def data_only_answers(self):
na = 2
nq = 0
data = PacketsExample({'na': na, 'nq': nq})
for i in range(na):
data.add_packet({'flags': '8000'})
return data
def data_only_queries(self):
na = 0
nq = 2
data = PacketsExample({'na': na, 'nq': nq})
data = PacketsExample()
for i in range(nq):
data.add_packet({'flags': '0'})
return data
def data_example(self):
na = 2
nq = 2
data = PacketsExample({'na': na, 'nq': nq})
for i in range(na):
data.add_packet({'flags': '8000'})
for i in range(nq):
data.add_packet({'flags': '0'})
return data
def data_example(self):
data = PacketsExample()
for i in range(30):
data.add_packet({"flags": "8000", "source": "12345678", "queries": [{"qname": "www.nic.cl."}]})
for i in range(25):
data.add_packet({"flags": "8000", "source": "1234567890", "queries": [{"qname": "www.uchile.cl."}]})
data.set_expected("udp", {"IPv4": 30, "IPv6": 25})
data.put_information("TrafficVolumeResponses", ["udp"])
return data
def data_only_answers(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]})
data.set_expected('www.nic.cl', 5)
for i in range(3):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.jerry.cl'}]})
data.set_expected('www.jerry.cl', 3)
return data
def dataExample(self):
data = PacketsExample()
data.add_packet({'flags': '0', 'queries': []})
data.set_expected('', 1)
data.put_information('QNames', {''})
return data
def data_example(self):
data = PacketsExample()
for i in range(30):
data.add_packet({'flags': '0', 'source': '12345678',
'queries': [{'qname': 'www.nic.cl.'}]})
for i in range(25):
data.add_packet({'flags': '0',
'source': '1234567890',
'queries': [{'qname': 'www.uchile.cl.'}]})
data.set_expected('udp', {'IPv4': 30, 'IPv6': 25})
data.put_information('TrafficVolumeQueries', ['udp'])
return data
def data_only_queries(self):
data = PacketsExample()
data.do_not_change_order()
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl'}]})
for i in range(3):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.jerry.cl'}]})
for i in range(2):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.pinky.cl'}]})
return data
def data_just_answers(self):
data = PacketsExample()
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]}) # Answers
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.brain.cl'}]})
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.pinky.cl'}]})
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl'}]})
data.set_expected('512-1023', 5)
data.put_information("EdnsBufsiz", ['512-1023'])
return data
def data_without_queries(self):
answers = [{'flags': '8000', 'id': 'a6c7'}, {
'flags': '8000', 'id': '5433'}, {'flags': '8000', 'id': 'a276'}]
data = PacketsExample({'queries': 0, 'answers': len(answers)})
for answer in answers:
data.add_packet(answer)
data.set_expected('AloneAnswers', answers)
data.set_expected('AloneQueries', [])
return data
def data_without_answers(self):
queries = [{'flags': '0', 'id': 'a6c7'}, {'flags': '0', 'id': '5433'},
{'flags': '0', 'id': 'a276'}, {'flags': '0', 'id': '4321'}]
data = PacketsExample({'queries': len(queries), 'answers': 0})
for query in queries:
data.add_packet(query)
data.set_expected('AloneAnswers', [])
data.set_expected('AloneQueries', queries)
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]})
data.set_expected(0, 5)
data.put_information("Rcode", [0])
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl'}]})
data.set_expected("set", 5)
data.put_information('rdBit', ["set"])
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'www.ni_c.cl', 'qtype': '1'}]})
data.set_expected("encrypted(ip1)", 5)
data.put_information("src", ["encrypted(ip1)"])
return data
def data_repeat_error(self):
data = PacketsExample()
data.put_information('problematicSources', {
'encrypted(ip1)': [{'qname': 'www.ni_c.cl', 'qtype': '1'}],
'encrypted(ip2)': [{'qname': 'www.nic_labs.cl', 'qtype': '2'}]})
count_of_errors = {}
for i in range(3):
data.add_packet({'source': 'encrypted(ip1)', 'flags': '0',
'queries': [{'qname': 'www.ni_c.cl',
'qtype': '1'}]})
count_of_errors['encrypted(ip1)'] = 3
for i in range(2):
data.add_packet({'source': 'encrypted(ip2)', 'flags': '0',
'queries': [{'qname': 'www.nic_labs.cl',
'qtype': '2'}]})
count_of_errors['encrypted(ip2)'] = 2
data.put_information('countOfErrors', count_of_errors)
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet(
{
"dest": "encrypted(dnsip1)",
"source": "encrypted(ip1)",
"flags": "0",
"queries": [{"qname": "www.ni_c.cl", "qtype": "1"}],
}
)
data.set_expected("1", 5)
data.put_information("Qtype", ["1"])
return data
def data_example(self):
data = PacketsExample()
data.put_information('problematicSources', {
'encrypted(ip1)':
[{'qname': 'www.ni_c.cl', 'qtype': '1'}],
'encrypted(ip2)':
[{'qname': 'www.nic_labs.cl', 'qtype': '2'}],
'encrypted(ip3)':
[{'qname': 'www._jerry_.cl', 'qtype': '6'}],
'encrypted(ip4)':
[{'qname': 'www._pinky.cl', 'qtype': 'f'}]})
# Problems with qnames
data.add_packet({'source': 'encrypted(ip1)', 'flags': '0', 'queries': [
{'qname': 'www.ni_c.cl', 'qtype': '1'}]})
data.set_expected('encrypted(ip1)', {"cnt": 1, 'queries': [
{'qname': 'www.ni_c.cl', 'qtype': '1'}]})
data.add_packet({'source': 'encrypted(ip2)', 'flags': '0', 'queries': [
{'qname': 'www.nic_labs.cl', 'qtype': '2'}]})
data.set_expected('encrypted(ip2)', {"cnt": 1, 'queries': [
{'qname': 'www.nic_labs.cl', 'qtype': '1'}]})
data.add_packet({'source': 'encrypted(ip3)', 'flags': '0', 'queries': [
{'qname': 'www._jerry_.cl', 'qtype': '6'}]})
data.set_expected('encrypted(ip3)', {"cnt": 1, 'queries': [
{'qname': 'www._jerry_.cl', 'qtype': '1'}]})
data.add_packet({'source': 'encrypted(ip4)', 'flags': '0', 'queries': [
{'qname': 'www._pinky.cl', 'qtype': 'f'}]})
data.set_expected('encrypted(ip4)', {"cnt": 1, 'queries': [
{'qname': 'www._pinky.cl', 'qtype': '1'}]})
# Normal data, critical qtypes
data.add_packet({'source': 'encrypted(ip1)', 'flags': '0', 'queries': [
{'qname': 'www.nic.cl', 'qtype': '1'}]})
data.add_packet({'source': 'encrypted(ip2)', 'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl', 'qtype': '2'}]})
data.add_packet({'source': 'encrypted(ip3)', 'flags': '0', 'queries': [
{'qname': 'www.jerry.cl', 'qtype': '6'}]})
data.add_packet({'source': 'encrypted(ip4)', 'flags': '0', 'queries': [
{'qname': 'www.pinky.cl', 'qtype': 'f'}]})
# Normal data
data.add_packet({'source': 'encrypted(ip1)', 'flags': '0',
'queries': [{'qname': 'www.nic.cl', 'qtype': '3'}]})
data.add_packet({'source': 'encrypted(ip2)', 'flags': '8000',
'queries': [{'qname': 'www.niclabs.cl',
'qtype': '4'}]})
data.add_packet({'source': 'encrypted(ip3)', 'flags': '0',
'queries': [{'qname': 'www.jerry.cl', 'qtype': '5'}]})
data.add_packet({'source': 'encrypted(ip4)', 'flags': '8000',
'queries': [{'qname': 'www.pinky.cl',
'qtype': '7'}]})
# Underscore data, noncritical qtypes
data.add_packet({'source': 'encrypted(ip1)', 'flags': '0',
'queries': [{'qname': 'www.ni_c.cl', 'qtype': '3'}]})
data.add_packet({'source': 'encrypted(ip2)', 'flags': '0',
'queries': [{'qname': 'www.nic_labs.cl',
'qtype': '4'}]})
data.add_packet({'source': 'encrypted(ip3)', 'flags': '0',
'queries': [{'qname': 'www._jerry_.cl',
'qtype': '5'}]})
data.add_packet({'source': 'encrypted(ip4)', 'flags': '0',
'queries': [{'qname': 'www._pinky.cl',
'qtype': '7'}]})
# Answers
data.add_packet({'source': 'encrypted(dnsip1)', 'flags': '8000',
'queries': [{'qname': 'www.ni_c.cl',
'qtype': '1'}]})
data.add_packet({'source': 'encrypted(dnsip2)', 'flags': '8000',
'queries': [{'qname': 'www.niclabs.cl',
'qtype': '2'}]})
data.add_packet({'source': 'encrypted(dnsip3)', 'flags': '8000',
'queries': [{'qname': 'www.jerry.cl',
'qtype': '5'}]})
data.add_packet({'source': 'encrypted(dnsip4)', 'flags': '8000',
'queries': [{'qname': 'www._pinky.cl',
'qtype': '7'}]})
return data
def data_example(self):
data = PacketsExample()
for i in range(3):
data.add_packet({"flags": "0", "queries": [{"qname": u"www.nic.xn--cm-5ja."}]})
data.add_packet({"flags": "0", "queries": [{"qname": u"www.uchile.cl."}]})
data.add_packet(
{
"flags": "0",
"queries": [{"qname": u"data-agkn-com-1198526359." + u"us-east-1.elb.amazonaws.com.imunimacu.cl."}],
}
)
data.add_packet(
{
"flags": "0",
"queries": [
{"qname": u"data-agkn-com-1198526359.us-east-1" + u".elb.amazonaws.com.xn--imunimacu-t6a.cl."}
],
}
)
data.set_expected(unicode("xn--cm-5ja", "utf8").encode("idna"), 3)
data.set_expected(unicode("cl", "utf8").encode("idna"), 3)
data.put_information("IdnVSTld", [unicode("cóm", "utf8").encode("idna"), unicode("cl", "utf8").encode("idna")])
return data
def data_example(self):
data = PacketsExample()
for i in range(30):
data.add_packet({"flags": "0", "queries": [{"qname": "www.nic.cl.", "qtype": 1}]})
data.add_packet({"flags": "0", "queries": [{"qname": "www.nic.cl.", "qtype": 2}]})
for i in range(25):
data.add_packet({"flags": "0", "queries": [{"qname": "www.uchile.cl.", "qtype": 3}]})
data.set_expected(1, {"www.nic.cl.": 30})
data.set_expected(2, {"www.nic.cl.": 30})
data.set_expected(3, {"www.uchile.cl.": 25})
data.put_information("ChaosTypesAndNames", [1, 2, 3])
return data
def data_different_case(self):
data = PacketsExample()
data.put_information('problematicQName', 'www.ni_c.cl')
expected_list = []
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'www.ni_c.cl', 'qtype': '1'}]})
expected_list.append({'server': 'encrypted(dnsip1)',
'sender': 'encrypted(ip1)',
'query': {
'qname': 'www.ni_c.cl', 'qtype': '1'}})
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'WWW.NI_C.CL', 'qtype': '1'}]})
expected_list.append({'server': 'encrypted(dnsip1)',
'sender': 'encrypted(ip1)',
'query': {
'qname': 'WWW.NI_C.CL', 'qtype': '1'}})
data.set_expected('www.ni_c.cl', expected_list)
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'wwww.ni_c.cl', 'qtype': '1'}]})
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'WWW:NI_C.CL', 'qtype': '1'}]})
return data
def data_only_queries(self):
data = PacketsExample()
for i in range(4):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl'}]})
data.set_expected('www.niclabs.cl', 4)
for i in range(3):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.uchile.cl'}]})
data.set_expected('www.uchile.cl', 3)
for i in range(2):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.pinky.cl'}]})
data.set_expected('www.pinky.cl', 2)
return data
def data_different_case(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]})
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'WWW.NIC.CL'}]})
data.set_expected('www.nic.cl', 10)
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'WWW:NIC.CL'}]})
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'wwww.nic.cl'}]})
data.put_information('criticalQName', 'www.nic.cl')
return data
def data_example(self):
data = PacketsExample()
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]})
data.set_expected('www.nic.cl', 5)
for i in range(3):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.jerry.cl'}]})
data.set_expected('www.jerry.cl', 3)
data.put_information('QNames', {'www.nic.cl', 'www.jerry.cl'})
return data
def data_equal_rating(self):
n = 10
queries = {'www.nic.cl': n, 'www.niclabs.cl': n,
'www.uchile.cl': n, 'www.jerry.cl': n, 'www.pinky.cl': n}
data = PacketsExample(queries)
data.put_information('equalQnames', 5)
for i in range(n):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl'}]})
for i in range(n):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl'}]})
for i in range(n):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.uchile.cl'}]})
for i in range(n):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.jerry.cl'}]})
for i in range(n):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.pinky.cl'}]})
return data
def data_repeat_error(self):
data = PacketsExample()
data.put_information('problematicQNames', {
'www.ni_c.cl', 'www.nic_labs.cl'})
expected_list = []
for i in range(3):
data.add_packet({'dest': 'encrypted(dnsip1)',
'source': 'encrypted(ip1)',
'flags': '0',
'queries': [
{'qname': 'www.ni_c.cl', 'qtype': '1'}]})
expected_list.append({'server': 'encrypted(dnsip1)',
'sender': 'encrypted(ip1)',
'query': {
'qname': 'www.ni_c.cl', 'qtype': '1'}})
data.set_expected('www.ni_c.cl', expected_list)
expected_list = []
for i in range(2):
data.add_packet({'dest': 'encrypted(dnsip2)',
'source': 'encrypted(ip2)',
'flags': '0',
'queries': [
{'qname': 'www.nic_labs.cl', 'qtype': '2'}]})
expected_list.append({'server': 'encrypted(dnsip2)',
'sender': 'encrypted(ip2)',
'query': {
'qname': 'www.nic_labs.cl',
'qtype': '2'}})
data.set_expected('www.nic_labs.cl', expected_list)
return data
def data_example(self):
data = PacketsExample()
for i in range(30):
data.add_packet({'flags': '8000',
'queries': [{'qname': 'www.nic.cl.'}]})
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl.'}]})
for i in range(25):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.uchile.cl.'}]})
data.set_expected(0, {15: 55})
data.put_information('RcodeVSReplylen', [0])
return data
def data_example(self):
queries = {'www.nic.cl': 5, 'www.niclabs.cl': 4,
'www.uchile.cl': 3, 'www.jerry.cl': 3, 'www.pinky.cl': 2}
data = PacketsExample(queries)
# Returns a list with the elements of
# the dict in descending order of its keys
data.put_information('sortedQnames',
map(list, sorted(queries.items(),
key=operator.itemgetter(
1), reverse=True)))
for i in range(5):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.nic.cl'}]})
for i in range(4):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl'}]})
for i in range(3):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.uchile.cl'}]})
for i in range(3):
data.add_packet({'flags': '8000', 'queries': [
{'qname': 'www.jerry.cl'}]})
for i in range(2):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.pinky.cl'}]})
return data
def data_example(self):
data = PacketsExample()
for i in range(50):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl.', 'qtype': 1}]})
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.uchile.cl.', 'qtype': 2}]})
for i in range(50):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.google.com.', 'qtype': 1}]})
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.facebook.com.', 'qtype': 2}]})
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.asdf.net.', 'qtype': 3}]})
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.qwerty.net.', 'qtype': 3}]})
data.set_expected('udp', {15: 202})
data.put_information('TrafficSizesQueries', ['udp'])
return data
def data_different_case(self):
queries = {'www.nic.cl': 10, 'www.niclabs.cl': 5, 'wwww.niclabs.cl': 6}
data = PacketsExample(queries)
# Returns a list with the elements of
# the dict in descending order of its keys
data.put_information('sortedQnames',
map(list, sorted(queries.items(),
key=operator.itemgetter(
1), reverse=True)))
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.nic.cl'}]})
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'WWW.NIC.CL'}]})
for i in range(5):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'www.niclabs.cl'}]})
for i in range(6):
data.add_packet({'flags': '0', 'queries': [
{'qname': 'WwWW.NicLaBs.cl'}]})
return data
