def _convert_to_matching_term(self, blacklisted_value):
"""Convert a blacklisted_value to a regex.
Args:
blacklisted_value - string of value on a blacklist
blacklist_is_domains - Boolean if true, the blacklisted_value is treated as a domain.
Returns:
MatchingTerm
"""
display_name = blacklisted_value
if self._is_domains:
try:
domain = clean_domain(blacklisted_value)
except BadDomainError:
logging.warning(
'Blacklisted value "{0}" cannot be resolved as a domain name'
.format(blacklisted_value))
return None
blacklisted_value = '^(.+\.)*{0}$'.format(re.escape(domain))
if self._is_regex:
blacklisted_value = re.compile(blacklisted_value)
return MatchingTerm(display_name, blacklisted_value)
def _convert_to_matching_term(self, blacklisted_value):
"""Convert a blacklisted_value to a regex.
Args:
blacklisted_value - string of value on a blacklist
blacklist_is_domains - Boolean if true, the blacklisted_value is treated as a domain.
Returns:
MatchingTerm
"""
display_name = blacklisted_value
if self._is_domains:
try:
domain = clean_domain(blacklisted_value)
except BadDomainError:
logging.warning(
'Blacklisted value "{0}" cannot be resolved as a domain name'
.format(blacklisted_value))
return None
blacklisted_value = '^(.+\.)*{0}$'.format(re.escape(domain))
if self._is_regex:
blacklisted_value = re.compile(blacklisted_value)
return MatchingTerm(display_name, blacklisted_value)
def _add_domain(self, domain):
"""Clean a domain and store it internally"""
if not domain:
return
try:
domain = clean_domain(domain)
for extracted in expand_domain(domain):
self._domains.add(extracted)
except BadDomainError:
pass
def _add_domain(self, domain):
"""Clean a domain and store it internally"""
if not domain:
return
try:
domain = clean_domain(domain)
for extracted in expand_domain(domain):
self._domains.add(extracted)
except BadDomainError:
pass
def _convert_to_matching_term(self, blacklisted_value):
"""Convert a blacklisted_value to a regex.
Args:
blacklisted_value - string of value on a blacklist
blacklist_is_domains - Boolean if true, the blacklisted_value is treated as a domain.
Returns:
MatchingTerm
"""
display_name = blacklisted_value
if self._is_domains:
domain = clean_domain(blacklisted_value)
blacklisted_value = '^(.+\.)*{0}$'.format(re.escape(domain))
if self._is_regex:
blacklisted_value = re.compile(blacklisted_value)
return MatchingTerm(display_name, blacklisted_value)
def _convert_to_matching_term(self, blacklisted_value):
"""Convert a blacklisted_value to a regex.
Args:
blacklisted_value - string of value on a blacklist
blacklist_is_domains - Boolean if true, the blacklisted_value is treated as a domain.
Returns:
MatchingTerm
"""
display_name = blacklisted_value
if self._is_domains:
domain = clean_domain(blacklisted_value)
blacklisted_value = '^(.+\.)*{0}$'.format(re.escape(domain))
if self._is_regex:
blacklisted_value = re.compile(blacklisted_value)
return MatchingTerm(display_name, blacklisted_value)
def _test_clean_domain(self, dirty_domain, expected):
domain = clean_domain(dirty_domain)
T.assert_equal(domain, expected)
def test_single_word(self):
with T.assert_raises(BadDomainError):
clean_domain('oneword')
def _test_clean_domain(self, dirty_domain, expected):
domain = clean_domain(dirty_domain)
T.assert_equal(domain, expected)
def test_single_word(self):
with T.assert_raises(BadDomainError):
clean_domain('oneword')
def test_single_word(self):
with pytest.raises(BadDomainError):
clean_domain('oneword')
def _test_clean_domain(self, dirty_domain, expected):
domain = clean_domain(dirty_domain)
assert domain == expected
