public void SetUnNumbersAndShippingName_NotApplicable_ReturnsUnShippingNumberAndNameNotApplicable()
{
wasteCodes.Add(TestableWasteCodeInfo.Create(CodeType.UnNumber, null, null, true));
viewModel.SetUnNumbersAndShippingNames(notification);
Assert.Equal(NotApplicable, viewModel.UnNumberAndShippingName);
}
public void SetUnNumbersAndShippingName_OneUnNumber_ReturnsUnShippingName()
{
wasteCodes.Add(TestableWasteCodeInfo.Create(CodeType.UnNumber, AnyCode, AnyString));
viewModel.SetUnNumbersAndShippingNames(notification);
Assert.Equal(AnyString, viewModel.UnShippingName);
}
public void CodeListToString_OneCode_ReturnsThatCode()
{
var result = formatter.CodeListToString(new[]
{
TestableWasteCodeInfo.Create(CodeType.Ewc, AnyCode)
});
Assert.Equal(AnyCode, result);
}
public void CodeListToString_NotApplicable_ReturnsNotApplicable()
{
var result = formatter.CodeListToString(new[]
{
TestableWasteCodeInfo.Create(CodeType.Basel, null, null, true)
});
Assert.Equal(WasteCodeInfoFormatter.NotApplicable, result);
}
public void CodeListToString_TwoHPCodes_ReturnsCodeListWithEUAdded()
{
var result = formatter.CodeListToString(new[]
{
TestableWasteCodeInfo.Create(CodeType.H, Hpcode + 1),
TestableWasteCodeInfo.Create(CodeType.H, Hpcode + 2)
});
Assert.Equal(string.Format("{0}1 EU, {0}2 EU", Hpcode), result);
}
public void CodeListToString_TwoCodes_ReturnsCodeList()
{
var result = formatter.CodeListToString(new[]
{
TestableWasteCodeInfo.Create(CodeType.Basel, AnyCode + 1),
TestableWasteCodeInfo.Create(CodeType.Basel, AnyCode + 2)
});
Assert.Equal(string.Format("{0}1, {0}2", AnyCode), result);
}
public void BaselAndOecdCode_HasCode_ReturnsCode(CodeType codeType)
{
wasteCodes.Add(TestableWasteCodeInfo.Create(codeType, AnyCode));
viewModel.SetBaselAndOecdCode(notification);
var result = (codeType == CodeType.Basel) ? viewModel.Basel : viewModel.Oecd;
var other = (codeType == CodeType.Basel) ? viewModel.Oecd : viewModel.Basel;
Assert.Equal(AnyCode, result);
Assert.Equal(string.Empty, other);
}
public void BaselAndOecdCode_IsNotApplicable_ReturnsNotApplicable(CodeType codeType)
{
wasteCodes.Add(TestableWasteCodeInfo.Create(codeType, null, null, true));
viewModel.SetBaselAndOecdCode(notification);
var result = (codeType == CodeType.Basel) ? viewModel.Basel : viewModel.Oecd;
var other = (codeType == CodeType.Basel) ? viewModel.Oecd : viewModel.Basel;
Assert.Equal(NotListed, result);
Assert.Equal(string.Empty, other);
}
public void SetUnNumbersAndShippingName_TwoUnNumbers_ReturnsNumberList()
{
wasteCodes.AddRange(new[]
{
TestableWasteCodeInfo.Create(CodeType.UnNumber, AnyCode + "1", AnyString + "1"),
TestableWasteCodeInfo.Create(CodeType.UnNumber, AnyCode + "2", AnyString + "2")
});
viewModel.SetUnNumbersAndShippingNames(notification);
var expectedCodesString = string.Format("{0}1, {0}2", AnyCode);
var expectedDescriptionsString = string.Format("{0}1, {0}2", AnyString);
var expectedNumberAndShippingNameString =
string.Format("{0}1 - {1}1{2}{0}2 - {1}2", AnyCode, AnyString, Environment.NewLine);
Assert.Equal(expectedCodesString, viewModel.UnNumber);
Assert.Equal(expectedDescriptionsString, viewModel.UnShippingName);
Assert.Equal(expectedNumberAndShippingNameString, viewModel.UnNumberAndShippingName);
}
public void GetValueOfCustomCode_NotApplicable_ReturnsNotApplicable()
{
var result = formatter.GetCustomCodeValue(TestableWasteCodeInfo.Create(CodeType.Ewc, null, null, true));
Assert.Equal(WasteCodeInfoFormatter.NotApplicable, result);
}
