wt_init.h

mini-PCI driver for LHWT chipsets

/* Copyright (C) 2005 LHWT Inc. */

#ifndef WT4_INIT_H
#define WT4_INIT_H
 


/*resources for wt4*/
#define wt4_io_size 8
#define wt4_eeprom_size 256
#define wt4_mainmem_size 65536
#define base_address_0 0x010
#define base_address_1 0x014
#define base_address_2 0x018


#define BYTE_OP 1
#define WORD_OP 2
#define DWORD_OP 4
#define LLWORD_OP 8


#define WRITE_WT4( __offset , __data,  __bytes/*byte number*/ ) {\
	if( __bytes == DWORD_OP )\
        {\
	writel((unsigned int)(__data),(volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	else if( __bytes == WORD_OP ){\
	writew((unsigned short)(__data),(volatile unsigned short *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	else{\
	writeb((unsigned char)__data,(volatile unsigned char *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}

#define READ_WT4( __offset, __data, __bytes) {\
	if( __bytes == DWORD_OP )\
        {\
	__data =  readl((volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) );\
	}\
	else if( __bytes == WORD_OP ){\
	__data =  readw((volatile unsigned short *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) );\
	}\
	else{\
	__data = readb((volatile unsigned char *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) );\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}
	
#define WRITE64_WT4( __offset , __data ) {\
        {\
	writel((unsigned int)(((unsigned long long)(__data))&0xFFFFFFFF),(volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	udelay(SWITCH_CHANNEL_DELAY);\
	writel((unsigned int)((((unsigned long long)(__data))>>32)&0xFFFFFFFF),(volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset + 4 ));\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}

#define READ64_WT4( __offset , __data ) {\
	{\
	__data = 0ull;\
	udelay(SWITCH_CHANNEL_DELAY);\
	__data |=  readl((volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset + 4) );\
	__data <<=32;\
	__data |=  readl((volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset) );\
	udelay(SWITCH_CHANNEL_DELAY);\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}


/*	
for big endin;
#define WRITE_WT4( __offset , __data,  __bytes ) {\
	if( __bytes == DWORD_OP )\
        {\
	writel((unsigned int)(host2ieee32(__data)),(volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	else if( __bytes == WORD_OP ){\
	writew((unsigned short)(host2ieee16(__data)),(volatile unsigned short *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	else{\
	writeb((unsigned char)__data,(volatile unsigned char *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ));\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}

#define READ_WT4( __offset, __data, __bytes) {\
	if( __bytes == DWORD_OP )\
        {\
	__data = ieee2host32( readl((volatile unsigned int *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) ));\
	}\
	else if( __bytes == WORD_OP ){\
	__data = ieee2host16( readw((volatile unsigned short *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) ));\
	}\
	else{\
	__data = readb((volatile unsigned char *)((unsigned char *)(Adapter->MainMemAddress)+ __offset ) );\
	}\
	udelay(SWITCH_CHANNEL_DELAY);}
*/
void WtDisableInterrupts(WT_ADAPTER *);
void WtClearInterrupts(WT_ADAPTER *Adapter);
void WtEnableInterrupts(WT_ADAPTER *);                                                                    

void Dump(CHAR* p, ULONG cb, BOOL fAddress, ULONG ulGroup); //print data
void DumpLine(UCHAR* p, ULONG cb, BOOL fAddress, ULONG ulGroup);
 
void WtInitList(WT_ADAPTER *Adapter);
void WtSoftParaInit( IN  PWT_ADAPTER  Adapter);
BOOL WtInitSend(WT_ADAPTER *Adapter);
BOOL NICInitRecv(IN PWT_ADAPTER Adapter);
#endif				/* WT4_INIT_H */