TestLibraryPOA.java

package Sct_CalibrationController;


public abstract class TestLibraryPOA extends org.omg.PortableServer.Servant
 implements Sct_CalibrationController.TestLibraryOperations, org.omg.CORBA.portable.InvokeHandler
{

  // Constructors

  private static java.util.Hashtable _methods = new java.util.Hashtable ();
  static
  {
    _methods.put ("responseCurve", new java.lang.Integer (0));
    _methods.put ("threePointGain", new java.lang.Integer (1));
    _methods.put ("strobeDelay", new java.lang.Integer (2));
    _methods.put ("noiseOccupancy", new java.lang.Integer (3));
    _methods.put ("pipeline", new java.lang.Integer (4));
    _methods.put ("fullBypassBarrel", new java.lang.Integer (5));
    _methods.put ("fullBypassEndcap", new java.lang.Integer (6));
    _methods.put ("trimRange", new java.lang.Integer (7));
    _methods.put ("timeWalk", new java.lang.Integer (8));
    _methods.put ("nmask", new java.lang.Integer (9));
    _methods.put ("rxDelay", new java.lang.Integer (10));
    _methods.put ("rxThreshold", new java.lang.Integer (11));
  }

  public org.omg.CORBA.portable.OutputStream _invoke (String $method,
                                org.omg.CORBA.portable.InputStream in,
                                org.omg.CORBA.portable.ResponseHandler $rh)
  {
    org.omg.CORBA.portable.OutputStream out = null;
    java.lang.Integer __method = (java.lang.Integer)_methods.get ($method);
    if (__method == null)
      throw new org.omg.CORBA.BAD_OPERATION (0, org.omg.CORBA.CompletionStatus.COMPLETED_MAYBE);

    switch (__method.intValue ())
    {
       case 0:  // Sct_CalibrationController/TestLibrary/responseCurve
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.responseCurve ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 1:  // Sct_CalibrationController/TestLibrary/threePointGain
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.threePointGain ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 2:  // Sct_CalibrationController/TestLibrary/strobeDelay
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.strobeDelay ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 3:  // Sct_CalibrationController/TestLibrary/noiseOccupancy
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.noiseOccupancy ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 4:  // Sct_CalibrationController/TestLibrary/pipeline
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.pipeline ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 5:  // Sct_CalibrationController/TestLibrary/fullBypassBarrel
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.fullBypassBarrel ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 6:  // Sct_CalibrationController/TestLibrary/fullBypassEndcap
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.fullBypassEndcap ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 7:  // Sct_CalibrationController/TestLibrary/trimRange
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.trimRange ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 8:  // Sct_CalibrationController/TestLibrary/timeWalk
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.timeWalk ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 9:  // Sct_CalibrationController/TestLibrary/nmask
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.nmask ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 10:  // Sct_CalibrationController/TestLibrary/rxDelay
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.rxDelay ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       case 11:  // Sct_CalibrationController/TestLibrary/rxThreshold
       {
         Sct_CalibrationController.TestRequest $result = null;
         $result = this.rxThreshold ();
         out = $rh.createReply();
         Sct_CalibrationController.TestRequestHelper.write (out, $result);
         break;
       }

       default:
         throw new org.omg.CORBA.BAD_OPERATION (0, org.omg.CORBA.CompletionStatus.COMPLETED_MAYBE);
    }

    return out;
  } // _invoke

  // Type-specific CORBA::Object operations
  private static String[] __ids = {
    "IDL:Sct_CalibrationController/TestLibrary:1.0"};

  public String[] _all_interfaces (org.omg.PortableServer.POA poa, byte[] objectId)
  {
    return (String[])__ids.clone ();
  }

  public TestLibrary _this() 
  {
    return TestLibraryHelper.narrow(
    super._this_object());
  }

  public TestLibrary _this(org.omg.CORBA.ORB orb) 
  {
    return TestLibraryHelper.narrow(
    super._this_object(orb));
  }


} // class TestLibraryPOA

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