1297 #define	HBLK_STACK_TRACE(hmeblkp, lock)					\  argument
1302 	mutex_enter(&hmeblkp->hblk_audit_lock);				\
1303 	audit_index = hmeblkp->hblk_audit_index;			\
1304 	hmeblkp->hblk_audit_index = ((hmeblkp->hblk_audit_index + 1) &	\
1306 	mutex_exit(&hmeblkp->hblk_audit_lock);				\
1309 		hmeblkp->hblk_audit_cache[audit_index].flag =		\
1312 		hmeblkp->hblk_audit_cache[audit_index].flag =		\
1315 	hmeblkp->hblk_audit_cache[audit_index].thread = curthread;	\
1316 	hmeblkp->hblk_audit_cache[audit_index].depth =			\
1317 	    getpcstack(hmeblkp->hblk_audit_cache[audit_index].stack,	\
1323 #define	HBLK_STACK_TRACE(hmeblkp, lock)  argument
1372 	struct hme_blk *hmeblkp;  member
1406 #define	get_hblk_span(hmeblkp) ((hmeblkp)->hblk_span)  argument
1407 #define	get_hblk_ttesz(hmeblkp)	((hmeblkp)->hblk_ttesz)  argument
1408 #define	get_hblk_cache(hmeblkp)	(((hmeblkp)->hblk_ttesz == TTE8K) ? \  argument
1413 #define	set_hblk_sz(hmeblkp, ttesz)				\  argument
1414 	(hmeblkp)->hblk_ttesz = (ttesz);			\
1415 	(hmeblkp)->hblk_span = HMEBLK_SPAN(ttesz)
1417 #define	get_hblk_base(hmeblkp)					\  argument
1418 	((uintptr_t)(hmeblkp)->hblk_tag.htag_bspage << MMU_PAGESHIFT)
1420 #define	get_hblk_endaddr(hmeblkp)				\  argument
1421 	((caddr_t)(get_hblk_base(hmeblkp) + get_hblk_span(hmeblkp)))
1423 #define	in_hblk_range(hmeblkp, vaddr)					\  argument
1424 	(((uintptr_t)(vaddr) >= get_hblk_base(hmeblkp)) &&		\
1425 	((uintptr_t)(vaddr) < (get_hblk_base(hmeblkp) +			\
1426 	get_hblk_span(hmeblkp))))
1428 #define	tte_to_vaddr(hmeblkp, tte)	((caddr_t)(get_hblk_base(hmeblkp) \  argument
1431 #define	tte_to_evaddr(hmeblkp, ttep)	((caddr_t)(get_hblk_base(hmeblkp) \  argument
1536 	hblkp = hmebp->hmeblkp;						\
1569 	for (hblkp = hmebp->hmeblkp; hblkp;				\
1599 #define	hblktosfmmu(hmeblkp)	((sfmmu_t *)(hmeblkp)->hblk_tag.htag_id)  argument
1600 #define	hblktosrd(hmeblkp)	((sf_srd_t *)(hmeblkp)->hblk_tag.htag_id)  argument