myvtm/Module/mod_DeviceControl/DeviceControl_def_g.h

#ifndef __DEVICECONTROL_DEF_G_H
#define __DEVICECONTROL_DEF_G_H

#pragma once

// This code is generated by spgen tool!

#include "SpHelper.h"

namespace DeviceControl {
//
// const goes here
//

#define DeviceControlService_Method_USB 0
#define DeviceControlService_Method_GetUkeyID 1
#define DeviceControlService_Method_InitToken 2
#define DeviceControlService_Method_QueryUSBStatus 3
#define DeviceControlService_Method_QueryHardwareInfo 4
#define DeviceControlService_Method_ReadCenterConfigStr 5
#define DeviceControlService_Method_ReadConfigValue 6
#define DeviceControlService_Method_TestConnectivity 7
#define DeviceControlService_Method_GetVendorFileList 8
#define DeviceControlService_Method_TestAdapterFileAvailable 9
#define DeviceControlService_Method_GetDevInfo 65535

#define DeviceControlService_MethodSignature_USB 109707598
#define DeviceControlService_MethodSignature_GetUkeyID -339019147
#define DeviceControlService_MethodSignature_InitToken 2087976810
#define DeviceControlService_MethodSignature_QueryUSBStatus -1166010722
#define DeviceControlService_MethodSignature_QueryHardwareInfo 1706767096
#define DeviceControlService_MethodSignature_ReadCenterConfigStr -673154017
#define DeviceControlService_MethodSignature_ReadConfigValue 730234720
#define DeviceControlService_MethodSignature_TestConnectivity -42627632
#define DeviceControlService_MethodSignature_GetVendorFileList 1902033390
#define DeviceControlService_MethodSignature_TestAdapterFileAvailable 1059104594
#define DeviceControlService_MethodSignature_GetDevInfo 296205965

struct DeviceControlService_USB_Req
{
	bool open;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & open & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_USB_Ans
{
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_GetUkeyID_Req
{
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_GetUkeyID_Ans
{
	CSimpleStringA UkeyID;
	int UkeyIDLen;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & UkeyID & UkeyIDLen & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_InitToken_Req
{
	CSimpleStringA CertType;
	CSimpleStringA OldSuperPwd;
	CSimpleStringA UserName;
	CSimpleStringA UserIDType;
	CSimpleStringA UserIDNo;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & CertType & OldSuperPwd & UserName & UserIDType & UserIDNo & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_InitToken_Ans
{
	CSimpleStringA TokenSn;
	CSimpleStringA PKCS10;
	CSimpleStringA Msg;
	int TokenType;
	int TokenSnLen;
	int PKCS10Len;
	int MsgLen;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & TokenSn & PKCS10 & Msg & TokenType & TokenSnLen & PKCS10Len & MsgLen & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_QueryUSBStatus_Req
{
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_QueryUSBStatus_Ans
{
	int flag;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & flag & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_QueryHardwareInfo_Req
{

	void Serialize(SpBuffer &Buf)
	{
	}

};

struct DeviceControlService_QueryHardwareInfo_Ans
{
	CSimpleStringA machineType;
	CSimpleStringA terminalNo;
	CSimpleStringA site;
	CSimpleStringA termLimit;
	CSimpleStringA termVersion;
	CAutoArray<CSimpleStringA> ip;
	CAutoArray<CSimpleStringA> mac;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & machineType & terminalNo & site & termLimit & termVersion & ip & mac & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_ReadCenterConfigStr_Req
{
	CSimpleStringA entityName;
	CSimpleStringA key;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & entityName & key & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_ReadCenterConfigStr_Ans
{
	CSimpleStringA value;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & value & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_ReadConfigValue_Req
{
	int configType;
	CSimpleStringA section;
	bool option;
	CSimpleStringA key;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & configType & section & option & key & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_ReadConfigValue_Ans
{
	CSimpleStringA value;
	int reserved1;
	int reserved2;
	CSimpleStringA reserved3;
	CSimpleStringA reserved4;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & value & reserved1 & reserved2 & reserved3 & reserved4;
	}

};

struct DeviceControlService_TestConnectivity_Req
{
	int protocol;
	CSimpleStringA ip;
	int port;
	int reserved1;
	CSimpleStringA reserved2;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & protocol & ip & port & reserved1 & reserved2;
	}

};

struct DeviceControlService_TestConnectivity_Ans
{
	int result;
	CSimpleStringA additionalMsg;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & result & additionalMsg;
	}

};

struct DeviceControlService_GetVendorFileList_Req
{
	bool root;
	CSimpleStringA adapter;
	CSimpleStringA vendor;
	CSimpleStringA version;
	CSimpleStringA batch;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & root & adapter & vendor & version & batch;
	}

};

struct DeviceControlService_GetVendorFileList_Ans
{
	int result;
	CSimpleStringA msg;
	CAutoArray<CSimpleStringA> filenames;
	CAutoArray<int> status;
	CAutoArray<int> port;
	CAutoArray<int> baudrate;
	CAutoArray<CSimpleStringA> param1;
	CAutoArray<CSimpleStringA> param2;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & result & msg & filenames & status & port & baudrate & param1 & param2;
	}

};

struct DeviceControlService_TestAdapterFileAvailable_Req
{
	CSimpleStringA filename;
	int type;
	int options;
	int port;
	int baudrate;
	int param1;
	int param2;
	CSimpleStringA param3;
	CSimpleStringA param4;
    CAutoArray<int> param5;
    CAutoArray<CSimpleStringA> param6;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & filename & type & options & port & baudrate & param1 & param2 & param3 & param4;
	}

};

struct DeviceControlService_TestAdapterFileAvailable_Ans
{
	unsigned int status;
	CSimpleStringA msg;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;
	CAutoArray<CSimpleStringA> reserved3;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & status & msg & reserved1 & reserved2 & reserved3;
	}

};

struct DeviceControlService_GetDevInfo_Req
{

	void Serialize(SpBuffer &Buf)
	{
	}

};

struct DeviceControlService_GetDevInfo_Ans
{
	CSimpleStringA type;
	CSimpleStringA model;
	CSimpleStringA version;
	int state;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & type & model & version & state;
	}

};


///////////////////////////

} // namespace DeviceControl

#endif // __DEVICECONTROL_DEF_G_H