def test_namespace_for_cube(self):
base = Namespace()
(ns, relative) = base.namespace_for_cube("cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "cube")
(ns, relative) = base.namespace_for_cube("extern.cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "extern.cube")
(ns, relative) = base.namespace_for_cube("even.deeper.extern.cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "even.deeper.extern.cube")
extern = base.create_namespace("extern")
(ns, relative) = base.namespace_for_cube("extern.cube")
self.assertEqual(ns, extern)
self.assertEqual(relative, "cube")
(ns, relative) = base.namespace_for_cube("extern.deeper.cube")
# import pdb; pdb.set_trace()
self.assertEqual(ns, extern)
self.assertEqual(relative, "deeper.cube")
(deep, remainder) = base.namespace("even.deeper.extern", create=True)
(ns, relative) = base.namespace_for_cube("even.deeper.extern.cube")
self.assertEqual(ns, deep)
self.assertEqual(relative, "cube")
def test_get_namespace_create(self):
base = Namespace()
slicerns = base.create_namespace("slicer")
self.assertEqual((base, []), base.namespace("", create=True))
self.assertEqual((slicerns, []), base.namespace("slicer", create=True))
(ns, remainder) = base.namespace("new", create=True)
self.assertEqual([], remainder)
self.assertEqual((ns, []), base.namespace("new"))
(last, remainder) = base.namespace("one.two.three", create=True)
self.assertEqual([], remainder)
self.assertIn("one", base.namespaces)
(ns, remainder) = base.namespace("one")
self.assertEqual([], remainder)
self.assertIn("two", ns.namespaces)
(ns, remainder) = ns.namespace("two")
self.assertEqual([], remainder)
self.assertIn("three", ns.namespaces)
(ns, remainder) = ns.namespace("three")
self.assertEqual([], remainder)
(last, remainder) = base.namespace("one.two.three.four.five")
self.assertEqual(["four", "five"], remainder)
def test_find_cube(self):
base = Namespace()
(ns, nsname, basename) = base.find_cube("cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
(ns, nsname, basename) = base.find_cube("extern.cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "extern.cube")
(ns, nsname, basename) = base.find_cube("even.deeper.extern.cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "even.deeper.extern.cube")
extern = base.create_namespace("extern")
(ns, nsname, basename) = base.find_cube("extern.cube")
self.assertEqual(ns, extern)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
(ns, nsname, basename) = base.find_cube("extern.deeper.cube")
self.assertEqual(ns, extern)
self.assertEqual(nsname, 'extern')
self.assertEqual(basename, "deeper.cube")
(deep, remainder) = base.namespace("even.deeper.extern", create=True)
(ns, nsname, basename) = base.find_cube("even.deeper.extern.cube")
self.assertEqual(ns, deep)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
def test_namespace_for_cube(self):
base = Namespace()
(ns, relative) = base.namespace_for_cube("cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "cube")
(ns, relative) = base.namespace_for_cube("extern.cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "extern.cube")
(ns, relative) = base.namespace_for_cube("even.deeper.extern.cube")
self.assertEqual(ns, base)
self.assertEqual(relative, "even.deeper.extern.cube")
extern = base.create_namespace("extern")
(ns, relative) = base.namespace_for_cube("extern.cube")
self.assertEqual(ns, extern)
self.assertEqual(relative, "cube")
(ns, relative) = base.namespace_for_cube("extern.deeper.cube")
# import pdb; pdb.set_trace()
self.assertEqual(ns, extern)
self.assertEqual(relative, "deeper.cube")
(deep, remainder) = base.namespace("even.deeper.extern", create=True)
(ns, relative) = base.namespace_for_cube("even.deeper.extern.cube")
self.assertEqual(ns, deep)
self.assertEqual(relative, "cube")
def test_get_namespace_create(self):
base = Namespace()
slicerns = base.create_namespace("slicer")
self.assertEqual((base, []), base.namespace("", create=True))
self.assertEqual((slicerns, []), base.namespace("slicer", create=True))
(ns, remainder) = base.namespace("new", create=True)
self.assertEqual([], remainder)
self.assertEqual((ns, []), base.namespace("new"))
(last, remainder) = base.namespace("one.two.three", create=True)
self.assertEqual([], remainder)
self.assertIn("one", base.namespaces)
(ns, remainder) = base.namespace("one")
self.assertEqual([], remainder)
self.assertIn("two", ns.namespaces)
(ns, remainder) = ns.namespace("two")
self.assertEqual([], remainder)
self.assertIn("three", ns.namespaces)
(ns, remainder) = ns.namespace("three")
self.assertEqual([], remainder)
(last, remainder) = base.namespace("one.two.three.four.five")
self.assertEqual(["four", "five"], remainder)
def test_find_cube(self):
base = Namespace()
(ns, nsname, basename) = base.find_cube("cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
(ns, nsname, basename) = base.find_cube("extern.cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "extern.cube")
(ns, nsname, basename) = base.find_cube("even.deeper.extern.cube")
self.assertEqual(ns, base)
self.assertEqual(nsname, "")
self.assertEqual(basename, "even.deeper.extern.cube")
extern = base.create_namespace("extern")
(ns, nsname, basename) = base.find_cube("extern.cube")
self.assertEqual(ns, extern)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
(ns, nsname, basename) = base.find_cube("extern.deeper.cube")
self.assertEqual(ns, extern)
self.assertEqual(nsname, 'extern')
self.assertEqual(basename, "deeper.cube")
(deep, remainder) = base.namespace("even.deeper.extern", create=True)
(ns, nsname, basename) = base.find_cube("even.deeper.extern.cube")
self.assertEqual(ns, deep)
self.assertEqual(nsname, "")
self.assertEqual(basename, "cube")
def test_get_namespace(self):
base = Namespace()
slicerns = base.create_namespace("slicer")
self.assertEqual((base, []), base.namespace(""))
self.assertEqual((slicerns, []), base.namespace("slicer"))
self.assertEqual((base, ["unknown"]), base.namespace("unknown"))
self.assertEqual((base, ["one", "two"]), base.namespace("one.two"))
def test_get_namespace(self):
base = Namespace()
slicerns = base.create_namespace("slicer")
self.assertEqual((base, []), base.namespace(""))
self.assertEqual((slicerns, []), base.namespace("slicer"))
self.assertEqual((base, ["unknown"]), base.namespace("unknown"))
self.assertEqual((base, ["one", "two"]), base.namespace("one.two"))
def test_create(self):
ns = Namespace()
ns.create_namespace("slicer")
self.assertIn("slicer", ns.namespaces)
self.assertIsInstance(ns.namespaces["slicer"], Namespace)
def test_create(self):
ns = Namespace()
ns.create_namespace("slicer")
self.assertIn("slicer", ns.namespaces)
self.assertIsInstance(ns.namespaces["slicer"], Namespace)
