public Fork Contain(ISeatingTerm seatingTerm)
{
Fork tempReturn;
if (Self == seatingTerm && Self != null)
{
return(this);
}
else if (ChildList.Count != 0)
{
for (int i = 0; i < ChildList.Count; i++)
{
tempReturn = ChildList[i].Contain(seatingTerm);
if (tempReturn != null)
{
return(tempReturn);
}
}
}
//else
//{
// return null;
//}
return(null);
}
private AssignmentSeatingState CheckAssignmentState(ISeatingTerm assignment)
{
var firstSeat = default(ISeatingSeat);
bool hasEmpty = false;
bool hasSeat = false;
bool hasDiffSeat = false;
if (!_termOccupationRegister.Keys.Contains(assignment))
{
return(AssignmentSeatingState.Empty);
}
foreach (List <SeatArrangement> seatArrList in _termOccupationRegister[assignment])
{
foreach (var iso in seatArrList)
{
if (iso.Seat == default(ISeatingSeat))
{
hasEmpty = true;
}
else
{
hasSeat = true;
if (firstSeat == default(ISeatingSeat))
{
firstSeat = iso.Seat;
}
else if (firstSeat != iso.Seat)
{
hasDiffSeat = true;
}
}
}
}
if (hasEmpty && !hasSeat)
{
return(AssignmentSeatingState.Empty);
}
else if (hasEmpty && hasSeat)
{
return(AssignmentSeatingState.Partial);
}
else if (!hasEmpty && hasSeat && !hasDiffSeat)
{
return(AssignmentSeatingState.Full);
}
else if (!hasEmpty && hasSeat && hasDiffSeat)
{
return(AssignmentSeatingState.FullButSeprate);
}
return(AssignmentSeatingState.Empty);
}
public Fork Contain(ISeatingTerm seatingTerm)
{
Fork tempReturn;
if (Self == seatingTerm && Self != null)
{
return this;
}
else if (ChildList.Count != 0)
{
for (int i = 0; i < ChildList.Count; i++)
{
tempReturn = ChildList[i].Contain(seatingTerm);
if (tempReturn != null)
return tempReturn;
}
}
//else
//{
// return null;
//}
return null;
}
public ISeatingTerm GetSourceParent()
{
_sourceParent = _sourceParent ?? Source.GetLowestTerm() as ISeatingTerm;
return _sourceParent;
}
public ISeatingTerm GetSourceParent()
{
_sourceParent = _sourceParent ?? Source.GetLowestTerm() as ISeatingTerm;
return(_sourceParent);
}
public static bool SeatIsEmpty(this ISeatingTerm term)
{
return(string.IsNullOrEmpty(term.Seat));
}
public Fork(ISeatingTerm seatingTerm)
{
_self = seatingTerm;
_childList = new List<Fork>();
}
public Fork(ISeatingTerm seatingTerm)
{
_self = seatingTerm;
_childList = new List <Fork>();
}
private AssignmentSeatingState CheckAssignmentState(ISeatingTerm assignment)
{
var firstSeat = default(ISeatingSeat);
bool hasEmpty = false;
bool hasSeat = false;
bool hasDiffSeat = false;
if (!_termOccupationRegister.Keys.Contains(assignment))
{
return AssignmentSeatingState.Empty;
}
foreach (List<SeatArrangement> seatArrList in _termOccupationRegister[assignment])
{
foreach (var iso in seatArrList)
{
if (iso.Seat == default(ISeatingSeat))
{
hasEmpty = true;
}
else
{
hasSeat = true;
if (firstSeat == default(ISeatingSeat))
{
firstSeat = iso.Seat;
}
else if (firstSeat != iso.Seat)
{
hasDiffSeat = true;
}
}
}
}
if (hasEmpty && !hasSeat)
{
return AssignmentSeatingState.Empty;
}
else if (hasEmpty && hasSeat)
{
return AssignmentSeatingState.Partial;
}
else if (!hasEmpty && hasSeat && !hasDiffSeat)
{
return AssignmentSeatingState.Full;
}
else if (!hasEmpty && hasSeat && hasDiffSeat)
{
return AssignmentSeatingState.FullButSeprate;
}
return AssignmentSeatingState.Empty;
}
public static bool ArrangeSeatYet(this ISeatingTerm obj)
{
return(obj.IsNeedSeat && obj.If <Term>(o => o.SeatIsEmpty()));
//return new[] { "W", "X" }.Contains(obj.OccupyStatus);
}
