vclient_sample_bytes
const uint32_t mod = pvc->channels * vclient_sample_bytes(pvc);
mod = pvc->channels * vclient_sample_bytes(pvc);
len = pvc->sample_rate * pvc->channels * vclient_sample_bytes(pvc);
len = pvc->channels * vclient_sample_bytes(pvc);
len = vclient_sample_bytes(pvc) * 8;
dummy_len = pvc->sample_rate * pvc->channels * vclient_sample_bytes(pvc);
pvc->channels * vclient_sample_bytes(pvc));
extern uint32_t vclient_sample_bytes(vclient_t *);
size = (size / 8) * vclient_sample_bytes(pvc);
return (pvc->channels * samples_scaled * vclient_sample_bytes(pvc));
data.val = vclient_sample_bytes(pvc) * 8;
vclient_input_delay(pvc) / (pvc->channels * vclient_sample_bytes(pvc));
vclient_output_delay(pvc) / (pvc->channels * vclient_sample_bytes(pvc));
retval = pvc->channels * samples_scaled * vclient_sample_bytes(pvc);
vclient_sample_bytes(pvc);
vclient_sample_bytes(pvc);
mod = pvc->channels * vclient_sample_bytes(pvc);
((uint64_t)pvc->sample_rate * (uint64_t)vclient_sample_bytes(pvc));
mod = pvc->channels * vclient_sample_bytes(pvc);
len = pvc->sample_rate * pvc->channels * vclient_sample_bytes(pvc);
len = pvc->channels * vclient_sample_bytes(pvc);
len = vclient_sample_bytes(pvc) * 8;
dst_mod = pvc->channels * vclient_sample_bytes(pvc);
src_mod = pvc->channels * vclient_sample_bytes(pvc);
src_len /= vclient_sample_bytes(pvc);
src_len *= vclient_sample_bytes(pvc);
mod = pvc->channels * vclient_sample_bytes(pvc);
shift_fmt = pvp->bits - (vclient_sample_bytes(pvc) * 8);
shift_fmt = pvp->bits - (vclient_sample_bytes(pvc) * 8);
shift_fmt = pvp->bits - (vclient_sample_bytes(pvc) * 8);
shift_fmt = pvp->bits - (vclient_sample_bytes(pvc) * 8);