//Reorder Methode
public void ReOrder()
{
Console.WriteLine("\nCheck if reorder is necessary...");
txtlog.WriteToLog("\nCheck if reorder is necessary...");
//Den Bestand jedes Artikels überprüfen
foreach (KeyValuePair <Product, int> kvp in simulator.GetSoldProducts())
{
//Wenn der neue Stock unter Min Stock --> nachbestellen
if ((kvp.Key.GetProductStock() - kvp.Value) < kvp.Key.GetMinStock())
{
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine("An Product got sold out!");
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("The existence of: " + kvp.Key.GetName() + " is after the current day of sale on: " + (kvp.Key.GetProductStock() - kvp.Value) + " decreased and must be reordered");
txtlog.WriteToLog("The existence of: " + kvp.Key.GetName() + " is after the current day of sale on: " + (kvp.Key.GetProductStock() - kvp.Value) + " decreased and must be reordered");
//Bestand nachbestellen --> hier sollte der Logik Code stehen
Console.WriteLine(kvp.Key.GetName() + " got reordered: " + (kvp.Key.GetMinStock() * 2) + " times");
txtlog.WriteToLog(kvp.Key.GetName() + " got reordered: " + (kvp.Key.GetMinStock() * 2) + " times");
Console.ForegroundColor = ConsoleColor.White;
//Alten eintrag entfernen
}
}
Console.WriteLine("finished reordering!");
txtlog.WriteToLog("finished reordering!");
}
//Überladener Konstruktor
#endregion ctor
#region Methods
//Methode für die Simulation eines Tages
public void SimulateADay()
{
//Kundenliste generieren
_customerList = customer.GetCustomerList();
//Date ausgeben
Console.WriteLine("\nToday is the: ");
Console.WriteLine(_simulationDate.ToString("dd/MM/yyyy") + "\n");
txtlog.WriteToLog("\nToday is the: " + _simulationDate.ToString("dd/MM/yyyy"));
//8-20 Uhr = 12 Stunden
for (int i = 0; i < 13; i++)
{
//Ausgeben der Zeit
Console.WriteLine("\nTime: " + _simulationDate.Hour);
txtlog.WriteToLog("\nTime: " + _simulationDate.Hour);
//Zeit läuft weiter
DateTime tmpDate = _simulationDate.AddHours(1);
_simulationDate = tmpDate;
//products to Choose
PopulateProductsToChoose();
//Kommt ein Kunde in den Laden 75%
CustomerArrivalProbability();
//Kunden wahrschinelichkeiten
if (_customerArrival == true)
{
Console.WriteLine("A Customer Arrived");
txtlog.WriteToLog("A Customer Arrived");
if (_sameCustomerAgain == true)
{
Console.WriteLine("The Customer, " + ChooseACustomer().GetFirstName() + " came back");
txtlog.WriteToLog("The Customer, " + ChooseACustomer().GetFirstName() + " came back");
PrintCustomerProductChoice();
}
else
{
Console.WriteLine("His/Her name is: " + ChooseACustomer().GetFirstName());
txtlog.WriteToLog("His/Her name is: " + ChooseACustomer().GetFirstName());
PrintCustomerProductChoice();
}
}
else
{
Console.WriteLine("No Customer comes in...");
txtlog.WriteToLog("No Customer comes in...");
}
//Kommt ein Kunde der bereits da war 20% / das ist hier unten damit der erste durchlauf immer mit false beginnt
SameCustomerProbability();
}
}
