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  4. How to Integrate Qt6 in 64-bit Mode with MX Component Ver. 5 ?

How to Integrate Qt6 in 64-bit Mode with MX Component Ver. 5 ?

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plcmx componentactivexdumpcpp64-bit
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  • H Offline
    H Offline
    halowei
    wrote on 6 Nov 2023, 01:41 last edited by
    #1

    I have a question for the experts, and I'll describe the issue as follows:

    Operating System: Windows 10
    MX Components: MX Component Ver. 5

    Using Qt5 32-bit with dumpcpp, I can generate .h and .cpp files for ActUtlType.dll, and these files can connect to GX Simulator2.
    Using Qt6 64-bit with dumpcpp, I generate .h and .cpp files for ActUtlType64.exe, but they cannot connect to GX Simulator2.
    How can I seamlessly integrate Qt6 with MX Component Ver. 5, both in 64-bit mode?

    C 1 Reply Last reply 6 Nov 2023, 05:47
    0
    • H halowei
      6 Nov 2023, 01:41

      I have a question for the experts, and I'll describe the issue as follows:

      Operating System: Windows 10
      MX Components: MX Component Ver. 5

      Using Qt5 32-bit with dumpcpp, I can generate .h and .cpp files for ActUtlType.dll, and these files can connect to GX Simulator2.
      Using Qt6 64-bit with dumpcpp, I generate .h and .cpp files for ActUtlType64.exe, but they cannot connect to GX Simulator2.
      How can I seamlessly integrate Qt6 with MX Component Ver. 5, both in 64-bit mode?

      C Offline
      C Offline
      ChrisW67
      wrote on 6 Nov 2023, 05:47 last edited by
      #2

      @halowei said in How to Integrate Qt6 in 64-bit Mode with MX Component Ver. 5 ?:

      Using Qt6 64-bit with dumpcpp, I generate .h and .cpp files for ActUtlType64.exe, but they cannot connect to GX Simulator2.

      Are you referring to this? https://www.mitsubishielectric.com/fa/products/cnt/plceng/smerit/mx_component/index.html

      Apart of from observing that you appear to be using an in-process component in Qt 5, and an out-of-process component in Qt 6 we can only guess what "cannot connect" means.

      Please provide more information and code.

      H 1 Reply Last reply 6 Nov 2023, 07:23
      0
      • C ChrisW67
        6 Nov 2023, 05:47

        @halowei said in How to Integrate Qt6 in 64-bit Mode with MX Component Ver. 5 ?:

        Using Qt6 64-bit with dumpcpp, I generate .h and .cpp files for ActUtlType64.exe, but they cannot connect to GX Simulator2.

        Are you referring to this? https://www.mitsubishielectric.com/fa/products/cnt/plceng/smerit/mx_component/index.html

        Apart of from observing that you appear to be using an in-process component in Qt 5, and an out-of-process component in Qt 6 we can only guess what "cannot connect" means.

        Please provide more information and code.

        H Offline
        H Offline
        halowei
        wrote on 6 Nov 2023, 07:23 last edited by halowei 11 Jun 2023, 07:29
        #3

        @ChrisW67

        • ActUtlType.dll and ActUtlType64.exe are both installed from MX Component Ver. 5.
        • A GX Simulator 2 instance is created using GX Works 2 to write a simple program and enable simulation mode, allowing program connection without a physical PLC.
          Subsequently, the Communication Setup Utility provided by MX Component Ver. 5 is used to configure the connection.

        MX Component Ver. 5 referring to this
        https://www.mitsubishielectric-fa.cn/site/file-software-detail?id=27

        GX Works 2 referring to this
        https://www.mitsubishielectric-fa.cn/site/file-software-detail?id=18

        In Qt6 (Qt6.5.2 MSVC2019 64bit )

        af729db9-59f3-4228-b4c1-a3cfa7f9c0d2-image.png

        // in mainwindow.cpp

ActUtlType64Lib::ActUtlType64 *m = new ActUtlType64Lib::ActUtlType64(this);
m->SetActLogicalStationNumber(0);
m->Open();

        In Qt5 (Qt5.15.2 MSVC2019 32bit )

        擷取.PNG

        // in mainwindow.cpp

ActUtlTypeLib::ActUtlType *m = new ActUtlTypeLib::ActUtlType(this);
m->SetActLogicalStationNumber(0);
m->Open();
        H 1 Reply Last reply 7 Nov 2023, 08:41
        0
        • H halowei
          6 Nov 2023, 07:23

          @ChrisW67

          • ActUtlType.dll and ActUtlType64.exe are both installed from MX Component Ver. 5.
          • A GX Simulator 2 instance is created using GX Works 2 to write a simple program and enable simulation mode, allowing program connection without a physical PLC.
            Subsequently, the Communication Setup Utility provided by MX Component Ver. 5 is used to configure the connection.

          MX Component Ver. 5 referring to this
          https://www.mitsubishielectric-fa.cn/site/file-software-detail?id=27

          GX Works 2 referring to this
          https://www.mitsubishielectric-fa.cn/site/file-software-detail?id=18

          In Qt6 (Qt6.5.2 MSVC2019 64bit )

          af729db9-59f3-4228-b4c1-a3cfa7f9c0d2-image.png

          // in mainwindow.cpp

ActUtlType64Lib::ActUtlType64 *m = new ActUtlType64Lib::ActUtlType64(this);
m->SetActLogicalStationNumber(0);
m->Open();

          In Qt5 (Qt5.15.2 MSVC2019 32bit )

          擷取.PNG

          // in mainwindow.cpp

ActUtlTypeLib::ActUtlType *m = new ActUtlTypeLib::ActUtlType(this);
m->SetActLogicalStationNumber(0);
m->Open();
          H Offline
          H Offline
          halowei
          wrote on 7 Nov 2023, 08:41 last edited by
          #4

          @halowei

          • ActUtlType64.exe
          // Generated .IDL file (by the OLE/COM Object Viewer)
// 
// typelib filename: ActUtlType64.exe

[
  uuid(719A5FAB-EB1C-4B52-98BC-F8C9F6912D04),
  version(5.0),
  helpstring("ActUtlType64 Control"),
  custom(DE77BA64-517C-11D1-A2DA-0000F8773CE9, 134283886),
  custom(DE77BA63-517C-11D1-A2DA-0000F8773CE9, 2147483647),
  custom(DE77BA65-517C-11D1-A2DA-0000F8773CE9, "Created by MIDL version 8.01.0622 at Tue Jan 19 12:14:07 2038
")

]
library ActUtlType64Lib
{
    // TLib : OLE Automation : {00020430-0000-0000-C000-000000000046}
    importlib("stdole2.tlb");

    // Forward declare all types defined in this typelib
    interface IActUtlType64;

    [
      uuid(F0B1A112-BFCB-4DA3-9535-C296D69A17E0),
      helpstring("MITSUBISHI ActUtlType64 Control")
    ]
    coclass ActUtlType64 {
        [default] interface IActUtlType64;
    };

    [
      odl,
      uuid(174DD3F4-961E-4833-A4D2-6BFFE5DDFC6C),
      helpstring("IActUtlType64 Interface")
    ]
    interface IActUtlType64 : IUnknown {
        [propget, helpstring("Property ActLogicalStationNumber")]
        HRESULT _stdcall ActLogicalStationNumber([out, retval] long* pVal);
        [propput, helpstring("Property ActLogicalStationNumber")]
        HRESULT _stdcall ActLogicalStationNumber([in] long pVal);
        [propget, helpstring("Property ActPassword")]
        HRESULT _stdcall ActPassword([out, retval] BSTR* pVal);
        [propput, helpstring("Property ActPassword")]
        HRESULT _stdcall ActPassword([in] BSTR pVal);
        [helpstring("Method Open")]
        HRESULT _stdcall Open([out, retval] long* lplReturnCode);
        [helpstring("Method Close")]
        HRESULT _stdcall Close([out, retval] long* lplReturnCode);
        [helpstring("Method ReadDeviceBlock2")]
        HRESULT _stdcall ReadDeviceBlock2(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [out] short* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method WriteDeviceBlock2")]
        HRESULT _stdcall WriteDeviceBlock2(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [in] short* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method ReadDeviceRandom2")]
        HRESULT _stdcall ReadDeviceRandom2(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [out] short* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method WriteDeviceRandom2")]
        HRESULT _stdcall WriteDeviceRandom2(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [in] short* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method CheckControl")]
        HRESULT _stdcall CheckControl([out, retval] long* lplReturnCode);
        [helpstring("Method GetCpuType")]
        HRESULT _stdcall GetCpuType(
                        [out] BSTR* szCpuName, 
                        [out] long* lplCpuCode, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method SetCpuStatus")]
        HRESULT _stdcall SetCpuStatus(
                        [in] long lOperation, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method ReadDeviceBlock")]
        HRESULT _stdcall ReadDeviceBlock(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method WriteDeviceBlock")]
        HRESULT _stdcall WriteDeviceBlock(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [in] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method ReadDeviceRandom")]
        HRESULT _stdcall ReadDeviceRandom(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method WriteDeviceRandom")]
        HRESULT _stdcall WriteDeviceRandom(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [in] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method ReadBuffer")]
        HRESULT _stdcall ReadBuffer(
                        [in] long lStartIO, 
                        [in] long lAddress, 
                        [in] long lSize, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method WriteBuffer")]
        HRESULT _stdcall WriteBuffer(
                        [in] long lStartIO, 
                        [in] long lAddress, 
                        [in] long lSize, 
                        [in] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method GetClockData")]
        HRESULT _stdcall GetClockData(
                        [out] short* lpsYear, 
                        [out] short* lpsMonth, 
                        [out] short* lpsDay, 
                        [out] short* lpsDayOfWeek, 
                        [out] short* lpsHour, 
                        [out] short* lpsMinute, 
                        [out] short* lpsSecond, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method SetClockData")]
        HRESULT _stdcall SetClockData(
                        [in] short sYear, 
                        [in] short sMonth, 
                        [in] short sDay, 
                        [in] short sDayOfWeek, 
                        [in] short sHour, 
                        [in] short sMinute, 
                        [in] short sSecond, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method SetDevice")]
        HRESULT _stdcall SetDevice(
                        [in] BSTR szDevice, 
                        [in] long lData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method GetDevice")]
        HRESULT _stdcall GetDevice(
                        [in] BSTR szDevice, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method GetDevice2")]
        HRESULT _stdcall GetDevice2(
                        [in] BSTR szDevice, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [helpstring("Method SetDevice2")]
        HRESULT _stdcall SetDevice2(
                        [in] BSTR szDevice, 
                        [in] short sData, 
                        [out, retval] long* lplReturnCode);
    };
};
          • ActUtlType.dll
          // Generated .IDL file (by the OLE/COM Object Viewer)
// 
// typelib filename: ActUtlType.dll

[
  uuid(D217E54E-4A26-4A76-B0AB-57166B90F9AF),
  version(1.0),
  helpstring("MITSUBISHI ActUtlType Controls Ver1.0"),
  custom(DE77BA64-517C-11D1-A2DA-0000F8773CE9, 134283886),
  custom(DE77BA63-517C-11D1-A2DA-0000F8773CE9, 2147483647),
  custom(DE77BA65-517C-11D1-A2DA-0000F8773CE9, "Created by MIDL version 8.01.0622 at Tue Jan 19 12:14:07 2038
")

]
library ActUtlTypeLib
{
    // TLib : OLE Automation : {00020430-0000-0000-C000-000000000046}
    importlib("stdole2.tlb");

    // Forward declare all types defined in this typelib
    dispinterface _IActUtlTypeEvents;
    interface IActUtlType;
    dispinterface _IActMLUtlTypeEvents;
    interface IActMLUtlType;

    [
      uuid(0D40C842-E0AE-40FE-BB36-894B27D170BF),
      helpstring("_IActUtlTypeEvents Interface")
    ]
    dispinterface _IActUtlTypeEvents {
        properties:
        methods:
            [id(0x00000001), helpstring("Method OnDeviceStatus")]
            void OnDeviceStatus(
                            [in] BSTR szDevice, 
                            [in] long lData, 
                            [in] long lReturnCode);
    };

    [
      uuid(63885648-1785-41A4-82D5-C578D29E4DA8),
      helpstring("MITSUBISHI ActUtlType Control"),
      control
    ]
    coclass ActUtlType {
        [default] interface IActUtlType;
        [default, source] dispinterface _IActUtlTypeEvents;
    };

    [
      odl,
      uuid(F4A6601A-130D-4FEE-B4CD-7FACAE1011C6),
      helpstring("IActUtlType Interface"),
      dual,
      nonextensible,
      oleautomation
    ]
    interface IActUtlType : IDispatch {
        [id(0x00000001), propget, helpstring("Property ActLogicalStationNumber")]
        HRESULT ActLogicalStationNumber([out, retval] long* pVal);
        [id(0x00000001), propput, helpstring("Property ActLogicalStationNumber")]
        HRESULT ActLogicalStationNumber([in] long pVal);
        [id(0x00000002), helpstring("Method Open")]
        HRESULT Open([out, retval] long* lplReturnCode);
        [id(0x00000003), helpstring("Method Close")]
        HRESULT Close([out, retval] long* lplReturnCode);
        [id(0x00000004), helpstring("Method GetCpuType")]
        HRESULT GetCpuType(
                        [out] BSTR* szCpuName, 
                        [out] long* lplCpuCode, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000005), helpstring("Method SetCpuStatus")]
        HRESULT SetCpuStatus(
                        [in] long lOperation, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000006), helpstring("Method ReadDeviceBlock")]
        HRESULT ReadDeviceBlock(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000007), helpstring("Method WriteDeviceBlock")]
        HRESULT WriteDeviceBlock(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [in] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000008), helpstring("Method ReadDeviceRandom")]
        HRESULT ReadDeviceRandom(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000009), helpstring("Method WriteDeviceRandom")]
        HRESULT WriteDeviceRandom(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [in] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000a), helpstring("Method ReadBuffer")]
        HRESULT ReadBuffer(
                        [in] long lStartIO, 
                        [in] long lAddress, 
                        [in] long lSize, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000b), helpstring("Method WriteBuffer")]
        HRESULT WriteBuffer(
                        [in] long lStartIO, 
                        [in] long lAddress, 
                        [in] long lSize, 
                        [in] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000c), helpstring("Method GetClockData")]
        HRESULT GetClockData(
                        [out] short* lpsYear, 
                        [out] short* lpsMonth, 
                        [out] short* lpsDay, 
                        [out] short* lpsDayOfWeek, 
                        [out] short* lpsHour, 
                        [out] short* lpsMinute, 
                        [out] short* lpsSecond, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000d), helpstring("Method SetClockData")]
        HRESULT SetClockData(
                        [in] short sYear, 
                        [in] short sMonth, 
                        [in] short sDay, 
                        [in] short sDayOfWeek, 
                        [in] short sHour, 
                        [in] short sMinute, 
                        [in] short sSecond, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000e), helpstring("Method SetDevice")]
        HRESULT SetDevice(
                        [in] BSTR szDevice, 
                        [in] long lData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000000f), helpstring("Method GetDevice")]
        HRESULT GetDevice(
                        [in] BSTR szDevice, 
                        [out] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000010), helpstring("Method CheckDeviceString")]
        HRESULT CheckDeviceString(
                        [in] BSTR szDevice, 
                        [in] long lCheckType, 
                        [in] long lSize, 
                        [out] long* lplDeviceType, 
                        [out] BSTR* lpszDeviceName, 
                        [out] long* lplDeviceNumber, 
                        [out] long* lplDeviceRadix, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000011), helpstring("Method EntryDeviceStatus")]
        HRESULT EntryDeviceStatus(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [in] long lMonitorCycle, 
                        [in] long* lplData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000012), helpstring("Method FreeDeviceStatus")]
        HRESULT FreeDeviceStatus([out, retval] long* lplReturnCode);
        [id(0x00000014), propget, helpstring("Property ActPassword")]
        HRESULT ActPassword([out, retval] BSTR* pVal);
        [id(0x00000014), propput, helpstring("Property ActPassword")]
        HRESULT ActPassword([in] BSTR pVal);
        [id(0x00000015), helpstring("Method ReadDeviceBlock2")]
        HRESULT ReadDeviceBlock2(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000016), helpstring("Method WriteDeviceBlock2")]
        HRESULT WriteDeviceBlock2(
                        [in] BSTR szDevice, 
                        [in] long lSize, 
                        [in] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000017), helpstring("Method ReadDeviceRandom2")]
        HRESULT ReadDeviceRandom2(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000018), helpstring("Method WriteDeviceRandom2")]
        HRESULT WriteDeviceRandom2(
                        [in] BSTR szDeviceList, 
                        [in] long lSize, 
                        [in] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x00000019), helpstring("Method GetDevice2")]
        HRESULT GetDevice2(
                        [in] BSTR szDevice, 
                        [out] short* lpsData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000001a), helpstring("Method SetDevice2")]
        HRESULT SetDevice2(
                        [in] BSTR szDevice, 
                        [in] short sData, 
                        [out, retval] long* lplReturnCode);
        [id(0x0000001b), helpstring("Method ConnectTel")]
        HRESULT Connect([out, retval] long* lplReturnCode);
        [id(0x0000001c), helpstring("Method DisconnectTel")]
        HRESULT Disconnect([out, retval] long* lplReturnCode);
    };

    [
      uuid(EC0956E5-A882-4855-87A9-CA571090F36E),
      helpstring("_IActMLUtlTypeEvents Interface")
    ]
    dispinterface _IActMLUtlTypeEvents {
        properties:
        methods:
            [id(0x00000001), helpstring("Method OnDeviceStatus")]
            void OnDeviceStatus(
                            [in] VARIANT varDevice, 
                            [in] VARIANT varData, 
                            [in] VARIANT varReturnCode);
    };

    [
      uuid(29DE4B06-C429-420A-B3B7-BF7DC62649B2),
      helpstring("MITSUBISHI ActMLUtlType Control"),
      control
    ]
    coclass ActMLUtlType {
        [default] interface IActMLUtlType;
        [default, source] dispinterface _IActMLUtlTypeEvents;
    };

    [
      odl,
      uuid(B05A87E9-21CB-47A1-84A0-82ABACF879CD),
      helpstring("IActMLUtlType Interface"),
      dual,
      nonextensible,
      oleautomation
    ]
    interface IActMLUtlType : IDispatch {
        [id(0x00000001), helpstring("Method Open")]
        HRESULT Open([out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000002), helpstring("Method Close")]
        HRESULT Close([out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000003), helpstring("Method GetDevice")]
        HRESULT GetDevice(
                        [in] VARIANT varDevice, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000004), helpstring("Method SetDevice")]
        HRESULT SetDevice(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000005), helpstring("Method ReadDeviceBlock")]
        HRESULT ReadDeviceBlock(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varSize, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000006), helpstring("Method WriteDeviceBlock")]
        HRESULT WriteDeviceBlock(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varSize, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000007), helpstring("Method ReadDeviceRandom")]
        HRESULT ReadDeviceRandom(
                        [in] VARIANT varDeviceList, 
                        [in] VARIANT varSize, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000008), helpstring("Method WriteDeviceRandom")]
        HRESULT WriteDeviceRandom(
                        [in] VARIANT varDeviceList, 
                        [in] VARIANT varSize, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000009), helpstring("Method ReadBuffer")]
        HRESULT ReadBuffer(
                        [in] VARIANT varStartIO, 
                        [in] VARIANT varAddress, 
                        [in] VARIANT varReadSize, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000a), helpstring("Method WriteBuffer")]
        HRESULT WriteBuffer(
                        [in] VARIANT varStartIO, 
                        [in] VARIANT varAddress, 
                        [in] VARIANT varWriteSize, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000b), helpstring("Method GetCpuType")]
        HRESULT GetCpuType(
                        [out] VARIANT* lpvarCpuName, 
                        [out] VARIANT* lpvarCpuCode, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000c), helpstring("Method SetCpuStatus")]
        HRESULT SetCpuStatus(
                        [in] VARIANT varOperation, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000d), helpstring("Method GetClockData")]
        HRESULT GetClockData(
                        [out] VARIANT* lpvarYear, 
                        [out] VARIANT* lpvarMonth, 
                        [out] VARIANT* lpvarDay, 
                        [out] VARIANT* lpvarDayOfWeek, 
                        [out] VARIANT* lpvarHour, 
                        [out] VARIANT* lpvarMinute, 
                        [out] VARIANT* lpvarSecond, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000e), helpstring("Method SetClockData")]
        HRESULT SetClockData(
                        [in] VARIANT varYear, 
                        [in] VARIANT varMonth, 
                        [in] VARIANT varDay, 
                        [in] VARIANT varDayOfWeek, 
                        [in] VARIANT varHour, 
                        [in] VARIANT varMinute, 
                        [in] VARIANT varSecond, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x0000000f), helpstring("Method EntryDeviceStatus")]
        HRESULT EntryDeviceStatus(
                        [in] VARIANT varDeviceList, 
                        [in] VARIANT varSize, 
                        [in] VARIANT varMonitorCycle, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000010), propget, helpstring("Property ActLogicalStationNumber")]
        HRESULT ActLogicalStationNumber([out, retval] VARIANT* pVal);
        [id(0x00000010), propput, helpstring("Property ActLogicalStationNumber")]
        HRESULT ActLogicalStationNumber([in] VARIANT pVal);
        [id(0x00000011), helpstring("Method FreeDeviceStatus")]
        HRESULT FreeDeviceStatus([out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000013), propget, helpstring("Property ActPassword")]
        HRESULT ActPassword([out, retval] VARIANT* pVal);
        [id(0x00000013), propput, helpstring("Property ActPassword")]
        HRESULT ActPassword([in] VARIANT pVal);
        [id(0x00000014), helpstring("Method ReadDeviceBlock2")]
        HRESULT ReadDeviceBlock2(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varSize, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000015), helpstring("Method WriteDeviceBlock2")]
        HRESULT WriteDeviceBlock2(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varSize, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000016), helpstring("Method ReadDeviceRandom2")]
        HRESULT ReadDeviceRandom2(
                        [in] VARIANT varDeviceList, 
                        [in] VARIANT varSize, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000017), helpstring("Method WriteDeviceRandom2")]
        HRESULT WriteDeviceRandom2(
                        [in] VARIANT varDeviceList, 
                        [in] VARIANT varSize, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000018), helpstring("Method GetDevice2")]
        HRESULT GetDevice2(
                        [in] VARIANT varDevice, 
                        [out] VARIANT* lpvarData, 
                        [out, retval] VARIANT* lpvarReturnCode);
        [id(0x00000019), helpstring("Method SetDevice2")]
        HRESULT SetDevice2(
                        [in] VARIANT varDevice, 
                        [in] VARIANT varData, 
                        [out, retval] VARIANT* lpvarReturnCode);
    };
};
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