void wpc_out_device::send_output(int sid, int state)
{
if(!handler_cb.isnull() && handler_cb(sid, state))
return;
char buffer[32];
const char *name;
if(names && names[sid-1] && strcmp(names[sid-1], "s:"))
name = names[sid-1];
else {
sprintf(buffer, "u:output %02d", sid);
name = buffer;
}
machine().output().set_value(name, state);
if(sid == 41)
machine().bookkeeping().coin_counter_w(0, state);
}
// Iterate records, calling factory_cb and handler_cb for each record.
void lsreg_iterate(lsreg_rec_factory_cb *factory_cb,
lsreg_rec_handler_cb *handler_cb,
void *something)
{
FILE *f;
size_t skip_lines;
enum kLSRegParseStatus status;
char *linebuf;
const size_t linebufsize = 1024;
if((f = lsreg_regdump_open()) == NULL) {
return;
}
linebuf = (char *)malloc(sizeof(char)*linebufsize+1);
skip_lines = 3;
while(skip_lines--) {
if(_readline(linebuf, linebufsize, f) == NULL) {
// error occured
free(linebuf);
return;
}
}
// Parse sections
do {
lsreg_rec_t *record = factory_cb(something);
lsreg_rec_init(record);
status = lsreg_parse_record(f, linebuf, linebufsize, record);
//lsreg_rec_dump(&record, stdout);
if(handler_cb(record, something)) {
break;
}
} while(status == kLSRegParseStatusContinue);
free(linebuf);
lsreg_regdump_close(f);
}
