1-46
To do…
Use the command…
Remarks
Display VLAN mapping
configuration of a port or
all the ports
display qos-interface
{
interface-type
interface-number
|
unit-id
}
traffic-remark-vlanid
Available in any view
Display traffic mirroring
configuration of a port or
all the ports
display qos-interface
{
interface-type
interface-number
|
unit-id
}
mirrored-to
Available in any view
Display global QoS
configuration of traffic
mirroring, traffic policing,
priority marking, traffic
redirecting, or traffic
accounting
display qos-global
{
all
|
mirrored-to
|
traffic-limit
|
traffic-priority
|
traffic-redirect
|
traffic-statistic
}
Available in any view
Display VLAN-level QoS
configuration of traffic
mirroring, traffic policing,
priority marking, traffic
redirecting, or traffic
accounting
display qos-vlan
[
vlan-id
]
{
all
|
mirrored-to
|
traffic-limit
|
traffic-priority
|
traffic-redirect
|
traffic-statistic
}
Available in any view
Display port group-level
QoS configuration of
traffic mirroring, traffic
policing, priority marking,
traffic redirecting, or traffic
accounting
display qos-port-group
[
group-id
]
{
all
|
mirrored-to
|
traffic-limit
|
traffic-priority
|
traffic-redirect
|
traffic-statistic
}
Available in any view
1.5 QoS Configuration Examples
1.5.1 Traffic Policing Configuration Example
I. Network requirements
As shown in
Figure 1-10
, an enterprise network connects all the departments through
an S5100-EI Ethernet switch. PC1 with the IP address 192.168.0.1 belongs to the R&D
department and is connected to GigabitEthernet 1/0/1 of the switch. The marketing
department is connected to GigabitEthernet 1/0/2 of the switch.
Configure traffic policing to satisfy the following requirements:
z
Set the maximum rate of outbound IP packets sourced from the marketing
department to 64 kbps. Drop the packets exceeding the rate limit.
z
Set the maximum rate of outbound IP packets sourced from the R&D department
to 128 kbps. Drop the packets exceeding the rate limit.