zf1fan01.c

CPU Fan Test 适合很多机型

//---------------------------------------------------------------------------
// define program revision ( Compiler: Borland C++ V3.1 )
// 1. set F360 bit3 = 1 , for disable EC control
// 2. set FF48 to 0xFF = FAN on , 0x00 = FAN off
// 3. set F360 bit3 = 0 , for Enable EC control
//
// 04-29-2004 change EC RAM address .
//---------------------------------------------------------------------------
#define PROGRAM_VER "1.1"  // 04292004
#include "DECLARE.H"
#include "MISC.C"
#include "KBC.C"
#include "EC.C"
#define ThermoAddr      0xeb58
#define PollTime        0xeb57
#define FanOnAddr       0xf360
#define FanGpio		0xff48
#define SecFanGpio      0xfd08
#define LidAddr         0xeb4C
#include<stdio.h>
#include<dos.h>
#include<mem.h>
#include<string.h>

void icon_display(int);

union REGS mr;
int far *wp;

//---------------------------------------------------------------------------
// MAIN routine
//---------------------------------------------------------------------------
void main(int argc , char * argv[])
{
  int           x,y,x1,y1,i,f,k;
  char		ch,item;
  BYTE		wRegDataw , RegAdr, wRegData ;
  unsigned char d1,d2,key;
  unsigned int  temp_word;

  f=atoi(argv[1]);
  printf("\n[ZF1FAN01.EXE] Program Version : %s",PROGRAM_VER);  // show program version
  printf("\n 1: Fan On 2:Fan Off 3:Exit\n");

  x=wherex();                // get x axies
  y=wherey();                // get y axies

  if (argc < 2 )
  {
   while(1)
   {
     temp_word=read_MCU_register(FanOnAddr);
     temp_word = (temp_word | 0x0008) ;   // bit3=1
     write_MCU_register(FanOnAddr, temp_word);
//   printf(" key temp_word = %Xh \n",temp_word);
     key=getch();
     if(key=='1')
     {
    write_MCU_register(FanGpio,0xff);
       gotoxy(x,y);
       printf("Fan Status On ");
  icon_display(0x20);
  bioskey(1);
  delay(200);
  icon_display(0x40);
  bioskey(1);
  delay(200);
  icon_display(0x20);
  bioskey(1);
  delay(200);
  icon_display(0x40);
     }
     if(key=='2')
     {
       write_MCU_register(FanGpio,0x00);
       gotoxy(x,y);
       printf("Fan Status Off ");
     }
     if(key=='3') break;
   }  // end of while(1)
   printf("\n");
  }
  else
  {
     temp_word=read_MCU_register(FanOnAddr);
     temp_word = (temp_word | 0x0008) ;
     write_MCU_register(FanOnAddr, temp_word);
//   printf(" sel temp_word = %Xh \n",temp_word);

     if(f==1)
     {
       write_MCU_register(FanGpio,0xff);
       gotoxy(x,y);
       printf("Fan Status On ");
     }

     if(f==2)
     {
       write_MCU_register(FanGpio,0x00);
       gotoxy(x,y);
       printf("Fan Status Off ");
     }
  }
  temp_word=read_MCU_register(FanOnAddr);
  temp_word = (temp_word & 0xFFF7) ;
  write_MCU_register(FanOnAddr, temp_word);
//  printf(" temp_word = %Xh \n",temp_word);
  exit(0);
}
/**************************************************
 * The Display Icon                               *
 **************************************************/
void icon_display(int show_byte)
{
  unsigned char *endptr;
  unsigned char *old_value_c;
  unsigned int old_value_h,new_value_h;

  poke(0x0040,0x0017,0);
  old_value_c=peek(0x0040,0x0017);
  delay(100);
  old_value_h=strtoul(old_value_c,&endptr,16);
  new_value_h=((old_value_h&0x8f)|show_byte);
  poke(0x0040,0x0017,new_value_h);
  return ;
}