public void CustomDimensionsAreSameAsHintWhenCountMatches()
{
TensorDimensions dims;
bool didApply = CustomDimensionsHint.Parse("2, 3, 5").TryToApply(new TensorDimensions(30), out dims);
Assert.Equal(new TensorDimensions(2, 3, 5), dims);
Assert.True(didApply);
}
public void ApplyWithoutErrorMessage()
{
string errorMessage;
var resultDims = CustomDimensionsHint.Parse("3, 2").TryToApply(new TensorDimensions(6), out errorMessage);
Assert.Equal(new TensorDimensions(3, 2), resultDims);
Assert.Equal(string.Empty, errorMessage);
}
public void ParsingAndFlaggingTheory(
string source, CustomDimensionsHint expectedHint, bool isEmpty, bool isFullyDefined)
{
var hint = CustomDimensionsHint.Parse(source);
Assert.True(hint.Equals(expectedHint));
Assert.Equal(isEmpty, hint.IsEmpty);
Assert.Equal(isFullyDefined, hint.IsFullyDefined);
}
public void WildcardDimensionIsCorrectlyComputed()
{
TensorDimensions dims = CustomDimensionsHint.Parse("2, *, 3").TryToApply(new TensorDimensions(30));
Assert.Equal(dims, new TensorDimensions(2, 5, 3));
}
public void ElementCountWorksForWildcardHints()
{
Assert.Equal(6, CustomDimensionsHint.Parse("2, *, 3").ElementCount);
}
public void ParsingErrorsTheory(string source)
{
Assert.Throws <InvalidDimensionsException>(() => { var hint = CustomDimensionsHint.Parse(source); });
}
public void ParsesSimpleDimensions()
{
var dimensionsHint = CustomDimensionsHint.Parse("2, 3, 5");
Assert.Equal(new CustomDimensionsHint(2, 3, 5), dimensionsHint);
}