public void TestUnCrewedToCold()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 2;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestHumidToHigh()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 60;
ad.ProcessData();
Assert.Equal(61, ad.TempControlBafflePosition);
}
public void TestHumidityWithinAcceptableLowerDeviance()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 35;
ad.ProcessData();
Assert.Equal(60, ad.TempControlBafflePosition);
}
public void TestTempToHot()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 19.6;
ad.ProcessData();
Assert.Equal(61, ad.TempControlBafflePosition);
}
public void TestNewTempValueGenerated()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
AtmosphereData newad = new AtmosphereData(ad);
Assert.NotEqual(newad.Temperature, ad.Temperature);
}
public void TestTempWithinAcceptableLowerDeviance()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.Temperature = 18.5;
ad.ProcessData();
Assert.Equal(60, ad.TempControlBafflePosition);
}
public void TestSeperatorOffWhileUncrewed()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
AtmosphereData newad = new AtmosphereData(ad);
Assert.Equal(0, newad.SeperatorSpeed);
}
public void TestLiquidInOutflow()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.LiquidInOutflow = true;
ad.ProcessData();
Assert.Equal(DiverterValvePositions.Reprocess, ad.ReprocessBafflePosition);
}
public void TestCrewedToDry()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.HumidityLevel = 34;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestMaxedTempControlBaffle()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.TempControlBafflePosition = 100;
ad.Temperature = 19.6;
ad.ProcessData();
Assert.Equal(100, ad.TempControlBafflePosition);
}
public void TestSeperatorOnWhileCrewed()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.CabinStatus = Modes.Crewed;
AtmosphereData newad = new AtmosphereData(ad);
newad.SeperatorSpeed.Should().BeGreaterThan(1000);
}
public void TestLiquidInOutflowCleared()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.ReprocessBafflePosition = DiverterValvePositions.Reprocess;
ad.LiquidInOutflow = false;
ad.ProcessData();
Assert.Equal(DiverterValvePositions.Accept, ad.ReprocessBafflePosition);
}
public void TestCrewedToCold()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.CabinStatus = Modes.Crewed;
ad.Temperature = 15;
ad.ProcessData();
Assert.Equal(59, ad.TempControlBafflePosition);
}
public void TestZeroedTempControlBaffle()
{
AtmosphereData ad = new AtmosphereData();
ad.SeedData();
ad.TempControlBafflePosition = 0;
ad.Temperature = 18.4;
ad.ProcessData();
Assert.Equal(0, ad.TempControlBafflePosition);
}