def test_NamespaceConfigParser_instantiation_with_node_factory_override_3():
ns = Namespace(default_node_factory=NamespaceNodeBaseSubclass)
nfactory = partial(ns.add_exactly_one,
node_factory=NamespaceNodeBaseSubclass)
nscp = NamespaceConfigParser(node_factory=nfactory)
new_node = nscp.new_node('.test')
assert (isinstance(new_node, NamespaceNodeBaseSubclass))
def test_root_delegate(self):
ns = Namespace()
ns.add('.a.few.nodes')
#make sure it exists with this name
ns.a.few.nodes.attr = "val"
assert ns.a.few.nodes.attr == "val"
def test_parse_existing_namespace():
test_dict = {
"all": {
"work": {
"no": {
"play": {
"dull_boy": {}
}
}
}
},
"hackers": {
"on": {
"planet": {
"earth": {}
}
}
}
}
ns = Namespace()
nscp = NamespaceConfigParser2(namespace=ns)
nscp.parse(dictConfig=test_dict)
for nsid in get_nsid_ancestry('.all.work.no.play.dull_boy'):
assert isinstance(ns.get(nsid), NamespaceNodeBase)
for nsid in get_nsid_ancestry('.hackers.on.planet.earth'):
assert isinstance(ns.get(nsid), NamespaceNodeBase)
def test_get_handle(self):
ns = Namespace()
ns.add(".add.some.stuff.here")
ns.add(".other.stuff.added.here.now")
handle = ns.get_handle(".other.stuff")
assert isinstance(handle.added.here, NamespaceNodeBase)
def test_handle_remove(self):
ns = Namespace()
ns.add(".more.stuff.here.too")
handle = ns.get_handle(".more.stuff.here")
node = handle.remove(".too")
assert node.nsid.nsid == ".more.stuff.here.too"
def test_add_node_return2(self):
ns = Namespace()
new_nsid = '.a.b'
new_nodes = ns.add(new_nsid)
#- add returns all the new nodes created in order of creation
#- so the last one in the list will be the deepest child
new_node = new_nodes[-1]
self.assertEqual(str(new_nodes[-1].nsid), new_nsid)
def test_delete_node(self):
ns = Namespace()
new_nsid = '.a.b.c.d'
ns.add(new_nsid)
node = ns.remove(new_nsid)
self.assertEqual(str(node.nsid), new_nsid)
with self.assertRaises(NamespaceLookupError):
ns.get(new_nsid)
def test_add_exactly_one_bad_input(self):
ns = Namespace()
nsid = '.two.nodes'
with self.assertRaises(ValueError):
new_node = ns.add_exactly_one(nsid)
nsid = '.now.three.nodes'
with self.assertRaises(ValueError):
new_node = ns.add_exactly_one(nsid)
def test_default_node_factory(self):
class NewNamespaceNodeBase(NamespaceNodeBase):
def __init__(self, nsid=None, namespace=None):
super().__init__(nsid=nsid, namespace=namespace)
ns = Namespace(default_node_factory=NewNamespaceNodeBase)
new_nodes = ns.add('.this.is.all.new')
for node in new_nodes:
self.assertIsInstance(node, NewNamespaceNodeBase)
def test_get_subnodes_from_handle():
ns = Namespace()
ns.add(".a.few.nodes.here.and.there.and.everywhere")
handle = ns.get_handle(".a.few")
subnodes = handle.get_subnodes('.nodes.here.and.there')
nsids = [str(x.nsid) for x in subnodes]
assert nsids == [
'.a.few.nodes.here.and.there.and',
'.a.few.nodes.here.and.there.and.everywhere'
]
def test_get_subnodes():
ns = Namespace()
ns.add(".a.few.nodes.here.and.there.and.everywhere")
subnodes = ns.get_subnodes('.a.few')
nsids = [str(x.nsid) for x in subnodes]
assert nsids == [
'.a.few.nodes', '.a.few.nodes.here', '.a.few.nodes.here.and',
'.a.few.nodes.here.and.there', '.a.few.nodes.here.and.there.and',
'.a.few.nodes.here.and.there.and.everywhere'
]
def test_get_subnodes_from_nested_handles(caplog):
ns = Namespace()
#caplog.set_level(logging.DEBUG)
ns.add(".a.few.nodes.here.and.there.and.everywhere")
handle1 = ns.get_handle(".a.few")
handle2 = handle1.get_handle(".nodes")
subnodes = handle2.get_subnodes('.here.and.there')
nsids = [str(x.nsid) for x in subnodes]
assert nsids == [
'.a.few.nodes.here.and.there.and',
'.a.few.nodes.here.and.there.and.everywhere'
]
def test_walk(self):
ns = Namespace()
ns.add('.all.work.no_play.dull_boy')
ns.add('.hackers.on.planet.earth')
test_dict = {
".": {
"all": {
"work": {
"no_play": {
"dull_boy": {}
}
}
},
"hackers": {
"on": {
"planet": {
"earth": {}
}
}
}
}
}
self.assertEqual(ns.walk(), test_dict)
def test_add_then_get_new_node(self):
ns = Namespace()
new_nsid = '.a.b.c.d.e'
ns.add(new_nsid)
node = ns.get(new_nsid)
self.assertEqual(new_nsid, str(node.nsid))
def test_add_bad_node2(self):
ns = Namespace()
# nsids must start with a dot
new_nsid = 'a.b'
with self.assertRaises(InvalidNsidError):
new_nodes = ns.add(new_nsid)
def blank_namespace():
return Namespace()
def test_basic_walk(self):
ns = Namespace()
self.assertEqual({".": {}}, ns.walk())
def test_bad_get2(self):
ns = Namespace()
ns.add('.something.that')
with self.assertRaises(NamespaceLookupError):
ns.get(".something.that.does.not.exist.and.is.long")
def test_get_root_node(self):
ns = Namespace()
root = ns.get('.')
self.assertEqual(ns.root, root)
def test_add_exactly_one_happy_path(self):
ns = Namespace()
nsid = '.one_new_node'
new_node = ns.add_exactly_one(nsid)
self.assertEqual(str(new_node.nsid), nsid)
def test_get_nonexisting_handle(self):
ns = Namespace()
handle = ns.get_handle(".something.totally.new", create_nodes=True)
assert handle.get('.').nsid.nsid == ".something.totally.new"
def test_add_root_node(self):
ns = Namespace()
with self.assertRaises(NamespaceCollisionError):
ns.add_exactly_one('.')
def test_get_nonexisting_handle_fail(self):
ns = Namespace()
with self.assertRaises(NamespaceLookupError):
handle = ns.get_handle(".something.totally.new")
@pytest.fixture
def mock_attribute_map():
def mock_provider_callable():
print("mocked provider called!")
return "just a value to return"
return {
"attribute_1": "a value for attribute_1",
"attribute_2": "a.mock.provider.namespace.nsid",
"attribute_3": mock_provider_callable
}
NS = Namespace()
def test_SecondLife_instantation(mock_attribute_map):
MapNode = SecondLifeNode(nsid=".test.nsid.string",
namespace=NS,
secondlife=mock_attribute_map)
assert str(MapNode.nsid) == '.test.nsid.string'
assert MapNode._secondlife.keys() == mock_attribute_map.keys()
def test_SecondLife_map1(mock_attribute_map):
MapNode = SecondLifeNode(nsid=".test.nsid.string",
namespace=NS,
secondlife=mock_attribute_map)
assert MapNode.attribute_1 == mock_attribute_map.get('attribute_1')
def test_NamespaceConfigParser_instantiation_with_node_factory_override_2():
ns = Namespace(default_node_factory=NamespaceNodeBaseSubclass)
nscp = NamespaceConfigParser(node_factory=ns.add)
new_node = nscp.new_node(nsid='.test')[0]
assert (isinstance(new_node, NamespaceNodeBaseSubclass))