sfmmu/vm/hat_sfmmu.c

1230 	 * use exactly one translation entry to map each slab page.
2225  * Set up addr to map to page pp with protection prot.
2287  * hat_devload can be called to map real memory (e.g.
2561 			 * We were not able to map array using a large page
6152 			 * that alias and map the same physical
7367 			 * alias and will map the same physical address.
8639 		panic("ism map entry remove - no entries");
8715 	 * ism map blk in case we need one.  We must do our
8729 	 * Allocate an ism map blk if necessary.
8951 	 * We can't have any holes in the ism map.
8952 	 * The tsb miss code while searching the ism map will
8953 	 * stop on an empty map slot.  So we must move
8956 	 * Also empty ism map blks are not freed until the
9013 		 * We delete the ism map by copying
9014 		 * the next map over the current one.
10519 		 * subsequent map operation), only try to shrink if
10540  * out our fields and free up the ism map blk list if any.
10547 	ism_map_t	*map;
10567 		map = blkp->iblk_maps;
10569 			ASSERT(map[i].imap_seg == 0);
10570 			ASSERT(map[i].imap_ismhat == NULL);
10571 			ASSERT(map[i].imap_ment == NULL);
10652  * was found still maps this pp.  If it doesn't map it anymore returned lock
10829 	 * in turn needs an hmeblk to map that slab;
11197 	 * static hmeblks that will be needed during re-map.
11343 		 * We are here to map the slab in sfmmu8_cache; let's
11396 			 * to kmem since they don't map any kmem slabs.
14447 		 * the new region map. After that clean our TSB entries.
14641 sfrgnmap_isnull(sf_region_map_t *map)
14646 		if (map->bitmap[i] != 0) {
14654 sfhmergnmap_isnull(sf_hmeregion_map_t *map)
14659 		if (map->bitmap[i] != 0) {
15010  * scd region map.
15067  * scd region map.
15291  * the process's region map if not then a new SCD may be created.
15318 			 * If the sfmmu region map is a subset of the scd
15319 			 * region map, then the assumption is that this process
15511 	 * different region map while we've been waiting for the srd_scd_mutex.