void initialize_out_spikes (size_t max_spike_sources)
{
out_spikes_size = get_bit_field_size(max_spike_sources);
log_info("Out spike size is %u words, allowing %u spike sources", out_spikes_size, max_spike_sources);
out_spikes = (bit_field_t)sark_alloc (out_spikes_size * sizeof (uint32_t), 1);
reset_out_spikes ();
}
void initialize_current_buffer (void)
{
counter_t i;
current = (current_t*)sark_alloc(CURRENT_BUFFER_SIZE*sizeof(current_t), 1);
log_info ("address of current %x - Current buffer size %u, ring-buffer size %u", (uint32_t)current, CURRENT_BUFFER_SIZE, RING_BUFFER_SIZE);
for (i = 0; i < CURRENT_BUFFER_SIZE; i++)
{
current[i] = current_0;
}
}
void event_register_pkt(uint queue_size, vic_slot slot)
{
if (queue_size <= 256 &&
(queue_size & (queue_size - 1)) == 0 &&
slot <= SLOT_MAX &&
vic[VIC_CNTL + slot] == 0) {
event.pkt_queue = sark_alloc(queue_size, sizeof(pkt_t));
if (event.pkt_queue != NULL) {
event.pkt_insert = 1;
event.pkt_size = queue_size;
sark_vic_set(slot, CC_TNF_INT, 0, txpkt_int_han);
cc[CC_TCR] = PKT_MC;
return;
}
}
rt_error(RTE_PKT);
}