static void Main(string[] args)
{
/*
* More info: https://en.wikipedia.org/wiki/Flyweight_pattern
* What problems can the Flyweight design pattern solve? [2]
* Large numbers of objects should be supported efficiently.
* Creating large numbers of objects should be avoided.
*
* When representing large text documents, for example, creating an object for each character in the document
* would result in a huge amount of objects that couldn't be processed efficiently.
*/
var simpleClient = new ClientObject();
//it'll share the same static FlyWeightPointer
Console.WriteLine(simpleClient.Company);
var flyWeightPointer = new ReducedMemoryFootprintFlavorFactory();
var minimalflyWeightPointer = new MinimumMemoryFootprint();
var coffeeMaker1 = new CoffeeMaker(flyWeightPointer);
var coffeeMaker2 = new CoffeeMaker(flyWeightPointer);
var coffeeMaker3 = new CoffeeMaker(flyWeightPointer);
var coffeeMaker4 = new CoffeeMaker(flyWeightPointer);
coffeeMaker1.MakeCoffee("Pepper?!");
coffeeMaker2.MakeCoffee("Lemon?");
coffeeMaker3.MakeCoffee("Chocolate");
coffeeMaker4.MakeCoffee("Spider");
}
public static void Run()
{
// Builder Pattern
// - a director object which enforces a specific process uses builders
// - these builders implement the builder abstraction that the director depends on
// - these builders enable variations in details of each step in the process enforced by the director
var coffeeMaker = new CoffeeMaker();
var americano = new AmericanoBuilder();
var latte = new LatteBuilder();
var flavoredlatte = new FlavoredLatteBuilder();
var ventiIcedAmericanoOrder = new DrinkOrder(iced: true, DrinkSize.Venti, americano);
var tallIcedLatteOrder = new DrinkOrder(iced: true, DrinkSize.Tall, latte);
var grandeHotFlavoredLatteOrder = new DrinkOrder(iced: false, DrinkSize.Grande, flavoredlatte);
coffeeMaker.AcceptOrder(ventiIcedAmericanoOrder);
coffeeMaker.BuildCoffee();
var ventiIcedAmericano = coffeeMaker.GetCoffee();
Console.WriteLine(ventiIcedAmericano.Description);
coffeeMaker.AcceptOrder(tallIcedLatteOrder);
coffeeMaker.BuildCoffee();
var tallIcedLatte = coffeeMaker.GetCoffee();
Console.WriteLine(tallIcedLatte.Description);
coffeeMaker.AcceptOrder(grandeHotFlavoredLatteOrder);
coffeeMaker.BuildCoffee();
var grandeHotFlavoredLatte = coffeeMaker.GetCoffee();
Console.WriteLine(grandeHotFlavoredLatte.Description);
}
private async void ExecuteCoffeePurchase()
{
Console.WriteLine($"CoffeeMaker: {CoffeeMaker}, Program: {SelectedCoffeeProgram}, NumberOfCoffees: {NumberOfCoffees}");
Console.WriteLine($"Sender: {_web3.TransactionManager.Account.Address}");
if (CoffeeMaker.IsNullOrEmpty() ||
!CoffeeMaker.IsValidEthereumAddress() ||
SelectedCoffeeProgram < 0 ||
NumberOfCoffees <= 0)
{
Console.WriteLine("Invalid input for transaction. Aborting.");
return;
}
var costs = CoffeePrograms[SelectedCoffeeProgram].Price * NumberOfCoffees;
if ((await _coffeeEconomyService.GetTokensAsync(_account.Address)) < costs)
{
Console.WriteLine("Not enough coffee tokens to buy this much coffee.");
return;
}
IsBusy = true;
var transactionId = await _coffeeEconomyService.BuyCoffeeAsync(CoffeeMaker, SelectedCoffeeProgram, NumberOfCoffees);
Console.WriteLine($"TransactionId: {transactionId}");
CoffeeMaker = null;
ResetLoadedVariables();
IsBusy = false;
}
static void Main(string[] args)
{
CoffeeMaker coffee = new CoffeeMaker(new BlackCoffee());
DoAction(coffee);
coffee.MyCoffee = new NessCoffee();
DoAction(coffee);
}
public void Interrupt_BrewCiffee_WarmerEmpty()
{
CoffeeMaker maker = new CoffeeMaker();
Input input = new WarmerEmpty();
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(BrewCoffee));
maker.change(input);
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(Interrupt));
}
public void ReadyCoffee_BoilerEmpty()
{
CoffeeMaker maker = new CoffeeMaker();
Input input = new BoilerEmpty();
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(BrewCoffee));
maker.change(input);
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(ReadyCoffee));
}
void Explode(CoffeeMaker coffeemaker)
{
// TODO: play die animation & sound
if (HitEnemy != null)
{
HitEnemy(coffeemaker);
}
Destroy(gameObject);
}
public void AddOrUpdateCoffeeMakerDetails(CoffeeMaker coffeeMaker)
{
var knownCoffeeMakers = Settings.Current.KnownCoffeeMakers;
knownCoffeeMakers.RemoveAll(c => c.Address == coffeeMaker.Address);
knownCoffeeMakers.Add(coffeeMaker);
Settings.Current.KnownCoffeeMakers = knownCoffeeMakers;
}
private async void LoadCoffeeMakerPrograms()
{
if (CoffeeMaker.IsNullOrEmpty() || !CoffeeMaker.IsValidEthereumAddress())
{
return;
}
try
{
var details = await _coffeeEconomyService.GetCoffeeMakerDataAsync(CoffeeMaker);
if (details == null)
{
return;
}
CoffeeMakerDetails = details;
var programs = await _coffeeEconomyService.GetCoffeeMakerProgramCountAsync(CoffeeMaker);
Console.WriteLine($"Found {programs} coffee programs!");
if (programs > 0)
{
var list = new List <CoffeeMakerProgram>();
for (int i = 0; i < programs; i++)
{
var program = await _coffeeEconomyService.GetCoffeeMakerProgramDetailsAsync(CoffeeMaker, i);
list.Add(program);
Console.WriteLine($"Coffee program: {program.Name}, Price: {program.Price}");
}
CoffeePrograms = list;
SelectedCoffeeProgram = 0;
// add the discovered coffee maker to our list of known coffee makers but only if it is a valid one
var extendedCoffeeMakerDetails = new Models.CoffeeMaker
{
Address = CoffeeMaker,
OwenerAddress = details.OwenerAddress,
Name = details.Name,
Department = details.Department,
DescriptiveLocation = details.DescriptiveLocation,
Latitude = details.Latitude,
Longitude = details.Longitude,
MachineInfo = details.MachineInfo,
MachineType = details.MachineType,
};
_coffeeMakerStorageService.AddOrUpdateCoffeeMakerDetails(extendedCoffeeMakerDetails);
}
}
catch (Exception)
{
// reset our view data
ResetLoadedVariables();
}
}
public static void Main()
{
//new 연산자로 객체를 생성함.
CoffeeMaker cm = new CoffeeMaker();
//객체를 통한 메소드 호출
cm.onState = true;
cm.StartCoffeMaker();
}
public void BrewCoffee_after_Interruption_WarmerNotEmpty()
{
ICoffeeMaker makerType = new Interrupt();
CoffeeMaker maker = new CoffeeMaker(makerType);
Input input = new WarmerNotEmpty();
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(Interrupt));
maker.change(input);
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(BrewCoffee));
}
public void PourCoffee_when_Ready_warmerEmpty()
{
ICoffeeMaker makerType = new ReadyCoffee();
CoffeeMaker maker = new CoffeeMaker(makerType);
Input input = new WarmerEmpty();
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(ReadyCoffee));
maker.change(input);
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(PourCoffee));
}
public void Readycoffee_afterPour_warmerNotEmpty()
{
ICoffeeMaker makerType = new PourCoffee();
CoffeeMaker maker = new CoffeeMaker(makerType);
Input input = new WarmerNotEmpty();
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(PourCoffee));
maker.change(input);
Assert.IsInstanceOfType(maker.coffeeMaker, typeof(ReadyCoffee));
}
public void MakeDrink_CoffeeWithMilk_ReturnsCorrectString() // Testa metoden för kaffe med mjölk. Uppgift 2(b)
{
// Arrange
var coffeemaker = new CoffeeMaker();
var coffeeWithMilk = new Coffee(true, false));
// Act
var resultString = coffeemaker.MakeDrink(coffeeWithMilk);
// Assert
StringAssert.Contains("Coffee with milk", resultString);
}
static void Main(string[] args)
{
IBeverage cupOfJuice = new Beverage("Apple Juice");
cupOfJuice = cupOfJuice.AddIngredient(new (20, "water"))
.AddIngredient(new (5, "apple"))
.ServeBeverage();
IBeverage cupOfCoffee = new Beverage("Coffee")
.AddIngredient(new (10, "Water"))
.AddIngredient(new (5, "beans"))
.AddIngredient(new (5, "milk"))
.ServeBeverage();
IBeverage starbucksCoffee = new Beverage("Starbucks sugar in water")
.AddIngredient(new (10, "Water"))
.AddIngredient(new (5, "beans"))
.AddIngredient(new (5, "milk"))
.AddIngredient(new (500, "sugar"))
.ServeBeverage();
CoffeeMaker newCoffeMaker = new CoffeeMaker();
Beverage newCoffee = newCoffeMaker
.StartBrewingCoffee()
.AddWater()
.AddBeans()
.AddALittleBitOfMilk()
.FinishBrewing();
JuicePress newJuicePress = new JuicePress();
Beverage newGlassOfJuice = newJuicePress
.StartMixingJuice()
.AddApple()
.AddOrange()
.AddALittleBitOfWater()
.AddIce()
.FinishMixing();
MilkshakeMachine newMilkshakeMachine = new MilkshakeMachine();
Beverage milkshakeMaster5000 = newMilkshakeMachine
.Shaker()
.AddIceCream("Chocolate")
.AddSyrup("Chocolate")
.AddSprinkles("Chocolate")
.FinishShaking();
// Test push this
/* pseudo-code
* Espresso espresso = new Espresso().AddWater(20).AddBeans(b => b.AmountInG = 5 && b.Sort = CoffeSorts.Robusta).ToBravage();
* //espresso is type of Espresso
*
* Latte latte = new Espresso().AddWater(20).AddBeans(b => b.AmountInG = 7 && b.Sort = CoffeSorts.Robusta).AddMilk().ToBravage();
* //latte is type of Latte
*/
}
public void Test_MakeCoffeeWithMilk_Succeeds()
{
// Arrange
var coffemaker = new CoffeeMaker();
// Act
string res = coffemaker.MakeDrink(new Coffee(true, false));
// Assert
StringAssert.Contains("Coffee with milk", res);
}
public void When_Adding_Milk_To_Coffee_Expect_Milk_In_Ingredients_List()
{
var coffeMachine = new CoffeeMaker();
var beverage = coffeMachine
.StartBrewingCoffee()
.AddWater()
.AddBeans()
.AddALotOfMilk()
.FinishBrewing();
Assert.Equal("milk", beverage.Ingredients[2].Type.ToLower());
}
static void Main()
{
Console.WriteLine("Какой коффе: americano, latte, espresso, capucino");
string coffee = Console.ReadLine().ToLower();
Console.WriteLine();
CoffeeMaker coffeeMaker = new CoffeeMaker();
coffeeMaker.MakeCoffe(coffee);
}
void OnTriggerEnter2D(Collider2D collider)
{
if (collider.transform.parent == null)
{
return;
}
CoffeeMaker coffeeMaker = collider.transform.parent.GetComponent <CoffeeMaker>();
if (coffeeMaker != null)
{
Explode(coffeeMaker);
}
}
public void When_Using_CoffeeMaker_Expect_Coffee()
{
//Pseudo code
var coffeMachine = new CoffeeMaker();
var beverage = coffeMachine
.StartBrewingCoffee()
.AddWater()
.AddBeans()
.FinishBrewing();
// Assert
Assert.Equal("Coffee", beverage.CupType);
}
static void Main(string[] args)
{
var makeCoffeeCommand = new Command("Make Coffee", 2, new Dictionary <string, int>
{
["beans"] = 2,
["water"] = 1
});
var coffeeMaker = new CoffeeMaker("Kafe", 100, 10, new HashSet <Command> {
makeCoffeeCommand
}, 10, 10);
Console.WriteLine(coffeeMaker.ExecuteCommand("Make Coffee", 10));
Console.WriteLine(coffeeMaker.GetInfo());
}
public void BatchNewPerformanceTest()
{
var st = Stopwatch.StartNew();
for (var i = 0; i < 500000; i++)
{
var coffeeMaker = new CoffeeMaker(new FrenchCoffee(), null);
GC.KeepAlive(coffeeMaker);
}
st.Stop();
Trace.WriteLine($"Ellaped: {st.ElapsedMilliseconds}");
}
static void CoffeeTest()
{
//MrCoffee lifesaver = new MrCoffee();
CoffeeMaker lifesaver = new CoffeeMaker();
lifesaver.AddGrains(5.0);
lifesaver.AddWater(12);
lifesaver.InsertFilter();
lifesaver.Make();
QuickMath qm = new QuickMath(5, 6);
int x = new QuickMath(6, 7).Add();
x = QuickMaths.add(5, 6);
//int k = lifesaver.AddGrains(4000000);
}
static void Main(string[] args)
{
CoffeeMaker coffeeMaker = new CoffeeMaker(1000, 500, 700, 250);
Console.WriteLine($"What kind of coffee do you make?\n1:Late\n2:Americano\n3:Capuchino\n4:Expresso");
int b = Convert.ToInt32(Console.ReadLine());
if (b == 1)
{
coffeeMaker.MakeCoffee(TypeOfCoffee.Late);
}
else if (b == 2)
{
coffeeMaker.MakeCoffee(TypeOfCoffee.Americano);
}
else if (b == 3)
{
coffeeMaker.MakeCoffee(TypeOfCoffee.Capuchino);
}
else if (b == 4)
{
coffeeMaker.MakeCoffee(TypeOfCoffee.Expresso);
}
else
{
Console.WriteLine($"Wrong expression");
coffeeMaker.counter -= 1;
}
if (coffeeMaker.counter == 1)
{
Console.WriteLine($"How much sugar to add?");
coffeeMaker.Sugar();
if (coffeeMaker.counter == 1)
{
Console.WriteLine($"Your coffee is ready.You are {coffeeMaker.price} UAH");
}
}
}
public void ExpressMaker_makes_espresso()
{
var grinderStub = new Mock <IBeanGrinder> ();
grinderStub.Setup(g => g.Grind()).Returns(new Beans(true));
var boilerFake = new FakeWaterBoiler();
var portaFilterMock = new Mock <IPortaFilter>();
var expressoMaker = new CoffeeMaker(
grinderStub.Object,
boilerFake,
portaFilterMock.Object
);
var cup = CoffeeMaker.MakeCoffee();
portaFilterMock.Verify(p => p.Load(It.Is <IBeans>(b => b.Ground)));
portaFilterMock.Verify(p => p.Tamp(), "PortaFilter was not tamped");
portaFilterMock.Verify(p => p.Push(It.Is <IWater>(w => w.Temprature > 90)));
portaFilterMock.Verify(p => p.Receive(It.IsAny <Cup>()));
}
public void StartDay()
{
//?.XXX means if _coffeeMaker object is not null, invoke method
CoffeeMaker?.MakeCoffee();
}
private void AttackEnemy(CoffeeMaker coffeemaker, float attackDamage)
{
coffeemaker.TakeDamage(attackDamage);
}
public void Setup()
{
m_Coffeemaker = new CoffeeMaker();
}
public static void DoAction(CoffeeMaker coffee)
{
coffee.MakeCoffe();
Console.WriteLine("Details about the coffee: " + coffee.GetDetails());
}