public void Regulate_TempBelowThreshold_HeaterTurnedOn(int curTemp, int thres, int reg)
{
_fakeTempSensor.GetTemp().Returns(curTemp);
_uut.SetThreshold(thres);
_uut.Regulate();
_fakeHeater.Received(reg).TurnOn();
}
public void SetAndGetThreshold_ChangeThreshold_ThresholdChanged(int threshold)
{
//Arrange
//Act
_ecsSystem.SetThreshold(threshold);
//Assert
Assert.AreEqual(_ecsSystem.GetThreshold(), threshold);
}
public void SetThreshold_initiateWithXChangeToY_ThresholdIsY(int Y)
{
//Arrange
//Act
uut.SetThreshold(Y);
//Act
Assert.That(uut.GetThreshold(), Is.EqualTo(Y));
}
public void Regulate_TemperatureOverThreshold_ECSTurnOffHeater(int temp, int threshold)
{
//Arrange
_tempSensor.GetTemp().Returns(temp);
_ecsSystem.SetThreshold(threshold);
//Act
_ecsSystem.Regulate();
//Assert
_heater.Received(1).TurnOff();
}
public void SetThreshold_ThresholdIsSetCorrect()
{
// Act
_uut.SetThreshold(20);
Assert.That(_uut.GetThreshold(), Is.EqualTo(20));
}
public void SetThreshold_initiateWithXChangeToY_ThresholdIsY(int X, int Y)
{
uut = new ECS(new dummyTemoSensor(), new dummyHeater(), X);
uut.SetThreshold(Y);
Assert.That(uut.GetThreshold(), Is.EqualTo(Y));
}
public void SetThreshold_Test(int thr)
{
var uut = new ECS(35, new TestTempSensor(), new TestHeater());
uut.SetThreshold(thr);
Assert.That(uut.GetThreshold(), Is.EqualTo(thr));
}
public void ECS_SetAndGetThreshold_Simplecases(int a, int expected)
{
var uut = new ECS(0, new FakeTempSensor(), new FakeHeater(), new FakeWindow());
uut.SetThreshold(a);
Assert.That(uut.GetThreshold(), Is.EqualTo(expected));
}
public void Regulate_CorrectLogRes(int thresh, int temp, string logRes)
{
uut.SetThreshold(thresh);
_fakeTempSensor.Temp = temp;
uut.Regulate();
Assert.That(_fakeHeater.Log.Log, Is.EqualTo(logRes));
}
public void Regulate_TempOverThreshold_HeaterOff(int thr)
{
//Arrange
//Tester metoden regulate at heateren turner off, når tærskelværdien ligger under den retunerede Fake-temperaturværdi på 24
//Ønsker at der skal være koldere
//Act
uut.SetThreshold(thr);
uut.Regulate();
string state = "Heater Off";
//Assert
Assert.That(_fakeHeater.state, Is.EqualTo(state));
}
public void Regulate_SetThresholdAboveMaxTempRange_HeaterTurnsOn()
{
// Arrange
uut.SetThreshold(21);
// Act
uut.Regulate();
}
public static void Main()
{
var ecs = new ECS(28, new TempSensor(), new Heater(), new Window(10));
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
var ecs = new ECS(28);
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
var ecs = new ECS(28, new TempSensor(), new Heater());
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
var ecs = new ECS(25, new TempSensor(), new Heater());
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
var ecs = new ECS(28, new TempSensor.TempSensor(), new Heater.Heater());
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
System.Console.ReadKey();
}
public void TestWith(int th, int result)//State based test
{
//setup
UUT.SetThreshold(th);
//Act
int threshold = UUT.GetThreshold();
//Assert
Assert.That(threshold, Is.EqualTo(result));
}
public static void Main(string[] args)
{
var ecs = new ECS(28, new TempSensor());
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
// init commit test
}
public static void Main(string[] args)
{
var sensor = new TempSensor();
var heater = new Heater();
var ecs = new ECS(28, sensor, heater);
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
// Because of constructor injection, allocation is done in the constructor.
// Ability to chose which derivatives one wants to work with
var ecs = new ECS(28, new TempSensor(), new Heater());
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
ITempSensor _tempSensor = new TempSensor();
IHeater _heater = new Heater();
var ecs = new ECS(28, _heater, _tempSensor);
ecs.Regulate();
ecs.SetThreshold(20);
ecs.Regulate();
}
public static void Main(string[] args)
{
//Create dependencies
ITempSensor _tempSensor = new TempSensor();
IHeater _heater = new Heater();
//Create ECS sytem class
var ecs = new ECS(28, _tempSensor, _heater);
ecs.Regulate();
ecs.SetThreshold(20);
}
public void TestSetTresHold_ResultOK()
{
uut.SetThreshold(4);
Assert.That(uut.GetThreshold(), Is.EqualTo(4));
}
public void SetThreshold_Set20_ResultTrue(int a)
{
uut.SetThreshold(a);
Assert.That(uut.GetThreshold(), Is.EqualTo(a));
}
public void SetThreshold_ReturnsCorrectThreshold(int thr, int result)
{
uut.SetThreshold(thr);
Assert.That(uut.GetThreshold(), Is.EqualTo(result));
}
public void SetGetThresholdTest_ThresholdIs30()
{
UUT.SetThreshold(30);
Assert.That(UUT.GetThreshold(), Is.EqualTo(30));
}
public void GetThreshold_ThresholdSetTo20_Returns20()
{
_uutEcs.SetThreshold(20);
Assert.AreEqual(_uutEcs.GetThreshold(), 20);
}
public void SetThreshold_GetThreshold_TestCase(int a)
{
uut.SetThreshold(a);
Assert.That(uut.GetThreshold(), Is.EqualTo(a));
}
public void SetThreshold_Test(int a)
{
_uut.SetThreshold(a);
Assert.That(_uut.GetThreshold(), Is.EqualTo(a));
}
public void SetThreshold_initiateWithXChangeToY_ThresholdIsY(int X, int Y)
{
uut = new ECS(tempSensor, heater, X);
uut.SetThreshold(Y);
Assert.That(uut.GetThreshold(), Is.EqualTo(Y));
}
