def test_ssl_4550_error():
result_string = '{"dnserr":"non-recoverable failure in name resolution","dst_name":"pretical.ee","dst_port":"443","from":"77.95.64.18","fw":4550,"msm_id":1006864,"msm_name":"SSLCert","prb_id":517,"timestamp":1380791230,"type":"sslcert"}'
result = Result.get(result_string)
assert(isinstance(result, SslResult))
assert(result.af is None)
assert(result.firmware == 4550)
assert(result.destination_address is None)
assert(result.destination_name == "pretical.ee")
assert(result.source_address is None)
assert(result.port == 443)
assert(result.origin == "77.95.64.18")
assert(result.method is None)
assert(result.version is None)
assert(result.response_time is None)
assert(result.time_to_connect is None)
assert(result.measurement_id == 1006864)
assert(result.probe_id == 517)
assert(result.created.isoformat() == "2013-10-03T09:07:10+00:00")
assert(isinstance(result.certificates, list))
assert(len(result.certificates) == 0)
assert(result.is_error is True)
try:
result = Result.get(result_string, on_error=Result.ACTION_FAIL)
assert False
except ResultError:
pass
def __init__(self, *args, **kwargs):
unittest.TestCase.__init__(self, *args, **kwargs)
self.basic = Result.get(
'{"af":4,"prb_id":1,"result":[{"rtt":10.001},{"rtt":10.002},{"rtt":10.003}],"ttl":20,"avg":10.002,"size":20,"from":"1.2.3.4","proto":"ICMP","timestamp":1440000000,"dup":0,"type":"ping","sent":3,"msm_id":1000001,"fw":4700,"max":10.003,"step":360,"src_addr":"2.3.4.5","rcvd":3,"msm_name":"Ping","lts":40,"dst_name":"my.name.ca","min":10.001,"dst_addr":"3.4.5.6"}'
)
self.no_packets = Result.get(
'{"af":4,"prb_id":2,"result":[],"ttl":20,"avg":10.002,"size":20,"from":"1.2.3.4","proto":"ICMP","timestamp":1440000000,"dup":0,"type":"ping","sent":3,"msm_id":1000001,"fw":4700,"max":null,"step":360,"src_addr":"2.3.4.5","rcvd":0,"msm_name":"Ping","lts":40,"dst_name":"my.name.ca","min":null,"dst_addr":"3.4.5.6"}'
)
def test_error_timeout():
broken_result = {u'from': u'84.132.219.105', u'msm_id': 1666006, u'timestamp':1400570732, u'fw': 4610, u'proto': u'UDP', u'af': 4, u'msm_name':u'Tdig', u'prb_id': 2960, u'error': {u'timeout': 5000}, u'src_addr':u'192.168.179.20', u'group_id': 1666005, u'type': u'dns', u'dst_addr':u'194.0.25.16'}
result = Result.get(broken_result)
assert(result.is_error is True)
try:
result = Result.get(broken_result, on_error=Result.ACTION_FAIL)
assert(False)
except ResultError as e:
assert(str(e) == "Timeout: 5000")
def test_http_0():
data = '{"fw":0,"msm_id":12023,"prb_id":1,"src_addr":"GET4 193.0.6.139 0.042268 200 263 1406","timestamp":1319704299,"type":"http"}'
result = Result.get(data)
assert(result.is_error is True)
try:
Result.get(data, on_error=Result.ERROR_FAIL)
assert False
except ResultParseError:
pass
def test_http_0_error():
data = '{"fw":0,"msm_id":12023,"prb_id":1,"src_addr":"connect error 4","timestamp":1323118908,"type":"http"}'
result = Result.get(data)
assert(result.is_error is True)
try:
Result.get(data, on_error=Result.ERROR_FAIL)
assert False
except ResultParseError:
pass
def test_http_0():
data = '{"fw":0,"msm_id":12023,"prb_id":1,"src_addr":"GET4 193.0.6.139 0.042268 200 263 1406","timestamp":1319704299,"type":"http"}'
result = Result.get(data)
assert result.is_malformed is True
try:
Result.get(data, on_malformation=Result.ACTION_FAIL)
assert False
except ResultParseError:
pass
def test_http_1_error():
data = '{"fw":1,"msm_id":12023,"prb_id":1,"src_addr":"connect error 4","timestamp":1323118908,"type":"http"}'
result = Result.get(data)
assert result.is_malformed is True
try:
Result.get(data, on_malformation=Result.ACTION_FAIL)
assert False
except ResultParseError:
pass
def test_ping_4480():
result = Result.get('{"addr":"62.2.16.12","af":4,"avg":95.756666666666661,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"194.85.27.7","fw":4480,"max":96.147999999999996,"min":95.388999999999996,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":165,"proto":"ICMP","rcvd":3,"result":[{"rtt":95.733000000000004},{"rtt":96.147999999999996},{"rtt":95.388999999999996}],"sent":3,"size":20,"src_addr":"192.168.3.8","timestamp":1349776268,"ttl":46,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 95.757)
assert(result.rtt_median == 95.733)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "194.85.27.7")
assert(result.firmware == 4480)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 96.148)
assert(result.rtt_min == 95.389)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 165)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step is None)
assert(result.created.isoformat() == "2012-10-09T09:51:08+00:00")
assert(result.packets[0].rtt == 95.733)
assert(result.packets[1].rtt == 96.148)
assert(result.packets[2].rtt == 95.389)
assert(result.packets[0].ttl == 46)
assert(result.packets[1].ttl == 46)
assert(result.packets[2].ttl == 46)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.3.8")
assert(result.packets[1].source_address == "192.168.3.8")
assert(result.packets[2].source_address == "192.168.3.8")
def test_ping_4470():
result = Result.get('{"addr":"62.2.16.12","af":4,"avg":195.649,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"194.85.27.7","fw":4470,"max":197.79300000000001,"min":193.059,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":165,"proto":"ICMP","rcvd":3,"result":[{"rtt":196.095},{"rtt":197.79300000000001},{"rtt":193.059}],"sent":3,"size":20,"src_addr":"192.168.3.8","timestamp":1344514151,"ttl":46,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 195.649)
assert(result.rtt_median == 196.095)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "194.85.27.7")
assert(result.firmware == 4470)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 197.793)
assert(result.rtt_min == 193.059)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 165)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step is None)
assert(result.created.isoformat() == "2012-08-09T12:09:11+00:00")
assert(result.packets[0].rtt == 196.095)
assert(result.packets[1].rtt == 197.793)
assert(result.packets[2].rtt == 193.059)
assert(result.packets[0].ttl == 46)
assert(result.packets[1].ttl == 46)
assert(result.packets[2].ttl == 46)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.3.8")
assert(result.packets[1].source_address == "192.168.3.8")
assert(result.packets[2].source_address == "192.168.3.8")
def test_qbuf():
result = Result.get('{"from":"208.118.139.24","fw":4610,"group_id":1666151,"msm_id":1666151,"msm_name":"Tdig","prb_id":15112,"resultset":[{"af":4,"dst_addr":"8.8.8.8","proto":"TCP","qbuf":"dakBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjMDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA=","result":{"ANCOUNT":0,"ARCOUNT":1,"ID":30121,"NSCOUNT":1,"QDCOUNT":1,"rt":57.764,"size":133},"src_addr":"10.0.5.101","subid":1,"submax":2,"time":1400665523},{"af":4,"dst_addr":"8.8.4.4","proto":"TCP","qbuf":"JTEBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjQDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA=","result":{"ANCOUNT":0,"ARCOUNT":1,"ID":9521,"NSCOUNT":1,"QDCOUNT":1,"rt":57.263,"size":133},"src_addr":"10.0.5.101","subid":2,"submax":2,"time":1400665524}],"timestamp":1400665523,"type":"dns"}')
assert(result.responses[0].abuf is None)
assert(str(result.responses[0].qbuf) == "dakBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjMDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA=")
assert(result.responses[0].qbuf.header.aa is False)
assert(result.responses[0].qbuf.header.qr is False)
assert(result.responses[0].qbuf.header.nscount == 0)
assert(result.responses[0].qbuf.header.qdcount == 1)
assert(result.responses[0].qbuf.header.ancount == 0)
assert(result.responses[0].qbuf.header.tc is False)
assert(result.responses[0].qbuf.header.rd is True)
assert(result.responses[0].qbuf.header.arcount == 1)
assert(result.responses[0].qbuf.header.return_code == "NOERROR")
assert(result.responses[0].qbuf.header.opcode == "QUERY")
assert(result.responses[0].qbuf.header.ra is True)
assert(result.responses[0].qbuf.header.z == 0)
assert(result.responses[0].qbuf.header.id == 30121)
assert(len(result.responses[0].qbuf.questions) == 1)
assert(result.responses[0].qbuf.questions[0].klass == "IN")
assert(result.responses[0].qbuf.questions[0].type == "A")
assert(result.responses[0].qbuf.questions[0].name == "15112.1400665523.www.twitter.com.")
assert(result.responses[0].qbuf.edns0.extended_return_code == 0)
assert(result.responses[0].qbuf.edns0.udp_size == 512)
assert(result.responses[0].qbuf.edns0.version == 0)
assert(result.responses[0].qbuf.edns0.z == 255)
assert(result.responses[0].qbuf.edns0.type == "OPT")
assert(result.responses[0].qbuf.edns0.name == ".")
assert(len(result.responses[0].qbuf.edns0.options) == 1)
assert(result.responses[0].qbuf.edns0.options[0].code == 3)
assert(result.responses[0].qbuf.edns0.options[0].name == "NSID")
assert(result.responses[0].qbuf.edns0.options[0].nsid == "")
assert(result.responses[0].qbuf.edns0.options[0].length == 0)
def test_ntp_timeout():
result = (
'{ "msm_id":"1020235", "fw":4661, "lts":76, "timestamp":1418196642, "dst_name":"atlas", '
'"prb_id":71, "dst_addr":"193.0.6.139", "src_addr":"193.0.10.127", "proto":"UDP", "af": 4,'
'"from": "193.0.0.78", "type": "ntp", "result": '
'[ { "x":"*" }, { "x":"*" }, { "x":"*" } ] '
"}"
)
result = Result.get(result)
assert isinstance(result, NtpResult)
assert result.af == 4
assert result.firmware == 4661
assert result.destination_address == "193.0.6.139"
assert result.destination_name == "atlas"
assert result.source_address == "193.0.10.127"
assert result.origin == "193.0.0.78"
assert result.leap_second_indicator is None
assert result.stratum is None
assert result.rtt_median is None
assert result.offset_median is None
assert getattr(result.packets[0], "final_timestamp", None) is None
assert getattr(result.packets[0], "final_times", None) is None
assert getattr(result.packets[0], "origin_timestamp", None) is None
assert getattr(result.packets[0], "origin_time", None) is None
assert getattr(result.packets[0], "transmitted_timestamp", None) is None
assert getattr(result.packets[0], "transmitted_time", None) is None
assert getattr(result.packets[0], "received_timestamp", None) is None
assert getattr(result.packets[0], "received_time", None) is None
assert result.packets[0].offset is None
assert result.packets[0].rtt is None
def aggregate(self, results, probes):
# Build "sagans" as a list of Sagan result objects: http://goo.gl/HKFkHE
sagans = []
for result in results:
try:
result = Result.get(result)
if not probes or result.probe_id in probes:
sagans.append(result)
except ResultError:
print("Bad result found: {}\n".format(json.dumps(result)))
# Build a lookup dictionary of id:object for below
probes = dict([
(p.id, p) for p in Probe.get_from_api([r.probe_id for r in sagans])
])
# Build the aggregate database
db = {}
for result in sagans:
line = self.renderer.on_result(result, probes=probes)
db.setdefault(probes[line.probe_id].country_code, []).append(
line)
# Print everything out
r = ""
for country, lines in db.items():
r += "{}\n".format(country)
for line in lines:
r += " {}".format(line)
r += "\n"
return r
def test_ping_4500():
result = Result.get('{"addr":"62.2.16.12","af":4,"avg":30.114666666666665,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"80.56.151.3","fw":4500,"max":30.344999999999999,"min":29.960999999999999,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":202,"proto":"ICMP","rcvd":3,"result":[{"rtt":30.038},{"rtt":29.960999999999999},{"rtt":30.344999999999999}],"sent":3,"size":20,"src_addr":"192.168.1.229","timestamp":1361244431,"ttl":55,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 30.115)
assert(result.rtt_median == 30.038)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "80.56.151.3")
assert(result.firmware == 4500)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 30.345)
assert(result.rtt_min == 29.961)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 202)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step is None)
assert(result.created.isoformat() == "2013-02-19T03:27:11+00:00")
assert(result.packets[0].rtt == 30.038)
assert(result.packets[1].rtt == 29.961)
assert(result.packets[2].rtt == 30.345)
assert(result.packets[0].ttl == 55)
assert(result.packets[1].ttl == 55)
assert(result.packets[2].ttl == 55)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.1.229")
assert(result.packets[1].source_address == "192.168.1.229")
assert(result.packets[2].source_address == "192.168.1.229")
def test_ssl_4610():
result = Result.get('{"af":4,"cert":["-----BEGIN CERTIFICATE-----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\ngWyIey4h+S/dYCHJpVKj2HUq1Jni6n3CtxNyqF0EjR1FVA==\n-----END CERTIFICATE-----"],"dst_addr":"80.79.115.54","dst_name":"pretical.ee","dst_port":"443","from":"125.238.215.240","fw":4610,"method":"SSL","msm_id":1006864,"msm_name":"SSLCert","prb_id":74,"rt":696.07500000000005,"src_addr":"10.0.0.2","timestamp":1396269382,"ttc":345.97899999999998,"type":"sslcert","ver":"3.0"}')
assert(isinstance(result, SslResult))
assert(result.af == 4)
assert(result.firmware == 4610)
assert(result.destination_address == "80.79.115.54")
assert(result.destination_name == "pretical.ee")
assert(result.source_address == "10.0.0.2")
assert(result.port == 443)
assert(result.origin == "125.238.215.240")
assert(result.method == "SSL")
assert(result.version == "3.0")
assert(result.response_time == 696.075)
assert(result.time_to_connect == 345.979)
assert(result.measurement_id == 1006864)
assert(result.probe_id == 74)
assert(result.created.isoformat() == "2014-03-31T12:36:22+00:00")
assert(isinstance(result.certificates, list))
assert(len(result.certificates) == 1)
assert(result.certificates[0])
assert(result.certificates[0].subject_cn == "*.pretical.ee")
assert(result.certificates[0].subject_o is None)
assert(result.certificates[0].subject_c is None)
assert(result.certificates[0].issuer_cn == "CA Cert Signing Authority")
assert(result.certificates[0].issuer_o == "Root CA")
assert(result.certificates[0].issuer_c is None)
assert(result.certificates[0].valid_from.isoformat() == "2014-01-03T21:22:51+00:00")
assert(result.certificates[0].valid_until.isoformat() == "2014-07-02T21:22:51+00:00")
assert(result.certificates[0].checksum == "28:E6:A2:51:CE:D1:E9:34:2E:69:41:44:55:43:41:88:4D:93:4E:67:02:09:48:8C:86:68:25:8F:5E:DF:96:98")
assert(result.certificates[0].checksum_md5 == "97:A2:0C:C7:93:E1:4B:24:6D:EA:55:09:6E:21:A8:96")
assert(result.certificates[0].checksum_sha1 == "2B:FE:E8:F8:4B:25:19:D4:9B:3B:18:A3:29:E1:6C:79:72:FF:96:02")
assert(result.certificates[0].checksum_sha256 == "28:E6:A2:51:CE:D1:E9:34:2E:69:41:44:55:43:41:88:4D:93:4E:67:02:09:48:8C:86:68:25:8F:5E:DF:96:98")
def test_ping_4600():
result = Result.get('{"af":4,"avg":47.951999999999998,"dst_addr":"62.2.16.24","dst_name":"hsi.cablecom.ch","dup":0,"from":"188.195.183.141","fw":4600,"group_id":1000192,"lts":222,"max":48.990000000000002,"min":45.939,"msm_id":1000192,"msm_name":"Ping","prb_id":270,"proto":"ICMP","rcvd":3,"result":[{"rtt":45.939},{"rtt":48.927},{"rtt":48.990000000000002}],"sent":3,"size":12,"src_addr":"192.168.178.21","step":360,"timestamp":1392321470,"ttl":50,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 47.952)
assert(result.rtt_median == 48.927)
assert(result.destination_address == "62.2.16.24")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "188.195.183.141")
assert(result.firmware == 4600)
assert(result.seconds_since_sync == 222)
assert(result.rtt_max == 48.99)
assert(result.rtt_min == 45.939)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 270)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2014-02-13T19:57:50+00:00")
assert(result.packets[0].rtt == 45.939)
assert(result.packets[1].rtt == 48.927)
assert(result.packets[2].rtt == 48.99)
assert(result.packets[0].ttl == 50)
assert(result.packets[1].ttl == 50)
assert(result.packets[2].ttl == 50)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.178.21")
assert(result.packets[1].source_address == "192.168.178.21")
assert(result.packets[2].source_address == "192.168.178.21")
def test_ssl_4520():
result = Result.get('{"af":4,"cert":["-----BEGIN CERTIFICATE-----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\ngRkq8Xmcm73lglN49oBXrxZrxQh0LAHWgbNxuQ3iMAvmuw==\n-----END CERTIFICATE-----"],"dst_addr":"80.79.115.54","dst_name":"pretical.ee","dst_port":"https","from":"77.95.64.18","fw":4520,"method":"SSL","msm_id":1006864,"msm_name":"SSLCert","prb_id":517,"src_addr":"77.95.64.18","timestamp":1378499876,"type":"sslcert","ver":"3.0"}')
assert(isinstance(result, SslResult))
assert(result.af == 4)
assert(result.firmware == 4520)
assert(result.destination_address == "80.79.115.54")
assert(result.destination_name == "pretical.ee")
assert(result.source_address == "77.95.64.18")
assert(result.port == 443)
assert(result.origin == "77.95.64.18")
assert(result.method == "SSL")
assert(result.version == "3.0")
assert(result.response_time is None)
assert(result.time_to_connect is None)
assert(result.measurement_id == 1006864)
assert(result.probe_id == 517)
assert(result.created.isoformat() == "2013-09-06T20:37:56+00:00")
assert(isinstance(result.certificates, list))
assert(len(result.certificates) == 1)
assert(result.certificates[0])
assert(result.certificates[0].subject_cn == "*.pretical.ee")
assert(result.certificates[0].subject_o is None)
assert(result.certificates[0].subject_c is None)
assert(result.certificates[0].issuer_cn == "CA Cert Signing Authority")
assert(result.certificates[0].issuer_o == "Root CA")
assert(result.certificates[0].issuer_c is None)
assert(result.certificates[0].valid_from.isoformat() == "2013-07-06T05:54:54+00:00")
assert(result.certificates[0].valid_until.isoformat() == "2014-01-02T05:54:54+00:00")
assert(result.certificates[0].checksum == "F9:C1:DC:CE:CE:C2:E8:42:00:D1:A1:B5:0D:93:09:DE:73:DA:CE:56:0A:FD:A3:BB:B1:CC:1E:2E:47:15:C3:A6")
assert(result.certificates[0].checksum_md5 == "38:07:D1:3C:0C:79:01:5E:F6:0E:6B:48:B4:3C:F4:59")
assert(result.certificates[0].checksum_sha1 == "C5:31:2B:AC:B2:4F:D2:F8:47:57:2A:4F:04:D7:F9:18:91:20:C7:1F")
assert(result.certificates[0].checksum_sha256 == "F9:C1:DC:CE:CE:C2:E8:42:00:D1:A1:B5:0D:93:09:DE:73:DA:CE:56:0A:FD:A3:BB:B1:CC:1E:2E:47:15:C3:A6")
def test_ping_4570():
result = Result.get('{"af":4,"avg":36.608333333333327,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"62.195.143.53","fw":4570,"lts":-1,"max":36.741,"min":36.423999999999999,"msm_id":1000192,"msm_name":"Ping","prb_id":202,"proto":"ICMP","rcvd":3,"result":[{"rtt":36.741},{"rtt":36.659999999999997},{"rtt":36.423999999999999}],"sent":3,"size":12,"step":360,"timestamp":1384500425, "type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 36.608)
assert(result.rtt_median == 36.66)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "62.195.143.53")
assert(result.firmware == 4570)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 36.741)
assert(result.rtt_min == 36.424)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 202)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2013-11-15T07:27:05+00:00")
assert(result.packets[0].rtt == 36.741)
assert(result.packets[1].rtt == 36.66)
assert(result.packets[2].rtt == 36.424)
assert(result.packets[0].ttl is None)
assert(result.packets[1].ttl is None)
assert(result.packets[2].ttl is None)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address is None)
assert(result.packets[1].source_address is None)
assert(result.packets[2].source_address is None)
def test_ping_4560():
result = Result.get('{"af":4,"avg":36.887,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"62.195.143.53","fw":4560,"lts":36,"max":40.234000000000002,"min":34.747999999999998,"msm_id":1000192,"msm_name":"Ping","prb_id":202,"proto":"ICMP","rcvd":3,"result":[{"rtt":40.234000000000002},{"rtt":34.747999999999998,"srcaddr":"192.168.1.229"},{"rtt":35.679000000000002,"srcaddr":"192.168.1.229"}],"sent":3,"size":20,"src_addr":"192.168.1.229","step":360,"timestamp":1380586151,"ttl":54,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 36.887)
assert(result.rtt_median == 35.679)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "62.195.143.53")
assert(result.firmware == 4560)
assert(result.seconds_since_sync is 36)
assert(result.rtt_max == 40.234)
assert(result.rtt_min == 34.748)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 202)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2013-10-01T00:09:11+00:00")
assert(result.packets[0].rtt == 40.234)
assert(result.packets[1].rtt == 34.748)
assert(result.packets[2].rtt == 35.679)
assert(result.packets[0].ttl == 54)
assert(result.packets[1].ttl == 54)
assert(result.packets[2].ttl == 54)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.1.229")
assert(result.packets[1].source_address == "192.168.1.229")
assert(result.packets[2].source_address == "192.168.1.229")
def test_ping_4550():
result = Result.get('{"af":4,"avg":27.300999999999998,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"80.56.151.3","fw":4550,"lts":365,"max":27.300999999999998,"min":27.300999999999998,"msm_id":1000192,"msm_name":"Ping","prb_id":202,"proto":"ICMP","rcvd":1,"result":[{"srcaddr":"192.168.1.229","x":"*"},{"x":"*"},{"rtt":27.300999999999998,"ttl":54}],"sent":3,"size":20,"src_addr":"192.168.1.229","step":360,"timestamp":1378271710,"ttl":54,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 27.301)
assert(result.rtt_median == 27.301)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "80.56.151.3")
assert(result.firmware == 4550)
assert(result.seconds_since_sync == 365)
assert(result.rtt_max == 27.301)
assert(result.rtt_min == 27.301)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 202)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 1)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2013-09-04T05:15:10+00:00")
assert(result.packets[0].rtt is None)
assert(result.packets[1].rtt is None)
assert(result.packets[2].rtt == 27.301)
assert(result.packets[0].ttl is None)
assert(result.packets[1].ttl is None)
assert(result.packets[2].ttl == 54)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.1.229")
assert(result.packets[1].source_address == "192.168.1.229")
assert(result.packets[2].source_address == "192.168.1.229")
def __iter__(self):
sagans = []
for line in self._iterable:
# line may be a dictionary (parsed JSON)
if hasattr(line, "strip"):
line = line.strip()
# Break out when there's nothing left
if not line:
break
try:
sagan = SaganResult.get(
line,
on_error=SaganResult.ACTION_IGNORE,
on_warning=SaganResult.ACTION_IGNORE
)
if not self._probes or sagan.probe_id in self._probes:
sagans.append(sagan)
if len(sagans) > 100:
for sagan in self._attach_probes(sagans):
yield sagan
sagans = []
except ResultParseError:
pass # Probably garbage in the file
for sagan in self._attach_probes(sagans):
yield sagan
def test_ping_buggy():
result = Result.get('{"af":4,"avg":-1,"dst_addr":"62.2.16.24","dst_name":"hsi.cablecom.ch","dup":2,"from":"62.195.143.53","fw":4600,"lts":130,"max":-1,"min":-1,"msm_id":1000192,"msm_name":"Ping","prb_id":202,"proto":"ICMP","rcvd":0,"result":[{"srcaddr":"192.168.1.229","x":"*"},{"dup":1,"rtt":1635.423,"ttl":55},{"dup":1,"rtt":1800.4939999999999}],"sent":1,"size":12,"src_addr":"192.168.1.229","step":360,"timestamp":1394745831,"ttl":55,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average is None)
assert(result.rtt_median is None)
assert(result.destination_address == "62.2.16.24")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 2)
assert(result.origin == "62.195.143.53")
assert(result.firmware == 4600)
assert(result.seconds_since_sync == 130)
assert(result.rtt_max is None)
assert(result.rtt_min is None)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 202)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 0)
assert(result.packets_sent == 1)
assert(result.packet_size == 12)
assert(result.step == 360)
print(result.created, type(result.created))
print(result.created.isoformat())
assert(result.created.isoformat() == "2014-03-13T21:23:51+00:00")
assert(result.packets[0].rtt is None)
assert(result.packets[1].rtt == 1635.423)
assert(result.packets[2].rtt == 1800.494)
assert(result.packets[0].ttl is None)
assert(result.packets[1].ttl == 55)
assert(result.packets[2].ttl == 55)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is True)
assert(result.packets[2].dup is True)
assert(result.packets[0].source_address == "192.168.1.229")
assert(result.packets[1].source_address == "192.168.1.229")
assert(result.packets[2].source_address == "192.168.1.229")
def add_probe_and_target_results(self, results_dict):
with open(self.filename) as results:
for result in results.readlines():
parsed_result = Result.get(result)
probe_id = self._get_attr("probe_id", parsed_result)
target = self._get_attr("target", parsed_result)
key = str(probe_id) + ' ; ' + target
origin = parsed_result.origin
try:
# see if this key exists yet
inner_dict = results_dict[str(key)]
except KeyError:
# initialize all types to 0
results_dict[str(key)] = {"probe_id" : probe_id, "target" : target, "ping" : 0, "dns" : 0, "traceroute" : 0, "origins" : {}}
# increment the appropriate type (ping, dns, traceroute)
results_dict[str(key)][self.type] += 1
results_dict[str(key)]["origins"][origin] = 1
else:
# already initialized, increment
results_dict[str(key)][self.type] += 1
# origins
try:
results_dict[str(key)]["origins"][origin] += 1
except KeyError:
results_dict[str(key)]["origins"][origin] = 1
def test_wifi_error():
raw_data = {
"bundle": 1463493022,
"error": "wpa timeout",
"from": "2001:67c:2e8:ffe1:eade:27ff:fe69:e6f0",
"fw": "4733",
"group_id": 1021275,
"msm_id": 1021275,
"msm_name": "WiFi",
"prb_id": 105,
"timestamp": 1463493023,
"type": "wifi",
"wpa_supplicant": {"connect-time": "11"},
}
result = Result.get(raw_data)
assert isinstance(result, WiFiResult)
assert result.bundle == 1463493022
assert result.origin == "2001:67c:2e8:ffe1:eade:27ff:fe69:e6f0"
assert result.firmware == 4733
assert result.group_id == 1021275
assert result.created_timestamp == 1463493023
assert result.wpa_supplicant.address is None
assert result.wpa_supplicant.bssid is None
assert result.wpa_supplicant.connect_time == "11"
assert result.wpa_supplicant.group_cipher is None
assert result.wpa_supplicant.wpa_supplicant_id is None
assert result.wpa_supplicant.ip_address is None
assert result.wpa_supplicant.key_management is None
assert result.wpa_supplicant.mode is None
assert result.wpa_supplicant.pairwise_cipher is None
assert result.wpa_supplicant.ssid is None
assert result.wpa_supplicant.wpa_state is None
def add_to_results_dict(self, key_name, results_dict):
with open(self.filename) as results:
for result in results.readlines():
parsed_result = Result.get(result)
key = self._get_attr(key_name, parsed_result)
origin = parsed_result.origin
target = self._get_attr("target", parsed_result)
try:
# see if this key exists yet
inner_dict = results_dict[str(key)]
except KeyError:
# initialize all types to 0
results_dict[str(key)] = {"ping" : 0, "dns" : 0, "traceroute" : 0, "origins" : {}, "targets" : {}}
# increment the appropriate type
results_dict[str(key)][self.type] += 1
results_dict[str(key)]["origins"][origin] = 1
results_dict[str(key)]["targets"][target] = 1
else:
# already initialized, increment
results_dict[str(key)][self.type] += 1
# origins
try:
results_dict[str(key)]["origins"][origin] += 1
except KeyError:
results_dict[str(key)]["origins"][origin] = 1
# targets
try:
results_dict[str(key)]["targets"][target] += 1
except KeyError:
results_dict[str(key)]["targets"][target] = 1
def __call__(self, key, value):
while type(value) == str or type(value) == unicode:
value = json.load(value)
parsed_result = Result.get(value)
ipStr = parsed_result.origin
gir = self.geo.record_by_addr(ipStr)
if gir is None:
value["geo"] = {}
yield key, value
return
d = {}
fields = ["country_code", "country_name", "region", "region_name",
"city", "postal_code", "latitude", "longitude", "area_code",
"time_zone", "metro_code"]
saved_fields = ["cc", "country", "st", "state", "city", "postcode",
"lat", "lng", "areacode", "tz", "metrocode"]
for field, save_as in zip(fields, saved_fields):
val = gir[field]
if val is None: continue
d[save_as] = val
value["geo"] = d
yield key, value
def process_results(self, results, probes_filter):
logger.info("Processing results...")
# Be sure to have info for every probe in the resultset
self.update_probes(results)
if len(results) == 0:
logger.info("No results found.")
return
# Processing results...
for json_result in results:
result = Result.get(json_result, on_error=Result.ACTION_IGNORE,
on_malformation=Result.ACTION_IGNORE)
probe = self.get_probe(result)
if probe not in probes_filter:
logger.debug(
" skipping {} because of probes filter".format(probe)
)
continue
self.process_result(result)
self.update_latest_result_ts(result)
self.internal_labels["results"] = {}
self.ip_cache.save()
def setUp(self):
result = {'af': 4, 'prb_id': 1216, 'result': [{'rtt': 27.429}, {'rtt': 25.672}, {'rtt': 25.681}], 'ttl': 54, 'avg': 26.2606666667, 'size': 20, 'from': '109.190.83.40', ' proto': 'ICMP', 'timestamp': 1445025400, 'dup': 0, 'type': 'ping', 'sent': 3, 'msm_id': 1000192, 'fw': 4700, 'max': 27.429, 'step': 360, 'src_addr': '192.168.103.132', 'rcvd': 3, 'msm_name': 'Ping', 'lts': 377, 'dst_name': 'hsi.cablecom.ch', 'min': 25.672, 'dst_addr': '62.2.16.24'}
probes = [
Probe(
id=1216,
meta_data={"country_code": "GR", "asn_v4": 3337, "asn_v6": "4445"}
),
Probe(
id=121,
meta_data={"country_code": "GR", "asn_v4": 3338, "asn_v6": "4445"}
),
Probe(
id=12,
meta_data={"country_code": "DE", "asn_v4": 3339, "asn_v6": 3337}
),
Probe(
id=1,
meta_data={"country_code": "NL", "asn_v4": 3337, "asn_v6": "4446"}
)
]
self.sagan_results = []
for probe in probes:
sagan_result = Result.get(
result, on_error=Result.ACTION_IGNORE, on_warning=Result.ACTION_IGNORE
)
sagan_result.probe = probe
self.sagan_results.append(sagan_result)
def test_ssl_4500():
result = Result.get('{"af":4,"cert":["-----BEGIN CERTIFICATE-----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\nbMZdcMur9E+ovrS58lIKGCvDEPSUDXHzr0tpb4A13TTnxW6pclqUyJk=\n-----END CERTIFICATE-----"],"dst_addr":"80.79.115.54","dst_name":"pretical.ee","dst_port":"https","from":"77.95.64.18","fw":4500,"method":"SSL","msm_id":1006864,"prb_id":517,"src_addr":"77.95.64.18","timestamp":1365577623,"type":"sslcert","ver":"3.0"}')
assert(isinstance(result, SslResult))
assert(result.af == 4)
assert(result.firmware == 4500)
assert(result.destination_address == "80.79.115.54")
assert(result.destination_name == "pretical.ee")
assert(result.source_address == "77.95.64.18")
assert(result.port == 443)
assert(result.origin == "77.95.64.18")
assert(result.method == "SSL")
assert(result.version == "3.0")
assert(result.response_time is None)
assert(result.time_to_connect is None)
assert(result.measurement_id == 1006864)
assert(result.probe_id == 517)
assert(result.created.isoformat() == "2013-04-10T07:07:03+00:00")
assert(isinstance(result.certificates, list))
assert(len(result.certificates) == 1)
assert(result.certificates[0])
assert(result.certificates[0].subject_cn == "*.pretical.ee")
assert(result.certificates[0].subject_o is None)
assert(result.certificates[0].subject_c is None)
assert(result.certificates[0].issuer_cn == "CA Cert Signing Authority")
assert(result.certificates[0].issuer_o == "Root CA")
assert(result.certificates[0].issuer_c is None)
assert(result.certificates[0].valid_from.isoformat() == "2013-01-06T14:00:55+00:00")
assert(result.certificates[0].valid_until.isoformat() == "2013-07-05T14:00:55+00:00")
assert(result.certificates[0].checksum == "AC:D1:6F:FB:3A:F2:06:C9:92:A4:4D:2A:A2:0B:1C:37:35:25:75:A7:5D:4A:62:21:03:AD:E6:46:42:E5:65:4C")
assert(result.certificates[0].checksum_md5 == "91:EA:DF:FF:57:6F:7C:91:F1:83:2A:9F:7F:A2:FE:E4")
assert(result.certificates[0].checksum_sha1 == "11:00:27:07:F7:E8:0C:6B:5F:B6:A3:5A:20:19:BC:CA:22:85:E5:3C")
assert(result.certificates[0].checksum_sha256 == "AC:D1:6F:FB:3A:F2:06:C9:92:A4:4D:2A:A2:0B:1C:37:35:25:75:A7:5D:4A:62:21:03:AD:E6:46:42:E5:65:4C")
def test_ping_4460():
result = Result.get('{"addr":"62.2.16.12","af":4,"avg":48.388333333333328,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"188.194.234.136","fw":4460,"max":56.948999999999998,"min":43.869999999999997,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":270,"proto":"ICMP","rcvd":3,"result":[{"rtt":43.869999999999997},{"rtt":56.948999999999998},{"rtt":44.345999999999997}],"sent":3,"size":20,"src_addr":"192.168.178.21","timestamp":1340524626,"ttl":52,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 48.388)
assert(result.rtt_median == 44.346)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "188.194.234.136")
assert(result.firmware == 4460)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 56.949)
assert(result.rtt_min == 43.87)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 270)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step is None)
assert(result.created.isoformat() == "2012-06-24T07:57:06+00:00")
assert(result.packets[0].rtt == 43.87)
assert(result.packets[1].rtt == 56.949)
assert(result.packets[2].rtt == 44.346)
assert(result.packets[0].ttl == 52)
assert(result.packets[1].ttl == 52)
assert(result.packets[2].ttl == 52)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.178.21")
assert(result.packets[1].source_address == "192.168.178.21")
assert(result.packets[2].source_address == "192.168.178.21")
def test_ping_4520():
result = Result.get('{"addr":"62.2.16.12","af":4,"avg":67.420999999999992,"dst_addr":"62.2.16.12","dst_name":"hsi.cablecom.ch","dup":0,"from":"194.85.27.7","fw":4520,"max":70.230999999999995,"min":65.974999999999994,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":165,"proto":"ICMP","rcvd":3,"result":[{"rtt":70.230999999999995},{"rtt":65.974999999999994},{"rtt":66.057000000000002}],"sent":3,"size":20,"src_addr":"192.168.3.8","timestamp":1365379380,"ttl":47,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 67.421)
assert(result.rtt_median == 66.057)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "194.85.27.7")
assert(result.firmware == 4520)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 70.231)
assert(result.rtt_min == 65.975)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 165)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step is None)
assert(result.created.isoformat() == "2013-04-08T00:03:00+00:00")
assert(result.packets[0].rtt == 70.231)
assert(result.packets[1].rtt == 65.975)
assert(result.packets[2].rtt == 66.057)
assert(result.packets[0].ttl == 47)
assert(result.packets[1].ttl == 47)
assert(result.packets[2].ttl == 47)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.3.8")
assert(result.packets[1].source_address == "192.168.3.8")
assert(result.packets[2].source_address == "192.168.3.8")
def test_ping_0(rr):
result = Result.get(rr)
print(result.af)
print(result.rtt_average)
print(result.rtt_median)
print(result.destination_address)
print(result.destination_name)
print(result.duplicates)
print(result.origin)
print(result.firmware)
print(result.seconds_since_sync)
print(result.rtt_max)
print(result.rtt_min)
print(result.measurement_id)
print(result.probe_id)
print(result.protocol)
print(result.packets_received)
print(result.packets_sent)
print(result.packet_size)
print(result.step)
print(result.created)
print(result.packets)
def test_ping_1():
result = Result.get('{"addr":"62.2.16.12","avg":124.572,"dup":0,"from":"194.85.27.7","fw":1,"max":125.44499999999999,"min":123.89400000000001,"msm_id":1000192,"name":"hsi.cablecom.ch","prb_id":165,"rcvd":3,"sent":3,"size":56,"timestamp":1340523908,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 124.572)
assert(result.rtt_median is None)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "194.85.27.7")
assert(result.firmware == 1)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 125.445)
assert(result.rtt_min == 123.894)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 165)
assert(result.protocol is None)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size is None)
assert(result.step is None)
assert(result.created.isoformat() == "2012-06-24T07:45:08+00:00")
assert(result.packets == [])
def test_http_1():
result = Result.get(
'{"from":"62.194.83.50","fw":1,"msm_id":12023,"prb_id":1,"result":"GET4 193.0.6.139 0.030229 200 263 1406","timestamp":1333387900,"type":"http"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "62.194.83.50")
assert (result.firmware == 1)
assert (result.measurement_id == 12023)
assert (result.probe_id == 1)
assert (result.created.isoformat() == "2012-04-02T17:31:40+00:00")
assert (result.uri is None)
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af is None)
assert (result.responses[0].body_size == 1406)
assert (result.responses[0].head_size == 263)
assert (result.responses[0].destination_address == "193.0.6.139")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 30.229)
assert (result.responses[0].source_address is None)
assert (result.responses[0].version is None)
def test_http_4430():
result = Result.get(
'{"from":"62.194.83.50","fw":4430,"msm_id":12023,"prb_id":1,"result":[{"addr":"193.0.6.139","bsize":1406,"hsize":263,"mode":"GET4","res":200,"rt":27.276,"srcaddr":"192.168.99.183","ver":"1.1"}],"timestamp":1336418202,"type":"http"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "62.194.83.50")
assert (result.firmware == 4430)
assert (result.measurement_id == 12023)
assert (result.probe_id == 1)
assert (result.created.isoformat() == "2012-05-07T19:16:42+00:00")
assert (result.uri is None)
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af is None)
assert (result.responses[0].body_size == 1406)
assert (result.responses[0].head_size == 263)
assert (result.responses[0].destination_address == "193.0.6.139")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 27.276)
assert (result.responses[0].source_address == "192.168.99.183")
assert (result.responses[0].version == "1.1")
def test_http_4610_fail():
result = Result.get('{"from":"2001:630:301:1080:220:4aff:fee0:20a0","fw":4610,"msm_id":1003932,"msm_name":"HTTPGet","prb_id":2493,"result":[{"af":6,"dst_addr":"2001:42d0:0:200::6","err":"timeout reading chunk","method":"GET","src_addr":"2001:630:301:1080:220:4aff:fee0:20a0"}],"timestamp":1398184661,"type":"http","uri":"http://www.afrinic.net/"}')
assert(isinstance(result, HttpResult))
assert(result.origin == "2001:630:301:1080:220:4aff:fee0:20a0")
assert(result.firmware == 4610)
assert(result.measurement_id == 1003932)
assert(result.probe_id == 2493)
assert(result.created.isoformat() == "2014-04-22T16:37:41+00:00")
assert(result.uri == "http://www.afrinic.net/")
assert(result.method == HttpResult.METHOD_GET)
assert(isinstance(result.responses, list))
assert(len(result.responses) == 1)
assert(result.responses[0].af == 6)
assert(result.responses[0].body_size is None)
assert(result.responses[0].head_size is None)
assert(result.responses[0].destination_address == "2001:42d0:0:200::6")
assert(result.responses[0].code is None)
assert(result.responses[0].response_time is None)
assert(result.responses[0].source_address == "2001:630:301:1080:220:4aff:fee0:20a0")
assert(result.responses[0].version is None)
assert(result.responses[0].is_error is True)
assert(result.responses[0].error_message == "timeout reading chunk")
def test_ping_0():
result = Result.get('{"avg":"58.042","dst_addr":"62.2.16.12","dup":"0","fw":0,"max":"58.272","min":"57.876","msm_id":1000192,"prb_id":677,"rcvd":"3","sent":"3","src_addr":"78.128.9.202","timestamp":1328019792,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 58.042)
assert(result.rtt_median is None)
assert(result.destination_address == "62.2.16.12")
assert(result.destination_name is None)
assert(result.duplicates == 0)
assert(result.origin is None)
assert(result.firmware == 0)
assert(result.seconds_since_sync is None)
assert(result.rtt_max == 58.272)
assert(result.rtt_min == 57.876)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 677)
assert(result.protocol is None)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size is None)
assert(result.step is None)
assert(result.created.isoformat() == "2012-01-31T14:23:12+00:00")
assert(result.packets == [])
def test_qbuf():
result = Result.get(
'{"from":"208.118.139.24","fw":4610,"group_id":1666151,"msm_id":1666151,"msm_name":"Tdig","prb_id":15112,"resultset":[{"af":4,"dst_addr":"8.8.8.8","proto":"TCP","qbuf":"dakBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjMDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA=","result":{"ANCOUNT":0,"ARCOUNT":1,"ID":30121,"NSCOUNT":1,"QDCOUNT":1,"rt":57.764,"size":133},"src_addr":"10.0.5.101","subid":1,"submax":2,"time":1400665523},{"af":4,"dst_addr":"8.8.4.4","proto":"TCP","qbuf":"JTEBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjQDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA=","result":{"ANCOUNT":0,"ARCOUNT":1,"ID":9521,"NSCOUNT":1,"QDCOUNT":1,"rt":57.263,"size":133},"src_addr":"10.0.5.101","subid":2,"submax":2,"time":1400665524}],"timestamp":1400665523,"type":"dns"}'
)
assert (result.responses[0].abuf is None)
assert (
str(result.responses[0].qbuf) ==
"dakBgAABAAAAAAABBTE1MTEyCjE0MDA2NjU1MjMDd3d3B3R3aXR0ZXIDY29tAAABAAEAACkCAAAAgAAABAADAAA="
)
assert (result.responses[0].qbuf.header.aa is False)
assert (result.responses[0].qbuf.header.qr is False)
assert (result.responses[0].qbuf.header.nscount == 0)
assert (result.responses[0].qbuf.header.qdcount == 1)
assert (result.responses[0].qbuf.header.ancount == 0)
assert (result.responses[0].qbuf.header.tc is False)
assert (result.responses[0].qbuf.header.rd is True)
assert (result.responses[0].qbuf.header.arcount == 1)
assert (result.responses[0].qbuf.header.return_code == "NOERROR")
assert (result.responses[0].qbuf.header.opcode == "QUERY")
assert (result.responses[0].qbuf.header.ra is True)
assert (result.responses[0].qbuf.header.z == 0)
assert (result.responses[0].qbuf.header.id == 30121)
assert (len(result.responses[0].qbuf.questions) == 1)
assert (result.responses[0].qbuf.questions[0].klass == "IN")
assert (result.responses[0].qbuf.questions[0].type == "A")
assert (result.responses[0].qbuf.questions[0].name ==
"15112.1400665523.www.twitter.com.")
assert (result.responses[0].qbuf.edns0.extended_return_code == 0)
assert (result.responses[0].qbuf.edns0.udp_size == 512)
assert (result.responses[0].qbuf.edns0.version == 0)
assert (result.responses[0].qbuf.edns0.z == 255)
assert (result.responses[0].qbuf.edns0.type == "OPT")
assert (result.responses[0].qbuf.edns0.name == ".")
assert (len(result.responses[0].qbuf.edns0.options) == 1)
assert (result.responses[0].qbuf.edns0.options[0].code == 3)
assert (result.responses[0].qbuf.edns0.options[0].name == "NSID")
assert (result.responses[0].qbuf.edns0.options[0].nsid == "")
assert (result.responses[0].qbuf.edns0.options[0].length == 0)
def test_ping_4610():
result = Result.get('{"af":4,"avg":57.140666666666668,"dst_addr":"62.2.16.24","dst_name":"hsi.cablecom.ch","dup":0,"from":"188.195.181.120","fw":4610,"group_id":1000192,"lts":93,"max":63.213000000000001,"min":47.941000000000003,"msm_id":1000192,"msm_name":"Ping","prb_id":270,"proto":"ICMP","rcvd":3,"result":[{"rtt":63.213000000000001},{"rtt":47.941000000000003,"ttl":51},{"rtt":60.268000000000001,"ttl":50}],"sent":3,"size":12,"src_addr":"192.168.178.21","step":360,"timestamp":1395416383,"ttl":50,"type":"ping"}')
assert(isinstance(result, Result))
assert(isinstance(result, PingResult))
assert(isinstance(result.packets[0], Packet))
assert(isinstance(result.packets[1], Packet))
assert(isinstance(result.packets[2], Packet))
assert(result.af == 4)
assert(result.rtt_average == 57.141)
assert(result.rtt_median == 60.268)
assert(result.destination_address == "62.2.16.24")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 0)
assert(result.origin == "188.195.181.120")
assert(result.firmware == 4610)
assert(result.seconds_since_sync == 93)
assert(result.rtt_max == 63.213)
assert(result.rtt_min == 47.941)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 270)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 3)
assert(result.packets_sent == 3)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2014-03-21T15:39:43+00:00")
assert(result.packets[0].rtt == 63.213)
assert(result.packets[1].rtt == 47.941)
assert(result.packets[2].rtt == 60.268)
assert(result.packets[0].ttl == 50)
assert(result.packets[1].ttl == 51)
assert(result.packets[2].ttl == 50)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is False)
assert(result.packets[2].dup is False)
assert(result.packets[0].source_address == "192.168.178.21")
assert(result.packets[1].source_address == "192.168.178.21")
assert(result.packets[2].source_address == "192.168.178.21")
def test_http_4470():
result = Result.get(
'{"from":"2001:4538:100:0:220:4aff:fec8:232b","fw":4470,"msm_id":1003930,"prb_id":303,"result":[{"af":6,"bsize":22243,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":765.25400000000002,"src_addr":"2001:4538:100:0:220:4aff:fec8:232b","ver":"1.1"}],"timestamp":1352869218,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2001:4538:100:0:220:4aff:fec8:232b")
assert (result.firmware == 4470)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 303)
assert (result.created.isoformat() == "2012-11-14T05:00:18+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 22243)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 765.254)
assert (result.responses[0].source_address == result.origin)
assert (result.responses[0].version == "1.1")
def test_http_4460():
result = Result.get(
'{"from":"2001:780:100:6:220:4aff:fee0:2479","fw":4460,"msm_id":1003930,"prb_id":2707,"result":[{"af":6,"bsize":22383,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":71.146000000000001,"src_addr":"2001:780:100:6:220:4aff:fee0:2479","ver":"1.1"}],"timestamp":1350471605,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2001:780:100:6:220:4aff:fee0:2479")
assert (result.firmware == 4460)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 2707)
assert (result.created.isoformat() == "2012-10-17T11:00:05+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 22383)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 71.146)
assert (result.responses[0].source_address == result.origin)
assert (result.responses[0].version == "1.1")
def test_http_4560():
result = Result.get(
'{"from":"2620:0:2ed0:aaaa::210","fw":4560,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":1164,"result":[{"af":6,"bsize":39340,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":739.26999999999998,"src_addr":"2620:0:2ed0:aaaa::210","ver":"1.1"}],"timestamp":1385895661,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2620:0:2ed0:aaaa::210")
assert (result.firmware == 4560)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 1164)
assert (result.created.isoformat() == "2013-12-01T11:01:01+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 39340)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 739.27)
assert (result.responses[0].source_address == "2620:0:2ed0:aaaa::210")
assert (result.responses[0].version == "1.1")
def read_path(m):
src_ip = m['from']
r = Result.get(m)
dst_ip = r.destination_address
src_asn = get_asn(src_ip)
dst_asn = get_asn(dst_ip)
if src_asn is None or dst_asn is None:
return None
try:
ippath = [x[0] for x in r.ip_path]
except:
ippath = []
res = trim_path(src_asn, dst_asn, ippath)
if res is None:
return None
return {
'src_ip': src_ip,
'dst_ip': dst_ip,
'src_asn': src_asn,
'dst_asn': dst_asn,
'path': res,
}
def test_http_4500():
result = Result.get(
'{"from":"2a02:8304:1:4:220:4aff:fee0:228d","fw":4500,"msm_id":1003930,"prb_id":2954,"result":[{"af":6,"bsize":40103,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":234.048,"src_addr":"2a02:8304:1:4:220:4aff:fee0:228d","ver":"1.1"}],"timestamp":1367233244,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2a02:8304:1:4:220:4aff:fee0:228d")
assert (result.firmware == 4500)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 2954)
assert (result.created.isoformat() == "2013-04-29T11:00:44+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 40103)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 234.048)
assert (result.responses[0].source_address == result.origin)
assert (result.responses[0].version == "1.1")
def test_http_4520():
result = Result.get(
'{"from":"2a02:27d0:100:115:6000::250","fw":4520,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":2802,"result":[{"af":6,"bsize":40567,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":102.825,"src_addr":"2a02:27d0:100:115:6000::250","ver":"1.1"}],"timestamp":1379594363,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2a02:27d0:100:115:6000::250")
assert (result.firmware == 4520)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 2802)
assert (result.created.isoformat() == "2013-09-19T12:39:23+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 40567)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 102.825)
assert (result.responses[0].source_address == result.origin)
assert (result.responses[0].version == "1.1")
def add_compound_key_results(self, probe_id, results_dict, key_part1_str, key_part2_str):
'''
key_part1 - the first part of the key (e.g. "probe_id")
key_part2 - the second part of the key (e.g. "target")
So the key would be "probe_id ; target"
'''
with open(self.filename) as results:
for result in results.readlines():
# First determine whether to skip this result
if probe_id != None:
this_probe_id = json.loads(result)["prb_id"]
if this_probe_id != probe_id:
continue # skip to next result
parsed_result = Result.get(result)
val_part1 = self._get_attr(key_part1_str, parsed_result)
val_part2 = self._get_attr(key_part2_str, parsed_result)
key = str(val_part1) + ' ; ' + str(val_part2)
origin = parsed_result.origin
try:
# see if this key exists yet
inner_dict = results_dict[str(key)]
except KeyError:
# initialize all types to 0
results_dict[str(key)] = {key_part1_str : val_part1, key_part2_str : val_part2, "ping" : 0, "dns" : 0, "traceroute" : 0, "origins" : {}}
# increment the appropriate type (ping, dns, traceroute)
results_dict[str(key)][self.type] += 1
results_dict[str(key)]["origins"][origin] = 1
else:
# already initialized, increment
results_dict[str(key)][self.type] += 1
# origins
try:
results_dict[str(key)]["origins"][origin] += 1
except KeyError:
results_dict[str(key)]["origins"][origin] = 1
def test_ping_duplicate():
result = Result.get('{"af":4,"avg":27.768000000000001,"dst_addr":"62.2.16.24","dst_name":"hsi.cablecom.ch","dup":2,"from":"109.190.83.40","fw":4610,"lts":38,"max":27.768000000000001,"min":27.768000000000001,"msm_id":1000192,"msm_name":"Ping","prb_id":1216,"proto":"ICMP","rcvd":1,"result":[{"srcaddr":"192.168.103.130","x":"*"},{"dup":1,"rtt":36.454000000000001,"ttl":54},{"dup":1,"rtt":37.756},{"rtt":27.768000000000001}],"sent":2,"size":12,"src_addr":"192.168.103.130","step":360,"timestamp":1395277728,"ttl":54,"type":"ping"}')
assert(result.af == 4)
assert(result.rtt_average == 27.768)
assert(result.rtt_median == 27.768)
assert(result.destination_address == "62.2.16.24")
assert(result.destination_name == "hsi.cablecom.ch")
assert(result.duplicates == 2)
assert(result.origin == "109.190.83.40")
assert(result.firmware == 4610)
assert(result.seconds_since_sync == 38)
assert(result.rtt_max == 27.768)
assert(result.rtt_min == 27.768)
assert(result.measurement_id == 1000192)
assert(result.probe_id == 1216)
assert(result.protocol == PingResult.PROTOCOL_ICMP)
assert(result.packets_received == 1)
assert(result.packets_sent == 2)
assert(result.packet_size == 12)
assert(result.step == 360)
assert(result.created.isoformat() == "2014-03-20T01:08:48+00:00")
assert(result.packets[0].rtt is None)
assert(result.packets[1].rtt == 36.454)
assert(result.packets[2].rtt == 37.756)
assert(result.packets[3].rtt == 27.768)
assert(result.packets[0].ttl is None)
assert(result.packets[1].ttl == 54)
assert(result.packets[2].ttl == 54)
assert(result.packets[3].ttl == 54)
assert(result.packets[0].dup is False)
assert(result.packets[1].dup is True)
assert(result.packets[2].dup is True)
assert(result.packets[3].dup is False)
assert(result.packets[0].source_address == "192.168.103.130")
assert(result.packets[1].source_address == "192.168.103.130")
assert(result.packets[2].source_address == "192.168.103.130")
assert(result.packets[3].source_address == "192.168.103.130")
def get_results(mid):
kwargs = {
"msm_id": mid,
}
is_success, results = AtlasResultsRequest(**kwargs).create()
if is_success:
# print(results)
pass
else:
raise Exception("Unsuccessful when getting results.")
ret = {}
for r in results:
rp = Result.get(r)
#print("probe_id=%d probe_ip=%s path=%s" % (rp.probe_id, rp.origin, str(normalize_ip_path(rp.ip_path))))
if rp.probe_id in ret:
raise Exception("Probe ID %d is already in result." % rp.probe_id)
else:
ret[rp.probe_id] = normalize_ip_path(rp.ip_path)
return ret
def test_http_4600():
result = Result.get(
'{"from":"2a01:6a8:0:f:220:4aff:fec5:5b5a","fw":4600,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":720,"result":[{"af":6,"bsize":41020,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":195.84399999999999,"src_addr":"2a01:6a8:0:f:220:4aff:fec5:5b5a","ver":"1.1"}],"timestamp":1396163194,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2a01:6a8:0:f:220:4aff:fec5:5b5a")
assert (result.firmware == 4600)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 720)
assert (result.created.isoformat() == "2014-03-30T07:06:34+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 41020)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 195.844)
assert (result.responses[0].source_address ==
"2a01:6a8:0:f:220:4aff:fec5:5b5a")
assert (result.responses[0].version == "1.1")
def test_http_4480():
result = Result.get(
'{"fw":4480,"msm_id":1003930,"prb_id":2184,"result":[{"af":6,"bsize":39777,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":660.40999999999997,"src_addr":"2a02:6c80:5:0:220:4aff:fee0:2774","ver":"1.1"}],"src_addr":"2a02:6c80:5:0:220:4aff:fee0:2774","timestamp":1372582858,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin is None)
assert (result.firmware == 4480)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 2184)
assert (result.created.isoformat() == "2013-06-30T09:00:58+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 39777)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 660.41)
assert (result.responses[0].source_address ==
"2a02:6c80:5:0:220:4aff:fee0:2774")
assert (result.responses[0].version == "1.1")
def test_http_4610():
result = Result.get(
'{"from":"2a01:9e00:a217:d00:220:4aff:fec6:cb5b","fw":4610,"group_id":1003930,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":780,"result":[{"af":6,"bsize":41020,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":154.755,"src_addr":"2a01:9e00:a217:d00:220:4aff:fec6:cb5b","ver":"1.1"}],"timestamp":1396359320,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2a01:9e00:a217:d00:220:4aff:fec6:cb5b")
assert (result.firmware == 4610)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 780)
assert (result.created.isoformat() == "2014-04-01T13:35:20+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 41020)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 154.755)
assert (result.responses[0].source_address ==
"2a01:9e00:a217:d00:220:4aff:fec6:cb5b")
assert (result.responses[0].version == "1.1")
def test_http_4570():
result = Result.get(
'{"from":"2001:8b0:34f:5b8:220:4aff:fee0:21fc","fw":4570,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":2030,"result":[{"af":6,"bsize":41021,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":187.02199999999999,"src_addr":"2001:8b0:34f:5b8:220:4aff:fee0:21fc","ver":"1.1"}],"timestamp":1395324614,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2001:8b0:34f:5b8:220:4aff:fee0:21fc")
assert (result.firmware == 4570)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 2030)
assert (result.created.isoformat() == "2014-03-20T14:10:14+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 41021)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 187.022)
assert (result.responses[0].source_address ==
"2001:8b0:34f:5b8:220:4aff:fee0:21fc")
assert (result.responses[0].version == "1.1")
def test_http_4550():
result = Result.get(
'{"from":"2001:4538:100:0:220:4aff:fec8:232b","fw":4550,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":303,"result":[{"af":6,"bsize":40118,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":2092.447,"src_addr":"2001:4538:100:0:220:4aff:fec8:232b","ver":"1.1"}],"timestamp":1380901810,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2001:4538:100:0:220:4aff:fec8:232b")
assert (result.firmware == 4550)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 303)
assert (result.created.isoformat() == "2013-10-04T15:50:10+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 40118)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 2092.447)
assert (result.responses[0].source_address ==
"2001:4538:100:0:220:4aff:fec8:232b")
assert (result.responses[0].version == "1.1")
def test_http_4540():
result = Result.get(
'{"from":"2001:980:36af:1:220:4aff:fec8:226d","fw":4540,"msm_id":1003930,"msm_name":"HTTPGet","prb_id":26,"result":[{"af":6,"bsize":40485,"dst_addr":"2001:67c:2e8:22::c100:68b","hsize":279,"method":"GET","res":200,"rt":158.994,"src_addr":"2001:980:36af:1:220:4aff:fec8:226d","ver":"1.1"}],"timestamp":1377695803,"type":"http","uri":"http://www.ripe.net/"}'
)
assert (isinstance(result, HttpResult))
assert (result.origin == "2001:980:36af:1:220:4aff:fec8:226d")
assert (result.firmware == 4540)
assert (result.measurement_id == 1003930)
assert (result.probe_id == 26)
assert (result.created.isoformat() == "2013-08-28T13:16:43+00:00")
assert (result.uri == "http://www.ripe.net/")
assert (result.method == HttpResult.METHOD_GET)
assert (isinstance(result.responses, list))
assert (len(result.responses) == 1)
assert (result.responses[0].af == 6)
assert (result.responses[0].body_size == 40485)
assert (result.responses[0].head_size == 279)
assert (
result.responses[0].destination_address == "2001:67c:2e8:22::c100:68b")
assert (result.responses[0].code == 200)
assert (result.responses[0].response_time == 158.994)
assert (result.responses[0].source_address ==
"2001:980:36af:1:220:4aff:fec8:226d")
assert (result.responses[0].version == "1.1")
#!/usr/bin/env python3
import base64
import dns.message # provided by dnspython
from ripe.atlas.sagan import Result # provided by ripe.atlas.sagan
import sys
# testing
# abuf='mE6BgAABAAoAAAAACTEtY291cmllcgRwdXNoBWFwcGxlA2NvbQAAAQABwAwABQABAAA2pwAlATESY291cmllci1wdXNoLWFwcGxlA2NvbQZha2FkbnMDbmV0AMA2AAUAAQAAADsAJRdwb3AtZXVyLWJlbmVsdXgtY291cmllcgpwdXNoLWFwcGxlwEvAZwABAAEAAAA7AAQR/EwVwGcAAQABAAAAOwAEEfxMGcBnAAEAAQAAADsABBH8TBfAZwABAAEAAAA7AAQR/EwRwGcAAQABAAAAOwAEEfxMI8BnAAEAAQAAADsABBH8TB/AZwABAAEAAAA7AAQR/EwKwGcAAQABAAAAOwAEEfxMEw=='
# dnsmsg = dns.message.from_wire(base64.b64decode(abuf))
# print(dnsmsg)
file = sys.argv[1]
with open(file) as results:
for result in results.readlines():
parsed_result = Result.get(result)
try:
print(
dns.message.from_wire(
base64.b64decode(str(parsed_result.responses[0].abuf))))
except Exception as e:
print("Parsing failed for probe ID: " +
str(parsed_result.probe_id))
print(str(e))
if is_success:
print("Succes!")
else:
exit
# Define the output filename
filename = "results_{}_{}_{}.dat".format(args.start.strftime("%Y%m%d%H%M"),
args.end.strftime("%Y%m%d%H%M"),
args.msmid)
# Loop through everything and write to outputfile
fail_count = 0
with open(filename, "w") as outputfile:
for result in results:
tr = Result.get(result)
ip_list = []
failed = False
for hop in tr.hops:
ips = list(
set([
ip_address(x.origin) for x in hop.packets
if x is not None and x.origin is not None
]))
if len(ips) == 0:
ip_list.append("*")
elif len(ips) > 1:
failed = True
fail_count += 1
break
else:
def test_ping_lts():
result = Result.get(
'{"af":4,"prb_id":270,"result":[{"rtt":70.265},{"rtt":54.584,"ttl":51},{"rtt":52.875}],"ttl":51,"avg":59.2413333333,"size":12,"from":"188.193.157.75","proto":"ICMP","timestamp":1406561624,"dup":0,"type":"ping","sent":3,"msm_id":1000192,"fw":4650,"max":70.265,"step":360,"src_addr":"192.168.178.21","rcvd":3,"msm_name":"Ping","lts":76,"dst_name":"hsi.cablecom.ch","min":52.875,"group_id":1000192,"dst_addr":"62.2.16.24"}'
)
assert (result.seconds_since_sync == 76)
def setUp(self):
result = {
'af': 4,
'prb_id': 1216,
'result': [{
'rtt': 27.429
}, {
'rtt': 25.672
}, {
'rtt': 25.681
}],
'ttl': 54,
'avg': 26.2606666667,
'size': 20,
'from': '109.190.83.40',
' proto': 'ICMP',
'timestamp': 1445025400,
'dup': 0,
'type': 'ping',
'sent': 3,
'msm_id': 1000192,
'fw': 4700,
'max': 27.429,
'step': 360,
'src_addr': '192.168.103.132',
'rcvd': 3,
'msm_name': 'Ping',
'lts': 377,
'dst_name': 'hsi.cablecom.ch',
'min': 25.672,
'dst_addr': '62.2.16.24'
}
probes = [
Probe(id=1216,
meta_data={
"country_code": "GR",
"asn_v4": 3337,
"asn_v6": "4445"
}),
Probe(id=121,
meta_data={
"country_code": "GR",
"asn_v4": 3338,
"asn_v6": "4445"
}),
Probe(id=12,
meta_data={
"country_code": "DE",
"asn_v4": 3339,
"asn_v6": 3337
}),
Probe(id=1,
meta_data={
"country_code": "NL",
"asn_v4": 3337,
"asn_v6": "4446"
})
]
self.sagan_results = []
for probe in probes:
sagan_result = Result.get(result,
on_error=Result.ACTION_IGNORE,
on_warning=Result.ACTION_IGNORE)
sagan_result.probe = probe
self.sagan_results.append(sagan_result)
#public api:
#https://api.iptoasn.com/v1/as/ip/<ip address>
#AS-path de la source LB2(IDM):
aspath = []
path = []
idv6 = [12459070, 12459079, 12459088, 12599687, 12599693, 12599699, 12599711]
idv4 = [12459144, 12459154, 12459163, 12599748, 12599755, 12599761, 12599793]
#AS-PATH de IR:
#idv6=[12459071,12459080,12459089,12599688,12599694,12599700,12599712]
#idv4=[12459145,12459155,12459164,12599749,12599756,12599762,12599794]
result = requests.get(
'https://atlas.ripe.net/api/v2/measurements/{}/results/?&format=json'.
format(idv6[1]))
response = json.loads(result.content.decode('utf-8'))
my_result = Result.get(response[0])
hop = my_result.hops
ip = []
for k in hop:
packet = k.packets
for j in packet:
if (j.origin not in ip) and (j.origin != 'None'):
ip.append(j.origin)
#print(ip)
AS = []
country = []
for k in ip:
j = requests.get("https://api.iptoasn.com/v1/as/ip/{}".format(k))
if j.status_code == 200:
r = json.loads(j.content.decode('utf-8'))
if response.status_code == 200:
result_v6.append(json.loads(response.content.decode('utf-8')))
for i in vector_ID_v4:
result = 'https://atlas.ripe.net/api/v2/measurements/{}/results/?format=json'.format(
i)
response = requests.get(result)
if response.status_code == 200:
result_v4.append(json.loads(response.content.decode('utf-8')))
my_result_v6 = []
my_result_v4 = []
for i in result_v6:
for j in range(len(i)):
my_result_v6.append(Result.get(i[j]))
for i in result_v4:
for j in range(len(i)):
my_result_v4.append(Result.get(i[j]))
total_hop_v6 = []
total_hop_v4 = []
for i in range(len(my_result_v6)):
if my_result_v6[i].is_success and my_result_v4[i].is_success:
total_hop_v6.append(my_result_v6[i].total_hops)
total_hop_v4.append(my_result_v4[i].total_hops)
rtt_v6 = []
rtt_v4 = []
for i in range(len(my_result_v6)):
if my_result_v6[i].is_success and my_result_v4[i].is_success:
import sys
import json
import urllib
from datetime import datetime
from ripe.atlas.sagan import Result, TracerouteResult
from ripe.atlas.cousteau import AtlasLatestRequest
kwargs = {"msm_id": 11304100}
is_succ, results = AtlasLatestRequest(**kwargs).create()
#if is_succ:
# print(results)
for result in results:
print(Result.get(result))
tracert = TracerouteResult(result)
print(tracert.total_hops)
print(tracert.ip_path)