Siemens RUGGEDCOM ROX II User Manual page 565

RUGGEDCOM ROX II
CLI User Guide
Section 13.8.13
Resetting a BGP Session
Whenever there is a change in the routing policy due to a configuration change, the BGP session must be reset for
the new policy to take effect.
RUGGEDCOM ROX II allows users to perform either a hard or soft reset on both incoming and outbound sessions,
as selected.
A BGP session can be reset for all routing tables, or for a specified neighbor.
Resetting All BGP Sessions
To reset all BGP sessions, do the following:
1. Navigate to:
routing dynamic bgp all-peers-reset
2. Configure the following parameter(s) as required:
Parameter
reset-type { reset-type }
Type commit and press Enter to save the changes, or type revert and press Enter to abort.
3.
Resetting a BGP Session for a Specified Neighbor
To reset a BGP session for a specified neighbor, do the following:
1. Navigate to:
routing dynamic bgp neighbor ip address peer-reset
Where:
• ip address is the ip address of the neighbor
2. Configure the following parameter(s) as required:
Parameter
reset-type { reset-type }
Resetting a BGP Session
Synopsis: { hard, soft-inbound, soft-outbound, soft }
The method for resetting all BGP peering sessions. Options include:
• hard: Tears down and re-establishes all BGP sessions.
• soft: The existing peering sessions continue to run while running both inbound and
outbound actions.
• soft-inbound: The existing peering sessions continue to run while generating inbound
updates from all neighbors.
• soft-outbound: The existing peering sessions continue to run while sending outbound
updates to all neighbors.
Synopsis: { hard, soft-inbound, soft-outbound, soft }
The method for resetting the selected BGP peering session. Options include:
• hard: Tears down the existing peering session then re-establishes it.
• soft: The existing peering session continues to run while running both inbound and
outbound actions.
• soft-inbound: The existing peering session continues to run while generating inbound
updates from its neighbor.
Unicast and Multicast Routing
Description
Description
Chapter 13
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