def test_flow_trace_hop_no_transformed_flow():
"""Test we don't crash on missing or None values."""
FlowTraceHop.from_dict({
'edge': {
'node1': 'dummy',
'node1interface': 'eth0',
'node2': 'router1',
'node2interface': 'Ethernet1'
},
'filterIn':
None,
'filterOut':
None,
'routes': [
'StaticRoute<0.0.0.0/0,nhip:10.192.48.1,nhint:eth0>_fnhip:10.192.48.1'
],
'transformedFlow':
None
})
FlowTraceHop.from_dict({
'edge': {
'node1': 'dummy',
'node1interface': 'eth0',
'node2': 'router1',
'node2interface': 'Ethernet1'
},
'filterIn':
None,
'filterOut':
None,
'routes': [
'StaticRoute<0.0.0.0/0,nhip:10.192.48.1,nhint:eth0>_fnhip:10.192.48.1'
]
})
def test_flow_trace_hop_no_transformed_flow():
"""Test we don't crash on missing or None values."""
FlowTraceHop.from_dict({
"edge": {
"node1": "dummy",
"node1interface": "eth0",
"node2": "router1",
"node2interface": "Ethernet1",
},
"filterIn":
None,
"filterOut":
None,
"routes": [
"StaticRoute<0.0.0.0/0,nhip:10.192.48.1,nhint:eth0>_fnhip:10.192.48.1"
],
"transformedFlow":
None,
})
FlowTraceHop.from_dict({
"edge": {
"node1": "dummy",
"node1interface": "eth0",
"node2": "router1",
"node2interface": "Ethernet1",
},
"filterIn":
None,
"filterOut":
None,
"routes": [
"StaticRoute<0.0.0.0/0,nhip:10.192.48.1,nhint:eth0>_fnhip:10.192.48.1"
],
})
def testFlowTraceHopDeserialization_noRoutes():
hopDict = {
"edge": {
"node1": "node1",
"node1interface": "Ethernet9",
"node2": "(none)",
"node2interface": "null_interface",
}
}
hop = FlowTraceHop.from_dict(hopDict)
# check deserialization
assert hop.routes == []
def testFlowTraceHopDeserialization():
hopDict = {
"edge": {
"node1": "node1",
"node1interface": "Ethernet9",
"node2": "(none)",
"node2interface": "null_interface"
},
"routes":
["BgpRoute<12.10.16.8/25,nhip:9.1.1.2,nhint:dynamic>_fnhip:9.1.1.2"],
"transformedFlow": {
"dscp": 0,
"dstIp": "2.1.1.1",
"dstPort": 0,
"ecn": 0,
"fragmentOffset": 0,
"icmpCode": 255,
"icmpVar": 255,
"ingressNode": "ingress",
"ingressVrf": "default",
"ipProtocol": "IP",
"packetLength": 0,
"srcIp": "5.5.1.1",
"srcPort": 0,
"state": "NEW",
"tag": "BASE",
"tcpFlagsAck": 0,
"tcpFlagsCwr": 0,
"tcpFlagsEce": 0,
"tcpFlagsFin": 0,
"tcpFlagsPsh": 0,
"tcpFlagsRst": 0,
"tcpFlagsSyn": 0,
"tcpFlagsUrg": 0
}
}
hop = FlowTraceHop.from_dict(hopDict)
hopStr = str(hop)
# check deserialization
assert hop.edge
assert len(hop.routes) == 1
assert hop.transformedFlow
# check the string representation has the essential elements (without forcing a strict format)
assert str(hop.edge) in hopStr
assert str(hop.routes[0]) in hopStr
assert str(hop.transformedFlow) in hopStr