public void should_return_false_otherwise()
{
var mergedDimension =
new MergedDimensionFor <IParameter>(_nonEquivalentDimension, new[] { _nonEquivalentDimension, }, new[] { _dimensionConverter });
_dimension.IsEquivalentTo(mergedDimension).ShouldBeFalse();
}
public void should_return_true_if_the_dimension_is_equivalent_to_any_of_the_target_dimension()
{
var mergedDimension =
new MergedDimensionFor <IParameter>(_nonEquivalentDimension, new[] { _equivalentDimension, }, new[] { _dimensionConverter });
_dimension.IsEquivalentTo(mergedDimension).ShouldBeTrue();
}
public void should_return_false_otherwise()
{
var mergedDimension1 = new MergedDimensionFor <IParameter>(_nonEquivalentDimension, new[] { _nonEquivalentDimension, }, new List <IDimensionConverterFor>());
var mergedDimension2 = new MergedDimensionFor <IParameter>(_dimension, new[] { _equivalentDimension, }, new List <IDimensionConverterFor>());
mergedDimension1.IsEquivalentTo(mergedDimension2).ShouldBeFalse();
}
public void should_return_true_if_the_merge_dimensions_have_equivalent_source_and_target_dimensions()
{
var mergedDimension1 = new MergedDimensionFor <IParameter>(_nonEquivalentDimension, new[] { _equivalentDimension, }, new List <IDimensionConverterFor>());
var mergedDimension2 = new MergedDimensionFor <IParameter>(_dimension, new[] { _nonEquivalentDimension, }, new List <IDimensionConverterFor>());
mergedDimension1.IsEquivalentTo(mergedDimension2).ShouldBeTrue();
}
protected override void Because()
{
_res = sut.MergedDimensionFor(_parameter) as MergedDimensionFor <IParameter>;
}
public void should_return_true_if_the_dimension_is_equivalent_to_the_source_dimension()
{
var mergedDimension = new MergedDimensionFor <IParameter>(_equivalentDimension, new [] { _nonEquivalentDimension, }, new List <IDimensionConverterFor>());
_dimension.IsEquivalentTo(mergedDimension).ShouldBeTrue();
}
