def test_is_valid_ko_short_timeline(self):
empty_timeline = planning.from_parse_datetimes(a_format, 0, [])
is_empty_valid = planning.is_valid(empty_timeline)
self.assertFalse(is_empty_valid)
only_one_event = [['2015-10-22 13:15:20', 'donald', 'mickey']]
tooshort_timeline = planning.from_parse_datetimes(a_format, 0, only_one_event)
is_too_short_valid = planning.is_valid(tooshort_timeline)
self.assertFalse(is_too_short_valid)
def test_parse_ko_bad_dateformat(self):
test_timeline = [
['BADDATEFORMAT', 'donald', 'mickey'],
['2015-10-22 13:15:21', 'mickey', 'pluto', 'yay']
]
with self.assertRaises(ValueError):
parsed_planning = planning.from_parse_datetimes(a_format, 0, test_timeline)
def test_is_valid_ko_unsorted_timedates(self):
unsorted_planning = planning.from_parse_datetimes(a_format, 0, [
['2015-10-22 13:15:21', 'mickey', 'pluto', 'yay'],
['2015-10-22 13:15:20', 'donald', 'mickey']
]) # second event ts is before firt's
is_unsorted_valid = planning.is_valid(unsorted_planning)
self.assertFalse(is_unsorted_valid)
def test_parse_ok(self):
test_timeline = [
['2015-10-22 13:15:20', 'donald', 'mickey'],
['2015-10-22 13:15:21', 'mickey', 'pluto', 'yay']
]
parsed_planning = planning.from_parse_datetimes(a_format, 0, test_timeline)
for parsed_row, original_row in zip(parsed_planning, test_timeline):
parsed_datetime = parsed_row[0]
self.assertIsInstance(parsed_datetime, datetime)
self.assertEqual(parsed_datetime.year, 2015)
self.assertEqual(parsed_datetime.month, 10)
self.assertEqual(parsed_datetime.day, 22)
self.assertEqual(parsed_datetime.hour, 13)
self.assertEqual(parsed_datetime.minute, 15)
self.assertEqual(len(parsed_row), len(original_row)+1)
self.assertEqual(parsed_row[1:], original_row)
def test_is_valid_ok(self):
ok_planning = planning.from_parse_datetimes(a_format, 0, a_timeline)
is_valid_ok_planning = planning.is_valid(ok_planning)
self.assertTrue(is_valid_ok_planning)