/// <summary>
/// This will consolidate the products in a single list for
/// lawnmover, phonecase and tshirt
/// </summary>
/// <param name="Currency"></param>
/// <returns></returns>
public List <Product> GetAll(Currency?Currency)
{
double newChangePrice = 1;
ps = new List <Product>();
if (Currency.HasValue)
{
switch (Currency.Value)
{
case Models.Currency.Dollars:
newChangePrice = 0.76;
break;
case Models.Currency.Euros:
newChangePrice = 0.67;
break;
default:
break;
}
}
GetProducts(_lawnmowerRepository.GetAll(), ProductType.Lawnmover, newChangePrice);
GetProducts(_phoneCaseRepository.GetAll(), ProductType.PhoneCase, newChangePrice);
GetProducts(_tShirtRepository.GetAll(), ProductType.TShirt, newChangePrice);
// Default sorting by name
return(ps.OrderBy(x => x.Type).ToList());
}
public void TestRate()
{
var consolidator = new ProductDataConsolidator();
var l = new LawnmowerRepository();
var p = new PhoneCaseRepository();
var t = new TShirtRepository();
var lawnmowers = l.GetAll();
var phoneCases = p.GetAll();
var tshirts = t.GetAll();
consolidator.Consolidate(lawnmowers);
consolidator.Consolidate(phoneCases);
consolidator.Consolidate(tshirts);
var products = consolidator.GetAll();
var rate = 0.67;
consolidator.Rate = 0.67;
var i = 0;
foreach (var lawnmower in lawnmowers)
{
AssertEqual(products[i++], lawnmower, rate);
}
foreach (var phoneCase in phoneCases)
{
AssertEqual(products[i++], phoneCase, rate);
}
foreach (var tshirt in tshirts)
{
AssertEqual(products[i++], tshirt, rate);
}
}
