PROT_ALL
error = vm_mmap_memseg(ctx, gpa, VM_SYSMEM, gpa, len, PROT_ALL);
error = vm_mmap_memseg(ctx, gpa, segid, 0, len, PROT_ALL);
res = vm_mmap_memseg(ctx, 0, SEG_LOWMEM, 0, SEG_SZ, PROT_ALL);
res = vm_mmap_memseg(ctx, MAP_OFF, TEST_SEGID, 0, SEG_SZ, PROT_ALL);
res = vm_mmap_memseg(ctx, LOWER_OFF, MSEG_LOW, 0, LOWER_SZ, PROT_ALL);
res = vm_mmap_memseg(ctx, UPPER_OFF, MSEG_HIGH, 0, UPPER_SZ, PROT_ALL);
res = vm_mmap_memseg(ctx, 0, TEST_SEGID, 0, SEG_SZ, PROT_ALL);
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
uint_t protp = PROT_ALL;
uint_t protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
isp->is_umem_cookie, 0, isp->is_umem_size, PROT_ALL, 0,
vn_a.prot = PROT_ALL;
vn_a.maxprot = PROT_ALL;
*protp = PROT_ALL;
buf->umem_cookie, off, len, PROT_ALL, DEVMAP_DEFAULTS, NULL);
p->p_as, &addr, len, prot, PROT_ALL,
SEGVN_ZFOD_ARGS(PROT_ZFOD, PROT_ALL);
SEGVN_ZFOD_ARGS(PROT_ZFOD, PROT_ALL);
struct segvn_crargs crargs = SEGVN_ZFOD_ARGS(PROT_ZFOD, PROT_ALL);
if (((PROT_ALL & uprot) != uprot))
vn_a.maxprot = PROT_ALL;
maxprot = PROT_ALL; /* start out allowing all accesses */
len, prot, PROT_ALL, mflag, fcred, NULL)) != 0) {
SEGVN_ZFOD_ARGS(prot, PROT_ALL);
struct segvn_crargs crargs = SEGVN_ZFOD_ARGS(PROT_ZFOD, PROT_ALL);
struct segvn_crargs crargs = SEGVN_ZFOD_ARGS(PROT_USER, PROT_ALL);
valid_usr_range(base, len, PROT_ALL, as, as->a_userlimit) !=
struct segvn_crargs crargs = SEGVN_ZFOD_ARGS(PROT_USER, PROT_ALL);
valid_usr_range(base, len, PROT_ALL, as, as->a_userlimit) !=
struct segvn_crargs crargs = SEGVN_ZFOD_ARGS(PROT_USER, PROT_ALL);
error = VOP_MAP(vp, 0, as, &addr, len, prot, PROT_ALL,
error = VOP_MAP(vp, 0, as, &addr, len, prot, PROT_ALL, ma_flags,
vn_a.prot = vn_a.maxprot = PROT_ALL;
crargs.prot = PROT_ALL;
uchar_t prot = PROT_ALL;
if (ddi_map_fault(dip, hat, seg, addr, NULL, pfnum, prot & PROT_ALL,
uint_t maxprot = PROT_ALL;
ppa, (PROT_ALL & ~PROT_USER) | HAT_NOSYNC | attr,
(PROT_ALL & ~PROT_USER) | HAT_NOSYNC | attr,
if (prot != PROT_ALL && forcefault == SM_LOCKPROTO) {
SEGVN_ZFOD_ARGS(PROT_ZFOD, PROT_ALL);
PROT_ALL & ~PROT_USER);
SEGVN_ZFOD_ARGS(PROT_ZFOD & ~PROT_EXEC, PROT_ALL);
vpprot = PROT_ALL & ~PROT_WRITE;
*protp = PROT_ALL;
*protp = PROT_ALL & ~PROT_WRITE;
*protp = PROT_ALL;
*protp = PROT_ALL;
*protp = PROT_ALL;
PAGESIZE, PROT_ALL, DEVMAP_DEFAULTS, NULL);
dhp->dh_maxprot = PROT_ALL & dhp->dh_orig_maxprot;
length, PROT_ALL, 0, &dev_attr)) < 0) {
cookie, 0, psize, PROT_ALL, 0, &xsvc_device_attr)) < 0) {
off_align, psize, PROT_ALL, 0, &xsvc_device_attr)) < 0) {
pp, (PROT_ALL & ~PROT_USER) |
if (prot == 0 || (prot & ~(PROT_ALL)) != 0)
ASSERT0(prot & ~PROT_ALL);
((vprot & PROT_ALL) != vprot)) {
PROT_ALL, ismszc, NULL, HAT_REGION_ISM);
off, len, PROT_ALL, DEVMAP_DEFAULTS, NULL)) < 0) {
ppa, (PROT_ALL & ~PROT_USER) | HAT_NOSYNC | attr, HAT_LOAD_LOCK);
(((attr) & PROT_ALL) ? TTE_VALID_INT : 0)
(((attr) & PROT_ALL) ? TTE_VALID_INT : 0)
ppa, (PROT_ALL & ~PROT_USER) | HAT_NOSYNC, HAT_LOAD_LOCK);