int main(int argc, char *argv[]) { Sym_Params sys; int verbose; int type_Alg; int taskOrderSelection; Allocation allocation; cout<<"Verbose option?"<<endl; cout<<"1 - Yes"<<endl; cout<<"0 - No"<<endl; cin >>verbose; if(verbose==1) cout<<"Verbose option!"<<endl; cout<<"Select the type of algorithm! Digit:"<<endl; cout<<"0 - First Fit "<<endl; cout<<"1 - Best Fit"<<endl; cout<<"2 - Worst Fit"<<endl; cin >>type_Alg; if(verbose==1) { cout<<"select alg:"<<type_Alg<<endl; } cout<<"Select the type of order in which tasks are selected! Digit:"<<endl; cout<<"0 - Precedence Order "<<endl; cout<<"1 - Decrease Computation Time Order"<<endl; cout<<"2 - Increase Computation Time Order"<<endl; cin>>taskOrderSelection; if(verbose==1) { cout<<"select task:"<<taskOrderSelection<<endl; } sys.parse_args(argc, argv); sys.print_params(); cout<< "input file name "<<sys.input_filename.c_str()<<endl; ifstream is; is.open(sys.input_filename.c_str(),ios_base::in); if(is.is_open()) cout <<"file is open"<<endl; else cout<<"file is close"<<endl; cout<< "input file name processor "<<sys.input_processor_filename.c_str()<<endl; ifstream isp; isp.open(sys.input_processor_filename.c_str(),ios_base::in); if(isp.is_open()) cout <<"file is open"<<endl; else cout<<"file is close"<<endl; read_input_file(is, sys); read_proc_file(isp,sys); if (sys.pipes_data.size() == 0) cout << "No more task sets to process, exiting!" << endl; CheckFeasibility* mainClass = new CheckFeasibility( taskOrderSelection , type_Alg, sys.pipes_data,sys.period_deadline, sys.processors,verbose); allocation= mainClass->check(); allocation.printAllocation(); mainClass->printProcessor(); return 0; }