apix_impl_t
if (mdb_vread(&apix, sizeof (apix_impl_t),
apix_impl_t **d_apixs;
apix_impl_t apix;
d_apixs = mdb_zalloc(ncpu * sizeof (apix_impl_t *), UM_SLEEP | UM_GC);
if (mdb_readsym(d_apixs, ncpu * sizeof (apix_impl_t *),
if (mdb_vread(&apix, sizeof (apix_impl_t),
apix_impl_t apix;
apix_impl_t *apixp;
if (mdb_vread(&apix, sizeof (apix_impl_t), (uintptr_t)apixp) == -1) {
apix_impl_t *apixs[NCPU];
apix_impl_t *hdlp;
hdlp = kmem_zalloc(nproc * sizeof (apix_impl_t), KM_SLEEP);
apix_impl_t *apixp = apixs[cpuid];
apix_impl_t *apixp = apixs[cpun];
apix_remove_pending_av(apix_impl_t *apixp, int ipl)
apix_impl_t *apixp = apixs[cpuid];
apix_impl_t *apixp = apixs[cpuid];
apix_impl_t *apixp = apixs[cpu->cpu_id];
apix_impl_t *apixp = apixs[cpu->cpu_id];
apix_insert_pending_av(apix_impl_t *apixp, struct autovec *avp, int ipl)
apix_impl_t *apixp = apixs[cpuid];
apix_impl_t *apixp = apixs[cpuid];
apix_impl_t *apixp = apixs[cpuid];
!INTR_PENDING((volatile apix_impl_t *)apixs[cpuid], ipl)))
extern apix_impl_t *apixs[];