#line 1 "EXT\RTC.C66" 
 
 
 
 
 
 
 
 
 
 
  
#line 1 "EXT\MISC.C66" 
 
 
 
 
 
 
 
 
  
#line 1 "EXT\MISC.H" 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 extern int BCD2INT( unsigned int BCDValue );
 
 
 
 
 extern unsigned int INT2BCD( int INTValue );
 
 
 
 
#line 9 "EXT\MISC.C66" 
 
 
 
 
 
 
 
 int BCD2INT(unsigned int BCDValue) {
 int   Result;
 
 
 Result = BCDValue & 0x000F;
 Result += (((BCDValue & 0x00F0) >> 4) * 10);
 Result += (((BCDValue & 0x0F00) >> 8) * 100);
 Result += (((BCDValue & 0xF000) >> 12) * 1000);
 return(Result);
 }
 
 
 
 
  unsigned int INT2BCD(int INTValue) {
  unsigned int Result;
 
 
 
 Result = INTValue % 10;
 INTValue = INTValue / 10; 
 Result |= ((INTValue % 10) << 4);
 INTValue = INTValue / 10; 
 Result |= ((INTValue % 10) << 8);
 INTValue = INTValue / 10; 
 Result |= ((INTValue % 10) << 12);
 return(Result);
 }
 
 
 
 
#line 11 "EXT\RTC.C66" 
 
  
#line 1 "EXT\I2C_HARD.C66" 
 
 
 
 
 
 
 
 
 
  
#line 1 "EXT\MISC.H" 
 
 
 
 
 
#line 6 "EXT\MISC.H" 
  
 
 
 
 
 
 
  
 
 
 
  
 
 
 
  
 
 
 
  
 
 
 
  
 
 
 
  
 
 
 
#line 37 "EXT\MISC.H" 
 
 
 
 
 
 extern int BCD2INT( unsigned int BCDValue );
 
 
 
 
 extern unsigned int INT2BCD( int INTValue );
 
 
 
 
#line 10 "EXT\I2C_HARD.C66" 
 
  
#line 1 "C:\C166\INC\REG167.H" 






 
 
 
 sfr   ADCIC    = 0xFF98;
 sfr   ADCON    = 0xFFA0;
 sfr   ADDAT    = 0xFEA0;
 sfr   ADEIC    = 0xFF9A;
 sfr   ADDAT2   = 0xF0A0;
 sbit  ADST     = ADCON^7;
 sbit  ADBSY    = ADCON^8;
 sbit  ADWR     = ADCON^9;
 sbit  ADCIN    = ADCON^10;
 sbit  ADCRQ    = ADCON^11;
 sbit  ADCIE    = ADCIC^6;
 sbit  ADCIR    = ADCIC^7;
 sbit  ADEIE    = ADEIC^6;
 sbit  ADEIR    = ADEIC^7;
 
 
 sfr   CC0      = 0xFE80;
 sfr   CC0IC    = 0xFF78;
 sfr   CC1      = 0xFE82;
 sfr   CC1IC    = 0xFF7A;
 sfr   CC2      = 0xFE84;
 sfr   CC2IC    = 0xFF7C;
 sfr   CC3      = 0xFE86;
 sfr   CC3IC    = 0xFF7E;
 sfr   CC4      = 0xFE88;
 sfr   CC4IC    = 0xFF80;
 sfr   CC5      = 0xFE8A;
 sfr   CC5IC    = 0xFF82;
 sfr   CC6      = 0xFE8C;
 sfr   CC6IC    = 0xFF84;
 sfr   CC7      = 0xFE8E;
 sfr   CC7IC    = 0xFF86;
 sfr   CC8      = 0xFE90;
 sfr   CC8IC    = 0xFF88;
 sfr   CC9      = 0xFE92;
 sfr   CC9IC    = 0xFF8A;
 sfr   CC10     = 0xFE94;
 sfr   CC10IC   = 0xFF8C;
 sfr   CC11     = 0xFE96;
 sfr   CC11IC   = 0xFF8E;
 sfr   CC12     = 0xFE98;
 sfr   CC12IC   = 0xFF90;
 sfr   CC13     = 0xFE9A;
 sfr   CC13IC   = 0xFF92;
 sfr   CC14     = 0xFE9C;
 sfr   CC14IC   = 0xFF94;
 sfr   CC15     = 0xFE9E;
 sfr   CC15IC   = 0xFF96;
 sfr   CC16     = 0xFE60;
 sfr   CC16IC   = 0xF160;
 sfr   CC17     = 0xFE62;
 sfr   CC17IC   = 0xF162;
 sfr   CC18     = 0xFE64;
 sfr   CC18IC   = 0xF164;
 sfr   CC19     = 0xFE66;
 sfr   CC19IC   = 0xF166;
 sfr   CC20     = 0xFE68;
 sfr   CC20IC   = 0xF168;
 sfr   CC21     = 0xFE6A;
 sfr   CC21IC   = 0xF16A;
 sfr   CC22     = 0xFE6C;
 sfr   CC22IC   = 0xF16C;
 sfr   CC23     = 0xFE6E;
 sfr   CC23IC   = 0xF16E;
 sfr   CC24     = 0xFE70;
 sfr   CC24IC   = 0xF170;
 sfr   CC25     = 0xFE72;
 sfr   CC25IC   = 0xF172;
 sfr   CC26     = 0xFE74;
 sfr   CC26IC   = 0xF174;
 sfr   CC27     = 0xFE76;
 sfr   CC27IC   = 0xF176;
 sfr   CC28     = 0xFE78;
 sfr   CC28IC   = 0xF178;
 sfr   CC29     = 0xFE7A;
 sfr   CC29IC   = 0xF184;
 sfr   CC30     = 0xFE7C;
 sfr   CC30IC   = 0xF18C;
 sfr   CC31     = 0xFE7E;
 sfr   CC31IC   = 0xF194;
 sfr   CCM0     = 0xFF52;
 sfr   CCM1     = 0xFF54;
 sfr   CCM2     = 0xFF56;
 sfr   CCM3     = 0xFF58;
 sfr   CCM4     = 0xFF22;
 sfr   CCM5     = 0xFF24;
 sfr   CCM6     = 0xFF26;
 sfr   CCM7     = 0xFF28;
 sfr   T0       = 0xFE50;
 sfr   T01CON   = 0xFF50;
 sfr   T0IC     = 0xFF9C;
 sfr   T0REL    = 0xFE54;
 sfr   T1       = 0xFE52;
 sfr   T1IC     = 0xFF9E;
 sfr   T1REL    = 0xFE56;
 sfr   T7       = 0xF050;
 sfr   T78CON   = 0xFF20;
 sfr   T7IC     = 0xF17A;
 sfr   T7REL    = 0xF054;
 sfr   T8       = 0xF052;
 sfr   T8IC     = 0xF17C;
 sfr   T8REL    = 0xF056;
 sbit  CC0IR    = CC0IC^7;
 sbit  CC0IE    = CC0IC^6;
 sbit  CC1IR    = CC1IC^7;
 sbit  CC1IE    = CC1IC^6;
 sbit  CC2IR    = CC2IC^7;
 sbit  CC2IE    = CC2IC^6;
 sbit  CC3IR    = CC3IC^7;
 sbit  CC3IE    = CC3IC^6;
 sbit  CC4IR    = CC4IC^7;
 sbit  CC4IE    = CC4IC^6;
 sbit  CC5IR    = CC5IC^7;
 sbit  CC5IE    = CC5IC^6;
 sbit  CC6IR    = CC6IC^7;
 sbit  CC6IE    = CC6IC^6;
 sbit  CC7IR    = CC7IC^7;
 sbit  CC7IE    = CC7IC^6;
 sbit  CC8IR    = CC8IC^7;
 sbit  CC8IE    = CC8IC^6;
 sbit  CC9IR    = CC9IC^7;
 sbit  CC9IE    = CC9IC^6;
 sbit  CC10IR   = CC10IC^7;
 sbit  CC10IE   = CC10IC^6;
 sbit  CC11IR   = CC11IC^7;
 sbit  CC11IE   = CC11IC^6;
 sbit  CC12IR   = CC12IC^7;
 sbit  CC12IE   = CC12IC^6;
 sbit  CC13IR   = CC13IC^7;
 sbit  CC13IE   = CC13IC^6;
 sbit  CC14IR   = CC14IC^7;
 sbit  CC14IE   = CC14IC^6;
 sbit  CC15IR   = CC15IC^7;
 sbit  CC15IE   = CC15IC^6;
 sbit  CC16IR   = CC16IC^7;
 sbit  CC16IE   = CC16IC^6;
 sbit  CC17IR   = CC17IC^7;
 sbit  CC17IE   = CC17IC^6;
 sbit  CC18IR   = CC18IC^7;
 sbit  CC18IE   = CC18IC^6;
 sbit  CC19IR   = CC19IC^7;
 sbit  CC19IE   = CC19IC^6;
 sbit  CC20IR   = CC20IC^7;
 sbit  CC20IE   = CC20IC^6;
 sbit  CC21IR   = CC21IC^7;
 sbit  CC21IE   = CC21IC^6;
 sbit  CC22IR   = CC22IC^7;
 sbit  CC22IE   = CC22IC^6;
 sbit  CC23IR   = CC23IC^7;
 sbit  CC23IE   = CC23IC^6;
 sbit  CC24IR   = CC24IC^7;
 sbit  CC24IE   = CC24IC^6;
 sbit  CC25IR   = CC25IC^7;
 sbit  CC25IE   = CC25IC^6;
 sbit  CC26IR   = CC26IC^7;
 sbit  CC26IE   = CC26IC^6;
 sbit  CC27IR   = CC27IC^7;
 sbit  CC27IE   = CC27IC^6;
 sbit  CC28IR   = CC28IC^7;
 sbit  CC28IE   = CC28IC^6;
 sbit  CC29IR   = CC29IC^7;
 sbit  CC29IE   = CC29IC^6;
 sbit  CC30IR   = CC30IC^7;
 sbit  CC30IE   = CC30IC^6;
 sbit  CC31IR   = CC31IC^7;
 sbit  CC31IE   = CC31IC^6;
 sbit  ACC0     = CCM0^3;
 sbit  ACC1     = CCM0^7;
 sbit  ACC2     = CCM0^11;
 sbit  ACC3     = CCM0^15;
 sbit  ACC4     = CCM1^3;
 sbit  ACC5     = CCM1^7;
 sbit  ACC6     = CCM1^11;
 sbit  ACC7     = CCM1^15;
 sbit  ACC8     = CCM2^3;
 sbit  ACC9     = CCM2^7;
 sbit  ACC10    = CCM2^11;
 sbit  ACC11    = CCM2^15;
 sbit  ACC12    = CCM3^3;
 sbit  ACC13    = CCM3^7;
 sbit  ACC14    = CCM3^11;
 sbit  ACC15    = CCM3^15;
 sbit  ACC16    = CCM4^3;
 sbit  ACC17    = CCM4^7;
 sbit  ACC18    = CCM4^11;
 sbit  ACC19    = CCM4^15;
 sbit  ACC20    = CCM5^3;
 sbit  ACC21    = CCM5^7;
 sbit  ACC22    = CCM5^11;
 sbit  ACC23    = CCM5^15;
 sbit  ACC24    = CCM6^3;
 sbit  ACC25    = CCM6^7;
 sbit  ACC26    = CCM6^11;
 sbit  ACC27    = CCM6^15;
 sbit  ACC28    = CCM7^3;
 sbit  ACC29    = CCM7^7;
 sbit  ACC30    = CCM7^11;
 sbit  ACC31    = CCM7^15;
 sbit  T0IE     = T0IC^6;
 sbit  T0IR     = T0IC^7;
 sbit  T0M      = T01CON^3;
 sbit  T0R      = T01CON^6;
 sbit  T1IE     = T1IC^6;
 sbit  T1IR     = T1IC^7;
 sbit  T1M      = T01CON^11;
 sbit  T1R      = T01CON^14;
 sbit  T7IE     = T7IC^6;
 sbit  T7IR     = T7IC^7;
 sbit  T7M      = T78CON^3;
 sbit  T7R      = T78CON^6;
 sbit  T8IE     = T8IC^6;
 sbit  T8IR     = T8IC^7;
 sbit  T8M      = T78CON^11;
 sbit  T8R      = T78CON^14;
 
 
 sfr   CP       = 0xFE10;
 sfr   CSP      = 0xFE08;
 sfr   DPP0     = 0xFE00;
 sfr   DPP1     = 0xFE02;
 sfr   DPP2     = 0xFE04;
 sfr   DPP3     = 0xFE06;
 sfr   MDC      = 0xFF0E;
 sfr   MDH      = 0xFE0C;
 sfr   MDL      = 0xFE0E;
 sfr   ONES     = 0xFF1E;
 sfr   PSW      = 0xFF10;
 sfr   SP       = 0xFE12;
 sfr   STKOV    = 0xFE14;
 sfr   STKUN    = 0xFE16;
 sfr   SYSCON   = 0xFF12;
 sfr   TFR      = 0xFFAC;
 sfr   ZEROS    = 0xFF1C;
 sfr   BUSCON0  = 0xFF0C;
 sfr   BUSCON1  = 0xFF14;
 sfr   BUSCON2  = 0xFF16;
 sfr   BUSCON3  = 0xFF18;
 sfr   BUSCON4  = 0xFF1A;
 sfr   ADDRSEL1 = 0xFE18;
 sfr   ADDRSEL2 = 0xFE1A;
 sfr   ADDRSEL3 = 0xFE1C;
 sfr   ADDRSEL4 = 0xFE1E;
 sbit  WRCFG    = SYSCON^7;
 sbit  CLKEN    = SYSCON^8;
 sbit  BYTDIS   = SYSCON^9;
 sbit  ROMEN    = SYSCON^10;
 sbit  SGTEN    = SYSCON^11;
 sbit  ROMS1    = SYSCON^12;
 sbit  MDRIU    = MDC^4;
 sbit  N        = PSW^0;
 sbit  C        = PSW^1;
 sbit  V        = PSW^2;
 sbit  Z        = PSW^3;
 sbit  E        = PSW^4;
 sbit  MULIP    = PSW^5;
 sbit  USR0     = PSW^6;
 sbit  HLDEN    = PSW^10;
 sbit  IEN      = PSW^11;
 sbit  RWDC0    = BUSCON0^4;
 sbit  MTTC0    = BUSCON0^5;
 sbit  ALECTL0  = BUSCON0^9;
 sbit  BUSACT0  = BUSCON0^10;
 sbit  RDYEN0   = BUSCON0^12;
 sbit  RWDC1    = BUSCON1^4;
 sbit  MTTC1    = BUSCON1^5;
 sbit  ALECTL1  = BUSCON1^9;
 sbit  BUSACT1  = BUSCON1^10;
 sbit  RDYEN1   = BUSCON1^12;
 sbit  CSREN1   = BUSCON1^14;
 sbit  CSWEN1   = BUSCON1^15;
 sbit  RWDC2    = BUSCON2^4;
 sbit  MTTC2    = BUSCON2^5;
 sbit  ALECTL2  = BUSCON2^9;
 sbit  BUSACT2  = BUSCON2^10;
 sbit  RDYEN2   = BUSCON2^12;
 sbit  CSREN2   = BUSCON2^14;
 sbit  CSWEN2   = BUSCON2^15;
 sbit  RWDC3    = BUSCON3^4;
 sbit  MTTC3    = BUSCON3^5;
 sbit  ALECTL3  = BUSCON3^9;
 sbit  BUSACT3  = BUSCON3^10;
 sbit  RDYEN3   = BUSCON3^12;
 sbit  CSREN3   = BUSCON3^14;
 sbit  CSWEN3   = BUSCON3^15;
 sbit  RWDC4    = BUSCON4^4;
 sbit  MTTC4    = BUSCON4^5;
 sbit  ALECTL4  = BUSCON4^9;
 sbit  BUSACT4  = BUSCON4^10;
 sbit  RDYEN4   = BUSCON4^12;
 sbit  CSREN4   = BUSCON4^14;
 sbit  CSWEN4   = BUSCON4^15;
 sbit  ILLBUS   = TFR^0;
 sbit  ILLINA   = TFR^1;
 sbit  ILLOPA   = TFR^2;
 sbit  PRTFLT   = TFR^3;
 sbit  UNDOPC   = TFR^7;
 sbit  STKUF    = TFR^13;
 sbit  STKOF    = TFR^14;
 sbit  NMI      = TFR^15;
 
 sfr   EXICON   = 0xF1C0;
 
 sfr   ISNC     = 0xF1DE;
 sbit  RTCIE    = ISNC^0;
 sbit  RTCIR    = ISNC^1;
 sbit  PLLIE    = ISNC^2;
 sbit  PLLIR    = ISNC^3;
 
 
 
 sfr   PECC0    = 0xFEC0;
 sfr   PECC1    = 0xFEC2;
 sfr   PECC2    = 0xFEC4;
 sfr   PECC3    = 0xFEC6;
 sfr   PECC4    = 0xFEC8;
 sfr   PECC5    = 0xFECA;
 sfr   PECC6    = 0xFECC;
 sfr   PECC7    = 0xFECE;
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 sfr   DP0L     = 0xF100;
 sfr   DP0H     = 0xF102;
 sfr   DP1L     = 0xF104;
 sfr   DP1H     = 0xF106;
 sfr   DP2      = 0xFFC2;
 sfr   DP3      = 0xFFC6;
 sfr   DP4      = 0xFFCA;
 sfr   DP6      = 0xFFCE;
 sfr   DP7      = 0xFFD2;
 sfr   DP8      = 0xFFD6;
 sfr   P0L      = 0xFF00;
 sfr   P0H      = 0xFF02;
 sfr   P1L      = 0xFF04;
 sfr   P1H      = 0xFF06;
 sfr   P2       = 0xFFC0;
 sfr   P3       = 0xFFC4;
 sfr   P4       = 0xFFC8;
 sfr   P5       = 0xFFA2;
 sfr   P6       = 0xFFCC;
 sfr   P7       = 0xFFD0;
 sfr   P8       = 0xFFD4;
 sfr   ODP2     = 0xF1C2;
 sfr   ODP3     = 0xF1C6;
 sfr   ODP6     = 0xF1CE;
 sfr   ODP7     = 0xF1D2;
 sfr   ODP8     = 0xF1D6;
 sfr   RP0H     = 0xF108;
 
 
 sfr   S0BG     = 0xFEB4;
 sfr   S0CON    = 0xFFB0;
 sfr   S0EIC    = 0xFF70;
 sfr   S0RBUF   = 0xFEB2;
 sfr   S0RIC    = 0xFF6E;
 sfr   S0TBUF   = 0xFEB0;
 sfr   S0TIC    = 0xFF6C;
 sfr   S0TBIC   = 0xF19C;
 sbit  S0STP    = S0CON^3;
 sbit  S0REN    = S0CON^4;
 sbit  S0PEN    = S0CON^5;
 sbit  S0FEN    = S0CON^6;
 sbit  S0OEN    = S0CON^7;
 sbit  S0PE     = S0CON^8;
 sbit  S0FE     = S0CON^9;
 sbit  S0OE     = S0CON^10;
 sbit  S0ODD    = S0CON^12;
 sbit  S0BRS    = S0CON^13;
 sbit  S0LB     = S0CON^14;
 sbit  S0R      = S0CON^15;
 sbit  S0TIE    = S0TIC^6;
 sbit  S0TIR    = S0TIC^7;
 sbit  S0TBIE   = S0TBIC^6;
 sbit  S0TBIR   = S0TBIC^7;
 sbit  S0RIE    = S0RIC^6;
 sbit  S0RIR    = S0RIC^7;
 sbit  S0EIE    = S0EIC^6;
 sbit  S0EIR    = S0EIC^7;
 
 sfr   SSCTIC   = 0xFF72;
 sfr   SSCRIC   = 0xFF74;
 sfr   SSCEIC   = 0xFF76;
 sfr   SSCTB    = 0xF0B0;
 sfr   SSCRB    = 0xF0B2;
 sfr   SSCBR    = 0xF0B4;
 sfr   SSCCON   = 0xFFB2;
 sbit  SSCHB    = SSCCON^4;
 sbit  SSCPH    = SSCCON^5;
 sbit  SSCPO    = SSCCON^6;
 sbit  SSCTE    = SSCCON^8;
 sbit  SSCTEN   = SSCCON^8;
 sbit  SSCRE    = SSCCON^9;
 sbit  SSCREN   = SSCCON^9;
 sbit  SSCPE    = SSCCON^10;
 sbit  SSCPEN   = SSCCON^10;
 sbit  SSCBE    = SSCCON^11;
 sbit  SSCBEN   = SSCCON^11;
 sbit  SSCBSY   = SSCCON^12;
 sbit  SSCMS    = SSCCON^14;
 sbit  SSCEN    = SSCCON^15;
 sbit  SSCTIR   = SSCTIC^7;
 sbit  SSCTIE   = SSCTIC^6;
 sbit  SSCRIR   = SSCRIC^7;
 sbit  SSCRIE   = SSCRIC^6;
 sbit  SSCEIR   = SSCEIC^7;
 sbit  SSCEIE   = SSCEIC^6;
 
 
 sfr   CAPREL   = 0xFE4A;
 sfr   CRIC     = 0xFF6A;
 sfr   T2       = 0xFE40;
 sfr   T2CON    = 0xFF40;
 sfr   T2IC     = 0xFF60;
 sfr   T3       = 0xFE42;
 sfr   T3CON    = 0xFF42;
 sfr   T3IC     = 0xFF62;
 sfr   T4       = 0xFE44;
 sfr   T4CON    = 0xFF44;
 sfr   T4IC     = 0xFF64;
 sfr   T5       = 0xFE46;
 sfr   T5CON    = 0xFF46;
 sfr   T5IC     = 0xFF66;
 sfr   T6       = 0xFE48;
 sfr   T6CON    = 0xFF48;
 sfr   T6IC     = 0xFF68;
 sfr   WDT      = 0xFEAE;
 sfr   WDTCON   = 0xFFAE;
 sbit  CRIE     = CRIC^6;
 sbit  CRIR     = CRIC^7;
 sbit  T2R      = T2CON^6;
 sbit  T2UD     = T2CON^7;
 sbit  T2UDE    = T2CON^8;
 sbit  T2IE     = T2IC^6;
 sbit  T2IR     = T2IC^7;
 sbit  T3R      = T3CON^6;
 sbit  T3UD     = T3CON^7;
 sbit  T3UDE    = T3CON^8;
 sbit  T3OE     = T3CON^9;
 sbit  T3OTL    = T3CON^10;
 sbit  T3IE     = T3IC^6;
 sbit  T3IR     = T3IC^7;
 sbit  T4R      = T4CON^6;
 sbit  T4UD     = T4CON^7;
 sbit  T4UDE    = T4CON^8;
 sbit  T4IE     = T4IC^6;
 sbit  T4IR     = T4IC^7;
 sbit  T5R      = T5CON^6;
 sbit  T5UD     = T5CON^7;
 sbit  T5UDE    = T5CON^8;
 sbit  T5CLR    = T5CON^14;
 sbit  T5SC     = T5CON^15;
 sbit  T5IE     = T5IC^6;
 sbit  T5IR     = T5IC^7;
 sbit  T6R      = T6CON^6;
 sbit  T6UD     = T6CON^7;
 sbit  T6UDE    = T6CON^8;
 sbit  T6OE     = T6CON^9;
 sbit  T6OTL    = T6CON^10;
 sbit  T6SR     = T6CON^15;
 sbit  T6IE     = T6IC^6;
 sbit  T6IR     = T6IC^7;
 sbit  T0IN     = P3^0;
 sbit  T2IN     = P3^7;
 sbit  T3IN     = P3^6;
 sbit  T4IN     = P3^5;
 sbit  T5IN     = P5^13;
 sbit  T6IN     = P5^12;
 sbit  T2EUD    = P5^15;
 sbit  T3EUD    = P3^4;
 sbit  T4EUD    = P5^14;
 sbit  T5EUD    = P5^11;
 sbit  T6EUD    = P5^10;
 sbit  T3OUT    = P3^3;
 sbit  CAPIN    = P3^2;
 sbit  T6OUT    = P3^1;
 sbit  WDTIN    = WDTCON^0;
 sbit  WDTR     = WDTCON^1;
 
 
 sfr   PWMCON0  = 0xFF30;
 sfr   PWMCON1  = 0xFF32;
 sfr   PW0      = 0xFE30;
 sfr   PW1      = 0xFE32;
 sfr   PW2      = 0xFE34;
 sfr   PW3      = 0xFE36;
 sfr   PWMIC    = 0xF17E;
 sfr   PT0      = 0xF030;
 sfr   PT1      = 0xF032;
 sfr   PT2      = 0xF034;
 sfr   PT3      = 0xF036;
 sfr   PP0      = 0xF038;
 sfr   PP1      = 0xF03A;
 sfr   PP2      = 0xF03C;
 sfr   PP3      = 0xF03E;
 sbit  PTR0     = PWMCON0^0;
 sbit  PTR1     = PWMCON0^1;
 sbit  PTR2     = PWMCON0^2;
 sbit  PTR3     = PWMCON0^3;
 sbit  PTI0     = PWMCON0^4;
 sbit  PTI1     = PWMCON0^5;
 sbit  PTI2     = PWMCON0^6;
 sbit  PTI3     = PWMCON0^7;
 sbit  PIE0     = PWMCON0^8;
 sbit  PIE1     = PWMCON0^9;
 sbit  PIE2     = PWMCON0^10;
 sbit  PIE3     = PWMCON0^11;
 sbit  PIR0     = PWMCON0^12;
 sbit  PIR1     = PWMCON0^13;
 sbit  PIR2     = PWMCON0^14;
 sbit  PIR3     = PWMCON0^15;
 sbit  PEN0     = PWMCON1^0;
 sbit  PEN1     = PWMCON1^1;
 sbit  PEN2     = PWMCON1^2;
 sbit  PEN3     = PWMCON1^3;
 sbit  PM0      = PWMCON1^4;
 sbit  PM1      = PWMCON1^5;
 sbit  PM2      = PWMCON1^6;
 sbit  PM3      = PWMCON1^7;
 sbit  PB01     = PWMCON1^12;
 sbit  PS2      = PWMCON1^14;
 sbit  PS3      = PWMCON1^15;
 sbit  PWMIR    = PWMIC^7;
 sbit  PWMIE    = PWMIC^6;
 





















 
 sfr   XP0IC    = 0xF186;
 sfr   XP1IC    = 0xF18E;
 sfr   XP2IC    = 0xF196;
 sfr   XP3IC    = 0xF19E;
 sbit  XP0IR    = XP0IC^7;
 sbit  XP0IE    = XP0IC^6;
 sbit  XP1IR    = XP1IC^7;
 sbit  XP1IE    = XP1IC^6;
 sbit  XP2IR    = XP2IC^7;
 sbit  XP2IE    = XP2IC^6;
 sbit  XP3IR    = XP3IC^7;
 sbit  XP3IE    = XP3IC^6;
 
#line 11 "EXT\I2C_HARD.C66" 
 
 
 
 
 
 
 
 
 
 
 
 void I2CDelay(void) {
  unsigned char  Count;                         
 
 
 
 for(Count = 0; Count < 25; Count++);
 }
 
 
 
 
 void I2CPutSCL(unsigned char State) {
 
 
 
 if(!State) {
 P2 &= 0xFFFD;                     
 DP2 |= 0x0002;                    
 
 
 
 }
 else {
 DP2 &= 0xFFFD;                    
 
 
 P2 |= 0x0002;                     
 }
 }
 
 
 
 
 
 
  unsigned char I2CGetSCL(void) {
 
 
 
 DP2 &= 0xFFFD;                       
 
 if((P2 & 0x0002))
 return(1);                        
 else
 return(0);
 }
 
 
 
 
 void I2CPutSDA(unsigned char State) {
 
 
 
 if(!State) {
 P2 &= 0xFFFB;                     
 DP2 |= 0x0004;                    
 
 
 
 }
 else {
 DP2 &= 0xFFFB;                    
 
 
 P2 |= 0x0004;                     
 }
 }
 
 
 
 
 
  unsigned char I2CGetSDA(void) {
 
 
 
 DP2 &= 0xFFFB;                       
 
 if((P2 & 0x0004))
 return(1);                        
 else
 return(0);
 }
 
 
 
 
#line 12 "EXT\RTC.C66" 
 
  
#line 1 "EXT\I2C_BUS.C66" 
 
 
 
 
 
 
 
 
  
#line 1 "EXT\I2C_BUS.H" 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
#line 27 "EXT\I2C_BUS.H" 
  
 
#line 29 "EXT\I2C_BUS.H" 
 
 
  
#line 1 "EXT\I2C_HARD.H" 
 
 
 
 
 
 
 
 
 
 
 
 
 
#line 14 "EXT\I2C_HARD.H" 
  
 
#line 16 "EXT\I2C_HARD.H" 
 
 
 
 extern   void  I2CDelay( void );
 extern   void  I2CPutSCL( unsigned char );
 
 extern   unsigned char  I2CGetSCL( void );
 
 
 
 extern   void  I2CPutSDA( unsigned char );
 extern   unsigned char  I2CGetSDA( void );
 
 
 
 
#line 31 "EXT\I2C_BUS.H" 
 
 
 
 
 
 
 
 
 
 
 
 extern   void  I2CInit( void );
 extern   unsigned char  I2CWrite( unsigned char *, unsigned char, unsigned char, unsigned int );
 extern   unsigned char  I2CRead( unsigned char *, unsigned char, unsigned char, unsigned int );
 
 
 
 extern   void  I2CStart( void );
 extern   void  I2CStop( void );
 extern   void  I2CSendAck( void );
 extern   unsigned char  I2CReceiveAck( void );
 extern   void  I2CSendBit( unsigned char );
 extern   unsigned char  I2CReceiveBit( void );
 extern   void  I2CWriteByte( unsigned char );
 extern   unsigned char  I2CReadByte( void );
 
 
 
 
 
#line 9 "EXT\I2C_BUS.C66" 
 
 
 
 
 
 
 
 void I2CInit(void) {
 
 
 
 
 
 I2CDelay();
 I2CPutSCL(0);                        
 
 
 I2CDelay();
 I2CPutSDA(0);                        
 I2CDelay();
 I2CPutSCL(1);                        
 I2CDelay();
 I2CPutSCL(0);                        
 I2CDelay();
 I2CPutSCL(1);                        
 I2CDelay();
 I2CPutSCL(0);                        
 I2CDelay();
 I2CPutSCL(1);                        
 
 
 
 I2CDelay();
 I2CPutSDA(1);                        
 I2CDelay();
 I2CPutSDA(1);                        
 }
 
 
 
 
 
 
 
 
  unsigned char I2CWrite( unsigned char *SourcePtr, unsigned char DeviceID, unsigned char DestAddr, unsigned int Size) {
  unsigned char Result;
 
 
 
 I2CStart();                          
 I2CWriteByte(DeviceID & 0xFE);       
 
 if((Result = I2CReceiveAck()) != 0x00) {
 
 I2CStop();
 return(Result);
 }
 
 I2CWriteByte(DestAddr);              
 
 if((Result = I2CReceiveAck()) != 0x00) {
 I2CStop();
 return(Result);
 }
 
 while(Size--) {                      
 I2CWriteByte(*(SourcePtr++));
 
 if((Result = I2CReceiveAck()) != 0x00) {
 I2CStop();
 return(Result);
 }
 }
 
 I2CStop();                           
 return(0x00);              
 }
 
 
 
 
 
 
 
 
  unsigned char I2CRead(unsigned char *DestPtr, unsigned char DeviceID, unsigned char SourceAddr, unsigned int Size) {
  unsigned char Result;
 
 
 
 I2CStart();                          
 I2CWriteByte(DeviceID & 0xFE);       
 
 if((Result = I2CReceiveAck()) != 0x00) {
 
 I2CStop();
 return(Result);
 }
 
 I2CWriteByte(SourceAddr);            
 
 if((Result = I2CReceiveAck()) != 0x00) {
 I2CStop();
 return(Result);
 }
 
 I2CStart();                          
 I2CWriteByte(DeviceID | 0x01);       
 
 if((Result = I2CReceiveAck()) != 0x00) {
 I2CStop();
 return(Result);
 }
 
 while(Size--) {                      
 *(DestPtr++) = I2CReadByte();     
 
 if(Size)                          
 I2CSendAck();
 }
 
 I2CStop();                           
 return(0x00);              
 }
 
 
 
 
 void I2CStart(void) {
 
 
 
 I2CDelay();
 I2CPutSDA(1);                        
 I2CDelay();
 I2CPutSCL(1);                        
 I2CDelay();
 I2CPutSDA(0);                        
 I2CDelay();
 I2CPutSCL(0);                        
 }
 
 
 
 
 void I2CStop(void) {
 
 
 
 I2CDelay();
 I2CPutSCL(0);                        
 I2CDelay();
 I2CPutSDA(0);                        
 I2CDelay();
 I2CPutSCL(1);                        
 I2CDelay();
 I2CPutSDA(1);                        
 }
 
 
 
 
 void I2CSendAck(void) {
 
 
 
 I2CSendBit(0);
 }
 
 
 
 
  unsigned char I2CReceiveAck(void) {
 
 
 
 if (I2CReceiveBit() == 0)
 return(0x00);           
 else
 return(0xFE);
 }
 
 
 
 
 void I2CSendBit(unsigned char State) {
 
 
 
 I2CDelay();
 I2CPutSCL(0);                        
 I2CDelay();
 I2CPutSDA(State);                    
 I2CDelay();
 I2CPutSCL(1);                        
 
 I2CDelay();                          
 
 while(!I2CGetSCL());                 
 
 I2CDelay();
 I2CPutSCL(0);                        
 
 I2CDelay();
 I2CPutSDA(1);                        
 }
 
 
 
 
 
  unsigned char I2CReceiveBit(void) {
  unsigned char State;
 
 
 
 I2CDelay();
 I2CPutSCL(0);                        
 I2CDelay();
 I2CPutSDA(1);                        
 I2CDelay();
 I2CPutSCL(1);                        
 
 I2CDelay();                          
 
 while(!I2CGetSCL());                 
 
 I2CDelay();
 State = I2CGetSDA();                 
 I2CPutSCL(0);                        
 
 I2CDelay();
 return(State);                       
 }
 
 
 
 
 void I2CWriteByte(unsigned char TransferData) {
  unsigned char Loop;
 
 
 
 for(Loop = 0; Loop <= 7; Loop++) {
 I2CSendBit((TransferData & 0x80) == 0x80);
 TransferData = (TransferData << 1);
 }
 }
 
 
 
 
  unsigned char I2CReadByte(void) {
  unsigned char Value, Loop;
 
 
 
 Value = 0;
 
 for(Loop = 0; Loop <= 7; Loop++) {
 Value = (Value << 1);             
 Value = Value | I2CReceiveBit();
 }
 
 return(Value);                       
 }
 
 
 
 
#line 13 "EXT\RTC.C66" 
 
  
#line 1 "EXT\RTC.H" 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
#line 16 "EXT\RTC.H" 
  
 
#line 18 "EXT\RTC.H" 
 
 
 
 
 
 typedef struct REAL_TIME {
  unsigned char  Weekday;                       
  unsigned int Year;                          
  unsigned char  Month;
  unsigned char  Date;                          
  unsigned char  Hour;
  unsigned char  Minute;
  unsigned char  Second;
 } REAL_TIME;
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 extern unsigned char RTCPutRAM( unsigned char *SourcePtr, unsigned char DeviceID,
  unsigned char DestAddr, unsigned int Size );
 
 
 
 
 extern unsigned char RTCGetRAM( unsigned char *DestPtr, unsigned char DeviceID,
  unsigned char SourceAddr, unsigned int Size );
 
 
 
 
 
 
 
 extern unsigned char RTCSetTime( REAL_TIME *RealTime, unsigned char DeviceID );
 
 
 
 
 extern unsigned char RTCGetTime( REAL_TIME *RealTime, unsigned char DeviceID );
 
 
 
 
 
 
 extern unsigned char RTCSetAlarm( REAL_TIME *AlarmTime, unsigned char DeviceID );
 
 
 
 
 extern unsigned char RTCGetAlarm( REAL_TIME *AlarmTime, unsigned char DeviceID );
 
 
 
 
 extern unsigned char RTCGetAlarmStatus( unsigned char *AlarmStatus, unsigned char DeviceID );
 
 
 
 
 
#line 14 "EXT\RTC.C66" 
 
 
 
 typedef struct RTC_REAL_TIME {
  unsigned char  Sec100;                        
  unsigned char  Second;
  unsigned char  Minute;
  unsigned char  Hour;                          
  unsigned char  YearDate;                      
 
  unsigned char  WeekdayMonth;                  
 } RTC_REAL_TIME;
 
 
 
 typedef struct RTC_ALARM_TIME {
  unsigned char  Sec100;                        
  unsigned char  Second;
  unsigned char  Minute;
  unsigned char  Hour;                          
  unsigned char  YearDate;                      
  unsigned char  WeekdayMonth;                  
 } RTC_ALARM_TIME;
 
 
 
 
 
  unsigned char RTCSetTime(REAL_TIME *RealTime, unsigned char DeviceID) {
 RTC_REAL_TIME  Time;
  unsigned char           TransferByte;
  unsigned char           Result, Tmp;
 
 
 
 Tmp = BCD2INT((*RealTime).Year) % 4; 
 
 Time.Sec100 = 0x00;                  
 Time.Second = (*RealTime).Second;
 Time.Minute = (*RealTime).Minute;
 Time.Hour = (*RealTime).Hour;
 Time.YearDate = (*RealTime).Date | (Tmp << 6);
 Time.WeekdayMonth = (*RealTime).Month | ((*RealTime).Weekday << 5);
 
 TransferByte = 0x84;                 
 
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)                  
 return(Result);
 
 if ((Result = RTCPutRAM((unsigned char*) &Time, DeviceID, 0x01, sizeof(Time))) !=
  0x00)                  
 return(Result);
 
 TransferByte = 0x00;                 
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x08, 1)) !=
  0x00)
 
 return(Result);
 
 TransferByte = 0x04;                 
 
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 
 return(Result);
 
 if ((Result = RTCPutRAM((unsigned char *) &((*RealTime).Year), DeviceID, 0x10, 2)) !=
  0x00)                  
 return(Result);                  
 
 if ((Result = RTCPutRAM(&Tmp, DeviceID, 0x12, 1)) != 0x00)
 return(Result);                   
 
 return(0x00);              
 }
 
 
 
  unsigned char RTCGetTime(REAL_TIME *RealTime, unsigned char DeviceID) {
 RTC_REAL_TIME  Time;
  unsigned char           TransferByte;
  unsigned char           Result;
  unsigned char           Tmp;
 int            i;
 
 
 
 if ((Result = RTCGetRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 
 return(Result);
 
 if(!(TransferByte & 0x04))
 return(0xFD);      
 
 if ((RTCGetRAM((unsigned char*) &Time, DeviceID, 0x01, sizeof(Time))) !=
  0x00)
 
 return(Result);
 
 if ((RTCGetRAM((unsigned char*) &((*RealTime).Year), DeviceID, 0x10, 2)) !=
  0x00)
 
 return(Result);
 
 if ((RTCGetRAM((unsigned char*) &Tmp, DeviceID, 0x12, 1)) != 0x00)
 return(Result);                   
 
 if ((i = (((int) (Time.YearDate >> 6)) - ((int) Tmp)))) {  
 Tmp = Time.YearDate >> 6;
 
 if (i < 0)
 i += 4;
 
 (*RealTime).Year = INT2BCD(BCD2INT((*RealTime).Year) + i);
 
 if ((RTCPutRAM((unsigned char*) &((*RealTime).Year), DeviceID, 0x10, 2)) !=
  0x00)
 
 return(Result);
 
 if ((RTCPutRAM((unsigned char*) &Tmp, DeviceID, 0x12, 1)) != 0x00)
 return(Result);                
 }
 
 (*RealTime).Weekday = ((Time.WeekdayMonth & 0xE0) >> 5) & 0x07;
 (*RealTime).Month = Time.WeekdayMonth & 0x1F;
 (*RealTime).Date = Time.YearDate & 0x3F;
 (*RealTime).Hour = Time.Hour;
 (*RealTime).Minute = Time.Minute;
 (*RealTime).Second = Time.Second;
 
 return(0x00);
 }
 
 
 
  unsigned char RTCSetAlarm(REAL_TIME *AlarmTime, unsigned char DeviceID) {
 RTC_ALARM_TIME Time;
  unsigned char           TransferByte;
  unsigned char           Result;
 
 
 
 if ((Result = RTCGetRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 return(Result);
 
 if(!(TransferByte & 0x04))
 return(0xFD);      
 
 Time.Sec100 = 0x00;                  
 Time.Second = (*AlarmTime).Second;
 Time.Minute = (*AlarmTime).Minute;
 Time.Hour = (*AlarmTime).Hour;
 Time.YearDate = (*AlarmTime).Date;   
 Time.WeekdayMonth = (*AlarmTime).Month;  
 
 if ((Result = RTCPutRAM((unsigned char*)&Time, DeviceID, 0x09, sizeof(Time))) !=
  0x00)                  
 return(Result);
 
 TransferByte = 0xB0;                 
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x08, 1)) !=
  0x00)                  
 return(Result);
 
 TransferByte = 0x04;                 
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 
 return(Result);
 
 return(0x00);
 }
 
 
 
  unsigned char RTCGetAlarm(REAL_TIME *AlarmTime, unsigned char DeviceID) {
 RTC_ALARM_TIME Time;
  unsigned char           TransferByte;
  unsigned char           Result;
  unsigned char           Tmp;
 int            i;
  unsigned char           YearDate;
 
 
 
 if ((Result = RTCGetRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 
 return(Result);
 
 if(!(TransferByte & 0x04))
 return(0xFD);      
 
 if ((RTCGetRAM((unsigned char*) &Time, DeviceID, 0x09, sizeof(Time))) !=
  0x00)
 
 return(Result);
 
 if ((RTCGetRAM((unsigned char*) &((*AlarmTime).Year), DeviceID, 0x10, 2)) !=
  0x00)
 
 return(Result);
 
 if ((RTCGetRAM((unsigned char*) &Tmp, DeviceID, 0x12, 1)) != 0x00)
 return(Result);                   
 
 if ((RTCGetRAM((unsigned char*) &YearDate, DeviceID, 0x05, 1)) != 0x00)
 return(Result);                   
 
 if ((i = (((int) (YearDate >> 6)) - ((int) Tmp)))) {  
 Tmp = YearDate >> 6;
 
 if (i < 0)
 i += 4;
 
 (*AlarmTime).Year = INT2BCD(BCD2INT((*AlarmTime).Year) + i);
 
 if ((RTCPutRAM((unsigned char*) &((*AlarmTime).Year), DeviceID, 0x10, 2)) !=
  0x00)
 
 return(Result);
 
 if ((RTCPutRAM((unsigned char*) &Tmp, DeviceID, 0x12, 1)) != 0x00)
 return(Result);                
 }
 
 (*AlarmTime).Year = 0x0000;          
 (*AlarmTime).Weekday = 0x00;         
 (*AlarmTime).Month = Time.WeekdayMonth & 0x1F;
 (*AlarmTime).Date = Time.YearDate & 0x3F;
 (*AlarmTime).Hour = Time.Hour;
 (*AlarmTime).Minute = Time.Minute;
 (*AlarmTime).Second = Time.Second;
 
 return(0x00);
 }
 
 
 
  unsigned char RTCGetAlarmStatus(unsigned char *AlarmStatus, unsigned char DeviceID) {
  unsigned char        TransferByte;            
  unsigned char        Result;
 
 
 
 if ((Result = RTCGetRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)
 
 return(Result);
 
 if(!(TransferByte & 0x04))
 return(0xFD);      
 
 if(!(TransferByte & 0x02))           
 *AlarmStatus = 0x00;
 else {
 *AlarmStatus = 0x01;
 
 TransferByte = 0x00;
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x08, 1)) !=
  0x00)               
 return(Result);
 
 TransferByte = 0x04;
 if ((Result = RTCPutRAM(&TransferByte, DeviceID, 0x00, 1)) !=
  0x00)               
 return(Result);
 }
 
 return(0x00);
 }
 
 
 
  unsigned char RTCPutRAM(unsigned char *SourcePtr, unsigned char DeviceID, unsigned char DestAddr, unsigned int Size) {
 
 
 
  unsigned char  Result;
 
 
 
 I2CInit();
 
 if ((Result = I2CWrite(SourcePtr, DeviceID, DestAddr, Size)) !=
  0x00)
 return(0xFE);
 
 return(0x00);
 }
 
 
 
  unsigned char RTCGetRAM(unsigned char *DestPtr, unsigned char DeviceID, unsigned char SourceAddr, unsigned int Size) {
 
 
 
 I2CInit();
 if (I2CRead(DestPtr, DeviceID, SourceAddr, Size) != 0x00)
 return(0xFF);
 
 return(0x00);
 }