myvtm/Module/mod_heartbeat/HeartBeat_def_g.h

#ifndef __HEARTBEAT_DEF_G_H
#define __HEARTBEAT_DEF_G_H

#pragma once

// This code is generated by spgen tool!

#include "SpHelper.h"

namespace HeartBeat {
//
// const goes here
//

#define HeartBeatService_Method_Instruction 0
#define HeartBeatService_Method_CardActive 1
#define HeartBeatService_Method_CrossTermCall 2
#define HeartBeatService_Method_CrossTermInvokeInfo 3
#define HeartBeatService_Method_CallFromILToRVC 4
#define HeartBeatService_Method_CallResultToIL 5

#define HeartBeatService_MethodSignature_Instruction 828107543
#define HeartBeatService_MethodSignature_CardActive -1982864690
#define HeartBeatService_MethodSignature_CrossTermCall 1287388941
#define HeartBeatService_MethodSignature_CrossTermInvokeInfo 54854091
#define HeartBeatService_MethodSignature_CallFromILToRVC 975871920
#define HeartBeatService_MethodSignature_CallResultToIL 221065913

struct HeartBeatService_Instruction_Req
{
	int type;

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

};

struct HeartBeatService_Instruction_Ans
{

	void Serialize(SpBuffer &Buf)
	{
	}

};

struct HeartBeatService_CardActive_Req
{
	CSimpleStringA account;
	CSimpleStringA data;
	CSimpleStringA term;
	int slot;
	int type;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & account & data & term & slot & type & reserved1 & reserved2;
	}

};

struct HeartBeatService_CardActive_Ans
{
	CSimpleStringA result;
	int ret;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & result & ret & reserved1 & reserved2;
	}

};

struct HeartBeatService_CrossTermCall_Req
{
	int type;
	bool isTwoWay;
	CSimpleStringA fromTerminalNo;
	CSimpleStringA toTerminalNo;
	int nEntityID;
	CSimpleStringA param1;
	CSimpleStringA param2;
	int param3;
	int param4;
	CBlob paramX;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;
	CAutoArray<CBlob> reservedX;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & type & isTwoWay & fromTerminalNo & toTerminalNo & nEntityID & param1 & param2 & param3 & param4 & paramX & reserved1 & reserved2 & reservedX;
	}

};

struct HeartBeatService_CrossTermCall_Ans
{
	int retCode;
	CSimpleStringA retParam1;
	CSimpleStringA retParam2;
	int retParam3;
	int retParam4;
	CBlob retParamX;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;
	CAutoArray<CBlob> reservedX;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & retCode & retParam1 & retParam2 & retParam3 & retParam4 & retParamX & reserved1 & reserved2 & reservedX;
	}

};

struct HeartBeatService_CrossTermInvokeInfo_Info
{
	int type;
	int result;
	CSimpleStringA fromTerminalNo;
	CSimpleStringA toTerminalNo;
	int nEntityID;
	CSimpleStringA param1;
	CSimpleStringA param2;
	int param3;
	int param4;
	CBlob paramX;
	CAutoArray<int> reserved1;
	CAutoArray<CSimpleStringA> reserved2;
	CAutoArray<CBlob> reservedX;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & type & result & fromTerminalNo & toTerminalNo & nEntityID & param1 & param2 & param3 & param4 & paramX & reserved1 & reserved2 & reservedX;
	}

};

struct HeartBeatService_CallFromILToRVC_Info
{
	CSimpleStringA req_context;

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

};

struct HeartBeatService_CallResultToIL_Info
{
	int error;
	CSimpleStringA ans_context;

	void Serialize(SpBuffer &Buf)
	{
		auto & buf = Buf & error & ans_context;
	}

};


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

} // namespace HeartBeat

#endif // __HEARTBEAT_DEF_G_H