def _rr_history_to_domains(self, rr_history_info):
domains = []
for rr_history in rr_history_info:
for rr_domain in rr_history.get('rrs', []):
for elem in expand_domain(rr_domain['rr']):
domains.add(elem)
return domains
def _cooccurrences_to_domains(self, cooccurrence_info):
domains = set()
for domain, cooccurence in cooccurrence_info.iteritems():
for occur_domain in cooccurence.get('pfs2', []):
for elem in expand_domain(occur_domain[0]):
domains.add(elem)
return domains
def _cooccurrences_to_domains(self, cooccurrence_info):
domains = []
for cooccurence in cooccurrence_info:
for occur_domain in cooccurence.get('pfs2', []):
for elem in expand_domain(occur_domain[0]):
domains.add(elem)
return domains
def _rr_history_to_domains(self, rr_history_info):
domains = set()
for ip, rr_history in rr_history_info.iteritems():
for rr_domain in rr_history.get('rrs', []):
for elem in expand_domain(rr_domain['rr']):
domains.add(elem)
return domains
def _rr_history_to_domains(self, rr_history_info):
domains = []
for rr_history in rr_history_info:
for rr_domain in rr_history.get('rrs', []):
for elem in expand_domain(rr_domain['rr']):
domains.add(elem)
return domains
def _cooccurrences_to_domains(self, cooccurrence_info):
domains = []
for cooccurence in cooccurrence_info:
for occur_domain in cooccurence.get('pfs2', []):
for elem in expand_domain(occur_domain[0]):
domains.add(elem)
return domains
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 _rr_history_to_domains(self, rr_history_info):
"""Parse the results of a call to the OpenDNS rr_history endpoint.
Args:
rr_history_info: Result of a call to rr_history
Returns:
An enumerable of domains
"""
domains = set()
for ip, rr_history in rr_history_info.iteritems():
for rr_domain in rr_history.get('rrs', []):
for elem in expand_domain(rr_domain['rr']):
domains.add(elem)
return domains
def _cooccurrences_to_domains(self, cooccurrence_info):
"""Parse the results of a call to the OpenDNS cooccurrences endpoint.
Args:
cooccurrence_info: Result of a call to cooccurrences
Returns:
An enumerable of domains
"""
domains = set()
for domain, cooccurence in cooccurrence_info.iteritems():
for occur_domain in cooccurence.get('pfs2', []):
for elem in expand_domain(occur_domain[0]):
domains.add(elem)
return domains
def _rr_history_to_domains(self, rr_history_info):
"""Parse the results of a call to the OpenDNS rr_history endpoint.
Args:
rr_history_info: Result of a call to rr_history
Returns:
An enumerable of domains
"""
domains = set()
for ip, rr_history in rr_history_info.iteritems():
for rr_domain in rr_history.get('rrs', []):
for elem in expand_domain(rr_domain['rr']):
domains.add(elem)
return domains
def _cooccurrences_to_domains(self, cooccurrence_info):
"""Parse the results of a call to the OpenDNS cooccurrences endpoint.
Args:
cooccurrence_info: Result of a call to cooccurrences
Returns:
An enumerable of domains
"""
domains = set()
for domain, cooccurence in cooccurrence_info.iteritems():
for occur_domain in cooccurence.get('pfs2', []):
for elem in expand_domain(occur_domain[0]):
domains.add(elem)
return domains
def _test_expand_domain(self, initial_domain, expected):
expanded = list(expand_domain(initial_domain))
T.assert_equal(sorted(expanded), sorted(expected))
def _test_expand_domain(self, initial_domain, expected):
expanded = list(expand_domain(initial_domain))
T.assert_equal(sorted(expanded), sorted(expected))
def _test_expand_domain(self, initial_domain, expected):
expanded = list(expand_domain(initial_domain))
assert sorted(expanded) == sorted(expected)
