def test_can_deline_tokens(self):
assert list(analysis._delined_tokens([(token.Comment, "# a")])) == [(token.Comment, "# a")]
assert list(analysis._delined_tokens([(token.Comment, "# a\n# b")])) == [
(token.Comment, "# a\n"),
(token.Comment, "# b"),
]
assert list(analysis._delined_tokens([(token.Comment, "# a\n# b\n")])) == [
(token.Comment, "# a\n"),
(token.Comment, "# b\n"),
]
assert list(analysis._delined_tokens([(token.Comment, "# a\n# b\n # c\n")])) == [
(token.Comment, "# a\n"),
(token.Comment, "# b\n"),
(token.Comment, " # c\n"),
]
def test_can_deline_tokens(self):
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a')])),
[(token.Comment, '# a')])
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a\n# b')])),
[(token.Comment, '# a\n'), (token.Comment, '# b')])
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a\n# b\n')])),
[(token.Comment, '# a\n'), (token.Comment, '# b\n')])
self.assertEqual(
list(
analysis._delined_tokens([(token.Comment, '# a\n# b\n # c\n')
])), [(token.Comment, '# a\n'),
(token.Comment, '# b\n'),
(token.Comment, ' # c\n')])
def test_can_convert_python_strings_to_comments(self):
source_code = (
"#!/bin/python\n" '"Some tool."\n' "#(C) by me\n" "def x():\n" ' "Some function"\n' " return 1"
)
python_lexer = lexers.get_lexer_by_name("python")
python_tokens = python_lexer.get_tokens(source_code)
for token_type, token_text in list(analysis._pythonized_comments(analysis._delined_tokens(python_tokens))):
assert token_type not in token.String
def test_can_deline_tokens(self):
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a')])),
[(token.Comment, '# a')]
)
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a\n# b')])),
[(token.Comment, '# a\n'), (token.Comment, '# b')]
)
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a\n# b\n')])),
[(token.Comment, '# a\n'), (token.Comment, '# b\n')]
)
self.assertEqual(
list(analysis._delined_tokens([(token.Comment, '# a\n# b\n # c\n')])),
[(token.Comment, '# a\n'), (token.Comment, '# b\n'), (token.Comment, ' # c\n')]
)
def test_can_convert_python_strings_to_comments(self):
source_code = \
'#!/bin/python\n' \
'"Some tool."\n' \
'#(C) by me\n' \
'def x():\n' \
' "Some function"\n' \
' return 1'
python_lexer = lexers.get_lexer_by_name('python')
python_tokens = python_lexer.get_tokens(source_code)
for token_type, token_text in list(analysis._pythonized_comments(analysis._delined_tokens(python_tokens))):
self.assertNotIn(token_type, token.String, 'token_text=%r' % token_text)
def test_can_convert_python_strings_to_comments(self):
source_code = \
'#!/bin/python\n' \
'"Some tool."\n' \
'#(C) by me\n' \
'def x():\n' \
' "Some function"\n' \
' return 1'
python_lexer = lexers.get_lexer_by_name('python')
python_tokens = python_lexer.get_tokens(source_code)
for token_type, token_text in list(analysis._pythonized_comments(analysis._delined_tokens(python_tokens))):
self.assertNotIn(token_type, token.String, 'token_text=%r' % token_text)