def _create_tree_resource_to_struct_with_extra_folding(actual, reference):
root = Root().insert(
nodes.Namespace(name="ns").insert(
nodes.Namespace(name="fold").insert(nodes.Structure(name=actual)),
Archive(name="Archive").insert(
res.Vector(name="resource").insert(
refs.StructureReference(name=reference)))))
return SyntaxTree(root)
def _create_nested_namespaces(path):
assert not path.startswith(Node.PATH_SEPARATOR)
splitpath = Node.splitpath(path)
root = nodes.Namespace(name=splitpath[0])
node = root
for name in splitpath[1:]:
new_node = nodes.Namespace(name=name)
node.insert(new_node)
node = new_node
return root, node
def _create_tree_resource_to_archive():
root = Root().insert(
nodes.Namespace(name="ns").insert(
Archive(name="RefArchive"),
Archive(name="Archive").insert(
res.Archive(name="resource").insert(
refs.ArchiveReference(name="RefArchive")))))
return SyntaxTree(root)
def _create_tree_with_two_struct_references():
root = Root().insert(
nodes.Namespace(name="ns").insert(
nodes.Structure(name="S1"), nodes.Structure(name="S2"),
Archive(name="Archive").insert(
res.Multivector(name="resource").insert(
refs.StructureReference(name="S1"),
refs.StructureReference(name="S2")))))
return SyntaxTree(root)
def _create_tree_with_explicit_reference(name):
root = Root().insert(
nodes.Namespace(name="ns").insert(
nodes.Structure(name="Struct").insert(nodes.Field(name="Field")),
Archive(name="Archive").insert(
res.Vector(name="resource").insert(
refs.FieldReference(name="Struct.Field"),
refs.ResourceReference(name=name)),
res.Vector(name="resource2"))))
return SyntaxTree(root)
def test_implicit_references_structure_is_resolved():
root = Root().insert(
nodes.Namespace("n").insert(
Archive("A").insert(
res.Vector("r1"), res.Vector("r2"),
res.BoundResource("b").insert(
refs.ResourceReference("A.r1"),
refs.ResourceReference("A.r2")))))
resolve_references(root)
assert_equal("@@n@A@r1", root.find('.n.A.b').children[0].name)
assert_equal("@@n@A@r2", root.find('.n.A.b').children[1].name)
