Cross Reference: /illumos-gate/usr/src/uts/common/vm/seg

Lines Matching refs:s_size
256 			ASSERT(lpgeaddr <= (seg)->s_base + (seg)->s_size);    \
591 			    !IS_P2ALIGNED(seg->s_size, pgsz)) {
620 		if (anon_resv_zone(seg->s_size,
623 		swresv = seg->s_size;
635 		hat_map(seg->s_as->a_hat, seg->s_base, seg->s_size, HAT_MAP);
648 		    seg->s_as, seg->s_base, seg->s_size, a->prot,
660 				    seg->s_size, HAT_UNLOAD_UNMAP);
668 		    (seg->s_size > textrepl_size_thresh ||
684 		seg->s_as->a_resvsize -= seg->s_size;
710 			mpolicy = lgrp_mem_policy_default(seg->s_size, a->type);
718 		    pseg->s_base + pseg->s_size == seg->s_base &&
736 					    pseg->s_size + seg->s_size,
742 			    (pseg->s_size + seg->s_size <=
754 				    pseg->s_base + pseg->s_size ==
760 				    IS_P2ALIGNED(pseg->s_size, pgsz)));
770 		    seg->s_base + seg->s_size == nseg->s_base &&
788 					    nseg->s_size + seg->s_size,
799 				    IS_P2ALIGNED(nseg->s_size, pgsz)));
860 				svd->amp = anonmap_alloc(seg->s_size, swresv,
884 		if ((amp->size - a->offset) < seg->s_size) {
923 			svd->amp = anonmap_alloc(seg->s_size, 0, ANON_SLEEP);
933 			eaddr = seg->s_base + seg->s_size;
974 			    0, seg->s_size);
985 	(void) lgrp_privm_policy_set(mpolicy, &svd->policy_info, seg->s_size);
989 		    svd->vp, svd->offset, seg->s_size);
995 		    seg->s_size, (void *)svd->vp, svd->offset, svd->prot,
1048 	    svd1->offset + seg1->s_size != svd2->offset) {
1071 		if (amp1 != NULL && svd1->anon_index + btop(seg1->s_size) !=
1113 			ASSERT(svd1->swresv == seg1->s_size);
1123 			ASSERT(svd2->swresv == seg2->s_size);
1155 		asize = seg1->s_size + seg2->s_size;
1170 			    nahp, 0, btop(seg1->s_size), ANON_NOSLEEP)) {
1183 			    nahp, btop(seg1->s_size), btop(seg2->s_size),
1244 	size = seg2->s_size;
1246 	seg1->s_size += size;
1286 	    svd1->offset + seg1->s_size != (a->offset & PAGEMASK))
1323 		    btop(seg1->s_size), btop(seg2->s_size), ANON_NOSLEEP);
1349 			ASSERT(swresv == seg2->s_size);
1357 	size = seg2->s_size;
1359 	seg1->s_size += size;
1406 	    (a->offset & PAGEMASK) + seg1->s_size != svd2->offset)
1438 		    btop(seg2->s_size), btop(seg1->s_size),
1470 			ASSERT(swresv == seg1->s_size);
1478 	size = seg1->s_size;
1480 	seg2->s_size += size;
1513 	i = btopr(seg->s_size);
1660 			newsvd->amp = anonmap_alloc(newseg->s_size, 0,
1731 					    0, seg->s_size, seg->s_szc,
1735 					    newsvd->amp->ahp, 0, seg->s_size);
1739 				    seg->s_size, PROT_WRITE);
1764 		    newseg->s_as, newseg->s_base, newseg->s_size, newsvd->prot,
1844 	evp = &svd->vpage[seg_page(seg, seg->s_base + seg->s_size)];
1909 	if (addr < seg->s_base || addr + len > seg->s_base + seg->s_size ||
1919 			ASSERT(seg->s_base != addr || seg->s_size != len);
2010 	if (addr == seg->s_base && len == seg->s_size) {
2089 		seg->s_size -= len;
2114 					ASSERT(svd->swresv == seg->s_size);
2130 	if (addr + len == seg->s_base + seg->s_size) {
2194 		seg->s_size -= len;
2218 					ASSERT(svd->swresv == seg->s_size);
2237 	nsize = (seg->s_base + seg->s_size) - nbase;	/* new seg size */
2238 	seg->s_size = addr - seg->s_base;		/* shrink old seg */
2353 			nahp = anon_create(btop(seg->s_size), ANON_SLEEP);
2354 			namp = anonmap_alloc(nseg->s_size, 0, ANON_SLEEP);
2357 			    0, btop(seg->s_size), ANON_SLEEP);
2359 			    namp->ahp, 0, btop(nseg->s_size), ANON_SLEEP);
2364 			amp->size = seg->s_size;
2374 			    svd->anon_index, btop(seg->s_size)));
2376 			    nsvd->anon_index, btop(nseg->s_size)));
2393 				if (seg->s_size + nseg->s_size + len !=
2399 				svd->swresv = seg->s_size;
2400 				nsvd->swresv = nseg->s_size;
2434 	(void) segvn_lockop(seg, seg->s_base, seg->s_size,
2460 					    svd->anon_index, seg->s_size,
2464 					    seg->s_size);
2505 				    seg->s_size, seg->s_szc);
2508 				    seg->s_size);
5132 			svd->amp = anonmap_alloc(seg->s_size, 0, ANON_SLEEP);
5384 			    (size_t)(seg->s_base + seg->s_size)) &&
5400 				    ((seg->s_base + seg->s_size) - addr));
5402 				    (seg->s_base + seg->s_size));
5546 		    pp->p_offset < svd->offset + seg->s_size) {
5750 			ASSERT(seg->s_base != addr || seg->s_size != len);
5801 				    len == seg->s_size &&
5804 					sz = seg->s_size;
5856 				if (svd->pageswap == 0 && sz == seg->s_size) {
5877 			    len == seg->s_size && svd->pageprot == 0) {
5888 	if (addr == seg->s_base && len == seg->s_size && svd->vpage == NULL) {
6083 	ASSERT(addr >= seg->s_base && eaddr <= seg->s_base + seg->s_size);
6098 	    eaddr != seg->s_base + seg->s_size)) {
6193 	if (addr != seg->s_base || eaddr != (seg->s_base + seg->s_size)) {
6207 			if (eaddr != (nseg->s_base + nseg->s_size)) {
6213 		if (eaddr != (seg->s_base + seg->s_size)) {
6293 			    nahp, 0, btop(seg->s_size), ANON_NOSLEEP)) {
6308 		eoffpage += seg->s_size;
6329 			    seg->s_size, szc, svd->prot, svd->vpage,
6361 	caddr_t ea = a + seg->s_size;
6402 		hat_unload(seg->s_as->a_hat, seg->s_base, seg->s_size,
6586 	ASSERT(addr <= seg->s_base + seg->s_size);
6589 	if (addr == seg->s_base || addr == seg->s_base + seg->s_size)
6592 	nsize = seg->s_base + seg->s_size - addr;
6593 	seg->s_size = addr - seg->s_base;
6648 		nahp = anon_create(btop(seg->s_size), ANON_SLEEP);
6650 		    nahp, 0, btop(seg->s_size), ANON_SLEEP);
6652 		namp = anonmap_alloc(nseg->s_size, 0, ANON_SLEEP);
6655 		    svd->anon_index + btop(seg->s_size),
6656 		    namp->ahp, 0, btop(nseg->s_size), ANON_SLEEP);
6659 		oamp->size = seg->s_size;
6690 			    svd->anon_index, btop(seg->s_size)));
6692 			    nsvd->anon_index, btop(nseg->s_size)));
6700 				ASSERT(svd->swresv == seg->s_size +
6701 				    nseg->s_size);
6702 				svd->swresv = seg->s_size;
6703 				nsvd->swresv = nseg->s_size;
6741 	ASSERT(seg->s_base != addr || seg->s_size != len);
6742 	ASSERT(addr >= seg->s_base && eaddr <= seg->s_base + seg->s_size);
6754 		ASSERT(badseg1->s_size == lpgeaddr - lpgaddr);
6762 			ASSERT(badseg1->s_size == 2 * pgsz);
6766 			ASSERT(badseg1->s_size == pgsz);
6773 				ASSERT(badseg2->s_size == pgsz);
6782 		ASSERT(badseg1->s_size == pgsz);
6787 	ASSERT(flag == SDR_RANGE || badseg1->s_size == pgsz ||
6788 	    badseg1->s_size == 2 * pgsz);
6790 	ASSERT(badseg1->s_size == pgsz ||
6807 		if (eaddr > badseg1->s_base + badseg1->s_size) {
6808 			te = badseg1->s_base + badseg1->s_size;
6832 	ASSERT(badseg2->s_size == pgsz);
6833 	ASSERT(sameprot(badseg2, badseg2->s_base, badseg2->s_size));
6848 		ASSERT(eaddr < badseg2->s_base + badseg2->s_size);
6981 	    addr + delta >= (seg->s_base + seg->s_size))
7091 	npages = seg->s_size >> PAGESHIFT;
7732 		svd->amp = anonmap_alloc(seg->s_size, 0, ANON_SLEEP);
8224 	if ((addr == seg->s_base) && (len == seg->s_size)) {
8288 			    addr == prev->s_base + prev->s_size) {
8428 			oldeaddr = seg->s_base + seg->s_size;
8456 					    new_seg->s_size);
8498 					    new_seg->s_size);
8509 					    &svd->policy_info, seg->s_size);
8529 						    prev->s_size) {
8611 	if ((addr == seg->s_base) && (len == seg->s_size)) {
8685 		evp = &svd->vpage[seg_page(seg, seg->s_base + seg->s_size)];
8995 			    lpgeaddr > seg->s_base + seg->s_size) {
8996 				lpgeaddr = seg->s_base + seg->s_size;
9737 	size_t			size = seg->s_size;
10021 	size_t			size = seg->s_size;
10223 	ASSERT(svd->offset + seg->s_size == svntrp->tr_eoff);
10271 	size = seg->s_size;