def _clean_nxos_data(self, processed_data, raw_data):
for entry in processed_data:
entry['state'] = entry['state'].lower()
entry['numChanges'] = int(entry['numChanges'])
# Cisco's format examples are PT7H28M21S, P1DT4H9M46S
entry['lastChangeTime'] = get_timestamp_from_cisco_time(
entry['lastChangeTime'], raw_data[0]['timestamp']/1000)
return processed_data
def _clean_nxos_data(self, processed_data, raw_data):
entries_by_vrf = {}
drop_indices = []
new_entries = [] # To add the AFI/SAFI-based entries
for j, entry in enumerate(processed_data):
if entry['_entryType'] == 'summary':
for ventry in entries_by_vrf.get(entry['vrf'], []):
ventry['asn'] = entry['asn']
ventry['routerId'] = entry['routerId']
drop_indices.append(j)
continue
if (entry.get('extnhAdvertised', False) == "true"
and entry.get('extnhReceived', False) == "true"):
entry['extnhEnabled'] = True
else:
entry['extnhEnabled'] = False
entry['estdTime'] = get_timestamp_from_cisco_time(
entry['estdTime'], raw_data[0]['timestamp'] / 1000)
if entry['vrf'] not in entries_by_vrf:
entries_by_vrf[entry['vrf']] = []
if not entry['peer']:
if not entry.get('_dynPeer', None):
drop_indices.append(i)
continue
entry['peer'] = entry['_dynPeer'].replace('/', '-')
entry['origPeer'] = entry['_dynPeer']
entry['state'] = 'dynamic'
entry['pfxRx'] = entry['_activePeers']
entry['pfxTx'] = entry['_maxconcurrentpeers']
entry['afi'] = entry['safi'] = 'dynamic'
entry['estdTime'] = entry['_firstconvgtime']
if entry['state'] != 'Established':
entry.pop('afiPrefix')
entry.pop('pfxRcvd')
entry.pop('pfxSent')
entry.pop('sendComm')
entry.pop('extendComm')
entry.pop('defaultOrig')
entry.pop('afiSafi')
entry['afi'] = entry['safi'] = ''
entries_by_vrf[entry['vrf']].append(entry)
continue
entry['afisAdvOnly'] = []
entry['afisRcvOnly'] = []
for i, item in enumerate(entry['afiSafi']):
if entry['afAdvertised'][i] != entry['afRcvd'][i]:
if entry['afAdvertised'][i] == 'true':
entry['afisAdvOnly'].append(entry['afiSafi'])
else:
entry['afisRcvOnly'].append(entry['afiSafi'])
entry.pop('afiSafi')
entry.pop('afAdvertised')
entry.pop('afRcvd')
entry['rrclient'] = entry.get('rrclient', False) == "true"
defint_list = [0] * len(entry.get('afiPrefix', []))
defbool_list = [False] * len(entry.get('afiPrefix', []))
defstr_list = [""] * len(entry.get('afiPrefix', []))
pfxRx_list = entry.get('pfxRcvd', []) or defint_list
pfxTx_list = entry.get('pfxSent', []) or defint_list
deforig_list = entry.get('defaultOrig', []) or defbool_list
extcomm_list = entry.get('extendComm', []) or defbool_list
comm_list = entry.get('sendComm', []) or defbool_list
withdrawn_list = entry.get('pfxWithdrawn', []) or defint_list
softrecon_list = entry.get('softReconfig', []) or defbool_list
irmap_list = entry.get('ingressRmap', []) or defstr_list
ermap_list = entry.get('egressRmap', []) or defstr_list
for i, item in enumerate(entry['afiPrefix']):
new_entry = deepcopy(entry)
new_entry['afi'], new_entry['safi'] = \
[x.lower() for x in item.split()]
new_entry['pfxRx'] = pfxRx_list[i]
new_entry['pfxTx'] = pfxTx_list[i]
new_entry['pfxWithdrawn'] = withdrawn_list[i]
new_entry['softReconfig'] = softrecon_list[i]
new_entry['defOriginate'] = deforig_list[i]
new_entry['communityTypes'] = []
if comm_list[i]:
new_entry['communityTypes'].append('standard')
if extcomm_list[i] == "true":
new_entry['communityTypes'].append('extended')
new_entry['ingressRmap'] = irmap_list[i]
new_entry['egressRmap'] = ermap_list[i]
new_entry.pop('afiPrefix')
new_entry.pop('pfxRcvd')
new_entry.pop('pfxSent')
new_entry.pop('sendComm')
new_entry.pop('extendComm')
new_entry.pop('defaultOrig')
new_entries.append(new_entry)
entries_by_vrf[new_entry['vrf']].append(new_entry)
drop_indices.append(j)
processed_data += new_entries
processed_data = np.delete(processed_data, drop_indices).tolist()
return processed_data
def _clean_nxos_data(self, processed_data, raw_data):
entries_by_vrf = {}
drop_indices = []
for i, entry in enumerate(processed_data):
if entry['_entryType'] == 'summary':
for ventry in entries_by_vrf.get(entry['vrf'], []):
ventry['asn'] = entry['asn']
ventry['routerId'] = entry['routerId']
drop_indices.append(i)
continue
for i, item in enumerate(entry['afiSafi']):
if item == 'IPv4 Unicast':
entry['v4Advertised'] = entry['afAdvertised'][i]
entry['v4Received'] = entry['afRcvd'][i]
if (entry['v4Advertised'] == "true"
and entry['v4Received'] == "true"):
entry['v4Enabled'] = True
else:
entry['v4Enabled'] = False
elif item == 'IPv6 Unicast':
entry['v6Advertised'] = entry['afAdvertised'][i]
entry['v6Received'] = entry['afRcvd'][i]
if (entry['v6Advertised'] == "true"
and entry['v6Received'] == "true"):
entry['v6Enabled'] = True
else:
entry['v6Enabled'] = False
elif item == 'L2VPN EVPN':
entry['evpnAdvertised'] = entry['afAdvertised'][i]
entry['evpnReceived'] = entry['afRcvd'][i]
if (entry['evpnAdvertised'] == "true"
and entry['evpnReceived'] == "true"):
entry['evpnEnabled'] = True
else:
entry['evpnEnabled'] = False
entry.pop('afiSafi')
entry.pop('afAdvertised')
entry.pop('afRcvd')
entry['rrClient'] = entry.get('rrclient', False) == "true"
defint_list = [0] * len(entry.get('afiPrefix', []))
defbool_list = [False] * len(entry.get('afiPrefix', []))
pfxRx_list = entry.get('pfxRcvd', []) or defint_list
pfxTx_list = entry.get('pfxSent', []) or defint_list
deforig_list = entry.get('defaultOrig', []) or defbool_list
extcomm_list = entry.get('extendComm', []) or defbool_list
comm_list = entry.get('sendComm', []) or defbool_list
for i, item in enumerate(entry['afiPrefix']):
if item == 'IPv4 Unicast':
entry['v4PfxRx'] = pfxRx_list[i]
entry['v4PfxTx'] = pfxTx_list[i]
entry['v4DefaultSent'] = deforig_list[i]
elif item == 'IPv6 Unicast':
entry['v6PfxRx'] = pfxRx_list[i]
entry['v6PfxTx'] = pfxTx_list[i]
entry['v6DefaultSent'] = deforig_list[i]
elif item == 'L2VPN EVPN':
entry['evpnPfxRx'] = pfxRx_list[i]
entry['evpnPfxTx'] = pfxTx_list[i]
entry['evpnDefaultSent'] = deforig_list[i]
if comm_list[i] == "true":
if extcomm_list[i] == "true":
entry['evpnSendCommunity'] = 'extendedAndstandard'
else:
entry['evpnSendCommunity'] = 'standard'
elif extcomm_list[i] == "true":
entry['evpnSendCommunity'] = 'extended'
entry.pop('afiPrefix')
entry.pop('pfxRcvd')
entry.pop('pfxSent')
entry.pop('sendComm')
entry.pop('extendComm')
entry.pop('defaultOrig')
if (entry.get('extnhAdvertised', False) == "true"
and entry.get('extnhReceived', False) == "true"):
entry['extnhEnabled'] = True
else:
entry['extnhEnabled'] = False
entry['estdTime'] = get_timestamp_from_cisco_time(
entry['estdTime'], raw_data[0]['timestamp'] / 1000)
if entry['vrf'] not in entries_by_vrf:
entries_by_vrf[entry['vrf']] = []
entries_by_vrf[entry['vrf']].append(entry)
processed_data = np.delete(processed_data, drop_indices).tolist()
return processed_data