#ifndef _SERIALPROCESS_H_
#define _SERIALPROCESS_H_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#include "Struct_Def.h"

class CSerialProcess
{
public:
	CSerialProcess( );	
	virtual ~CSerialProcess();

	BOOL OpenComm(
		const int &iCommPort,		// 1.采集串口;
		const int &iRate,			// 2.串口波特率;	
		const int &iDataBit,		// 3.数据位;
		const int &iStopBit,		// 4.停止位;
		const int &iParity,			// 5.校验码;
		const int &iResponsetime,	// 6.响应时间;
		const int &iInterval);		// 7.采集频率;

	BOOL CloseComm();

	void SetSize(const int &nSize);
	void RaiseSize();
	void DealSpecialCmd();

	int InsertCommand(const BYTE *szCommand,int iLen, int iAddr,const char *szMark, const char *szCheck, int iSNum, bool bRecv);

	int RemoveCommand(const BYTE *szCommand);

	void RemoveDeivce(const int &addr);

	int GetCommandsCount();

	int AutoCollect();
	int StopCollect();

	BOOL SetCommand(const BYTE *szCommand,int iLen, int iAddr);
public:
	// 这两个值可以供外部修改,动态的更改线程频率和响应时间;
	unsigned int m_nResponseTime; // Response time(设备响应时间);
	unsigned int m_nAFrequency;	 // Acquisition frequency(设备采集频率);
private:
	BOOL m_bOpen;
	int  m_iPort;
	HANDLE m_hCom;
	DWORD inQue, outQue;

	virtual int Write(const BYTE *pBuf, int len);
	virtual int Read(BYTE *pBuf, int len);
protected:
	DWORD  m_dwThreadID;		// 采集线程的ID;
	HANDLE m_hThreaObj;			// 采集线程对象;
	HANDLE m_hRunCtrl ;			// 线程控制;
	HANDLE m_hCollectCtrl ;		// 采集控制;
	HANDLE m_hFrequencyCtrl;	// 采集频率控制事件;
	HANDLE m_hResponsetime;		// 响应时间控制事件;

	int m_iSLSize;	// vector size;
	vector <STSendCommand> m_sendlist;	

	void RemoveAllSendCommand();
	void RemoveAllRecvCommand();

	BOOL m_bCollected;//是否启动线程;
	static DWORD WINAPI CollectThreadProc(LPVOID lpParamter);
};

#endif