def encodeResponse(self, response):
header_s = struct.pack('>HHHHHH', response.identifier, 1<<15, response.query_len, response.response_len, response.authority_len, response.additional_len)
for q in response.queries:
dnstype, question = self.resource_factory.encodeQuery(q)
name = convert.string_to_dns(question)
header_s += name + struct.pack('>HH', dnstype, q.dnsclass)
for r in response.resources:
dnstype, question, decoded, ttl = self.resource_factory.encodeResource(r)
name = convert.string_to_dns(question)
new_header_s = name + struct.pack('>HHIH', dnstype, r.dnsclass, ttl, len(decoded)) + decoded
header_s += new_header_s
return header_s
def encodeResponse(self, response):
header_s = struct.pack('>HHHHHH', response.identifier, 1<<15, response.query_len, response.response_len, response.authority_len, response.additional_len)
for q in response.queries:
dnstype, question = self.resource_factory.encodeQuery(q)
name = convert.string_to_dns(question)
header_s += name + struct.pack('>HH', dnstype, q.dnsclass)
for r in response.resources:
dnstype, question, decoded, ttl = self.resource_factory.encodeResource(r)
name = convert.string_to_dns(question)
new_header_s = name + struct.pack('>HHIH', dnstype, r.dnsclass, ttl, len(decoded)) + decoded
header_s += new_header_s
return header_s
def encodeRequest(self, request):
header_s = struct.pack('>HHH6s', request.identifier, request.flags, request.query_len, '\0\0\0\0\0\0')
for q in request.queries:
dnstype, question = self.resource_factory.encodeQuery(q)
name = convert.string_to_dns(question)
header_s += name + struct.pack('>HH', dnstype, q.dnsclass)
return header_s
def encodeRequest(self, request):
header_s = struct.pack('>HHH6s', request.identifier, request.flags, request.query_len, '\0\0\0\0\0\0')
for q in request.queries:
dnstype, question = self.resource_factory.encodeQuery(q)
name = convert.string_to_dns(question)
header_s += name + struct.pack('>HH', dnstype, q.dnsclass)
return header_s
