[red_ospf] Check OSPF adjacencies in red VRF [ node(s): r1 ] [WAITING] Waiting for OSPF adjacencies to form (retrying for 70 seconds) [PASS] r1: Neighbor 10.100.0.1 is in state Full/- [PASS] Succeeded in 7.8 seconds [PASS] Test succeeded [blue_ospf] Check OSPF adjacencies in blue VRF [ node(s): r3 ] [PASS] r3: Neighbor 10.101.0.1 is in state Full/- [PASS] Test succeeded [ebgp] Check EBGP adjacencies with DUT [ node(s): r2,r4 ] [PASS] r2: Neighbor 10.1.0.5 (dut) is in state Established [PASS] r4: Neighbor 10.1.0.13 (dut) is in state Established [PASS] Test succeeded [red_c_ospf] Check connected subnet as OSPF prefix on R1 [ node(s): r1 ] [WAITING] Waiting for OSPF convergence (retrying for 15 seconds) [PASS] r1: The prefix 10.1.0.4/30 is in the OSPF topology [PASS] Succeeded in 5.6 seconds [PASS] Test succeeded [red_c_bgp] Check connected subnet as BGP prefix on R2 [ node(s): r2 ] [PASS] r2: The prefix 10.1.0.0/30 is in the BGP table [PASS] Test succeeded [red_bgp_ospf] Check for BGP prefix on OSPF [ node(s): r1 ] [PASS] r1: The prefix 10.0.0.3/32 is in the OSPF topology [PASS] Test succeeded [red_ospf_bgp] Check for OSPF prefix in BGP [ node(s): r2 ] [PASS] r2: The prefix 10.0.0.3/32 is in the BGP table [PASS] Test succeeded [red_lb_ping] Loopback-to-loopback reachability test in VRF red [ node(s): r1 ] [PASS] r1: Ping to r2 from 10.0.0.2/32 succeeded [PASS] Test succeeded [red_p_ospf] Check for reachability of connected routes in OSPF [ node(s): r2 ] [PASS] r2: Ping to r1 succeeded [PASS] Test succeeded [red_p_bgp] Check for reachability connected routes in BGP [ node(s): r1 ] [PASS] r1: Ping to r2 succeeded [PASS] Test succeeded [blue_lb_ping] Loopback-to-loopback reachability test in VRF blue [ node(s): r3 ] [PASS] r3: Ping to r4 from 10.0.0.4/32 succeeded [PASS] Test succeeded [inter_vrf] Ping-based isolation test between blue and red VRF [ node(s): r1 ] [PASS] r1: Ping to r4 failed as expected [PASS] Test succeeded [SUCCESS] Tests passed: 13