마이크로프로세서 HOT프로그램 빌드시에 에러하나가 자꾸 뜹니다 ㅜ도와주세요

avr studio 4 에서 빌드를 하는데 자꾸 에러하나가 뜹니다 ㅜ;

 

오류내용은

../uuju87.c:2:20: fatal error: my_def.h: No such file or directory
compilation terminated.
make: *** [uuju87.o] 오류 1
Build failed with 1 errors and 0 warnings...

 

이런식인데요 .. 툴체인을 사용안하고 avr+winavr 조합으로 빌드를 돌려봐도 안되네요 ..

가스센서를 이용해서 반응을 lcd,led,부저로 출력하는 프로그램인데

소스좀 봐주시면 감사하겠습니다 ;;

 

소스내용

 

------------------------------------------------------------------------------------

 

#include<avr/io.h>
#include "my_def.h"

void busy_check(void);
void LCD_init(void);
void msec_delay(u16);
void cmd_write(u08);
void data_write(u08);
void string_out(u08, u08, u08 []);
void LCD_2d1(float number);
//void LCD_4hex(unsigned int number);

u16 i;
u08 temp;

/*void msec_delay(u16 msec)
{
 while(msec--)
 {
  for(u16 i=0;i<4000;i++);     
 };
}*/

void busy_check(void)
{
 
 PORTC &= 0xfe;                //rs = 0
 
 PORTC |= 0x02;                //r/w = 1
 
 PORTC |= 0x04;                //e = 1
 DDRD &=0x7f;                  //input
 do{
  temp = PIND;
  }while(temp & 0x80);
 PORTC &= 0xf8;                //rs,r/w,e = 0
 DDRD |=0x80;                  //output
}

 

void cmd_write(u08 cmd)
{
  busy_check();
  PORTC &= 0xfb;               // rs 0
  PORTC &= 0xfd;               //r/w = 0
  PORTC |= 0x04;               // e = 1
 
  PORTD = cmd&0xf0;            //상위4비트 출력
  PORTC &= 0xfb;
  PORTC |= 0x04;
 
  PORTD = (cmd<<4)&0xf0;      //하위4비트 출력
  PORTC &= 0xfb;              // e = 0
  PORTC |= 0x04;              // e = 1
 
  PORTC |= 0x02;              // r/w = 1
  msec_delay(50);
}

 

void data_write(u08 dat)
{
  busy_check();
  PORTC |= 0x01;
  PORTC &= 0xfd;
  PORTC |= 0x04;
 
  PORTD = dat&0xf0;
  PORTC &= 0xfb;
  PORTC |= 0x04;
 
  PORTD = (dat<<4)&0xf0;
 
  PORTC &= 0xfb;
  PORTC |= 0x02;
  msec_delay(50);
}

void string_out(u08 i, u08 j, u08 str[16])   //문자열 출력 함수
{
 if(i == 0)
  cmd_write(0x80+j);         //address 설정  
 else if(i == 1)
  cmd_write(0xc0+j);         //address 설정
 while(*str != '\0'){
  data_write(*str);
  str++;
  }
} 

 

void LCD_2d1(float number)
{
 unsigned int i, j;
 j=(int)(number*100.+0.5);
 i=j/1000;
 data_write(i+'0');
 data_write('.');
 j=j%1000;
 i=j/100;
 data_write(i+'0');
 j=j%100;
 i=j/10;
 data_write(i+'0');

}

 

void LCD_init(void)
{
  DDRD = 0xf0;                  
  DDRC = 0x0f;        
 
  cmd_write(0x28);     // interface set : 4bit
  msec_delay(50);
  cmd_write(0x28);     // interface set : 4bit
  msec_delay(50);
 
  cmd_write(0x08);     // display on/off control
  msec_delay(50);
 
  cmd_write(0x06);      //LCD ENTRY MODE SET  : shift off
  cmd_write(0x01);      //Entry display Clear, Cursor return to home
  msec_delay(100);
 }

#include <avr/io.h>
#include <avr/interrupt.h>
#include "my_def.h"
#define COUNT_SELECT (65535 - CPU_CLOCK/1000)  // for 1 msec

void init_system_clock(void);

//Atmega8 - one 16 bit timer/counter & two 8 bit timer/counter
u16 msec;
u08 mmsec, csec, dsec, sec, min, hour, day, month, year;
u08 msec_flag, csec_flag, dsec_flag, sec_flag, min_flag; //flag

void init_system_clock(void)
{
 TCCR1A = 0x00; // PWM Disable
 TCCR1B = 0x01; // no prescaling
// TCCR1B = 0x02; // 1/8 orescaling(14,745,600/8=1, 843, 200hz)
 TCNT1 = COUNT_SELECT;
 TIMSK = 0x04; // enable overflow interrupt
 
 msec = mmsec = csec = dsec = sec = min = 0;
 
 msec_flag = csec_flag = dsec_flag = sec_flag = min_flag = 0;
} 

SIGNAL(SIG_OVERFLOW1) //OVERFLOW INTERRUPT SERVICE
{
 msec++;
 msec_flag = 1;
 if(msec == 1000) msec = 0;
 mmsec++;
 
 TCNT1 = COUNT_SELECT;
 
 if(mmsec == 10) {
  csec++;
  csec_flag = 1;
  mmsec = 0;
  
  if(csec == 10) {
   dsec++;
   dsec_flag = 1;
   csec = 0;
   
   if(dsec == 10) {
    sec++;
    sec_flag = 1;
    dsec = 0;
    msec = 0;
    
    if(sec == 60) {
     min++;
     min_flag = 1;
     sec = 0;
     
     if(min ==60) {
      hour++;
      min = 0;
      
     
     };
    };
   };
  };
 };
}

#include <avr/io.h>
#include <avr/signal.h>
#include <avr/interrupt.h>
#include "my_def.h"

void init_adc(u08);

extern u08 dsec_flag;

u16 adc;

void init_adc(u08 adc_ch)
{
 ADMUX = adc_ch;          //기준전압, ADC선택
 ADCSRA = 0xef;          //A/D 컨버터 동작허용, 시작, 프리러닝모드,인터럽트 허용
}

SIGNAL(SIG_ADC)              //인터럽트 서비스 루틴(A/D컨버전 완료시 인터럽트 발생)
{
 adc = ADCW;              //변환값 ADC변수에 저장
}

#include <avr/io.h>
#include <avr/interrupt.h>
#include "my_def.h"

int main(void);
void init(void);
void msec_delay(u16);
void do_gas(void);

#define BUTTON1 0x01                      //버턴입력포트 설정
#define BUTTON1_READ PIND & BUTTON1

 

extern void init_adc(u08);
extern void init_system_clock(void);

//// LCD /////
extern void busy_check(void);
extern void LCD_init(void);
extern void cmd_write(u08);
extern void data_write(u08);
extern void string_out(u08, u08, u08 []);
extern void LCD_2d1(float);
//extern void LCD_4hex(u08);

//////Timer/////////////
extern u16 msec;
extern u08 mmsec, csec, dsec, sec, min, hour, day, month, year;
extern u08 msec_flag, csec_flag, dsec_flag, sec_flag, min_flag; // flag

 

u08 cpu_id;
u16 adc;
u16 i;
u08 temp;

int main(void)
{  
    init();
    string_out(0,1,"Alchol Test");
 string_out(1,1,"Alram OFF");
    msec_delay(1000);
 
 cmd_write(0x0c); //display on
 
   while(1)
 {
  do_gas();
 }
}

void do_gas(void)
{
 u16 alchol;
 
 float fadc=0;
 float d_alchol=0;
 float sum=0;
  
   if(!(BUTTON1_READ))
 {
 
 while(1)
  
  
  { 
  
  if(sec==3)
   
   {
    PORTB= 0x10;
    msec_delay(2000);
    PORTB = 0x00;
    msec_delay(2000);
    
    alchol = adc;
    fadc = alchol;
    d_alchol = (fadc);   
    
    cmd_write(0x8c);           //LCD Address 지정

    sum = (fadc/1000);   
    LCD_2d1(sum);             //ADC값 LCD 표시

    msec_delay(100);
    
    string_out(0,1,"ready to       ");
    string_out(1,1,"Testing....      ");
    msec_delay(50000);  
    //msec_delay(50000);
    //msec_delay(50000);
    
    
    //msec_delay(50000);
    
   
    if( alchol >= 200)
    {
      PORTB =0x04;        //RED LED ON
      //PORTC |= 0x08;      // BUZZ ON
        string_out(0,1,"Detecting:");
     string_out(1,1,"Non Passing!");
     msec_delay(1000) ;
     
     sec=0;
     
     PORTB= 0x14;
     msec_delay(2000);
     PORTB = 0x00;
     msec_delay(2000);
     PORTB= 0x14;
     msec_delay(2000);
     PORTB = 0x00;
     msec_delay(5000);
     
     
           
    }
    else if(alchol >= 150)
    {
     PORTB=0x02;   // YELLOW LED ON
     msec_delay(1000);
     string_out(0,1,"Detecting:");
     string_out(1,1,"Caution!!   ");
     
        sec_flag=0;
     
     PORTB= 0x12;
     msec_delay(2000);
     PORTB = 0x00;
     msec_delay(2000);
     PORTB = 0x12;
     msec_delay(2000);
     PORTB = 0x00;
     msec_delay(2000);
     
    
    }
    else
    {
           //Green LED ON
     string_out(0,1,"Detecting:");
     string_out(1,1,"you can go home");
     msec_delay(1000);  
     
     sec_flag=0;
     
PORTB =0x01;
     msec_delay(2000);
    }
   }
        }
   }
}

void msec_delay(u16 msec)
{
    while(msec--) {
  for(u16 i=0;i<10000;i++);
 };
}

void init(void)
{

 DDRC = 0x0f;                        // set Port_C to Output
 DDRD |= 0xf0;                        // set Port_D to Output
 PORTD &= 0x01;
 
 DDRF = 0x00;
 
 DDRB = 0x1f;                        // set Port_B to Output
 
 msec_delay(10);   // dummy delay for stable
 
 
 init_system_clock();
 LCD_init();
 
 init_adc(5);
 msec_delay(1000);
 
 sei();
}