myvtm/Module/mod_heartbeat/HeartBeatFSM.h

#ifndef __HEARTBEAT_FSM_H
#define __HEARTBEAT_FSM_H
#pragma once
#ifdef RVC_OS_WIN
#define WIN32_LEAN_AND_MEAN

#include <windows.h>
#include <winsock2.h>
#include <ws2tcpip.h>

#include <tchar.h>
#include <conio.h>
#include <pdh.h>
#include <pdhmsg.h>

#include <Loadperf.h>
#else
//oiltestlinux
#endif //RVC_OS_WIN

//#pragma comment(lib, "Loadperf.lib")

#include "SpFSM.h"
#include "HeartBeat_def_g.h"
#include "HeartBeat_msg_g.h"
using namespace HeartBeat;
#include "SpSecureClient.h"
#include "EventCode.h"
#include "CardIssuer_client_g.h"
//using namespace CardIssuer;
#include "PinPad_client_g.h"
//using namespace PinPad;
#include "CardReadAdapter_client_g.h"
//using namespace CardReadAdapter;
#include "IDCertificate_client_g.h"
//using namespace IDCertificate;

#include "ScannerSet_client_g.h"
using namespace ScannerSet;

typedef DWORD (__stdcall *LpRestorePerfRegistryFromFile)(LPCWSTR szFileName, LPCWSTR szLangId);

#pragma pack(1)
// [StructName("FNTSTAT")]
struct HandReq
{
	char TerminalNo[16];
	uint32_t  ip;
	char WarningLevel;
	char RunState;
	char CustomerHandle;
	char CallState;
	char LocalMaintain;
	char RemoteMaintain;
	char TermStage;
	char PreTermStage;
	char NetState;
	char PreNetState;
};
// [StructName("xxx")]
struct HandErrListReq
{
	int warnLevel;
	char reserved1;//用来存放交易控制标志
	char reserved2;
	char reserved3;
	char reserved4;
	char errList[512];
};
//[StructName("HANDANS")]
struct HandAns
{
	
	uint32_t EventCode;
	char param1[16];
	//int count;
};
struct CardActiveReq
{
	uint32_t type;
	uint32_t slot;
	uint32_t reserved1;
	uint32_t reserved2;
	char Account[32];
	char FromTerminalNo[16];
	char TerminalNo[16];
	uint32_t EvtCode;
	uint32_t ErrCode;
	uint32_t findCard;
	uint32_t cardPos;
	char Param1[16];
	char Param2[1024];
	char Reserved3[128];
	char Reserved4[128];
};
struct CrossCallReq
{
	uint32_t CallType;//跨机调用类型，同def文件的method id，实体内唯一
	bool bTwoWay;//true :two way call; false: one way call
	char FromTerminalNo[16];
	char ToTerminalNo[16];
	uint32_t nEntityID;
	uint32_t Appendix1;
	uint32_t Appendix2;
	//返回包时用于标注错误
	uint32_t ErrorCode;
	//oilyang@20190118
	uint32_t blobSN;//拆包时用于标注序号
	//本来以为StrParamX足够大，用这个值来划分blob，结果一个blob就塞满了
	//故numOfBlobInParamX用于标注拆包数量（结构个数）
	uint32_t numOfBlobInParamX;
	uint32_t lensOfBlobInParamX[16];//多个blob塞到StrParamX用于标注每一个的长度
	char StrParam1[128];
	char StrParam2[1024];
	char StrParamX[0];//用于传递图片信息
};
#pragma pack()
enum EvtType
{
	USER_EVT_TEST =	EVT_USER+1,
	USER_EVT_QUIT,
	USER_EVT_START,
	USER_EVT_STARTFINISHED,
	USER_EVT_HANDSHAKEFINISHED,
	USER_EVT_INSTRUCTION,
	USER_EVT_LOST,
	USER_EVT_STOP,
	USER_EVT_REJECT,
	USER_EVT_EXIT,
	USER_EVT_CARD_ACTIVE,
	USER_EVT_CARD_ACTIVE_FINISHED,
	USER_EVT_CROSS_TERM_CALL,
	USER_EVT_CROSS_TERM_CALL_FINISHED,
	USER_EVT_LOCAL_CROSS_TERM_CALL_FINISHED,
	USER_EVT_ILCallToRVC,
	USER_EVT_CallResultToIL,
};
struct TerminalInfo
{
	char TerminalNo[16];
	uint32_t ip;
	char WarningLevel;
	char RunState;
	char CustomerHandle;
	char CallState;
	char LocalMaintain;
	char RemoteMaintain;
	char TermStage;
	char PreTermStage;
	char NetState;
	char PreNetState;
};

// Terminal Performance Information Struct[Josephus in 9:09:47 2016/4/23]
struct TermianlCounter
{
	
	DWORD			serverIP;
	uint16_t	totalMem; //MB
	uint16_t	freeMem;  //MB
	uint16_t	procNum;
	uint16_t	threadNum;
	DWORD			handleNum;
	DWORD			freeDisk; //MB
	char			osStartTime[22];
	uint16_t	cpuLoad;
};


enum InstructionType
{
	INC_UNKNOWN = 0,
	INC_GLOBAL_SETTING_SYNC,
	INC_COMM_RECONNECT,
	INC_START_REMOTE_CONTROL,
	INC_UPDATE_CHECK,
	INC_RECOVER_SERVICE,
	INC_PAUSE_SERVICE,
	INC_AREA_SERVICE_SWITCH,
	INC_VERSION_ROLLBACK,
	INC_BRIDGE,
	INC_VEDIO_CONNECTING,
	INC_TRADE_MANAGER_NORMAL,
	INC_TRADE_MANAGER_ON,
	INC_TRADE_MANAGER_OFF,
	INC_DEVICE_LOCK_ON,
	INC_DEVICE_UNLOCK,
	INC_DEVICE_KICK_OFF,
};
class CHeartBeatEntity;
class CHeartBeatFSM;
class InstructionEvent : public FSMEvent
{
public:
	InstructionEvent() : FSMEvent(USER_EVT_INSTRUCTION){}
	virtual ~InstructionEvent(){}
	SpReqAnsContext<HeartBeatService_Instruction_Req, HeartBeatService_Instruction_Ans>::Pointer ctx;
protected:
private:
};
class CardActiveEvent : public FSMEvent
{
public:
	CardActiveEvent() : FSMEvent(USER_EVT_CARD_ACTIVE){}
	virtual ~CardActiveEvent(){}
	SpReqAnsContext<HeartBeatService_CardActive_Req, HeartBeatService_CardActive_Ans>::Pointer ctx;
protected:
private:
};
class CrossTermCallEvent : public FSMEvent
{
public:
	CrossTermCallEvent() : FSMEvent(USER_EVT_CROSS_TERM_CALL) {}
	virtual ~CrossTermCallEvent() {}
	SpReqAnsContext<HeartBeatService_CrossTermCall_Req, HeartBeatService_CrossTermCall_Ans>::Pointer ctx;
protected:
private:
};
class ILCallToRVCEvent : public FSMEvent
{
public:
	ILCallToRVCEvent() : FSMEvent(USER_EVT_ILCallToRVC) {}
	virtual ~ILCallToRVCEvent() {}
	SpOnewayCallContext<HeartBeatService_CallFromILToRVC_Info>::Pointer ctx;
};
class CallResultToILEvent : public FSMEvent
{
public:
	CallResultToILEvent() : FSMEvent(USER_EVT_CallResultToIL) {}
	virtual ~CallResultToILEvent() {}
	SpOnewayCallContext<HeartBeatService_CallResultToIL_Info>::Pointer ctx;
};
class HeartBeatConnection;

class CHeartBeatFSM : public FSMImpl<CHeartBeatFSM>
{
public:
	enum {s0,s1,s2,s3,s4,s5};
	BEGIN_FSM_STATE(CHeartBeatFSM)
		FSM_STATE_ENTRY(s0,"Init",s0_on_entry,s0_on_exit,s0_on_event)
		FSM_STATE_ENTRY(s1,"Starting",s1_on_entry,s1_on_exit,s1_on_event)
		FSM_STATE_ENTRY(s2,"Connected",s2_on_entry,s2_on_exit,s2_on_event)
		FSM_STATE_ENTRY(s3,"Lost",s3_on_entry,s3_on_exit,s3_on_event)
		FSM_STATE_ENTRY(s4,"Reject",s4_on_entry,s4_on_exit,s4_on_event)
		FSM_STATE_ENTRY(s5,"Failed",s5_on_entry,s5_on_exit,s5_on_event)
	END_FSM_STATE()

	BEGIN_FSM_RULE(CHeartBeatFSM,s0)
		FSM_RULE_ENTRY(s0,s1,USER_EVT_START,0)
		FSM_RULE_ENTRY(s1,s2,USER_EVT_STARTFINISHED,0)
		FSM_RULE_ENTRY(s1,s0,USER_EVT_STARTFINISHED,1)
		FSM_RULE_ENTRY(s2,s0,USER_EVT_STOP,0)
		FSM_RULE_ENTRY(s2,s0,USER_EVT_START,0)
		FSM_RULE_ENTRY(s4,s0,USER_EVT_STOP,0)
	END_FSM_RULE()

	CHeartBeatFSM():m_initTimes(0),m_bUseBackup(false),m_testResult(Error_Succeed),
	m_warnLevel(0), m_entErrorList(""), m_nLodCtrFlag(0), m_pHandShakeConn(NULL)
	, m_tradeState(99),m_bJBMachine(false), m_pCRAClient(NULL), m_pIDClient(NULL) , m_pPinPadClient(NULL)
	, m_localDeviceNo(""), m_ILDeviceNo(""), m_tmpMultiBlob(""), m_terminalStage(""){}
	~CHeartBeatFSM(){}
	virtual ErrorCodeEnum OnInit();
	virtual ErrorCodeEnum OnExit();


	void s0_on_entry();
	void s0_on_exit();
	unsigned int s0_on_event(FSMEvent* pEvt);
	void s1_on_entry();
	void s1_on_exit();
	unsigned int s1_on_event(FSMEvent* pEvt);
	void s2_on_entry();
	void s2_on_exit();
	unsigned int s2_on_event(FSMEvent* pEvt);
	void s3_on_entry();
	void s3_on_exit();
	unsigned int s3_on_event(FSMEvent* pEvt);
	void s4_on_entry();
	void s4_on_exit();
	unsigned int s4_on_event(FSMEvent* pEvt);
	void s5_on_entry();
	void s5_on_exit();
	unsigned int s5_on_event(FSMEvent* pEvt);

	DWORD m_dwServIP;
	int Starting();
	int DoHandShake();
	void SetConnNULL(){}
	ErrorCodeEnum SetErrorList(int warmLevel,CSimpleStringA strList);
	void SelfTest(EntityTestEnum eTestType,CSmartPointer<ITransactionContext> pTransactionContext);
	int GetWarnLevel(){return m_warnLevel;}
	void SetTradeManagerState(int tState){ m_tradeState = tState; }
	void SetTerminalStageState(CSimpleStringA stage) { m_terminalStage = stage; }
	CSimpleStringA GetTerminalStageState() { return m_terminalStage; }
	int GetTradeManagerState(){ return m_tradeState; }
	CSimpleString GetEntityErrorList(){return m_entErrorList;}
	// Terminal Performance Counter component [Josephus in 9:17:13 2016/4/23]
	ErrorCodeEnum GetPerformCounter(TermianlCounter& counter);
	const CSimpleStringA GetRealIP()
	{
		return m_csServerIP;
	}
	const char* GetRunDiskPath()
	{
		return (LPCTSTR)m_csRunDiskName;
	}

	void SetLodCtrStatus(int val)
	{
		m_nLodCtrFlag = val;
	}
	int CardActive(SpReqAnsContext<HeartBeatService_CardActive_Req, HeartBeatService_CardActive_Ans>::Pointer ctx);
	void LocalPreOnline(int slot, CSimpleStringA fromTermNo, CSimpleStringA termNo, CSimpleStringA account, CSimpleStringA data);
	void ReceivePreOnlineBack(unsigned long errCode,CSimpleStringA data, unsigned long findCard, unsigned long cardPos);
	int CrossTermCall(SpReqAnsContext<HeartBeatService_CrossTermCall_Req, HeartBeatService_CrossTermCall_Ans>::Pointer ctx);
	int ProcessCrossCallToHBService(int callType, SpReqAnsContext<HeartBeatService_CrossTermCall_Req, HeartBeatService_CrossTermCall_Ans>::Pointer ctx);
	int SendToHeartBeatService(HeartBeatService_CrossTermCall_Req &req, HeartBeatService_CrossTermCall_Ans &ans);	
	void DoLocalProcessCrossCallTask(CrossCallReq *reqInfo, const int nBufSize);
	int LocalProcessCrossCall(CrossCallReq* reqInfo, const int nBufSize);
	void ILCallToRVC(SpOnewayCallContext<HeartBeatService_CallFromILToRVC_Info>::Pointer ctx);
	void CallResultToIL(SpOnewayCallContext<HeartBeatService_CallResultToIL_Info>::Pointer ctx);

protected:
	void DoInstruction(SpReqAnsContext<HeartBeatService_Instruction_Req, HeartBeatService_Instruction_Ans>::Pointer ctx);
	
private:
	
	int m_tmpTestFlag;
	SOCKET m_ConnSocket;
	CSimpleStringA m_servStr,m_servIP,m_servStrB,m_servIPB,m_entErrorList,m_localDeviceNo,m_ILDeviceNo,m_tmpMultiBlob, m_terminalStage;
	int m_port,m_portB,m_initTimes,m_warnLevel,m_tradeState;
	unsigned long m_ulServIP;
	HeartBeatConnection* m_pHandShakeConn;
	bool m_bUseBackup;
	ErrorCodeEnum m_testResult;
	CSimpleStringA m_csServerIP, m_csRunDiskName;
	int m_nLodCtrFlag;
	bool m_bJBMachine;
	CardReadAdapter::CardReadAdapterService_ClientBase *m_pCRAClient;
	IDCertificate::IDCertService_ClientBase *m_pIDClient;
	PinPad::PinPadService_ClientBase *m_pPinPadClient;
};
struct StartTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	
	StartTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		FSMEvent *e = new FSMEvent(USER_EVT_STARTFINISHED);
		e->param1 = fsm->Starting();
		fsm->PostEventFIFO(e);
	}
};
struct HandShakeTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	
	HandShakeTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		FSMEvent *e = new FSMEvent(USER_EVT_HANDSHAKEFINISHED);
		e->param1 = fsm->DoHandShake();
		fsm->PostEventFIFO(e);
	}
};

struct LodctrTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	LodctrTask(CHeartBeatFSM* f) : fsm(f) {}
	void Process()
	{
		HMODULE hDll = LoadLibrary("loadperf.dll");
		if(hDll == NULL)
		{
			Dbg("Load loadperf.dll failed %d", GetLastError());
			return;
		}

		LpRestorePerfRegistryFromFile restoreFunc = (LpRestorePerfRegistryFromFile)GetProcAddress(
			hDll,
			"RestorePerfRegistryFromFileW");
		if(restoreFunc == NULL)
		{
			Dbg("GetProcAddress of RestorePerfRegistryFromFileW failed %d", GetLastError());
			return;
		}

		DWORD dwRet = restoreFunc(NULL, NULL);
		Dbg("restoreFunc returned 0x%08x", dwRet);
		if(dwRet == 0)
		{
			fsm->SetLodCtrStatus(1);
		}
		else
		{
			fsm->SetLodCtrStatus(2);
		}
		return;
	}
};
struct CardActiveTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	SpReqAnsContext<HeartBeatService_CardActive_Req, HeartBeatService_CardActive_Ans>::Pointer ctx;
	CardActiveTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		FSMEvent *e = new FSMEvent(USER_EVT_CARD_ACTIVE_FINISHED);
		e->param1 = fsm->CardActive(ctx);
		fsm->PostEventFIFO(e);
	}
};
struct CrossTermCallTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	SpReqAnsContext<HeartBeatService_CrossTermCall_Req, HeartBeatService_CrossTermCall_Ans>::Pointer ctx;
	CrossTermCallTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		FSMEvent *e = new FSMEvent(USER_EVT_CROSS_TERM_CALL_FINISHED);
		e->param1 = fsm->CrossTermCall(ctx);
		fsm->PostEventFIFO(e);
	}
}; 
struct ILCallToRVCTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	SpOnewayCallContext<HeartBeatService_CallFromILToRVC_Info>::Pointer ctx;
	ILCallToRVCTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		fsm->ILCallToRVC(ctx);
	}
};
struct CallResultToILTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	SpOnewayCallContext<HeartBeatService_CallResultToIL_Info>::Pointer ctx;
	CallResultToILTask(CHeartBeatFSM* f) : fsm(f) {}

	void Process()
	{
		fsm->CallResultToIL(ctx);
	}
};
struct LocalProcessCrossCallTask : public ITaskSp
{
	CHeartBeatFSM* fsm;
	CrossCallReq *xreqInfo;
	int xnBufSize;
	SpReqAnsContext<HeartBeatService_CrossTermCall_Req, HeartBeatService_CrossTermCall_Ans>::Pointer ctx;
	LocalProcessCrossCallTask(CHeartBeatFSM* f, CrossCallReq *reqInfo, const int nBufSize) : fsm(f),xnBufSize(nBufSize) 
	{
		BYTE *pBuf = new BYTE[nBufSize + 1];
		ZeroMemory(pBuf, nBufSize + 1);
		memcpy(pBuf, reqInfo, nBufSize);
		xreqInfo = (CrossCallReq*)pBuf;
		Dbg("id:%x",xreqInfo->nEntityID);
	}

	void Process()
	{
		FSMEvent *e = new FSMEvent(USER_EVT_LOCAL_CROSS_TERM_CALL_FINISHED);
		e->param1 = fsm->LocalProcessCrossCall(xreqInfo,xnBufSize);
		fsm->PostEventFIFO(e);
	}
};
class HeartBeatConnection : public SpSecureClient
{
public:
	HeartBeatConnection(CEntityBase *pEntity, CHeartBeatFSM *pFSM) : SpSecureClient(pEntity), m_pFSM(pFSM), m_TerminalNo("")
	{
		CSystemStaticInfo sysSInfo;
		m_pEntity->GetFunction()->GetSystemStaticInfo(sysSInfo);
		m_TerminalNo = sysSInfo.strTerminalID;
	}
	virtual ~HeartBeatConnection() {}

	void SendHandShake();
	//type:0,send preonline; 1,result of preonline
	void SendCardActive(const int type, const int slot,unsigned long errCode, const char *termNo, const char *account, const int accSize
		, const char *data, const int dataSize,int findCard,int cardPos);
	void SendCrossCallToService(HeartBeatService_CrossTermCall_Req &req, HeartBeatService_CrossTermCall_Ans &ans);
	void SendILCallToService(CSimpleStringA csContent,int err,bool bFromIL, CSimpleStringA fromDevNo, CSimpleStringA toDevNo);
	void PkgRcvProcHandAndInstruc(const CSmartPointer<IPackage> &pRecvPkg);
	void PkgRcvProcCardActive(const CSmartPointer<IPackage> &pRecvPkg);
	void PkgRcvProcCrossCall(const CSmartPointer<IPackage> &pRecvPkg);
protected:
	virtual void OnDisconnect() 
	{
		m_pFSM->SetConnNULL();
		this->Close();
	}
	virtual void OnPkgAnswer(const CSmartPointer<IPackage> &pRecvPkg);
	//virtual void OnReceivePackage(CSmartPointer<IPackage> &pRecvPkg)
	//{
	//	//oiltest
	//}

private:
	CSimpleStringA m_TerminalNo;
	CHeartBeatFSM *m_pFSM;
};
#endif //__HEARTBEAT_FSM_H