/// <summary>
/// Constructor
/// </summary>
/// <param name="parentForm"> A reference to the parent form</param>
/// <param name="salesManagementDataModel">A reference to the sales management data model</param>
/// <param name="selectedTabIndex">Index of the tab to initialize the form with</param>
public frmSalesManagement(
frmProductsOverview parentForm, SalesManagementDataModel salesManagementDataModel, int selectedTabIndex)
{
InitializeComponent();
_parentForm = parentForm;
_salesManagementDataModel = salesManagementDataModel;
_salesManagementService = new SalesManagementService(salesManagementDataModel);
_paymentService = new PaymentService();
_paymentUnitService = new PaymentUnitService();
_productService = new ProductService();
_productDeliveryService = new ProductDeliveryService();
_purchasePriceService = new PurchasePriceService();
_sellingPriceService = new SellingPriceService();
UpdateDataModels();
UpdateSalesManagementForm(DataState.WriteToUI);
saleManagementTabControl.SelectedIndex = selectedTabIndex;
}
static void Main(string[] args)
{
var A = new Node('A');
var B = new Node('B');
var C = new Node('C');
var D = new Node('D');
var E = new Node('E');
var F = new Node('F');
var graph = new Graph(A, B, C, D, E, F);
try
{
InputReader.PopulateGraph(graph, args);
using (var service = new ProductDeliveryService(graph))
{
// Use this for find the best route in CostOfTheRoute,
// it is not the exercice intention but can find better routes using Dijkstra algorithm
//service._cheapestCostOfTheRoute = true;
var output1 = service.CostOfTheRoute(A, D, E);
System.Console.WriteLine($"Output #1: {output1}");
var output2 = service.CostOfTheRoute(A, F, E);
System.Console.WriteLine($"Output #2: {output2}");
var output3 = service.CostOfTheRoute(E, C, B);
System.Console.WriteLine($"Output #3: {output3}");
var output4 = service.CostOfTheRoute(B, D, F, E);
System.Console.WriteLine($"Output #4: {output4}");
var output5 = service.CostOfTheRoute(F, C);
System.Console.WriteLine($"Output #5: {output5}");
var output6 = service.CountRoutesArriving(C);
System.Console.WriteLine($"Output #6: {output6}");
var output7 = service.CountRoutesMaxStops(B, A, maxStops: 5);
System.Console.WriteLine($"Output #7: {output7}");
var output8 = service.CountRoutesExactlyStops(A, A, exactlyStops: 3);
System.Console.WriteLine($"Output #8: {output8}");
var output9 = service.ShortestRoute(A, E);
System.Console.WriteLine($"Output #9: {output9}");
var output10 = service.ShortestRoute(C, E);
System.Console.WriteLine($"Output #10: {output10}");
var output11 = service.CountRoutesMaxCost(A, B, maxCost: 39);
System.Console.WriteLine($"Output #11: {output11}");
var output12 = service.CountRoutesMaxCost(E, D, maxCost: 59);
System.Console.WriteLine($"Output #12: {output12}");
}
}
catch (Exception e)
{
System.Console.WriteLine($"OOoops! => {e.Message}");
}
}