void inline newcfg(Scheduler& schedule)
{
cout<<"Enter a name for this configuration:: ";
getline(cin,cfgname);
cout<<endl;
//Memory allocation for all the dates
Date startDate;
Date endDate;
string datestring;
cout<<"Enter the start date (<day #> <month> <year #> or <MMDDYYYY>)\n::";
getline(cin,datestring);
cout<<endl;
while(!startDate.parseDateSet(datestring))
{
cout<<"Bad input. Examples: \"25 March 2015\", \"03252015\"\nEnter the start date (<day #> <month> <year #> or <MMDDYYYY>)\n::";
getline(cin,datestring);
cout<<endl;
}
cout<<"Enter the end date (<day #> <month> <year #> or <MMDDYYYY>)\n::";
getline(cin,datestring);
cout<<endl;
while(!endDate.parseDateSet(datestring))
{
cout<<"Bad input. Examples: \"25 March 2015\", \"03252015\"\nEnter the end date (<day #> <month> <year #> or <MMDDYYYY>)\n::";
getline(cin,datestring);
cout<<endl;
}
//Student::setMaxShift(50);
schedule.setMaxShifts(50);
//Hard coded 6 students
//Get memory for them
string studentnames[6];
for(int i = 0; i<6; i++)
{
cout<<"What is student "<<(i+1)<<"'s name?:: ";
getline(cin,studentnames[i]);
cout<<endl;
}
//Hard coded in
string shiftnames[5] = {"Shift","Shift","Shift","Crash","Crash"};
unsigned int shifttimes[5][2] = {{7,16},{15,24},{23,32},{7,16},{15,24}};
schedule.init(cfgname,startDate,endDate,5,shiftnames,shifttimes,6,studentnames);
schedule.autoblock();
//And we're done initializing!
}
int main()
{
#if(DEBUG == TESTCASE)
cout<<"Hello world"<<endl;
Scheduler scheduler;
Date dateStart,dateEnd;
dateStart.setDate(22,Date::SEP,2014);
dateEnd.setDate(17,Date::OCT,2014);
scheduler.setMaxShifts(50);
scheduler.setMinShifts(12);
string shiftnames[5] = {"Shift","Shift","Shift","Crash","Crash"};
unsigned int shifttimes[5][2] = {{7,16},{15,24},{23,32},{7,16},{15,24}};
string studentnames[6] = {"A","B","C","D","E","F"};
scheduler.init("yayaya",dateStart,dateEnd,5,shiftnames,shifttimes,6,studentnames);
cout<<"Autoassigning..."<<endl;
cout<<"Wow such autoassign"<<endl;
scheduler.autoblock();
// scheduler.shiftList[0].block("Arbitrary");
if(!scheduler.autoassign())
{
cout<<"Too many shifts for students to fulfill with their maximum"<<endl;
}
//cout<<scheduler.toString()<<endl;
for(int i = 0; i <scheduler.getStudentNum(); i++)
{
cout << (scheduler.students()[i]).getShiftCount() << endl;
}
/*
for(int i = 0; i < scheduler.getShiftNum(); i++)
{
cout<<scheduler.shifts()[i].toString()<<endl;
for(int j = 0; j<0xFFFFFFF; j++);
}
*/
workbook wb;
scheduleToXLS(scheduler,wb);
wb.Dump("C:/temp/schedule.xls");
ofstream fileo;
// fileo.open("C:/temp/schedule.schd");
fileo.open("C:/temp/schedule.schd", ios_base::out |ios_base::binary);
scheduler.streamOutBinary(fileo);
fileo.close();
ifstream filei;
filei.open("C:/temp/schedule.schd", ios_base::in |ios_base::binary);
// filei.open("C:/temp/schedule.schd");
scheduler.streamInBinary(filei);
filei.close();
cout<<scheduler.toString()<<endl;
cout<<"Load complete"<<endl;
fileo.open("C:/temp/schedule-copy.schd", ios_base::out |ios_base::binary);
// fileo.open("C:/temp/schedule-copy.schd");
scheduler.streamOutBinary(fileo);
fileo.close();
cout<<"Export 2 complete"<<endl;
vector<Shift*> shiftvector;
Shift::findShiftsWithDate(&shiftvector,&scheduler.dates()[0],scheduler.shifts(),scheduler.getShiftNum());
for(int i =0; i<shiftvector.size(); i++)
{
cout<<shiftvector[i]->toString()<<endl;
}
cin.get();
#elif (DEBUG == TEST)
Student test1,test2,test3,test4;
test1.setID(25);
test1.setName("Chips");
test2.setID(43);
test2.setName("Icecream");
ofstream fileo;
fileo.open("test.student");
test1.streamOutBinary(fileo);
test2.streamOutBinary(fileo);
fileo.close();
ifstream filei;
filei.open("test.student");
test3.streamInBinary(filei);
test4.streamInBinary(filei);
filei.close();
cout<<"This is test3:\n"<<test3.toString()<<endl;
cout<<"This is test4:\n"<<test4.toString()<<endl;
#else
//Main logic
while(state != EXIT)
{
switch (state)
{
case START:
start(promptStart());
break;
case MAIN:
mainmenu(promptMain());
break;
case EXIT:
break;
}
}
#endif
cout<<"Goodbye..."<<endl;
//Free that memory!
//cin.get();
return 0;
}
