def test_packetParser6Lowpan3(self):
str = open('test/data/6lowpanudp.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(NwPacket.verify( # Successful
p,
{"6LOWPAN": {
"Destination": "fd00:db8::ff:fe00:face",
}, "IPV6":{
"RPLInstanceID": "0x82",
}, "UDP":{
"Destination Port": "7"
}}
))
def test_packetParser6Lowpan(self):
str = open('test/data/6lowpanping.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(NwPacket.verify( # Successful
p,
{"6LOWPAN":{
"Destination": "fe80::166e:a00:0:2",
"Source address compression": "Stateless",
"Context identifier extension": "False"
}, "ICMPV6":{
"Response To": "17"
}}
))
def test_packetParserRegexValue(self):
str = open('test/data/BeaconRequest.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(
NwPacket.verify(
p, {
"WPAN": {
"Destination PAN": "0xfff[abcdef]"
},
"IP": {
"Protocol": "KGB|UDP|VH1"
}
}))
def test_packetParserFullRow(self):
str = open('test/data/rpl_dio.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(NwPacket.verify( # Successful
p,
{"IPV6":{
"Source": "fe80::ff:fe00:face",
"Destination": "ff02::1a",
}, "ICMPV6":{
"Code": "1",
"*1": "ICMPv6 RPL Option \(Routing Information fd00:db8::/64\)",
"*2": "ICMPv6 RPL Option \(Prefix Information fd00:db8::ff:fe00:face/64\)",
"*3": "ICMPv6 RPL Option \(Routing Information ::/0\)"
}}
))
def test_packetParser6Lowpan2(self):
str = open('test/data/6lowpanping2.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(NwPacket.verify( # Successful
p,
{"6LOWPAN":{
"Destination": "fe80::166e:a00:0:2",
"Source address compression": "Stateless",
"Context identifier extension": "False"
}, "UDP":{
"Source Port": "65534"
}, "IPV6":{
"Source": "fe80::ff:fe00:0"
}}
))
def test_packetparser6lowpan3(self):
string = open('test/data/6lowpanudp.txt', 'r').read()
packet = NwPacket(string)
self.assertTrue(
NwPacket.verify(
packet, {
"6LOWPAN": {
"Destination": "fd00:db8::ff:fe00:face"
},
"IPV6": {
"RPLInstanceID": "0x82"
},
"UDP": {
"Destination Port": "7"
}
}))
def test_packetparserlegacy(self):
string = open('test/data/BeaconRequest.txt', 'r').read()
packet = NwPacket(string)
self.assertTrue(
NwPacket.verify(
packet, {
"WPAN.Command Identifier": "Beacon Request",
"WPAN.Destination Addressing Mode": "Short/16-bit",
"WPAN.Destination PAN": "0xffff",
"WPAN.Frame Version": "0"
}))
self.assertFalse(NwPacket.verify( # Unsuccessful
packet,
{
"WPAN.Command Identifier": "Bacon Request",
"WPAN.Destination Addressing Moda": "Short/16-bit",
"WPAN.Destination PAN": "0xffff"
}
))
def test_packetParser(self):
str = open('test/data/BeaconRequest.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(NwPacket.verify( # Successful
p,
{"WPAN":{
"Command Identifier": "Beacon Request",
"Destination Addressing Mode": "Short/16-bit",
"Destination PAN": "0xffff",
"Frame Version": "0"
}}
))
self.assertFalse(NwPacket.verify( # Unsuccessful
p,
{"WPAN":{
"Command Identifier": "Bacon Request",
"Destination Addressing Moda": "Short/16-bit",
"Destination PAN": "0xffff"
}}
))
def test_packetParserMultilayer(self):
str = open('test/data/BeaconRequest.txt', 'r').read()
p = NwPacket(str)
self.assertTrue(
NwPacket.verify( # Successful
p, {
"WPAN": {
"Destination PAN": "0xffff"
},
"IP": {
"Protocol": "UDP"
}
}))
self.assertFalse(
NwPacket.verify( # Unsuccessful
p, {
"WPAN": {
"Destination PAN": "0xffff"
},
"IP": {
"Protocol": "XXX"
}
}))