// ************************************************************************ //
// WARNING                                                                    
// -------                                                                    
// The types declared in this file were generated from data read from a       
// Type Library. If this type library is explicitly or indirectly (via        
// another type library referring to this type library) re-imported, or the   
// 'Refresh' command of the Type Library Editor activated while editing the   
// Type Library, the contents of this file will be regenerated and all        
// manual modifications will be lost.                                         
// ************************************************************************ //

// C++ TLBWRTR : $Revision:   1.151.1.0.1.27  $
// File generated on 2004-04-12 18:56:01 from Type Library described below.

// ************************************************************************  //
// Type Lib: D:\MS PARK\develop_project\QXDM\qxdm.tlb (1)
// LIBID: {7EF1A2E3-38BB-11D3-9883-0008C78F1716}
// LCID: 0
// Helpfile: 
// HelpString: 
// DepndLst: 
//   (1) v2.0 stdole, (C:\WINNT\system32\stdole2.tlb)
// ************************************************************************ //
#ifndef   qxdm_TLBH
#define   qxdm_TLBH

#pragma option push -b -w-inl

#include <utilcls.h>
#if !defined(__UTILCLS_H_VERSION) || (__UTILCLS_H_VERSION < 0x0600)
//
// The code generated by the TLIBIMP utility or the Import|TypeLibrary 
// and Import|ActiveX feature of C++Builder rely on specific versions of
// the header file UTILCLS.H found in the INCLUDE\VCL directory. If an 
// older version of the file is detected, you probably need an update/patch.
//
#error "This file requires a newer version of the header UTILCLS.H" \
       "You need to apply an update/patch to your copy of C++Builder"
#endif
#include <olectl.h>
#include <ocidl.h>
#if defined(USING_ATLVCL) || defined(USING_ATL)
#if !defined(__TLB_NO_EVENT_WRAPPERS)
#include <atl/atlmod.h>
#endif
#endif


// *********************************************************************//
// Forward reference of some VCL types (to avoid including STDVCL.HPP)    
// *********************************************************************//
namespace Stdvcl {class IStrings; class IStringsDisp;}
using namespace Stdvcl;
typedef TComInterface<IStrings> IStringsPtr;
typedef TComInterface<IStringsDisp> IStringsDispPtr;

namespace Qxdm_tlb
{

// *********************************************************************//
// HelpString: 
// Version:    1.0
// *********************************************************************//


// *********************************************************************//
// GUIDS declared in the TypeLibrary. Following prefixes are used:        
//   Type Libraries     : LIBID_xxxx                                      
//   CoClasses          : CLSID_xxxx                                      
//   DISPInterfaces     : DIID_xxxx                                       
//   Non-DISP interfaces: IID_xxxx                                        
// *********************************************************************//
extern "C" const __declspec(selectany) GUID LIBID_qxdm = {0x7EF1A2E3, 0x38BB, 0x11D3,{ 0x98, 0x83, 0x00,0x08, 0xC7, 0x8F,0x17, 0x16} };
extern "C" const __declspec(selectany) GUID DIID_IQxdm = {0xC6739993, 0x3940, 0x11D3,{ 0x98, 0x84, 0x00,0x08, 0xC7, 0x8F,0x17, 0x16} };
extern "C" const __declspec(selectany) GUID CLSID_Document = {0xC6739994, 0x3940, 0x11D3,{ 0x98, 0x84, 0x00,0x08, 0xC7, 0x8F,0x17, 0x16} };

// *********************************************************************//
// Forward declaration of types defined in TypeLibrary                    
// *********************************************************************//
interface DECLSPEC_UUID("{C6739993-3940-11D3-9884-0008C78F1716}") IQxdm;
typedef TComInterface<IQxdm, &DIID_IQxdm> IQxdmPtr;


// *********************************************************************//
// Declaration of CoClasses defined in Type Library                       
// (NOTE: Here we map each CoClass to its Default Interface)              
//                                                                        
// The LIBID_OF_ macro(s) map a LIBID_OF_CoClassName to the GUID of this  
// TypeLibrary. It simplifies the updating of macros when CoClass name    
// change.                                                                
// *********************************************************************//
typedef IQxdm Document;
typedef IQxdmPtr DocumentPtr;

#define LIBID_OF_Document (&LIBID_qxdm)
// *********************************************************************//
// Interface: IQxdm
// Flags:     (4096) Dispatchable
// GUID:      {C6739993-3940-11D3-9884-0008C78F1716}
// *********************************************************************//
interface IQxdm : public TDispWrapper<IDispatch>
{
  void __fastcall InjectDmIcdPacket(BSTR Packet, long Len)
  {
    _TDispID _dispid(/* InjectDmIcdPacket */ DISPID(106));
    TAutoArgs<2> _args;
    _args[1] = Packet /*[VT_BSTR:0]*/;
    _args[2] = Len /*[VT_I4:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall SetLoggingOff(BSTR FileName)
  {
    _TDispID _dispid(/* SetLoggingOff */ DISPID(102));
    TAutoArgs<1> _args;
    _args[1] = FileName /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall LoadConfig(BSTR FileName)
  {
    _TDispID _dispid(/* LoadConfig */ DISPID(116));
    TAutoArgs<1> _args;
    _args[1] = FileName /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  long __fastcall LogMaskOff(short LogCode, short EquipmentId)
  {
    _TDispID _dispid(/* LogMaskOff */ DISPID(114));
    TAutoArgs<2> _args;
    _args[1] = LogCode /*[VT_I2:0]*/;
    _args[2] = EquipmentId /*[VT_I2:0]*/;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall SetLoggingOnEx(BSTR LogMask, short EquipId)
  {
    _TDispID _dispid(/* SetLoggingOnEx */ DISPID(115));
    TAutoArgs<2> _args;
    _args[1] = LogMask /*[VT_BSTR:0]*/;
    _args[2] = EquipId /*[VT_I2:0]*/;
    OleProcedure(_dispid, _args);
  }

  long __fastcall ResetPhone()
  {
    _TDispID _dispid(/* ResetPhone */ DISPID(104));
    TAutoArgs<0> _args;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  long __fastcall SendDmIcdPacket(BSTR ReqPkt, long ReqLen, long tmo)
  {
    _TDispID _dispid(/* SendDmIcdPacket */ DISPID(103));
    TAutoArgs<3> _args;
    _args[1] = ReqPkt /*[VT_BSTR:0]*/;
    _args[2] = ReqLen /*[VT_I4:0]*/;
    _args[3] = tmo /*[VT_I4:0]*/;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  long __fastcall OfflineDigital()
  {
    _TDispID _dispid(/* OfflineDigital */ DISPID(105));
    TAutoArgs<0> _args;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall SetLoggingOn(BSTR MaskString)
  {
    _TDispID _dispid(/* SetLoggingOn */ DISPID(101));
    TAutoArgs<1> _args;
    _args[1] = MaskString /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  BSTR __fastcall AutoTest()
  {
    _TDispID _dispid(/* AutoTest */ DISPID(100));
    TAutoArgs<0> _args;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall SendScript(BSTR Command)
  {
    _TDispID _dispid(/* SendScript */ DISPID(107));
    TAutoArgs<1> _args;
    _args[1] = Command /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall QXDMTextOut(BSTR TextString)
  {
    _TDispID _dispid(/* QXDMTextOut */ DISPID(108));
    TAutoArgs<1> _args;
    _args[1] = TextString /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  VARIANT_BOOL __fastcall SetPPPLoggingOn(BSTR pLogFile)
  {
    _TDispID _dispid(/* SetPPPLoggingOn */ DISPID(112));
    TAutoArgs<1> _args;
    _args[1] = pLogFile /*[VT_BSTR:0]*/;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  VARIANT __fastcall SendDmIcdPacketEx(VARIANT Packet, long tmo)
  {
    _TDispID _dispid(/* SendDmIcdPacketEx */ DISPID(110));
    TAutoArgs<2> _args;
    _args[1] = Packet /*[VT_VARIANT:0]*/;
    _args[2] = tmo /*[VT_I4:0]*/;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  VARIANT_BOOL __fastcall SetPPPLoggingOff()
  {
    _TDispID _dispid(/* SetPPPLoggingOff */ DISPID(111));
    TAutoArgs<0> _args;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall ClearView(BSTR viewName)
  {
    _TDispID _dispid(/* ClearView */ DISPID(118));
    TAutoArgs<1> _args;
    _args[1] = viewName /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall CopyAllToFile(BSTR viewName, BSTR FileName)
  {
    _TDispID _dispid(/* CopyAllToFile */ DISPID(119));
    TAutoArgs<2> _args;
    _args[1] = viewName /*[VT_BSTR:0]*/;
    _args[2] = FileName /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall SaveConfig(BSTR FileName)
  {
    _TDispID _dispid(/* SaveConfig */ DISPID(117));
    TAutoArgs<1> _args;
    _args[1] = FileName /*[VT_BSTR:0]*/;
    OleProcedure(_dispid, _args);
  }

  void __fastcall QuitApplication()
  {
    _TDispID _dispid(/* QuitApplication */ DISPID(109));
    OleProcedure(_dispid);
  }

  long __fastcall LogMaskOn(short LogCode, short EquipmentId)
  {
    _TDispID _dispid(/* LogMaskOn */ DISPID(113));
    TAutoArgs<2> _args;
    _args[1] = LogCode /*[VT_I2:0]*/;
    _args[2] = EquipmentId /*[VT_I2:0]*/;
    OleFunction(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_COMPort(short /*[VT_I2:0]*/ Value)
  {
    _TDispID _dispid(/* COMPort */ DISPID(7));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  short /*[VT_I2:0]*/ __fastcall get_COMPort()
  {
    _TDispID _dispid(/* COMPort */ DISPID(7));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_Visible(VARIANT_BOOL /*[VT_BOOL:0]*/ Value)
  {
    _TDispID _dispid(/* Visible */ DISPID(6));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  VARIANT_BOOL /*[VT_BOOL:0]*/ __fastcall get_Visible()
  {
    _TDispID _dispid(/* Visible */ DISPID(6));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_ResponsePacket(BSTR /*[VT_BSTR:0]*/ Value)
  {
    _TDispID _dispid(/* ResponsePacket */ DISPID(5));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  BSTR /*[VT_BSTR:0]*/ __fastcall get_ResponsePacket()
  {
    _TDispID _dispid(/* ResponsePacket */ DISPID(5));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_IsPhoneConnected(long /*[VT_I4:0]*/ Value)
  {
    _TDispID _dispid(/* IsPhoneConnected */ DISPID(4));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  long /*[VT_I4:0]*/ __fastcall get_IsPhoneConnected()
  {
    _TDispID _dispid(/* IsPhoneConnected */ DISPID(4));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_DipSwitchMask(long /*[VT_I4:0]*/ Value)
  {
    _TDispID _dispid(/* DipSwitchMask */ DISPID(3));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  long /*[VT_I4:0]*/ __fastcall get_DipSwitchMask()
  {
    _TDispID _dispid(/* DipSwitchMask */ DISPID(3));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_DataRate(long /*[VT_I4:0]*/ Value)
  {
    _TDispID _dispid(/* DataRate */ DISPID(2));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  long /*[VT_I4:0]*/ __fastcall get_DataRate()
  {
    _TDispID _dispid(/* DataRate */ DISPID(2));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }

  void __fastcall set_LogMask(BSTR /*[VT_BSTR:0]*/ Value)
  {
    _TDispID _dispid(/* LogMask */ DISPID(1));
    TAutoArgs<1> _args;
    _args[1] = Value;
    OlePropertyPut(_dispid, _args);
  }

  BSTR /*[VT_BSTR:0]*/ __fastcall get_LogMask()
  {
    _TDispID _dispid(/* LogMask */ DISPID(1));
    TAutoArgs<0> _args;
    OlePropertyGet(_dispid, _args);
    return _args.GetRetVariant();
  }


  __property   short           COMPort = {read = get_COMPort, write = set_COMPort};
  __property   VARIANT_BOOL    Visible = {read = get_Visible, write = set_Visible};
  __property   BSTR            ResponsePacket = {read = get_ResponsePacket, write = set_ResponsePacket};
  __property   long            IsPhoneConnected = {read = get_IsPhoneConnected, write = set_IsPhoneConnected};
  __property   long            DipSwitchMask = {read = get_DipSwitchMask, write = set_DipSwitchMask};
  __property   long            DataRate = {read = get_DataRate, write = set_DataRate};
  __property   BSTR            LogMask = {read = get_LogMask, write = set_LogMask};
};
#if !defined(__TLB_NO_INTERFACE_WRAPPERS)
// *********************************************************************//
// DispIntf:  IQxdm
// Flags:     (4096) Dispatchable
// GUID:      {C6739993-3940-11D3-9884-0008C78F1716}
// *********************************************************************//
template<class T>
class IQxdmDispT : public TAutoDriver<IQxdm>
{
public:
  IQxdmDispT(){}

  IQxdmDispT(IQxdm *pintf)
  {
    TAutoDriver<IQxdm>::Bind(pintf, false);
  }

  IQxdmDispT(IQxdmPtr pintf)
  {
    TAutoDriver<IQxdm>::Bind(pintf, true);
  }

  IQxdmDispT& operator=(IQxdm *pintf)
  {
    TAutoDriver<IQxdm>::Bind(pintf, false);
    return *this;
  }

  IQxdmDispT& operator=(IQxdmPtr pintf)
  {
    TAutoDriver<IQxdm>::Bind(pintf, true);
    return *this;
  }

  HRESULT BindDefault()
  {
    return OLECHECK(Bind(CLSID_Document));
  }

  HRESULT BindRunning()
  {
    return BindToActive(CLSID_Document);
  }

  void            __fastcall InjectDmIcdPacket(BSTR Packet, long Len);
  void            __fastcall SetLoggingOff(BSTR FileName);
  void            __fastcall LoadConfig(BSTR FileName);
  long            __fastcall LogMaskOff(short LogCode, short EquipmentId);
  void            __fastcall SetLoggingOnEx(BSTR LogMask, short EquipId);
  long            __fastcall ResetPhone();
  long            __fastcall SendDmIcdPacket(BSTR ReqPkt, long ReqLen, long tmo);
  long            __fastcall OfflineDigital();
  void            __fastcall SetLoggingOn(BSTR MaskString);
  BSTR            __fastcall AutoTest();
  void            __fastcall SendScript(BSTR Command);
  void            __fastcall QXDMTextOut(BSTR TextString);
  VARIANT_BOOL    __fastcall SetPPPLoggingOn(BSTR pLogFile);
  VARIANT         __fastcall SendDmIcdPacketEx(VARIANT Packet, long tmo);
  VARIANT_BOOL    __fastcall SetPPPLoggingOff();
  void            __fastcall ClearView(BSTR viewName);
  void            __fastcall CopyAllToFile(BSTR viewName, BSTR FileName);
  void            __fastcall SaveConfig(BSTR FileName);
  void            __fastcall QuitApplication();
  long            __fastcall LogMaskOn(short LogCode, short EquipmentId);
  void            __fastcall set_COMPort(short Value);
  short           __fastcall get_COMPort();
  void            __fastcall set_Visible(VARIANT_BOOL Value);
  VARIANT_BOOL    __fastcall get_Visible();
  void            __fastcall set_ResponsePacket(BSTR Value);
  BSTR            __fastcall get_ResponsePacket();
  void            __fastcall set_IsPhoneConnected(long Value);
  long            __fastcall get_IsPhoneConnected();
  void            __fastcall set_DipSwitchMask(long Value);
  long            __fastcall get_DipSwitchMask();
  void            __fastcall set_DataRate(long Value);
  long            __fastcall get_DataRate();
  void            __fastcall set_LogMask(BSTR Value);
  BSTR            __fastcall get_LogMask();

  __property   short           COMPort = {read = get_COMPort, write = set_COMPort};
  __property   VARIANT_BOOL    Visible = {read = get_Visible, write = set_Visible};
  __property   BSTR            ResponsePacket = {read = get_ResponsePacket, write = set_ResponsePacket};
  __property   long            IsPhoneConnected = {read = get_IsPhoneConnected, write = set_IsPhoneConnected};
  __property   long            DipSwitchMask = {read = get_DipSwitchMask, write = set_DipSwitchMask};
  __property   long            DataRate = {read = get_DataRate, write = set_DataRate};
  __property   BSTR            LogMask = {read = get_LogMask, write = set_LogMask};
};
typedef IQxdmDispT<IQxdm> IQxdmDisp;

// *********************************************************************//
// DispIntf:  IQxdm
// Flags:     (4096) Dispatchable
// GUID:      {C6739993-3940-11D3-9884-0008C78F1716}
// *********************************************************************//
template <class T> void __fastcall
IQxdmDispT<T>::InjectDmIcdPacket(BSTR Packet, long Len)
{
  _TDispID _dispid(*this, OLETEXT("InjectDmIcdPacket"), DISPID(106));
  TAutoArgs<2> _args;
  _args[1] = Packet /*[VT_BSTR:0]*/;
  _args[2] = Len /*[VT_I4:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::SetLoggingOff(BSTR FileName)
{
  _TDispID _dispid(*this, OLETEXT("SetLoggingOff"), DISPID(102));
  TAutoArgs<1> _args;
  _args[1] = FileName /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::LoadConfig(BSTR FileName)
{
  _TDispID _dispid(*this, OLETEXT("LoadConfig"), DISPID(116));
  TAutoArgs<1> _args;
  _args[1] = FileName /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> long __fastcall
IQxdmDispT<T>::LogMaskOff(short LogCode, short EquipmentId)
{
  _TDispID _dispid(*this, OLETEXT("LogMaskOff"), DISPID(114));
  TAutoArgs<2> _args;
  _args[1] = LogCode /*[VT_I2:0]*/;
  _args[2] = EquipmentId /*[VT_I2:0]*/;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::SetLoggingOnEx(BSTR LogMask, short EquipId)
{
  _TDispID _dispid(*this, OLETEXT("SetLoggingOnEx"), DISPID(115));
  TAutoArgs<2> _args;
  _args[1] = LogMask /*[VT_BSTR:0]*/;
  _args[2] = EquipId /*[VT_I2:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> long __fastcall
IQxdmDispT<T>::ResetPhone()
{
  _TDispID _dispid(*this, OLETEXT("ResetPhone"), DISPID(104));
  TAutoArgs<0> _args;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> long __fastcall
IQxdmDispT<T>::SendDmIcdPacket(BSTR ReqPkt, long ReqLen, long tmo)
{
  _TDispID _dispid(*this, OLETEXT("SendDmIcdPacket"), DISPID(103));
  TAutoArgs<3> _args;
  _args[1] = ReqPkt /*[VT_BSTR:0]*/;
  _args[2] = ReqLen /*[VT_I4:0]*/;
  _args[3] = tmo /*[VT_I4:0]*/;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> long __fastcall
IQxdmDispT<T>::OfflineDigital()
{
  _TDispID _dispid(*this, OLETEXT("OfflineDigital"), DISPID(105));
  TAutoArgs<0> _args;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::SetLoggingOn(BSTR MaskString)
{
  _TDispID _dispid(*this, OLETEXT("SetLoggingOn"), DISPID(101));
  TAutoArgs<1> _args;
  _args[1] = MaskString /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> BSTR __fastcall
IQxdmDispT<T>::AutoTest()
{
  _TDispID _dispid(*this, OLETEXT("AutoTest"), DISPID(100));
  TAutoArgs<0> _args;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::SendScript(BSTR Command)
{
  _TDispID _dispid(*this, OLETEXT("SendScript"), DISPID(107));
  TAutoArgs<1> _args;
  _args[1] = Command /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::QXDMTextOut(BSTR TextString)
{
  _TDispID _dispid(*this, OLETEXT("QXDMTextOut"), DISPID(108));
  TAutoArgs<1> _args;
  _args[1] = TextString /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> VARIANT_BOOL __fastcall
IQxdmDispT<T>::SetPPPLoggingOn(BSTR pLogFile)
{
  _TDispID _dispid(*this, OLETEXT("SetPPPLoggingOn"), DISPID(112));
  TAutoArgs<1> _args;
  _args[1] = pLogFile /*[VT_BSTR:0]*/;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> VARIANT __fastcall
IQxdmDispT<T>::SendDmIcdPacketEx(VARIANT Packet, long tmo)
{
  _TDispID _dispid(*this, OLETEXT("SendDmIcdPacketEx"), DISPID(110));
  TAutoArgs<2> _args;
  _args[1] = Packet /*[VT_VARIANT:0]*/;
  _args[2] = tmo /*[VT_I4:0]*/;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> VARIANT_BOOL __fastcall
IQxdmDispT<T>::SetPPPLoggingOff()
{
  _TDispID _dispid(*this, OLETEXT("SetPPPLoggingOff"), DISPID(111));
  TAutoArgs<0> _args;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::ClearView(BSTR viewName)
{
  _TDispID _dispid(*this, OLETEXT("ClearView"), DISPID(118));
  TAutoArgs<1> _args;
  _args[1] = viewName /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::CopyAllToFile(BSTR viewName, BSTR FileName)
{
  _TDispID _dispid(*this, OLETEXT("CopyAllToFile"), DISPID(119));
  TAutoArgs<2> _args;
  _args[1] = viewName /*[VT_BSTR:0]*/;
  _args[2] = FileName /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::SaveConfig(BSTR FileName)
{
  _TDispID _dispid(*this, OLETEXT("SaveConfig"), DISPID(117));
  TAutoArgs<1> _args;
  _args[1] = FileName /*[VT_BSTR:0]*/;
  OleProcedure(_dispid, _args);
}

template <class T> void __fastcall
IQxdmDispT<T>::QuitApplication()
{
  _TDispID _dispid(*this, OLETEXT("QuitApplication"), DISPID(109));
  OleProcedure(_dispid);
}

template <class T> long __fastcall
IQxdmDispT<T>::LogMaskOn(short LogCode, short EquipmentId)
{
  _TDispID _dispid(*this, OLETEXT("LogMaskOn"), DISPID(113));
  TAutoArgs<2> _args;
  _args[1] = LogCode /*[VT_I2:0]*/;
  _args[2] = EquipmentId /*[VT_I2:0]*/;
  OleFunction(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_COMPort(short /*[VT_I2:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("COMPort"), DISPID(7));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> short /*[VT_I2:0]*/ __fastcall
IQxdmDispT<T>::get_COMPort()
{
  _TDispID _dispid(*this, OLETEXT("COMPort"), DISPID(7));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_Visible(VARIANT_BOOL /*[VT_BOOL:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("Visible"), DISPID(6));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> VARIANT_BOOL /*[VT_BOOL:0]*/ __fastcall
IQxdmDispT<T>::get_Visible()
{
  _TDispID _dispid(*this, OLETEXT("Visible"), DISPID(6));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_ResponsePacket(BSTR /*[VT_BSTR:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("ResponsePacket"), DISPID(5));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> BSTR /*[VT_BSTR:0]*/ __fastcall
IQxdmDispT<T>::get_ResponsePacket()
{
  _TDispID _dispid(*this, OLETEXT("ResponsePacket"), DISPID(5));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_IsPhoneConnected(long /*[VT_I4:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("IsPhoneConnected"), DISPID(4));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> long /*[VT_I4:0]*/ __fastcall
IQxdmDispT<T>::get_IsPhoneConnected()
{
  _TDispID _dispid(*this, OLETEXT("IsPhoneConnected"), DISPID(4));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_DipSwitchMask(long /*[VT_I4:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("DipSwitchMask"), DISPID(3));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> long /*[VT_I4:0]*/ __fastcall
IQxdmDispT<T>::get_DipSwitchMask()
{
  _TDispID _dispid(*this, OLETEXT("DipSwitchMask"), DISPID(3));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_DataRate(long /*[VT_I4:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("DataRate"), DISPID(2));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> long /*[VT_I4:0]*/ __fastcall
IQxdmDispT<T>::get_DataRate()
{
  _TDispID _dispid(*this, OLETEXT("DataRate"), DISPID(2));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

template <class T> void __fastcall
IQxdmDispT<T>::set_LogMask(BSTR /*[VT_BSTR:0]*/ Value)
{
  _TDispID _dispid(*this, OLETEXT("LogMask"), DISPID(1));
  TAutoArgs<1> _args;
  _args[1] = Value;
  OlePropertyPut(_dispid, _args);
}

template <class T> BSTR /*[VT_BSTR:0]*/ __fastcall
IQxdmDispT<T>::get_LogMask()
{
  _TDispID _dispid(*this, OLETEXT("LogMask"), DISPID(1));
  TAutoArgs<0> _args;
  OlePropertyGet(_dispid, _args);
  return _args.GetRetVariant();
}

// *********************************************************************//
// The following typedefs expose classes (named CoCoClassName) that       
// provide static Create() and CreateRemote(LPWSTR machineName) methods   
// for creating an instance of an exposed object. These functions can     
// be used by client wishing to automate CoClasses exposed by this        
// typelibrary.                                                           
// *********************************************************************//
#endif  //   __TLB_NO_INTERFACE_WRAPPERS


};     // namespace Qxdm_tlb

#if !defined(NO_IMPLICIT_NAMESPACE_USE)
using  namespace Qxdm_tlb;
#endif

#pragma option pop

#endif // qxdm_TLBH