java类org.omg.CORBA.portable.ApplicationException的实例源码

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

/**
 * One way call of the remote method.
 */
public void sayHello()
{
  InputStream in = null;
  try
    {
      // As we do not expect any response, the second
      // parameter is 'false'.
      OutputStream out = _request("sayHello", false);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      sayHello();
    }
  finally
    {
      _releaseReply(in);
    }
}

/**
 * Set the field value.
 */
public void theField(int newTheField)
{
  InputStream in = null;
  try
    {
      // The special name of operation instructs just to set
      // the field value rather than calling the method.
      OutputStream out = _request("_set_theField", true);
      out.write_long(newTheField);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      theField(newTheField);
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public void destroy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("destroy", true);
      input = _invoke(output);
    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();

      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      destroy();
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public Policy copy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("copy", true);
      input = _invoke(output);
      return PolicyHelper.read(input);
    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();

      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      return copy();
    }
  finally
    {
      _releaseReply(input);
    }
}

/**
 * Get the definition kind of the remote IDL type object. The method is
 * written following OMG specification, treating the typecode
 * as a read only attribute rather than a method. This means,
 * the operation name is "_get_def_kind".
 *
 * @return a definition kind, returned by remote IDL type object.
 */
public DefinitionKind def_kind()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("_get_def_kind", true);
      in = _invoke(out);
      return DefinitionKindHelper.read(in);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new org.omg.CORBA.MARSHAL(ex.getId());
    }
  catch (RemarshalException rex)
    {
      return def_kind();
    }
  finally
    {
      _releaseReply(in);
    }
}

/**
 * Destroy the remote IDL type object.
 */
public void destroy()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("destroy", true);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new org.omg.CORBA.MARSHAL(ex.getId());
    }
  catch (RemarshalException rex)
    {
      destroy();
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public NamingContext new_context()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("new_context", true);
      in = _invoke(out);

      NamingContext __result = NamingContextHelper.read(in);
      return __result;
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException remarsh)
    {
      return new_context();
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public void components_established(IORInfo info)
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("components_established", true);
      output.write_Object(info);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      components_established(info);
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public void establish_components(IORInfo info)
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("establish_components", true);
      output.write_Object(info);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      establish_components(info);
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public void destroy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("destroy", true);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      destroy();
    }
  finally
    {
      _releaseReply(input);
    }
}

/**
 * One way call of the remote method.
 */
public void sayHello()
{
  InputStream in = null;
  try
    {
      // As we do not expect any response, the second
      // parameter is 'false'.
      OutputStream out = _request("sayHello", false);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      sayHello();
    }
  finally
    {
      _releaseReply(in);
    }
}

/**
 * Set the field value.
 */
public void theField(int newTheField)
{
  InputStream in = null;
  try
    {
      // The special name of operation instructs just to set
      // the field value rather than calling the method.
      OutputStream out = _request("_set_theField", true);
      out.write_long(newTheField);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      theField(newTheField);
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public void destroy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("destroy", true);
      input = _invoke(output);
    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();

      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      destroy();
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public Policy copy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("copy", true);
      input = _invoke(output);
      return PolicyHelper.read(input);
    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();

      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      return copy();
    }
  finally
    {
      _releaseReply(input);
    }
}

/**
 * Get the definition kind of the remote IDL type object. The method is
 * written following OMG specification, treating the typecode
 * as a read only attribute rather than a method. This means,
 * the operation name is "_get_def_kind".
 *
 * @return a definition kind, returned by remote IDL type object.
 */
public DefinitionKind def_kind()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("_get_def_kind", true);
      in = _invoke(out);
      return DefinitionKindHelper.read(in);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new org.omg.CORBA.MARSHAL(ex.getId());
    }
  catch (RemarshalException rex)
    {
      return def_kind();
    }
  finally
    {
      _releaseReply(in);
    }
}

/**
 * Destroy the remote IDL type object.
 */
public void destroy()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("destroy", true);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new org.omg.CORBA.MARSHAL(ex.getId());
    }
  catch (RemarshalException rex)
    {
      destroy();
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public NamingContext new_context()
{
  InputStream in = null;
  try
    {
      OutputStream out = _request("new_context", true);
      in = _invoke(out);

      NamingContext __result = NamingContextHelper.read(in);
      return __result;
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException remarsh)
    {
      return new_context();
    }
  finally
    {
      _releaseReply(in);
    }
}

/** {@inheritDoc} */
public void components_established(IORInfo info)
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("components_established", true);
      output.write_Object(info);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      components_established(info);
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public void establish_components(IORInfo info)
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("establish_components", true);
      output.write_Object(info);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      establish_components(info);
    }
  finally
    {
      _releaseReply(input);
    }
}

/** {@inheritDoc} */
public void destroy()
{
  InputStream input = null;
  try
    {
      OutputStream output = _request("destroy", true);
      input = _invoke(output);

    }
  catch (ApplicationException ex)
    {
      input = ex.getInputStream();
      String id = ex.getId();
      throw new MARSHAL(id);
    }
  catch (RemarshalException remarsh)
    {
      destroy();
    }
  finally
    {
      _releaseReply(input);
    }
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

public Exception readException( ApplicationException ae )
{
    // Note that the exception ID is present in both ae
    // and in the input stream from ae.  The exception
    // reader must actually read the exception ID from
    // the stream.
    InputStream is = (InputStream)ae.getInputStream() ;
    String excName = ae.getId() ;
    int index = findDeclaredException( excName ) ;
    if (index < 0) {
        excName = is.read_string() ;
        Exception res = new UnexpectedException( excName ) ;
        res.initCause( ae ) ;
        return res ;
    }

    return rws[index].read( is ) ;
}

/**
 * One way call of the remote method.
 */
public void sayHello()
{
  InputStream in = null;
  try
    {
      // As we do not expect any response, the second
      // parameter is 'false'.
      OutputStream out = _request("sayHello", false);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      sayHello();
    }
  finally
    {
      _releaseReply(in);
    }
}

/**
 * Set the field value.
 */
public void theField(int newTheField)
{
  InputStream in = null;
  try
    {
      // The special name of operation instructs just to set
      // the field value rather than calling the method.
      OutputStream out = _request("_set_theField", true);
      out.write_long(newTheField);
      in = _invoke(out);
    }
  catch (ApplicationException ex)
    {
      in = ex.getInputStream();
      throw new MARSHAL(ex.getId());
    }
  catch (RemarshalException _rm)
    {
      theField(newTheField);
    }
  finally
    {
      _releaseReply(in);
    }
}