// *****************************************************************************
void hit_generator_tb::check_output()
{
while(1)
{
wait();
for (auto& hit_signal: hit_signals)
{
stub read_stub(configuration.output_stub_mpa);
while (hit_signal.nb_read(read_stub))
{
std::pair<bool, sc_map_list_key<chip_address> > signal_key;
signal_key = hit_signals.get_key(hit_signal);
chip_address chp_address = signal_key.second.value;
log_buffer << sc_time_stamp () << std::dec
<< " @ hit_generator." << chp_address;
if (read_stub.configuration.pixel_bits > 1)
{
log_buffer << " (PS): "
<< read_stub.get_strip() << ","
<< read_stub.get_pixel() << " - "
<< read_stub.get_bend() << std::endl;
}
else
{
log_buffer << " (2S): " << std::hex
<< read_stub.get_strip() << " - "
<< read_stub.get_bend() << std::endl;
}
}
}
}
}
int stub_retrieve(char *name) /*;stub_retrieve*/
{
char *fname;
Tuple stubtup, tup;
int si, n, i;
/*
* Reads, if necessary, information from the file in which the stub
* 'name' was declared.
*/
#ifdef TBSN
if (putdebug) TO_ERRFILE(strjoin("STUB_RETRIEVE ", name));
#endif
fname = lib_stub_get(name);
if (fname == NULL) return FALSE;
if (!streq(fname, AISFILENAME)) {
si = stub_numbered(name);
stubtup = (Tuple) stub_info[si];
tup = (Tuple) stubtup[4];
n = tup_size(tup);
for (i = 1;i <= n; i++) {
retrieve(pUnits[(int)tup[i]]->name);
}
if (!read_stub(fname, name, "st1")) return FALSE;
}
return TRUE;
}
