public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = TimeSpan.FromMinutes(1);
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = TimeSpan.FromMinutes(1);
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnDoorOpened(object sender, EventArgs e)
{
switch (myState)
{
case States.READY:
myLight.TurnOn();
myState = States.DOOROPEN;
break;
case States.SETPOWER:
powerLevel = 50;
myLight.TurnOn();
myDisplay.Clear();
myState = States.DOOROPEN;
break;
case States.SETTIME:
powerLevel = 50;
time = 1;
myLight.TurnOn();
myDisplay.Clear();
myState = States.DOOROPEN;
break;
case States.COOKING:
myCooker.Stop();
powerLevel = 50;
time = 1;
myState = States.DOOROPEN;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
ResetValues();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
ResetValues();
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking(Convert.ToInt32(Math.Round(Convert.ToDouble(powerLevel) / 7)), time * 60000); //rettelse
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
ResetValues();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
ResetValues();
myCooker.Stop();
myLight.TurnOff(); //Vi indsætter nedenfor TurnOn da der skal være lys i microen når man starter den
//myLight.TurnOn();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60); //Tid skal være seconds konsekvent over det hele.
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
// Calculate powerLevel to percent
int powerPercentLevel = (700 - powerLevel) * 100 / 700;
powerPercentLevel = 100 - powerPercentLevel;
myCooker.StartCooking(powerPercentLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
/*myDisplay.Clear();*/ //Fejl ifølge sekvensdiagram og UC
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void TestLight_TurnOn_CorrectOutput()
{
Console.SetOut(_stringWriter);
_light.TurnOn();
Assert.That(_stringWriter.ToString().Contains("on") && _stringWriter.ToString().Contains("Light"));
}
public void TurnOnIsCalledOnce()
{
_sut.TurnOn();
_sut.TurnOn();
_outputSub.ReceivedWithAnyArgs(1).OutputLine("");
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff(); // er ikke på SQD eller STM
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking((int)powerPercent, time * 1000 * 60); //Rettet til at sende PowerPercentage med.
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
ResetValues();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myLight.TurnOn();
// Added *1000 to turn the time variable into miliseconds, as the timer component works with that precision.
myCooker.StartCooking(powerLevel, time * 60 * 1000);
myState = States.COOKING;
break;
case States.COOKING:
ResetValues();
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
// I think this is a mistake, since on the STM
// It doesnt say anything about a light
// // it also fails with the integration test
//myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking((powerLevel / 7), time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
//Hvorfor clearer den her? Det står ikke i sekvensdiagrammet
myDisplay.Clear();
myLight.TurnOn();
myCooker.StartCooking(powerLevel, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
//Removed Display.Clear(), not in diagrams
//myDisplay.Clear();
myLight.TurnOn();
//Divide powerlevel with 7 to get procentage
myCooker.StartCooking(powerLevel / 7, time * 60);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
//myDisplay.Clear(); It shouldn't clear Display according to UC
myLight.TurnOn();
myCooker.StartCooking(powerLevel, (time * 60) * 1000);
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void OnStartCancelPressed(object sender, EventArgs e)
{
switch (myState)
{
case States.SETPOWER:
powerLevel = 50;
time = 1;
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
case States.SETTIME:
//myDisplay.Clear(); Slettet linje per UC definition
myLight.TurnOn();
myCooker.StartCooking(powerLevel, (time * 60) * 1000); //Sender sekunder, forventer millisekunder dette er rettet
myState = States.COOKING;
break;
case States.COOKING:
powerLevel = 50;
time = 1;
myCooker.Stop();
myLight.TurnOff();
myDisplay.Clear();
myState = States.READY;
break;
}
}
public void TurnOn_IsOnIsFalse_OutputIsCalledCorrectly()
{
// Act:
_lmt.TurnOn();
// Assert:
Assert.That(textWriter.ToString(), Contains.Substring("on"));
}
public void TurnOn_LightIsTurnedOnIsWritten()
{
_sut.TurnOn();
var text = _readConsole.ToString();
Assert.That(text, Is.EqualTo("Light is turned on\r\n"));
}
public void TurnOn_Called_OutputCorrect()
{
_light.TurnOn();
string expected = $"Light is turned on{Environment.NewLine}";
Assert.AreEqual(expected, _sw.ToString());
}
public void TestLight_OutputTurnOn()
{
Console.SetOut(_writer);
_light.TurnOn();
string ConsoleOutput = _writer.ToString();
Assert.That(ConsoleOutput, Is.EqualTo($"Light is turned on\r\n"));
}
public void TurnOn_WasOff_CorrectOutput()
{
using (StringWriter sw = new StringWriter())
{
Console.SetOut(sw);
_light.TurnOn();
string expected = $"Light is turned on{Environment.NewLine}";
Assert.AreEqual(expected, sw.ToString());
}
}
public void LightOn_OutputTest()
{
string Log;
StringWriter stringWriter = new StringWriter();
Console.SetOut(stringWriter);
_sut.TurnOn();
Log = stringWriter.ToString();
Assert.That(Log, Is.EqualTo("Light is turned on\r\n"));
}
public void LightOnOutputLightOnTest()
{
string console;
StringWriter stringWriter = new StringWriter();
Console.SetOut(stringWriter);
_sut.TurnOn();
console = stringWriter.ToString();
Assert.That(console, Is.EqualTo("Light is turned on\r\n"));
}
public void DoorOpenedThenClosed_UITurnsLightOnOff()
{
_uut.Open();
_uut.Close();
Received.InOrder(() =>
{
_light.TurnOn();
_light.TurnOff();
});
}
public void TurnOn_WasOff_ExpectedOutputInConsole_LightIsTurnedOn()
{
StringWriter stringWriter = new StringWriter();
Console.SetOut(stringWriter);
light.TurnOn();
Assert.That(stringWriter.ToString().ToLower().Contains("on") && stringWriter.ToString().ToLower().Contains("light"));
}
public void OnStartCancelPressed_MyStateIsSetPower_LightGetsTurnedOff()
{
//Arrange
_userInterface.OnPowerPressed(_powerButton, EventArgs.Empty);
_light.TurnOn();
//Act
_userInterface.OnStartCancelPressed(_startCancelButton, EventArgs.Empty);
//Assert
_output.Received().OutputLine(Arg.Is <string>(str => str.Contains("off")));
}
public void StartCancelButton_Press_TurnOn_StartCooking()
{
//Act
_powerButton.Press();
_timeButton.Press();
_startCancelButton.Press();
//Assert
Assert.Multiple(() =>
{
_light.TurnOn();
_cookController.Received(1).StartCooking(50, 1 * 60);
});
}
static void Main(string[] args)
{
ICreator creator = new BulbCreator();
ILight light = creator.Factory();
light.TurnOn();
light.TurnOff();
creator = new TubeCreator();
light = creator.Factory();
light.TurnOn();
light.TurnOff();
Console.ReadKey();
}
