public JewelInSkillTreeParser(
PassiveTreeDefinition tree, IBuilderFactories builderFactories, ICoreParser coreParser)
{
_tree = tree;
_transformationParser = CompositeTransformationJewelParser.Create(
i => builderFactories.PassiveTreeBuilders.NodeEffectiveness(i).Value);
_coreParser = coreParser;
}
public void TransformationResultIsEmptyGivenNoComponentMatches()
{
var component = Mock.Of <ITransformationJewelParser>(p => !p.IsTransformationJewelModifier(JewelModifier));
var sut = new CompositeTransformationJewelParser(component);
var actual = sut.ApplyTransformation(JewelModifier, new PassiveNodeDefinition[0]);
actual.Should().BeEmpty();
}
public void IsNoTransformationJewelModifierGivenNoComponentIs()
{
var component = Mock.Of <ITransformationJewelParser>(p => !p.IsTransformationJewelModifier(JewelModifier));
var sut = new CompositeTransformationJewelParser(component);
var actual = sut.IsTransformationJewelModifier(JewelModifier);
actual.Should().BeFalse();
}
public void TransformationResultIsThatOfMatchingComponentGivenAComponentMatches()
{
var expected = new[] { new TransformedNodeModifier("", Mock.Of <IValueBuilder>()), };
var nodesInRadius = new PassiveNodeDefinition[0];
var component = Mock.Of <ITransformationJewelParser>(p =>
p.IsTransformationJewelModifier(JewelModifier) &&
p.ApplyTransformation(JewelModifier, nodesInRadius) == expected);
var sut = new CompositeTransformationJewelParser(component);
var actual = sut.ApplyTransformation(JewelModifier, nodesInRadius);
actual.Should().Equal(expected);
}
