Table Of Contents
Understanding the Data Network Tutorial
Understanding the Data Network Tutorial Example Network
Understanding the Data Network Tutorial Devices
Understanding the Data Network Tutorial Scenarios
Lesson 2-1: Creating the Campus Access Cat6000 Port Policy
Step 1: Defining the Campus Access Cat6000 Port Policy
Step 2: Defining the Campus Access Cat6000 Port Policy QoS Properties
Step 3: Assigning Elements to the Campus Access Cat6000 Port Policy
Step 4: Creating the ERP Traffic Coloring Traffic Rule
Lesson 2-2: Defining Policies and Traffic Rules To Color Campus Web Traffic
Lesson 2-2-1: Defining the Campus Access VLAN Policy
Step 1: Defining the Campus Access VLAN Policy
Step 2: Assigning Elements to the Campus Access VLAN Policy
Step 3: Creating the Web Traffic Coloring Traffic Rule
Lesson 2-2-2: Defining the Campus Access VLAN Ports Policy
Step 1: Defining the Campus Access VLAN Ports Policy
Step 2: Defining the Campus Access VLAN Ports Policy QoS Properties
Step 3: Assigning Elements to the Campus Access VLAN Ports Policy
Lesson 2-3: Creating the Remote FastEthernet Policy
Step 1: Defining the Remote FastEthernet Policy
Step 2: Defining the Remote FastEthernet Policy QoS Properties
Step 3: Assigning Elements to the Remote FastEthernet Policy
Step 4: Creating the Web Traffic Coloring Traffic Rule
Step 5: Creating the ERP Traffic Coloring Policy
Lesson 2-4: Creating the WAN PPP Policy
Step 1: Defining the WAN PPP Policy
Step 2: Defining the WAN PPP Policy QoS Properties
Step 3: Assigning Elements to the WAN PPP Policy
Step 4: Creating the MQC CBWFQ Queuing Traffic Rules
Step 4a: Creating the ERP Traffic Queuing Traffic Rule
Step 4b: Creating the Web Traffic Queuing Traffic Rule
Step 4c: Creating the Class Default Traffic Rule
Lesson 2-5: Adding FTP Policing To the Campus Access VLAN Policy
Lesson 2-6: Deploying the Data Network Tutorial Policies
Lesson 2-7: Monitoring the Deployment Process
Data Network Tutorial
This chapter shows you how to configure QoS on a data network using the provided virtual devices. QPM includes a file of virtual devices that you can import into the inventory to create this example network. By working with virtual devices, you can practice using QPM without the risk of working on live devices on your network.
If you have not yet imported the tutorial virtual devices and created the tutorial deployment group, see Lesson 1-2: Importing the Tutorial Virtual Devices, page 1-6 and Lesson 1-4: Creating the Tutorial Policy Group, page 1-10.
In lessons 2-1 through 2-5, you use QPM techniques and principles to configure QoS on specific segments of this network. In each lesson, a diagram clearly illustrates the relevant network segments, the data path, and the QoS features or policies applied. Lessons 2-6 and 2-7 describe how to deploy the QoS configurations you created in the previous lessons.
This chapter includes the following sections:
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Understanding the Data Network Tutorial
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Understanding the Data Network Tutorial
The following topics describe the data network tutorial example network and the scenarios on which the data network tutorial is based:
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Understanding the Data Network Tutorial Example Network
The data network tutorial is based on an example enterprise data network that consists of a campus site and two remote sites. Figure 2-1 shows the design of the example data network. Interfaces that do not have QoS applied to them in the tutorial are not labeled.
Figure 2-1 Sample Network Used in Data Network Tutorial
Campus Site
The campus site contains the following components:
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Remote Site (Finance Users)
The Finance remote site contains the following components:
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The Finance users primarily require data from the application server and the FTP and web servers on the campus site. The primary path of data from these servers is from router Core-7200-1 on the campus site to remote router Core-3600-1.
Remote Site (Sales Users)
The Sales remote site contains the following components:
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The Sales users primarily communicate with the application and web servers on the campus site. The primary path of data from these servers to the Sales users is through router Core-7200-1 on the campus site to remote router Core-2600-1.
Understanding the Data Network Tutorial Devices
The following table provides the technical details of the devices in the example network shown in the preceding figure. Interfaces that do not have QoS applied to them in the tutorial are not listed.
Understanding the Data Network Tutorial Scenarios
The goal of the data network tutorial is to guide you through the process of creating and deploying QoS policies to the sample network virtual devices. These policies are designed to achieve the goals of the following QoS scenarios.
Scenario 1—Coloring Campus ERP Traffic
The goal of scenario 1 is to color enterprise resource planning (ERP) traffic that originates from the Campus application servers so that the devices between these servers and the Sales and Finance users can provide good response time for these traffic types.
Implementing this scenario is described in the Lesson 2-1: Creating the Campus Access Cat6000 Port Policy.
Scenario 2—Coloring Campus Web Traffic
The goal of scenario 2 is to color web traffic that originates from the Campus web server so that the devices between it and the Sales and Finance users can provide good response time for this traffic type.
Implementing this scenario is described in the Lesson 2-2: Defining Policies and Traffic Rules To Color Campus Web Traffic.
Scenario 3—Coloring Remote Web and ERP Traffic
The goal of scenario 3 is to color web and ERP traffic originating from the remote sites so that the devices between these sites and the Campus web and application servers can provide good response time for these traffic types.
Implementing this scenario is described in the Lesson 2-3: Creating the Remote FastEthernet Policy.
Scenario 4—Queuing Web and ERP Traffic at WAN Edge
The goal of scenario 4 is to queue web and ERP traffic as it leaves the LAN and enters the WAN. This queuing ensures that each traffic type gets the desired percentage of the available bandwidth.
Implementing this scenario is described in Lesson 2-4: Creating the WAN PPP Policy.
Scenario 5—Policing FTP Traffic
The goal of scenario 5 is to police FTP traffic that originates from the Campus FTP server to limit its usage of network bandwidth.
Implementing this scenario is described in Lesson 2-5: Adding FTP Policing To the Campus Access VLAN Policy.
Now that you understand the data network tutorial network and scenarios, you are ready to proceed with the tutorial.
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Using the QPM Policy Wizards
The lessons in this chapter use several QPM policy wizards to create the necessary policy groups and policies.
The following are some tips about how these wizards work:
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Back to return to the previous step;
Next to proceed to the next step;
Finish to finish the wizard;
Cancel to cancel the wizard.
Back, Next, and Finish are not always available, depending on your position in the wizard and whether you have completed enough of it to finish the task.
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Lesson 2-1: Creating the Campus Access Cat6000 Port Policy
The Campus Access Cat6000 Port policy colors ERP traffic that originates from the Campus application server so that the devices between these servers and the Sales and Finance users can provide good response time for these traffic types. It is applied to the ingress interfaces of switch Access-Cat6000-2.
The details of the Campus Access Cat6000 Port policy are as follows.
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Marking ERP traffic as DSCP 32 (which corresponds to IP precedence value 4), indicates that it is higher priority than web traffic, which will be marked as DSCP 16 (which corresponds to IP precedence value 2).
The following topics describe how to create the Campus Access VLAN policy group. Each step assumes that you have completed the previous step:
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Step 1: Defining the Campus Access Cat6000 Port Policy
In this step you define the basic properties of the policy, including:
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Step 1
Step 2
The page refreshes to display the policies in the Tutorial policy group. If you have not added any policies to the policy group, the list is empty.
Step 3
The Policy Definition wizard starts.
Step 4
a.
b.
c.
The Policy Definition Wizard - Constraints Definition page appears.
Step 5
a.
The Manual Constraint Definition page appears.
b.
c.
d.
e.
f.
The Policy Definition Wizard - Constraints Definition page appears. Figure 2-2 shows the completed Policy Definition Wizard - Constraints Definition page.
Figure 2-2 Lesson 2-1—Campus Access Cat6000 Port Policy Constraints Definition Page
Step 6
The Policy Definition Wizard - Capabilities Report page appears, where you can view a summary of the QoS features that can be configured for the policy, according to the device constraints.
Step 7
The QoS Properties page appears.
You have completed creation of the Campus Access Cat6000 Port policy. Now you define its QoS properties. Continue with Step 2: Defining the Campus Access Cat6000 Port Policy QoS Properties.
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Step 2: Defining the Campus Access Cat6000 Port Policy QoS Properties
This step assumes that you have completed Step 1: Defining the Campus Access Cat6000 Port Policy.
In this step you assign the QoS Style=Port Based property to the policy. The policies are defined for individual switch ports and not for the VLAN, therefore the QoS style must be set to port-based.
Step 1
The QoS Properties Wizard - Congestion Management page appears.
If the QoS Properties page is not open, select Provision > Policy Table, then click the QoS Properties link for the Campus Access Cat6000 Port policy group.
Step 2
The QoS Properties Wizard - Traffic Control Settings page appears.
Step 3
a.
b.
c.
d.
The QoS Properties Wizard - Summary page appears, where you can view a summary of the QoS properties for the policy. Figure 2-3 shows the QoS Properties Wizard - Summary page.
Figure 2-3 Lesson 2-1—Campus Access Cat6000 Port Policy QoS Properties Wizard - Summary Page
Step 4
The QoS Properties page appears.
You have completed defining QoS properties for the Campus Access Cat6000 Port policy group. Now you assign elements to it. Continue with Step 3: Assigning Elements to the Campus Access Cat6000 Port Policy.
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Step 3: Assigning Elements to the Campus Access Cat6000 Port Policy
This step assumes that you have completed Step 2: Defining the Campus Access Cat6000 Port Policy QoS Properties.
In this step you assign the network element 3/1 on switch Access-Cat6000-2 to the policy.
Step 1
The Assigned Network Elements page appears.
If the Assigned Network Elements entry does not appear in the TOC, select Provision > Policy Table, then click the Assigned Network Elements link for the Campus Access Cat6000 Port policy.
Step 2
Step 3
a.
b.
The dialog box closes. The selected network element appears in the Assigned Network Elements page.
Figure 2-4 Lesson 2-1—Campus Access Cat6000 Port Policy Assigned Network Elements Page
You have completed assigning elements to the Campus Access Cat6000 Port policy. Now you create the ERP Traffic Coloring policy. Continue with Step 4: Creating the ERP Traffic Coloring Traffic Rule.
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Step 4: Creating the ERP Traffic Coloring Traffic Rule
This step assumes that you have completed Step 3: Assigning Elements to the Campus Access Cat6000 Port Policy.
In this step you create the ERP Traffic Coloring traffic rule, which colors inbound ERP traffic to DSCP value 32.
Step 1
The In Traffic Rules page appears.
If the In Traffic Rules entry does not appear in the Table of Contents, select Provision > Policy Table, then click the In Traffic Rules link for the Campus Access Cat6000 Port policy.
Step 2
The In Traffic Rules wizard opens, displaying the In Traffic Rules Wizard - General page.
Step 3
a.
b.
The QoS Policy check box is automatically selected.
c.
The In Traffic Rules Wizard - Filter page appears.
Step 4
a.
b.
c.
Step 5
Step 6
a.
b.
c.
The Protocol Editor dialog box closes, and the Rule Settings page refreshes.
Step 7
The Source IP Editor dialog box opens.
Step 8
a.
b.
Leave the Mask field empty. If you specify a mask, QPM interprets the IP address as a subnet, and the filter rule applies to all hosts on the specified subnet. If you only specify an IP address, only the host with that IP address matches the filter rule.
c.
d.
The Source IP Editor dialog box closes and the Rule Setting page refreshes.
Step 9
The In Traffic Rules Wizard - Filter page appears.
Step 10
The In Traffic Rules Wizard - Marking page appears.
Step 11
a.
b.
The Enable Marking check box is automatically selected.
c.
The In Traffic Rules Wizard - Summary page appears, where you can view a summary of the policy. Figure 2-5 shows the summary page.
Figure 2-5 Lesson 2-1—Color ERP Traffic Rule Summary Page
Step 12
The In Traffic Rules page appears.
Step 13
The Policy Table page appears.
Now that you have completed creating the Campus Access Cat6000 Port policy to color ERP traffic that originates from the Campus application server, you can proceed with the next lesson, Lesson 2-2: Defining Policies and Traffic Rules To Color Campus Web Traffic.
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Lesson 2-2: Defining Policies and Traffic Rules To Color Campus Web Traffic
The goal of this lesson is to apply QoS that colors web traffic that originates from the Campus web server so that the devices between this server and the Sales and Finance users can provide good response time for web traffic.
You will apply this QoS to VLAN20 on switch Access-Cat6000-1. Coloring the traffic at this network location allows the switch to queue the traffic on the egress interfaces before sending the traffic to the WAN.
Coloring at the switch is more desirable than coloring at the router between the switch and the WAN because the processing is distributed among more devices, conserving resources on the edge router.
To apply QoS to a VLAN in QPM, you must create two policies.
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Therefore, this lesson is divided into two lessons, one for each policy group:
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Lesson 2-2-1: Defining the Campus Access VLAN Policy
The Campus Access VLAN policy, in combination with the Campus Access VLAN Ports policy, colors web traffic that originates from the Campus web server so that the devices between this server and the Sales and Finance users can provide good response time for web traffic. It is applied to the VLAN20 interface on switch Access-Cat6000-1.
The details of the Campus Access VLAN policy are as follows:
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Marking web traffic as DSCP 16 (which corresponds to IP precedence value 2), indicates that it is lower priority than ERP traffic, which will be marked as DSCP 32 (which corresponds to IP precedence value 4).
The following topics describe how to create the Campus Access VLAN policy. Each step assumes that you have just completed the previous step:
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Step 1: Defining the Campus Access VLAN Policy
In this step you define the basic properties of the policy, including:
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Step 1
The Policy Table page appears.
Step 2
The page refreshes to display the policy groups in the Tutorial deployment group.
Step 3
The Policy Definition wizard starts.
Step 4
a.
b.
Do not modify the other page fields.
c.
The Policy Definition Wizard - Constraints Definition page appears.
Step 5
a.
The Manual Constraint Definition page appears.
b.
c.
d.
e.
The Policy Group Definition Wizard - Constraints Definition page appears. Figure 2-6 shows the completed Policy Definition Wizard - Constraints Definition page.
Figure 2-6 Lesson 2-2-1—Campus Access VLAN Policy Constraints Definition Page
Step 6
The Policy Group Definition Wizard - Capabilities Report page appears, where you can view a summary of the QoS features that can be configured for the policy, according to the device constraints.
Step 7
The QoS Properties page appears.
This policy uses the default QoS properties, so there is no need to edit them.
You have completed creation of the Campus Access VLAN Policy. Now assign network elements to it. Continue with Step 2: Assigning Elements to the Campus Access VLAN Policy.
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Step 2: Assigning Elements to the Campus Access VLAN Policy
This step assumes that you have completed Step 1: Defining the Campus Access VLAN Policy.
In this step you assign the network element VLAN20 on switch Access-Cat6000-1 to the policy.
Step 1
The Assigned Network Elements page appears.
If the Assigned Network Elements entry does not appear in the TOC, select Provision > Policy Table, then click the Assigned Network Elements link for the Campus Access VLAN policy group.
Step 2
The Assignment dialog box opens.
Step 3
a.
b.
The dialog box closes. The selected network element appears in the Assigned Network Elements page. Figure 2-7 shows the completed Assigned Network Elements page.
Figure 2-7 Lesson 2-2-1—Campus Access VLAN Policy Group Assigned Network Elements Page
You have completed assigning elements to the Campus Access VLAN Policy Group. Now you create the Web Traffic Coloring policy. Continue with Step 3: Creating the Web Traffic Coloring Traffic Rule.
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Step 3: Creating the Web Traffic Coloring Traffic Rule
This step assumes that you have completed Step 2: Assigning Elements to the Campus Access VLAN Policy.
In this step you create the web traffic coloring traffic rule, which colors inbound web traffic to DSCP value 16.
Procedure
Step 1
The In Traffic Rules page appears.
If the In Traffic Rule entry does not appear in the TOC, select Provision > Policy Table, then click the In Traffic Rules link for the Campus Access VLAN policy.
Step 2
The Policy wizard opens, displaying the In Traffic Rules Wizard - General page.
Step 3
a.
b.
c.
d.
The In Traffic Rules Wizard - Filter page appears.
Step 4
The New Filter check box is automatically selected.
e.
f.
The Rule Settings page appears.
Step 5
The Protocol Editor dialog box opens.
Step 6
a.
b.
c.
The Protocol Editor dialog box closes. The Rule Setting page updates in the main QPM window.
Step 7
The In Traffic Rules Wizard - Filter page appears.
Step 8
The In Traffic Rules Wizard - Marking page appears.
Step 9
a.
b.
The Enable Marking check box is automatically selected.
c.
The In Traffic Rules Wizard - Summary page appears, where you can view a summary of the policy. Figure 2-8 shows the completed In Traffic Rules Wizard - Summary page.
d.
The In Traffic Rules page appears.
Figure 2-8 Lesson 2-2-1—Web Traffic Coloring Policy In Traffic Rules Wizard - Summary Page
Step 10
Now that you have completed creating the Campus Access VLAN policy to color web traffic that originates from the Campus web server, you can proceed with the next lesson, Lesson 2-2-2: Defining the Campus Access VLAN Ports Policy.
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Lesson 2-2-2: Defining the Campus Access VLAN Ports Policy
The Campus Access VLAN Ports policy, in combination with the Campus Access VLAN policy, colors web traffic that originates from the Campus web server so that the devices between this server and the Sales and Finance users can provide good response time for web traffic.
It is applied to the interfaces that are members of VLAN20 on switch Access-Cat6000-1.
This policy defines the QoS style for its assigned ports as VLAN-based. This means that the VLAN traffic rules in the Campus Access VLAN policy will be deployed to these ports. Therefore this policy does not contain any traffic rules.
The details of the Campus Access VLAN policy are as follows.
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The following topics describe how to create the Campus Access VLAN Ports policy. Each step assumes that you have just completed the previous step:
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Step 1: Defining the Campus Access VLAN Ports Policy
In this step you define the basic properties of the policy, including:
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Step 1
The Policy Table page appears.
Step 2
The page refreshes to display the policy in the Tutorial policy group.
Step 3
The Policy Definition wizard starts.
Step 4
a.
b.
c.
The Policy Definition Wizard - Constraints Definition page appears.
Step 5
a.
The Manual Constraint Definition page appears.
b.
c.
d.
e.
f.
The Policy Definition Wizard - Constraints Definition page appears. Figure 2-9 shows the completed Policy Definition Wizard - Constraints Definition page.
Figure 2-9 Lesson 2-2-2—Campus Access VLAN Ports Policy Definition Wizard - Constraints Definition Page
Step 6
The Policy Definition Wizard - Capabilities Report page appears, where you can view a summary of the QoS features that can be configured for the policy, according to the device constraints.
Step 7
The QoS Properties page appears.
You have completed creation of the Campus Access VLAN Ports policy. Now you define its properties. Continue with Step 2: Defining the Campus Access VLAN Ports Policy QoS Properties.
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Step 2: Defining the Campus Access VLAN Ports Policy QoS Properties
This step assumes that you have completed Step 1: Defining the Campus Access VLAN Ports Policy.
In this step you assign the QoS Style=VLAN Based QoS property to the policy.
Step 1
The QoS Properties Wizard - Congestion Management page appears.
If the QoS Properties page is not open, select Provision > Policy Table, then click the QoS Properties link for the Campus Access VLAN Ports policy.
Step 2
The QoS Properties Wizard - Traffic Control Settings page appears.
Step 3
a.
b.
c.
d.
The QoS Properties Wizard - Summary page appears. Figure 2-10 shows the QoS Properties Wizard - Summary page.
Figure 2-10 Lesson 2-2-2—Campus Access VLAN Ports Policy QoS Properties Wizard - Summary Page
Step 4
The QoS Properties page appears.
You have completed defining the QoS properties of the Campus Access VLAN Ports policy. Now you assign network elements to it. Continue with Step 3: Assigning Elements to the Campus Access VLAN Ports Policy.
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Step 3: Assigning Elements to the Campus Access VLAN Ports Policy
This step assumes that you have completed Step 2: Defining the Campus Access VLAN Ports Policy QoS Properties.
In this step you assign the interfaces that are assigned to VLAN20 on switch Access-Cat6000-1 to the policy.
Step 1
The Assigned Network Elements page appears.
If the Assigned Network Elements entry does not appear in the Table of Contents, select Provision > Policy Table, then click the Assigned Network Elements link for the Campus Access VLAN Ports policy.
Step 2
The Assignment dialog box opens.
Step 3
a.
b.
The dialog box closes. The selected network element appears in the Assigned Network Elements page. Figure 2-11 shows the completed Assigned Network Elements page.
Figure 2-11 Lesson 2-2-2—Campus Access VLAN Ports Policy Assigned Network Elements Page
Now that you have completed defining policy and traffic rules to color campus web traffic, you can proceed with the next lesson, Lesson 2-3: Creating the Remote FastEthernet Policy.
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Lesson 2-3: Creating the Remote FastEthernet Policy
The Remote FastEthernet policy colors web and ERP traffic originating from the remote sites so that the devices between these sites and the Campus web and application servers can provide good response time for these traffic types.
It is applied to the ingress FastEthernet interfaces of routers Core-3600-1 and Core-2600-1.
Coloring this traffic at these interfaces allows the routers to queue these traffic types on the egress interfaces (based on color) before sending the traffic to the WAN.
This policy is necessary because the switches at the remote sites cannot color traffic, so the coloring must be done at the routers.
The details of the Remote FastEthernet policy are as follows.
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Marking web traffic as DSCP 16 (which corresponds to IP precedence value 2), indicates that it is lower priority than ERP traffic, which is marked as DSCP 32 (which corresponds to IP precedence value 4).
The following topics describe how to create the Remote FastEthernet policy. Each step assumes that have just completed the previous step:
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Step 1: Defining the Remote FastEthernet Policy
In this step you define the basic properties of the policy, including:
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Step 1
The Policy Table page appears.
Step 2
The page refreshes to display the policy in the Tutorial policy group.
Step 3
The Policy Definition wizard starts.
Step 4
a.
b.
c.
The Policy Definition Wizard - Constraints Definition page appears.
Step 5
a.
The Manual Constraint Definition page appears.
b.
c.
d.
e.
f.
The Policy Definition Wizard - Constraints Definition page appears.
Step 6
a.
The Manual Constraint Definition page appears.
b.
c.
Interface is automatically entered in the Network Element Type field.
d.
e.
The Policy Group Definition Wizard - Constraints Definition page appears. Figure 2-12 shows the completed Policy Definition Wizard - Constraints Definition page.
Figure 2-12 Lesson 2-3—Remote FastEthernet Policy Definition Wizard - Constraints Definition Page
Step 7
The Policy Definition Wizard - Capabilities Report page appears, where you can view a summary of the QoS features that can be configured for the policy group, according to the device constraints.
Step 8
The QoS Properties page appears.
You have completed creation of the Remote FastEthernet policy. Now you define its QoS properties. Continue with Step 2: Defining the Remote FastEthernet Policy QoS Properties.
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Step 2: Defining the Remote FastEthernet Policy QoS Properties
This step assumes that you have completed Step 1: Defining the Remote FastEthernet Policy.
In this step you define the Class-based QoS property to the policy.
Step 1
The QoS Properties Wizard - Congestion Management page appears.
If the QoS Properties page is not open, select Provision > Policy Table, then click the QoS Properties link for the Remote FastEthernet policy.
Step 2
a.
b.
The QoS Properties Wizard - Summary page appears. Figure 2-13 shows the QoS Properties Wizard - Summary page.
Figure 2-13 Lesson 2-3—Remote FastEthernet Policy QoS Properties Wizard - Summary Page
Step 3
The QoS Properties page appears.
You have defined the QoS properties of the Remote FastEthernet policy. Now you assign network elements to it. Continue with Step 3: Assigning Elements to the Campus Access Cat6000 Port Policy.
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Step 3: Assigning Elements to the Remote FastEthernet Policy
This step assumes that you have completed Step 2: Defining the Remote FastEthernet Policy QoS Properties.
In this step you assign these network elements to the policy:
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Step 1
The Assigned Network Elements page appears.
If the Assigned Network Elements entry does not appear in the TOC, select Configure > Policy Groups, then click the Network Elements link for the Remote FastEthernet policy group.
Step 2
The Add Assignment dialog box opens.
Step 3
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The dialog box closes. The selected network element appears in the Assigned Network Elements page. Figure 2-14 shows the completed Assigned Network Elements page.
Figure 2-14 Lesson 2-3—Remote FastEthernet Policy Assigned Network Elements Page
You have completed assigning network elements to the Remote FastEthernet policy. Now you create the Web Traffic Coloring policy. Continue with Step 4: Creating the Web Traffic Coloring Traffic Rule.
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Step 4: Creating the Web Traffic Coloring Traffic Rule
This step assumes that you have completed Step 3: Assigning Elements to the Remote FastEthernet Policy.
In this step you create the Web Traffic Coloring policy, which colors web traffic coming from the remote sites to DSCP 16.
Step 1
The In Traffic Rules page appears.
If the In Traffic Rules entry does not appear in the Table of Contents, select Provision > Policy Table, then click the In Traffic Rules link for the Remote FastEthernet policy.
Step 2
The In Traffic Rules wizard opens, displaying the In Traffic Rules Wizard - General page.
Step 3
a.
b.
c.
d.
The In Traffic Rules Wizard - Filter page appears.
Step 4
a.
b.
c.
The Rule Settings page appears.
Step 5
