def test_input(self, text, language=None, term_type=None, entities=None):
"""
Test that the user input is valid.
@param text: the text to search for
@type text: basestring
@param language: the language to search in, defaults to None=any
@type language: basestring or None
@param entities: the language to search in, defaults to None=any
@type entities: list (of basestring), or None
@param term_type: field to search in, defaults
to None=['label', 'alias']
@type term_type: basestring or None
@return: if input is valid
@rtype: bool
"""
# test text
if not text.strip():
self._print('You cannot send stringSearch an empty string')
return False
# test language
if language and language not in self.languages:
self._print('{} is not a recognised language'.format(language))
return False
# test term_type
if term_type and term_type not in self.term_types:
self._print('{} is not a recognised term_type'.format(term_type))
return False
# test list of entities
if entities:
if not isinstance(entities, (tuple, list)):
self._print('Entities must be a non-zero list')
return False
# Check each is correctly formatted
if not all(e.startswith('Q') and
helpers.is_str(e) and
helpers.is_int(e[1:])
for e in entities):
self._print('Each entity must be a string like Q<integer>')
return False
# nothing flagged
return True
def test_input(self, text, language=None, term_type=None, entities=None):
"""
Test that the user input is valid.
@param text: the text to search for
@type text: basestring
@param language: the language to search in, defaults to None=any
@type language: basestring or None
@param entities: the language to search in, defaults to None=any
@type entities: list (of basestring), or None
@param term_type: field to search in, defaults
to None=['label', 'alias']
@type term_type: basestring or None
@return: if input is valid
@rtype: bool
"""
# test text
if not text.strip():
self._print('You cannot send stringSearch an empty string')
return False
# test language
if language and language not in self.languages:
self._print('{} is not a recognised language'.format(language))
return False
# test term_type
if term_type and term_type not in self.term_types:
self._print('{} is not a recognised term_type'.format(term_type))
return False
# test list of entities
if entities:
if not isinstance(entities, (tuple, list)):
self._print('Entities must be a non-zero list')
return False
# Check each is correctly formatted
if not all(
e.startswith('Q') and helpers.is_str(e)
and helpers.is_int(e[1:]) for e in entities):
self._print('Each entity must be a string like Q<integer>')
return False
# nothing flagged
return True
def test_is_int_valid_int_succeed(self):
s = '123'
result = is_int(s)
self.assertEqual(result, True)
def test_is_int_float_fail(self):
s = '123.456'
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_random_string_fail(self):
s = 'random_string'
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_none_fail(self):
s = None
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_empty_string_fail(self):
s = ''
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_valid_int_succeed(self):
s = '123'
result = is_int(s)
self.assertEqual(result, True)
def test_is_int_float_fail(self):
s = '123.456'
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_random_string_fail(self):
s = 'random_string'
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_none_fail(self):
s = None
result = is_int(s)
self.assertEqual(result, False)
def test_is_int_empty_string_fail(self):
s = ''
result = is_int(s)
self.assertEqual(result, False)