public void MultipleProducts_Mocks()
{
// Arrange
var cart = A.Fake <ICart>();
A.CallTo(() => cart.Products).Returns(new [] {
new ProductToPurchase {
ProductId = 1, Quantity = 1
},
new ProductToPurchase {
ProductId = 42, Quantity = 7
},
});
IProductCatalog mockProductCatalog = A.Fake <IProductCatalog>();
A.CallTo(() => mockProductCatalog.LookupPrice(1)).Returns(1m);
A.CallTo(() => mockProductCatalog.LookupPrice(42)).Returns(1.5m);
ITaxCalculator mockTaxCalculator = A.Fake <ITaxCalculator>();
A.CallTo(() => mockTaxCalculator.CalculateTaxes(11.5m)).Returns(1.15m);
// Act
var calculator = new PricingCalculator(mockProductCatalog, mockTaxCalculator);
PricingSummary price = calculator.PriceCart(cart);
// Assert
Assert.That(price.ProductPrices.Count, Is.EqualTo(2));
Assert.That(price.SubTotal, Is.EqualTo(11.5m));
Assert.That(price.Taxes, Is.EqualTo(1.15m));
Assert.That(price.Total, Is.EqualTo(12.65m));
}
public void T009_CalculateTotalPersonalTax()
{
// Given
int receivedMoney = 100000;
// int taxCredit = 8000; kwota wolna od podatku
// int taxLevel = 85528; zmiana progu podatkowego
// Once again, you may add a TotalPersonalTaxCalculator class and
// swap old PersonalTax with this new one in the factory.
// You may note for previous tests it will work like first level tax, but it will let you
// CHAIN two calculators. Look at Expected and split money appropriately.
// If you don't know what I want from you, call me when you get here.
ITaxCalculator calculator = TaxCalculatorFactory.Create(CustomerType.Personal);
// Expected
// Money up to 85528: calculated like T002, so: 13955.04. But we have int, so 13955.
// Money above 85528: 32%. In this case, 4631.04. But we have int, so 4631.
// TOTAL: 18586
int expectedTax = 4631;
// When
int actualTax = calculator.CalculateTax(receivedMoney);
// Then
Assert.AreEqual(expectedTax, actualTax);
}
public Biller GetBiller(string strategy)
{
TaxCalculatorFactory factory = new TaxCalculatorFactory();
ITaxCalculator taxCal = factory.GetTaxCalculator(strategy);
return(new Biller(taxCal));
}
public CheckoutService(
ICart cart,
ITaxCalculator taxCalculator)
{
_cart = cart;
_taxCalculator = taxCalculator;
}
public void InitializeTest()
{
var mapper = new AutoMapperSetup().CreateAutoMapperConfig();
var configuration = new ConfigurationSetup().CreateConfiguration();
taxCalculator = new TaxCalculatorTaxJarApi(configuration, mapper);
}
public void CreateTaxCalculator(string state = "")
{
_state = state;
//This is mapper function, where you can create the actual Tax Class required for the specific State.
//We can have a Tax Admin module which can map the concreate tax class with store and store it in a DB.
//Here you can use Dictionaly and populate the mapping from DB.
//Dictionary<String, ITaxCalculator> objTaxCalculatorRepo =
// new Dictionary<string, ITaxCalculator>();
//objTaxCalculatorRepo.Add()
//But for the current demo, I am just using If condition.
if (_state == "")
{
_taxCalculator = new BasicTaxCalculator();
}
if (_state == "FL" || _state == "NM" || _state == "NV")
{
_taxCalculator = new PreDiscountTaxCalculator();
}
if (_state == "IO") // Let's say Iowa has Item wise tax
{
_taxCalculator = new ItemWiseTaxCalculator();
}
}
public void T011_BusinessHasSubstractions()
{
// Given
int companyMoney = 23000;
List <Goods> goods = new List <Goods>()
{
new Goods(1000, "keyboard"), new Goods(2000, "mouse")
};
// Expected
// Right. So, 23000 - 3000 from 'costs of generating the profits' = 20000
// Thus, total tax = 0.19 * 20000 = 3800
int expectedTax = 3800;
// Yes, you will have to deal with a new method. You will have to pass appropriate parameters
// to the calculator using the CONSTRUCTOR, because you have no other way of
// passing without changing the interface of the method - the contract.
ITaxCalculator calculator = TaxCalculatorFactory.Create(CustomerType.BusinessLinear, goods);
// When
int actualTax = calculator.CalculateTax(companyMoney);
// Then
Assert.AreEqual(expectedTax, actualTax);
}
public void testInit()
{
taxCalculatorObj = new TaxCalculator();
biller = new Biller(taxCalculatorObj);
shoppingCartObj = new ShoppingCart();
storeShelf = new StoreShelf();
}
public PriceCalculationService(
SmartDbContext db,
IWorkContext workContext,
IStoreContext storeContext,
IPriceCalculatorFactory calculatorFactory,
ITaxCalculator taxCalculator,
IProductService productService,
IProductAttributeMaterializer productAttributeMaterializer,
ITaxService taxService,
ICurrencyService currencyService,
CatalogSettings catalogSettings,
TaxSettings taxSettings)
{
_db = db;
_workContext = workContext;
_storeContext = storeContext;
_calculatorFactory = calculatorFactory;
_taxCalculator = taxCalculator;
_productService = productService;
_productAttributeMaterializer = productAttributeMaterializer;
_taxService = taxService;
_currencyService = currencyService;
_catalogSettings = catalogSettings;
_taxSettings = taxSettings;
_primaryCurrency = currencyService.PrimaryCurrency;
}
public TaxCalculatorService(IEmployeeRepository employeeRepository, ITaxCalculator calculator, IPayslipGenerator generator, ILogger logger)
{
Repository = employeeRepository;
Calculator = calculator;
Generator = generator;
Logger = logger;
}
public void CreateAlbertaTaxCalculator()
{
var taxCalculatorFactory = new TaxCalculatorFactory();
ITaxCalculator result = taxCalculatorFactory.GetTaxCalculator("AB");
Assert.IsType <AlbertaTaxCalculator>(result);
}
public void Run()
{
Console.WriteLine("Podaj typ podatku: [1] liniowy, [2] progresywny");
var choiceKey = Console.ReadKey();
ITaxCalculator taxCalculator = null;
string taxName = null;
switch (choiceKey.KeyChar)
{
case '1':
taxCalculator = new LinearTaxCalculator();
taxName = "liniowy";
break;
case '2':
taxCalculator = new ProgressiveTaxCalculator();
taxName = "progresywny";
break;
default:
Console.WriteLine(" Nieprawidłowy wybór!");
break;
}
if (taxCalculator != null)
{
var getRevenue = new RevenueGet();
double revenue = getRevenue.GetRevenue();
int tax = taxCalculator.CalculateTax(revenue);
Console.WriteLine("Podatek {0} za rok: {1}", taxName, tax);
}
Console.ReadKey();
}
public IActionResult Index(IncomeDetails obj)
{
ITaxCalculator t = null;
switch (obj.Country)
{
case "USA":
t = new TaxCalculatorForUS();
break;
case "UK":
t = new TaxCalculatorForUK();
break;
case "IN":
t = new TaxCalulatorForIN();
break;
}
t.TotalIncome = obj.TotalIncome;
t.TotalDeduction = obj.TotalDeduction;
TaxCalculator cal = new TaxCalculator();
ViewBag.TotalTax = cal.CalculateTax(t);
return(View("Index", obj));
}
public void Test2()
{
TaxCalculatorFactory taxCalculatorFactory = new TaxCalculatorFactory();
ITaxCalculator result = taxCalculatorFactory.GetCalculator("AB");
Assert.IsType <AlbertaTaxCalculator>(result);
}
public OrderTotalsViewComponent(
SmartDbContext db,
ITaxService taxService,
ITaxCalculator taxCalculator,
ICurrencyService currencyService,
IGiftCardService giftCardService,
IShoppingCartService shoppingCartService,
ILocalizationService localizationService,
IOrderCalculationService orderCalculationService,
ShoppingCartSettings shoppingCartSettings,
MeasureSettings measureSettings,
TaxSettings taxSettings)
{
_db = db;
_taxService = taxService;
_taxCalculator = taxCalculator;
_currencyService = currencyService;
_giftCardService = giftCardService;
_shoppingCartService = shoppingCartService;
_localizationService = localizationService;
_orderCalculationService = orderCalculationService;
_shoppingCartSettings = shoppingCartSettings;
_measureSettings = measureSettings;
_taxSettings = taxSettings;
}
public void RegisterTaxCalculator(string identifier, ITaxCalculator taxCalculator)
{
if (!_taxCalculators.ContainsKey(identifier))
{
_taxCalculators.Add(identifier, taxCalculator);
}
}
public ShoppingCart(ISalesPriceCalculator salesPriceCalculator, ITaxCalculator taxCalculator)
{
_salesPriceCalculator = salesPriceCalculator;
_taxCalculator = taxCalculator;
Products = new List <Product>();
}
public Cashier GetCashier(String strategy)
{
CalculatorFactory factory = new CalculatorFactory();
ITaxCalculator taxCal = factory.GetTaxCalculator(strategy);
return(new Cashier(taxCal));
}
public OrderProcessor(IGetObjectService <Order> getOrderService,
ITaxCalculator taxCalculator, IShippingCalculator shippingCalculator)
{
_getOrderService = getOrderService;
_taxCalculator = taxCalculator;
_shippingCalculator = shippingCalculator;
}
public void TestSpaceshipTaxCalculatorCalculateMethodForCargoShip()
{
Spaceship cargoShip = new CargoShip(yearOfPurchase: 2332, milesTraveled: 344789);
taxCalculator = new SpaceshipTax(cargoShip);
Assert.AreEqual(expected: 326768.00, taxCalculator.Calculate(yearOfCalculation: 2369));
}
public CustomTaxCalculator(ITaxCalculator defaultTaxCalculator
, IContentRepository contentRepository
, ReferenceConverter referenceConverter)
{
this._defaultTaxCalculator = defaultTaxCalculator;
this._contentRepository = contentRepository;
this._referenceConverter = referenceConverter;
}
public void T004_SelectTaxCalculatorAsBusinessLinear()
{
// When
ITaxCalculator calculator = TaxCalculatorFactory.Create("linear business");
// Then
Assert.IsTrue(calculator is LinearTaxCalculator);
}
public void T003_SelectTaxCalculatorAsPersonal()
{
// When
ITaxCalculator calculator = TaxCalculatorFactory.Create("personal first tax level");
// Then
Assert.IsTrue(calculator is PersonalTaxCalculator);
}
static void CalculateTax()
{
ITaxCalculator calculator = GetCalculator();
decimal salary = 20000M;
decimal tax = calculator.CalculateTax(salary);
Console.WriteLine(tax);
}
public TaxWorkerListener(ITaxCalculator taxCalculator, INotificationService notificationService)
{
_subcribtion = Observable.FromEventPattern <EventHandler <double>, double>(
h => taxCalculator.TaxesCalculated += h,
h => taxCalculator.TaxesCalculated -= h)
.Select(e => e.EventArgs)
.Subscribe(taxInfo => notificationService.CreateNotification("New tax Info", $"Your Tax Return is:{taxInfo}"));
}
public override Result DoWork()
{
ITaxCalculator taxCalculator = _app.Container.Resolve(typeof(ITaxCalculator)) as ITaxCalculator;
double taxReturn = taxCalculator.CalculateTaxes(_instanceCount);
Log($"Your Tax Return is: {taxReturn}");
return(Result.InvokeSuccess());
}
static void Main(string[] args)
{
Calculator clc = new Calculator();
ICalculator clc1 = clc;
clc1.Add();
ITaxCalculator clcx = clc;
}
void Initialize()
{
country = "Local";
TaxCalculatorFactory factory = new TaxCalculatorFactory();
taxCal = factory.GetTaxCalculator(country);
biller = new Biller(taxCal);
}
public TaxController(ILogger <TaxController> logger, ITaxCalculator taxCalculator, IExternalTaxComms externalTaxComms)
{
this._logger = logger;
this._taxCalculator = taxCalculator;
this._externalTaxComms = externalTaxComms;
Console.Out.WriteLine("taxController created");
}
public void TestSpaceshipTaxCalculatorCalculateMethodForFamilyShip()
{
Spaceship familyShip = new FamilyShip(yearOfPurchase: 2300, milesTraveled: 2344);
taxCalculator = new SpaceshipTax(familyShip);
Assert.AreEqual(expected: 2715.00, actual: taxCalculator.Calculate(yearOfCalculation: 2307));
}
public virtual decimal GetPriceWithTax(ITaxCalculator calculator)
{
decimal price = 0;
if (calculator != null)
{
price = calculator.GetTax(RawPrice) + RawPrice;
}
return price;
}
public PricePresenter(IScanner scanner, IPriceDisplay priceDisplay, IProductRepository productRepository, ITaxCalculator taxCalculator)
{
m_Scanner = scanner;
m_ProductRepository = productRepository;
m_TaxCalculator = taxCalculator;
m_PriceDisplay = priceDisplay;
m_Scanner.BarcodeScanned += Scanner_BarcodeScanned;
}
public uint CalculateExemptionForRent(
Employee employee,
ITaxCalculator ic)
{
var taxExemption = ic.calculate(
employee.Property.IsRented,
employee.Property.Location,
employee.AnnualBasicSalary,
employee.Property.MonthlyRent,
employee.AnnualHouseRentAllowance);
return taxExemption;
}
public ValuesController(ITaxCalculator taxCalculator)
{
_taxCalculator = taxCalculator;
}
public OrderProcessor(ITaxCalculator taxCalculator, IShippingCalculator shippingCalculator)
{
this.taxCalculator = taxCalculator;
this.shippingCalculator = shippingCalculator;
}
public SiteOrderFormCalculator(IShippingCalculator shippingCalculator, ILineItemCalculator lineItemCalculator, ITaxCalculator taxCalculator)
: base(shippingCalculator, lineItemCalculator, taxCalculator)
{
_lineItemCalculator = lineItemCalculator;
}
public Sale3(ITaxCalculator taxCalculator)
{
this.taxCalculator = taxCalculator;
}
public frmTaxPayable()
{
InitializeComponent();
_iTaxCalculator = new TaxController();
}
public ProductService(IProductRepository productRepository, ITaxCalculator calculater)
{
_calculate = calculater;
_productRespository = productRepository;
}
public ShoppingBasket(ITaxCalculator taxCalculator, IReceiptBuilder receiptBuilder)
{
_taxCalculator = taxCalculator;
_receiptBuilder = receiptBuilder;
_itemsAddedToBasket = new List<Item>();
}
public SiteOrderGroupCalculator(IOrderFormCalculator orderFormCalculator, IShippingCalculator shippingCalculator, ITaxCalculator taxCalculator)
: base(orderFormCalculator, shippingCalculator, taxCalculator)
{
_shippingCalculator = shippingCalculator;
_taxCalculator = taxCalculator;
}