Qos cli reference

qos egress map

qos egress map id %d [delete] {[SOURCE][INPUT]=OUTPUT}

Update a Egress Qos Map table

qos egress map id 0 [ip][4]=4

Declaration: qos_egress_map_update_command src/vnet/qos/qos_egress_map.c line 167

Implementation: qos_egress_map_update_cli

qos mark

qos mark <SOURCE> <INTERFACE> id <MAP>

Apply a QoS egress mapping table to an interface for QoS marking packets at the given output protocol.

qos egress interface GigEthernet0/9/0 id 0 output ip

Declaration: qos_egress_map_interface_command src/vnet/qos/qos_mark.c line 180

Implementation: qos_mark_cli

qos record

qos record <record-source> <INTERFACE> [disable]

Enable QoS bit recording on an interface using the packet's input DSCP bits Which input QoS bits to use are either; IP, MPLS or VLAN. If more than one protocol is chosen (which is foolish) the higher layers override the lower.

qos record ip GigEthernet0/1/0

Declaration: qos_record_command src/vnet/qos/qos_record.c line 196

Implementation: qos_record_cli

qos store

qos store <store-source> <INTERFACE> [disable]

Enable QoS bit storing on an interface using the packet's input DSCP bits Which input QoS bits to use are either; IP, MPLS or VLAN. If more than one protocol is chosen (which is foolish) the higher layers override the lower.

qos store ip GigEthernet0/1/0

Declaration: qos_store_command src/vnet/qos/qos_store.c line 204

Implementation: qos_store_cli

show qos mark

show qos mark [interface]

Show Egress Qos Maps

show qos egress map

Declaration: qos_mark_show_command src/vnet/qos/qos_mark.c line 262

Implementation: qos_mark_show

show qos record

show qos record [interface]

Show Egress Qos Maps

show qos egress map

Declaration: qos_record_show_command src/vnet/qos/qos_record.c line 276

Implementation: qos_record_show

show qos store

show qos store [interface]

Show Egress Qos Maps

show qos egress map

Declaration: qos_store_show_command src/vnet/qos/qos_store.c line 286

Implementation: qos_store_show