/* MAIN PROGRAM */
int main(int argc, char** argv)
{
int next_event;
char keytoclose = 'p';
if(!startup_check(0))
return -1;
/* Initialize csiglib and simulation */
while (initialize(argc, (const char * *)argv)) {;
/* Schedule beginning of simulation */
event_time = current_time;
event_type = RUN_event;
schedule_event();
/* Schedule end of simulation */
event_time = stop_time;
event_type = run_end_event;
event_priority = 9999;
schedule_event();
/* EVENT EXECUTION CONTROL LOOP */
while (!run_error && !done) {
/* Pull next event from event list */
next_event = c_timing();
/* increment the event count for this event */
event_count[next_event]++;
/* Call appropriate event routine */
switch ( next_event ) {
case run_end_event: run_end();
break;
case RUN_event: RUN();
event_trace("RUN",event_count[next_event]);
break;
case ARRIVE_event: ARRIVE();
event_trace("ARRIVE",event_count[next_event]);
break;
case STFCFC_event: STFCFC();
event_trace("STFCFC",event_count[next_event]);
break;
case FINFCFC_event: FINFCFC();
event_trace("FINFCFC",event_count[next_event]);
break;
case STFCE_event: STFCE();
event_trace("STFCE",event_count[next_event]);
break;
case FINFCE_event: FINFCE();
event_trace("FINFCE",event_count[next_event]);
break;
case STEE_event: STEE();
event_trace("STEE",event_count[next_event]);
break;
case FINEE_event: FINEE();
event_trace("FINEE",event_count[next_event]);
break;
case SETSRVR_event: SETSRVR();
event_trace("SETSRVR",event_count[next_event]);
break;
case ADDECON_event: ADDECON();
event_trace("ADDECON",event_count[next_event]);
break;
case ADDFC_event: ADDFC();
event_trace("ADDFC",event_count[next_event]);
break;
case ASSIGN_event: ASSIGN();
event_trace("ASSIGN",event_count[next_event]);
break;
}
}
}
// experiments terminated
printf("Experiments ended! If runs end early: \n\r1. check fields in *.exp file. \n\r2. check if output file was already open. \n\r");
return 0;
}
/* MAIN PROGRAM */
int main(int argc, char** argv)
{
int next_event;
char keytoclose = 'p';
if(!startup_check(0))
return -1;
/* Initialize csiglib and simulation */
while (initialize(argc, (const char * *)argv)) {;
/* Schedule beginning of simulation */
event_time = current_time;
event_type = RUN_event;
schedule_event();
/* Schedule end of simulation */
event_time = stop_time;
event_type = run_end_event;
event_priority = 9999;
schedule_event();
/* EVENT EXECUTION CONTROL LOOP */
while (!run_error && !done) {
/* Pull next event from event list */
next_event = c_timing();
/* increment the event count for this event */
event_count[next_event]++;
/* Call appropriate event routine */
switch ( next_event ) {
case run_end_event: run_end();
break;
case RUN_event: RUN();
event_trace("RUN",event_count[next_event]);
break;
case CUSTM_event: CUSTM();
event_trace("CUSTM",event_count[next_event]);
break;
case RENT_event: RENT();
event_trace("RENT",event_count[next_event]);
break;
case RETURN_event: RETURN();
event_trace("RETURN",event_count[next_event]);
break;
case FAIL_event: FAIL();
event_trace("FAIL",event_count[next_event]);
break;
case FIX_event: FIX();
event_trace("FIX",event_count[next_event]);
break;
case INPUT_event: INPUT();
event_trace("INPUT",event_count[next_event]);
break;
case WALKIN_event: WALKIN();
event_trace("WALKIN",event_count[next_event]);
break;
case RETIRE_event: RETIRE();
event_trace("RETIRE",event_count[next_event]);
break;
case LVE_event: LVE();
event_trace("LVE",event_count[next_event]);
break;
case RESERV_event: RESERV();
event_trace("RESERV",event_count[next_event]);
break;
case RSVP_event: RSVP();
event_trace("RSVP",event_count[next_event]);
break;
case costs_event: costs();
event_trace("costs",event_count[next_event]);
break;
}
}
}
// experiments terminated
printf("Experiments ended! If runs end early: \n\r1. check fields in *.exp file. \n\r2. check if output file was already open. \n\r");
return 0;
}