def test_modules_string(self):
sock = __import__('socket')
assert resolve('socket') is sock
assert resolve('getfqdn', 'socket') is sock.getfqdn
assert resolve('iterators', 'pockets') is pockets.iterators
assert resolve('iterpeek', 'pockets.iterators') is \
pockets.iterators.iterpeek
assert resolve('iterators.iterpeek', 'pockets') is \
pockets.iterators.iterpeek
def test_modules_string(self):
dt = __import__("datetime")
self.assertTrue(resolve("datetime") is dt)
self.assertTrue(resolve("datetime", "datetime") is dt.datetime)
self.assertTrue(resolve("iterators", "pockets") is pockets.iterators)
self.assertTrue(resolve("peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(resolve("iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
def test_modules_string(self):
dt = __import__("datetime")
self.assertTrue(resolve("datetime") is dt)
self.assertTrue(resolve("datetime", "datetime") is dt.datetime)
self.assertTrue(resolve("iterators", "pockets") is pockets.iterators)
self.assertTrue(
resolve("peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(
resolve("iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
def test_modules_none(self):
self.assertTrue(resolve("pockets") is pockets)
self.assertTrue(resolve("pockets.iterators") is pockets.iterators)
self.assertTrue(resolve("pockets.iterators.peek_iter") is
pockets.iterators.peek_iter)
def test_local_module(self):
self.assertTrue(resolve("TestResolve") is self.__class__)
self.assertTrue(resolve("TestResolve", "tests.test_inspect") is
self.__class__)
self.assertRaises(ValueError, resolve, "TestResolve", "pockets")
def test_object(self):
x = object()
self.assertTrue(resolve(x) is x)
self.assertTrue(resolve(x, "pockets") is x)
self.assertTrue(resolve(x, ["pockets"]) is x)
self.assertTrue(resolve(x, ["pockets", "re"]) is x)
def test_none(self):
self.assertTrue(resolve(None) is None)
def test_relative_import(self):
dt = __import__("datetime")
self.assertTrue(resolve(".datetime") is dt)
self.assertTrue(resolve("..datetime") is dt)
self.assertTrue(resolve(".datetime", "datetime") is dt.datetime)
self.assertTrue(resolve("..datetime", "datetime") is dt.datetime)
self.assertTrue(resolve(".iterators", "pockets") is pockets.iterators)
self.assertTrue(resolve("..iterators", "pockets") is pockets.iterators)
self.assertTrue(
resolve(".peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(
resolve("..peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(
resolve(".iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
self.assertTrue(
resolve("..iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
mod = sys.modules["tests.test_inspect"]
mod.MOD_ATTR = "asdf"
self.assertEqual(resolve("MOD_ATTR"), "asdf")
self.assertEqual(resolve(".MOD_ATTR"), "asdf")
# Seems odd that this would raise an error, seeing as it worked
# fine two lines above. However, resolve uses the *calling* function's
# module as the search path, which in this case is unittest
self.assertRaises(ValueError, resolve, "MOD_ATTR")
self.assertRaises(ValueError, resolve, ".MOD_ATTR")
re_mod = __import__("re")
mod.re = "zxcv"
self.assertTrue(resolve("re") is re_mod)
self.assertEqual(resolve(".re"), "zxcv")
self.assertTrue(resolve("..re") is re_mod)
self.assertTrue(resolve("...re") is re_mod)
self.assertEqual(resolve("re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve(".re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve("..re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve("test_inspect.re", "tests"), "zxcv")
self.assertEqual(resolve(".test_inspect.re", "tests"), "zxcv")
self.assertEqual(resolve("..test_inspect.re", "tests"), "zxcv")
def test_object(self):
x = object()
assert resolve(x) is x
assert resolve(x, 'pockets') is x
assert resolve(x, ['pockets']) is x
assert resolve(x, ['pockets', 're']) is x
def test_local_module(self):
self.assertTrue(resolve("TestResolve") is self.__class__)
self.assertTrue(
resolve("TestResolve", "tests.test_inspect") is self.__class__)
self.assertRaises(ValueError, resolve, "TestResolve", "pockets")
def test_object(self):
x = object()
self.assertTrue(resolve(x) is x)
self.assertTrue(resolve(x, "pockets") is x)
self.assertTrue(resolve(x, ["pockets"]) is x)
self.assertTrue(resolve(x, ["pockets", "re"]) is x)
def test_none(self):
self.assertTrue(resolve(None) is None)
def test_relative_import(self):
sock = __import__('socket')
assert resolve('.socket') is sock
assert resolve('..socket') is sock
assert resolve('.getfqdn', 'socket') is sock.getfqdn
assert resolve('..getfqdn', 'socket') is sock.getfqdn
assert resolve('.iterators', 'pockets') is pockets.iterators
assert resolve('..iterators', 'pockets') is pockets.iterators
assert resolve('.iterpeek', 'pockets.iterators') is \
pockets.iterators.iterpeek
assert resolve('..iterpeek', 'pockets.iterators') is \
pockets.iterators.iterpeek
assert resolve('.iterators.iterpeek', 'pockets') is \
pockets.iterators.iterpeek
assert resolve('..iterators.iterpeek', 'pockets') is \
pockets.iterators.iterpeek
mod = sys.modules['tests.test_inspect']
mod.MOD_ATTR = 'asdf'
assert resolve('MOD_ATTR') == 'asdf'
assert resolve('.MOD_ATTR') == 'asdf'
# Seems odd that this would raise an error, seeing as it worked
# fine two lines above. However, resolve uses the *calling* function's
# module as the search path, which in this case is pytest
pytest.raises(ValueError, resolve, 'MOD_ATTR')
pytest.raises(ValueError, resolve, '.MOD_ATTR')
re_mod = __import__('re')
mod.re = 'zxcv'
assert resolve('re') is re_mod
assert resolve('.re') == 'zxcv'
assert resolve('..re') is re_mod
assert resolve('...re') is re_mod
assert resolve('re', 'tests.test_inspect') == 'zxcv'
assert resolve('.re', 'tests.test_inspect') == 'zxcv'
assert resolve('..re', 'tests.test_inspect') == 'zxcv'
assert resolve('test_inspect.re', 'tests') == 'zxcv'
assert resolve('.test_inspect.re', 'tests') == 'zxcv'
assert resolve('..test_inspect.re', 'tests') == 'zxcv'
def test_modules_none(self):
assert resolve('pockets') is pockets
assert resolve('pockets.iterators') is pockets.iterators
assert resolve('pockets.iterators.iterpeek') is \
pockets.iterators.iterpeek
def test_local_module(self):
assert resolve('TestResolve') is self.__class__
assert resolve('TestResolve', 'tests.test_inspect') is self.__class__
pytest.raises(ValueError, resolve, 'TestResolve', 'pockets')
def test_modules_none(self):
self.assertTrue(resolve("pockets") is pockets)
self.assertTrue(resolve("pockets.iterators") is pockets.iterators)
self.assertTrue(
resolve("pockets.iterators.peek_iter") is
pockets.iterators.peek_iter)
def test_relative_import(self):
dt = __import__("datetime")
self.assertTrue(resolve(".datetime") is dt)
self.assertTrue(resolve("..datetime") is dt)
self.assertTrue(resolve(".datetime", "datetime") is dt.datetime)
self.assertTrue(resolve("..datetime", "datetime") is dt.datetime)
self.assertTrue(resolve(".iterators", "pockets") is pockets.iterators)
self.assertTrue(resolve("..iterators", "pockets") is pockets.iterators)
self.assertTrue(resolve(".peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(resolve("..peek_iter", "pockets.iterators") is
pockets.iterators.peek_iter)
self.assertTrue(resolve(".iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
self.assertTrue(resolve("..iterators.peek_iter", "pockets") is
pockets.iterators.peek_iter)
mod = sys.modules["tests.test_inspect"]
mod.MOD_ATTR = "asdf"
self.assertEqual(resolve("MOD_ATTR"), "asdf")
self.assertEqual(resolve(".MOD_ATTR"), "asdf")
# Seems odd that this would raise an error, seeing as it worked
# fine two lines above. However, resolve uses the *calling* function's
# module as the search path, which in this case is unittest
self.assertRaises(ValueError, resolve, "MOD_ATTR")
self.assertRaises(ValueError, resolve, ".MOD_ATTR")
re_mod = __import__("re")
mod.re = "zxcv"
self.assertTrue(resolve("re") is re_mod)
self.assertEqual(resolve(".re"), "zxcv")
self.assertTrue(resolve("..re") is re_mod)
self.assertTrue(resolve("...re") is re_mod)
self.assertEqual(resolve("re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve(".re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve("..re", "tests.test_inspect"), "zxcv")
self.assertEqual(resolve("test_inspect.re", "tests"), "zxcv")
self.assertEqual(resolve(".test_inspect.re", "tests"), "zxcv")
self.assertEqual(resolve("..test_inspect.re", "tests"), "zxcv")
def test_none(self):
assert resolve(None) is None
