internal WasteComposition(string constituent, decimal minConcentration, decimal maxConcentration, ChemicalCompositionCategory chemicalCompositionType)
{
Constituent = constituent;
MinConcentration = minConcentration;
MaxConcentration = maxConcentration;
ChemicalCompositionType = chemicalCompositionType;
}
internal WasteComposition(string constituent, decimal minConcentration, decimal maxConcentration, ChemicalCompositionCategory chemicalCompositionType)
{
Constituent = constituent;
MinConcentration = minConcentration;
MaxConcentration = maxConcentration;
ChemicalCompositionType = chemicalCompositionType;
}
public static WasteComposition CreateWasteComposition(string constituent, decimal minConcentration, decimal maxConcentration, ChemicalCompositionCategory chemicalCompositionType)
{
return new WasteComposition(constituent, minConcentration, maxConcentration, chemicalCompositionType);
}
public static WasteComposition CreateWasteComposition(string constituent, decimal minConcentration, decimal maxConcentration, ChemicalCompositionCategory chemicalCompositionType)
{
return(new WasteComposition(constituent, minConcentration, maxConcentration, chemicalCompositionType));
}
public void GetWasteCompositionPercentages_ListWithOneItem_ReturnsExpectedResult(string constituent,
decimal min,
decimal max,
ChemicalCompositionCategory category)
{
wasteType.WasteCompositions = new List <WasteComposition>
{
WasteComposition.CreateWasteComposition(constituent, min, max, category)
};
var result = formatter.GetWasteCompositionPercentages(wasteType);
AssertExpectedCompositionPercentage(constituent, max, min, result.Single());
}
public void GetWasteCompositionPercentages_ListWithOneItem_ReturnsExpectedResult(string constituent,
decimal min,
decimal max,
ChemicalCompositionCategory category)
{
wasteType.WasteCompositions = new List<WasteComposition>
{
WasteComposition.CreateWasteComposition(constituent, min, max, category)
};
var result = formatter.GetWasteCompositionPercentages(wasteType);
AssertExpectedCompositionPercentage(constituent, max, min, result.Single());
}
