class TestBehaviour(object):
def setUp(self):
self.mock = StdoutMock()
Model.path = os.path.join(os.getcwd(), 'tests', 'data', 'tdtest1')
def tearDown(self):
self.mock.undo()
def test_display_whole_list(self):
self.mock.resetArgv()
run()
result = "{}{}{}{}{}{}\n".format(
View.RESET, View.COLORS[3], View.BRIGHT, 1, '.', 'test'
)
self.mock.assertEqual(result)
class TestParser_part(object):
def setUp(self):
self.mock = StdoutMock()
self.handler = HandlerMock()
self.out1 = None
self.out2 = None
def tearDown(self):
self.mock.undo()
def func1(self, test=None, sort=None):
self.out1 = test
def func2(self, test1=None, test2=None):
self.out2 = (test1, test2)
def test_help_message(self):
parser = Parser("", ["td", "-h"])
parser._part("test", "", {}, "help")
self.mock.assertEqual("help\n")
def test_one_argument(self):
parser = Parser("", ["td", "-t", "value"])
parser._part("test", self.func1, {"-t": ("test", True)}, "")
assert self.out1 == "value"
def test_argument_without_value(self):
parser = Parser("", ["td", "-b"])
parser._part("test", self.func1, {"-b": ("test", False)}, "")
assert self.out1 is True
def test_two_arguments(self):
# It should break by induction further on.
parser = Parser("", ["td", "-t1", "value1", "-t2", "value2"])
parser._part("test", self.func2, {"-t1": ("test1", True), "-t2": ("test2", True)}, "")
self.out2 == ("value1", "value2")
def test_one_argument_for_two_arguments_func(self):
parser = Parser("", ["td", "-t2", "value2"])
parser._part("test", self.func2, {"-t1": ("test1", True), "-t2": ("test2", True)}, "")
self.out2 == (None, "value2")
def test_no_arguments(self):
parser = Parser("", ["td"])
parser._part("test", self.func1, {}, "", test=True)
assert self.out1 is True
def test_missing_argument(self):
parser = Parser("", ["td", "-t"])
parser._part("test", "", {"-t": ("test", True)}, "")
self.handler.assertLogged("test: Not enough arguments.")
def test_wrong_argument(self):
parser = Parser("", ["td", "-y"])
parser._part("test", "", {"-t": ("test", True)}, "")
self.handler.assertLogged("test: Unrecognized argument [-y].")
def test_sort_with_no_arguments(self):
# If no arguments are supplied, it should use default.
# Applies to done/undone too.
parser = Parser("", ["td", "-s"])
parser._part("test", self.func1, {"-s": ("sort", True)}, "", test=True)
assert self.out1 is True
class TestGet(object):
def setUp(self):
self.mock = StdoutMock()
self.get = Get()
Get.input = self.func
self.i = True
self.v = ""
def tearDown(self):
self.mock.undo()
def func(self, f):
if self.i:
self.i = False
return self.v
return "1"
def test_correct_name(self):
self.v = "test"
result = self.get.get("name")
assert result == "test"
def test_empty_name(self):
self.get.get("name")
self.mock.assertEqual("Name cannot be empty.\n")
def test_correct_comment(self):
self.v = "test"
result = self.get.get("comment")
assert result == "test"
def test_parent(self):
# Anything is correct here. See docstring in the code.
self.v = "1.1"
result = self.get.get("parent")
assert result == "1.1"
def test_correct_priority_names(self):
for n, ne in enumerate(["lowest", "low", "normal", "high", "highest"]):
self.i = True
self.v = ne
result = self.get.get("priority")
assert result == n + 1
def test_incorrect_priority_name(self):
self.v = "the highest"
self.get.get("priority")
self.mock.assertEqual("Unrecognized priority number or name [the highest].\n")
def test_correct_priority_numbers(self):
for n in range(1, 6):
self.i = True
self.v = str(n)
result = self.get.get("priority")
assert result == n
def t_incorrect_priority_numbers(self, n):
self.v = str(n)
self.get.get("priority")
self.mock.assertEqual("Unrecognized priority number or name [{}].\n".format(n))
def test_incorrect_priority_number0(self):
self.t_incorrect_priority_numbers(0)
def test_incorrect_priority_number6(self):
self.t_incorrect_priority_numbers(6)
def test_empty_priority(self):
result = self.get.get("priority")
assert result is None
