @return the newly-created
* org.omg.CORBA.portable.OutputStream object
*/
abstract public org.omg.CORBA.portable.OutputStream create_output_stream();
/**
* Sends multiple dynamic (DII) requests asynchronously without expecting
* any responses. Note that oneway invocations are not guaranteed to
* reach the server.
*
* @param req an array of request objects
*/
abstract public void send_multiple_requests_oneway(Request[] req);
/**
* Sends multiple dynamic (DII) requests asynchronously.
*
* @param req an array of Request objects
*/
abstract public void send_multiple_requests_deferred(Request[] req);
/**
* Finds out if any of the deferred (asynchronous) invocations have
* a response yet.
* @return true if there is a response available;
* false otherwise
*/
abstract public boolean poll_next_response();
/**
* Gets the next Request instance for which a response
* has been received.
*
* @return the next Request object ready with a response
* @exception WrongTransaction if the method get_next_response
* is called from a transaction scope different
* from the one from which the original request was sent. See the
* OMG Transaction Service specification for details.
*/
abstract public Request get_next_response() throws WrongTransaction;
/**
* Retrieves the TypeCode object that represents
* the given primitive IDL type.
*
* @param tcKind the TCKind instance corresponding to the
* desired primitive type
* @return the requested TypeCode object
*/
abstract public TypeCode get_primitive_tc(TCKind tcKind);
/**
* Creates a TypeCode object representing an IDL struct.
* The TypeCode object is initialized with the given id,
* name, and members.
*
* @param id the repository id for the struct
* @param name the name of the struct
* @param members an array describing the members of the struct
* @return a newly-created TypeCode object describing
* an IDL struct
*/
abstract public TypeCode create_struct_tc(String id, String name,
StructMember[] members);
/**
* Creates a TypeCode object representing an IDL union.
* The TypeCode object is initialized with the given id,
* name, discriminator type, and members.
*
* @param id the repository id of the union
* @param name the name of the union
* @param discriminator_type the type of the union discriminator
* @param members an array describing the members of the union
* @return a newly-created TypeCode object describing
* an IDL union
*/
abstract public TypeCode create_union_tc(String id, String name,
TypeCode discriminator_type,
UnionMember[] members);
/**
* Creates a TypeCode object representing an IDL enum.
* The TypeCode object is initialized with the given id,
* name, and members.
*
* @param id the repository id for the enum
* @param name the name for the enum
* @param members an array describing the members of the enum
* @return a newly-created TypeCode object describing
* an IDL enum
*/
abstract public TypeCode create_enum_tc(String id, String name, String[] members);
/**
* Creates a TypeCode object representing an IDL alias
* (typedef).
* The TypeCode object is initialized with the given id,
* name, and original type.
*
* @param id the repository id for the alias
* @param name the name for the alias
* @param original_type
* the TypeCode object describing the original type
* for which this is an alias
* @return a newly-created TypeCode object describing
* an IDL alias
*/
abstract public TypeCode create_alias_tc(String id, String name,
TypeCode original_type);
/**
* Creates a TypeCode object representing an IDL exception.
* The TypeCode object is initialized with the given id,
* name, and members.
*
* @param id the repository id for the exception
* @param name the name for the exception
* @param members an array describing the members of the exception
* @return a newly-created TypeCode object describing
* an IDL exception
*/
abstract public TypeCode create_exception_tc(String id, String name,
StructMember[] members);
/**
* Creates a TypeCode object representing an IDL interface.
* The TypeCode object is initialized with the given id
* and name.
*
* @param id the repository id for the interface
* @param name the name for the interface
* @return a newly-created TypeCode object describing
* an IDL interface
*/
abstract public TypeCode create_interface_tc(String id, String name);
/**
* Creates a TypeCode object representing a bounded IDL
* string.
* The TypeCode object is initialized with the given bound,
* which represents the maximum length of the string. Zero indicates
* that the string described by this type code is unbounded.
*
* @param bound the bound for the string; cannot be negative
* @return a newly-created TypeCode object describing
* a bounded IDL string
* @exception BAD_PARAM if bound is a negative value
*/
abstract public TypeCode create_string_tc(int bound);
/**
* Creates a TypeCode object representing a bounded IDL
* wstring (wide string).
* The TypeCode object is initialized with the given bound,
* which represents the maximum length of the wide string. Zero indicates
* that the string described by this type code is unbounded.
*
* @param bound the bound for the wstring; cannot be negative
* @return a newly-created TypeCode object describing
* a bounded IDL wstring
* @exception BAD_PARAM if bound is a negative value
*/
abstract public TypeCode create_wstring_tc(int bound);
/**
* Creates a TypeCode object representing an IDL sequence.
* The TypeCode object is initialized with the given bound and
* element type.
*
* @param bound the bound for the sequence, 0 if unbounded
* @param element_type
* the TypeCode object describing the elements
* contained in the sequence
* @return a newly-created TypeCode object describing
* an IDL sequence
*/
abstract public TypeCode create_sequence_tc(int bound, TypeCode element_type);
/**
* Creates a TypeCode object representing a
* a recursive IDL sequence.
* struct Node in following code fragment,
* the offset parameter for creating its sequence would be 1:
*
* Struct Node {
* long value;
* Sequence <Node> subnodes;
* };
*
*
* @param bound the bound for the sequence, 0 if unbounded
* @param offset the index to the enclosing TypeCode object
* that describes the elements of this sequence
* @return a newly-created TypeCode object describing
* a recursive sequence
* @deprecated Use a combination of create_recursive_tc and create_sequence_tc instead
* @see #create_recursive_tc(String) create_recursive_tc
* @see #create_sequence_tc(int, TypeCode) create_sequence_tc
*/
@Deprecated
abstract public TypeCode create_recursive_sequence_tc(int bound, int offset);
/**
* Creates a TypeCode object representing an IDL array.
* The TypeCode object is initialized with the given length and
* element type.
*
* @param length the length of the array
* @param element_type a TypeCode object describing the type
* of element contained in the array
* @return a newly-created TypeCode object describing
* an IDL array
*/
abstract public TypeCode create_array_tc(int length, TypeCode element_type);
/**
* Create a TypeCode object for an IDL native type.
*
* @param id the logical id for the native type.
* @param name the name of the native type.
* @return the requested TypeCode.
*/
public org.omg.CORBA.TypeCode create_native_tc(String id,
String name)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Create a TypeCode object for an IDL abstract interface.
*
* @param id the logical id for the abstract interface type.
* @param name the name of the abstract interface type.
* @return the requested TypeCode.
*/
public org.omg.CORBA.TypeCode create_abstract_interface_tc(
String id,
String name)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Create a TypeCode object for an IDL fixed type.
*
* @param digits specifies the total number of decimal digits in the number
* and must be from 1 to 31 inclusive.
* @param scale specifies the position of the decimal point.
* @return the requested TypeCode.
*/
public org.omg.CORBA.TypeCode create_fixed_tc(short digits, short scale)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
// orbos 98-01-18: Objects By Value -- begin
/**
* Create a TypeCode object for an IDL value type.
* The concrete_base parameter is the TypeCode for the immediate
* concrete valuetype base of the valuetype for which the TypeCode
* is being created.
* It may be null if the valuetype does not have a concrete base.
*
* @param id the logical id for the value type.
* @param name the name of the value type.
* @param type_modifier one of the value type modifier constants:
* VM_NONE, VM_CUSTOM, VM_ABSTRACT or VM_TRUNCATABLE
* @param concrete_base a TypeCode object
* describing the concrete valuetype base
* @param members an array containing the members of the value type
* @return the requested TypeCode
*/
public org.omg.CORBA.TypeCode create_value_tc(String id,
String name,
short type_modifier,
TypeCode concrete_base,
ValueMember[] members)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Create a recursive TypeCode object which
* serves as a placeholder for a concrete TypeCode during the process of creating
* TypeCodes which contain recursion. The id parameter specifies the repository id of
* the type for which the recursive TypeCode is serving as a placeholder. Once the
* recursive TypeCode has been properly embedded in the enclosing TypeCode which
* corresponds to the specified repository id, it will function as a normal TypeCode.
* Invoking operations on the recursive TypeCode before it has been embedded in the
* enclosing TypeCode will result in a BAD_TYPECODE exception.
*
* Struct Node {
* Sequence<Node> subnodes;
* };
*
*
* String nodeID = "IDL:Node:1.0";
* TypeCode recursiveSeqTC = orb.create_sequence_tc(0, orb.create_recursive_tc(nodeID));
* StructMember[] members = { new StructMember("subnodes", recursiveSeqTC, null) };
* TypeCode structNodeTC = orb.create_struct_tc(nodeID, "Node", members);
*
*
* Struct Node {
* Node next;
* };
*
* TypeCode object for an IDL value box.
*
* @param id the logical id for the value type
* @param name the name of the value type
* @param boxed_type the TypeCode for the type
* @return the requested TypeCode
*/
public org.omg.CORBA.TypeCode create_value_box_tc(String id,
String name,
TypeCode boxed_type)
{
// implemented in subclass
throw new org.omg.CORBA.NO_IMPLEMENT();
}
// orbos 98-01-18: Objects By Value -- end
/**
* Creates an IDL Any object initialized to
* contain a Typecode object whose kind field
* is set to TCKind.tc_null.
*
* @return a newly-created Any object
*/
abstract public Any create_any();
/**
* Retrieves a Current object.
* The Current interface is used to manage thread-specific
* information for use by services such as transactions and security.
*
* @see CORBA package
* comments for unimplemented features
*
* @return a newly-created Current object
* @deprecated use resolve_initial_references.
*/
@Deprecated
public org.omg.CORBA.Current get_current()
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* This operation blocks the current thread until the ORB has
* completed the shutdown process, initiated when some thread calls
* shutdown. It may be used by multiple threads which
* get all notified when the ORB shuts down.
*
*/
public void run()
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Instructs the ORB to shut down, which causes all
* object adapters to shut down, in preparation for destruction.
* If the wait_for_completion parameter
* is true, this operation blocks until all ORB processing (including
* processing of currently executing requests, object deactivation,
* and other object adapter operations) has completed.
* If an application does this in a thread that is currently servicing
* an invocation, the BAD_INV_ORDER system exception
* will be thrown with the OMG minor code 3,
* since blocking would result in a deadlock.
* If the wait_for_completion parameter is FALSE,
* then shutdown may not have completed upon return.destroy operation on the ORB itself.
* Invoking any other operation will throw the BAD_INV_ORDER
* system exception with the OMG minor code 4.ORB.run method will return after
* shutdown has been called.
*
* @param wait_for_completion true if the call
* should block until the shutdown is complete;
* false if it should return immediately
* @throws org.omg.CORBA.BAD_INV_ORDER if the current thread is servicing
* an invocation
*/
public void shutdown(boolean wait_for_completion)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Returns true if the ORB needs the main thread to
* perform some work, and false if the ORB does not
* need the main thread.
*
* @return true if there is work pending, meaning that the ORB
* needs the main thread to perform some work; false
* if there is no work pending and thus the ORB does not need the
* main thread
*
*/
public boolean work_pending()
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Performs an implementation-dependent unit of work if called
* by the main thread. Otherwise it does nothing.
* The methods work_pending and perform_work
* can be used in
* conjunction to implement a simple polling loop that multiplexes
* the main thread among the ORB and other activities.
*
*/
public void perform_work()
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Used to obtain information about CORBA facilities and services
* that are supported by this ORB. The service type for which
* information is being requested is passed in as the in
* parameter service_type, the values defined by
* constants in the CORBA module. If service information is
* available for that type, that is returned in the out parameter
* service_info, and the operation returns the
* value true. If no information for the requested
* services type is available, the operation returns false
* (i.e., the service is not supported by this ORB).
* short indicating the
* service type for which information is being requested
* @param service_info a ServiceInformationHolder object
* that will hold the ServiceInformation object
* produced by this method
* @return true if service information is available
* for the service_type;
* false if no information for the
* requested services type is available
* @see CORBA package
* comments for unimplemented features
*/
public boolean get_service_information(short service_type,
ServiceInformationHolder service_info)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
// orbos 98-01-18: Objects By Value -- begin
/**
* Creates a new DynAny object from the given
* Any object.
* Any object from which to create a new
* DynAny object
* @return the new DynAny object created from the given
* Any object
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynAny create_dyn_any(org.omg.CORBA.Any value)
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a basic DynAny object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynAny object
* @return the new DynAny object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynAny create_basic_dyn_any(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a new DynStruct object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynStruct object
* @return the new DynStruct object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynStruct create_dyn_struct(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a new DynSequence object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynSequence object
* @return the new DynSequence object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynSequence create_dyn_sequence(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a new DynArray object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynArray object
* @return the new DynArray object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynArray create_dyn_array(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a new DynUnion object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynUnion object
* @return the new DynUnion object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynUnion create_dyn_union(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Creates a new DynEnum object from the given
* TypeCode object.
* TypeCode object from which to create a new
* DynEnum object
* @return the new DynEnum object created from the given
* TypeCode object
* @throws org.omg.CORBA.ORBPackage.InconsistentTypeCode if the given
* TypeCode object is not consistent with the operation.
* @see CORBA package
* comments for unimplemented features
* @deprecated Use the new DynAnyFactory API instead
*/
@Deprecated
public org.omg.CORBA.DynEnum create_dyn_enum(org.omg.CORBA.TypeCode type) throws org.omg.CORBA.ORBPackage.InconsistentTypeCode
{
throw new org.omg.CORBA.NO_IMPLEMENT();
}
/**
* Can be invoked to create new instances of policy objects
* of a specific type with specified initial state. If
* create_policy fails to instantiate a new Policy
* object due to its inability to interpret the requested type
* and content of the policy, it raises the PolicyError
* exception with the appropriate reason.
* @param type the PolicyType of the policy object to
* be created
* @param val the value that will be used to set the initial
* state of the Policy object that is created
* @return Reference to a newly created Policy object
* of type specified by the type parameter and
* initialized to a state specified by the val
* parameter
* @throws org.omg.CORBA.PolicyError when the requested
* policy is not supported or a requested initial state
* for the policy is not supported.
*/
public org.omg.CORBA.Policy create_policy(int type, org.omg.CORBA.Any val)
throws org.omg.CORBA.PolicyError
{
// Currently not implemented until PIORB.
throw new org.omg.CORBA.NO_IMPLEMENT();
}
}