单片机万年历设计单片机万年历设计单片机万年历设计

#include "GeneralOP.h" #include "DS1302.h" #include <pic.h> #include "MyExterns.c" #include "GetTypes.H" #include "TimeDate.h" #include "DS18B20.h" const UCHAR MonthDate[]={0,31,28,31,30,31,30,31,31,30,31,30,31}; void UpdateType() { UCHAR tmp=TypePort & 0xF0 ; #pragma switch direct switch(ScanIndex) { case 0: tmp = tmp | (ScanTypes[0] & 0x0F); //TypePort= (TypePort & 0xF0) + (ScanTypes[0]&0x0F); break; case 1: tmp = tmp | (ScanTypes[0] >> 4); //TypePort= (TypePort & 0xF0) + (ScanTypes[0]>>4); break; case 2: tmp = tmp | (ScanTypes[1] & 0x0F); //TypePort= (TypePort & 0xF0) + (ScanTypes[1]&0x0F); break; case 3: //default: tmp = tmp | (ScanTypes[1] >> 4); break; //TypePort= (TypePort & 0xF0) + (ScanTypes[1]>>4); } TypePort=tmp; } void UpdateTime() { UCHAR FebTmp=1; Time[DS_Second]++; // Action over time delay if(ActionOverTime) ActionOverTime--; if(60<=Time[DS_Second]) { // sleep over time delay if(SleepOverTime) SleepOverTime--; bEnvSet=1; Time[DS_Second]=0; Time[DS_Minute]++; bSaveTime=1; if(60<=Time[DS_Minute]) { bSaveHour=1; Time[DS_Minute]=0; Time[DS_Hour]++; if(24<=Time[DS_Hour]) { bSaveDate=1; Time[DS_Hour]=0; Time[DS_Date]++; Time[DS_Day]++; if(8<=Time[DS_Day]) { Time[DS_Day]=1; } if((Time[DS_Year]&0x03)==0 && (Time[DS_Month]==2)) // Big Feb FebTmp++; if((MonthDate[Time[DS_Month]]+FebTmp)<=Time[DS_Date]) { bSaveMonth=1; Time[DS_Date]=1; Time[DS_Month]++; if(13==Time[DS_Month]) { bSaveYear=1; Time[DS_Month]=1; Time[DS_Year]++; if(99==Time[DS_Year]) Time[DS_Year]=0; } } } } } } // Save time to EE void SaveTime() { //UCHAR i=0; //eeprom_write(i,0x33); if(bSaveHour) { bSaveHour=0; eeprom_write(HourAddr,Time[DS_Hour]); } eeprom_write(MinuteOffset+Time[DS_Hour],Time[DS_Minute]); if(bSaveDate) { bSaveDate=0; eeprom_write(DateAddr,Time[DS_Date]); eeprom_write(DayAddr,Time[DS_Day]); } if(bSaveMonth) { bSaveMonth=0; eeprom_write(MonthAddr,Time[DS_Month]); } if(bSaveYear) { bSaveYear=0; eeprom_write(YearAddr,Time[DS_Year]); } /* for(i=DS_Minute;i<(DS_Year+1);i++) { eeprom_write(i,Time[i]); } //*/ } // Load Time from EE void LoadTime() { UCHAR i; for(i=HourAddr;i<=YearAddr;i++) { Time[i]=eeprom_read(i); } Time[DS_Minute]=eeprom_read(Time[DS_Hour]+MinuteOffset); } //Update Scan Port void UpdatePort() { switch(ScanIndex) { case 0: Com4=1; Com1=0; break; case 1: Com1=1; Com2=0; break; case 2: Com2=1; Com3=0; break; default: Com3=1; Com4=0; break; } } void KeyServer() //void KeyServer() { if(KeyUp) { if(Key) { KeyDown=1; KeyUp=0; } else { KeyUp=0; KeyDown=0; KeyDetect=0; if(KeyTime) { DbClick=1; KeyTime=0; } else { KeyTime=20; } } } if(KeyDown) { if(Key) { if(!(KeyDelay&0x80)) KeyDelay++; } else { KeyUp=1; KeyDown=0; } } if(KeyTime) { KeyTime--; if(!KeyTime) Click=1; } if((!KeyDetect) && Key) { KeyDetect=1; } if(KeyDetect) KeyDown=1; } unsigned char Hex2BCD(unsigned char in) { unsigned char i=0; if(in>99) return 0x99; while(in>9) { i++; in-=10; } return in|(i<<4); } unsigned char BCD2Hex(unsigned char in) { unsigned char i=in>>4; unsigned char j=0; while(i--) { j+=10; } return j+(in&0x0F); } void WaitNumberDisplay() { while(DisplayBusy) { if(Click) DisplayIndex=0; } Click=0; KeyDelay=0; } void TouchDetect() { if(TP1==85) return ; if(EnvTP>MaxEnvTP) bHotModel=1; else bHotModel=0; if(!bHotModel) { if((TP1-EnvTP)>=TPOver && TP1>OldTP1) { bRightTouch=1; bEnvSet=0; } if((TP2-EnvTP)>=TPOver && TP2>OldTP2) { bLeftTouch=1; bEnvSet=0; } if(bLeftTouch && bRightTouch) { bRightTouch=0; bLeftTouch=0; bDoubleTouch=1; bEnvSet=0; } } if(TP1<EnvTP) EnvTP=TP1; if(TP2<EnvTP) EnvTP=TP2; if(TP2==TP1 && TP1==OldTP1 && bEnvSet) EnvTP=TP1; OldTP1=TP1; OldTP2=TP2; } void TransAction() { #ifdef __DEBUG if(DbClick) { //TXREG=0xDB; DbClick=0; KeyDelay=0; //bB20ReadTp=1; bReadB20RAM=1; } #else if(DbClick) { DbClick=0; KeyDelay=0; bSupperMode=1; } #endif if(Click) { //TXREG=KeyDelay; Click=0; if(KeyDelay>LongPress) { //bB20SetAlarm=1; bDisHourMin=1; //bDisTime=1; } else { bB20ReadTp=1; } KeyDelay=0; } if(bLeftTouch) { bLeftTouch=0; bB20ReadTp=1; /* DisBuf1[0]= LeftMask1 & 0xF7; DisBuf2[0]= LeftMask2 & 0x7F; WaitForAction(DateMask,WeekDayMask); SleepOverTime=SleepTime; bB20Convert=0; bB20AlarmSearch=0; //*/ } if(bRightTouch) { bRightTouch=0; bDisHourMin=1; /* DisBuf1[0]= RightMask1 & 0xF7; DisBuf2[0]= RightMask2 & 0x7F; WaitForAction(HourMinMask,HourMinMask); SleepOverTime=SleepTime; bB20Convert=0; bB20AlarmSearch=0; //*/ } if(bDoub