public void starter_values()
{
Kettle kettle = new Kettle();
Assert.AreEqual(false, kettle.KettelOn);
Assert.AreEqual(Color.Off, kettle.LED);
}
static void Main(string[] args)
{
// Our main class is a car. We will create 3 cars
Car CarNo1 = new Car("Car Number 1");
Car CarNo2 = new Car("Car Number 2");
Car CarNo3 = new Car("Car Number 3");
// Sometime during the process we might want a drink
Kettle kettle = new Kettle();
// each car has 4 methodsm StartEngine,TurnLightsOn,TurnLightsOff and StopEngine
// we create a command class which the broker class will use to call the correct method of the correct car.
ICommand Car1StartEngine = new StartEngine(CarNo1);
ICommand Car2StartEngine = new StartEngine(CarNo2);
ICommand Car3StartEngine = new StartEngine(CarNo3);
ICommand Car1TurnLightsOn = new TurnLightsOn(CarNo1);
ICommand Car2TurnLightsOn = new TurnLightsOn(CarNo2);
ICommand Car3TurnLightsOn = new TurnLightsOn(CarNo3);
ICommand Car1TurnLightsOff = new TurnLightsOff(CarNo1);
ICommand Car2TurnLightsOff = new TurnLightsOff(CarNo2);
ICommand Car3TurnLightsOff = new TurnLightsOff(CarNo3);
ICommand Car1StopEngine = new StopEngine(CarNo1);
ICommand Car2StopEngine = new StopEngine(CarNo2);
ICommand Car3StopEngine = new StopEngine(CarNo3);
ICommand boilKettle = new BoilKettle(kettle);
// we add the list of instructions into the broker class
// if we change the order added, the order in which the methods are called changes
// the proker class can operate in other ways aswell
Broker Instructions = new Broker();
Instructions.AddCommand(Car1StartEngine);
Instructions.AddCommand(Car2StartEngine);
Instructions.AddCommand(Car3StartEngine);
Instructions.AddCommand(Car1TurnLightsOff);
Instructions.AddCommand(Car2TurnLightsOff);
Instructions.AddCommand(Car3TurnLightsOff);
Instructions.AddCommand(Car1TurnLightsOn);
Instructions.AddCommand(Car2TurnLightsOn);
Instructions.AddCommand(Car3TurnLightsOn);
// Have a brew. The Broker has no idea what it is doing
// so a completely different type can be used in the same list
// so long as it implemts ICommand
Instructions.AddCommand(boilKettle);
Instructions.AddCommand(Car1StopEngine);
Instructions.AddCommand(Car2StopEngine);
Instructions.AddCommand(Car3StopEngine);
// After the broker class has been configured, we tell it to exectute all the commands
Instructions.ExecuteCommands();
}
public void Red_LED_kettle_On()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
Assert.AreEqual(Color.Red, kettle.LED);
}
public void kettle_turned_on()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
Assert.AreEqual(true, kettle.KettelOn);
}
public void temperature_cannot_rise_if_kettle_is_Off()
{
Kettle kettle = new Kettle();
kettle.Liquid = new LiquidButton(87);
WarningLED warning = new WarningLED();
kettle.Liquid.IncresedLiquidTemperature(kettle, warning);
Assert.AreEqual(false, kettle.KettelOn);
Assert.AreEqual(87, kettle.Liquid.Temperature);
}
private static Kettle BoilKettle()
{
var kettle = new Kettle();
WriteMessage("Fill Kettle With Water");
Task.Delay(kettle.Filltime).Wait();
WriteMessage("Boil Kettle");
Task.Delay(kettle.BoilTime).Wait();
WriteMessage("Hot Water ready");
return(kettle);
}
public void turn_off_a_turned_on_kettle()
{
Kettle kettle = new Kettle();
PowerButton powerButton = new PowerButton();
WarningLED warning = new WarningLED();
powerButton.PressedPowerButton(warning, kettle);
powerButton.PressedPowerButton(warning, kettle);
Assert.AreEqual(false, kettle.KettelOn);
}
public void cannot_turn_on_a_turned_on_kettle()
{
Kettle kettle = new Kettle();
PowerButton powerButton = new PowerButton();
WarningLED warning = new WarningLED();
powerButton.PressedPowerButton(warning, kettle);
powerButton.PressedPowerButton(warning, kettle);
Assert.AreNotEqual(true, kettle.KettelOn);
}
private static Tea MakeTea(Kettle hotwater)
{
WriteMessage("Place Tea bag in Cup");
Task.Delay(500).Wait();
WriteMessage("Pour Water into Cup");
Task.Delay(500).Wait();
WriteMessage("Take out tea bag");
Task.Delay(500).Wait();
WriteMessage("add milk to brew");
WriteMessage("Tea is ready");
return(new Tea());
}
public void temperature_cannot_rise_if_kettle_is_Off()
{
Kettle kettle = new Kettle();
Assert.AreEqual(15, kettle.Temperature);
LiquidButton liquidButton = new LiquidButton();
WarningLED warning = new WarningLED();
liquidButton.IncresedLiquidTemperature(warning, kettle);
Assert.AreEqual(15, kettle.Temperature);
}
public void temperature_rise_when_kettle_is_On()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
kettle.Liquid = new LiquidButton(87);
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
kettle.Liquid.IncresedLiquidTemperature(kettle, warning);
Assert.AreEqual(true, kettle.KettelOn);
Assert.AreEqual(97, kettle.Liquid.Temperature);
}
private void OnTriggerExit2D(Collider2D other)
{
//if (other.GetComponent<Item>() == itemYouAreOnTopOf)
itemYouAreOnTopOf = null;
//if (!(itemYouAreOnTopOf is null) && other.GetComponent< Potion >() == itemYouAreOnTopOf )
// itemYouAreOnTopOf = null;
if (other.GetComponent <Kettle>() == currentLocation)
{
currentLocation = null;
}
}
public void reset_values_when_turn_off()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
power.PressedPowerButton(kettle, warning);
Assert.AreEqual(false, kettle.KettelOn);
Assert.AreEqual(Color.Off, kettle.LED);
Assert.AreEqual(null, kettle.Liquid);
}
public void temperature_cannot_rise_if_there_is_no_liquid_in_the_kettle()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
kettle.Liquid = null;
LiquidButton liquid = new LiquidButton(85);
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
kettle.Liquid.IncresedLiquidTemperature(kettle, warning);
}
public void one_kettle_can_have_only_one_liquid()
{
Kettle kettle = new Kettle();
LiquidButton liquid1 = new LiquidButton(15);
LiquidButton liquid2 = new LiquidButton(30);
kettle.Liquid = liquid1;
Assert.AreEqual(liquid1, kettle.Liquid);
kettle.Liquid = liquid2;
Assert.AreNotSame(liquid1, liquid2);
Assert.AreEqual(liquid2, kettle.Liquid);
Assert.AreNotEqual(liquid1, kettle.Liquid);
}
public void Green_LED_when_temperature_is_over_100()
{
Kettle kettle = new Kettle();
PowerButton power = new PowerButton();
kettle.Liquid = new LiquidButton(87);
WarningLED warning = new WarningLED();
power.PressedPowerButton(kettle, warning);
kettle.Liquid.IncresedLiquidTemperature(kettle, warning);
kettle.Liquid.IncresedLiquidTemperature(kettle, warning);
Assert.AreEqual(true, kettle.KettelOn);
Assert.AreEqual(107, kettle.Liquid.Temperature);
Assert.AreEqual(Color.Green, kettle.LED);
}
/// <summary>
/// 发布-订阅
/// </summary>
void publishser()
{
var kettle = new Kettle();
kettle.TurnOn();
return;
var publishser = new Publishser();
var subscriber = new Subscriber();
publishser.NumberChanged += subscriber.OnNumberChanged;
publishser.DoSomething();
}
public void Green_LED_when_temperature_is_over_100()
{
Kettle kettle = new Kettle();
PowerButton powerButton = new PowerButton();
LiquidButton liquidButton = new LiquidButton();
WarningLED warning = new WarningLED();
powerButton.PressedPowerButton(warning, kettle);
for (int i = 0; i < 9; i++)
{
liquidButton.IncresedLiquidTemperature(warning, kettle);
}
Assert.AreEqual(Color.Green, kettle.LED);
}
public async Task <string> Subscribe()
{
var kettle = new Kettle(); //初始化热水壶
var subscribeRef = kettle.Subscribe(new Alter()); //订阅
var boilTask = kettle.StartBoilWaterAsync(); //启动开始烧水任务
var timoutTask = Task.Delay(TimeSpan.FromSeconds(15)); //定义15s超时任务
//等待，如果超时任务先返回则取消订阅
var firstReturnTask = await Task.WhenAny(boilTask, timoutTask);
if (firstReturnTask == timoutTask)
{
subscribeRef.Dispose();
}
return("Subscribe");
}
public void temperature_rise_when_kettle_is_On()
{
Kettle kettle = new Kettle();
PowerButton powerButton = new PowerButton();
LiquidButton liquidButton = new LiquidButton();
WarningLED warning = new WarningLED();
powerButton.PressedPowerButton(warning, kettle);
liquidButton.IncresedLiquidTemperature(warning, kettle);
Assert.AreEqual(true, kettle.KettelOn);
Assert.AreEqual(25, kettle.Temperature);
liquidButton.IncresedLiquidTemperature(warning, kettle);
Assert.AreEqual(35, kettle.Temperature);
}
static void Main(string[] args)
{
Appliance app1 = new Fridge("Washer", "Samsung", 750, "SamsungStore", 150, 180, 75, "White");
Appliance app2 = new Kettle("Kettle", "Xiaomi", 100, true, 6, "Plastic", "Plastic", "White");
Appliance app3 = new Tv("TV", "Samsung", 400, 55, "IPS", "4K", 60, true);
Appliance app4 = new Washer("Washer", "Asus", 40, 7, 1500, 14, 45, 74);
Basket basket = new Basket();
basket.Add(app1);
basket.Add(app2);
basket.Add(app3);
basket.Add(app4);
Console.WriteLine(basket);
Console.WriteLine(Assistance.CalculateTotalPower(basket));
}
public void reset_values_when_turn_off()
{
Kettle kettle = new Kettle();
PowerButton powerButton = new PowerButton();
LiquidButton liquidButton = new LiquidButton();
WarningLED warning = new WarningLED();
powerButton.PressedPowerButton(warning, kettle);
for (int i = 0; i < 9; i++)
{
liquidButton.IncresedLiquidTemperature(warning, kettle);
}
powerButton.PressedPowerButton(warning, kettle);
Assert.AreEqual(false, kettle.KettelOn);
Assert.AreEqual(Color.Off, kettle.LED);
Assert.AreEqual(15, kettle.Temperature);
}
public OOPTest()
{
//var water = new Water();
//var lcdScreen = new LCDScreen();
//var speaker = new Speaker();
//var kettle = new Kettle(lcdScreen, speaker);
//kettle.Boil(water);
var lcdScreen = new LCDScreen();
var speaker = new Speaker();
var kettle = new Kettle();
kettle.OnBoilHandle += (t) => { lcdScreen.Display(t.ToString()); };
kettle.OnBoilHandle += (t) => { if (t > 96)
{
speaker.Speak(t.ToString());
}
};
}
private void OnTriggerEnter2D(Collider2D other)
{
if (other.TryGetComponent <Potion>(out var potion))
{
itemYouAreOnTopOf = potion.gameObject;
}
else if (other.TryGetComponent <Ingredient>(out var ingredient))
{
itemYouAreOnTopOf = ingredient.gameObject;
}
else if (other.TryGetComponent <Kettle>(out var kettle))
{
currentLocation = kettle;
}
if (other.gameObject.tag == "Explosion")
{
Camera.main.gameObject.GetComponent <ScreenShake>().Shake(.5f);
GameObject.FindGameObjectWithTag("Sound").GetComponent <SoundManager>().PlaySound("glass");
switch (other.gameObject.GetComponent <Explosion>().TypeOfExplosion)
{
case Explosion.ExplosionType.Fire:
currentHealth -= 20;
healthbar.transform.DOPunchScale(new Vector3(1, 1, 1), .2f);
Debug.Log("DAMAGE");
break;
case Explosion.ExplosionType.Slime:
StartCoroutine(slowingDown());
break;
case Explosion.ExplosionType.Poison:
StartCoroutine(DamageOverTime());
break;
}
}
}
public ActionResult Del(int id, string chanel)
{
try
{
switch (chanel)
{
case "cond":
Conditioner c = dbconnect.Conditioner.Find(id);
dbconnect.Conditioner.Remove(c);
dbconnect.SaveChanges();
break;
case "tr":
TapRecoder tr = dbconnect.TapeReoder.Find(id);
dbconnect.TapeReoder.Remove(tr);
dbconnect.SaveChanges();
break;
case "lamp":
Lamp l = dbconnect.Lamp.Find(id);
dbconnect.Lamp.Remove(l);
dbconnect.SaveChanges();
break;
case "fridge":
Fridge f = dbconnect.Fridge.Find(id);
dbconnect.Fridge.Remove(f);
dbconnect.SaveChanges();
break;
case "kettle":
Kettle k = dbconnect.Kettle.Find(id);
dbconnect.Kettle.Remove(k);
dbconnect.SaveChanges();
break;
case "tv":
TeleVision tv = dbconnect.TeleVision.Include(p => p.DVDs).Where(p => p.Id == id).FirstOrDefault();
dbconnect.TeleVision.Remove(tv);
dbconnect.SaveChanges();
break;
}
IDictionary <int, Models.Devices.Device> filtrDevice = new SortedDictionary <int, Models.Devices.Device>();
return(View("Index", filtrDevice));
}
catch
{
IDictionary <int, Models.Devices.Device> filtrDevice = new SortedDictionary <int, Models.Devices.Device>();
return(View("Index", filtrDevice));
}
}
static async Task Main(string[] args)
{
while (true)
{
Console.WriteLine("Make Breakfast using differnt levels asynchronicity");
Console.WriteLine("Enter 1 for sync");
Console.WriteLine("Enter 2 for sync over async");
Console.WriteLine("Enter 3 for async");
var line = Console.ReadLine() ?? "3";
DateTime start;
TimeSpan difference;
switch (line)
{
case "1":
WriteMessage("sync selected");
start = DateTime.UtcNow;
Kettle hotwater = BoilKettle();
Egg eggs = FryEgg(2);
Bacon bacon = FryBacon(3);
Toast toast = MakeToast(3);
ButterToast(toast);
Tea tea = MakeTea(hotwater);
WriteMessage("Breakfast is ready!");
difference = DateTime.UtcNow.Subtract(start);
WriteMessage($"Time taken {difference.TotalSeconds} (seconds)");
break;
case "2":
WriteMessage("sync over async");
start = DateTime.UtcNow;
Task <Kettle> hotwaterAsync = BoilKettleAsync();
Task <Egg> eggsaAsync = FryEggAsync(2);
Task <Bacon> baconAsync = FryBaconAsync(3);
Task <Toast> toastAsync = MakeToastAsync(3);
/*
* We are calling ButterToast synchronously
* i.e we have to await the result of toastAsync
* to pass it ButterToast affectlying making the process
* syncronously
*/
WriteMessage("Awaiting Toast");
var toastready = await toastAsync;
ButterToast(toastready);
/*
* We are calling MakeTea synchronously
* i.e we have to await the result of hotwaterAsync
* to pass it MakeTea affectlying making the process
* syncronously
*/
WriteMessage("Awaiting Kettle");
var hotwaterready = await hotwaterAsync;
MakeTea(hotwaterready);
WriteMessage("Awaiting Breakfast");
await Task.WhenAll(hotwaterAsync, eggsaAsync, baconAsync, toastAsync);
WriteMessage("Breakfast is ready!");
difference = DateTime.UtcNow.Subtract(start);
WriteMessage($"Time taken {difference.TotalSeconds} (seconds)");
break;
case "3":
WriteMessage("async");
start = DateTime.UtcNow;
Task <Kettle> hotwaterFullAsync = BoilKettleAsync();
Task <Egg> eggsFullAsync = FryEggAsync(2);
Task <Bacon> baconFullAsync = FryBaconAsync(3);
Task <Toast> toastFullAsync = MakeToastAsync(3);
/*
* We pass the Task returned from MakeToastAsync to ToastWithButter so the thread can continue
* processing. ToastWithButter awaits the Task.
*/
toastFullAsync = ToastWithButter(toastFullAsync);
/*
* We pass the Task returned from hotwaterFullAsync to TeaWithHotWater so the thread can continue
* processing. TeaWithHotWater awaits the Task.
*/
Task <Tea> teaFullAsync = TeaWithHotWater(hotwaterFullAsync);
WriteMessage("Awaiting Breakfast");
await Task.WhenAll(hotwaterFullAsync, eggsFullAsync, baconFullAsync, toastFullAsync, teaFullAsync);
WriteMessage("Breakfast is ready!");
difference = DateTime.UtcNow.Subtract(start);
WriteMessage($"Time taken {difference.TotalSeconds} (seconds)");
break;
}
}
}
public ActionResult Add(string type, string Namedevice)
{
switch (type)
{
case "cond":
Device d = new Device {
Type = "cond", img = "~/Content/Images/MainScreen/cond.jpg"
};
Conditioner c = new Conditioner {
Name = Namedevice, State = false, Programm = 2, Device = d
};
Session["Filtr"] = type;
dbconnect.Conditioner.Add(c);
dbconnect.SaveChanges();
break;
case "tr":
Device d1 = new Device {
Type = "tr", img = "~/Content/Images/MainScreen/TR.jpg"
};
TapRecoder tr = new TapRecoder {
Name = Namedevice, State = false, Mode = false, Volume = 20, Device = d1
};
Session["Filtr"] = type;
dbconnect.TapeReoder.Add(tr);
dbconnect.SaveChanges();
break;
case "lamp":
Device d2 = new Device {
Type = "lamp", img = "~/Content/Images/MainScreen/lamp.jpg"
};
Lamp l = new Lamp {
Name = Namedevice, State = false, Brightness = 20, CurrentColor = 1, Device = d2
};
Session["Filtr"] = type;
dbconnect.Lamp.Add(l);
dbconnect.SaveChanges();
break;
case "fridge":
Device d3 = new Device {
Type = "fridge", img = "~/Content/Images/MainScreen/fridge.jpg"
};
Fridge f = new Fridge {
Name = Namedevice, State = false, StateFrize = false, Programm = 1, Device = d3
};
Session["Filtr"] = type;
dbconnect.Fridge.Add(f);
dbconnect.SaveChanges();
break;
case "kettle":
Device d4 = new Device {
Type = "kettle", img = "~/Content/Images/MainScreen/kettle.jpg"
};
Kettle k = new Kettle {
Name = Namedevice, State = false, Device = d4
};
Session["Filtr"] = type;
dbconnect.Kettle.Add(k);
dbconnect.SaveChanges();
break;
case "tv":
Device d5 = new Device {
Type = "tv", img = "~/Content/Images/MainScreen/tv.jpg"
};
TeleVision tv = new TeleVision {
Name = Namedevice, State = false, CurrentChanel = "ICTV",
Volume = 20, Brightness = 30, Mode = false, Device = d5
};
DVD dvd = new DVD {
State = false, IsDiskboxOpen = false, IsPlay = false, TeleVision = tv
};
Session["Filtr"] = type;
dbconnect.TeleVision.Add(tv);
dbconnect.DVD.Add(dvd);
dbconnect.SaveChanges();
break;
}
IDictionary <int, Models.Devices.Device> filtrDevice = new SortedDictionary <int, Models.Devices.Device>();
return(View("Index", filtrDevice));
}
// Use this for initialization
void Start()
{
startRotation = transform.rotation;
kettle = GetComponent <Kettle>();
controller = GameObject.FindGameObjectWithTag("GameController").GetComponent <Controller>();
}
private void SaveChange(int id, string type, IDictionary <int, Models.Devices.Device> device)
{
switch (type)
{
case "cond":
Conditioner cond = dbconnect.Conditioner.Find(id);
cond.Programm = ((Models.Devices.Conditioner)device[0]).Programm;
cond.State = ((Models.Devices.Conditioner)device[0]).State;
dbconnect.SaveChanges();
break;
case "tr":
TapRecoder tr = dbconnect.TapeReoder.Find(id);
tr.State = ((Models.Devices.TapRecoder)device[0]).State;
tr.Mode = ((Models.Devices.TapRecoder)device[0]).Mode;
tr.Volume = ((Models.Devices.TapRecoder)device[0]).Volume;
dbconnect.SaveChanges();
break;
case "lamp":
Lamp lamp = dbconnect.Lamp.Find(id);
lamp.State = ((Models.Devices.Lamp)device[0]).State;
lamp.CurrentColor = ((Models.Devices.Lamp)device[0]).currentcolor;
lamp.Brightness = ((Models.Devices.Lamp)device[0]).Brightness;
dbconnect.SaveChanges();
break;
case "fridge":
Fridge fridge = dbconnect.Fridge.Find(id);
fridge.Programm = ((Models.Devices.Fridge)device[0]).Programm;
fridge.State = ((Models.Devices.Fridge)device[0]).State;
fridge.StateFrize = ((Models.Devices.Fridge)device[0]).StateFrize;
dbconnect.SaveChanges();
break;
case "kettle":
Kettle kettle = dbconnect.Kettle.Find(id);
kettle.State = ((Models.Devices.Kettle)device[0]).State;
dbconnect.SaveChanges();
break;
case "tv":
TeleVision tv = dbconnect.TeleVision.Find(id);
tv.State = ((Models.Devices.TeleVision)device[0]).State;
tv.Mode = ((Models.Devices.TeleVision)device[0]).Mode;
tv.Volume = ((Models.Devices.TeleVision)device[0]).Volume;
tv.CurrentChanel = ((Models.Devices.TeleVision)device[0]).Chanel.ToString();
tv.Brightness = ((Models.Devices.TeleVision)device[0]).Brightness;
dbconnect.SaveChanges();
break;
}
}
protected override void Seed(DevicesContext context)
{
Device d1 = new Device {
Type = "tv", img = "~/Content/Images/MainScreen/tv.jpg"
};
Device d2 = new Device {
Type = "lamp", img = "~/Content/Images/MainScreen/lamp.jpg"
};
Device d3 = new Device {
Type = "tr", img = "~/Content/Images/MainScreen/TR.jpg"
};
Device d4 = new Device {
Type = "kettle", img = "~/Content/Images/MainScreen/kettle.jpg"
};
Device d5 = new Device {
Type = "fridge", img = "~/Content/Images/MainScreen/fridge.jpg"
};
Device d6 = new Device {
Type = "cond", img = "~/Content/Images/MainScreen/cond.jpg"
};
context.Device.Add(d1);
context.Device.Add(d2);
context.Device.Add(d3);
context.Device.Add(d4);
context.Device.Add(d5);
context.Device.Add(d6);
TeleVision tv = new TeleVision {
Name = "Телевизор", State = false, CurrentChanel = "ICTV", Volume = 20, Brightness = 30, Mode = false, Device = d1
};
context.TeleVision.Add(tv);
Conditioner c = new Conditioner {
Name = "Кондиционер", State = false, Programm = 2, Device = d6
};
DVD d = new DVD {
State = false, IsDiskboxOpen = false, IsPlay = false, TeleVision = tv
};
Fridge f = new Fridge {
Name = "Холодильник", State = false, StateFrize = false, Programm = 1, Device = d5
};
Kettle k = new Kettle {
Name = "Чайник", State = false, Device = d4
};
TapRecoder tr = new TapRecoder {
Name = "Музыкальный центр", State = false, Mode = false, Volume = 20, Device = d3
};
Lamp l = new Lamp {
Name = "Лампа", State = false, Brightness = 20, CurrentColor = 1, Device = d2
};
context.Conditioner.Add(c);
context.DVD.Add(d);
context.Fridge.Add(f);
context.Kettle.Add(k);
context.TapeReoder.Add(tr);
context.Lamp.Add(l);
context.SaveChanges();
}
