public void NullablesToNormal()
{
var promotionInput = new PromotionInput {};
var promotion = new cm.Promotion();
promotion.InjectFrom<NullablesToNormal>(promotionInput);
Assert.AreEqual(default(DateTime), promotion.Start);
}
public void NormalToNullables()
{
var promotion = new Promotion {};
var promotionInput = new PromotionInput();
promotionInput.InjectFrom<NormalToNullables>(promotion);
Assert.AreEqual(null, promotionInput.Start);
}
public void EntitiesToIntsTest()
{
var promotion = new cm.Promotion { Products = new List<cm.Product> { new cm.Product { Id = 3 }, new cm.Product { Id = 7 } } };
var promotionInput = new PromotionInput();
promotionInput.InjectFrom<EntitiesToInts>(promotion);
Assert.IsNotNull(promotionInput.Products);
Assert.AreEqual(2, promotionInput.Products.Count());
Assert.AreEqual(3, promotionInput.Products.First());
}
public void IntsToEntities()
{
WindsorRegistrar.RegisterSingleton(typeof(IRepo<>), typeof(Repo<>));
WindsorRegistrar.RegisterSingleton(typeof(IDbContextFactory), typeof(DbContextFactory));
using (var scope = new TransactionScope())
{
var repo = new Repo<cm.Product>(new DbContextFactory());
var product1 = new cm.Product { Name = "a" };
var product2 = new cm.Product { Name = "b" };
product1 = repo.Insert(product1);
product2 = repo.Insert(product2);
repo.Save();
var promotionInput = new PromotionInput { Products = new List<int> { product1.Id, product2.Id } };
var promotion = new cm.Promotion();
promotion.InjectFrom<IntsToEntities>(promotionInput);
Assert.IsNotNull(promotion.Products);
Assert.AreEqual(2, promotion.Products.Count);
Assert.AreEqual(product1.Id, promotion.Products.First().Id);
}
}
