hmican_usb.h

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		__REG32 ID6_8             :1;    //////////////////
		__REG32 ID6_9             :1;
		__REG32 ID6_10            :1;
		__REG32 ID6_11            :1;
		__REG32 ID6_12            :1;    //////////////////
		__REG32 ID6_13            :1;
		__REG32 ID6_14            :1;
		__REG32 ID6_15            :1;
		__REG32 ID6_16            :1;    //////////////////
		__REG32 ID6_17            :1;
		__REG32 ID6_18            :1;
		__REG32 ID6_19            :1;
		__REG32 ID6_20            :1;    //////////////////
		__REG32 ID6_21            :1;
		__REG32 ID6_22            :1;
		__REG32 ID6_23            :1;
		__REG32 ID6_24            :1;    //////////////////
		__REG32 ID6_25            :1;
		__REG32 ID6_26            :1;
		__REG32 ID6_27            :1;
		__REG32 ID6_28            :1;    //////////////////
		__REG32 ID6_29            :1;
		__REG32 ID6_30            :1;
		__REG32 ID6_31            :1;
		__REG32 ID6_32_59         :28;
		__REG32 ID6_60_63         :4;
	} ID6Snd_bits;

	typedef struct {
		__REG32 ID7_0_7          :8;    
		__REG32 ID7_8_15         :8;
		__REG32 ID7_16_23        :8;
		__REG32 ID7_24_31        :8;     ////////
		__REG32 ID7_32_56        :25;     ////////
		__REG32 ID7_57           :1;
		__REG32 ID7_58           :1;
		__REG32 ID7_59           :1;
		__REG32 ID7_60_63        :4;
	} ID70Snd_bits;

	typedef struct {
		__REG32 ID7_0_6          :7;    
		__REG32 ID7_7_13         :7;
		__REG32 ID7_14_20        :7;
		__REG32 ID7_21_27        :7;     
		__REG32 ID7_28_31        :4;    //////// 
		__REG32 ID7_32_38        :7;     
		__REG32 ID7_39_45        :7;
		__REG32 ID7_46_52        :7;
		__REG32 ID7_53_59        :7;
		__REG32 ID7_60_63        :4;
	} ID71Snd_bits;

	/*typedef struct {
		__REG32 ID7_0_7          :8;    
		__REG32 ID7_8_15         :8;
		__REG32 ID7_16_23        :8;
		__REG32 ID7_24_31        :8;     ////////
		__REG32 ID7_32_60        :29;     ////////
		__REG32 ID7_61           :1;
		__REG32 ID7_62           :1;
		__REG32 ID7_63           :1;
	} ID7_bits;*/
	

	typedef struct {
		
		unsigned long l32       :32;
		unsigned long h32       :32;
	}__Long64bits;
	
	typedef struct {
		
		unsigned char c7       :8;
		unsigned char c6       :8;
		unsigned char c5       :8;
		unsigned char c4       :8;
		unsigned char c3       :8;
		unsigned char c2       :8;
		unsigned char c1       :8;
		unsigned char c0       :8;
	}__Char64bits;
	//////////接收数据定义
	union{
		__Char64bits SndRevChar0;
		ID0_bits ID0;
	} ;
	union{
		__Char64bits SndRevChar1;
		ID1_bits ID1;
	} ;
	union{
		__Char64bits SndRevChar2;
		ID2_bits ID2;
	} ;
	union{
		__Char64bits SndRevChar3;
		ID3_bits ID3;
	} ;
	union{
		__Char64bits SndRevChar4;
		ID4_bits ID4;
	} ;
	union{
		__Char64bits SndRevChar5;
		ID50_bits ID50;
		ID51_bits ID51;
		ID52_bits ID52;
	} ;
	union{
		__Char64bits SndRevChar6;
		ID60_bits ID60;
		ID61_bits ID61;
	} ;
	union{
		__Char64bits SndRevChar7;
		ID70_bits ID70;
		ID71_bits ID71;
	} ;
	//////////发送数据定义
	union{
		__Char64bits SndRevChar00;
		ID0_bits IDSnd0;
	} ;
	union{
		__Char64bits SndRevChar11;
		ID1_bits IDSnd1;
	} ;
	union{
		__Char64bits SndRevChar22;
		ID2_bits IDSnd2;
	} ;
	union{
		__Char64bits SndRevChar33;
		ID3_bits IDSnd3;
	} ;
	union{
		__Char64bits SndRevChar44;
		ID4_bits IDSnd4;
	} ;
	union{
		__Char64bits SndRevChar50;
		ID50Snd_bits IDSnd50;
	};
	union{
		__Char64bits SndRevChar51;
		ID51Snd_bits IDSnd51;
	};
	union{
		__Char64bits SndRevChar52;
		ID52Snd_bits IDSnd52;
	};

	union{
		__Char64bits SndRevChar66;
		ID6Snd_bits IDSnd6;
	} ;
/*	union{
		__Char64bits SndRevChar77;
		ID7_bits IDSnd7;
	} ;*/
	union{
		__Char64bits SndRevChar70;
		ID70Snd_bits IDSnd70;
	} ;
	union{
		__Char64bits SndRevChar71;
		ID71Snd_bits IDSnd71;
	} ;

	union pUnion
	{
		float fval;
	    unsigned char cval[4];
	} myUnion;
	union lpUnion
	{
		float fval;
	    unsigned long lval;
	} myUnionl;

    //////////////接收参数
	
	bool ACUisMain;  //ACU为主机
	int InOil[16];   //各缸注油总次数
	int InOilAllCount;    //总注油次数
	//int InOilPerMin[16];       
	////////////////////////////////////ACU发过来的
	bool dire[16];      //延时方向
	int delayRev[16];   //延时值
	int ICount[16];    //注油次数
	
	float tempcurRev,tempaRev,tempbRev,loadcurRev,loadaRev,loadbRev;    //温度传感器电流,a,b,负荷传感器电流,a,b
	int luboiltemp,luboiltempalmh,luboiltempalml;                 //转速，滑油温度，滑油温度高报警值，滑油温度低报警值
	float pressure,sulfur;                                              //平均有效压力，含硫量
	bool IsStart[16];                                                   //各缸启动
	bool IsNormal[16];                                                  ////各缸正常中断
	bool IsBig[16];                                                    //各缸大小
	bool IsEnable[16];                                                 //使能
	int preJet[16];                                                    //各缸预喷动作次数

	int Temp,Load,Speed;
	int worktype;                                                      //工作模式
	int TempSet,LoadSet,SpeedSet;                                      //测试专用温度负荷速度设定
	bool IsTempSet,IsLoadSet,IsSpeedSet;                                  //显示设定值或真实值
	float h[16],hSet[16];                                                            //0-15缸h值
	int state[16];                                                         //缸测试状态
	int rank[16];                                                           //缸的状态磨合系数档位值
	float q,A;
	int Nmco;
    /////////////////////////////////////////////BCU发过来的
	bool direB[16];      //延时方向
	int delayRevB[16];   //延时值
	int ICountB[16];    //注油次数
	
	float tempcurRevB,tempaRevB,tempbRevB,loadcurRevB,loadaRevB,loadbRevB;    //温度传感器电流,a,b,负荷传感器电流,a,b
	int luboiltempB,luboiltempalmhB,luboiltempalmlB;                 //转速，滑油温度，滑油温度高报警值，滑油温度低报警值
	float pressureB,sulfurB;                                              //平均有效压力，含硫量
	bool IsStartB[16];                                                   //各缸启动
	bool IsNormalB[16];                                                  ////各缸正常中断
	bool IsBigB[16];                                                    //各缸大小
	bool IsEnableB[16];                                                 //使能
	int preJetB[16];                                                    //各缸预喷动作次数

    int TempB,LoadB,SpeedB;
	int TempSetB,LoadSetB,SpeedSetB;                                      //测试专用温度负荷速度设定
	bool IsTempSetB,IsLoadSetB,IsSpeedSetB;                                  //显示设定值或真实值
	float hB[16],hSetB[16];                                                             //0-15缸h值
	float qB,AB;
	int NmcoB;
	int stateB[16];                                                         //缸测试状态
	int worktypeB;                                                      //工作模式
	int rankB[16];                                                           //缸的状态磨合系数档位值
	////////////////发送参数
	bool direSnd[16];
	int delaySnd[16];
	float tempcurSnd,tempaSnd,tempbSnd,loadcurSnd,loadaSnd,loadbSnd;    //温度传感器电流,a,b,负荷传感器电流,a,b
	int luboiltempalmhSnd,luboiltempalmlSnd;                 //滑油温度高报警值，滑油温度低报警值
	int sulfurSnd,NmcoSnd;                                              //含硫量
	bool IsStartSnd[16];                                                   //各缸启动
	bool IsNormalSnd[16];                                                  ////各缸正常中断
	bool IsBigSnd[16];                                                    //各缸大小
	bool IsEnableSnd[16];                                                 //使能
	bool IsTempSetSnd,IsLoadSetSnd,IsSpeedSetSnd;                               //温度测试使能负荷测试使能转速测试使能：
	int TempSnd,LoadSnd,SpeedSnd;                                                //温度测试，负荷测试，速度测试
	float hSnd[16];                                                            //0-15缸h值

	int stateSnd[16];                                                         //缸测试状态
	int rankSnd[16];                                                           //缸的状态磨合系数档位值
	int worktypeSnd;                                                      //工作模式
	float qSnd,ASnd;

	CString almlist[28];
	
	
		///////////////////
	int saveflag;
	int forceflag;
	int m_cannum;
	int m_devtype;
	DWORD m_devind;
	int m_connect;
	int freshflag1,freshflag2,freshflag3;
	int strtodata(unsigned char *str, unsigned char *data,int len,int flag);
	int chartoint(unsigned char chr, unsigned char *cint);
	void SendData(CString frmid,__Char64bits SndChar) ;

	bool alarm[28];   //报警
	bool alarmB[28];   //报警


// Overrides
	// ClassWizard generated virtual function overrides
	//{{AFX_VIRTUAL(CHMIcan_usbApp)
	public:
	virtual BOOL InitInstance();
	//}}AFX_VIRTUAL

// Implementation

	//{{AFX_MSG(CHMIcan_usbApp)
		// NOTE - the ClassWizard will add and remove member functions here.
		//    DO NOT EDIT what you see in these blocks of generated code !
	//}}AFX_MSG
	DECLARE_MESSAGE_MAP()
};

extern CHMIcan_usbApp theApp;
/////////////////////////////////////////////////////////////////////////////

//{{AFX_INSERT_LOCATION}}
// Microsoft Visual C++ will insert additional declarations immediately before the previous line.

#endif // !defined(AFX_HMICAN_USB_H__EA844F33_7E4B_4C90_B336_E99E3B0CDC9E__INCLUDED_)