datatype.h

MSP430F413单相电表DEMO(编译器IAR 3.42A)

typedef unsigned char BCD1[1];
typedef unsigned char BCD2[2];
typedef unsigned char BCD3[3];
typedef unsigned char BCD4[4];
typedef unsigned char BCD5[5];
typedef unsigned char BCD6[6];
typedef unsigned char BCD7[7];

// 8 unsigned chars
typedef struct
{
	BCD1 Sec;
	BCD1 Min;
	BCD1 Hour;
	BCD1 Week;
	BCD1 Day;
	BCD1 Mon;
	unsigned int Year;
} RTC;
typedef union
{
	unsigned int w[1];
	unsigned char b[2];
} REG;


// 4 Bytes
typedef struct
{
	  	
#ifdef DISPLAY_CHANGED
  unsigned char DispTime:4;
  unsigned char Mode:4;
#else
  BCD1 DispTime;
	BCD1 Mode;
#endif
  REG  Reg;				// Pages Option

}LCDCTRL;


// 2 Bytes
typedef struct
{
	unsigned int FeeNo:2;			// Bit[ 1~0]:  					 nn
	unsigned int Tmr:14;			// Bit[15~2]:  hh hhhh mmmm mmmm
} TARILIST;


// 36 bytes
typedef struct
{
	BCD4 Fee[5];			// 4*5 bytes
	BCD4 RevEC;				// 4   bytes
	unsigned long WE2PTms;			// 4	0.1 kWh 的保存次数
	BCD1 Addr_0_1;			// 1	0.1 度电所保存的E2POM的地址.
	BCD5 Data_0_1;			// 5
	unsigned int PlsNum;			// 2
} CMONBLK;


// 20 bytes
typedef struct
{
	BCD4 Fee[5];			// 4*5 bytes
} LMONBLK;



// 10 Bytes
typedef struct
{
	BCD2 Tms;				// 开盖次数
	BCD4 Tmr[2];			// [0]：最近一次开盖时间
							// [1]：最近上一次开盖时间
} UNCOVER;

// 7 Bytes
typedef struct
{
	BCD4 Tmr;				// 最近一次反向起始时间
	BCD3 AllTmr;			// 总反向时间
}IREV;

// 74 Bytes
typedef struct
{
	// 16
	TARILIST TariList[8];
	
	// 16
	UNCOVER UnCover;		// 10
	BCD4 ProgDT;			// 4
	BCD2 ProgTms;			// 2
	
	// 16
	BCD6 MetID;				// 6
	BCD6 CustID;			// 6
	BCD3 MetConst;			// 3	[1]		电表常数/100.
	BCD1 MetStatus;			// 1
	
	// 16
	BCD4 ReadDT;			// 4
	LCDCTRL LcdCtl;			// 4
	BCD4 IRevTmr;			// 最近一次反向起始时间
	BCD3 IRevAllTmr;		// 总反向时间
	BCD1 FeeNo;				// 1	当前的费率号
	
	// 10
	BCD4 Pswd[2];			// 4*2	[0]是清零密码，[1]是编程密码
	BCD2 BillDay;			// 2
} CFGGRP;


// 158 Bytes
typedef struct
{
	
	
	CFGGRP Cfg;				// 74
	int CfgChk;				// 2
	
	CMONBLK CMon;			// 36
	int CMonChk;			// 2
	
	LMONBLK LMon;			// 20
	int LMonChk;			// 2
	
	// 以下变量不需要存入E2PROM.
	RTC Clk;
	int ClkChk;
	
	unsigned int E2Flgs;			// 其中的标志位在I2C中定义.
	unsigned int TmpOption;
	unsigned long cul_t;			// 4
  unsigned char SecCtr;
	unsigned char PagePtr;
	signed char bt_int;
	signed char Temp;		// 1
	//unsigned char TAState;
} SRAM;




typedef struct
{
	unsigned int EC:1;
	unsigned int Com:1;
	unsigned int Half:1;
	unsigned int Sec:1;
	unsigned int Min:1;
	unsigned int Hour:1;
	unsigned int Key:1;
	unsigned int I2C:1;
	unsigned int Disp:1;
	unsigned int NoUse:7;
}TASKSTATUS;

typedef struct
{
	TASKSTATUS Req;
//	TASKSTATUS Start;
//	TASKSTATUS Wait;
//	TASKSTATUS Stop;
}TASK;


// 48 Bytes
typedef struct
{
	unsigned int hByte;
	unsigned char ComPtr;
	unsigned char ByteCS;
	unsigned char ComBit;			// 接收发送的位数
	unsigned char ComTmr;			// 通讯定时
	unsigned char ComBuf[42];
}RSREG;

// 50 Bytes
typedef struct
{
	REG  Reg;				// 2
	TASK Tsk;				// 2
  
#ifndef DATA_IN_LCDMEM
  
	unsigned char Flgs;				// 1
	unsigned char KeyTmr;			// 1	按键定时
#endif
	
	RSREG RS;				// 48 Bytes
}DRAM;

#ifdef DATA_IN_LCDMEM
typedef struct
{
	//TASK Tsk;				// 2
  
  //REG  Reg;				// 2
	
	unsigned char Flgs;				// 1
	unsigned char KeyTmr;			// 1	按键定时
	
}DRAM1;
#endif