//=================================================================================================
uint32_t eve::thr::thread::run_once(void)
{
set_running();
job_->execute();
set_stopped();
// No error occurred, return 0 (zero).
return 0;
}
//Stop simulation (may receive exit status)
void mips1::stop(int status) {
cerr << "ArchC: -------------------- Simulation Finished --------------------" << endl;
ISA._behavior_end();
ac_stop_flag = 1;
ac_exit_status = status;
#ifndef AC_COMPSIM
set_stopped();
#endif
}
//Stop simulation (may receive exit status)
void mips1::stop(int status) {
cerr << "ArchC: -------------------- Simulation Finished --------------------" << endl;
ISA._behavior_end();
ac_stop_flag = 1;
ac_exit_status = status;
#ifndef AC_COMPSIM
set_stopped();
#endif
cout << "Number of hazards: " << hazard_count << endl;
cout << "| Data hazards: " << hazard_count_by_type[DATA_HAZARD] << endl;
cout << "| Data hazards (without forwarding): " << hazard_count_by_type[DATA_HAZARD_NO_FW] << endl;
cout << "| Control hazards: " << hazard_count_by_type[CONTROL_HAZARD] << endl;
cout << "| DATA CACHE HIT: " << dcount_hit << endl;
cout << "| DATA CACHE MISS: " << dcount_miss << endl;
cout << "| TOTAL STORE INSTR: " << st_instr << endl;
cout << "| DATA WRITE BACK: " << d_writeback << endl;
cout << "| INSTR CACHE HIT: " << icount_hit << endl;
cout << "| INSTR CACHE MISS: " << icount_miss << endl;
}
//=================================================================================================
uint32_t eve::thr::thread::run_loop(void)
{
set_running();
// Thread local initialization.
job_->execute_init();
// Thread run loop.
do
{
job_->execute_run();
} while (::WaitForSingleObject(
event_shutdown_,
run_wait_) == WAIT_TIMEOUT);
// Thread local deinit.
job_->execute_deinit();
set_stopped();
// No error occurred, return 0 (zero).
return 0;
}
