private WasteAdditionalInformation(string constituent, decimal minConcentration, decimal maxConcentration, WasteInformationType wasteInformationType)
{
Constituent = constituent;
MinConcentration = minConcentration;
MaxConcentration = maxConcentration;
WasteInformationType = wasteInformationType;
}
private WasteAdditionalInformation(string constituent, decimal minConcentration, decimal maxConcentration, WasteInformationType wasteInformationType)
{
Constituent = constituent;
MinConcentration = minConcentration;
MaxConcentration = maxConcentration;
WasteInformationType = wasteInformationType;
}
private void AssertExpectedCompositionPercentageUnits(string constituent,
decimal max,
decimal min,
WasteInformationType wasteInformationType,
ChemicalCompositionPercentages result)
{
var name = string.Empty;
if (wasteInformationType == WasteInformationType.HeavyMetals ||
wasteInformationType == WasteInformationType.NetCalorificValue)
{
name = wasteInformationType == WasteInformationType.HeavyMetals
? constituent + " mg/kg"
: constituent + " MJ/kg";
}
else
{
name = constituent + " wt/wt %";
}
Assert.Equal(name, result.Name);
Assert.Equal(max.ToString("N"), result.Max);
Assert.Equal(min.ToString("N"), result.Min);
}
public void GetWasteAdditionalInformationCompositonPercentages_ReturnExpectedResult(string constituent,
decimal min,
decimal max,
WasteInformationType type)
{
wasteType.WasteAdditionalInformation = new List <WasteAdditionalInformation>
{
WasteAdditionalInformation.CreateWasteAdditionalInformation(constituent,
min, max, type)
};
var result =
formatter.GetAdditionalInformationChemicalCompositionPercentages(wasteType.WasteAdditionalInformation);
AssertExpectedCompositionPercentageUnits(constituent, max, min, type, result.Single());
}
public static WasteAdditionalInformation CreateWasteAdditionalInformation(string constituent, decimal minConcentration, decimal maxConcentration, WasteInformationType wasteInformationType)
{
return new WasteAdditionalInformation(constituent, minConcentration, maxConcentration, wasteInformationType);
}
public static WasteAdditionalInformation CreateWasteAdditionalInformation(string constituent, decimal minConcentration, decimal maxConcentration, WasteInformationType wasteInformationType)
{
return(new WasteAdditionalInformation(constituent, minConcentration, maxConcentration, wasteInformationType));
}
private void AssertExpectedCompositionPercentageUnits(string constituent,
decimal max,
decimal min,
WasteInformationType wasteInformationType,
ChemicalCompositionPercentages result)
{
var name = string.Empty;
if (wasteInformationType == WasteInformationType.HeavyMetals ||
wasteInformationType == WasteInformationType.NetCalorificValue)
{
name = wasteInformationType == WasteInformationType.HeavyMetals
? constituent + " mg/kg"
: constituent + " MJ/kg";
}
else
{
name = constituent + " wt/wt %";
}
Assert.Equal(name, result.Name);
Assert.Equal(max.ToString("N"), result.Max);
Assert.Equal(min.ToString("N"), result.Min);
}
public void GetWasteAdditionalInformationCompositonPercentages_ReturnExpectedResult(string constituent,
decimal min,
decimal max,
WasteInformationType type)
{
wasteType.WasteAdditionalInformation = new List<WasteAdditionalInformation>
{
WasteAdditionalInformation.CreateWasteAdditionalInformation(constituent,
min, max, type)
};
var result =
formatter.GetAdditionalInformationChemicalCompositionPercentages(wasteType.WasteAdditionalInformation);
AssertExpectedCompositionPercentageUnits(constituent, max, min, type, result.Single());
}
