BMG_003 |
To verify that the VLAN Bridge supports the Creation and Deletion of a Static VLAN Registration entry in the Filtering Database for the VID. |
passed |
passed |
FDG_002 |
To verify that the VLAN Bridge creates a Dynamic Filtering Entry in the Filtering Database, if the port on which frame was received is in the Forwarding state. |
passed |
passed |
FDG_005 |
To verify that a VLAN Bridge does not create a Dynamic Filtering entry in the Filtering database, if the Member set for the frame's VID is empty, when Ingress Filtering is set. |
passed |
passed |
FDG_006 |
To verify that the VLAN Bridge does not create a Dynamic Filtering entry in the Filtering database for the frame received on the Port whose VLAN classification does not include that port in its Member set, when Enable Ingress Filtering parameter for that Port is set. |
passed |
passed |
FDG_008 |
To verify that the VLAN Bridge updates the Dynamic Filtering Entry in the Filtering Database, if an entry for the MAC Address already exists. |
passed |
passed |
FDG_009 |
To verify that the VLAN Bridge removes Dynamic Filtering Entries from the Filtering Database, after Ageing time period. |
passed |
passed |
FDG_011 |
To verify that the VLAN Bridge forwards Data frames on the out bound Port for which Static entry exists in the Filtering Database for the Destination MAC Address and VID in the frame with its Port map specifying that frames should be forwarded. |
passed |
passed |
FDG_014 |
To verify that the VLAN Bridge forwards frames corresponding to the Static Forwarding entry for the VLAN, independent of the presence of any Dynamic entry specification. |
aborted |
passed |
FDG_018 |
To verify that the VLAN Bridge forwards Data frames for the VLAN Group on all the Ports which are set as Forwarding in the Port map of the Static Filtering Database Entry for the Group MAC address and VID. |
passed |
passed |
IER_001 |
To verify that VLAN Bridge uses PVID value associated with the port through which the frame was received as VID, when only Port-based classification is supported. |
passed |
passed |
IER_002 |
To verify that the VLAN Bridge uses VID value carried in the received frame, when the frame contains Non-Null VID value. |
passed |
passed |
IER_003 |
To verify that VLAN Bridge does not discard the frame received on the Port whose VLAN classification does not include that Port in its Member set, when Enable Ingress Filtering parameter for that port is not set (default). |
passed |
passed |
IER_005 |
To verify that VLAN Bridge processes the non VLAN-tagged frames when the Acceptable Frame Types parameter for the port through which the frame was received is set to the value Admit All frames. |
passed |
passed |
IER_006 |
To verify that the VLAN Bridge discards the non VLAN-tagged frames when the Acceptable Frame Types parameter for the port through which the frame was received is set to the value Admit Only VLAN-tagged frames. |
passed |
passed |
IER_008 |
To verify that VLAN Bridge does not forward data frames on an Untagged port, if the VID of the received frames do not match the PVID set on that port. |
passed |
passed |
IER_009 |
To verify that the VLAN Bridge discards frames received on the Port with VLAN ID as 0xFFF. |
passed |
passed |
IER_014 |
To verify that VLAN Bridge re-calculates the FCS when the transmitted frame is changed to tagged from untagged. |
passed |
passed |
IER_015 |
To verify that VLAN Bridge re-calculates the FCS when the transmitted frame is changed to tagged from untagged. |
passed |
passed |
IER_015 |
To verify that the VLAN Bridge does not forward the frame when for the frame's VID, as determined by the ingress rules, the port considered for transmission is not present in the Member set. |
passed |
passed |
IER_016 |
To verify that VLAN Bridge discards the frames when the Member set for the frame's VID is empty. |
passed |
passed |
IER_017 |
To verify that VLAN Bridge does not forward the received Untagged data frames on port with Acceptable frame type set to 'Admit |
passed |
passed |
IER_020 |
To verify that in a VLAN Bridge that supports only Independent VLAN Learning (IVL), for all VLANs, if an individual MAC Address is learned in one VLAN, that learned information is not used in forwarding decisions taken for that address relative to any other VLAN. |
passed |
passed |
IER_021 |
To verify that the VLAN Bridge forwards data frames as VLAN-tagged or as untagged frames depending on whether the sending port is a member of the tagged or un-tagged set. |
passed |
passed |