public Seat(string rowName, uint number, PricingCategory pricingCategory, SeatAvailability seatAvailability, int distanceFromRowCentroid = 0)
{
RowName = rowName;
Number = number;
PricingCategory = pricingCategory;
SeatAvailability = seatAvailability;
DistanceFromRowCentroid = distanceFromRowCentroid;
}
public bool MatchCategory(PricingCategory pricingCategory)
{
if (pricingCategory == PricingCategory.Mixed)
{
return(true);
}
return(PricingCategory == pricingCategory);
}
public static IEnumerable <Seat> BuildSeats(PricingCategory pricingCategory, params string[] seats)
{
var result = new List <Seat>();
foreach (var seat in seats)
{
result.Add(new Seat(pricingCategory, seat, SeatAvailability.Available, 0));
}
return(result);
}
private static int ComputeUnitaryPrice(PricingCategory pricingCategory, PricingMatrix pricingMatrix)
{
switch (pricingCategory)
{
case PricingCategory.First:
return(pricingMatrix.Cat1Price);
case PricingCategory.Second:
return(pricingMatrix.Cat2Price);
case PricingCategory.Third:
return(pricingMatrix.Cat3Price);
default:
throw new ArgumentOutOfRangeException(nameof(pricingCategory), pricingCategory, null);
}
}
public Seat(PricingCategory pricingCategory, string seatName, SeatAvailability seatAvailability,
int distanceFromRowCentroid) : this(seatName, seatName[0].ToString(), uint.Parse(seatName.Substring(1)),
pricingCategory, seatAvailability, distanceFromRowCentroid)
{
}
private static IEnumerable <SuggestionMade> GiveMeSuggestionsFor(AuditoriumSeating auditoriumSeating, PartyRequested partyRequested, PricingCategory pricingCategory)
{
var foundedSuggestions = new List <SuggestionMade>();
for (var i = 0; i < NumberOfSuggestionsPerPricingCategory; i++)
{
var seatOptionsSuggested = auditoriumSeating.SuggestSeatingOptionFor(new SuggestionRequest(partyRequested, pricingCategory));
if (seatOptionsSuggested.MatchExpectation())
{
// We get the new version of the Auditorium after the allocation
auditoriumSeating = auditoriumSeating.Allocate(seatOptionsSuggested);
foundedSuggestions.Add(new SuggestionMade(partyRequested, pricingCategory, seatOptionsSuggested.Seats));
}
}
return(foundedSuggestions);
}
public SuggestionRequest(PartyRequested partyRequested, PricingCategory pricingCategory)
{
PartyRequested = partyRequested;
PricingCategory = pricingCategory;
}
public static IEnumerable <Seat> SelectAvailableSeatsCompliant(this IEnumerable <Seat> seats, PricingCategory pricingCategory)
{
return(seats.Where(s => s.IsAvailable() && s.MatchCategory(pricingCategory)));
}
public SuggestionMade(PartyRequested partyRequested, PricingCategory pricingCategory, List <Seat> seats)
{
PartyRequested = partyRequested;
PricingCategory = pricingCategory;
_suggestedSeats = seats;
}
public IEnumerable <string> SeatNames(PricingCategory pricingCategory)
{
var suggestionsMade = ForCategory[pricingCategory];
return(suggestionsMade.Select(s => string.Join("-", s.SeatNames())));
}
public bool MatchCategory(PricingCategory pricingCategory)
{
return(PricingCategory == pricingCategory);
}