void act() {
while (true) {
cout << "MemAdaptor: waiting for requests..." << endl;
// wait for a request to come
while (req.read() != true) wait();
// request now accepted
address_t memaddr = addr.read(); // read recipient address
// SIZE request?
if (memsize.read() == true) {
// SIZE request!
cout << "MemAdaptor: SIZE request income, processing...";
addr.write(memory->size());
cout << " done." << endl;
goto act_oper_ok;
}
// READ request?
if (r_w.read() == true) {
// READ request!
cout << "MemAdaptor: READ request income, processing...";
char val;
try {
memory->read(val, memaddr);
} catch (std::runtime_error &e) {
// an error occurred, reporting on the bus
goto act_oper_err;
}
data.write(val);
cout << " done." << endl;
goto act_oper_ok;
}
// in any other case..
// WRITE request!
cout << "MemAdaptor: WRITE request income, processing...";
try { memory->write(data.read(), memaddr); } catch (std::runtime_error &e) {
// an error occurred, reporting on the bus
goto act_oper_err;
}
cout << " done." << endl;
goto act_oper_ok;
act_oper_err: // an error happened operating the service
err.write(true);
while (req.read() != false) wait();
err.write(false);
continue;
act_oper_ok: // service went ok
ack.write(true); // request served
// wait for peer assertion
while (req.read() != false) wait();
ack.write(false); // terminate the operation
}
}
void process() {
if (isHead == false) {
while (in.read() == false) {
#ifdef KASCPAR
wait(5, SC_NS);
#else
//sc_core::wait(5, SC_NS);
#endif
}
}
notified = true;
out.write(true);
}
void test::reset_loop() {
sc_uint<16> tmp;
sc_uint<8> inp;
done = 0;
dato = 0;
tmp = 0;
wait();
operational_loop : while (1 != 0) {
inp = dati.read();
wait();
tc_mult_8x8( inp, -2, tmp);
wait();
done_loop: while (1) {
dato = tmp;
done = 1;
wait();
}
}
}
void run(){
while(true){
cout << " Output sequence is: " << z.read() << " @" << sc_time_stamp() << endl;
wait();
}
}
void
foo::entry()
{
c = f(a.read(), b.read());
wait();
}
