def test_single_parameter(self):
parameter_descriptions = [
'Something.',
'A slightly longer description which '
'can contain a colon: yes.',
'A description over\n two lines.',
'A description with two lines and newlines.\n\n'
' It\'s perfectly fine.',
]
for parameter_description in parameter_descriptions:
raw_docstring = '\n'.join([
'Process some data.',
'',
'Parameters',
'----------',
'x',
' {}',
'',
]).format(parameter_description)
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
self.assertContains(
docstring, 'arguments-section',
'Expected docstring with {} as item description '
'but did not parse as arguments section'.format(
repr(parameter_description), ))
self.assertIdentified(
docstring,
ArgumentItemIdentifier,
{'x'},
)
def test_can_parse_short_description(self):
raw_docstring = '\n'.join([
'The sum of two numbers.',
'',
])
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'short-description')
def test_can_parse_long_description(self):
raw_docstring = '\n'.join([
'Monkey things up.',
'',
'Not to be confused with sabotage.',
'',
])
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'long-description')
def test_noqas_in_short_description(self):
raw_docstring = '\n'.join([
'Gave gambol grubble goince # noqa: *',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertIdentified(
docstring,
NoqaIdentifier,
{'*'},
)
def test_yield_type_missing_exception(self):
raw_docstring = '\n'.join([
'Yield the number three.',
'',
'Yields',
'-------',
'The number three.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'yields-section')
def test_return_type_missing_exception(self):
raw_docstring = '\n'.join([
'Return the number three.',
'',
'Returns',
'-------',
'The number three.',
'',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertContains(docstring, 'returns-section')
def test_header_can_have_variable_length(self):
for underline in ['-' * x for x in range(1, 15)]:
raw_docstring = '\n'.join([
'Cry aloud.',
'',
'Parameters',
'{}',
'',
]).format(underline)
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'arguments-section')
def test_return_type_with_single_name(self):
raw_docstring = '\n'.join([
'Return the number four.',
'',
'Returns',
'-------',
'number : int',
' A number to use.',
'',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertContains(docstring, 'returns-section')
def test_yields_section(self):
raw_docstring = '\n'.join([
'Yield the number two.',
'',
'Yields',
'-------',
'{2}',
' The number two.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'yields-section')
def test_receives_without_yield_error(self):
raw_docstring = '\n'.join([
'Yield the number four.',
'',
'Receives',
'-------',
'repr_or_number : {REPR, NUMB}',
' Whether to yield a representation or number.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'yields-section')
def test_warns_section(self):
raw_docstring = '\n'.join([
'Always warn.',
'',
'Warns',
'-----',
'Warning',
' Under all conditions.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'warns-section')
def test_raises_section(self):
raw_docstring = '\n'.join([
'Always fail.',
'',
'Raises',
'------',
'Exception',
' Under all conditions.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'raises-section')
def test_two_combined_parameters(self):
raw_docstring = '\n'.join([
'Get the cartesian product of two lists.',
'',
'Parameters',
'----------',
'x1, x2 : List[Any]',
' The lists to use for the product.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertIdentified(docstring, ArgumentItemIdentifier, {'x1, x2'})
def test_yield_type_with_single_name(self):
raw_docstring = '\n'.join([
'Yield the number four.',
'',
'Yields',
'-------',
'number : int',
' A number to use.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'yields-section')
def test_returns_section(self):
raw_docstring = '\n'.join([
'Return the number two.',
'',
'Returns',
'-------',
'{2}',
' The number two.',
'',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertContains(docstring, 'returns-section')
def test_arguments_section_with_types(self):
raw_docstring = '\n'.join([
'Turn the person into a Mr. Fontaine.',
'',
'Parameters',
'----------',
'x : Person',
' The person to fontainify.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertIdentified(docstring, ArgumentTypeIdentifier, {'Person'})
def test_noqas_in_long_description(self):
raw_docstring = '\n'.join([
'Sore snork stort stort.',
'',
'# noqa: DAR101',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertIdentified(
docstring,
NoqaIdentifier,
{'DAR101'},
)
def test_return_type_with_multiple_names(self):
raw_docstring = '\n'.join([
'Return the number four.',
'',
'Returns',
'-------',
'number : int',
' A number to use.',
'repr: str',
' The representation of the number.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'returns-section')
def test_multiple_entries_in_raises(self):
raw_docstring = '\n'.join([
'A problematic function.',
'',
'Raises',
'------',
'InvalidNumberException',
' An exception for if it\'s '
' invalid.',
'Exception',
' Seemingly at random.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'raises-section')
def test_raises_item_without_body(self):
raw_docstring = '\n'.join([
'Exceptionally bad.',
'',
'Raises',
'------',
'Bad',
'ValueError',
' Sometimes.',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertIdentified(
docstring,
ExceptionItemIdentifier,
{'Bad', 'ValueError'},
)
def test_multiple_parameters(self):
raw_docstring_pattern = '\n'.join([
'Rename the items.',
'',
'Parameters',
'----------',
'{}',
'',
])
number = random.randint(2, 5)
names = string.ascii_letters[:number]
raw_docstring = raw_docstring_pattern.format('\n'.join(
['{}:\n Something'.format(name) for name in names]))
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'arguments-section')
self.assertIdentified(docstring, ArgumentItemIdentifier, set(names))
def test_noqas_in_parameters_section(self):
raw_docstring = '\n'.join([
'Get the cartesian product of two lists.',
'',
'Parameters',
'----------',
'x1 : List[Any]',
' The lists to use for the product. # noqa: DAR101',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertIdentified(
docstring,
NoqaIdentifier,
{'DAR101'},
)
def test_receives_section(self):
raw_docstring = '\n'.join([
'Count up to the number.',
'',
'Receives',
'--------',
'maximum : int',
' The new maximum number.',
'',
'Yields',
'------',
'int',
' The next number up to the maximum.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'receives-section')
def test_can_parse_deprecation_warning(self):
raw_docstring = '\n'.join([
'Multiply two numbers.',
'',
'.. deprecated:: 1.6.0',
' Nobody does this anymore!',
' This will be removed in NumPy 2.0.0',
'',
])
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
for node_name in [
'deprecation-warning', 'deprecation-version',
'deprecation-description'
]:
self.assertContains(
docstring,
node_name,
)
def test_noqa_may_appear_after_raises_item(self):
raw_docstring = '\n'.join([
'Exceptionally good.',
'',
'Raises',
'------',
'Good # noqa',
' Exceptionally.',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertIdentified(
docstring,
ExceptionItemIdentifier,
{'Good'},
)
self.assertHasIdentifier(
docstring,
NoqaIdentifier,
)
def test_can_parse_empty_parameters_section(self):
"""Make sure we can parse an empty parameter section.
The numpy format allows for unambiguous section headings,
without necessarily having any content below them.
We'll probably want to raise an error for an empty
parameters section.
"""
raw_docstring = '\n'.join([
'Cry aloud.',
'',
'Parameters',
'----------',
'',
])
tokens = condense(lex(raw_docstring, self.config))
docstring = parse(tokens)
for node_name in ['arguments-section']:
self.assertContains(docstring, node_name)
def test_colon_after_error_parses_with_error(self):
raw_docstring = '\n'.join([
'Raises an error.',
'',
'Raises',
'------',
'ValueError :',
' Raised at random intervals.',
'',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertIdentified(
docstring,
ExceptionItemIdentifier,
{'ValueError'},
)
self.assertHasIdentifier(
docstring,
EmptyTypeError,
)
def test_colon_after_error_with_noqa(self):
raw_docstring = '\n'.join([
'Raises an error.',
'',
'Raises',
'------',
'ValueError: # noqa',
' Always.',
'',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertIdentified(
docstring,
ExceptionItemIdentifier,
{'ValueError'},
)
self.assertHasIdentifier(
docstring,
NoqaIdentifier,
)
def test_class_method_with_types(self):
raw_docstring = '\n'.join([
'Instantiate the class from a given load name and directory.',
'',
'Parameters',
'----------',
'load_name : str',
' The load name (one of \'ambient\', \'hot_load\', \'open\' or \'short\').',
'direc : path',
' The top-level calibration observation directory.',
'run_num : int',
' The run number to use for the spectra.',
'filetype : str',
' The filetype to look for (acq or h5).',
# This line should raise an empty type error.
'kwargs :',
' All other arguments to :class:`LoadSpectrum`.',
'',
'Returns',
'-------',
':class:`LoadSpectrum`.',
])
tokens = condense(lex(raw_docstring))
docstring = parse(tokens)
self.assertIdentified(
docstring,
ArgumentItemIdentifier,
{'load_name', 'direc', 'run_num', 'filetype', 'kwargs'},
)
self.assertIdentified(
docstring,
ArgumentTypeIdentifier,
{'str', 'path', 'int'},
)
self.assertHasIdentifier(
docstring,
EmptyTypeError,
)
def test_other_parameters_section(self):
raw_docstring = '\n'.join([
'Translate the string to the target language.',
'',
'Parameters',
'----------',
'x : str',
' The string to translate.',
'',
'Other Parameters',
'----------------',
'target : str',
' The target language.',
'',
])
tokens = condense(lex(raw_docstring, config=self.config))
docstring = parse(tokens)
self.assertContains(docstring, 'other-arguments-section')
self.assertIdentified(
docstring,
ArgumentItemIdentifier,
{'x', 'target'},
)
