emulinit.cpp

WinCE 3.0 BSP, 包含Inter SA1110, Intel_815E, Advantech_PCM9574 等

#ifdef _EMUL_MQINIT
ULONG		ulgcBuffer[0x40];
ULONG		ulg1pBuffer[0x100];
ULONG		ulg2pBuffer[0x100];
ULONG		ulfpBuffer[0x38];
ULONG		ulpciBuffer[0x12];
ULONG		uldcBuffer[4];
ULONG		ulpmuBuffer[8];
ULONG		ulmiuBuffer[4];
ULONG		ulcpuBuffer[2];
UCHAR		ucCursor[1024];
ULONG		ulBuffer[0x100];
ULONG		ulgeBuffer[0x100];

void	EmulInit(void)
{
	// Set up some registers
	ulpciBuffer[0] = MQ100_DEVICE;
	ulpciBuffer[0x10] = PM_ID_CAP;
	return;
}

// Register data write
//
void	Emulgc1REG(int id, ULONG data)
{
	//DEBUGMSG( 1,(TEXT("Emulgc1REG,id=%x,data=%8x\r\n"),id,data));
	 ulgcBuffer[id] = data;
	 return;
}

void	Emulgc2REG(int id, ULONG data)
{
	//DEBUGMSG( 1,(TEXT("Emulgc2REG,id=%x,data=%8x\r\n"),id,data));
	 ulgcBuffer[id] = data;
	 return;
}

void	EmulfpREG(int id, ULONG data)
{
	 ulfpBuffer[id] = data;
	 return;
}

void	Emulg1pREG(int id, ULONG data)
{
	 ulg1pBuffer[id] = data;
	 return;
}

void	Emulg2pREG(int id, ULONG data)
{
	 ulg2pBuffer[id] = data;
	 return;
}

void	EmuldcREG(int id, ULONG data)
{
	 uldcBuffer[id] = data;
	 return;
}

void	EmulpmuREG(int id, ULONG data)
{
	 ulpmuBuffer[id] = data;
	 return;
}

void	EmulpciREG(int id, ULONG data)
{
	 int	realid;

	 realid = id >> 2;
	 ulpciBuffer[realid] = data;
	 return;
}

void	EmulcpuREG(int id, ULONG data)
{
	 ulcpuBuffer[id] = data;
	 return;
}

void	EmulmiuREG(int id, ULONG data)
{
	 ulmiuBuffer[id] = data;
	 return;
}

void	EmulgeREG(int id, ULONG data)
{
	 ulgeBuffer[id] = data;
	 return;
}

// Register data read
//
ULONG	Emulgc1READ(int id)
{
	 return (ulgcBuffer[id]);
}

ULONG	Emulgc2READ(int id)
{
	 return (ulgcBuffer[id]);
}

ULONG	EmulfpREAD(int id)
{
	 return (ulfpBuffer[id]);
}

ULONG	Emulg1pREAD(int id)
{
	 return (ulg1pBuffer[id]);
}

ULONG	EmulpciREAD(int id)
{
	 return (ulpciBuffer[id]);
}

ULONG	EmuldcREAD(int id)
{
	 return (uldcBuffer[id]);
}

ULONG	EmulpmuREAD(int id)
{
	 return (ulpmuBuffer[id]);
}

ULONG	EmulcpuREAD(int id)
{
	 return (ulcpuBuffer[id]);
}

ULONG	EmulmiuREAD(int id)
{
	 return (ulmiuBuffer[id]);
}

ULONG	EmulgeREAD(int id)
{
	 return (ulgeBuffer[id]);
}

void DumpReg(void)
{
	int	dumpreg;

	for (dumpreg=0; dumpreg<8; dumpreg++)
		DEBUGMSG( 1,(TEXT("pmu%2d=%8x\r\n"), dumpreg, ulpmuBuffer[dumpreg]));

	for (dumpreg=0; dumpreg<4; dumpreg++)
		DEBUGMSG( 1,(TEXT("miu%2d=%8x\r\n"), dumpreg, ulmiuBuffer[dumpreg]));

	for (dumpreg=0; dumpreg<2; dumpreg++)
		DEBUGMSG( 1,(TEXT("cpu%2d=%8x\r\n"), dumpreg, ulcpuBuffer[dumpreg]));

	for (dumpreg=0; dumpreg<0x12; dumpreg++)
		DEBUGMSG( 1,(TEXT("pci%2x=%8x\r\n"), dumpreg, ulpciBuffer[dumpreg]));

	for (dumpreg=0; dumpreg<0x6; dumpreg++)
		DEBUGMSG( 1,(TEXT("fp%2x=%8x\r\n"), dumpreg, ulfpBuffer[dumpreg]));

	for (dumpreg=0x0f; dumpreg<0x38; dumpreg++)
		DEBUGMSG( 1,(TEXT("fp%2x=%8x\r\n"), dumpreg, ulfpBuffer[dumpreg]));

	for (dumpreg=0x0; dumpreg<0x10; dumpreg++)
		DEBUGMSG( 1,(TEXT("gc1_%2x=%8x\r\n"), dumpreg, ulgcBuffer[dumpreg]));

	for (dumpreg=0x20; dumpreg<0x30; dumpreg++)
		DEBUGMSG( 1,(TEXT("gc2_%2x=%8x\r\n"), dumpreg, ulgcBuffer[dumpreg]));
		
}

void	DumpPal(void)
{
	int	dumpreg;

	for (dumpreg=0x00; dumpreg<0x0a; dumpreg++)
		DEBUGMSG( 1,(TEXT("g1p%2x=%8x\r\n"), dumpreg, ulg1pBuffer[dumpreg]));
		
	for (dumpreg=0xf6; dumpreg<=0xff; dumpreg++)
		DEBUGMSG( 1,(TEXT("g1p%2x=%8x\r\n"), dumpreg, ulg1pBuffer[dumpreg]));

	for (dumpreg=0x00; dumpreg<0x0a; dumpreg++)
		DEBUGMSG( 1,(TEXT("g2p%2x=%8x\r\n"), dumpreg, ulg2pBuffer[dumpreg]));
		
	for (dumpreg=0xf6; dumpreg<=0xff; dumpreg++)
		DEBUGMSG( 1,(TEXT("g2p%2x=%8x\r\n"), dumpreg, ulg2pBuffer[dumpreg]));
}

void	DumpCursor(void)
{
	int	dumpreg;

	DEBUGMSG( 1,(TEXT("gc1_00=%8x\r\n"), ulgcBuffer[0]));
	DEBUGMSG( 1,(TEXT("gc1_0c=%8x\r\n"), ulgcBuffer[0x0c]));

	for (dumpreg=0x10; dumpreg<0x14; dumpreg++)
		DEBUGMSG( 1,(TEXT("gc1_%2x=%8x\r\n"), dumpreg, ulgcBuffer[dumpreg]));

	DEBUGMSG( 1,(TEXT("gc2_00=%8x\r\n"), ulgcBuffer[0x20]));
	DEBUGMSG( 1,(TEXT("gc2_0c=%8x\r\n"), ulgcBuffer[0x2c]));

	for (dumpreg=0x30; dumpreg<0x34; dumpreg++)
		DEBUGMSG( 1,(TEXT("gc2_%2x=%8x\r\n"), dumpreg, ulgcBuffer[dumpreg]));
}
#endif //_EMUL_MQINIT