public void RunSelfTest_Success_SelftestApproved()
{
_heater.RunSelfTest().Returns(true);
_sensor.RunSelfTest().Returns(true);
_window.RunSelfTest().Returns(true);
Assert.IsTrue(_uut.RunSelfTest());
}
public void RunSelfTest_SelfTestReturnsTrue()
{
// Act
_tempSensor.RunSelfTest().Returns(true);
_heater.RunSelfTest().Returns(true);
Assert.IsTrue(_uut.RunSelfTest());
// Assert
}
public void RunSelfTest_CombinationOfInput_CorrectOutput(
bool tempResult, bool heaterResult, bool expectedResult)
{
_fakeTempSensor.SelfTestResult = tempResult;
_fakeHeater.SelfTestResult = heaterResult;
Assert.That(_uut.RunSelfTest(), Is.EqualTo(expectedResult));
}
public void RunSelfTest_StubsReturnsAllBoolValues_ReturnsCorrectBool(bool heaterBool, bool sensorBool, bool result)
{
_heater.RunSelfTest().Returns(heaterBool);
_tempSensor.RunSelfTest().Returns(sensorBool);
// work is done in setup
bool selfTestResult = uut.RunSelfTest();
Assert.That(selfTestResult, Is.EqualTo(result));
}
public void RunSelfTest_StubsSetToXandY_ExpectZ(bool X, bool Y, bool Z)
{
//Arrange
_fakeHeater.RunSelfTest().Returns(X);
_fakeTempSensor.RunSelfTest().Returns(Y);
//Act
bool result = uut.RunSelfTest();
//Assert
Assert.That(result, Is.EqualTo(Z));
}
public void RunSelftest_AllSubtestsPass_ReturnsTrue(
bool TempTest,
bool HeaterTest,
bool WindowTest,
bool ExpectedResult)
{
_fakeTempSensor.RunSelfTest().Returns(TempTest);
_fakeHeater.RunSelfTest().Returns(HeaterTest);
_fakeWindow.RunSelfTest().Returns(WindowTest);
Assert.That(_uut.RunSelfTest(), Is.EqualTo(ExpectedResult));
}
public void RunSelfTest_StubsSetToXandY_ExpectZ(bool X, bool Y, bool Z)
{
StubTempSensor sts = new StubTempSensor(0);
sts.RunSelftestBool = X;
StubHeater sh = new StubHeater();
sh.RunSelftestBool = Y;
uut = new ECS(sts, sh, 10);
bool result = uut.RunSelfTest();
Assert.That(result, Is.EqualTo(Z));
}
public void TestSelfTest(bool Heater, bool Temp, bool expeted)
{
//Arrange
var subHeater = NSubstitute.Substitute.For <IHeater>();
var subTemp = NSubstitute.Substitute.For <ITempSensor>();
var uut = new ECS(subTemp, subHeater, 3);
//Arrange stub
subHeater.RunSelfTest().Returns(Heater);
subTemp.RunSelfTest().Returns(Temp);
//Act / Assert
Assert.That(uut.RunSelfTest(), Is.EqualTo(expeted));
}
public void RunSelfTestTests(bool tempSensorStatus, bool heaterStatus, bool windowStatus, bool expectedValue)
{
tempSensor.selfTestResult = tempSensorStatus;
heater.selfTestResult = heaterStatus;
window.SelfTestResult = windowStatus;
var result = UUT.RunSelfTest();
if (expectedValue == true)
{
Assert.That(result, Is.True);
}
else
{
Assert.That(result, Is.False);
}
}
public void RunSelfTest_TempSensorFails_SelfTestFails()
{
_tempSensor.RunSelfTest().Returns(false);
_heater.RunSelfTest().Returns(true);
Assert.IsFalse(_uut.RunSelfTest());
}
public void RunSelfTest_SelfTestFails_TempOrHeaterIsFalse(bool temp, bool heater)
{
_tempSensor.RunSelfTest().Returns(temp);
_heater.RunSelfTest().Returns(heater);
Assert.IsFalse(_uut.RunSelfTest());
}
public void RunSelfTest_HeaterSensor_Res(bool hSelftest, bool tSSelfTest, bool res)
{
_fakeHeater.RunSelfTest().Returns(hSelftest);
_fakeTempSensor.RunSelfTest().Returns(tSSelfTest);
Assert.That(_uut.RunSelfTest() == res);
}
public void RunSelfTest_Test(bool hReturn, bool tReturn, bool Result)
{
_fakeTempSensor.RunSelfTest().Returns(tReturn);
_fakeHeater.RunSelfTest().Returns(hReturn);
Assert.That(_uut.RunSelfTest(), Is.EqualTo(Result));
}
public void ECS_RunSelfTest_True()
{
Assert.That(uut.RunSelfTest(fakeTempSensor, new FakeHeaterTrue()), Is.True);
}
public void RunSelfTest_True()
{
bool res = uut.RunSelfTest();
Assert.That(res, Is.True);
}
