def test_parse_comment_line_optional_value_no_space(self):
data = '#newdoc'
self.assertEqual(parse_comment_line(data), [("newdoc", None)])
data = '#newpar'
self.assertEqual(parse_comment_line(data), [("newpar", None)])
data = '#invalid'
self.assertEqual(parse_comment_line(data), [])
def test_parse_comment_line_optional_value(self):
data = '# newdoc'
self.assertEqual(parse_comment_line(data), ("newdoc", None))
data = '# newpar'
self.assertEqual(parse_comment_line(data), ("newpar", None))
data = '# invalid'
self.assertEqual(parse_comment_line(data), (None, None))
def test_parse_spaces_before_square(self):
data = ["# a = 1", " # a = 1", "\t# a = 1"]
for item in data:
self.assertEqual(parse_comment_line(item), ("a", "1"))
def test_parse_comment_line_without_equals(self):
data = "# sent_id: 1"
self.assertEqual(parse_comment_line(data), (None, None))
def test_parse_comment_line_without_square(self):
data = "sent_id = 1"
with self.assertRaises(ParseException):
parse_comment_line(data)
def test_parse_comment_line(self):
data = "# sent_id = 1"
self.assertEqual(parse_comment_line(data), ("sent_id", "1"))
def test_parse_comment_line_multiple_equals(self):
data = "# text = five plus three = eight"
self.assertEqual(parse_comment_line(data),
("text", "five plus three = eight"))
def test_parse_comment_line_without_space(self):
data = "#sent_id = 1"
self.assertEqual(parse_comment_line(data), [("sent_id", "1")])