PurposeCommand or Action
flows. The rules provide a mechanism to implement such
binding.
Note the following factors when using the command in this
step:
•
Service classes are separately configured using the cable
service class command to define the service flow.
•
A named service class may be classified into any
application type.
•
Up to ten service class names may be configured per
application types. Attempting to configure more than
ten service classes prints an error message.
•
Use the no cable traffic-type command to remove
the configuration of a service class before adding a new
class.
For Best Effort service flows, this command variation
elaborates on Step 3, and changes the default bucket of 8 for
cable application-type n include
BE
Step 6
Best Effort service flows with non-zero Committed
Example:
Router# cable application-type
3 include BE
Information Rate (CIR). These BE service flows are often
created during cable modem registration.
Returns to Privileged EXEC mode.Ctrl-Z
Step 7
Example:
Router(config)# Ctrl^Z
The following example maps high-priority PacketCable service flows into application bucket 5.
Router(config)# cable application-type 5 include packetcable priority
The following example maps normal PacketCable service flows into application bucket 1.
Router(config)# cable application-type 1 include packetcable normal
The following example maps the specified bucket number with PCMM service flow with a priority of 7, then
maps an application identifier of 152 for the same bucket number:
Router(config)# cable application-type 2 include pcmm priority 7
Router(config)# cable application-type 2 include pcmm app-id 152
The following example maps the Best Effort CIR flows to bucket 3:
Router(config)# cable application-type 3 include BE
Cisco cBR Series Converged Broadband Routers Quality of Services Configuration Guide for Cisco IOS XE
Fuji 16.7.x
108
Service Group Admission Control
Defining Rules for Service Flow Categorization
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