今天用keil进行编译下面这段程序的时候，出现了config.h未找到的问题，
请大神帮忙看下，可不可以把下列程序与此proteus仿真的引脚对应呢。。万分感谢啊~~

#include "config.h"        //主函数以及按键设置部分
uint32 ulCount=0;        // 累计X滴
uint16 uiPPM=0;        // 滴/min                                      
uint8 ucBuzzerOn=1;    // 报警ON
uint16 uiBuzzerTimer=1000;    //2滴间隔X个定时中断(10ms)就报警
void Setting(void)
{
    uint8 key = 0;
    uint16 tmp1 = uiBuzzerTimer / 100;    // ->10ms
    if (tmp1 > 999){tmp1 = 999;}
         while (1)
    {
        //显示当前设定
        {
            uint16 tmp = tmp1;
            DrawText(0, 0, "Set Buzzer Timer");
   
            LcdWrite(0, 1,  '0' + (tmp / 100));        tmp %= 100;
            LcdWrite(1, 1,  '0' + (tmp / 10));        tmp %= 10; 
            LcdWrite(2, 1,  '0' + (tmp / 1));
            DrawText(3, 1, "s");
        }
        

        //按键判断
        key = GetKey(0);
        while (key == 0){key = GetKey(0);}
        if (key == KEY_UP)
        {
            if (tmp1 < 999){tmp1++;}   
        }
        else if (key == KEY_DOWN)
        {
            if (tmp1 > 0){tmp1--;}
        }                           
        else if (key == KEY_SET)
        {
            return;
        }
        else if (key == KEY_ENTER)
        {
            if (tmp1 > 999){tmp1 = 999;}
            uiBuzzerTimer = tmp1 * 100;    
            return;
        }
    }//end of while (1)

    return;
}
void main(void)
{
    uint8 key = 0;
   
    //初始化
    DelayTime1ms(100);       
   
    LcdInit();
    BUZZER = 1;
    TimerInit(0, 10);      //10ms计时精度
    InterruptInit(0, 1);  //1=下降沿方式触发
    while (1)
    {
        key = GetKey(0);
        if (key == KEY_SET)
        {
            LcdClear();
            Setting();
            LcdClear();
        }
        else if (key == KEY_ENTER)
        {
            if (ucBuzzerOn == 0){ucBuzzerOn = 1;}
            else {ucBuzzerOn = 0;}
        }    
       
        //显示当前状态
        {
            if (ucBuzzerOn){DrawText(13, 0, " ON");}
            else {DrawText(13, 0, "OFF");}
        }
        //显示当前滴速
        {
            uint16 tmp = uiPPM;
            if (tmp > 9999){tmp = 9999;}
                                                              
            LcdWrite(0, 0,  '0' + (tmp / 1000));    tmp %= 1000;
            LcdWrite(1, 0,  '0' + (tmp / 100));        tmp %= 100;
            LcdWrite(2, 0,  '0' + (tmp / 10));        tmp %= 10; 
            LcdWrite(3, 0,  '0' + (tmp / 1));
            DrawText(4, 0, " P/min");
        }
        //显示当前累计滴数
        {
            uint32 tmp = ulCount;
            if (tmp > 999999){tmp = 999999;}
                                                              
            LcdWrite(0, 1,  '0' + (tmp / 100000));    tmp %= 100000;
            LcdWrite(1, 1,  '0' + (tmp / 10000));    tmp %= 10000;
            LcdWrite(2, 1,  '0' + (tmp / 1000));    tmp %= 1000;
            LcdWrite(3, 1,  '0' + (tmp / 100));        tmp %= 100;
            LcdWrite(4, 1,  '0' + (tmp / 10));        tmp %= 10; 
            LcdWrite(5, 1,  '0' + (tmp / 1));
            DrawText(6, 1, " P");
        }
    }                        //结束while(1)
}

void INT_0(void) interrupt 0 
{
    //滴数累计
    ulCount++;

    //滴速计算
    uiPPM = 6000 / GetTimerTick(0);      // P/min

    SetTimerTick(0, 0);      //重新计时
}


//定时器部分
void InterruptInit(uint8 ucInterrupt, uint8 ucType)//初始化定时器
{  
    if (ucInterrupt == 0)
    {
        IT0 = ucType;
        EX0 = 1;
    }
    else if (ucInterrupt == 1)
    {
        IT1 = ucType;
        EX1 = 1;
    }

    EA = 1;
}

void CloseInterrupt(uint8 ucInterrupt)//关闭中断
{
    if (ucInterrupt == 0)
    {
        EX0 = 0;
    }
    else if (ucInterrupt == 1)
    {
        EX1 = 0;
    }
}
uint16 GetTimerTick(uint8 ucTimer)
{
    if (ucTimer <= 2)
    {
        uint16 tmp = uiTimerTick[ucTimer];
       
        while (tmp != uiTimerTick[ucTimer]){tmp = uiTimerTick[ucTimer];}
       
        return tmp;
    }
    else
    {
        return 0;
    }
}
void timer0(void) interrupt 1
{
    //定时器重新计时
    TF0 = 0;
    TL0 = ucTimerClock[0][0];
    TH0 = ucTimerClock[0][1];

    uiTimerTick[0]++;

    if (ucBuzzerOn)
    {
        if (uiTimerTick[0] > uiBuzzerTimer){BUZZER = 0;}      //10s不滴报警
        else {BUZZER = 1;}
    }
    else
    {
        BUZZER = 1;
    }
}

//按键部分
uint8 GetKey(uint8 type)
{
    uint8 ucKeyValue = 0;
    static uint8 s_ucFastKey = 0;

    //去抖
    ucKeyValue = ScanKey();
    if (ucKeyValue == 0){s_ucFastKey = 0; return 0;}   //没有按键返回0
   
    KeyDelay1ms(10);    //10ms去抖
   
    ucKeyValue = ScanKey();
    if (ucKeyValue == 0){s_ucFastKey = 0; return 0;}   //没有按键返回0

#if BELL_ENABLE == 1
    BELL_ON();
    KeyDelay1ms(10);    //响蜂鸣器
    BELL_OFF();
#endif
    if (type == 0)
    {
        s_ucFastKey = ucKeyValue;
        while (s_ucFastKey != 0)
        {
            s_ucFastKey = ScanKey();
            ucKeyValue |= s_ucFastKey;
        }
       
        s_ucFastKey = 0;
        return ucKeyValue;
    }
    else
    {
        uint16 uiDelay = 0;
                //判断键值
        if (ucKeyValue != s_ucFastKey){s_ucFastKey = 0;}
   
        if (s_ucFastKey == 0)        //fast == 0
        {
            uiDelay = 0;
            while (ScanKey() != 0)
            {
                ucKeyValue |= ScanKey();
   
                KeyDelay1ms(1);
                uiDelay++;
                if (uiDelay > FAST_KEY_DELAY){s_ucFastKey = ucKeyValue; return ucKeyValue;}
            }
        }
        else            //fast==1
        {
            uiDelay = 0;
            while (ScanKey() != 0)
            {
                KeyDelay1ms(1);
                uiDelay++;
                if (uiDelay > FAST_KEY_RATE){return ucKeyValue;}
            }
        }
    }
        return ucKeyValue;
}
void LcdWrite(uint8 x, uint8 y, uint8 ucData)  //写LCD数据
{
    if (y > 1){return;}
    if (x > 15){return;}
    if (y == 0)
    {
        Lcd_CheckBusy();
        WriteComPort(LCD_SET_DDRAM_ADDR | x);
    }
    else
    {
        Lcd_CheckBusy();
        WriteComPort(LCD_SET_DDRAM_ADDR | 0x40+x);
    }
        Lcd_CheckBusy();
    WriteDataPort(ucData);
    uiLcd_x = x+1;
    uiLcd_y = y;
        return;
}


void DrawText(uint8 x, uint8 y, uint8 *pucStr)       //从(x,y)的右下方显示字符串,x点后移
{
    GotoXY(x, y);

    while(0 != *pucStr)
    {                  
        LcdWrite(GetX(), GetY(), *pucStr);
        pucStr++;
    }
        return;
}

void SoftDelay(uint16 ms)  //延时
{
    while (ms != 0)
    {
        SoftDelay_1ms();
        ms--;
    }
}