public IHttpActionResult Get()
{
var pizzas = new PizzaList(this._repository);
IEnumerable <PizzaItemDto> pizzasList;
string userName = User.Identity.Name;
pizzasList = pizzas.GetPizzasListByUserFullName(userName);
return(Ok <IEnumerable <PizzaItemDto> >(pizzasList));
}
public void GetPizzasListByUserFullName_ExistingUserName_ReturnsListOfPizzas()
{
var mock = new Mock <IPizzaRepository>();
string name = "John";
List <PizzaItem> pizzaItems = new List <PizzaItem>()
{
new PizzaItem()
{
Order = new Order(new Guid(), 1, new Contact(), new User("John", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 2, new Contact(), new User("John", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 3, new Contact(), new User("John", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 4, new Contact(), new User("Sam", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 5, new Contact(), new User("Sam", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 6, new Contact(), new User("Sam", "John`s email"))
},
new PizzaItem()
{
Order = new Order(new Guid(), 7, new Contact(), new User("John", "John`s email"))
}
};
mock.Setup(moq => moq.GetList(It.IsAny <Expression <Func <PizzaItem, bool> > >())).Returns(pizzaItems.Where(p => p.Order.User.Name == name));
PizzaList pizzaList = new PizzaList(mock.Object);
int expected = 4;
int actual = pizzaList.GetPizzasListByUserFullName(name).Count;
Assert.IsNotNull(actual);
Assert.AreEqual(expected, actual);
}
public void SetOptions()
{
MenuOptions.Add("1. Cancel");
MenuOptions.Add("2. Preview Order");
MenuOptions.Add("3. Build Your Own");
var i = 3;
var pizzaList = DataAccessor.GetPresetPizzas();
foreach (var pizzaID in pizzaList)
{
i++;
APizza newPizza = Factory.CreateAPizza();
newPizza.BuildPizzaFromData(DataAccessor.CreatePresetPizza(pizzaID));
PizzaList.Add(newPizza);
MenuOptions.Add($"{i}. {newPizza.Name}");
}
}
public void GetPizzaList_NoParams_ReturnsListOfPizzas()
{
var mock = new Mock <IPizzaRepository>();
List <PizzaItem> pizzaItems = new List <PizzaItem>()
{
new PizzaItem()
{
Order = new Order(new Guid(), 0, new Contact())
},
new PizzaItem()
{
Order = new Order(new Guid(), 0, new Contact())
},
new PizzaItem()
{
Order = new Order(new Guid(), 0, new Contact())
},
new PizzaItem()
{
Order = new Order(new Guid(), 0, new Contact())
},
new PizzaItem()
{
Order = new Order(new Guid(), 0, new Contact())
}
};
mock.Setup(moq => moq.GetList(null)).Returns(pizzaItems);
PizzaList pizzaList = new PizzaList(mock.Object);
int expected = pizzaItems.Count;
int actual = pizzaList.GetPizzasList().Count;
Assert.IsNotNull(actual);
Assert.AreEqual(expected, actual);
}
public PizzaSolver(StreamReader inputStream)
{
int[] config = inputStream.ReadLine().Split(' ').Select(s => int.Parse(s)).ToArray();
NbRows = config[0];
NbColumns = config[1];
MinIngredient = config[2];
MaxSliceCells = config[3];
Pizza = new int[NbRows, NbColumns];
for (int y = 0; y < NbRows; ++y)
{
string line = inputStream.ReadLine();
for (int x = 0; x < NbColumns; ++x)
{
Pizza[y, x] = line[x] == 'T' ? 1 : 2;
}
}
NbTomatoes = PizzaList.Count(c => c == 1);
NbMushrooms = PizzaList.Count(c => c == 2);
NbCells = NbRows * NbColumns;
TheoreticalBestNbSlices = (int)Math.Ceiling((double)NbCells / MaxSliceCells);
TheoreticalMaxPossibleSlices = Math.Min(NbTomatoes, NbMushrooms) / MinIngredient;
}
public void RemovePizza(Pizza pizza)
{
PizzaList.Remove(pizza);
}
public void AddPizza(Pizza pizza)
{
PizzaList.Add(pizza);
}
