Viewing QoS traffic profile filter classifier information using EDM

Use this procedure to display existing QoS traffic profile filter classifier configuration information.

Procedure steps


Step Action

1

From the navigation tree, double-click QoS.

2

In the QoS tree, double-click QoS NSNA/Traffic Profile.

3

In the work area, click the Classifier tab.


--End--

Variable Definitions

Use the data in the following table to help you understand the QoS traffic profile filter classifier display.

Variable Value
Id Indicates the ID number of the classifier.
Type Indicates the classifier type. Values include:
  • NsnaClfr
  • TrafficProfile

Name Indicates the name of the classifier. All classifiers with the same name are part of the same filter set. That filter set has the same name as the classifiers.
Block Indicates the block name with which the classifier is associated.
EvalPrec Indicates the evaluation order number of the classifier in that filter set. Two classifiers in the same filter set cannot have the same evaluation order. A higher eval order means a lower precedence for the corresponding policy. Values range from 1–255.
AddrType Indicates the type of IP address used by this classifier entry. Values include:
  • N/A—the address type is non-applicable
  • ipv4
  • ipv6

DstIpAddr Indicates the IP address to match against the destination IP address of a packet.
DstIpPrefixLength Indicates the length of the destination address mask. Values range from 0–2040, with 0–32 reserved for IPv4 address masks and 0–128 reserved for IPv6 address masks.
SrcIpAddr Indicates the IP address to match against the source IP address of a packet.
SrcIpPrefixLength Indicates the length of the source address mask. Values range from 0–2040, with 0–32 reserved for IPv4 address masks and 0–128 reserved for IPv6 address masks.
Dscp Indicates the value for a DiffServ Codepoint (DSCP) in a packet. Values range from -1–63 (0x00 to 0x3f hexadecimal). A value of -1 indicates that the system ignores this parameter.
Protocol/NextHeader

Indicates the IPv4 protocol value, or the IPv6 next-header value. Values range from 0–255. A value of 255 indicates that the system ignores the parameter. The following are specific value designations:

  • 1 = ICMP-IPv4
  • 2 = IGMP
  • 6 = TCP
  • 17 = UDP
  • 20 = FTP Data
  • 21 = FTP Control
  • 23 = Telnet
  • 25 = SMTP
  • 46 = RSVP
  • 58 = ICMP-IPv6
  • L4Port:69 = TFTP
  • 80 = HTTP
  • 443 = HTTPS
DstL4PortMin Indicates the minimum value for the Layer 4 destination port number in a packet. Values range from 0–65535.
DstL4PortMax Indicates the maximum value for the Layer 4 destination port number in a packet. Values range from 0–65535.
SrcL4PortMin Indicates the minimum value for the Layer 4 source port number in a packet. Values range from 0–65535.
SrcL4PortMax Indicates the maximum value for the Layer 4 source port number in a packet. Values range from 0–65535.
Ipv6FlowId Indicates the flow identifier for IPv6 packets. Values range from -1–1048575 (0x00 to 0xfffff hexadecimal). A value of -1 indicates that the system ignores this parameter.
IpFlags Indicates the classifier flag to match in traffic IPv4 headers. Values include:
  • MoreFragement
  • doNotFragement
TcpCtrlFlags Indicates the control flag to match in traffic TCP headers. Values include:
  • Urg
  • Ack
  • Psh
  • Rst
  • Syn
  • Fin

Ipv4Options Indicates if the presence of IPv4 options in an IPv4 packet are considered when the system is searching for a match for this classifier. Values include:
  • ipv4OptionsPresent—only IPv4 packets with options match this classifier
  • ipv4OptionsNotPresent—only IPv4 packets without options match this classifier
  • ignore—whether or not options are present in IPv4 packets is not considered when determining if the IPv4 packet matches this classifier

Storage Indicates the storage type for this conceptual row.
DstMacAddr Indicates the MAC address against which the MAC destination address of incoming packets is compared.
DstMacAddrMask Indicates a mask identifying the destination MAC address.
SrcMacAddr Indicates a MAC source address of incoming packets.
SrcMacAddrMask Indicates a mask identifying the source MAC address.
VlanIdMin Indicates the minimum value for the VLAN ID in a packet. Values range from 1–4094.
VlanIdMax Indicates the maximum value for the VLAN ID in a packet. Values range from 1–4094.
VlanTag

Indicates the type of VLAN tagging in a packet. Values include:

  • untagged
  • tagged
  • ignore
EtherType Indicates the value for the Ethernet type. Values range from 0x00 to 0xffff. If you enter a value of 0xffff, the system ignores this parameter.
UserPriority Indicates the value for the 802.1p user priority. Values include:
  • matchPriority0
  • matchPriority1
  • matchPriority2
  • matchPriority3
  • matchPriority4
  • matchPriority5
  • matchPriority6
  • matchPriority7
  • matchAllPriorities
PktType Indicates the data link layer frame format for that can match this classifier. Values include:
  • ethernetII—only Ethernet II format frames can match this classifier
  • snap—only IEEE 802 SNAP format frames can match this classifier
  • llc—only IEEE 802 LLC format frames can match this classifier
  • ignore—frame format is not considered in determining whether or not a frame matches this classifier
ActionDrop Indicates whether or not to drop the traffic matching filtering data. Values include:
  • drop
  • pass
UpdateDscp Indicates a value used to update the DSCP field in an IPv4 packet. Values range from -1–63 (0x00 to 0x3f hexadecimal). A value of -1 indicates that the system ignores this parameter.
UpdateUserPriority Indicates 802.1p value used to update user priority. Values include:
  • markAsPriority0
  • markAsPriority1
  • markAsPriority2
  • markAsPriority3
  • markAsPriority4
  • markAsPriority5
  • markAsPriority6
  • markAsPriority7
  • ignore
ActionSetPrec Indicates the automatic drop precedence. Values include:
  • lowDropPrec—low drop precedence
  • highDropPrec—high drop precedence
When network traffic congestion occurs, packets with a high drop precedence are dropped before packets with a low drop precedence.