DS1307+LCD+KEYPAD ..please

i'm a student in university of thailand and about to complete my final project. One task in the project is that i need to set date and time pass the key pack and LCD, show it would show the data on the LCD Please would you be able to help me with the source code for using micro PIC16F877.
Thank you very much for your kindness

ccs complier

I use program ccs complier to write program and Winpic complier to pic16F877.

please................

well you have to start on your own, we will surely help you achieve what you want.
so start with coding.

so..now
I can''t send data to i2c (DS1307) .
but I can to set date set time at hyperlink ... show date and time to lcd. but time is and date don't linear.:-s

but... i need to set date and time pass the key pack and LCD.


:-) Please would you be able to help me


thank you

#include <16F877.h>
            //header file for 16F877
#include <stdlib.h>
            //library for input.c

/*Setting configuration fuses*/
#fuses HS,NOWDT,NOPROTECT,NOLVP //Configuration word
#use delay(clock=1000000)     //Chang OSC here (default 20MHz)
#use rs232(baud=9600, xmit=PIN_C6, rcv=PIN_C7)   //Serial port
#use I2C(master, sda=PIN_C4, scl=PIN_C3)         //I2C Bus module

#include "input.c"         //library for gethex()
#define use_portb_lcd



#use  fast_io(B)
#use  fast_io(D)
#bit  row1 = 0x08.0
#bit  row2 = 0x08.1
#bit  row3 = 0x08.2
#bit  row4 = 0x08.3
#bit  col1 = 0x08.4
#bit  col2 = 0x08.5
#bit  col3 = 0x08.6
#bit  col4 = 0x08.7
/*Defines*/
#define ADDR_DS1307    0xD0      //Address DS1307


#define STRING_SIZE 20
#define msg0 " LCD 20x4   0x00"
#define msg1 " Line2 adrs 0x40"
#define msg2 " Line3 adrs 0x14"
#define msg3 " Line4 adrs 0x54"


void kbd_init();
/****************************/
/*    Key Matrix 4*4        */
/****************************/
void kbd_init()
{
   col1 = 1; col2 = 1; col3 = 1; col4 = 1;
}
int kbd_getc()
{
 col1 = 0;
   if(row1 == 0)
   {  while(row1==0); col1 = 1;  return('7');   }
   if(row2 == 0)
   {  while(row2==0); col1 = 1;  return('4');   }
   if(row3 == 0)
   {  while(row3==0); col1 = 1;  return('1');    }
   if(row4 == 0)
   {  while(row4==0); col1 = 1;  return('*'); }//Clear
 col1 = 1;  col2 = 0;
   if(row1 == 0)
   {  while(row1==0); col2 = 1;  return('8');    }
   if(row2 == 0)
   {  while(row2==0); col2 = 1;  return('5');    }
   if(row3 == 0)
   {  while(row3==0); col2 = 1;  return('2');    }
   if(row4 == 0)
   {  while(row4==0); col2 = 1;  return('0');    }
 col2 = 1; col3 = 0;
   if(row1 == 0)
   {  while(row1==0); col3 = 1;  return('9');    }
   if(row2 == 0)
   {  while(row2==0); col3 = 1;  return('6');    }
   if(row3 == 0)
   {  while(row3==0); col3 = 1;  return('3');    }
   if(row4 == 0)
   {  while(row4==0); col3 = 1;  return('#');   }//Help
 col3 = 1; col4 = 0;
   if(row1 == 0)
   {  while(row1==0); col4 = 1;  return('U');    }//UP
   if(row2 == 0)
   {  while(row2==0); col4 = 1;  return('G');    }//Down
   if(row3 == 0)
   {  while(row3==0); col4 = 1;  return('H');    }//Function
   if(row4 == 0)
   {  while(row4==0); col4 = 1;  return('I');      //Enter
     }
 col4 = 1;
  return(0);
}
/*Data types*/
typedef struct
{
   BYTE sec;   //  seconds
   BYTE min;   //   Minutes
   BYTE hr;   //   Hours
   BYTE day;   
   BYTE date;   
   BYTE month;
   BYTE year;
}
   DS1307_RTC;
   DS1307_RTC RTC;
/* Prototypes*/
void DS1307_Write(unsigned char ctl,unsigned char dat);
BYTE DS1307_Read(unsigned char ctl);
void DS1307_WriteDate(void);
void DS1307_WriteTime(void);

void DS1307_ReadDate(void);
void DS1307_ReadTime(void);

/*Ds1307 Write*/
void DS1307_Write(unsigned char ctl,unsigned char dat)
{
   
   i2c_start();                 // Start condition
   i2c_write(ADDR_DS1307);      //Device Address-Write
   i2c_write(ctl);              //Control byte
   i2c_write(dat);              // Write data
   i2c_stop();                  //Stop condition
}

/*Ds1307 Read*/
BYTE DS1307_Read(unsigned char ctl)
{
   BYTE dat;
   
   i2c_start();                    // Start condition
   i2c_write(ADDR_DS1307);         // Device Address - Write
   i2c_write(ctl);                 // Control byte
   
   i2c_start();
   i2c_write(ADDR_DS1307+1);      // Device Address - Read
   dat=i2c_read(0);              // Read data , Not ACK
   i2c_stop();                    // Stop condition
   Return (dat);                   // Return date
}

/*Ds1307 WriteDate*/
void DS1307_WriteDate(
  )
{
     DS1307_Write(0x04,RTC.date);
     DS1307_Write(0x05,RTC.month);
     DS1307_Write(0x06,RTC.year);   
}

/*Ds1307 WriteTime*/
void DS1307_Writetime()
{
     DS1307_Write(0x00,RTC.sec);
     DS1307_Write(0x01,RTC.min);
     DS1307_Write(0x02,RTC.hr);
}

/*Ds1307 ReadDate*/
void DS1307_ReadDate()
{
         RTC.date =DS1307_Read(0x04); 
         RTC.month=DS1307_Read(0x05);
         RTC.year =DS1307_Read(0x06);
}

/*Ds1307 ReadTime*/
void DS1307_ReadTime()
{
         RTC.sec=DS1307_Read(0x00); 
         RTC.min=DS1307_Read(0x01);
         RTC.hr =DS1307_Read(0x02);
}


/*DS1307 SetDate*/
void DS1307_Setdate()
{
   char date;
   int a;
   int x;
   short int result; 
   a=0;
   kbd_init();
   lcd_send_byte(0,0x01);lcd_gotoxy(1,1);printf(lcd_putc,"\n\rDate    :      ");
  
  while (a<11)
  {
   lcd_send_byte(0,0x0F);
   date = kbd_getc();
   if(date!=0)
     { 
      for(x=15;x<16;x++);
      {
       lcd_gotoxy(x,1);lcd_putc(date);      
       delay_ms(1000);
      }
      for(x=16;x<17;x++);
      {
       lcd_gotoxy(x,1);lcd_putc(date);      
       delay_ms(1000);
      }
     }      
     }
 
   }

/*DS1307 SetTime*/
void DS1307_SetTime()
{
lcd_send_byte(0,0x01);
   lcd_gotoxy(1,1);printf(lcd_putc,"\n\rHour  :");
   RTC.hr=kbd_getc();
   lcd_gotoxy(1,2);printf(lcd_putc,"\n\rMin   :");
   RTC.min=kbd_getc();
   lcd_gotoxy(1,3);printf(lcd_putc,"\n\rSec   :");
   RTC.sec=kbd_getc();
}

/*Main Function*/
void main()
{
   char k;
   char dt ;  
   
   //SET_TRIS_D(0x0F);
   lcd_init();
   kbd_init();
   lcd_gotoxy(1,1);printf(lcd_putc,"Set Real Time Clock ");
   lcd_gotoxy(1,2);printf(lcd_putc,"Set  Time = 1 ");
   lcd_gotoxy(1,3);printf(lcd_putc,"Auto Time = 2 ");
   lcd_gotoxy(1,4);printf(lcd_putc,"Select =  " );

  while (1)
    {         
         k = kbd_getc();
         if(k!=0)
           {
              lcd_send_byte(0,0x0F);
              lcd_gotoxy(20,4);lcd_putc(k);
              delay_ms(1000);
           } 
         switch (k)
         {
         case '1' :lcd_send_byte(0,0x01); lcd_gotoxy(1,1);printf(lcd_putc,"Set Date = 1  " );
                                          lcd_gotoxy(1,2);printf(lcd_putc,"Set Time = 2  " ); 
                                          lcd_gotoxy(1,3);printf(lcd_putc,"Select =  " );
                             while (1)
                                     {
                                    dt = kbd_getc();
                                    if(dt!=0)
                                     { 
                                         lcd_send_byte(0,0x0F);
                                         lcd_gotoxy(20,3);lcd_putc(dt);
                                         delay_ms(1000);
                                      }                                     
                                      switch (dt)
                                      {                                    
                                      case '1' :DS1307_Setdate();DS1307_WriteDate();break;
                                      case '2' :DS1307_SetTime();DS1307_WriteTime();break;                                     
                                      }                                      
                                     }
                                      ;break;
         case '2' :lcd_send_byte(0,0x01);lcd_gotoxy(1,3);printf(lcd_putc,"%2X/%2X/%2X %2X:%2X:%2X",RTC.date,RTC.month,RTC.year,RTC.hr,RTC.min,RTC.sec);break;
         }
    }   
}

Please would you be able to help me

Nongpa, Really want to help but your code need a lot of time to understand first.. hope you are getting me..

One suggestion that will help you go forward is.. test your code in parts.

take the keypad routine only, write a program to send key pressed on serial terminal. test LCD routine separately this will make sure that your partial codes are working.

then test DS1307 with LCD, just read and display the DS1307 content.

one you are sure that every part of code is working, then you can easily find out what is the prob in main code. coz focus will not be on keypad or LCD or DS1307 but on the logic of main program. getting me?

So i think you better start testing now.