pulseparse.i

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#line 1 "pulseparse.c" /0
 
 
 
 
 
 
 
 
 
 
  
#line 1 "E:\WORKHOME\932-DDSF\0003\REG932.H" /0







 
 
 
 
 
 
 sfr P0   = 0x80;
 sfr P1   = 0x90;
 sfr P2   = 0xA0;
 sfr P3   = 0xB0;
 sfr PSW  = 0xD0;
 sfr ACC  = 0xE0;
 sfr B    = 0xF0;
 sfr SP   = 0x81;
 sfr DPL  = 0x82;
 sfr DPH  = 0x83;
 sfr PCON = 0x87;
 sfr TCON = 0x88;
 sfr TMOD = 0x89;
 sfr TL0  = 0x8A;
 sfr TL1  = 0x8B;
 sfr TH0  = 0x8C;
 sfr TH1  = 0x8D;
 sfr IEN0 = 0xA8;
 sfr IP0  = 0xB8;
 sfr SCON = 0x98;
 sfr SBUF = 0x99;
 
 
 sfr AUXR1  = 0xA2;
 sfr SADDR  = 0xA9;
 sfr SADEN  = 0xB9;
 sfr TL2    = 0xCC;
 sfr TH2    = 0xCD;
 sfr BRGR0  = 0xBE;
 sfr BRGR1  = 0xBF;
 sfr BRGCON = 0xBD;
 sfr CCCRA  = 0xEA;
 sfr CCCRB  = 0xEB;
 sfr CCCRC  = 0xEC;
 sfr CCCRD  = 0xED;
 sfr CMP1   = 0xAC;
 sfr CMP2   = 0xAD;
 sfr DEECON = 0xF1;
 sfr DEEDAT = 0xF2;
 sfr DEEADR = 0xF3;
 sfr DIVM   = 0x95;
 sfr I2ADR  = 0xDB;
 sfr I2CON  = 0xD8;
 sfr I2DAT  = 0xDA;
 sfr I2SCLH = 0xDD;
 sfr I2SCLL = 0xDC;
 sfr I2STAT = 0xD9;
 sfr ICRAH  = 0xAB;
 sfr ICRAL  = 0xAA;
 sfr ICRBH  = 0xAF;
 sfr ICRBL  = 0xAE;
 sfr IEN1   = 0xE8;
 sfr IP1    = 0xF8;
 sfr IP1H   = 0xF7;
 sfr KBCON  = 0x94;
 sfr KBMASK = 0x86;
 sfr KBPATN = 0x93;
 sfr OCRAH  = 0xEF;
 sfr OCRAL  = 0xEE;
 sfr OCRBH  = 0xFB;
 sfr OCRBL  = 0xFA;
 sfr OCRCH  = 0xFD;
 sfr OCRCL  = 0xFC;
 sfr OCRDH  = 0xFF;
 sfr OCRDL  = 0xFE;
 sfr P0M1   = 0x84;
 sfr P0M2   = 0x85;
 sfr P1M1   = 0x91;
 sfr P1M2   = 0x92;
 sfr P2M1   = 0xA4;
 sfr P2M2   = 0xA5;
 sfr P3M1   = 0xB1;
 sfr P3M2   = 0xB2;
 sfr PCONA  = 0xB5;
 sfr PT0AD  = 0xF6;
 sfr RSTSRC = 0xDF;
 sfr RTCCON = 0xD1;
 sfr RTCH   = 0xD2;
 sfr RTCL   = 0xD3;
 sfr SSTAT  = 0xBA;
 sfr SPCTL  = 0xE2;
 sfr SPSTAT = 0xE1;
 sfr SPDAT  = 0xE3;
 sfr TAMOD  = 0x8F;
 sfr TCR20  = 0xC8;
 sfr TCR21  = 0xF9;
 sfr TICR2  = 0xC9;
 sfr TIFR2  = 0xE9;
 sfr TISE2  = 0xDE;
 sfr TOR2H  = 0xCF;
 sfr TOR2L  = 0xCE;
 sfr TPCR2H = 0xCB;
 sfr TPCR2L = 0xCA;
 sfr TRIM   = 0x96;
 sfr WDCON  = 0xA7;
 sfr WDL    = 0xC1;
 sfr WFEED1 = 0xC2;
 sfr WFEED2 = 0xC3;
 sfr IP0H   = 0xB7;
 
 
 
 sbit CY   = PSW^7;
 sbit AC   = PSW^6;
 sbit F0   = PSW^5;
 sbit RS1  = PSW^4;
 sbit RS0  = PSW^3;
 sbit OV   = PSW^2;
 sbit F1   = PSW^1;
 sbit P    = PSW^0;
 
 
 sbit TF1  = TCON^7;
 sbit TR1  = TCON^6;
 sbit TF0  = TCON^5;
 sbit TR0  = TCON^4;
 sbit IE1  = TCON^3;
 sbit IT1  = TCON^2;
 sbit IE0  = TCON^1;
 sbit IT0  = TCON^0;
 
 
 sbit EA   = IEN0^7;
 sbit EWDRT = IEN0^6;
 sbit EBO   = IEN0^5;
 sbit ES   = IEN0^4;  
 sbit ESR  = IEN0^4;
 sbit ET1  = IEN0^3;
 sbit EX1  = IEN0^2;
 sbit ET0  = IEN0^1;
 sbit EX0  = IEN0^0;
 
 
 sbit EIEE = IEN1^7;
 sbit EST  = IEN1^6;
 sbit ECCU = IEN1^4;
 sbit ESPI = IEN1^3;
 sbit EC   = IEN1^2;
 sbit EKBI = IEN1^1;
 sbit EI2C = IEN1^0;
 
 
 sbit PWDRT = IP0^6;
 sbit PB0  = IP0^5;
 sbit PS   = IP0^4;  
 sbit PSR  = IP0^4;
 sbit PT1  = IP0^3;
 sbit PX1  = IP0^2;
 sbit PT0  = IP0^1;
 sbit PX0  = IP0^0;
 
 
 
 sbit SM0  = SCON^7;  
 sbit FE   = SCON^7;
 sbit SM1  = SCON^6;
 sbit SM2  = SCON^5;
 sbit REN  = SCON^4;
 sbit TB8  = SCON^3;
 sbit RB8  = SCON^2;
 sbit TI   = SCON^1;
 sbit RI   = SCON^0;
 
 
 sbit I2EN  = I2CON^6;
 sbit STA   = I2CON^5;
 sbit STO   = I2CON^4;
 sbit SI    = I2CON^3;
 sbit AA    = I2CON^2;
 sbit CRSEL = I2CON^0;
 
 
 sbit HWT     = P0^7;     
 sbit LcdCs   = P0^6;     
 sbit LcdRd   = P0^5;     
 sbit LcdWr   = P0^4;     
 sbit LcdData = P0^3;     
 sbit OpenLed = P0^2;     
 sbit PulseDir = P0^1;    
 sbit PulseIn = P0^0;     
 
 
 sbit OPEN    = P1^7;     
 sbit KEY     = P1^6;     
 sbit RST     = P1^5;     
 sbit HWR     = P1^4;     
 sbit LowTest = P1^3;     
 sbit PWM     = P1^2;     
 sbit RxD     = P1^1;     
 sbit TxD     = P1^0;     
 
 
 sbit IIcWP    = P2^7;     
 sbit PulseLed = P2^6;     
 sbit GuLed    = P2^5;     
 sbit Program  = P2^4;     
 sbit FengLed  = P2^3;     
 sbit DIR      = P2^2;     
 sbit SDA      = P2^1;     
 sbit SCL      = P2^0;     
 
 
 sbit XTAL1= P3^1;
 sbit XTAL2= P3^0;
 
 
 sbit PLLEN = TCR20^7;
 sbit HLTRN = TCR20^6;
 sbit HLTEN = TCR20^5;
 sbit ALTCD = TCR20^4;
 sbit ALTAB = TCR20^3;
 sbit TDIR2 = TCR20^2;
 sbit TMOD21= TCR20^1;
 sbit TMOD20= TCR20^0;
 
 
 
#line 11 "pulseparse.c" /0
 
  
#line 1 "E:\WORKHOME\932-DDSF\0003\DEFINE.H" /0
 
 
 
 
 extern unsigned char data ComTimeA;
 extern unsigned char data ComTimeB;
 extern unsigned char data TemperatureTimeA;
 extern unsigned int data TemperatureTimeB;
 extern unsigned char idata PulseData;
 extern unsigned char idata LcdShowTime;
 extern unsigned char data IIcByteStar;
 extern unsigned char data MataSt;
 extern unsigned char idata IIcBuf[16];
 extern unsigned char data LcdRunData;
 extern unsigned char data KeyTemp;                   
 extern unsigned char data LcdTime;
 extern unsigned char data LedTime;
 extern unsigned char data CkData;
 extern unsigned char data LcdShowBit[2];
 extern unsigned char data ProgramState[3];
 extern unsigned char data TimeBuf[3];
 extern unsigned char data LcdShowBuf[8];
 extern unsigned char idata AddUpPulseData[5];
 extern unsigned char idata ReversePulseData[5];
 extern unsigned char idata SumPulseData[5];
 extern unsigned char idata FengPulseData[5];
 extern unsigned char idata GuPulseData[5];
 extern unsigned char idata PingPulseData[5];
 extern unsigned char idata InceptDataBuf[32];		    
 extern unsigned char idata SendDataBuf[32];		    
 
 extern unsigned char data InfraredBufDptr;	         
 extern unsigned char data SeriesBufDptr;             
 
 
 
 extern bit AddUpPulseDirFg;           
 extern bit ReversePulseDirFg;         
 extern bit PulseDirFg;
 extern bit LcdShowFg;
 extern bit CmdParseFg;
 extern bit TimeSpendFg;
 extern bit BataMoveFg;
 extern bit LedFg;
 extern bit AddUpLedfg;
 extern bit ReverseLedFg;
 extern bit DataProtectFg;
 extern bit TemperatureTimeFg;
 extern bit LowPowerFg;
 extern bit ComFg;
 extern bit ReverseFg;
 extern bit FengFg;
 extern bit PingFg;
 extern bit GuFg;
 
 
 extern void Delay(unsigned int count);
 extern unsigned char IicByteRead(unsigned char device,unsigned char address);
 extern void IicMuchByteRead(unsigned char Device,unsigned char Address,unsigned char DataLend);    
 extern void IicByteWrite(unsigned char device,unsigned char address,unsigned char bytedata);
 extern void IicMuchByteWrite(unsigned char Device,unsigned char Address,unsigned char DataLend);
 extern unsigned char IicReceiveByte(void);
 extern bit IicSentByte(unsigned char bytedata);
 extern void IicStart(void);
 extern void IicStop(void);
 extern void IicWait(void);
 extern void SendAcknowledge(bit ack);
 
 extern void LcdStart(void);
 extern void LcdStop(void);
 extern void LcdSendId(unsigned char ID);
 extern void LcdSendAddress(unsigned char Address);
 extern void LcdSendByte(unsigned char Data);
 extern void LcdDisplayData(unsigned char DataOne,unsigned char DataTwo,unsigned char DataThree,unsigned char DataFour,unsigned char DataFive,unsigned char DataSix,unsigned char DataSeven);
 extern void LcdSendCommand(unsigned char Command);
 
 extern void SeriesSend(void);
 extern void DataFill(void);
 extern unsigned char HexToBcd(unsigned char Bytedata);
 extern unsigned char BcdToHex(unsigned char Bytedata);
 extern void DataSave(void);
 extern void DataPickup(void);
 extern void SeriesSentByte(unsigned char Byte);
 
 extern void InitCpu(void);
 extern void InitLcd(void);
 
 extern void InitRTC(void);
 extern void InitCmd(void);
 
 extern void Temperature(void);
 extern void TimeSpend(void);
 extern void CmdParse(void);
 extern void PulseParse(void);
 extern void KeyParse(void);
 extern void LcdParse(void);
 extern void DataProtect(void);
 extern void StakeOut(void);
 extern void PowerAddUp(void);
 extern void ToDay(unsigned char Day);
 extern void WDT(void);
 extern void LowPower(void);
 
 
 
#line 12 "pulseparse.c" /0
 
  
#line 1 "E:\WORKHOME\932-DDSF\0003\STDIO.H" /0






 
 
 
 
 
 
 
 
 
 
 
 
 typedef unsigned int size_t;
 
 
 #pragma SAVE
 #pragma REGPARMS
 extern char _getkey (void);
 extern char getchar (void);
 extern char ungetchar (char);
 extern char putchar (char);
 extern int printf   (const char *, ...);
 extern int sprintf  (char *, const char *, ...);
 extern int vprintf  (const char *, char *);
 extern int vsprintf (char *, const char *, char *);
 extern char *gets (char *, int n);
 extern int scanf (const char *, ...);
 extern int sscanf (char *, const char *, ...);
 extern int puts (const char *);
 
 #pragma RESTORE
#line 13 "pulseparse.c" /0
 
  
#line 1 "E:\WORKHOME\932-DDSF\0003\INTRINS.H" /0






 
 
 extern void          _nop_     (void);
 extern bit           _testbit_ (bit);
 extern unsigned char _cror_    (unsigned char, unsigned char);
 extern unsigned int  _iror_    (unsigned int,  unsigned char);
 extern unsigned long _lror_    (unsigned long, unsigned char);
 extern unsigned char _crol_    (unsigned char, unsigned char);
 extern unsigned int  _irol_    (unsigned int,  unsigned char);
 extern unsigned long _lrol_    (unsigned long, unsigned char);
 extern unsigned char _chkfloat_(float);
#line 14 "pulseparse.c" /0
 
 void LedShow(void)
 {
 if(LedFg)
 {
 if(LedTime>5)
 {
 LedFg=0;
 PulseLed=1;
 }
 }
 else
 {
 LedFg=0;
 PulseLed=1;
 }
 }
 void SumData(void)
 {
 SumPulseData[4]=SumPulseData[4]+1;
 ReversePulseData[4]=AddUpPulseData[4]=SumPulseData[4];
 if(SumPulseData[4]==16)
 {
 SumPulseData[4]=0x00;
 SumPulseData[3]=SumPulseData[3]+1;
 if(SumPulseData[3]==0x63)
 {
 SumPulseData[3]=0x00;
 DataSave();
 SumPulseData[2]=SumPulseData[2]+1;
 if(SumPulseData[2]==0x63)
 {
 
 SumPulseData[1]=SumPulseData[1]+1;
 if(SumPulseData[1]==0x63)
 {
 SumPulseData[0]=SumPulseData[0]+1;
 if(SumPulseData[0]==0x63)
 {
 SumPulseData[0]=0x00;
 SumPulseData[1]=0x00;
 SumPulseData[2]=0x00;
 SumPulseData[3]=0x00;
 SumPulseData[4]=0x00;
 }
 }
 }
 }
 }
 if(AddUpPulseDirFg)
 {		
 AddUpPulseData[4]=AddUpPulseData[4]+1;
 ReversePulseData[4]=AddUpPulseData[4];
 if(AddUpPulseData[4]==16)
 {
 AddUpPulseData[4]=0x00;
 AddUpPulseData[3]=AddUpPulseData[3]+1;
 if(AddUpPulseData[3]==0x63)
 {
 AddUpPulseData[3]=0x00;
 DataSave();
 AddUpPulseData[2]=AddUpPulseData[2]+1;
 if(AddUpPulseData[2]==0x63)
 {
 AddUpPulseData[1]=AddUpPulseData[1]+1;
 if(AddUpPulseData[1]==0x63)
 {
 AddUpPulseData[0]=AddUpPulseData[0]+1;
 if(AddUpPulseData[0]==0x63)
 {
 AddUpPulseData[0]=0x00;
 AddUpPulseData[1]=0x00;
 AddUpPulseData[2]=0x00;
 AddUpPulseData[3]=0x00;
 AddUpPulseData[4]=0x00;
 }
 }
 }
 }
 }
 }
 if(ReversePulseDirFg)
 {
 ReversePulseData[4]=ReversePulseData[4]+1;
 AddUpPulseData[4]=ReversePulseData[4];
 if(ReversePulseData[4]==16)
 {
 ReversePulseData[4]=0x00;
 ReversePulseData[3]=ReversePulseData[3]+1;
 if(ReversePulseData[3]==0x64)
 {
 ReversePulseData[3]=0x00;
 DataSave();
 ReversePulseData[2]=ReversePulseData[2]+1;
 if(ReversePulseData[2]==0x64)
 {
 ReversePulseData[1]=ReversePulseData[1]+1;
 if(ReversePulseData[1]==0x64)
 {
 ReversePulseData[0]=ReversePulseData[0]+1;
 if(ReversePulseData[0]==0x64)
 {
 ReversePulseData[0]=0x00;
 ReversePulseData[1]=0x00;
 ReversePulseData[2]=0x00;
 ReversePulseData[3]=0x00;
 ReversePulseData[4]=0x00;
 }
 }
 }
 }
 }
 }
 if(AddUpPulseDirFg|ReversePulseDirFg)
 {
 if(FengFg)
 {
 FengPulseData[4]=FengPulseData[4]+1;
 AddUpPulseData[4]=ReversePulseData[4]=FengPulseData[4];
 if(FengPulseData[4]==16)
 {
 FengPulseData[4]=0x00;
 FengPulseData[3]=FengPulseData[3]+1;
 if(ReversePulseData[3]==0x64)
 {
 FengPulseData[3]=0x00;
 DataSave();
 FengPulseData[2]=FengPulseData[2]+1;
 if(ReversePulseData[2]==0x64)
 {
 FengPulseData[1]=FengPulseData[1]+1;
 if(FengPulseData[1]==0x64)
 {
 FengPulseData[0]=FengPulseData[0]+1;
 if(FengPulseData[0]==0x64)
 {
 FengPulseData[0]=0x00;
 FengPulseData[1]=0x00;
 FengPulseData[2]=0x00;
 FengPulseData[3]=0x00;
 FengPulseData[4]=0x00;
 }
 }
 }
 }
 }
 }	
 if(PingFg)
 {
 PingPulseData[4]=PingPulseData[4]+1;
 AddUpPulseData[4]=ReversePulseData[4];
 if(PingPulseData[4]==16)
 {
 PingPulseData[4]=0x00;
 PingPulseData[3]=PingPulseData[3]+1;
 if(PingPulseData[3]==0x64)
 {
 PingPulseData[3]=0x00;
 DataSave();
 PingPulseData[2]=PingPulseData[2]+1;
 if(PingPulseData[2]==0x64)
 {
 PingPulseData[1]=PingPulseData[1]+1;
 if(PingPulseData[1]==0x64)
 {
 PingPulseData[0]=PingPulseData[0]+1;
 if(PingPulseData[0]==0x64)
 {
 PingPulseData[0]=0x00;
 PingPulseData[1]=0x00;
 PingPulseData[2]=0x00;
 PingPulseData[3]=0x00;
 PingPulseData[4]=0x00;
 }
 }
 }
 }
 }
 }	
 if(GuFg)
 {
 GuPulseData[4]=GuPulseData[4]+1;
 AddUpPulseData[4]=ReversePulseData[4];
 if(GuPulseData[4]==16)
 {
 GuPulseData[4]=0x00;
 GuPulseData[3]=GuPulseData[3]+1;
 if(ReversePulseData[3]==0x64)
 {
 GuPulseData[3]=0x00;
 DataSave();
 GuPulseData[2]=GuPulseData[2]+1;
 if(GuPulseData[2]==0x64)
 {
 GuPulseData[1]=GuPulseData[1]+1;
 if(GuPulseData[1]==0x64)
 {
 GuPulseData[0]=GuPulseData[0]+1;
 if(GuPulseData[0]==0x64)
 {
 GuPulseData[0]=0x00;
 GuPulseData[1]=0x00;
 GuPulseData[2]=0x00;
 GuPulseData[3]=0x00;
 GuPulseData[4]=0x00;
 }
 }
 }
 }
 }
 }
 }
 }
 void PulseParse(void)
 {
 LedShow();
 Delay(10);
 KeyTemp=~P0&0x03;	
 switch(KeyTemp)	
 {
 case 0x00 :  
 SumData();
 ReversePulseDirFg=0;
 AddUpPulseDirFg=0;
 PulseDirFg=0;
 KBMASK=KBMASK|0x03;
 EKBI=1;
 ReverseFg=0;
 break;
 case 0x01 :	 
 AddUpPulseDirFg=1;
 ReversePulseDirFg=0;
 KBMASK=KBMASK|0x02;
 EKBI=1;
 ReverseFg=0;
 break;
 case 0x02 :  
 SumData();
 PulseDirFg=1;
 AddUpPulseDirFg=0;
 ReversePulseDirFg=0;
 KBMASK=KBMASK|0x01;
 EKBI=1;
 ReverseFg=1;
 break;
 case 0x03 :	
 AddUpPulseDirFg=0;
 ReversePulseDirFg=1;
 PulseDirFg=1;
 ReverseFg=1;
 break;
 default :
 
 break;		
 }
 }