| Description | Test Case ID | PD | Topology |
|---|---|---|---|
PD(Platform dependent) means that FTAS is designed to work with specific hardware and software configurations and may not be compatible with other platforms.
Verify that ping works properly when using LACP
test_ping_011
No
Verifying IPv4 (1518) MTU
test_mtu_001
Yes
Verify MTU functionality for Jumboframe packets
test_ports_mtu_002
Yes
Enable LLDP globally and disable per-port basis
test_lldp_001
No
Verify that user can enable/disable LLDP globally
test_lldp_002
No
Verify LLDP neighbors are learnt properly with proper ChassisID, portID, system name, system
test_lldp_013
No
Verify LACP member addition and removal
test_lacp_003
No
Verify LACP functionality across reboot
test_lacp_005
No
Verify LACP functionality after link failover/failback of physical interface
test_lacp_011
No
Verify LACP functionality after removal and addition of port-channel member
test_lacp_012
No
Verify whether user can create/delete VLAN
test_vlan_001
No
Verify whether user can add/modify/delete ports to the VLAN as tagged/untagged members
test_vlan_002
No
Verify the ability to configure a port as untagged VLAN member
test_vlan_004
No
Verify the ability to configure a port as tagged VLAN member
test_vlan_005
No
Verify that the user can configure port-channel interface as untagged VLAN member
test_vlan_007
No
Verify that the user can configure port-channel interface as tagged VLAN members
test_vlan_008
No
Warm Reboot - Device configuration impact for VLAN Config
test_vlan_011
Yes
Verify whether user can configure port as untagged member of a VLAN
test_vlan_014
No
Verify whether known unicast traffic is forwarded to the destination port-channel
test_vlan_016
No
EVPN_VXLAN Configuration and show commands
test_bgp4_evpn_vxlan_001
Yes
EVPN VXLAN for known unicast, BUM traffic (eBGP) with RIF
test_bgp4_evpn_vxlan_002
Yes
EVPN VXLAN for known unicast, BUM traffic (eBGP) with SVI
test_bgp4_evpn_vxlan_003
Yes
EVPN VXLAN for known unicast traffic (eBGP) with link events and router failure - RIF
test_bgp4_evpn_vxlan_005
Yes
EVPN VXLAN for known unicast traffic (eBGP) with link events and router failure - SVI
test_bgp4_evpn_vxlan_006
Yes
EVPN VXLAN for known unicast traffic (eBGP) with link events and router failure - RPCH
test_bgp4_evpn_vxlan_007
Yes
Asymmetric IRB with EVPN eBGP
test_bgp4_evpn_vxlan_015
Yes
Asymmetric IRB with EVPN iBGP
test_bgp4_evpn_vxlan_016
Yes
MC-LAG L2 validation using port-channel configuration
test_mclag_layer2_steady_state
Yes
MC-LAG L2 validation, Bring down the member link of SPINE01
test_mclag_layer2_member_link_down
Yes
MC-LAG L2 keepalive link down
test_mclag_layer2_peer_link_down
Yes
MCLAG-L2Active Reboot
test_mclag_layer2_active_reboot
Yes
MCLAG-L2 Standby Reboot
test_mclag_layer2_standby_reboot
Yes
Storm control CLI
test_storm_control_cli_verification
Yes
DUT throws proper error for invalid storm-control input
test_storm_control_invalid_input
Yes
Storm control with broadcast traffic
test_storm_control_broadcast
Yes
Storm control with unknown-unicast traffic
test_storm_control_unknown_unicast
Yes
Storm control with unknown-multicast traffic
test_storm_control_unknown_multicast
Yes
Storm control configuration and behavior
during warm-reboot
test_storm_control_warm_reboot
Yes
Configure STP on the devices check for loop free topology with root bridge selection
test_configure_stp_validate
Yes
Enable STP, ensure loop-free topology, configure priority and spine set as root bridge
test_stp_priority
Yes
Edge port transition to forwarding state with portfast enabled
test_port_fast
Yes
Create a static LAG and verify the traffic flow
test_pch_creation
Yes
Add delete members to static LAG and verify the traffic flow
test_pch_sec_member_add_del
Yes
Static LAG recovers after restarting the teamd container
test_lag_docker_teamd_reboot
Yes
Static LAG entry in redis
test_create_pch_check_rediscli
Yes
Static LAG member entry in redis
test_mem_pch_rediscli_check
Yes
Shut and no shut the static LAG
test_shut_noshut_pch
Yes
