NVME_LOCK_E_NS
lock.nil_ent = NVME_LOCK_E_NS;
unlock.niu_ent = NVME_LOCK_E_NS;
.nil_ent = NVME_LOCK_E_NS,
.nil_ent = NVME_LOCK_E_NS,
.nil_ent = NVME_LOCK_E_NS,
.blt_lock = { .nil_ent = NVME_LOCK_E_NS, .nil_level = 0 },
.blt_lock = { .nil_ent = NVME_LOCK_E_NS, .nil_level = 7 },
.blt_lock = { .nil_ent = NVME_LOCK_E_NS, .nil_level = UINT32_MAX },
.nil_ent = NVME_LOCK_E_NS,
.nil_ent = NVME_LOCK_E_NS,
.niu_ent = NVME_LOCK_E_NS
.but_unlock = { .niu_ent = NVME_LOCK_E_NS },
.niu_ent = NVME_LOCK_E_NS
.nil_ent = NVME_LOCK_E_NS,
.nil_ent = NVME_LOCK_E_NS,
{ "ctrl fd ns write lock", NVME_LOCK_E_NS, NVME_LOCK_L_WRITE, 1 },
{ "ctrl fd ns read lock", NVME_LOCK_E_NS, NVME_LOCK_L_READ, 1 }
{ "ns fd ns write lock (nsid=0)", NVME_LOCK_E_NS, NVME_LOCK_L_WRITE,
{ "ns fd ns read lock (nsid=0)", NVME_LOCK_E_NS, NVME_LOCK_L_READ, 0 },
{ "ns fd ns write lock (nsid=1)", NVME_LOCK_E_NS, NVME_LOCK_L_WRITE,
{ "ns fd ns read lock (nsid=1)", NVME_LOCK_E_NS, NVME_LOCK_L_READ, 1 }
exp_ent = NVME_LOCK_E_NS;
.nil_ent = NVME_LOCK_E_NS,
.nil_ent = NVME_LOCK_E_NS,
.niu_ent = NVME_LOCK_E_NS
lock.nil_ent = NVME_LOCK_E_NS;
lock.nil_ent != NVME_LOCK_E_NS) {
(lock.nil_ent == NVME_LOCK_E_NS &&
if (lock.nil_ent == NVME_LOCK_E_NS &&
if (lock.nil_ent == NVME_LOCK_E_NS &&
if (lock.nil_ent == NVME_LOCK_E_NS) {
unlock.niu_ent != NVME_LOCK_E_NS) {
VERIFY3U(req->nil_ent, ==, NVME_LOCK_E_NS);