present
Here we present a few examples
return &gpr_map__special[instr->rexpref.present][enc][regsize-1];
} else if (instr->rexpref.present && instr->rexpref.w) {
} else if (!instr->rexpref.present) {
rexpref->present = true;
bool present:1;
found_packet->present |= ((uint64_t) 1 << rel_loc);
packet->present = ((uint64_t) 1 << rel_loc);
if (found_packet->present & ((uint64_t) 1 << rel_loc)) {
found_packet->present |= ((uint64_t) 1 << rel_loc);
uint64_t present, all_present = -1;
present = packet->present;
if (present != all_present) {
if ((present & ((uint64_t) 1 << i)) > 0)
packet->present |= ((uint64_t) 1<<i);
assert(packet->present == all_present);
if (complete || (packet->present == all_present)) {
if (complete || (packet->present == all_present)) {
uint64_t present;
if (!present(dp->d_name, &names)) {
int present;
present = sock->flags & IMX_PCIC_FLAG_CARDP;
if ((cs == IMX_PCIC_CARD_VALID) == (present == 1)) {
a64_acodec_dai_jack_detect(audio_dai_tag_t dai, u_int jack, int present)
if (present) {
sc->sc_master_dev = present ?
const uint32_t present = MMC_READ(sc, SUNXI_MMC_STATUS) &
return present != 0;
int present;
present = sock->flags & PXAPCIC_FLAG_CARDP;
if ((cs == PXAPCIC_CARD_VALID) == (present == 1)) {
int present = (reg & I_PRESENT) == 0;
node.sysctl_data = &present;
int which = edata->sensor, present, ch;
present = (sc->sc_flags & PMU_PWR_BATT_PRESENT) != 0;
if (present) {
edata->value_cur = present;
edata->value_cur = present;
pci_chipset_tag_create(pci_chipset_tag_t opc, const uint64_t present,
if (ov == NULL || present == 0)
for (bits = present; bits != 0; bits = nbits) {
pc->pc_present = present;
bus_dma_tag_create(bus_dma_tag_t obdt, const uint64_t present,
if (ov == NULL || present == 0)
for (bits = present; bits != 0; bits = nbits) {
bdt->bdt_exists = obdt->bdt_exists | present;
bdt->bdt_present = present;
bus_space_tag_create(bus_space_tag_t obst, const uint64_t present,
if (ov == NULL || present == 0 || extpresent != 0)
for (bits = present; bits != 0; bits = nbits) {
bst->bst_exists = obst->bst_exists | present;
bst->bst_present = present;
int present;
info->present++;
info.present = 0;
if (info.present == 0)
audio_dai_jack_detect(audio_dai_tag_t dai, u_int jack, bool present)
return dai->dai_jack_detect(dai, jack, present);
(pdid->present & CISS_PD_PRESENT))
else if (pdid->present & CISS_PD_PRESENT)
u_int8_t present;
uint32_t present;
present = htole32(RTW_PHILIPS_RX_RADIOTAP_PRESENT);
present = htole32(RTW_RX_RADIOTAP_PRESENT);
sc->sc_rxtap.rr_ihdr.it_present = present;
_Bool islsb, present;
present = store_locate(mc->store, c, chan, key);
if ( !present )
present = store_locate(mc->store, c, chan, key);
if ( !present )
_Bool islsb, present;
present = store_locate(mc->store, c, chan, key);
if ( !present ||
present = store_locate(mc->store, c, chan, key);
if ( !present ||
_Bool islsb, present;
present = store_locate(mc->store, c, chan, key);
if ( !present )
_Bool present;
present = store_locate(mc->store, c, chan, key);
stval = (present) ? store_extract(mc->store, c, chan, key) : 0;
_Bool present;
present = store_locate(mc->store, c, chan, key);
if ( !present )
if (!mach->hmap[i].present)
machines[i].cpus[n].present = false;
if (vcpu->present && nvmm_impl->vcpu_suspend)
if (vcpu->present && nvmm_impl->vcpu_resume)
if (mach->present) {
if (mach->present) {
if (mach->present) {
mach->present = true;
KASSERT(mach->present);
mach->present = false;
if (__predict_false(!mach->present)) {
if (vcpu->present) {
vcpu->present = true;
vcpu->present = false;
if (__predict_false(!vcpu->present)) {
if (!mach->present || mach->owner != owner) {
if (!mach->hmap[j].present)
if (!mach->hmap[i].present)
if (!hmapping->present) {
if (!hmapping->present) {
if (!hmapping->present) {
hmapping->present = true;
if (!hmapping->present || hmapping->hva != hva ||
hmapping->present = false;
bool present;
bool present;
bool present;
int search = 1, count = 0, present;
present = 0;
present = 1;
if (!present) {
if (!codec->present) {
if (codec->present)
ixp_codec->present = 1;
codec->present = 0;
int present;
default_pci_chipset_tag_create(pci_chipset_tag_t opc, const uint64_t present,
bool present __diagused;
present = ISSET(HREAD4(hp, SDHC_PRESENT_STATE), SDHC_CMD_INHIBIT_MASK);
if (present && sdhc_card_detect(hp)) {
bool present, batterycap, batterycharge;
present = true;
present = edata->value_cur;
if (!present)
if (eccline->present & bit)
eccline->present |= bit;
KASSERT(eccline->present == ((uint64_t) 1 << ump->packet_size)-1);
eccline->readin = (~eccline->present) & allbits;
if (eccline->present != 0) {
if (eccline->present & bit) {
"dirty %"PRIx64"\n\t", eccline->present, eccline->readin,
KASSERT(eccline->present == allbits);
if (eccline->present == allbits) {
eccline->present));
eccline->present = eccline->readin = eccline->dirty = 0;
if (eccline->readin & eccline->present)
eccline->readin &= (~eccline->present) & allbits;
if (eccline->present == allbits) {
eccline->present |= bit;
KASSERT(eccline->present & bit);
if ((eccline->present & bit) == 0) {
while (((eccline->present | eccline->error) & bit) == 0) {
KASSERT(eccline->present & bit);
if (eccline->present & bit) {
eccline->present |= bit;
uint64_t present; /* preserve these */
eccline->present |= bit;
goto present;
present:
static int present = 1;
NULL, 0, &present, 0,
static int present = 1;
NULL, 0, &present, 0,
size_t present;
return get_sysctl("vendor.k_helper.present", &present,
sizeof(present));