public void TestChangeToProcessing()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.ProcessData();
Assert.Equal(SystemStatus.Processing, co2.Status);
}
public void TestChangeToStandby()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Co2Level = 1;
co2.ProcessData();
Assert.Equal(SystemStatus.Standby, co2.Status);
}
public void TestStandbyBed1Temp()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
CarbonDioxideRemediation newco2 = new CarbonDioxideRemediation(co2);
newco2.Bed1Temperature.Should().BeLessThan(33);
}
public void TestStandbyFanOff()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Co2Level = 1;
co2.ProcessData();
Assert.False(co2.FanOn);
}
public void TestGenerateNewCo2Level()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
CarbonDioxideRemediation newco2 = new CarbonDioxideRemediation(co2);
Assert.NotEqual(newco2.Co2Level, co2.Co2Level);
}
public void TestCopyConstructor()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
CarbonDioxideRemediation newco2 = new CarbonDioxideRemediation(co2);
Assert.Equal(newco2.AbsorbingBed, co2.AbsorbingBed);
}
public void TestFanTrouble()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = false;
co2.ProcessData();
Assert.Equal(SystemStatus.Trouble, co2.Status);
}
public void TestProcessingTrouble_FanOff()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.Bed2Temperature = 230;
co2.ProcessData();
Assert.Equal(SystemStatus.Trouble, co2.Status);
}
public void TestSimulateProcessing()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
co2.Bed2Temperature = 240;
co2.ProcessData();
Assert.Equal(SystemStatus.Processing, co2.Status);
}
public void TestGenerateBed1RegeneratingTemp()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
CarbonDioxideRemediation newco2 = new CarbonDioxideRemediation(co2);
newco2.Bed1Temperature.Should().BeLessOrEqualTo(119);
}
public void TestProcessingTrouble_HighRegeneratingBedTemp()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
co2.Bed2Temperature = 260;
co2.ProcessData();
co2.Status.Should().Be(SystemStatus.Trouble, "bed 2 is regenerating, so it should be hot and bed 1 cold");
}
public void TestProcessingTrouble_LowRegeneratingBedTemp()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
co2.Bed2Temperature = 21;
co2.ProcessData();
Assert.Equal(SystemStatus.Trouble, co2.Status);
}
public void TestAbsorbingBedChangeToBed2()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
co2.Bed2Temperature = 230;
co2.count = 31;
co2.ProcessData();
Assert.Equal(BedOptions.Bed2, co2.AbsorbingBed);
}
public void TestProcessingTrouble_HighCo2Output()
{
CarbonDioxideRemediation co2 = new CarbonDioxideRemediation();
co2.SeedData();
co2.Status = SystemStatus.Processing;
co2.FanOn = true;
co2.Bed2Temperature = 230;
co2.Co2OutputLevel = 5;
co2.ProcessData();
Assert.Equal(SystemStatus.Trouble, co2.Status);
}