private HCode CreateHCode(bool notApplicable, IEnumerable <Guid> codeIds)
{
if (notApplicable)
{
return(HCode.CreateNotApplicable());
}
var wasteCodes = Task.Run(() => wasteCodeRepository.GetWasteCodesByIds(codeIds)).Result;
return(HCode.CreateFor(wasteCodes));
}
public void CanCreateWasteType()
{
var wasteType = new WasteType(ImportNotificationId,
"WasteTypeName",
BaselOecdCode.CreateFor(AnyWasteCode(CodeType.Basel)),
EwcCode.CreateFor(new[] { AnyWasteCode(CodeType.Ewc) }),
YCode.CreateFor(new[] { AnyWasteCode(CodeType.Y) }),
HCode.CreateFor(new[] { AnyWasteCode(CodeType.H) }),
UnClass.CreateFor(new[] { AnyWasteCode(CodeType.Un) }),
ChemicalComposition.Other);
Assert.IsType <WasteType>(wasteType);
}
public void HCodesAreSet()
{
var hCode = AnyWasteCode(CodeType.H);
var hCodeId = new Guid("B21D8610-EBB0-436F-BD26-D2F40B42B866");
ObjectInstantiator <WasteCode> .SetProperty(x => x.Id, hCodeId, hCode);
var wasteType = new WasteType(ImportNotificationId,
"WateTypeName",
BaselOecdCode.CreateNotListed(),
EwcCode.CreateFor(new[] { AnyWasteCode(CodeType.Ewc) }),
YCode.CreateNotApplicable(),
HCode.CreateFor(new[] { hCode }),
UnClass.CreateNotApplicable(),
ChemicalComposition.Other);
Assert.Equal(1, wasteType.WasteCodes.Count(wc => wc.WasteCodeId == hCodeId));
}
public void AnyHCodesWrongType_Throws(CodeType codeType)
{
Assert.Throws <ArgumentException>(() => HCode.CreateFor(new[] { AnyWasteCode(codeType) }));
}
public void HCode_CreateFor_Null_Throws()
{
Assert.Throws <ArgumentNullException>(() => HCode.CreateFor(null));
}
