public override int GetHashCode() => BreadType.GetHashCode() ^ CheeseType.GetHashCode() ^ HasMayo.GetHashCode() ^ HasMustard.GetHashCode() ^ IsToasted.GetHashCode() ^ MeatType.GetHashCode() ^ Vegetables.GetHashCode();
public MeatPhrase(
IFoodProduct currentFood,
MeatType meat)
{
this.currentFood = currentFood;
this.meat = meat;
}
private IAdditive MeatFactory(MeatType meat, int quantity)
{
switch (meat)
{
case MeatType.Beacon:
return(new Bacon(quantity));
case MeatType.Beef:
return(new Beef(quantity));
case MeatType.Chicken:
return(new Chicken(quantity));
case MeatType.Ham:
return(new Ham(quantity));
case MeatType.Pepperoni:
return(new Pepperoni(quantity));
case MeatType.Sausage:
return(new Sausage(quantity));
default:
throw new NullReferenceException("No such meat");
}
}
public Meat(
IFoodProduct decoratedInstance,
int weight,
Ingredients.Meat.MeatType meatType) :
base(decoratedInstance, weight)
{
this.meatType = meatType;
}
private Ingredients.Meat.Meat GetInstanceUnderTest(int weight, MeatType typeOfMeat)
{
var foodIngrediantMock = new Mock <IFoodProduct>();
return(new Ingredients.Meat.Meat(
foodIngrediantMock.Object,
weight,
typeOfMeat));
}
public void GetMyOwnCalories_WeightAndTypeSpecified_EmitsWeightAndTypeRelatedCalories(
int weight,
MeatType typeOfMeat,
int expectedCalories)
{
var instanceUnderTest = this.GetInstanceUnderTest(weight, typeOfMeat);
instanceUnderTest.GetMyOwnCalories().Should().Be(expectedCalories);
}
public Sandwich(Breadtype breadtype, bool isToasted, Chessetype chessetype, bool hasMustard, MeatType meatType, List <string> vegetables, bool hasMayo)
{
this.breadType = breadtype;
this.isToasted = isToasted;
this.chesseType = chessetype;
this.hasMustard = hasMustard;
this.meatType = meatType;
this.vegetables = vegetables;
this.hasMayo = hasMayo;
}
public Sandwich(BreadType breadType, bool isToasted, CheeseType cheeseType, MeatType meatType, bool hasMustard, bool hasMayo, List <string> vegetables)
{
BreadType = breadType;
IsToasted = isToasted;
CheeseType = cheeseType;
MeatType = meatType;
HasMustard = hasMustard;
HasMayo = hasMayo;
Vegetables = vegetables;
}
public Sandwich1(BreadType breadType, bool isToasted, CheesType cheesType, MeatType meatType, bool hasMustard, bool hasMayo, List <string> vegetables)
{
this.breadType = breadType;
this.isToasted = isToasted;
this.cheesType = cheesType;
this.meatType = meatType;
this.hasMustard = hasMustard;
this.hasMayo = hasMayo;
this.vegetables = vegetables;
}
public Sandwich(BreadType breadType, bool isToasted, CheeseType cheeseType, MeatType meatType, bool hasMustard,
bool hasMayo, List <string> vegetables)
{
_breadType = breadType;
_isToasted = isToasted;
_cheeseType = cheeseType;
_meatType = meatType;
_hasMustard = hasMustard;
_hasMayo = hasMayo;
_vegetables = vegetables;
}
public Sandwich_Original(BreadType breadType, bool isToasted, CheeseType cheeseType,
MeatType meatType, bool hasMustard, bool hasMayo, List <string> vegetables)
{
_BreadType = breadType;
_IsToasted = isToasted;
_CheeseType = cheeseType;
_MeatType = meatType;
_HasMustard = hasMustard;
_HasMayo = hasMayo;
_Vegetables = vegetables;
}
public PizzaOrderBuilder SetMeat(MeatType type)
{
switch (type)
{
case MeatType.beef:
Console.WriteLine("You ordered beef");
break;
case MeatType.chicken:
Console.WriteLine("You ordered chicken");
break;
}
return(this);
}
static void Main(string[] args)
{
Chef chef = new Chef();
chef.PrintingTheValuesOfChef();
chef.ActiveChefs();
Console.WriteLine("................................");
Meat meat = new Meat();
meat.PrintMeatText();
meat.MeatRatio();
Console.WriteLine("................................");
MeatType meatType = new MeatType();
meatType.PrintMeatText();
meatType.ChooseMeatType();
meatType.DifferentMeatTypes();
Console.WriteLine("................................");
Meat[] printingMeatMessages = { new Meat(), new MeatDish(), new MeatType() };
printingMeatMessages[0].PrintMeatText();
printingMeatMessages[1].PrintMeatText();
printingMeatMessages[2].PrintMeatText();
Console.WriteLine("................................");
MeatVariations printingMeatText = new MeatVariations();
printingMeatText.PrintMeatText();
Console.WriteLine("................................");
Meat printingMeatText1 = new MeatDish();
printingMeatText1.PrintMeatText();
Console.WriteLine("................................");
// Console.ReadLine();
}
public CardControl CreateCard(MeatType type, ColorElement color, Guid ID)
{
var view = Instantiate(_cardPrefab).GetComponent <CardControl>();
view.ModelID = ID;
view.Color = color;
view.Type = type;
var position = transform.position;
position.z -= 1f;
view.transform.position = position;
return(view);
}
private int GetPriceForHundredGrammMeatOfType(
MeatType typeOfMeat)
{
int price = 0;
switch (typeOfMeat)
{
case MeatType.Pork:
price = 130;
break;
case MeatType.Seafood:
price = 230;
break;
default:
throw new ArgumentOutOfRangeException(nameof(typeOfMeat));
}
return(price);
}
private int GetCaloriesOfHundredGrammForMeatOfType(
MeatType typeOfMeat)
{
int calories = 0;
switch (typeOfMeat)
{
case MeatType.Pork:
calories = 78;
break;
case MeatType.Seafood:
calories = 250;
break;
default:
throw new ArgumentOutOfRangeException(nameof(typeOfMeat));
}
return(calories);
}
public static MeatPhrase AddMeat(this IFoodProduct instance, MeatType typeOfMeat)
{
return(new MeatPhrase(instance, typeOfMeat));
}
public void setMeatType(MeatType meatType)
{
this.meatType = meatType;
}
public MeatCard(MeatType type, ColorElement color)
{
Type = type;
Color = color;
}
public Meat(string name, float calories, MeatType origin, float weight) : base(name, calories, weight)
{
Origin = origin;
}
