/// <summary>
/// Implemente uma classe Televisão que tenha métodos para ligar e
/// desligar, aumentar ou diminuir o volume(com mínimo de 0 e máximo de 100) e
/// subir ou baixar o canal(entre 1 e 83).
/// </summary>
public void Ex09_08_3()
{
Television television = new Television();
string op = "";
int s;
while (op != "S")
{
Console.Clear();
Console.WriteLine("on or ON - Turn on the television.");
Console.WriteLine("off or OFF - Turn off the television.");
Console.WriteLine("ic or IC - Increase the channel.");
Console.WriteLine("dc or DC - Decrease the channel.");
Console.WriteLine("iv or IV - Increase the volume.");
Console.WriteLine("dv or DV - Decrease the volume.");
Console.WriteLine("s or S - Exit.");
Console.WriteLine();
Console.WriteLine(television);
Console.WriteLine();
Console.Write("Option: ");
op = Console.ReadLine().ToUpper();
switch (op)
{
case "ON":
television.TurnOn();
break;
case "OFF":
television.TurnOff();
break;
case "IC":
television.IncreaseChannel();
break;
case "DC":
television.DecreaseChannel();
break;
case "IV":
television.IncreaseVolume();
break;
case "DV":
television.DecreaseVolume();
break;
case "S":
break;
default:
Console.WriteLine("Invalid Option.");
break;
}
}
}
static void Main(string[] args)
{
//Creacion de Televsion y de Monitor en la Fabrica
Fabrica <Television> f1 = new Fabrica <Television>(4);
Fabrica <Monitor> f2 = new Fabrica <Monitor>(2);
//Creacion de 4 Televisores
Television t1 = new Television(1, 32, ECalidad.FullHD4K, EMarcaTel.Philips);
Television t2 = new Television(2, 42, ECalidad.FullHD, EMarcaTel.LG);
Television t3 = new Television(3, 32, ECalidad.FullHD8K, EMarcaTel.LG);
Television t4 = new Television(4, 52, ECalidad.FullHD8K, EMarcaTel.Sony);
//Creacion de 2 Monitores
Monitor c1 = new Monitor(1, 20, ECalidad.FullHD, EMarcaMoni.ViewSonic);
Monitor c2 = new Monitor(2, 18, ECalidad.FullHD8K, EMarcaMoni.Zowie);
//YA INGRESADO
//f1 += c1;
f1 += t1;
f1 += t2;
f1 += t3;
f2 += c2;
//YA INGRESADO
f1 += t4;
f2 += c1;
//SIN LUGAR
f1 += t4;
Console.WriteLine(f1.Mostrar());
Console.WriteLine(f2.Mostrar());
/*using (XmlTextWriter writer = new XmlTextWriter("DatosTelevisores.xml", Encoding.UTF8))
* {
* //Creo un objeto que 'sabe' como serializar a XML
* //Le tengo que indicar que tipo de objeto se va a serializar
* XmlSerializer ser = new XmlSerializer(typeof(Fabrica<Television>));
*
* //Utilizo el método Serialize, pasándole el 'escritor' de XML
* //y el objeto a serializar
* ser.Serialize(writer, f1);
* }
*
*
* using (XmlTextWriter writer = new XmlTextWriter("DatosMonitores.xml", Encoding.UTF8))
* {
* //Creo un objeto que 'sabe' como serializar a XML
* //Le tengo que indicar que tipo de objeto se va a serializar
* XmlSerializer ser = new XmlSerializer(typeof(Fabrica<Monitor>));
*
* //Utilizo el método Serialize, pasándole el 'escritor' de XML
* //y el objeto a serializar
* ser.Serialize(writer, f2);
* }
*/
Console.ReadLine();
}
public void BeforeMoveingTest()
{
var target = new Television("TV", 1, 1);
var expected = Power.Off;
target.BeforeMoveing();
var actual = target.Power;
Assert.AreEqual(expected, actual);
}
public void MoveTest()
{
var target = new Television("TV", 1, 1);
var expected = new Location(2, 2).ToString();
target.Move(2, 2);
var actual = target.Location.ToString();
Assert.AreEqual(expected, actual);
}
public void TestTVOff()
{
Device device = new Television();
Command command = new Off(device);
DeviceButton button = new DeviceButton(command);
button.press();
button.press();
Assert.AreEqual(device.status, Status.off);
}
public static void Run()
{
// The TV's remote control is an ISignalling<Tuple<TVEvent, int>>,
// and also an IObservable<Tuple<TVEvent, int>> (see Simulation 4 below):
ISignalling<TVEvent, int> remote = new TVRemote();
// The TV is in fact an IMachine<TVState, TVStatus, TVEvent, int>,
// here shortened to its base type IMachine<TVStatus> for simple enumeration purpose:
IMachine<TVStatus> television = new Television();
// The state of the TV is in fact an IState<TVStatus, TVEvent, int>,
// here shortened to its base type IState<TVStatus> for simple enumeration purpose:
IState<TVStatus> state = new TVState();
// Enumerating over the IEnumerable<TVEvent> (SampleSimulation1),
// which is the source of triggers for state transitions:
Console.WriteLine("Simulation 1:");
foreach (TVStatus value in state.Using(SampleSimulation1).Start(TVStatus.Unplugged))
;// not interested in doing anything special after each successful transition...
// Enumerating over the IEnumerable<TVEvent> (SampleSimulation2),
// which is the source of triggers for state transitions:
Console.WriteLine("Simulation 2:");
foreach (TVStatus value in state.Using(SampleSimulation2).Start(TVStatus.Unplugged))
// Just echo the state that we transitioned TO on the console:
Console.WriteLine("\t{0}", value);
// Anti-pattern:
// this coding style does work but isn't recommended:
Console.WriteLine("Simulation 3:");
if (!state.Start(TVStatus.Unplugged).IsFinal)
{
Console.WriteLine("\t... Done? {0}", state.IsFinal);
if (state.Consume(TVEvent.Plug) && !state.IsFinal)
{
Console.WriteLine("\t... Done? {0}", state.IsFinal);
if (state.Consume(TVEvent.SwitchOn) && !state.IsFinal)
{
Console.WriteLine("\t... Done? {0}", state.IsFinal);
if (state.Consume(TVEvent.SwitchOff) && !state.IsFinal)
{
Console.WriteLine("\t... Done? {0}", state.IsFinal);
if (state.Consume(TVEvent.Destroy) && !state.IsFinal)
Console.WriteLine("(not executed)");
else
Console.WriteLine("\t... Done? {0}", state.IsFinal);
}
}
}
}
Console.WriteLine("Simulation 4:");
// Ensure we are back in the start state:
state = television.Using(remote).Start(TVStatus.Unplugged);
// Now use the various remote control's Emit signatures:
remote.Emit(TVEvent.Plug);
remote.Emit(TVEvent.SwitchOn, 1);
remote.Emit(new Tuple<TVEvent, int>(TVEvent.SwitchOff, 2));
remote.Emit(new KeyValuePair<TVEvent, int>(TVEvent.Unplug, 3));
remote.Emit(TVEvent.Destroy, 4);
}
public void TurnOnTV_ShouldSetProperties()
{
// Arrange
Television television = new Television();
// Act
television.TurnOn();
// Assert
Assert.IsTrue(television.IsOn, "Hey, the television didn't turn on");
Assert.AreEqual(2, television.CurrentVolume);
}
/// <summary>Rerieves an instance of Television for the specified key.</summary>
/// <param name="key">A value that uniquely identifies the television.</param>
/// <returns>Returns an instance of <see cref="Television"/>.</returns>
public Television Find(Guid key)
{
var records = _eventStore.Read(key);
var history = records.Select <EventRecord, EntityEventArgs>(record => record.EventData.FromBinary <EntityEventArgs>());
Television entity = new Television(key);
foreach (var historicEvent in history)
{
entity.EntityState.Load(historicEvent);
}
return(entity);
}
public void Shallow_Return_Top_Level_Copy()
{
var tv = GetTelevision();
Television tvClone = tv.Clone() as Television;
Assert.NotNull(tvClone);
Assert.Equal(tv.Quantity, tvClone.Quantity);
Assert.Equal(tv.Worthiness, tvClone.Worthiness);
Assert.Equal(tv.Stock.Name, tvClone.Stock.Name);
Assert.Equal(tv.Stock.Manager.FirstName, tvClone.Stock.Manager.FirstName);
}
static void Main(string[] args)
{
var electrodomestico = new Electrodomestico();
var lavadora = new Lavadora();
var television = new Television();
var objects = new ICommonPriceFunctions[] { electrodomestico, lavadora, television };
foreach (var ob in objects)
{
var finalPrice = ob.FinalPrice();
}
Console.ReadLine();
}
public IActionResult Index()
{
Television television = new Television();
television.Name = "Martha";
television.SerialNumber = "J123DF4";
ViewData["ViewTelevision"] = television;
TempData["TempTelevision"] = television;
ViewBag.ViewBagTelevision = television;
return(View());
}
public void DefaultTelevisionTest()
{
//Arrange your variables
Television tv;
//Act by performing the action you want to test
tv = new Television();
//Assert by validating your expected outputs
Assert.IsFalse(tv.IsOn);
Assert.AreEqual(3, tv.CurrentChannel);
Assert.AreEqual(2, tv.CurrentVolume);
}
static void Main(string[] args)
{
var electrodomestico = new Electrodomestico();
var lavadora = new Lavadora();
var television = new Television();
var objects = new iSaveable[] { electrodomestico, lavadora, television };
foreach (var ob in objects)
{
ob.Save();
}
Console.ReadLine();
}
public void WhenIChangeChannelAndTvIsOnThenChannelChanges()
{
//Arrange
Television tv = new Television();
tv.TurnOn();
//Act
tv.ChangeChannel(5);
//Assert
Assert.AreEqual(5, tv.CurrentChannel);
}
public void Television_ChannelDownPast18Tests()
{
Type type = typeof(Television);
Television tv = (Television)Activator.CreateInstance(type);
type.GetMethod("TurnOn").Invoke(tv, null);
type.GetMethod("ChangeChannel").Invoke(tv, new object[] { 4 });
type.GetMethod("ChannelDown").Invoke(tv, null);
Assert.AreEqual(3, type.GetProperty("CurrentChannel").GetValue(tv), "ChannelDown should have incremented CurrentChannel by 1.");
type.GetMethod("ChannelDown").Invoke(tv, null);
Assert.AreEqual(18, type.GetProperty("CurrentChannel").GetValue(tv), "ChannelDown should not let CurrentChannel go past 3. Reset to 18.");
}
public void WhenIChannelUpFrom18ItShouldBe3()
{
//Arrange
Television tv = new Television();
tv.TurnOn();
tv.ChangeChannel(18);
//Act
tv.ChannelUp();
//Assert
Assert.AreEqual(3, tv.CurrentChannel);
}
public void SetChannelAbove18()
{
// Arrange
Television tv = new Television();
tv.TurnOn();
int currentChannel = tv.CurrentChannel;
// Act
tv.ChangeChannel(19);
// Assert
Assert.AreEqual(currentChannel, tv.CurrentChannel);
}
public void DoesATvTurnOnWhenITurnItOn()
{
//Arrange
Television tv = new Television();
//Act
tv.TurnOn();
//Assert
//Assert.IsFalse(tv.IsOn);
Assert.AreEqual(true, tv.IsOn);
Assert.AreEqual(3, tv.CurrentChannel);
Assert.AreEqual(2, tv.CurrentVolume);
}
public void Television_Constructor()
{
Type type = typeof(Television);
Television tv = (Television)Activator.CreateInstance(type);
PropertyInfo prop = type.GetProperty("IsOn");
Assert.AreEqual(false, prop.GetValue(tv), "New TVs should be turned off by default.");
prop = type.GetProperty("CurrentChannel");
Assert.AreEqual(3, prop.GetValue(tv), "New TVs should have the CurrentChannel set to 3 by default.");
prop = type.GetProperty("CurrentVolume");
Assert.AreEqual(2, prop.GetValue(tv), "New TVs should have the CurrentVolume set to 2 by default.");
}
public void ChannelUP_HappyPath()
{
// Arrange
Television television = new Television();
int currentChannel;
television.TurnOn();
currentChannel = television.CurrentChannel;
// Act
television.ChannelUp();
// Assert
Assert.AreEqual(++currentChannel, television.CurrentChannel);
}
public void ChangingChannelToNegative_ShouldLeaveChannelAsIs()
{
// Arrange - create a new tv and turn it on, store the current channel
Television tv = new Television();
tv.TurnOn();
int oldChannel = tv.CurrentChannel;
// Act - change the channel to -1
tv.ChangeChannel(-1);
// Assert - make sure channel is still the original value.
Assert.AreEqual(oldChannel, tv.CurrentChannel,
"Changing the channel to -1 should have left the current channel alone.");
}
public void TestVolumeDownTV()
{
int expected = 5;
Device device = new Television();
Command command = new VolumeDown(device);
DeviceButton button = new DeviceButton(command);
for (int i = 0; i < 5; i++)
{
button.press();
}
Assert.AreEqual(expected, device.volume);
}
// Methods (Main Method)
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
//Console.Read();
int myFirstInteger;
myFirstInteger = 10;
Console.WriteLine(myFirstInteger);
myFirstInteger = 20;
Console.WriteLine(myFirstInteger);
//const int myFirstConstantInteger = 10;
//myFirstConstantInteger = 20;
Television t = new Television();
t.Display();
Student student = new Student();
student.DepartmentId = 10;
student.StudentId = 1;
Console.WriteLine(student.TakeBook(10));
Student.AddCount();
Console.WriteLine(Student.GetCount());
Student student2 = new Student();
Student.AddCount();
student2.DepartmentId = 11;
student2.StudentId = 2;
Console.WriteLine(Student.GetCount());
//Console.WriteLine(student.)
int number = 5;
MyNumber myNumber = new MyNumber(number);
if (myNumber.IsEven())
{
Console.WriteLine("Even");
Console.WriteLine(myNumber.GetSignalColorPremium());
}
else
{
Console.WriteLine("Odd");
}
}
public static void Main()
{
ICommand command;
IElectronicDevice device;
DeviceButton button;
device = new Television();
command = new TurnOn(device);
button = new DeviceButton(command);
button.Press();
command = new TurnOff(device);
button = new DeviceButton(command);
button.Press();
command = new TurnUp(device);
button = new DeviceButton(command);
button.Press();
button.Press();
button.Press();
command = new TurnDown(device);
button = new DeviceButton(command);
button.Press();
// -----------------------------------
device = new Radio();
command = new TurnOn(device);
button = new DeviceButton(command);
button.Press();
command = new TurnOff(device);
button = new DeviceButton(command);
button.Press();
command = new TurnUp(device);
button = new DeviceButton(command);
button.Press();
button.Press();
button.Press();
command = new TurnDown(device);
button = new DeviceButton(command);
button.Press();
}
public void Television_ChangeChannelTests()
{
Type type = typeof(Television);
Television tv = (Television)Activator.CreateInstance(type);
// Change Channel before Turning On
type.GetMethod("ChangeChannel").Invoke(tv, new object[] { 5 });
Assert.AreEqual(3, type.GetProperty("CurrentChannel").GetValue(tv), "The TV was not turned on. CurrentChannel should not have changed.");
// Turn it on and change it
type.GetMethod("TurnOn").Invoke(tv, null);
type.GetMethod("ChangeChannel").Invoke(tv, new object[] { 5 });
Assert.AreEqual(5, type.GetProperty("CurrentChannel").GetValue(tv), "The Channel was Changed to 5. CurrentChannel should now be 5.");
}
public void Save(Television entity)
{
foreach (var eventArgs in entity.EntityState.Changes)
{
var change = (EntityEventArgs)eventArgs;
var record = new EventRecord
{
EntityKey = entity.Key,
EventKey = change.Key,
Version = entity.EntityState.Version,
SystemType = entity.GetType().AssemblyQualifiedName,
EventData = change.ToBinary()
};
_eventStore.Write(record);
}
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
tvLivingRoom = new Television("leefkamer");
radioKitchen = new Radio("keuken");
lampHallway = new SmartLamp("gang");
electricalAppliances = new List <ElectricalAppliance>
{
tvLivingRoom,
radioKitchen,
lampHallway
};
lblTVLivingRoomVolume.Content = tvLivingRoom.CurrentVolume;
lblRadioKitchenVolume.Content = radioKitchen.CurrentVolume;
}
public void Shallow_Modifies_Copy_If_Changed()
{
var tv = GetTelevision();
Television tvClone = tv.Clone() as Television;
tvClone.Stock.Manager.LastName = "ModifiedLastName";
tv.Stock.Name = "ModifiedName";
tv.Quantity--;
Assert.NotNull(tvClone);
Assert.NotEqual(tv.Quantity, tvClone.Quantity);
Assert.Equal(tv.Worthiness, tvClone.Worthiness);
Assert.Equal(tv.Stock.Name, tvClone.Stock.Name);
Assert.Equal(tv.Stock.Manager.FirstName, tvClone.Stock.Manager.FirstName);
}
private static Television GetTelevision()
{
Television television = new Television();
television.Quantity = 120;
television.Worthiness = 10;
television.Stock = new Stock
{
Manager = new Employee
{
LastName = "TestManager",
FirstName = "Test"
},
Name = "TestStock"
};
return(television);
}
public static void Main()
{
ISwitchable light = new Light();
ISwitchable television = new Television();
ICommand lightOff = new OffSwitchCommand(light);
ICommand lightOn = new OnSwitchCommand(light);
ICommand tvOff = new OffSwitchCommand(television);
ICommand tvOn = new OnSwitchCommand(television);
lightOff.Execute();
tvOn.Execute();
lightOn.Execute();
tvOff.Execute();
}
static void Main()
{
Television tv = new Television();
if (tv.IsOn() == false)
{
tv.TurnOn();
}
tv.ChangeChannel(3);
tv.IncreaseVolume();
tv.IncreaseVolume();
tv.IncreaseVolume();
tv.IncreaseVolume();
tv.TurnOff();
}
public static void Main(string[] args)
{
// our application will need some reveiver object
Television device = new Television();
// our application will need an invoker object, which
// in turns relies on concrete command objects:
ICommand on = new OnCommand(device); // command to switch device on
ICommand off = new OffCommand(device); // command to switch device off
ICommand up = new UpCommand(device); // command to turn volume up
ICommand down = new DownCommand(device);// command to turn volume down
// now we are ready to create our invoker object which
// we should think of as some sort of application menu.
RemoteControl menu = new RemoteControl(on, off, up, down);
// client code is now able to access the invoker object
menu.SwitchPowerOn();
menu.RaiseVolume();
menu.RaiseVolume();
menu.RaiseVolume();
menu.LowerVolume();
menu.SwitchPowerOff();
}
public void ShouldThrowOutofRangeExceptionTooLow()
{
var tv = new Television("", 10);
tv.Volume = -1;
}
public UpCommand(Television device)
{
_television = device;
}
public DownCommand(Television device)
{
_television = device;
}
