public void PlaceCustomersAtTable(CustomersGroup customers, int tableNumber)
{
StartAction("Amène " + customers.Customers.Count + " clients à la table", 1);
diningRoom.Tables.First(x => x.TableNumber == tableNumber).SeatedCustomers = customers.Customers;
EndAction();
GiveMenuToCustomer(tableNumber);
}
public int FindTable(CustomersGroup customers)
{
StartAction("Cherche une table pour " + customers.Customers.Count, 1);
Table firstMatchedTable;
do
{
var listTableAvailable = diningRoom.Tables.Where(table => table.IsBooked = table.IsAvailable = true);
var listMatchedTable = listTableAvailable.Where(table => table.NumberOfPlaces >= customers.Customers.Count()).OrderBy(table => table.NumberOfPlaces);
firstMatchedTable = listMatchedTable.FirstOrDefault();
} while (firstMatchedTable == null);
firstMatchedTable.IsAvailable = false;
//headWaiter.PlaceCustomersAtTable(customers, firstMatchedTable.TableNumber);//TODO
EndAction();
return(firstMatchedTable.TableNumber);
}
public int CreateBooking(CustomersGroup customers, DateTime bookingTime)
{
StartAction("Entre une réservation pour " + customers.Customers.Count, 1);
Table firstMatchedTable;
do
{
var listTableAvailable = diningRoom.Tables.Where(table => table.IsBooked == false && table.IsAvailable == true);
var listMatchedTable = listTableAvailable.Where(table => table.NumberOfPlaces >= customers.Customers.Count()).OrderBy(table => table.NumberOfPlaces);
firstMatchedTable = listMatchedTable.FirstOrDefault();
} while (firstMatchedTable == null);
firstMatchedTable.IsBooked = true;
diningRoom.Reception.BookedCustomersGroups.Add(customers, bookingTime);
//headWaiter.PlaceCustomersAtTable(customers, firstMatchedTable.TableNumber);//TODO
EndAction();
return(firstMatchedTable.TableNumber);
}
/*public void CreateBooking()
* {
* throw new System.Exception("Not implemented");
* }*/
public void BookedCustomersArrive(CustomersGroup arrivingGroup)
{
WaitingCustomersGroups.Add(BookedCustomersGroups.First(x => x.Key == arrivingGroup).Key);
BookedCustomersGroups.Remove(arrivingGroup);
}
