route_addition_during_failover_test

TE-13.1: gRIBI route ADD during Failover

Validate gRIBI route persistence during SSO

Connect ATE port-1 to DUT port-1, and ATE port-2 to DUT port-2.
Create 64 L3 sub-interfaces under DUT port-2 and corresponding 64 L3 sub-interfaces on ATE port-2.
Establish gRIBI client connection with DUT negotiating FIB_ACK as the requested ack_type.
Install 64 L3 sub-interfaces IP to NextHopGroup(NHGID: 1) pointing to ATE port-2 as the nexthop.
Inject 1000 IPv4Entries(IPBlock1: 198.18.196.1/22) in default VRF with NHGID: 1.
Validate that the entries are installed as FIB_PROGRAMMED using Get RPC.
Send traffic from ATE port-1 to prefixes in IPBlock1, ensure traffic flows 100% and reaches ATE port-2, stop the traffic.
Start injecting another 1000 IPv4Entries(IPBlock2: 198.18.100.1/22) in default VRF with NHGID: #1.
Check for gRIBI core dumps in the DUT and validate that none are present.
Concurrently, trigger a supervisor switchover using gNOI SwitchControlProcessor while IPBlock2 entries are only partially installed.
Check for gRIBI core dumps in the DUT and validate that none are present post failover
Following reconnection of the gRIBI client to a new master supervisor, validate if partially ACKed entries of IPBlock2 are present as FIB_PROGRAMMED using a Get RPC.
Re-inject IPBlock2 in default VRF with NHGID: #1.
Send traffic from ATE port-1 to prefixes in IPBlock1, ensure traffic flows 100% and reaches ATE port-2.
Send traffic from ATE port-1 to prefixes in IPBlock2 and ensure traffic flows 100% and reaches ATE port-2.

rpcs:
  gnmi:
    gNMI.Get:
    gNMI.Set:
    gNMI.Subscribe:
  gribi:
    gRIBI.Get:
    gRIBI.Modify:
    gRIBI.Flush: