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#include <windows.h>
#include <stdio.h>
#pragma hdrstop
#pragma warning(disable:4312)
//
// #include "winio.h"
#include "IDE_DISK.H"
///////////////////////////////////
#define KBC_KEY_CMD 0x64 // keyboard command port
#define KBC_KEY_DATA 0x60 // keyboard data port
#define KEY_UP_CODE 0x80 // key down value OR this value means that release the key which has down
#define KEY_CMD_WRITE 0xD2 // tell the keyboard that data will be written
#define KEY_EXTERN_FLAG 0xE0 // shows that the key will be down is the extern key such as left,right,up,down,F1......
#define KEY_F1 0x70
#define KEY_CAPSLOCK 0x14
///////////////////////////////////////
//
// void Sound(DWORD freq)
// {
// DWORD data = 1;
// if ((freq > 20)&&(freq<20000))
// {
// freq = 1193181/freq;
// GetPortVal(0x61, &data, 1);
// // if (data & 3 ==0)
// // {
// SetPortVal(0x61, 0xff, 1); // port 61 is the speaker -----SetPortVal(0x61, 0xff, 1);//just 0xff can sound
// SetPortVal(0x43, 0x80, 1); //port 0x43 is the 8253/8254 timer controller port -----SetPortVal(0x43, 0xb6, 1)
// // }
// SetPortVal(0x42, (UCHAR)freq%256, 1); //port 0x42 is the 8253/8254 timer channel 2 port
// SetPortVal(0x42, (UCHAR)freq/256, 1);
// }
// }
//
// void NoSound(void)
// {
// DWORD data;
// GetPortVal(0x61,&data,1);
// SetPortVal(0x61,data&0xfc,1);
// }
//
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void Sound(DWORD freq)
{
DWORD data = 100;
if ((freq > 20)&&(freq<20000))
{
freq = 1193181/freq;
GetPortVal(0x61, &data, 1);
if ((data & 3) ==0)
{
SetPortVal(0x61, 0xff, 1); // port 61 is the speaker -----SetPortVal(0x61, 0xff, 1);//just 0xff can sound
SetPortVal(0x43, 0xb6, 1); //port 0x43 is the 8253/8254 timer controller port -----SetPortVal(0x43, 0xb6, 1)
}
SetPortVal(0x42, (UCHAR)freq%256, 1); //port 0x42 is the 8253/8254 timer channel 2 port
SetPortVal(0x42, (UCHAR)freq/256, 1);
}
}
void NoSound(void)
{
DWORD data;
GetPortVal(0x61,&data,2);
SetPortVal(0x61,data&0xfc,2);
}
void PlayRhythm()
{
// music 1-2-3-4-5-6-7-8-8-7-6-5-4-3-2-1
Sound(204);
Sleep(600);
NoSound();
Sound(262);
Sleep(600);
NoSound();
Sound(320);
Sleep(600);
NoSound();
Sound(378);
Sleep(600);
NoSound();
Sound(436);
Sleep(600);
NoSound();
Sound(494);
Sleep(600);
NoSound();
Sound(554);
Sleep(600);
NoSound();
Sound(612);
Sleep(600);
NoSound();
Sleep(1000);
Sound(612);
Sleep(600);
NoSound();
Sound(554);
Sleep(600);
NoSound();
Sound(494);
Sleep(600);
NoSound();
Sound(436);
Sleep(600);
NoSound();
Sound(378);
Sleep(600);
NoSound();
Sound(320);
Sleep(600);
NoSound();
Sound(262);
Sleep(600);
NoSound();
Sound(204);
Sleep(600);
NoSound();
}
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//
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void kbcWait4IBE()
{
DWORD dwRegVal = 0;
do
{
GetPortVal(0x64,&dwRegVal,1);
// if(dwRegVal!=0)
// {
// TCHAR szBuf[1024];
// wsprintf(szBuf,
// "Data of keyboard port:%d", dwRegVal);
// MessageBox(NULL, szBuf, "Result", MB_OK);
// }
} while (dwRegVal&0x00000002);
}
void KeyDownEx(BYTE bvKeyCode)
{
DWORD dwScanCode_bvKeyCode;
dwScanCode_bvKeyCode = MapVirtualKey(bvKeyCode,0);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,KEY_EXTERN_FLAG,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,dwScanCode_bvKeyCode,1);
}
void KeyUpEx(BYTE bvKeyCode)
{
DWORD dwScanCode_bvKeyCode;
dwScanCode_bvKeyCode = MapVirtualKey(bvKeyCode,0);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,KEY_EXTERN_FLAG,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,(dwScanCode_bvKeyCode|KEY_UP_CODE),1);
}
void KeyDown(BYTE bvKeyCode)
{
DWORD dwScanCode_bvKeyCode;
dwScanCode_bvKeyCode = MapVirtualKey(bvKeyCode,0);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,dwScanCode_bvKeyCode,1);
}
void KeyUp(BYTE bvKeyCode)
{
DWORD dwScanCode_bvKeyCode;
dwScanCode_bvKeyCode = MapVirtualKey(bvKeyCode,0);
kbcWait4IBE();
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
kbcWait4IBE();
SetPortVal(KBC_KEY_DATA,(dwScanCode_bvKeyCode|KEY_UP_CODE),1);
}
void Key_Down_Release(BYTE bvKeyCode)
{
KeyDown(bvKeyCode);
Sleep(100);
KeyUp(bvKeyCode);
}
void Key_Down_Release_Ex(BYTE bvKeyCode)
{
KeyDownEx(bvKeyCode);
Sleep(100);
KeyUpEx(bvKeyCode);
}
void Key_Down_Release_After_Ex(BYTE bvKeyCode)
{
KeyDown(bvKeyCode);
KeyDown(bvKeyCode);
Sleep(100);
KeyUp(bvKeyCode);
}
void KeyBoardCapsLock()
{
DWORD dwScanCode_KEY_CAPSLOCK;
kbcWait4IBE();
dwScanCode_KEY_CAPSLOCK = MapVirtualKey(KEY_CAPSLOCK,0);
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
SetPortVal(KBC_KEY_DATA,dwScanCode_KEY_CAPSLOCK,1);
Sleep(100);
SetPortVal(KBC_KEY_CMD,KEY_CMD_WRITE,1);
SetPortVal(KBC_KEY_DATA,(dwScanCode_KEY_CAPSLOCK|KEY_UP_CODE),1);
}
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//
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void ReadHDParams(void)
{
TIdePortAddrItem ControllerPorts[] = {IDE1_Port, IDE2_Port};
char *ControllerNames[] = {"IDE0", "IDE1"};
char *HardDiskNames[] = {"主盘", "从盘"};
char HardDiskDetected; //bit 0:master, bit 1:slave
TIDE_ID_Inf IDE_Info;
char Str[128];
for(int i=0; i<2; i++)
{
HardDiskDetected=DetectHDD(ControllerPorts[i]);
switch(HardDiskDetected&3)
{
case 0: MessageBox(NULL,"没检测到硬盘","Message",MB_OK); break;
case 1: MessageBox(NULL,"检测到主盘","Message",MB_OK); break;
case 2: MessageBox(NULL,"检测到从盘","Message",MB_OK); break;
case 3: MessageBox(NULL,"检测到主盘和从盘","Message",MB_OK); break;
}
for(int k=0;k<2;k++) //primary/slave disk
if(HardDiskDetected & (1<<k))
{
TCHAR szBuf[1024];
GetHDDInfo(&IDE_Info, k, ControllerPorts[i]);
WordToStr((UCHAR*)Str, IDE_Info.nModel, 20);
wsprintf(szBuf,"Model: %s",Str);
MessageBox(NULL, szBuf,"Message",MB_OK);//型 号
WordToStr((UCHAR*)Str, IDE_Info.Serial, 10);
wsprintf(szBuf,"SerialNO: %s",Str);
MessageBox(NULL, szBuf,"Message",MB_OK);//序 列 号
WordToStr((UCHAR*)Str, IDE_Info.Revisn, 4);
wsprintf(szBuf,"Firmware Version: %s",Str);
MessageBox(NULL, szBuf,"Message",MB_OK);//固件版本
//---------- capacity
unsigned long LbaCap = (IDE_Info.LBASec)/2048, \
NomCap = ((unsigned long)(IDE_Info.L_Cyln)*(IDE_Info.L_Head)*(IDE_Info.L_Sect))/2048;
wsprintf(szBuf,"%lu Mb",LbaCap>NomCap?LbaCap:NomCap);
MessageBox(NULL, szBuf,"Message",MB_OK);
wsprintf(szBuf,"Cylinder NO.: %u", IDE_Info.L_Cyln);
MessageBox(NULL, szBuf,"Message",MB_OK);
}
}
}
//////////////////////////////////////////////////////////////////////////
//
//
//
//
//////////////////////////////////////////////////////////////////////////
//
// void main()
int WINAPI WinMain( __in HINSTANCE hInstance, __in_opt HINSTANCE hPrevInstance, __in LPSTR lpCmdLine, __in int nShowCmd )
{
// DWORD dwPortVal;
DWORD dwMemVal;
bool bResult;
HANDLE hPhysicalMemory;
PBYTE pbLinAddr;
// Call InitializeWinIo to initialize the WinIo library.
bResult
