/**
* Creates a standard arrangement for the vending machine. All the
* components are created and interconnected. The hardware is initially
* empty. The product kind names and costs are initialized to " "
* and 1 respectively.
*
* @param coinKinds
* The values (in cents) of each kind of coin. The order of the
* kinds is maintained. One coin rack is produced for each kind.
* Each kind must have a unique, positive value.
* @param selectionButtonCount
* The number of selection buttons on the machine. Must be
* positive.
* @param coinRackCapacity
* The maximum capacity of each coin rack in the machine. Must be
* positive.
* @param productRackCapacity
* The maximum capacity of each product rack in the machine. Must
* be positive.
* @param receptacleCapacity
* The maximum capacity of the coin receptacle, storage bin, and
* delivery chute. Must be positive.
* @throws IllegalArgumentException
* If any of the arguments is null, or the size of productCosts
* and productNames differ.
*/
public VendingMachine(Cents[] coinKinds, int selectionButtonCount, int coinRackCapacity, int productRackCapacity, int receptacleCapacity)
{
this.hardwareFacade = new HardwareFacade(coinKinds, selectionButtonCount, coinRackCapacity, productRackCapacity, receptacleCapacity);
this.paymentFacade = new PaymentFacade(this.hardwareFacade);
this.commFacade = new CommsFacade(this.hardwareFacade);
this.productFacade = new ProductFacade(this.hardwareFacade);
this.businessRule = new BusinessRule(this.paymentFacade, this.productFacade, this.commFacade);
/* YOU CAN BUILD AND INSTALL THE HARDWARE HERE */
}
/**
* Creates a standard arrangement for the vending machine. All the
* components are created and interconnected. The hardware is initially
* empty. The product kind names and costs are initialized to " "
* and 1 respectively.
*
* @param coinKinds
* The values (in cents) of each kind of coin. The order of the
* kinds is maintained. One coin rack is produced for each kind.
* Each kind must have a unique, positive value.
* @param selectionButtonCount
* The number of selection buttons on the machine. Must be
* positive.
* @param coinRackCapacity
* The maximum capacity of each coin rack in the machine. Must be
* positive.
* @param productRackCapacity
* The maximum capacity of each product rack in the machine. Must
* be positive.
* @param receptacleCapacity
* The maximum capacity of the coin receptacle, storage bin, and
* delivery chute. Must be positive.
* @throws IllegalArgumentException
* If any of the arguments is null, or the size of productCosts
* and productNames differ.
*/
public VendingMachine(Cents[] coinKinds, int selectionButtonCount, int coinRackCapacity, int productRackCapacity, int receptacleCapacity)
{
this.hardwareFacade = new HardwareFacade(coinKinds, selectionButtonCount, coinRackCapacity, productRackCapacity, receptacleCapacity);
CommunicationFacade cf = new CommunicationFacade(this.hardwareFacade);
ProductFacade prf = new ProductFacade(this.hardwareFacade);
PaymentFacade paf = new PaymentFacade(this.hardwareFacade);
BuisnessRule br = new BuisnessRule(cf, prf, paf);
}
public InvoiceController()
{
DataContext Context = DataContext.getInstance();
salesFacade = new SalesOrderFacade(Context);
salesDetailFacade = new SalesOrderDetailsFacade(Context);
payFacade = new PaymentFacade(Context);
wareHouseFacade = new WareHouseFacade(Context);
pWMFacade = new PWMFacade(Context);
productsFacade = new ProductsFacade(Context);
}
public HomeController()
{
DataContext Context = DataContext.getInstance();
userFacade = new UserFacade(Context);
userlogin = new UserLoginFacade(Context);
wareHouseFacade = new WareHouseFacade(Context);
productsFacade = new ProductsFacade(Context);
sessionContext = new SessionContext();
paymentFacade = new PaymentFacade(Context);
}
static void Main(string[] args)
{
PaymentFacade paymentFacade = new PaymentFacade();
CreditCard creditCard = new CreditCard();
paymentFacade.PayForAll(creditCard, 270, 325, 75);
paymentFacade.PayForHomeAndCredit(creditCard, 270, 325);
paymentFacade.PayForHomeAndUniversity(creditCard, 270, 75);
paymentFacade.PayForCreditAndUniversity(creditCard, 325, 75);
Console.ReadKey();
}
static void Main(string[] args)
{
var paymentMachineService = new PaymentMachineService("Stone");
var creditCardService = new CreditCardService("Visa");
var paymentFacade = new PaymentFacade(paymentMachineService, creditCardService);
var response = paymentFacade.DoPayment(1000);
Console.WriteLine(response);
Console.ReadKey();
}
public BuisnessRule(CommunicationFacade cf, ProductFacade prf, PaymentFacade paf)
{
this.cf = cf;
this.prf = prf;
this.paf = paf;
this.cf.SelectionMade += new EventHandler(SelectionMade);
this.cf.ProductVended += new EventHandler(productVendedHandler);
this.cf.OutOfStock += new EventHandler(outOfStockHandler);
this.paf.FundsSufficient += new EventHandler(ReturnToDelivery);
this.paf.FundsInsufficient += new EventHandler(FundsInsufficiantHandler);
}
// This class talks to the facades
public BusinessLogic(HardwareFacade hardwareFacade)
{
// Create Facades and pass the hardware facade to them so that they can subscribe to appropriate events
this.payment = new PaymentFacade(hardwareFacade);
this.comms = new CommunicationFacade(hardwareFacade);
this.prod = new ProductFacade(hardwareFacade);
// Detect if a selection was made
this.comms.SelectionMade += new EventHandler <SelectionEventArgs>(initiate);
// Detect errors from payment and product and pass it to the comms facade
this.payment.error += new EventHandler <ErrorEventArgs>(sendError);
this.prod.error += new EventHandler <ErrorEventArgs>(sendError);
}
public ActionResult Client(string ReqNo)
{
var comid = db.UserProfiles.Where(u => u.UserName == User.Identity.Name).Select(s => s.CompanyID).First();
ViewData["Company"] = db.Companies.Where(c => c.CompanyID == comid).Select(n => n.CompanyName).First().ToString();
ViewData["CompanyID"] = comid;
int Req = Convert.ToInt16(ReqNo);
decimal PassTot = PaymentFacade.GetPassTotal(Req);
ViewBag.Total = PassTot;
ViewBag.ReqNo = ReqNo;
return(View());
}
public PaymentController()
{
_bookingFacade = new BookingFacade();
_menuFacade = new MenuFacade();
_paymentFacade = new PaymentFacade();
}
public PaymentFacadeTest()
{
paymentComponentMock = new Mock <IPaymentComponent>();
paymentFacade = new PaymentFacade(paymentComponentMock.Object);
}