public void Should_be_able_to_determine_siblings_from_given_node()
{
var inputText = "(def my-name \"Me\")";
var rootNode = inputText.CreateAstNodes();
var nodeMapper = new TreeMapper <AstNode>();
var map = nodeMapper.CreateMap(rootNode);
var defNode = rootNode.Descendants().OfType <SymbolNode>().First(s => s.Symbol == "def");
map.GetSiblingsFor(defNode).Count().ShouldBe(2);
}
public void Should_be_able_to_determine_parent_from_given_node()
{
var inputText = "(def my-name \"Me\")";
var rootNode = inputText.CreateAstNodes();
var nodeMapper = new TreeMapper <AstNode>();
var map = nodeMapper.CreateMap(rootNode);
var children = rootNode.Children;
foreach (var child in children)
{
map.GetParentFor(child).ShouldBe(rootNode);
}
}
public void Should_be_able_to_determine_parent_from_nested_node()
{
var inputText = "(keyword1 keyword2 (keyword3 keyword4 (keyword5 keyword6)))";
var rootNode = inputText.CreateAstNodes();
var nodeMapper = new TreeMapper <AstNode>();
var map = nodeMapper.CreateMap(rootNode);
var topNode = (ListNode)rootNode.Children.First();
var children = topNode.Children;
foreach (var child in children)
{
map.GetParentFor(child).ShouldBe(topNode);
}
}
public void Should_be_able_to_determine_root_ancestry_from_child_node()
{
var inputText = "(parent (child))";
var rootNode = inputText.CreateAstNodes();
var nodeMapper = new TreeMapper <AstNode>();
var map = nodeMapper.CreateMap(rootNode);
var descendants = rootNode.Descendants().ToArray();
var childNode = descendants.OfType <SymbolNode>().First(node => node.Symbol == "child");
var ancestryChain = map.GetRootAncestryFor(childNode).ToArray();
ancestryChain[0].ShouldBe(childNode);
ancestryChain[1].ShouldBeOfType <ListNode>();
ancestryChain[2].ShouldBeOfType <ListNode>();
ancestryChain[3].ShouldBe(rootNode);
}