org.omg.PortableInterceptor.ObjectReferenceTemplate Java Examples

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public void run()
{
    Set destroyedPOATemplates = new HashSet() ;

    performDestroy( thePoa, destroyedPOATemplates );

    Iterator iter = destroyedPOATemplates.iterator() ;
    ObjectReferenceTemplate[] orts = new ObjectReferenceTemplate[
        destroyedPOATemplates.size() ] ;
    int index = 0 ;
    while (iter.hasNext())
        orts[ index++ ] = (ObjectReferenceTemplate)iter.next();

    thePoa.getORB().getPIHandler().adapterStateChanged( orts,
        NON_EXISTENT.value ) ;
}
 

public ObjectReferenceTemplate adapter_template()
{
    checkState( STATE_ESTABLISHED) ;

    // At this point, the iortemp must contain only a single
    // IIOPProfileTemplate.  This is a restriction of our
    // implementation.  Also, note the the ObjectReferenceTemplate
    // is called when a certain POA is created in a certain ORB
    // in a certain server, so the server_id, orb_id, and
    // poa_id operations must be well-defined no matter what
    // kind of implementation is used: e.g., if a POA creates
    // IORs with multiple profiles, they must still all agree
    // about this information.  Thus, we are justified in
    // extracting the single IIOPProfileTemplate to create
    // an ObjectReferenceTemplate here.

    return adapter.getAdapterTemplate() ;
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

void adapterStateChanged( ObjectReferenceTemplate[] templates,
    short newState )
{
    if (enabled) {
        IORInterceptor[] interceptors =
            (IORInterceptor[])interceptorList.getInterceptors(
            InterceptorList.INTERCEPTOR_TYPE_IOR );
        int size = interceptors.length;

        for( int i = (size - 1); i >= 0; i-- ) {
            try {
                IORInterceptor interceptor = interceptors[i];
                if (interceptor instanceof IORInterceptor_3_0) {
                    IORInterceptor_3_0 interceptor30 = (IORInterceptor_3_0)interceptor ;
                    interceptor30.adapter_state_changed( templates, newState );
                }
            } catch (Exception exc) {
                // No-op: ignore exception in this case
            }
        }
    }
}
 

public void adapterStateChanged( ObjectReferenceTemplate[]
    templates, short newState )
{
    if (!hasIORInterceptors)
        return ;

    interceptorInvoker.adapterStateChanged( templates, newState ) ;
}
 

public static IORFactory getIORFactory( ObjectReferenceTemplate ort )
{
    if (ort instanceof ObjectReferenceTemplateImpl) {
        ObjectReferenceTemplateImpl orti =
            (ObjectReferenceTemplateImpl)ort ;
        return orti.getIORFactory() ;
    }

    throw new BAD_PARAM() ;
}
 

public void adapterStateChanged( ObjectReferenceTemplate[]
    templates, short newState )
{
    if (!hasIORInterceptors)
        return ;

    interceptorInvoker.adapterStateChanged( templates, newState ) ;
}
 

public void adapterStateChanged( ObjectReferenceTemplate[]
    templates, short newState )
{
    if (!hasIORInterceptors)
        return ;

    interceptorInvoker.adapterStateChanged( templates, newState ) ;
}
 

public static IORFactory getIORFactory( ObjectReferenceTemplate ort )
{
    if (ort instanceof ObjectReferenceTemplateImpl) {
        ObjectReferenceTemplateImpl orti =
            (ObjectReferenceTemplateImpl)ort ;
        return orti.getIORFactory() ;
    }

    throw new BAD_PARAM() ;
}