Menu	Option	Toolbar Button	Description
File	New>Database		Creates a new QoS database.
File	New>AVVID Database		Opens the AVVID database that contains templates for IP telephony QoS configuration.
File	New>Device	None	Adds a device to the QoS database.
File	New>Interface	None	Adds an interface for the selected device to the QoS database. To add an interface to an existing device, it is easier to select the device and select Devices>Device>Properties, and click the Detect Interfaces button in the Device Properties window. QPM queries the device for a list of interfaces and displays them in the Detect Interfaces window. You can select the interfaces you want to add from this window.
File	New>Device Group	None	Creates a device group, which is a grouping of interfaces to which you want to apply the same policies.
File	New>Policy		Creates a new QoS policy for the selected interface, device, or device group.
File	Open		Opens a QoS database.
File	Save		Saves the currently open database without changing its file name.
File	Save As	None	Saves the currently open database using a different file name.
File	Description	None	Adds a description to the currently open database.
File	Close	None	Closes Policy Manager without closing Distribution Manager.
File	Exit	None	Closes Policy Manager and Distribution Manager.
Edit	Cut	None	Copies the selected policy to the Windows clipboard and removes it from the interface, device, or device group.
Edit	Copy	None	Copies the selected policy to the Windows clipboard without removing it from the interface, device, or device group.
Edit	Paste	None	Pastes the policy in the clipboard to the selected interface, device, or device group if the policy's action is supported on that item.
Edit	Delete	None	Deletes the selected element in the Policy Manager window.
View	Tool Bar	None	Displays (when checked) or hides the tool bar, which contains shortcut buttons for some menu commands.
View	Status Bar	None	Displays (when checked) or hides the status bar tray at the bottom of the main window.
View	Properties Preview	None	Displays (when checked) or hides the preview pane at the bottom right of the main Policy Manager window. The summary shows details of the selected database, policy, device, device group, or interface.
View	Device Name	None	Displays (when checked) the device names instead of their IP addresses.
Devices	Device>New	None	Adds a device to the QoS database, so that you can manage policies on that device through Policy Manager.
Devices	Device>View Configuration	None	Displays the selected device's settings, including SNMP communities and Cisco IOS software version numbers.
Devices	Device>Delete	None	Removes the selected device from the QoS database.
Devices	Device> Find		Finds and highlights the specified device in the tree view.
Devices	Device>Properties	None	Displays the selected device's properties as defined in the QoS database.
Devices	Interface>New	None	Adds an interface for the selected device to the QoS database. It is easier to have QPM detect the device's interfaces by clicking Detect Interfaces when viewing the device's properties for previously-defined devices (Devices>Device>Properties), or when adding a new device.
Devices	Interface>Delete	None	Removes the selected interface from the QoS database.
Devices	Interface>Properties	None	Displays the interface settings for the selected interface.
Devices	Device Group>New	None	Creates a device group, which is a grouping of interfaces to which you want to apply the same policies.
Devices	Device Group>Add/Remove Members	None	Adds interfaces to the selected device group, or removes them from the selected device group.
Devices	Device Group>Delete	None	Deletes the selected device group from the QoS database.
Device	Device Group>Properties	None	Displays the device group properties for the selected device group.
Devices	Policy>New QoS Policy		Creates a new QoS policy for the selected device, interface or device group.
Devices	Policy>New Access Control Policy		Creates a new Access Control policy for the selected device, interface or device group.
Devices	Policy>Disable Policy>Enable	None	Disables the selected policy without deleting it from the database, or enables the selected policy, depending on the status of the policy. However, the policy is not disabled or enabled on the device until you save and distribute the database.
Devices	Policy>Delete	None	Deletes the selected policy from the database. However, the policy is not deleted from the device until you save and distribute the database.
Devices	Policy>Properties	None	Displays the selected policy's properties.
Devices	Import	None	Imports devices from an inventory list exported from Cisco Resource Manager (CRM) or CiscoWorks2000 Resource Manager Essentials.
Tools	Distribution Manager		Starts the Distribution Manager application, which you use to distribute policies to network devices.
Tools	Reports>All Policies	None	Displays a report of all the policies defined in the open database.
Tools	Reports>Device Policies	None	Displays a report of the policies defined for the selected device.
Tools	Reports>Interface Policies	None	Displays a report of the policies defined for the selected interface.
Tools	Reports>Device Group Policies	None	Displays a report of the policies defined for the selected device group.
Tools	Reports>Upload	None	Displays a report of the errors that occurred when uploading the QoS configuration from a device. QPM creates a separate report for each database, and after each upload operation, the list of errors is added to the report.
Tools	Reset Upload Report	None	Deletes the contents of the upload report for the currently open database.
Tools	Application Services		Creates or edits application service aliases. Application services are a defined set of characteristics that identify the source of traffic, so that you can more easily write policies that target the defined traffic.
Tools	Host Groups		Creates or edits host groups. Host groups are collections of hosts or subnets that you can use when creating QoS statements, so that you do not have to retype long lists for multiple statements.
Tools	DNS Resolution>Resolve Unresolved Host Names	None	Resolves only those host names that have not previously been resolved. Does not check previously resolved host names to determine if the IP address is correct.
Tools	DNS Resolution>Resolve All Host Names	None	Resolves all host names, even those that have previously been resolved. This ensures that the QoS database contains all current IP addresses for the hosts on the network.
Tools	Telnet		Starts Telnet and attempts to connected to the selected device, if any.
Tools	User Manager		Opens Windows NT or Windows 2000 User Manager, so that you can change the membership in the QPM user and guest groups. These groups manage user authentication for QPM, and are defined as local groups on the machine running the QoS Manager service.
Help	Topics		Opens the online help.
Help	About	None	Displays the version and copyright information for the program.
(None)	(None)		Moves the selected policy up in the list of policies.
(None)	(None)		Moves the selected policy down in the list of policies.
(None)	(None)	Filter box	Filters which policy statements are displayed based on your selection.

Distribution Manager Command Reference

Table A-2: Distribution Manager Command Reference

Menu	Command	Toolbar Button	Description
File	Close	None	Closes Distribution Manager without closing Policy Manager.
File	Exit	None	Closes Distribution Manager and Policy Manager.
View	Toolbar	None	Displays (when checked) or hides the toolbar, which contains shortcut buttons for some menu commands.
View	Log	None	Displays (when checked) the log pane at the bottom of the main window.
View	Status Bar	None	Displays (when checked) or hides the status bar tray at the bottom of the main window.
Devices	Create Job	None	Creates a distribution job. You are prompted to select the QoS database that contains the configuration that you want to deploy to the network.
Devices	Apply		Applies the job the first valid Not-Applied job (created with the Devices>Create Job command) in the tree view to the network, if there is one. If there is no valid Not-Applied job, QPM asks you to select the database from which to create the job, and then applies the job without allowing you to inspect the job contents. The job contains the configuration commands required to deploy your QoS policies and settings to the network. Use the Devices>Create Job command to create a job that you can inspect before applying it.
Devices	Apply to All		Generates an apply process to all the devices of the selected job, regardless of their status (Not-Applied, Unchanged, and so on). The status of each device is changed to Not-Applied, and then the deployment process starts. Because the deployment is incremental, if nothing has been changed on the device and the database has not been changed, no configuration will be deployed. Apply to All has the same behavior as Apply.
Devices	Stop		Stops the deployment of the current job to the network. The job is stopped after the changes to the device currently being configured are complete.
Devices	Resume		Resumes the deployment of the job that you previously stopped.
Devices	View Commands	None	Displays the commands that will be used to configure the device selected in the list pane.
Devices	View Backup Configuration File	None	Displays the configuration that has been deployed on the selected device.
Devices	View Full Deployment File	None	Displays the contents of the full deployment file that is created after deployment to file. This file contains the complete device configuration after deployment, and can be sent via TFTP to configure the device.
Devices	View Incremental Deployment File	None	Displays the contents of the incremental deployment file that is created after deployment to file. This file contains the incremental commands that need to be sent to the device to update its configuration.
Devices	View Job Logging	None	Displays the log for the selected job.
Devices	Verify Device Configuration		Verifies if the policies in the most recently distributed job match the configuration on the devices. There might be cases where CLI changes were made on the device, creating a mismatch between the database and the device configuration. This function has the same behavior as Apply and Apply to All. If a Not-Applied job exists this job is verified, otherwise a new job is created and verified. The verification process contains two steps, DNS resolution check, and device configuration check.
Devices	Restore to Current		Restores the previously created job as the current database. You will be prompted to create a job for the current database, if it has not been saved as a job.
Devices	Restore to Current and Apply		Restores the previously created job as the current database and applies it to the network.
Devices	Options	None	Opens the Options dialog, which allows you to configure some characteristics of Distribution Manager operation.
Tools	Policy Manager		Starts the Policy Manager application, which lets you create and edit policy statements.
Tools	Reports>All Jobs	None	Displays the summary information for each job, along with the device details for each job.
Tools	Reports>System Log	None	Displays the system log, which contains messages concerning the functioning of Distribution Manager.
Tools	Reports>Device Log	None	Displays the log of the selected device, which contains Telnet and device messages produced while the device was being configured.
Tools	Reports>Job Log	None	Displays the log of the selected job, which contains Telnet and device messages produced while the job was being applied to the network.
Tools	User Manager		Opens Windows NT or Windows 2000 User Manager, so that you can change the membership in the QPM user and guest groups. These groups manage user authentication for QPM, and are defined as local groups on the machine running the QoS Manager service.
Help	Topics		Opens the online help.
Help	About	None	Displays the version and copyright information for the program.

QPM Abstract Actions Translated to Device Commands

QPM uses device commands to configure your QoS policies and configurations on the devices. These are the same commands you can use on the device's command line interface (CLI), and they are described in the device's documentation.

This section shows the command sequences used to configure each type of abstract policy action that you can create using QPM. You can use this information to help you understand how QPM configures your devices. See the device's documentation for complete information on the commands and their parameters. (See More Information About Quality of Service for a partial list of product documentation.)

These sections show the full command translation, including optional parameters. If you do not configure an optional setting, the associated command or parameter is not included in the command sequence QPM uses to configure the device.

Note The notation in the translation is bold for the device's key words, italic for variables. Some of the variables are parameters you enter into QPM. Other variables are managed by QPM, for example, the ACL number.

These sections describe QPM abstract actions:

CBWFQ Configuration

When you select Class Based QoS for an interface's QoS property, and create CBWFQ queuing policies on the interface, QPM uses this command sequence to configure the device:

1. access-list ACLNum filter

2. class-map [match all | match any] classname

a. match access-group ACLNum

b. match ip dscp dscp

c. match ip precedence precedence

d. match ip rtp low_port range

e. match protocol protocol [parametername [value]]

3. policy-map policy-map-name

a. class classname

: bandwidth bandwidth
: bandwidth percent percent
: queue-limit queue-limit
: random-detect (see the "WRED Configuration" section for the random-detect commands)
: fair queue queue-limit individual-queue-limit
: priority bandwidth
: priority percent percent
: set ip precedence precedence
: set ip dscp dscp
: shape average shape-rate [shape-bc shape-be]
: shape peak shape-rate [shape-bc shape-be]
: shape adaptive shape-adaptive-rate
: shape fecn-adapt
: police police-rate [police-bc police-be] conform-action action exceed-action action

b. class class-default

: bandwidth bandwidth
: queue-limit queue-limit
: random-detect (see the "WRED Configuration" section for the random-detect commands)
: fair-queue number-of-queues
or
fair queue queue-limit individual-queue-limit
: priority

4. interface interfacename

a. service-policy direction policy-map-name

Note Some commands are for CBWFQ on a device that supports NBAR or IPRTP.

On ATM VCs, this command sequence is used:

1. interface interfacename

2. pvc pvc-name

a. service-policy direction policy-map-name

On frame-relay interfaces, this command sequence is used:

1. map-class frame-relay classname

a. service-policy direction policy-map-name

2. interface interfacename

a. frame-relay class classname

Class-Based QoS Coloring

When you select Class Based QoS for an interface's QoS property, and create coloring policies on the interface, QPM uses this command sequence to configure the device:

1. policy-map policy-map-name

a. class classname

b. set ip coloring-mechanism value

Class Based QoS Limiting

When you select Class Based QoS for an interface's QoS property, and create limiting policies on the interface, QPM uses this command sequence to configure the device:

1. policy-map policy-map-name

a. class classname

b. police rate bc be conform-action conform-priority exceed-action exceed-priority

Class-Based QoS Shaping

When you select Class Based QoS for an interface's QoS property, and create shaping policies on the interface, QPM uses this command sequence to configure the device:

1. policy-map policy-map-name

a. class classname

b. shape shaping-type rate bc be

c. shape adaptive adaptive-rate

d. shape fecn-adapt

WFQ Configuration

When you select WFQ for an interface's QoS property, QPM uses this command sequence to configure the device:

1. interface interfacename

2. fair-queue

WFQ with FRTS Configuration

When you select WFQ for an interface's QoS property, and you enable Frame Relay traffic shaping (FRTS) on an interface, QPM uses this command sequence to configure the device:

1. map-class frame-relay classname

2. frame-relay fair-queue congestive-discard-threshold number-dynamic-conversation-queues number-reservable-conversation-queues max-buffer-size-for-fair-queues

3. interface interfacename

4. frame-relay class classname

5. frame-relay traffic-shaping

WFQ on VIP Cards (DWFQ with QoS Group) Configuration

When you select WFQ or FQ for an interface's QoS property, and that interface is on a VIP card, QPM uses this command sequence to configure the device:

1. access-list ACLNum condition

2. rate-limit input access-group ACLNum rate bc be conform-action set-qos-transmit qos-group no exceed-action set-qos-transmit qos-group no

3. interface interfacename

4. fair-queue qos-group

5. fair-queue qos-group qos-group weight weight

6. fair-queue qos-group qos-group limit limit

7. fair-queue aggregate-limit aggregate-packet

8. fair-queue individual-limit individual-packet

WRED Configuration

When you select WRED for an interface's QoS property, or select WRED for the drop mechanism for a CBWFQ policy or interface QoS property, QPM uses this command sequence to configure the device:

1. interface interfacename

2. random-detect weight

When you use advanced WRED the following commands are also available:

random-detect precedence <precedence| rsvp> min-threshold max-threshold probability-denominator
random-detect
random-detect exponential-weighting-constant weight

FRTS Configuration

When you enable Frame Relay traffic shaping (FRTS) on an interface, QPM uses this command sequence to configure the device:

1. map-class frame-relay classname

2. frame-relay cir cir

3. frame-relay mincir mincir

4. frame-relay bc bc

5. frame-relay be be

6. frame-relay adaptive-shaping becn

7. frame-relay ip rtp header-compression [passive]

8. frame-relay ip rtp priority low range bandwidth

9. no frame-relay adaptive shaping

10. no frame-relay becn-response-enable

11. interface interfacename

a. frame-relay class classname

b. frame-relay traffic-shaping

If you are using FRTS with CBWFQ, the following command is also available:

service-policy [input | output] policyname

If you are using FRTS on DLCI, the following commands are used:

interface interfacename

frame-relay traffic-shaping
frame-relay interface-dlci dlci-name
class classname

FRTS with FRF.12 (Voice Configuration) Configuration

When you enable Frame Relay traffic shaping (FRTS) on an interface, and configure the voice fields, QPM uses this command sequence to configure the device:

1. map-class frame-relay classname

2. frame-relay fragment fragment-size

3. frame-relay voice bandwidth bps-reserved

4. interface interfacename

5. frame-relay class classname

6. frame-relay traffic-shaping

Priority Queuing Configuration

When you select Priority Queuing for an interface's QoS property, and create priority queuing policies on the interface, QPM uses this command sequence to configure the device (except for Frame Relay interfaces on which you have enabled FRTS):

1. access-list ACLNum filter

2. priority-list priorityNum protocol ip level list ACLNum

3. priority-list priorityNum default level

4. priority-list priorityNum queue-limit high-limit medium-limit normal-limit low-limit

5. interface interfacename

6. priority-group priorityNum

If the interface is Frame Relay using FRTS, QPM uses this command sequence to configure the device:

1. map-class frame-relay classname

2. frame-relay priority-group priorityNum

3. interface interfacename

4. frame-relay class classname

Custom Queuing Configuration

When you select Custom Queuing for an interface's QoS property, and create custom queuing policies on the interface, QPM uses this command sequence to configure the device (except for Frame Relay interfaces on which you have enabled FRTS):

1. access-list ACLNum filter

2. queue-list qListNum protocol ip qNum list ACLNum

3. queue-list qListNum queue qNum byte-count bytes limit limit

4. queue-list qListNum default qNum

5. interface interfacename

6. custom-queue-list qListNum

If the interface is Frame Relay using FRTS, QPM uses this command sequence to configure the device:

1. map-class frame-relay classname

2. frame-relay custom-queue-list qListNum

3. interface interfacename

4. frame-relay class classname

FIFO Queuing Configuration

When you select FIFO for an interface's QoS property, QPM uses this command sequence to configure the device:

1. interface interfacename

2. no fair-queue

NBAR Port Map Configuration

When you enable NBAR port mapping on an interface, QPM uses this command sequence to configure the device:

1. ip nbar port-map protocol tcp|udp portnumbers

RSVP Configuration

When you enable resource reservation protocol (RSVP) on an interface, QPM uses this command sequence to configure the device:

1. ip rsvp bandwidth [interface-kbps [single-flow-kbps]]

2. ip rsvp udp-multicast

IP RTP Priority Configuration

When you enable IP RTP priority on an interface, QPM uses this command sequence to configure the device:

1. ip rtp priority start-port port-range bandwidth

CRTP Configuration

When you enable CRTP on an interface, QPM uses this command sequence to configure the device:

1. interface interfacename

2. ip rtp header-compression [passive]

3. frame-relay ip rtp header-compression [passive]

LFI Configuration

When you enable LFI on an interface, QPM uses this command sequence to configure the device:

1. interface interfacename

2. ppp multilink interleave

3. ppp multilink fragment-delay delay

Shaping Policies (GTS)

When you create shaping policies on an interface, QPM uses this command sequence to configure the device:

1. access-list ACLNum filter

2. interface interfacename

3. traffic-shape group ACLNum rate [bc be]

Limiting Policies (CAR)

When you create limiting policies on an interface, QPM uses this command sequence to configure the device:

1. access-list ACLNum filter

2. interface interfacename

Weighted Round-Robin (WRR) Policies

When you create queue weight policies on a layer 3 switch, QPM uses this command sequence to configure the device:

1. qos switching

2. qos mapping [source Fastethernet name] [destination Fastethernet name] precedence precedence wrr-weight weight

Router Coloring Policies (PBR and CAR)

When you create coloring policies on an interface, QPM uses a different command sequence depending on whether the device supports committed access rate (CAR) classification.

For devices that do support CAR (typically those running IOS software releases 11.1cc, and 12.0 and later), QPM uses this command sequence to configure the device:

1. access-list ACLNum filter

2. interface interfacename

a. rate-limit input access-group ACLNum rate bc be conform-action set-prec-transmit precedence exceed-action set-prec-transmit precedence

b. rate-limit input|output access-group ACLNum rate bc be conform-action set-prec-transmit precedence | set-dscp-transmit dscp exceed-action set-prec-transmit precedence | set-dscp-transmit dscp

For devices that do not support CAR, QPM uses this command sequence to configure the device:

1. access-list ACLNum filter

2. route-map tag

3. match ip address ACLNum

4. set ip precedence precedence

5. interface interfacename

6. ip policy route-map tag

Access Control Policies

When you create access control policies, QPM uses this command sequence to configure the device:

1. interface interfacename

2. ip access-group ACLNum direction

LocalDirector Coloring Policies

When you create coloring policies on a LocalDirector, QPM uses this command sequence to configure the device:

1. color virtualIp : portNo : bindId : protocolName precedence

Catalyst 5000 Coloring Policies

When you create coloring policies on a Catalyst 5000 family switch, QPM uses this command sequence to configure the device:

1. set qos enable

2. set qos ip-filter precedence protocol source source-port destination destination-port

Catalyst 6000 Coloring Policies

When you create coloring policies on a Catalyst 6000 family switch, QPM uses this command sequence to configure the device:

1. dscp=precedence*8 or dscp

2. dscp=precedence*8

3. set port qos module/port port-based | vlan-based

4. set qos acl ip acl-name dscp dscp protocol source eq port port destination eq port port

5. commit qos acl acl-name

6. set qos acl map acl-name module/port-or-vlan

Note When you enter precedence, the DSCP value is calculated as precedence*8.

Catalyst 6000 Limiting Policies

When you create limiting (policing) policies on a Catalyst 6000 family switch, QPM uses this command sequence to configure the device:

1. set port qos module/port port-based

2. set qos policer aggregate|micro-flow policer-name rate rate burst burst drop

3. set qos acl ip acl-name dscp dscp aggregate|micro-flow policer-name protocol source eq port port destination eq port port

4. set qos acl ip acl-name trust aggregate|micro-flow policer-name protocol source eq port port destination eq port port

5. commit qos acl acl-name

6. set qos acl map acl-name module/port

Catalyst 6000 Port Configuration

When you configure the trust state on a Catalyst 6000 family switch port, QPM uses this command sequence to configure the device:

1. set port qos module|port trust trust

2. set port qos mod-num|port-num qos-type

On Catalyst 6000 switches with Supervisor IOS, QPM uses the following command sequence:

1. mls qos

2. interface interfacename

3. mls qos

4. mls qos trust trust

5. mls qos vlan-based

Catalyst 6000 2Q2T and 1P2Q2T Queuing Configuration

When you configure 2Q2T and 1P2Q2T queuing on a Catalyst 6000 family switch, QPM uses this command sequence to configure the device:

1. set qos enable

2. set qos map 2q2t tx queue-number threshold-number cos coslist

3. set qos map 1p2q2t tx queue-number threshold-number cos coslist

4. set qos drop-threshold 2q2t tx queue queue-number threshold-1 threshold-2

5. set qos wrr 2q2t queue-weight-1 queue-weight-2

6. set qos txq-ratio 2q2t queue-ratio-1 queue-ratio-2

7. set qos wred 1p2q2t tx queue queue-number threshold-1 threshold-2

8. set qos wrr 1p2q2t queue-weight-1 queue-weight-2

9. set qos txq-ratio 1p2q2t queue-ratio-1 queue-ratio-2 queue-ratio-3

On Catalyst 6000 switches with Supervisor IOS, QPM uses the following command sequence:

1. mls qos

2. interface interfacename

3. mls qos

4. wrr-queue cos-map queue-number threshold-number coslist

5. wrr-queue queue-limit 1p2q2t queue-ratio-1 queue-ratio-2

6. wrr-queue bandwidth queue-weight-1 queue-weight-2

7. wrr-queue threshold queue-number threshold-1 threshold-2

8. wrr-queue random-detect max-threshold queue-number threshold-1 threshold-2

Coloring Policies on Catalyst 6000 with Supervisor IOS

When you configure coloring (policing) policies on a Catalyst 6000 with Supervisor IOS, QPM uses this command sequence to configure the device:

1. mls qos flow-policing (to enable flow policing).

a. policy-map policy-map-name

: class classname
: police 8000 1500 1500 conform-action conform-priority exceed-action policed-dscp-transmit

Limiting Policies on Catalyst 6000 with Supervisor IOS

When you configure limiting (policing) policies on a Catalyst 6000 with Supervisor IOS, QPM uses this command sequence to configure the device:

1. mls qos flow-policing (to enable flow policing).

a. policy-map policy-map-name

: class classname
: police flow-type rate bc be conform-action conform-priority exceed-action drop | markdown
: police aggregate policer-name

b. mls qos aggregate-policer policer-name rate bc be conform-action conform-priority exceed-action drop

Catalyst 6000 CoS, Precedence, DSCP, and DSCP Markdown Mapping

When you configure these mapping settings on a Catalyst 6000, QPM uses this command sequence to configure the device:

1. set qos cos-dscp-map dscp dscp dscp dscp dscp dscp dscp dscp

2. set qos dscp-cos-map dscp, dscp, dscp, dscp, dscp, dscp, dscp, dscp:cos

3. set qos policed-dscp-map dscp, dscp, dscp, dscp, dscp, dscp, dscp, dscp:dscp

4. set qos ipprec-dscp-map dscp dscp dscp dscp dscp dscp dscp dscp

On Catalyst 6000 devices with Supervisor IOS, QPM uses this command sequence:

1. mls qos map cos-dscp dscp dscp dscp dscp dscp dscp dscp dscp

2. mls qos map dscp-cos dscp dscp dscp dscp dscp dscp dscp dscp to cos

3. mls qos map ip-prec-dscp dscp dscp dscp dscp dscp dscp dscp dscp

4. mls qos map policed-dscp dscp dscp dscp dscp dscp dscp dscp dscp to dscp

Catalyst 3500XL and Catalyst 2900XL Coloring Policies

When you configure Catalyst 3500XL and Catalyst 2900XL coloring policies, QPM uses this command sequence to configure the device:

1. Switchport priority default cos cos

2. Switchport priority extend trust

3. Switchport priority extend cos cos

Catalyst 4003 and Catalyst 4006 Limiting Policies

When you configure Catalyst 4003 and Catalyst 4006 limiting policies, QPM uses this command sequence to configure the device:

rate-limit direction rate burst

Catalyst 4003 and Catalyst 4006 Shaping Policies

When you configure Catalyst 4003 and Catalyst 4006 shaping policies, QPM uses this command sequence to configure the device:

traffic-shape rate burst

Table of Contents