400 	l->l_mutex = l->l_cpu->ci_schedstate.spc_lwplock;  in lwp_ctor()
837 	KASSERT(l2->l_mutex == l2->l_cpu->ci_schedstate.spc_lwplock);  in lwp_create()
1045 	lock = prev->l_mutex;  in lwp_startup()
1545 	kmutex_t *cur = l->l_mutex;  in lwp_locked()
1556 	kmutex_t *oldmtx = l->l_mutex;  in lwp_setlock()
1560 	atomic_store_release(&l->l_mutex, mtx);  in lwp_setlock()
1575 	old = l->l_mutex;  in lwp_unlock_to()
1576 	atomic_store_release(&l->l_mutex, mtx);  in lwp_unlock_to()
1586 		if (!mutex_tryenter(old = atomic_load_consume(&l->l_mutex)))  in lwp_trylock()
1588 		if (__predict_true(atomic_load_relaxed(&l->l_mutex) == old))  in lwp_trylock()
1598 	KASSERT(mutex_owned(l->l_mutex));  in lwp_unsleep()
1608 	kmutex_t *old = atomic_load_consume(&l->l_mutex);  in lwp_lock()
1615 	while (__predict_false(atomic_load_relaxed(&l->l_mutex) != old)) {  in lwp_lock()
1617 		old = atomic_load_consume(&l->l_mutex);  in lwp_lock()
1629 	mutex_spin_exit(l->l_mutex);  in lwp_unlock()
1636 	KASSERT(mutex_owned(l->l_mutex));  in lwp_changepri()
1648 	KASSERT(mutex_owned(l->l_mutex));  in lwp_lendpri()
1659 	KASSERT(mutex_owned(l->l_mutex));  in lwp_eprio()