public void Calculate_AddsToLogString_WhenCalled()
{
// Arrange
m_Wire.GetSignal().Returns(true);
// Act
m_Sut.Calculate(TimeDoesNotMatter);
// Assert
Assert.AreEqual("[0,1]",
m_Sut.GetLog());
}
public void Calculate_SetsWireOutToFalse_ForWireInIsTrue()
{
// Arrange
Inverter sut = CreateSut(m_WireIn,
m_WireOut);
m_WireIn.SetSignal(TimeDoesNotMatter,
true);
// Act
sut.Calculate(0);
// Assert
m_WireOut.GetSignal().ShouldBeFalse();
}
public void Calculate(int time)
{
bool value = m_WireInOne.GetSignal() ||
m_WireInTwo.GetSignal();
m_WireOut.SetSignal(time,
value);
}
public void ThenTheWireOrOutputIsTrue(string wireName,
bool expected)
{
IWire wire = GetWireFromContext(wireName);
SleepWaitAndDo(() => IsExpectedOutputSignal(expected,
wire),
DoNothing);
bool actual = wire.GetSignal();
Assert.AreEqual(expected,
actual);
}
public void FunctionUnderTest_ExpectedResult_UnderCondition(bool inputOne,
bool inputTwo,
bool expected)
{
// Arrange
m_WireInOne.GetSignal().Returns(inputOne);
m_WireInTwo.GetSignal().Returns(inputTwo);
// Act
m_Sut.Calculate(0);
// Assert
m_WireOut.Received().SetSignal(TimeDoesNotMatter,
expected);
}
public bool GetSignal()
{
return(m_Wire.GetSignal());
}
private bool IsExpectedOutputSignal(bool expected,
IWire wire)
{
return(expected == wire.GetSignal());
}
public void Calculate(int time)
{
m_WireOut.SetSignal(time,
!m_WireIn.GetSignal());
}