def test_save_load_session(self):
n.add_token("description")
n.add_token("side", left="L", right="R", middle="M", default="M")
n.add_token("type",
animation="anim",
control="ctrl",
joint="jnt",
default="ctrl")
n.add_rule("test1", "description", "side", "type")
n.add_rule("test2", "side", "description")
n.set_active_rule("test1")
repo = tempfile.mkdtemp()
n.save_session(repo)
n.flush_rules()
n.flush_tokens()
n.load_session(repo)
self.assertTrue(n.has_token("description"))
self.assertTrue(n.has_token("side"))
self.assertTrue(n.has_token("type"))
self.assertTrue(n.has_rule("test1"))
self.assertTrue(n.has_rule("test2"))
self.assertEqual(n.active_rule().name(), "test1")
def setUp(self):
n.flush_tokens()
n.add_token("description")
n.add_token("side", left="L", right="R", middle="M", default="M")
n.add_token("type", animation="anim", control="ctrl", joint="jnt", default="ctrl")
n.flush_rules()
n.add_rule("test1", "description", "side", "type")
n.add_rule("test2", "side", "description")
n.set_active_rule("test1")
def setUp(self):
n.flush_tokens()
n.add_token("description")
n.add_token("side", left="L", right="R", middle="M", default="M")
n.add_token("type",
animation="anim",
control="ctrl",
joint="jnt",
default="ctrl")
n.flush_rules()
n.add_rule("test1", "description", "side", "type")
n.add_rule("test2", "side", "description")
n.set_active_rule("test1")
def test_parsing(self):
name = "foo_M_ctrl"
parsed = n.parse(name)
self.assertEqual(parsed["description"], "foo")
self.assertEqual(parsed["side"], "middle")
self.assertEqual(parsed["type"], "control")
self.assertEqual(len(parsed), 3)
n.set_active_rule("test2")
name = "M_foo"
parsed = n.parse(name)
self.assertEqual(parsed["description"], "foo")
self.assertEqual(parsed["side"], "middle")
self.assertEqual(len(parsed), 2)
def test_parsing(self):
name = "foo_M_ctrl"
parsed = n.parse(name)
self.assertEqual(parsed["description"], "foo")
self.assertEqual(parsed["side"], "middle")
self.assertEqual(parsed["type"], "control")
self.assertEqual(len(parsed), 3)
n.set_active_rule("test2")
name = "M_foo"
parsed = n.parse(name)
self.assertEqual(parsed["description"], "foo")
self.assertEqual(parsed["side"], "middle")
self.assertEqual(len(parsed), 2)
def test_defaults(self):
name = "foo_M_anim"
solved = n.solve(description="foo", type="animation")
self.assertEqual(solved, name)
name = "foo_M_ctrl"
solved = n.solve(description="foo")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "M_foo"
solved = n.solve(description="foo", type="animation")
self.assertEqual(solved, name)
solved = n.solve(description="foo")
self.assertEqual(solved, name)
def test_defaults(self):
name = "foo_M_anim"
solved = n.solve(description="foo", type="animation")
self.assertEqual(solved, name)
name = "foo_M_ctrl"
solved = n.solve(description="foo")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "M_foo"
solved = n.solve(description="foo", type="animation")
self.assertEqual(solved, name)
solved = n.solve(description="foo")
self.assertEqual(solved, name)
def test_implicit(self):
name = "foo_M_anim"
solved = n.solve("foo", type="animation")
self.assertEqual(solved, name)
name = "foo_M_ctrl"
solved = n.solve("foo")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "M_foo"
solved = n.solve("foo", type="animation")
self.assertEqual(solved, name)
name = "M_foo"
solved = n.solve("foo")
self.assertEqual(solved, name)
def test_explicit(self):
name = "foo_L_anim"
solved = n.solve(description="foo", side="left", type="animation")
self.assertEqual(solved, name)
name = "foo_M_anim"
solved = n.solve(description="foo", side="middle", type="animation")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "L_foo"
solved = n.solve(description="foo", side="left", type="animation")
self.assertEqual(solved, name)
name = "M_foo"
solved = n.solve(description="foo", side="middle", type="animation")
self.assertEqual(solved, name)
def test_implicit(self):
name = "foo_M_anim"
solved = n.solve("foo", type="animation")
self.assertEqual(solved, name)
name = "foo_M_ctrl"
solved = n.solve("foo")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "M_foo"
solved = n.solve("foo", type="animation")
self.assertEqual(solved, name)
name = "M_foo"
solved = n.solve("foo")
self.assertEqual(solved, name)
def test_explicit(self):
name = "foo_L_anim"
solved = n.solve(description="foo", side="left", type="animation")
self.assertEqual(solved, name)
name = "foo_M_anim"
solved = n.solve(description="foo", side="middle", type="animation")
self.assertEqual(solved, name)
n.set_active_rule("test2")
name = "L_foo"
solved = n.solve(description="foo", side="left", type="animation")
self.assertEqual(solved, name)
name = "M_foo"
solved = n.solve(description="foo", side="middle", type="animation")
self.assertEqual(solved, name)
def test_save_load_session(self):
n.add_token("description")
n.add_token("side", left="L", right="R", middle="M", default="M")
n.add_token("type", animation="anim", control="ctrl", joint="jnt", default="ctrl")
n.add_rule("test1", "description", "side", "type")
n.add_rule("test2", "side", "description")
n.set_active_rule("test1")
repo = tempfile.mkdtemp()
n.save_session(repo)
n.flush_rules()
n.flush_tokens()
n.load_session(repo)
self.assertTrue(n.has_token("description"))
self.assertTrue(n.has_token("side"))
self.assertTrue(n.has_token("type"))
self.assertTrue(n.has_rule("test1"))
self.assertTrue(n.has_rule("test2"))
self.assertEqual(n.active_rule().name(), "test1")
