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Added change to add 'peerType' as element in NEIGH_STATE_TABLE. (#15265) (#15381)

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mssonicbld 2023-06-08 05:34:02 +08:00 committed by GitHub
parent ffd062afae
commit af47583c79
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1 changed files with 12 additions and 7 deletions
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19
src/sonic-bgpcfgd/bgpmon/bgpmon.py
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@ -6,7 +6,8 @@ Description: bgpmon.py -- populating bgp related information in stateDB.
Initial creation of this daemon is to assist SNMP agent in obtaining the
BGP related information for its MIB support. The MIB that this daemon is
assisting is for the CiscoBgp4MIB (Neighbor state only). If there are other
assisting is for the CiscoBgp4MIB (Neighbor state only). Also for chassis use-case
it identify if the given BGP neighbors as i-BGP vs e-BGP. If there are other
BGP related items that needs to be updated in a periodic manner in the
future, then more can be added into this process.
@ -69,7 +70,9 @@ class BgpStateGet:
peer_l = peer_dict["peers"].keys()
self.new_peer_l.update(peer_l)
for peer in peer_l:
self.new_peer_state[peer] = peer_dict["peers"][peer]["state"]
self.new_peer_state[peer] = (peer_dict["peers"][peer]["state"],
peer_dict["peers"][peer]["remoteAs"],
peer_dict["peers"][peer]["localAs"])
# Get a new snapshot of BGP neighbors and store them in the "new" location
def get_all_neigh_states(self):
@ -119,17 +122,19 @@ class BgpStateGet:
key = "NEIGH_STATE_TABLE|%s" % peer
if peer in self.peer_l:
# only update the entry if state changed
if self.peer_state[peer] != self.new_peer_state[peer]:
if self.peer_state[peer] != self.new_peer_state[peer][0]:
# state changed. Update state DB for this entry
state = self.new_peer_state[peer]
data[key] = {'state':state}
state = self.new_peer_state[peer][0]
peerType = "i-BGP" if self.new_peer_state[peer][1] == self.new_peer_state[peer][2] else "e-BGP"
data[key] = {'state':state, 'peerType':peerType}
self.peer_state[peer] = state
# remove this neighbor from old set since it is accounted for
self.peer_l.remove(peer)
else:
# New neighbor found case. Add to dictionary and state DB
state = self.new_peer_state[peer]
data[key] = {'state':state}
state = self.new_peer_state[peer][0]
peerType = "i-BGP" if self.new_peer_state[peer][1] == self.new_peer_state[peer][2] else "e-BGP"
data[key] = {'state':state, 'peerType':peerType}
self.peer_state[peer] = state
if len(data) > PIPE_BATCH_MAX_COUNT:
self.flush_pipe(data)