พิมพ์หน้านี้ - ช่วยหน่อยครับ ดูโค้ดให้หน่อยว่าทำไมมัน Error ตรงไหน

[Main]
#include<htc.h>
#include "jpv.c"
#include "lcd.c"
#include "set1.c"
extern void ic();
extern void lcd();
extern void md11();
void main()
{
RBPU=1;
TRISB=0xff;
TRISC=0x58;
GIE=1;
PEIE=1;
RBIE=1;
lcd();
ic();
while(1);
}
*****************************************************************************

#include<htc.h>
#define ON 1;
#define OFF 0;
unsigned char k;
unsigned char strALM[]={"ALM-HRALM-MN"};
unsigned char str456[]={"MNTH[0-12]TMRSTRHRSTRMINSTPHR STPMIN"};
unsigned char stap[]={"AMPM"};
unsigned char almFLG=OFF;
unsigned char tmF=OFF;
unsigned char s32=0x00;
unsigned int alhr=0x00,thr1=0x00,thr2=0x00;
unsigned int almn=0x00,tmn1=0x00,tmn2=0x00;
void start();
void ack();
void write(unsigned char);
void stop();
void restart();
void noack();
void masterack();
void bcd2ascii(unsigned char);
void read();
extern void data(unsigned char);
extern void init();
extern void buttons();
extern void comm(unsigned char);
//extern void setting();
unsigned char second=0x00;
unsigned char minute;
unsigned char hour=0x00;
unsigned char day;
unsigned char date;
unsigned char month;
unsigned char year;
unsigned char recv_data;
unsigned int count,count1;
unsigned int d1,d2;
unsigned int thour;
unsigned char tminute;
unsigned char tsecond=0;
unsigned char tdate;
unsigned char tmonth;
unsigned char tyear;

unsigned char tday;

unsigned char dayy[7][3]={'S','U','N',
'M','O','N',
'T','U','E',
'W','E','D',
'T','H','U',
'F','R','I',
'S','A','T'};
unsigned char monnt[12][3]={'J','A','N',
'F','E','B',
'M','A','R',
'A','P','R',
'M','A','Y',
'J','U','N',
'J','U','L',
'A','U','G',
'S','E','P',
'O','C','T',
'N','O','V',
'D','E','C'};
void led();

//unsigned char globwhlcntl=0;
void ic()
{
SSPCON=0x28;
SSPADD=0x09;
TRISC=0x58;
/////////////////////////////////reading from device /////////////////////////////////////////////////////////////////////////////////////
while(1)
{

comm(0xc6);data(':');
comm(0xc6);data(':');
comm(0xc6);data(':');
comm(0xc6);data(':');
comm(0xc6);data(':');
comm(0xc6);data(':');
start();
write(0xd0);
ack();
write(0x00);
ack();
restart();
write(0xd1);
ack();
read();
second=recv_data;
masterack();
read();
minute=recv_data;
masterack();
read();
hour=recv_data;
masterack();
read();
day=recv_data;
masterack();
read();
date=recv_data;
masterack();
read();
month=recv_data;
masterack();
read();
year=recv_data;
noack();
stop();
thour=hour;
if(thour<0x13)
{
comm(0xce);

for(k=0;k<=1;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
data(stap[k]);
}
}
else
{
comm(0xce);
for(k=2;stap[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
data(stap[k]);
}
}
comm(0xc3);
if(hour==0x13)
{
hour=0x01;
}
if(hour==0x14)
{
hour=0x02;
}
if(hour==0x15)
{
hour=0x03;
}
if(hour==0x16)
{
hour=0x04;
}
if(hour==0x17)
{
hour=0x05;
}
if(hour==0x18)
{
hour=0x06;
}

if(hour==0x19)
{
hour=0x07;
}
if(hour==0x20)
{
hour=0x08;
}
if(hour==0x21)
{
hour=0x09;
}
if(hour==0x22)
{
hour=0x10;
}
if(hour==0x23)
{
hour=0x11;
}

if(hour==0x00)
{
hour=0x12;
}

bcd2ascii(hour);

comm(0xc7);
bcd2ascii(minute);
data(' ');
data(' ');
bcd2ascii(second);
if(almFLG==1) ///// alarm indication......... ......
{comm(0x8e);
data(''); // <-----------@jpv[jijesh.p.v] ---------->
}
if(tmF==1)
{comm(0x8f); /// timer indication ................... ..............
data('*');
}
comm(0x8a);
//////////////day -> displaying sun=1,mon=2...
if(day==0)
d2=0;
if(day==1)
d2=1;
if(day==2)
d2=2;
if(day==3)
d2=3;
if(day==4)
d2=4;
if(day==5)
d2=5;
if(day==6)
d2=6;
for(d1=0;d1<=2;d1++)
{
data(dayy[d2][d1]);
}/////////////////////////////////////////////////////////////
comm(0x80);
bcd2ascii(date);
data(' ');
//////////////////////////////////
if(month==1)
d2=0;
if(month==2)
d2=1;
if(month==3)
d2=2;
if(month==4)
d2=3;
if(month==5)
d2=4;
if(month==6)
d2=5;
if(month==7)
d2=6;
if(month==8)
d2=7;
if(month==9)
d2=8;
if(month==10)
d2=9;
if(month==11)
d2=10;
if(month==12)
d2=11;
for(d1=0;d1<=2;d1++)
{
//bcd2ascii(month);////////////////month ->0-jan..
data(monnt[d2][d1]);
}
//////////////////////////////////////////////
data(' ');
bcd2ascii(year);
RBIE=1; // -> EN/REN PB INTERRUPT
//buttons();
for(count=0;count<=200;count++)
for(count1=1;count1<=1;count1++);

tminute=minute;
tdate=date;
tmonth=month;
tyear=year;
tday=day;
if(almFLG==0x01) ///if aLARM IS on then,...... @jpv
{if(thour==alhr)
{if(tminute==almn)
{
RC7=1;
for(count=0;count<=2000;count++)
for(count1=1;count1<=1;count1++);
init();
for(k=0;k<=2;k++) ///////////////////*************************************
{
data(strALM[k]);
}
if(RB6==1)
{
almFLG=0x00;
almFLG=0x00;
while(RB6==1);
RC7=0;
}
init();
}}}

if(tmF==0x01)
{
if(tmn1==tminute)
{if(thr1==thour)
{RC7=1; ///RELAY CONNECTED ENABLED........
}}
if(thr2==thour)
{if(tmn2==tminute)
{RC7=0;} ///RELAY CONNECTED
}}
comm(0xc6);data(' ');
comm(0xc6);data(' ');
comm(0xc6);data(' ');
comm(0xc6);data(' ');

}
}

void start()
{
SEN=1;
while(SEN);
}
void masterack()
{
ACKDT=0;
ACKEN=1;
}
void ack()
{
while(ACKSTAT==1); //ack receiving.......... ................... ................... ................... ..
}
void write(unsigned char recv)
{
SSPBUF=recv;
while(RW==1);
}
void noack()
{
ACKDT=1;
ACKEN=1;
}
void restart()
{
RSEN=1;
while(RSEN==1);
}
void stop()
{
PEN=1;
while(PEN);
}
void read()
{
RCEN=1;
if(SSPOV==0)/////////////////IF NO ERROR
{
while(RCEN==1);
recv_data=SSPBUF;
}
}
void bcd2ascii(unsigned char recv)
{
unsigned char temp=recv;
temp=temp&0xf0;
temp=temp>>4;
temp=temp+0x30;
data(temp);
temp=recv;
temp=temp&0x0f;
temp=temp+0x30;
data(temp);
}
void led()
{
/////////////////////////////////led blink writing to rtc/////////////////////////////////////////////////
SSPCON=0x28;
SSPADD=0x09;
start();
write(0xd0); // device initialize
ack();
write(0x07); //starting addr regr
ack();
write(0x10);
ack();
stop();
}

#include<htc.h>

unsigned int thour;

unsigned int cthour;
unsigned int mdd=0,k1;
unsigned char tminute;
unsigned char ctminute;
unsigned int tpoint;

unsigned char tdate;
unsigned char ctdate;

unsigned char tmonth;
unsigned char ctmonth;
unsigned char tyear;
unsigned char ctyear,ctday;
unsigned char sss=0; //////locking variables.......... ................... ..
unsigned int temp;
unsigned int max,min;
unsigned char stry[]={"SET HOUR[0-23]"}; // info data of hr set
unsigned char strz[]={"MIN[0-59]"}; // ,, ,, mnt set
unsigned char str123[]={"DATE"}; // ,, ,, date set
// ,, ,,year set
//unsigned char str4[]={"TMRSTARTSTOP"};
unsigned char str789[]={"YEAR-2000-99"}; // ,, ,,day set
unsigned char str1011[]={"DAY 0-SUN"};
//unsigned char strALM[]={"ALM-HR ALM-MN"};
//unsigned char sta1[]={"SET ALM-HOUR"};
//unsigned char sta2[]={"SET ALM-MIN"};
unsigned char stt1[]={"OFFON "};
void b2a(unsigned char);
#define md RB4
#define lt RB5
#define pt RB6
#define in RB7
unsigned int incr1(unsigned int);
unsigned int decr1(unsigned int);

void md11();
void lt11();
void pntr11();

void stop123();
void start123();

void ack123();
void write123(unsigned char recv);
void noack123();
void restart123();
//extern void init();
void intcame();
unsigned int count=0;
unsigned int count1=0;
void hrset();
unsigned char llock=0;
unsigned int sw;
void alarm2();
void tmdtst();

//unsigned char mdswtch=0;
void interrupt ooo(void)///////////////////////////////ISR OF PORTB INTERRUPT
{

sw=PORTB; //read PORTB NOW OTHERWISE VALUE WILL CHANGE
if(RBIF==1) // chkng whether interrupt occurd/not-------------------------------------->@jpv
{
for(count=0;count<=2000;count++) // A small Delay
for(count1=1;count1<=100;count1++); // ,, ,,
intcame();
RC7=1;
for(count=0;count<=2000;count++) // ,, ,,
for(count1=1;count1<=100;count1++);
RC7=0;
RBIF=0; // clearing PORTB interrupt flag.........
}
RBIE=0; // Enabling PORTB interrupt.........

}/////////////////////////////////////////////////////////////////////////////////////////////////
void intcame()
{
switch(sw)
{
case 0x10: //CHKNG WHETEHER THE MODE SWITCH BUTTON IS PRESSED ..................I F YES JUMP TO func:md11();
md11();
break;
default:
break;
};
}

void md11() ///mode settingssss
{
////////////////////////
mdd=0;
cthour=thour; //thour,tmin.,tdate.,tmon.,tyear is used in jpv.c and loads a copy of the rtc time
ctminute=tminute; // ,,
ctdate=tdate; //,,
ctmonth=tmonth; //,,
ctyear=tyear; // ,,
ctday=tday; // ,,
sss=0;
//,sss1=0,sss2=0,sss3=0,sss4=0; ////////////locking variables for lcd clear
////////////////////////////lcd clear.............. .............
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////////////////////
/*////////////////lcd starting C0 loc///2ND LINE SEL
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay11(2000);RC2=0;/////////////////////////////////////////////////////////////
*/
while(sw==0x10) /////////////////MODE SWITCH PRESSED............ ..
{
////////////////lcd starting C0 loc///2ND LINE SEL
/////////////////////////////////////////////////////////////
if(mdd==0) /////////////////////////////////////////setting hour mdd will increment when pntr pin is pressed
{
if(sss==0)
{
//////////////lcd clear
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
//////////
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;stry[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=stry[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}

sss++;
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////
max=0x24;// max hour .this is used in incr1 func:
min=0x00;
b2a(cthour);
cthour=incr1(cthour);////////////////////////pass to func:incr1 for incrm. values
cthour=decr1(cthour);

}
if(mdd==1)/////////////////////////////////////setting minute
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;strz[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=strz[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++;
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x60; /////max minute this is used in incr1 func
min=0x00;

b2a(ctminute);

ctminute=incr1(ctminute);////////////////////////pass to func:incr1 for incrm. values
ctminute=decr1(ctminute);
}

//////////////////////////////////////////////////////// 3RD MODE SETTING DATE........
if(mdd==2)/////////////////////////////////////setting date
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;str123[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str123[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;

///////////////
max=0x32; /////max day in a month .this is used in incr1 func
min=0x01;
b2a(ctdate);

ctdate=incr1(ctdate);////////////////////////pass to func:incr1 for incrm. values
ctdate=decr1(ctdate);
}

if(mdd==3)/////////////////////////////////////setting month
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;k<=9;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x13; /////max day in a month .this is used in incr1 func
min=0x01;
b2a(ctmonth);
ctmonth=incr1(ctmonth);////////////////////////pass to func:incr1 for incrm. values
ctmonth=decr1(ctmonth);
}
//////
if(mdd==4)/////////////////////////////////////setting year
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;str789[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str789[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x99; /////max day in a month .this is used in incr1 func
min=0x00;
b2a(ctyear);
ctyear=incr1(ctyear);////////////////////////pass to func:incr1 for incrm. values
ctyear=decr1(ctyear);
}

if(mdd==5)/////////////////////////////////////setting day.....0-sun 1-mon 2-tues.............7-sat
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;str1011[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str1011[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
min=0x00;
max=0x08; /////max day in a month .this is used in incr1 func
b2a(ctday);
ctday=incr1(ctday);////////////////////////pass to func:incr1 for incrm. values[inc. day ]
ctday=decr1(ctday);
}
////////////////////////////////////////////////////////TMRRRRRRRRRRRRRRRRRR START
/////////
if(mdd==6)/////////////////////////////////////settingTIMER ON AND OFF
{///////////////

////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=10;k<=12;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}

lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
if(RB7==1)
{
while(RB7==1);
if(tmF==0x00)
{
tmF=0x01;
}
else
tmF=0x00;

}
if(tmF==0)
{
//unsigned char k;
for(k=0;k<=2;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=stt1[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
//while(RB6==0);
}
else
{
for(k=3;stt1[k]!='\0';k++) ///////////////////*************************************
{
RC7=1;
for(count=0;count<=200;count++);
RC7=0;
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=stt1[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}

}
}////////end of this TIMER on/off mode............... ..
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if(mdd==7) /////////////////////////////////////////setting TIMER START hour
{
if(sss==0)
{//////////////lcd clear
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
//////////
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=13;k<=17;k++) ///////////////////*************************************
{/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;}
sss++;}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////
max=0x24;// max hour .this is used in incr1 func:
min=0x00;
b2a(thr1);
thr1=incr1(thr1);////////////////////////pass to func:incr1 for incrm. values
thr1=decr1(thr1);
}
if(mdd==8)/////////////////////////////////////setting TIMER START minute
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=18;k<=23;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++;
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x60; /////max minute this is used in incr1 func
min=0x00;
b2a(tmn1);
tmn1=incr1(tmn1);////////////////////////pass to func:incr1 for incrm. values
tmn1=decr1(tmn1);
}
//////////////////////////////////////////////////////////////////TIMER STOPPPPPPPPPPPPPP
if(mdd==9) /////////////////////////////////////////setting TIMER STOP hour
{if(sss==0)
{//////////////lcd clear
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
//////////
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=24;k<=28;k++) ///////////////////*************************************
{/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;}
sss++;}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////
max=0x24;// max hour .this is used in incr1 func:
min=0x00;
b2a(thr2);
thr2=incr1(thr2);////////////////////////pass to func:incr1 for incrm. values
thr2=decr1(thr2);
}
if(mdd==10)/////////////////////////////////////setting TIMER STOP minute
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=29;k<=34;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=str456[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++;
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x60; /////max minute this is used in incr1 func
min=0x00;

b2a(tmn2);

tmn2=incr1(tmn2);////////////////////////pass to func:incr1 for incrm. values
tmn2=decr1(tmn2);
}
//////////////////////////////////////////////////////////TMRRRRRRRRRRRRRRRRRRRR END

////////////////////////////ALARM SARIKAL

if(mdd==11)/////////////////////////////////////ALM ON/OFF
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;k<=2;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=strALM[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++; // lcd should be clear only once,.........
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
min=0x00;
max=0x08; /////max day in a month .this is used in incr1 func

//b2a(ctday);

if(RB7==1)
{
while(RB7==1);
//almFLG=~almFLG;
if(almFLG==0x00)
{
almFLG=0x01;
}
else
almFLG=0x00;

}

if(almFLG==0)
{
//unsigned char k;
for(k=0;k<=2;k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=stt1[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}

tpoint=0x0c;
}
else
{

//unsigned char k;

for(k=3;stt1[k]!='\0';k++) ///////////////////*************************************
{
RC7=1;
for(count=0;count<=200;count++);
RC7=0;
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=stt1[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
tpoint=0x0e;

}

}////////end of this alarm on/off mode............... ..

////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
if(mdd==12) /////////////////////////////////////////setting alarm hour
{if(sss==0)
{//////////////lcd clear
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
//////////
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=0;k<=5;k++) ///////////////////*************************************
{/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=strALM[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;}
sss++;}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////
max=0x24;// max hour .this is used in incr1 func:
min=0x00;
b2a(alhr);
alhr=incr1(alhr);////////////////////////pass to func:incr1 for incrm. values
alhr=decr1(alhr);
}

if(mdd==13)/////////////////////////////////////setting ALARM minute
{///////////////
////////////////////////lcd clear.............. .............
if(sss==0)
{lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
////////////////lcd starting 80 loc///1ST LINE SEL
lcd_data=0x80;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
/////////////////////////////////////////////////////////////
//unsigned char k;
for(k=6;strALM[k]!='\0';k++) ///////////////////*************************************
{
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=strALM[k];RC0=1;RC1=0;RC2=1;delay1(2000);RC2=0;
}
sss++;
}
/////////
lcd_data=0xC4;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0;
///////////////
max=0x60; /////max minute this is used in incr1 func
min=0x00;

b2a(almn);

almn=incr1(almn);////////////////////////pass to func:incr1 for incrm. values
almn=decr1(almn);
}

///////////////////////////////////////////ADTH BLOCK.............. ................... ................... ................... ..............
pntr11() ; //chk whether the pointer is pressed, if yes do that spfc func:
for(count=0;count<=2000;count++) //////////////////////some delay.............. ..........
for(count1=1;count1<=5;count1++); /////////////////////// ,, ,, /////////////////////
////////////unlocking while loop

if(RB4==1)
{
while(RB4==1);
sw=0x00;
lcd_data=0x01;RC0=0;RC1=0;RC2=1;delay1(2000);RC2=0; //clear the lcd screen

///////////

/////////////////////////writing back the changed settings..... above in while loop.............
noack123();
stop123();
start123();
write123(0xd0); // device initialize
ack123();//@#$#@$@#^$%^#$%&$%^&*$^&*%^&*$%^&$@#$!@!#!@$#!@$@!#$@#$@#%@#%@#%#@%;
write123(0x00); //starting addr regr@!#!@##%$#$%#$$%^%^&*%$^&*(%^&*%^&*%^&
ack123();
write123(0x00);
ack123();
write123(ctminute);
ack123();
write123(cthour);
ack123();
write123(ctday);
ack123();
write123(ctdate);
ack123();
write123(ctmonth);
ack123();
write123(ctyear);
ack123();

stop123();
}

}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////

}

unsigned int incr1(unsigned int pnn)// for incrementing current pointing values..........@jpv[]
{
if(RB7==1)
{for( count=0;count<=200;count++)
for( count1=0;count1<=1;count1++);
while(RB7==1);
pnn=pnn++;
temp=pnn&0x0f;
if(temp==0X0A)//////////////if hr >19 it will go to 0x1a so chk this.
{pnn=pnn&0xf0;pnn=pnn+0x10;}
if(pnn==max)//////////////////////// if hr>23 we hove to reset to 00;
{pnn=0x00;}}
return pnn;
}

///////////////////////////////////////////////////KURAKAN........
unsigned int decr1(unsigned int pnn)// for ,, current pointing values..........@jpv[]
{
if(RB5==1)
{for( count=0;count<=200;count++)
for( count1=0;count1<=1;count1++);
while(RB5==1);
if(pnn==min)//////////////////////// if hr>23 we hove to reset to 00;
{pnn=max;}
pnn=pnn--;
temp=pnn&0x0f;
if(temp==0X0f)//////////////
{pnn=pnn&0xf0;pnn=pnn+0x09;}

}

return pnn;
}

/////////////
void alarm2()
{

}

void tmdtst()
{

}

void pntr11()//incrementing corresponding pointer pointing value
{
if(RB6==1)
{while(RB6==1);
sss=0;
mdd=mdd+1;//////////////////////incrementing modes ...........
if(mdd==tpoint)//////MAX MODES THAT WILL BE SHIFTED [-IF max. mode then we have to repeat from first mode]
{
sss=0;
mdd=0;}
if(mdd==7)
{
if(tmF==0x00)
{
mdd=11;
}
}

}}

/*
/while(llock==0)

{
hrset();
if(li==1)
{llock=1;;
}
}

}

void hrset()
{
//
if(RA0=1)
{
for( count=0;count<=20;count++)
for( count1=0;count1<=1;count1++);

//if(ptr==0)
{
init();
thour=thour+1;
comm(0xc0);
data(0x30+thour);
}

}

}
*/

void b2a(unsigned char recv) //bcd 2 ascii
{

temp=recv;
temp=temp&0xf0;
temp=temp>>4;
temp=temp+0x30;
/////////////////////////////////////data(temp);

/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=temp;
RC0=1;
RC1=0;
RC2=1;
int i;
for(i=0;i<2000;i++)
for(i=0;i<2000;i++);
RC2=0;

////////////////////////////////////////////////////////////////////////////////////
temp=recv;
temp=temp&0x0f;
temp=temp+0x30;

///////////////////////////////////data(temp);/
/////////////////////////data displaying /////////////////////////////////////////////////
lcd_data=temp;
RC2=1;
int i;
for(i=0;i<2000;i++)
for(i=0;i<2000;i++);
RC2=0;
}

//////////////rtc write elements//////////////////////////////////////////////

void start123()
{
SEN=1;
while(SEN);
}

void ack123()
{
while(ACKSTAT==1); //ack receiving.......... ................... ................... ................... ..
}
void write123(unsigned char recv)
{
SSPBUF=recv;
while(RW==1);
}
void noack123()
{
ACKDT=1;
ACKEN=1;
}
void restart123()
{
RSEN=1;
while(RSEN==1);
}
void stop123()
{
PEN=1;
while(PEN);
}

#include<htc.h>
void init();
void comm(unsigned char); /////***********************************************************************************************
void data(unsigned char);
void delay1(int );
void init1();
#define lcd_data PORTD
unsigned char str[]={"Made by Jijesh.p.v "};
//(22/08/2011)-10:42-"};//*******************************************************

void lcd()
{
int k;
init(); ////////////////********************************************

for(k=0;str[k]!='\0';k++) ///////////////////*************************************
{
data(str[k]);

} ///////////////////////////*****************************

comm(0x1c);
comm(0x1c);
comm(0x1c);
for(count=0;count<=2000;count++)
for(count1=1;count1<=100;count1++);///^$%^$%^$^#$%^@$%@!#$!@#$%$%^$%^&$^&*%^&(%&*)^&*%^#$%@#$!@#$!@#$@#%@#$%@#$%@$%///////////

init(); ////************************************************************************************

}
//*********************************************************************************************************************************

void init()
{

TRISD=0x00;
comm(0x38);
delay1(2000);
comm(0x0c); //nocursor
delay1(2000);
comm(0x01);
delay1(2000);
comm(0x06);
delay1(2000);
comm(0x80);
delay1(2000);

}

void comm(unsigned char co)
{
lcd_data=co;
RC0=0;
RC1=0;
RC2=1;
delay1(2000);
RC2=0;

}

void data(unsigned char da)
{
lcd_data=da;
RC0=1;
RC1=0;
RC2=1;
delay1(2000);
RC2=0;

}

void delay1(int del)
{
int i;
for(i=0;i<del;i++)
for(i=0;i<del;i++);
}

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