HP Virtual Connect FlexFabric 10Gb24-port Module for c-Class BladeSystem - Manual (Page 88)

Command line 88
Item Description
->set qos-class Green Enabled=false
Disables a class
->set qos-class Green Enabled=true Share=5 MaxShare=5
RealTime=true
Modifies a class to be a real time class
Item Description
show qos-class Display the QoS traffic classes of the active QoS configuration
Syntax
show qos-class [ | *] [FilterBy]
Parameters
Name (optional) The existing QoS class name. Detailed information of the specified traffic class is
displayed. If "*" is specified, then detailed information of all QoS classes is
displayed. If the name is not specified, a summary of all classes is displayed.
FilterBy (optional) Filters the output of the show command by the specified attribute in the format
=.
Examples
->show qos-class RealTimeClass
Displays a specific QoS class
->show qos-class
Displays a summary of all QoS classes
->show qos-class *
Displays detailed information for all QoS classes
->show qos-class "Real Time"=True
Displays all Real Time classes using the FilterBy parameter
qos-classifier
Manage the traffic classifier for the active QoS configuration.
Supported actions: help, set, show
Item Description
set qos-classifier Modify traffic classifier(s) for the active QoS configuration. The classifier is
configured on uplink or downlink ports and is used for prioritizing the ingress
traffic. The classification is supported for Ethernet and iSCSI traffic. There is no
traffic classification for FCoE traffic.
Syntax
set qos-classifier Classifiers=
Parameter
PortType (required) Type of port to which the classifiers are assigned. Valid values are "Uplinks",
"Downlinks", and "All". "Uplinks" represents all uplink ports in the VC domain.
‘Downlinks" represents all downlink ports in the VC domain. "All" represents all
ports in the VC domain.
Property
Classifiers
(required)
Classification mechanism. Valid values are any combination of "DOT1P" and
"DSCP". If the classifier is "DOT1P", then the DOT1P Priority value from the user
VLAN tag is used for classification. The DOT1P Priority value is the 3-bit Priority
Code Point field defined in IEEE 802.1Q. If the classifier is "DSCP", then the 6-bit
Differentiated Services Code Point (DSCP) field in the IP header is used for
classification. If the classifiers are "DSCP" and "DOT1P", the IP traffic is classified
by the DSCP value in the IP header and the non-IP traffic is classified by the
DOT1P Priority value.