right = mid - 1
else:
return None
self._match = match
# on bin match, recursively call to check host ids
if (not recursion):
return self._bin_search((rh_id, 0), recursion=True)
return DNS_CAT(match)
# grabbing the request category and determining whether the request should be blocked. if so, returns general
# information for further processing
def _block_query(self, category, whitelisted):
# signature match, but blocking disabled for the category | ALLOW
if (category not in self._Proxy.signatures.en_dns):
return False
# signature match, not whitelisted, or whitelisted and cat is bad | BLOCK
if (not whitelisted or category in ['malicious', 'cryptominer']):
return True
# default action | ALLOW
return False
if __name__ == '__main__':
Log.run(name=LOG_NAME, verbose=VERBOSE, root=ROOT)
DNSProxy.run(Log, threaded=True)
DNSServer.run(Log, threaded=True)
return DNS_REQUEST_RESULTS(False, None, None)
# # grabbing the request category and determining whether the request should be blocked. if so, returns general
# # information for further processing
def _block_query(self, category, whitelisted):
# signature match, but blocking disabled for the category | ALLOW
if (category not in self._Proxy.signatures.en_dns):
return False
# signature match, not whitelisted, or whitelisted and cat is bad | BLOCK
if (not whitelisted
or category in [DNS_CAT.malicious, DNS_CAT.cryptominer]):
return True
# default action | ALLOW
return False
if __name__ == '__main__':
dns_cat_signatures = Configuration.load_dns_signature_bitmap()
# using cython function factory to create binary search function with module specific signatures
signature_bounds = (0, len(dns_cat_signatures) - 1)
_recursive_binary_search = generate_recursive_binary_search(
dns_cat_signatures, signature_bounds)
Log.run(name=LOG_NAME)
DNSProxy.run(Log, threaded=True)
DNSServer.run(Log, threaded=False)