public void GetFoodFromFridge_TakeAFoodToFridge_GetItBack() { var foodToTest = new Food(120, 30, "tesztalma"); refrig.AddFood(foodToTest); var result = refrig.GetFoodFromFridge("tesztalma"); Assert.IsNotNull(result); Assert.AreSame(foodToTest, result); }
public void FridgeMenuLogic(Refigrigator refig, string option) { switch (option) { case "1": Console.Clear(); try { if (refig.ListFood().Count > 0) { foreach (var food in refig.ListFood()) { if (food.Size > 80) { Console.WriteLine($"{food.Name} it's a big item!"); } else { Console.WriteLine(food.Name); } } } else { Console.WriteLine("There is no food in the fridge"); } } catch (FridgeIsClosedException) { Console.WriteLine("Open the fridge first!");; } break; case "2": Console.Clear(); if (refig.IsOpen()) { Console.WriteLine($"The {refig.Name} is already open!"); } else { Console.WriteLine($"You opened the {refig.Name} fridge!"); refig.Open(); } break; case "3": Console.Clear(); try { if (refig.IsOpen()) { Console.WriteLine("What is the name of the food?"); var foodName = Console.ReadLine(); Console.WriteLine("How many calories it has?"); var calories = Convert.ToInt32(Console.ReadLine()); Console.WriteLine("What is the size of the food?(If it'size bigger than 80 - it's a big item, if smaller than 20 -it's a small item.)"); var size = Convert.ToInt32(Console.ReadLine()); refig.AddFood(new Food(calories, size, foodName)); if (refig.RemovedShelf != null) { shelves.Add(refig.RemovedShelf); foods.AddRange(refig.RemovedShelf.foodList); refig.RemovedShelf.foodList = new List <Food>(); refig.RemovedShelf = null; } } else { throw new FridgeIsClosedException(); } } catch (System.FormatException) { Console.WriteLine("Invalid input - calories and size must be numbers"); } catch (FridgeIsClosedException) { Console.WriteLine("Open the fridge first!"); } catch (FridgeIsFullException) { Console.WriteLine("This fridge is full!"); } catch (CannotCoolItException) { Console.WriteLine("The size of the food not good for this fridge."); } catch (BigItemCoolingException) { Console.WriteLine("This food so huge, you cannat place it to this fridge!"); } break; case "4": Console.Clear(); if (Foods.Count > 0) { Console.WriteLine("Which food you want to add from the table: "); foreach (var food in Foods) { if (food.Size > 80) { Console.WriteLine($"{food.Name} it's a big item!"); } else { Console.WriteLine(food.Name); } } try { if (refig.IsOpen()) { var foodName = Console.ReadLine(); var foodToAddFromTable = mh.FindFoodInTable(foodName, Foods); refig.AddFood(foodToAddFromTable); if (refig.RemovedShelf != null) { shelves.Add(refig.RemovedShelf); foods.AddRange(refig.RemovedShelf.foodList); refig.RemovedShelf.foodList = new List <Food>(); refig.RemovedShelf = null; } Foods.Remove(foodToAddFromTable); } else { throw new FridgeIsClosedException(); } } catch (System.FormatException) { Console.WriteLine("Invalid input - calories and size must be numbers"); } catch (FridgeIsClosedException) { Console.WriteLine("Open the fridge first!"); } catch (FridgeIsFullException) { Console.WriteLine("This fridge is full!"); } catch (CannotCoolItException) { Console.WriteLine("The size of the food not good for this fridge."); } } else { Console.WriteLine("There is no food in the table!"); } break; case "5": Console.Clear(); try { Console.WriteLine("What food you want to take to the table?"); var foodToAddName = Console.ReadLine(); Foods.Add(refig.GetFoodFromFridge(foodToAddName)); } catch (FoodNotExistsException) { Console.WriteLine("Fridge doesn't contains it."); } break; case "6": Console.Clear(); try { Console.WriteLine("What you want to eat?"); var foodToEat = Console.ReadLine(); consumedCalories += refig.GetFoodFromFridge(foodToEat).Calories; } catch (FoodNotExistsException) { Console.WriteLine("You have no food called like that!"); } catch (FridgeIsClosedException) { Console.WriteLine("Open the fridge first!"); } break; case "7": Console.Clear(); try { Console.WriteLine($"Your {refig.Name} fridge has {refig.GetFreeSpace()} unit free space."); } catch (FridgeIsClosedException) { Console.WriteLine("Please open the fridge first"); } break; case "8": Console.Clear(); try { Console.WriteLine("Which shelf you want to remove?"); for (int i = 0; i < refig.shelfContainer.Length; i++) { if (refig.shelfContainer[i] != null) { Console.WriteLine(i + 1); } } var shelfToRemove = Convert.ToInt32(Console.ReadLine()); var removedShelf = refig.RemoveShelf(shelfToRemove - 1); shelves.Add(removedShelf); foods.AddRange(removedShelf.foodList); removedShelf.foodList = new List <Food>(); Console.WriteLine($"You have removed the number {shelfToRemove} shelf!"); } catch (System.FormatException) { Console.WriteLine("Invalid Input, pls give a number!"); } catch (FridgeIsClosedException) { Console.WriteLine("Please open the fridge first"); } catch (ShelfAlreadyRemovedException) { Console.WriteLine("The choosen shelf already out of the fridge"); } catch (NotEnoughShelfException) { Console.WriteLine("The fridge doesn't have as many shelves!"); } break; case "9": Console.Clear(); try { var emptyslots = refig.FindEmptySlots(); Console.WriteLine("This fridge misses the following shelfes:"); foreach (var num in emptyslots) { Console.WriteLine(num + 1); } Console.WriteLine("Which shelf you want to take back?"); var id = Convert.ToInt32(Console.ReadLine()); var shelfToTakeBack = mh.FindShelfByIdANdSize(id, refig.fridgeSize, shelves); refig.AddShelf(shelfToTakeBack); shelves.Remove(shelfToTakeBack); } catch (BigItemCoolingException) { Console.WriteLine("There are a big food which dont let you take the shelf back"); } catch (NoEmptyShelfPlaceException) { Console.WriteLine("There are no empty shelf place!"); } catch (System.FormatException) { Console.WriteLine("The input must be a number!"); } catch (FridgeIsClosedException) { Console.WriteLine("Please open the fridge first"); } break; case "10": Console.Clear(); Console.WriteLine("The fridge is closed"); refig.Close(); break; case "0": Console.Clear(); refig.Close(); inFridge = false; break; default: Console.Clear(); Console.WriteLine("Invalid input"); break; } }