public void IsSatisfiedBy_ConfigurablePartsIsEmpty_False()
{
// arrange
var partItemFaker = new Faker <Product>()
.RuleFor(p => p.ProductType, f => ProductTypes.Physical);
var partFaker = new Faker <ProductPart>()
.RuleFor(p => p.Items, f => partItemFaker.Generate(Rand.Int(1, 5)).ToArray());
var productFaker = new Faker <Product>()
.RuleFor(p => p.ProductType, f => ProductTypes.Configurable)
.RuleFor(p => p.Parts, f => partFaker.Generate(Rand.Int(1, 5)).ToArray());
var product = productFaker.Generate();
product.Parts = Array.Empty <ProductPart>();
var spec = new ProductIsBuyableSpecification();
// act
var result = spec.IsSatisfiedBy(product);
// assert
Assert.False(result);
}
public void IsSatisfiedBy_NotConfigurable_False(bool isActive, bool isBuyable, int priceMin, int priceMax)
{
// arrange
var product = new Product()
{
ProductType = ProductTypes.Physical,
IsActive = isActive,
IsBuyable = isBuyable,
Price = new ProductPrice(Usd)
{
ListPrice = new Money(Rand.Decimal(priceMin, priceMax), Usd)
}
};
var spec = new ProductIsBuyableSpecification();
// act
var result = spec.IsSatisfiedBy(product);
// assert
Assert.False(result);
}
public void IsSatisfiedBy_NotConfigurable_True()
{
// arrange
var product = new Product()
{
ProductType = ProductTypes.Physical,
IsActive = true,
IsBuyable = true,
Price = new ProductPrice(Usd)
{
ListPrice = new Money(Rand.Decimal(1), Usd)
}
};
var spec = new ProductIsBuyableSpecification();
// act
var result = spec.IsSatisfiedBy(product);
// assert
Assert.True(result);
}