public void Input_MealType_Night_OK()
{
string input = "Night";
MealType c = new OrderingValidator().GetMealType(input);
Assert.IsTrue(c == MealType.NIGHT);
}
public void Input_MealType_Error()
{
string input = "MORaiNG";
MealType c = new OrderingValidator().GetMealType(input);
Assert.IsTrue(c == MealType.NOTAVAILABLE);
}
public void Input_MealType_Morning_OK()
{
string input = "MORniNG";
MealType c = new OrderingValidator().GetMealType(input);
Assert.IsTrue(c == MealType.MORNING);
}
public void CreateMeal(string input)
{
Logger.Info("Input: " + input);
this._meal = (Meal)this._cache.Get(input);
if (this._meal == null)
{
#region Create Meal
MealType meal = MealType.NOTAVAILABLE;
var validator = new OrderingValidator();
if (validator.isInputValid(input, out meal))
{
if (meal != MealType.NOTAVAILABLE)
{
#region Create Meal
this._meal = MealFactory.CreateMeal(meal);
var listDishes = validator.GetListDishes().OrderBy(x => x).GroupBy(x => x);
bool hasError = false;
foreach (var item in listDishes)
{
DishType? currentDishType = validator.GetToDishType(item.Key);
int dishRepetition = item.Count();
if (currentDishType != null)
{
var dish = this._meal.Dishes.Where(x => x.DishType == currentDishType).FirstOrDefault();
if (dishRepetition > 1)
{
if (dish.HasMultipleOrder())
{
dish.HasOrdered = true;
dish.Order(dishRepetition);
}
else
dish = new ErrorDish();
}
else
{
if (dish != null)
{
dish.HasOrdered = true;
dish.Order(1);
}
if (currentDishType == DishType.DESERT && meal == MealType.MORNING)
{
this._meal.Add(new ErrorDish());
}
}
}
else
{
if (!hasError)
this._meal.Add(new ErrorDish());
}
}
//Check if there is any previous dish that isn't ordered
ValidOrder();
#endregion
#region Adding Meal to Cache
this._cache.Set(input, this._meal);
#endregion
}
else
{
#region Meal Type Not Found
this._meal = new Meal("Error");
this._meal.Add(new ErrorDish());
#endregion
}
}
#endregion
}
}
