public void GivenANewPneumaticPumpAndANuclearReactorWithTemperatureOf80Degrees_WhenTurnWithANuclearReactor_ThenTheTemperatureShouldStayTheSame()
{
//GivenANewPneumaticPumpAndANuclearReactorWithTemperatureOf80Degrees
NuclearReactor reactor = new NuclearReactor();
reactor.Temperature = 80;
PneumaticPump pump = new PneumaticPump();
//WhenTurnWithANuclearReactorWithTemperatureOf101Degrees
pump.Turn(reactor);
//ThenTheTemperatureShouldDecreaseOf1Degree
Assert.AreEqual(80, reactor.Temperature);
}
public void GivenANewNuclearReactor_WhenSplitting_ThenTemperatureShouldIncreaseBy1()
{
//GivenANewNuclearReactor
NuclearReactor fukushima = new NuclearReactor();
int prev = fukushima.Temperature;
//WhenSplitting
fukushima.Split();
int current = fukushima.Temperature;
//ThenTemperatureShouldIncreaseBy1
Assert.AreEqual(1, current - prev);
}
public void GivenANewNuclearReactor_WhenTemperatureIncreases_ThenAlarmGoes()
{
//GivenANewNuclearReactor
NuclearReactor fukushima = new NuclearReactor();
NuclearReactor eventSource = null;
bool alarmHandled = false;
//ThenAlarmGoes
fukushima.Alarm += (r) => {
eventSource = r;
alarmHandled = true;
};
//WhenTemperatureIncreases
fukushima.Split();
Assert.IsTrue(alarmHandled);
Assert.AreEqual(fukushima, eventSource);
}
public NuclearReactorTest()
{
_nuclearReactor = new NuclearReactor();
}
