sun4u/cpu/us3_common_mmu.c

245  * The tmp_pgsz array comes into this routine in sorted order, as it is
256 mmu_fixup_large_pages(struct hat *hat, uint64_t *ttecnt, uint8_t *tmp_pgsz)
258 	uint_t pgsz0 = tmp_pgsz[0];
259 	uint_t pgsz1 = tmp_pgsz[1];
313 	tmp_pgsz[0] = pgsz0;
314 	tmp_pgsz[1] = pgsz1;
322 mmu_setup_page_sizes(struct hat *hat, uint64_t *ttecnt, uint8_t *tmp_pgsz)
375 		if ((tmp_pgsz[1] == TTE512K) || (tmp_pgsz[1] == TTE4M)) {
376 			if ((tmp_pgsz[0] != TTE512K) &&
377 			    (tmp_pgsz[0] != TTE4M)) {
378 				pgsz1 = tmp_pgsz[0];
379 				pgsz0 = tmp_pgsz[1];
381 				pgsz0 = tmp_pgsz[0];
385 			pgsz0 = tmp_pgsz[0];
386 			pgsz1 = tmp_pgsz[1];
389 		pgsz0 = MIN(tmp_pgsz[0], tmp_pgsz[1]);
390 		pgsz1 = MAX(tmp_pgsz[0], tmp_pgsz[1]);
401 	tmp_pgsz[0] = pgsz0;
402 	tmp_pgsz[1] = pgsz1;
476 	uint8_t tmp_pgsz[MMU_PAGE_SIZES];
496 			tmp_pgsz[j] = max;
510 			mmu_fixup_large_pages(sfmmup, ttecnt, tmp_pgsz);
513 			mmu_setup_page_sizes(sfmmup, ttecnt, tmp_pgsz);
515 		newval = tmp_pgsz[0] << 8 | tmp_pgsz[1];
517 			sfmmu_reprog_pgsz_arr(sfmmup, tmp_pgsz);