// Modifier for ScheduleMaker, runs the changes to the schedule recursively.
// Initial hour of each schedule
public String makeSchedule(int day, int hour)
{
List <Employee> avEmps = schedule.whoIsAvailable(day, hour);
List <IList <Employee> > combinations = new List <IList <Employee> >();
miniSchedule mini = new miniSchedule();
miniSchedules.Add(mini);
Combinations <Employee> empComb = new Combinations <Employee>(avEmps, 3);
foreach (IList <Employee> emp in empComb)
{
combinations.Add(emp);
}
// If there are no combinations for this hour, but it's also an open hour, then the schedule FAILS!
if (combinations.Count == 0)
{
}
foreach (IList <Employee> lineup in combinations)
{
schedule.finalSchedule[day][hour] = new List <Employee>();
scheduleSegString = "Schedule " + scheduleCount + ":\r\n" + (hour + 1) + ":00 - ";
scheduleCount++;
for (int i = 0; i < lineup.Count; i++)
{
Employee newEmp = lineup.ElementAt <Employee>(i);
schedule.finalSchedule[day][hour].Add(newEmp);
if (newEmp.hoursWorkedToday == 0)
{
newEmp.isWorking = true;
newEmp.hoursWorkedToday = 1;
newEmp.hoursAvTotal -= 1;
}
else
{
newEmp.hoursWorkedToday++;
}
scheduleSegString += newEmp.name + " \r\n";
}
if ((hour + 1) < 24)
{
scheduleSegString += "\r\n" + makeSchedule(day, hour + 1, scheduleSegString);
}
else
{
scheduleSegString += "\r\n";
}
/*
* else if ((day + 1) < 7)
* {
* schedule.empDayFlush();
* hour = 0;
* scheduleSegString += "\n\n";
*
* if ((day + 1) == 0)
* {
* scheduleSegString += "\n\n Sunday: ";
* }
* if ((day + 1) == 1)
* {
* scheduleSegString += "\n\n Monday: ";
* }
* if ((day + 1) == 2)
* {
* scheduleSegString += "\n\n Tuesday: ";
* }
* if ((day + 1) == 3)
* {
* scheduleSegString += "\n\n Wednesday: ";
* }
* if ((day + 1) == 4)
* {
* scheduleSegString += "\n\n Thursday: ";
* }
* if ((day + 1) == 5)
* {
* scheduleSegString += "\n\n Friday: ";
* }
* if ((day + 1) == 6)
* {
* scheduleSegString += "\n\n Saturday: ";
* }
* scheduleSegString += "\n\n";
* scheduleSegString += makeSchedule(day + 1, hour);
* }
*/
tw.Write(scheduleSegString);
//Console.Out.WriteLine(scheduleSegString);
}
//scheduleStrings.Add(scheduleSegString);
//Console.Out.WriteLine(scheduleSegString);
return(scheduleSegString);
}
// Modifier for ScheduleMaker, runs the changes to the schedule recursively.
// Initial hour of each schedule
public String makeSchedule(int day, int hour)
{
List<Employee> avEmps = schedule.whoIsAvailable(day, hour);
List<IList<Employee>>combinations = new List<IList<Employee>>();
miniSchedule mini = new miniSchedule();
miniSchedules.Add(mini);
Combinations<Employee> empComb = new Combinations<Employee>(avEmps, 3);
foreach (IList<Employee> emp in empComb)
{
combinations.Add(emp);
}
// If there are no combinations for this hour, but it's also an open hour, then the schedule FAILS!
if (combinations.Count == 0)
{
}
foreach (IList<Employee> lineup in combinations)
{
schedule.finalSchedule[day][hour] = new List<Employee>();
scheduleSegString = "Schedule " + scheduleCount + ":\r\n" + (hour + 1) + ":00 - ";
scheduleCount++;
for (int i = 0; i < lineup.Count; i++)
{
Employee newEmp = lineup.ElementAt<Employee>(i);
schedule.finalSchedule[day][hour].Add(newEmp);
if (newEmp.hoursWorkedToday == 0)
{
newEmp.isWorking = true;
newEmp.hoursWorkedToday = 1;
newEmp.hoursAvTotal -= 1;
}
else
{
newEmp.hoursWorkedToday++;
}
scheduleSegString += newEmp.name + " \r\n";
}
if ((hour + 1) < 24)
{
scheduleSegString += "\r\n" + makeSchedule(day, hour + 1, scheduleSegString);
}
else
{
scheduleSegString += "\r\n";
}
/*
else if ((day + 1) < 7)
{
schedule.empDayFlush();
hour = 0;
scheduleSegString += "\n\n";
if ((day + 1) == 0)
{
scheduleSegString += "\n\n Sunday: ";
}
if ((day + 1) == 1)
{
scheduleSegString += "\n\n Monday: ";
}
if ((day + 1) == 2)
{
scheduleSegString += "\n\n Tuesday: ";
}
if ((day + 1) == 3)
{
scheduleSegString += "\n\n Wednesday: ";
}
if ((day + 1) == 4)
{
scheduleSegString += "\n\n Thursday: ";
}
if ((day + 1) == 5)
{
scheduleSegString += "\n\n Friday: ";
}
if ((day + 1) == 6)
{
scheduleSegString += "\n\n Saturday: ";
}
scheduleSegString += "\n\n";
scheduleSegString += makeSchedule(day + 1, hour);
}
*/
tw.Write(scheduleSegString);
//Console.Out.WriteLine(scheduleSegString);
}
//scheduleStrings.Add(scheduleSegString);
//Console.Out.WriteLine(scheduleSegString);
return scheduleSegString;
}
