229 #define KSEG0(addr)     (((U32)(addr) & ~KSEG_MSK)  | KSEG0BASE)  argument
230 #define KSEG1(addr)     (((U32)(addr) & ~KSEG_MSK)  | KSEG1BASE)  argument
231 #define KSSEG(addr)	(((U32)(addr) & ~KSEG_MSK)  | KSSEGBASE)  argument
232 #define KSEG3(addr)	(((U32)(addr) & ~KSEG_MSK)  | KSEG3BASE)  argument
233 #define KUSEG(addr)	(((U32)(addr) & ~KUSEG_MSK) | KUSEGBASE)  argument
234 #define PHYS(addr) 	((U32)(addr)  & ~KSEG_MSK)  argument
237 #define CACHED(addr)	KSEG0(addr)  argument
238 #define UNCACHED(addr)	KSEG1(addr)  argument
259 #define REG8( addr )		  (*(volatile U8 *) (addr))  argument
260 #define REG16( addr )		  (*(volatile U16 *)(addr))  argument
261 #define REG32( addr )		  (*(volatile U32 *)(addr))  argument
262 #define REG64( addr )		  (*(volatile U64 *)(addr))  argument
269 #define	REGA(addr)		  REG32(addr)  argument
291 #define	REGARD(addr,fld)	((REGA(addr) & addr##_##fld##_##MSK) 	\  argument
295 #define	REGAWRI(addr,fld,intval) ((REGA(addr) & ~(addr##_##fld##_##MSK))\  argument
299 #define	REGAWRE(addr,fld,enumval) ((REGA(addr) & ~(addr##_##fld##_##MSK))\  argument
342 #define SWAP_BYTEADDR32( addr )   ( (addr) ^ 0x3 )  argument
343 #define SWAP_U16ADDR32( addr ) ( (addr) ^ 0x2 )  argument
347 #define SWAP_BYTEADDR_EL(addr) 	  addr  argument
349 #define SWAP_BYTEADDR_EL(addr)    SWAP_BYTEADDR32( addr )  argument
354 #define SWAP_BYTEADDR_EB(addr) 	  addr  argument
356 #define SWAP_BYTEADDR_EB(addr)    SWAP_BYTEADDR32( addr )  argument
361 #define SWAP_U16ADDR_EL(addr)  addr  argument
363 #define SWAP_U16ADDR_EL(addr)  SWAP_U16ADDR32( addr )  argument
368 #define SWAP_U16ADDR_EB(addr)  addr  argument
370 #define SWAP_U16ADDR_EB(addr)  SWAP_U16ADDR32( addr )  argument
374 #define REGW32LE(addr, data)      REG32(addr) = (data)  argument
375 #define REGR32LE(addr, data)      (data)      = REG32(addr)  argument
377 #define REGW32LE(addr, data)      REG32(addr) = SWAPEND32(data)  argument
378 #define REGR32LE(addr, data)      (data)      = REG32(addr), (data) = SWAPEND32(data)  argument